LOCUS       SEQF2638.1|AYYF01000001.1 371 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..371
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 acgcatctca tcgatcagcc ccagctggtt gtcggacagc cccaaaccag gctatacgac
       61 cgaggtcgct cggcggatgt atatacatga ttccttccgc gaccatatca tgcaagacat
      121 tcgcaattct cgattgggga cacgtggaaa atacacctac agctgcgtca actttatcct
      181 actcaagatg gccgtcgaaa acgtgtacag ccaacctatg gatcgtttgc tcaatacgta
      241 tttcattttt cgtctgggtg cttcctcgac gacctataat cctttacgca agatggatac
      301 gctacgcatt gttcccacag aagatgggcg cgtgatgcgc cttcaactct tacgcggata
      361 cgtacatgat g
//
LOCUS       SEQF2638.1|AYYF01000002.1 516 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..516
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(163..468)
                     /locus_tag="SEQF2638.1_00001"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MREDTFGVDEDGVTADGALVGDAVLVETVGQVLHLPDACLEIVE
                     LRALVEAHGQCVHVAAAHAAVGDEAFVHDAEHLAAAPKLLGAEGHEAAHVHDRVFLR"
ORIGIN      
        1 gtttcggccc tctgccgccg ctacggcgtg aagctgcaaa tcgactcggc ccgcttcgcc
       61 gaaaacgcct acttcatcaa gacgcgtgag gcgggttacg ccgacaagtc gatcaaagag
      121 atcgtgcgcg agatcttctc ctacgccgac atcatgacca tgtcatcgaa gaaagacgcg
      181 atcgtgaaca tgggcggctt cgtggccttc cgctccgagg agctttggcg ccgctgccag
      241 atgttctgca tcatgaacga aggcttcatc acctacggcg gcatgagcgg ccgcgacatg
      301 aacgcactgg ccgtgggcct cgacgagggc acggagttcg actatctcga gacacgcatc
      361 cggcaggtgg agcacctggc ccaccgtctc gacgagtacg gcatccccta ccaacgcccc
      421 gtcggcggtc acgccgtctt catcgacgcc aaacgtgtcc tcacgcatgt gccgaaggag
      481 gagttcatcg cccagacgct cggcgtggag ctgtac
//
LOCUS       SEQF2638.1|AYYF01000003.1 241 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..241
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gttgtaggcc tcctgcgcag cgcccaaccc gggggtgttg gtgacggcgc cagagagaat
       61 gccgaccatc gtctccaccg ggatacccgt tatataatgt atggcgagcg caagggtgac
      121 gcccagaagg acgatggagg cggcgagtag gttgagcgtg atgccgccgc gtttgaagga
      181 ggagaagaag ccggggccga cttgcatacc gatggagtag acgaagagga tgaggccgaa
      241 c
//
LOCUS       SEQF2638.1|AYYF01000004.1 283 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..283
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ttccaagact ctccttttgt gtaaaagagt aggtgtttcc tgtcacgatg acaggctatg
       61 atttcccgat acttcccggc agttcccgct tcatgttcaa ccattcatag acagcgcttc
      121 cacccacact tttgcggcat cagtactgag caatagccct gtgcgcaagg gcagatttac
      181 tcatttccaa accgcaaata gtatgatctt agaagaactt ctggggaagc ctgtatggca
      241 gatgaccggc gaggaattac tctttctggc tcgtcacgac tac
//
LOCUS       SEQF2638.1|AYYF01000005.1 349 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..349
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 agcccccgtc tgctgtgaac tgataatcgg cccaaggggc atgcgcaaag ttcggtgcgt
       61 cgggcagtag gtggaaactg ctcagcgtgc cctccaatgc gtcgggagag gcggacgcca
      121 acggtgccaa aaggagggcg ccgatcaaca gggctccgta aaccgtccac gcagccgaac
      181 gggcgacggg agaggctccc ttcgcagcgt ccgtcagggg aactgcggag agaagacggt
      241 aaagcagcag tgtaacgagg ccctcgccca gagccaccgg gatatggtgg atggccagcg
      301 aagtgtgaag ctcgggcgat ccgactccgg ctgcggagag gtcagcgac
//
LOCUS       SEQF2638.1|AYYF01000006.1 255 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..255
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gcgcaacgca gtgccacggg tttcgatctg cggcgcatga acatgctcct ggccgtactc
       61 gagaagcgcg ccgggttcaa gctgatccag aaggacgtct tcctcaacat cgccggcgga
      121 ctgcgcgtca gtgacccggc catcgacctg cccgtcatca gcgccgtgct ctcctccagc
      181 atcgacctct ccatcgaccg cggcacatgt cttgccggcg aggtcggtct ctcgggcgag
      241 atccggcccg tgcac
//
LOCUS       SEQF2638.1|AYYF01000007.1 261 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..261
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ttcatagacc accgttacgg ggcgctctgt ctggatatag ccagcgcgcg aaagccatac
       61 caacgacttt gcaaccgcag cacctttata attaaagtct acacgaccac gcgtattgat
      121 gttacgctca gcctcccaaa gggtgcgtgt catagaacct gttgcacctg agatgtcaaa
      181 cagtatcgga gcggggcgag tatcgcaagt agttgcagca tcatcattcg acttaatatc
      241 attctctgca tagaggtgta c
//
LOCUS       SEQF2638.1|AYYF01000008.1 284 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..284
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtgatatagg ctgcgctgcc gaaccgttgc gtgtagacga tgccgtggta ggaggcgtcg
       61 ggggtggtga ggccggggaa cttctccgcg tgcgcctccc agtcgaagcg gccgctgtcg
      121 acgatagcgc cgcccacaga cgttgcgtgg ccgtccatgt acttcgtcgt ggagtggatc
      181 acgatgtcgg cgccccattc gaagggtcgg cagttgatgg gcgtggcgaa agtgttgtcc
      241 acgatgagcg gcacgccgta gcggtgggct atgcgggcaa actt
//
LOCUS       SEQF2638.1|AYYF01000009.1 548 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..548
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(111..317)
                     /locus_tag="SEQF2638.1_00002"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MWYVSDVVVVLPLLPVMQTIRASVYRPASSISERIGMPRSMAAR
                     TMGAVSGMPGLLTISSALRMSASV"
ORIGIN      
        1 gtgctggccg gggcgaaggg ctacgacgtg ttcgtctccg acagcggcac gatcgccgag
       61 aaatacaagg cgatgctgct cgagcgtgga attccctttg aagagggcca tcacacggag
      121 gccgacatcc tcaacgccga cgagatcgtc aagagccccg gcatacccga cacggcaccc
      181 atcgtgcgcg cagccataga gcgtggcatc ccgatcctct ccgagatcga gctggccggg
      241 cgatacacgg acgcgcggat ggtctgcatc acgggcagca atggcaagac gacgaccacg
      301 tcgctgacgt accacatcct gcgcgaggcc gggttggacg ttggcctggc gggcaacatc
      361 gggcgcagcc tcgccctgca agtggccgag gatccgcacg cgtgctacgt gatcgagctg
      421 agcagtttcc agctcgacaa catgtacagc ttcaaggccg acatcgccgt gctgatgatc
      481 atcacgcccg accacctgaa ccgttacggc ggcgagatgc agcgttatgt ggacgccaag
      541 ctgcgcat
//
LOCUS       SEQF2638.1|AYYF01000010.1 339 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..339
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gcctcgtgca gcaaaccctc agcccctcgc tcagccatcc gcacaacctc attttcgccg
       61 ccgatcatgg cattacggcc gagggcgtca gcttctcgcc gcgcgaagtg acgtggcagc
      121 agtgcatcca cttcgccact tcgaccggag gcggcgtcaa ttatctctgt cgccaacacg
      181 gcttcacgct ccgcatcatc gacgtcggcg tggactatga tttcccgccc gaactcccca
      241 tcatcccccg gaaggtgggc cgcggcacac gcaacttcct tcacgagccc gccatgacga
      301 ccgacgaact ggacgcttgt atagcgcacg gtgccgaag
//
LOCUS       SEQF2638.1|AYYF01000011.1 251 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..251
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gacgatggat ctgaagatca ctcgtcctgc gttgatcgag gctttccaac gtcaaggcaa
       61 agacatcacc aaggctacgc agcaggagat gcgctcactc gtctgtgcac agtgccacgt
      121 ggagtattac ttcaagggcg agggcaaata cctcactttc ccgtgggaca agggcatgac
      181 gatggaggac gccgaggcct actatgacga atcggattac tacgactaca tccacgcgct
      241 cagtcgtgca c
//
LOCUS       SEQF2638.1|AYYF01000012.1 348 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..348
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tctttgtaca tatagttcga agtggcaatg ataagagggc gagtccaacg attgcaccgt
       61 cgataatcaa cgatttaaat ggcgctttcg caaatgcgcg tatccaattt gtactactgg
      121 gttcggactt tattaatagc aataattctc tcaaccctct atatggcaaa gaaaaggaac
      181 tattcaagat gaatgcacat acaaatgcta ttgacatata tgtagttccg gaagattcat
      241 ggacaagagt tggcatagcc gattctatcc cttcaacggc tcttatcgta cgcaatgatc
      301 atcgcaacac ctcggcatta ccccatgaga tggggcactg cctcggac
//
LOCUS       SEQF2638.1|AYYF01000013.1 293 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..293
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 attggcgcac gatctacgac tacgccttgg cgcacgactt ccgattcttg agctacggcg
       61 atagctcgct gttgttatag tccgtcgtcc tggatcgaca cacggactgt gcagcaataa
      121 cccccaaact tgcttcgttc aattagcaat gaaattgaaa gtgataagcg tccgtatgct
      181 cctcctcgcc gtgtgcctcc tcgcggggtt caccgcgcag gcgcagcaga cactgatcga
      241 cgtgaaggtc gacacggccg acatcctcgt cggcgaacag acgacgctgc acg
//
LOCUS       SEQF2638.1|AYYF01000014.1 291 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..291
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 catcattgtc cgagagggta atattcaaga gtatgtatcg aaggatgatg gtagaataga
       61 ttttgtagag attcaagctc gagaagcgtg cagtaatagt ttttcacaaa gaagcaatat
      121 gaagagcaga acaaagattt ggcccctatc gacaaagaga gttctcaaat aaaaagtgac
      181 tttgacaaga tgccgaaaag agacttcgcg ggagagcctc caaaaaggga caagggaaat
      241 tattggtacg ccacactcaa atacgttcgc tgtggtgggg ttagtttccc c
//
LOCUS       SEQF2638.1|AYYF01000015.1 247 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..247
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gatctactcc ggcctgaagc cctcgcaggt gaccaccttg gccgccctcg actctacccg
       61 cttgcagagc gagctggcca aatatttcaa actaccgcag agcgccgtaa cgggctgcag
      121 cacattcggt ggacacggtg agcagatggc cgttttcgca tccacagcta aggtggacgg
      181 caccccgctg accgacctga tcggtacccc gaaacttccc gctgaagaat gggcggcact
      241 gcagcag
//
LOCUS       SEQF2638.1|AYYF01000016.1 254 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..254
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cgatatggct tcgcccgggt ttttaccctc gggcacattc tggaaggcaa aggggatcac
       61 cgcgggcgtg tcagccagcg tggcggcctc ttgcatcaat tcggatacta cactcatttt
      121 ctgggtgagg tgggttgttg ggtgtttcgt tgttgttgcc gggggagtcg tgttactctc
      181 ccccgggatg gggtgtgttt tgttgttgtg tttgttgttc ggcggcaaaa gtagaaggga
      241 catctgcgat cacc
//
LOCUS       SEQF2638.1|AYYF01000017.1 1226 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1226
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             110..412
                     /locus_tag="SEQF2638.1_00003"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNFLNQYNAQIADLCRRYSVERLFAFGSVLTDRFNNESDVDLIV
                     AFDKQEVKDPFLHFFDFKYSLEDLFRKEVDLMEEQPVRNAYLRKNIENSKVLIYER"
     CDS             complement(299..559)
                     /locus_tag="SEQF2638.1_00004"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYPANLAGAPGALIFFWFLFFHQGKKRKSRFKGNAPCVVLVEEI
                     HVGYLLSFIDQHLAVFDILPQVSVAHGLLLHEVDLLAKEIFQ"
     CDS             complement(615..875)
                     /locus_tag="SEQF2638.1_00005"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLPRVLVQVDQLDGLADSLEHRVTQRLRLSDYGHDEAVMILIIA
                     VVQQFHIVLTAEAIHDFLDFLFVASLAKIGDALHDFVHFKWV"
ORIGIN      
        1 cgtctacact cggcgcctat ggtgtttccg ccacttcgag ccactacgat tgggcgatga
       61 agaagatcaa attgcacatc aaaacgagta aaatctgaag cgcccccgca tgaatttcct
      121 caaccaatac aacgcacaga tagccgacct ctgtcgccga tacagcgtcg agcggttgtt
      181 tgctttcggc tcggtcctaa ccgatcgctt caacaacgaa agcgatgtgg atttgatcgt
      241 ggcttttgac aagcaggagg tcaaggatcc gttcctccac ttcttcgatt tcaagtattc
      301 attggaagat ctctttcgca aggaggtcga cctcatggag gagcagcccg tgcgcaacgc
      361 ttacctgcgg aagaatatcg aaaacagcaa ggtgttgatc tatgaacgat aaaaggtacc
      421 ccacatgaat ttcctcaacc aatacaacgc agggggcgtt acccttgaac ctcgacttcc
      481 ttttcttccc ttgatggaag aaaaggaacc aaaagaagat caaggcgcca ggggcgccgg
      541 ccaagttggc cgggtacatg ccagccccta catgtgacta cctctaacta cttaaactac
      601 ccgtaactac ttatttacac ccatttgaaa tgaacaaaat catggagtgc gtccccaatt
      661 ttagcgaggg acgcgacaaa gagaaaatcg agaaaatcgt ggattgcttc cgcggtaagg
      721 acaatgtgaa actgctggac tacagcaatg atgaggatca taaccgcctc gtcgtgaccg
      781 tagtcggaga gccgaagccg ctgcgtgacg cggtgctcga ggctatcggc aaggccgtcc
      841 agctgatcga cctgaacaag cactcggggc agcacccgcg catgggcgct gtcgacgtgg
      901 tgccgttcat tccgatcaag aacacgacga ccgaagaggc cgttgccctc tccaaggaag
      961 tggccgcaca ggtggctgag cgctacggcg tgcctgtctt cctgtatgag aagtcggcta
     1021 ccgcaccgca ccgcgagaac ctcgctgcca tccgcaaagg cgagttcgaa ggcatggccg
     1081 agaagatcaa gcagcccgag tggaagcccg acttcggtcc cgctgagcgt cacccgacgg
     1141 ccggcaccgt ggccatcggc gcacgtatgc cgctcgtggc ttacaacgtg aacctcaaca
     1201 cggccgacct ctccatcgcc gacgct
//
LOCUS       SEQF2638.1|AYYF01000018.1 513 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..513
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             50..340
                     /locus_tag="SEQF2638.1_00006"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVAVQTRVAVHRRRQQVGLALGLEELEQLFVLLRQGHTGTRLDQ
                     SPAFLGSLLQLSAKTLFCGDGFLIGHGLVEIDVSPRVPLSKHLLTLGEEGVF"
ORIGIN      
        1 gcatcgagcg gttcgtctcc ttactctttt cgatacccgt ctcagcctcg tggtagcggt
       61 tcagacgcgt gtagctgtcc accgtcgtag gcagcaggtc ggcctcgccc tcggtctcga
      121 ggaattggag cagctttttg tgctcctccg gcagggccac accggcacgc ggctggatca
      181 gagtccggcg ttcctcggta gccttttgca gcttagcgcc aaaacgcttt tctgcgggga
      241 tggatttttg ataggccacg gcctcgtcga aatcgatgtc tcgccccgtg tgccattgtc
      301 caagcacctc cttacgctcg gcgaagaagg cgtcttctga aatcttctga ttgctgattt
      361 ccatgtgtct tatctctctg tttttgctgt ttctattttg atgatgcggt ctttaaccgc
      421 tgtcggggtg tattacatac gccccagttt atatccggcc aaacttcgct ggcggccgca
      481 gccgcccccc aaacaggcgc ctgtttaccc tcg
//
LOCUS       SEQF2638.1|AYYF01000019.1 306 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..306
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ctcctcggcg gctttgaaga gctcggctgc ctcggcgggg tactgcttca tgacggaagc
       61 gtaacgcacc tcgcccttga ggaagttctg gaactcgtcg aagttcggcg ccttgctgtc
      121 gaggatgaag gggttcttgc cttcggcctc gagctgcgga ttgtagcgcc agagctgcca
      181 gtagccgcaa gccacggcct gcttttcctc cgtctgactc ttacccatgc cggccttcaa
      241 accgtggttg atacagggcg agtaggcgat gatgagcgag gggccggggt aggcttcggc
      301 ctcgcg
//
LOCUS       SEQF2638.1|AYYF01000020.1 313 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..313
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gcttgtgcct cttcgttgaa cttggcaatc gtatctatga caaagccacg ctctttgaag
       61 cgctcggcaa aagcatctcg caagaagata aactcggggt cttcttggtc atcattttgc
      121 gtgaaagcag taatggtgcg ttgccatttc tcttttaact ccactcctcc agcaaccagc
      181 cgaagttctt cttgcccgat tttagcaaag ttgaactcaa tatcgagcat agcctcgttg
      241 atgaggagtt tagtttcagc attagtatag aaagcctcct tttggttgat aatattaata
      301 cgatgctgta cct
//
LOCUS       SEQF2638.1|AYYF01000021.1 349 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..349
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtcccagcga tatgaaccat ggcggaacgg acctccagct gaacgctttt tataacgccg
       61 actggagcaa gcgattttcg acatcgatca acgccgacta tgtctcctcg cgagacaaaa
      121 agttccagac cgtgcgcgag ctcatggccc gggatacggc cctgaccgac tcgaagctgc
      181 tggccaacta cgacatctat gccaccgaac tcacggccga ttggaacctc tccgacgccc
      241 tctcgctctc tttaggcgcc gaatacagcc gcatcaatgg cagcggacag cacttcatct
      301 atgccggccg attgcccgag tcgcactatc ggagcactga ggacaaggc
//
LOCUS       SEQF2638.1|AYYF01000022.1 251 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..251
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gttgacggcc gtcgcagatc atttggttcg aggcgagcgg tatcatctga aattggccat
       61 ctgtaataaa aatgacaatg cattaggctc tgcggtattc ttggcaaatc tggatttagg
      121 tacgcctgag attggagtgg atcagcctta tatgggagct tgggattcaa catgggatcg
      181 gcatggtgca gatcatttat acagtgactg tcctcagtcg atgactttga agttccgacc
      241 tgatcctaac g
//
LOCUS       SEQF2638.1|AYYF01000023.1 277 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..277
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 agtgggaccg ctccattacg catcaactct acggcggcga ctgggagaac cgcatgaagc
       61 aggaatacct gctgggtatc ggcggcatcc tgctcctgaa caaactcggc atcaagcagc
      121 aggtttatca ctgcaacgag ggtcacgcgg cgctgatcaa tgtgcagcga ctcgtggact
      181 atatccacaa cgagaagctc gacttcaacg aggctttaga ggtggtgcgc gcctcttcct
      241 tatatacggt gcacacgccc gtgcccgccg gccacga
//
LOCUS       SEQF2638.1|AYYF01000024.1 833 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..833
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             88..279
                     /locus_tag="SEQF2638.1_00007"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMCPPSSAGMGRMFMKARMTLRKAVSIQNVRESQAAGKMLPIVP
                     KPPIDEAPSRVKTYFMSPT"
ORIGIN      
        1 aggagcagta ccatgcccac gatctgggcg tactcgagga acttatccga cggcttgcga
       61 cgcgtcacca cctcgtagag taagaacatg atgtgcccac cgtcgagcgc cgggatgggc
      121 aggatgttca tgaaggccag gatgacactc aggaaggccg tcagcatcca gaacgtgcgc
      181 gagtcccaag ccgcagggaa gatgttgccg atcgtgccga agccgccgat cgacgaggcg
      241 ccctcgcggg tgaagacgta cttcatgtcg cccacgtagc ccgtgagcgt gttccagccc
      301 aaggcgacgc cggcggggaa ggccgtgaag aggttgtagg tgtgcgtcgt ggtctcgtaa
      361 agcgacagcg gcgaacgcat ctgcacgccg atatgcccgg ccgagtcgat gggcacggtg
      421 agctgtgccg tggagccgtc cgcacgcgca atgcgcagcg tggcctcgcg tccgcggtcg
      481 gcgtagagtt gctcgcggag gtcggagaaa gccacgctgg cgacggtgtc gacggccgtt
      541 atgcggtcgc cttcgcgcag tccggcctgc tgagccgtct cagcgacgac cttgtcgatg
      601 accgccggat agcgatagtt ggcaaagcca tccttgttgc ggagcaggcg ctgcatggcg
      661 tcggcaggga tggcgatggc cgtctcctgt ccatcgcgca gcacggtgac ggtgcgcgca
      721 ccgaccacct ggcgcaagca gtgttcgtcc agccgctcca gaggctcctc gtcggcgcgc
      781 agcaggatgt cgccgttgcg gaagccgatc tcgcggaagg tctggctgaa ctc
//
LOCUS       SEQF2638.1|AYYF01000025.1 255 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..255
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tctacgtcga cttggcctca gacctcatcc aggcccacgc ctacaacgac gtcagccact
       61 tcgtccgcac ctaccgcaat gccggacgtt acgccacgct ctcggccggc ggcatgatcc
      121 agtatcgctt caaggacaac cgcggcagtg cctacatcag cgcctaccac atcgagaact
      181 acttcgaggg cctctcgccc cgccggagcc tttcgctcgg tgccggcgca tggtacacgt
      241 ggggccgctg gtacg
//
LOCUS       SEQF2638.1|AYYF01000026.1 303 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..303
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtctataacg ccgtccgcga tccgataaag gctgtaaacg atgtatgtgg agccattctg
       61 tcgaatctcg ccaaccgctt attggccttg ggggatatgt tcaaggggct gagcaagatc
      121 attttctcag gctttacgga gggttttgac gagcttaatg ccggtttttc aaaattctac
      181 tggggaatag atcgtgccaa tgagcgcgtg tctgattatc tcacgtctat acatgaagcc
      241 gccaaaaaaa cggctgagtt gggtgtagct ggggaaaagc tgtcgcgtga ccgtagcgaa
      301 tgg
//
LOCUS       SEQF2638.1|AYYF01000027.1 424 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..424
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtcatgaaac gtatcgcatt tatcgcattg tccatattat tgtcattttc cgctttttct
       61 caaaaatgca agtttgcgag gaacgatcag gatgaattta ctgggatgcg cattatagag
      121 accttcgtta tcaaccttaa accagtaaat atgctctctt ttaaaaggtg cccatacctg
      181 atttttttag gttttactca acatgggaaa gggttatatg tctgtggggt tcttagcagt
      241 ctgacccctt attatattga agaggataat tgcttgtata taaaatttga ggacgactct
      301 atcctaaaac ttcaaacaaa aacggggaat ttcgctttgg atgggacgta taatccttca
      361 acaggactta cagcttttgg cgtacccaat ttatatcctg caacgatgga tgacgttgcc
      421 acgt
//
LOCUS       SEQF2638.1|AYYF01000028.1 269 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..269
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtcctaaggc aagcgaatgc gtgggctgtt ggaagtgtta tcaatagatt gagaagcgaa
       61 gattttcttt cattcaagat ttatgtacct agtcttgaag atcaggacaa gcattgcaag
      121 gtagatgcgg ctacatctgt gaaagatgct gatgcacgtt tacagcagac atacgaggac
      181 ttccgaaaag acatgcacat gaagaagcat gccttaggac agacgttgtt caatcttaac
      241 aactggtgga aactgctgag taaagcccg
//
LOCUS       SEQF2638.1|AYYF01000029.1 435 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..435
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(173..415)
                     /locus_tag="SEQF2638.1_00008"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVSIGPRTVCAPLHFCPTSSTALPAVRSRSFIRLSISIIGIISS
                     SVRKPIVTTFAAIIRRGVHQGLFSFFQFMSIVPSIV"
ORIGIN      
        1 gtacatattt cttatgcgcc tttggcgcgg tagttataag tagtcagaag tagttatgcg
       61 ccttcggcac ggtggaggca cacagcatac gccctgccaa acgcctatgc ggctgacata
      121 ttgtcggtag taaactattc gccctcgaat tacgtttcca tgctgtacac attcatacaa
      181 tagagggaac aatagacatg aactggaaga atgaaaatag accctggtgg acaccgcgcc
      241 ggatgatggc ggcgaaggtg gttacgatcg gtttcctgac gctgctgctg atgatcccga
      301 tgatgctgat cgaaagtctg atgaacgagc gcgaacggac ggccggcaat gccgtcgaag
      361 aggtggggca gaagtggagc ggggcgcaga ccgtcctcgg cccgatgctg accatcccgt
      421 actataccac gcaat
//
LOCUS       SEQF2638.1|AYYF01000030.1 413 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..413
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtctacagcg ccctcaaacg cgccgtcggc atcgagcgcg gcaacatctt ccccgtagcc
       61 ggcgcgcccc tctcggacga gatcgccgag ttcctcctct ccgtcgacat ccccatcgtc
      121 tacggctatg gcctctccga aacctccgcc accgtctgct gctaccccac cgtgggctac
      181 accctcggct ccatcggcac cctcatgccc gacatcgacg tccgtatcga tccggagaac
      241 aacgagatcc ttgtccgcgg caagaccatc atgcgcgagt attaccgtaa gcccgaagag
      301 acccgccgcg ccttcacgcc cgacggatac ttccgcaccg gcgacgcggg taggctcggg
      361 gaggacggct gcacgctctt cttccaagag cgcatcaagg atctcttcaa gac
//
LOCUS       SEQF2638.1|AYYF01000031.1 289 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..289
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tgtcgaatcg gcggcgattg atttgctcat agagcgggtt gcccgtcgtc gtgaccggca
       61 gcagggcgta gcgccccacg taggccacgt ttccttcggc ctctttgtcg gcctcggtcg
      121 aggcttgcgt tagcgtcagg tcggcctcgc ccttgccatc attcacccct cagaagccat
      181 cattcaatga aaaagatcct atccaactcc atcgtcatac tcctcatcgc cgtcgttgtg
      241 gccctcttca cggggcgcct cgtcggggaa gagggcatcc gcaccatcc
//
LOCUS       SEQF2638.1|AYYF01000032.1 280 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..280
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ttggtatgca cctttggtga tctagctgga gaataattat tgaattcatt ctctgcaaga
       61 aatgaaatcg tactatcact ctcataagta accgttacgg ggcgctccgt cagaatgtag
      121 ccagcgcgag aaagccattt cagcgggccc atattcgctg caccaccata cacaaagtct
      181 acacgccctc tcagattaat attacgctca gcctcccaga gagtcgttgt cttcgatcca
      241 gtgtgagacg tgaacgtaat cggtgccgga cggttgttat
//
LOCUS       SEQF2638.1|AYYF01000033.1 404 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..404
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ttgatctctt cggataaacc gattgcctat ttcacaacaa actcttgcgt taatgtcccg
       61 aagggaactg gtgcgtgtga ctgtttattt cagcaacagg tacctgtcca ctcttgggga
      121 aatagattct tagtgccgat caccaagcgt ggcaaagaac gcattcgtgt tgttgcttcg
      181 caagatggta caacgatcac acagacaggt gccacggtta agtcaagtcc tggagccgga
      241 ggcttggtct tgaatgccgg acagtttgta gagttggagg ctgctctgag tgacggcgga
      301 tgctttatca cgtcggataa gcctgtggcc gtagcttctt tcttgatggg attgaattct
      361 cctggccttt atccttcgcg gtcacttcgt cattgtcgtt atag
//
LOCUS       SEQF2638.1|AYYF01000034.1 302 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..302
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ttacaacaaa cagccctacg gatagcaaca gagtatccca cgggatagat acgccgccaa
       61 ctcccagcaa gaaagcaacg ataggggcaa acgctaccaa tatgattaaa tcgttcactg
      121 ccacttgtac cagtgtataa gcggcatccc ctttagtaag gtaactccac acgaacacca
      181 ttgctgtaca aggtgcagcc cccaataata ccgccccggc taaatattct tcggctaatc
      241 cggcaggtat aaaggctttg aaaaccacat agaagaacaa ataagctatt ccgaacatgg
      301 ta
//
LOCUS       SEQF2638.1|AYYF01000035.1 365 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..365
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gcatccgact gcgctcatcg aaggcgttct gcgtcaggtc gcccatgacg tagacctccc
       61 cgcccgggag gcgctccgag acgtacgaaa agtgtaccaa gccataatca gcttctcgcg
      121 ccggctctcc gcagccgttg cacgccgtga agtagcgccc gttctgatcc tcgtcgtaga
      181 cgtacgcccg ccgcggcccg tctggccgca gatctatgtg gtaatacgga ttgtggaagc
      241 cgattcgctc cacgcccatg cccgcgtagc gatacgtcag gcattcgaac cgtcgatact
      301 cgttgcccgc ctcgaagatc agcctccggt cgtgttcgta gcccagccgc gtgcctccga
      361 tcgag
//
LOCUS       SEQF2638.1|AYYF01000036.1 264 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..264
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gctcgagtcg catcagtacg cgccccttct ccgtgtcgag gtggccgttg tcgcccccat
       61 gacccgtgaa gtgcagtcgg ggttgggcgc agtggaagag ttcgtgggcc aacaggacgg
      121 tgcgatccgt cgaatccttg ggcaggggca ggaggatcat cgcccacgtc cgcccgcccc
      181 actttgtggc ggtgttggcg gtgaggactt cctccggcag gcggcccgca tagagggacc
      241 cgcagggccg aagcaagccc gcgc
//
LOCUS       SEQF2638.1|AYYF01000037.1 413 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..413
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             42..227
                     /locus_tag="SEQF2638.1_00009"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRFETIDLERCQSLINELIGYFETVMGNGLEEETSVMKLFSKFS
                     HLCIQFIEKKRLQAQIV"
ORIGIN      
        1 aagagggact gtgtcgtaaa ataaaagatt tacgccacat aatgaggttt gaaacgatcg
       61 acctcgaaag atgtcaatcg ttaatcaacg aactcatagg ctatttcgag acggttatgg
      121 gtaacggact agaagaagag acatcggtca tgaaactctt ctcgaaattc tcccacctct
      181 gcatccaatt tatagaaaag aaacgacttc aagcccaaat agtatgacat gattatgaaa
      241 aatttagatt taccttgccg tgcatccaac gaggatttgc atatgctctg tgacatcgtt
      301 gtcaaagaca aagatggaaa cttccgtgtg actgagagtc tatctggaac atatatcttc
      361 aaaaagaact atcctcacga cagcaagggc atgatcaaac cacttgtaga gga
//
LOCUS       SEQF2638.1|AYYF01000038.1 413 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..413
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 atttagagct gacttatcgc cccatccgcg gtctttcgct cacggccggc tatggctaca
       61 ccgatacccg ccttcgtaag atcgccacca atccttactt ggacggcgag aatctggtcg
      121 gtaagcgcta cgcctattcg ccactccact ctttctacgt ctacgccgac tatacgattc
      181 gcgaaggtgt gttgcgcgga ttaggcttca acttcgacgt cacgtatcaa gatgaggtct
      241 accgcgactt ctccaacacc tccaccttcc cttcgtattg gatgactgac gccagcatct
      301 cttaccgcct gcccaaccgc gtccggctgc gtttgaacgt caacaacgtc ttcaacacag
      361 actactacaa cgaagccctc gacagccagt acgtgcccgg catgcctcgc aac
//
LOCUS       SEQF2638.1|AYYF01000039.1 278 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..278
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cttttcgtcc gtcagggtag gggtgtattg catacgcccc catagtttcc ttaagaaaca
       61 gcgagcgaac atatcgatca gcccgttcct cgttatacgt aaacaaatga accacagacc
      121 cggtcatttt tcgattcatt cggcctccaa tatgttcatt cgtggggcgt atgccatacg
      181 cccctacctt aacggacgaa aaatcgtcat gatttcgatt cgttctgcct ccgatatgtt
      241 cattcgtggg gcgtatgcca tacgccccta ccctgaca
//
LOCUS       SEQF2638.1|AYYF01000040.1 284 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..284
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tgagcatacc gactgcaccc gtctcaatgg cctcctgcaa ctctccgcag tagtcgtcgg
       61 gcgtggtggg cagctccttc atttgcggat cctgctgcac cgtggcttcg ttgacgacga
      121 tctcgcgtac cgtctcagcg ggtgtctctt gctggacggg agtttcggct gttgtagcgg
      181 gctcgggctg ctcggtggtc ggttcaggtg tcgacgtagc gggcggctcc ggagccgctt
      241 ctggggcggg ctctgttgtg attaggtttt gttcgggtgt ggtt
//
LOCUS       SEQF2638.1|AYYF01000041.1 269 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..269
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gcttccaaag agtctgaatc gatcaagaag aaggacgagg agcgcgacga gatcatcacg
       61 gccctgttcc aagagattcg gcaggccgac aagtctccca tccccacccg ccaggcctcg
      121 ggccacgtgc tgcgactgat cgtagacacc tacaagggtc tgcagagcga acgctgggcc
      181 ggaaagacgg ctcacatcaa cggcttgctc aacgacctgg gtaagcccga gtccgcagcc
      241 gcggtgacgg ccatcggagt gagccaacc
//
LOCUS       SEQF2638.1|AYYF01000042.1 236 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..236
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ttctcagggt tctgtgccac ggtgatgttg ttcgttacaa gcatagaatt agcgtcaata
       61 atggtcacgg tggtgccttt tcccatccca gagttggcta cgcagagata gccgttggca
      121 taagcaatgc cttcagggtt ttcgcccacg ttggcatagc cttcaatggt caatgtttct
      181 gcgtccacct tggccacctt gccactgtag agggtgacat agagcttccc gtcgag
//
LOCUS       SEQF2638.1|AYYF01000043.1 582 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..582
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tgtcacggcc atgccgtccg ccaatgcctc gcaggccagc gcactggcca cctcgccccg
       61 ctcggcaccg cccacaccgt cgcagacgac aaacagcgca cccgtgcccc ctgccgcctg
      121 cccaatggcc ggatagatgg cgtcctcatt attcgcccgc ccgcccgttt ctgaggcggc
      181 gaagggttgt ccgacgacta cttgcataag actttcagaa attaaatcgg agcgtggttc
      241 ggcccagccg cagctcgtcg ttgtccttaa ggacgacggt ctcgcccgcg cccagtgggg
      301 tgccgttgta gagcgtgtga ttcttgcttt ggcagtccga gagcgtgtgg atgaagttgc
      361 cgactcttca tcgaagacgc cgactcggcc aacggtacct tcgtcaatgg cgatcgcatc
      421 gtccgcaagc gcctcggcgc gtccgacacc gtcaccctcg gcgacactta tacgctcgac
      481 gtccgcgagg ccctcaagtt cgacaacgac tacaccgccg agttcgccgc cctcaagccc
      541 atctacgacg gctacatccg ccgcaagatc cgcatccagt cg
//
LOCUS       SEQF2638.1|AYYF01000044.1 244 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..244
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tcctgcggag tgctataaca cactgtgagt ctcattaagg gtcaaatatg ttcctgtgat
       61 ggttcaactc tcgtttatag gacaggggtt gtaagctatt ataatggcct gaataagtct
      121 ttactttctt tcccgagaga ttccacgatg taagcgcaat ttcgtcttca gggaagcatt
      181 cagtgactcc aatgcattat tggtgtttgg taggcctaac tccggaaagc attggtaggt
      241 atag
//
LOCUS       SEQF2638.1|AYYF01000045.1 253 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..253
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 accgttgtgg atgcctacga cttccatgcc gtagtgcagg agggccgttt tgcccacgcc
       61 gcggatggcc gcgttgatac cggggcagtc gccgccggct gagaggatgc ctatcttcat
      121 aatgccttta atgaatgggt tagctgggga caaaggtagg gcggtgggaa cgaacaactg
      181 aaaatcggga aggggccgtg agcagccgga agcggcgcga aaatgtccgg atgggggtgt
      241 ctgagcaaaa aga
//
LOCUS       SEQF2638.1|AYYF01000046.1 299 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..299
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ctctaaagct acaggcacac tcccggcggt gatgaaggcc tacgacgacg gattaattcg
       61 cctaaatagt cccatttccg cctatgttcc ggccttgcgc ggatctaata agagcgactt
      121 cacggtggag gaattgcttt atcatcaatc tggaattacg ccttacatcg ccttctatca
      181 agatgcccgg tcggatcata gctatatgtg cgatgacggc acgtcccaat gtgcagatac
      241 gtcgcgcaac gcgttccccg caagcagcct acgcatctca tcgatcagcc ccagctggt
//
LOCUS       SEQF2638.1|AYYF01000047.1 324 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..324
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cttctacatc cgcatcggca tggagcggag cgacggcacc atcgattgcc ccgccgagga
       61 agacatcgag atcacgacct acatcgcccg caaatacggc tgccggatgg aggtggtccc
      121 cctccacgag gagtattggg accgcgtggt gggatacacc atcgacgccg tccgccgcgg
      181 cctgacgccc aacccggaca tgatgtgcaa ccgctacatc aagtttggct gcttcgagga
      241 gcagtggggc caccacttcg accgcatcgc cacgggccac tacgccacca ccaccgaggt
      301 cgacggacag acgtggctct cgac
//
LOCUS       SEQF2638.1|AYYF01000048.1 261 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..261
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cttttctgcc ttttccgctc gacgcaaccg gaagcatatc cacccctttc cgtctaacaa
       61 tcagtccact tgcttcgaca tcagctcttc tgcttttgag aggaatagtt gatgacgcgc
      121 gagcaataag aagctggcgc atgaacaaaa tttgatcaca cacgagatag agagggtgac
      181 acaaggacgc gtttgatgga tggatcaggc ggaggcaccg gggagacgcc ctccaaaaac
      241 ggagccagcc ccgccggagg t
//
LOCUS       SEQF2638.1|AYYF01000049.1 236 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..236
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 atcctcaggt tattctctct gggcggaata tcaatgacaa aatgggaggt tttatcgctc
       61 aaaaagtgat caagctcatg atttgcaaaa agatccaagt aattggaagc aaagtcctta
      121 ttttaggttt tacgtttaag gaaaattgtt cagatattcg caatacgaaa gttattgatg
      181 ttgtgcgtga attacttgag tataatatat ctgttgatgt atatgatccc tatgcg
//
LOCUS       SEQF2638.1|AYYF01000050.1 379 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..379
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gaagtcgcgc tcggaatagt agacggtgtt gtcgttgatg ataaactcaa actcttgcgc
       61 ttgctttttg ctggtggcgt ctgcgttggt gcgggcggca gagatgaggg gggcgtagtc
      121 cgaaccctca ggccaagtgg cgcgaaggga ggtgagggca gagagggtgc ggaggcgatc
      181 ggggtcgatg tcttcgctga cgcgtgggcg ggcctcgttg gggacgaaga ggtagaggca
      241 gacgcggccc gcgggctgat tgcggtcggt ggcgaaccag cctatgcctt tggcctcatc
      301 gatgaccatg aggtaatcgt tcgcgggcga gttgaagggc atgccgagct gctcgggggc
      361 gaggtaagcg ttggtggcg
//
LOCUS       SEQF2638.1|AYYF01000051.1 308 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..308
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gacaaatcgt tttgcggatt atactatcct cttttctttc cttgatgaaa gaaaagaggc
       61 aaaagaaaat caagccatca cggatggcct ttccttaccg ggtacgtgag gagaaagaga
      121 gaggaaaaga gctcctactt ttttcgtcag aactatctca tttgttggat aaagcagtct
      181 tcgatgccgg gggtgatagg tgcgatctcg atgtggcgac agcccgcggc cgtgagggcg
      241 actctcatcc gctggggggc ctcggcgtcg tcgcggctga aggatacatg gagcgagcgc
      301 ccgaaggc
//
LOCUS       SEQF2638.1|AYYF01000052.1 264 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..264
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggatggatga ggacgtgtta gaaatgtatc agatggtgga ttagaaatgt gttttacctc
       61 ttacggaaat acccagcgag ttcctctgaa ccattcgcca ataggttctg aagtggtcat
      121 cgatacgttc cgaagtaccc gataataggt ttcgagcgta tcaagactac gttccgaacg
      181 tatcaacacc acattcgaaa cccatcaatg actacctcgg aacgcattga gactacgtac
      241 agaatatatc catgaccgcg tcgg
//
LOCUS       SEQF2638.1|AYYF01000053.1 369 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..369
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gcatgagttt attatctatg gacaaaagtg ctatttatat gtagacctac gttttgtctg
       61 tggacaatag agccatatgg atctatgaag ctctattgtc tatggacgaa aattcaatcc
      121 gtacgtaaat cgaagttttg tctatggaca aaaagtctgc atatatctat cactttcgtt
      181 tgtctgtaga caatgaaggt ctatacatgg gattcacccc cttgttcgcc gtcgctaagt
      241 gtttccacaa agaaaagacc ccatccacgg gagtgaacgg ggtcaaaatc caatttcgga
      301 gcgggtgcgc tgcggtttat gtgaaaagaa ggatcatcag ctgggccgtg agcacgcgca
      361 ggaacatgg
//
LOCUS       SEQF2638.1|AYYF01000054.1 292 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..292
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gagtgtagcc tgatccacgt cattcatgtc atagtgttcc atcaatacgc cgtcgtttcc
       61 cgtttcgttg gagtcgcgca tcatggcttt tacctcatct tctgtgcagt gataatcgcc
      121 ttcgtagttg cgtttgaatg tccctctcat cgggtttccg ttgatgtaga tggggcgccg
      181 gcgatagtcc gcctgcggaa cctgaataca cattaggttg acgccctcgt acggtacaat
      241 ctcgacatct gcgtctctga gaatgttgtc actcacttta tcactattca gc
//
LOCUS       SEQF2638.1|AYYF01000055.1 247 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..247
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gaaatcgaga cctcaatcat gagctcgctc gacatgctcg tcaagaatcc catcctcatt
       61 ctgatttacc tcgcggccat gctcttaatc agttggcaac tgacggcttt cgtcttcatc
      121 ctcctgcccg tagctggcta tgcgatgggt caggtgggca agcaactcaa gcgcaagtcg
      181 cttgtggggc aggcgcagtg gggcgcactg atgagtcaga tcgaggagac cctcagcggg
      241 ctacgca
//
LOCUS       SEQF2638.1|AYYF01000056.1 317 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..317
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             117..302
                     /locus_tag="SEQF2638.1_00010"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKALLLSFFVVVLCYSLFLDEEQQAAPSDRTNKTTMQTEAYDYV
                     QGHDTTAFYAITSLPWS"
ORIGIN      
        1 ggtgtagtcg tccctctgct ttggtgggga ttgggcgaaa ggctttctac acaataaccc
       61 aacgcgatgc aacgtttcgt acacaaacgc atcatcaggg caaaaagtag aaaaacatga
      121 aggcattact gttatcattc tttgtggtcg tcttgtgcta ctccctcttt cttgacgagg
      181 agcaacaagc cgctccttca gatagaacca acaaaacgac catgcaaacg gaggcgtacg
      241 actatgttca agggcacgat acgaccgctt tttatgctat cacctccctc ccttggtcct
      301 gacagttggt cgagtcg
//
LOCUS       SEQF2638.1|AYYF01000057.1 318 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..318
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gagttagatt tttcgccttt tagctgagct accaaagaaa gaaataatcg gtttttattg
       61 gccaaatttt ccttaccttc gccctcagga aagttttctg acaaaacttc tatcacatct
      121 cctgaacgtt caaaaagctc atgctcttct ttctcttcaa acggcttctc gtataaccat
      181 tccgagataa tttcgtttct gttgtactca aaaccatagc gatagacagc cctttctctg
      241 atgaaccgta tttcaaacag ggtaggttgc gaaacagtcg tcttatccaa tgtaaaagga
      301 tcatagggta ataaatca
//
LOCUS       SEQF2638.1|AYYF01000058.1 683 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..683
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 catgaatgac gtggatcagg ctacactcag cgcctatcgc aatcgctttc gcacggccaa
       61 cccggatcat ccatggaacg attgcgacga taaagacttc ctgagaaata tgggaggtta
      121 tactacggac cggactaccg gccgggaaag tttgacgtta gccggattat tgatgttcgg
      181 taagggcctg actgttagag agcgattcga caacatacga atggactatt tggataggac
      241 caacttggca ccagagagtc gttggagcga tcgactaact tacgacggga tgtgggagaa
      301 caacctctat catttcttta cgcgtgtcct tgccaaactc gtcagcaaca tcaagcgccc
      361 ttttatgttg aaaggaatgg aacgcgaaga cgacacaccg ctgcacaaag ctatccgaga
      421 ggccctgacg aacctcatta tccatgccga ctatatgacg gaagggattc tgaaagtgga
      481 gaagcatgac gatcgcttcg tcttttccaa tcccggctca ctcaaattgc cacttgtgga
      541 tatctacaag ggtggaaact ctaaggcacg caatccgcat atacaatcga tgctgcgtat
      601 ggtaggtttt ggtgagaata tcggctccgg ctttcctacc atcatagctg tatgcaaaaa
      661 ggagaattgg aggcagccta tcc
//
LOCUS       SEQF2638.1|AYYF01000059.1 245 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..245
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gcatttagct acactcacaa aaaaaacaac tttggtcttt acctaaacca tacttaccag
       61 acagctccca tcatggaggt aacacgaata aaacagaata gagtagttcg aagctatgag
      121 aatcatcgca attatcaact ctgcaatgcc gaagcatctt acaatggacg tttatttaat
      181 gatatattct ctttcaaagc ctatgttggc ttgaaatatt ttatcagtaa tggtaatgac
      241 tacat
//
LOCUS       SEQF2638.1|AYYF01000060.1 249 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..249
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggttacgccc gggaagagca catgtcgtac ccaaataggc ttgccgatgt cggacagata
       61 gcgcgcgcaa tcgaggatgt tacgattcgt gcgtccggtc agctcgcggt gcttcgtgtc
      121 gtcgatctgc ttgaggtcaa aaaggagcaa gtcagtgtac ttcatcagct ctgcaaactt
      181 tgagaagaac ggttcccgac gtgtgaaggg ttgccccgac gtgtcgaggc atgtgtggat
      241 accttttgc
//
LOCUS       SEQF2638.1|AYYF01000061.1 305 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..305
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtgtggcggt cagggtgagc gtgtctacgt tcgtccggag ctggcggagc ttctctttga
       61 ccgagacacc gaatttctgc tcctcatcga tgatcagcaa gcctaagtca ttgaatttga
      121 cgtcgcggcc gacgatgcga tgcgttccga tgaggatgtt cagctcgccc gaggctaagc
      181 gtttgaggat gtctttcact tccgcggtcg atcgggcgcg actgatgtaa tcgatggtgc
      241 aaggaaagtc cttgagacgc tcccgaaacg tctggtaatg ctgaaacgcg agcacggtgg
      301 tgggc
//
LOCUS       SEQF2638.1|AYYF01000062.1 271 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..271
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tcttcgtcgt agccgcggag caagaattgc atggctttgg ctacacgcat gggggtcttt
       61 tggaggcctt cgcgattggg gtcttcgccc agcagggtga tgatatcgcg atagtgtccg
      121 cagagcgatt cgcgtgtctc aagtagggcc ggggtatctt gtaagtcctt catttgctac
      181 tgctggagtt gctgctcgat ctggggagct cgccgtggac gaccttcatg ccgcggtagg
      241 cggggaaggt cttatggatg cgctccttga t
//
LOCUS       SEQF2638.1|AYYF01000063.1 424 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..424
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(64..420)
                     /gene="msbA"
                     /locus_tag="SEQF2638.1_00011"
                     /EC_number="7.5.2.6"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q9KQW9"
                     /codon_start=1
                     /transl_table=11
                     /product="Lipid A export ATP-binding/permease protein
                     MsbA"
                     /db_xref="COG:COG1132"
                     /translation="MATEQGYDTNIGDRGGKLSGGQRQRISIARAILKNPPLLILDEA
                     TSALDTESERLVQEALERLMRNRTTIVIAHRLSTIRRADEICVMHEGEIVERGRHEEL
                     LALDGYYKRLCDMQTF"
ORIGIN      
        1 gaattatacc accgggatct tctctacgcg gtcgcaggcg ggccgtccgt tggtgggaag
       61 cggttagaaa gtttgcatgt cgcagaggcg cttgtagtat ccgtcgaggg cgagcagctc
      121 ctcgtggcgt ccgcgctcga cgatctcgcc ctcgtgcatg acgcagatct catcggcgcg
      181 gcgaatcgtg gagaggcggt gggcgatgac gatggtcgta cggttacgca tgagccgctc
      241 taacgcctcc tgcaccagcc gctcggactc ggtgtcgagg gctgacgtgg cctcgtccaa
      301 gatcaacagc gggggatttt tgagtatggc gcgggcgatg ctgatgcgtt ggcgctggcc
      361 gccggagagc ttgccgcccc ggtcgccgat gttcgtgtcg tagccctgtt cggtggccat
      421 gatg
//
LOCUS       SEQF2638.1|AYYF01000064.1 262 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..262
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cgccttttga atacggtaat aaggtcttac gacgatctcc aactcatcgg cagcctcggc
       61 ctcggccgct tcgggcgaga attggtaagc gcgaatggtg ttgaagagga acgagagcag
      121 gcggtcgcgc tcggcatctt tcttcagcat gcgctgtgtg ttcgagttgg cttgcgtctc
      181 aaggttgagt tcgccttcga catcaaggca acccttgtac tcagtgattt tcgcagcggg
      241 gacaccgatt ttcgtagcgt cg
//
LOCUS       SEQF2638.1|AYYF01000065.1 344 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..344
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             51..311
                     /locus_tag="SEQF2638.1_00012"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTDTYEGLVTRVTEPKDAELLDFMARRLVEAATHCVFGYLLLQS
                     ANTDDSFTPSARVYVRYGAAEIAQIRSFIEGFRPESLSDYKA"
ORIGIN      
        1 ccgagaccta tcgccccgag ctttccgacc tgcacgcgca gctccgggag atgaccgaca
       61 cgtacgaagg gctcgtcacc cgcgtcacgg agcctaagga cgccgagcta ctcgacttca
      121 tggcccgccg cttagtggag gccgccacgc attgcgtctt cggctacctg ctcctccaga
      181 gcgccaacac ggacgactcg ttcacgccct cggcgcgcgt ctacgtccgc tacggcgccg
      241 ctgagatcgc ccagatccgc agcttcatcg agggcttccg ccccgagtcg ctctcggatt
      301 acaaggccta aacgatacac aaagaagaat cccctctttt tttc
//
LOCUS       SEQF2638.1|AYYF01000066.1 464 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..464
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtgctcttct gcacctgcct cgtagcgtcc aacctgttag agaccaaagt cgtgaggctt
       61 tggcaaatgc ccggcgggca cattctctcc gtcactgccg gactgctcgt cttccccatc
      121 tcctacatca tcaacgactg catcgccgaa gtctggggtt accgcaaggc acgcctcatc
      181 atttggctcg gctttgcgat gaacttcctc gttatcatcc tcagccgcgt agccgtcatg
      241 ctacccgccg caccgttttg ggagggcgag gaggccttca atttcgtctt cggactcgct
      301 ccacgcattg ccgcagccag cctgctggcc ttcctcgttg ggtcgttcct caacgcctat
      361 gtgatgagcc gcatgaagat ccggtccgca ggccgcaact tctcagcgcg tgccatcctc
      421 tccacgttgg tgggcgaaag tgcagactcg ctcctcttct tccc
//
LOCUS       SEQF2638.1|AYYF01000067.1 256 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..256
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 catcatgcca cagctcgaag gcatcaccga cgagtttgat cgcatcagca cagccgactc
       61 catcgcccgc gccatcgccg actccgtatc caagggcgac aagttcacca acgccgaggt
      121 gctgcccttc tataacaaca acaagtactt cctcgtcgtc tacgacgtct ttcgcgacgt
      181 ccgactcgtc ttcgctccgc ccacgtcgct cggtaagttc ggcggcgata cggacaactg
      241 gatgtggaca cgccac
//
LOCUS       SEQF2638.1|AYYF01000068.1 245 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..245
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gatcgaagct gagacgcaga tcaagggccg agcgatcgaa ggggatgcgc ttcgtaaggt
       61 cgagcgtgcc gtccacttgc agacctttta gcatgacggt ctcgccacgc aggccgtcca
      121 gctcacggac gggcgtggag gtgagcagat agcccttgcc gtcaggcccc ggcacgagac
      181 ctaattcgcg cggcagggtc atggcgccac tccaggtaac gcacggttta tcgccggcgt
      241 agagt
//
LOCUS       SEQF2638.1|AYYF01000069.1 390 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..390
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggagtgctcc ggacgatcga tgcggacgat ctccaccttg tcgaactggt gcagacggtt
       61 gagcccgcgc acatccttgc cgtacgaacc ggcctcgcgg cggaaggagg cggagtaggc
      121 cgtgttgcgg atgggtaggt ccgcctcgtt gaggatcacg tcgcggtaga tgtttgtgac
      181 gggcacctcg gcggtgggga tgaggtagag gtcgtcgagg ttggcgtgat acatctgccc
      241 ctctttgtcg ggcaactgtc cggtgccgta gcccgattcg gcgttgacga cgtagggcgg
      301 ttcgatctcg acatagccgg cgtcgcgggc gcagtcgagg aagaagttca cgagcgcgcg
      361 ttgcagccgt gcccccttgc ccttgtagac
//
LOCUS       SEQF2638.1|AYYF01000070.1 426 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..426
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(149..310)
                     /locus_tag="SEQF2638.1_00013"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNAIQAFDKSSMSDKELKRMQSENQCLLQKVGQFAIDCDFFAKA
                     CEASGLKVR"
ORIGIN      
        1 cgtcgtctat caggcgcata agctctaggt tctccacact ttcccctttc ttccttgggt
       61 ttatagtaga aggaggagcg attaagctgc atatatgcac agcagcgctt acggctcatg
      121 cctgcggggc gagtggcttc taaggctact atctcacttt gagtcccgat gcctcgcagg
      181 ctttggcaaa aaaatcacag tcgatagcga actgaccgac cttctgtagc aagcactggt
      241 tctcgctctg catccgtttg agctccttat cgctcatgct agacttgtcg aaggcttgga
      301 ttgcgttcat ctcgagctct tgaagccagg agctggtctt acttggtgct agcccatact
      361 tctgagctag gttctggaga gtctgatgcc ctcggagggc ttctagggct gaagctactg
      421 ctgtac
//
LOCUS       SEQF2638.1|AYYF01000071.1 338 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..338
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gaccgggtga gctgctataa gacgaaagaa tttatcagga tcaggaagcc acggtttata
       61 acctgagtaa attttgcagt aagaggaggt ggctgtttat aatctaaagg aagtcgtatt
      121 tttgcgagaa ctaataggaa agggataaac aagatgagcg aaacgacgtt gaagataccg
      181 cgtgcggtaa agatcgaaga gagcaactgt gtgagcttca aagtggggct gcatgccagt
      241 ttacaccgca gtcaatacga cctgctgcag gatgtcagtc cggagctggt gcaatttccg
      301 aagggaatga tggagcgctg gggggagctg attatgaa
//
LOCUS       SEQF2638.1|AYYF01000072.1 416 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..416
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tcttcgatgc agttgatatc aatcgcaata acatggctgg cggtttgacg cagctcaaag
       61 ccagaagaca catctggaca gcaatgttga actacgtcga tcagcgttcg actggcgata
      121 cgatggatat tatctctcac gagggtgata tataccttgg atataatgat ggcagagcga
      181 atcacttgct accatcattc ccagatcagc ggtatgtgtc atttattgac gacgatgcta
      241 ttttccagca gagcgcgaca ggtttatata gcaccaattg tcaatatcct ccggccagcg
      301 acgtctctta cgatttgaac cgttttacct acagtatccc gggcagcaac aagaaggggc
      361 atttgtggat caaagctggt tgggaagaga agacagatcg taacattgtg ccggac
//
LOCUS       SEQF2638.1|AYYF01000073.1 332 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..332
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtttatatcg atccttccaa ttatattgtt cttcagcaga ttgccttgcc tttactttct
       61 cgctttcaat agatgaacga tggagtaaat aaaactgtaa ctcttcttct aatgaggaaa
      121 gtgaaatttt gcactgcggc caaaaataac catcgctgcg agcatacaaa taatcaatcg
      181 cgacaagtcg tccattcaca tctggctgaa caaattcatt catcggtgca ttatcgctaa
      241 cgatacaggg caatccgcac gccaatgctt caacaaccgt caagatgata ccgtcatatt
      301 gtttgggatc aggctgctga gcgagtaaat ca
//
LOCUS       SEQF2638.1|AYYF01000074.1 241 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..241
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gggccgatat gatagtgcct cttgggggca gatcgctcgg ggatccacct tgattcgggt
       61 tatccgcctc ggcagtctga ggctcctccg aggtgacgac atcctcgctg ccgccgccct
      121 ttgtgcaggc cgccatcagc agggggaaca gtaaaagcgt aagtaacttc ttcatgactc
      181 aattcctttc ttgttttagc gcttgatctc gtatgtcggc tgagtgccgc cgatcttatt
      241 t
//
LOCUS       SEQF2638.1|AYYF01000075.1 317 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..317
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 atttatcatt gacatgacag cacacgaaag ttggtatact aggcattgtt ggataagctc
       61 gagatatcat gaaaaatgga gaactaattt cattcccaaa tccttcaata tacctataat
      121 ttccaatatg gattctctta tgcttacaac catcctctaa ttcgactgaa tcaattttat
      181 ccactttacc aaatggagca aggccaattg gtgcaacgct atctcctatt tctaaagaga
      241 aatcatagat cactgcctct tccagtttca gatattctgg atgtaccatt ctctcatatc
      301 cagggtaggg cttaaac
//
LOCUS       SEQF2638.1|AYYF01000076.1 427 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..427
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtttgcggtt gtatcggtgg gtgatgttgg cgttcagggc gtggacttcg ttgaaacgat
       61 agttggcatt gagtcgctcc tgtaggttcg tgtatcgatc acgggaatcg ttcggcagcg
      121 aacccacctc gccttgcacg gaggagctga ggaagcgatt gccgaggaag tcgtagctgt
      181 aatgcgaggt gtccacctga ttggccacag ccaagccctg cgaagcgttg agtaggaacg
      241 agaatcggcc gtcggcgagt cgcttggaca gcgcctggga gatgttgagg gaattgtagc
      301 gcgagaaggc gtgccggata ttgttctgca cgttcatcag tccgccttga atctcgtcgt
      361 agaggttttc atagcctacg gacagctctg cgtggtcgag cggcaggcga gtaaaagcga
      421 cgcccac
//
LOCUS       SEQF2638.1|AYYF01000077.1 254 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..254
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tcttcttctt cattcagttt tcttcattta taatgtatgg catcgaagag ggggggataa
       61 atgccgattg ttttgttcgt atgatgcatt accctttccg aatgcagggg caaagaagga
      121 gaggattctt tgaatacgca actccataag ggacgaaatt gatcacatta gtgttttttg
      181 tatgtattac aagtctggcg ttcctgtcca gatcgaggag aaacgacggt ccgcggtgac
      241 ggtcggaggt tatg
//
LOCUS       SEQF2638.1|AYYF01000078.1 236 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..236
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ctgagtgcca cctattccta cgacctctcg gatcgttggc ggggtgggtt gtcgatgaaa
       61 gtcctctact ccgccatcgc cgaatactcg gccttcggac tggccgctga cgccgggctt
      121 agctacttcg acgaggaggc agacctctcc gtcggcatcg cgctgaagaa catcggcgct
      181 cagctcaagg cctacgattc gcgtcgcagt cgcctgccgt gggacatcca gctggg
//
LOCUS       SEQF2638.1|AYYF01000079.1 495 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..495
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gaaggcgaga agatcatcaa cgcctttatg aactacgagg tgctcggctc catgcacgcc
       61 gccgacaccg gcatcttcga cttcttcaag gcccttccgc agtatgccga acgaaacgac
      121 atcaccttct ccctgccctc ggagatcttt gcccagacgc gccccgtgga ctccatctcc
      181 gtaccctacc ccatgtcgtg ggttgacgaa gagaaggatt gtagctcatg gctcggcaac
      241 gtcctgcaac aggaggcctt ccggaaactc aacgagatca gcgagcgcgt gcgcctctgt
      301 gagaatcgcc gtatcaagca ggactggatc tacctgcaaa gcagcgacca cctctattat
      361 atgagcacga agcactacaa ccttttcagc ccgtacgata acccgtacga cgccttcaac
      421 aactacatga acgtgctctc cgacttcatc ctgcgcgtag aagcgcagtt cccctcctcg
      481 attgaaaacg aggag
//
LOCUS       SEQF2638.1|AYYF01000080.1 269 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..269
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggtctggagt acgccgcacg cttcctgatg atggtgcgcc gcgtcaacct acagttctcg
       61 cagacggatg gcatgaaggt ggacggcttc cagcctcaga ttggcgactg gatcgggcaa
      121 gcctccacgg cctacggtcg ggcacccgga tggggttttg cttttggcga cgtccgcgag
      181 agctatgtcc gggaggctta cgaccgccac tggctgatga cagaaagcga gcagaactat
      241 ctggcccaga tcaatagccg ccgcacctt
//
LOCUS       SEQF2638.1|AYYF01000081.1 278 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..278
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggggagacgg gcgtggattt ttgcgcggtg ctggacttta cgcctgcgct ggcacggctg
       61 acggcgcgcg agttcatcga acgattagcg gcggagtggg gcgtcagcac gctggtcgtg
      121 ggctacgatc accgctttgg gcgcgatcgc gcggaggggt ttgaggcgta tgtggcgcat
      181 gggcgcacgg tggggatgga ggtcgttcac ggcgtgccgt acctgctcga ggatgggacg
      241 gcggtcagtt cgtcacggat tcgggcgctg ctcacgga
//
LOCUS       SEQF2638.1|AYYF01000082.1 544 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..544
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 accaaagagg tctcccaact ctacgacgcc gattacctcg gcaacttcac ccgcgataat
       61 tattcccccc gtaacctgct ggccgccacg atcggcgacg agctgaagat tgtctccggc
      121 ggacgcagcg aggtctacgc catcgccccc gatgccgaag ccgccatcct ctccgctggt
      181 cacgcagcta acggcgcctt ctggatcgac aactacaacg gccgctgggc caccacgacg
      241 tattataaag gtgtaccctg gtacgtcgag aagtacaaca acagcaacga atcgctgcca
      301 gctcgactcg gcacgcgcgt ctggcagccg accctttcgg ccgacaagta cgatgccctg
      361 ccctgccttt cggggtcgaa cactttccag ttcaccttca aggccaacac cgccggctgc
      421 taccccgacc tcaagacatc gcccttcggc aacgaggagg tcagccgcct cttcaaccaa
      481 ttcctcgagt acggtgccct cggcacccgc cccacgcccg actttgtggc gcccaccttt
      541 tacg
//
LOCUS       SEQF2638.1|AYYF01000083.1 269 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..269
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gttcagcagc acggcgtggt cggtcgtgag ggggcactgg gtgaagctct cgccggagaa
       61 gaccacgagg ccgatgttgt cgttcggccg accgttgatg aagctggcgg ctacgttctt
      121 ggccgccgtc agtcggtcgg ggcgcaggtc acgggcgagc atactgcccg agatgtccat
      181 ggccatcata atgtcgatgc cttcggtcga ggagttctgc cagctgtccg tcgactgcgg
      241 gcgagccaga atgacgataa cgagcgcga
//
LOCUS       SEQF2638.1|AYYF01000084.1 570 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..570
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(40..420)
                     /locus_tag="SEQF2638.1_00014"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRKAFDGLRCKRSRREQSIGVSVRAATVETTMMTHIIQPNCLKS
                     TPVIPVTIVKGKNTAIIVSVEATTEMATSFVPCIAACDGAEPRSMWVVTFSKTTMASS
                     TTIPMAIESDESETMLIVLPVMAK"
ORIGIN      
        1 atcgatcacc atcccgctgt cgctcatcgc ctcgttcgtc tacttggcca tcacgggcaa
       61 cacaatcaac atcgtctcgc tctcgtcgct ctctatcgcc atcggtatgg tagtggacga
      121 cgccatcgtg gtcttggaga acgttacgac ccacatcgag cgcggctcgg cgccgtcgca
      181 ggcggctata catggcacaa acgaggtggc catctctgtc gtcgcctcca cgctgacgat
      241 gatcgccgtg ttcttcccct tgacgatggt cacgggtatg accggcgtgc tcttcaaaca
      301 attgggctgg atgatgtgcg tcatcatggt cgtttccacc gtggctgccc ttacgctgac
      361 gccgatgctt tgctcgcgtc tgctgcgctt gcaacgcaag ccgtcgaagg ccttccgcac
      421 gttttatcac cccattcaac gcgccctcga cgccctcgac acgggctacg cgcgactgct
      481 cggctgggcc gtgagccacc gacggacgat ggtgctttcg tgcatcgcct tcttcgcgct
      541 cagcctcctt tgcgcgggtt acatcggcac
//
LOCUS       SEQF2638.1|AYYF01000085.1 281 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..281
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 aggtaagaga ggagccttct tgaaaaagaa gatccgaatt gctttccatc tgattcggta
       61 atgtgagatc aacctgctta gcatcattcc cccacttctc tttcgtgaaa acaaaatggt
      121 cgtcgccttt tctcaatgta aaagtgtggc agaattcctt cgaataataa acgcttgcgg
      181 agatctcatc tgtcacttta tatcccttat gtaggaaggt ttcgaggcct ttcagagcca
      241 cgtgcgactg gaggttgcga cgatagatct ggctcagaaa c
//
LOCUS       SEQF2638.1|AYYF01000086.1 336 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..336
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 atatatgatc cctatgcgtg tcgtgataag acggaggttg aatatggcat cagtctaatg
       61 caatgtgaac ctgattttcg acaatatagc ggaatcatac tggccgtagg gcatgataaa
      121 tttactcaga ttgatttctc gtttacaaga aaccagccca tagttctttt tgatgtaaaa
      181 ggtgtattac ctcctgaatg ggtggatggg gcaatgtgaa attgttagga ggcacagcgt
      241 gtgcttttct attaaaatag acattatcta tttccacttc ttcatctaag cacatatgaa
      301 gactgctttc ccaagcaatg tcctatagta atgatg
//
LOCUS       SEQF2638.1|AYYF01000087.1 234 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..234
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtgttgccta cggcgtacga ttgggagttg ccgatcagca cgaccgtgaa catgtccgcc
       61 tgctcggggt cgaagtcggc caacgtggtg acggtcgtcg tctcgccgtc tcgcccagcc
      121 tgccgcacga ttcctacggg cgtctccggc gcacgacgtg ccaggaagag ttccttcagg
      181 cgatagagtt gccagtatcg gctgtcgctt ttcgtattat acacggccgt aatg
//
LOCUS       SEQF2638.1|AYYF01000088.1 272 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..272
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 actatgtgct cagcctgctt gtcatccgtg acgccacgca aacgacggag aacctctccg
       61 ccctgcgccg acagatcgac ggtgtggacg agcaactgct cgagctcctg gccaagcgca
      121 tgcgcatctc gcgcgagatc ggtgtctaca aaaaggagca caacatgccc atcctccagt
      181 cgccacgcta cggcgagatc ctcgagaacc gcgccaaggc cggcgccgcg atggagctga
      241 atccggactt cgtgcaggcc atcctcaaga ac
//
LOCUS       SEQF2638.1|AYYF01000089.1 311 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..311
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             17..160
                     /locus_tag="SEQF2638.1_00015"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVSLNEGSSWLRTETRVLSLMMNETVSSSKFDSRKRELATSEFS
                     VSM"
ORIGIN      
        1 ggcgaagagc ttgcgcatgg tgtcgttgaa cgaggggagc tcttggctgc gtacggagac
       61 gagggtgtta tccttgatga tgaacgagac cgtctcctcc tcgaagtttg acagcaggaa
      121 gcgcgagttg gccacgagcg agttctctgt ctccatgtag cgcgaactga tctcgatctc
      181 ttccatttct tcctcctctt ggatgtagat cttgaggaac tgctcgaggc gactctcggc
      241 ctcttcgggc acgtcgttga ggtcgatcca gagcaggttc tcgcggggtg cccgtttcag
      301 cacctcgatg t
//
LOCUS       SEQF2638.1|AYYF01000090.1 373 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..373
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtgtattcgt agcccgcctc gtagtcgtag agggtctcgt aggtcggctg cgccgtgggc
       61 ccgttctcgg tgaagttctt gcggttcggc tcgcggtgtg ccacggcgaa cgaggcatag
      121 gcatggttgc cgccgcgctc gtaggagagt cccgccttgg ggttgaagaa ggagaaggtg
      181 cggtgcacgt cgatgtcgcc cgccttgtcg tccgtgcccg tgatgctgta gttgatgccg
      241 cggtattgca aatcggcata ggcgctgagg gcgttcgaca gccggtagga ggccttcaga
      301 aacgtgttgt aatcgagctt ctcgccccgg ctgcggtaat actcatagtc gggccgcggc
      361 atggcctcga agg
//
LOCUS       SEQF2638.1|AYYF01000091.1 305 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..305
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cttgagcgtt gtggtcagtg cggcctgccc cacgacgctg tcgaatgtag cggggcgata
       61 cttgcgcgcc gatacgatgt attcatccgt cttttccatt gcggggcaaa agtaggcgag
      121 taggccggac tttgggattg gggtgcgttt ccccggtggg aacgggccgt aattctcgat
      181 ttaggcgtgt tgcttagaag aaacaggctg gatttctcga tttaggcgtg tttctcggaa
      241 gaaacacagg gcaaccgcat caaatcaaaa ccacgcgtct gagagatctc tgtaccccct
      301 gtctc
//
LOCUS       SEQF2638.1|AYYF01000092.1 296 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..296
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gctccatgcc gaggccgaac tcgcagaagt cctcgaagag ggagttggcc caagccggac
       61 cgcggcccat gtcgttcttc gtgtagggcg tggaggggac ggagccggag tagatcgagg
      121 agcaacccgt ggtgttggcc accatctcgc ggtcgccata gagctgggtg acgagcttca
      181 cgtagggcgt ctcgccgcaa ccggcacagg ctccggagaa ctcgaagagc ggcgtggcaa
      241 actgtgaatt cttggcgttg gccttggtgt cgaccagatg ctgcttcgtc ttgacg
//
LOCUS       SEQF2638.1|AYYF01000093.1 318 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..318
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggtcttgccc ataccattat tgccgaagaa gcagttgatc ttcggtgagc agacgatgtc
       61 ggcctgtcgg atgttcttat agttcaggac ggagagcttg ttcaatatca tatgaatagg
      121 taggagggag aatgtgaggg gcaaaaatag atccctttga agaaggaggc catcacgcag
      181 gaacgtcgca gagggagtgt aatagataag ctgcgatgtc aagtcacagt taaattggag
      241 ataggccgaa gtaggccttt cgggtaaaaa attacttttg cgcctcgaat ttcaagaagc
      301 aaaaaacgaa tagtaaac
//
LOCUS       SEQF2638.1|AYYF01000094.1 397 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..397
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             49..261
                     /locus_tag="SEQF2638.1_00016"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNVFTDSGDRHKPMHRDEGVIFWISDRAEFTPKTIRTRDERADL
                     VYAVKVRVQNPEGRYKMGMYGEITFQ"
ORIGIN      
        1 gtctatatca ccggcgatca gctctcgcaa gtccgattgg gtcagcgggt gaacgtcttt
       61 accgactccg gtgatcgaca taagccgatg catcgcgacg agggcgtcat cttttggatt
      121 agcgaccgcg cggaatttac gccgaagacc atccgcacac gagacgagcg cgccgatttg
      181 gtgtacgccg tcaaggtacg tgtacagaac cccgaggggc gctacaagat gggcatgtat
      241 ggcgaaatca ccttccaata attcccggcg atggacctca ttgcagcaga aggcatcgaa
      301 aagcgcttcg ggcagctgac ggcactccga gacatctccc tccgcgtccg ccgtggggag
      361 ctgtacggac tgattggccc cgacggcgcg ggcaaga
//
LOCUS       SEQF2638.1|AYYF01000095.1 258 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..258
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cgtcgcactt ccactccgac ctgttcgtgc ggctgccgga tgaggatgcg ggcatgttca
       61 cctacgtcta cctgctgctt agccccggca cacgcccgga cgacgtcgcc cgaggcatcg
      121 ccgccaacat gcgtcggctg ggcgctacgg acgatccgcg gcccgagacc ccactgcttt
      181 tccccctcac cgacatccac ctgcgcagcc acttccaacg cgagcacgaa cccaacggca
      241 acatccttta cctctacc
//
LOCUS       SEQF2638.1|AYYF01000096.1 258 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..258
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 taatttattc ccccagcaaa tggctgggcg gagccattaa tgggtttcta ttcgtaagcc
       61 acgaggcgga ttctgcttac aatcgaattt tattcggcgg ctcaatggat ggaaaagcct
      121 tcaacgggtt tctattcata agccgcgggg cggattctgc ttacaatcgg attttattcg
      181 gcgtccacgc tccgcaggac gcccctcccc tactctccat gggcggccca tttctgtcgg
      241 tggctcctat atatatat
//
LOCUS       SEQF2638.1|AYYF01000097.1 355 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..355
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(59..328)
                     /locus_tag="SEQF2638.1_00017"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQFSFNPNTLISLGSTLGTVYPQLQLTDLWGTLDVTDGGALISP
                     SWTTITVRAPHTTSPTGAVGSGWRLTLAPGYQIVRRAKDYAVERK"
ORIGIN      
        1 gcattgatcg catgagccgc tcactctctg atcgccccag ataactttcc gcagctgatc
       61 acttcctctc tacggcgtaa tccttggcgc ggcggacgat ctggtagccc ggagcaagcg
      121 tcagccgcca gccggagccg acggcgccgg tggggctcgt ggtgtgtggg gcacggacgg
      181 tgatggtcgt ccagctgggc gagatcagcg cgccgccgtc cgttacgtcg agggtgcccc
      241 agagatcggt gagctggagc tgcggataga cggtgcccaa ggtgctgccg agcgagatga
      301 gggtgttcgg gttgaaggag aactgcatgg tgcggagggg cagggtgagg tgtgg
//
LOCUS       SEQF2638.1|AYYF01000098.1 289 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..289
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cctcacgata ggcgtcgcgg gcacgcgcca catcgatcag cgccgtagcc tgtccgcgtc
       61 cgatgccctt ctgttcgcgg gtgatgcaga tcgatccgcc gccgatgccc accttgatga
      121 agtccgcacc ggcgtcgacg aggtagcgga agccttcgct gtccacgatg ttgcctgcgc
      181 ccacggggat gttgtagttc gccttgaccc attcgagggt ctcccgctgc cattcggaat
      241 agccgtcgga ggagacgatg cagagcgcat ctacgccggc ctcgatgag
//
LOCUS       SEQF2638.1|AYYF01000099.1 290 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..290
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(61..288)
                     /locus_tag="SEQF2638.1_00018"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MCIRDRGDIDVDRALSGVDRSFKDAQGARRVARLARYDGTQCVV
                     IRRLFGQQSELKVFGHEVGLCLIIVYFLNAG"
ORIGIN      
        1 gcagaccgag ggcacaggcg tagacgtcta tacgcacggc gaaatgcttt cggcacatta
       61 ctatccggcg ttcaagaaat acacgatgat taagcataaa cccacctcat gaccaaagac
      121 cttcagctcc gactgctgcc cgaagaggcg gcgaatgacg acacactgcg tgccgtcgta
      181 gcgcgcgaga cgggcgacgc gccgcgcgcc ctgcgcatcc ttaaacgatc gatcgacgcc
      241 cgacagcgca cggtctacgt caatgtcacc cctgtctctt atacacatct
//
LOCUS       SEQF2638.1|AYYF01000100.1 408 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..408
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(281..391)
                     /locus_tag="SEQF2638.1_00019"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIYGEVNELVKAAAIVYKNDRKKDKVAVTPTDKTEA"
ORIGIN      
        1 acctcacaca accccacgag ggccggtgac tcccatgcac cagctgccag aatgacacgt
       61 gcagtctgtt ccaaatggct gcggtagcgc ttctgtgtcc agtggcgtgt gccatcgggc
      121 aggaactcgt tgtcgttcgt atgcggatcg tcggacgtat cgaagaggtt ctcaacgttg
      181 taactcatca cttggaatgc gccctcgcgt ggctttttct tcgcgcaggc ccccgtggag
      241 aggagtagca gcagggagat gcagagcagt gaaaagcgct tcatgcttcg gtcttgtctg
      301 tgggggtgac tgccactttg tctttcttcc gatcgttctt gtagacgatc gcggcggctt
      361 ttaccagttc gttgacttcg ccataaatca tatcccaacc ctccaggc
//
LOCUS       SEQF2638.1|AYYF01000101.1 211 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..211
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gattattcaa aaaagaacgc atcatccgaa cgccgcaacg cgctgacatc cgcgttggcg
       61 acggcgagga tgtgctgaac ttctgcgcca acaattacct cgggctatcc gacaatccgc
      121 gcctcatcga ggccgccaca cgcgccatgc aacagcgcgg attcggcatg tcgtccgtgc
      181 gattcatttg cggtacgcag gacatgcaca a
//
LOCUS       SEQF2638.1|AYYF01000102.1 364 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..364
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 agcttatact gagcgggcat tgcgacgtaa gggagtcaaa ctcaagctgg gtgtcttcgt
       61 gaaggacttc gtgaacgatg aagtgcacct ttccgacggc acggtgttag aggcgcgaaa
      121 cctgatctgg gctgctggcg tgtcagcgcg gacctttccg ggtctcgaca ctcccgatcg
      181 gctcggaagg ggacgccgga tgaagaccga cgccttcaat cgcgtcgagg ggcaagacga
      241 catctttgcc gtgggcgacg ctgccctcat gacagccgat ccggcctatc ccggcggcca
      301 tccacagctg gcgcaggtag acattcagca ggccacgaac ttagcgcgca acctaaaccg
      361 agat
//
LOCUS       SEQF2638.1|AYYF01000103.1 268 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..268
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gggctactgc tcgctgctga atctcggtcg gccgaaccag cagacgacgg cctaccgagc
       61 gactgacggc tcagtgcgga tcgctttcgg cgaggatgtc tacccgattg accgggtgaa
      121 taaggccgtg gtgagggtgt tcaacggaaa tgaagactac aggatgtatc aggcggtgat
      181 tgacctgatc aagctgaagt tcaacttggc ttaaccgcct ccacagaaac aagaacccac
      241 aaacccaaac agaaagatgg ataagcac
//
LOCUS       SEQF2638.1|AYYF01000104.1 258 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..258
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cctcatcatc cacggccccg gggacggctt agagacagac caattcaaga tgaagttcat
       61 ccccggctat catctgggtc tctacggccg ctacaatttc agccccgccg tgggcgtgca
      121 agccgaagtg ctctactcga tggtcggcta caaggtgacc accacgttgc tcaatggcac
      181 ctacatccgc actcagctgc actatctcaa cgtgcccgta ctcttccgct acaccatgcc
      241 gagcagtggc ttctatgc
//
LOCUS       SEQF2638.1|AYYF01000105.1 246 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..246
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 aaacagcttc ttagagccgc tttttctctt tcgcagcggc ggagcggccg ccgtatttca
       61 gttgctgctg attgaaacga tagatgaggc tgagcgagac gtcccactgg gcgtaatatt
      121 cgttctgata gaagctgaag cgattgatgc gtgcccgttc gtagtaatcg agcgtgtgga
      181 aaaggtcgct ggcggagagt ttgacgtcga gtcggtcgct gaggaagctc ttgcgaagcc
      241 ctgcgc
//
LOCUS       SEQF2638.1|AYYF01000106.1 259 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..259
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 acgcatccct gcgcattgtg cggcatgacg cagacgcccc gtcgaagccg cgtctggtga
       61 cccgaaatgg ccgcgaacca ctttttagtc gtttctggtg gcccgaaatg gccgcgaacc
      121 tctttttagt catttctggt gacccgaaat ggccgcgaac ctctttttgc tcatttctgg
      181 tgacccgaag aggtcttttg ggccgcgtca tgtcgcacgt aatgacattt ccggccgtcg
      241 aagccgtttc gtgtcgcat
//
LOCUS       SEQF2638.1|AYYF01000107.1 459 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..459
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ctctcgaaga gtacgcaggg cgtgatcctc ctgctcgggc tcaaccgcac gggcgagaat
       61 aaggtgaccg aggaggagat tcgagccgtc gtgcaagaag gcttcgacag cggcgaggtg
      121 caagacgtgg agcaggacat cgtggagcgc gtcttcaccc tcggcgaccg cgacgtcggc
      181 tcgatcatga cccaccgcag cgacctcatt tggctcaaca tgcaggacgg catggacgcc
      241 atccgtcgga aggtcaagga gaatctttac aacgtctacc ccgtagcctc ggaacgcttc
      301 gacaacatcg tcggcgtggt cttcctcaag gatttattcg ggcgcattga tcagcccgac
      361 ttcacgctgc agcaggtgct ccgtccggca cagttcgtcc ccgagagcca gagcgtttac
      421 aacgccctcg aacagttcaa acaagcgcga gtgaagtac
//
LOCUS       SEQF2638.1|AYYF01000108.1 287 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..287
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cctatgaata cagcctcctg acccgattcg agaaggtccg gacgcatatc tacgccacca
       61 tggaggaggg cgccggagag ttggcccgcg aactggccac cagcatccgc gaacgccaac
      121 gcgagggcaa acagtttgtt ctggccgtgc ctggcggacg gtcgccgtac cccatcttcc
      181 gacagctgat ccgtatgcat cgcgaggagg gcctcagcct gcgcaacgtg gtcgtcttcc
      241 tcatctacga gttttacccg ctcacgaacg aggcatacag caacatg
//
LOCUS       SEQF2638.1|AYYF01000109.1 692 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..692
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 attcaatatc gtccgagaca atactaaata cctgattcaa ctatctatca ttgatcgaat
       61 caacaataaa taagagtatc ggtatttatt accgtctccg gaaatattga atgcctgcgc
      121 gagttattta ttatcacctc ggacaatggc gctctccgag aggtgaagtc tcctcgcgcc
      181 cgagacaatg ccaccttcga aagctccgaa cctcttattg acagaggctg taagggtttt
      241 ctatgcgtga agcctttcta tgtctgaaaa agtgtcacct ttgggggtct aaaatctctt
      301 attgacagag accgtaaaag ttttttgcat gcagagcttc tctatgtcag aaatggttgt
      361 acctttgggg ccgtcagatc gccccttgtc tgaggtggga gaggcttccc gaaagagacg
      421 ttttttcgcg cttcagacaa tgagagattt gttcgagtaa aattcaccat atttgcacac
      481 aattctagac catgtaatgt tatgtcgaaa gaaaaagtga gcagctacga gctcccaaaa
      541 acagtaaact ttatcgtagc caacacctcg agattctccg cagaggagta tgtaccctat
      601 caagtagagc ttttcaagca cgtcaaggca gccgaccaaa cgaagatcaa actgccggcc
      661 ggcatggctg aggagtggga tcgcctgaac gg
//
LOCUS       SEQF2638.1|AYYF01000110.1 252 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..252
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(69..206)
                     /locus_tag="SEQF2638.1_00020"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTERCALHGRYLHIGFMYVGNDLPTHAAIEKAMHKAVSQILQKT
                     T"
ORIGIN      
        1 cagcggggag atgcagctgc ggtagaagta gatgggcagg aggaggaggc cggtgaggag
       61 acggcggatc atgtcgtttt ttgtaggatc tggctgacgg ccttgtgcat cgccttttcg
      121 atggccgcat gcgtgggcag gtcattgccg acgtacatga agccgatgtg caggtatcgg
      181 ccatgaaggg cgcagcgttc ggtcaagggc gtcttgcggg tgcgatggac ctcgcggatg
      241 agtcgcttaa tg
//
LOCUS       SEQF2638.1|AYYF01000111.1 248 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..248
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             15..191
                     /locus_tag="SEQF2638.1_00021"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPFFIVTVRRAGSDVLRSSCTSTRAMSLRPRGVSATSSAMRPLP
                     AVLAPMYEAVNFFL"
ORIGIN      
        1 gaatcacgcg gcgcatgcca ttcttcatcg tcaccgtcag gcgcgccggt agcgacgtgc
       61 tacgttcgag ctgcacctcc acgcgagcga tgtcgctacg gccgcgcggt gtgagcgcca
      121 cgtcgtccgc catgcgaccg ttgccggctg tgcttgcgcc gatgtacgag gccgtgaact
      181 tcttcttata ggtacgcaag agtgtgagcg ggttggtcga ttccagctcg tcgcccgtcg
      241 gcgtggag
//
LOCUS       SEQF2638.1|AYYF01000112.1 309 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..309
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 catctatcca ctatattaca agtcttcgga atattccgat cgattaaaaa catgattcta
       61 atcctttcgg caatctccga aaagtataaa tttaagatcc tatctattcg ggaaactccg
      121 aatagctatt tcattgattt tatatcgatc ggaaaattcc ggaaaattgt atctctatgt
      181 ttaattacct cgggaagttc cgagaaactg tatctatgag caatacttct ccgggaagtt
      241 ccgagagctt atatccatga gtagtatgtc ttcgggaagc tccgaaagca ttcaaacgca
      301 gcccgtaag
//
LOCUS       SEQF2638.1|AYYF01000113.1 247 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..247
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ccgtcgtgga gcccttcgga cggcacctcc ggaaggccat cggtaacaac gccattgccg
       61 atcggtacgt gtttcaggaa ctctatgact ccaccaagac cgtcgcccaa cagattgcag
      121 agaagaacaa gttcaagcta cgtggcaagt accgtgcgtc atcggcatcg gacatcaacc
      181 tgggttcgac caacgtggcc cgcggatctg ttgtcgtcac cgccgggggc gttcgactga
      241 ccgagaa
//
LOCUS       SEQF2638.1|AYYF01000114.1 316 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..316
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 atccggtgca gaccggggcc gcgtttaacg ccgtggtgga cgtgctgaag atgaaaatgt
       61 atcgctggaa gccggagggc ggcaaaccag acgtgctcga catccccgcc gaggagttgg
      121 acaaggccac cgagctccac aaggcgctcg tcgaagccgc cgccgagcat gacgacacgc
      181 tgatggagaa gttcttcgaa gagggcaccc tctctgagga agacatgcgc ggagccatcc
      241 gagcaggcct cgtcagccgc ggtatgttcc ccattttctg cgtttgcgcg gggaaggaca
      301 tgtgcgtgcg ccgcac
//
LOCUS       SEQF2638.1|AYYF01000115.1 613 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..613
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cttcccaccc gcacgctccg cgaacgcatc gacacggacg cgggtcgcct cgatctccgc
       61 aagcaggact tcgccaaggc ccgacagagc ctggagcgct gcattgcgca ggcccccgac
      121 ttctcggcgg gtcaccgtct gctcgggctt tgcctcgtcc gcagcggaaa gaaggccgag
      181 ggctgtcggg ccttcgaacg cgccaaagag ctgggcgatc ccgtggtcga acgtctcatg
      241 aagcagcatt gccagtaact atcggcggca tcgatcggtg ggcagccgcc tgccgatcgc
      301 tcgcttgtag cttttcattt ttcgtgtcaa accatggata gtgtagcctt tcagtatctc
      361 cctcaggcgg agatcaaagc ctatcaagag cagtgcctcg tcgagacact ggcttacgtc
      421 aatgaacgat cgcccttcta ccgccgccga ttcgccgaag ccggcatcga cgtcagcagc
      481 atccggcgac tcgaagacct cgtgcgactt cccgtcacga ccaaggaaga cctccaacgc
      541 cacaacgagg atttcctctg tgtcccccgc accgagatcc tcgactacgt caccacctcc
      601 ggcaccctcg gcg
//
LOCUS       SEQF2638.1|AYYF01000116.1 319 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..319
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ctcatactca atgtctgaag aaaggacctg tgttaaattt gtaattctcc acggggagga
       61 aattttgtct ttgccaagaa agcaagttaa tccttccttt gtcttaaaga aggcataatt
      121 tggtttaatg gacgtaacct tacaggttat tgtactgcca atagggtaaa ccctttcgat
      181 atctgcccaa tagtcgtagc accattttgg ctcatatatt tgctgctgat tcattgtcgt
      241 tatcatttat tgatgtaaaa ttaatatctt gtaacgaatg tttatttcgc gtataaggtt
      301 agcatttgct gtgccacat
//
LOCUS       SEQF2638.1|AYYF01000117.1 271 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..271
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 atgcccacgc catcataacc gacgtcggag agatacgtgt tcttgatgta gcgactgcct
       61 aggctgacca tcgtgccttc attcaccgac cgcggagctt gaacgacgct gtccgtctgt
      121 gcacgcaggg agagaggaag gagtatgaag agagtgagca gaaagaggaa gctgcggatc
      181 atggcttatt cctcaaacag cgacatctgc ccatcctcat cctcctccga cggtacatcg
      241 gtagcggatg gttcgccgtc ggatgagggc g
//
LOCUS       SEQF2638.1|AYYF01000118.1 441 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..441
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 acgcggtagc ttggctttct tggcacagat cgagaatctc gctgacctgt cgaaactgaa
       61 aggcgagaag gcatactgta gctgtgaaga ggagcgtaac aacgtctacc tgcaagactt
      121 cgaatacaag gcacacggct caagcggtag cgtgtttatt gctgcggaca ataacatcaa
      181 gctgaactat ggcggtctgc aaaacattgg tacgcgtcat gatccgttcc ttagccaaga
      241 ctatgaggct tgccccgacg gcggtctgaa aaaggtaggc ccgggttata aggcaggcgg
      301 aggctgcggc gattcactcc attgcgatgc agattcaaat gagaacaagg cacgtacgtt
      361 cttgatgaag tttgataagg atgccaacgg aacggctatc accaagggtg gttttgcagc
      421 tgtggcttcg gactatatcg a
//
LOCUS       SEQF2638.1|AYYF01000119.1 282 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..282
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gggtgagggg gaaagggacg aggaaggggt caaaaaccgc ttgtgaggcg ggtttgagag
       61 gattttgggg gtgtttgaaa gggcttgctg acgggagtgc agggagcgag ggtgtacgca
      121 tggggctgaa taagggcctc aggcgcgctc ccttatgcac ttattcgact gataaacagg
      181 gaggaatgga ggctgagaga gacacccaga aaggccgaaa aaggccccca aacgcctgaa
      241 tgttcaaaac cgccacggac ccgttcaaaa agtcgcatgt tt
//
LOCUS       SEQF2638.1|AYYF01000120.1 342 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..342
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(1..240)
                     /locus_tag="SEQF2638.1_00022"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLETTIEPRLLAAFKRIRKGARNGLAVVPIERDACGGCFNKIPP
                     QRQMDIKLRKKIIVCEYCGRIMIGPDLAEEGTPDT"
ORIGIN      
        1 tcaggtgtcg ggagtcccct cttcggccag atcggggccg atcatgatac ggccgcaata
       61 ctcgcagacg atgattttct tcctcagctt gatgtccatc tgtcgctggg gcggaatttt
      121 gttgaagcag ccgccgcacg catcgcgttc gatgggcacc acggcgagcc cgttgcgggc
      181 gcccttgcga atacgtttga aggctgccag caggcgtggc tcgatggtcg tctcgagcac
      241 cttggctttg tcgcgcagac gctcctcctc ttgacgcgtc tcggaggtga tctcatccag
      301 ctcgctcttc ttctgcgcca gctcgccctt gcgcccttcg ag
//
LOCUS       SEQF2638.1|AYYF01000121.1 270 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..270
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gatatcgggg aaacgctcca agatcttttt catcacgtct aagctcgggt tgtttcgccc
       61 ggacgtgata tgcgacatag ccgcacgctg aatgcctatc gcctcagcaa actgtgatgc
      121 tgtaaaccct ttttgggcca tcacttgcat aattctctct ctctcactca taatacacaa
      181 ttgttgattt acacatctac cattcacctt gcagaatgga tatacaaaga tatatggcaa
      241 ttcggtttct ggaaagatac gatcgtatac
//
LOCUS       SEQF2638.1|AYYF01000122.1 264 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..264
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(33..242)
                     /locus_tag="SEQF2638.1_00023"
                     /EC_number="2.5.1.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q9WZY4"
                     /codon_start=1
                     /transl_table=11
                     /product="O-acetyl-L-homoserine sulfhydrylase"
                     /db_xref="COG:COG2873"
                     /translation="MDALRMVAIVTHVADARSSVLHPASHTHRQLTDEQLKAAGVAPD
                     LIRFSVGIEDIEDILADVEQALEHA"
ORIGIN      
        1 gtcatgattc ttttttatgt agttataagt ggttatgcgt gttcaagcgc ctgctccacg
       61 tcggccagga tgtcctcgat gtcttcgatg ccgacggaga agcggatcag atccggagcc
      121 acaccggccg ccttcagttg ctcgtcggtc agctggcgat gcgtgtggct ggcgggatgg
      181 agcaccgacg aacgcgcgtc ggctacgtgg gtaacgatgg ccaccatccg cagagcatcc
      241 atgaaccgga tggcctgctc tcgc
//
LOCUS       SEQF2638.1|AYYF01000123.1 237 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..237
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gatacatact gcaagcaaca gtgctgatag caagccctaa tcttgtcttc tttattcata
       61 cccctcatag ctttaggcgt aaacatactt acgcgtgtgt atgcctcctc attcgtaaaa
      121 tccggtgcag gcagctgata gagttcacat tcagagatgg ctctatccac tccactccct
      181 ctttcttcac aaaaattcat ccgacgcatg ataaaagcca acttctcgtt tctgctg
//
LOCUS       SEQF2638.1|AYYF01000124.1 274 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..274
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gaaaaagaat ccgagacaga tcggttaaga tcggctgctt gtaaaaatgt gcaattagcg
       61 gtgcaacaaa aaacagaatg acatacatcc caattgctgc aaacacattg aaccaaaaga
      121 ctgcgttata atcgcgatgt ttcaccgtct ttttattgat caatgctgta gtaaaaccac
      181 tatccataac tgtattcgcg atagcggtaa aaatggcaag catcgcaacg agtccataat
      241 catcagggga aaggattcga gcgatggcta tacc
//
LOCUS       SEQF2638.1|AYYF01000125.1 332 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..332
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 actccacctt tgtcttttga cgttccttgc ggatatactt cctcccgtct gctgtcgttg
       61 ttgttcggga tgctgtgtac atacatcggg ttcgacagcg tctggcactc ggccgtcgtc
      121 gacgtggccg tgaattgtgc cgcctgcatc ccgtagttca gccccgggat gccgaggttg
      181 acgaaaggcg gcaggatgcc gtcgttgatg cggtcgtgac agaggtagtt cagttgccgt
      241 tcggccagca tggccagctt cgtgacggcg atcttcagct tatccatctc gagcgagacg
      301 tagtcgccgt ggaagttgcc gccgtggtag at
//
LOCUS       SEQF2638.1|AYYF01000126.1 291 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..291
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ctgccgatgg agcacattgc gtgcgtgtcg gcacaacagg acgacctcac cgagttctac
       61 gacctcatcg ccaagctctc ccaaaacaag aaggagatct tgggcactgc catccgtgga
      121 cgattggaaa tcctgaagga ggagctgaag aaaagcgtca gcgaattgct gaagcagccg
      181 agctctaccg aaggacttga gaaagaactc tccggacatg aacgtcatgt tgaggagcta
      241 gagcgggagg ttaaacacct gatctcatcg gtgaggtacg ctgttgagga t
//
LOCUS       SEQF2638.1|AYYF01000127.1 351 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..351
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cctccatcct ctacggcgga agttgcaacg ctggtaacgc ccgcgaactc ttcgccaacc
       61 ccgacgtgga cggcggactc atcggcggcg catccctcga ggtcgagaag ttcctcccga
      121 tcatcgaagc attctaaagc atccccctat tccctccacc ccgatcctcc ctggcgccca
      181 ttcttttcca tatcacaccc tactctaggc gccccctcac gacaaggagg aaaaggtgga
      241 gggatcttca tgtctatctt acacacaaac gcaccacctc atgaaacgat tcttctgcct
      301 ctgccttctg ctttgctgca gcggcgcact gatggcgcaa aactccatct t
//
LOCUS       SEQF2638.1|AYYF01000128.1 272 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..272
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(69..266)
                     /locus_tag="SEQF2638.1_00024"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRCVDFGWADLGTWGSIFDIAPRDEANNAVLKTRAMLYESEDNI
                     VAIEDRNRLAVIQGLKDYIVG"
ORIGIN      
        1 ccaaggaaca catctacatt gtcaccaatc ggcgctacgt cgggatggtg cacgagcaac
       61 tgcccttcct agccgacgat gtaatccttg agtccctgaa tgacggccaa gcggttgcga
      121 tcttcgatgg cgacgatgtt gtcttccgac tcatagagca tggcacgggt cttcagcacg
      181 gcattgttag cctcatcgcg gggggcgatg tcgaagatag agccccaagt gccaaggtcg
      241 gcccagccga aatcgacgca acgcatgtag at
//
LOCUS       SEQF2638.1|AYYF01000129.1 278 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..278
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 acttctgcga gttcggcctc ggcatggagc tggccaacga gaagatgcgt gagcgcatag
       61 tgaagctctt caagcaagct atcgagaacg aatacactcc ggctgaagcc aaagagctga
      121 tgcaggcatg gatcgacaac atgttcgatg ccgataagac gaaggagttg gctccgcaac
      181 ttgaggtcat gatcgatcgc ggcatcaagg aggccgattg ctccgtatgc aaggagctga
      241 agggcttgac ccaatacctc atcaagcgca gccagtgg
//
LOCUS       SEQF2638.1|AYYF01000130.1 721 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..721
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     misc_RNA        complement(173..382)
                     /locus_tag="SEQF2638.1_00025"
                     /product="Cobalamin"
                     /inference="COORDINATES:profile:Infernal:001001"
ORIGIN      
        1 cggtaacctc atcgatgcga cgttctaagg ttgtatcgcg ctcctgagcc gtgaccacga
       61 caacggaggc ccatgcgcag agcatgagtg tcgtagtctt acgtatgtag atagatccga
      121 tagacatttg aatacatatc tgagccctcg tcttcacccg agaccatgag ggagattaaa
      181 atttgacgtc ggcaggtctt ccggctcgtt cctccttttc gtaggcagcc ttcccagttc
      241 atgcgagcca gtggcaagtg tgtagatggc caaggataca gaacatacgg ctgcgggtac
      301 agcgccggcc tttcaccggc ttccctttta ctaaccgaga agcggttgcc ccaccggtta
      361 gaccgaaatc gcggacaaaa atagaagcag cttctgaact ttcggcggga gtaatcgcgt
      421 gtggaagggc ctccatcccc acgcacagac tacttttgcc cgtataaatg gcaacaaacc
      481 gaaaagatgt tgagtaaagc gaagatcaaa caggtgcacg cgctggagtt gaagaaacac
      541 cgcgacgagc aacaggcttt cgtggccgag ggaaccaaaa ccgtaatcga tctcatgggc
      601 actttcgcct gcgaatggat agctgcacga ccggaatggt ttgatgcgca cgccgatcag
      661 ctatccgacg gcgaacgaat cgaggccgat cgcgacgaac tgcatcgtgc cagcctatta
      721 a
//
LOCUS       SEQF2638.1|AYYF01000131.1 300 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..300
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtgcagactt ctgacgggcg ttagggacgc cgccaagttt gccgggtact cggccatagc
       61 ctccgatcca ttcgcttttc actccccgcc tacctttgtc ccatccattc atcctcaaaa
      121 cgaagcatca tggcaacagt aaacttcacc acccaagagt tcacctcccg ttcggatcaa
      181 gcgtttgact tggccgataa gggcgagtct ttcgtatcaa ccgacgagat gtatttagag
      241 ccggacaaag agctgcgtcg ggctattcat gcagaagagc tgctggtcgg cgtggaaaaa
//
LOCUS       SEQF2638.1|AYYF01000132.1 705 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..705
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 aatatggaaa gtaagggcta tacggtggcc gtgtataacc gtacgacgga aaaagtggac
       61 catttcataa acgggcgagg gcgcggcaaa aaatttatcg ccacgcatac gatcgcggag
      121 ttttgcaggg ccatccgaag gccgagaaag gtgatgatgc tggtcaaggc ggggcctgct
      181 gtcgacgatt tgatcgagca gctactcccc cacctcgaag ctggcgacgt aattattgac
      241 gggggaaata cgcacttccc cgatacgatc cgaagaacga agtatgtgga aagcaagggc
      301 ttattttaca tcggaacagg cgtctcgggc ggtgaagagg gtgctcttaa cggcccatcg
      361 atgatgccgg gaggttccac ggccgcatgg ccgctcgtga agcccatctt tcaatccatc
      421 tgcgccaaag ccgacggcat gccttgctgc gattgggtcg gcgaggacgg cgcgggacac
      481 tttgtcaaga tggtgcacaa cggcatagaa tatggcgaca tgcaattgat ctgcgagacg
      541 taccaaatca tgaaagattt gctcggaatg tcgaacgcgg agatgcacga cgtgtttgcc
      601 aagtggaacg agggagattt ggacagttac ctgatcgaaa tcacccgaga tattttggcc
      661 tatcgcgacg acacgggcgc atatacgctc gattatatcc ccgac
//
LOCUS       SEQF2638.1|AYYF01000133.1 266 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..266
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggcttatcaa cgacgagtgc catacccggc acatcccagt atcccgtggc tatttgaatc
       61 gtgttgatgt ctttctcttt gatgcaccgc ctcaagtagg cagccatctt cagcttatcg
      121 gtattatcga taagggtgtt actcagtttt tccggctcat acagcagctc atccatctct
      181 ctattttcgt tgatcataag cgcaaaggaa gcagggatgc tcaaaatagg gtgttttatc
      241 gcagcaattt tcccccaccc ctcagt
//
LOCUS       SEQF2638.1|AYYF01000134.1 242 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..242
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtactcttat ttctttatgc aactgccaat cctctgccca aatgattttc gccgacaaat
       61 taaatagcta tgcttctaat tagcgcttca ttttttattc acagaatggc tatgcctatc
      121 tgaaaagcgc tcttatttct ttatgcaact gccaagcctc tgcccaaatg attttcaccg
      181 acaaatgaaa tgactatgct tctaattagt gctccatttt ttattcatgg aatggctatg
      241 cg
//
LOCUS       SEQF2638.1|AYYF01000135.1 227 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..227
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cagcagggcc gcgggcagga gcagcgccgg cagcaggccg acgattctac gaaggttcat
       61 cataggggtt tgtgtcaatg tttcgttcaa aaaataagcc cctttataac tacgaggccg
      121 gtgcattatt gtacgcaggt gaagaagccc tctccgtcgg ccccctcccg tctgccgcgg
      181 gctgacggca gcctcccgat gctaagaaac gaatagccgc tttttgg
//
LOCUS       SEQF2638.1|AYYF01000136.1 417 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..417
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tgatgacgac gttcatgtag tcgatgaagg cgtcgcactt ggcggtgccg ttgtcgagca
       61 cgacgaggga gttgaccacg cgggcgagcc agaggtaggc tgcgtcggag gcgcggcggg
      121 ccgtgcgaag ggctccggcg gtctggctga cgcggctgtt gttgcggtcg tcaaggagtt
      181 gcttgacttt ctcgttggcg gctttgagcg cctcgacgta gggcttcagg ccgagcttct
      241 gcacctcggt ggcgtacttc ttttcgcagt cgtcggtgag gttgacgatg aggaaggtct
      301 cgcgctcgag ctgcatgttg gagttgatgc ggtgggcggt gaggttgttc cagagcgtcg
      361 tggcggcttt ggccttctcc ggcgtggagg atcgggtgaa gcctttgacg gccgatc
//
LOCUS       SEQF2638.1|AYYF01000137.1 291 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..291
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtgcgttacg gcagcacctt caacggctcc acgatccacg agatcgacgt cgacggccat
       61 cgtgtgacgg tggtcaacaa ccacctcgag tccttcaagc tgacccaaga ggatcgctcg
      121 cgctacacgg attttatccg caacgccaac gcctcgaccc tcagccgcgt ggaggacatc
      181 ttccgcacca aggtggggca ggccttccgc atccgcgctg agcaggcacg tatcgtggcc
      241 gaggaggtgg gcgaaatgcc cagtggcagc ctgatcatct gtggcgactt c
//
LOCUS       SEQF2638.1|AYYF01000138.1 426 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..426
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(23..409)
                     /locus_tag="SEQF2638.1_00026"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRIPRSAYEERLERSQDRIKHVIEYITDDRHCRSRLLLRYFGEL
                     HTADCRRCDVCNHHTRSGLVQWELNAVRDTLATLLRDRAPQSIHAIVSRLPFDPEKNR
                     QAVHYLLANDARFHLIDRLVSFHEEG"
ORIGIN      
        1 cctctacgac ctggctcacg gttcagccct cctcatggaa gctgacgagg cggtcgatga
       61 ggtgaaaacg ggcgtcgttg gcgaggagat agtgcacggc ttgccggttc ttttcgggat
      121 cgaaggggag gcgactgacg atggcgtgga tggattgcgg ggcgcggtcg cggagcagtg
      181 tggcgagtgt gtcgcggacg gcattcagtt cccattgcac gaggcctgag cgggtatgat
      241 ggttgcagac gtcgcagcgg cgacagtccg cggtgtggag ctcgccgaag taacgcagca
      301 ggaggcgcga tcggcagtgt cgatcgtcgg tgatgtactc gatgacatgt ttgatgcggt
      361 cttggctgcg ttcgagacgc tcctcgtagg ccgagcgtgg gatgcgcacg tgtcgcggct
      421 cttcgc
//
LOCUS       SEQF2638.1|AYYF01000139.1 503 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..503
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 atcccgtact ataccacgca acactccgag aagacggggc gcacggagcg tgtggtggag
       61 atggtgaaca tcctgcccga ttcgctcgat atcatcggcg acgtgcgtac ggaggagctg
      121 cgacgcggca tctatgagtc cgtcgtctat cgatccacga tggagctacg cggcaccttc
      181 gttcttccac ccgaagtgac gctgcgcccc ggcgatccag actttccgct ggaggatgcc
      241 atgctgaacc ttggcctttc cgacctgcgc ggcatcagcg agcctgtggc tgtggagtgg
      301 ggctcgacac agaagacgct cgaccccggc atacgccaca acgaactgct caactcgggc
      361 gtgtcgtgtc tcgtgaacgc gcagccgttg gccgagggtc gcacggtgtc gttccgcatc
      421 cgactcgcgc tgaaaggctc cggctcgctc tacttcgcgc cggtgggcaa gacgacgacg
      481 atcgccctgc ggtcgaactg tcg
//
LOCUS       SEQF2638.1|AYYF01000140.1 285 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..285
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gctacatgct gcttcgtcgc tcggacggcc gcatctatcg ctacgctttc aaggaagtgc
       61 gcttcctctg acctcgcccc cacgacatac gctccgacac gtctaagatg aactatatca
      121 cctcagaaaa tatcctcttg atcggctccg tgctgctgtt tgtgagcatc ctggccggca
      181 agacgggcta tcgctttggc gtgcctgtcc tcctactctt ccttttcgtg ggcatgctct
      241 tcggcagcga cggattgggg atacagttct ccaacatgga gagcg
//
LOCUS       SEQF2638.1|AYYF01000141.1 264 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..264
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cctgatcacc gtcgaggaag aagtcgaact tgcacaagcc atcaagaaag gcgaccgcaa
       61 agcgctggag aagctcacca aagccaacct gcgcttcgtc gtttccgtgg ctaagcagta
      121 ccagaaccaa ggcctgagcc tgcccgacct catcaacgag ggcaacctgg gactgatcaa
      181 agccgccgag aaattcgacg agacacgcgg attcaagttc atctcttacg ccgtgtggtg
      241 gatccgccaa tccatcttgc aggc
//
LOCUS       SEQF2638.1|AYYF01000142.1 276 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..276
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtcgtaactt ggccgtttgt gggccggata cgaagcactt cgacccggaa atgatcgtca
       61 ccggctctgg aaacattcag ggtatcgaag gcggcgcact gccttcggtg gcgaacttcg
      121 gattcaacgt gaacttgaaa ttttaacgac ctaagaattt gcagtgatga aagcaacata
      181 taaatacctc gttctgcccg tcgtggctgg tgtctttgcc ctttcgtgcg agaagctgga
      241 aacgacgaac gtcgacccta acaaccccgt agaggt
//
LOCUS       SEQF2638.1|AYYF01000143.1 290 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..290
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     tRNA            61..146
                     /locus_tag="SEQF2638.1_00027"
                     /product="tRNA-Leu"
                     /inference="COORDINATES:profile:Aragorn:001002"
                     /note="tRNA-Leu(taa)"
ORIGIN      
        1 tgccaaggtt ggggtcgcgg attcgagttc cgtcttccgc tctcaagacc cagatctgcg
       61 gctcgaatgg tggaatggta gacacgaggg acttaaaatc ccttggccga caacggctgt
      121 gcgggttcaa gtcccgcttc gagtacacgt ctccccgatt tgcaatcggg gcacattcta
      181 tggtctacgg attttttcat atggttcagg agaagcaatt tctcccctca aatttcccat
      241 cgagctgcgg cctggtggga tttttttttg cggttacggc atctgtgacc
//
LOCUS       SEQF2638.1|AYYF01000144.1 365 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..365
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             62..187
                     /locus_tag="SEQF2638.1_00028"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKGIPSSTIESRNDTRTRIGFGSCRIVSQMAHAKTAATMMT"
ORIGIN      
        1 cgccccccgc acggtcgact cacccccgct caacagcaca ctgagcaagt aaccttcgcc
       61 aatgaagggg atacccagca gtacgattga gagcaggaac gatacacgca cccgcatcgg
      121 gttcggatcc tgtcgcatcg tctcccagat ggcccacgcc aagacggcag ccacgatgat
      181 gacataggca tagacgcccg tattgtacgg catgcccagc acgttgacga acagcagttc
      241 gaagagtccg cagacttcca ccagaccctg caccacgccg tacatcatca cggccacgag
      301 ggcaaaggag atgagcagtg cggtcagtgt gcccttcagc gtggggttgg ggtacttcct
      361 ataat
//
LOCUS       SEQF2638.1|AYYF01000145.1 368 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..368
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             5..235
                     /locus_tag="SEQF2638.1_00029"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLIVSEGGNMVIDITGGKKSMTAAAAIFAKDFDFNIVYVDMSSP
                     GSYIPAIHQTRPGSERLNLVYSPLRDLPELFH"
ORIGIN      
        1 ggaaatgctc atcgtgagcg agggcggcaa tatggtgatc gacattacag gtggaaaaaa
       61 gtctatgaca gctgctgctg caatttttgc taaagatttc gatttcaaca tagtgtatgt
      121 cgatatgagt tctccaggat cttatattcc ggcaatccat caaacacgtc ctggtagcga
      181 acgcctcaat ctcgtttatt cacctttgcg agatttaccg gaactctttc attgaaaaaa
      241 tattttcaaa gtttgtttag agagttgtga tagttaccgg cagataaatt tgtctacaga
      301 taaaactttc tttcaaaagt ttcatctgta tgctatggcg acacgctaat ttcagcacca
      361 tatagtcg
//
LOCUS       SEQF2638.1|AYYF01000146.1 242 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..242
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 atttgaagcg ttttcatccc gaggttatca ctcttaatgc aggtggcaat ggctttcgct
       61 tgggtggacg cgttattatg aacgatgaag atgtggtaaa agttgctgca gctgcaccta
      121 atgcaaagct atttgtgacg catcttgaag gcgtgaacca taatagcgtg acgcgggaaa
      181 tggtgagaaa gagtgcggaa gtggcaggaa ttttagaccg cgtctttatt cctgaagacg
      241 gt
//
LOCUS       SEQF2638.1|AYYF01000147.1 333 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..333
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
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 agagatggct ctgcgccaag
      301 tgccgttttc aattcaatta tgcgccttta gcg
//
LOCUS       SEQF2638.1|AYYF01000148.1 356 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..356
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gcttggggca gagtatctcc gcagatacca cccttatcgg gatagccgta tccctgtgga
       61 gcagttcacg ggcgagggag gtttcttctt tggtgtgctt tctgacggaa gcaagacctt
      121 cttcctctcc gccggtgttt ccgccgtggc gggatatgag acggtcaatg gtggaaagaa
      181 gctgctcttt gacggttcga cgctacgcaa taaggacggc tttctctatg gtggtgccgt
      241 taccttgcag gcggagacct atctgacgga tagattggtg ttgctgttct atggcaggga
      301 acgttgtctg tggggtggct ctacggagcg tttccatgcc cagtatggtg tcggac
//
LOCUS       SEQF2638.1|AYYF01000149.1 348 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..348
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ttcatatttc agttattttc cattacagct gatgtcattg tatatcagcg ctgtaaaaat
       61 ctatctgtta cagaaggttt tcgcggtttt tataaacaaa actttcgtta cgaaatcgag
      121 caatcacccc agctgcgtat ttggaaattc gggaaaaagt agagcaacgc gagttgcatt
      181 ttttacacca taatgcatga ttaacttcga gaagggatta aggctaattt cactagtatg
      241 tttcaaaaac ctcaatctgt ccattgaatg ccttataaaa cagctataga ttgcatagaa
      301 gagttagcta ctcaatgctt tttgtcaaag tttactgatg atgatgtg
//
LOCUS       SEQF2638.1|AYYF01000150.1 240 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..240
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 aggcatcgga accgtattgg tacttcccca aaaagctgca tctggaaaag ttcgattcgc
       61 tctttcgcgt tgaagccagc gtggatgccg acaccgccta tttctatcag cggcgcaagc
      121 tctggaagct aattggcaac gtgcgtgtcc gcagcttaca gggcgaacag ttcgaaacga
      181 gcgtcctcta ttgggatcag aacacggaga agatctactc ctgtctctta tacacaatct
//
LOCUS       SEQF2638.1|AYYF01000151.1 270 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..270
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             40..252
                     /locus_tag="SEQF2638.1_00030"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSGRILHNEITMLAFGFLYAHFPDPCIVADNFHMIKSMRHHHLP
                     IVFVLHKKSYIFRHHFIGRLINMVIV"
ORIGIN      
        1 gatgtgtata agagacagag tgaatacata acccgttgta tgtccggcag gatacttcat
       61 aatgaaatta ccatgctggc tttcggcttt ttgtatgctc acttccccga cccttgtatt
      121 gtcgccgaca acttccacat gattaaatcc atgcgacatc accacctgcc gatcgttttt
      181 gtcttgcaca aaaaatcgta tatctttagg catcatttca taggccgcct catcaatatg
      241 gtcatcgtgt agatgggtaa gcaacaccgc
//
LOCUS       SEQF2638.1|AYYF01000152.1 332 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..332
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtcatgccga gcggcagccg gaggtagtgg tttgtctgca cgtaatagcc cggctcgttg
       61 taatcgacgg cctcgcccag ataaacgccc tgaagttggg gcttgacgac gcccgcggag
      121 agcgatggcg accagggtcc gaaggcgtgg cggaggtcga tgctggcttg ccaaaattcg
      181 gccttgggga agttctgcca ggtgctgatg atggcgtccg ggagggccgg gtcgtccaca
      241 aagaggctgg agatatagtt gttggtgcgg gtgtatccgg cccgaaggtt cagccactgc
      301 catccgaagg cccactcgag gttgtacgag gt
//
LOCUS       SEQF2638.1|AYYF01000153.1 245 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..245
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ccttcgagga gtacatgaag caggccaagg gcaagccggg tgaccccggc gaagccggta
       61 aatcggccta ccagctgtgg ctggaggagg gacactccgg cagcaaggcc gagttcctcg
      121 cttcactcaa gggggagaag ggtgacccga tgcaggtcgt ggcacggacg gtggcactcg
      181 atgcctccgg ctggtcaccc gataagcgtc gcacagtgac tgtggaaggt gtcacagcct
      241 cgaac
//
LOCUS       SEQF2638.1|AYYF01000154.1 279 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..279
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             65..271
                     /locus_tag="SEQF2638.1_00031"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKDLFPYIGATVAAIATAWFVSSGISNYYVSLFVKITITAAVYI
                     ILLWMMRSVLLKETILFLKIKIGS"
ORIGIN      
        1 gttgagtact ctcggttggc aatattttgc tcatcaactt atccgaatac gcctccgaga
       61 tgtgatgaag gatctgttcc cttatattgg ggctacggtt gcggctattg caacggcttg
      121 gtttgtctcg agtggaataa gtaattacta tgttagtctt tttgtgaaaa tcaccattac
      181 agcagctgta tacataattc tactatggat gatgagatca gttttattaa aagagacaat
      241 ccttttcctc aaaataaaga ttggatcgtg aagaagaat
//
LOCUS       SEQF2638.1|AYYF01000155.1 289 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..289
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ccgccgatta gaagtcccag taagaacttg gagtctacat tattcttcat attgacctac
       61 aattaaaaat ccgttagtgt tttcggcaaa cgtacgcatt cgggagaata agattctgcc
      121 aaatagaggg cttttaatga tctttaccat tccctcgtag ccactactac agcccattcg
      181 ttacgggatg aatagaggct tgatgtcatc cgttgcgatc ggcattcctg cgctatggta
      241 ggcacatccg actcatagaa tccactcaaa tagagacgtc cgcccgagc
//
LOCUS       SEQF2638.1|AYYF01000156.1 266 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..266
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 acggcaacat cctttacctc tacctcatcg tcggcgctaa catcttgctg ctcgtgatcg
       61 tcctcttcaa cctctggctt aacgccggac tgatcttcgc cttcaaccga cgctattacc
      121 aactgctgag gctgaacggc gcctcgtcgc gtcgggtgct cgttgacgag atgatgatcg
      181 ccggcgttgt cggagggctg gcggtggccg tcggatgggg gttggcgcag gtcgtggcgg
      241 cgcgatgggc cggagcggtg cctatc
//
LOCUS       SEQF2638.1|AYYF01000157.1 385 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..385
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cgacagccgt gcggaaggcg ccggcagcca gtcgggtggg ggagagcttc ttgagcagca
       61 gcttcgtgtc gccctcgtcc agggccaggc agtggagctt gaaggcctcg tgcgcgaata
      121 ccccacgccg gacagctaca tctcctacaa cggccaccgc tgcctcattg tctcgaccga
      181 aatgctttcg ggcaacaaca tcgtggccta cggcaaagag gtcggggcca tactggacga
      241 cttcacgaca aactacctgc cgaccgacat caccgtcagc cgcattgccg accaggccaa
      301 ggtggtgggc gagtcggtaa acgatttctt gatcaatctg gccgaagcca ttgtggtcct
      361 tatcgtggtg atgatgcgtc tcttc
//
LOCUS       SEQF2638.1|AYYF01000158.1 439 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..439
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             27..308
                     /locus_tag="SEQF2638.1_00032"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIEQRPSLATRLVKAYHAAGNRLSDPNVALRALKQISRQPDDVL
                     RASLRWIDFSQLTITETAYRDLTERMRRYGLSEAPPEYADFVNPLVDQQ"
ORIGIN      
        1 gctgcgcact ggtgctcaac aaccggatga tcgagcaacg cccgtcgctg gctacacgct
       61 tagtgaaggc ttaccacgct gcgggcaatc ggctaagcga ccctaatgtg gccttacgcg
      121 ccttgaagca aatcagccgt caaccggacg acgtgctgcg agcatcgctc cgttggatcg
      181 atttttctca actgaccatc acggagactg cttaccgtga cctcaccgag cgtatgcgtc
      241 ggtatggatt gtcggaggca ccgccggagt atgcggactt tgtgaacccc ttagtagatc
      301 agcaataagg atgaatggca aggcttttct caaggcactt tactatacgg tggcatcgtt
      361 cacggtggtg atcgccctgt ggcaggttgc catcatggtt tggcgacctg gcgactttct
      421 gttgccctct ccactggcg
//
LOCUS       SEQF2638.1|AYYF01000159.1 252 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..252
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cctacccgct gcccgaggcg caggtggacc gattcatgct caaggtcatc atcaactacc
       61 cgaagaagga ggaagagaaa caggtgatcc ggcagaacat caccggccac gcgcctgaga
      121 tccgccccgt gatggacacg aagcagatca tggccgcccg cgacatcgtg cgcgaggtct
      181 acatcgacga gaagatcgag cgctacatcg tggacatcgt cttcgccacc cgcttcccgc
      241 aggagtacgg ct
//
LOCUS       SEQF2638.1|AYYF01000160.1 342 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..342
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(49..300)
                     /gene="rsmI_1"
                     /locus_tag="SEQF2638.1_00033"
                     /EC_number="2.1.1.198"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01877"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosomal RNA small subunit methyltransferase I"
                     /translation="MILYESPHRLRKTLDQLSEVLGPERRLSVSREISKRFEETVRGR
                     VDEIIPHFTVNDPRGEFVIVVAGADETSEDRHPSTVSST"
ORIGIN      
        1 gtgctcagga ggaataatac gatccttttc attgttacaa tatggttttt aagtagatga
       61 aactgtggat ggatgccggt cttcagacgt ctcgtccgcg ccggccacca ctataacaaa
      121 ctctccccgc ggatcgttca cggtgaagtg cggaattatt tcgtccaccc gtccgcggac
      181 ggtctcctcg aaccgtttcg agatctcgcg cgagacggac aggcgacgct ccgggccgag
      241 cacttcggag agctgatcga gtgtcttgcg gagtcggtga ggcgactcgt agaggatcac
      301 cgtgcgacgc tcctcgcgca gtgcctccag gcctgtccgc ct
//
LOCUS       SEQF2638.1|AYYF01000161.1 242 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..242
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 catctgaaac gggtaaggga ttgatgagtt ttgtagagtc gtaccgccgc ctaacccgca
       61 tcccagcccc gcagccgacg ctcttctatg tgcgccgatt tttagatcgc acattgcgat
      121 tggccctccc cgacgttgtc ggcaccgcgg atggcagccc acatatcaca gtcgacattg
      181 acattcgccc tgacgacctc atcctttatg cagatgaaaa tctgattagc caggttatgc
      241 tc
//
LOCUS       SEQF2638.1|AYYF01000162.1 273 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..273
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 aacgagaagg gacgactcat ctatgagagc accgtatcga acgcctatcc gcagatcatt
       61 ggcgaccgca tgtatatgtt caccaacgat cacgcgccca acttccgcct aatgacggcc
      121 gacgtggccc gacccgaata caatgactgg cgggtgctta tccccgaagg cgagaccgtg
      181 atgcagaact gcgtagtgac gaaacacaac atcatcgtcc aagacaagaa ggacatccag
      241 agccgcctca cgctctacga cctggagggc cat
//
LOCUS       SEQF2638.1|AYYF01000163.1 286 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..286
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             3..152
                     /locus_tag="SEQF2638.1_00034"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKFAKLHPLPDENDESMRNAYLFVNQTKRTEAPQPDGTAPETVT
                     KEDKK"
     CDS             complement(169..285)
                     /locus_tag="SEQF2638.1_00035"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPFTSNASDNDISMLAWLRCSFHTYAAISGTMRSNKNK"
ORIGIN      
        1 atgtgaagtt cgccaagcta caccccctgc ccgacgagaa cgacgagagc atgcgcaacg
       61 cctacctctt cgtcaaccaa acgaaacgca ccgaggcgcc gcagcccgat gggacagccc
      121 cggaaaccgt aactaaggag gataagaaat gacgtttgcc aatcccgcct atttgttttt
      181 gttgctcctc attgtgccgc tgattgctgc gtatgtgtgg aaactgcacc gcagccaggc
      241 gagcatggag atgtcgttgt ccgaggcgtt cgacgtgaag ggcata
//
LOCUS       SEQF2638.1|AYYF01000164.1 405 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..405
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggaccttgaa tatagaagga cttgagcatc ccattctatt catcgacact tccgggatgg
       61 gaaaagaggc gcgtgaaagt cgtcaaggaa tgagcttgta taatgacgga gaaatccaag
      121 ttatagaaga aaaactactt ccgatgttgg aagcggccct tgatgcaggt aaatcggtgg
      181 ggattctctc cccgtatggc gctcaagtac agagaatgaa aaatcgtttt tccaagttaa
      241 gtcatcatat tttcactatc gattcaattc aaggagaaga atacgatatt gtggtattct
      301 cgtttgttcg aaacaccaga ttcggttccc ttaattttgt ggatgatctc cgccgcctaa
      361 acgtatcctt cagtagagcg aagtgtaact taatcatggt aggac
//
LOCUS       SEQF2638.1|AYYF01000165.1 279 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..279
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(3..236)
                     /locus_tag="SEQF2638.1_00036"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAAKKGASYLEEVVAGFVVRAGVSGIFRMNHRFALTMMGYAPNH
                     CAAGYERILRTVCLMMKSKKLSTAPINDSTKKP"
ORIGIN      
        1 tcttagggct tcttcgttga atcgtttatc ggcgcggtgg atagcttctt cgatttcatc
       61 atcagacaga cagtccgcaa aatccgctcg tatccggcgg cgcagtgatt cggggcatat
      121 cccatcatcg tcagtgcgaa ccggtgattc attcggaaaa tcccagaaac acccgcgcgg
      181 actacgaacc cagccacgac ttcctccaag tagctggccc ccttcttcgc tgccattttc
      241 ttgttgttca cattcagccc cgcggcctcg aggctcgct
//
LOCUS       SEQF2638.1|AYYF01000166.1 410 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..410
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtatagaaca atcgaaaccg gcttccgcct ttattccatt atttacttta ttcactttca
       61 cataactcat tccgctcatt aaatgacgaa acgaaatcat tagagatata ttcctaatat
      121 tttaggaaat aaatcaaaaa aacaacctct tatcgcgtaa aataagtatt tgctcatttt
      181 gtaatcggga tctacacaat tcgtcacaat gtccatagaa ctagaaacga cctataattc
      241 cgctattaca tgaaaaagcg agttgtagcg cccttctatc tctgaaaata tagatgtatt
      301 taaacttcta tcgtgatatc caccagcaaa caaaggaatt tcatctgttt tttttgcgta
      361 tttgttttta attagaaagt catacatctc tctttggttc tccgtatacc
//
LOCUS       SEQF2638.1|AYYF01000167.1 250 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..250
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gatatatgaa gaccatttgc ttttacttcc agatacacca gccttttcgc ctgaggcgct
       61 accgtttctt cgacatcggc aacaaccatt attactacga cgatttccag aacgaagaga
      121 tctttcaccg catctccgaa aagtgctacc tgccggctaa ccgtgccatc atggaaatga
      181 tccgcaagag cggcgggaaa ttcaaggtcg ccttctccat ctccggtact gccctcgagc
      241 agatggagat
//
LOCUS       SEQF2638.1|AYYF01000168.1 237 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..237
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 atacggcaca gttaattttt gacgtgatta aaacctatcc actaaacctt ttgacgcaaa
       61 agccttttta cgatcttttg aatggaaata tttgcaaagt atctaattaa agataccgca
      121 acaataaaag atgcgttggt cgcattgaat aaactatcta ttgattccct gaccttattt
      181 gttatcaatg ataatagagt tatgaccgga acattaactg atggggatat tcgcagg
//
LOCUS       SEQF2638.1|AYYF01000169.1 260 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..260
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 atccgaagga tccgaaacag cccgacgccc ccaaacaacc ggacgagaag ccaaagcccg
       61 gtggcgacga cagtggcaac cccgacatca cgcttccgga ggaatgatct ggccgaagag
      121 aattagcata gaataaatca tcgtgccccc cctcatcggg gggcacaaat actcatctta
      181 ttaaatacat atcgatatga aaaagaaacg acttcgatta gtaacaacca tcgccctact
      241 ggcagccctt gcaggcggca
//
LOCUS       SEQF2638.1|AYYF01000170.1 694 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..694
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gggtcaaatg gatatagacc tccaggattg cttttgatat ctgagcaatt gaatctgtcg
       61 gatagtccat tgactacatc aatcgggaac ggctttccag agaaaccatc tataaagcag
      121 caggcaaccc cgtctttagc aagctctatt ctttccactt tatgcctccc cataggagta
      181 agtgccagtc tgttaaggat cttgtcaaaa tgaacaagtt gcggacccgg agtatccgat
      241 ttaaaccgtt caagtatagt ttgatggggg tcatttacca ttagtatgcc acaagcggtc
      301 gcatacgaca ttcctaaatc tattagctga agaagtgctc tatcacgaaa atcagctgga
      361 ttggatgttg ggtagctgta ttttactttt acggcaaatg tcggatagct tatgtcaaac
      421 caaatcaaag gcgcaagccc ttggttttcg gcgtattcaa ggaaggcttt attattcatt
      481 ttggagtggc ttaatgatga aaaagcgatt atttctcaca tttatcttga ctttggtgcc
      541 tttgggatag cacaaagccg atggaacatc aagagtgata agtgaattgt cattcaattc
      601 cacgattaaa ggagattgcc ctcccgaata aaccacggcg ctgaattcaa attcattaag
      661 agttttctgc cgactcagcc aaaggcccat tgcc
//
LOCUS       SEQF2638.1|AYYF01000171.1 252 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..252
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gagtacgaca tggcgctctc tcgagcccac ttagcgtccg aatgggagac ctatgaagcg
       61 gatcgagaca tcatgcccaa tctgcgctgg gtggagagta cagccatcac cccggatgtg
      121 gtacatagta gcttttgggg catggtgcga cccgtggacg atgccttttg ggcggcacat
      181 catcccggcg accactgggg ctgccagtgc tccctcgagc aaacggacga ccccgtgacg
      241 cccctctctg ac
//
LOCUS       SEQF2638.1|AYYF01000172.1 249 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..249
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tccccggatc gcccaacgtg gtggagatca tcttcgccag cgagacgaag gcttacgccg
       61 tgaccaccgg tagccgcgga cagctcatcg tcatcaaccc ctccaccatg acggtcgtca
      121 aggagatcga cctctccgcg tacgccgagg gcgacaacga cccggacggt ggcaatggca
      181 ttgtgcgcga cggcaaactg ttcctccccc tcaaccaagc caaatccatg caggagatcc
      241 tgcccacag
//
LOCUS       SEQF2638.1|AYYF01000173.1 309 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..309
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gacagaagcc ccattgacta ctggagcatc ccctgagcct gcggtaaact taagagttga
       61 tctacctgtg gcattcttta cgttgtattt gtagacgatg ccggtgaagg tttcgccact
      121 gctgcgttct gttgctatgt ttaggatcat gttagttgtc ttgtcttaaa atgaagcaga
      181 agggcaggcg catatgcccg tgcccgcccc tctgcggtga aatgaaaaca ataagaacac
      241 tttgcccttg gggttacctc gggcgcgaga cagttaccaa tttctcgatc atcagatagc
      301 cctctgaag
//
LOCUS       SEQF2638.1|AYYF01000174.1 297 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..297
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ttgagtaatt ttcaccgttg gctggtcatc ggcaaaaata actcaaagaa acgcctccat
       61 tgatccttag ttggcgccgt tgtctcacga taattcaccc aacgaccctc gaccgcccct
      121 cccgagcccc tcttttcagc cccgaaagga aatacctggc gcctttgtcc gttaagggtg
      181 aggcccaccg ctgccccggg ggcctttgcc ctatttttgc caccgatatt ttagacaaag
      241 acaagatgaa gattctacgg ttgatcgggc ttttatgcct ctttcccgca tgccttg
//
LOCUS       SEQF2638.1|AYYF01000175.1 305 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..305
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cgggacccca tgggacgtaa taagcatgcg ctatctccct aaataaatta taatgcctct
       61 gtgtgttaca gatcaggaaa tcgtacgcag cgaaaaaagg gacggttttt tccgtgtaat
      121 aatcgacata agtaccagta ataatcccca tctctttgca ccagacaact ggttcccacc
      181 aattttgctc attgaataaa acaacctcga tttgtttatt cttcaaccag ccgataaaat
      241 ctggacgatc aatactcgtt gctccgtagt aatatttctt tgattttttt ccccacgtca
      301 cattc
//
LOCUS       SEQF2638.1|AYYF01000176.1 236 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..236
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gcgatctgtt gcagggtcgg ctcgtcgatg tcgacgggca ccatctgcat ttggatcgtg
       61 ccgccgggca gtcggaaggg gtagggcgcc tcgccctgag tgcccacgcc gatcgtatag
      121 acgcggatgc cgaacgtgcg agcgatctcg gccgccgtca ccggggcaat ctcgccgcgg
      181 ttgttcgagc cgtcggtcag taggatgatc accttcgact tggcctggct gtcctt
//
LOCUS       SEQF2638.1|AYYF01000177.1 590 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..590
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             80..349
                     /locus_tag="SEQF2638.1_00037"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDYLSAMQLGIIASDQLVLNSVSNVEMAVEALQGYERIECFLDN
                     DEAGRRTFQRLHDCFGERVIDRSSLYADHKDLNEFLLSKNAGNNV"
ORIGIN      
        1 catcaagggc tgcataccac cgaaggatat ttctctgaag cataacggct cggacgtatg
       61 tgccgtattc gagggcttta tggattacct ctcggctatg cagttaggca tcattgcttc
      121 ggaccagctt gtgcttaatt ccgtatccaa tgtggagatg gctgtggaag cattgcaggg
      181 atatgaaagg atagaatgct tcctcgacaa tgacgaggcg ggacgaagga ctttccagag
      241 attgcacgac tgctttggag agagggtcat cgaccgttcc tccttgtatg ccgaccataa
      301 ggatttgaat gagtttctgc tttccaagaa tgcaggtaac aatgtataat aacaaaacga
      361 taacaaaaaa atgaagaaga aaatattgaa tacgatttgg gtaatggggg tactctccat
      421 tgccgtgttt tgtttatctg cttgtgatca cgagttggat attcagcagg cgtacccgtt
      481 cacgatagag acaatgccgg tgcagaaaca tatcgccaag gggcagacgg cagagatacg
      541 ctgcacgctc aaacggcagg gacgatttga agacgcacgc tataccatcc
//
LOCUS       SEQF2638.1|AYYF01000178.1 338 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..338
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 agggaaatgt gtcccacgaa catcatcagc aggcagacca gcccgaggag caccgctgtg
       61 gagaggttgt aaagcagtat caaggagcag acgatgccca cgccaccgat gatccaatag
      121 aaggccgtct tttccgtgaa gcgaacgccg attttactga gcaggaaggc cacgtagacg
      181 acgctggcca gcttggccac ctccgagggc tgaaactgga tgccaaagag gcggatccag
      241 cgcgaggcat cgttcacgct gatgccgaca aaaggcacgg ccgccagcag aatgatggcc
      301 aagaccatca ggaccgaacc gccgatgggg aagtaacg
//
LOCUS       SEQF2638.1|AYYF01000179.1 302 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..302
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtcttacctt ccgagtgatg cctacgggtg cgaatgccgg taagattcct gtggtggaga
       61 caggcagaaa gtctatcccc gacaaacaag gtgtacgcgt ggtcagcaat ggcgatggca
      121 cctatacggt aacgatttat agggttcgtg aagcgatcga tctcagaatc tcgtttgcgg
      181 ctccgaatag caatgtggag gctgacggtt cgtcgatcta caccgagcgt gagaccctct
      241 atgtgacgag tcccacggct aacacggcca aagtgtacaa tgtgagtggt gtgctcgtac
      301 gc
//
LOCUS       SEQF2638.1|AYYF01000180.1 245 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..245
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gatctggaag ccgcgcacac agccgggggg cttcgagggc gtcggcgcac cgggcctgaa
       61 gtggctcaag cgcgtgaagg aggagacggg catgtacgta gccaccgaag tggccacacg
      121 cgaccacgtc tttgaggcgc tcaaggccgg cgtggacgtg ctttggatcg gcgcccgcac
      181 ggccgtcaac cccttcgcca tgcaggacgt ggccgacgcg ctctcgggcg tggacatccc
      241 cgtac
//
LOCUS       SEQF2638.1|AYYF01000181.1 234 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..234
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 agacaggtga ggaaaccctg cccgctgatc gtcccgtcct ctcctaatgc caggctgaag
       61 caacctttgc acgccatccg cccgggaggc gtcactgtgc tgtctgccgc gtgaacaaag
      121 ccgaccaagt gccactgctt ggataattcg gtcgggggag gtggcgctgg tgtcagcggt
      181 tccttaccgc atcccgtcac aaacaggagc agggcggtga tccatatcat gtat
//
LOCUS       SEQF2638.1|AYYF01000182.1 334 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..334
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(70..330)
                     /locus_tag="SEQF2638.1_00038"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSFMNSSRVWTCWKTPVKSDVVVSEFCFSTPRICMHMCWASTTT
                     ITPSGLRVFCMHSLICSVRRSWIWRRWEKMSTTRGILLRPVM"
ORIGIN      
        1 cttctccctc tgcgagcacc acatcctgcc cttcttcggt aaggtgcacg tggcctacat
       61 cccccgccgt tacatcacgg gcctgagcaa gatcccccgc gtggtcgaca tcttctccca
      121 ccgcctccag atccaggagc gcctcacgct acagatcaag gagtgcatac agaagaccct
      181 caacccgctc ggcgtgatgg tcgtcgtcga ggcccaacac atgtgcatgc aaatgcgtgg
      241 cgtggagaag cagaactcgc tcaccaccac gtcggacttc accggcgtct tccagcaagt
      301 ccagacccgc gaggagttca tgaaactcat caag
//
LOCUS       SEQF2638.1|AYYF01000183.1 300 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..300
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 actcgtcggc cgtcacctca tactcggggt gcggtgcgtt cttgagcaca ttgtcctcct
       61 tgtcggccgt gcccttctct acctcgtcga tctcctggcg gatgcactgc atcacttcca
      121 cgaagcgatc cagctcgtgc ttgctctcgc tctcggtcgg ctcgatcatg agcgtaccgt
      181 gcacggggaa ggagagggtg ggggcgtgat agccgaagtc catcagtcgc ttggcgatgt
      241 cgctctcgtc gatgccagat tgctccttga tggtgcggca ttcgaggatc agctcatgac
//
LOCUS       SEQF2638.1|AYYF01000184.1 250 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..250
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gcctctacca gatacagtga agttggctgg tggagactct ttgataacga ttccctttaa
       61 gaccctttcg gttcctcttc aggataatgg gaaagaaggt ggtatcatgg cttgtatcgt
      121 aggtgggggg tgtgatacag tcaaagcacc ttcaggaggt ctattcaaat tcttcacagg
      181 tattagaacc agagttgaat ttatcgagcg tgctccaggt tatgcaggtg ttttcaagtt
      241 gaatatcacg
//
LOCUS       SEQF2638.1|AYYF01000185.1 271 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..271
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 acatagaata actcacccaa gttcgctact tgcacggcgt gcaaagacaa aagaatcccc
       61 gccggaaggg atccgacggg gattgatgtt ctcttttccg aggggagatg ggaatctcct
      121 tccgttgtgc tgcgctcttg tttacagctt gtcgtaactg aggctgaatt tgccgggcac
      181 aacgtttccg agggtcttca ggcggccgta gtcaaagtgc ttttggcgtg tttcggactt
      241 cttcgtgcgg tcttcgtaga tgactgtctg g
//
LOCUS       SEQF2638.1|AYYF01000186.1 420 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..420
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gacctctcgc gctatctcat cgacctgctc aaagggctca acggcctctt ccccgacagg
       61 gtcgatgaaa cggccgacga tgacgccacc gacccggtcg gtatggacgc cgtcgaaggc
      121 gagttcacct acgcctacta caccacctta acgcgcatga acgacctcat cgccgaggcc
      181 caaatctcca tgtcggtcga tacctacacc cgcctcttgg cgcgccttat cgaaagcgta
      241 tctatcccct tccgcggcga accgctggcc ggactccaga tcatgggcgt gctcgaaacg
      301 cgcgtcctcg acttcgaccg actcatcatc ctctccatga acgagggcct ctttcctgcg
      361 cgcggcgcca ccccgtcgtt catcccgcac acccttcgcc acggcttcgg tctgcctacc
//
LOCUS       SEQF2638.1|AYYF01000187.1 281 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..281
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             15..278
                     /locus_tag="SEQF2638.1_00039"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFSAMLTLRGEMKTFALSVCFLTARSRSKVKALSSATFSGCSNR
                     IGSAGVAAVIPSIRCFSLFVAQAPTTAADSRVSPAIIICFFIL"
ORIGIN      
        1 cgccacccag cgtcatgttc agcgccatgc tgacgctaag gggcgagatg aagacgttcg
       61 ccttgtccgt gtgcttcctg acggcccgga gcaggtcgaa ggtgaaggcg ttgtcgtcgg
      121 ccaccttctc cgggtgctct aatcggatag gctcggccgg cgtggcggcc gtcatcccgt
      181 ctatacgttg tttctctctc ttcgtggcgc aggcgccaac gacagcggcc gacagcaggg
      241 tcagcccggc aatcatcatt tgtttcttca ttttataatc g
//
LOCUS       SEQF2638.1|AYYF01000188.1 235 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..235
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gagacaggag caggtgaggc aggctctggt gtggccgttc gtggttgtag tagcggatat
       61 actcccctat accttcccga agcacttaca cctgtgggat tgcggtagtt gtactcctgc
      121 ttgatggtgc gccagaagcg ctctatccag atgttgtctt tgcaacgccc acgcccatcc
      181 ctactaatct gaataccacg accttgtagc aggctctgcc agcggtgccc cgtat
//
LOCUS       SEQF2638.1|AYYF01000189.1 296 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..296
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(7..171)
                     /locus_tag="SEQF2638.1_00040"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAGYMTMYPAIFIVAPLAAYLNVISRLMYLPMMSNSRFTTVPLT
                     MALKFVRSCV"
ORIGIN      
        1 catcccctac acgcacgacc tcacgaactt caacgccatc gtcaaaggca cggtggtgaa
       61 cctcgagttc gacatcatcg gcaaatacat cagccgactg atgacgttca agtaagccgc
      121 caaaggcgca acaatgaaaa tggccgggta catcgtcatg tatccggcca tttttcgtta
      181 ggggggattt ctcggtgttt gtctgtttta ttctcttgac tcttcctttt cttctctcga
      241 gtcctccttt tcttcccctt gacttctcct tttcttccct tgatggaaga aaagga
//
LOCUS       SEQF2638.1|AYYF01000190.1 317 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..317
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ccctcaaggt ctccggccga cacgtctcgg tggacgcccc cttcgtcgaa ggcgaggaca
       61 acagcctgct cgatgtgctt gtcaacgagg acacccccaa cacggatggg acattgatgt
      121 acgaatcgct gtcgagggaa atcgacagag cacttgctac actcaccgag cgcgaaagcg
      181 acatcattaa gatgttcttc ggcatcggct gccaagaagt cacactggaa gagatcggcg
      241 ataaattcgg gctcactcgc gagcgcgtcc gccagatcaa ggagaaggcc atccgacgct
      301 tacggcaggg tacacgc
//
LOCUS       SEQF2638.1|AYYF01000191.1 247 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..247
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cctttatagc gaccgcatcg ccccggtgca gaccttcgcc atcgacttca cgaagaagct
       61 ctacggccgc gcctcgtatc gcggactgac ggccgagcag gtgctgatgg ggcgcctctt
      121 cgacccgcgc ggatgggaca aggagccgat gatccgcgtc aaagacgccg ccctgcgccg
      181 tcagctgcgc ctgccgcgct acgcgtccgt caaccatttc ttctcgcccg accggggtta
      241 catcctc
//
LOCUS       SEQF2638.1|AYYF01000192.1 388 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..388
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(42..383)
                     /gene="typA"
                     /locus_tag="SEQF2638.1_00041"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P44910"
                     /codon_start=1
                     /transl_table=11
                     /product="GTP-binding protein TypA/BipA"
                     /db_xref="COG:COG1217"
                     /translation="METGNAFAYALNNLQSRGRFFIAPGEDVYAGQVVGEHTKEGDLV
                     VNVTKSKKLTNMRASGSDDKVSLAPPLVFSLEDALEYIKADEYVEVTPHHMRMRKIIL
                     DEIERKRQNRG"
ORIGIN      
        1 atccctcacc gcttctgact ccccccgacg atgtctttcc cttagcctct gttctgccgc
       61 ttgcgctcga tttcgtcgag gatgatcttg cgcatacgca tatggtgggg cgtcacctcg
      121 acgtactcgt ccgccttgat atactccagc gcgtcttcga ggctgaagac taacggcggc
      181 gcaagcgaca ctttgtcgtc cgatccggag gcccgcatgt tggtcagctt cttggatttg
      241 gtgacgttga cgaccaggtc gccctccttg gtgtgttcgc cgacgacttg cccggcgtag
      301 acgtcctcgc ccggggcaat gaagaagcgg ccgcgagact gcaggttgtt cagggcgtaa
      361 gcgaaggcgt tgccggtctc catcgcga
//
LOCUS       SEQF2638.1|AYYF01000193.1 322 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..322
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(4..306)
                     /locus_tag="SEQF2638.1_00042"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTVAERHPDMLTILVTKDIKPASTYVRGMARAPLDREIAAHPAL
                     QKEAPSAKSMTDEAPRKHYLYYNNYIFIPNLKRLTAKNVEVVTPVRLKRTTFRTGI"
ORIGIN      
        1 gcgtcagatt ccggttctga aggtcgtgcg tttgagtcgc accggggtca ctacttcgac
       61 attcttcgcc gtgaggcgct ttagattagg aatgaagatg taattgttat agtatagata
      121 gtgttttcga ggagcctcgt cggtcatgct tttagccgac ggggcttctt tttgaagagc
      181 ggggtgggcc gcgatctccc gatcgagggg tgcacgcgcc atcccccgga catatgtaga
      241 agctggtttg atgtctttgg tgacgaggat ggtgagcatg tccggatgtc gctcggccac
      301 ggtcacggct gcggagagga tg
//
LOCUS       SEQF2638.1|AYYF01000194.1 332 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..332
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ccagaagggt gtaccgccgt cggtggcggc accggagaat gacaccttat ataaagtatg
       61 ggcagaagat gggggagagg ccgtggagtc ggcagccccg tctgcataaa cgtgaaatga
      121 aagcgcgagc gccatccatg cgaggatgtg gcggagggag gaatgggtga tgtgcataat
      181 cagaaataat acaggcggca aagctatcgt agcggcttca tcttgtggca caataccctg
      241 acggttgtgc aggtaagtcg aatatctatc tttgcggccg aattttttaa gcgtaagtaa
      301 tacacatatg aacaattacg aaaccgtttt ca
//
LOCUS       SEQF2638.1|AYYF01000195.1 258 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..258
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gcgcatgggc atcgaggcca agtgctacct ctccgacgaa cgtgccgtga agatggcggc
       61 cgagaagggc atcacccgcg cacaggccgg catccgcgtg gccgtcgagg aacatcccga
      121 cgcgctcttt gccttcggta atgcgcccac ggcgctgatg gagctgtgca ccttgatccg
      181 tcgcgggaag gcgcggccga gcggcatcgt ggcggcgccc gtcggcttcg tgcacgtctg
      241 cgagagcaag gagatgat
//
LOCUS       SEQF2638.1|AYYF01000196.1 325 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..325
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggtggggaga tccactctat tcgtggcaag aaaaagaagg tatgagcatg gatttttctc
       61 gtcctcggca aaaaaagtga gccacgtgta tggtggttag aaaaaacgac gtatgtttgc
      121 aggcgtatat aaaacacatc tatgaaaaag acggttatta tcagaaagcc cggaatgaag
      181 aagttagaca actccttgca ttcgaagttc cacagctccg cgtacgacct cgttaccgcg
      241 gcagacatta ccaagctcgg catcccctct gaactgatga cggaatggga tggcaacaac
      301 gcgctcgaga cggacatcac caagg
//
LOCUS       SEQF2638.1|AYYF01000197.1 327 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..327
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cagatgtggc ggtgcttctc gcagaggcga ttgacgatca tatgctgcgc caggttcgtg
       61 tcctgatact cgtccacaag cacaaaccgg aagtgccgct gataacgatc cagcacctcg
      121 gcgtggtcgc gaaagaggat gttcgtctgg agcagcagct cgtcgaaatc catcgcctcg
      181 gcctgccggc aacggttttg atagcgggcg tagatctcgc gaatgagggg cacatgggcg
      241 cgggcgtcgt actccacctg ctccctattg cgaccgtagg cgtcggccgt gacgagggcg
      301 ttcttggcgt tcgagatgcg gctctgc
//
LOCUS       SEQF2638.1|AYYF01000198.1 289 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..289
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gccgcgaggt gtccgtcgcg gctgagcgtg agggcattct ggggccggta gacgcgggtg
       61 aagaaaaggc ggacgaaggc gtcggagtcg ccaaacgtgt cctgccagag gcgcatcatc
      121 gcgggcagtc gcgggtcgcg gatcatcgac gcttcacggc gccgaacttc tccagcagca
      181 cggcggggtt gtacgacagt ttggccttgc ggaggcccgg cagcccgagg tcctcctcgc
      241 gattgatgta ggtgtacgtc tccgggatgt gggcgacgaa ctcctggtt
//
LOCUS       SEQF2638.1|AYYF01000199.1 255 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..255
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cactaggata tccccaatcg acatgtactt tgccatcacc accaagcatt aagcctgagg
       61 ggtaacatct atcggggata ctttcaacac gttcaacttc aatagtcgta ctttctcctc
      121 tcaactttga tgaaaacaca atataatccc cttcatctaa ggcaaaacca aaataaaacg
      181 tatcatcctg tatatcatgc agaaaacaat atatctcact aagctttgtt gaatagctac
      241 gtatagcagt aagaa
//
LOCUS       SEQF2638.1|AYYF01000200.1 317 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..317
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ccgactatgc cttcagccgt gccgtcaccg tccgagccta ctacgatctc cagatcaata
       61 cgccgctcat ctcgaacaac tcctacccga cctccaacgc tgactatggc atcagcctcc
      121 gcttctctct ggcgcaatag tggtccgcgc ggcggctact aaaggtcaag gccccgcggc
      181 caaccgtccc acagacgaca ccatccaatg aaccccggct cagtcggggt tcattttttt
      241 gtgctctatg ttgaagctcg acagcccggc ggtcgatgtt tttcgtccga atgggtaggg
      301 cgcaaaagca tacgccc
//
LOCUS       SEQF2638.1|AYYF01000201.1 297 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..297
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gatctgaatg ctacgtatcc cctccctcaa gctcacgcgg atagaccgat acatcatcgg
       61 caaattcctc ggcacgtatg tcttcaccat cctgctggtg atcgccatca ccgtcgtctt
      121 cgacttcaac gagaagatcg accatttcgt cggcgcccgc gccacggcca cgttgcgcgg
      181 catcgtcttc gaatactacc tcaacttcat cccctacttc atcagcattt tcagcccgct
      241 tttcaccttc attgccgtca tcttcttcac ctcgaagttg gccgacaagt cggagat
//
LOCUS       SEQF2638.1|AYYF01000202.1 249 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..249
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 agaagatttt atggtttagt atcctttccc ttctgctggt ggtagcgacg gggtgcgaga
       61 aagagaaaag ggccaagaca aaagaagaac agatatttcc acacaatttg gagtttgcgg
      121 tttttgagct aacgactcat caggcatgca aagtggcttg tggtgaaaat ggagaaatct
      181 tgatttcact ccaagacgtc aaagatgacg tggatacaaa ctgctcactg gctcagtttg
      241 acagtattc
//
LOCUS       SEQF2638.1|AYYF01000203.1 247 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..247
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cacaagcaca ggcggcaata atgtattagt gaaatacaaa cgaccgacaa cggttgcaat
       61 aagtgggata tccaatgact ttcatcaaat ctcattcaag acgattgatt ggtggtatca
      121 aactttttct gcacatgtag gtactgctgc tggctttcaa agtgctagac atacgggatg
      181 ctgtcatatg aacggaatta gaggtacagc taatgatgca tcgtttactg caaatggagc
      241 attgaaa
//
LOCUS       SEQF2638.1|AYYF01000204.1 266 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..266
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             37..210
                     /locus_tag="SEQF2638.1_00043"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRMILLLMCAAIGLTQAQAQLSFGVKAGANFSTISKIDFSSIG
                     PGGQALSGLFESK"
ORIGIN      
        1 tataaggact cacttaaccc cttaataatt cacagtatga aaagaatgat tctcctcctg
       61 atgtgtgcgg ccatcggttt aacgcaggca caggcccagc tttccttcgg cgtaaaggct
      121 ggtgcgaact tctcgacgat cagcaagatc gatttctcct caataggacc cggtggccaa
      181 gcgctctccg gcctgtttga gagcaagtag ctgccgggct atcacgtcgg cttatacaca
      241 cgctacaacc tcccccctgc gatggc
//
LOCUS       SEQF2638.1|AYYF01000205.1 299 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..299
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gctaccgaga ggagtgggtg ctgcggggca tcaacttgac gatcgagaag ggtcggacgg
       61 tggcgctcgt cgggcaatcc ggctcgggga agagtacgct cgtcgacctg ctcccgcgat
      121 tctacgacgt tgagcggggc gccatcacca tcgacgacgt ggacgtccgc caggcgtctc
      181 tcaccgacct acgcgggctg atgggcaacg tgaatcagga ggcgatcctc tttaacgaca
      241 ccttcttcag caacatcgcc ttcggcgtcg agcgagccac gcgccaagaa gtggaggag
//
LOCUS       SEQF2638.1|AYYF01000206.1 253 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..253
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gaccgtcacc cgctccgccg gccgataggc agcccggact tggagccaaa agccgggcag
       61 ggtgtacccc ttggcagcca gggtggcgct ctccacattg cggaagaagt tgaggttgtc
      121 gaactcgagc gagagtcggt gcaggtcgtc cgacgggcgt gtggtgtcgg tcgtgaagac
      181 ttgttcgttg atttgggccc agacggacgg cgtgacgacc gtcagcagca ggatcagcca
      241 ggcggctggg cgc
//
LOCUS       SEQF2638.1|AYYF01000207.1 262 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..262
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gaggtagaga tgatacgtat ttcctaagat gatttgcgcg ccgacctcac tttggagttc
       61 ggccatatgc acggccttga ccgcgccttg ggtgccgacg ggcatgaaga tgggcgtttc
      121 gatcacgcca tggtcggtcg tgatgcgtcc cgcgcgtgcc ttggatcggc tgtccgtttg
      181 gatcacttca aaattcatgg cggcaaaagt aaggtgtggt gagcaatcgg gtgggggagg
      241 cgttcgcgta aacgtatagg ta
//
LOCUS       SEQF2638.1|AYYF01000208.1 268 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..268
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gttgagaagg gcgcaatgga cggacgtata gaccaccata cggcggagag gagtgcgtac
       61 cacggtgccc tcaggcattc cttcaggcaa cgcagctgcg gaacgcggca cgagcaggta
      121 acgatgcaac aaccgaccct cgttccaagg atcgcgcagc tctactacga taaaatcagt
      181 gtggcgcgtg atggtgagac cccttgcata gcgcagggag tccactgacg cgccggcgtc
      241 ggaagcctga ggcatagaag agcgctgc
//
LOCUS       SEQF2638.1|AYYF01000209.1 292 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..292
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 atactgcggt gagtatccat cctatcggtc ccatcataat agatgccatt ctggttaacc
       61 cagcatttgc agcaagggat aaccctctac ctacaagaaa tttcattacc gcgttgacta
      121 cggagaccaa aaggatgtag ctttggaacc ctccagcttt ccatgcgatc atcaatgtgg
      181 aaattgcagc ctgacgagaa aagtttgtgg tagggcatcc gagttccgtc atcatttttt
      241 tcaaatcctc atctgatgcg ttaatcagtg aaccattgaa taacttctgg ag
//
LOCUS       SEQF2638.1|AYYF01000210.1 240 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..240
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggtcagcttc tcggggacgt aaaccttgat attgatcagc aagtcgcccg tgccgtaact
       61 gttgaccgaa ggcaggcctt tgttgcgcag gcgaagcacc ttacccgact gtgtgcccgg
      121 ctcgatcttc accttcacgc gaccgtcgac cgtcgggatc tcgaccgacg cacccagagc
      181 ggcctgcggg aaggagagca ggaggttata aataaggtcg ttctcgtcac ggagcagttc
//
LOCUS       SEQF2638.1|AYYF01000211.1 240 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..240
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gccccgaaat acacagcgac gagtcgtcgc agattttgca acgcccgaaa tacacagcga
       61 cgggcccgcg cagacgtgtg gcgctgcgct gatatcgcat cggtggctga gggatgaggc
      121 gccggccccg ttttacctcg aactacgtct tacatttgcc gccgcgaaac cataattaca
      181 tacacaaaga gtcatgtacg gaaaaattca agcgttcctc cagcaggaac tggccgacat
//
LOCUS       SEQF2638.1|AYYF01000212.1 315 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..315
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 agcggcacca gtctcccctc caaaggcgtg tggaaaaaca ccgtcctcgg ttcgcacttc
       61 gacaccttct acagcgatcg ctacctgacc acgctcaacc tgcgtgacat gcacgaccag
      121 ctggctggca cgccctacga acacatcatc gtcctggtca actccgagac ctacggcggc
      181 ggtggcatct acaactcgta caacctcacc tccacgcggc acaaatactt caagcccgtc
      241 gtggtccacg aattcggcca cagcatcgct ggcctggccg acgaatacgc gtttgaggaa
      301 gagcttatcc cgctc
//
LOCUS       SEQF2638.1|AYYF01000213.1 310 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..310
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             52..285
                     /locus_tag="SEQF2638.1_00044"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVNWLLEQDIHFDRVNDHRPDQVTAYGTDARKVYAHCYVDDKNA
                     GGMLPWKDIALWIRRQEAAYKAATEGVGKEGTA"
ORIGIN      
        1 gggcactata tcattatctg gacatgccgc gaagggcgcc agcaaacgga gatggtgaac
       61 tggctcttgg agcaggacat ccacttcgac cgcgtgaacg atcaccggcc ggatcaggtg
      121 acggcctacg gcacggatgc acgcaaggtg tacgctcatt gctacgtgga cgataaaaac
      181 gccggcggca tgctgccttg gaaggacatt gccctctgga tccgccggca agaagcggct
      241 tacaaggctg ccacggaagg cgtcggaaag gagggcacag catgatgatg caagcgacat
      301 ttgaacgact
//
LOCUS       SEQF2638.1|AYYF01000214.1 296 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..296
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(60..281)
                     /locus_tag="SEQF2638.1_00045"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYWNVLSEFSPSEPVGASMFCSPSTAVMSDGTSPYCAITSGLSQ
                     MRMLYVSPISITSPTPSIRLICGMMLMSR"
ORIGIN      
        1 ctacagatca acgccctgac gtgtacgaac gggaagtatg acgagcattt cctctcgaat
       61 taccttgaca tcaacatcat cccgcagatc aagcgtatcg agggcgtggg cgacgtgatg
      121 gagatgggcg acacatacag catgcgcatc tggctcaagc ccgacgtgat ggcgcaatac
      181 ggactcgtgc cgtcggacat cacggctgtg ctcggcgagc aaaacatcga agcacccacg
      241 ggttcgctcg gtgaaaactc ggacaacacg ttccaataca cgatgaagta taaggg
//
LOCUS       SEQF2638.1|AYYF01000215.1 318 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..318
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tttttgatct ggtccaagtc gacgatccaa aagaccttgt cgtactcctt ttgggctagc
       61 ttacaaacaa gctcgcattg gtcttcgata cgcttcttat cagggagttc tggcttgatg
      121 gtgaggcgta tctgctgctt atcctgctct tcctgcttat cctgttcttc ctgcttattc
      181 tccagctcat acttcttcat catttgtaga taccagatct ctgtctcccc gtcggccacg
      241 atggcaaacg ccggattcgt ttttcgctta attcttccca tgattcaaat tgatatgcgt
      301 gtcaccgagg attggcgt
//
LOCUS       SEQF2638.1|AYYF01000216.1 248 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..248
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cctgaaatcc atcgagaccg agaacctgat cgatctctat ttctatcgcc ccatcggcta
       61 tcgcctggcg cgcatgctgc agcacaccgg cgtcacgccg aacatggtca ccatcctctc
      121 catcttcgtc ggtgccggca cgggctacct cttctacttc accggccgcc cggagtacac
      181 cgtggcgggc atcctgctgc tcatcgtggc caacatcctc gactgtgtcg acggccagtt
      241 ggcccgct
//
LOCUS       SEQF2638.1|AYYF01000217.1 254 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..254
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gattcgatca acccacgtcc ggacgcatca cagtcgacgg tcagcccgtg acacgcccat
       61 ccagtagccg cgtgatgatc ttccaacaat acggattgct accctggcgc acggtggagc
      121 agaacgttat gctcggtctg gaggctcagc gactgccgcg agtcgaccgg cagcgtttgg
      181 cagaggaata cctccgcctg gtgggtctgt ctgaccaggc gcgcaacttt cctgcccgcc
      241 tttcaggggg gcaa
//
LOCUS       SEQF2638.1|AYYF01000218.1 268 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..268
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 taggcataga gctcctcggc tacgacggcc tcctgcgtga actccacccg gtaggcgtat
       61 cgcacctcgt tacggataaa ttcgatggag aggacggtgg gctgtttcgg ggtgtcggga
      121 tcaaagaggt agggttcgaa gtccaggcgc tctgttttct tgtttttggg cttgattacc
      181 aactgccgga gaaagtcgag cgctttgagc accgtcgttt tacccgaagc gttggctccg
      241 tagaggaggg ccagcttgag tattcgtc
//
LOCUS       SEQF2638.1|AYYF01000219.1 265 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..265
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 agaccgtttc aacctcgatt cgtattggtg accttctttt tagagagacg tccatagccg
       61 atctcaatca agttcaaatc cagaaaatag agagtagacg atcttttgat tttcgtgcat
      121 ttcgtcctct tccaaaactt tttattatag caatagtaga ttcaataatt ctataccttg
      181 aggatatcct tccaaagtgg ccttataaag agcgatggta aaatcgttat ggttgtaacg
      241 tgcaccatat gtgtatatta agcgc
//
LOCUS       SEQF2638.1|AYYF01000220.1 267 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..267
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ctctataatc ggggctgtgc aacaagccat agacataata gaagatgtcc tccttcgtca
       61 ggttctttgc tcctgagaag cggctacgca cctctttcaa gaaccaatct gtgatgctgt
      121 ctcgccttat ccagcactcg gcattctctt tcttaaaaat gtcttgagtt tgcatcgcct
      181 tgttttcttc ataccaatag agagggaaac attgcccatt agacaacact tgaaggtcag
      241 gaacaatatc ggttatgagt gtacaga
//
LOCUS       SEQF2638.1|AYYF01000221.1 245 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..245
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggcctatctg cacatgtacg atgtgacccg cggtctccgc aagaacggct ccttcctgct
       61 caacaccatc tgggagggcg acgatctggt gcgcaacctg cccgtgaagg tgaagaagta
      121 cttcgccaag aacaacatca cggtctacta catgaacgcc accgagatcg ctcagcagat
      181 cggcctcggc aaccgcacga acaccatcct ccagtcggcc ttcttccgca tcacgggcgt
      241 tatcc
//
LOCUS       SEQF2638.1|AYYF01000222.1 290 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..290
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtgtacctcc gtctaaatca gctgtgccat gccaaccacc gagacggtaa taacgcgcgt
       61 cacgattcca atagcaattg agctgcacca tatacacacg ccccagccga cctgactcaa
      121 tcagatcctt gatccacact gaaggtggcg agtagcgatt ttgcatcacg cagaagatct
      181 gcttccgata cttcagacca gcatagacta ccttttctgc gtcagctgtt gtgagcgcca
      241 ttggcttctc tattacgacg tgatgaccag tctcgattgc ctgaatcgcc
//
LOCUS       SEQF2638.1|AYYF01000223.1 251 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..251
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 atcctcgcca aaaacggctc catcaattac aaggattaca agatcaacat cctcgacacc
       61 ccgggccacg ctgacttcgg cggcgaggtg gagcgcgtgc tcaacatggc cgacggatgc
      121 ctgctgctgg tcgacgcctt cgaggggcca atgccgcaga cgcgcttcgt gctccaaaaa
      181 gccatcgggc tggggctgaa accgatcgtg gtgatcaaca aggtcgacaa gccgaactgt
      241 cggccgtcgg a
//
LOCUS       SEQF2638.1|AYYF01000224.1 259 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..259
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 caaattttcc aaccagccaa aaggagaaac tggattcgct gagttgtcac agaaaatttt
       61 gcgaactacc ttatgttcat ccaagaaaat tccaattgaa aggttcctca tccatttgga
      121 agatagtaga ctcattgaag tttccttgga tttttcggga atgccgagtc taaacgaata
      181 tttccgaccc ttattgtcat taagttttgc attcaattcc actagccgtt gctccatatt
      241 agggtcaaat ggatataga
//
LOCUS       SEQF2638.1|AYYF01000225.1 234 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..234
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggggttgata ttgacgatga gcacctattt cgtctcgtcc gtgccggcga cgggcagctg
       61 gaagagatcg gggcactccc acacgccgcc gtggccacct cgatcacggc cgaagctgct
      121 gaggtaggtc cacgatttac agtcgggcga agcatagaag cggatctcat cgccacaggc
      181 cagcgaaacg atccagcgtg acgacggttt gtgccagaag actttcggat cgcg
//
LOCUS       SEQF2638.1|AYYF01000226.1 239 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..239
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 aggtggagcg gatgagtcgg ccgacggagc gttcaccgtg ggccaatgga caccgtacga
       61 cgccgatgca cccacgctga cggcggagga ggcgctccgg gccatccttt gctacctcga
      121 tcgccgcggg atggatcgcc tgtgggccgc cacacagatc atcattgcgc cggggtacca
      181 gttcaagatc gtacgcggta tggtcaccaa cttccaccag ccacagagca ccctgctac
//
LOCUS       SEQF2638.1|AYYF01000227.1 249 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..249
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cgatagcggt gccggaaaga aacccgacgg cggcggaggc gccggcggtg gtgccggcac
       61 cggaggtgcc ggcgatagca gcaatcccga tatccatctg ccggaagagg gctaaccgtc
      121 agtcgctcac gctcacccgc aaacgaccag atacttgccg agcatcgctc gcaggtatcc
      181 ggtcgtcttc cgttgtttga tgtttgttgg tggagtattt tttaagaatg tagggggtat
      241 tgatgagag
//
LOCUS       SEQF2638.1|AYYF01000228.1 681 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..681
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(19..534)
                     /locus_tag="SEQF2638.1_00046"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNFGRVDNATLSLNVPITVASRWTMNINANGIYRNYRSRFMGSD
                     FRKTALHGYVDFNNRFDWGRGWQMQLNGYVVTPRWYLASRYRASGSMALSVEKSLWSG
                     RGTLSATLNDPFRWETSHYVLRYGNIDNDGWAMSDTRYLRIDFSYRFGSDKVKRSRQR
                     RTGAETFNDRL"
ORIGIN      
        1 ccgcgtcgtg ggtgcaggtc agagtcggtc gttgaacgtc tctgcgccgg tgcgtcgctg
       61 gcgggagcgt ttcaccttgt ccgacccgaa gcggtagctg aagtcgatgc ggaggtaacg
      121 tgtgtcggac atggcccagc cgtcgttatc gatgttgccg taacggagca cgtaatgcga
      181 ggtctcccag cggaaggggt cgttcagcgt ggccgatagc gtgccgcggc cactccagag
      241 cgacttctcg acgctgagtg ccatcgagcc ggacgcccgg tagcgactcg ccagatacca
      301 gcggggcgtg acgacgtagc cgttcagctg catctgccat ccgcggcccc agtcgaagcg
      361 gttgttgaag tctacgtaac cgtgaagggc tgttttgcgg aagtcgctgc ccatgaatcg
      421 tgaccgatag tttcggtata tcccgttggc attgatgttc atcgtccagc gggaggcgac
      481 ggtgatgggg acgttcaaag agagcgtggc gttgtccact cggccgaagt tcatgtaggt
      541 gtagtgccgc tggagtacac cgaccacggc gtgttccgcc ccagcggaac attccacaac
      601 ggctccttcg gcgtcgattg gtacgcctcg gacagtcaca cgcttggctt cctggcgcgg
      661 ggaggccgct acgacggcgg c
//
LOCUS       SEQF2638.1|AYYF01000229.1 367 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..367
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 actccacgct gggtagtatc tacgagtacc gcaagcagaa cgattccgcc ctggccttct
       61 acaatcgcgc tctggagcgc aacatccgcg gcggatcggc cacgggcata gccatctgtc
      121 acaatcatat cggacagctg ctcatgaaac gcggcgaaat ggactctgcg ctcgtccatc
      181 accgcgccgc ctaccgagtc cttcagggcg aaggcgaggt gtggaaccgg cagcgggccg
      241 ccctatcgat ggcgtggatt tacctacaga agaacgacct cgaggcggca cgtcggctgc
      301 tcgacgagac ggaggttgtg gccctccgcg cacactcctt cggccatttg gaggagacgt
      361 attactg
//
LOCUS       SEQF2638.1|AYYF01000230.1 445 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..445
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             52..237
                     /locus_tag="SEQF2638.1_00047"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDVWENRFRPYRDRQWARQGECAECQLFRYCEGNGMHLHGSDGQ
                     LLVCHHRRIERGLAAEK"
ORIGIN      
        1 cccagcatcc gggccgacta ttatcagggc aacatctatc gcgaccgctt catggacgtt
       61 tgggagaacc gtttccggcc ctaccgcgat cgccagtggg cgcgtcaggg cgagtgcgcc
      121 gagtgccagc tgtttcgtta ctgcgagggc aacggcatgc acctccacgg ctcggatggg
      181 cagttgctcg tgtgccatca tcggcgtatc gagcgggggc tagcggcgga aaaatgaccc
      241 cccgttggga gccggtcggg tgacggcatc gcggcgtcgt ttccgcttgt cggcagcccc
      301 tcgggagaga tattcaagaa taagtaatcg tgcactacgt cagatgggat aacctatgat
      361 gtggtgcacg attgttttat cccgtacgcc atcctctcgg atcatttaca aaattaattc
      421 gctctggatt gcatgcaatc cgatg
//
LOCUS       SEQF2638.1|AYYF01000231.1 450 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..450
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gatgatggcg cggtagcgct cgatgtcgat cttgatcagg tagtccagca agcggcgacg
       61 cttacctacc agcattttca gcgcccggga ggtgttgaag tccttgtgat tggccttcat
      121 gtgctccgtc aggtggctga tgcgataggt gaacagcgcg atctggctct cggccgatcc
      181 ggtgtccgct ttcgattttc cgtacttctc aaagatctct tcctttttcg ctgaatctaa
      241 atacatgtcg ttttacttct gaataaattg ataccatatt atttaagcgc ggcaaaggta
      301 ttccttcgat ccggacgcgc aaacccggga gggcatggag atcaggccct ttcaagcgga
      361 gtcacggcgc tgaaatgcca tttctggtga ctcgaaatgg ctgcaaacct ctttttagtc
      421 gtttctggta actcgaaatg gctgcaaacc
//
LOCUS       SEQF2638.1|AYYF01000232.1 447 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..447
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtcagccgtc gggcatcggc ctcgggactg cgacgcacct cgtcgtccgt catcggctcc
       61 atgttgagcg cggcgtgagc tgcggcgggg agtgtgaagc gttcgccttc gtacatgaag
      121 gtgaagccgt cggccgtcac gtcggtgatg aagagcaccg agtccttcgt cagtccgagg
      181 tcggcgatga gggtgaagag ggcgcggtcg tcgtcctcca catgcgtcac gcgccaccag
      241 ctgcgggcac ggagcgcacg gtcgtcgtcg ccacggtcgg ccacctccag cgagcgcgtg
      301 gggatgggat cgccgtgcgg atcgaacgac gggttgcgca gcagcgagac gatacgctcc
      361 tgctcggcgt cactgatgcg gtgctccatg cgatgggcgc gctcgtgcca ctccgccggt
      421 gcgtagcccg aatgctcggc cagatac
//
LOCUS       SEQF2638.1|AYYF01000233.1 259 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..259
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 acgcgccgcg tttgggactt gctacttagt tggaagtgaa aaacgcgccg cgtttgggac
       61 ttccatctta gttggaggtg caaaacgcgc cgcgtttgag tcttccatct aagatggatg
      121 ttttgccttc gccgcgtttt gccgatcaat caaagtattt taatgtaaaa cttcgtgtag
      181 atggggtctt ttcctttttt gaagtggtgc ttctttttga gatggataat cagtgtatca
      241 atgacttatt cgccctacc
//
LOCUS       SEQF2638.1|AYYF01000234.1 273 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..273
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 attcccgtcc gcgtcagaac ggtgtgaatg ccatcgcact gcgcgagggc gacggtgtga
       61 tccaagtgcg cctcacgaac ggaaacaacg aagtgatcat cgccaatcgg aatggtcgcg
      121 cgatccgatt ccatgagagc aaagtgcgcg tgatgggacg tgtggccgcc ggtgtgcgtg
      181 gcatgacgct cgatggcgac gacgacgaag tagtcggcat gatctgcatc aagcatcctg
      241 agcaagagac ggtgctcgtt gtctctgaac agg
//
LOCUS       SEQF2638.1|AYYF01000235.1 360 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..360
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gatctaccca gaaacaagtg ccggtgaacc ctgtgtgacc ataaacagag gcaggcgcta
       61 atcgtccgca gggtgacgcc ttgccgggtg tcttttctgg gcgatcaaat cccagtccgc
      121 ggcgagacgc gtggctctgg ctgtgcgtga acatattgca ggtaagtgcc gagatataag
      181 actcaccgcc atagttgcca ttattgagat agagctggag gagcttggcc aagtcgtcgg
      241 cagaagagaa gaggccggcg ttacccgaca cgccgccttg cagcgcagcc gcttcatcat
      301 gtacgtatcc gcgtaagagt tgatggcgca tcacgcgatc atcttctgtg ggaacaatgc
//
LOCUS       SEQF2638.1|AYYF01000236.1 267 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..267
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtcgatggcc accacgcccg ccatgcggtc gcgccgaacg acgccgtcca gcatgacctt
       61 accttttata taaggcgacg cgctgctcag tgtggcctgc gcctgatggc tgagcagtga
      121 accgtcgagc gagaggccgg agaggcgata ggatccgtaa tgcacatcgg ctacggaacc
      181 gcgcagggtg atgcgtgtgc ggggtgaaaa gatgtccgtg cctcgccctt cggcgtgcag
      241 cacggctgtg agtcggtaga gcgaatc
//
LOCUS       SEQF2638.1|AYYF01000237.1 265 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..265
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gatctcccaa agggccaaaa acgcgcgaaa aggcgcatga atactgatga tctgagggga
       61 taaacaaagg cgctcagggg gctcgaaata gggctaaaac ggggtgttcg gacgtggggc
      121 tgggcacccc gtttttttac ccctcaaaat cgaataatga cgcgataaag acaatcccgg
      181 cgccgaataa tgacaaaata ttgggcttaa gggtcaaata tgttcctgcg gagtgctata
      241 acacactgtg agtcatgcat atgtt
//
LOCUS       SEQF2638.1|AYYF01000238.1 288 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..288
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(147..269)
                     /locus_tag="SEQF2638.1_00048"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIFGAAMAITQGMTIAELQRVIFPHPTVSEIFKETLFTIK"
ORIGIN      
        1 tatccgcccc ttcccgcggg gtatccaccc gcgaaacaca aagccgccga acgaaagggg
       61 gatcgctccc cacagtccgt ccggcggcct tttctttatc gcttacgaac cgagcgcaca
      121 ggcccggccc ccgggttagc gatcccttat ttgatcgtaa acagcgtctc cttgaagatc
      181 tcggacaccg tggggtgcgg gaagatgacg cgctgcaact cggcgatcgt catgccctgg
      241 gtgatggcca tcgctgcgcc gaagatcatc tcactgcacg ggttgccc
//
LOCUS       SEQF2638.1|AYYF01000239.1 427 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..427
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             92..268
                     /locus_tag="SEQF2638.1_00049"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MICLYDETSKLKSTLKVDTMINLYPKDYLAFDDSQKKALAALIN
                     NVRSMGVLINKRIS"
ORIGIN      
        1 ccacaagaac aaagaggctg ccaagaaggc caatgacgct tcatggactc tgataaaact
       61 cattgcagca ctcaaaccca agctccgaga attgatttgc ttatatgatg aaacaagcaa
      121 gctgaagtcg acattgaaag tggatactat gatcaacttg taccccaaag actacctcgc
      181 gtttgacgac agccagaaaa aagctcttgc cgcattgatc aacaatgtgc gatcaatggg
      241 ggtactcata aataagcgca tcagctaatg gatgcctcac tgtataccga tcaactttcc
      301 agtgcactca tccaagaggg aattgatcgg gtcgagtggc tcaagaatca aaggctgcta
      361 gagatcattc aagaggccgc cgagaaagag gtcagcgcaa gggaggcctt gtcgacaagt
      421 ctacaac
//
LOCUS       SEQF2638.1|AYYF01000240.1 262 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..262
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggttagatga attgatgtag attgtataat ctaacgcaaa acgatttggg cataaagtac
       61 atgaaaaaag cagcaaacga gatataacct acctcatttg ctgatttacg aaaagtctaa
      121 atcgttacga tatggcgctc cacgtcttga cgttacttct tgagtgcttt atagatggca
      181 tcctgaatgc gggagcggat gcccatagtg gataaccgat tattatcgcg tgaaggattg
      241 acgcggttgc taagaaaaat ac
//
LOCUS       SEQF2638.1|AYYF01000241.1 300 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..300
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggggaacgcg tcgtaatccg gaaatccagc ctgtttcttc taagcaacac gcctaaatcg
       61 ggaattccgg cctgtttctt ctaagcaaca cgcctaaatc gggaattctg gcctgtttct
      121 tccaagcaac acgcccaaat cgagaattac agcctgtttc ttcctagggc aaccgcatca
      181 aatcaaaacc accagtccga tagatctccg taggggtacg gagatcaaaa ccaccagtcc
      241 gatagatctc cgtaggggta cggtgatcaa aaacaccagt cggggagatc tccgtagggg
//
LOCUS       SEQF2638.1|AYYF01000242.1 509 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..509
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gaatacactt cgcatggttt cagaccacaa cgaagtccgc aaactgcact ttcaagcact
       61 caacggtcat aaaatctaca ttctacataa accctttacc cgctgtattg ctaagggaaa
      121 ggcgcacaag caatatgagt tcggcaataa agtggggatg ataaccacgg gtagaaaagg
      181 gcggaaaatt atcacggcta taaaagcatt tttgggaaac ccttacgacg gtgataccat
      241 agatccacta cttgcacaga tggaagccgg ttggttgaga ttaccccaag agttgattta
      301 tgatcggggc ggaaaggggc gcaaacaaat aaggggtgta agcatcatca ttcccggtaa
      361 acccaaagcc aaagataccc cttgtcaaaa acggcagaaa cgaaacaaat gcagagccag
      421 agcggcaata gagcctattt tcggacatct taaaaaggac ttccgcatgg aacagaatta
      481 cttgtggggc gaaaaaggca tacaaatca
//
LOCUS       SEQF2638.1|AYYF01000243.1 465 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..465
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ataagaacta cgccgccgta gatcgtggag gcgagtacaa gcagctcacc gtagatcccg
       61 cttgggccga cctgcccgac gatccgcgtg ctacgaacaa cgacccggcc ttcatcaacg
      121 aagtggtacg caccatcaac gctcaggacg gcgaccagct gcccgtatcg gccttcaaag
      181 gcagggagga cggcacctgg atgcaaggca cggcttacta cgagaagcgc ggtgtagcca
      241 ccttcgtccc cgagtggaac atggacaact gcatccagtg caaccagtgc gcctacgtct
      301 gcccccacgc tgccatccgt cccttcgtgc ttgacgagga agagcagaag ggcgccaact
      361 tcccccagct caaggcacag ggcaagatgt tcgcgggcat gaacttccgc atccaggtcg
      421 atgtgctcga ctgcaccggc tgcagcaact gcgtcgatgt ctgcc
//
LOCUS       SEQF2638.1|AYYF01000244.1 286 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..286
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             34..204
                     /locus_tag="SEQF2638.1_00050"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVPTSTPYWALMTIRAVSVTLRAETAPPMKSSDPGQSMKFNFSP
                     FHSTLNTVEKTE"
ORIGIN      
        1 ttgtgaaact gttcggtgta gcggaactgg ttgatggtgc ccacctcgac gccgtactgg
       61 gcgttgatga ccatcagggc cgtgtcggtg acgttgaggg ccgagacggc gcctccgatg
      121 aagtcgtccg atccgggaca gtcgatgaaa ttcaacttca gcccgttcca ttcgacgctg
      181 aatacagtgg agaagactga gtaaccgtag tccttctcta ccgggaaata gtcgctgacc
      241 gtgttgccgg cttccaccgt gccacggcgc ttgatcactc caccct
//
LOCUS       SEQF2638.1|AYYF01000245.1 481 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..481
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cccttagaga agcgcaccct gcacttcaaa gtcaaataca cgcttaacaa acttaatacg
       61 atcaaggaat gaaaaagagc aatttgtacg gcctgctgcc caccgtggcg gcagccttgg
      121 ccctgatgtt atccacatca tgcggtgaga acgatacccc aacgccaaag cccgaaccca
      181 agcccggacc gaacccagcg ccggaggagg cggtgcacca ttatgccttc gcggcaaacg
      241 tggacaatgc gttttacatc accaccttcg aagacttcaa ggagggcctg aagaccgact
      301 tcaaaggtgc catcaagctg gcgtccggac acctctttat tgagaagttt ggcgactacg
      361 tctacatgca gtccggctcc atgtatggac agggcggcga gcagacgctc tataagtacg
      421 ccctgagcaa gacgggccgc cgctcggaaa aacccgtggc gcagctggcc ttccccggat
      481 c
//
LOCUS       SEQF2638.1|AYYF01000246.1 336 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..336
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gggagtatac tcccacatag atacctttta gttgttacat agctgtagtt acgttgaatc
       61 aatcttcttc aaaatcagaa ggtttgatat atcacacgtg agcgcaactt cggatatccg
      121 tttttacgtt gatcttgtgc ttttttctta tacaggggac gtgccaaata aatcacgtcg
      181 agtattacta tagttcaaag acgcagagta gtttaacaaa gggagcacgc aattagaaaa
      241 tgggagagta actcaaaacg cacgttcttg cggctgaatc tacaacctct atttaccttc
      301 ttctctaata cgtttcaacc tcgattcgta ttggtg
//
LOCUS       SEQF2638.1|AYYF01000247.1 283 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..283
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gctcgagaga gcgccatgtc gtactccgtg cggagccact gccggacgtg gtgatcggca
       61 ataggttcca catccttacg gaagcggtca aaagacttca ggttgccctc cttgtcgacc
      121 atctgggccg ccatatcacg gctcatgcgg tgggcgcgga aggcggagaa gacttcattg
      181 ttgttcttga attgacgcgc taatgttctc tgctgctttt tgtcaataga ttgatcgacg
      241 gcgtggttgt aggtgcgtag gaagccgcca tagagcgctg gat
//
LOCUS       SEQF2638.1|AYYF01000248.1 329 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..329
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gcaacgcact gatcaaggaa tacaattttt ataaccagaa ctactgcgga tgcgagttca
       61 gcatccgacc agagtcgcaa aacccctcat ccaatgaaca atcagaaaga accgaaagcc
      121 aactcaacgc ctgaatcaga cgaggagaat ctgccgcttg tcgtcctccc cgccgaatgg
      181 gaacctcaaa gcggcatcca gctcacgtgg ccgcacagcg gcaccgactg ggcacctatg
      241 ctcgacgaga tctcacaatg ctacgcccgc attgttcgcg aaatcatccg attcgagccc
      301 gtgatgatcg tcaccccgag tgccgacat
//
LOCUS       SEQF2638.1|AYYF01000249.1 526 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..526
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(59..472)
                     /locus_tag="SEQF2638.1_00051"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLAELPVEELDLPDLHLVQVDLHLARQLEGVAEERDRIDLRAAN
                     AGRQLCQLVDMLDQLIQSFLVAHKSIVRRMMCNYKECPLELCLWADKSRHSPHPGHFL
                     RFAELRIKGKRGANTGYTYFCVVKTYGKCANSRFY"
ORIGIN      
        1 taaatcttgt atgcagcagc ttgggggagg ctggatatga aatcctttgc ttcgtccatc
       61 aatagaatct cgaatttgcg catttcccat acgtctttac gacgcaaaag taggtatagc
      121 ccgtattggc gcctcgtttt cccttgatgc gtagctctgc aaacctcaaa aagtggccgg
      181 ggtgggggct atgcctactt ttgtccgccc aaagacacag ctccaatggg cattctttat
      241 agttacacat catcctccga acgatagact tatgagcaac caagaacgac tggatcaact
      301 gatccaacat atcgacgagc tggcacagct gacggccagc attcgcggca cggagatcta
      361 tccggtctct ttcttcagcc acgccttcga gttgacgggc aagatgcaag tcgacctgca
      421 cgagatggag atcgggcaaa tcgagctctt cgaccggcaa ctccgccagc atcgcgaaca
      481 gatccgtgcc ttcgagacta aggcacgccc cgccttcgag gcaccc
//
LOCUS       SEQF2638.1|AYYF01000250.1 561 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..561
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 attaggcgca taactactta ccccacaccc atcatgctga aagatttact gctacaaacc
       61 cggagcttcc ggcgctttta cgaggacgaa cgcctcgacg ccgacgtgct caccgcggct
      121 attgatgccg cacgactctg cccctcggcg cgcaacgctc aaccgctgaa gtaccgcctc
      181 gtcaccgagc gcgacgagtg cgatcggctc ttccccacgc tccgctgggc ggcctacctc
      241 aaagactggg gtggaccggc cgagggcgaa cgacccgcag catacctcat ccaactcctc
      301 gacacacgca tcgtccgcga tccctactgc gacgacggca tccaggccct cgccatcctg
      361 ctctcgctcg ctgagcgcgg cctaggcggg tgcatcatca aggcctttaa tgccaaacag
      421 attcaggccg acttccgact gcctgacttt ctcgaggtgc gcaccgtgtt agccttggga
      481 cggccacgag agacggtcgt tatcgagccg atgtcgcccg acgacgatta ccgctattgg
      541 cgcgatgccg cgggcgtgca c
//
LOCUS       SEQF2638.1|AYYF01000251.1 301 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..301
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ccgcccgacg atctgtcagc ttgacaggaa caaggaaggt ctgcttgtaa gcctccagtg
       61 tccctcgctt cattttggcg ctggtgcgtt tcggtgtggt tgcactctcg caagagcttc
      121 gtccactgat gggcagcgag cagacgcaga ggctacgccg tgccttgcgg gtctgtccgc
      181 cgagaaaggg gacgctcgag aaaaagtgat gctggcaact cgattgacgg gtccgctgga
      241 tcaaaagtga cgctggcaac tctggttgct ccaatccaat tatacaacct catatttcaa
      301 a
//
LOCUS       SEQF2638.1|AYYF01000252.1 319 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..319
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtagtcgccg ctgcagggtt catggatgcc taatccgtcg tactcgccat cggtttcact
       61 tacgcggtgc gcctgtcttc ttcactctat cgatagacgg gcgtgccgct cgctttttgc
      121 ccctccccca atgccacacc ccactcgtcg acgactgctg atcttcagcc tgccgctact
      181 gctgattgct ctggtcgcgc tgaccatcat ctactaccgc gtcagcccga ccacctcggt
      241 cttcttcccc aaatgcgcgt tcctcatgct gactggactc aaatgccccg gctgcggttc
      301 gcagcgcgca gtccacgcc
//
LOCUS       SEQF2638.1|AYYF01000253.1 358 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..358
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggatatggta gacgaagccc acgttgccgt agacgcggtt acgggtatcg ttctgatagt
       61 tctcgtagcg actccaatag gggttgttgg cgtagtttgg gcgcggatcg ttccagtcac
      121 tgcggttcca agtgatctgc gagccgtcga tgggactctt atagagggcc tcgagctcct
      181 tcatgtccag ctggcggtgg ccccactgga tgaatttctc catcacattg ttgttgtcgt
      241 aacccgtctg cgaacggccg cgagcggcgg agttgaaata ggtcacgttg gtcatcacct
      301 ccagcttttt attggcgctg gtggttgagg cggagacatt gaagacgttc ttacgcag
//
LOCUS       SEQF2638.1|AYYF01000254.1 517 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..517
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             62..334
                     /locus_tag="SEQF2638.1_00052"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQQIFPEACGMQYDNTLLHEAIVEALKRELDDTETDPDGQSWTD
                     YFIYELDYGRKNDDLKAYNADGSEIPLATAADLYRFLVAKQTDKHT"
ORIGIN      
        1 tgaacgactc cttgtcgcac tcgaggcaca ggcggagaag gactgtcgaa gcagcaaact
       61 catgcagcaa atcttccccg aggcctgcgg catgcagtac gacaacacct tgctgcacga
      121 ggcgatcgtc gaggcgctaa agcgagagct ggacgacacg gagacggatc cggatggcca
      181 gagctggaca gactacttca tctacgagct ggactatggc aggaagaacg acgacctgaa
      241 ggcttacaat gcagacggca gcgagatacc actggctaca gcggccgatc tctaccgatt
      301 cctcgtcgca aagcagacgg acaagcatac gtgatcttat ttgaattcat tggtttttca
      361 gaaatgacag aaggagccgc tggggttcgt gagaataggc ggttttgcaa ttgtaaacaa
      421 cgatggggcg atgcccctgc attatataca tgagtttttt cgtttcagct tttgactatt
      481 tcagtagtga ggcggccgcc cttccgtgat ggacctg
//
LOCUS       SEQF2638.1|AYYF01000255.1 487 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..487
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 taaatgttcc tactgctcga taccgatcat tacggggcgt taccgctcgc gtccgatgga
       61 ggagatcgtg aaggaggccc gactgttgac cgaaaaaggg atcagcgagt ttcaacttat
      121 cgcgcaagac ctgacctact acggacaaga cctttaccac aaagctgtac tgcctgagct
      181 ggtcgagcga ctgtcggacg tgccgggcgt ggagtggctg aggttgcatt acggctatcc
      241 gtcgcatttc ccacacgaat tgctgcgcgt gatgcgcgag cgcgagaacg tctgcaaata
      301 cctcgacatc gccctccaac acatcagtaa ccctgtgctg gagcgcatgc gacggcatat
      361 tacgaaagaa gagacttacg aactcatcgc ccggattcgg gaagaagtgc ccggcattca
      421 cctgcgtacc acgctgatgg tgggctatcc cggagagacg gacgatgact tcgaacaact
      481 gatgcag
//
LOCUS       SEQF2638.1|AYYF01000256.1 328 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..328
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggttaagggc gataaggtgc tcgtcttcca caagaagaga agaaagggct accgcaagct
       61 gaacggacac cgccagcagt ttaccgaagt gagcatcaaa caaatcatcg cttaaccatt
      121 taaccacaac aagacagaga gaaatggcac acaaaaaagg agtcggcagt tccaagaacg
      181 gccgcgaatc agaaagcaaa cgcttaggca ttaaactctt cggcggccag aaggccaagg
      241 ccggtaacat catcgcccgc cagcgcggca cggagttcca tccgggcaag aacgtgggca
      301 tgggtcgcga ccacacgctg tatgcact
//
LOCUS       SEQF2638.1|AYYF01000257.1 361 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..361
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(129..350)
                     /locus_tag="SEQF2638.1_00053"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAKSKDLVIRLPVVRGEEDTNEWEVGLPADSHRIAPATQVKTVE
                     DSRRESQIAFHVQCRRVIAPLRAVDGANH"
ORIGIN      
        1 cttcgatccg taatccggca ggcacatcga gtggttatgc ggccttcatt gactaccgct
       61 acagcctgca tcgacgtctg gagaccagtg tggacggtct gcgattgctc gtcggcggtg
      121 cgggacgctc aatgattggc accgtctacc gctcgcaggg gggcaataac cctgcggcac
      181 tgcacgtgga aggcgatctg ggactctcta cggctatcct ctacggtttt gacttgggtc
      241 gccggcgcta tccggtgact gtccgctggc aggccaacct cccactcgtt ggtgtcttct
      301 tctccccgca ctacgggcaa tcgtattacg agatctttac tcttggccat cgtgccggta
      361 t
//
LOCUS       SEQF2638.1|AYYF01000258.1 250 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..250
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gttcttcttc ctcgcctctt cgatccactt cggaacgacg gtcttgagga actcgccctt
       61 cttgcggcgc agttctttgg ggttcagacc gatgtagcgc tgtgccttct ccttcgtaga
      121 gatgtcaggc atgggcacct cgtcggtgta gccgtgcttg gccagaatgc gggagagagc
      181 aaggcgagcc ttcatggcgc gctcgaggcc ggcactgagg atgcgcgtca cctcttgcgg
      241 tgcgtggaag
//
LOCUS       SEQF2638.1|AYYF01000259.1 575 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..575
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cctacggaga ggcccagacg catctgcccg aagacaccat cacgcgatac acgaacaacg
       61 ctaccatcgt gcgtcacctg ctcggccgac ttgaggtgat ccgcgcgcac cgcaacatcc
      121 caatgggtga gttttggcga gactccgtgg cctacgctgc cgagcagcag acgaaaggtc
      181 tgccgaactc actgcctgcc agcgaacgcg gcttccgccg gctcgtcatg cgcttcaagg
      241 aggagggcta cgccgccttc gtatcgaaga actacggcaa cgacaccgcc ctgcgcctcg
      301 aggaggaggc cagagaatgg ctcatcgccc gctacgccac acctgtcgac cgcctgacgg
      361 tgaagcagct cttcgaggcg tataaccgcg tggcccggga gcgcatatat caatacattg
      421 attttaaggg agtaagcagg gcggattttg aacgaaaaaa cctgatctcc aatgggtatt
      481 tggctaagat gtaccgtaga aaggcggatg ttggcgaggg tataatgacc cagatcttag
      541 aaaatagtcc cgatctatca cccgggtggc tcttg
//
LOCUS       SEQF2638.1|AYYF01000260.1 245 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..245
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cgagtgtcgc cgcgtagcct tcgccacgtc gttcaacaag cgcgacattg aagccttcgg
       61 gcgcttcgtc accatcttca aggaataccc cgtgcagatc gagctgttca acatctccac
      121 cagtcgcaac gagtggaacg agatccgtct ggccggcatg gacgagtacc tcaccaagca
      181 acatccttcg cggcggctat ctcgacagcg gtgatcaggt tctccttgcc gtccgtccgc
      241 agcac
//
LOCUS       SEQF2638.1|AYYF01000261.1 426 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..426
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gagtagagga ccttcatcga caacccaccc cgccaatgat ccgaaaggtc gtaggaatag
       61 gtggcactta ggcccgcgtc ggcggcggag aagtgccccg agaggttgcg ctgggcatcg
      121 gcctccttca tgctcccgta gttgatgtac gacaggccga cggcccacgc gccgcggtcg
      181 ccgtgggtgc gtgtatagat ggcgctaccg acgtggatac cgccgatgta gttcatatag
      241 ctcagcccca ccatgccgtt catctcgccc cctaagagcg ctgggttatg gaaaacgagg
      301 gccggatcgg tctccacgag cgagaccgtg tgccccccca gtgcgccagc ccgggccgag
      361 gtggggaaac gtaaaaagcg gaacacttcg ttgccctgct gagccgcaag gcaggcgaga
      421 aagagg
//
LOCUS       SEQF2638.1|AYYF01000262.1 446 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..446
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(189..368)
                     /locus_tag="SEQF2638.1_00054"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRQRMKRMRDRSQLMMQQKILILICWIVTETFKTFQDSILNYQT
                     IIRLLCKFGMNLTNI"
ORIGIN      
        1 aacaagttca cagctggtaa cacgaatctc gtcaccgtcc tctttttcac gacagaatgt
       61 ggatatcgat attctattat tgaaaatcgt tagtatatac ccattttcat ctttagctct
      121 ataacagtct atgaaaaagg tttgagttga aaagtaagct gggtcagagg aaagtaattc
      181 agccaattct atatgtttgt caggttcata ccgaacttgc aaagcaaacg gataatagtc
      241 tggtagttta ggattgaatc ctggaaggtc ttgaatgtct ctgtaacaat ccagcaaatc
      301 aggatcaaga tcttctgttg catcatgagt tgagagcggt ccctcatcct cttcatcctc
      361 tgcctcatta acaatagtga atcttatcat ttgtgcggga tgttcaggtg ctactattgc
      421 gcgaaggcgc aaggtatcta gtattt
//
LOCUS       SEQF2638.1|AYYF01000263.1 441 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..441
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 acgaagcgcc ggccccgtct gcgcctcgcg cggcgtgagg cggtggatct tcgcggccgt
       61 ctcgtcgatc agcggacgga gcacggagcc gtcgatgcca cgcgcacgca tgatcccgtc
      121 ggccaaggca tacatgtgat tcgtgaagtt gcaagcaaag accgccgcca gatggaggta
      181 cgcccgatcg accgacgaca gctcatgcac ctcgtccgag agtcgctggg ccagcctccg
      241 cacctcgtcg gtcacctccg tcgtgcagcc ctccacgaag cagggcaccc gacgaaagtc
      301 caccgacctc tcgcgtgaga acgtctgcag cggataaagt acgccgtagc gccgcgcccg
      361 gccgcggaag acattcatcg acacactgcc cgccgtatgc agccacagcc catcgttcgc
      421 cggcacccga cgggccacgc c
//
LOCUS       SEQF2638.1|AYYF01000264.1 300 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..300
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 atgttacgcg cagcaccgaa gaatcgcttc ggcttctgga gggcattggc ctccacgcca
       61 cccgaaagca ccttgcccga ggccggttgc acggtgttat aagcgcgggc caggcgggtg
      121 atggagtcga gcaggatgac tacgtcgtgg ccacactcga ccatgcgttt ggccttattg
      181 aggacgatct cggcgatctt cacgtggcgg tctgccggct cgtcgaaggt ggaggcgata
      241 acctcggcgt ctacgctacg ggccatgtcg gtcacctcct cggggcgttc gtcgatgagc
//
LOCUS       SEQF2638.1|AYYF01000265.1 298 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..298
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cagcaccgcc ccgaccattg gcgcgtacga acacgcacgc cagccggagg aaaagaagcc
       61 gtcggcacgc cgttaagaag gttattggtc ctgagagagg cgggttgacg agccgcccgt
      121 acttgtatcg ggcaccataa gtgctgagac gcgtctattc atgcctccta agagggcaaa
      181 tcgtttttgg aaatacttgc ggaacttctg caagcgtcaa aatggggaaa atggcgtttg
      241 cggaacttcc gcaagcatca aaatggagaa aatggcgttt gcggaacttc cgcaagca
//
LOCUS       SEQF2638.1|AYYF01000266.1 483 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..483
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             17..307
                     /locus_tag="SEQF2638.1_00055"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPAFDALEAHARARGRAFTDRADLIAREDIIRFYRSLIEEAQQH
                     FASFEKIKRFTLLQRPFTIQDGELTDTLKLRRGAIARRYAAEIEAMYKDTEK"
ORIGIN      
        1 cgtcagcgcc ctcatcgtgc ctgccttcga cgccctcgag gcccatgccc gcgcccgcgg
       61 cagagccttc accgaccgtg ccgacctcat cgcccgtgag gacatcatcc gcttctaccg
      121 ttcgctcatc gaggaggcgc agcagcattt cgcctcgttc gagaagatca agcgtttcac
      181 cctcctccag cgccccttca ccatccagga cggcgaattg accgacaccc tcaagctccg
      241 tcgtggcgcc atcgcccgtc gctacgccgc cgagatcgag gccatgtata aggacacgga
      301 gaaatgacgc actaagaagc caaacaggcg cctgttcggc tccctgcaat ttgtgtaacg
      361 gtaaacaggg cccctgcggg ggcagcgaag ttggccgggt acctcaaagt tggcctgcgc
      421 tttcgcttca gttttttgta accccaaaca ggcgcctgtt tggggctacg cagtctgcgc
      481 aat
//
LOCUS       SEQF2638.1|AYYF01000267.1 428 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..428
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             27..341
                     /locus_tag="SEQF2638.1_00056"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAFVVRRRTKEIGIRKINGARPSDIVRMLNYRFVLWIGVAFLLA
                     APAAYLLMTRWLENFAAPAPLDWWLFGLTGLGVLVVSVAAVSWQSWRAATINPVDTLK
                     LE"
ORIGIN      
        1 tcgcgacgct ggggctggtc atcgtcatgg cgtttgtcgt ccgccggcgg acgaaggaga
       61 tcggcatccg caagatcaac ggcgcgcggc cgtcggacat cgtccgcatg ctcaactacc
      121 ggttcgtcct ctggatcggc gtggccttcc tcctggccgc acccgccgcc tacctgctga
      181 tgacgcgctg gctggagaac ttcgccgctc cggcgcccct cgactggtgg ctctttgggc
      241 tcacgggcct cggcgtgttg gtcgtttcgg tggccgccgt ctcgtggcag agctggcgcg
      301 ccgctacgat caaccctgtg gacacgctga agctcgaata gggggatatt ttgaaggcga
      361 atgagaggcc gccgatggtg aaaaatttta cgacgagggt gtctgagcaa aaagacgccc
      421 cgttggag
//
LOCUS       SEQF2638.1|AYYF01000268.1 852 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..852
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             109..303
                     /locus_tag="SEQF2638.1_00057"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTASDFLDRAQKSLDPKRPVAVYCRSGKRSMRAAQMLQKAGFRV
                     IYNLDTGYLGWVEYQAGKKR"
     CDS             complement(348..785)
                     /gene="lolD"
                     /locus_tag="SEQF2638.1_00058"
                     /EC_number="3.6.3.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P75957"
                     /codon_start=1
                     /transl_table=11
                     /product="Lipoprotein-releasing system ATP-binding protein
                     LolD"
                     /db_xref="COG:COG1136"
                     /translation="MAAFRNQHIGFVFQFHRLLPEFTALENVMIPALIARDSAAEAER
                     KARELLDFLHLSDRITHKPAELSGGEKQRVAVARALINRPSVVLADEPSGSLDSHSKD
                     ELHRLFFDLRRDLGQTFVIVTHDEALAAQADRTIRMRDGVIID"
ORIGIN      
        1 ggcgttactg aacggggtga gcggagccgg gcccatcact cagtttgatg cctccaaatt
       61 caagacgagt tcgcggcggg ccatatcaat ggggcgcagc tgatcgacgt gacggcgtcg
      121 gacttcttgg atcgtgcgca gaaatcgctc gaccccaagc ggccggtggc cgtctattgc
      181 cgcagcggaa agcgaagcat gcgggcggca cagatgctgc aaaaggcggg cttccgggtg
      241 atctacaatc tagacacggg ctacttaggc tgggtcgaat atcaggccgg gaagaagcgc
      301 tgaacgcggg ctgcggcctg tgtttttaat cgtaacgagg ggtggtgtca atcgataatg
      361 acgccatccc tcattcgtat cgtgcggtcg gcttgggcgg cgagggcttc gtcgtgggtg
      421 acgatgacga aggtctggcc caggtctcga cggagatcga agaagagacg gtgaagctcg
      481 tccttgctgt gcgagtcgag gctgcccgag ggctcgtcgg ccaagacgac gctgggccgg
      541 ttgatgaggg cgcgggccac ggcgacgcgt tgcttttcgc cgccggagag ctcggccggc
      601 ttatgggtga tgcggtcgga gaggtggagg aagtcgagca gttcgcgcgc cttacgttcg
      661 gcctcggcgg cagagtcgcg ggcgatgagg gcggggatca tgacgttttc gagggccgtg
      721 aactcgggta ggagtcggtg gaactggaag acgaatccga tgtgttggtt gcggaaggcg
      781 gccatgcgcc gttcgttgag ggtgaagggg tcgacgccgt cgatgatgac gtggcccgag
      841 tcgggtcgga tg
//
LOCUS       SEQF2638.1|AYYF01000269.1 278 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..278
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cgcgtcgcgc accgagtggg tgggatccat ttgcgtggcc gcacctacgg cgcctacgtc
       61 ggcgaagcga ctttcggcat acatcccttt gaggttaccg ttcatcttga gcatgccacc
      121 caaaaacgac ggagagaggt tcagcgaggc cgtgtaacgg ttgaagctcg aggttttgag
      181 gataccgttt tggttcgtgt agcccacgga catgcggaaa ggcatcgtcc cgaggcctcc
      241 gaagacgctc acgttgtgat ccgtcgagag ggccgtgc
//
LOCUS       SEQF2638.1|AYYF01000270.1 351 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..351
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggcacataca gcggcagccc ctcccaaacg tgccaaaaca catgtcggaa gatggtgaag
       61 ttgttgttcg ggaatttcag tagagcagcc gcaatggccg ccacagccca caccaccccg
      121 atcggtgcat agcgattaaa aagcggtcgc tcagcaaggg ctttcaagcg ttcattccag
      181 ttcatcatag gtcggttttg ttacctgttt cattcagtca ttatgggaga aaaacacccc
      241 ggaaggatga cgtttcgccc cgtttcgctt catccgtgat agaaaatcag aagtcgcccg
      301 gtttgagcac catctcctca tcctttgtgc ctttacctgc ggcgatgatc t
//
LOCUS       SEQF2638.1|AYYF01000271.1 241 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..241
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tctcgcgatt ttccggggcg atttgtctgg ggcgaagagt gggcaactta taaaggcgat
       61 gagcgcgccc taaccgacga acaacgtcgc ctcacccgcc gtagtgagcc ctcagcaccg
      121 cctacgcagc aggaactttt tgcggctttc tctcgcccgc tgcttgaccc cgccacgtcg
      181 ttcattcgac agtattatcg gcgctttgcc gaggattgat cgcgcgtcgt ctgcaaagag
      241 a
//
LOCUS       SEQF2638.1|AYYF01000272.1 843 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..843
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ccaagcattc aaatgattca tagccggtgt ctgacgaata tcagcctgtt tatcccctac
       61 gccaaggtga acaacttcca ggacgcctat ccgtattgga agatcgccta cgacgaatgc
      121 ccagctgcta cgaaggacat ctatctctat ggtgtccgca tcatgaattg gaagattgcg
      181 caggagaaag acccggcgaa gcaggctgcg ctcatcgacg agctgatggc cgtctatgac
      241 aagcgtgtga aatacttcgg tggcgatcag aaatatggta aggactggat cttggcgcgt
      301 aaggtggagg attatctccg tctcaagggc gataaggccg acatcgctgc cgcctacggt
      361 tggctgactc aggtgctgga cgagtacaag gagaagacgg atgagttggc cgtatcggag
      421 tacatgttcc tttcgcataa gatgatggag aaggacgagg ccggacacaa agccaaattc
      481 gtgcaggact tcctccgctg ctcatccatc ttcgacaccc aaatcaaggc cgctcaggag
      541 gctaacaacc aaaagcagct ggacaacctg atggccatga aggccggtat cgagaaagga
      601 ttctcgggta gtggtgccgc cgactgtcag acgctccaga gcatctacgc cgatcagatc
      661 gaggccaaca aggacaatct ggacttcctg aaggagaccc tcacgctgct ccgccgtgct
      721 ggatgccagg agatcgaggc ctacttcaaa gcctctgagt acgcttacca gaaggagaag
      781 acggccgaga ttgctttcgg tatgggtaat caggccatca agaagcgtga ctacgccagc
      841 gcc
//
LOCUS       SEQF2638.1|AYYF01000273.1 535 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..535
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tttccgctga ggaaggcctc gacggccacc tcgtcggcgg cgttgaggat gcagggcatg
       61 ttgccaccgc gacgggccgc ctcgtaggcg tagtctaagt tgcggaagcg ctccctatcg
      121 ggcgcctcga aggtgagcgt cgagagttgg gcgaagtcga gccgtggcgc ggcgcttcgc
      181 agtcggcgcg ggtaggccaa ggcataggcg atgggcagat gcatgtcggg cgtccccagc
      241 tgagccatca cggcgccgtc ggcaaactgc accatcgagt ggacgatcga ctgcgggtgc
      301 acgaccacct cgatccgctc cggcggcagg ccgaacagcc atcgcgcctc gatcatctcg
      361 aagcctttgt tcatcatcga cgccgagtcg atcgtcacct tggcgcccat cgaccagttc
      421 gggtgacgca gcgcctcggc tggagtgacg tcggccaacg cctcgcgcgg cgttgtgcgg
      481 aaaggtccgc cagaggccgt gaggatcacc ttctccaccg cgctcgcgtc ttgcc
//
LOCUS       SEQF2638.1|AYYF01000274.1 258 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..258
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ccaacagcac gtccccctga tgaagttcga gttcgattta taatcaggaa acgagccaat
       61 caagaagcgg gggcaagacc gacacgaacg gttcctgccc ccgtttttat tccaaacccc
      121 gatgcattag tgatgactac ccttataggt tagcatcgtc ctaccctata ggttagcgag
      181 gaactacctt atagggtagt gccggcataa catcctcgtc tcattcggcc ggtagggtag
      241 gggcgtatcg catacgcc
//
LOCUS       SEQF2638.1|AYYF01000275.1 307 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..307
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 actgtgttct tactcttgta agtagagtac tctccttgat cggaattgag cttgtgtaaa
       61 aattttcggc gaaactcaaa gtcgtgggta gcaatatccc ataaaataca cttagctttt
      121 tgctccatgc accctgttag ctgtaggaaa agagtctgta agacgtattc tttcattata
      181 taattacaaa cccgcccctt gtacaaatcc attgggagca aggccttttc tataagagaa
      241 ataagtggca taagaatgaa atctttatgc ttcattgttc gatttgttag tttgatttgt
      301 tagaagg
//
LOCUS       SEQF2638.1|AYYF01000276.1 287 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..287
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tcatagatgt tatagataat tcgatcatgt gccgagatac gtcttgaata agtgatacca
       61 tctccgtttt ttaatggctc cggatggcca atcccggtac gaggatgatc agccagctca
      121 tagagtatct cttgatattt cttgaacaac tgtggattgg acttcatcca ttttctaatc
      181 accttatccg cgcgattcga aataactact cgatatctca tagactgtct aaatatcgat
      241 cgatatcctc acgagtttcc agaagaatgc atttcccagc acgataa
//
LOCUS       SEQF2638.1|AYYF01000277.1 385 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..385
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(146..307)
                     /locus_tag="SEQF2638.1_00059"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEELTRPFELTFEYVKADYRRPFVFYGIELNSSEEWIEQSVPRY
                     MKFLDEFSR"
ORIGIN      
        1 gtacagcacc ggttgcaggt tggctcgcga cgcatagatg gcagccgtgt agccggccgg
       61 cccggagcct atgatcaggc aacgcacttt ctcattttcc atattctctt tcaaatcttt
      121 ctcgttgggg ttattgttaa tctgtttatc tcgaaaactc gtccaggaac ttcatgtatc
      181 gcggaacact ctgttcgatc cattcctcag acgagttcaa ttcaatgcca taaaagacaa
      241 acggccggcg gtagtcagcc ttcacgtatt caaaagtcag ctcgaacggg cgtgtcagct
      301 cctccaccgt ataccggtat ttgcctgaag ccgcatactc atgctcgtcg ataccggcgg
      361 tgatggccag ggcaatcttc ttgcc
//
LOCUS       SEQF2638.1|AYYF01000278.1 397 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..397
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtttaagact tggcaaagta gtggaaggct tcctgcgcgc tctgcgactt acttggcttt
       61 ggccaacaag cctattgcaa acgccgagga atcccagatg ctcaaaaaga taaagctagt
      121 agcttcggag cgttctattg ttgcttattg atatttaaag tatcatccga aaggctggcc
      181 ggaggttagt tggtacgaac tctctgtact ctgcgaacag aggcttggag acacctccgt
      241 cctatgacaa gattgcagct gatgcgactc aaagtcgctt caattctcaa ttgactctcg
      301 gcgcaacttc aggtgttatt ttgacttggt caatacttta taagcccacc tcttcactcg
      361 ttttgtcgct ccttttatcc cttcgtttgc gtataac
//
LOCUS       SEQF2638.1|AYYF01000279.1 290 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..290
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 caattatccg agcatgccga caggtgcgga cgcgtcggac gagctgctgg agcgcttggt
       61 cgactttggg cgtcggcacg gcatcgtcat ctgtcacgac aacccgtaca gcttcattct
      121 gaacgatcac ccgcgcagca tcctcgctgt gaagggtgcc aaggaggtgt gcatcgagct
      181 gaattcgatg agtaaggcgc acaacatgcc gggctggcgc atggccatgt tggcctcgaa
      241 tgcacagttc gtgtcgtgga tcctgcgcgt gaagagcaat gtggactcgg
//
LOCUS       SEQF2638.1|AYYF01000280.1 371 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..371
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cggcgaagtg tacggggtcg gtctgtcgga gctcgtcgag cagggcgtcg agtccgaagc
       61 gctcatagtc cgctaggacg gcggcgcgga tgtcggtggg tacggtggag atgtcgtcga
      121 tgccctgaca gacggcgtcg atgtacatca tcgatccgcc ggtgaggagg acggcagtgt
      181 gggtcgtgaa aagggtcgta aggagcgcca gggcgtctgt ttcatagcgt gcggcgctgt
      241 acggttcggc ggggtcgagg aggtcgacga agtagtgcgt gacgcgggcg cgttcgtcgg
      301 ccgtgggggc ggcggtgccg atgggcatgc cgcgatagat ctgtcgggag tcggccgata
      361 ggatggggct g
//
LOCUS       SEQF2638.1|AYYF01000281.1 244 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..244
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tcattacaag cccttgcgcc ttctctttta gatctcgcgc aggggtttgt tctttatctg
       61 taggagtgtt tccatcccac cagacaccat actcgaaagc ccttctgagc cccaaaatca
      121 atgattccag catttcggac gccagtcgaa gtgcttcgat gcacaccgcg agggatccca
      181 tccgtgttcc ggattctccg cgattgctca ccaatcgatg ggtgactcgc cgagggctac
      241 taaa
//
LOCUS       SEQF2638.1|AYYF01000282.1 301 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..301
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 accatatcct gcccagcctg aagttccaat acaaggccaa tctggacttc ttcgccgaca
       61 agcagttcga gcgtaacgcc gtctactcgc aagagcagtc ccaatacaag gagaccgccc
      121 gccagcagta cgagctgaac aacgagttca tgctcctcta caaccagacc gtgagcgacc
      181 tcaccgtgaa cgccaacttg ggcgccaacc tgatgaaacg ccactacgag atgacgtacg
      241 gtcgcaccgt gggcggactg gccattgcgg acttctacag cctgagcaac tccgtctcac
      301 c
//
LOCUS       SEQF2638.1|AYYF01000283.1 250 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..250
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 aggctcctcc tcgccgttga tgatctggaa aagggccgtc atggcgcgcg catcacgact
       61 gatgaagacg atcttgtcgt ccttctccac attgaaattc aggtcacgga agagcgtgtg
      121 cccgtcgatc gttttcgtca gaccgctgac ttccaagatt tggttgcccg gctcgcgagc
      181 gggattgaaa aggatgcccg gataacggcg cgacgagggt tggatctcct cgatgttgag
      241 cttctcgagc
//
LOCUS       SEQF2638.1|AYYF01000284.1 247 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..247
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtcgtagtct tcgccttgta cgcctaactc tcctaagctc gtcgcacggg ctatatccag
       61 cttcagcgcc tcgtcatagt cttcgccggc cataaaagca tacatcatgc gaagcaacaa
      121 gtcagaactg atatgcgagg ccgcgatgtg ataaatgatc gattcaaact gcttcatgaa
      181 gacacatgcg ttccaataac gttcgttctt atgcaggaag taggccccca aggtcagtgc
      241 gatacgc
//
LOCUS       SEQF2638.1|AYYF01000285.1 244 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..244
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 acagatcaaa accggttcgc tcagccgtag cgaccgcata gccaagtaca atcagctgct
       61 tcgtatcgaa gaggagttgg gcgcactggc tgtatatggc tacaagcgcg tgaagtgaga
      121 atggctcccg atcggattgt cggtcggagc cgctgttata ggtaattcga gagaggtgtc
      181 cccataggat gggggcgcct ctttttttcg ggcgtaagtg ggcggtgatg cgtcggaatc
      241 agtg
//
LOCUS       SEQF2638.1|AYYF01000286.1 299 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..299
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ttactatagt atcttcggat tttatttttg agagactgca attcataatt tttagctggc
       61 gagtatttga cattgtccat gtttggggac atcatctcta tagcggccaa cggaattact
      121 gtccaatcaa atgggttttc ctctgaaatg cgaccaagca caaaccattt tccattgaat
      181 cgtttaagca tgtagggaga taagatgaaa cgtcttcctc cattaattcg tgggtagatc
      241 atgtcaattg gaaccttatt ctcaatggca tcgtagatat cctttatata tctaagttc
//
LOCUS       SEQF2638.1|AYYF01000287.1 243 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..243
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tttgtgatgt agatataact ccattcataa caaaggtatc aaatctattt cttccaccac
       61 tagtatttca gcttgaagaa tatggattgc aaagaatgct aagtcgtaaa cttcacaact
      121 cacgagtaat tgatttggag cgagtggata tttctatcaa cgacattctt gatgagttcc
      181 taaaggtagg aatgaatcga attattgaga ctgcacaatt atcagcggtg gatcaattta
      241 tct
//
LOCUS       SEQF2638.1|AYYF01000288.1 264 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..264
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtatagatgc gggcggactc gcggccttgc ttgacgagct tttggaggat actgagggcg
       61 gcctcatcgg tgagagtgtc gttcgcaccg ggggcggttt tggcttcgag gaagcatttc
      121 ttggcgttac ggagtgcctc gagtttgacc ttgtctttgg ccaacatggc ggctttgatg
      181 tcgccgctga tttgatcgaa taaatccatt gtttacttgt atttagaggg tagaggatag
      241 agagtagagg gtagaggata gagg
//
LOCUS       SEQF2638.1|AYYF01000289.1 442 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..442
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gttgcggacg agggagagga tctcgggctg cacgtagaac tccgagctcg tcgggtcttg
       61 cttctctaag atgccgcgtt gggtggtgaa gtagttatac cacacggcgt cgcggggctg
      121 atagccgccg atggagccgt agctggcacg catggtgaag ttggcgtcgg agtagaaggt
      181 gcgctccggg tgcatcttct gtaggccttc gaagtagagg cgttcgccgc gctcaacatc
      241 ctccagagag gtggagagga gctgccgcac gctcatcagc gacaggatgg tggaatggga
      301 gagctcggcg gcgggatcct tcttcatcac cgtcttgtag tgcttcttgt ccttgagcag
      361 ggcggccact ttctcgggcg aggtgaagag ggtgcgcttg aagaggtcgt tggcgtagcg
      421 ctcatagtcg cccttgtatt tc
//
LOCUS       SEQF2638.1|AYYF01000290.1 254 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..254
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cagttggtta gagcacctga ctgttaatca gagggtcctt ggttcaagtc caagaggaag
       61 agcgagaggc gatcgattat tcggtcgcct ctttcgttat cccccgaagt aacccaatca
      121 cccacatcaa cagccttgtc tctggctcta tcgaagccga ttttaggcgg aacgtgagcg
      181 aaaagagctg atgcgtgagc tttatctcac tggtgcacga gcctgtcgtt gctggtgaat
      241 gagccttagt aagc
//
LOCUS       SEQF2638.1|AYYF01000291.1 238 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..238
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gaagagacga tcgtaaatga ggccggcgtc acactacacc ggatcatggc cacacgcgac
       61 tcacggcacg ccaaggctgg acagacgggc ggcttcgtag agaaggaaag caacctcgct
      121 gacgaagcgt gggtggccga cgaggctcgg gtgtggggcg aggcacggct gtatggatac
      181 agctatgcgg gcggacaggc ctgcatatac gacaaggctc gcatgcacag tcaggcgc
//
LOCUS       SEQF2638.1|AYYF01000292.1 401 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..401
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cctttgtatt atggagtcac aagcgataga tcttcgattt gtccggctat cgggtaattt
       61 cctccggaaa acacttgatg atactcgata ataggagcta ttatttatgt agctaaaaaa
      121 gaatagggca tcacttatcc gaaaatcctc tttccaaata gtaaggatac gaagaagtag
      181 ggataagagg agagcaaagc tttcttcaat tgataagtta cgacctctgc aaagccttat
      241 ttgtcagaat tttcaaccat cagcagattg aatatcttaa attcttctcg tgaaggggtt
      301 tgcagaggtc gcaagatgtg atttctataa gaaaaaaaat gtctggaatc cggatacggt
      361 ggcggggcta taacgccatc acggctctct tctctttgta c
//
LOCUS       SEQF2638.1|AYYF01000293.1 324 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..324
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(85..306)
                     /locus_tag="SEQF2638.1_00060"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGGEHQTELPAVVRAFVISAIEGFANQIVDEEALRLRIEAQLWL
                     LDMKVDKLLEVFWIDLRTELRNVIIREGI"
ORIGIN      
        1 atccaaactt ccgcgccgct gatgagcatt atgcgctact tcgcccgcga gttctcattc
       61 tctgctgcct ttcgccgctc cgtcttagat accctcacgg atgataacat tacgaagttc
      121 cgtcctgagg tcaatccaga agacctcaag aagtttgtcc accttcatat cgaggagcca
      181 gagctgagcc tcgatccgaa gacgcaatgc ctcttcatca acgatctgat tcgcgaagcc
      241 ttctatcgcg gagataacaa atgcccggac gacggccggc aactcggtct gatgttcgcc
      301 acccacagcc cctacatcct caac
//
LOCUS       SEQF2638.1|AYYF01000294.1 388 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..388
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             85..288
                     /locus_tag="SEQF2638.1_00061"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MADFSESVDAFLNFRRYKILQGKEAISSEQAKEKAYAEYQLFNP
                     TQRIDSDFDKELRKRKNKEDEEI"
ORIGIN      
        1 gaagaaagac gtagactaga gcgtgcgatt acggtcttct ttgactacat agaagacctt
       61 attgagcaag aaaacagctt cactatggct gatttttcgg aaagtgttga tgctttcctg
      121 aattttagaa gatataagat tcttcaaggt aaagaggcta tctcaagcga gcaagcgaag
      181 gaaaaagctt atgccgagta tcaactcttc aaccctacac aacgcataga ctctgacttc
      241 gataaggagt tacgcaaacg caaaaacaaa gaagatgaag aaatatagac tcggagagat
      301 agcagaagtc atcggaggtg taacttttaa taaagcagat attgctacca gtggtatacg
      361 aatacttcgt ggtgggaata ttcaaaat
//
LOCUS       SEQF2638.1|AYYF01000295.1 352 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..352
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gcaagaatca aaagtgttgt cttcatatcg tttatcgtat aaaatgaggg tggcaaatga
       61 aaagctaaaa acgaaaagct aaaaacgagg cggagtatct acggccttga cacgccacac
      121 atgtatctga ctgttgttag tccttcattt cccagctacc tacctctcca atctttgacc
      181 ttaaagcccc gggggatttg gaatttctct tgtgggacgt caacattcac ctggatcgac
      241 ttcacctctt ctcgctcttc ccacccgggg acttcatcat acttgagatc tcacttcaga
      301 ttgataccct cccaaacgta gtgcgtgacc gttaccatgt agctcttcaa cc
//
LOCUS       SEQF2638.1|AYYF01000296.1 317 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..317
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ttgacggggc cgctggcacg caggctctcc agaatgtcgc atgacggggc aggctgctcg
       61 catgagaaac aaagactcgg aaccgatggc tgtttccatc tggctccgag tctttgcatg
      121 atccaatccc gacgcgtgag ggtcaatcac cgaagcggaa agtcacccgg tcatagaaga
      181 tcggcctgta ttgctccagc tgttgcaagc tgccatcgac aaagcagacg atcaggctga
      241 cggtggcgtt ctcgcccacg tagcgcagag ccgactccac gccgggtctg aggaaggaac
      301 cagacgcggt gtagaac
//
LOCUS       SEQF2638.1|AYYF01000297.1 370 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..370
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gacaattacc tgcgtctggg gggcgctacg agaaggtgat ccgcatcaag ttcgaagccg
       61 actacctgcg ccacctcacc ttcgagcgcg cccgggagct gaaccgttac gacggcgtga
      121 tctcggacga ggcgcgcgac cgcatcgaat tcgagctgaa cacgatcaag aagatgggct
      181 tcccgggtta cttcctcatc gtgcaagact tcatcgcggc ggcgcgtcag atgggcgtat
      241 ccgtagggcc cgggcgtgga tcggccgcag gatcggttgt ggcctattgc ctcggcatta
      301 cggacatcga cccgatcaag tacgacctgc tgttcgagcg tttcctcaac ccggaccgta
      361 tctcgatgcc
//
LOCUS       SEQF2638.1|AYYF01000298.1 288 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..288
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             73..285
                     /locus_tag="SEQF2638.1_00062"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDKPDYRCQMAVYSSNGQKVAVIANNQLLTPEGEIRWDGAGLSP
                     GVYIFHVELYHPDGSSQHIRKPLLVH"
ORIGIN      
        1 atcgaggagg gtgcgacgat cagtgagcca gaatacaatg cctccacacg cgactacctg
       61 attcgctacc ggatggacaa gcccgactat cgatgtcaga tggcagtcta ttcgagcaat
      121 ggccaaaagg tggctgtaat cgccaacaac cagctgctga cccccgaagg cgagatccgc
      181 tgggacggtg cgggcctctc tcctggcgtc tatatcttcc atgtcgagct ctatcatccc
      241 gacggcagca gccagcatat caggaagccc cttctggtac attaacct
//
LOCUS       SEQF2638.1|AYYF01000299.1 569 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..569
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             27..533
                     /locus_tag="SEQF2638.1_00063"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLVLSTALEEEGGVTNNMVQTLLDKNPIEAGKLLYALVEKKMLL
                     SNNKRRWASYTLNLDYAQNEKSRSKSQGVKSRSKSQGVKSRSDKRQEIEARIIAFCST
                     PRTLLEIAEELGYAERYRMKRIYIDPLIGTRLQMTSSSSKTDPTQRYVTIPETSLLPP
                     LPPQHENL"
ORIGIN      
        1 cctataaagc attgagcaaa gaagaagtgt tggtgctctc tacagctttg gaggaagagg
       61 gcggcgttac aaacaacatg gttcaaacgc tccttgataa aaatcctata gaggcaggca
      121 aactgctcta tgccctcgta gagaaaaaga tgctgctatc taacaacaaa cgacggtggg
      181 caagctacac gctcaactta gactatgcac agaatgaaaa gtcaaggagt aaaagtcaag
      241 gagtaaagtc aaggagtaaa agtcaaggag taaagtcaag gagcgacaag agacaagaga
      301 tcgaagcaag gattatcgcc ttctgtagca ccccgcgcac attgctggaa attgccgagg
      361 agctgggtta cgcagagcgc tacagaatga aacggatcta tatcgacccc ctgatcggaa
      421 caagattgca gatgacttct tcctcaagta aaaccgatcc tacccagcgg tatgtgacga
      481 ttccagagac ctctctcttg cctccactcc ccccacaaca cgaaaattta tagtccgcac
      541 cattaggcgc ataactactt accccacac
//
LOCUS       SEQF2638.1|AYYF01000300.1 569 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..569
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cggagctgaa gggccgcctc acggccgatg ggcagatctg tatcgagacg ccccgcggca
       61 cgctccgcat cccccgcacg gccctcgcgc tgcgtggcac acacaacctc tataactcaa
      121 tcgctgcggc cacggcagcc cgactggccg gagccgacga tgcgtcgatc cgtcgtggtc
      181 tggagacgtt tcgcggcgtc gagcaccgct tggagccggt ggcacgcgtg gccgatgtgg
      241 aatacatcaa cgattcgaag gctacgaaca tcgactcctg tcgctatgcc ctgcaaagcg
      301 tcgagacgcc tatcgtgctc atcctcggcg gcacagacaa gggcaacgat tacggagaga
      361 tcgaggccat ggtgcgggcg aaggcccgcg ggctcgtctt cctcggtgtg gacaatcgga
      421 agctccacgc agccttcgat ggcaaggtgc ccgccacctg cgacgcccgc tcgatggcag
      481 aggccatcgc tcaggccgcc cgcatggctc gcccgggcga tacggtgctg ctctcgccct
      541 gttgcgccag cttcgacctc ttccgcaac
//
LOCUS       SEQF2638.1|AYYF01000301.1 283 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..283
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tgattgaatt gttcaaatac attcatttgt ctaactgtct aatcaattta tcgaatcgtt
       61 ctttatgttc tgtgatcttt gaacctcttc ctgctatctc ggatatctta ttggagttct
      121 ctccaagatt ataagcgtga tctttcaaaa ctccgatttg taaatccagg atgctaagta
      181 gactgtctga aatattaaaa tcgaccattt catggataag tctgaagaaa tcattagcct
      241 gctctactgt catcacgtat ttatcggcac caaggccaaa caa
//
LOCUS       SEQF2638.1|AYYF01000302.1 377 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..377
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cttcgggagc atctagacgg gtacaaggac agcatcgaac aatggcgaac ctctattttt
       61 aacagcgaac cattgtcttg acaacaaata tgatgctaga ggaaatcggg ctataaccga
      121 ttggttgttc tattggcgtt atgaagatcc aaattgtaaa tatgtatcgg cgataaagcc
      181 gaaattttcg acatctggag cagaggttat tgccaataac cccgaatctg attttgctct
      241 attaagattg gcggaggatc cttcacgtat agtgggagta acaccttatt atttgggatg
      301 ggatcgttct ggaaatcctg gagggcaagg tgcttctatc catcatcctt ttggctcaac
      361 catgaaaatc agcattg
//
LOCUS       SEQF2638.1|AYYF01000303.1 390 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..390
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 attcctgtaa agggccacat atcattcatt gtccaaacaa ttggtttacc tgttttttgt
       61 agttttttaa tactctccag cgaaagaaat ccctgattaa tccaatgcaa atgaataatg
      121 tctgacttct gaataataga gcggcgactt agatcaattc ccgtattagc aatagaaact
      181 ttaaatagat tactgcgatc taatccattc tggatataga ttacaaggcg ttcccagaca
      241 aatcgaagct gattaattct cttagaaaga ggggaaccgt ctatagatat aatatcagga
      301 tcctttagtt ctcggtcccg gaccatcatc ttaacatcct ctccctcttt ccttaaggct
      361 ctcatcaatc tagttgcagc aatagctgcc
//
LOCUS       SEQF2638.1|AYYF01000304.1 278 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..278
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ccagctgacg gagctgaacg tcaaggggtg caagtcgctc ctgcgcctgg ctgcttacga
       61 caaccgactg acgaggctcg acctctccga ttgtcgcgcg ctgcagaacc tgccgctcta
      121 caacaacgcc atcgccgagc ttgacgtctc ggcctgcccc tacatcgacc tcatttccac
      181 tatgaacaac ggcatgcaca cgctcaagct acccctgctg ccgctcaaga cgttggagat
      241 catgtgcgag tcgaaccgtt tcaccttctc cgcgctgc
//
LOCUS       SEQF2638.1|AYYF01000305.1 361 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..361
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cgtgtagacg tgtttgcgtt cgttgcgcat catgtcttcg agcatcgtgc gggcgggctc
       61 ggggtgacag tcgagcacat tggagccgat cagctcctgt ccgggcttga ggttcacctc
      121 gcgcgactgg ttgttcatat caatgatccg tccctcgcgg tcgcagaccg tgacagcgat
      181 gtcggcttct tggaaatact tcatcataag gggatctaaa aagtgaaagg agcccggccg
      241 ctctctacga aaggagtgac cgggcttacc tgttacgcta tatgtacgtc accgcgatca
      301 gcactggcag cagccgcaga gggtgggcac caggttacgg tcgccatagg cattgttgac
      361 g
//
LOCUS       SEQF2638.1|AYYF01000306.1 313 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..313
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gggccctatc gtgcccgttt ggagggcgta tgcttttgcg ccctaccctg acggtcgaaa
       61 aaacacgttc gtattttgaa ctcctgaggg atcggagtac ccttaacacg tccgtattta
      121 caactaccaa gccctcatga ctgccaatac ggcaggtatt ttgaagtacc gagtgatagg
      181 agtgcaaaat tcggtgccgt attgtcatgc tccacccctc aggagtccaa aatacctgcc
      241 gtattttcag tcaccactcc tcagtagttc aaaatacctg ccgtattggc agtccccacc
      301 cctcagcagc tgt
//
LOCUS       SEQF2638.1|AYYF01000307.1 327 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..327
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             33..233
                     /locus_tag="SEQF2638.1_00064"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTLLGVCMRSITFWPSATTAPNGAPGFGTAETVTMRSRSLRSMA
                     GGAKRSTTVPTSRTRTVRPWLL"
ORIGIN      
        1 gctgatcctc gaaggaaccg gagacttgga tcttgacatt gctcggcgtc tgcatgcggt
       61 cgatcacctt ctggccctcg gccacgacgg cgcctaacgg cgcgcccggc ttcggcacag
      121 cggagacggt cacgatgcgt tcgcggtcct tacgctcgat ggccggcggc gcaaaacgct
      181 ccaccacggt gcccacgtcg cgcacccgca cggtgcgtcc ctggttgttg tagatgagta
      241 tgttctcgat gtcctctatg cccgtgcggt actcgggcgc gtaacgcacg acgatgtctg
      301 actccgcgcc gtcctcgcga tactgcg
//
LOCUS       SEQF2638.1|AYYF01000308.1 287 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..287
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ttgccaatgt ggagcttccc cccgtcggtg aagctgacga ccgactcaac attacctacc
       61 ctaagtgggg cgtaacgatc tattgcagcg gggcagccat taccccggct actttatctg
      121 ctgccacgga cgaatgtcgg gaactcatcc gccggagtgt ccgcgatgtg cacgccgtta
      181 ccgaacaagc ctacgagaat cccgacgcgc gcgtctatgg cgtcctattt cgcatcgagg
      241 gagattcgcc cgcgcctatc cgcttcatgc tcaccgacag tgcagcc
//
LOCUS       SEQF2638.1|AYYF01000309.1 234 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..234
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 atgtaagccc tcgccccctc cttttgtcat ttttttttag aactataaca tcagtaagtt
       61 cctccattga atttttggga gaaagctgag caatattact cctaactatc atgccgataa
      121 gttctcttcc aacaacactc tggcagtcta tgtattccaa attgccaaaa gatgaactta
      181 tatttttaag aacatcggaa gagatttgtt tattttgaaa gcgcattcta cagg
//
LOCUS       SEQF2638.1|AYYF01000310.1 389 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..389
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gatgtatata tgatgtatat ataatgtgta gccaaaaatc aaaactcgcg ggcaaagata
       61 ggctcggggg catgagctgc aagcatgggg gcggaaagtt gggcctcctg acaggttgca
      121 cgggaatagc tatcggtttt cggccgtgcc gtacttttgt ccgctgaaag aatcaaataa
      181 gtagttcaca atgaaagagt gcacctatcc tccaaagaca aaacaaggcc acgtgaaaga
      241 acccacggct gaatatgaag tggatacgag ggctgatgaa gatgacatcg ccccttttct
      301 tcgtgtgcct atcgaggaac tccggcggca ggtctacgaa agttatgaag gatggctgcg
      361 tggcgaacgc acctatacga ccgatgaaa
//
LOCUS       SEQF2638.1|AYYF01000311.1 413 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..413
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gcgtaacacc acgctgacga gccccatcag tggcgtcgtc acggcccgta actatgacaa
       61 tggcgacatg tacaacggcg cgcaacccgt cctcaccgtg gcgcagatcc aacccgtgaa
      121 gctggtgatc aatgtgtccg aatgtcagtt cacgcgcatc accaaaggca ccaaggccga
      181 ggtggagctg gatgtttacc ccggcgagac gttcgagggc accatcaacc tgatccaccc
      241 gacggtgaac gccaccacgc gcacgtttgc agccgaggtg cggttgccta acgccgatca
      301 gcgcgtgcgt ccgggcatgt ttggccgtgt gaagctgaac ctcggcaaga cggagcgcat
      361 cgtcgtgccc gataaggcca ttatcaagca agccggatcg ggcgagcgtt acg
//
LOCUS       SEQF2638.1|AYYF01000312.1 374 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..374
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gggaatagag cgtggcggcg gaggagtcgc ggagcaggtc gtcggtgact tccaacgtgg
       61 cgaaggggtc gtcggtccgc gtggtgacga agtgatagcc gtcggtgtcg gtgaagagcg
      121 gtgcgtagtg gccggtgtgg tcgatgacgg ccacggtgcg cacgtcgtcg gctcggaacg
      181 aggccagcca gagcggcacg aagatcatac cgatcatcag caggggcgtg agtagcgtga
      241 gcagcaggaa ggatttcttg cgtacgcgga agaggtactc gcggcggatg atcaggggga
      301 gggtagaggg tagagggtag agggtagaca tattgaatag ggggttagag ggtagagggt
      361 agagggtaga gggt
//
LOCUS       SEQF2638.1|AYYF01000313.1 342 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..342
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtacacgata gcttttgatc ttcttttgat tatcttcgga gagataaatc cgattgcgtt
       61 cgtatctttt catctgtgtt gtatatcaat gattgatgct gcgacaaaga aataatcttg
      121 tttttcttca tgtcataccc gaaagggtga tcttttgttt gttagcacaa attaacgtga
      181 agccaatata agaaaggggg aaagaagtac gaatcaagag taaaataagt atctttgaaa
      241 acaagacgca aagatctttg taattatagc aaaataagga gcctaggaga atttcgctcg
      301 tttcttattc gttccctttg ggtgagtaga gcaatccgta tc
//
LOCUS       SEQF2638.1|AYYF01000314.1 258 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..258
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggcgtgttgt ctttcgtatt cacgcggtcg atggggtcgc gaacgacaga cttgcggagg
       61 tagcccttct cgtagccctg gcggacgccc tggttgatgg cgtcctcgat gaagccaccg
      121 gtgatgcgga cgtcttggcc ccaggtgacg aagatgacgg tcatgccggt gtcttgacag
      181 atggggacgc gctcttcgcg ggcgatgcgg gcgttgtcga tgagggtagt gagcacctgg
      241 cgacccagcg gtgagcgc
//
LOCUS       SEQF2638.1|AYYF01000315.1 238 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..238
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 accgcacgcc gtaggcaccg gcgccgttac gaaatccgtc ggggaaggcg cggtagtagt
       61 ccgtgatgcc caagttatac gtcaggctga gctgcacagt ccgcacgatg tcgatgccgc
      121 ccgtgaagtt ccaactcgtg gccacgttgc gcgcggaata gaccatcgtg cccgcatagt
      181 ggttcttatc gcccgtgagg cggaacgaca gcgaggggcc catcgcgata aagggggt
//
LOCUS       SEQF2638.1|AYYF01000316.1 398 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..398
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(43..390)
                     /gene="corA"
                     /locus_tag="SEQF2638.1_00065"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0A2R8"
                     /codon_start=1
                     /transl_table=11
                     /product="Magnesium transport protein CorA"
                     /db_xref="COG:COG0598"
                     /translation="MIKSILIPADAKAKMSILIKDINSLFEHLRFSFDRLEYMQDTFL
                     GLVNIQQNKIIKIFTIVSVVFMPPTLVASIYGMNFKVMPELEWKFGYPFAIVLMICGV
                     IGILWYFKRKKWF"
ORIGIN      
        1 tgatgagggg tatgcgagac tacgcgccaa acggaacggc cgttagaacc acttcttccg
       61 cttgaagtac cagaggatgc cgatcacgcc gcagatcatg agcacgatgg caaacggata
      121 gccgaacttc cactccagct cgggcatgac tttgaagttc atcccgtaga tgctggctac
      181 gagcgtgggt ggcatgaaga cgacggagac gatggtgaag atcttaatga tcttgttctg
      241 ctggatgttg acgaggccga ggaacgtgtc ctgcatgtat tccagacggt cgaagctgaa
      301 gcgcaggtgc tcgaaaagcg agttgatgtc cttgatgagg atgctcatct tggccttggc
      361 gtcggcgggg atgaggatgc tcttgatcat gttggagc
//
LOCUS       SEQF2638.1|AYYF01000317.1 855 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..855
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             21..377
                     /locus_tag="SEQF2638.1_00066"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAFVTPSCEAVTGSRRMSTMGCGCSESKCTFTNPGIDRIWAASC
                     SAAENLRLNRDSYEAGTVPLTDLLDAQTQLCLARDRYTEACTAYCNARTAYRQAVGEQ
                     GARIVPELSQFLCRRI"
ORIGIN      
        1 agcttagatt ggccgccgcg atggccttcg tgacgccgag ctgcgaggcg gtgacagggt
       61 cgaggcggat gtcgacgatg ggctgcggct gctccgagtc caagtgcacg ttcaccaacc
      121 ccggcatcga ccgcatatgg gcggccagct gctcggccgc ggagaacctc cgcctcaatc
      181 gcgatagtta cgaggcgggc accgtccccc tgaccgacct gctcgacgcc cagacccagc
      241 tgtgcctcgc ccgcgaccgc tacaccgagg cctgcaccgc ctattgcaac gcccggacgg
      301 cttaccggca ggccgtcggg gagcagggcg cccgcatcgt tcccgaatta tctcagttcc
      361 tttgccgccg tatttaattc cgtatgtata tgaatcgaat cgcttctttg tttgatatcg
      421 aataccccgt cattcagggc gggatggtgt ggtgcagtgg ctggcgactg gccgcggccg
      481 tgagcaacgc cggcggactc ggactgctcg gcgccggatc gatgcacccc gagaccctcc
      541 gcgagcatat tcgcaaatgc cgcgccgcca ccgatcggcc tttcggcgta aacgtgccgc
      601 tgatgtaccc gcagatcgat gagatcatgc agatcatcat ggacgaaggc gtgaagatcg
      661 tcttcacctc cgccggcaac cccaaaacgt ggacggcgcg cctcaaggac cacggcatca
      721 ccgtggcgca cgtcgtttcc tcctcacgct ttgccgccaa atgcgaggcc gcgggcgtcg
      781 acgccatcgt agccgagggc ttcgaggcgg gcggacataa cggtcgcgag gagaccacca
      841 cgctctgcct catcc
//
LOCUS       SEQF2638.1|AYYF01000318.1 404 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..404
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(160..384)
                     /gene="rnhB_1"
                     /locus_tag="SEQF2638.1_00067"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_00052_B"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribonuclease HII"
                     /translation="MMSIAAASVLAKTHRDEMMAALDADYPAYGWAKNKGYPTVAHRD
                     AIRRFGVTPHHRRSFALLPEATQGEIVFGV"
ORIGIN      
        1 ctccatgctc aagcagatga agatgtacgc cgtagccttc caagcgaagg gggaatagca
       61 tacgactctt ccaccctcgg gctatacgca aatccttgca gaggacactc ccacctcggg
      121 agacctttgc aaggattttt ttttcgtggg ggctatggat cacaccccaa acacaatctc
      181 cccctgcgtc gcttcgggca acagtgcgaa agagcgtcgg tggtgcggtg tgacgccgaa
      241 ccgacggatc gcgtcacggt gggcgaccgt cgggtagccc ttgtttttcg cccaaccata
      301 ggcgggataa tccgcatcaa gcgccgccat catctcgtcg cgatgtgtct tagccagcac
      361 tgacgcggcc gcaatactca tcatccgcgc atcgccatgt acga
//
LOCUS       SEQF2638.1|AYYF01000319.1 263 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..263
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggagtggagg cggtcgatgg catcggtggc cacgctgacg gcggtgtcga aaccgaacga
       61 aaagtcggtg ccgtaaaggt cattgtcgat ggtcttgggg ataccgacga cgttcaggcc
      121 cattttggcg agcttaaagg ccgtcttctg ggtgccgttg ccgccgatgc agacgagggc
      181 gtcgaggccc agctcgtgat agttctgata gataatctgg ggcttatggc tgagatagcc
      241 gtcgtcgact gggagaatac ctc
//
LOCUS       SEQF2638.1|AYYF01000320.1 250 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..250
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cggtgtgttt tacgcctaaa tgtcagtttt gagatgacaa gattgctgag ggattgcgcc
       61 taattgtcag tcgaagccca ctctgcgatg cgtttaggac ttcagctgac gattagacgg
      121 acgaacgtgc cccagggtgg gtcccgctta cggttaacgt gagtccgatg caagcagaga
      181 gcttccacgg aagtcacgcg agggccaaaa agtttttcga agcacttgca gcgtcgctgc
      241 agactccaaa
//
LOCUS       SEQF2638.1|AYYF01000321.1 296 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..296
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gatagatggc tcacacgaag ttgaagacat tctgtcattt atcaatgatc cattggcgat
       61 gtggatggat gataacatag tgctcaaagg agatgggaaa gcggtcatta aaaaggtcat
      121 gctcgagcat accgtaaacg gcgagaaata tcagttgccg cctttctgcc cctgctctgg
      181 tacatcgccg cgtggcgtca gggtggcgac gcgttcctca acgtcgtttt agctgaaaac
      241 ttcggccgct tcttccacct cagcgaggcc gccatctcct acgacctggg ccacaa
//
LOCUS       SEQF2638.1|AYYF01000322.1 276 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..276
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cgacggcatg gcgggcggtg ccgtaaatcc attgcccagt ggcaacagga tgttcacaac
       61 gtcgcccgac ttatagcgtg ccatgcgccg tgtcccatcg cctatcggaa gcaccaatag
      121 ccatagctca ttgcgctccc ggtcgatatt ataaatggat ataggacgcc taagcagcgt
      181 gccgggagaa tcatctacgc gaatctctac aaactgcccc ggatccattt cgggtaaccg
      241 ctcactgtcg gaggtcagtt tcagtaagct atatcg
//
LOCUS       SEQF2638.1|AYYF01000323.1 238 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..238
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 atagaaaact gtggcttctt gtttttgacg cgaccgaacg tgtagaggtt gccgttcgtg
       61 ctcagatcgt acatcaactt agtcagaaat acggatcgca ctggcaagat aatcgcgaga
      121 tattcaagcc gaccaaaaca aaaacggtga aaggcaggga tatcgtgatc gatgtgtttt
      181 cggatataca gaagcacatt aaagaacaac tgaacaataa cagagcggag atctttat
//
LOCUS       SEQF2638.1|AYYF01000324.1 572 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..572
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tcattcggac tctccttgat cttgattccc ttggggatct cgaatttttc aggcgggatg
       61 gggacgttga gctcaatgga ggtgatacac gatccaaaag tctgctctcc gcttatggtg
      121 aaatcctcca ttactatgtt attccaaatc ttcacggtgt tttcatcacc aacaatgtcc
      181 ggagtcatgt tcagatagac tttgcacggc ttaccggcta cttcctcctc gccgatctcc
      241 ttgtaatttt ccaaatcctc tgcatccttg aaagtaatcc cgtagtacgt atacatctca
      301 tcggacgata tgagattggc tgtcttattg agtagattga caagaattgc aaactctcca
      361 cccggcagac gaatccgaag ggcatgaata ctggtcgtca tcggatcggc aagtattgtc
      421 tcgatggtct ctttggcgcc ataatcatca atgtaaatcg tgttctcagt ttctccaccc
      481 gtaatctttt tgataatcgc cgacttaaac gggtagcgtg cgtcggccgg tggttgctct
      541 gtgcatcctg ccatcataag caggagcacg gc
//
LOCUS       SEQF2638.1|AYYF01000325.1 542 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..542
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             93..200
                     /locus_tag="SEQF2638.1_00068"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLPIKLDMEQQEMGRMEKMEILFFHKILLITCEIY"
     CDS             complement(206..337)
                     /locus_tag="SEQF2638.1_00069"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFFYVPTKPLDYMRKLKHKAEKQFFKIIFNSEFFVFIGVRIRA"
ORIGIN      
        1 agacaggtgt ataaacactc agggacatat agttctttta gatgctagtc gttttatggg
       61 aggactaaac ataaattgct atcaagggaa aaatgttacc catcaaatta gatatggaac
      121 agcaggagat gggaagaatg gagaaaatgg agattctatt ttttcacaag atattgctaa
      181 ttacgtgcga aatatattaa gattctcaag ctctgattcg cacaccaata aagacaaaaa
      241 attcagaatt aaagatgatt ttaaagaatt gtttttcagc tttgtgcttc agctttcgca
      301 tataatcaag tggtttggtg ggtacataga aaaacatcca gacagagaag tcaacaaatt
      361 gaaaatacaa cggattggat agtgtttacc tacttaaggc taaatatgtt cttgcagggg
      421 aaataacaga ctgtgaaaca tgcgtatgtt gtatctcata gtattataag agatcaaact
      481 cgaaaaaagt gccttcattg tggatcaaaa gaggtgatac gtaaaggcac acgaaatgga
      541 gt
//
LOCUS       SEQF2638.1|AYYF01000326.1 300 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..300
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ctccgtagtt ggccgctact ttggcataga tcgggtcgat ccgatgcgtt gcagaggccg
       61 tcgtcagaag tacggggaag aaccccgcca ggaaaatgat cacgatagcg ggggcgtcgc
      121 caataccaag aagcaagacg atgaagggca tccaagccac cggcgctatg ggtcgcacca
      181 actgaatcag cgggtaagca tagcggaaga tgccgttgca taaaccgagc agtaatccga
      241 aggcgacgcc cacggctaca gccgcggagt atcccacaac gaaacgcccc aagctatcgc
//
LOCUS       SEQF2638.1|AYYF01000327.1 314 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..314
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 accatttcaa gagccaatga cccgaaggcg ctgctgttgg gaaccatttt aggggcggat
       61 aacccgaagg cgccgccatt ggaaaccatt ttggaggcca atgacccgaa ggcgctgcca
      121 ttggaaacca tttcgggggc caatgacccg aaggtgtccc caagagtagg ggcgtattgc
      181 atacgcccca cccaatgccc cggcaggggc aattacatat aagggcacct tccagccaca
      241 cgctgctgtt tcttgttcgg atcgtttggg ggcgtatgca atacgcccct accctaccgg
      301 ccgacagagg caac
//
LOCUS       SEQF2638.1|AYYF01000328.1 258 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..258
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggttgttagg ataacgatcc ccaaatatag gttcaaaaaa agaccctcct ccggaatatc
       61 gatatagccc aactccggtt taacgctgat accacttggg tgctccaatt cttaaccgga
      121 cagcttacgg gctccttccg taccgatggt cagtcaatgt acttcaccat cacacctcca
      181 tcgctgagaa aagacccgaa tgaagcctac tacctccgtc aggcactgga acgggtgacg
      241 agctacaaga tccacggc
//
LOCUS       SEQF2638.1|AYYF01000329.1 281 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..281
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ctgcggaagg tgtgtatggc tgcttcaaag ccgcttttct ggggggcgtt gaggtctttg
       61 aacttgacgc cttgataggt ggtgtagggg ggacgctctt tgatgaaggg tttgcggcgc
      121 gttacggtga tgtcgcctcc taaggcggca atgcgggggc agaattcttc gcaatgggtt
      181 tctactccgc cctgtatgcc ggggaatcct cggaggccgg tgacaacgat tctcatgtga
      241 ttgtatatgc aataaagtag tatgaggggg gaatgtttag g
//
LOCUS       SEQF2638.1|AYYF01000330.1 1009 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1009
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             106..534
                     /locus_tag="SEQF2638.1_00070"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MCVDLLCLSGGSCLSGADGPDGLVGEDEATEVVGRKIEEGFADL
                     CVYDVEVFARFTFGQHFTDAEDGRQAVCQCQAHFLFEDLGRLVIVGAAFGVSDDDVAC
                     TGGGDHGGGYFAGEGALLFVGAVLSGYTDARCVDGCVHGG"
     CDS             complement(672..938)
                     /locus_tag="SEQF2638.1_00071"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLLKTIIRSNPGLVLMKQGTILDKWHHNDIPTPNELQALIEANR
                     PNLRSAGRIWLYTVLAFVLPLLLFWGCDRALKPKKLGQVKNEQI"
ORIGIN      
        1 ggcgaagagt tcgcgagcgt taccagcgtt gcaactgccg ccgtagagga tggaggtggc
       61 gtcggccacc gtggcgccat acttggcggc gatggtctgg cggatgtgtg cgtggatctc
      121 ctgtgcctga gcggcggtag ctgtctttcc ggtgccgatg gcccagacgg gctcgtaggc
      181 gaggatgagg cgaccgaagt cgtcggccgt aagatcgaag agggattcgc ggatctgtgc
      241 gtctacgacg tcgaagtgtt tgcccgcttc acgttcggcc agcacttcac cgacgcagaa
      301 gatgggcgtc aggccgtgtg ccagtgccag gcgcactttc tctttgagga tctcgggcgt
      361 ctcgtgatag taggcgcggc gttcggagtg tccgatgatg acgtagcgtg caccggtgga
      421 ggcgatcatg gcggcggata cttcgccggt gaaggcgccc ttctctttgt cggcgcagtt
      481 ctcagcggct acaccgatgc gcgttgtgtc gatggctgcg tccacggagg ctagatgggt
      541 gaatggggtg ccgagaatga cgtcgcaatg gacggttttg cctcggagtg cttcgtcgat
      601 gcctttggcc agtgccaaac cttcgggcag ggtggtgttc atcttccagt tacctgcaac
      661 aatttgcttt ctcatatctg ttcgtttttt acttgtccta atttcttcgg tttaagggcc
      721 ctgtcgcagc cccaaaacag gagcaaaggt aagacaaaag cgaggactgt atagagccag
      781 atccggcctg cggagcggag attggggcgg ttagcctcaa tgagcgcttg cagttcgttg
      841 ggagttggga tgtcgttgtg gtgccacttg tcgagtatcg tgccctgctt catgagcacc
      901 agcccggggt ttgaccggat gatggttttg agtagcacat cgtcagccgt gaggaagggg
      961 atgtcgagcc ccgtgtgctt agcccattcg cggcattgcg actcgttgg
//
LOCUS       SEQF2638.1|AYYF01000331.1 281 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..281
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tcattcgctc gtccatgtgt gggtcaagct ggggcggatc acggccgagg aggcctcgcg
       61 ccatccgcag cggcacgtca tcacgcgtgc catccaaggc tcgagcgcac ccgcagaggc
      121 ggacgtggtg cgcctcacgg acgtgcgccc gggcgaccgt ttcctgctct gcacggacgg
      181 tgtgacggac gtcatcacgg acgacgcgtt gtcgtccctt tttgccacgc atcccacgcc
      241 cgaggccgtc ggccgggcga tggcacgcac atcgtcgggc g
//
LOCUS       SEQF2638.1|AYYF01000332.1 270 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..270
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gttgtaccac gtgcgtatgt cgggcgtcac cagtgcgaac ttgttgccct tcatgcggat
       61 cgtgccctcg aaactctctg ccacgcccgt cttctcgtga cgcacgttgg cggcaaaagt
      121 ggcttgtatg ccgttcgatt tctcgtacgc tgctgcggct ttgtcgagca acgcttcggc
      181 cttctgtgcc gaaaggcttc cggcgacgca gagcgttgcc aaaagcatgc caatcattcg
      241 tctcatcatt tgatcgtgtt tagtttctgt
//
LOCUS       SEQF2638.1|AYYF01000333.1 307 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..307
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             30..251
                     /locus_tag="SEQF2638.1_00072"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRLTKSLRNSPFKAMFTIRVVTPNASAKAFTDAESRRIFLISLF
                     VLIYLIFSAPSYQESAARQLIYFPFGKIF"
ORIGIN      
        1 tcagacccat atccagcgcc cgtttccgga tgcgcttgac caagtcactg cgaaactcac
       61 cgttcaaagc catgttcacc atccgggtag tcaccccgaa cgcctcagcc aaagccttta
      121 ctgatgccga atcccgcagg atctttctca tttcattatt cgtactcata tatcttatct
      181 ttagcgcgcc ttcctatcag gaaagcgctg caaggcaatt aatatatttt ccgttcggca
      241 aaatatttta gctcaaaaac cagtatgatc aaggaaagaa tcttgcaaat agctaagaaa
      301 aagggag
//
LOCUS       SEQF2638.1|AYYF01000334.1 291 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..291
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggcgtagttt ctgatacaga tgtgttaggg ggaacgaagg aaatgaccgt tgctgagatt
       61 ttccaaaatc ttgaaacgac gatgtcaaaa ctgaataccc aactaaataa atttgacacg
      121 ggctatggtc tagaaaggga agagtttgcg ttggcagatt ttcttgagca atacactgca
      181 aaggatcata gtccactgtt cgtctttgag tacgatgctg atagcaatag acaccgtatg
      241 gacttccaag ttccagatga agaaagtaat tgtgcagctt ataagggtga t
//
LOCUS       SEQF2638.1|AYYF01000335.1 292 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..292
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gttgtacacc gtgtcgacgc gatacttcgc caccgtgtct gcgatctgct gtccgttcgt
       61 gatgtccaca atggctgccg ggcccgtttc ggccagctcg cccttgggtt cggctccggg
      121 tatgtaaccc gcaaccacat tctctccgta atgctttcgc aattccaagg tcagttcaga
      181 gccgatttgt ccggttgaac cgattaccaa tatgtttttc atcttgctga atgtgaattt
      241 ttgcgcgcaa aggtatcaga atagatatac gacaaaatag aaacccatac aa
//
LOCUS       SEQF2638.1|AYYF01000336.1 320 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..320
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gaattactct ttctggctcg tcacgactac cagtccaaca atacgaacac agtgacaaca
       61 gccaccaaag agcaaaaacg ctttgtctac ggcatagctg gcatcgctcg ccttttcggc
      121 tgtagtctcc ctaccgctaa tcgcatcaaa aagagtggca agattgatcg ggccatcacg
      181 caaatcggac gtaagattat cgtggatgca gacttggcgc ttgaattggc cggacgaaaa
      241 actggaggac gtcggtaata ataggatgca ctatggaata cagagacaga aaaggccttt
      301 cacctgaaaa ggccgtagtc
//
LOCUS       SEQF2638.1|AYYF01000337.1 479 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..479
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtgtagatgc gatactgctt gtcgcccttc atcttcacgg tttgaaaaac gcgatcgcca
       61 acgttggtca gcggtccctc ataatcgcgg tcgatatagg ctgcgagttg ttcacgtacg
      121 cccggatgca cctgctgtgt cttctggagg tactcgatac catagtcatg ctgcgctttt
      181 gaccaagcca cgacagccgg atcgtcctta tcctcgagcc atcggtaggg gtcggtaaag
      241 acaacattgt gaatcgtgtc tcttacggca tgttgggggg ttgccggcgg tcgaaactcg
      301 acctgtgccc gccccgctgt tccagcgaac agcatcatcg ggagccagta ctgatatttc
      361 atcttgtgtg gtataaaagt ggtgatgtct attgaaaacg tgggcaaaga aggggatgaa
      421 aatcgaaaaa atgaagcccg aatgcaaaaa agatctcccc ttgtcgcgcc gaatagggt
//
LOCUS       SEQF2638.1|AYYF01000338.1 725 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..725
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cacaagaata tatggtctcg gcgcagtact tcgcgccccg tggcaaagag cgactcatgt
       61 tcctcggcga acagatcagc caccgccacc tcttcttcaa cgaccgcctc atcggcatcc
      121 tcggcgacgc cggcgctggc aaatcgtcct tcatcaaggg catgttcccc ggcctgcaac
      181 tctccaacga cgacgacatc gtcaacccgc gcaagatcat gcaggtgcgc aacccgctca
      241 acgacatcga ggacgctacc acctatcact tcgacgtccg cttccagatg gcctttatgc
      301 agatgtacga gatcgccgac tttgtccgct cgctgctgga gcgcaagcgc cgtgtcgtcg
      361 ttgagcactt caacctgctc tacgacgccc tcggccgcaa cgccgacctg ctcgtaggta
      421 tcggcgaaga gatcatcgtg gcccgccccg gtgtcttcgg ccccttgcca cagagcatct
      481 acgacatcgt ccacgattcg ctcaagtatc gcaagatggc ccactcggcc gaagacatca
      541 ccacgctcct cctcagcgac gagtttggca tctctgacga tgactactat ttctccgacg
      601 tccgcaatgg cttcatgctc aagtttcgcc agcgccccga gatcgatctg gaacgcctcg
      661 aggcacgcgt ccgcgagcgc atcgccgagc atctccacat cgcctaccac gacgaggatc
      721 acgtc
//
LOCUS       SEQF2638.1|AYYF01000339.1 264 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..264
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tcggtgcgtc ccgaatttcg gtgattgcgc caatccgaaa tcccccctaa ttgggattgt
       61 gaccccctac aggcgcctct acttttgcgg ccgttaataa ccaataaaaa cctgacgaaa
      121 tgatgaaaat gaagcacctg atgatgctcg cgctcatggc gtgtagtatg acaatgatgg
      181 ttggatgtgg cgatgacaag cctgaaccta tgccgcagcc ccaaccgcag ccgcaacccc
      241 agccgcagcc gcagcctcaa ccgt
//
LOCUS       SEQF2638.1|AYYF01000340.1 559 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..559
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 agatcggttt cccgccacgg gaaatggggc ttttttgccg aaaaacgctt tccgccgcgg
       61 gaagagcatt ttcaagaagc cgccgccccc gccgcgggaa ggatgaggcc tcacaggagg
      121 ccctcgtcca acttcgccgg cagccgcaga cgccccccgc gtgccaacgc ccacagccgc
      181 ccaaaaggcc tacttttgcc cgcgagatga cacatattac attgatcaca ggtggacaac
      241 ggtccgggaa aagcagttac gcagagcggg tggcgctatc gctgtccgct cgtcctgttt
      301 atatggccac ggcgcgcgtg tgggacgatg agttccgccg gcgtgtggag cgacatcagg
      361 cctcgcgcgg gccgcagtgg acgaatatcg aagaggagaa ggcgctcagt cggcacgacg
      421 tcgcggggcg tgtcgtcgtt gtggactgcg tcacgctttg gtgcaccaac ttctttttcg
      481 acctcgattc cgacgtccag gccgccctcg ccgccgcccg cgaggagttc gaccggctca
      541 cggcgcaaga cgccacctt
//
LOCUS       SEQF2638.1|AYYF01000341.1 424 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..424
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 atcgcttccg cggatacatc gcggggcacg atcacgctgg tggtgcaggc tgtcgggcga
       61 tcgtcgaaga agctctgcgc cctcggtgag ggcgacgcgg tgacggacgt tgtcgggccg
      121 ctcgggcagg ctacccacat tgagcgcgtg ggcactgttg tttgcgccgg tggaggcgtc
      181 ggcgtagcgc ccttgctacc tatcgtggag gccttccata aggctggtaa ccgcgtgatt
      241 gtggtgctgg ccgctcgcac gaaggacttg atcatccttg aagaccgcat gcgtgcctgc
      301 tcagacgagg tgatcattat gacggatgat gggtcgtatg gcaccaaggg actcgtcacg
      361 cagggcgttg agtctgtgat ccaacgcgag cccgttaacc tctgcgtaac catcgggcca
      421 gccg
//
LOCUS       SEQF2638.1|AYYF01000342.1 326 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..326
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 atcgagatag gtggagatga cgccgaagta ggggtgaccg aagagcgaca cgaagccgtc
       61 gcactgccag taggcggcgc ggaggtagaa cgagggcgag agatcagcgc ggaggtcgag
      121 gtagcggccg tagccccgct tgacgggcca gaggttgccg gcgtgttggt aatagcccgt
      181 gagggagtat tcgagcgcca gtcggcggag cacaccgcgt cggatgtgcc actcgaggcc
      241 cgctccaagg gcgccgttga gcatcgtttg cacagcctga tcgccactga ttgtgtctat
      301 ctcgccgccg cgatgctgcg ccaggc
//
LOCUS       SEQF2638.1|AYYF01000343.1 428 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..428
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggagtctatc tctctatgtc gcctataatt tgtgtgagca ggatgtattt cctgcctatt
       61 cctattttaa tatggcgtac gggaggatgt gatatgattg tatttgcgtt tacgtgtgtg
      121 cacagaatgc tgtaaatcat attttcagat gaaaatccat gcacgatcta tttatgcata
      181 atgtgaaatt catttgtgtg gtgatgatga attgatagcg tatgattcat aagataatga
      241 tgacacgtag tattgtttct aattatctat atgaatttgt gctgtcggga ttatttttat
      301 ttgttagggt gctctatatg aaatgatggc acaatttaat ttgcgtattg ttctttatca
      361 tgtgcacgca ctttaatatg atgacaatga ggatagacag gatgtgggtg gcgtggtgag
      421 ctgatgat
//
LOCUS       SEQF2638.1|AYYF01000344.1 1127 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1127
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             31..1032
                     /gene="ribBA"
                     /locus_tag="SEQF2638.1_00073"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P9WHF1"
                     /codon_start=1
                     /transl_table=11
                     /product="Riboflavin biosynthesis protein RibBA"
                     /db_xref="COG:COG0108"
                     /translation="MQVAHNTSTLETPFTVTVDRLGMGCTTGVSIYDRAQTIRALADP
                     TTKPTDLGRPGHINPLRARSRGVLRRAGHTEATVDMARLAGLYPAGALIEILNEDGTM
                     ARMPQLMEVAERFNIKIITIRDLIAYRLRTESLVEEGVEAKLPTEYGPFRIIPFRQKS
                     NGLEHAALIKGNIGERPDEPVLVRVHSSCMTGDIFGSLRCDCGEQLHMAMRMIEKEGR
                     GVVVYLNQEGRGIGLMDKIHAYKLQDEGMDTVEANLHLCHKADERDYGVGAQILSRIG
                     VTKMLLITNNPVKRVGLEAYGLEVVENVPIEVAPNEYNAFYMRTKKERMGHTLTNVE"
ORIGIN      
        1 gaggagcgtt gcgaggagct gggcctgggc atgcaagtgg cccataacac ctccacctta
       61 gaaacgccct tcaccgtcac cgtcgaccgg ctcggcatgg gctgcactac gggcgtctcc
      121 atctacgacc gcgcacagac catccgcgca ctggccgatc cgactacgaa acccaccgac
      181 ctcggtcggc cggggcacat caacccgttg cgggcccgtt cgcgcggtgt attgcgtcgc
      241 gctggacaca ccgaagccac tgtcgacatg gcccgcctgg ccggactcta tcccgccggt
      301 gcactgatcg agatcctcaa cgaggacggc accatggccc gcatgccaca gctgatggag
      361 gtggccgaac gtttcaacat caagatcatc accatccgcg atctgatcgc ctaccgcctc
      421 cgcaccgagt cactcgtgga ggagggcgtc gaggcgaagc tgcccaccga atacggtccc
      481 ttccgtatca tccccttccg ccagaagagc aacggtctgg agcacgcggc gctgatcaaa
      541 ggcaacatcg gcgaacgccc cgacgaaccc gtgctggtgc gtgtacactc ctcctgcatg
      601 acgggcgaca tcttcggctc cctgcgctgc gactgcggcg aacagctcca catggctatg
      661 cgcatgatcg aaaaagaagg gcgcggcgtg gtggtctacc tcaaccaaga gggccgcggc
      721 atcgggctga tggacaagat ccacgcctac aagctgcaag acgaaggcat ggacaccgtc
      781 gaggccaacc tgcacctctg ccataaagcc gacgagcgcg actacggcgt gggcgcacag
      841 atcctcagcc gcatcggcgt caccaaaatg ctcctcatca ccaacaaccc cgtcaagcgc
      901 gtcggactcg aagcctacgg gctggaggtg gtcgagaacg tgcccatcga agtcgccccc
      961 aacgaataca acgccttcta catgcgcacc aagaaggaac gcatggggca cacgctgacg
     1021 aacgtagaat aacaaccaac cagaaataga atcaacaatg gaacatcttt ctgttcgcct
     1081 gacgagtctc tcgtcgtctg ccacactggc catgtcgcag aaaagca
//
LOCUS       SEQF2638.1|AYYF01000345.1 616 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..616
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             18..302
                     /locus_tag="SEQF2638.1_00074"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLAFAFGLSAEIERNLISQRTREALARKKAEGVVLGRPKGRKTA
                     PEKHKLYPKRELIRGLLAEKVSKRQIAKICKCDRNTLARYIKEVIEKEAC"
ORIGIN      
        1 aggatataca gagtaaggtg ctggcttttg ccttcggact ctcggctgag atcgagcgca
       61 acctgatcag ccaacgcacc cgcgaagcgc tggcacgtaa aaaggccgaa ggggtcgtgc
      121 tcgggaggcc gaaagggcgc aagactgccc cagaaaagca caagctctat cctaagcgtg
      181 agctgatccg gggcttactc gcggagaagg tctccaaacg gcagatcgct aaaatctgca
      241 agtgcgaccg aaacacattg gcgcgataca tcaaggaggt aattgagaag gaagcatgct
      301 aatcacttac gaggattatg atccgcgtat tcgtttgcca tcaatagaga cgtgtttccc
      361 tttaaggtct tctataagcg tatccccgaa gaccgataaa cacgctccaa aagccttcgg
      421 atcaattcga gaaattactc tttcgaaagt gtccacgctc agacaaccat tgggtagttc
      481 caccaaaggt tttaggtcct cgcctcgttc tcgacagagt tcatacatag agacgtaatc
      541 atcaccaccg cagagatagg tggctatggc aataatgatt atgtcactca ctttatgctt
      601 acaacgtcct ttcacc
//
LOCUS       SEQF2638.1|AYYF01000346.1 405 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..405
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             178..357
                     /locus_tag="SEQF2638.1_00075"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSVNSFQTVGMANHEVITIAPALEILDPDFSAEGCTHRIAYVKI
                     EIDSTMHPATTYAVL"
ORIGIN      
        1 gtcacggcgg ggggtgccgt tattaaagtc gatgatttca tggggattga aggcttcacc
       61 caagaatcgg gtctcaaagt gaagatgcgg acccgtagag cgtccggtag atcctccaag
      121 gccaatgggc tggccggcaa ggacaatctg attttctccc actaagaatc cggacagatg
      181 tccgtaaaca gtttccagac cgttgggatg gcgaatcacg aggtaattac catagccccc
      241 gcgctcgaaa ttcttgatcc ggacttttcc gctgaaggct gcacgcaccg tatcgcctat
      301 gttaagatcg agatcgattc cacgatgcat ccagcgacga cgtatgccgt actctgagtt
      361 tattttcaga cgttttccga cgggacatac aaatgatgaa cagtc
//
LOCUS       SEQF2638.1|AYYF01000347.1 499 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..499
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(334..495)
                     /locus_tag="SEQF2638.1_00076"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPQPITITVRASVSSRFPSLRIMRRAMCVMLQKRKRMVRALKRA
                     DIELTILAT"
ORIGIN      
        1 gctctgatct cccacccggt tctgcactcg gggcccgcgg ttttcgtttt cagatcacgc
       61 atgtaccttt gcgcgcgttt ttttagacac atctaaaagc atacaatatc atcgttttat
      121 gaagcatttc aagctaatcg acaacgtcac gggatggctc gtattcctcg tcgcggcgtt
      181 cacgtatctg tcgaccatcg agccgacggg tagtttctgg gattgcggcg agttcgtctc
      241 gtcggccttc aagttagaag tgggacaccc gcccggagcc ccatttttta tgctcatggc
      301 taacctcttc acgcagctaa cctcggacac ggctcaggtg gccaagatgg tcaactcgat
      361 gtcggccctc ttcagcgccc tgaccatcct cttcctcttt tggagcatca cgcacatggc
      421 gcggcgcatt atcctcaagg aagggaagcg cgagctgacg ctggcgcgca ccgtgatggt
      481 gatgggctgt ggcattgtg
//
LOCUS       SEQF2638.1|AYYF01000348.1 716 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..716
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(162..668)
                     /gene="cda"
                     /locus_tag="SEQF2638.1_00077"
                     /EC_number="7.2.2.10"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q47910"
                     /codon_start=1
                     /transl_table=11
                     /product="Calcium-transporting ATPase"
                     /translation="MALLNMYLMAIYGQKNWVREFYNNQVYLNRKAIEEAKIDLGEIQ
                     ARAATFLQEFSGVERVTTDMTLRSGVWNENVIDLSRGTYRGRRGDLMLALSPGWTVVN
                     DDNAKDRPKVVRNQAVPTPVIFFGNGIKPQHIYREVKAVEIAPTVTHVMRIRSPNAGD
                     ALPIPEIR"
ORIGIN      
        1 gcttagtgag tatctcatta aatcccatga gtgtatgatg tgttgactat ttgtataaac
       61 gtattggggg gagggggaaa gtgccacggt gtggcaaaaa aggtgccacc ctttcagggg
      121 ggtggcggac tgttcgcttt gagttgtgag ggttcctccg cttaccggat ctccggtatc
      181 ggaagggcgt cgcccgcgtt gggcgatcgg atacgcatga catgcgtgac agtcggcgcg
      241 atctcgacgg ccttgacttc gcggtagatg tgttgcggct taatgccgtt gccgaagaag
      301 atgaccggtg tgggcacggc ctgattgcgg acgaccttgg gacgatcttt cgcgttgtcg
      361 tcgttgacga ctgtccagcc ggggctaagc gccagcataa ggtcgccacg acggccgcga
      421 taggtgccgc gactgagatc aatcacgttc tcgttccaca caccagagcg tagcgtcatg
      481 tcggtcgtaa cgcgctccac gccgctgaac tcctgcagga aggtggcggc tcgtgcttgt
      541 atttcgccaa ggtcaatctt ggcttcctcg atggctttgc ggttgaggta gacttgattg
      601 ttgtagaact cgcgcaccca attcttctgc ccatagatgg ccatgaggta catgttcagc
      661 agcgccatgc aacgctgggg gtggaactcg ccgccgaccc atcgggtgcc ttcggg
//
LOCUS       SEQF2638.1|AYYF01000349.1 248 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..248
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tccggaggct acgaacgcgt gctgcataag atcggctccg cggtccgtat ggacatgtta
       61 cttaagccca accgcaacgt cacgtggaaa tcacgcctct actacaacac cacctaccgg
      121 aacatcctgg ccgagttcga aaactcgctc gacatggcct tcagccgctt cttctcgacc
      181 atgatcaacg tctacctccg cttcgacgac agcgtcgcaa agacgcccgg ctacgattcc
      241 tacgtcca
//
LOCUS       SEQF2638.1|AYYF01000350.1 261 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..261
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             64..168
                     /locus_tag="SEQF2638.1_00078"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTIERRYGTALAALCFTDFIMPDSADGSSEVVRL"
ORIGIN      
        1 gacctgcatc agcgcaccta cagccggttc tacctcggcg atctgaactt cgtcaccgag
       61 ggtatgacca tcgagcgccg ttatggcacc gccctggccg cgctctgctt caccgacttc
      121 atcatgcccg actctgcgga tggaagcagt gaggtggtaa gactctgaga gggtctggga
      181 taggccacag cgcataaaaa aaggcagtca cgacgcatcc gttcgtggct gccttttgtc
      241 atatgcggcc cgcgagcatc a
//
LOCUS       SEQF2638.1|AYYF01000351.1 369 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..369
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 agacactccg tattcatctc cgaggcggcc gagatcacgg agtcccttcc gcctgacgtc
       61 cacagcgtcg gcgtctgcgg cgccacctcc acgcctaagt ggctcatgga agaggtggcc
      121 gaacgcatcc gcacactcaa tgcctgagcc tcggggctcc caaaaaagat tcttctcagg
      181 gagcctccga gtgcttttag tcccatggaa gtttcttcca gaggatcccc cggcgctttt
      241 agcctcgtgg aagtttcttc cagaggatct cccggcgctt ttagcctcgt ggaagtttct
      301 tccagagggt cccccggtgc ttttagcctc gtggaagttt cttccagaga gtcccccggt
      361 gcttttgac
//
LOCUS       SEQF2638.1|AYYF01000352.1 467 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..467
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 agtttctgcc agaggcccaa cagccgtgtg caacaccgtg gaagtttctg ccagaggcca
       61 cccgctgcct gcgctatccc caatcgatct ctatttttgt ccgcgcgaat agcagctatc
      121 tcaacaaaat aacccccaca cccagtatgc aacgatccat cctaagaatc atcgcgccga
      181 ccctcctcct ctgggcgggc atcgccggcg gaacacgggc gcaaagcctg gagcaggcta
      241 agcagttgta caacgaaggc cgatacgcgg aggccaaacc gctcttcgaa cagctcgtca
      301 cccaatcgcc cgccaatacc tcctacaacc tctggtacgg cgtctgctgc tacgagaccg
      361 gcgccctcga cacggccgag cgatacctca cggccgccta ccgacgcaag tcgcccgact
      421 cctaccgcta cttggccgac ctctacacgc gcacctaccg cttcgac
//
LOCUS       SEQF2638.1|AYYF01000353.1 243 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..243
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tcgctgtgtc gtacttcatg gaggccaact ttatgcagga cattatcctc gatgagtttg
       61 cccgcgaagg cgacctgcgc ggctaccagc tgcctatcat gcccgaccgt cggaagaagc
      121 ccgacaagtt gcaacgcatc gaagccgtct ctcccctctg ggagcgcgga ctggtctact
      181 acaatgaggc caagcgcaac gacacagaca tgaagacggg catcgatcag acactctcac
      241 tgg
//
LOCUS       SEQF2638.1|AYYF01000354.1 489 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..489
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             199..489
                     /locus_tag="SEQF2638.1_00079"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEVALKQPTQILVARLGIMLTRHAAHPWHRHPEEAIALAILPRA
                     GLEEARQVGRLSDGSEGLQFALYLVRDHSSSFQISSSTARFGTWCTPAASRQ"
ORIGIN      
        1 gctgcgtagg aggtcggcgt tgttcgtgtc gaacgtctcg cggccgagga tcttatacgc
       61 cgtcaagtcc accaaatccc agttgtcgat gtgcgtgcga taccgcagat agaaatcggc
      121 cgtggccgca cgtaccgtcc gcgtccgggt tcgctcatat cgctccacaa gcatcaatag
      181 accgcagagg cgcacctcgt ggaagtcgct ctcaagcagc cgacacagat cctcgtcgcc
      241 cgcctcggca taatgcttac gcgccacgct gcgcacccct ggcacaggca ccccgaggaa
      301 gcgatcgccc tcgccatact cccccgggcc ggtcttgaag aagcgcgcca agtcggccgc
      361 ctttccgatg gatccgaggg cttgcagttc gcgctgtatc tcgtccgaga tcatagctcc
      421 tccttccaga tcagctcctc gacggcgcgc ttcggcacgt ggtgcacgcc cgcggcatcg
      481 cgccaatag
//
LOCUS       SEQF2638.1|AYYF01000355.1 285 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..285
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cgctaagtcg cgggccatgg aaactttggg gcctcccggg attgattacc cgcgctacgg
       61 atgccgatca ctacttccta tttgaaatgg agacttttaa gcgtctaata aatccagttc
      121 cgatcattta tattcatcgc gagattggtg caaaaggagg ttatacaggt gctgaataca
      181 agaaaatatc gaagaatacc tatttggaat atgagcgact gtatcacgag gatgcaatag
      241 cctttggaga ttttgagatg gggtcgcctt cgaccttttt tgatg
//
LOCUS       SEQF2638.1|AYYF01000356.1 373 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..373
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(111..353)
                     /locus_tag="SEQF2638.1_00080"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRVDLQANYTYQRATDVTSPEAKNYRDQIPYTPLHSGSGSAALR
                     TPWIDAAYTVVAVGDRYYMSHTYVEGKATILSRTSL"
ORIGIN      
        1 ggtaacaccg gattgaggcc cgaactggcc gacgagtaca acatcggcct cacatggact
       61 gccgcgcccg ctcgcctgat cgaccaaatc acgcttacat gggatggata ttacaatgaa
      121 gtgcgtgaca agatcgtggc tttcccctcc acgtacgtgt ggctcatgta gtaacgatcg
      181 cccacggcca cgacggtata agccgcatcg atccaaggcg tacgcagggc cgcggaacca
      241 cttcctgaat ggaggggagt gtagggaatc tggtcgcggt agttctttgc ttcgggtgaa
      301 gtcacatccg tggcgcgctg ataggtgtaa ttggcctgaa gatcgacgcg cacgccgtgg
      361 gtaaggggta tac
//
LOCUS       SEQF2638.1|AYYF01000357.1 504 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..504
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gcagtcgatg cgctgacctt tgtcagggat cttgtatgcc tcatcccagt cggggaactg
       61 gtgtttgtca ctgataccgt agtaatcaat gaaagtagtc acatacggtt tgtcaccttc
      121 tcgcaggtgt cgctcgatct gtgctttcag gagattccac tttactatcc ctccgttaga
      181 atatttgatc ttgggatcat tcagcaaaat tcctctgctg agaaacggct gacgtaaaat
      241 atcacggaca aactcctgct ccgtctcccc ttcgcagacg ataatgatgc gcttcatctc
      301 ttggttcata agggagagag aattagggtt gtccggcggc tataatattc tgcttccaaa
      361 gatcccccat ggtatagtcc tccatccata cttcgagttc ctctttgttt agtcgtttga
      421 agatgcttgc gccctctttt tggtccacag taatgatgtc ttctggctgg aaatagctga
      481 tcaggtcggc agactgtgta gcga
//
LOCUS       SEQF2638.1|AYYF01000358.1 311 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..311
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 acgacgtgaa aagtgccgac ggaaacatcg atcggggcac aaccctgttg cagatcgccg
       61 atgcgtttgt ggtgttcacg gattattcgg cctttcagct cgattcggtc actcggcatt
      121 gtcgttatag aggctgttat ccgtcggagc gtcacctgta ccaccgttag catagtaggt
      181 cacaccgtcc tggctatagt ccggcttacc gtctggcgta ccgttcgggc cggtcttgtc
      241 gattgcccat acggcataga gcgtcgtatc gcttgtgctt gcgaacgtgg cacccttctt
      301 cttcaggtcg g
//
LOCUS       SEQF2638.1|AYYF01000359.1 290 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..290
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ttttggatgg cgcgcccttt ggtgtttttc gcgccttcgg gaatctcgta gaccttcttc
       61 cagaagcagc gccctttggc ggtaaagaac aggattgtgg cgtgcatcga ggccggatag
      121 atgtgctcga caaaatcctc ttcgcgcgtt tcggaacctt tcgaccccac cccaccgcgg
      181 gtttgcgcac ggaactcact gagcggcgtg cgcttgatgt aacccatatg cgagatggtg
      241 atgatcattt cgtcgtcggc gtagaagtct tccgggttca gctcttcgga
//
LOCUS       SEQF2638.1|AYYF01000360.1 284 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..284
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gctcaaggat ggcgtattcg aaagcaatgc tgacaacgcc gtcttcaagt attccaccac
       61 ggggcaggac tactgccagt tctacgacgg ctttttcgtc tcccagcgta acgacttcac
      121 cattgcgcgg cccttcatgg acatcctcaa ggggcaaccc gatacgctta acaagaagtc
      181 gcacccctgg gcaggcgtcg tagaccctcg actggaggtc tacaccacgt cgcgtaatgg
      241 aaaatacatc ggcatcccct tcggcatcgc cagcggtgat atgt
//
LOCUS       SEQF2638.1|AYYF01000361.1 291 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..291
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 acgtttccga gagtcttcaa gcgcggccgc gagaatcgtc catacatctc cgtcgagggc
       61 ttcgaagccg ccccggcgcc gcaggtggag caaccggcag aagcataacc ccgcccgctc
      121 ccccggagag taacacgaag caaagagaga ggggctgtcc tatcatcaca tgagggcagc
      181 ccctcttgtt tctatacgtg aggaagatcg ggccaccgcg cagtaaggaa ccaagcacct
      241 acttttgtca cccagaagaa acatcaaaca ggaatacccc catgctcaca a
//
LOCUS       SEQF2638.1|AYYF01000362.1 247 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..247
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggtgtcggcg gtataaatcg tgtataagtc ggcgtccgcc cgccgaccga tagatgtcat
       61 ccataatcag tgaaaaatga gaaactaaaa acgggctgtc accccgcgtg gggagtcagc
      121 ggcgcaaata tagacgcagt ggggagctcc ggtggggtga agtttttcgc ctccacctgc
      181 gtatggggcc tgagaggtaa aaaacctgtc cggagacgtc tagaacctct cgggagaggt
      241 ccggaac
//
LOCUS       SEQF2638.1|AYYF01000363.1 317 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..317
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tctccaggtt gtgcaggccg gtggagtcca tgaagggcac cttacgcata cggatgatgc
       61 gaatggcggg cttgccgcca gcgacttgct tcatgcactc gtcgaacttg ttggcgatac
      121 cgaagaagaa ggggccgtcg atctcgtaga cctctacgcc acggggcacg tcgaggtgct
      181 cgtcgtcgtg gtggatctcg ccttcgtcag agaggtcgat gtggtccgtg gtgacggaga
      241 cgcgcgtggt ctcggagatg cggcgcatga agagcaccat ggccagcagc aggccgatct
      301 cgatggcgat ggtgagg
//
LOCUS       SEQF2638.1|AYYF01000364.1 674 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..674
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(238..558)
                     /locus_tag="SEQF2638.1_00081"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MICQLSIHPSFKIFCQLQGLLLQSDECLGVGLELTYHSLGCSNR
                     MISVEDFHRFVVKDAYLVRQDNNLREPFYARFSRSFFDDLKGFAQESCSDKVALRLCF
                     RLLV"
ORIGIN      
        1 ggtacgggca cctcctattc tggggcccgg caaggtgtgt ttttgtgcca caaaaaccgt
       61 tttgtgctac aaaacgcctt gcagccagcc agggtagggt tactccaaag tcgtgataac
      121 aatacggtgg aaaagatgaa acagaataag tcaagcagca gatgtgccac ctgcccacaa
      181 tgggatagat ggcacatcag aatctccaag ctctaagatc agcagaagat catcgagcta
      241 taccaaaagt cggaagcaaa gacgaagagc gactttgtcc gagcaagact cttgggcgaa
      301 gcctttaagg tcatcaaaaa aacttcggct gaaccttgca tagaaaggct cacgaagatt
      361 gttgtcttga cgcacaagat aggcatcctt tacgacgaag cggtgaaagt cctcaacact
      421 tatcattcgg ttgctacagc ccagcgaatg ataagtaagc tcgagaccta ctcccaagca
      481 ctcatcagac tgcaagagca agccctgcaa ctgacaaaag attttgaacg atggatgaat
      541 agaaagctga caaatcataa tttagtgatg catgaccgtt cattaaaagc ggcaggagtt
      601 cgtcacgctg cttagataat tgttgtattt cttcttgtag tttgaccatc tacagcaaag
      661 tacaatcgcc attc
//
LOCUS       SEQF2638.1|AYYF01000365.1 240 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..240
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tgatgaaaga acattacgat ctgtacaacg ttgaatacat ctccggcctg aaattcgtcg
       61 atctggaact gatgaaagaa cattacgatc tgtacaacgt tgaatacatc tccggcctga
      121 aatttaaagc caccacgggt ctgtttaaag atttcattga caaatggacc tacatcaaaa
      181 ccacgtctga aggtgcaatc aaacagctgg ctaaactgat gctgaacagc ctgtatggca
//
LOCUS       SEQF2638.1|AYYF01000366.1 417 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..417
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             136..273
                     /locus_tag="SEQF2638.1_00082"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPTIFEIFGLRFFFFADDHKPIHVHVTKGGDDIKIAIELKIEKL
                     F"
ORIGIN      
        1 gggtggggga atggaaaagg cggggcgttt gggagtgaga cggggtgggg gaatggaaaa
       61 ggcggggcgt ttgggggtga tcctgtcgat aggaagggaa tcctaccttt gtgaagccat
      121 aacaatgaga atgatatgcc tacgatattc gagattttcg ggctgcgatt cttcttcttc
      181 gccgatgatc ataagcctat ccatgtacat gtgacaaagg gtggcgatga catcaaaatc
      241 gccatagagc tgaaaattga gaagctattt tgaatttatt tcggaggcta tcgggagtat
      301 gtttctgatg attttgtttc atcattagac gagcatagca agctatgtga ggattaatga
      361 tggaacaaaa gggcagaaac aggcctcgat agacccgaaa tagaaaggag aaagatc
//
LOCUS       SEQF2638.1|AYYF01000367.1 355 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..355
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tccttcacct ccgcgatgat cttatcgatc accgccagcc gctccttttc gggcatgcgc
       61 gccagggcct gaaggctgtc ttgcaggtgt accgcctcga cgtgcaccac caactcgtcg
      121 agcacggacg agaggcgggc gacgcgttcg taatcccgat actcccgggg catggccgag
      181 agtgcgccac tgaagcaggg ttgcgcccgg acgtaatcct tttgcgtgaa atagatgtcg
      241 ccgagcttga tctggcagat ggccaggtcg aggccgtttt gcacgctctt ctccacgccc
      301 tgagcgtagg cggcgatggc ctgcgcggtg tcgtgccgac tcatgtagac gtcgc
//
LOCUS       SEQF2638.1|AYYF01000368.1 386 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..386
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cagtctcgta ggcgaaggta tacggcccga gttcgtcgcc atcgtcaact atggtatcgt
       61 cggactgata cagctggagc tgggggcggt cgacaagccg gatatcaacc cggagcgggc
      121 gctctcgttc tatgacgccc acatcaaaac gtctaccacg ctcatgctgg ccaagaatca
      181 cgactatggc gaggcatggc gtagcatgcg cgtggcttcc tatacggatc tgattctgat
      241 gaagctgagt cgcgtcaagg agatcgaaga ccaccgcgga caggtggccg tttccgaagg
      301 gatcagcgcc aactatatgg acatcgtcaa ctacgctctc ttcgggatca tcaaactctc
      361 aacggaagaa atcaccccta cacatc
//
LOCUS       SEQF2638.1|AYYF01000369.1 355 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..355
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gaataagaga ggttgccgtg gtggatcagg aagcgatcgg gctcgtggcg cgcctcacaa
       61 tagcggcgca gtgtggccgt gaccgtctcg cactcctcgc gggagttgga aaagatgagg
      121 cacttgcgac cgcgcgtatg ctcgaagatg taagccagtc cggggtcggc caccacgggc
      181 gctgtgtccg tgggctgttc gtcaacgggg agcaggtcag ccgtgctatc cgacgcttct
      241 accgcaggtt ccggcgcaga atcgaccgtc gactgatccg tatcggtcgc ctgcggaccg
      301 ttattgaaga agtgctgcat ggagaggcgc cacttgatcg gcgtgctctg tatgc
//
LOCUS       SEQF2638.1|AYYF01000370.1 325 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..325
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtcatagtct gcatcggtga aggggacacc gaggcgcagg gcgtggcgct ggagctcggc
       61 cttgcgtttg gtgtactcct cgagggggaa gatgttcggg ttgcaaaaga tcagcgtcgg
      121 gtgcagccca tgggccagca tccactcaaa gatggcgctg gagcagggtg cgcagcacgc
      181 gtggagcagc acgcggtcgg caccgtcggg gacgataaag ggggatttct tctgtttcat
      241 gttctggggt ggggacgagt tattccgagc cacttcttaa gtggcgggtg cggcgtacgc
      301 gatgggtcga tggagggggt atgat
//
LOCUS       SEQF2638.1|AYYF01000371.1 317 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..317
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtggagcttg tgagccgtcg caagtgaccg ctctgcatga gttgcgactg gttggacgag
       61 atgctgccgt tcagggtcac gccaccgcga atggcggaga tcatatagct gaggctggcg
      121 gccacgtagt ccgagaggtt gaggtggggg cgatgtacga agccggacgt gatgtagatc
      181 tcgccaaagt cctgcgtggg catcagtcgg ctgtgttgcc acatacgcgt gccaatgagg
      241 ttgccgaaaa ggccgtgaag gatgtttttg taacggatca tggcgctcac ggtcgtcacc
      301 tccgcacggc tgtaggc
//
LOCUS       SEQF2638.1|AYYF01000372.1 247 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..247
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggtggcggct gcgactgcgg gaggcttggc gaaggggctc ggggatgtcg tcgccatagc
       61 gtgcctgaag cgtgcggagc atgcgctgca gggcgggcgt ccaaaactct tgcacccggg
      121 tgtagacctc atagagggcg aagaaggcgc ggttggtgcg gctcttcatg gcgcgttgct
      181 gggccttgac ctgatcaatg ctatggaact cgcggccttt ctctttgctg acgaagtaga
      241 ggtggag
//
LOCUS       SEQF2638.1|AYYF01000373.1 700 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..700
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             21..218
                     /locus_tag="SEQF2638.1_00083"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEQTQAMNEQLRDTVVRCLKLYNKDKGYQIIFSNTAGSPIFLAD
                     DVYNITGEIIEFLNKRYAGTK"
     CDS             complement(464..646)
                     /locus_tag="SEQF2638.1_00084"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSRLLGKGRAKKGIFEGDLEEGELEIGQASALLSDIRPVAEIMD
                     DLIRGYRRAADKSYKL"
ORIGIN      
        1 cccgtctgac gaaggaattg atggagcaga cgcaggccat gaacgagcag ttgcgcgaca
       61 ccgtggtgcg ttgcctgaag ctctacaata aggacaaggg ctatcagatc atctttagca
      121 acacggccgg cagccccatc ttcttagctg acgacgtcta caatatcacg ggtgaaatca
      181 ttgagttctt gaataagcga tacgccggga cgaagtaacc tatcgggcgt gatcctatac
      241 atcccatcct ttctcggcct cgagagtgga tgggattttt ttgttgcgca tcgggcagct
      301 gcggcctccg gcgaaggttg accgggtacc ccccgagata aatcccgcct catcttgtac
      361 caggcaaact tcccagatct cggcagaggc ctgccatgaa agaaaaacgg gatgcaccgt
      421 tgaccgatgc accccgtggg agctgatgaa tgtcagtctc cgattagagc ttgtaggact
      481 tgtcagcggc acgacgatag ccgcggatca ggtcgtccat gatctcggcg acgggccgga
      541 tgtcggacag cagtgcggag gcttggccga tctccaactc accctcctcg aggtcgccct
      601 cgaagatgcc cttcttggcg cgccccttgc cgagcagccg gctcatcgtt tcggcgtcgg
      661 caccggcggc ttcggcctcc tcgacagccg tgcggaaggt
//
LOCUS       SEQF2638.1|AYYF01000374.1 733 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..733
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             86..709
                     /locus_tag="SEQF2638.1_00085"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAEDDAHHLVVFQAYGFAIGQILDAGIEVEAFDVHGVKLLVGRA
                     EHLHEFGLPNGGQIGRGCGLVQVVKHGLDMGRFGGEILACDAFVGIHDDLQAMARGTI
                     LCDGRLGCQADLLNQRRGDFVACIVFLLERCGLFGLFGFAIDLHLFEDTAVPSVNIRR
                     LEQEFGRGYRLNQGVNSGLQVGMQPEGEASAPSPINGFYGFHFVWGL"
ORIGIN      
        1 aaatggcggc gttgatgcgg tcgatcagtt cgctgatgag cttccggtcg tcatccgtag
       61 cggccatcat gtaagccgtt tcgatgtggc ggaagatgac gcccatcatc ttgtcgtttt
      121 tcaggcgtac ggctttgcta tcgggcagat tcttgatgct ggcatcgaag tcgaggcgtt
      181 tgatgtacat ggcgttaaac tcctcgttgg ccgtgcggag catttgcacg agtttggttt
      241 gcccaatggt ggccaaatcg gccgcggctg cgggcttgtc caagtcgtta agcatggcct
      301 tgatatgggc cgtttcggag gcgaaattct cgcgtgtgat gcctttgtag gtatccacga
      361 tgatctgcaa gcgatggccc ggggcacgat tctctgcgat gggcgacttg gctgccaggc
      421 ggatctcctg aatcagcgcc gaggcgattt cgtcgcgtgc atcgtctttc ttctggagcg
      481 ctgcggtctc ttcggccttt ttggcttcgc gatcgatctc catctcttcg aggataccgc
      541 cgttccaagt gtcaatatcc gacgcctcga gcaagagttt ggccggggct atcggcttaa
      601 ccaaggtgta aacagtggac tgcaagttgg catgcagccc gagggggaag cgtccgctcc
      661 aagtcccatc aatggttttt atgggtttca tttcgtttgg ggtttatgaa atcatcattg
      721 tcaagccttc aag
//
LOCUS       SEQF2638.1|AYYF01000375.1 377 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..377
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cagttaatag atagaacaat ggaaagtttc aatgaattga tgatgcgccg ccgcagctcg
       61 cggaagttta cggccgaacc gatcgcaccg gaccaggtgc aggaattact gaaagcagcg
      121 ctcgtggcgc cgacgtcgaa gaatgcgcac tcgtggcagt ttgtggccgt ggaagatcgc
      181 gagatgctgg gccgactggc cgcttgccgg aagatgggta gctccttcct cagcgggtgc
      241 gcgctggccg tggtagtcat gggcgacgtg accgtgacgg atgtgtgggt ggaggacgct
      301 tcgatcgccg ccgcatacat gcagcttcag gctgaggatc tcggcttagg cagctgctgg
      361 tgtcaggtgc gcaaccg
//
LOCUS       SEQF2638.1|AYYF01000376.1 260 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..260
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cgcgtggccg atcagcgcgg cgctatcatg aaaaagaatt accgcgccga caattctgag
       61 acgctgccct ccgactcgcc gccacgctcc atccgtacga gaagatctac aaactgccct
      121 acgaaatgga gagtggccgc ctgctgagca tggaggacga catcaaaacg atgacggccg
      181 agattacggc cttgggcctc accgatgcct tcgagaatct gaagaagatc aacaccgagt
      241 ttgaggcgct gcacgtccgc
//
LOCUS       SEQF2638.1|AYYF01000377.1 372 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..372
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtctttgtga agaccgctcc aagtggagag cttcacatgg ttacccttct tgatgaagtc
       61 gtcatggaag atcaaactat ccgccttcaa ggtgatttcc gtgttaccac cggcatcttt
      121 ctccgtgttg agcgtcatca gaccaaacgt ctctattacc ggtgaccaaa gcatcacctt
      181 ttggttgtgc gcttcgatat aggcatcgtc gtggaaggtc atacgcgaaa ccatatgcag
      241 ataatcatgt ccgcagttgg ttccatcgca cggtgtgggg caagtcggcg tattcccgaa
      301 gatattcgta tcccagttgc ccttgttggc ctgtgtcttc ataaagagac cgtagccact
      361 gactccctct cc
//
LOCUS       SEQF2638.1|AYYF01000378.1 407 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..407
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gaacgagaac tgctgtgttc aggaaaaacg gttcaggggt atgtatgatt cgagcaagaa
       61 ttgcatcatc taccattaca tatcgcgttt gtgcaggggt gccatcccga gtcgattata
      121 ttgaagggat gagggaagga tctcaattta agccgaattc cacatacgtt ttctcaatag
      181 aaaacgatcc aaacagtgat aatgtaacat gggctgttgg aggtggtcaa attgaaagcg
      241 gccaaggcac taaccaaata tttgttaaaa caagcaatgc aggtcgattt tttatatggg
      301 cgagaaagag gaatcgttgt ggtacggggg ggggccacag atttagtgga acaatcaaga
      361 tttcaaatta cttttccctc tctcccaacc ccgccacgga tgtagtg
//
LOCUS       SEQF2638.1|AYYF01000379.1 460 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..460
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 attatatcct ctgtgagagc ctctatgcta ggaagttcgc aattttcatc ttcattcgct
       61 tgctcaagat ttaagcgacg tttttctgcc aactccttaa caagttcgga attagtataa
      121 ggtgggagct gtttgtcatc tcctaccaaa atatactcat ctgccatcat catggacact
      181 aaggactcag cgtagtttgc tttacctgct tcatctatta tgagggtatc aaaatggaga
      241 tccttcagta tcggattaac tccaacacca acgcatgtac cgaaaactac gtctacggct
      301 tcaagattta atgtccgatg ttctgacgcg aaattctcca catcttcttt gtccaacgca
      361 gtgtggtact catttaaaat atctatgacg ttgtcgtata agggaagaat gtcttttgca
      421 aattttcgag acacttcact gcactcaacc ttatgccgtg
//
LOCUS       SEQF2638.1|AYYF01000380.1 360 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..360
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 aggcacagtc gctcgcggcc ttgaggacac gatagtgcgt gacggcctcc ttgccatgca
       61 gagcgtcggt gcaatagacc ttcatgcgac tgttttcagc gaggaagttc cgcagcgtgt
      121 cctccgcagg ctctggcaca ccttccacaa cggccacgta tgagcgtcgt gtgacgatgt
      181 cggcccatcc ctctcgcatc ttctcctgca cgcctttgtt gcgggcgaac atcatcaggc
      241 cggacgtgcc acggtcgagg cgatggagga caaagattcg gttcctcggg tcttgctcgc
      301 gaacgtaggc cgagaggatg gcccaggcgg tgcgctcctg cgccacggag tcggagacgg
//
LOCUS       SEQF2638.1|AYYF01000381.1 357 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..357
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtctacgagg ggcgcggcgt gctcgaggct gccagcatgg gggtcgacct ccgacccggt
       61 gagctgggcc tgcgctgcaa tctcatctgt atcgacggcg accagatcaa gaaccactcc
      121 gcaggacaca tttcttcgga ggagtctgac gtcttgattc gctacctcaa cgagcagctc
      181 gggtcggacg atgtcacctt tcaccacggc gtctcctacc gccatctgct tgtgctccgt
      241 ggcggcgatc ggcgcctgga ttgcaccccg ccgcacgaca tcccgctgca ccccttccgt
      301 ccagcgcttg tcaaggcgcg tgtgcccgag gctgaggcta cggccaaccg cctgaac
//
LOCUS       SEQF2638.1|AYYF01000382.1 402 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..402
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gaggattgca ccaaaaaccg ttttggagcc cgaaacgtgc caaggattgc accaaaaacc
       61 gttttggagc ccgaaacgtg ccgaggattg caccaaaaac cgttttggag cccgaaacgt
      121 gccaaggatt gcaccaaaaa ctgatttgaa gcccgcggcg accctctttt tgcaccaaaa
      181 accgatttgg agcctgcggc gagggtcgcc tgggagggaa cttaaaagag acaatacaat
      241 aacgattaaa caatagagaa atagccatgt acagaaataa gactttaccg gggcccgccc
      301 cccccggctg tagcttcgct gcccggcgca ccgggcgtcc gttccatcga tgtagatatt
      361 cgttttcatt tccgtcttat ccgttatgct gttcgcagga tg
//
LOCUS       SEQF2638.1|AYYF01000383.1 349 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..349
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 actcaatatc tcgaacctgc ctacgcacct ctaccctccg aaaaccccgt agaatccgcc
       61 gaactgttaa aatctcagcc ccaagaagcc ctctttaccc cctgaaaacg gcctaaaacg
      121 ctggttttaa gacactttgt ttcgtcccac ccgttgcaac tcgcgttcct acgccgtaat
      181 aagggacaaa actcacctcg aaaagtccac aacttaacac attattaacc cgcaaagggg
      241 agattctcgc cccccttcgt tgtcaatatt tggcttaagg gtcaaatatg ttcctgcgga
      301 gtgctataac acactgagag acagggatat gagaaaaaga ggcgccaaa
//
LOCUS       SEQF2638.1|AYYF01000384.1 237 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..237
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 acatgggggt gatccaagtg ggcccgacta ccgccaacaa ggataaatcc catgtctatg
       61 gcaacggtat gctgaagaac tacgaaggct gtaatacgcc catcaacaac tttgcgatga
      121 acttcggtac cggttatggt aatactccgg tgtttaaaat caatactagc gacacgctgt
      181 atatcgtaaa cttcggtaat aacggatcga attcgtgtgc tgcacatctg ttgttcc
//
LOCUS       SEQF2638.1|AYYF01000385.1 351 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..351
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 agacaggtag gaatcgctgc aatgggtgct gcaactgctg ctacaggtac cgtggccggt
       61 actgcaggtg cggtcggatc cgaagcggcc gctgctgctt cgagtgctcg tttggcaacc
      121 gttgcctctg ttgccgatac agttactgat gtgggaagca ttaggtctac tcgtaagctg
      181 agaaagtctc tcagaatggc acagctcgta caacagggta aagaagtcgc agccaattat
      241 gaggccattg acagcaaagt ggcacctaaa atgaagggct ttgtggaagg cattgtaagc
      301 acattcactg atcgcatggc caagcccaga cggcttagga tcatgcatga c
//
LOCUS       SEQF2638.1|AYYF01000386.1 455 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..455
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             179..427
                     /locus_tag="SEQF2638.1_00086"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGCEPKMNERPPLRASSMASSGPDTACMMAETKGIFSRIGEGSP
                     TACFTSGVLSDTLVGMHALVVRPGINRYSPKVLETSSK"
ORIGIN      
        1 gcctaagagt cggccgttag gcgtgccgtc gtcggtgatg ccgatggtgg agtggcccgt
       61 ctggcgtacc aacttaacca cgtcggccag ggtttgctcg ggcgtgaggt tggagtcgct
      121 gactacgaag ccggccttga acttcttcac cttacgcacc atctcggcct gactctcgat
      181 gggctgtgaa ccgaagatga acgagaggcc accgttacgc gccagctcga tggccagctc
      241 ggggccggac acggcctgca tgatggccga aacgaagggg atattcagcc ggataggcga
      301 gggctcgccc acggcgtgct ttacgagcgg cgttttgagc gacacgttgg tcgggatgca
      361 cgccttggtc gtcagaccag ggatcaacag gtattctccg aaggttctgg agacgtcttc
      421 taagtaaaca gccatatctg atttcttgct gtctc
//
LOCUS       SEQF2638.1|AYYF01000387.1 329 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..329
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gcgctgcgtc gggtcgggcg cggaggccgg gcatcatgtc gggcagcagc atgagcagcg
       61 tggtgatggt ggtgaagacg ttcgtgagga agatgtatcc gatgccgtag cccgggcgat
      121 agaaccacgc gatccactcg gggtgcgact cgttcagctg cggacagacg acaaggaaga
      181 agatgttcag cacaatgttg aggaagatgt tggccagttt gatggcggca aatcgcacgg
      241 ctttgttgcg gtatctgagg taggcgaagg gcaggcagca gaaggcgtcg acggccacaa
      301 tgccggccat catgcccaca tattccggg
//
LOCUS       SEQF2638.1|AYYF01000388.1 410 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..410
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ctaccagtct ggatgtctaa accagattgc caagccatca agccagcgtt aggcgttgtg
       61 cgctcgaatc tcacgatttg cggaacaggg tttcctgtgc cgttgcccgt gatgatatgt
      121 ccacgtgcat tccaaatagt cttaccaccg gtgcccggat tacctgtacc cgttgagctg
      181 ttcgtaaacg tcttcggacc taaagcctca atgttaccca cggcctgcca aagcgtgttg
      241 ccggtcttac ccaattgagt aaaggtgaca ggagacgcag caacattatc tactttaaga
      301 tctctaccgg ctacccactc taaatctccc gtgcttcctg catttgattt ccatgcgata
      361 gaggaggagg taggaagctt gatattaata ttttgcttag ccaaccatct
//
LOCUS       SEQF2638.1|AYYF01000389.1 459 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..459
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tcctcagaga cgtattttgt atagacgttc cttcgccgaa aagcatgacg aaaggttgca
       61 agaagtatga tgggtcactt ttataagccg gggtctctat gatttcttca ttaatatagt
      121 gaacaacgtc ttgtatatcg tccccgtctt ttctataatc gattgctccg caaggcttcg
      181 acgagacttt aacaagctct gcgcttttat tgattctcaa ataagcatgc gttcttaccg
      241 acagcatatc ctccggtttt tgaaaatcgg ccaaggcaca atttaccgta acactgtcta
      301 tcacgttttg gagtgatatt tcaatcttct cgttcttgcc ataggtaatt ttcttgtgtt
      361 ggccgtagga taattcaaag atggcggcca ccttatccgt tttcggcatc gacaccgaat
      421 gctctttctc gcaccccgtc gctaccatca gtagtagga
//
LOCUS       SEQF2638.1|AYYF01000390.1 285 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..285
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gcctctacac gctttactac gcccaggccg actccatcga cctcgcttcg gcgcgctcca
       61 ttctggccac cggtatccgc accaatgagt ggttcctacc catcaacgcc gacgccgaac
      121 gggagtacac tttctgcgtc accgcctcca atcgctaccg catcgagagt cgcccctcgc
      181 gctccaccta ttactatttc tcacgctatg acaaatgact gaagaagaac tcaggcgcat
      241 ccgtgccgcc cgcactcaaa actggtatgt gctctacacc tgtct
//
LOCUS       SEQF2638.1|AYYF01000391.1 316 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..316
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ccagcgaatg gtggcacttc aacgcctgtc ccgccgcccg agcccgcgcc tcctaccccc
       61 tgattggcaa gtgacgcccc gagtcgctcc ccccgacgcc ccgtttggcc cagtagaccc
      121 ctcgtccgcc cccagagcag gtgtctgtgg catgctttca gtctaaaagg ttagaaatgt
      181 cactgcctgt gaagtgcttt cacaaggaaa ggatctaatg tctatcgtat ataagaggct
      241 ctcagattaa aaggaagtta tgcatactgt acatagtatg cttttagatt aaaaggatac
      301 gatctctcat gtatat
//
LOCUS       SEQF2638.1|AYYF01000392.1 312 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..312
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             12..140
                     /locus_tag="SEQF2638.1_00087"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTHEFLRVAAGVPRLKPADDTYNADQIITMMRKASKRATCGT"
ORIGIN      
        1 cccacacaaa catgacacat gaattcctac gcgttgcggc cggtgtgccg cgactgaagc
       61 cggctgatga cacgtacaac gccgaccaga tcattacgat gatgcgcaaa gcatcgaaac
      121 gggcgacatg cggaacgtga agttttaata gagggtagag gatggagggt agagggtaga
      181 catccgacga tttgggagaa gagagaggga gcagctcttt gcgggcttgt tccccctctt
      241 ttttctgtta acgccgcgta gcccagtgcg ccactgatcg gcccgagtaa cagccacgcc
      301 gccaccatga ag
//
LOCUS       SEQF2638.1|AYYF01000393.1 722 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..722
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(34..642)
                     /locus_tag="SEQF2638.1_00088"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDYDNQLVLTGKISEIGEALTSNIKDSYRMGVELSGGVRLASWL
                     DWSGNVTLSSNKIRNFTEYVNTYQGGKELPQTVNELGTTDIAFSPNVTFGSTFDVRWR
                     GFTAALMSSYVGRQYLDNTSALERSIDPYFVSDLRVGYAFHPGFMKEIALDVSVRNLF
                     NAEYESGGYIYDTFINDGKRVNQLNYFAQATRNFMARLTLKF"
ORIGIN      
        1 gtagagggta gagggtagag ggtagatggg gggttagaat ttcagcgtca gtcgcgccat
       61 gaagttgcga gtggcctggg caaaatagtt cagctggttt acccgctttc cgtcattgat
      121 aaatgtgtca tagatgtagc cgcccgactc atactcggcg ttgaagagat tgcggacgct
      181 gacgtcgagg gcgatctcct tcatgaagcc cggatgaaaa gcgtagccta cgcgcaggtc
      241 gctcacgaag tagggatcga tgctgcgctc gagggcggag gtgttgtcga ggtactgccg
      301 cccgacgtac gacgacatca gcgccgcagt gaagccccgc caacgcacgt cgaaggtgct
      361 gccgaaggtc acgttgggcg agaaggcaat atccgtcgtg cccagctcat tgaccgtctg
      421 cggcagttct ttcccgccct ggtaggtgtt gacgtactcc gtgaagttgc ggatcttgtt
      481 gctgctgagc gttacgttgc cgctccagtc gagccacgac gcgaggcgca cgccgccgct
      541 gagctccacg cccatgcgat agctgtcctt gatgttcgac gtgagcgcct cgccaatctc
      601 ggagatcttg cccgtgagca caagctggtt gtcgtagtcc atatagtaga ggttggcgcc
      661 gttgtggaag gcgcggccgg tgtattcgta gcctgcttcg tagtcgtaga gggtctcgta
      721 gg
//
LOCUS       SEQF2638.1|AYYF01000394.1 322 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..322
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtcttctttt gccttctttt cttccatcaa gggaagaaaa gaaggtgggg cctggggcga
       61 agccctctaa agtgcacgga aagatgatta tggaaaagct gattattcac attgaggcga
      121 gcaaggatta ctatgatgga tatgcggtca acgtggacgg gatatacgga gccggcagct
      181 cggtggaaga gtgtaaggcg gacgtcggac gggggctgcg actgatgatc gaatcggccg
      241 ccgcgcgagg tgatcgcagt ctgccagagt ggctaatgac ggggaattac gtgatcgagt
      301 acacgtatga tctgccccgc at
//
LOCUS       SEQF2638.1|AYYF01000395.1 255 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..255
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtgtgcgccg tgtcgagggc gtcgggtggc aggtggggac gtttatcgtc gaagccgccg
       61 aaggtggagc ggatgcgaga gtctatgcgc cacgtagggg gtacgcgaag ggtgataccg
      121 ctaaaggtgc agtcgaggtc gacgaagatt tcggggtcat caaggcgggc attgcgcagg
      181 tcgaggtcga tgccgccgaa ggtgctgcgg aggatggcgc cacgaaagat gggttaggtg
      241 aagagggtct tagag
//
LOCUS       SEQF2638.1|AYYF01000396.1 610 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..610
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             15..134
                     /locus_tag="SEQF2638.1_00089"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNMKRRKDDSRTYFLDELREKLNKRMVESDLKGGKFKKR"
     CDS             230..364
                     /locus_tag="SEQF2638.1_00090"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLPFLLKLTSELYYFPSDNSQFKCQFLQLSEHCKGFFLSKITFQ
                     "
ORIGIN      
        1 gctacaacgt atatatgaac atgaaacgtc gcaaagatga cagccgcacc tatttcctcg
       61 acgaactccg tgagaaactc aataagcgta tggtagagag cgacctgaaa gggggcaagt
      121 tcaaaaagcg ataatcgcca tcaaaaggtt aatcaggctt cccttttatt tgagggaggc
      181 ctgatttttt tattaaggaa tggcaatatg atataagcag ctattgtcga tgttgccatt
      241 tctcttgaaa ctcacgagtg agttgtacta tttcccctcc gataatagcc aattcaagtg
      301 tcagtttctc caacttagtg agcattgcaa aggctttttt ctcagtaaaa ttacttttca
      361 ataaaagtat gtagaacttt tatttgcgca ttagcattga tactaagtag gcgatctttc
      421 aaggcctcta ctttgggaag cccgatatct gagtatgaat aattttgtcg attgagatta
      481 ctatcctcta caatgtcacc atctacgatt gttagactct cgaagcctat ccttaataat
      541 atctcagcta tattactgcc aatactagct ccagcaagta gtacacgata gcttttgatc
      601 ttcttttgat
//
LOCUS       SEQF2638.1|AYYF01000397.1 586 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..586
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(50..313)
                     /locus_tag="SEQF2638.1_00091"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLTNETHNAALMVTGENVRARVRVRSRIADLNGCSHPVVVFRSI
                     AAHHFEYDDEVFDGFRTQPRINFCEHEGLHCVFVDLSRLSKGG"
ORIGIN      
        1 caaacgtgcc acgcatgccg tctatgcgct ccaactcgaa aagcacctcc tacccacctt
       61 tggagaggcg cgagagatcg acgaagacgc agtgcaggcc ttcgtgctca caaaaattaa
      121 tgcggggctg agtcctaaaa ccgtcaaaga cctcgtcgtc gtactcaaaa tggtgcgcgg
      181 ctatggagcg aaacaccaca actgggtggc tacagccatt caagtccgct atcctactgc
      241 gcacacggac acgcgccctg acgttctcac ccgtaaccat cagtgccgca ttatgcgttt
      301 cgttcgtgag catttcacct tccgtaacct gggtatcctc atctgcctga gcactggcat
      361 acgcatcgga gagctctgtg ccctgaaatg gtcggatgtc gacccgacag agaaagtcgt
      421 ccgcattcgt cgcacactcc aacgcatcta tatcatcgac cccgatgggt ctcgtcacac
      481 ggagctgatc gaaggaatgc ccaagacgaa gagctccatc cgcgacatac ctctgagcaa
      541 tgaactctgt cgccttttca agccactcct ccgcatagtc tgcccc
//
LOCUS       SEQF2638.1|AYYF01000398.1 255 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..255
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gatcagggtt tcgtgaagac gacgacagtt caaatcgcta agaaggcagg atgtaactcg
       61 gcgatggtac actattatta tcggactaag gaacagctct tcgagcggat aaatggtgag
      121 aaaattaagc tcgttatcga gagccttacg gccattagtg gttcggggaa gtccctggag
      181 gagcgagtcg cggagatcat agatgtgtat ttcgacttcc tcagccgaaa cccgcggcta
      241 cccgccttta tgctc
//
LOCUS       SEQF2638.1|AYYF01000399.1 387 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..387
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gaggaagacc gcgccgcgat cggtgccctg atcaaggatt tgaacaaggt gacggccgct
       61 tacaagacga cgtacaacaa gaaggtcggg cagcggaagc ggggcgcggc gaagcctgac
      121 gacgatcagt cggaggagtg acgggggggc ggtgacgcac caattgggac gcatccattg
      181 gccttcgttg ggccgggggc ggacaaagaa atgccgggta catgtgggga gtatcctccc
      241 tcatcatgta tccggcatta ttcgtcggtg cccgcagccg cctcgtcggt agccgcaggg
      301 ggggggctca acttcggaag aagaagcgca gcacgtcgtt gccgttggcg tagagcagga
      361 ggccgaagag cagtaccatg cccacga
//
LOCUS       SEQF2638.1|AYYF01000400.1 303 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..303
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 atggtttgcg gatgggtgcg gagggattcc atgcgctgaa gaaagtgctg catgatcgcg
       61 gactgagcac cgccgtcggt gacgagggag gctttgcccc cgcactgaat ggcaccgagg
      121 acgccctcga ttcgattctt gccgccatta aagcggctgg ctacgaaccg ggtaaggaca
      181 tccgtatcgg tatggactgc gcctcgtcag agttttacaa ggacggcgtc tatgattata
      241 ccaagttcga gggcgccaag ggcaagaagc gtacggcaga cgagcaaatc gcttatctcg
      301 agg
//
LOCUS       SEQF2638.1|AYYF01000401.1 708 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..708
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(205..570)
                     /locus_tag="SEQF2638.1_00092"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGSCVKASPAKTISPTLSLVKLSVMRDSICLAFSRRLGWMSSAI
                     IELETSRQTMISTPRFFTVSSLEPNCGPAITKIITATAAKKSQNFRCSRLRDTSGMSS
                     ATSFGSPKRRTARRRSMRV"
ORIGIN      
        1 gcgggatgtt gagcttatcg ctgagataac cccaaagcgt gcggaagatc tcgtcgtaga
       61 agtcctccct gcgtccatct accccggaac cgcttatgac taccccataa ctcccccaaa
      121 ccacccctcc cccatgtttc gttttgcaca ccccatatac ctctatctgc tggccgtgct
      181 cccggtgatg atcgggggct acgtctacac cctcatcgac cgtcggcggg ccgtgcgtcg
      241 cttcggcgac ccgaagctcg tggccgagct catgccggaa gtgtcgcgta agcgcgagca
      301 cctgaagttc tggctcttct tcgccgccgt ggccgtgatg atcttcgtga tcgccgggcc
      361 acagttcggc tccaaactgg agacggtgaa gaagcgcggc gtggagatca tggtctgcct
      421 cgacgtctcc aactcgatga tggctgagga catccagccc aaccgcctcg agaaggccaa
      481 gcagatgcta tctcgcatga ccgagagctt caccaacgac aaggtggggc tgatcgtctt
      541 cgccggcgac gccttcacgc agctgcccat cacgtcggac tatatctcgg ccaagatgtt
      601 cctctcctcc atcagcccct cgatggtctc cacgcaaggc acagccatcg gcgcagccat
      661 caacttagcc ctgcgttcct tcacgccgaa cgaccaggcg ggtaagac
//
LOCUS       SEQF2638.1|AYYF01000402.1 302 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..302
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gaagtgggct gtggcgtctc cggcgaaagc ggccgaggcg ccgtaggtct gcgcgtacat
       61 acataataca gctgaatcgt tcatggcatg gcaaattgaa agtctatcgg gagccacgga
      121 gcggtcgtag ccgtgaaggc atgatccttt tcgcagctct gggggctgtg tcgctcatcg
      181 tctgagggta tttgattgtt tgagtcatct cttttctgct ttatgcaccg caaatgtaac
      241 cttttatttg tgaccgataa acaaacccaa caaaaaaacg aacaactttc tctccgctgc
      301 ct
//
LOCUS       SEQF2638.1|AYYF01000403.1 234 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..234
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gatatattga gggtgcatga tgtgaaggaa gcgatggaag ctgttgcgct ggttggtaaa
       61 atgaaataaa tatacgcatt caagatatgt ttaaaaaact gcgacggttg aggtatttgc
      121 ccttctaaga atatcgtcca tatatgaacc tagcaaaaag ccaaatagat attcatccgc
      181 gcgatattag ttgatagtga gtttaaggtg attgttattc cgtcccgcta acgc
//
LOCUS       SEQF2638.1|AYYF01000404.1 240 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..240
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 catctactcc ttccgcggcg ccaacatcga caacatgctg cgcttcaaag acacctatcc
       61 ggagtatcgc ctcttcaagc tcgaacgcaa ctaccgctct acgcgcaaca tcgtggaggc
      121 ggccaacagc ctcatcgata aaaacaaggg acggatcccc aagaacgtct attccgagaa
      181 cgaggccggc agcaagatcc gcgtcctatc gtcatacacc gactacgagg aggcctacct
//
LOCUS       SEQF2638.1|AYYF01000405.1 249 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..249
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtcagaggcg gcttctccga tagtggtgag ggtcaggcag catcgctaag ccttgagggc
       61 gtagttggtg tcggctacaa gttggacaat ggcgtaggct tcgccttaca ttaccagcac
      121 gagttcaaga cctcgtctaa tgtccatcgg ctcatccccg acaaggcgca gaagcgcggc
      181 gtccagctct ctgtcaccta cgacctgttc taagcattgc ggatcgtccg tctgaattag
      241 ggctgtctc
//
LOCUS       SEQF2638.1|AYYF01000406.1 336 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..336
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gcgggaaggt tgttggaaaa tgatgctgac ggattgcttg catccgaagg gcttgtgaac
       61 gcatataaaa tggaaacgga agcaacgtat ccaatgattg tcatcgatac cacccttgtt
      121 tccaagattg ataaaaaata cattgtaaaa ttcggagaag agcatagtgg gtgtaagtac
      181 atattgaatt acgcaaggta cgtgatcaat gagtttgcga aaaatgaaaa tgatgtagtt
      241 tctgagttaa aagatatcag caaaatgatt attaaaccag gaagagacac aaacaattcc
      301 cccaatccaa ctaacgagga tgaaagagtg aggcga
//
LOCUS       SEQF2638.1|AYYF01000407.1 591 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..591
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(379..585)
                     /locus_tag="SEQF2638.1_00093"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLYFPLIETTLPAWVPIFGGQEFVFFRPIFNLADSSICVGVFLL
                     LIFHSRTLSFSLSKKPSSSKDEKE"
ORIGIN      
        1 cagctgctga cctccctacc ggccgatttc agtcggcggc ccacctcctc gagcgccatg
       61 tcacagacgc ccatgtaaag gtccaagttg cggccgtacc acatcaacga gctgtcatac
      121 tgggcttcgg tgaggtggtg tttggcgaaa acatcgttga agagtgcgcg tcgctgttcg
      181 aaggtctcgt aacgctgagg ttcgtcgtag atcatcgcct cggcggtgta gaggtcgatc
      241 atcacgtcac gcatctgctt ttctgtgagc acaccctcgg gcgtatggct gcacgccgaa
      301 aggccgatga gggctgacag actcactacg aggaaggtct gaaatccgga gatagtcatg
      361 taagaatggg ggaggggact attctttttc gtccttcgag gaggagggtt tcttagaaag
      421 gctgaagctc agcgtgcggc tgtggaagat gagcagcagg aagacaccga cgcagatgct
      481 cgaatcggcc aggttgaaaa tgggccgaaa gaagacgaac tcctgcccac cgaagatggg
      541 cacccacgcg ggcagtgtgg tctcgatcag cgggaagtag agcacctgtc t
//
LOCUS       SEQF2638.1|AYYF01000408.1 725 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..725
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             17..391
                     /locus_tag="SEQF2638.1_00094"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0AEC0"
                     /note="UPF0053 inner membrane protein YoaE"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKYGIVTDEFGGVQGLVTLADIVEALIGQLPDVDEELEIKQRAD
                     GSWLVDGQYSFYNFLEYFDMEDLYADYDYNTLSGLILELLERVPKTGDTFSWQCFDFE
                     IVDMDRARIDKVLVKKHPVANT"
ORIGIN      
        1 gttcaaacaa gcgcgagtga agtacggcat cgtcaccgat gaattcggcg gcgtgcaggg
       61 tctcgtcacg ctggccgata ttgtggaggc actcattggt caattgcccg atgtggacga
      121 ggagttagag atcaagcagc gcgccgatgg cagttggctc gtcgacggac aatactcctt
      181 ctacaacttc ctcgagtatt tcgacatgga ggatctctat gccgactacg actacaacac
      241 cctcagcggc ctgatcctcg agttgcttga gcgcgtgccc aaaacgggcg acacgttcag
      301 ctggcagtgc ttcgacttcg agattgtcga catggatcgc gcccgcatcg acaaagtgct
      361 ggtcaagaag catcccgtgg cgaacacctg atggtctccg cgcataacta cacccataac
      421 atcctcaaac gccctctcat catatgaaat cgaaccgaac cttccgcccc caccggggtg
      481 ctcagcccga cgaccgtcag ccacgtggcc aacgcgtcac cgtacgcgag gcttcgcccc
      541 tcttactatt cctttttacc cacctcaccg accgcagtcg gagtgccgtc aagtgcctcc
      601 tgcgccacgg gcagatctgg gtcaacggac gggtcacgac ccattttgac atgccgctcc
      661 gtcccggcga tacggtcctc attagccacg agcgcggccg ccctgccttc aatagcccct
      721 acctc
//
LOCUS       SEQF2638.1|AYYF01000409.1 1851 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1851
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             13..1371
                     /gene="arpC"
                     /locus_tag="SEQF2638.1_00095"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q9KJC1"
                     /codon_start=1
                     /transl_table=11
                     /product="Antibiotic efflux pump outer membrane protein
                     ArpC"
                     /db_xref="COG:COG1538"
                     /translation="MSFHKILFLVCLTPWLSGLSAQDVETTQAPDTLRLRLDEAIQIA
                     LTENPTVRVADYDVEIKKEARREARAGLLPEASLSASYSRTLKKQTMVMEFGGQSTKI
                     QMGTDNSYSAGLSINLPLFAPALYRSIRLTEADIELAVEKARASRIGMVNEVTKAFYQ
                     LLLAQDSYRVLQEAYAQAEANLRIVNERFTLGSVSEYDRIRADVQVRSLKPGLVSAGN
                     GVALAGLQLRVLLGVAGEPIIAARGSLADYESAMKPDQPIAETLENNSDLRQLDLNLE
                     LLSHNERLTKANFLPTIGASYSYSYSSMNNDFRIRNYSWYPYSFVALNVNIPLFKASN
                     YPKLRKVRLQMQQLRETRLNAERQLGMLVQNARDKMAAAYEQQASNREGVAQAEKGRL
                     IARKRYEVGMGTILELNDAEVALTQAELAYRQAIYDYLTARADLEKTLGNNDRAHTIN
                     QK"
ORIGIN      
        1 acattatact atatgtcatt ccacaagatc ctcttcctcg tttgccttac gccgtggctg
       61 tccggccttt cggcgcaaga cgtggagacg acgcaggcgc ctgacacgct gcgcctccga
      121 ttagacgaag cgattcaaat cgccctcacc gaaaatccca ccgttcgcgt ggcggattac
      181 gacgtcgaaa tcaaaaaaga agcccgacgc gaagcgcgcg ccggactgct gcccgaggcc
      241 tcgctcagcg cctcctactc gcgtacgctc aagaagcaaa cgatggtcat ggagttcggc
      301 ggacagtcca ccaagattca aatgggtacg gacaactcct actcggccgg cttatccatc
      361 aatctgcccc tcttcgcacc cgcgctctac cgcagcatcc ggcttacgga ggccgacatc
      421 gagttggccg tggagaaggc gcgtgcatca cgcattggca tggttaacga ggttacgaag
      481 gccttctatc agctgctctt ggcgcaggac agctaccgtg tgctgcaaga agcctatgcg
      541 caggccgagg ccaacctccg catcgtcaac gaacgcttca cgctggggag cgtcagcgag
      601 tacgaccgta tccgcgccga tgtgcaggtg cgcagtctca agccggggct tgtctcggca
      661 ggcaacggcg tggcgctggc gggtctgcaa ctgcgtgtgt tgctcggggt ggcaggcgaa
      721 cccatcatcg ctgcccgcgg cagtctggcg gattatgaat cggccatgaa gcccgatcag
      781 cccatcgccg aaacgctgga aaacaacagc gatctacgcc agttagacct caacctggag
      841 ctactcagcc acaacgaacg cctgacgaag gccaacttcc tgcccaccat cggcgcctca
      901 tacagctact cgtatagctc gatgaacaac gactttcgca tccgcaatta ctcctggtat
      961 ccctattcat tcgttgcgct gaacgtcaac attccgctct tcaaggcctc gaactacccg
     1021 aagctgcgca aggtgcgcct gcaaatgcaa cagctccgcg agacacgcct caacgccgaa
     1081 cgtcagctcg gtatgctcgt acaaaacgct cgagataaga tggcggcagc ttatgaacag
     1141 caggccagca accgcgaggg cgtggcccag gcggagaaag ggcggctgat cgcccgcaaa
     1201 cgctacgagg tgggcatggg taccatcctc gaactcaacg acgccgaggt ggcactcaca
     1261 caggccgagc tggcctatcg tcaagccatc tacgactacc tcactgcccg cgccgatctg
     1321 gagaagacgc tggggaataa tgaccgcgca cacacgataa atcagaaata aatagaacaa
     1381 caatgaagag agaaacaatc atacgatcgg cagcctccct aatgcttgcg gcggccatcg
     1441 cagcctgttc gggcggagga aaacaggcag aagagacgga gcaggaagcc ctgccgaagg
     1501 tgaagctggg cgctgccgtg cgagaagagg tggagcaggt ggagacatac accgccaccg
     1561 tcgaagcgca ggtcacgaac aacattgcgc cctccatgcc cgtgcgtatc gagcgtatca
     1621 acgtcgaggt gggtgaccgc gtcagccgcg ggcaggcact cgtgcagatg gatgccgcca
     1681 gcctccgcca gcagcaattg cagatggaga acctgcgcgc cgacttccgc cgcatcgacg
     1741 agctgtataa ggtgggcggc gtgtcgcgct cgcaatggga ggcctcgaag acgagcctcg
     1801 atgtgagcga aacggcctac cgcaacatgc agcgtaacac cacgctgacg a
//
LOCUS       SEQF2638.1|AYYF01000410.1 474 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..474
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gttgcatata gactcgtttt tcgcaaaact agcatacttt taaatacttg atcatggtgg
       61 gaaaaatcaa ctataaagtt ttatgggtcg aagatgatga aagcaacatt aaatcctatt
      121 ctcctttagc aggagaacgt cgcgtctctt tagacgtcgc ctctgattgg gaaacggctg
      181 aaaaaaagct gcgtgttcac ttcagggagt attcagcaat catattagat gcctactgta
      241 agctgaagag aacagactcg aaaccaagtg aattctttct ggggcaagca tccgtacgcc
      301 tttctagaat atttggagag aaacacgagt ttattccgtg gtatgttctt tctgcaggta
      361 caatgaatca gtttgatact gttttgaaac ttattaacac tgaggagcgt aaaaatatgg
      421 agtttgtttg ggggaagctc ctgtataaaa aggaggatca aagcgatata gagg
//
LOCUS       SEQF2638.1|AYYF01000411.1 1240 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1240
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 attatatgag gttgctgcat tagtctcgtc gtttgctcaa ttaggcatat cttcatcggc
       61 cttaaggttc ttcccatctt ttaaagatcc taagaatgga gataacggat tcttttttta
      121 tttgctattg ctcccttcag tgggattgtt gatttttatt ccgattttcc tactctcaag
      181 aagtctcatt gtaagtttat ggtcacagaa tgctgtatta ataatcgatt attactattg
      241 gattattcct ttaattgttt tctgtacgta ttgggtggta tttgagacat attcaacttt
      301 gcaaatgcgc attgtcattc cgaaatttat tcgtgaagta ggtgttcgta taatgcttct
      361 atttgtctat gttttttttt cgcttgatat attaaatgta agaggactag ttggtggtgt
      421 tatcattgtg tatggaatgg caatgctatt tacatttgca tacatctgcc taattacttc
      481 tatatcatta gatcataatc actctttcat taataagtca ttaagaaaac aagtccttaa
      541 ctataccgtc tttttagtat tggggtcatt aagcggaagt ttgctgaatc aattagacct
      601 atttatgata agttcccgaa ttgggcttag ttctgccggg atttatcgca ttgcttttta
      661 tatatctgtc gttatagata ttccatatcg ttccatatcc tcaatttctt cgccgattgc
      721 tgcaaaggca cttcaggatg agaatatgga ggtagcaaac agtctttacc agaaggtcgc
      781 attaaaccaa tttattgtag gaagttgtat ttttgttctt ctttgggtta atatcgataa
      841 tttattttca atcataccga atggagtaat atacgcacaa ggtaagtggg ttgtcttttt
      901 tctagcatta gctagaataa tatctacaac tcttgctttt ggtgcaatat tgatttcttt
      961 ttcacgattc tattattgga acctattttt ttcacttttc ttatcctgta taggtatagg
     1021 agccaacctt cttcttattc cgcgattggg aattactggt gctgccgttg caacgctgat
     1081 tacttgtctg ttatcgtacg tggttcagca aggggttgtt ctgtttaaaa taaaagcaaa
     1141 tccatttaca gcagggttta ttaaacagat aattttagtt tttctgctat tcttgctaaa
     1201 tggaattctg ccagattgga gttataatcc tattgtagat
//
LOCUS       SEQF2638.1|AYYF01000412.1 710 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..710
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             9..443
                     /gene="ftsY"
                     /locus_tag="SEQF2638.1_00096"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P51835"
                     /codon_start=1
                     /transl_table=11
                     /product="Signal recognition particle receptor FtsY"
                     /db_xref="COG:COG0552"
                     /translation="MGSDPASVAFDTLNSAQATGADVVIIDTAGRLHNKINLMNELTK
                     IKNVMKKVVPDAPHEVLLVLDGSTGQNAFEQAKQFTAATEVNALAITKLDGTAKGGVV
                     ISISDHFRIPVKYIGLGEGMEDLQVFNRKAFVDSLFGDDEKR"
ORIGIN      
        1 agcaaaagat gggttccgat ccggcttcgg tggctttcga tacgctcaat tcggcacaag
       61 cgactggagc ggatgtagtg atcatcgata cggcagggcg tctgcataac aaaatcaacc
      121 tgatgaatga gctgacgaaa atcaagaacg taatgaagaa ggtcgttccg gacgctccgc
      181 acgaggtgct gctcgtgctc gacggatcga cgggacagaa cgcttttgag caagctaagc
      241 agttcaccgc cgcaacggaa gtcaatgcgc tggccattac gaagctcgac gggacggcca
      301 aaggcggtgt agtcatcagt atttccgacc atttccggat ccctgtcaaa tacattggct
      361 tgggcgaagg catggaggac ttgcaggtat tcaatagaaa agcattcgtg gattcgctgt
      421 tcggggacga tgagaaaaga taaggtcgac atcatcacgc tcggttgctc gaaaaatctg
      481 gtcgattcgg agcggttgat gcgccaactt caactgaacg gatacaccgt cacccatgac
      541 gcgaagaaga tcaacggcga gattgtcgtt gtcaacacgt gcgcattcat tggcgatgca
      601 caagaagaat ctatcaacct gatcctcgaa ttgggcgagg agaagaaacg cggaagcatc
      661 ggaaagctgt atgtgatggg atgtctctcg gagcgtttcc tagaggaact
//
LOCUS       SEQF2638.1|AYYF01000413.1 295 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..295
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gaagtggacc aaattcctaa cggatggtgc tcctgctatt gcgatagagc ccgatgatcg
       61 caccctgctg cttgccgtaa atactaagat ctaaaacatg aagctattta cagaagaagg
      121 agagcaagta acaacgtctc agcaaccatt tagcagtggt ggagagggag gtgtttatca
      181 tgtacatacc tccccctttg ggcgtggcta ttgtgccaag atatatcaca attccaatca
      241 gaagcaacaa gccaagctca agggtataga agccaagctt cgttatatgc ctgtc
//
LOCUS       SEQF2638.1|AYYF01000414.1 265 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..265
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gctacggacg ggtgcagcgc gagtcgttcg accgccaatc gtcgcatatc gatggcctgc
       61 tggtcgacct gaagaaaacc gagaacgctg cgcacgtgac cacgttgcgc ctcacgtctg
      121 ccctcgcgaa attggaggcg gccaacgggg aatgcaaaaa gctctatctg cagagtgtca
      181 agaacccgca ccgaagtaat ttgccgacgg cggctgaagt gcgaccgaag acggatgcca
      241 tttataaccg cgtggtcttc atgct
//
LOCUS       SEQF2638.1|AYYF01000415.1 252 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..252
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cgccaacctc ttccgacgca ggaagaagac agagagcaag gcggccggta gcgcagcgca
       61 agatgcttcc aagcaggagt tgattgcggc acgaaatgaa atcgaacgca ttactgcgtc
      121 ggctgatcac ttaaagtccg aactacaaca agcgcagcaa agactaaaag agaatgaaga
      181 gaacgtgctc tctaacgcgg acgaccaaac gaaagtgcta attcgacaaa aggacgatgc
      241 gcacaaggca gc
//
LOCUS       SEQF2638.1|AYYF01000416.1 347 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..347
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gcattgagtt taccacaggc tatcgtattg atgcagccaa gtgggatgtc gataagcaac
       61 gtgtaaaaaa tggttgcact aataagctca aacaatcagc agctgagatt aatgcctcac
      121 tgcttagata ctatactgat attcagggga tattcaaaaa gtttgaggtg caggaaatcc
      181 tgcctacgac cgagcaaata aagaaggcat tcaacactct ccataaacct gcggaggaag
      241 ggaaggcttc aaaagatgga acagagactt caacaaaaag cttttataag gcgtttgatg
      301 agttcgtgtg tgactgtggt cagcgaaacg attggacgca ttcaacc
//
LOCUS       SEQF2638.1|AYYF01000417.1 678 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..678
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             176..349
                     /locus_tag="SEQF2638.1_00097"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRCIEAFGEATRLNGSIMVEARYIFISKNAAAFTFEVFPRDHTA
                     IEGRTERSHGLVR"
ORIGIN      
        1 aaatgtcgac gggcgcgtaa cggcggagca tgctgaaaaa ggcgtcgcca tctgcactgc
       61 cgatggtgac cagtgcaatg cgcttcttat cgagctgctt gatgggcaga cagttggcgt
      121 cgttcttaag tagcgtgata gccgcttcgt tgagcttagc cacaagccag tccgcatgag
      181 gtgtattgag gcgttcggag aggccacgcg tctcaatggg tcgataatgg ttgaggcccg
      241 ctacatattt ataagcaaga atgcggcggc atttactttc gaggtctttc cgagagatca
      301 caccgctatc gagggccgca cggagcgcag ccacggcctt gtcaggtgat gagggcgcga
      361 gggctatatc attgcccgcc ttaataccac tgagggccgg attttcacgt tcaccggggc
      421 gagcgccacg catgtttagg gcatccgtaa agcagaggcc gcggaaaccg tccttttttc
      481 ggaggatctc cgttacgata gtgggcgaga gtgaagcggc gcggccctgt tcgccaccat
      541 cgagagacgg aacactcagg tggccagtca tgatgcccga gaaacccgcc gcaataaatc
      601 gacggaaggg aagcaagtcg atgctgtcca tctgccgctc ggaacgattg acaaggggga
      661 gcgtgtagtg agagtcgc
//
LOCUS       SEQF2638.1|AYYF01000418.1 491 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..491
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 aaactgtacc gcgaagagtc ccgccacgtg tccccaatcg gcgccgccag atccgggatc
       61 cgccgtggcc agttggacca agacgagcgt cagcatgtag gccatcgggt cgttactccc
      121 actctccagt tccagcaggg gccgaaggtt gtgcttgagg ttcatgcgct gcgagcgtag
      181 ggtggcgaag accgacgcgg agtctgtgga cgacatcgta gcggccagca gcagcgaggt
      241 ggcgcaggca aaatggatat tcgtccaagc catccccgag agccaccaca cgaacagccc
      301 cgtgaagacc gtagtcagca gtacgccgac cgtggagagg accgctccgg gggctaccac
      361 gggccggatg tcagcaaacc gtgtgtccat gccaccggaa aagaggatga tggtcagcgc
      421 caccatgccg atgaactgtg cgctctccat gttggagaac tgtagcccca atccgtcgct
      481 gccgaagagc a
//
LOCUS       SEQF2638.1|AYYF01000419.1 251 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..251
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cagaagaagc tgagggcgaa gccgatgccg atgttgaggc ccattccgcc cttgatcttc
       61 cgcgaggaaa gcgaggcgcc gatgacggtg aggatgaaga aggagagggt ggtggcaatg
      121 cgttggtgat actcgatctc gaaaaactgg gtgttgctca gcttgcgctc cttctgtcgg
      181 cggatgtggg cggcaagttg cggcatggtc atcgtctcgc agtcgccctc ggagatgagg
      241 aagtcggagg g
//
LOCUS       SEQF2638.1|AYYF01000420.1 329 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..329
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 aggttgtagg tcgcgggtag aggccatgac ggtgtcggtg taggcgttct cagccttgat
       61 gtactcgatg actttaggat tcgtcttatc cttcatccag tagtagttgt cgatgcgctg
      121 cttgccgaag ttgacgaagg tgtcagggtg aacctcagcc actggcggcg cgggaaaatc
      181 ggattgcttc aaaattttct ctccttctgt ttggttagag ctgcacgatg cagccatgaa
      241 tacgagggct gctccgagca acccgagata gatgtgttgg attcattgcg gcggtagaat
      301 aggaaagtgc ctgaagatcg aatatgttt
//
LOCUS       SEQF2638.1|AYYF01000421.1 252 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..252
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ctaatctgca ccccttcttc tttatcagag tctgatagta tgttgtgtaa aaataacagc
       61 gattgtagga gacggattta gattctccga ggatttaaag ttgatagaaa aggttaatgt
      121 ggagaaaaac ataagtgcat tccgtattgc agacctattt tgcaaggttg agtttgctat
      181 tctttctgca agtagtatat gtattgaggc aatagcgtgc ggatgcccag tatatatagg
      241 atggtatacg ga
//
LOCUS       SEQF2638.1|AYYF01000422.1 381 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..381
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 agcctacgta gcacctcctt aatcaacaag cccatgcgct cctggctctc gttgccaata
       61 atctcgcgtg cggagagggt cggatcgccg acgggtaggc tgtccatgtc gattcggcca
      121 ccggtggcct ccaccagttc agaaagacag ttcagatggc cccctgcgcc gtggtcgtgg
      181 atggaaacga tagggttgtc gtccgactcg gccaaagccc gtatcacgtt tgcggcgcgc
      241 ttctgcatct ctgggttggc tcgctgcacg gcattcagct caatgccgga ggcgtagcgg
      301 cccgtgtcaa ccgacgaaac agccccgcgg tactcttgca ggtgcccgca gacgaccgtc
      361 tggaggcgat ccttcgcgag g
//
LOCUS       SEQF2638.1|AYYF01000423.1 340 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..340
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             3..230
                     /locus_tag="SEQF2638.1_00098"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAPGDMLRYQVDRFHAVMEEFAGHKGQRIVFIHGKGEGVLRAAI
                     EKELKTRYKSCEYQDASFREYGFGATMVKIR"
ORIGIN      
        1 gcatggcacc gggcgacatg ttgcgctatc aggtggaccg tttccatgcc gtgatggagg
       61 agttcgccgg tcataagggg cagcggatcg tctttattca cggcaagggt gagggcgtgc
      121 tgcgggcggc gatcgagaaa gagctgaaga cgcggtataa gtcgtgtgag tatcaagacg
      181 cctcgttccg cgagtacggt ttcggggcta cgatggtcaa gatccgctga gcgtcatggc
      241 acaagaaacg gaacggaaat tccttgtggc gggcgacttt acgccctacg cgacggccgc
      301 gattcccatt gcccagggtt atctctgcac cgatccggag
//
LOCUS       SEQF2638.1|AYYF01000424.1 238 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..238
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggtccgtagc ctgcgagatg gcgacgttgt tcgtgaacga gaccccggtc ttgaagaagg
       61 tctccacgtc attgtccgga gtcttccagg cggacgtctt cgggttgccc acctgaccac
      121 cgatttccca gcgcgccagg tcggcccatg agagcacctg ctggttgtcc agcttcggcc
      181 cccagctttc gtccgtggca tagtccggat agaggtactt ctgcccgttg atcatcac
//
LOCUS       SEQF2638.1|AYYF01000425.1 371 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..371
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             52..354
                     /locus_tag="SEQF2638.1_00099"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKYDLAHTDMEPLSYEEQTVKAKEHRMGSHDFIIKEINRRISRL
                     ADPDTAQDFTQYVRELKGDRIDADYRSRQFTLEESLACKRLAEELITKLKTYFGDL"
ORIGIN      
        1 ggctattaca cggccagcat acaccatgtc tattacgccg tgttccaata catgaagtac
       61 gatctggcgc acaccgacat ggagccgctc tcctacgagg agcagacggt gaaagcgaag
      121 gagcaccgga tggggtcgca cgactttatc atcaaggaga tcaatcggcg gatcagtcgt
      181 ttggcggatc cggatacggc tcaggatttc actcagtatg tgcgtgaatt gaagggcgac
      241 cggatcgatg ccgattaccg ctcgcggcag ttcacgttgg aagagagtct ggcctgcaaa
      301 cgcctggcgg aggaattgat tactaaactc aaaacgtatt ttggtgacct atgaaagatc
      361 ttgaagtaga a
//
LOCUS       SEQF2638.1|AYYF01000426.1 759 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..759
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtatggcact cgtcgttgat aagctggcga ccttcttgga gcgcgacggc acgcagctgc
       61 aaatcctgat cggccaagag ccttatgtct acgccggcca agtaaaggag ccaacctata
      121 gaaggaactt cccagacgat tatatcaaga aggatctcga agagctggag ctcaaagagg
      181 aatacaaggg cgtggtcgac ttgctgctga cgcattgcgg caagaagatg caggtgagga
      241 agtacacgaa gaccttcctg catgccaagt gctacatctt ttcaaagact tttatgaagg
      301 acggaagctg gaaatactac aacgctatgg ccattatggg tagctccaac ttcacctata
      361 aagggctctt gggcaatgca gaattgaatt atctcgagac ggtcagcagt actgtcggcg
      421 ctaactatga agagataagg gtaaaggggc atatctattg gttcaatgaa atgtgggagc
      481 aggcggaaga ttggactccg acgttcctcg agcaagtcgt gaagccctcc cccatcggcc
      541 aggaggtgaa ccgggagcgg aagcagcggc agaaggagga agaggtggca gccaccgcac
      601 cctttacgcc ctacgaacta tacatcaagc tgctgcaaac ccagtttgcc accttcctcg
      661 acacgaagct cagcggccag atcaaggact atctgcccat gacgtacagc gcgttcgatt
      721 atcagatcga cgccgtcaag cagtgctacg agtatatgc
//
LOCUS       SEQF2638.1|AYYF01000427.1 477 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..477
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             147..416
                     /locus_tag="SEQF2638.1_00100"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAKYYGRKTEDRRPARRPTYNLAILTVCELDDDAIITLLEENPA
                     YNRDARLLARARSRSGGTLNTSTTRTDIPPVGKSSGRPRISFRMG"
ORIGIN      
        1 aattcaccgt cctggccacc ggcttcgacc ttaacgacat tcccgagatc cgcagtaagc
       61 gcgacgagca acacctgctc aaaagcgaag acgagatcat caaggaggag gagattctcc
      121 gccagaagga gcgcgagcgc gagctcatgg ccaaatacta cggccggaag acggaagacc
      181 gacggcctgc acgtcgcccg acttacaacc tggccatcct caccgtgtgc gagttggacg
      241 acgacgccat catcaccctc ctcgaggaaa atcccgctta caaccgtgac gctcgcctct
      301 tggcccgcgc ccgaagccga agcggtggca cattaaacac ctccaccacc cgcaccgaca
      361 ttccccccgt aggcaagtcc agtggccgcc cgcgcatcag ctttcgcatg ggatgatata
      421 gagggtagag attagagggt agagggtaga gagtggaggg tagagggtag agggtag
//
LOCUS       SEQF2638.1|AYYF01000428.1 268 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..268
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 agcgcgagcc gcttcttgag gttgatcttg acgtcgttca tttcttctta cgcttgagcg
       61 tgacgttgat ctctttttcc gccgcgccca agaaccagct tcggtcgccg cccttcaggt
      121 cgcccttggc aaagccgacc ttgacgctgt ccgagtcata ggcgggacgc gcggtgggat
      181 cctcatactt cagtttgaca tacagagaat ccggtgccca tcctgcattg tagcgctacg
      241 tgtacttccc gtccgggtcg gtgtaggt
//
LOCUS       SEQF2638.1|AYYF01000429.1 302 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..302
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cggtgggggc ttgatcttct tttgttgcct cttttcttcc atcaagggaa gaaaagagga
       61 taagaatagc cggaccttct aatgaatcat acatctacac atatactaca atgagcaaga
      121 aaatcgagaa tttggatttg aagtccatcg tattaccggg gatcgacgag aagcgtccgc
      181 tggtgattgc cggcccgtgc agcgcggaga ccgaagagca agtgatgact accgccaacg
      241 cattagcagc cgtgggggtg aagatctttc gcgcggggat ctggaagccg cgcacacagc
      301 cg
//
LOCUS       SEQF2638.1|AYYF01000430.1 537 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..537
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             25..486
                     /locus_tag="SEQF2638.1_00101"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIQNEKLIQPETFTANISFTRYLKAENYTFLSALYERQNLPYGK
                     VNVPLSDALLLAGYMHPLLSDGGKNAFVYAGVSALAGYEELNRGKSVLPDGAELLDRS
                     RIVGGGGVHLAVELFLSDHLLFVVGGRGLFLFGSDVYSFRPAISAGFRINL"
ORIGIN      
        1 gtcgaaatca cggcgggcgt cccggtgatt cagaacgaaa agctgatcca acccgagact
       61 ttcaccgcaa atatttcatt cactcgctac ctgaaagccg agaattatac cttcctctcc
      121 gccctgtatg aacggcaaaa tttgccttac gggaaggtga acgtaccgct gagtgacgcg
      181 ctcctgctgg caggatatat gcacccgcta ctgtcggacg gtgggaagaa tgcctttgtc
      241 tatgcggggg tctccgcatt ggcgggctac gaggagctta accgcggcaa atctgtgttg
      301 cccgacggcg cggagctact cgaccgttcg cgcatagtcg ggggcggggg cgtgcatctc
      361 gctgtagaac tgttcctgtc ggatcacctg ctctttgtcg tcggtggccg cggactgttc
      421 ctcttcggct cggatgtgta ttctttccga cctgccatct cggcaggttt tcgcatcaac
      481 ctctaacccc ataagaatca tgaaaacgaa catccgtaat gcggcatggg cgatagg
//
LOCUS       SEQF2638.1|AYYF01000431.1 427 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..427
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(9..332)
                     /locus_tag="SEQF2638.1_00102"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRHIVCFLILLTTLPLGEVFGKDEYKYTPLLAGNKQWNVLEERS
                     EEGRWTYIYKLDGDTIINGRKYWILYHTVDKQAKKNGANKAIYMKILPKKKYGFTPCK
                     IITTD"
ORIGIN      
        1 attatatatt aatccgtcgt gattattttg caaggagtga aaccatactt ttttttgggc
       61 agtatcttca tatagatagc cttgtttgcg ccattttttt ttgcttgctt atcaactgta
      121 tgataaagga tccaatattt tcgtccattg attattgtgt cgccgtctaa tttatatata
      181 taggtccacc gaccttcttc agatcgttct tccaatacgt tccattgctt attacctgct
      241 aacaaggggg tgtatttata ttcatctttt ccaaatactt cccctagtgg caaagttgta
      301 agcaaaatca aaaaacagac tatgtgtctc atggtgttta tttgctgatt aatttcttaa
      361 atcctaataa gacaccatta gcaatcaact tgtagacata taatccaggg gcaaaatcag
      421 cggacgt
//
LOCUS       SEQF2638.1|AYYF01000432.1 442 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..442
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 atcatcgatt ccagaccatt cccggacggt atcagcgcag aatcattgat tctggagcat
       61 tcccgaacgg tatcagcaca gaatcacggt ttctgggcca ttcccgaacg gtatcggcgt
      121 agaggtgtgg tctccccgcc cccccggagg cgctccatcg cgtaagccgt ctgggacacg
      181 caaatcccta caataaacac acgcgcaacc agttatcata tcacttcaaa ccagagagaa
      241 aaagagagga cgtgagaaga tattacacca tcgtttgctt cgccctgctg ctgaccgccg
      301 tggcatgcag caccaaaaag aacacagcgg gcacacgccg ctggcacgcg tttacggcgc
      361 gctacaacac gtatttcaac ggcaaaacct ccttcgacga gcagttagag acgatgctaa
      421 acagctatca cgagaactac ac
//
LOCUS       SEQF2638.1|AYYF01000433.1 314 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..314
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             13..303
                     /locus_tag="SEQF2638.1_00103"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEIGEDLYFDGDFEVLKHHLKSDNSAYGQVKFFLGYSGWTKEQL
                     DSEIVCNSWLVGHSSCRSLILARDDSFWNHVVERLGHPYSTWINYPKNPEMN"
ORIGIN      
        1 atccccggta gtgtggagat cggcgaggat ttgtatttcg atggcgactt tgaagtgctc
       61 aagcatcacc tcaaaagcga caattcggcc tatgggcagg tgaagttttt cttggggtac
      121 tccggttgga cgaaggagca gctggatagc gagattgtgt gcaattcatg gctggtgggg
      181 cattcctcct gccgcagctt gatcttagcg cgcgacgatt cgttttggaa tcatgtcgtg
      241 gagcgattag gccacccgta tagcacgtgg attaactacc ccaaaaatcc ggagatgaac
      301 tgattctcga accc
//
LOCUS       SEQF2638.1|AYYF01000434.1 367 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..367
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             38..274
                     /locus_tag="SEQF2638.1_00104"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPKQRRWRLPYTLFFAADVPVGPWTMRIGYEADVYQSHTNGIRT
                     HYFGSSILLGVAKEFIPFSGKRVRHSKAFRSAYY"
ORIGIN      
        1 cttcaccctc tacatctacc tccgggggcg cgctgtcttg ccgaagcaac gccgatggcg
       61 cctcccctac acgctcttct ttgccgccga tgtgcccgtg ggtccatgga ccatgcggat
      121 tgggtatgag gccgacgttt accaatcgca caccaacggc attcgcacac attacttcgg
      181 tagcagtatc ctcctcggtg tggccaagga attcataccc ttttccggca agcgcgtgcg
      241 ccatagcaag gccttccgga gtgcatatta ctaatccgtt tgtaagcgct tcagactgtc
      301 atcgatgctg gctcgggcgc gctcgtagcc atagttactg atccacactt tgctgacgat
      361 aaagacc
//
LOCUS       SEQF2638.1|AYYF01000435.1 741 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..741
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 aatgatatgt ggccctttac aggaatatgc catcatgctt gggagtgtga aagatatagc
       61 catgaatgtg gtaaatgtcc tctactgaat tccctcaagc gttttgattt atcttttctc
      121 acgttgagga aaaaaagtgc gattaattct aatattagga tggtttccgt aagctcatgg
      181 ttaaggggga aggcactaat gagttcgatc gcacaaagca aagacataaa agtaatacct
      241 aatgttattg atttagaggt gttccatccg tcggacaagc ttgctgcgcg aagaaaatat
      301 tccctaccta ttgaaaaaaa gatcattctc atgggggccg tccgaatcga tgaccctgta
      361 aaggggttct tttttctaaa agaagcgttg aataatcttc acatggagtg tggggatatc
      421 ttgctggtat tgctggggga ggttaaggat agcaaaatat tgggcgacgt ctcatttccc
      481 attatacaat tgggatttcg atcggatctc ttcgaggtag cccaacttta ctctgctgtg
      541 gatgtgaatg ttgttccttc tttttatgag acatttggtc agaccattat agaggcgatg
      601 gcgtgtggat gcccttcggt tagttttaat aatagcgggc aagttgacgt tatagatcac
      661 aaaaaaaatg gatatcttgc cgcatataaa gatgcagccg atcttgcgac tgggattgat
      721 tgggtactga ataaggccga t
//
LOCUS       SEQF2638.1|AYYF01000436.1 1238 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1238
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 agacaaacgt acgtcggcct cgcgaaggat cgcctccaga cggtcgtctg cgggcacctg
       61 caagagtacc gcggggtttt cggagaagag gatcttgacc agatcggggt cggggatggc
      121 gtccagatcg acctcgaggc cgccgtcaac gttagcgaaa cacatctcca gtagggcgac
      181 cagcatgccg ccggccgata cgtcgtgccc ggcctgcacc agacccgacc cgacggccga
      241 ctgcacggcc tcgaaggctc ggcggaaata gtccgtatcc aaaacgtccg gcacctccga
      301 ccccacgcta ccgagtgatt gcgcgaaggc cgacccgcct aaccttagct cgcagcccga
      361 gaaatctaca taatagacgg ccgtcgctgg gtcgttcaat agtacggggg agatgatccg
      421 atggatgtca ctcacctcgg cggctgcgga gatgatgacc gtgcccggcg ccagtacctt
      481 ctcctcacca tacttctgag tcatcgagag cgaatccttg cccgtcggga tgttgatacc
      541 gagggcgcaa gcgaagtcag atgccgcttc gacagcatga tagagacgtg cgtcctcgcc
      601 ggggttacgg cagggccaca tccagttggc gctcagggag atgctacgta ggccgtcggc
      661 caggtgggca aagacgatgt tggtcagcgc ttcggcgata gccagccgcg agccagctgc
      721 ggggtcgacg agggccgctt gcggggcgtg accgatggag gtggccatgc cgtgccttcc
      781 gtggaagtcg agtgcgacgg cacccagatc gctcagcggt agctgtaact cgcccacaca
      841 ctgctgtcgg gccacgcgac ccgtgacgct ccggtctgct ttgttcgtca gccagtcctt
      901 gcaggctacg gcttccatct gtaaaacgtt ctccagatag gtatgcagtt cggataaccg
      961 ataggtcaag gcggggaacg agggctggag gttggtgtcc tccataatag tacgcggggg
     1021 attgccgaac atatcttcca agcggaggtc gatggggcag gtgccgtcgc gctgggcaaa
     1081 gacaaactgc atgtcgcccg tagtctcgcc caccacatac atcggtgcgc gctcccgttc
     1141 ggcgatgcgc cgcacgcggg cggtatcctc ctccttaatc aacaagccca tgcgctcctg
     1201 gctctcgttg ccaataatct cgcgtgcgga gagggtcg
//
LOCUS       SEQF2638.1|AYYF01000437.1 306 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..306
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ttgtagagga gggtgagtcc gctcagctgc cgcgcaagct cgaggaagtc ggccatccgt
       61 ccgccggcga tcgactgagg cgtgtgtgtg cgctcgacga tggtgtaatg gcggcggaag
      121 atggggaaag ggttgaccag aagcaggtaa cggtcgtcga ggcagggcag ggcgtcctgc
      181 tccggcggcc gattggcgtc gcagaggaag caggggcgct ggctgatgga ggccgcgtcg
      241 gtgcgggcgc cggatgagac gatgcgagcc gggttaaact ggacgtcgat gcggaatgcg
      301 ccgaag
//
LOCUS       SEQF2638.1|AYYF01000438.1 332 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..332
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 atgttgggtt ataacgatag gggcaggagt catacccaat acagagaaaa gggtatcgac
       61 accaccgttc tctcttaatt gtttcccgac aatatcgatg tcctttaagt gctccaagag
      121 ttgtggcatt attttctcgg catagaattt cttcgcctcg tcatgcttgg ctggattacc
      181 tgtatcttgt atccattgtt cgatatgttg atcaagctgt gtcatattta gctctgtgtt
      241 tttagtttat tgataaaagt tattgtatct gttatctgat caggaggttg tcagaatgat
      301 cttagaagct atttacgagg gcagttttga at
//
LOCUS       SEQF2638.1|AYYF01000439.1 465 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..465
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 atcttctccc ggaaggcgta cagcagggca taatagacgg ccaggacggc cagccccgcg
       61 agtccaccga tgccgtcgtc gcctccgctc aggcgggcgc cgataaatac ggcagccacc
      121 accagcacaa agggcacggc gaacgcaagg gcgacggcct gcatgccgct cgaggattgg
      181 gccacgacca tgacctcctc cccgggagca aactgacggc tctcgccctt cacctcaatg
      241 agtttctcct ttttgtccga tgcgaggcag gccgaacggg catggcacgc agagcacgcg
      301 ctttgctgtt cgatacagac cacaatacgg cctcctccgg tatgtcttac aataccacga
      361 tgctgaataa atttcttcat aataaaccca attgctatat cgagtttgca atacggcggc
      421 aaatgtaagc agcagtttca attcctgaat gcagctatac cgctc
//
LOCUS       SEQF2638.1|AYYF01000440.1 327 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..327
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gccttttccc accgatcgtg aggctcccta agcgacctgc tgcgatgacc cgaaaaagta
       61 cagctccaga ctgccttcgg cttttggtca atccttttcg aaaaatctct ccagcgaccc
      121 gctgcgataa ctcgaaaaag agcagctcca aaaagccttc ggcttttagt cattcctcta
      181 caaaaagcca ctccagcctt tggaaatgta ccccgaaaag acgttccggc cagacaacct
      241 ccggctgcct tttcccaccg atcgcgaggc tccctaagcg gcccgctgcg ataacccgaa
      301 aaagtgcagc tccagacagc ctccggc
//
LOCUS       SEQF2638.1|AYYF01000441.1 662 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..662
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gttcatggcc acgccattgt tgttgcccag ctcctcgtcc agcacgatgg cgcggcggaa
       61 gaagatctcg gcctcgtcgc cgtcgttgag gtatttatag acgttgccga ggttgttgta
      121 aaggaaggca cgcatgcgtt tgccctcggg cgagtcggcg ccagagaagg tctccacacg
      181 gtgcagcgca tcgtagagtc ggtcggaagc ctcgaagaga gcgcccatgc gtcgatagcc
      241 cgtggctgcc gtgttttgca gcgcagcctc gaggatcgtg tcgggcgtgt catgcagcgc
      301 ctcgatcccc gtctgcacca cctgcgccgc ctcggcaaac cgctgcttgt tctgcaacgc
      361 catcgcagcc gcccgacaag ccacggctac cgccacactg tcgcccgaag cacgcgcctc
      421 gcgaagggcc acactgagcg aatcggccga ggtccagcga cgcgcattga atagcgcctc
      481 gagcgagtca cgccgtgccg cccgttccgc ggccgtcggt tcctgccgac gctccccgcc
      541 gcgttggcag cccgtggcca cggcacccac gatcaggcac catagcacac cgagccacgc
      601 acgctccgtc gtcgttcttc gtctacgttc gatggtggtc attgacgagc gcgctacgag
      661 cc
//
LOCUS       SEQF2638.1|AYYF01000442.1 291 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..291
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 atacgacaag gtcttttgga tcgtcgactt ggaccagatc acaaaggagc agcgagaggc
       61 aaccggaggt aaaaaagacc cgatgcggac gtttatggaa tgccgagaga aagtgcttca
      121 tggtaagaaa tacgcgaagc gggtccgggt gatcgtgaat aacccctgcc ttgagttctg
      181 gttcctgctt catttcatat atacagccaa agcttacaaa gactacaatg aaatgaaaaa
      241 agatttcaag aagcacatga aagactatga taaaaacgag gactattaca a
//
LOCUS       SEQF2638.1|AYYF01000443.1 441 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..441
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtccccgggg ccgtggatga tgaggttggg cctactgatt gtggagaagt tgacacccgc
       61 cttgactccg aaggaggtgg acgactgtgc ttgggcatgc gtcaagccaa gggcgatagc
      121 acatgcagcg aggagaatca ttcttttagt tttcatactg tcaaatattt agagtgagta
      181 ttctgcaaac ggatgtctga ggacgaatgg ttcgaggtga gctctttcga gtgcaaagct
      241 gccaattaat ctttaatcac gcacgcccca gcctgctccg aatgtgtttc ccggcgggga
      301 gtcgggcgct ccgctacgta tgaaaaaggg gggcactctc atcgtgtcta ccatacctac
      361 cgcgcggcaa taagcgtgat tgcggcgtga gtgagaagca tgccgcagag gatggtgcgg
      421 ggcacaacgg cagggtaggg t
//
LOCUS       SEQF2638.1|AYYF01000444.1 536 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..536
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cctccctctg ggacgaggag ccggtaaata aggacgacga gggtttcgcg gatcgggagg
       61 ctatgcgccg taagttgatc ggcgcggagg ctttttcggt agccgcagca cgttttatct
      121 cgattcacct catggcgcgc gatggcgaca cggcggctgt cttccgattc gacacgtcgc
      181 cgcagccgct cttccaaaag aacttcgacc ttgtcagtca aacctttcgc caatatctga
      241 cggatggcta taccctttat ttattgactg acagcgagaa acaggcagct cgtattcggg
      301 atattttcaa agaccggggc gaggcgatac cctttacggc cgtcagtcgg actctgcacg
      361 agggctttac agaccatacg ctgcgcagtt gttttttcac ggatcaccag ctattcggcc
      421 gcttccacaa atataatctc aagagcgacc gcacacgcag cggaaagatg gccctgacgc
      481 tcaaggagct gaaccagttc acccccggcg attttatcgt acacatcgac cacggc
//
LOCUS       SEQF2638.1|AYYF01000445.1 332 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..332
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 agacaggcca tggcaggtcg gacacttctc gacggccttc tcgtcctctg ccccactgcc
       61 gtgacagtgc gtgcagggca cgtatttctt gaccttgatc ttcatctcca cgcccgtagc
      121 gatctccttg agcgtgagtt tcaccttcac acgcaggtcg gagccacgct gcacgacacg
      181 tcggccaccg ccggcgttgc cgaagccgct aaagcctccg aacccggaga aatgtccgcc
      241 gaagaggtca ccgaactgcg agaagatgtc ttccatggac atgccggaat gagcggtgca
      301 gccggcggcg gtgcgggtgg attcggcggc gg
//
LOCUS       SEQF2638.1|AYYF01000446.1 296 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..296
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tgattttccc cttctcgttg gccttgatga tggagtcgat cagggtgccc gtcgtgtagc
       61 cataagggat ctcggtgatg gccagcgtgc ggttgtccac cttcgtgatc cgcgcccgga
      121 ccttcaccat gccgccgcgg ttgccgtcgt tgtacttcgc cacgtccacc aaaccgcccg
      181 tctgaaagtc ggggtagagc gtgaacgcct cgccgcgtag acaggccacg gaggcgtcga
      241 tcagctcgtt gaaattatgc ggcaggatct tcgacgacag ccccacggcg atgccc
//
LOCUS       SEQF2638.1|AYYF01000447.1 1450 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1450
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             15..515
                     /gene="cmk"
                     /locus_tag="SEQF2638.1_00105"
                     /EC_number="2.7.4.25"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0A6I0"
                     /codon_start=1
                     /transl_table=11
                     /product="Cytidylate kinase"
                     /db_xref="COG:COG0283"
                     /translation="MGEIDITFRVNPATGRSETHLNGQNVEADIRGMEVSALVSRVSA
                     LPFVRRALVAQQQAMGREKGLVMDGRDIGTVVFPQAELKVFVTASDEVRAQRRVDELR
                     AKGTDVSMEEVLRNVRERDRLDMERAESPLRRAEDAIELDNTYLTIEGQHERLLQLFR
                     QATEGE"
     CDS             519..1370
                     /gene="ispH"
                     /locus_tag="SEQF2638.1_00106"
                     /EC_number="1.17.7.4"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:O67625"
                     /codon_start=1
                     /transl_table=11
                     /product="4-hydroxy-3-methylbut-2-enyl diphosphate
                     reductase"
                     /db_xref="COG:COG0761"
                     /translation="MVNVTIDQDSGFCFGVVNAIRSAERELTQTDELYSLGDIVHNSL
                     EVDRLRSIGLHTIEHADLSRLEGRTVLLRAHGEPPSTYRLAREHRIRIIDATCPVVLQ
                     LQRRIHRCYNEIKGTPAQLVIYGKKGHAEVNGLVGQTDGTAIVIEHPEEALTRLDFSR
                     DIYLFSQTTKSLEGFGQTVELIRAHLAAGVHFRYFDTICRQVSNRLSTIRDFAARHDY
                     VYFVAGKKSSNGQMLYDQCRLANPRSVFISEAAPITAPFAGDHDRGRQAENPAWGAAA
                     GGAGLGR"
ORIGIN      
        1 cactcgaacg gcgcatgggc gagatcgaca ttaccttccg cgtgaacccc gcgacgggac
       61 gctcggagac gcatctcaac ggccaaaacg tcgaggccga catccgcggc atggaggtgt
      121 ctgcgctagt cagtcgcgtt tcggcgctgc cgttcgtccg ccgcgcactc gtggcgcagc
      181 agcaggcgat gggccgtgaa aaagggttgg tgatggacgg acgcgacatt ggcacggtcg
      241 ttttccccca ggccgaactg aaagtttttg tcaccgcctc ggacgaggtg cgtgcccagc
      301 gacgcgtcga tgagctgcgg gccaagggca cggacgtgtc gatggaggag gtgctccgca
      361 atgtgcgcga gcgcgaccgc ctcgacatgg agcgcgccga gagccccctg cgccgtgcgg
      421 aggacgccat cgagttagac aacacctacc tgacgatcga ggggcagcac gaacgtctgc
      481 tccagctctt tcggcaggcc acggagggag aataaggtat ggtgaacgta accatcgacc
      541 aggattcggg cttctgcttc ggcgtcgtga acgccatccg cagcgccgag cgcgaactga
      601 cgcagacgga cgagctgtac agcctcggcg acatcgtcca taacagcctg gaggtcgacc
      661 gcctccgctc catcggccta cacaccatcg agcacgccga cctctcgcgg ctcgaggggc
      721 gcaccgtcct tcttcgcgcg catggcgagc cgccctccac ctaccgcctg gcccgcgagc
      781 accgcatccg gatcatcgac gccacctgcc ccgtcgtcct ccagctccag cggcgcatcc
      841 accgctgcta caacgagatt aaaggcaccc ccgcgcagct cgtcatctac ggaaaaaaag
      901 gccacgcgga ggtcaatggc ctggtgggcc agaccgacgg cacggccatc gttatcgagc
      961 acccggagga ggccctgact cgcctcgatt tttcgcgaga catctacctc ttctcccaga
     1021 ccacgaagtc gctcgaggga ttcggccaga cggtcgagct gatccgtgcg cacctcgccg
     1081 cgggcgtcca cttccgctac ttcgacacca tctgccgcca agtctccaac cgcctctcca
     1141 ccatccgcga cttcgccgca cggcatgact acgtctactt cgtggccggc aaaaaaagct
     1201 ccaacgggca aatgctctac gaccaatgtc ggctggccaa cccccgctcc gtattcatct
     1261 ccgaggcggc tccgatcact gcaccatttg caggcgatca tgacagaggg cgacaagctg
     1321 aaaaccctgc gtggggagct gccgctggag gtgcaggact tggaagatga aatagccgga
     1381 ctggagacgc gcatcaagaa ctatcagggc ggcattgagg agaataaggc gaacgtgctg
     1441 gcacagaaaa
//
LOCUS       SEQF2638.1|AYYF01000448.1 607 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..607
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(91..567)
                     /gene="yjjG"
                     /locus_tag="SEQF2638.1_00107"
                     /EC_number="3.1.3.5"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0A8Y1"
                     /codon_start=1
                     /transl_table=11
                     /product="Pyrimidine 5'-nucleotidase YjjG"
                     /db_xref="COG:COG1011"
                     /translation="MLHVLRPMGIRDTRLAMRLNRDLNERTTRHTTLIPGATELLEHV
                     SRSYRLFVLSNGFHEVQSLKMERAGIARFFRGLILSERVGARKPNPVFFDYALHHTRT
                     RHTEVLMIGDSYAADIAGALRSGIDALWYNPAGLPLPGDLSPQFTVRTLDEIREIL"
ORIGIN      
        1 gtcttcgcca gcttcaagca ggcttgcagg gcctcgtcga agtcttcgcc agcgtcaagc
       61 aggcttgctt cgatttaccg taaatcggcc tcacaggatt tcccggatct cgtcgagggt
      121 gcggacggtg aactgtgggc tgaggtcgcc ggggagcggt aggccggcgg ggttgtacca
      181 gagggcgtcg ataccggagc ggagggcgcc ggcgatgtcg gccgcgtagc tgtcgccgat
      241 catgagcacc tccgtgtgac gcgtccgggt gtgatggagg gcgtagtcga agaagacggg
      301 gttgggcttg cgggcgccga cccgctcgga gaggatcagc ccacggaaga agcgggctat
      361 cccggcgcgc tccatcttca ggctttgcac ctcgtgaaag ccgttggaga ggacaaagag
      421 gcggtacgaa cggctgacgt gctcgagcag ctccgtggcg ccggggatga gcgtcgtgtg
      481 acgcgtggtg cgctcgttga ggtcacggtt gaggcgcatg gccaggcggg tgtcacggat
      541 gcccatcggc cggagcacat gcagcatgcg ctcttgcagc agggtccggc ggtcgatctc
      601 ctggttc
//
LOCUS       SEQF2638.1|AYYF01000449.1 1114 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1114
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(109..1089)
                     /locus_tag="SEQF2638.1_00108"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPYPEVYHDVNLYGPVFSCVVAPFAVCPPLMGLVLWLLAMAGLL
                     FVAVRKLPIERRGRIFIAWFCANELFTALSMAQFNVAIAALLILAFVLIEEGHEGWAA
                     LMIAVGTFVKLYGIVGLAFFFFVRRKGRFLGALAGWSVVLFLLPMLLSSPEYIVGQYD
                     AWAEALTVKNDANLFALRQNISLLGMVRKISGRADYSDLWLIVPGLILFALPYLRLDQ
                     YRHRAFRLMFLASVMLFVVLFSTGSESSGYIIALTGVAIWYVGVPWRRSRWDLALLIF
                     ALLLTSFSPSDLFPRRIYHHYIIPYALKALPCVMVWLKLMWEMMTRDYEE"
ORIGIN      
        1 ttggaggcga tctggataca gctgatcaag cgggagaatt cgccagatga atatttgaaa
       61 tccatctgct tctcgataat gaaaaactaa aagtggatcc cttacggttc actcttcata
      121 atcacgcgtc atcatctccc acatgagctt cagccatacc atcacgcagg gcaatgcctt
      181 cagggcgtag ggtatgatat aatgatgata gatgcgccgc ggaaatagat ccgagggcga
      241 aaagctggtc agcagcaagg caaagatgag cagcgccaga tcccatcggc tgcggcgcca
      301 gggcaccccg acgtaccaga tggccacgcc ggtcagcgca atgatatatc cgctggactc
      361 gctacccgtg ctgaacagca ccacgaacag catgaccgat gctaagaaca tgagtcggaa
      421 cgcgcggtgg cgatactggt caagcctgag gtagggcagc gcaaagagga tcagcccggg
      481 cacgatgagc cacaagtcag aatagtccgc ccggcccgag atcttccgca ccatgcccag
      541 cagcgagatg ttctggcgca acgcaaagag attcgcatca ttcttcaccg tgagcgcctc
      601 ggcccatgcg tcatactgcc ccacgatgta ttccggcgac gacagcagca taggcagcag
      661 gaatagcacc acgctccacc ccgccagcgc cccgaggaat cgccccttac gtcgcacaaa
      721 gaagaagaac gccagcccca cgatgccgta cagcttgacg aaggtcccca cggcaatcat
      781 taatgcagcc cagccctcgt gcccctcttc aatcagcacg aaggcgagga tcagcagtgc
      841 cgcaatggcc acgttgaact gcgccatgct cagcgccgtg aatagctcat tggcgcagaa
      901 ccaggcaatg aagatccgcc cccgacgctc tatgggcagc tttcgcacgg ccacgaacag
      961 cagccccgcc atcgccaaca gccacagcac aagccccatc agcggcggac agaccgcaaa
     1021 cggcgccacg acgcagctga acactgggcc gtagagattg acgtcgtgat acacctccgg
     1081 ataaggcaca tacagcggca gcccctccca aacg
//
LOCUS       SEQF2638.1|AYYF01000450.1 344 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..344
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             140..310
                     /locus_tag="SEQF2638.1_00109"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSALLGKKEGCREVVRLLLGKKEGCREAVRLCPKKKESRLEVVR
                     LLLEKKKYRLEV"
ORIGIN      
        1 tattagatga atatagatta gttatgtatt tcagaatata gatatgtagg cgtatgcttt
       61 gagatctcat tttgagatat agtatttgct gaggcttcgt tttacatcat atccagaaat
      121 atcatacgat ccgaacaggg tgtcagccct acttggaaaa aaggaaggct gtcgcgaggt
      181 ggtgcgccta ttgcttggaa aaaaggaagg ctgtcgcgag gcggtgagac tctgccccaa
      241 gaaaaaggaa agccgtctcg aggtggtgcg cctattgctg gagaaaaaga agtaccggct
      301 cgaggtgtag agcttgctct gagggaaaaa ggagggcgaa acgg
//
LOCUS       SEQF2638.1|AYYF01000451.1 297 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..297
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtttagaaag aatgcgattc tatctttgcc gacgatttaa cgaagagatc atgggtcgat
       61 tttacgcata cggttatttt ttcttttacc tcgacagcga agtaaaggca ggatccggtg
      121 cacgtaagta gaagagactt ttatgaagga aatagagaaa gatcctgcca ttgtaaatgg
      181 tgggatcttt tctttttcta tgggttcccc attcgcaaaa aggaggatcg accggatata
      241 aacgacgaac aaaaaggaat gaagaagaaa gtagccatac aaggcatagc ggggccg
//
LOCUS       SEQF2638.1|AYYF01000452.1 238 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..238
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gcggtatgga tcagctgatc aattatgtgg taagggaaga agccaatgcc tccttgaacg
       61 gattcagcat attagataca ccgggcttca gctccaacga tgccaaagac aaagagcgca
      121 ccttggaagt tgtcaacgaa tgcgacgcct tgttttgggt ggtcgatgta aacagtggca
      181 cgatcaacca aagctctctt gccgtaatca agaaggaact caaaaagccg ctttatat
//
LOCUS       SEQF2638.1|AYYF01000453.1 239 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..239
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 accctgtaaa tactgagaac agaaacattc gccttacctg ctctatctgc tcatcctgta
       61 aggacataga aagtaggcgt gcgacatcgg attttcccaa gtatctcggc atacgctcct
      121 ccttctcata cttggcatcc tcgaagggat tgtagcggat gctttgctga ctgaccgccc
      181 gatacatcag acggctccac caacagaggt agttgttgat tgaggaggga gcctgtctc
//
LOCUS       SEQF2638.1|AYYF01000454.1 241 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..241
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gacaggctct acctcctggc gcccaacacg cgcgtgcgct tcctcaacgc cctcgtggcc
       61 ggcaccctcg ttggctgtgc ctttcagatc ttccaatacc tctatatcaa cggtcagatc
      121 tgggtcagta aatacaacgc catctacggc agctttgccg ccctgccgct gctcatgctt
      181 tggctgcaac tctcgtgggt gatctgcctc ttcggtgccg agctggttca cgcctcgcag
      241 a
//
LOCUS       SEQF2638.1|AYYF01000455.1 495 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..495
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             19..375
                     /locus_tag="SEQF2638.1_00110"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVESFGRHRHKRWTYVRTTNNGIDIRTSKGTDARAVYTGTVTRV
                     FVLPGYNYNVIIRHGRYLTVYGNLGRVYVKAGDRVATRQSIGRIYSDVENRDETVLHF
                     QLWREKRKLNPLVWLD"
ORIGIN      
        1 ctcgacggcc gttataaggt ggtcgagagc tttggccgcc accgccacaa acgctggacg
       61 tacgtccgca ccaccaacaa tggcatcgac atccgaacct cgaagggcac cgatgcgcga
      121 gccgtctaca cgggcaccgt tacgcgcgtc ttcgtcctgc cgggctacaa ctacaacgtc
      181 atcatccgcc acggccgcta cctcaccgtc tacggcaacc tcggccgcgt ctacgtcaag
      241 gccggcgatc gcgtcgccac ccgccagtcc atcggccgca tctattccga cgtcgaaaac
      301 cgcgacgaga ccgtgctcca cttccagctc tggcgtgaaa agcgcaagct caaccccctc
      361 gtgtggttgg attaacccaa gaaacggaag gcgccgattg aactccacat caatcggcgc
      421 cttttgtttt tctgaggggg ggctatcggc ttaggcatta cgcatcatgc gacacgaaac
      481 ggcttcgacg gtcgg
//
LOCUS       SEQF2638.1|AYYF01000456.1 331 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..331
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cccataaacc caaaccgctg catcggatag ccgtaccaaa gatcctgtcc acgcgagagg
       61 atgttcgtga acttgagata ggcgccgaac atgtcgttga ggttgtaagc ggcggtaaag
      121 ttcaggtcgt gcaggtcgct catcttgata ttgtcgccgt ggaagagggt gacgcggcgg
      181 gcgccgaggt agtaatccac cgtaagggag agcggtgtga tcggccgcac ggtaaggtcg
      241 gcgttgacct ccacagcggg gcagccgtag ggcttcatgt tcgacatacc ggcgccggag
      301 agccacgagt tgccctcccc tttgcggaag g
//
LOCUS       SEQF2638.1|AYYF01000457.1 293 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..293
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 agaaagtcca tcacagcagc gaataaacga ccatgcaaca cttgcgcagc cttttcacag
       61 ggtgtgaaac gaccatacat cccttgcgca cccttttcac tgtctgcagc gtgaccatgc
      121 aacacttgca gggagtcttg taagcatttt ccccaagcta tggaggcgtg aggcacgcct
      181 ttatggtgca ccctgagagg cgccttatga gcaaaggccc tttctggctg cgcaccggcg
      241 aggccttacc tttgcggcca tgatgagaaa actacgcaac atcctgctca cac
//
LOCUS       SEQF2638.1|AYYF01000458.1 306 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..306
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtatagcacc gcccgcggtg gaggtggcta tgactatggc aacctgatcc aggacatcaa
       61 cccggacgac atcgcaagca tctccgtgct caaggggccc aacgcatcgg ccctctacgg
      121 ctcacgcgcc acgaacggcg tcgtgatgat caccaccaag aagggggcga agaacgaagg
      181 ctacggcatt acgttcaaca ccgccgtggg attcgaagtg gttaacaaac tgcctaagct
      241 gcaaaagctc tatggcggtg gcggcgaaga caagtttacc gaggtgatga tcaacgggca
      301 gaagta
//
LOCUS       SEQF2638.1|AYYF01000459.1 277 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..277
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gagacagtcc gggtacctgg tcgcaacttc gccggggccc gcaggccccc tccggcaaaa
       61 tattcggggc gcccccttcc tgctttgtgt aggaaagaga cgccccgaag ggtgtagcgc
      121 gtcggcgtca agaagacgag accgcgctac gtcctatgtg gagatacttc tgcgttgctg
      181 ttattgtccc agcgcccaga actcgttcga ggccatgcgc tgatagttgc ggtaacgcca
      241 gcgggcgttc tcctcggcgg ctttgaagag ctcggct
//
LOCUS       SEQF2638.1|AYYF01000460.1 287 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..287
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cggtgtcaag tcagccatca tcaagaaata cttcaatggc ccgggaggag accgtgagat
       61 caccatctat atagatgatt acggggccag ggaggccgaa gaggatagaa tgggcaagca
      121 tcaatcgctg agaatccgca atgaaaaaga caagacagag gtcgtagtgg atttcagcga
      181 gcgtaccgtc aatatcggtg ggtgggagtc gaagcgtcag atcaactatc gccacctcaa
      241 gctcggggaa ttggaacgct atggcctgac ggaggccggt acgaagg
//
LOCUS       SEQF2638.1|AYYF01000461.1 509 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..509
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cacggcgtcg ggcgtggcgc cgggcttgta gatcacgaag gggatgggag cgttggtgtg
       61 tgtacggatg gcgcagggcg tgggatggtc gggcaggacg gcgatggcca ccggctcgtc
      121 ccactggctg acggcgcgga agacgggatc gacgatgcgg cggtcgaggt actcaatggt
      181 gcgtaccttc agctccacgt cgccctcgtg accggcctcg tcgctggcct cgatgtgcag
      241 atagacgaag tcgtgcgtgc ggagggcctc gatggcagcg gccgccttgc cctcgtaatt
      301 cgtgtcgtac aaccccgtgg cgccctccac gtggatcacg tccatgccgg catagacgcc
      361 gataccgcgg atcagatcga cggccgagat gacggccgag gagcgtatgc catacagttc
      421 gcggagcgtc ttcatggccg gacgtacgcc gggcgaccac ggccagatgc tgttcgcggg
      481 atcttttcct tcggcgcgac gcttcacgt
//
LOCUS       SEQF2638.1|AYYF01000462.1 541 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..541
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtagatgatg caattcttgt tcgaatcata catacccctg aaccgttttt cctgaacaca
       61 gcagttctcg ctccttgccc tgaaatcaat tgcaagtttc cgttactcgt actccattgc
      121 accgaaactc cagacggaag attttggatg gtgtacgtct cctgatcgca tactacggtg
      181 gggccggaga tggaggatga agtatttata acaccaatcc cattccatgt ttgaggattt
      241 atatttgcta tatcaagcca tctttttaaa ctacgacgtt cgtctgggtc attctttcca
      301 gtccatgaaa cgtggaaaca accataatag gcatcttttc tcggattata agtctcgtca
      361 caatagcacg ttcccgcata taattgtcca ataatcctgt gctccgcatt aagaagaggt
      421 gacccagaag aaccctgttc tatcattcct ttgctccaat taactttcca acatctcgca
      481 acatggttat tctcaggttt atagtcgact tctaatggcc tatctttaac aatgctgatt
      541 t
//
LOCUS       SEQF2638.1|AYYF01000463.1 505 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..505
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(115..222)
                     /locus_tag="SEQF2638.1_00111"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYVLPVVELFHPYGINFNDFVHCVINLNGYKNDQK"
ORIGIN      
        1 ggttttactc ggatctgtgg caaacgcaga ccgttcgccg atcggtcgtg gggcgcagcg
       61 cacgtcccgg atccgaaaag tgacgcgtat ttcttgcatc tatctgatct atgcttattt
      121 ttgatcgttt ttatacccat tcaaattaat gacacaatgg acgaaatcat tgaaattgat
      181 cccataggga tgaaaaagct cgacaacggg caacacgtac attttcacag cagggcttac
      241 gatttagtca acgaatacga gcctgcaaaa atcggtctcc cggagccgct caaaacggag
      301 tggaaaggca acatcgatac cgaagaagac atcggtaagg aggtggtcgc agagacgcta
      361 accaaaacga tgaacaaaaa gaacgaggag cgtgatcgca ttctgactta catcttccgg
      421 ctgattcgtg cttgcgtctt ctcaccggag gatgccgagg agaaggctgc gtcggagttg
      481 gcgctggtaa tcaacagcta cggac
//
LOCUS       SEQF2638.1|AYYF01000464.1 315 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..315
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 agctgatgct gagcagcggg taggctaagg agaggttgtg gtggcgaagg atgtagaacc
       61 aaagcaggga ggcggagccc atggcgatcc ccgaggcgga gaattgccag ttgaagaggg
      121 cgctgcggaa gaaggcccac gtccaggaga aagggagcat tttggtgagg gcaaacttga
      181 ggaaggtctg tccggagacg aggaggatgg actggagggt ggaaaggatg agtagtctta
      241 gcatgcggaa agaagggtga gggtgtgggt tttattcatc gagtgattgt ggatgaggat
      301 gcggcggacg gggag
//
LOCUS       SEQF2638.1|AYYF01000465.1 386 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..386
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(62..352)
                     /locus_tag="SEQF2638.1_00112"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKAALGTVKAEIVNEENWGLKKLAYPIDKKTTGFYWLLEFKAVP
                     EAVEVLETQFRRDERVIRFLTFRQDKFAAEYAAKRRGLKASKERESAEKANQ"
ORIGIN      
        1 gttcagactg gttgttacct gcgggggtgt ttgtcgttgc catgtggttt aatcctcctt
       61 tttactggtt agctttctct gccgattctc tctctttcga tgccttcagg ccgcggcgct
      121 tggctgcgta ctcagcggcg aacttgtcct gacggaaggt caggaagcgg atcacacgct
      181 cgtcacggcg gaactgcgtc tccagcactt ccacggcttc gggtacggcc ttgaactcaa
      241 gcagccagta gaagcccgtc gtcttcttgt caatcgggta agccagcttc ttcagccccc
      301 aattctcttc gttcacaatc tctgccttca ctgtccccag tgcggccttc actttgtcta
      361 ccgcttcctt tacctgtgct tcagat
//
LOCUS       SEQF2638.1|AYYF01000466.1 300 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..300
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gacgagacca aaatggccgt tgagacgcca tcgtgtcgca tgacgagacc aaaatggccg
       61 ttgagacgcc gtcgtgtcgc atgacgagac caaaatggcc attgagacgc cgtcgtgtcg
      121 catgacgaga ccaaaatgac cgttgagacg ccgtcatgtc gcatgacgag accaaaatgg
      181 ccgttgagac gccgtcatgt cgcatgacga gaccaaaatg gccgttgaga cgccatcgtg
      241 tcgcatgacg agaccaaaat ggccattgag acgccgtcat gtcgcatgac gagacccaaa
//
LOCUS       SEQF2638.1|AYYF01000467.1 915 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..915
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             31..183
                     /locus_tag="SEQF2638.1_00113"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRYFNGGGHKNASGGEFYGTLEEAIRTFEQGLAEFNPTHFTETA
                     EEAQAV"
     CDS             complement(585..893)
                     /locus_tag="SEQF2638.1_00114"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAIQQATNLARNLNRDFQSPTPFRYVDKGAMAIIGRNQAVADLS
                     RKIFLKGFLAWAIWAFVHIMSLVNFRNKLRSFYNWAGYYISKDQSYRMVLRPTEKAKG
                     "
ORIGIN      
        1 gtcgggagct tcccttgcaa tcgttttgcc atgcgttact tcaacggcgg cggtcataag
       61 aacgcatctg gaggcgaatt ttacggcaca ctcgaagaag cgatccgaac ttttgagcag
      121 ggtttggcgg aattcaatcc gacgcatttt acggagacgg ccgaagaggc acaggccgtg
      181 taagcctgac agattgtcac tcgcagaccc aaaagaaagt cccccgaacg aaggcttgac
      241 acctgtcgtc cgggggactg cttttttcga ggcacttttt attcgtacct tacttcttga
      301 gactatttgc ggagcacttt tttctcgtgc tctacttctt gagagccttt ttggggaaac
      361 ttttttctcg tgccttacct cttgaggcta tttgcgggca actttttatt cgcgccttac
      421 ttcttgagag cctttacggg acacttttta ttcgtgctct acttcttgag atctttttga
      481 ggcaactttt ttctcgtgct ttacctcttg aaagcctttt tggagcactt tttattcgtg
      541 tcctacttct tgagaccctt tttggggcac tttttcttca tgctctatcc cttggccttc
      601 tccgtggggc gaagtaccat gcggtaagac tgatccttgc tgatgtaata gccagcccag
      661 ttgtagaacg aacgcagctt gttccgaaag ttcactaacg acatgatgtg aacaaaagcc
      721 caaatggccc acgcgagaaa tcccttgagg aaaatcttgc gagacaaatc tgccaccgct
      781 tgattacgcc cgatgatcgc catagctcct ttatcgacgt aacggaaggg cgtgggcgat
      841 tgaaaatctc ggtttaggtt gcgagctaag ttcgtggcct gctgaatggc cacctgcgcc
      901 agttgtggat ggccg
//
LOCUS       SEQF2638.1|AYYF01000468.1 575 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..575
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             69..404
                     /locus_tag="SEQF2638.1_00115"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:vienna_vog:VOG01107"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDKNGEAIAKATPTTKAEASAARKVADNSEYIDVDDDSDNGAVV
                     VAPKASKKMTPGGRKIATSKQIYYRVRKGDTLKSIARRYGMTVNQLCRINGLRKTSKV
                     KVGRSLRCS"
ORIGIN      
        1 atatccgccc cacctctgca ctgaaaccgg gacaaaacat ttgctatcgt gctgagcgca
       61 aggtctcctt ggataagaat ggcgaggcca tcgctaaggc tacacccacg actaaggccg
      121 aagcatccgc cgccagaaaa gtcgctgaca atagcgaata catcgacgtg gatgacgact
      181 cggataacgg cgcagtagta gtagccccga aggcttctaa aaaaatgact cctggtgggc
      241 gaaaaatcgc caccagcaag cagatttatt atcgagtgcg gaaaggcgat acgctgaagt
      301 ccatcgcacg tagatacggt atgaccgtca accagctctg ccgcatcaat ggcctccgta
      361 aaacctctaa ggtaaaagtc gggcgttcgc tgcgttgctc ataaacacat agaaacaaca
      421 gggttttggt gcaccggtta ctgaaggaga tgtccacatc tccgcggtaa caggtgcacc
      481 tctttattaa tatgagttcg atgtaagagt aaagccagca gagagttgct acggaaacca
      541 tgcgatggct agaacgtttt tggaaacgct tgcaa
//
LOCUS       SEQF2638.1|AYYF01000469.1 281 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..281
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gcgttgcgca ggaagcaaaa agggggtctt ttttcggccc tgcgttacgc acgcacccaa
       61 aatctcaccc caaaagcatt gaaacgcccg gcctctgcca gagcggcgac aaatgtagaa
      121 cgattcagtt acccccgtcc cccgctgcat gatcattcgg ccccttccgg gaccgtatgg
      181 ggggcgaatg caattcgccc ctacatgtac ccggcaaatt tggcaggcat ccctgatgcc
      241 ccggcaaact tcgctgcccc ggcaggggcc gtccgcagac g
//
LOCUS       SEQF2638.1|AYYF01000470.1 602 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..602
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tgcgtaaaga gactctcatc aagatcatag ccgagctcag ccggatattg ctgggcgtca
       61 ccttcatctt ttcgggcacc gtcaaggcta tcgacccaga aggcaccatc atcaaaatgg
      121 gcgactactt cactgtcttc ggctgggggc acgccatatg gtccgacgcg ctactatcgt
      181 tcgccatgat cgcctttgag tttatgcttg gcgtctgtgt actgctcggt gtccaccgcc
      241 gactctccac gctgggcatc ctccttttca tggccattat gacgcccgtg acactctatc
      301 tggcgctcta caaccccgtg cccgactgcg gatgctttgg cgacgcactg atcatcacca
      361 actggcagac gttctacaaa aacatcatcc tctcagccgc cgccatcatc gccttcatct
      421 actgtcggcg gatcacaccc tgctatagca accgggcaca ctccatcgtc gcactcttcg
      481 ccttcgcttt tggcgtcgcc ttctgttact ggaactacag ccacctaccg atgatcgatt
      541 tccgccccta taaggtcggc gcaaacatcc ccaagctgat ggaaatccct gccgacgctc
      601 cg
//
LOCUS       SEQF2638.1|AYYF01000471.1 2454 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2454
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             270..803
                     /locus_tag="SEQF2638.1_00116"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHLRHTAERVRILHVLLGPSDDLAALEQTAESLARLDLALVRAD
                     AVQAVHERLDAAVEGLEREGGDEVGLLREAEGAQEGEDAVGAHELCAVEQGQALFTHQ
                     LNWRPAKLVEHADGLALLAFIIDVADADERQEEVGQRGQVARGTERAAIVDDGHDVVV
                     EEVEDTLHGNHLHATVP"
     CDS             complement(1150..1782)
                     /gene="fchA"
                     /locus_tag="SEQF2638.1_00117"
                     /EC_number="3.5.4.9"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q49135"
                     /codon_start=1
                     /transl_table=11
                     /product="Methenyltetrahydrofolate cyclohydrolase"
                     /db_xref="COG:COG3404"
                     /translation="MELKSLSVKEFIDKVTGNDPVPGGGSVSALNGSLAASLAAMVAN
                     LTVGRKKYAEVNDEMEQISARMTEQSAKLLADVDRDAEAYDRVFAAFKLPKETDEEKA
                     VRKEAIQRETKYAAEVPMEVARTASELLPMIDAAARRGNSNAVTDATVAMMCARTAVI
                     GALLNVRINLTSITDEAFVKTMTEEADRLEAVAVEAEHKLLEYVKAHAFN"
     CDS             complement(1830..2189)
                     /locus_tag="SEQF2638.1_00118"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRDNVLQSKSYAFAIRIIRLVQYLEREKREFVLSNQVKRSGTAI
                     GASIREAEFSESRLDFIHKMRISLKEANETMYWLSLLLDTGYINKRMAASIMEDCREL
                     LAMLVSTVKTAKRNMQQ"
ORIGIN      
        1 gccgcagccg ctgggactga ggtcatcttc catgcagtcg gagagtcacc cattgtttgt
       61 ttttcgttgt tcgttgccca ttgttcgttg cccagctcgg ccagcccgat ggcgaggaag
      121 tcgtaggcta cggccagcgg ttgcccgtgg aagttgccac cggagatgat catgtcctcg
      181 tctgggaaga tggtcgggtt gtccgtcacg gagttgatct cggtcaggag cacagaggcg
      241 acatagcgga tcgtgtcctt cgtcgcccca tgcacctgcg gcacacagcg gaacgagtac
      301 ggatcctgca cgtgcttctt gggccgagcg atgatctcgc tgccctcgag cagacggcgg
      361 aaagcctcgc ccgtctcgat ctggcccttg tgcgggcgga tgcggtgcag gcagtccatg
      421 aaaggctcga tgcggccgtc gaaggcctcg agcgagaggg cggcgatgag gtcggccttc
      481 ttcgagaggc ggaaggcgcg caggagggcg aagacgccgt tggcgctcat gaattgtgtg
      541 ccgttgagca gggccaagcc ctctttactc atcagcttaa ctggcgacca gccaaactcg
      601 tcgagcacgc tgatggcctc gcacttcttg cctttataat agacgtcgcc gacgccgatg
      661 agcggcagga agaggttggc cagcggggcc aagtcgcccg aggcaccgag cgagccgcga
      721 tcgtagacga tgggcatgac gtcgttgttg aagaagtcga ggatacgctg cacggtaatc
      781 acctgcacgc cactgtgccc taacgacagg gcgtgggcct tgagcagcat catcagcttg
      841 accacgacgg gctgaatctc ctcgcctaca ctgcaagcgt gactcttgat caggttttcc
      901 tgaagtgtgc ccagttcgtc gagcgagatg ttcttgttgc agagcgaccc gaagccggtg
      961 gtgataccgt agagtgggtc gggcgaagag gcgatcttgg cgtctaagta gtcgcggcat
     1021 ttctggatgc gttcgcgcgc ctcgggggcc agctccagct tcaggttctc gttgatgatg
     1081 cgttcgatga tctcgaacgt cagctcgcca gagccgatct gatatacatt cttcacagtc
     1141 gtctgcggct tagttgaacg cgtgggcttt gacatactcc agtaacttat gttcggcctc
     1201 cacggcgacg gcctccagac ggtcggcctc ttccgtcatg gttttgacga aagcctcatc
     1261 cgtgatcgag gtgaggttga tacggacgtt cagcagggcg ccaatgacag ccgtgcgggc
     1321 acacatcatg gccaccgtag cgtcggtcac ggcgttgcta ttgccacgac gcgcggcggc
     1381 atcaatcatc ggcaacagct cgctggccgt gcgggctacc tccatcggta cctcggcggc
     1441 atacttcgtc tcgcgctgga tggcctcctt acgcacggcc ttctcttcgt cggtctcttt
     1501 gggcaacttg aaggcggcaa agacgcggtc gtacgcctcg gcgtcacgat ctacgtcggc
     1561 caacagcttc gccgattgct cggtcatacg ggcagagatc tgctccatct cgtcgttcac
     1621 ctcggcgtac ttcttacggc ctacggtgag gttggctacc atggccgcca gcgatgccgc
     1681 cagcgaaccg ttcaatgcgg atacacttcc gcctcccggc acgggatcgt tgccggtcac
     1741 tttgtcaata aattccttta cggataaact cttgagttcc atatgaacta aaatctaaaa
     1801 actaaaatct aaaaatgacg aggacaatcc tattgctgca tgtttctctt cgcagtcttc
     1861 acggttgaca ccaacattgc caaaagctct cgacaatctt ccattatgga tgcggccatg
     1921 cgtttgttta tatagccagt atccaaaagc agcgacagcc aatacattgt ctcgttcgcc
     1981 tccttcagag agattctcat cttatggatg aaatctaacc ggctctcact gaactcagcc
     2041 tcccgaatgg aagctccgat ggctgtaccg cttcttttta cctgattgct caagacaaac
     2101 tctctctttt cacgttcgag atattggaca agtcggataa tcctgattgc aaaggcataa
     2161 ctcttcgatt gcaagacatt gtccctcatc ttttattctt tcttgttaat tcacttcttg
     2221 aataggtcta aaggctaaaa acctaatcgt cctccggctg agcgggctga cattctcggc
     2281 ctttcctgcc ggcaggactt ttagttttta gcttttagtt tccccgttct ttacgactac
     2341 ctctccctgc ttgatcaccg tgtcgacgat gttcataccc acgtgatagg gcaggaattt
     2401 gtacgacggg aattgcagca gcacgaggtc gccttgcttg ccgacgtcga tcga
//
LOCUS       SEQF2638.1|AYYF01000472.1 458 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..458
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(230..421)
                     /locus_tag="SEQF2638.1_00119"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEAIHQGQERGEIRKEVDTETLYNAFHSVYVGIAFHGAVIHQQF
                     VLDQLRKEWDYLYQLAAAH"
ORIGIN      
        1 gatcagggcg gcctgtgcca cgggctggcc ggcggcgttg gtcagtcggc cggtaatacc
       61 ctgttgtgca cgggcggcga cggtgggcag caggcttgct gcaaggatcg gcaggagggc
      121 cgcctgccga aaaaagcgat tcgttttcat cacgtgaagg ggttttatgg tgtttggatc
      181 atagaaataa caggagatgg ccccaccctt tcgaagcggg tgacggcggc taatgggcgg
      241 cggctaactg atagaggtag tcccactctt tgcgcagctg gtcgaggacg aactgctggt
      301 ggatgacagc gccgtgaaac gctatgccga catagacgga gtggaaggcg ttgtacaggg
      361 tctcggtgtc gacttctttt cggatctcgc cgcgctcctg accttgatgg atggcctcca
      421 accagcactg cgcttgcgcc tcttcgtacg cctggagc
//
LOCUS       SEQF2638.1|AYYF01000473.1 248 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..248
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tgattatagt tagtggtttg gacatccgat tcggaaagcg gatcctcttt caagacgtca
       61 atctcaagtt tttgcccggc aactgttacg gcattatcgg tgccaacggt gccggtaaat
      121 ctaccttcct gcgcgccatc agtggcgacc tcgacccgac gcgtggcacg atcagcatgg
      181 gccccggcga gcgactctcg gtcttggcgc aggatcactt tgccttcgac gattacacgg
      241 tgctcgac
//
LOCUS       SEQF2638.1|AYYF01000474.1 270 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..270
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gagacagggc gtatgcaata cgcccctacc cgggtaccta tctgataacc gattagacat
       61 ggagaaatga aatacgtatt gattcgccat tgtcccagac aatggaaaac acctgcccga
      121 ggaaacctct tcttttttcg gcaatgtagg ggcgtattgc atacgcccta ccaaacgccc
      181 cgcaaagggc caaggggtag acgatagacg tgcaaggggc gtattctttt gcgccctacc
      241 cgggtaccta tttgataact gattagacat
//
LOCUS       SEQF2638.1|AYYF01000475.1 250 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..250
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggaaaccgtt ttccaacttc aaaaagtcat ttcccgcggc gggaaaccgt tttccaactt
       61 cgaaaagtca tttcccgcgg cgggaagaga gaatggagat cggatggctt cctgcggcgg
      121 gaaggaatgc ttttccctgt gctttgggtc aatatatttt cagattagat cgagatcttc
      181 cccgttatgg cgttaaaata agatactttt gcagccgtag aacaagaatg aatgatcccc
      241 catcttatga
//
LOCUS       SEQF2638.1|AYYF01000476.1 1020 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1020
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             350..994
                     /locus_tag="SEQF2638.1_00120"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNAHHLAEVGVGDDDAFRLARRAGGVDDEGHVVVSGLVATDARG
                     GFSASVVTEADELLEEDARLVGGITDDAAVEDDDLPERVAHLLLRLVSVVVLLLLADE
                     EQSDVGVADDVFDLVGRSSGVHGHFHGACAIGTEGGVEVLGHIGGVDADVFLYADAVL
                     DECLRGESNAVGKGVPRDAEPLAGAWVAMKQGDALAVAFGLMVDQFCEMGCHGS"
ORIGIN      
        1 ccgtggaagt gcccatgtac cccactggat cgcccgtgcg gcgatagttg aggacatact
       61 cgcggccggt gcggagggcg tcacgcagga ggcgctgcat aggcccggcg gcgcgggtga
      121 ggcgttcgtt ggcgccagcg tagacctttt cccagaagcg cggcacgttg cacatgagcg
      181 tgggccgcac ctcgagcagc gtctggcgga tcattttcgg gtcgcggttg atggcaatgc
      241 gtacgccgcg gcagaggcag aagttggtcc atcccttctc gaagatgtgg acgagtggta
      301 ggaagcacat ggagaggtcg cgctcggtga ccatcggcag gcggagggtg tgaatgcgca
      361 tcatctcgcg gaagttggcg tgggtgatga cgacgccttt aggctcgccc gtcgtgccgg
      421 aggtgtagat gatgagggcc acgtcgtcgt cagtggcctc gttgcgacgg atgcgcgcgg
      481 cggtttcagc gcgagcgttg tcaccgaggc ggacgaactc ctcgaagaag acgctcgtct
      541 cgtcggtggg ataacggacg acgctgcggt cgaagatgac gatcttccgg agcgtgtcgc
      601 ccatctcctg ttgcgccttg taagcgttgt tgtactgctg ctgctcgccg acgaagagca
      661 gtcggatgtt ggcgtcgcgg acgatgtatt tgatctggtc gggcgatcca gtggggtaca
      721 tgggcacttc cacggcgcgt gcgccatagg caccgaaggc ggtgtagaag tactggggca
      781 tattgggggc gtagatgccg atgttttctt gtacgccgat gccgtactcg atgagtgcct
      841 gcgaggtgag tcgaacgcgg tcggcaaagg cgttccaaga gatgccgagc cacttgccgg
      901 tgcgtgggtc gcgatgaagc aaggcgacgc gttggccgta gcgttcggcc tgatggtgga
      961 tcagttctgc gaaatggggt gtcatgggag ctaaaaacta aaagtgaaag actatggggg
//
LOCUS       SEQF2638.1|AYYF01000477.1 485 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..485
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(141..482)
                     /gene="pflB"
                     /locus_tag="SEQF2638.1_00121"
                     /EC_number="2.3.1.54"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q7A7X6"
                     /codon_start=1
                     /transl_table=11
                     /product="Formate acetyltransferase"
                     /translation="MLASLNSVAKLPYEYALDGISNTQTISPSTLGHTQDEQVETLVR
                     VMDGYFDRGAHHLNVNVFGVDKLIDAMEHPEKEEYANFTIRVSGYAVKFIDLTREQQL
                     DVIARQAHGKM"
ORIGIN      
        1 aggcctaaga gaggagaagt ttccatgaag cgaatgacta aaagcgaaaa actaaagttg
       61 gggttgaggt tgtgattggg tagagcaaaa agaggaggag catcgaacgt gctccgctcc
      121 ccctcttctt cattcaataa ttacatcttt ccatgtgcct ggcgtgcgat cacgtcgagc
      181 tgctgctccc tagtcaagtc gatgaacttg acggcgtaac cactgacgcg gatcgtgaag
      241 ttggcgtact cttctttctc ggggtgctcc atggcgtcga tcagcttgtc tacgccaaag
      301 acgttcacgt tcaggtggtg tgcgccgcga tcgaagtagc cgtccatcac gcgaacgagg
      361 gtctctacct gctcatcctg cgtatggccg agcgtcgagg ggctgatcgt ctgcgtgttc
      421 gagatgccgt ccaacgcgta ctcgtacggc agtttagcca ccgagttcag cgatgccagc
      481 aagct
//
LOCUS       SEQF2638.1|AYYF01000478.1 253 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..253
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 acatagcggt tgcggtcagc aattgaggcc gcgtcgttca tgccgatgtt accgtcggcg
       61 cgcccgtaga gcaacgtgtg gtcggccaac ttggcctcga agcggatggc tggcccagcg
      121 aagaatttgg cagagtcgcc cgtgacaagc cccagattga tgccaaggcg gaggttgaat
      181 agctcgtcga agtagcggta gtagggcgtg agggtgatct gggcgtggct gcgatagccg
      241 ttgaaatctg tct
//
LOCUS       SEQF2638.1|AYYF01000479.1 258 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..258
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 catcagcggc gtaccgacct tgactttttc gccgactttg accaagacct tgggcacaat
       61 gccagcgaaa cagcccggct caacggcgta atcctcggac tggtgccttt ccagttccga
      121 caggggggct ttgcctttca gctggatgtt gagcccccgt ttgatattaa ccacatttgc
      181 catgatactt ctgtttctat tattattttc tgtttgcgac gccaaaaata ggtgctttcc
      241 ttcaggttta atgatcga
//
LOCUS       SEQF2638.1|AYYF01000480.1 368 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..368
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 atcggcggct gccttggggt agtcgccgcg gaagaaggcg atgtcggcct cgagctgtcg
       61 gtagaggggg cggtcgtctg cggcgatagc ccgagcgatc cagtcggcgg cgcggtccat
      121 cgtccagccg ggagccgtga gggtggagtc ggcggcggag acgccgtaga tgagcttcgc
      181 gtggttgtag tagccctcgg cgacattgtc tccgaacagc ttctgcgccg acgctaagtc
      241 cgcctcagcc cggctgagca gctgctgctc ggtgcccacg tcggagagct ttttccgctg
      301 gtagacatag tgcgaagccc gcgtcaggta accatccggg gagctgggaa aggtggcgat
      361 aaagtcgt
//
LOCUS       SEQF2638.1|AYYF01000481.1 236 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..236
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cgtttgtaga tcatatgtat gggggttttt tttcggcgga caaacgtaag cgtaaaagag
       61 aaaaagggga aaggccccta ccggggcggg gaggtttacc cgtcttcaaa catgtacagc
      121 agggataggc ccgatgagca atcagcaatc tgttaaatct tttaagagat gacccgttga
      181 caacagtcag aggcatgcaa actcgggttt tctggtcatt gacaacagtc agaggg
//
LOCUS       SEQF2638.1|AYYF01000482.1 307 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..307
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggatctggag gagctgaccg ctgaggtgga gacgctgggc ttgaccgcaa ccgtgcagcg
       61 gctgcatgag gtgacgacgg agtacgagtc gctcagcatg gagcgtgtga agcagcgcgt
      121 ggatgagaaa cggccgacga tgcgagagac gcgccgggag gcggatgtgt attacgagcg
      181 ggcctgtcgg ctggtcgagg cggcacacct catggccacg accgacgagg cgcgcgaggc
      241 catcgagcgg ttggtggatc tgatgaatcg ggcggtgcgg gagtccaaac ggacgtatca
      301 cgctgtc
//
LOCUS       SEQF2638.1|AYYF01000483.1 346 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..346
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ctcctctcga atataccaca atcctcttca catctggata atctctaagt atcgttttaa
       61 caaatgcatt gccaaaggaa ccagttcctc ctgttatcaa aacagatttc ccattcaaca
      121 taaatagata gttgtaattg tgttaatatt caacaacgcc cgccatcaaa ctaaaggcaa
      181 tttctatttg ctattctttg tacaggccgc gtctgaatat atatttattt ataagcactg
      241 aaaactcttc cgagacttgc aaccaatata atcctcccac ggtaaccgta ccaataatca
      301 aggtcctata gaatccatct acaataggat tataactcca atctgg
//
LOCUS       SEQF2638.1|AYYF01000484.1 268 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..268
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gcttagttgg ccggcgcccc tggcgccttg actttctttt gcctcctttt cttgtgtcaa
       61 gacaagaaaa ggagggtcag ggacccccgc caacctcacc gggtacacgt tcgttccccc
      121 aaacaattaa acccccaaca cctcaacgcg caatgaccga caccgtcctc gaaaagctga
      181 agatcctagc cgaatccgcc aagtacaacg tctcgtgctc ctcgagtggc acggtgcggc
      241 acaacacggc gggagggatc ggcaacac
//
LOCUS       SEQF2638.1|AYYF01000485.1 305 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..305
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cttatagtcc gtgcccatga tcacgccata gtcctcgccc ttcatagcgc caatctccac
       61 cttgaacggt gcggtggcga tgcggtaata atcgaccacc atctccttca ccttgttctt
      121 gttcgaggcc aacgtgaggg ccgtctccca agtgaaggtg cggctacgaa tgggcaggac
      181 tttcaccata agctccatac ccttgttttc gatcacgcca ccgttcacca cgcggaaggt
      241 gtagcccgta gtccctgaaa cggacagcgg cacgatctga tccttcgctg tctcttatac
      301 acatt
//
LOCUS       SEQF2638.1|AYYF01000486.1 501 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..501
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gaaactttct caggtgccgg aggaatttag gtcgcgcatc catcgcattc ccggacgctt
       61 tgccgagaaa cgatacatcc aaatcgccca gcataccccc tgtcggctct acgggggaga
      121 cggaatttcg ctctctaccc tgccgcgtga ggaggactat atccctacat gattgaaatg
      181 atcgagcaaa tctccatcga cctcagcaac tattgctcca agcagtgccc cttttgctac
      241 aaccatagcc ggccggaggg agcgaccatg tggcgcccgt cggaggtgat ccgcttggcc
      301 acggattgca tagcgcacgg cgtgcgggcc gtctcgctcg gaggtggcga acccttcgag
      361 tacgacgggg tattcgacat catccgcgcg ctctaccctc ggtgttatct cacggtcaca
      421 acgaacggac tgccgctgga gcacgacgcc gtctggctac aacttctgcg cgatgcgcca
      481 gacaagattc acgtcaccat c
//
LOCUS       SEQF2638.1|AYYF01000487.1 635 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..635
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             26..445
                     /gene="hutH_1"
                     /locus_tag="SEQF2638.1_00122"
                     /EC_number="4.3.1.3"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P10944"
                     /codon_start=1
                     /transl_table=11
                     /product="Histidine ammonia-lyase"
                     /db_xref="COG:COG2986"
                     /translation="MGLRGLPEFLVANPGLNSGFMIPQYAAASMVNQNKMYCFSASSD
                     SIVSSNGQEDHVSMGANAATKLYKVMNNLELILAIELMNAAQGIEFRRPLKTSPVLEQ
                     VLHDYRKEVPFISDDVVMYKEIHKTVAFLKRMKVDNL"
ORIGIN      
        1 cgaacggcgc gtggcgcagc tcatcatggg cttgcgcgga ctgcctgagt tccttgtggc
       61 caacccgggt ctgaactccg gcttcatgat tccgcaatac gctgcggcgt cgatggtgaa
      121 ccagaacaag atgtactgct tctcggcttc gagcgactcc atcgtctcgt cgaacgggca
      181 ggaggatcac gtcagcatgg gtgccaacgc cgccacgaag ctctataagg tgatgaacaa
      241 cctggagctg atcttggcca tcgagctgat gaacgccgcg cagggcatcg agttccgccg
      301 accgctgaag acgtcgcccg tgctggagca agtgctgcac gactatcgca aggaggtgcc
      361 cttcatcagc gacgatgtgg tgatgtacaa agagattcac aagacggtcg ccttcctcaa
      421 gcgaatgaag gtggacaatc tgtaaatccc ccgtcgcccc tcacgaaaca tcccccgggt
      481 acggaccgca agtccgccgc tcgggggatt tttatggggg ttgcgggtag ccgtaaacgt
      541 catcttacgg cgcgagggca atcgccggat ttctgaaacg caaaaatgag acgcgaaacc
      601 gatctcggga tttctgaaac gcgaaaatga gacgc
//
LOCUS       SEQF2638.1|AYYF01000488.1 270 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..270
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(69..254)
                     /locus_tag="SEQF2638.1_00123"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRVALQYMHEGDRWEVWVPYTLGLGENDGSLFVNVMPSSSATKI
                     PAYSTLVFEIEVVGVHS"
ORIGIN      
        1 agcgcgaggg ccagcaagag caggcaagtg agtccgatgt aagtcttttt catagctgag
       61 gcctggcgtt aggagtggac accgacgacc tcgatttcga agacgagtgt cgagtaagcg
      121 gggatctttg tggcgctgct acttggcatc acgttgacga acaagctccc atcattttcg
      181 ccgagaccga gcgtgtaagg cacccacacc tcccaccggt cgccctcgtg catgtattgc
      241 agggccacgc gcacgccgtt ggtcaagatg
//
LOCUS       SEQF2638.1|AYYF01000489.1 621 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..621
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gcagtaagaa agccaagacg tacgcccgcc aaagaactca aaccagaaga atcatactca
       61 tctaggctct ttatcagacg ttgtaaatgc tccatctcat tatagctaat tagccttgac
      121 tttaagatgt agccttctcg tacattccca tctgagtctg ttgctatgac tttatagaat
      181 ttatcatcat cactcgtccc aagaacagtt atagggtaaa attcatctaa atccgcaaaa
      241 ccaccaaaga tacttgtatc aggctcttca tagacgtaag ttttcttatc cataaaggtg
      301 tacatcgtat ctccagaccc tactttgtcc aacagctgtt tctgttggta gagctgatag
      361 aggtagtacc caccgcctaa gaggaggatc gcacctaaaa cgatacctac ttcttgccac
      421 cacacgagta gcctcttatt attctgtgcc ataaaatttg attatcgttt atttcggaga
      481 tggaccatac ttattatcac cagcactctc tgcaaacatc agcatataca catagtataa
      541 atttagaatc ggtaccagta acaccaatag accccaagct ggtattccta tatcatgtag
      601 gcgacgtgct gtcactgtct c
//
LOCUS       SEQF2638.1|AYYF01000490.1 409 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..409
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ccaccgcctg cgcaccgtcc acaaggatcg gcaccccgtg cgcatgtgcc acgcgagcga
       61 tctccgccac cggattgacc gtccctaaca cgttcgacat gtgcgtcacg gccaccagac
      121 gcgtccggtc ggtgaacaat cccggcagcg cctccaaatc cagtgtgccg tgctcatcga
      181 tgggaattac tcgcagccgc atgccttgca attgccacgg cacaatgttc gaatgatgtt
      241 ccatggccgt gacaatcacc tcgtcacctg gctgcatgca agcgcgtgca taactcgaag
      301 ccacaagatt gatcgcctcc gttgtgcccc gcgtgaagat gatctcagcc gacgacggtg
      361 cattcagaaa cgcccgcacg gtctcacgcg cggcctcatg cgcctccgt
//
LOCUS       SEQF2638.1|AYYF01000491.1 537 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..537
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             70..399
                     /locus_tag="SEQF2638.1_00124"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG1344"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAIRRTPRGTWLRLASAYILLQTVLYLVLSRFTDSPVPWGDAFT
                     TVLSILAMWMLAQKYIEQWGVWMVVNAVSAALYFWKGMTPTAVTYVVYTIVPIFGYIK
                     WRRMMAD"
ORIGIN      
        1 cttttcgcca gtgcctacgg ctggtatcgc tggcagcgcg gccgcggccg tgagacctcg
       61 gaggcggagg tggcgatccg gcggacgccg cgcgggacgt ggctccgact ggcgtcggcc
      121 tacatcctgc tgcagacggt gctctacctc gtactctcgc gcttcacgga cagccccgtg
      181 ccctggggcg acgccttcac gacggtgcta agtatcctgg cgatgtggat gctggcgcag
      241 aaatacatcg agcagtgggg cgtctggatg gtggtcaacg ccgtctcggc cgcgctctac
      301 ttctggaagg gcatgacgcc gacggccgtc acctatgtcg tctacaccat cgtgcccatc
      361 ttcgggtaca tcaagtggcg gcggatgatg gcggactgaa accgaaccga ggcagagagc
      421 ctgctttttg gaggccgacg gggtgttggc ctgcaaaagg cggcccgttt tggggcccga
      481 cggggtgttg gcctataaaa ggcggcccgt tttgggcacc gacggggtgt tggccta
//
LOCUS       SEQF2638.1|AYYF01000492.1 239 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..239
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 atgcgcagga aaagggctac tacgtgaccc tgctctactt ctggctgaac acgccggact
       61 tggccgtaga gcgcgtacgt aaccgagtag catcgggcgg ccacaatgtc accgaaagca
      121 ccgttaggcg gcgctacacg gcgggtattc agaacctgtt ccagctctac atccccatct
      181 gcgactattg gatgatcacg gacaattccc tctcgccgat ggaggtgatt gctaagggc
//
LOCUS       SEQF2638.1|AYYF01000493.1 273 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..273
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gacagcgtat gcaccgcgac tcatcgggat cgacgtgtcg ccttcgggca agtctacctt
       61 acgaacaagc tgtccagcta cggagtagat gctggcgatg tcagcacgat caacgcggat
      121 gtagatcatc tcgccgtgcg accaaacagc cgggccagcc gtcagaagct cgttcgatac
      181 gacatctggg ccgaaggtca gcgtcacttc ctgctgtata ttcagaataa cgtactcgta
      241 ctcaccgttt gcgttcatca cgcggtcgag cat
//
LOCUS       SEQF2638.1|AYYF01000494.1 681 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..681
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(191..679)
                     /gene="ftsA"
                     /locus_tag="SEQF2638.1_00125"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_02033"
                     /codon_start=1
                     /transl_table=11
                     /product="Cell division protein FtsA"
                     /translation="MVVEARAKEIVQNVYARIEENKLTNALGAGIVLVGGGASLKNLQ
                     ELIRDTFKLQEVRYSAIRKGLVDDASDKVSDPRYMSALSLLLQGTESCVGPVHRKQEE
                     PAPAPPVQPVEPVKEPEPEPERIEPERDREEEQRQNRRTQKRGGIFGSFGRIARGLFD
                     EE"
ORIGIN      
        1 gtgttacaga gtacgaaaga gacgtcgtgt atgccttcct tgaacatatg cgtgacggcg
       61 ttgccaccgc ctccgcccac gccgaccacc ttgatgatct ttcgcgtgtc tcttgggaag
      121 ttgaattgca ggggggttgt atcgttactc attgctgtat gtgcttggtg tggggggatg
      181 attgtggatg ttattcttcg tcgaagagcc cgcgggcgat gcgtccgaaa ctaccgaaga
      241 ttccgccgcg tttctgcgta cgtcggttct gacgttgctc ttcttctcgg tcacgttccg
      301 gctcgatgcg ttcgggttcc ggctcgggtt ccttaacagg ctcgacaggc tgaacgggtg
      361 gtgctggcgc cggttcttcc tgcttccgat gaaccggacc gacacagctc tcagtgcctt
      421 gtaacagcag gctgagggcc gacatgtagc gcgggtcact gaccttatcg ctggcgtcgt
      481 ccacgagtcc tttgcggatg gcagaatagc gtacctcttg cagtttgaac gtatcgcgga
      541 taagctcttg caagttcttc agcgatgcgc cacctccgac caggacgata cctgcgccga
      601 gggcgttcgt gagcttattc tcctcgatgc gggcgtagac gttctggacg atctccttcg
      661 cacgcgcctc aacaaccata t
//
LOCUS       SEQF2638.1|AYYF01000495.1 234 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..234
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 atataatagt atatcacaca caatgagaaa gaccgcatta atcacaggca tgacggcgat
       61 gtagttcgtg ccgtattgca ggttgaagct ctcgcacatc ttcaggccgg cgatcttggc
      121 gatggcgtag ggctcgttgg tgtactccag cggggcggtc aggagggcgt cctcgcgcat
      181 gggttggggc acgtcgcggg ggtagatgca ggtgctgccg aggaagagca gttt
//
LOCUS       SEQF2638.1|AYYF01000496.1 700 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..700
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(277..402)
                     /locus_tag="SEQF2638.1_00126"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHIKGIREYPKVLKIEYRLIGKIRKVYTVCLFISDDSESMI"
ORIGIN      
        1 atgtaagacg ctgttcgaaa tccctactat ttcggcccat tctgcctccc cgaaggctcc
       61 gcacgccacc tcgcgcccct tcttcgccac ctcgaagccc ttatgaagta cgaaaacagt
      121 ctcgctccac cccgttaagc ccttacggag tacgagaaca agcccgctcc acctcgttaa
      181 gccctcatag accgcatttt caatcgatcg gaacttcccg aaagactgtt ccatcctgca
      241 cctctatttc gggaagttcc gaaagcatgt acatatctat atcatactct cggaatcatc
      301 cgaaatgaat aaacacactg tataaacttt tcggatctta ccgataagtc tatactctat
      361 ctttaagact ttcggatact cccgaatgcc tttaatatgc atatcctatc tttcggaagt
      421 atccgaatca ttttaaagtc taatttcaat caatcgggaa ttcccgaagg tgtttataca
      481 tgatatttat cctgttcggg aatatccgag actttttata taagatgcaa atagctccgg
      541 aagtttccga aagactgtat cagagttata atctagttcg gaaagttccg aatgatctat
      601 aaactatgaa ataggctttc gggaagttcc gaacgattgg aaatatgctc cgtaaggcct
      661 tattcgagga gtataagcct ctcagagaca ggttttagac
//
LOCUS       SEQF2638.1|AYYF01000497.1 634 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..634
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             11..499
                     /locus_tag="SEQF2638.1_00127"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLRTANDEFNTLRESRSSKAAGINLPSSASVRKANDQMTTDIFF
                     HIQMAYSMATNEAERKVVGELIDQINQRIREAKATFNQSEAQRKRRDKKRRGNDPDIR
                     LPEDEKPKKPDAPKDPKDPKEPKEPKKPETPGGGEPPKKPDEKPKPGGDGGGPDIHLP
                     EE"
ORIGIN      
        1 actcgtgact atgctgcgca cggccaacga cgaattcaac accctgcgtg agtcgcgatc
       61 gtcgaaggcg gccggcatca acctgccctc cagcgcctcg gtgcggaagg ctaatgacca
      121 gatgaccacc gacatctttt tccacatcca aatggcctac tcaatggcca ccaacgaggc
      181 ggaacggaag gtggtcggcg aattgatcga ccagatcaac cagcgtatcc gtgaggccaa
      241 agccaccttt aaccagagcg aggcccaacg gaaacgtcgc gacaaaaagc ggaggggcaa
      301 cgaccccgac atccgtttac cggaggacga gaagcccaag aagcccgacg caccgaagga
      361 tccaaaagat cccaaggagc cgaaggagcc caagaagccg gagacgcccg gtggtggcga
      421 gccgcccaag aaacccgacg agaaacccaa gccgggtggc gacggtggcg gcccagatat
      481 ccatctgccg gaggaatagg cggagcgatc taagaacgat ttgttgaaca actcaaccag
      541 ccgggtacat atggaggcga ctcacatgta tccggctttt tcataccccg cttcgtcgcc
      601 cgattttcac ccattttcgc cacggtattg caca
//
LOCUS       SEQF2638.1|AYYF01000498.1 398 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..398
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 atgggtctga aagagaaagg aaaggaacga gtaactgtat taaaatgaag gagtaagaag
       61 aatggaaacg agcattttac aatggaaaga aggggcatct gtacggatgc agatgattaa
      121 ggatgagccg tggtttgcgg ccaaagatgt gtgcgagctg cttggacttg ataacagccg
      181 ccaagcagtg agtcggctcg acgatgacga aaagggtgtc attaatagtg acacccttgg
      241 tggaaaacag gagcttacgt tcgtcaacga gtccggaatg tatgcgctga tctttcaaag
      301 caggaagccg caggcgcggg cgtttcggaa atgggtgacg ggcgaggtgc tgccgagcct
      361 tcggaaatat ggctactacg tggcgccggg ggcacagc
//
LOCUS       SEQF2638.1|AYYF01000499.1 573 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..573
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ctgtggttgt ccgttccgcc ggagatgatc ttgtaaccct tgtcgacgaa ggcctgggcc
       61 atgacggcgg cgttcttctt cacctgcgtc tggtaggtct tgtattcggg ctgcagcgcc
      121 tcctcgaagg ccacggcctt ggcggcaatg acgtgctcca gcggtccgcc ctgaatgccg
      181 gggaagacgg ccgagtcgag cagctgcgac atcttcttca cctcgccttt cggcgtcttc
      241 ttgccccacg ggttgtcgaa gtccttacct aaaaggatga cgccaccgcg cggtccgcgc
      301 agggttttgt gggtcgtaga ggtgacgatg tgggcgtact gaagcggatt gttgagcagt
      361 ccggcagcga cgagtccggc ggggtgtgcc atgtcgatca tgagcagggc gccgatcttg
      421 tcggcgatct cacgcatacg cttgtagtcc cagtcgcggg agtaggccga caaacaataa
      481 ccagtatgga aacggacagc atcgtcatca tcccgacgta caacgaaaaa gagaacatcg
      541 aaaacatcct ccgcgtcgtc ttcggcctgt ctc
//
LOCUS       SEQF2638.1|AYYF01000500.1 1135 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1135
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             95..193
                     /locus_tag="SEQF2638.1_00128"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHRLHELEARRADLDRQIDAYFAELGLTDLVK"
ORIGIN      
        1 catcgccgag atccgccaga atgactacaa cctcaacatc ccgcgctaca tcgacaccta
       61 cgaagaggaa gcccccatcg acctgcacga cgtcatgcac cgtcttcacg agctcgaggc
      121 acgtcgtgcc gacctcgacc gccaaatcga cgcctacttc gccgagttag gcctaaccga
      181 tctcgtcaaa tagccccgcc gcatcatgga aaagaagaat cagatcccca agtatcccca
      241 tttacgtttc cccgagttca cggatgagtg gaaggaggtg aagctgggag aggtggcgga
      301 gatactcatg tgtaaaagga ttctcgcatc tcaaactaat actattagtg gagtcccatt
      361 ctttaagatt ggaacaatcg gtaagacacc cgattgctat atcacaagag agctattcga
      421 tgaatataaa cttcgatata gctatcctaa gaaggggcaa gttttgctta cctgctctgg
      481 taccattggc cgttgctgga ttttctcggg agaagatgcc tacttccaag attctaatat
      541 tgtatggata gacaatccgg agtatgtgct tctgaatcgt tacttatatt acatcctgat
      601 taatacagat tggtctaagc tcaattcaag cacaataacg aggttgtata atgatgattt
      661 acggcgattg aaactccgcc tcccctccct tcccgagcag cggaagattg ctgccttgtt
      721 tagtctgata gacgaacgga tcgaagtgca aaacgccata ataaaggagc aggaggtgtt
      781 gaaagcctcg ctccttcgcc gcctcttcga ccgcacactc cgcttccccg agtttgcaga
      841 tgaatggacg gaagtgaagc tgggggaggt ggtaatctgt tactcctcaa caatgacaga
      901 agaagaactg caaaaagaag ggggtattcc catttatgga gcagcaggtt gttgtggtta
      961 cgcagatgta gatgagcctt ttttagaaag catcttaatc atcaaagatg gctctggagt
     1021 tggtcgctca cagtatgtca caggtcctca ttattttctt gggacactca atagcctaag
     1081 aactacatcc cccactatct tccagaaatt tgtcttctac ttcttgggac agctc
//
LOCUS       SEQF2638.1|AYYF01000501.1 339 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..339
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 aggcatacct ctttgagagc gaagaacctt ggatcgaagc attagaggct acgtttgaac
       61 catggaaaga gaaggttacg attgtaaaga agtatgtcag cgatacggat gatgagcaaa
      121 atattagact tgacacattc ttttacgaca aatctacgga tgatctgttt gtgaagatgg
      181 atatagaagg atatgagcgc aaggctcttg caggagccta taatctgttg gctatggcaa
      241 aaaacatcag gggctcagtc tgtatctatc ataagaagga tgatccagaa gtaattagcc
      301 gtttattgac caatgcgaat ctcacaatag agcagacgt
//
LOCUS       SEQF2638.1|AYYF01000502.1 621 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..621
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             1..468
                     /locus_tag="SEQF2638.1_00129"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNETQEGKAYIEALHTVDRFELQKDGQLKLFYNQGRDYLLFRDG
                     LSLVSSTPPAELLGKWTLAQIRYSALPPVVFKLGEQTITFHKSGYIDIEGYKLFGSIP
                     EDQLSYGYRPWGKENTLFIGWTYFTYNLEGETLTMSNGVDIDGPVYVFKRLRT"
ORIGIN      
        1 gtgaacgaaa cccaagaggg taaggcatat atcgaggcgc tgcatacggt ggaccgtttt
       61 gaactgcaga aggacggaca gctgaaactc ttctataatc aaggtcgcga ctatctactc
      121 ttccgcgatg gtctctcgct cgtctcctcc acgccacctg ccgagctgct gggcaagtgg
      181 acactggccc agatacgcta ctccgcactg ccaccagtcg tctttaagct tggcgaacag
      241 acgataacgt tccacaagag tgggtatatc gatatagaag gatacaagct ctttggcagc
      301 atacctgaag atcagctgtc ttacggctat cgtccgtggg gcaaggagaa caccctcttt
      361 atcggttgga cgtacttcac ctacaatctg gaaggcgaaa cactgacgat gagcaacgga
      421 gtagacatag acggtccagt ctatgtcttc aaacgactaa ggacgtgatc gcagccctcc
      481 ccccgacaat cccatttttt gaactgcggc acccccgctg ttcatttttt tcggccgtca
      541 gggtaacgct gaaaatgtac gggttcaaaa aatgatcctg ttttttgggg ccgtcagggt
      601 aggggcgtat tgaatacgcc c
//
LOCUS       SEQF2638.1|AYYF01000503.1 299 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..299
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ttataccaac ggctcgttcc tcatcgccgg ctccctcatg tttcgtgaca tgaagacgct
       61 ctccgttctg gccggcgctt ccgtcgggct atagcagggg caggcgcgcg gcctgactga
      121 tgcgcagatc atgggtcaga ttcagcctat catcgtcgat acgcacgcca tcggtaaccc
      181 gtggctgaac tactccgtct atctcagcaa cgccatgcta cccggactgc tgcagctgct
      241 cgttttcatt gtcaccgtct acagcatcgg cgcggagatc aagcagcgca cttctcgcc
//
LOCUS       SEQF2638.1|AYYF01000504.1 416 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..416
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 aatctatatg gggcgtatgc ttttgcgtcc tacctgggta tctatctgat aaccgattag
       61 acatgaagaa atgaaatacg tatttatccg atattgtccg agacaatgag aaatacctac
      121 ccaaggaaac ctcatctttt tccgacaata taggggcgta ttgcataagc cctacaaaac
      181 gccccacaag gggcgaaagg gtagacgata aacgcgcaag gggcgtattc ttttgcgccc
      241 tacccgggta cctatttgat aactgattag acatgatgga atgaaatatg tattcgtctt
      301 cccttacccc aaacataacc ccacgcctac ccttgaaatc cgatttttct gccggtaggg
      361 taggggcgta ttgcatacgc cctaccaaac gccccgcaaa gggcgtgggg gtagac
//
LOCUS       SEQF2638.1|AYYF01000505.1 495 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..495
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(62..241)
                     /locus_tag="SEQF2638.1_00130"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGEAEGFFMPEIWLSLATVCTGANRDVEGEESTCKAVSEDSASP
                     LWMIEDTAPLFFYVS"
ORIGIN      
        1 caaaatacat cctgctcaca caaattatag gcgacataga gagatagact ccatcatgca
       61 gtcacgaaac atagaaaaaa agcggcgccg tgtcctcgat catccataag ggcgacgcgc
      121 tgtcctccga cacagctttg caggttgatt cttcgccctc cacatcgcgg ttggcccctg
      181 tgcacacggt agcaaggctc agccagattt ccggcataaa aaaaccttcc gcctctccca
      241 tcaaggaaaa gcgaaaggta ctatccgatc ttgtggtaaa gtgtccagcg ttcgtttgaa
      301 acgtatgcta cggaggaacg cccccaccgg agatttttag gggcgaggca gcgccacttt
      361 agctaccaac cgacgtcctt cgaacgtctg gtcattgagc tcggcaattg cccggttcgc
      421 ctcttcgtcg ttcggcattt cagcgaaggc atagccgcgt gaacggcccg tttcccgatc
      481 cttaatgacc cgtac
//
LOCUS       SEQF2638.1|AYYF01000506.1 1475 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1475
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             17..583
                     /locus_tag="SEQF2638.1_00131"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNKDYAAALESFKRLAAIATTAEVRDGARLGALRCARRTKQSAD
                     AVKMADELLKNEKISPEIAAEARFLRMKSYIDLKEDAKAQADLVTLSKDTRTVYGAES
                     KYLLAQRYFDRNEIDKAEKEMLGFIEQGTPHSYWLARGFILLSDVYARKGDKFQARQY
                     LTSLQKNYNGGNKDDVMAMIDKRLAALK"
ORIGIN      
        1 gggcgagatc gagtacatga acaaggacta tgcggcggca ctggagagct tcaagcgact
       61 ggcggccatc gccacgacgg ctgaagtacg tgacggggcc cgactgggag ccttgcgttg
      121 cgcacgtcgc acgaagcagt cggccgatgc ggtcaagatg gccgatgagc tgctgaagaa
      181 cgagaagatt agtcccgaga tagcggccga agcgcgtttc ctacgtatga agtcgtacat
      241 cgacctcaag gaagacgcca aggcgcaggc cgacctcgtc acgctgagca aggatacgcg
      301 caccgtctat ggcgccgaat ccaagtacct tctagcccag cgttacttcg atcgcaacga
      361 gatcgacaag gctgaaaaag agatgctcgg gttcattgag cagggtacgc cccacagcta
      421 ctggctggct cgcggcttca tcctcctctc cgacgtgtac gctcgcaaag gcgacaagtt
      481 ccaagcgcgc caatacctca ccagcttgca gaagaactac aatggaggca acaaggacga
      541 cgtcatggcc atgatcgata agcgactggc tgcattgaaa tgagtccccg ccccctctgc
      601 taccgcccac tccccacaaa taactttctg actactgatt actaccccat aagaagatga
      661 gaacagacaa tcggatacgg atctgcgctg cagcagtcct gctgctcagc tgtagcctcg
      721 gccttcgggc tcaggacgat cgcgaaaaca cggacgagaa actgcgccgc gaactgaccc
      781 tcgaacgtga gtatgacccc ggtgtgcagg atgcggacaa ggtcaatcga ctgcccgagg
      841 tgaaagaccc gcaggtgact aagcacaaga tcgagtactc tcgcttcacc accacggccg
      901 accctgaccg agagatcatc accctgccat cagggcgcgt catgactgac atcccctata
      961 accgcaaccg cggctatttc cactacggca ttgggacgca cctcaacatg gacggcgacg
     1021 tcggctacca cttccttgac aatgcgaccg accgcctcaa cgccctcctc tccctccgat
     1081 ccacccacgg caacgtgcga tacaacgact ggggaggcca gaagcagcgc gccaagtaca
     1141 ccgacatccg cggcgctgtc cattacgccc atcgcttcgc cccgctcacc ttccgcctcg
     1201 gcgggcaata ccgctacaac accttcaact attacggttt cccgctcgac tccatctatc
     1261 gcctcggccc ttggagcatg gcgcccgctg tcatctatcc cgccgaccgc gaccgtaacc
     1321 aacgcaacca aacgttcgac gcctacttcg gactgcaatc gaacgacacc accgatctca
     1381 gctatcgcct cgacctctct tacctccgct tcgtgcagcg ttatggccac accgcgcaga
     1441 tcgacggcct gcaagagaat cgattctccc tcaac
//
LOCUS       SEQF2638.1|AYYF01000507.1 249 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..249
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             57..209
                     /locus_tag="SEQF2638.1_00132"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEVGVYEGAGYSVKGVYRAFQDCRMRTNQFPEFCPVCKRALTHL
                     IDFYTK"
ORIGIN      
        1 gagacaggat caagaagggc acgaagatcc ccaccatccc cacggagaaa aacaaaatgg
       61 aagtaggcgt ctacgaaggc gcaggctaca gcgtaaaagg cgtctatcgt gccttccaag
      121 actgccgtat gcgcaccaac caattccccg aattttgccc cgtatgtaag cgggcactca
      181 cgcatttaat tgacttctac acgaagtgat ggtcaaggcc cgaggctggc agagagaaca
      241 gatctgtcg
//
LOCUS       SEQF2638.1|AYYF01000508.1 265 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..265
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 agccgacaag aagcacgctt gatcctcctc cggcggaagt tgttgcgccc gctctctccg
       61 ctccaccctc tccacctgct tcggcccctc gaaaggccaa gagccacaag gaggatttgg
      121 ccgcatttcg agagacgtac ctccaacccg tacgcatcag tcaccgcaag gcggtctacg
      181 tctctgacga gacccagcaa aggctagact tcgttgtccg ccgaatcggc ctgcgaggcg
      241 ccagcatctc gggctatgtc gagcg
//
LOCUS       SEQF2638.1|AYYF01000509.1 394 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..394
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cctcccgata caatacgtaa gatcaagata cagatgtatg atgggcaaca gcaggatgtt
       61 ccagtctttg atgaatcttg ggatagatat agtcttgggg tcatcatcta tcagatgctc
      121 tttatgatgc atccttttgc ttgtacggct atggatgata gtctgacgac gacaacagaa
      181 aaggttgcta agggactgta tgtgcatggt acactcaaag gacagatcaa gaaagcgcat
      241 ccctaccatg ataatctgaa gcgatgtcct aaaatcgtcc aggacctatt cttcaagacc
      301 tttgatccat ctaagggctt gaagcatcct atccagcgta cttcggctaa tgattggggc
      361 ttaaatctgt atgcagagat acagaagctc tctc
//
LOCUS       SEQF2638.1|AYYF01000510.1 350 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..350
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(159..281)
                     /locus_tag="SEQF2638.1_00133"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGEIVEMIDTVLSKPTCDTTIATVREKVNHTMKEYPIFAW"
ORIGIN      
        1 ttcccagacg gtttcaccgt agatacacgg tttctgggcc gttcccggac ggtttcgtcc
       61 cagagtcacc ctcaaaaaaa ggcatgcctc ccgacaaacg cgggaagcat gccaacatga
      121 gctaagctaa aaatagtacc cctctcgggg agatctgttt accaagcgaa aatggggtac
      181 tccttcatcg tgtggttcac cttctcgcga acggtggcga tggtggtgtc gcacgtcggt
      241 ttggagagca ccgtgtcgat catctcgaca atctcaccca tgagcgactc cttagcgccg
      301 cgggtggtga tggccggggt accgatacgg ataccggagg tctggaacgg
//
LOCUS       SEQF2638.1|AYYF01000511.1 352 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..352
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cccgtataac ggatgcagac gaggtggaca agcacgagcg acaggccaat ggccaggcca
       61 gcaaagcccg acgtagcgcc gttcgtccga gccgttgcgc ccagcacaac cagcacaaag
      121 acacaggtaa agaagatctc ggccagcagt ccgctcgtga ccgaaatacc gccttggaga
      181 tcgttagcgc ccgtgccgcc tgcaagcgac tcggtgcccg acgtcagcag ccacaacaca
      241 cacgcaccga tgatggcacc aatgacctga aacagcatgt acatgcccgc gtccttggcg
      301 cttatccgtc ggctgaggag catgcccagc gtaatggccg ggttgatgtg gc
//
LOCUS       SEQF2638.1|AYYF01000512.1 260 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..260
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gcgtagcgca caccgctctt ctcggcctgc tcttcggtca gacctaggcc agccacctcg
       61 gggttggtat agaccacgcc cggaacggca tcgtaacgca tctcgtccgg cgtgccggtc
      121 aggttgttca ccaccacctc gccctcgcgg ctggcagtgt gtgccagcat ggagaaacca
      181 ttgatgtcgc ccgcagcgaa gacattcggc acattcgtgc gcagctgagc gtccgtcctg
      241 acagcaccgc gctccgtctc
//
LOCUS       SEQF2638.1|AYYF01000513.1 239 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..239
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtgtagtagt ggccaaaatg agcgtttcac gccatacggc ggcgaaacca gtgcctttga
       61 tcatcacgtt tttgactatg acatagaacc agcgcgaagg cacgacgttg gcaaagagtt
      121 gtaggggcag aggcatgttt tcgatcggaa agacgaagcc tgtaaagagc atcgtaggca
      181 ccatgaggcc gatgagcgag gataaaatgg cggcttgctg ggtgcgcgcg gagctggag
//
LOCUS       SEQF2638.1|AYYF01000514.1 268 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..268
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gttttccccc ggccgccaaa cgatcttttt ccttttcttc gccggcgctt ttggccatac
       61 gccccggctg aaggctggcg aaggcgtttc ttcggagaaa tttctccaac cgaatgcttt
      121 tgaacgaatt tcttcggaga aactcctcca accaaatgct tttgaacgaa tttactcgga
      181 gaaattcctc caaaagagag tcgtcggtga aaattactca aggaaattcc tccaaaagaa
      241 gtccgtcggt aaaaattact caaggaaa
//
LOCUS       SEQF2638.1|AYYF01000515.1 504 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..504
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(155..361)
                     /locus_tag="SEQF2638.1_00134"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLAVACSWPAYFYRGAYTWLLFLIFLAFELVTWHDLRRLSGSDL
                     NRVLGLTARNIWIYTLLLVSLLVF"
ORIGIN      
        1 ttgcagaccg ttgcaatggc ccagaatctg attctgacgg attgcagaac gttgcaaagg
       61 ctcagaatct gattctgaag gattgcagac cgttgcaaag gctcagaatc tgattctgac
      121 ggattggtgg accgtgcaac ggcctcggca tctttcagaa gaccagcaac gaaacgagca
      181 gcagggtata gatccagata ttacgggcgg tgagtccgag cacacggttc agatcggagc
      241 cgctgaggcg acgcagatcg tgccacgtca ccagttcgaa ggcgaggaag atgaggaaca
      301 gcaaccaggt gtaggcgccg cgatagaaat aggcgggcca tgagcaggcg acggccagca
      361 cggcgcagac gaggtagagc gtcgtgccaa agcggcggcc gaaacgaacg acggtggtgc
      421 gtttgccagc ggcggcgtcc tgctcttggt cgcggacgtt attgacgagg aggatgttga
      481 cggagagtag tcccagggca acgg
//
LOCUS       SEQF2638.1|AYYF01000516.1 912 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..912
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             73..561
                     /locus_tag="SEQF2638.1_00135"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIFRHVRRRHKDGRLTQQTQLGDRAGSGTRHDEVGRCIGVIHPR
                     DERTDPAFGLRLEVGDTAADGIVIAAACLPDQLDTEVSQRGEGDLYGLVDGACAEATA
                     EYEQRLARRVETEVFQCLVVTIDSFLQVFPHRVARQDNLLCGKETLHARVGHTDTRGT
                     FG"
ORIGIN      
        1 cttccgcact tcgccgtcag cgatcatcac agctccgcct cgatcggcca cagatcgagc
       61 gttcttcgtc tgatgatctt ccgccacgtt aggcgacggc acaaggatgg caggcttacc
      121 caacagacac agctcggaga tcgagctggc tccggcacgc gacacgacga ggtcggccgc
      181 tgcataggcg taatccatcc gcgtgatgaa cggaccgacc cagcgtttgg gctccggctc
      241 gaggtcggcg acacggctgc ggatggcatc gtaatagctg cggcctgtct gccagatcag
      301 ctggacaccg aggtcagcca acgtggggag ggcgacctct acggcctcgt tgatggtgcg
      361 tgcgccgagg ctaccgccga gtacgagcag cgtcttgcac gccgggtcga gaccgaagtg
      421 tttcagtgcc tcgtcgtgac aattgatagc ttcctccaag tctttccgca ccgggttgcc
      481 cgtcaagaca atcttctctg cgggaaagaa acgctccatg cccgggtagg ccacacagat
      541 acgcgcggca cgtttggcta accatttatt ggtgataccg gcgtaggagt tctgctcctg
      601 aatgagtgtt ggcacaccgg ccgcttcggc cgcgcgaagc aggggaccac tggcgtagcc
      661 acccacaccg acggccacgt caggctgaaa atcgctgacg atcgtacggg cacgacggag
      721 gctgacccac agccgacgca tcacgccgat gttacgccat gggcgccgac ggtcaaggcc
      781 actgaccggt agcccgatga tccgatagcc ggcggcgggg acgcgctcca tctccatacg
      841 cccttcggcg ccgacaaata aaacttcggc gtcggggtaa cgacgccgaa atgcattggc
      901 gatggctatg gc
//
LOCUS       SEQF2638.1|AYYF01000517.1 344 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..344
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggctgcccgg ccgcagatgg ttatcttctg ggcgggctac tccttctctc gcgagtacaa
       61 ttcgccccgc ggccataagc atgccatcga ggacatgcgc gccatcctcc gtacgggtaa
      121 ccccggtata gacggcgagg gcgacattca gccagctacg tgttggacat gtaaaggtcc
      181 cgatgttccc cgcatgatgc acgagatggg catagccaac ttctacaagg cgccctggag
      241 ccagctgggc gccgagatca tgaacccgat tggctgcggc gactgtcacg acccgaagac
      301 aatggatctg aagatcaccc gtcccgcgtt gatcgaggct ttcc
//
LOCUS       SEQF2638.1|AYYF01000518.1 581 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..581
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 aagcaatatc ccaccggtgg acgccgacag tatcttcttg cgcagtacgt ggccggccgc
       61 gagacctact ccccctccga cgcgccgcac acccgtgaac cataccaaag ctggctccag
      121 gtcaaaggcc tctggacgga ttacatccct cttagccgtc gcttccgcct cgggctgatg
      181 ggcgaggcca tgctttccag caagaatctg ctgagcaact acaccgccac cgtcctccaa
      241 gcgcccgcct tcacccccac gcctcacagc aagatcacct tcaacgaagg gttccgcgcc
      301 aatcaatacg tagccatcgg tgtcatgccc atcgtcaccc tcggcaaatc gctccacctc
      361 cgcttcgaag gttacggctt cctgcccctt caccccatcc agcgcaccct cgcatccgac
      421 gccctcactg gcgaacgcgt gcgctacggc aagaccgtcg aaaccttccg ctatatgggt
      481 gaggccgctc tggtactgaa tctaccgttc atctccgtca gcctcttcgc caacggctac
      541 agctacccga agaatgactt caacgtcggc ctgaacatag g
//
LOCUS       SEQF2638.1|AYYF01000519.1 574 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..574
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtagaggcga aggcgggagg gattctccac atcgagcgcc tgctgccagc cagagcgcca
       61 cgagtcgatc tcttgccggg tgagcgattc ggcttgtcgt tgcacttcgg ccatgacggc
      121 cttcacacgt cgagcgtcgg ccttcttggc gagatcaaag tggccatagg gggtgtcgac
      181 ggtggtcgac tcggaagccg tccgccgcct gaaaaagtcg gtgatgttca ttgtcgggag
      241 ttgttggggg ttaccagata tagttgctgt gctgctcgga gcccccgttt gggctgacaa
      301 atggacgaag gccgaggccg aagcctatgc cgactttgtg ggctatgcct cgtggcaacg
      361 cgagatgatg cacaaccccg tcgcagaggg tggtatcttc aagtggcaat ggatccgcta
      421 caagaagatt ctccccttac ggaagtacga ccagatcatc tgcgacatcg acccttcctt
      481 caaatcaacg acatcaaacg actacaaggc cgcccgcgta tggggcaaga caggtcgcga
      541 gctccatctg atcaactgct acgtccggca ggac
//
LOCUS       SEQF2638.1|AYYF01000520.1 250 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..250
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cccacatact catcagcatg ggtcgatgaa cacaccatca gcattgcggg taaagcggtg
       61 gaagagaaga gcaatgaaat caccgccatc cccgatgtgc ttgacagcat tgatctcacg
      121 ggagccgtgg tgagcatcga tgccatgggg acgcaaaccg atattgctca gagaagattg
      181 tggaatcgga ggtcgattat gtcttagctc taaaaagaaa tcacagatac ttattatccg
      241 aaggcgtgaa
//
LOCUS       SEQF2638.1|AYYF01000521.1 1027 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1027
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gctgaagcct gctcagcgta gagatcctca aagccctcat agagcgcttt cagctcatcg
       61 aaggcgggtt ttagcttcag ctttttgagt cgctcggtat gctccggctt ctccagttcc
      121 tcgaccagca gcttcatctc ggccgatttc tccgcatagt tcatccgccg aatatcaaac
      181 cgcctcatga ccttatacag ctccgcggca tccttataat cagccagcag cggcatctcg
      241 ccataagcct tgagataggc ccggagccgt tggtaagcct tcgtgcgcgc cgcatcagcc
      301 gccagcacac tgcgtccctt ttggctgtag acgggcttcg tgtacgcctg ggtgtattcc
      361 cttgactcgt cttcgagctt cttgagcagc acgtgttctt ccggcaactt gtacgtgccg
      421 cttttggaag cctgaatcac ttgctgtgcc agcactccga ggttctttgt tttgattttg
      481 tggaaggata tctgcatggt tcttggatga aaacgggcgc aaggtaggtc ttttgccact
      541 cgtcgacaat cacctttccc gttcagggtg aaaaacttcc cccgcgtttt ttccgtatgc
      601 aactggttgg agcatgtcac ctgccgagat tcttctttct ccaatgacca taagattacc
      661 cccttccgta atttgccgcc atgcaaatga tttgcaagaa atgactttgg taattgatta
      721 ccctgcaaat gctttgcgat taatgaacgc agtaatttac cgccatgcaa gtgatttgcg
      781 atgaatgaac gcagtaattt accgccatgc aagtaatttg cgatcaatga acgcggcaat
      841 ttatctccat gcaagtgatt tgcgagaaat gaccgcgata atttatcgtc atgcaactga
      901 tttgcaagaa atgactgcaa taattgatta ccatgcaaat gctttatgag aaatgactgc
      961 agtaattgat cgccatgcaa gtgacttatg agaaatgacc gacgaagaaa ttcctacgta
     1021 atttgtt
//
LOCUS       SEQF2638.1|AYYF01000522.1 280 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..280
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tttcgatgcc gaggtaatac tccgcgcagt cgatgagcgc cttcatgggc acgaggccga
       61 tcacctcggc gccgaccacg ctcacgccgt agcgctgagc ctccatgcgc accatctcgt
      121 gggcacggta gacggccgtc cgcgtgaagt cggtcaggtt catcgacacc tgcacaatgc
      181 cacggtcttt cagctccacg cccatggcct tgcagaagcg caggccgccg ccgaggaagc
      241 gcaccttctt ggcgatagcg tcggcgatgg agaggtcggc
//
LOCUS       SEQF2638.1|AYYF01000523.1 390 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..390
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tggctacacc taccacgagg gtctgattga tcccccctac ggacagtttg atggcgtctt
       61 gatagatcag cagcgccgtc agccgcccct cgatggccgt agccgtgtcc tgtgtaatgc
      121 tttggatacc cttcgttgtg cccgtgcggc cgtccttcgc cttatcatct ttctcaccga
      181 atttggtgta tccgcgctcc ttcgcgcgct ttttgacctt atccagtagc tcgatgtatc
      241 ggtcgtcacg cttggtcatc tcatccatca gcttatcgaa gtcgtcgagt acatcctgat
      301 cgccgccggg cttcagcgat tcgacaaggt tcttcttgaa atcctcgaac acgtccgaaa
      361 agatggccga atacagcaac tgcgtgataa
//
LOCUS       SEQF2638.1|AYYF01000524.1 366 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..366
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtctcgcagg cgcgtgtcat agaatcggag caccgccttg acacagtcgt tcaggccgtc
       61 ggcgtaggcc tgctcgatgg ccacattctt ccccgagacc cactctgcaa gattgtccgg
      121 caactggcag aaccgtttgc ccggctcctc gtcgatgacg cccgattgca gcttattgaa
      181 aaacatcagg cccgatttgt ccttccattt gaagctctcc ggcttcagcc cgtagcgcgc
      241 catgatggcc agcccccgtt cgcccagctc gcgggcctcg cttttgatgg cgttcatggt
      301 ggcgtaaagc atgtcgctgt aggccgtcat cttcttacgg tccaccgtgg gcgccgtctc
      361 gtcagc
//
LOCUS       SEQF2638.1|AYYF01000525.1 274 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..274
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ctatagatca gctccacgcc ctcagccaca gccttcgggt cggtcgcctt tttcatcgta
       61 tcgagtgccc gttcgaaatc gtcgatcacg ggtagtaagc cgatcagtgc accctcaccg
      121 ccgctcttga tcagatcaga cttttcgcgt agggtacgct tgcgatagtt gtcaaactcg
      181 gcgcgcagcc tgaggtagga gtcgttcagc tcgttgtatt tggcttccca gtcggccgtg
      241 gggagggtgt cgagtcgctc ggcgtgatga atgt
//
LOCUS       SEQF2638.1|AYYF01000526.1 1005 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1005
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(587..706)
                     /locus_tag="SEQF2638.1_00136"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEKVFHSRYSSEPTVCRVELFTWEKLDYVDKVKEAFGLK"
ORIGIN      
        1 tgtgataggt gaagaaggcc agaagtggcg gattctcctt cgtgccgagg ccggaggtat
       61 tctcccagtc gacgacggcg cttccggaga agatatagcc gaggctgtcc ggtgcgaggg
      121 cgatgggcag gtgttcccag tgcatcaggt cacggctgac ggcgtgcccc cagtgcatgg
      181 gcccccaaac ggatttctcg gggtagtact gatagaagag atgatactcg ccgtcgtaat
      241 agacaagccc gttggggtcg ttcatccagt gttcggcggg cgagaagtgg atctgcgggc
      301 gatacatttc gttgtagggc ccggagaagt cctccgcctc ggtttcggcg gtggcagatt
      361 tgtgtccggt gcaggcggcg aggctgagca gggcgccgag ggcatagcag gcaagcggtt
      421 tcatgtcggt tgcaaggaat agaagtagtg aaacgtaata ggggaagtaa aaggtagaga
      481 tgggcggtat cgccaggggc aaaacgaaaa agccgcccgc catgcggcgt ggcacggacg
      541 ggcggcaggc atataagagc ttttggcggt tatgttcctc ggagggttac ttcagtccga
      601 aagcctcttt gaccttgtct acatagtcga gcttctccca ggtgaagagc tccacacggc
      661 agacggtcgg ctcgctgctg taacgcgaat ggaacacctt ctccaccctc tattatggaa
      721 aaaagaaaat tcggctggcc gttgctgctt atcgccatcg gcatcatctt cctactgaag
      781 aacctcggtt tcatcgacct caacttctac gaactgctct tttcctggcc catgatcctt
      841 gtggccatcg gcgtagtgca gcttgtcgac cgctcctatg tcagcggttt catcctgctc
      901 ttcctgggca ccgtgttcat gttgccccgc ctcgacatca tccaatacga cgccatgcgt
      961 gtcttttggc ccgttgtcct tatcgtcatc ggcaccgccc tactc
//
LOCUS       SEQF2638.1|AYYF01000527.1 239 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..239
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtcatgggcc gccgtttttg cgccagcgcc tcgtcggttc gttgcctcgt catcgcctgg
       61 taacgctcgt tcaactcatg cagccggtcg gccgtcttct tgagcccgag cgtctccacg
      121 tcagccgcca attcattgag gtgaagctcg atgctttcaa tgtccaccga ccgcagcggc
      181 cctgacatcg accgtcgtgt gcgcctaaat cgccccagtt tcagagtcag ccgttcgga
//
LOCUS       SEQF2638.1|AYYF01000528.1 290 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..290
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             4..261
                     /locus_tag="SEQF2638.1_00137"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEKGPMKRGSQPVATPPESTTPPPAPSLFVGLPPAATPSESSAD
                     FTPELPEQPKTIARGVERILLFYSDGTFESFVPERKEQGEV"
ORIGIN      
        1 ctgatggaaa aaggacctat gaagcgcggc tcacagccgg tagctacgcc gccggaatcg
       61 acaacacccc ctccagcgcc cagcctcttt gtgggccttc cccctgcagc gacaccttcc
      121 gaatcgtcgg ctgactttac acctgagctg cccgagcaac cgaaaaccat cgcccgagga
      181 gttgagcgaa tcctactctt ctattccgac ggcacgttcg aatcgttcgt tccggagaga
      241 aaggagcagg gggaggtgta gtcatccctc tgctttggtg gggattgggc
//
LOCUS       SEQF2638.1|AYYF01000529.1 269 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..269
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 acgatgcagc tcacggccca ggatagccgg acggctcttt cgctcgacag ctgtcaggcg
       61 tgggcggcgg agcaccatcc tacggcgaga cgctacgcta tcgcggcgga gaacggggat
      121 gcctcggcga gtaatgccgc aaaaggacgg ctgccgcagc ttacgctggc aggacaagcc
      181 tcgatccagt cggcgacgac gcatgtcccg ttcacactgc ccggattcga gccgccggag
      241 gtggctaaag atcagtatcg agtctatgc
//
LOCUS       SEQF2638.1|AYYF01000530.1 1734 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1734
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             27..1673
                     /gene="pepO"
                     /locus_tag="SEQF2638.1_00138"
                     /EC_number="3.4.24.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q07744"
                     /codon_start=1
                     /transl_table=11
                     /product="Neutral endopeptidase"
                     /db_xref="COG:COG3590"
                     /translation="MGAIKDKRELSTFLPELMLIGIDPFFSVYVEADVMDSKQNLFGT
                     YQGGLSLGERDYYLENDESTTKVREAFKAHVVKMFEMFGYSKADARKRMEDVMRIETR
                     LARSHFDKVKRRDPYANYHKMPVSGLQKLVPNIDWTKFLATLKVDIKELSVSQEEPMK
                     EVSKVIAAEPLSAIKSYLEWKLIDNAASSLSDEVYALNFDFYGRVLSGKTEMQPRWKR
                     AQGSVSGGLGEAVGELYVAKYFPPEAKERMVNLVHNLQKAYAARIEKLDWMSAETKQR
                     ALEKLNAFYVKIGYPDKWKDYSPLEIKPEETYLANMDRVSRFAVREMLDKATKPVDRD
                     KWYMTPQTVNAYYNPTTNEICFPAGILQYPFFDMQADDAFNYGAIGVVIGHEMTHGFD
                     DQGRQFDKDGNLKNWWTEADAKKFNERAKVMSDFYDSIYVAPGVHANGKFTLGETLAD
                     FGGLQIAYQAFKEATAGQPQEDKLGFTPDQRFFLAYSFVWAGNIRDEEILRRTKTDPH
                     ALGKWRVNGELPQIDAWYKAFGITESSPMFIPKEKRVTIW"
ORIGIN      
        1 cgccgctcaa gccgtggctc gaccgcgtgg gcgcgatcaa ggacaaaagg gagctctcga
       61 ccttcctgcc ggagttgatg ctgatcggca tagacccctt cttcagcgtc tatgtagagg
      121 cggacgtgat ggacagcaag cagaaccttt tcggcacgta tcagggcggc ctctcgctcg
      181 gcgagcggga ttattacctc gagaacgacg agagcacgac gaaagtccgc gaggccttca
      241 aggcgcacgt ggtgaagatg ttcgagatgt tcggctactc gaaggccgac gcgcggaagc
      301 gcatggagga cgtgatgcgc attgagacgc gcctggcccg gtcgcacttc gacaaggtca
      361 agcgccgcga tccgtacgcg aactatcaca agatgcccgt cagcggcctg caaaagctgg
      421 tgccgaacat cgactggacg aaattcctgg ccacgctgaa ggtggacatc aaggagctgt
      481 ccgtctcaca agaggagccg atgaaggagg tctcgaaggt gatcgctgcc gagccgctct
      541 cggccatcaa gtcgtacttg gagtggaagc tgatcgacaa cgcagcctcg tcgctgagcg
      601 atgaggtata cgcactgaac ttcgatttct acggccgcgt gctctccgga aagaccgaga
      661 tgcagccgcg atggaagcgt gcgcagggca gcgtgagcgg tggcttaggc gaggccgtgg
      721 gcgagctcta tgtggcgaaa tattttccgc ccgaggccaa agagcgcatg gtgaacttgg
      781 tgcataacct gcaaaaggct tacgccgcac gcatcgagaa attagactgg atgagcgccg
      841 agacgaagca acgggcgctg gaaaagctga acgccttcta tgtcaagatc ggatacccgg
      901 acaagtggaa agactattcg ccactggaga tcaaacccga ggagacgtat ctggccaaca
      961 tggatcgcgt gagtcgcttt gcggtgcgcg aaatgctgga caaggccacc aagccggtgg
     1021 accgcgacaa atggtacatg acgccgcaga cggtcaacgc ctactataac ccgacgacga
     1081 acgagatctg cttcccggcc ggcatcttgc aatacccctt cttcgacatg caggccgacg
     1141 acgccttcaa ttacggcgct atcggcgttg tgatcggtca cgagatgacg cacggattcg
     1201 acgatcaggg tcgccagttc gacaaggacg gcaacctgaa gaactggtgg acggaagccg
     1261 acgcgaagaa gttcaacgag cgcgccaagg tgatgtcaga cttctacgac agcatttacg
     1321 tagcgcccgg tgtacacgcc aacggcaagt tcacgctcgg tgaaacgctg gccgacttcg
     1381 gcggtttgca gatcgcttac caagccttca aggaggctac ggccggccag ccgcaagagg
     1441 ataagctcgg cttcacgcct gatcagcgct tcttcttggc ttactccttc gtctgggcgg
     1501 gcaatatccg cgatgaggag atcctgcgtc gcacgaagac cgatccgcac gccttgggca
     1561 agtggcgcgt caacggcgaa ctgccgcaga tcgacgcctg gtataaggct ttcggcatca
     1621 ccgaaagcag cccgatgttt atcccgaaag agaagcgggt aacgatttgg taacacattc
     1681 ttgatatgaa aaagcgagcc atcatgctgc tcgccgtcat ggtctgcctc acgt
//
LOCUS       SEQF2638.1|AYYF01000531.1 312 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..312
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gccatcagtc tggggctgat gctttacgag cagatccgcc tctcgatgat gaagcgcggc
       61 ctggccgagg aggcgtggtt gcccgtggtc gatgtgaagg gacacgttat cgggcgcgtg
      121 gcctactccg tcagtctcag cgccgaggcc cgccactatc gccaccccgt ggtgcgcatc
      181 gccgtcatgc atcgtggcat gctctacctc tcccgccgcg atgccgaccg tgtcgtctcg
      241 cccgaggcga tcgctcatcc cttctgcgcg cccatcctct tcggccacac caccgagcag
      301 accgtctgcg tc
//
LOCUS       SEQF2638.1|AYYF01000532.1 285 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..285
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     misc_RNA        33..92
                     /locus_tag="SEQF2638.1_00139"
                     /product="SAM-II_long_loops"
                     /inference="COORDINATES:profile:Infernal:001001"
ORIGIN      
        1 gctgtttatg cacttacatt tgccgccgaa tcagacacgt ggaaagattt gtagcgcttg
       61 caaccacagg aaaaaatgct aaacggccat cccccctacc ctgcggccga agggctccac
      121 aatctcaccc catcgctccg attcattaca acacatggtt ttatcactca ataaagaatt
      181 gtaatgagtt acttattcac ctccgagtcg gtgtccgagg gacaccccga taaggtggcc
      241 gaccagatct cggacgcctt gcttgatgag ttcttggcct atgat
//
LOCUS       SEQF2638.1|AYYF01000533.1 604 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..604
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(14..448)
                     /locus_tag="SEQF2638.1_00140"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQVEPPHDVSVVQRGTADGGPGQQHRLEVSHRRHHARAAHLVVD
                     RNEACLGPLGLEFIRDGPPRTLRRSSERTLLPKGVYLKHNAVRSHGQTVALGVPMRDV
                     SHDFLRRVADTHGVGRFESPPACRLQIVVMIVRGQVVAQHII"
ORIGIN      
        1 cctcgatgca tacctatatt atatgttggg cgacaacctg cccacggaca atcattacga
       61 caatttgcaa gcggcacgcc ggtggggatt caaaacgtcc gacgccatgc gtgtctgcca
      121 cacgccggag gaaatcatgg cttacatcgc gcattgggac accgagcgcc accgtctgcc
      181 cgtggctacg gacggcattg tgcttaaggt aaacgccctt cggcagcagc gtgcgctcgg
      241 agctacggcg aagagtccgc ggtgggccat cgcgtataaa ttccaggccg agcgggccga
      301 gacacgcctc gtttcggtcg actaccaggt gggccgcacg ggcgtggtga cgccggtggc
      361 taacctcgag ccggtgctgc tggccgggac caccgtccgc cgtgcctcgc tgcacaacgc
      421 tgacatcatg gggcggctcg acctgcatct cggttgccgc gtgtatgtgg agaagggcgg
      481 cgagatcatt ccgaagatcg tcggggtgga tcggtcggag ccgatggatg gcgataagga
      541 tgaagatttc tcggaaggta tggacaaggt gggcgagacg ctccccatcc tgccgctacg
      601 caac
//
LOCUS       SEQF2638.1|AYYF01000534.1 422 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..422
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gactatgatt ttacgggaga tgtcagcaaa caagagatct ccgttatccg actgaatgct
       61 atccctcgct ggtatggcaa acgacaaaac ctggccgaag tccctactgc gggcaacggc
      121 gacatcaccg tccgatcgaa agacggtcgc gtgatctaca aaaactcctt ctccaccctc
      181 tttcaagagt ggctcgccta cccggaagcc aagcaggtga ggaaatcgtt cgagaacgtc
      241 ttcctcctgc ctatgcccaa ggatacggtc gacgtgaccg tggagctgcg caccagccgc
      301 ctcgacgtcc tggtcagcta cacccatcgc gtgataccgt ctgacatcct catcaagcac
      361 atcggcgaga aagaagtgac gccctacaag accctcatgc aggccgcaga cacgaataag
      421 tg
//
LOCUS       SEQF2638.1|AYYF01000535.1 251 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..251
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 attctaatag gttcggaacg tattccgacc acctccccaa cgtattccaa taggttcgga
       61 acgtattgca accacctcgg aacgtattcc aataggttcc gaacgtatta caaccacctc
      121 ggaacgtatt ccaataggtt cggaacgtgg tgtcgtcact cctttacagt ggctccgcca
      181 tcctcaaagg ccggcggcag gttgacgaag tagagccgcc ccgtggcgcg ggtgacggcc
      241 gtgtagagcc a
//
LOCUS       SEQF2638.1|AYYF01000536.1 237 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..237
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cacatcagct tgatcggtgg gcacaacgcc gcctcacgtt cggccacgag gcgctctaac
       61 gcctcaaagt cgggctgcca tccgcgcgac gcctcaagcg tgtacggaat cagctccgca
      121 cccaccagac ggctcaccga gctataagtc gggtatcccg ggttgggcac caagacgcct
      181 tcgccggggt tgaggaaggc catagagacg tgcaggatgc cctctttcga cccgatg
//
LOCUS       SEQF2638.1|AYYF01000537.1 541 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..541
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(13..138)
                     /locus_tag="SEQF2638.1_00141"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIAAGIAHQYALERPVCLRVSDAALTDARAALLRKQRDERQ"
ORIGIN      
        1 gccttcatcc tcctactgcc gttcgtctct ctgtttgcgc aacagggcag cacgggcgtc
       61 tgtcagggcg gcgtcactga cgcggagaca cacagggcgc tcgagggcgt attggtgcgc
      121 gatgccagcg gctatcatgg cgccgtgacc gatgccgagg ggcgttatag cgttgcgcta
      181 ccggccggac gattcaagct gaccttttct tgcttgggct acacctcgca aacactgacg
      241 gtaacggtcg gtcgagcagg cacaacgcca ctcgacgtgg cactgcgacc agacaacagt
      301 cagctgtccg aagtcgttgt gaccagcaag agcgcggcgc agcgcttgcg tgaagcaccg
      361 tcggccgtga ccgtggtcga tgcctctgcg ctgcgctatc atatggcaac gctcaacgag
      421 gtgctcgaca agacggccgg cgtgcacgta gcgcgacagg gcggcatggg cagcatggcg
      481 cgtatcctgg tgcagggcct ccacggtaag cgcatcggcg tcttcgtcaa cggtgtaccc
      541 a
//
LOCUS       SEQF2638.1|AYYF01000538.1 300 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..300
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 agacagggcc ttgactttct tttgtctccc tttcttgtgt caagacaaga aaaggagtaa
       61 agagaggaaa gagaatcaaa gaaaaagtac cccctaactc tcactatgac aaagaaaatc
      121 atcgtggcca ttgatggcct atcgtcgtgc ggtaagagca cgatggcgcg cgagctggcc
      181 cgtgaggtcg gctatgccta tatagatact ggcgctatgt atcgcgccgt gaccctttac
      241 gctctcaggc acgcgttgct gagccccgac ggggcggtcg atgccgccgc actcgaacgg
//
LOCUS       SEQF2638.1|AYYF01000539.1 364 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..364
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gcggattgat tcgggtgtct ccggatctcc ttttcttgtc ttgagacctc cttttcttgc
       61 cttgacacaa gaaaaggagg caaaagaagg tcaaggctac ggtcacccaa gctgaaagac
      121 gagctgcgga cgctgaaatc cgaaaaactt gcgtcgctac gctccgcttc ggacactcgg
      181 atttccgggc gcgtccttgc aactcgtctt tccgggcgct tggggaccga tgccgttcct
      241 ccggacgcac aatggtcgac ggatggtctg acggataaaa aatgggcatc gccctacgcc
      301 tccgattctc gttttttgtc cgtcagggta ggggcgtatt gaatacgccc taccagacgt
      361 cccc
//
LOCUS       SEQF2638.1|AYYF01000540.1 279 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..279
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ctgccggacg aggcgatgga ggcgaacacg accgagggca cgggcggagg ctatgtggtg
       61 cctggggggg cgatcggtgc ggacagcgtg cgccatctgc cgggcatgta tcagagctgg
      121 ttcttggatt atgcctcgta cgtgatcctg gagcgggccg tgccgcacat caacgacggg
      181 ctgaagccgg tgcagcggcg catcctgcac gccatgcggc ggatcgacga cggacgatat
      241 aataaggtgg ccaacgtggt gggccagacg atgcagttt
//
LOCUS       SEQF2638.1|AYYF01000541.1 411 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..411
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 caaattgtgg catgcttagc gccgatcttg tgtgcaattg atatctagtt tcaactactc
       61 tatttatctt gtatcttgca gtattcaaac acgctaactc gaaaaactaa ctttaattgt
      121 cctgtttgtc tcgcgttctt tcgaaaaatg caccggccgc gcattatttg tactgcgaaa
      181 ataattggta ctgcggtatc ttcatttcat attttaaaaa tgcacctttg ctgcttttcc
      241 ttaattttta gacggcccgc aggttcgttt tgcggtacta tcttgtgata aaaagttgtt
      301 ttgacatgtg atctgcacag attttataat gtaataagca agaatacatt atcaaacgaa
      361 caatactgat aaaagaaaac caaaatggac gacattgaaa cagccaagaa t
//
LOCUS       SEQF2638.1|AYYF01000542.1 743 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..743
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 acgctaatga gctgcgtgga caagaaatgg acgaacttcg acgaggagac cgtgacgcgc
       61 gccgctggat tcggggtgca ggactatgtg ggtgtggctg tcgacccgga cgacccgacg
      121 cactgcttcg tatcgacctt cggcgagggc gtgatcgagg tcaaagacaa caccttcgtc
      181 cgcctctata accacaccaa cacgccgctg cgatcggccc tgcctaatgc gaaggatgcc
      241 cagcgctatg tgcgcgccat cggcatcggg ttcgacaaaa acaagaacct ctggatgacc
      301 aactgcagcg cgcagaatgg catcgtggtg cgtacgcccg acggcacgtg gaagtcgctc
      361 tacttccaag gcgtgtccaa caagaccttc gtcggccgca tcctcttcac ctcccgcggg
      421 cagaaatggg tgaacgtgcc ccgcgatggc ggcctgctcg tcttcgacga caacggcaca
      481 ccgacggacg gctcggacga caagtcgcac ttcttttcct ccttctccaa tgccagcggc
      541 acatcgctcg acgtgagcga atactactgc ctcgcggagg atcgcaaggg tgacatctgg
      601 gtcggcacga accacggccc gatagtctgc tcctcggcca tcaatgccct ccgcgatccg
      661 gcccgctgct actggaacgg catcatccgc aacgatgagg acggccgtcc ccgctacttc
      721 ctcgacagcg aacagatcaa cgc
//
LOCUS       SEQF2638.1|AYYF01000543.1 306 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..306
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 caccgctatc ccgccaatgg tgtcttcggc aagaaccagt attacttgat cgacgacggc
       61 ctgaacgagg gcaaagtcta tctgcatgtg atcgactccg ggaatggcaa ccgcgccgtg
      121 atgggccgca cggatgtgct gatgcgttgc agcggcgaag acttcttcca gctcgacacg
      181 gcgatcccct tcaacctctt tgtcaacgaa aaagcgccga tcgaatttat ctacggcacg
      241 gcgcagtatg tctcctcgcg aggcttttac gtacacgggg ataagaagtt ctacaccgcg
      301 tctggc
//
LOCUS       SEQF2638.1|AYYF01000544.1 236 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..236
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ccctccaccc tcgaagagca tggcctctgc cagggtggtc ttacccgatc ctgaactccc
       61 caggatggag atgttcttga tttcgtttgt ctgataaact ttcatcgtaa aagtgttttt
      121 gagtgatgga taatcgagaa ttgtcacttc catgccgcct ttttatcggt ggcgacggca
      181 aagaaagcag gtttgttgtg aatggggata gggaggtgtt ttggggtgtg caattc
//
LOCUS       SEQF2638.1|AYYF01000545.1 282 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..282
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ccatagaaca agcctccata ctaaatgtcc gttcatcttt aaaagagcgg taattcttga
       61 cagtgaaatc gactagcata tctcatattt tctccaaaga tataacgaat atctgatatg
      121 atggatttct gcagtagggc aaccgcatca aattttgagg agctctttga gatagtcgat
      181 attgagtgcc gcggtgaata atctctttcg tatggatagc ttgtcttttc tctgtgagac
      241 aatggttaag gtcagtttcc tgatcgtgtt gaggttctga gc
//
LOCUS       SEQF2638.1|AYYF01000546.1 656 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..656
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             9..389
                     /locus_tag="SEQF2638.1_00142"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEESPTTADTVRTLLHNRTMSPIEVRCGTYETELSKALTEYGRP
                     DCIVLDVISDRLASLFHLCTDYLSDETLLLIRGIHATPLARRTWQTLFCAHPSATVCV
                     DAYTWGIVFFRPGLPRQVFRHIVV"
     tRNA            487..572
                     /locus_tag="SEQF2638.1_00143"
                     /product="tRNA-Ser"
                     /inference="COORDINATES:profile:Aragorn:001002"
                     /note="tRNA-Ser(tga)"
ORIGIN      
        1 ccatcgcctt ggaggaaagt ccgactacag ccgacaccgt ccgcacgctc ctccacaacc
       61 gcaccatgtc gcccattgaa gtgcgttgcg gcacctacga gacggaactc tccaaagcgc
      121 tcaccgaata cggccgcccg gactgcatcg tcctcgacgt catctcggat cgcctcgcat
      181 cgctcttcca cctctgcacc gactacctat cggacgagac cctgttactt atccgtggca
      241 tccacgccac accgctcgcc cgtcgcactt ggcaaaccct cttctgcgcc cacccctcgg
      301 ccacggtctg cgttgacgcc tacacgtggg gcattgtttt cttccgcccc ggcctaccgc
      361 ggcaagtctt ccggcacatc gtcgtctgac attcgagagc cagacttgcg taaaaaatgt
      421 ctcgtcttat ctttgcggcg cattagcaag gaggggaagc gtcccctacg atagcaacta
      481 aaccaaggag agatggcaga gtggtcgatt gcggcggtct tgaaaaccgt tgaaccgaga
      541 ggttccgggg gttcgaatcc ctctttctcc gcaaataagg gtgcaaatca gcgaattgtg
      601 cgatttacac ccttttttgc acccaaaatt caagaggggg ggggggaaac taaccc
//
LOCUS       SEQF2638.1|AYYF01000547.1 301 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..301
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtcctacact gcggcatcaa cgccccgaac gctatgaacg agcagcggtg ggaggtgcgt
       61 gtgacgaaca gcaaggcttt catcgacggc gtcacgaagg tctttatcga gtcggccgaa
      121 aacgacgagc gggtgcagaa attggtcaag aatccggact tccacaacat gttccgcaac
      181 gccccgacgg tgatcttcgt ggccggtaag gccgacgaaa agtcgtcgcc gatcgactgc
      241 ggactgcttg gcgaaaacat catgctggcc gcccagtcga tgggtctggg cacgtgttgc
      301 c
//
LOCUS       SEQF2638.1|AYYF01000548.1 590 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..590
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(34..585)
                     /locus_tag="SEQF2638.1_00144"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKFIFIAILFPLLLSSCLQKGKSRLAPNLSIATRDTTEEEEGGH
                     ITSCHIRVRILDEYGNDLLDPSSSSPKAIDGSKIKFYYVRGGKELLCGIEGRPRGGYV
                     ITPEGDASSYYEIKVFLDISPEDSITTTLLDWGDGHRDVFKTYFFRQPGVIIRQKVWL
                     NDSLILDIPKRYGPKDLIFTIRR"
ORIGIN      
        1 cgtgcgacct attctattta ggtcgtgtgg gggttagcgc ctgattgtaa agatcaaatc
       61 tttggggccg tatcgcttag gaatatccaa gatcaggcta tcattcaacc aaaccttttg
      121 ccggatgatt acgccaggtt ggcggaaaaa ataggtcttg aaaacatctc gatgaccatc
      181 tccccaatcc aaaagagtcg ttgtgatcga gtcttctggg gaaatatcca aaaagacttt
      241 gatctcataa tacgacgaag catctccttc gggtgtgata acgtatcctc ctctcggacg
      301 tccttcaatt ccacaaagca actcctttcc acctcttaca tagtagaatt tgatttttga
      361 accatcgata gctttgggcg aagaggagga tggatctaac aagtcattcc catattcgtc
      421 caatatccgc actcgaatat ggcaggatgt aatatgccca ccttcttctt cctctgtcgt
      481 gtctcttgta gcaatagaca agttgggggc gagtctgctc tttccttttt gaaggcatga
      541 tgagagcaac aaggggaaca aaatggctat aaaaatgaac ttcatgatgc
//
LOCUS       SEQF2638.1|AYYF01000549.1 364 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..364
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 acttgcggga ctcccgcaaa cgccaaaatg gggaaaagtg tccttgcagg agttctgcaa
       61 acgccaaaat ggggaaaagt gtccttgcag aagttctgca atcatttccg gggtgcagtc
      121 tgcggacttt acggcgtctt gttctgggag gtgaggggaa aggtgagcgt gaaggtgtgg
      181 agacggtcgg cagtgaaggc gtagcggatg tcgatggcgt agaggcggca gatggcacgg
      241 acaatggaga gtcccaaccc ggaggagcct tcgacgcggt ggggtccctg atggaagcgg
      301 tcgaagaggt gggtgggatc gagcgaggcg gcggggcctg tgttggcgat agtgagggtg
      361 gggg
//
LOCUS       SEQF2638.1|AYYF01000550.1 268 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..268
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 agctttgcgc ctgtctatta ttgacatatg atgttccttc gttctaatga ttacatgagt
       61 tcgatgacaa agatacttat ctccaaaatg aggcgagatg tgtttggcaa aactgcttga
      121 tgagaaagta gcacatgccg aagatttagg cacctttgta ggcgagaaat gagatctttt
      181 atggctactg caaagcaatg aaagcaggcg cacctcgctc gtttcttatt cgttcccttt
      241 gggtgagtag agcaatcagt atccactc
//
LOCUS       SEQF2638.1|AYYF01000551.1 494 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..494
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     misc_RNA        173..318
                     /locus_tag="SEQF2638.1_00145"
                     /product="TPP"
                     /inference="COORDINATES:profile:Infernal:001001"
ORIGIN      
        1 agcctgcgcg gagctgattt acggtaaatc gaggccatgc aagcctgcgt ggagctgata
       61 tactgtatat cgaggccaca tctatcggca caaaggcttt cgtttttccg tcgcccggtt
      121 acatttgccg ccgataacga attattcaca taggaggagg cgccgcaaag gctgcctccc
      181 caaggggtgc cttacttaca caggctgaga tcatacccta aggactgccc accgaatgag
      241 ttctcgagat aattcggggc ggccccaaaa cctgatccgg gtaatgccgg cggagggaca
      301 ataggtggtt ttcatctctt ttttgtgcat cgtaaatcgc tccccattta atggacacaa
      361 tcaaatgagg aagattttct atgtagtggc cggactgctg atcgtttccg gccgaatgtc
      421 gatcacggcg caacaggcgg tcgtggacac gacgaatgtg tatgaactga acgaggtcgt
      481 ggtctcggcc gtgc
//
LOCUS       SEQF2638.1|AYYF01000552.1 256 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..256
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggatgtggcg gacgcccata tgtacgtagc gggcgccgac ggcgtcgatc agctccaccg
       61 tttcgatgtc tttcggatcg atcggcgtga tgcccgaatt gaccatgcgg ccgtcgatga
      121 gcacgagcag ctggctgccg tctatcatgc tgacggtttg tagcgactcg ttgacggcga
      181 ggcgggggat ctcgcggagg gcgcggtagg ggtcgcccga ggcgcgggca gagtcggaga
      241 gtcggaacac ctcgcc
//
LOCUS       SEQF2638.1|AYYF01000553.1 357 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..357
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 acatagtgat gattctgtgc agaaccctta tatgccccat aatcattgcc tggattagtg
       61 ggaggaagat ctggcatcgt gtaatcttta atgtgacaat attcaacctt atccatgtac
      121 tgtccgccga tcttgacgct accgttttca gcaatgatcg tcaggctgct ttcttggttc
      181 ttatcccaca ctgacgtcga atagttgagc gaaccgagcc ctccatttgt gaaccgaaaa
      241 ctgacaacgc ctgaatcctc aaagtcggtg aggtgctcgt ggttgaagtc ggcgaaacgc
      301 gcttgtatat cggtgatgtc gccaaaaagc caataaagga tgtcgatgaa gtgggag
//
LOCUS       SEQF2638.1|AYYF01000554.1 538 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..538
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(111..497)
                     /locus_tag="SEQF2638.1_00146"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQGNDHLNPASPGAVDLSKIKVYYVIDGKEQLFYRGNLTAARGY
                     LVYTPKETGERYYSLRLFFSIESKEEVTTTIVDWGDGHRDVFKVAFIRKENRISQRSI
                     WLNDSLIFDLQKKIDSTTDYIFEIKR"
ORIGIN      
        1 ccctcagggt accagaaaga agagaggcga cgggggggcg acccactgct gggttaccct
       61 cccgacgcct ctcttggtct tataccgacc tctgtatcgg tgtgcagcgc ttagcgcttg
      121 atctcgaaga tgtaatcggt ggtggagtcg atcttcttct gaagatcaaa aatcagcgag
      181 tcgttcagcc aaatgctccg ctgagagatc ctgttctcct tgcggataaa tgccaccttg
      241 aacacgtcgc gatggccatc tccccaatcg acgatggttg tcgtcacctc ctctttcgac
      301 tcgatgctga agaagagcct cagggaatag tagcgctcac cggtctcttt gggggtgtac
      361 acgaggtagc ctctggccgc ggtcagattg ccgcggtaga agagctgctc ctttccgtcg
      421 atcacatagt agaccttgat cttggacaga tcgacggccc cgggcgaggc ggggttcagg
      481 tggtcgttcc cctgcatgtc caagagccgc agatccaagt gggccgatat gatagtgc
//
LOCUS       SEQF2638.1|AYYF01000555.1 1188 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1188
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(865..1002)
                     /locus_tag="SEQF2638.1_00147"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLPSEVRPLISISLKSFSKTSVFCRSFGLRITFTVSASPFGLAL
                     K"
ORIGIN      
        1 gaattgctgc gtgatcgagg acaacaagcc gcgattcatg tccgtcagcg aagtgttgcg
       61 acactccacc gagcagacgc tcgggctgct gcgcacagag ctggagatcg aacgcggcga
      121 gctgcgcgag gaactcttct acgcctcgct cgagcggatc ttcatcgagg agcgcatcta
      181 taaggataag gagttcgaac aggcgccgga catggacgcg gccgtggcgc acatcgaccg
      241 ccggctggag ccgttcaaac cgcggctcat ccgggaggtc acccgggagg acatcctgaa
      301 gctgatggag atcaaaatgg ggcgcatcct aaagttcaac gccgaccgca acgacgagca
      361 gatcgcacga ctgaagggcg agatcgagcg cgtggagcat cacctgtcgc acctcacgga
      421 ctatgccgtg gcgtggttcg aggggctgaa gaagaagtac ggcgccgaca agccgcggcg
      481 cacggagatc cgcagcttcg accgcgtgga ggccaccaag gtggctgagg ccaacgagaa
      541 gctctacatc gaccgcgagg agggtttcgt gggcacaggg ctgaagaagg ccgagttcgt
      601 ctgcaattgc tcggacatcg acgacatcat cctcttctat cgcagcggcg tgtacaaagt
      661 gatgcgagtg agcgaaaaga tcttcgtcgg gcaagacgtg atctacgtca acgtcttcaa
      721 ccgcaacgac acacggacga tctacaacgt gatctatcgc gacggccgcg caggttgcaa
      781 ctacatcaag cggtttgccg tcaccggctc gacgcgcgac aaggaataca acgtgacgcg
      841 tggcacggaa ggctcacgca tcctttattt cagtgccaat ccgaacggtg aggcagagac
      901 ggtgaaggtg atcctcaagc cgaagctgcg gcagaagacg ctcgtcttcg agaaggattt
      961 cagcgagata ctgatcaagg gtcgcacctc gctcggcaac atcctcaccc gggcagagat
     1021 ccacaagatc ttgcttaagc agcgtggttc gtcgacgctc ggcgggcgcg aggtgtggtt
     1081 cgaccgcggc gtgctccgcc tgaactacga cggtcgcggc gaagcactcg gcgagttccg
     1141 cagcgacgac cgcatccttg tcgtgttgca gtccggcgac atctacac
//
LOCUS       SEQF2638.1|AYYF01000556.1 652 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..652
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 atcatatgca aatggaggcg agaaccattt attaaagcca tttctttgaa aatacaacga
       61 tttgcgactc tctatttgcg atagagatct gcccttaatg tttatattac ggaagactga
      121 ggtatacagc ttctgctgct ctgtcttttt atcgctttta gggattataa gagaaaatcc
      181 aatgtaggag cctttccaaa agtcatcgct caatttaaga tcaaggatct tgtacttact
      241 tttatctatt ttgcggagta tatcacgctt attccaacct tctttggtga aatatgaaaa
      301 cttccattca agaggaggaa catcctcatt ttcatccttt tgatcatcat tatcattggc
      361 tgtatcctta tatacaggat ctgaggattg gaaattttcc ttattgggga atagtcctat
      421 gtaggcgata agtatagccg atagacgttg ctgtccatct aggatatagt tcgttgtgcc
      481 tccatagttc ccgataatta taggtggaac aaataagcca ttttgtaggc tattgataag
      541 atcctttaca tcttcttctg tccaaataaa gactcgttga taagggggta agacaatttc
      601 ttttgttagt atgaacttaa tccattgctt aagggaatac tcaccgtagt ag
//
LOCUS       SEQF2638.1|AYYF01000557.1 358 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..358
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 agctggctag agcacctgct ttgcaagcag ggggtcaacg gttcgaatcc gttattctcc
       61 acatgattat cagagcctat atttaggaat tgataagaat gagatctttg acattgatgg
      121 acaaaacaaa gtaaagactt cgtgttgaag taatacgggg aaaagtatcc tcaggaggat
      181 acttcactca agatagcttc aatgcaaagg agactaagag aaattaaggt gaaaatcgaa
      241 aagaaaagcc tatagataaa acggattgta cgttcagtga tgaacgatca attaaagaca
      301 aaaagtaaaa gaagggcaga cggtggatgc cttggctctc ggaggcgacg aaggacgt
//
LOCUS       SEQF2638.1|AYYF01000558.1 262 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..262
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 aatcagtgca cttgcttcga catcggctct tctgcttttt cgaggaatag ttgatcacgc
       61 gcgagcaaca acaagctggc gcgtgatcaa attttgttca cgcgtgatcg aattttgatg
      121 acacacgagc ttttttacct ctcgcgtgat cgaattttga tgacgcacga acttttttat
      181 ctctcgtgtg atcgaatttt gatgacgcac gagctttttt acctctcacg tgatcaaatt
      241 ttgatcacac agggttgaaa ga
//
LOCUS       SEQF2638.1|AYYF01000559.1 277 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..277
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 agcttgttgt tactcgtgcg tgatcaacta ttcctcgaaa aagcagaaga gccgatgtcg
       61 aagcaagtgg actgattgtt aggcgaaaag gggtagatat gcttccgatt gcgtcgagcc
      121 taaaaggcag aaaagtgcgg atccgagcag aagtttagtt accaaaccat taccccgctc
      181 cgcaacaggt aacgatggtg caaaagcagg taactaaacc tttctcgcat actgttcttt
      241 tgcattgata tacaggaatc tgcacaggtg acgggcg
//
LOCUS       SEQF2638.1|AYYF01000560.1 284 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..284
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             33..284
                     /locus_tag="SEQF2638.1_00148"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQVDAFEHIIRSGTVIFETQVMDMDVCVVLRQRFDVTIRIFFVL
                     LRVNLIHAIEADTDVLPLVDEIHQLLDGAVQLSDDVLNR"
ORIGIN      
        1 cccacgatgg ccgtcacctt tccttgagga atatgcaggt cgatgccttc gagcacataa
       61 tccggtcggg caccgtcata tttgaaacac aagtcatgga tatggatgtt tgtgttgttc
      121 tcaggcaacg ctttgacgtg acgatccgca tcttcttcgt tctgctgcgt gtgaatctca
      181 ttcatgcgat cgaggctgat actgacgtcc tgccattggt agatgaaatt catcaactgc
      241 tcgacggggc tgttcagctg tccgatgatg tattgaatag atag
//
LOCUS       SEQF2638.1|AYYF01000561.1 264 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..264
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 acctcataag gtgtgacggg actatcctat aagataaagc gaagctacct tataaggtat
       61 gacgaaacta tcctataagg tagagcgaag ctaccttata agggtatgag taaacatcca
      121 tatttacagg gggtaagcga actaccttct aaccacctat ttcaaatgaa tcgaatcaaa
      181 ctacacatcc ttcttgccgt gtgcctccta ctaacggcga cacgcctcac gacgcaggcg
      241 caaaatgtgc agatgcacta cgac
//
LOCUS       SEQF2638.1|AYYF01000562.1 529 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..529
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtgaaggacc gaatgaacgc ccccgtaccc tacgccacgg tgatggtgct cggcaccaac
       61 atcggaatcg ctgccgacgt cgacggcggt tttcgcctcc aattagacaa aggcacctac
      121 cgcctgcgct tctcctgcac cggttacgag cagaagaccg tcgacgtgtt ggccgaagag
      181 cagcccaccc ttgaggtgac actcgacgag gccaagaacg gactcaccga ggtggtcgtc
      241 accggcacac gaacggagcg catgctcaag gatgagcccg tcgtcacgcg cgtcatcacg
      301 gccgaggaga tcaagaagct cgacccgcaa gacttcaagg gactgttaga atacgagctg
      361 cccggcctac aattcaacgg tgcagcacac ggctccggac tgcccgacat ctccttccag
      421 ggcatggact cccgctacct gctcttcctc atcgacggcg aacgcatggc cggcgagggt
      481 gccttggaca acatcgactt cagccgctta gacgtggaca acatcgagc
//
LOCUS       SEQF2638.1|AYYF01000563.1 245 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..245
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ttctgttgct gctgttggcg gagggccagc tggctcgact cgtaccagaa gctgtagttg
       61 ccggcgaaga gtttgagttt gccaaagtcg atgtccacgg tgtgggtgca gacagcgtcg
      121 aggaagtggc ggtcgtggct gaccacgagc acggtgtgct cgaagttggc caggtagttc
      181 tcgagccagg atacggtctc caggtcgagg tcgttcgtag gctcatcgag tagcaagttg
      241 tccgg
//
LOCUS       SEQF2638.1|AYYF01000564.1 322 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..322
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ccccggttct gtcggccgcg cggtcgaccg catggaggtg cgcatcgact cgcccgaccc
       61 cgtgaacacc gccggcgaga ttcaggtgcg cagcatgaac gtcatgctcg gttactacaa
      121 gaatccggac gctacggccg ccgccatgac gcccgacgga tggcttaaga cgggcgacct
      181 gggcgtgatt gaccgtgacg gattcatctt catccgcggc cgcagcaaga cgatgatcct
      241 tagctccaac ggtcagaaca tctaccccga ggagatcgaa agcatcctcg gcaccttgcc
      301 ctacgtcacc gagtcgctca tc
//
LOCUS       SEQF2638.1|AYYF01000565.1 264 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..264
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gatcgagtac cacaagtgga aattccaagg caagatgttc tttcccctca cgcccctgcc
       61 gcaaaacaac ggccccaagc gtacgccggt cctcatgacc cgtgtggagt acggcttcct
      121 tggctactac aaccgacata aaatctcccc cttcgagtct tatcaaatgg gtggcgacgg
      181 catgtcgggc tattccggca acggctatcc caccgagctt gttgccctac gcggctacga
      241 aaacaactcc atcgccggca acag
//
LOCUS       SEQF2638.1|AYYF01000566.1 373 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..373
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cggtatgggc attccatcga gtggcaagtc gcaggtaagg gttgacgaag ccaaaagatc
       61 cagctcggat gtgggcttgc agactgtggc ggcgcttgga tgtgaattga ggtacctcgg
      121 tgcggatgct gagcacagct gctgacgctg acatgcgggc ggattgcagc agatcctcct
      181 cttgaccgac tgagagggtg agcatggcca cgttgtcgag ggataaacga ccgatatcta
      241 tctgtccggc ctgcgtgttg ctcattgcca cttggtcgta actgatcgcc gtgtgatggg
      301 cgccgaggct acgcacggag actgttttca tgccgccaat tcctgtctct tatacaatct
      361 ctgatggcga gag
//
LOCUS       SEQF2638.1|AYYF01000567.1 1879 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1879
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(399..1313)
                     /locus_tag="SEQF2638.1_00149"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDTKSVKLRAFRISQTSELTSDDSALISLLQQVLTSRSIVQDRS
                     MRLNQSENEEDVMPFFKWNSEKSFVFGLVMRVLKNDITQGIPSEFYNRDSFSISDIDG
                     TEGIDTCKSFYYIALNKDFLITNLRGNLPVNRVEAYLNFLVKEQRRVIYSFTPVMTIP
                     EGFPLYKIKKISIGDGISLRTSTGGIGSTIKELSKDVLSHLLGENPDLTELMKNDIIQ
                     ASLIIKFRKKPAEMTKEEYERLLGQIAHPLSDDREFYIETKQGRKITGEEIRREKQVV
                     VDTTETGRYNEINLMHEMERFITELVRE"
     CDS             complement(1470..1802)
                     /locus_tag="SEQF2638.1_00150"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAFSKAGRALADLHLKYEDYACKADVEVKERERDTIDNYAYYAV
                     EKMRFPSKGMRGTIIYNARITIEGVPDAAYEYVVNGKSAIEWVMERYAITTDKKSGIK
                     KRSQSLVS"
ORIGIN      
        1 ataatagaga ttctttttct atctcggata taaaagaaag ctcgggttaa actgaccaaa
       61 gaaacaacaa tagcaccaat aaaacaatga ataggtccaa caaaaccact aggcagtctt
      121 tcgatataaa tgctcaaata aaacaatacg ggtataaaga aatctactgt agttagcgag
      181 attttttttg ttgattagtt tttttatcac ctttctatat tcggcattct ttataccaga
      241 tgtagagaag gtgataagta gactcataac aatagaatat actatcccga gtaccgtaaa
      301 aagcgtatcc gaaatactcc cttttggagt atcactagca aaagcaatac atgccccgac
      361 aagtaaagat agcactattc tatatattat actacgagtc attctcttac taattcagta
      421 ataaagcgtt ccatttcatg catcaggttg atttcattat atctaccagt ttcagtcgta
      481 tctactacta cttgtttttc tcgacgaatt tcttctcctg ttatctttct accttgtttc
      541 gtctctatat aaaattctct atcgtctgat agcggatgtg ctatctgccc aagtagtcgt
      601 tcatactcct ccttagtcat ctctgcgggc ttttttcgaa atttaataat caaactcgct
      661 tgtattatat cgtttttcat caactctgta aggtcgggat tttctcctag cagatgggaa
      721 agaacatctt ttgacaattc ttttatcgta ctcccaattc ctcctgttga tgttcgcaat
      781 gaaattccat ctccgattga tattttttta attttataca gcggaaatcc ttctggaatc
      841 gtcataactg gtgtaaagct ataaattacc cgtcgttgtt ctttgacaag aaaattaagg
      901 tacgcctcca ctctattcac aggtagattt cctctaagat tggtaataag aaaatcctta
      961 ttaagtgcta tataataaaa acttttgcaa gtatcaattc cttccgttcc atctatatcc
     1021 gagatagaaa aagaatctct attatagaat tcgcttggta tcccttgcgt gatatcattt
     1081 tttagaaccc tcatcaccaa gccaaacaca aagctctttt ctgaattcca tttaaagaaa
     1141 ggcataacat cttcttcgtt ctcactctga ttaagtcgca tacttcgatc ttgaacaatc
     1201 gatcttgagg ttaacacttg ctgcaatagg gatatcagtg cgctgtcatc tgaagttaat
     1261 tcgctagtct gactgattct aaatgctctt aatttgaccg attttgtatc catttttatg
     1321 attttatcca atttgggatc gtttatctta tttgtcgcct ttttatttag aaattcaact
     1381 tagggagagt tcttacgatc ttctgcgttt caaggcttac atagatgatg gagagcaaga
     1441 gatcgagaat gtaacgtggc ttgccatgtt cacgagacca gagattggga tcgttttttg
     1501 ataccgctct ttttatcggt tgtaatggcg tagcgctcca ttacccattc gatggcgctc
     1561 ttcccattga ctacgtattc ataggctgca tcgggaacgc cttcgatggt gatacgggca
     1621 ttgtagataa tcgtgccacg catgcccttg ctaggaaaac gcatcttctc caccgcgtag
     1681 taagcgtaat tatctatagt atcacgctct cgctctttca cctccacgtc tgctttgcag
     1741 gcatagtctt cgtacttcaa atgcaaatca gccaaggcac gccctgcctt gctaaatgcc
     1801 ataaagtctt ccacgcgttc tataatcggg atacggggca atgacttgcg gaggtcatcg
     1861 gcaaagcgct ctctataat
//
LOCUS       SEQF2638.1|AYYF01000568.1 235 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..235
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gaggtggtcg tgatcgccga cgaacagtat tacgcgccgc tcaaggaggc gcttgccgac
       61 ctgccgatga aagtgtgggc aggcgcggat gccatcgccg acgtggtaca gatcgcgccg
      121 gtcgacgtgg tgctcacggc gatggtcggc tatgccgggc tccgtccgac gctcgctgca
      181 ttggaggcgg gcaaggcctg tctcttatac acatcttctg atggcgcgag ggagg
//
LOCUS       SEQF2638.1|AYYF01000569.1 1993 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1993
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(248..730)
                     /locus_tag="SEQF2638.1_00151"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVSANLSCCKPSDKTCTSSEAAGRTLKTRLSRPTAPTSSSIASP
                     SAPASPSPSHPEPRSAFTIRPNSSSPAHSRPSVPKPDPSHCTATASTASTPTSPYLTT
                     ASPANGAASASNPPASKTSLNMPTSATPPSASTSNPPPPTGVRSASITLASRTAVATY
                     "
     CDS             complement(1196..1966)
                     /gene="pepD_1"
                     /locus_tag="SEQF2638.1_00152"
                     /EC_number="3.4.13.18"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P15288"
                     /codon_start=1
                     /transl_table=11
                     /product="Cytosol non-specific dipeptidase"
                     /db_xref="COG:COG2195"
                     /translation="MLARFLYSLREKYDYTLAAIEGGNLHNAIPREASAVIGLKDDDR
                     EPVRVLLNHFQADVENELKRIDPNVRLTMETVDAPKTVLPKDVAARLVESLVACPHGV
                     LGMSHEVEGLVETSTNLASVKMPEAGKVVVETSQRSSVDSLKDAAADQVAAVFRLAGA
                     EVKHGDGYPGWAPNPDSKILKVAEDTYRKIFGKDALVLAIHAGLECGLFLEKYPYLDM
                     ISFGPTMRDVHSPNERIEIATVDLWWRHLLEILKNIPA"
ORIGIN      
        1 gagatgctgc cgtcgatgag gcagttgtcg aagcgcgctt cggtgagtgg gtagtggtgc
       61 ggcgtgttgt cgatgcgggc ggtgtcggcc aggatgaggg taggggcacc ttgacgcgtg
      121 gtgaggacga tgaagttggc cagcgtgcag tgggcgaagc ggtggcgccc accgatgagg
      181 cagacggtgt ttccaccggc gtttgtgaac tcgctgccag aggcctcgat gtgacagttg
      241 acggccgtca gtaggtcgcc actgctgttc gtgacgcgag agttatggat gcggatctta
      301 cgccggtcgg gggtggaggg ttggaagtcg aggccgaagg aggtgttgcg gatgtcggca
      361 tattcaagct cgttttcgaa gctggtggat tcgaagcgga tgccgcccca ttggccgggg
      421 acgcggtcgt aaggtagggt gacgttggcg tagatgctgt cgaggcggtc gccgtgcagt
      481 gtgatgggtc gggcttgggt accgatggcc ttgagtgtgc cggcgacgat gagtttggcc
      541 tgatggtgaa agcagagcgt ggctccgggt gcgagggtga gggtgacgcc ggggccgacg
      601 gtgaggctat cgaagatgag gtaggggcgg tcggccgtga gagtcgtgtt ttcagtgtac
      661 gtccggccgc ctcggatgat gtgcacgtct tgtccgacgg cttgcagcag gacaaattgg
      721 cggacaccat tggtgtagaa aaggatggaa tcttggatca gcagcgggcg gtcggcgttg
      781 ttcgcgctgg cagtcacttc gacgagcacg cgcaggctgt cgcgtttcca aagatcgatg
      841 ccgctgaagg agtcaccctt tcgaccgtcc acattgagac ggaagccgct gcgtcctccg
      901 ctggccagtg tgacggactc gatacggagg ttctcgccgt gcgggttata gaccatgaac
      961 tgcttcgtga cggacccgat ggtggtaaaa agggtgtcga acgtgagggt gtccgtagaa
     1021 aaatcgagcc ggagcgaagg gtccgtggca taatggtcga cccgttcgca tccggctgcg
     1081 aggtagagta gcgtggcgag gagcaggccg aggccggctg tttgtttctt catcttcatc
     1141 gtctctggga tttgattacg aatgaagaaa cgccgctacg cgtgcgatat tttgtttacg
     1201 cggggatatt cttcagtatc tccagcaggt ggcgccacca gaggtctacg gtggcaatct
     1261 cgatccgctc gttaggcgag tgaacgtcgc gcatggtcgg gccgaaggag atcatgtcga
     1321 ggtagggata cttctcgagg aagagtccgc actccaatcc cgcgtggatg gccagcacca
     1381 gcgcatcctt gccgaaaatc ttgcgatacg tatcctcagc caccttcagg atcttcgagt
     1441 ccgggttagg tgcccagcca ggatagccgt cgccatgctt cacctcggct ccagccagac
     1501 ggaagacggc agccacttga tcagcagcgg catccttcag tgagtctact gagctgcgtt
     1561 ggctggtctc aacgaccacc ttgcctgctt caggcatctt cacagacgcc aggttggtcg
     1621 acgtctccac caatccttcc acctcgtggc tcatgcccaa cacaccgtgc ggacaggcaa
     1681 ccagcgactc gaccagtcga gcagcaacgt ccttcggcag gacagtcttc ggtgcgtcga
     1741 ccgtctccat cgtcaggcgg acattcgggt cgatgcgttt tagctcgttc tccacgtcgg
     1801 cttggaagtg gttcagcagc acgcgcaccg gttcgcggtc gtcgtccttg agtccgatca
     1861 cggccgaagc ctcacgtggg atggcgttgt gcaggttacc accttcgata gccgccagcg
     1921 tgtagtcata cttctcgcgc agtgaataga ggaaacgagc cagcaacttg ttggcgttgc
     1981 cgagaccttt atg
//
LOCUS       SEQF2638.1|AYYF01000570.1 315 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..315
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cttgaagtaa cgtttgacaa gacaacgcat ctcatttttc ccgccgcgat ctgctacgtc
       61 gacttgggta gcaacaacct gatcgcgggc aaagccgaag gcgccgagaa cgtgctccgc
      121 gtcaaggcag ccgtgcgcga ctttgagacg gagacgaacc tttccgtcat ctgcgatgat
      181 ggctcactat actctttcaa cgtaaagtat gccgacgaac ccgagaaact gtctgtcgag
      241 atggcggact ttctctcgca gtccgatggc cgtctgccag ccaaccgctc cgacatctat
      301 ttcaaggaac tgggc
//
LOCUS       SEQF2638.1|AYYF01000571.1 784 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..784
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(639..782)
                     /locus_tag="SEQF2638.1_00153"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAQYVFQVLLSTDNKLVYIYTYDLSMDNSSFYVYTYVLSMVDKL
                     CDI"
ORIGIN      
        1 gacaggttct tggttgcagc cagctcctcg tatttggctt cgatagcgtc gaggaggacc
       61 ttctcagcgg cgtagtctgt cgttccgatc tgttcagtgc ccttaaacat catatgctca
      121 aagtaatgcg ctatgcccgt gttgggggaa tctttcgatc cagccatcac gacaacagca
      181 ccaaagacct tcggctggct gtggtcttcg ttgagccata ccgtcaggcc attgtccaga
      241 atgtattcgt tgatctccgt cgatacgagc gccggcgcag tttgcttcat gattgatgcg
      301 gaatggatgt taggggttga tctcatttca attcattcaa cagatgaccg tgcgaatggt
      361 tcatttcagg ccatcatcat ggatgccgga gtcgtgtcaa ggtcagcatc cgcggccgag
      421 agcgatcgct ccgggaagta tggtaggcat ccatctgacg atgccctccc tctcgccgct
      481 tgtaggggag agtccgccgt caatacgctt agcccgacat aaacggatgc gctgtcaatg
      541 gacaatgggc gtagggatac atatagacct ccattgacta tggacaatag gcgccgatat
      601 atgtttcgct cgattttgtc tacagacaaa actggctttt atatatcgca tagcttatct
      661 accatagaca aaacatacgt atagacataa aaggagctat tgtccataga caaatcatat
      721 gtatagatat aaactagctt gttgtctgta gacaaaagca cttgaaatac atattgcgcc
      781 atat
//
LOCUS       SEQF2638.1|AYYF01000572.1 352 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..352
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gaaggtgccg ggcggtgact tagacgcctt cttcaaggaa gtccatgcgg aataccaaga
       61 gttgatcgac aaaaacagtc cgatgctcga gaatcaacgc accgaacgac tcaagcgact
      121 ctccgaagag atccgttcca aagtgcttgt ggacatcatg gtgcgtcgca cccgcaccga
      181 cgtggagatg aattacggag aagatatgga ggcgcaaggg ctcgtcttcc cccggatcga
      241 gggaccgacg gctttgaaat acgtcatgga cagcgcgcag gtcagacttt tcaacgacac
      301 gatgcgcctc atcgctcccg gagaagagga taaggacgga ctgacttatg cc
//
LOCUS       SEQF2638.1|AYYF01000573.1 1079 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1079
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(626..1042)
                     /locus_tag="SEQF2638.1_00154"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQKVYEAGIRTICFVSPIFPGITNFKAIFHEVKDICDLFWLENL
                     NLRGGFKANIMGYIKSYYPHLFPLYEEIYLHKDRTYWKQLEQEAAKMAQEAQCKYVDN
                     ELPYERSPKGHPSIVNYLYHEEIRGSGNTGKRNVMQ"
ORIGIN      
        1 tttagaccgc gactttattc ctgaagacgg taaaacggta gaggatttat aaagaataaa
       61 ggaagaaata tgaaaaaaac acccattgga acgaaatcgc catgacagag agcgaattgg
      121 tagatttctt ctgtgtaaca tagaggaaac tcaattatcg attgcaactg ctcctcaaaa
      181 catcttgtat cctgaagaaa gggacgctag agattcggaa gtctacgtga acggacggcg
      241 acgaggttat gttccgcttt atccgctttc aatcatcatc gctttgtctt atcaattgga
      301 cagcatggaa gcatacttct tcaggaaata catctgccaa gagttacaac gtcctgcatc
      361 tgtgatggag cagatattcc tatatggaag tggcagtatc aattggtatg cttttctctt
      421 tcaccgatat tatcttacta cataactaca aggaaagata atacagtgaa agagaaaggg
      481 ttggtattgt agtcagaaag taggaatggt tattactacc gtctaactac acacaactat
      541 gtatttgagg ccttcaagtt taccgaaagc cttataagta gttattctcc aagtagtcta
      601 tcaacagtag agatacgcat ctgttttatt gcataacatt ccttttaccc gtatttcctg
      661 accctctgat ttcttcgtga taaagataat tcactatcga gggatgccct ttgggacttc
      721 gttcgtaagg caattcatta tccacatact tacattgagc ctcctgcgcc attttcgcgg
      781 cctcttgctc caattgcttc caatatgttc ggtctttatg caaatagatt tcttcataaa
      841 gtgggaacaa atggggatag tatgatttga tataacccat aatgttggcc ttaaaaccac
      901 cccgcagatt gaggttctca agccaaaaga ggtcgcaaat atctttcact tcatgaaaaa
      961 tagctttgaa attggtgatg ccaggaaaga tgggcgacac aaaacaaatg gttcggatgc
     1021 ccgcctcgta gaccttttgc atggctgcga tgcgccgctc tatgctcacg gccttgtct
//
LOCUS       SEQF2638.1|AYYF01000574.1 299 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..299
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             81..176
                     /locus_tag="SEQF2638.1_00155"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRAIAMGYWVQVRLVRCIKTICRIALEKMYS"
ORIGIN      
        1 agttcaggct gatgctatct gcgacttcgg cgcatttctc aaagaaacga ttgaagagtt
       61 acatcagagc ttgggtagct atgagagcta ttgcgatggg ctattgggtg caggtgcgcc
      121 tcgtcagatg catcaagact atatgcagaa ttgcgctcga gaagatgtac agctgattta
      181 tcagattgta ggaaatattg agcatgtgga tattccctat ctcaataaag tactacagca
      241 gattacagca agcataggtg ctcttggcgg taactacgga cgaagcatct agactataa
//
LOCUS       SEQF2638.1|AYYF01000575.1 825 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..825
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             226..393
                     /locus_tag="SEQF2638.1_00156"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLALMRERGYTVNKRNREMERGDDSKGDDGEEYRMIRDFETGEM
                     RPVRVAKGGRI"
ORIGIN      
        1 cctctacgtg ctccttaacg ccatactgta ccgcctcggt gtgcagtctt tttccaactc
       61 tatcacagtc ctgaaagctg tgagcccgct cggagaagag gagatgatag cccttcaacg
      121 gaacaagacc gcctggacgc agaaagccct ttcggcttcc tctcagccgc caacgaagcc
      181 ttcggataca gccaccgaga gaccctcgcc gcgccctatg ccctgatgct ggccctgatg
      241 cgtgaacgcg ggtacaccgt caataagcgc aaccgtgaga tggaacgagg cgatgactcc
      301 aagggcgacg atggcgagga gtacagaatg atacgagact tcgagacggg cgaaatgcgg
      361 cccgtacgcg tagccaaggg tggacggatc tgatccgcca cccacccaaa cagacaacta
      421 aacagaacca aaaacagaca acaccgaatg atcatctata gagcaggtga ctttgatctg
      481 cattttggct gcgtgccacg taccaaagat ggcagtgcac gccgtgcaat ccctgtagaa
      541 gacctccgac gtggtgcctc gttcacgcag gtagagcggg aatgtgcccg gcgctgcgat
      601 ggcgttgtag agcgcgctcc aattgtgtat gaagtgatcc agcgttggtg ctgcgagatc
      661 gatgtagagt gtccagtcgg cggactttct tcgcagtgtg tcgagatgaa gtgtcctgcc
      721 gtcgttgtac ggctctttca gctcagccgg ggcggccgcc gcgccgatat aaacatcgtc
      781 aagcgacgca ccataatctc caaggtctac accccgaatc gaagc
//
LOCUS       SEQF2638.1|AYYF01000576.1 528 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..528
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gcggcgctga agctgcaaca gcgctacctg agcaacgtca cggccatcat caccggaaag
       61 atgaagcccg actcgattca cgccgtcgac tcgtcatcct acatcaacgc cgactacaac
      121 attccccgct cgaaggacga agcggccttc gtcaagaagt atgaggaaga ggagaagtac
      181 aacctcagct ccaccaacgc tccacgactg acagaaaacg ccttcttcta taagcccgtc
      241 aacggtgtca tctcgtcgca ttacaacatc gagaagcgtc actacggcgt tgatctcgtg
      301 gccggactca aggagagcgt cgtgtccacg ttagagggca ccgtcatcta caccggcaac
      361 gatccggcct ttggcaacgt gatcgccgtg caacacaaga acggcttcat gtctgtctac
      421 aagcacaacg atgtgctgct gaaggatgtc ggcgatcatg tggtggccgg cgaggccatc
      481 gcactggtcg gcaacaccgg cagactctcc accggcccac acctgcac
//
LOCUS       SEQF2638.1|AYYF01000577.1 295 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..295
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tgagaaagtt tcaccggatg gcggggcgtg aggacacgct ccgagagttc ctcctcgttg
       61 tagggctgtt ggtagaggta gtagggtagg gattcgaaat tgagcctgaa cttcttgccc
      121 gattcatctg ccttattgtc atcgatcgac aggtatttac aggagagata acggaaaatg
      181 atgcctcggt cgatgagctt tcggatcacc gattgcggat caagcagcgg actgtcttcc
      241 tccttctcta tatgcttgaa acaattataa taatcgacga ggtacagccc tcgca
//
LOCUS       SEQF2638.1|AYYF01000578.1 287 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..287
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(43..249)
                     /gene="queC"
                     /locus_tag="SEQF2638.1_00157"
                     /EC_number="6.3.4.20"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:O31675"
                     /codon_start=1
                     /transl_table=11
                     /product="7-cyano-7-deazaguanine synthase"
                     /db_xref="COG:COG0603"
                     /translation="MDAQFVIHTPLMWLDKADVWALSDRLGVFDLVRRETLTCYNGVL
                     GDGCGHCPACRLRHEGLERYLARR"
ORIGIN      
        1 gcttacgagc cttcttgcta tttgtgtact tggggaggga gtttagcgtc gggcgaggta
       61 acgctccagt ccttcatggc gcaggcgaca agcgggacaa tgtccacaac cgtcgcccag
      121 gacgccgttg taacacgtga gggtctcgcg gcggacaaga tcgaagacac cgaggcggtc
      181 ggagagggcc cagacgtcgg ctttgtcgag ccacatgagc ggcgtatgga tgacgaactg
      241 tgcatccatt gccaagttga gcgtgacgtt aagcgagcgg acaaacg
//
LOCUS       SEQF2638.1|AYYF01000579.1 299 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..299
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 agctcgcatc ggactttagg gtgccttgtc ggccgccaga atagtaatag ccgtcggtgg
       61 tgaaggtcag gcgggggcga gagaggaggc tgagctggct gctgacgttc ataccgcccg
      121 cccaacctgc gacgtcgaag gaaagatcgt gccagtgctc cgtccggtag tgctcatgga
      181 aggccgtggg ggcgaaggtc aggaaccagc ggctgccgat ggtgaccggg acggaagccg
      241 agagcatcca aatacgtgac acgtccgtgt tggtgatttg gttgatcagc tcgaggcgg
//
LOCUS       SEQF2638.1|AYYF01000580.1 396 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..396
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(66..251)
                     /locus_tag="SEQF2638.1_00158"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMSNGKYKMVGVSWVRPKSGFTLLFEAYMMMLVESEMSVAAVLK
                     TVLGNGSAYLAYVPPLS"
ORIGIN      
        1 tgtttgaggt ctcatctatt ccgatccggc agacctcgga gacgtcgatc gcggctcgtg
       61 ctttcttaac taagtggtgg aacatacgcc aaatacgcgg agccgtttcc tagcaccgtc
      121 ttcaataccg ctgccacgga catctcgctt tccacgagca tcatcatata cgcctcaaaa
      181 agcagtgtga atccgctctt cgggcggacc cacgagactc ctaccatttt gtatttgcca
      241 ttcgacatca taatgcgcgg cacacggcag tggagatatc actcatgctg aaaaaagttg
      301 aggtggagcc aagtcttgtc gtccgtgtca taagcctttt gcttcttacc ggcgtcattg
      361 acaaactctc cgcctttccg gaaatcgata tgaatg
//
LOCUS       SEQF2638.1|AYYF01000581.1 299 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..299
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 aggtggagca ggacgtagcg agtcgtgtgg tgattgggaa ggtgggatgg agataaacag
       61 gccctgttta cccttgtgca ggcctctgcc gaggctggga agtttgcctg atacaagaaa
      121 tagcggcgat ttatccagta cccggccaaa cttcgcaggc ggccgcagcc gcccccaaac
      181 aggcacctgt ttagcttcgt gcagactgca ggacaccaaa ctaaggttgg ttttgaggca
      241 aaggttatcg tgatctgatt atcattgcac catttttgcg cagaagagca ggtgtgatt
//
LOCUS       SEQF2638.1|AYYF01000582.1 624 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..624
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(22..585)
                     /locus_tag="SEQF2638.1_00159"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAKIGYGYNGTTCSEPDLHCDAIESVNRAHKLTLYFDEDSQNKP
                     ITSGGFAAVASDYIDVYKEMEYRGGKGSGMGSVPGTGTLHGEMVSGYGLYMKTQGNKD
                     NWTINIFKEIPNCPTSCVDENCKRDYLHMVSRMTFHDNAIIKAHNQQVYLGSPVIETF
                     GKMELDTKEKSGGNTDITLQADSLIFP"
ORIGIN      
        1 acaagaaaaa atgctgcgga attaagggaa gatgagactg tcagcctgca aggtgatatc
       61 cgtgttgccg cctgatttct ccttcgtgtc gagctccatc ttgccgaagg tctcgataac
      121 gggcgaaccg agatagacct gctgattgtg cgccttgatg atggcgttgt cgtggaaggt
      181 catgcgggaa accatatgca ggtagtcgcg cttacagttc tcgtcgacgc aggaggtggg
      241 gcaattgggg atctccttga agatgttgat cgtccaattg tctttgttgc cttgcgtctt
      301 catgtagagg ccgtagccgc tgaccatctc gccgtgcagc gtgcctgtac ccggcacgga
      361 gcccatacca gagcccttac caccgcgata ctccatctcc ttatacacgt cgatatagtc
      421 cgaagccaca gcggcgaaac cgcctgaggt gatgggcttg ttctggctgt cttcgtcgaa
      481 gtagagggtg agcttgtggg cgcggttgac cgattcgatg gcgtcgcaat ggagatccgg
      541 ctcgctgcag gttgtgccgt tgtacccgta accgatcttg gccaccttac cgtcgctgca
      601 gaccgtataa tccttgctca ggaa
//
LOCUS       SEQF2638.1|AYYF01000583.1 328 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..328
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tgacgcaggg caaccgccgc ggccgactac cgatggatgt gcggctggat cgcatcttga
       61 cacaccgcgt gtggggcttc ccgatcatgg tcgcgttgct ttcgggcgtc ttttggctga
      121 ccatcgtagg ctcgaactat ccgtcgtcgt ggctgagcga cctgctcgtg gggctcatcc
      181 acccggccct gcgtagcctc tttgtgggct tcggtgcacc ggcctgggtg acgggcctct
      241 tcgtcgacgg cgtctacctc tccactgcat gggtcgtctc cgtcatgctg ccgccgatgg
      301 ccatcttctt cccgctcttc acgctgct
//
LOCUS       SEQF2638.1|AYYF01000584.1 394 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..394
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gttatacacg gccaccgtat agcccttact ttccatattg agcaccagat tctcgcccat
       61 cacggcgagt ccgatcagcc cgatgtctgc caaattctcc atttgattgt tctattatat
      121 agttagggat tgtatgtgat acgtttgaaa tcagaatagt ctcctgtcgt tttgcagcag
      181 ttcgtttttg cctgtgggca gaggggcgat gttttcatcc atcccctttg gggcgttaaa
      241 aagaccggtg tcacgagtcg aaactttaga agcgagagta aattgatgta tcgtaaaatc
      301 gctcatccgt taaatgagga cataaattga ggatctcttt tgcagagcca tataccttgt
      361 atgataacaa gtgttccgtt gttccccatt cgat
//
LOCUS       SEQF2638.1|AYYF01000585.1 326 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..326
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 agcctgagct aaatcagagc cgatcttatc gaccgcagcc tttatggcgt tacgcgattt
       61 attgaagagg atttcgccct tctctttcat cacaatctct tgcacacgct tggcgaggtc
      121 gctgaaatgg ctgaactccc tcaggtcatc ttgtgattcg aggccaaagg cttcgctgta
      181 cctgtgccac gcatgtttat agctgtcgtt acctatgata gctttcattg gcagatacga
      241 caacagtgcc atctcggccg acagcggtat tggctcctcg tgcttcagca tttccttcag
      301 gccttcgtcg ttcgatgcct tgcagg
//
LOCUS       SEQF2638.1|AYYF01000586.1 663 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..663
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ccccgcggta ctcttgcagg tgcccgcaga cgaccgtctg gaggcgatcc ttcgcgaggc
       61 cgacgtacgt ttctatcgcg tggcgcgccc gactgacgag cgccacttgc tcatcacgaa
      121 ggacggcgcc gattaccact tcggcatcga ttatatgcgc gacgtctggt atcgctcctc
      181 ctacctgctc gaccgtcttc agagcggcga ggagtgcgca gctacccgtt acgaacagta
      241 taagatgcag ccgctgcgtt tccgtatccc tgacacattc gtcggatcga ccgccagcct
      301 cggactctcc accacccgca ccgaacggag cggcgtccgt gcggccatcc tccgcgataa
      361 aggcacgaac ggcgagcgcg agatggccta cgccctctat ctggccgggt tcgacgtgaa
      421 ggacgtccac ctgaccgacc tcgccacggg ccgcgagaca ctcgacgaca tcgattttgc
      481 cgtcttctgc ggcggttttt ccaactccga cgtcctcgga tccgccaagg gctgggcggc
      541 aggcatactc cataacgacc gcgctcgctc tgccatcaac cgcttctacg accgtccgga
      601 cacgctcagc ctcggcgtct gcaacggttg ccaactcatg gcccacctcg gtctcctcta
      661 ccc
//
LOCUS       SEQF2638.1|AYYF01000587.1 360 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..360
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggcgcaagca ccgttttttg cccgtcgatg aggtagatgt cgcccaattc ggagcgactc
       61 agctcggggt agtccttcat cataatattc tgcttcattt cggcgaagat gccagacagc
      121 tccacacccg ttggcccggc accggctatg gcgaaagaga gcagcttgtg gcgttgctcg
      181 ctatctgtag tgcgggtatg atgaccgata caggagcgtt tagctataat tccaaccgcg
      241 ctgatatcta tgtcattatc ggcgaactga tcaagaaggg aatcgataag gatgccattt
      301 atcggcaggt ctatcaggtt tattcagagt ctcgtacgct ttcatggcgc agagcaaccg
//
LOCUS       SEQF2638.1|AYYF01000588.1 320 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..320
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             1..162
                     /locus_tag="SEQF2638.1_00160"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQYAPTRDNRKRKMNNEKIRYPAKLAGIPDALIFFSHPFPRIKT
                     RKGWIPEKI"
ORIGIN      
        1 atgcaatacg cccctacccg ggacaacaga aaacgaaaga tgaacaacga aaaaatcagg
       61 tacccggcca aattggccgg catccctgat gccttgattt tcttttcgca tccttttccc
      121 cgtatcaaga caagaaaagg atggattcca gaaaaaattt gatggcaatc acgatagaaa
      181 tatctcctgc cggtagggta gggcgcaaaa aaatacgccc catatatatc ccgcagggat
      241 aaaaatacct acccatagat agataagatc gcccccttcg ggccgttttg tggggcgtat
      301 tcaatacgcc cctacacggg
//
LOCUS       SEQF2638.1|AYYF01000589.1 441 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..441
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cctgaaagct ggaatccgtg gagtgcgcta taaacgaaaa gaggaaacag agaaagaagt
       61 cgatactctc tgcaataata ttattacggg agtcgaggcc ttcggacgca cagttagtga
      121 agagacaata cggcaaaagg tcagaaccga tctcgatcaa ttagagaccc gaattattcc
      181 tcggcaatta gaaaagctca agaaagataa ggcgcgttgc atcgtcaatg tgtcggaaga
      241 atctgtcagg aagttcttga ggattttgaa taggatggac tcagagcatg agcttttgaa
      301 agcgaagcta agggaactgt gcgatgaaga tcagatcgac aatttcttag agaaagaaga
      361 ggctgctatc gtagaggaaa taattccgat tggaaaactt gttggaggca tggttggaag
      421 tttcatcaaa gggctattac c
//
LOCUS       SEQF2638.1|AYYF01000590.1 272 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..272
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             93..269
                     /locus_tag="SEQF2638.1_00161"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLTNYAVTIPPGGRTDAFVQTIITWSHNDIEFKTRGLDADQIEA
                     AIKATVKMLNKIES"
ORIGIN      
        1 tctatgagga gaccgcgacg ggcgacggac aatatgatgc cttcgtagcc gccctacaga
       61 agatctacaa atcactcggc cgcaccctcc ccatgctcac gaactacgcc gttaccatcc
      121 ctcccggagg ccgcaccgat gcatttgtcc agaccatcat cacgtggagc cacaacgaca
      181 tagagttcaa gacccgtggc ctcgatgccg accaaatcga agccgccatc aaggctacag
      241 tcaaaatgct gaacaaaatc gaatcctagt cc
//
LOCUS       SEQF2638.1|AYYF01000591.1 288 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..288
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gcctgcgatg ggctggttgg gggagatatg gatgccggag taggtctcga cgcttttgct
       61 gacgcgatag atgccagctt cgcggatggc ggtgcgatag tggagctggt cgtggatgac
      121 ggccacggtg ctgctgaatg tggcgttgcc ggcgcgttcg ccaaggccat tgatggtgac
      181 gtgcacgcca cggacgccag cgcgaatggc catgtaggtg ttcgctacgg ccagaccgta
      241 gtcgttgtgg gcgtggaaat cgaaatggag ttcaggatag cgctcggt
//
LOCUS       SEQF2638.1|AYYF01000592.1 224 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..224
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtttcaccct cgccgtgatg gccccaaaaa cgactcaagg gctgaaactg tgattcttca
       61 aggtgctgtt ttattcatag acatactatc aaaaaacttc tatctattgt tttgatcata
      121 aacagtgagt ataaaacatt actcgatctg tcttttcttc atacagcttt acttctgttt
      181 tataggtcct atctatcaaa caaacggctt atggaatcat ttac
//
LOCUS       SEQF2638.1|AYYF01000593.1 721 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..721
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 aggcgcagga gcgacttgca gcccttgacg ttcagctccg tcagctgatt gtcgtagcag
       61 aagagctgct gcaggttggc caggttcgat acgtcgaggc gcttcagttt gttactgcgc
      121 acagagacga gtttgaggag cggattgcgc gagaaatcaa tctcctccag actgcatttg
      181 gcggcgtaaa actccgtcag aagagggttg ttcgagagat cgaaacgcgt gaatgggttg
      241 ccgctcaggc agaggaacgt gaggcgcggg ttgcgcgtca cgtcgagcgt ggcgatgcgg
      301 ttgtagcgac agcagaagtg ctggaggttg atgttcgtgg tgatgtccat gcgcgtcagc
      361 aagttgtcgt aacagtccac atgcaccagc gctgaatcgt gcgtcaggag cagcgacgtg
      421 aggttgttca cctggcaacg cagcacgcgc agcgagtcga agccggagag atccagatcg
      481 cccgccagat acttgtcgtt ccaaatgatc gccgtcagtc gtccgcccgg cccccacgtc
      541 aggcccgtca ccgtggccca atcgatggcg ttggtgtcgg ctatgcctaa ctgctgaaag
      601 tttttccggc cctcgtcggc ggcgttttgc cgcaggaagg ccctcagttg agctgtctca
      661 ccggcatgaa aaggctgccc cacgaggcgc gcggcacacg tgaggcagac catgacctgt
      721 c
//
LOCUS       SEQF2638.1|AYYF01000594.1 234 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..234
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 aatgttctgt gagcgtgtac ttatgtatat gcgcgataca ggaagggtat tggaaggcgg
       61 atacacattt gatgaatatg agcaattgat gaacgatgtc ctttctgctg cggatacatt
      121 gaaatgtgtg gaactaaaaa aagacaaatt aaataaactg ggaatcaagg ctattgaaca
      181 attgatagat gatgtgtcag caagtgatga cgtattaaac aaaggattca gaac
//
LOCUS       SEQF2638.1|AYYF01000595.1 238 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..238
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggcattcgcc gcggtagtta taagtagtta cggccttgcg gccgggtagt tatgcgcctt
       61 cggcgcggta gttaggggct tcgccccggt agttacgcgc cttcggcgcg gtagttagaa
      121 gtagttatcg gcctgcggcc gggtagttga gagggtccgg aggtcttcca ctgactactt
      181 ctgactaccg cgccgaaggc gcataactac cactaaacta ctgggcgcac cgcagtgc
//
LOCUS       SEQF2638.1|AYYF01000596.1 352 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..352
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             26..307
                     /gene="wecB_1"
                     /locus_tag="SEQF2638.1_00162"
                     /EC_number="5.1.3.14"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P27828"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-N-acetylglucosamine 2-epimerase"
                     /db_xref="COG:COG0381"
                     /translation="MEKSHIVLTDSGGIQEEAPGLGKPVLVMRDTTERPEALEAGTVK
                     LVGTDYDKIVSEVSSLLSDIQYYRKMSQAVNPYGDGRACRRIVDALRSI"
ORIGIN      
        1 ggaatacctg ccattcgtat atctgatgga aaaaagccat attgtcctga ccgacagcgg
       61 aggcatacag gaggaggctc ctgggctagg taaaccggta ctcgttatgc gtgatacgac
      121 agagcgtcct gaggcgttag aggccggaac cgtcaagctg gtcggtacgg attatgataa
      181 gattgtctct gaagtctcgt cattgctgag tgacattcaa tattatagaa aaatgagtca
      241 ggcggtcaat ccatatggag atggtagagc ttgtaggcgt attgttgatg cactaagatc
      301 tatatgaaag ttttgataac ggatgtggca ttaacaccat acacacatgc gc
//
LOCUS       SEQF2638.1|AYYF01000597.1 445 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..445
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 catcaaacat catatcggct acatgagtca gcgcttctca ctctatgaag atttaaccgt
       61 cgccgaaaat atccgactct ttggtggcat ctatggactc tccaaacgtg ccatccgaga
      121 gcgtggcgag gagctcataa gccgtctcga gctgcaagaa gaggctcacc accgggtggg
      181 atcccttccc ttaggctgga aacagaagct cgccttctcc gtagccgtca tccatcgccc
      241 gcgcatcgtc ttcctggacg aaccaaccgg tggcgtcgac ccgatcaccc gccgccgctt
      301 ctgggatctc atcatccagg ccgccgacgc cggcatcacc gtctttgtaa cgactcacta
      361 catggacgaa gccgagtatt gcgaccgtgt ttctatgatg gtcgacggcc gcatcgaggc
      421 gctcgatagt ccagaggccc tcaag
//
LOCUS       SEQF2638.1|AYYF01000598.1 253 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..253
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cgtcatgacc gtccacaagg ccaaaggcct cggcttcgat gtcgtcgtct tgcccttcag
       61 cgattggggg ctggacgcaa agtcggagac catcctctgg tgtcggccac gcgtcgcacc
      121 gtttgacgcc atcggcgccg tgcctgtcaa ttacaaggct gagcttagcc gcacgatctt
      181 ctccgaggag tactatcacg aaaagctgca cgcctacatc gacgccctga ataccttcta
      241 cgtcgccctc acc
//
LOCUS       SEQF2638.1|AYYF01000599.1 1171 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1171
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             186..512
                     /locus_tag="SEQF2638.1_00163"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSEKFDIQRQVVYTDRYETVQITTLDAFVEANDIKKIDYIKSDI
                     EGFERNLLKGAQQTLRRLAPKLAICTYHFPDDPQVLESLILEANPNYTVVHLRHKLFA
                     AAVKKQ"
ORIGIN      
        1 cttatgcagc ctcgaaacga gctacatgct atgctttcga accaaccgat agcacctata
       61 cttggctttg cgaaacagcc cgcctaaaca gtccgtatat tatccccgtt aaatctggat
      121 taggcgataa aaaagaagaa ctgcaaatta atatttgtga tcagaattct ggatctaatt
      181 cgttggtgag tgaaaaattc gatattcaaa gacaagtcgt atataccgat cgttacgaaa
      241 ctgttcaaat cacaaccttg gacgcctttg tcgaagcaaa tgatataaag aaaatcgact
      301 atatcaaatc cgatattgaa ggttttgagc gaaatttact caagggtgca caacaaacac
      361 tgaggagact ggcgcctaaa ctcgctattt gtacatatca tttcccggac gacccgcaag
      421 tgctcgaatc actgatattg gaagctaatc ctaattacac ggtcgttcat cttaggcaca
      481 aactatttgc tgcagccgtg aaaaaacaat gaaaatattt gaaaaaataa gacgaaacct
      541 tttctgtgcg tctaaattaa acgtattggt aaagacttat ttgagtatcc agcaatatag
      601 acaatgcgct ttacaaggtg ataaaacagg tatagatgct agcggtacgg taatagtctc
      661 gttgactaca tataacaaac gaattcatga ggtgtatttg acgatagaga atttatttca
      721 acagacacaa aaggcaaagc gaattattct atggttggct aaagatgaat tttctaaaga
      781 agagattcct ctgattctac aaaaacaaca aagtcgcggt ctggaaatac gcttctgtga
      841 ggatgttaga caatacaaga aattaatacc atccctaaaa ctttttccca atgatcctat
      901 aataacggtt gacgacgatt atatatatcc aattgatttt attgaaagac tcttgaatgg
      961 tcagcggaga taccctgcat gtgtctgtta ttatatagga gcacgaatag aatttcaaaa
     1021 tagtggcact attaaacctt atatccaatg ggggcatgat gaagaaaagg agtatacacc
     1081 atctgttcta aacttttcga caggtgcggg aggggtctta tatccacccc aatgctttca
     1141 tgaagatata actaacacct ctctatttag c
//
LOCUS       SEQF2638.1|AYYF01000600.1 994 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..994
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             94..219
                     /locus_tag="SEQF2638.1_00164"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGVEVNVVRDNQRWMGLEVNEKRYICGVNEEVNTKTINILR"
     CDS             219..776
                     /locus_tag="SEQF2638.1_00165"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MARERLYMRRWNYERDQEVPEEKRRRRTGGRTLAVRPQFPLDEI
                     YITLFSERRVYAPDGTIHYEPIPQRAADTGVELLDDLRRMLSEGKSNLKTFGEGYGLT
                     PSDVNGLVLALTGMEAITFRIAWQMRRVDELLRYTDLSIEEVARQSGVGSTTNLFYAC
                     HRDFHCSPSQRRRHLRQANDLGRYR"
ORIGIN      
        1 atcatagctc ataacgttcg gagtgaatgt tgactcggaa aatcatagct cgaaacgtta
       61 ggtgtgaata ttgtctgagg caatcgtagc tcaatggggg tggaggttaa cgttgtccgt
      121 gataatcaga ggtggatggg cttggaagtg aatgaaaagc gttacatttg cggagtgaat
      181 gaggaggtaa atacgaaaac cataaacatc cttagataat ggcacgagag aggctctaca
      241 tgcgccgctg gaactacgag cgcgatcagg aagtccccga agaaaagcga cgacggcgca
      301 cgggtggacg aacccttgcc gtgcggccac agtttccgct ggatgagatc tatatcacgc
      361 tcttttccga gcgacgcgtc tacgcgcctg acggtaccat ccactacgaa cccatccctc
      421 agcgcgcggc ggatacaggc gtagagctgc tcgacgatct ccggcggatg ctgagcgagg
      481 ggaaaagcaa cctgaagact tttggcgagg gttacggcct gacgcccagc gatgtcaacg
      541 gcttggtgct ggccctgacc ggcatggagg ccatcacctt ccggatagcc tggcagatgc
      601 ggagggtgga cgagctgctg cggtacaccg acctctccat cgaagaggtg gcccgacaga
      661 gcggcgtggg atcgaccacc aacctctttt atgcctgcca ccgcgacttc cactgctctc
      721 cctcgcaacg ccgtcgccat ttgcgccaag cgaacgacct cgggcgctac cgataagccc
      781 catccgcacg gcttttggcg ccttggtcta actttgattc acgatttttt tccccgacca
      841 cttatacaac atgtctacaa caaacgaact ctcggccctt ggcgcggagg cgctcttgga
      901 gcgcgacctg gcgcattggc ccatggcccg acagaactac gaggccctca acgacgtacg
      961 catccgcacg gtgcgcttcg gcgcattccg catc
//
LOCUS       SEQF2638.1|AYYF01000601.1 234 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..234
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 catcagataa tcgtgatgga caagggacgg tttatagaga gtggtaccca cgccgaactt
       61 gaagcgaaag atggggtgta ccgaaaacta ctgtaaccta agaaaatgga cgattggggg
      121 atagaaagta aatgctaatc ccaattctcg aatgcgtgct tctccgcctt accgcttccc
      181 gcctcccctg tagttttcct ccaagatcct ttctaagtct gaggccttgt agag
//
LOCUS       SEQF2638.1|AYYF01000602.1 350 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..350
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 accctattcc gcacggcgac cgacacggtg cgcattcgtg acgtggagat ccgttacgct
       61 gcaggccagc atctgcttcg cccgggcgtg ctctatcggc gctgcttcct gctgccgggc
      121 catctgttta atgaacgcga cgccgagcgg acttactctt cgctggccgg attgggagcc
      181 ctgcggcatg tgagcctgcg atacgaggaa accacggata acccctcgga caccgtaagg
      241 ctccaaacaa ctatcattac cgcagccgcc ccgccgcagg gtttcggatt ggaacttgaa
      301 ggcaccaact ccggcggtga tctgggcttc gcctcggctg ttagttaccg
//
LOCUS       SEQF2638.1|AYYF01000603.1 409 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..409
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             60..392
                     /locus_tag="SEQF2638.1_00166"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTVAVIVLFVPRFGFMACAWASFASNLLMMVLSYLVGRRYYPVP
                     YDLRSAAFYTLLAAAFFAAGMWPEIDNTVWRMAYRTALLLVFVGIIIKRDLPLSELPL
                     IHGRRKAA"
ORIGIN      
        1 ggtacaagct gaccgaccgc acccagtggg gcgcctactt ctccaccgcc gggtgcgtga
       61 tgaccgtagc cgtcatcgtg ctcttcgtgc cccgcttcgg cttcatggcc tgcgcctggg
      121 cctcgtttgc cagcaatctg ctgatgatgg tgctctctta cctcgtcggg cggcgctatt
      181 accccgtgcc ttacgacctc cgttcggccg ccttctacac cctgctcgcc gcggccttct
      241 tcgccgcagg catgtggcca gagatcgaca acacggtctg gcgcatggcc taccgcaccg
      301 cgctcctgct tgtttttgtc ggcattatca tcaaacgcga cctgccgctc tccgagctgc
      361 cgttgattca tggaaggagg aaggcggcat gaagcatacg gattttgta
//
LOCUS       SEQF2638.1|AYYF01000604.1 239 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..239
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gatagaacgg gattgccgat cgatcctccg gaatccattc attggggaaa ctgaattgcc
       61 gatcaaacat ccggcagccc ttcgtccgtc agggtagggg catatggcat acgccccaca
      121 aatatcccca aatagaaatg aataacaaaa gaatcttcgg ctgcccttca ttaggaaaat
      181 gggattacca atcgatcctc cggtatcctt tcgtccgtca gggtaggggc gtatggcat
//
LOCUS       SEQF2638.1|AYYF01000605.1 372 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..372
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tcccggcaat gtttatgggg catataaggg ttcgcgtcag aatcatcact acgttatccg
       61 taacgtaatc aatgtcctct ctgaaaacag ttcggacaca atcacaacga acgttcttga
      121 aggtatgaag gttgtggaca ttattgggcg gatgtatgcg gagaaagagt aagaaggcaa
      181 agttcgaatg gaaaagaaag cgattgcggt agttggatta ggttacgttg gcttgccact
      241 agccattgaa tttagccgta agtataaagt cgttggacac gacatcaatg aacaacgcat
      301 tgccgagctt tctgctggta tagatcgaac cgctgaagtg gaatcctcct tgttgaaaga
      361 acgtctctct tc
//
LOCUS       SEQF2638.1|AYYF01000606.1 528 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..528
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(226..507)
                     /locus_tag="SEQF2638.1_00167"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAPGAELTKDQREALLAVMIKRMRRYLEQRDVGIVARRTCYPAD
                     YVLRVATGRMPDPSPSVVRALQERALKNKKNYVDPLSEEQMMAMIEQLR"
ORIGIN      
        1 cttttgcctc gccccacact tgggctcctt cgtccaccca agcctcgcta ccgaggttct
       61 cttctttgtc gatgaagccg cccagctcac cggcttgggc aaacttgaag tcgcgtgtgc
      121 actcgatctg gcgcagcttc cggccggctt cgtttacgat cgtctcttct gttagtttga
      181 aatgcttgtc catctttctt tctgtttggg tttgtttgtg tgtgatcatc tcagttgttc
      241 gatcatcgcc atcatctgtt cctccgacag cggatccaca tagttcttct tgttcttcag
      301 tgcccgctcc tgtaaagccc gcactacgct cggcgatgga tcaggcattc gccccgtagc
      361 cacccgcaac acatagtccg ccggatagca cgtccgccgc gctacgatcc ccacgtctcg
      421 ctgctccaaa taccgccgca tccgcttgat cattactgcc agcagagcct cccgctgatc
      481 cttcgtcagc tctgcccccg gcgccacgta gtagccatat ttccacag
//
LOCUS       SEQF2638.1|AYYF01000607.1 292 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..292
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cgttggagag tccgacgggg gtgtctgagc ataagcggct cctgtcggac tctccagcag
       61 gggcgcttga gtgcaatcgg ctcttatcgt actttacgac cggggcgact gggtgcaatc
      121 ggctcctgcc ggattttacg acgggagcgg cggaacggtg ggggctctcg ctggaaagtc
      181 cggcgggggc catcaggtga tcaaagcaca cgacggagag tccatcgggg gcgcctcctg
      241 agtgggggcg cccgtccgac tgtccgactg aggcttcagc gcgcccgaag tg
//
LOCUS       SEQF2638.1|AYYF01000608.1 287 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..287
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gagatgtgta tcagagaccg atatagagct cgtgccgcgg atcaggatct tcgacgagcc
       61 acccatcgat cccgcgccgc cggcaatttg cagaccggcc actttaccct gcaacgcatt
      121 gatcggattg ctgactccac cacgcgattt caacatttca tcgccaccca cctcggtcac
      181 ggcgtatcca agcgccttct tttctctcga tatgccgagg gcggtgacga ccacctcgtc
      241 cagcgccaga tttgcgcgga gcaccgtggt cacgtgctta tccgaga
//
LOCUS       SEQF2638.1|AYYF01000609.1 254 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..254
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 acctctgact gtgaatggtc aacgatcaat tatgaaccga aaaaataaat caaaaaaaag
       61 cactcatgac tcatcacatg gccattaatc attgaaaata aagcatcaat cataacccat
      121 catggatata ctgctagaaa aaaagaaagg aatacggaag aaacaccttc catacattgc
      181 gggcggggct gctgtcgttt tgctgctgtt gtggattgtg tttggaaacc atgctgcgac
      241 gctgcgcgta gacg
//
LOCUS       SEQF2638.1|AYYF01000610.1 246 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..246
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tgcacgctgc cttggaaatg ttccttgata tccgttgcgt caaatggtga tcccttggcg
       61 agcaaggatt gataggaggc ttgaacggca agaagcaggt tgtccaaccg cctattaacc
      121 tcgaccgcct cgcgactctt tccatccatc cggctttcgc gcgggttcca caaatcggga
      181 ttgcagaaca gcttgcaact gaactgtgca atggaacgtc ccagcgtgat gcgtcccatg
      241 atcggc
//
LOCUS       SEQF2638.1|AYYF01000611.1 2369 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2369
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             289..537
                     /locus_tag="SEQF2638.1_00168"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKIAIRHLVAIAHHGACAFPPIDVGCAKGDDDAIGRSQEFGSGT
                     QAGIDPLEALLRRRCGEGSMMQQAMVQIIVSGKLVGRE"
     CDS             complement(895..2298)
                     /gene="rutD"
                     /locus_tag="SEQF2638.1_00169"
                     /EC_number="3.5.1.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_00832"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative aminoacrylate hydrolase RutD"
                     /translation="MAKYLYVCIIALCMTCTAAAQSVTGRWVGKLQVPGGELTLVLRI
                     QDGPDGKLLAFMDSPDQGADNIPCDSVVYSEPHLKVVIASIGGRYEATLDGDTLRGQF
                     IQGGLSLPLILTPSAEEDRSALRPQEPKPPYPYQVEEVRFVNSTDGDTLAGTLTLPTS
                     PGPHRAVVMITGSGPQDRDERIMNHRPFLVWADALTRLGIAVLRYDDRGTGASTGNFS
                     EATTADFARDVEAAVDYLRSRKEIDNQRIGLIGHSEGGIVAPMVAVSRPKDVSFIVLL
                     AAPGLRGDSILLMQNEVISRRSHTPDSIREATVQLNRSLFALLVPPTTDEEALRQSLA
                     EVLRGAFFDGPLAPPMPHEQVELAINQEMEMLTAPWMRDFLRYDPAPMLSRVQCPVLA
                     VQGSEDVQVPAAANLPIVEKALTLHGNKAVTVKEFPGLNHLLQHCQTCLPDEYGEIRE
                     TVSPEVLQFVGEWIMKR"
ORIGIN      
        1 gggtgacgga tggcacatgt cttccgcata gaatcgataa tcccttagct cgtccatcat
       61 cagttcataa gccggaaagt aattggctat cgtggggtaa agggagatga gtttttcgat
      121 gatgagatga agcacggact tgctgaggtt gttctcatgg gcgccatcgc gcaagtggcg
      181 gacggggctg actgtgaaaa tccatttcac ttcgggccgc cggcgcacca tgctatccaa
      241 aagcaaattc caccggtgta ccaccttatc caccgatagc cgttcgcgat gaaaatagcc
      301 atccggcatc ttgtggcaat tgcccaccac ggcgcctgtg cctttccacc gatagacgta
      361 ggatgtgcca aaggtgacga tgatgcgatc ggccgtagcc aggaattcgg ctccggcact
      421 caggcgggca ttgatccgct cgaggcactc ctccgccgta ggtgcggaga aggatccatg
      481 atgcagcagg ctatggtaca gatcatcgta tcgggtaagc tcgtcggccg tgaataggtt
      541 gccgtccatc aggcggcgta tcgccgtggc aatggagtcg ggattataaa gtatgccgaa
      601 gggattcagg tcaacggaga atagcagatc ggagagccgc tggcctatcg cctcggcaaa
      661 gcaagagcca aaaatcatcg tgcgatgctc atagccgatg cggatggtag acggcggaat
      721 ctgaatcggg gtaatgaaat tcatagggga taagcgatag gaaagagttt ggggttgcga
      781 atgatccgaa tgaatgccga tagaggtggc gaaggccttt cccctaccgg catcagttct
      841 agactaaagc accgcgtggc aatcatccgg tgcagacgat tgcccacacg gagtttagcg
      901 cttcatgatc cactcgccga cgaattgcaa cacttccggc gagaccgtct cgcggatctc
      961 tccgtattcg tctggcagac acgtttggca atgctggagc aaatggttaa gcccggggaa
     1021 ctccttgacg gtaactgcct tgttcccgtg aagggtcaaa gccttctcga cgatgggaag
     1081 atttgccgca gcgggtacct gcacatcttc acttccctgt acggcgagca cggggcattg
     1141 cacgcgggaa agcatcgggg ctgggtcata gcgcaggaag tcacgcatcc aaggtgcagt
     1201 cagcatctcc atttcctgat tgatagccaa ctcgacttgc tcgtgtggca tgggcggagc
     1261 cagcggtccg tcaaagaaag cgccgcggag tacctcggcc agcgattgac ggagcgcctc
     1321 ctcgtccgtg gtcggtggca cgagcagcgc gaagagcgaa cggttcagct gcacggttgc
     1381 ttcgcgtatg ctgtcaggcg tatgggaacg ccgggagatc acctcgttct gcatgagcaa
     1441 gatgctatca cctcgcaggc cgggagccgc gaggaggacg ataaacgaca cgtctttcgg
     1501 tcggcttacg gccaccatcg gcgcaacgat tccgccttcg ctgtgaccaa tcaaaccaat
     1561 ccgctgattg tcgatttctt ttcgtgatcg gaggtaatcg actgcggctt cgacgtcgcg
     1621 agcaaagtcg gcagtcgtcg cctcgctgaa gttgcccgta gaagcgcctg tgcccctatc
     1681 gtcgtagcgg aggacagcta ttccgagccg cgtaagggca tccgcccaga ccaggaaagg
     1741 ccgatggttc atgatgcgct catccctatc ctgcggacca ctgccggtaa tcataacgac
     1801 ggccctatgc ggacccggcg aggtaggcag cgtgagtgtc ccggccaaag tgtcgccatc
     1861 ggttgaattg acaaagcgaa cctcttcgac ctggtacgga tacggtggct taggctcctg
     1921 aggtcggagc gccgaccgat cttcctcggc ggaaggcgta aggataagcg gaaggcttag
     1981 cccgccctga atgaattggc cgcggagggt gtcgccgtcg agcgtcgcct catagcgacc
     2041 gccgatggac gcgatgacga ccttcaaatg cggctcagaa tagacgaccg aatcgcatgg
     2101 gatattgtcc gcaccctgat cgggactatc catgaaggcc aacagcttac cgtctgggcc
     2161 gtcttgtatg cgaaggacaa gcgtaagctc tcccccgggg acttgcaact tgccgaccca
     2221 tcggccggtt acgctttgtg cagcggctgt gcaggtcatg catagcgcga tgatacatac
     2281 gtagagatat tttgccatga tgtataacaa ttaataagtg attgctgata gaacgggatt
     2341 gccgatcgat cctccggaat ccattcatt
//
LOCUS       SEQF2638.1|AYYF01000612.1 350 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..350
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cccagttcca tcccccccga atccaaccga aatccaagca aaatgtactg aatgtttggc
       61 gcctcttttt ctcacatccc tgtctctcag tgttttccgt ttcccccgtt gtacttaatg
      121 ttttgtgggg catccaccga cagaggtagc catcttcttg gtccacctca atccgaagca
      181 gtccctcaaa gtctcccgtt ccgctcctag aggagatatt gatgccccct tcgccctctt
      241 ctctttcttc ctttaaggga aagcacatgg gataacagca aaaaagaatc cctccgccga
      301 tcttaatcga tcaacagagg gacttccctt tcaaaaaacg gcagctacct
//
LOCUS       SEQF2638.1|AYYF01000613.1 380 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..380
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tcgatgagga tcagcccgta ggtcttgctt tgatcgagcg tgccgtcaag cgtgccgtcg
       61 tcgagcgttt cctcgtcact ttcgtcgttc acctcctccg tgaacttgtc gagtcggccc
      121 aaggagatgt agtcgatgcg gtcgttcaac tcaggggcgg cggcgcagat gtcgccgatc
      181 gtgtctcgcc acggctgcag cacggcgggt ggcgtgacga tcagcacacg gctgccacgc
      241 ccgtccttct gcggctcggt taggaagtgc cgcacgatca gggcgcccac gaccgtctta
      301 ccgagcccga ccacatcggc cagcaggaag ccgccgtgcc gctgcatata ctcgtagcat
      361 tgcttgacgg cgtcgatctg
//
LOCUS       SEQF2638.1|AYYF01000614.1 1580 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1580
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(100..747)
                     /locus_tag="SEQF2638.1_00170"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSVRALSFFAPKQMLLPTAYLGPIPYYRLMHRTADVSIEAWEHY
                     PKQTLRNRCLIATAGGVQALTVPVVRPDNPKAPTRDIRISDHGRWRHLHWQALVSAYG
                     MSPFFEYYADDFAPFYERPYTFLIDYNMALQSLVCELLDISPTVGLTDVYMPPESVTD
                     DLREAFTPRQPRPEHPDLPPPQPYYQVFGRKHGFQPDLSIVDLLFNMGNESLLYL"
     CDS             complement(805..1254)
                     /gene="rplI"
                     /locus_tag="SEQF2638.1_00171"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q9RY49"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L9"
                     /db_xref="COG:COG0359"
                     /translation="MEVILKEDVANLGYKDDIVHVKDGYGRNFLIPQGKAVIASESAR
                     KVLAEVLKQRAHKIAKIKEEAEALAEKMKGVSLTIGAKTSSTGTIFGSVTNIQIAEEL
                     AKLGFEVDRKIIRIKEDAVKEIGSYNATVRLHKEVSVEIPFEVVSEA"
     CDS             complement(1279..1509)
                     /gene="rpsR"
                     /locus_tag="SEQF2638.1_00172"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P66468"
                     /codon_start=1
                     /transl_table=11
                     /product="30S ribosomal protein S18"
                     /translation="MSKDVKKKKYCRFKKSGIKYIDYKDPDFLKKFLNEQGKILPRRI
                     TGTSLKFQRRVAQAVKRARHLALLPYVTDLMK"
ORIGIN      
        1 ctcggagaaa ttccttcaaa agaggtcggt tggaggaatt tactctgggg aagcggcccg
       61 gcgagaggcc tccttccccc cagagcgaac gtgcatgggc tataaataca gcaggctctc
      121 gttccccata ttgaacagca ggtcgacaat gctgaggtcg ggctggaagc cgtgtttgcg
      181 cccaaagact tggtagtagg gttgcggcgg cggcaggtcg gggtgctcgg ggcgtggctg
      241 acgcggggtg aaggcctcgc gcaggtcgtc cgtcactgac tccgggggca tgtacacgtc
      301 ggtcaggccg accgtcgggc tgatgtcgag cagctcgcag acgagcgact ggagcgccat
      361 gttgtagtcg atcagaaacg tgtaaggccg ctcataaaac ggtgcgaagt cgtcggcgta
      421 atactcgaaa aaggggctca tgccgtaggc cgaaaccagg gcttgccagt gcagatggcg
      481 ccaccgaccg tggtcggaga tgcggatgtc gcgcgtaggc gccttggggt tgtcaggccg
      541 tacgacgggc acagtgagcg cctgcacacc gccggcggtg gcgatcaggc aacggttgcg
      601 gagcgtctgt ttcgggtagt gttcccaggc ctcgatgctg acgtcggcgg tgcggtgcat
      661 gaggcggtag taggggatgg ggcctaagta ggcggtgggg aggagcatct gtttgggtgc
      721 aaaaaaagag agcgcccgaa cgctcatgtt cggacactct cttctgcttc tatccggttt
      781 ctggaaaaga ctccgggtgt ggggtcatgc ctccgagacc acctcgaagg ggatctccac
      841 cgacacctcc ttatggagtc tcaccgtggc gttatacgag ccgatttcct tcactgcgtc
      901 ttccttgata cggatgatct tacgatctac ctcgaagccc agcttagcca gctcttctgc
      961 gatttggata ttcgtcaccg agccgaagat cgtacccgtg gagctggtct tggcgccgat
     1021 ggtgagcgat acgcccttca tcttttcggc cagtgcctcg gcttcttcct tgatcttggc
     1081 aatcttgtga gcgcgctgct tgagcacttc tgcaagcact ttgcgggcag actctgaggc
     1141 gatcacggcc ttcccctgcg ggatcagaaa gttgcgtccg taaccgtcct ttacgtgtac
     1201 gatatcgtct ttgtagccca ggttggctac gtcttctttc aatataactt ccatagttct
     1261 gtttcgcttt aacgggggtt atttcatcaa atcggttacg taaggcagca gggccaagtg
     1321 gcgagcacgc ttaacggcct gggccacgcg acgctgaaac ttcagcgagg tgccggtgat
     1381 gcgtcggggc aggatcttac cttgctcgtt gaggaacttc ttgaggaagt cgggatcctt
     1441 gtaatcgatg tatttgattc cgcttttctt gaagcggcag tacttcttct tcttgacgtc
     1501 tttcgacatc ggggtcaggt agcggagttc agactggttg ttacctgcgt cagttcgcgc
     1561 tcggcgctgc ggatggcgtt
//
LOCUS       SEQF2638.1|AYYF01000615.1 272 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..272
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtttgtgctt ccataacagt tttgttgttt tgtctttaaa atcagctgtt tggtgattgc
       61 taatttgcaa agaaaattaa aacaaactgt tattttccta tctatttatt agggtgggaa
      121 actttagata ttaagtcagg caaagtcttt tctttcgttg tgggtattgg cgtggtatgt
      181 gccctatcat tgtgggtcaa tgttgcgcaa tggcagtcca aaaggcaata tgccgatgat
      241 gcgctgaagt tcagaaccat ccgctcttgg gg
//
LOCUS       SEQF2638.1|AYYF01000616.1 407 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..407
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 agatcaaggc accaggggtg ccggccaagt tggcctggta tccgcccgct tttagttttt
       61 cgtttttagt tgaatgagag catggccgga ggaatgaaac ggttagcgaa ggagacagcg
      121 atctacgggc tgagcagcat cgtggggcgt ttcctgaatt ggatgctggt gccgatgtac
      181 acgcgggtgc tggcgaacac gaatgagttt ggcgtggtga cgaacctcta cggatggacg
      241 gcactgctgc tcgtcatcct gacgtatggc atggagacgg gcttcttccg cttcgtcaat
      301 aagcaggagg agcgcgaacc gatgcgcgtc tatgccacgg cgctttatag cgtaggcttc
      361 acgtcggccc tcttcatggt ggcggcgtgg atgttgctcg ggccgat
//
LOCUS       SEQF2638.1|AYYF01000617.1 265 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..265
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 attcagtaaa tagctcggac cttccacatc aaaacaatca tcgaagtaca ctatcacggg
       61 gtagataaat atcacaccat tgggagccga cttatcaaat tcgttcaata tacttggcat
      121 cttatcgatt atcacatttg ccaactgccc gacccctttt gcatgtccct tagagttttc
      181 aacaaacttc tcaaaaattt cctttttaat cgtctcataa tcaccactta atttcttctt
      241 tgcagccatc tgaacatcct tacac
//
LOCUS       SEQF2638.1|AYYF01000618.1 543 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..543
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 agtcggagcc agctcgatca aacgctcgta gaaaccacga gtctccccga aggagaactg
       61 gatttgagcc gcctcaatca gctgctgaag tactctgacc tccttctgct tctctcgggt
      121 cttgaactcc tcgtaaacag ttgtcagact ctgctcgctt tcccctgtca gtaccctttt
      181 gatttcctct aaggtttcgg caagatagct gtctcccgcc tcccttagtc gcctggcttc
      241 ttcggcgatc ttgtcggtgt gttcaaagag aaatcgcaca aactctgcaa ccaggcattt
      301 cgttccctcc gaatgtatgc gcccgttggc gagcatcgcc ccgagtgcca gctctgtacg
      361 ctctagtcct tgctctatcg gaagttgttt gaggagcgct cggatgtact gtggagccat
      421 gttgagttcc tccattcgat tcatcaagcc ttgcattgac tcttgtgtcc tgtggtgttc
      481 tagcagattc tgcttctcgt tttttgcctg ctcatccgct ctaagcgtca tcaggtagtt
      541 gtg
//
LOCUS       SEQF2638.1|AYYF01000619.1 822 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..822
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             18..320
                     /gene="cmpC"
                     /locus_tag="SEQF2638.1_00173"
                     /EC_number="3.6.3.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q55107"
                     /codon_start=1
                     /transl_table=11
                     /product="Bicarbonate transport ATP-binding protein CmpC"
                     /db_xref="COG:COG0715"
                     /translation="MDEPFAALDPITRHRLQDDLLRIVSERSKTVVFVTHDIHEAIYL
                     ADRIVVLSSSPGRVRRVLTIDSPRPRSRDSGAFARQYDLLYHELYSLSKQPIEYYI"
     CDS             complement(613..822)
                     /locus_tag="SEQF2638.1_00174"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MECAAQTRSDERHVQRVRAEHQQSAVGKEEGLQEEHERHTQYSE
                     GHTEQTRGEESAEGMARQAASDRIV"
ORIGIN      
        1 atccccaagt gctcttcatg gacgaaccct ttgcggcgct cgatccgatc acccgccacc
       61 gcttgcaaga cgatctgctg cgcatcgtga gtgaacggag caaaacggtc gtcttcgtca
      121 cgcacgacat ccacgaagcg atctatctgg ccgaccgcat cgtcgtccta tcctcctctc
      181 ccggacgtgt tcggcgggta ctcaccatcg acagcccccg cccccgaagc cgcgactcgg
      241 gtgcctttgc ccgacagtac gatctcctct atcacgagct ctactccctg tcgaagcaac
      301 ccatagagta ctatatataa aggtatgcgc cggggccgat gactcgccct tacgcgcccc
      361 gcaaagtcac taacaaccgc ggccagtagg ccgcccaact catgtattcc taaccgcggc
      421 atagccgcac aacaacatca catcattatg caccttccat cagaaatgct tcatggcagc
      481 atttgccccg taacggcaac aatcgccatc gccggagtgg ccgcggccac ccttttcgca
      541 cgtaagtccg acacgcgccc gtccgcctca cggtttgcgc ttgtcagtgg caccgtcttc
      601 gcccttcaaa tgctaaacta tccgatcgga ggcggcctgt cgggccatgc cctcggcgga
      661 ctcctcgcct cgagtctgct cggtatgccc ttcggaatac tgagtgtgtc gctcgtgctc
      721 ctcctgcaaa ccctcctctt tgccgacggc ggactgctga tgctcggcgc gaacacgctg
      781 aacatggcgc tcatcggagc gggtctgggc ggcgcactcc ac
//
LOCUS       SEQF2638.1|AYYF01000620.1 328 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..328
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tcgtactcct gcttctgctt ttgcagggag tcgagcttgg ctgcggcatc ggcgcgctgc
       61 ttctcgcgac cttcccgatt ctcgatgatt tgcttgagat ccttatcaat cggatcgatg
      121 aaatcatcaa acatcaattt cttgacgcgg tctttgatcg gctcgatgtt ggtcaggcgc
      181 tcgatcaact catcgatatt gaagcggttc ttgaacttag taagctcttc cttgtagttc
      241 gctttgacgt ctttatttcc caaaatcata tcacccgctt ttaaccaaac aggaacgagt
      301 aatagccctt tgatgaaact tccaacca
//
LOCUS       SEQF2638.1|AYYF01000621.1 505 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..505
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ctcttagact gtatgacacc agaaaatcgg ccgtcatggc cattggcagg atagaaacct
       61 acgtcaacac tttagcccat agtccgaaag agtttgccaa agagattgcc gacacaaaag
      121 tcaacatcag ggagttctct gaggctattc atatagagaa acaaaatgca tccgataaaa
      181 tcaaaggtgc aggatttact gccagcggtg tagcgactgg tggcgcgatt gcctctctgg
      241 gaccgacggc ggcaatggcc gtggccacca cctttggcac ggcatccact ggtacagcta
      301 tagcctcgct ttccggcgca gccgcaacga atgcggcatt ggcatggctc ggaggagccg
      361 gtttagcagc cggaggtgga ggtatgacgg ccggatcggc ctttctagcg atggccggac
      421 ccgtcggatg ggccttggcg ggcgtatcta ttctcggagg cagtgcattc gttatccaca
      481 agaacaaaga ggctgccaag aaggt
//
LOCUS       SEQF2638.1|AYYF01000622.1 237 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..237
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtccggacgt gatgcgcgcg gagcagagtc tggccgccgc ctgctatgcg accaatgccg
       61 cccgtgcggc cttctacccc tccatcacgc tgagcggaac ggccggctgg acgagcagcg
      121 caggggcggc catcaccaac ccaagtaatt tcatctggtc ggccgtcgcg tcgctcacgc
      181 aacccctctt ccaaaacggt cgcctgcgcg cacaggtgcg gatcgcccgg gccgaac
//
LOCUS       SEQF2638.1|AYYF01000623.1 435 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..435
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gggtacacag aaggggtatt tggcggagtt tggccgggca ccggattggt tcttctcgtt
       61 tttcactatt cacttttcac tttcaaacaa tgattcctta cgatttgacc cgcatacggg
      121 cgtttctttt cgacgtggac ggcgtgctgc cgtccgacaa aatcccgctg gcggacaacg
      181 gtgatccggc ccgcacggtg aacatcaaag acggctacgc gttgcagttg gccgtccgac
      241 acggctacga ggtgggcctg atcacgggcg cttacacgga gaacatccgc cgccgcttcg
      301 agcacctcgg cgtgaagcac atctacctct gcagcagtgt caagatcatc gactatgagg
      361 acttcctccg caagacgggc cttacggacg agcaagtggc cttcgccggc gacgacatcc
      421 cggactatga ggtga
//
LOCUS       SEQF2638.1|AYYF01000624.1 249 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..249
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             31..216
                     /locus_tag="SEQF2638.1_00175"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIAMKAIMPTGASSACSTATSTAQKMGSRSAMLCAKNPASTSPQ
                     SVMIFCMRVIVCVPPIF"
ORIGIN      
        1 gcgataccca cagcgggcag cgtgtaggtg atgatagcca tgaaggccat catgcccacg
       61 ggcgcctctt cggcatgctc cacggctacg tccacggccc agaagatggg cagcaggtcg
      121 gctatgttgt gcgccaagaa tcccgccagc accagccccc agagcgtgat gatcttttgt
      181 atgcgtgtca ttgtctgtgt gcctcctatc ttttagagtg cgatcacctt gtactgttct
      241 tatacacat
//
LOCUS       SEQF2638.1|AYYF01000625.1 375 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..375
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ctaaccatga cacaataacc tccgcgccac ggggcggctc tacttcgtca acctgccgcc
       61 ggcctttgag gagggcggag ccactgtaaa ggagtgacga taccacgttc ggaacgtgtc
      121 gtaatacgtt ccgaacctat tggaatacgt tggggaggtg gttggaatac gttccgaggt
      181 ggttggaata cgttggggag gtggttggaa tacgttccga acctattgga atacgttagg
      241 gaggtggtcg gaatacgttc cgaacctatt ggaatacgtt ggggaggtgg ttgcaatacg
      301 ttcggaacgt attccgacca cctccgaacg tattcggggc attctcctcc cgcccatttc
      361 ccccaccttt gtggc
//
LOCUS       SEQF2638.1|AYYF01000626.1 344 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..344
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cctgcttgtc tttgagcccc tcgaaatagt agtagtccac cttgcgctgc tgcttttggg
       61 cttggatctg cttatcgtcg gcccgcccta cgggcacaac aaaggcggcg cagagcacgg
      121 ccgtaatcag tctatatatc ggtttcatcg tcattgcggt gctgcctccc tgttcatata
      181 cctgtgtgtc caaatccacc gctgccgcgc tcggtctcgt cgagcgactc cacgggctgc
      241 cattccacgt gctcacagcg cgccacgacc atctgcccga tgcgctcgcc atcacagacc
      301 gtgaagggcg tgtcggagag gttgacgagg acaattttga gctc
//
LOCUS       SEQF2638.1|AYYF01000627.1 557 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..557
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtcctgaagc gtgtgttcgg cccgcagacc ggccgagcag ctgaagcgtt cgccccaggc
       61 acggctgagg ttgaggtaca gccccgcgat ctgctcttta tagatgaagt ggttcgactg
      121 gcccggattg tcgatccatg cgtcggccgt ggcgagcgtg aggccccgca aattgttgtc
      181 gcgtcggatg ccgctcagct gggcgcccgt ctccaggcgt acgccggcgg gcaggggcgc
      241 ttcgaggtct gtcttcacca gccacacgtt cgtcttttgg aacacgctgt ggccgttgcc
      301 ctcccgcggg cgcagctctc ggccgtcggg ggcgacgtaa tggagcacca tctgctgctc
      361 ttggttgtgg tcggcgtagg catagatgac gtccgtggag aggcggtaga ccatttgcag
      421 gctgtggcga tagctcggct ggaggttggg gttgccctct tggtaggacg ttggcgattc
      481 gtagaaccgg aaggggttca agctgctgaa cgaggggcga tccaccttgc gtgcatagga
      541 gagggagagc gattgcc
//
LOCUS       SEQF2638.1|AYYF01000628.1 293 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..293
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gcgctctgcc tcctccttgg cctcgccaaa ggccggtgtg gtgatgcgca gggcaggccg
       61 gaggtttttc cgacgctcct tgagcagacg aatgtcgggt aggtcgagcg gacgagtgga
      121 gttgccctgg cgctgccaaa ccacgtcgcg gaagaaaacc acctcgtggt aggccgggac
      181 agaaatggcg cagacggtct tgccgctgaa gacgtgaaag tcaaaccgga tgagtccgtt
      241 gatgtccttg cccagctctt tgacgatata gttacggatg atgagctgat act
//
LOCUS       SEQF2638.1|AYYF01000629.1 1017 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1017
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 atcctccggt atccattcgt ccgtcagggt aggggcgtat ggcatacgcc ccacaaatat
       61 cccctaaaga agatgaatga agaaaggatc tccggtcgcc cttcgttaga aaaacgggat
      121 tgccgattga tcttccggct gcccttcgtt aggaaaacgg gattgccgat cgatcctccg
      181 gaatcccttc atccgacaga gtaggggcgt atggcataca ccccacaaat atccacaaat
      241 gaaaatgaat gacgaaagga tctccgatag ccctttatct aatgaatggg aaatgcgcgg
      301 cgaactccgg ttgcccttta tctaatgaat gggaaacgcg cggcgaatac cgactgccct
      361 tcatctaatg aatgggaaac gtgcggcgaa ctccaattgc ccttcatcta atgaatggga
      421 aacacgcagt gaataccgat ggcctttcat ccaatgaatg gtaaacgcgc ggtgaactct
      481 gattatcctt tatctaatga atgggaaata tgcggcgaat accgacgtcc ttcatttaat
      541 gaatggggaa cgcgtgacaa actctggtta ccctttatct gatgaatggg aaacacatgg
      601 cgaataccgg tcgtctttca tccgatgaat gggaaacgcg cagtaaactc cgattgtcct
      661 tccgacggcg ccggggaata cccataagaa cacctaatgg ctatcccccg cactccgcga
      721 taggtctcac tcttctggca gatggatctc ggggcctccg ccactgcctg caccacctcc
      781 tgtgccgccg cccggactgc ccggggtagg ctttttgcca ttgtcaggct ttttgccttc
      841 accctcgcca tcgggtttct taggctcatt ttcaggcaag cggatgtcgg gatcgctctc
      901 ctttctcttt ttcttgggtt ccttaggctg cttcggagcc ttcggatctt tcggtttctt
      961 tttccggtcg gccgatgctt tcttctgggc gggctaagcc ttccgcttat ccttacg
//
LOCUS       SEQF2638.1|AYYF01000630.1 914 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..914
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cgccatcgtg gtcggcgccg gaccgggcgg actcttcgcc gccctccgac tcatcgaact
       61 gggcatgcgc cccatcgtcg tggagcgggg ccgcgaggtg aacgaacgca aacgcgacat
      121 cgccgacatc gtccgccgcg gcacgatcga cccggagtcg aactactgct tcggcaaggg
      181 cggcgcgggc gccttctccg acggcaaact ctacactcgc agtaagaaac gcggctcggt
      241 ggagcgtata ctcatccgct tctgccagca cggcgccaac cccgccatcc tctacgacgc
      301 tcacccgcac atcggcacgg acaagctgcc cagcgtgatc gaacgcatgc gccgctacat
      361 catcgactgc ggcggcgagg tgcacttcgg cacctgcatg gacgggctgc tcatccacga
      421 cgacgaggtg gcgggtatca ccactcgcac ggggcaagag ttccgcggcc ctgtgatcct
      481 ggccaccggc cactcggcgc gcgacgtcta ccgcatgctc gccgaccacg gcgtgacact
      541 cgaggccaag ggtatcgccg tcggcgtacg gttagagcac ccgcaggcgc tcatcgaccg
      601 catccgctat caccgccgcg aggggcgcgg cccgcacctg ccggcggccg aatacacttt
      661 cgtctcgcag gccggagggc gcggcgtcta ctccttctgc atgtgcccgg gcggctttgt
      721 gattcctgct tcgacggcgc cggacgagtg cgttgtcaat ggcatgtcgc ccgccaatcg
      781 cggttcgcgg tgggccaacg ccgggtgggt cgtcgagctg cggccggaag atcttgcgtc
      841 gtttcaccta ccggatacgg gcggcgagcc tgtgccagag gtgctggcca tgatggactt
      901 tcaggagcgg ctcg
//
LOCUS       SEQF2638.1|AYYF01000631.1 237 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..237
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(7..195)
                     /locus_tag="SEQF2638.1_00176"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGKILREPGAVTELAKAFQVTPQTVRLALNGVTQSDLAKRIRKR
                     ALDMGLKEKGKERVTVLK"
ORIGIN      
        1 actccttcat tttaatacag ttactcgttc ctttcctttc tctttcaggc ccatatccag
       61 cgcccgtttc cggatccgct tggccaggtc actctgcgtt acgccgttca aggctaatct
      121 caccgtttgg ggggttactt ggaaggcctt agccaattct gttacagccc cgggttctct
      181 tagaatcttt cccatttctt cgttcgttta cttaatcctt atttttagcg cggtttt
//
LOCUS       SEQF2638.1|AYYF01000632.1 238 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..238
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cgacgtggtg gtgacgttca gacccgccac ggctcccgcc agggcgttct ctaccgtggt
       61 gggcgactgc ttgagcaggt ccttgttcac ggtcgagatg gcgctgatca gctcgcgacg
      121 cttctgcgtg ctgtagccca ccacgaccac ctcctgcaac acgtccaccg cctcattgag
      181 cgggatgacg atcggctccg aggcgtcgta gacgtccact tgcagctctc tgtagccc
//
LOCUS       SEQF2638.1|AYYF01000633.1 683 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..683
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(123..611)
                     /locus_tag="SEQF2638.1_00177"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAATPPTTGIAARTVAPAAIPPPPAASAPPPSHAVAAFVAAHPV
                     SVLIAVPVEAVPNVVAIPIAAACPPRTVAVPVAIPAPLLILSDVFIFFYFFDTANLDT
                     FDEYFFCPLPSVVYYIILILILQRYSIIANILFVSHMVAHLSLSYGDLCTIKRSILSP
                     GA"
ORIGIN      
        1 gctacaataa caggtctgac caatagtggc gcactattga aagtcgggaa tttaggattt
       61 aagggctatt tgagctttag agatgttgac tggactcatt ataccgacaa agacagtttc
      121 cgttatgctc ccggtgataa aatagaccgc tttattgtgc aaaggtctcc atatgataaa
      181 gaaagatgag caaccatatg tgatacgaaa agaatattcg ctataataga atatctttgc
      241 agtattaaaa tcaaaatgat atagtaaaca acagatggca acggacaaaa aaaatattcg
      301 tcaaaagtgt ctagatttgc agtatcaaaa aaatagaaga agatgaagac atcagacaaa
      361 atcaaaagcg gagccggaat agcaactggc acagcaactg tccttggagg acaggctgca
      421 gcaatgggta tcgcaacaac attcggaact gcctctaccg gaacggcgat tagtacactg
      481 accggatgtg cggcgacaaa cgctgccaca gcatggctcg gaggaggagc acttgccgct
      541 ggtggcggtg gaatggcagc tggtgcaact gtccttgctg ctattcctgt agtagggggc
      601 gtggctgcca ttggagcact cggatacgga atatacaaat ggaagaagtc aaactaaaag
      661 tgaacaaaca gattattcgt ttc
//
LOCUS       SEQF2638.1|AYYF01000634.1 267 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..267
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtcacacccc atgagcatgc cggcgacact gtcgccgggg ctatcacacc ccatgagtgt
       61 gtcggcagac attctgccgg ggctatcata ccccatgagt gtgccggcag acattctgcc
      121 gaggctatca taccccatga gggtgtcggc agacattctg ccgcgactat cataccccat
      181 gagtgcgtcg gcagacattc tgccggggct atcatacccc atgagtgtgc cggcagacat
      241 tctgccgggg ctatcacacc ccatgag
//
LOCUS       SEQF2638.1|AYYF01000635.1 346 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..346
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ataggggcgt attgcatacg ccctaccaaa cgccctgcaa agggcggggg gtagacgttg
       61 aatctatatg gggcgtattc aatacgcccc tacccgggta cctatctgat aactgattag
      121 acatgaagaa atgaaacacg tattgatctc tcattgtccg agacgatgga aaatacctac
      181 tcaaggaaac ttcatctttt tccgacaatg taggggcgta ttgcatacgt cccaccaaat
      241 gccctgcaaa gggcgaaggg gtagaaggta aacgcgcaag gggcgtatgc aatacgcccc
      301 tacccgggta cttatctgat aaccgattag acatgatgga atgaaa
//
LOCUS       SEQF2638.1|AYYF01000636.1 261 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..261
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cgtttaagga caccacaaac ttcttctggg cctcgaacaa cgccaacacg ggccgcatgg
       61 acgtggtggt ttacaccttc ccctacaccg acgagaagac cttcacgctg gaatacatgc
      121 agcacatgcg tgactccatt ctgggcgcga acatccccgg agcctacccg aactcgcaca
      181 tgacgacgca gcccatcggc ctcacctaca cgccgcggac gcttcagggc aagtattgtg
      241 gcgtattgcg cggactgtgg a
//
LOCUS       SEQF2638.1|AYYF01000637.1 1080 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1080
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(66..797)
                     /locus_tag="SEQF2638.1_00178"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHLARSDHEVFRPLVLQHHPHTLHVVLGVAPVAQRVEVAHVELV
                     LKALYDACSSQRDLAGDEVLTAAFALVVEEDTVDGEHAVALAVVFGDPESVLFGHTVG
                     RAGVEGGCLALRHLLHESEELRGGGLVDACLVLTPQDAYGLQQAEGTDGVGVGGVLGH
                     VEADLDVALCGEVIDLVGLRQLDDADERAAVGHVAVVEVDGALALHVAHPLVEVEVLD
                     APGVERRGAAHDAVHLIAFVDQELG"
ORIGIN      
        1 gtatatcaca cacaatgaga aagaccgcat taatcacagg catcacgggt caggacggat
       61 cgtacctagc cgagttcctg atcgacaaag gctatgaggt gcacggcatc atgcgccgct
      121 cctcgtcgtt caacaccggg cgcatcgagc acctctacct cgacgagtgg gtgcgcgaca
      181 tgaagcgcca acgcaccatc aacctccact acggcgacat gaccgacagc agctcgctcg
      241 tccgcatcat ccaactgacg cagcccgacg agatctataa cctcgccgca cagagccacg
      301 tcaaggtcag cttcgacgtg cccgagtaca ccgccgacgc cgacgccatc ggtaccctcc
      361 gcctgctgga ggccgtacgc atcctggggc gtgagcacaa gacacgcatc taccaagcct
      421 ccacctcgga gctcttcgga ctcgtgcagg aggtgccgca gcgcgagaca acccccttct
      481 acccccgctc gccctacagt gtggccaaac aatacggatt ctggatcacc aaaaactacc
      541 gcgagagcta cggcatgttc gccgtcaacg gtatcctctt caaccacgag agcgaacgcc
      601 gcggtgagaa cttcgtcacc cgcaagatca cgctggctgc tgcacgcatc gtacagggct
      661 ttcaggacaa gctctacatg ggcaacctca acgcgttgcg cgactggggc tacgccaagg
      721 actacgtgga gtgtatgtgg atgatgctgc aatacgagcg gccggaagac ttcgtgatcg
      781 ctacgggcga gatgcacacc gtgcgcgagt tctgcaccct ggccttccgt gaggccggca
      841 tcgagctgcg ttgggagggc gagggcctga atgagcgtgg cattgacgtc aagacgggcc
      901 gttcactcgt ggaggtggat ccgaaatact tccgccccgc cgaagtagaa cagttgctcg
      961 gcgacccgac gaaggcgaag acactgctcg gctggaaccc gcgcaagaca tcgttcgagg
     1021 agctggtccg cctgatggtg aaacacgaca tgcgcttcac acgcaagctc tatcctgtct
//
LOCUS       SEQF2638.1|AYYF01000638.1 268 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..268
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(123..230)
                     /locus_tag="SEQF2638.1_00179"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MELNPARSSLFDFRYDDFRLVGYDPHPHIAGLVSV"
ORIGIN      
        1 tacccaggcc gatggcgttg tgctcgtcaa gagcggcaat gagagtgatc atttttgaga
       61 ggttgtttga agtggtggga cgtagggata ggagtaggac gtagccggat acgtttgagc
      121 gctcagacgg agacgagacc ggcgatatga ggatggggat cgtagcccac gaggcggaag
      181 tcgtcgtaac ggaagtcgaa gaggctgctg cgcgcggggt tcagctccat gcggggcaga
      241 gggcgcggcg tgcgggagag ttgcaggc
//
LOCUS       SEQF2638.1|AYYF01000639.1 1051 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1051
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(812..1039)
                     /locus_tag="SEQF2638.1_00180"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q9X1X4"
                     /codon_start=1
                     /transl_table=11
                     /product="Dihydroorotate dehydrogenase B (NAD(+)),
                     electron transfer subunit"
                     /db_xref="COG:COG0543"
                     /translation="MMKFVAALTKKYEIPTVASLNTIMVDGTGMCGACRVTVGGRTKF
                     VCVDGPEFDAHQVDFDEMMMRLRSYKEEEQK"
ORIGIN      
        1 ggctccactg gctacgaaga tgccgcggaa gccgtcggcg tgcagatcgt cgtagctgat
       61 cgtcttgcct acgatgcagt tcgtgatgaa ttgcacgccc atcttccgca gcccgtcaat
      121 ctccacctcc acgatgcgat tcggcagacg gaactcgggg ataccgtact tcaacacacc
      181 gccgatctcg tgaagcgcct caaagacggt tacgtcatag ccgcgcttgg ccatgtcgcc
      241 agcaaaagac agccccgctg ggcccgatcc gacgacggcg atcttaatgc ccttcgatgg
      301 cgcacactca gggacggcta tctgtccact ctcgcgctca tagtcggcag cgaagcgctc
      361 caagtaaccg atggccacgg gcgccttctt catcttcaca tgcacgcagc gactttcaca
      421 ctgcttctcc tgcggacaga cgcggccgca gacggctggc agtgcgcttg tttctttcag
      481 tacgcgggca gcctcgagga agttgccgcg ctcgatgttc ttaatgaacg aggggatctg
      541 tatgctcacc gggcacccct ccatgcaggt cggcgtcacg cagtcgaggc aacgttgcgc
      601 ctcgcgaagc gcttgctctt cggtcagacc ttggttcacc tcttcgttgt tatggctgcg
      661 ataatcgggg tcgagctcgt tcatctccac ccgatggatg gcggtgcgtt ccttggcttt
      721 catgccctgt cgaagttcct cgcgccacga ttcggcgcga cgctcggcga cggtcggtat
      781 ggtttccatg ctgtctatcg tttctggcgt tctacttctg ttcctcctcc ttgtaagagc
      841 gaaggcgcat catcatctcg tcaaagtcca cctgatgggc gtcgaactcg gggccgtcga
      901 cgcagacgaa cttcgtccgt ccgccgaccg tcacacgaca ggcgccgcac atacccgtgc
      961 cgtccaccat gatggtgttg agtgaagcca cggtcgggat ctcgtatttc ttcgttaggg
     1021 ctgcgacgaa cttcatcatc acggctggcc c
//
LOCUS       SEQF2638.1|AYYF01000640.1 356 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..356
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(53..310)
                     /gene="pheS"
                     /locus_tag="SEQF2638.1_00181"
                     /EC_number="6.1.1.20"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q4L5E3"
                     /codon_start=1
                     /transl_table=11
                     /product="Phenylalanine--tRNA ligase alpha subunit"
                     /db_xref="COG:COG0016"
                     /translation="MDITCHICGGKGCNICKHTGWVEILGCGMVDPNVLESCGIDSHT
                     HSGFALGMGIERIAMLKYRINDIRLFFENDLRFLRQFAVAE"
ORIGIN      
        1 ggcatgtgct cttcaaacca agcgatgacg ccgcggtaac gctccttctt ggtcattcgg
       61 ccacggcgaa ctggcggagg aagcgcaggt cgttctcgaa gaagagtcgg atgtcgttga
      121 tgcgatactt gagcatggca atgcgctcga tgcccatacc gagggcgaaa ccggagtgcg
      181 tgtggctgtc gatgccgcag ctctcgagca cgttcgggtc gaccatgccg cagccgagga
      241 tctcgaccca gcccgtgtgc ttgcagatgt tgcagccctt gccgccgcag atgtggcagg
      301 tgatgtccat ctcggccgag ggttcggtga aggggaagta agagggcctg agacgg
//
LOCUS       SEQF2638.1|AYYF01000641.1 366 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..366
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tgacagcacc gcgctccgtc tccacgccga tcgtctccaa tcccagatta gccgtcacgg
       61 cgcggcggcc tacgctcatg aggatcttct cgcccgtggc cgaggccgtg ttgccctccg
      121 cgtcgacata gacgacctca ttaccgcgca cctccgtcac cttgcaagag agtcggaatt
      181 ggatgccgcg cttggcgtac acctcgcgca gcatgacgct cacctcaccg tcgagcccgc
      241 cgagtatctc gggcagcatc tccacgacgg tcacctccgt gccgaggctg ttatagaagc
      301 tggcgaactc catgccgatc acgccgccgc cgatgatgac gatcgactgg gggcgctcct
      361 taagag
//
LOCUS       SEQF2638.1|AYYF01000642.1 970 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..970
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     tRNA            complement(338..409)
                     /locus_tag="SEQF2638.1_00182"
                     /product="tRNA-Gln"
                     /inference="COORDINATES:profile:Aragorn:001002"
                     /note="tRNA-Gln(ttg)"
     CDS             complement(478..852)
                     /gene="tyrS"
                     /locus_tag="SEQF2638.1_00183"
                     /EC_number="6.1.1.1"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P9WFT1"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine--tRNA ligase"
                     /db_xref="COG:COG0162"
                     /translation="MVHSAAEYETAVEASNILFGGATSDALRRLDEATLLAVFEGVPQ
                     FEIARDALSGGIKAVDLCTSHAAVFASKGEMRKLVQNGGVSLNKEKLTDSESVIQTDA
                     LVAGKYLLVQRGKKNYYLLIAK"
ORIGIN      
        1 cccatcgagt gacaagacga gacctcaacg cacacggatg gcccatcgag tgacaggacg
       61 agaccacgac acacacggat ggctcatcga tggacaggat gagacctcga cgcgcacgga
      121 tggctcatcg agtgacaaga caagaccccg acccgcacgg atggctcgcc ggggaacggg
      181 atgggaacta aatcgaaggg ggagataaaa agaacgctcc gaatgatccg gctcgagggg
      241 gactcaagcg atgtggatca tccggagacg ttcgcctcgg atggggggag ggagggatcc
      301 gaggttctca ctccaaaatg aagtgagggg agttattgtt gtctcaagag gattcgaacc
      361 tctacaaaca gaaccaaaac ctgttgtgct accattacac catgagacaa acgccgtggt
      421 catttttttg acgccgcaaa agtatacacg cggcgcattt ttgcaagtcc tcgggcgcta
      481 ttttgcaatc aggaggtagt aattcttctt tccgcgctga acgaggaggt attttccggc
      541 gactaaggcg tcggtctgga tcacactttc agagtcggtg agcttctctt tgttgaggct
      601 cacaccgccg ttctggacca gcttgcgcat ctcgcctttg gaggcgaaaa cagcggcgtg
      661 cgacgtgcag aggtcgacgg ctttgatgcc gcccgagagg gcgtcgcggg cgatctcgaa
      721 ctgcggaacg ccttcgaaga cggccagcag cgtggcctcg tcgaggcggc ggagggcgtc
      781 ggaggtggcg ccgccgaaaa ggatgttgga ggcctcaacg gccgtctcgt attcggccgc
      841 ggagtgcacc atcgtggtga tctcgcgggc gaggcgcttc tgaagcgggc gcaggtgggg
      901 ggcgtcggcc tgctcgcgct cgagggcgtc gatctcgtcg cgggtgaggg aggtgaagat
      961 tttgatgtac
//
LOCUS       SEQF2638.1|AYYF01000643.1 246 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..246
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cacagaaggg cgcgcaccgt gtcgtggcca tcgacaatga cgagtgggcc tatcacaacg
       61 ccatcgagaa ctgtcgactg aacaacacgc ccgacattca tgttctccac ggcggtgccg
      121 agcagatagc cccctgcggt acgtttgatt acatcttcgc caatatcaat cggaatatcc
      181 ttctgcgcga catgtcgcat tacgtgtctg cgcttcgctc gggcggacgt ctctatttga
      241 gtggat
//
LOCUS       SEQF2638.1|AYYF01000644.1 344 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..344
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gctcagggtt caggatttgt tcgcagggac tgatgaattc tatgattaag gaggaatgaa
       61 gggcgtcgtg ctcatatcat aactctgtta atcattggaa tgagctgtct aatagcggcg
      121 attacaatct tatctatctc ttagtaagct agcagccgct atttgctgta atttaggtgg
      181 gatgatttcc acaggggata tcgtcccacc tttttctcat tttgccatgc ggactttttc
      241 aaatatattt gggtgacttg ttcgtgaaac aatgttgcta ccacactcta tcaaaacact
      301 agctctaagc caaagatata ggcgtaatcc ctaaatgctc aaaa
//
LOCUS       SEQF2638.1|AYYF01000645.1 430 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..430
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 caccgcggca atgaggtagg cgagtccgaa gctggtatgc tccgagatgg agagcagcag
       61 cgaatagaag aggctcagcg caagcccgac gagcaggtat tgaagcgggt ggatatggcg
      121 ccgctgcaac acctccacga agaagcagac gacgaacgtg agcaggatga tgaggatggc
      181 gtacttcacc gaacgcatcg actgctggta acgcttcacg ggttgcagca catcgacgcc
      241 gaacacggac tcctcgatcg cctcctgacg atcgctgccc gtgagcacct gcggatagtt
      301 gcggttgagg tgcatcacct tccagtcgca gacgaagccg ctgtccgtca cctgacgatt
      361 ggcgggcagg aaggcgcccg tgaagcgtta ccagcagtcg atgcgttcgg tgaagtacgc
      421 catcctcatc
//
LOCUS       SEQF2638.1|AYYF01000646.1 465 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..465
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 catcagctgg atcgctgcac gcagggcgtc gggcatgtac atcatgtcca tgaacgtgcc
       61 ggcctgaatg gggcagcgga acgtctcgcc ccgagccgcg gcgtagaaga tgtcgacggc
      121 atagtccgtc gtgccaccgc ccggaggcgt cacgtacgag atcagccccg ggaagcgcac
      181 gccacgcgtg tcgacgccga agcgggtgta ataatagtcg ctgagcaact cgcccgtcac
      241 cttcgtcacg ccatacatgg tgtgtggccg gcagatggta tcctgcggcg tcatgtcttt
      301 cggcgcaccg tcgccaaagg ctccgatcga gctgggggtg aagacggcgc agccccgttc
      361 acgggccact tcgagcacgt tcatcaggcc gtcgatgccg atgtgccaag ccaggcggtg
      421 cttgctttcg gccacggccg agagtagcgc tgcgaggttg tacac
//
LOCUS       SEQF2638.1|AYYF01000647.1 293 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..293
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 acagtgaagc acccctactt gtccgtgctt acttttgcca ccggctatta caccacaaca
       61 tttatacgat gatgaagaga gaaaagagcc acggcacacg cctctttgat gccatccgga
      121 cacgcttcgg gcggcacgac cgcgaacagg acagagaggt ggaggaggat ctcctcaagg
      181 cggtctatga gctgggcgga cgcatcgcgg ccgacgaggt ccagcgcgtg ggcgagtcgc
      241 tcggggtgga tgcggttcgt acggcggccg ccgtcggtcg gctggccttg cgg
//
LOCUS       SEQF2638.1|AYYF01000648.1 236 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..236
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ccttggtggc aaatagcatc tttgtatgtt ggcacgccgg gaagcggaat ttgttatttt
       61 attggcttca taaaaattaa atttataggt gaaataataa ctggaggaga gagggagaat
      121 taagactgcg aggaggagag ttgcattctt tgattagtca tcccagtcgt aatcatcatt
      181 cgggatttcg ttacacagcc atgtgctgtc gcaatcagga cacacatatt ctacac
//
LOCUS       SEQF2638.1|AYYF01000649.1 588 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..588
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gccgcaccct gaccggatcg gccaccatcg aacccgccgt gggcatgaag atcgagctca
       61 acatcaatcg agtggactcc cgcgacgcgg agattcagta tctctattcc ggcatgccca
      121 ccatgcaccg aggcaccttc acgatgacca cctctacgat cggtagcgcc tttgccagcc
      181 tcggcagcgc caccaatggc tacgagtccg gacccttccg acgtttcgtg gagaaccgtg
      241 ccatcgtagc ctcgcgcatc gagcgtgagt acgccggggc cacctatccc agcgaaggtt
      301 tcctggccca gtccgaactg gccggtaagg cccacaacgc gacaaaaagc cccgtcagtc
      361 agaacgcgtc cgacgtactc atccccgcct tcctggccgc atacaccggc cgcagcgcat
      421 cccgcacggc cctgaccgcc ttcccctcca tgctcagcct actgcccaac tggcgcctct
      481 cgtacgacgg actcgtgcag atccccttca tccgtcgcca cttcaagacc atgaccctca
      541 gccatcagta tcgctgcgtc tacaccgtcg gcacctacca gtcacacc
//
LOCUS       SEQF2638.1|AYYF01000650.1 262 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..262
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 atagggacat gacgagtcga ccgcccacac ggaaaatgcg gggcggcgta actcggcatg
       61 aggggaaaaa cgtgcgctcg gacggcgggg tgtcggggct gaattaaaac agatgcgata
      121 aagccccaaa ggcgcctcgc ctcgagggtg ttcccgtaag cgcgcgcaaa tccacgctcc
      181 gcagccgtgg ggccgagggg cgcgcatgta gcatgctgcg ggcacagacc ggaacgatcc
      241 gatccgagcg cagttataaa ac
//
LOCUS       SEQF2638.1|AYYF01000651.1 425 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..425
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(11..373)
                     /locus_tag="SEQF2638.1_00184"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MWKKFIIISVSASVTSYFDLPVLLALERHPDMCHRLLQEATSVA
                     QARGFDLTEEYCWQELLRTWGSDEKSTTSMHRDFRAGRPTEVDSLCGYIVREAERLNI
                     PVPTYEEIYRGLKVGICK"
ORIGIN      
        1 aaacggcttc tcacttacat atccccacct tcagcccccg ataaatctcc tcgtacgtcg
       61 gcacggggat gttgagccgc tcggcctcac ggacgatgta tccgcagagg ctgtcgacct
      121 ccgtgggccg gcctgcgcgg aagtcgcggt gcatcgacgt ggtggacttc tcgtcgctgc
      181 cccacgtccg cagcagctcc tgccaacaat actcctccgt caggtcgaag ccccgagcct
      241 gggccacgct tgtggcctct tggagcagtc ggtgacacat gtccggatgg cgctccaagg
      301 ccagcagcac gggcaggtcg aagtaagacg tgaccgaggc cgatacggag atgatgatga
      361 acttcttcca cacctgcagc tggatgtcgt cgtgccactc ggcctgtatg cccgcctcgc
      421 gcagc
//
LOCUS       SEQF2638.1|AYYF01000652.1 273 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..273
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gcattacgca tcatgcgaca cgaaacggct ccgacggtcg gaaatgtcgt ttcatgcgac
       61 acgaaacggc ttcgacggtc ggaaatgcca tttcatgcga cacgacgcgg ctccgacggt
      121 tggaaatgcc atttcatgcg acacgacgcg gcccaaaaga ctatttctgg tcacccgaaa
      181 tgagcaaaaa gaggtttgcg gccatttcga gtcaccagaa atgactaaaa agaggttttc
      241 ggccatttcg ggtcaccaga aacgactaaa aag
//
LOCUS       SEQF2638.1|AYYF01000653.1 422 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..422
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             102..281
                     /gene="dnaX"
                     /locus_tag="SEQF2638.1_00185"
                     /EC_number="2.7.7.7"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P06710"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA polymerase III subunit tau"
                     /db_xref="COG:COG2812"
                     /translation="MRIPPQVGRYKVYIIDEVHMLSQAAFNAFLKTLEEPPHYAIFIL
                     ATTEKHKILPTITAL"
     CDS             complement(215..412)
                     /locus_tag="SEQF2638.1_00186"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAQKEGVQAEAEALNVIAQKADGGMRDALSIFDQAVSYTGGNVT
                     YKAVIVGRILCFSVVARMKMA"
ORIGIN      
        1 aatcgtgacg atccttcaac gagcagcgct cgctcaacat ccacgagctc gacgcggcct
       61 cgaacaactc cgtcgacgac atccgctcgc tcatcgagca ggtgcgcatc ccgccgcaag
      121 tggggcgata caaggtctac atcatcgacg aggtccacat gctcagccaa gccgccttca
      181 acgccttcct caagaccctc gaggagccgc cacactacgc catcttcatc ctcgccacca
      241 cggagaagca caagatcctc cccacgatca cggccttgta ggtcacgttg ccaccggtgt
      301 agctgacggc ttggtcgaag atggagaggg cgtcgcgcat gccgccgtcg gctttctggg
      361 cgatgacgtt gagggcctcg gcctcggcct ggacgccctc tttctgggcc acgtattgta
      421 ga
//
LOCUS       SEQF2638.1|AYYF01000654.1 750 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..750
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gcgccgagac gctctacgag ttcggcaacg aggatcagca cagccgctac atcccgcgcg
       61 tctgcgccgg cgaaacgatg tcgatggacc tcaccgagcc cgacgccggc agcgacctgc
      121 agtccgtcat gctcaaggcc acctacgacg aggcctcgca gtgctggcga ctgaacggcg
      181 tgaagcgctt catcaccaac ggcgactcgg acatccacct cgtcctggcc cgctccgaag
      241 agggcacccg cgacggccgc ggcctctcca tgttcatcta cgacaagcgc aacggcggcg
      301 tcaatgtccg ccgcatcgag aataagatgg gcatcaaggg atcgcccacc tgcgagctgg
      361 tcttcaacaa cgcccccgcc gagctgtgcg gcgagcgtcg cctgggcctc atcaagtacg
      421 tcatggcgct catgaacggc gcccgcctcg gcatcatggc gcaggccgtg ggcctctgcg
      481 aagccgcctg gcgcgaagcc gacaaatacg ccaacgagcg ccgacagttc ggccgcgcca
      541 tcatcgagtt ccccgccgtc tacgagatgc tcgccctcat gcgtgcccgc gccgacgcca
      601 cccgcgccat gctctacgag acggcccgct acgtggacat ctacaaggcc ctcgacgaca
      661 tcgcccgcga gcgcaagctg acgcccgagg agcgcaagga gcagaagcgc tacgccaagc
      721 tggccgacgc cttcacgccg atgggcatgt
//
LOCUS       SEQF2638.1|AYYF01000655.1 315 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..315
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gcgtcagcat cccaaaagta tgccgagcca tgtgaaaggt aatcccttgg cgaataccgc
       61 aagccaaacc tatcgccttg agatgtacac ctatctgtac ttggcttaga tttacggaaa
      121 aaaacaaggc tgtcttctgc tttgtctttt ggttgctgga gcgataggat tagctcagct
      181 atcagatgca gaggtacaag actctcaacc tctgtcttct ttctttgcgt gcgaatgtag
      241 cttaccccct tattcctctt ttgaatatcc gaatgcctca gcttcttcac atctgcgaaa
      301 gccaaccctg taaat
//
LOCUS       SEQF2638.1|AYYF01000656.1 367 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..367
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 atcctcatct ctgccgagcg cgacaagccc tacagcctcg ccaagaaggc cggtctgacg
       61 ggtatcgtga cccacaacga cccgtcgaac atggacgccg cccgtttcct caccgacggc
      121 catatccact ttgacgactc gctcaacatc gagcgctcga acgacggtac ggtaaaggag
      181 ggagagacga acatcttctc cgactatcac ctccgcacgg ccatggtgaa catcaaaaac
      241 acccatgcga cgaataagaa caagaccacc ttcgagtcgc acctgggcga cgtatggttg
      301 ggctacagca tcgaccacga cggctgcacc ccgtttccct cacccatacc cagctacgat
      361 agaaacc
//
LOCUS       SEQF2638.1|AYYF01000657.1 641 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..641
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tcttcagccg gagccgaggg atgggcgaag atgaagttct tgccgcccgt ctcacccacc
       61 accttgggat acgacttgta cttcttcagg ttctcgccca tctgacacca gagcgtgttg
      121 aaggtgttcg tggagccggt gaaatggaag cctgcaaagt cggggctgga caagatcacg
      181 cgcccaaccg tgctgccctg gccggggatg aagttcacca cgccgtccgg cagaccggcc
      241 tctttgaaga ccttcatgag caggtagttc gaatagatag ccgtcgtcga gggtttccac
      301 acggccacgt tacccatcat agccggtgcc atattgaggt tcgaggcgat agaggtgaag
      361 ttgaatggcg tcagcgagaa gacgaagccc tccagggcgc gatactccaa gcggttgatg
      421 atgcccttct ccgaataggg ttggtcggca tagatctgcc cggcgtagaa ggcgctgtaa
      481 cgcaggaagt cgatcagctc gcacggggcg tcgatctcgg cctggaaggg gttcttgctc
      541 tggcccagca tcacggccgc gttgagcaga tagcgatact tcgtggcgaa aagctcagcc
      601 gcacgcagca tcaccatcgc acgctcctcc cacggcagcg a
//
LOCUS       SEQF2638.1|AYYF01000658.1 284 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..284
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gcagaaagta cttaccaaaa ccttacttat tcggacaagt tgcttcgaga gttcgtgaag
       61 gaaaacggag ggcgggacat cccccttgca ggcattacgg aagatctgtt tgaagacttc
      121 cgcttcttcc tgaaaaaacg cggtttggcg gcatcgacca taaaccacct cctctgccga
      181 ctgagtcggt tgatgtatcg cgcggtagac ttgaaagtca tccgctgcca tccttttgag
      241 gatgttacct acgaaaagga ggaacggaag attcgcttct tgca
//
LOCUS       SEQF2638.1|AYYF01000659.1 399 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..399
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 caagcggcgc catcgtgtcg cacaatgaga cctaaaagtt ccgagagatg ccatcgtgtc
       61 acacaatggg gcaaattctc tcttctcctt tcatagaaat actgttttta gattggcaaa
      121 agtaaggtgt gagagaggac cccatcgtgt ctttaggtgt cactccgttt ctgatcggga
      181 gttgtttgct gccaagggta gcgaagcaga atctgatcga gggttgtttg ctgccagaag
      241 tagtgaatca gaatctgatt gagggttgtt tgctgtcagg ggtagcgaat cagagtctga
      301 tcgagggttg tttgctgccg gaagtagtga atcagaatct gatcgatggg tgtttgctgt
      361 tagagacagt gaatcacccc tacttgtccg tgcttactt
//
LOCUS       SEQF2638.1|AYYF01000660.1 337 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..337
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 accctgacgg ccccaaaaaa catgatcatt ttttgagccc atacattttc cgcgttaccc
       61 tgacggacaa aaaataggaa cctatacgtt ttcggaatta ccctaacagg cctatttttt
      121 gaaccaaaat agatatccaa ttcacgtaac ccatccctat tttttccctc gatgttttca
      181 gggtccctct gaccgaccca gaaaacgaaa aaacgacccc accggctgaa aaaaccgatg
      241 gggtcgtttg aagtatgtag cccggaggtt ccgggcgacg tatgtgtcag gcaaacttaa
      301 cgctcgccgg cctcgcgttt cgcgtcgttg accatct
//
LOCUS       SEQF2638.1|AYYF01000661.1 878 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..878
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             74..304
                     /locus_tag="SEQF2638.1_00187"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRYNEYLMTRLRTMWGISLSHLRDTFGPRRLAHFLRHATPYIAS
                     GRLVRLHDLADTIRLTEEAFFVSDGIISSLFV"
ORIGIN      
        1 ctcgctcccc gcctacgtct ccggcatcct ctccggccgc cccgaccgag agcgcgaagt
       61 gacggacgac gatatgcgtt acaacgagta cctcatgacc cgcctccgca ccatgtgggg
      121 catcagcctg tcgcacctcc gcgacacgtt cggccctcgc cgcctcgccc atttcctccg
      181 ccacgccacg ccctacatcg cctccggtcg cctcgtccgc ctgcacgacc tagccgacac
      241 catccgcctc accgaagaag cctttttcgt ctccgacggc atcatctcct ccctcttcgt
      301 ctgacccaaa tccttggggc gtaatctttg ctttgtcctc caatccccta ttgtctcaga
      361 caataagcga ttcctgtaca tagaagcctc tcttgtctga agcaataaaa aaacgcctat
      421 acgtggaaag ccctattgtc tgaagcgata agcccctccc cgaacagaaa aatcccattg
      481 tctcagacaa tactaaatac ctgatcgagg tattcattat tgtctcgatc aacaacaaat
      541 aaaagcaatc tcatttgtta tctgctcaat caataataaa tggatcgatt cccatttacg
      601 accatctcag acgatcatga atccatcgac aaggtattta gcattgtctg agacaacggt
      661 ttattcataa cataggaacg cgccaccgcc tcggacatgg agcgcttcat ggtgtatgaa
      721 ttggctatcg accaagactg gaaaggtttt caggttaacg agttcgccat tgtgtgagac
      781 atagagagga tccacgcgta taaatccatt gcgaaaagcg acatgtctcg cttcagtgta
      841 tcaccttttc accttgcctg aaaagatcaa acatgcgg
//
LOCUS       SEQF2638.1|AYYF01000662.1 300 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..300
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggcgatcagc cacacgccga ggcgctccag ctcggcgagc tgctccttgc caaactcctc
       61 gaggaagatc cgcgtgttcg gctccaccgt ccccccggcg cggagcgtcc agctgcggtt
      121 cgaggcagac atataactat aggaaagctc gtaattactc tcgttgatca ggtacacctc
      181 gtagccacta tcgaccaggt tcttcgggtc gatcggcagg taggccaggc tcacgttcag
      241 gcgctccccg cccggcgtct cctccggacg ataggccgtc ggccgaggct gagccggctc
//
LOCUS       SEQF2638.1|AYYF01000663.1 2688 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2688
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(267..2609)
                     /locus_tag="SEQF2638.1_00188"
                     /EC_number="5.1.1.1"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01201"
                     /codon_start=1
                     /transl_table=11
                     /product="Alanine racemase"
                     /translation="MKTRTNDGHRYLFELYRLGVRSFVVNHEPAEARMMPDANFLVVT
                     DVLAAMQSLAAYHRKRFQIPVIGITGSNGKTIVKELLYQLLHADFNIVRSPRSYNSQI
                     GAPLSVWQMDERHTLGIFEAGISQPDEMEKLQRIILPTIGIITNIGEAHQENFASATQ
                     KCLEKLSLFTDSDVVIYNADDDFIASSLDKAYLSHKAVGWSRRDSEAPLYIKSIQKKE
                     STTELRCEMLDREHVYEIPFTDDASIEDVIHCIALMLYLKPTSLENKQIFSELEPVAM
                     RLEVKEGINGCQLINDTYNSDINSLDIALDFQLSRRAGKPLKTTIVISDILQSGMLPK
                     TLYRKVAELLRRKRVERIIGIGRDLKEYAAAFEIPEKEFYLTTDEFIHSPSIRSFDHE
                     LVLLKGSRVFHFERITELLEKKVHETVLEVNLDAVVHNFNYFRSRLRRETKMVCMVKA
                     FGYGAGAYEVARTLQEHRCDYLAVAVADEGEALRKEGITIPIMVMDPEFSSFNTLFEY
                     RLEPEVYSFRLLEALIHEAGRRGITSYPIHIKFDTGMHRLGFQPEDVPAICQRLSSQS
                     ELAVRSTFSHLVGSDSAEHDDFTRRQFQLFTDAASQLEHGLGYTVLRHILNSAGIERF
                     GEQQMDMVRLGISLYGISATDRDSRRLQPVSSLRTTILQIQIVPAGDSVGYGRRTYLQ
                     RPSRIAIIPIGYADGMDRHLGNGVGQVLIGGHRCPTVGNICMDLCMIDVTDTDAKEGD
                     SVTIFGPGLPVSEMAERLGTIPYEVLTSISPRVKRVYYKE"
ORIGIN      
        1 ggggtgtatg attcggcgcc aggtacacgt ggggcgtatg caatacgccc ctaccttacc
       61 gacagaaaaa gctatcctta atggccgatt cagggtgata gctctccgcc attttagcga
      121 cctatccgct acacccggcg aaagccctcc gccattcctg cgacccatcc tccgctctcg
      181 acgaaagccc tcggcgattc cgttggccta tccgctacat cggatgatag cccgcagtaa
      241 tttctgcggg ccatcggtcg cttgagctac tccttataat agacgcgttt tacgcggggc
      301 gagatggagg tgagtacttc gtaggggatc gttccgagac gttcggccat ctccgatacg
      361 ggtaagccgg gcccgaagat agtcaccgag tctccctctt tggcgtccgt atcggtgacg
      421 tcgatcatgc agaggtccat gcagatgttc ccgaccgtcg gacagcgatg tccgcctatc
      481 agcacttgcc caacgccatt gccgaggtgt cggtccatgc cgtcggcata gccaatcgga
      541 atgatggcga tgcgtgatgg gcgctggagg taggtgcgcc gaccgtatcc gaccgagtcg
      601 ccggcgggga cgatttgtat ttggaggatc gttgtgcgta gcgagctgac cggctgtagg
      661 cgacggctgt cgcgatcggt tgcgctgatg ccgtagagtg agatgccgag acgcaccatg
      721 tccatctgct gctctccgaa acgctcaata ccggctgagt ttaggatgtg gcggagcacg
      781 gtgtaaccca atccgtgttc caattggctt gcggcgtcgg taaacagttg gaattggcga
      841 cgcgtgaagt catcatgctc ggcgctgtca ctgcccacaa gatgtgagaa ggtcgatcgc
      901 acggccaatt cgctttgcga agagagtcgc tgacagattg cgggcacatc ctccggttgg
      961 aaaccgagac gatgcatgcc tgtgtcgaac ttaatatgaa tggggtaaga agttatgccg
     1021 cgccttcccg cttcgtggat gagtgcctcc agcagtctaa aactgtaaac ctcgggctcg
     1081 agcctatact caaagagggt gttgaagcta ctaaattccg gatccataac cataatggga
     1141 atcgtgatgc cttccttccg cagtgcctct ccctcgtcag caacggctac ggccaagtaa
     1201 tcgcaccggt gctcttgcaa agtgcgcgcc acttcgtatg ctccggcacc gtagccaaag
     1261 gctttgacca tacaaaccat tttggtttct ctccggagtc gggaacggaa atagttgaag
     1321 ttatgcacca cggcgtcgag gttgacctca agaacagttt cgtgaacctt tttctccagg
     1381 agctcggtaa tccgttcgaa gtggaacact cgcgaaccct tgagcaatac caattcgtga
     1441 tcaaatgagc gtatggaggg tgaatggata aactcatcgg tagttaagta gaactccttc
     1501 tcgggtattt caaaggccgc agcatattct tttaggtcgc gtccgatgcc aatgatacgc
     1561 tccacgcgtt tccgacgcag tagctcggcc accttccgat agagcgtctt aggtagcatg
     1621 cccgactgga ggatgtcgga gataacgatc gtcgttttaa gtggcttacc ggcgcgacga
     1681 cttagttgga aatcgagagc tatatcgaga gagttgatgt ccgagttata ggtgtcattg
     1741 atgagctgac acccattgat gccttccttt acttccaaac gcatagccac gggctcaagc
     1801 tcggagaaga tttgcttgtt ctccagcgat gtgggcttca agtagagcat gagggcgata
     1861 cagtgaataa catcctcgat ggatgcgtcg tcagtaaacg gtatctcata gacatgctcg
     1921 cggtctagca tctcgcaacg gagctcggtc gtcgattcct ttttttggat agacttaatg
     1981 tagagcggag cctccgagtc tctccgagac caaccgacgg ctttatggga taggtaagcc
     2041 ttatccagcg aggatgcgat gaagtcgtcg tcagcgttgt agattaccac gtcgctatcg
     2101 gtgaacaagg atagtttctc taagcacttc tgtgtggcag acgcgaagtt ctcctgatga
     2161 gcctcaccaa tgttggtgat gattcctatg gtcgggagga taatgcgctg gagtttttcc
     2221 atctcgtccg gctgcgagat gcctgcctca aaaattccta aggtgtgtcg ctcgtccatt
     2281 tgccaaaccg aaagcggcgc cccgatctgt gagttgtaac tccggggaga gcgaacgata
     2341 ttaaagtcgg catgcaacag ctgatagagc aactccttca caattgtttt tccattgctc
     2401 ccggtgatgc cgattaccgg tatttgaaat cttttgcgat ggtaggcagc cagcgattgc
     2461 atcgccgcga gcacgtcggt aaccaccagg aagttggcat ccggcatcat gcgcgcttcg
     2521 gcaggctcat ggttgacgac aaagctgcgc acgcccaggc ggtaaagctc gaagagatag
     2581 cgatggccgt cattcgttcg ggttttcaat gcaaagaaga gggtagtctc cggaagtgtt
     2641 gcaattcgtc ggcgagtgga tcatgaagcg ctaaactccg tgtgggca
//
LOCUS       SEQF2638.1|AYYF01000664.1 273 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..273
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 caactggacc ctgccgaagg tctacgccga tgagttcgcc tacaagccgc cgatggcgca
       61 ctggatgatg gccctcgcct ccctgcctgg cggccgcgtc acggagctga ccgcccgcct
      121 cccctccgca gtggcctaca ccgttctcgg cgccatgatg ctcatcttct tagggcggcg
      181 tgtgcgcttt caggaagcct tcatcgccgt ctgtgtcatg ctcacgtgcg tcgagatcca
      241 ccgcgccggc atgatctgtc tcttaacaca tct
//
LOCUS       SEQF2638.1|AYYF01000665.1 332 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..332
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             21..143
                     /locus_tag="SEQF2638.1_00189"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIIKANAGADTDVNRLLRRLMGEDNTPSLRRINIELSKRA"
ORIGIN      
        1 tcctgcaact gacggccacg atgatcatca aagccaacgc cggggcggat acggatgtga
       61 atcgcctgct tcgccgtctg atgggcgaag acaatacgcc gtccctccga cgcataaaca
      121 tcgaactgtc aaaaagggca taacgacgat gaagaaggga ctgacagcgc gcaatgtgtt
      181 ggccacgaag ttcaacacgc tcgggtttga tggcgtgtgg cgcgatgcgg tgggtgatcc
      241 ccagctgacg ggcagctgga tcatttatgg cgacacaaag aatggcaaaa cgaccttcgc
      301 tatgatgcta tccaagtatc tgaccggctt cg
//
LOCUS       SEQF2638.1|AYYF01000666.1 226 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..226
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtttttgtct atcaagaatc ccagattgaa gttgtggctt ttctcaggtt tcaatccggc
       61 agcaggaaaa gttatgatgc cgtcaccgaa caactcttgc gaattaggga gacgtattgc
      121 tcgttgatag gaagccttca gatgaaagcc tttgaacggt tcatatttca ttgcttctat
      181 ccatccgatt tgcgatgtcg tattgctctt tttcttcgga gcctca
//
LOCUS       SEQF2638.1|AYYF01000667.1 449 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..449
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gttgtggatg gaagcgatct gcaaagccag cagctcttcg gcgcggaaaa ggtggtgcag
       61 gtaagcgcga ctatggagca agtccacggc gcagtggccg tccggatcga tgggcgagaa
      121 atcgtcggcc catttgcgat tgcgcatgtt catcgtgccg cgggcggtga agagttggcc
      181 attgcgtccg ttgcgcgtcg gcatgatgca gtcgaacatg tcgacgcctc gctcgatggc
      241 ctccaggata ttcgccggcg taccgacacc catcaggtag cgcggcttgt ccacaggcag
      301 gatggcgttg accagctcga tcatctcgta cataacctcc gtaggctcgc ccaccgacag
      361 cccaccgatc gcgttgccgt ctgcgccagc ctccgccacg cgttcggctg cccgtgtgcg
      421 caggtcggga tagacgcagc cttgcacaa
//
LOCUS       SEQF2638.1|AYYF01000668.1 299 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..299
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gactatgcca cggagggtcg gctatacttg atcatatcgt ggagggcgtc ataatttttg
       61 gtgtccatag aggtgtgata tgtttagtta gaactggaaa ccatctggag tggcaaaacc
      121 taattactgc gaggtatggc ggacaaacac ggaccgccac ggaagtctaa atttctttat
      181 cgtcgaacga atgtgatacc tgtttggtac ttgcgtggca aatatacggc gcttttggat
      241 agctcgtact ccatgcggtg actaattatc gtatgtgcgc gcacgcctat atataaggt
//
LOCUS       SEQF2638.1|AYYF01000669.1 400 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..400
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gaggcagtcc gcccctgcgc aggccccacc tccggggtcg gattgcggtg ggccgtcctc
       61 agaatggtcg ggcggaagtg tcagtcgggg gcggtgttta cacttttcgg tattcctttg
      121 tgatccgatt acagaaccac atggattatg cactcaataa acgataacga actgttgcag
      181 gccgatctca cggcatgtgt gcgcacactg cgcgaaggcg gactgatcct ttatcccacc
      241 gacacgatct ggggcatagg ctgtgatgcg acctccgatg aggccgtccg acgggtttat
      301 gcgctcaagc agcgcgccga tcacaaggcc atgctgaccc tcgctgacag cccgggacga
      361 atgatggggt acgtcgacgc catccccgac atcgcctggg
//
LOCUS       SEQF2638.1|AYYF01000670.1 582 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..582
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gcttttgtat tgcgtgtatc tgaacagttt tccttaaacg taaaacctaa aatgaggact
       61 ttacttccag ctatccgaat ttgtttttgg atcatgagtt tgatcacttt ttgagcgata
      121 aaacctccta ttttgtcatt gacattccgc ccagagagaa taacctgagg attataccct
      181 aagctctgag atttgtgcaa taaataatac ggatcaacac caatgcaatg tccaccgact
      241 aatcctggag tgaattttaa aaaattccac ttggtagatg ccgcatctaa gacctcacgc
      301 gtatcaatcc ccatcttatc aaagattagt gccaactcat ttacaaatga aatattaaca
      361 tctcgctgag cattctctat tgctttagag gcctctgcaa ctttaatcga tgatgtgcta
      421 tgtgtcctag ctttaactat tgatccgtat aattcttcca actcatccag cgtcgttgga
      481 gtggaggcag aaatcacctt cttaatcgta gtcagcgtat gctttttgtc ccctggatta
      541 attcgttctg gagaatatcc atagaagaaa tcttggttgt ac
//
LOCUS       SEQF2638.1|AYYF01000671.1 517 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..517
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gagccacggc ttgagcggcg ccacaccctc gccattgcgc cgcgtgctgt ccatcgccag
       61 gttgtagagg tcgccaatct tctgcgccac cgtccccggc tcattcttcc gccccgctat
      121 ctcctcgatc agcgacttga gctgttcgcg gttattctcg gccagcatgt cgaacgatcc
      181 gaagcgcgaa tactcgcccg tcagcgggtg cgtcttcatc cagccgccgc aggcgtactg
      241 ataaaaatcg acggcaggat ccgccgtctt gtccaaattc tcaatgcgga tacccgcatc
      301 tccggccggc gtcgctgccg gctgcgcttg tgcatttcct gtcatcatca gtggaatgat
      361 tgctgctact tgtaaatact ctcgattcat gtgatgtgta gtatgattaa aagaacgtgt
      421 ctcttgtgct gaggcttcca cgcctcattc ttcgcttctc attttgcggt caccccgctc
      481 tcctcaaacc gcccgttgcg ccaggggtag acctgtc
//
LOCUS       SEQF2638.1|AYYF01000672.1 394 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..394
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(63..383)
                     /locus_tag="SEQF2638.1_00190"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRYFFNLGPQIGLLTGESTDENLNGATPNKTNDQHTMDIERRFA
                     WGLCGGPGVELRTSVGYFQLEGRYYYSLGDFYSTRHGDAFSKASPQVFTLRLAYFMPF
                     TLRH"
ORIGIN      
        1 accgaggccg gggaagtttg gccgggttct gggttgtatc acaaccgagg gccgcagccg
       61 cctcagtggc gcagggtgaa gggcatgaag taggccagcc gcagggtgaa gacttggggc
      121 gaggctttgg agaaggcgtc gccgtggcgg gtgctgtaaa agtcgccaag ggaatagtag
      181 tagcggccct cgagctggaa atagccgaca gacgtgcgca gctctacgcc cggcccaccg
      241 cagagccccc acgcgaaacg tcgctcgata tccatcgtgt gctggtcgtt cgtcttgtta
      301 ggcgtggcgc cgttcaggtt ctcgtccgtg ctctcgcccg tcaggaggcc gatctgcgga
      361 ccgaggttga aaaagtatcg cacgcgctcg gagc
//
LOCUS       SEQF2638.1|AYYF01000673.1 711 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..711
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(121..600)
                     /locus_tag="SEQF2638.1_00191"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKYYSTNHQVSPASLEEAVVRGLAADRGLFMPERIPTLDRAFID
                     GMKRMTFHEIALHVASAFFGDDMPQSDLRRIVEDTLAFDTPVVDGGQVVTENRKVGHL
                     TARVESVGHRVQSARSSELGQPIHRRRRCILQGRQSAQFGYRLVGHAVSQNDDMLHI"
ORIGIN      
        1 gacctacttg taccgatctc tgctgatcag gcatcgtgcg tccgccccta cgtttacttt
       61 tgccgcccct acaacacatc gaaatccctg ggcggactgt gaggtgcgcc cacatacata
      121 ttatatatga agcatatcat cattttggga gacggcatgg ccgacgagcc gatagccgaa
      181 ctgggcggac tgacgccctt gcaatatgca cctacgcctg cgatggatcg gctggccaag
      241 ctcggagctt ctggccgact gcacacggtg cccgacggat tccacccggg cagtgaggtg
      301 gccaaccttt cgattctcgg ttacgacctg cccaccgtct acgacgggcg tgtcaaaagc
      361 cagcgtgtcc tccacgatgc ggcggagatc gctctgcggc atatcgtcgc caaagaaggc
      421 gctggccacg tggagggcga tctcgtgaaa ggtcatgcgc ttcatcccgt cgatgaacgc
      481 gcggtcgagc gtggggatac gttcgggcat gaatagcccg cggtcggcgg caagcccgcg
      541 gactacagcc tcctcaaggc tggcgggcga tacttggtga ttggtgctgt aatatttcat
      601 agggaagtcc tcttacggtt tcaagaacac cttcataaac tcatccttac ggagcagtcc
      661 gtagctgcca tcgacggcgg cgaactcgtc gtaacgctcc acggcgtcgg g
//
LOCUS       SEQF2638.1|AYYF01000674.1 290 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..290
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gacgtgaagc attggcctgc aatcaagaat ccgaagaaat atgccggaca acgggtagtt
       61 attggatcag tgaccgatgg gtataatccc gaagaagcaa cgttccgcag gacacgtaaa
      121 cagcttgaag agctcaaaga cagcgatgca gaaatactca tttgtacaaa gagcgacctc
      181 gtgttgcgcg accttgacct gctccggcaa atgaagaaag tcaccgtatc gtggtcagtc
      241 aacacgcttg atgagacatt tcgtgccgac atggacaagg ccgtgagcat
//
LOCUS       SEQF2638.1|AYYF01000675.1 456 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..456
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cgtagagcgg catcggctcc ttcgaggcgt caccacggac gaactgttcg tacttgctca
       61 tgtccgtgaa cttgcggaag aaggcccaca cgcgagcctc gcaggcacgc agaccatcaa
      121 attcgtaagg gcaataggca ttgacgaagc tgaaatcctt gtcggcgccc ttgaaatagc
      181 ccttctcgcg ggcgaaggag acgatgtccg gcgagtacat gcagttctcc ttgtcgccga
      241 acgggatgtg gtggatacgc gcctgattgg cgtgggccgc gatgcagtcg tccgggatgc
      301 ggatagctac ccacacggcg cccttacggc cgggtccctt gccgatcatt tccatgatcc
      361 atgcctcgtt cttgtcggcg atagtgaacg attcgccgct gctgtagtaa ccgtgcgcag
      421 ccacgaggtc ggtcatcacc ttgattgcct cgcggg
//
LOCUS       SEQF2638.1|AYYF01000676.1 382 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..382
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cgtgtagacg tgtttgcgtt cgttgcgcat catgtcttcg agcatcgtgc gggcgggctc
       61 ggggtgacag tcgagcacat tggcgccgat cagctcttgt ccgggcttga ggttcacctc
      121 gcgcgattgg ttgttcatat cgatgatccg tccctcgcgg tcgcagacgg tgacggcgat
      181 gtcggcttct tggaaatact tcatcataag gggatctaaa atctaaaagt gaaagaaacc
      241 cggccgctct ctacgaaagg agtgaccggg cttacctgtt acactatatc tatgcgtaca
      301 ttatatataa cgtacacatg ggggatcagc actggcagca gccgcagagg gtgggcacca
      361 ggttacggtc gccataggca tt
//
LOCUS       SEQF2638.1|AYYF01000677.1 1498 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1498
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(887..1318)
                     /locus_tag="SEQF2638.1_00192"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVHIEITQKTPILRVFADGGSYYVDEQGHAMAVSSRYAAYLPVA
                     CGKIEKTFATTDLYKFAVFLHKHDFWNNQIEQIFVYPNKEIELIPRVGDFRIFLGSLD
                     GFEEKMDHLQLFYEQAIPKVGWDKYEMINLKYKNQIVCTKK"
ORIGIN      
        1 ctcaacaacc atatggatct cgctcagatt gatcttgcgc gtaccgatgc cgtcgacggt
       61 atcgagtgaa atgctgcctt cttgattctc gttcggcttg gcgttaccat aggtgatctt
      121 cagccgttcg gcttcggact cgacgagacg gagactcgtc aggtcgcgtg tgatcaggtc
      181 gctgccaaga ggtatgacac cgaggtaggc caagtaaccg ttcttgtaga cgacgataga
      241 ggtgacgcct gcgccaaagt cgatcacggc gcagcctaac tccttttcgt tgcgagtcag
      301 gatggcttcg gccagtgcca ggggcgacac gatgattccg gccacggtaa taccagcctg
      361 ctgctcgatg ctattgatga tggatttgcg gatgatcggc tgtccgacca cgagcttgta
      421 gcgcgcctcg atgcgacgac aagagacccc aacgggattc gaggtgcgtt tgtcatcgag
      481 ataatagacg ggcggcgcga tggccagaac gtctgacatt tcggggcggt agattttgca
      541 ctgttcgttg agcagttgga tatcttcttc tgacacgaaa gcgtcagcgc ggatagttcg
      601 cacctcggag tgatcaatgg atcgtagcga ttggcctccg ataccgatat agaccttttc
      661 gatacggagg ttgggaagtt tgttctgcag ttccagcacg agtcgtttga tgcgtgcggc
      721 cgtctcagcc acgttgtgga tgcgtccacg ccggatgcag ccgctcgact ccttcacctc
      781 ttcggctacg atggagagcg cgccccgact gttctttttc ccgaccatcc ccaccaaatg
      841 agaagtgccc aaatagatcg ctactatata gtccgtcacc ataaattcat tttttagtac
      901 atacaatctg gttcttgtat ttcaaattga tcatctcgta tttatcccat cctaccttag
      961 gtatagcttg ctcgtagaac agttgcagat gatccatctt ctcttcaaag ccatctaaac
     1021 tgcccaagaa tatccgaaag tcgcccaccc gtggaatcag ttctatctcc ttattggggt
     1081 aaacaaaaat ctgttcgatt tggttgttcc agaagtcatg cttgtgcaaa aatacggcaa
     1141 acttgtacaa gtctgttgtg gcaaaggttt tttcgatttt cccgcaagct acgggcaaat
     1201 aggccgcata gcgagagctg accgccatgg catgcccctg ttcatcgacg taataactcc
     1261 cgccatcggc aaagactcga aggatgggcg ttttctgtgt gatctcgatg tgaaccattc
     1321 ccgagggcgt cttgtagact ttcgtacgct cgacggggcc actttctaag atgcgacgct
     1381 cgatgcgtgc cgtgttgatg gcacggagag gagtatcgac ggggtagaga tcggagctac
     1441 ggagcagacg gatgacgtca cgacgggtga tgaagttgcg gtcggcactg tccttgat
//
LOCUS       SEQF2638.1|AYYF01000678.1 384 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..384
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggctacaccc tgacgctggc caaggtgggc gaatactcca gcaccgagtt tgccaaggcg
       61 gccttcaagg gcaactatct gccctactca cccgtccaca cggccttcgg ttggctcttt
      121 ctgaacaaca actcggagcg tcacctcttc cgcctcggcc tcggtttcga ctacgctagc
      181 gagtcgtacg ccgacctggc caacgagatg cgtttcgacc ccgccttcgt agccaacgcc
      241 atggtgagct accgctacaa caagttttgg acgctacagc taaacgccga caacctcttc
      301 gataagcgtt acgccaaagc cgccgaaaac accatccagt ggctccccga gccaggccgc
      361 aacatcaccg tttcggccat cttc
//
LOCUS       SEQF2638.1|AYYF01000679.1 721 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..721
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             37..378
                     /gene="flr"
                     /locus_tag="SEQF2638.1_00193"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q9KIT1"
                     /codon_start=1
                     /transl_table=11
                     /product="Flavoredoxin"
                     /translation="MVTGNKVPDKFERTGLHAVRSERVDAPVVTEFPLTIECRVVDMK
                     TTDGTMRVVGEIVNVLADETVLDERGRVDPTRLNAILFDPFQSGYYAIGEKVGQAWKS
                     GAVISKRDANA"
ORIGIN      
        1 aaccaggatc acttggaagc ggccgactac ttcggtatgg tcacgggcaa caaggtgccg
       61 gacaagttcg agcgcacggg gttgcacgct gtgcggagcg aacgggtgga cgcacccgtg
      121 gtgacggagt ttccgctgac catcgagtgt cgcgtggtgg acatgaagac gacggacggc
      181 acgatgcgcg tggtcggcga gatcgtcaac gtgctggccg atgagactgt gctcgacgag
      241 cggggacgtg tcgacccaac gcgccttaac gccatcctct tcgatccctt ccaaagcggc
      301 tactacgcca tcggagaaaa agtgggacag gcctggaaga gcggcgcggt gatctcaaag
      361 agggacgcga acgcatgaaa taaacggagg cttctgtggt gcatacgccg cagggcctcc
      421 gattcattta tatacaccat aaaaactaca gcgtaatgac aaacgaagaa ttgaagcaag
      481 gcggagctta tccgtcagag tgtacgaccg tgatcgtggg cagccgcatg acggccgatg
      541 ggtcgatgat cctggcccgg tcggaggatt ggaacatgtc cttcgccaag aatctggaga
      601 tctatgagga ccgcgaagag ggaccgaagg agtttgtggc ccaggacagc ggcttccgct
      661 gcgaattgcc ccgcgaggcg ttaggttaca ccgcgctcgc gccctgccac ctgcgtggca
      721 g
//
LOCUS       SEQF2638.1|AYYF01000680.1 778 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..778
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtgcaagtag gttccgccat ctgttcttct cgtcccgccg cgggacggcg tctcaacggt
       61 cattttggcc ccgtcccgcc gcgggacggc atctcaacgg ccattttggt ctcgtcccgc
      121 cgcgggatgg tatctcaacg gccattttgg tcttgtcccg ccgcgggatg gcgtctcaac
      181 cgtcattttg gtctcgtccc gccgcgggat ggcgtctcaa cagtcatttt ggccccgtcc
      241 cgccgcggga tagcatctca acggtcattt tgatctcgtc ccgccgcggg atgcctcgcc
      301 gtacctccca aagcatgtca tctgggcctc cctctgggga aatttcatcc atcagacaca
      361 catttctgcc agaagtggcg cgcgcttcta tctttgcctg cgcttaaaag aaaacgaaag
      421 cacatccatg aatacttccc tcaccatacg ctcggccaac gctgacgatc tggacgccat
      481 cctgtcactc ttcgatacgg cgcgccgctt catggccgcc aacggcaacc cgtcgcaatg
      541 ggtcgaaggc taccccaacg cggatattgt acgggcggac atcgcccacg gaaactgcta
      601 cgtctgcacg ccggcagatc gccaaacgat cgtcggcacg ttcgtcttca tcctcggcga
      661 ggaacccacg tatcgcctca tcgagcaggg ccactggcac gccgatcgcc cctacggcac
      721 catccaccgc atgacctccg acggtcacac gcacggcatt gcccgcgcca cgttcgac
//
LOCUS       SEQF2638.1|AYYF01000681.1 743 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..743
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(370..720)
                     /locus_tag="SEQF2638.1_00194"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDFEAFAFRINEEALPELLDAYNVKKKAVGRPKREKFDAYRDIT
                     EAQHRKALEAAFAEKEAYGYQELADALRKAYASVGVSLSGNKVVSLITTLKNKRMIEQ
                     KQGKKYSFLPDFHY"
ORIGIN      
        1 taccagagat tgcgctcggt attcactttg aaggaaggta cccgctcgtc tcgaaagggc
       61 gacttgtacc aaagattatg tccttgttgc cttacgggat cgtgtcccag actgtgcagg
      121 tagtccgcga tgcttatctg tttggcttcg tcgatagtca tagtgcgtaa agtgtgtcgt
      181 ctgattgttt tttcttttcg ccagtccgct cttttataca gtgcggcttg tatccacttt
      241 actttaaaac cgtatacata gggtacggga ataaagtaaa gtgcatgccg ggtgcccccg
      301 aatcactttg ctttagtcct tatatatagg caccccgaag taaagtaaag cgatggcgaa
      361 gttggggttt caatagtgga agtcgggcag gaagctgtat ttcttgccct gtttctgttc
      421 gatcattcgc ttattcttca gtgtggtaat caggctgacc accttgtttc cactgagcga
      481 aacaccgacc gaggcatagg ccttccgtag cgcgtctgcc aattcctgat agccgtatgc
      541 ttctttctcc gcaaaagccg cttccaacgc cttgcgatgt tgtgcttcgg taatgtcacg
      601 ataggcatcg aacttttccc gtttcggccg gcctaccgcc ttcttcttga cgttgtaggc
      661 atccaacagt tcgggcagcg cctcctcgtt gatgcggaag gcaaaggctt cgaagtccat
      721 cgcccggata tgagctgccc gta
//
LOCUS       SEQF2638.1|AYYF01000682.1 473 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..473
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             1..237
                     /locus_tag="SEQF2638.1_00195"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKECTYPPKTKQGHVKEPMAEYEVDTRADEDDIAPFLLHSLDDL
                     REEIYRRDDEWQRGEVRGYTMDEVRKMAAEWMKK"
ORIGIN      
        1 atgaaagagt gcacctatcc tccaaagaca aaacaaggcc acgtgaaaga acccatggct
       61 gaatatgaag tggatacgag agctgatgaa gatgacatcg ccccttttct gcttcactct
      121 ttagacgatc tcagagaaga gatctacaga agagacgatg aatggcaacg cggagaagtg
      181 cgcggttata ccatggatga agtacgaaag atggcagccg aatggatgaa aaaataaagc
      241 tcatatggct gccaaaagca tttgcagata ttgaacgtat ttacaattgg cactcagtcc
      301 atagtcaaca aggcgctaat cggctgttaa agcgtatatt cactacggca gatacgcttt
      361 ccgtcttccc tacggccggg cgcattgaat cacatttgca acgtgccgaa aaaacttatc
      421 gatccattgt ggtagataaa cgttataagt tgatctatcg aatagagaac aac
//
LOCUS       SEQF2638.1|AYYF01000683.1 510 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..510
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggctatacat atatataata ggtataggga ggcggactca gtcggcggat gggggcagcg
       61 gctgaggtgg tgttccctac gaatgcgcac ggggtgtcag ccgaccggaa gggttgccgc
      121 accgcatgcc ccgaggtgac ttcacgcacc gaacgacgct ttctcgccac ccgacgggac
      181 aggtattcac ggagcagact tggtcgtccg atttcgtttt ttgccccgcg ccctaccttt
      241 gccagccgtc gggacgcccg attgtcaatc attcctcacg cactatacat attctatatg
      301 ccccgcatca cccctgtcct cctcgcgctc cttgtgctgg cttcgtgcag cacgacgcgc
      361 tatgtgggcg aaggcgaata cttgcttgac cgcgtacgcg tggaagcgga ttactcgccc
      421 atccccacct ccgaactgaa gtcttacctc caccagcatc ccaatcagaa gatcttcggc
      481 ctactcaaat ggccgctcta cgtctatgac
//
LOCUS       SEQF2638.1|AYYF01000684.1 258 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..258
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gggtaggggc gtattgcata cgccctacca aacgcactac aaagggcgaa agggtagacg
       61 ataaacgcgc agggggcgta ttcaatacgc ccctacatgg gtatctatct gataaccggt
      121 tagagatgga gaaatgaaat acggatttat ccgccattgt ccgagacaat agaaaacaca
      181 tacccgagaa aaccacgtct ttttccagca ggtaggacgc aaaagcatac gccccatata
      241 gattcaacgt ctacccct
//
LOCUS       SEQF2638.1|AYYF01000685.1 1217 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1217
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 agatgtgtaa taagagacag gggtgctgta gttcgctaaa catttcatta atttctatgg
       61 cctgcatgat gcagcacttt cccctccccc ttcatcttaa ccacatagac gtctcacttc
      121 tcaaacacac acagatatga aaactactgc acgtttaggg ctcctcgccc tgttgctgtc
      181 catcgtctgg gcagcctgta cacacgaacc ggacgtcccg ccacggccag agccgaagcc
      241 cgacaccacg gccgtcgact ctgccttgtt aggcaaatgg tacctcgccg gcctcggccg
      301 tgtcggcgac accaccgtca cgcccatcga ctcggttagc tatgccttgg agatctggcg
      361 cgaaggcttc ctttatggcc attacgtcaa tggcagctat acctggaggg gggacagcat
      421 ccacatcaag ctcaatgtag aggacaaaca gctcatgcca gatcgcattc gcacctatcg
      481 cgaggcactg ctgagcgtcg agagttaccg tgtcgataat gaacaccaaa tgcggttctt
      541 ctacgaccgg ggtcagcgct atctgctctt cagggatcag cctacgagac catccaagca
      601 ggctattgtt ccgcaagccc tgctcaccac gtggatctta cacggccgtg tgtacttcaa
      661 ggacggaaat aaggcccttc tccgaaatac cgagacaggc cgactccgct tctacgccga
      721 tgccacttgg gtgttccaac tctcaagtgg acagctcacg ggctccttcc gcaccgatgg
      781 tcagtcgatg cacttcaccc tcacacctcc atcgctaaaa actagcccga gcgaagccta
      841 ctacctccgt caggcactgg aacgggtgac gagctataag atctacgaca atgagctgca
      901 gctctatgtg ggtggagagg aggcgtatct cactttcaaa aaagcaaaga tcgggacagg
      961 tcgcatcaac gagcacctct gccgaccgtg gaaactcgtc gggttcggac acacagcaga
     1021 tggctcggtg catattccgg aagaaggcta taacctccgc gaccggtctt tcatgctcga
     1081 attccgagct ggcggctcgc tatacaccca ttcctcaacc aattatttct acggcgagta
     1141 ctccgtggat ggccagtcgc tccgtatggc agtaggcgga ggcaccaagg tgaacgaaac
     1201 ccaagagggt aaggcat
//
LOCUS       SEQF2638.1|AYYF01000686.1 335 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..335
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 agctacggcc tcgtcgagcg agagttggcc gtcgaaatgc tgaaaaagct ccttgtaacc
       61 gaccgtgttg agggcgttga ggtggcgctg gggatagagg gcgcgggctt cgcggaggag
      121 gccgtcggcc atcatttggt cgacgcgggc gtcgatgcga cggaagagct cttcgcgcgg
      181 gcggacaagc ccgatcttga ggatgcggaa ggggcgcact ttgacggtac gcgtgcggaa
      241 gtcggagtag gggcggccgg cggtgcggca gatctcgacg gcgtggatga cacggcgcgg
      301 gttgcggcgg tcgacttcgg cgaagtgtac ggggt
//
LOCUS       SEQF2638.1|AYYF01000687.1 711 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..711
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(45..647)
                     /locus_tag="SEQF2638.1_00196"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKLIAETLKNNREQLNALQEKLKKSNIQSSALQKTIDRISKELN
                     EKAEMIASLQEELAKKDIRIKELDDIVANLNQNVETLNATSAEQTKKINEQDKQLHRA
                     YYCFGTKKELKDQNILTGGGLFSKSKMAKENFNEDYFISIDTREVTSIPLYARKATVR
                     SSHPENSYRFVKDAEGNLTLEIVNAKSFWSMSKYLVVEVG"
ORIGIN      
        1 gtgcaagtcg ataaacaagg acgtgtagcg gcgctcgggg ctggtcatcc gacctccacg
       61 acgaggtact tgctcatgct ccagaacgat tttgcgttga cgatctcgag cgtcaggttg
      121 ccctcggcgt ccttgacgaa gcgatacgag ttctccgggt ggctggagcg tacggtggcc
      181 ttgcgggcgt agagcgggat ggaggtcacc tcgcgggtgt cgatggagat gaagtagtcc
      241 tcgttgaagt tttccttcgc catcttggac ttcgagaaga gtccgccgcc ggtcaggatg
      301 ttctgatcct tgagctcctt cttcgtgccg aagcaatagt aggcgcggtg gagctgctta
      361 tcctgctcgt tgatcttctt ggtttgctcg gcgctggtgg cgttgagggt ctccacgttc
      421 tggttgaggt tggccacgat gtcgtccagc tccttgatac ggatgtcctt cttggccagc
      481 tcctcttgca ggctggctat catctcggcc ttctcgttga gctccttgga gatgcggtcg
      541 atggtcttct gcaaggccga cgactggatg ttgctcttct tcagtttctc ctgcagggcg
      601 ttgagctgct cgcggttgtt cttgagcgtc tcggcgatga gcttcatgtt gttcctgatc
      661 tgctccttct tcgtgccgaa gcaatagtag gcgcggtgga gctgcttatc c
//
LOCUS       SEQF2638.1|AYYF01000688.1 388 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..388
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 acacatggag ccccgacctg ctgcacaagc gcaaagacgc ctcgatgatg atgtacgaac
       61 acgccggtat catctttggc ctcggccatt gtggcaagga caaggatatc agccaatatg
      121 cccccggcat gacatcgtca cccgccgtga tcaacaagct gagcttggag tatatcggta
      181 acaagggcga cctgagggtg gacgctggta agcgcggtaa catcatcatc aaccgcggcg
      241 ccaagctgaa cttccaagac acgacgaaca tgaccggtaa cgccatcttc cgcacccgct
      301 tcggcgacat cgacatgcgc gagaagttcg acgccgacac catgcgcggc agcctgctct
      361 tcttggcgca ggtggataac ctcgacga
//
LOCUS       SEQF2638.1|AYYF01000689.1 362 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..362
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gacacgacac tctttgccgt atggggcgag gacaagaccg gcccgaacgg aacctctgat
       61 ggtatccccg actatctgca aaagggcctc acctacaacg gtaacaacca aaccagtggc
      121 gatgccccgg tagataacaa ccgctataac agcggtacgt ctgtagctgt aaaagattcc
      181 ggcacgatgg ttcgcaccga ggccgtgttc cttggctgga gtttcgcgca aaagggtctg
      241 atcacgcagg ccgcggatga acccgcagac ctgaagaaga ccggtgccca cttcaacatc
      301 acggccgata cgacgctctt tgccgtatgg gcaatcgaca agacgggccc gggcggtacc
      361 cc
//
LOCUS       SEQF2638.1|AYYF01000690.1 1210 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1210
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             6..338
                     /locus_tag="SEQF2638.1_00197"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSIRGAYAIRPYPDRQKIATILIHSASDMHIRWAYAIRPYPDGQ
                     KNATISIRSAHNDQKIDPILIRLPHSNLKNATISIHRQKMIPKPIGASYPRAIRKINP
                     DAYTFLFV"
     CDS             complement(912..1049)
                     /locus_tag="SEQF2638.1_00198"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSEKPIPTKVTIPRVSSQAILIKYSNPRPSGIPVLGRFFNPNAS
                     A"
ORIGIN      
        1 ccgatatgtc cattcgtggg gcgtatgcaa tacgccccta ccctgacaga caaaaaatcg
       61 ccacgatttt gattcattcg gcctccgata tgcacattcg ttgggcgtat gccatacgcc
      121 cctaccctga cggacaaaaa aacgccacga tttcgattcg ttcggcccat aatgatcaaa
      181 aaatcgaccc gattttgatt cgtttaccgc acagcaacct caaaaacgcc acaatttcga
      241 ttcaccgaca aaaaatgatc cctaaaccta tcggggcaag ctatccccgg gcaattagga
      301 agataaatcc cgacgcatat acgtttcttt tcgtataaaa gaagagatta cgcgctgcat
      361 aaagcaatct cccgcaatga aagaggtgaa tatgcaacgc atatagaatc attcgaatat
      421 gaaagaaaag catctgcatt gcagattaaa tattcacgga gcaaaagaag atgatatgca
      481 acgcaaatat gatcttcacg aatcagggag attctatctg cattgcagat tatatactat
      541 cataccgata gctatcgata tgtaatgcgt cgactatgct cctactgcga tagaactata
      601 tatgcacggc atgtagcatc ttttttaccc ataggaaaag aatatgcagc gcagattata
      661 tcttcccgga ataaaagtag gctatatgca acgcataaga tcttcttttg agccatgagt
      721 ataaattttg caacgcagat atgcttctat tgggtcgaga agattacatt tgcaacgcag
      781 atgagattct ttcttatcgg aaggtataga tatgcaacgc agattgtgat ctttcatagt
      841 gggagattgt gatttgcgtc gggtttttac ctttgtggtg ctcggggatt ggaaatcttg
      901 gcgggtatga tctacgcgga ggcgtttgga ttgaaaaacc gacctaaaac gggtatcccg
      961 gacggtcggg gattggaata tttgataaga atagcctgcg atgagacgcg gggaatggtg
     1021 accttggtgg gaatgggctt ctctgacatg ttgggaaggt gaaaattgaa ggttttaagt
     1081 atagatattt ttacacgata aggggcgggc ggattgatat gtccgctcgc tatttctcaa
     1141 agaaactatg ggggcgtatg cgatacgccc ctaccctgac ggacgaaaag ggggcggttt
     1201 ctttgttcgt
//
LOCUS       SEQF2638.1|AYYF01000691.1 367 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..367
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cctcaatacc gacgccaatc tctacgacgc cactcacgac cgcatgaaat ccgtcatcat
       61 cgacggcaca gcccaccaca aggccaatgc attcgtcacc tggagccatg atttctctcc
      121 cgcctatcat tttacggccg gactttacgg gcgagcctca tccaagcgat attatcagat
      181 caacggcgac gggaaaggct ttcaaatctg gcgactttct accacccacg acctcggacg
      241 ctcacgccac atggcttacc gcctcgaggc cggcgtggac aacctcttca attattgcga
      301 ccgtaccccg cacggcctcc atttgggcac catgacgccc gggcggacgg tttacgcctc
      361 gctcacc
//
LOCUS       SEQF2638.1|AYYF01000692.1 687 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..687
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(158..634)
                     /locus_tag="SEQF2638.1_00199"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAKQNPEAYNPYVATTLNNLGNLLNNTNHLKQAQAYYEEALEIH
                     RELAEQNPEAYKPDVAATLNNLGSLLYATNDLKQTQDYYEEALEIRRELAKQNPKAYN
                     SYVAMTLNNLVILYLELKKKGDAEKAYQGAHDIYQKLAGRHPGAYEIDYAGQLAKR"
ORIGIN      
        1 taataccaca agatttatcc tccccaagtg caccgcgaaa gaaactaggc tactgcaccc
       61 tatacggagg atctacctaa atccgcaagc gagatgttgc acctcctata gggaaataca
      121 atgtaattaa acatgaagtc taaaaaccat gagacaatta cctcttggcg agttgcccgg
      181 catagtcgat ttcgtaggct ccgggatggc gaccagctag tttttggtaa atgtcatgcg
      241 ccccttggta agccttctct gcatcccctt ttttctttag ttccaaataa aggataacaa
      301 ggttatttag ggtcatcgcc acatatgaat tgtatgcctt cggattctgt ttggccaact
      361 ctcgacgtat ctctagcgcc tcctcgtagt aatcttgggt ttgcttgagg tcattggtgg
      421 cgtatagtaa ggagcccaag ttgtttaggg ttgcagctac atccggcttg tatgcctccg
      481 gattctgttc ggccaactct cgatgtatct ctagcgcctc ctcgtagtaa gcttgggctt
      541 gcttgaggtg gttggtgtta ttgagtaaat ttcccaagtt atttagagtt gtagccacat
      601 atggattgta cgcctctgga ttctgcttgg ccaactttcg acgtatctct agcgcctcct
      661 cgtagtaagc ttgggcttgc ttaaccc
//
LOCUS       SEQF2638.1|AYYF01000693.1 263 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..263
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gggagggcgt aagtgcaacg aaaaacgaaa agtgaaaaat ggaagacgga agatgcaaga
       61 gcgggcattc atccctcacg ggaagctcgg agggcgtatg cgatacgccc ctacggatgt
      121 ttttgggcgc gctcagaatg acaagcgtgg ggatgtggct tcggttcgga tgcctcgggg
      181 tgttgctctc gtgcagcccg acggagggga cggaatcggt cacagacatt gccttttacc
      241 tggctctggc cgcgacctgt ctc
//
LOCUS       SEQF2638.1|AYYF01000694.1 240 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..240
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 caacaagatc gagtcgttca tccagaccga cgcggccgtg aacccgggca acagtggcgg
       61 cgcactcgtc aacacgcgcg gcgagctggt aggcatcaac acggctattt attccgagac
      121 gggcaacttc gctggctact ctttcgccgt gcccatcagc attgcgggca aggtggtcag
      181 cgacctcaag cagtacggtg ccgtgcagcg tgccgtctta ggcatatcga ttcagaatgc
//
LOCUS       SEQF2638.1|AYYF01000695.1 284 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..284
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gcgatgtaga gccccgtggg gatgagtcgg cgctccaagg ggcccagcgt gacgggcgcg
       61 tcgagaaagg cacgtacgtc taccccggcc gagagcggcg tggcgtattc gggcagcggg
      121 tgacgtgatg tgtttacgat tttcactttc atatgatagt cattatttga tggcaaaagt
      181 agcggcctta aacgctttca agaaatggca ttatacgaca cgaggccgat cgtggaattt
      241 ctgaaacgcg aaaatgagac gcgaaaccga tctcgggatt tctg
//
LOCUS       SEQF2638.1|AYYF01000696.1 363 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..363
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             1..261
                     /locus_tag="SEQF2638.1_00200"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLISPLMGPIMGFGLGLGIADFDLVKRSLRNYLTATLFSVVTAT
                     IYFLIPPISEAQSELLARTSPTIALFLSRNSLFGYFSTRTTM"
ORIGIN      
        1 atgcttatct ccccgctcat gggccccatt atgggcttcg ggctgggcct cggcatcgcc
       61 gacttcgacc tggttaagcg ctccctgcgc aactacctta cggcaacgct cttcagcgtc
      121 gtcacggcca ccatttactt cctcatcccg cccatcagcg aggcgcagag cgagctgctg
      181 gcgcgcacct ctccgaccat agcgctcttc ttgtcgagga actccttgtt cggatacttc
      241 agcacccgca ccacgatgta ggtggagagg ctgatgaaga ccgtattgat gaaatagagg
      301 tagaaggcgc cgaggaagta gctcaagttg cccgtcgcgt agccgaagcc ggcggtgcag
      361 agg
//
LOCUS       SEQF2638.1|AYYF01000697.1 811 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..811
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             88..408
                     /gene="hutH_2"
                     /locus_tag="SEQF2638.1_00201"
                     /EC_number="4.3.1.3"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P64416"
                     /codon_start=1
                     /transl_table=11
                     /product="Histidine ammonia-lyase"
                     /translation="MDRETTVTYHEEKGLSIGDVEALVFGRGRLNITAESLQKVDRSY
                     DFLREFSKDKVIYGINTGFGPMAQYRVDDAALEQLQYNIIRSHSTGAGRSLELRRVRA
                     ALLA"
ORIGIN      
        1 taatcaggga gtccttggtt caagcccaag tgggaccaca tgagacagaa tggcatttga
       61 acaaaatgcc ttttttattg cttgacaatg gacagagaaa caaccgttac gtatcacgaa
      121 gaaaagggtc tgtcgatcgg cgatgtagaa gcgctcgtgt ttggccgcgg acggctcaac
      181 atcacggcgg aatcgcttca aaaggtggat cgctcatacg atttcctccg agaattttcc
      241 aaagacaaag tcatttacgg catcaatacg ggcttcggcc cgatggcgca gtaccgcgtg
      301 gacgacgcag cgctcgaaca actccaatac aacatcatcc gtagtcactc cacgggcgcc
      361 gggcgttcgc tggaattgcg ccgcgtgcgc gcggccctgc tggcctgact cgtgaccttt
      421 ttgcagggtc attcgggcgt gcaccgcgac ctgcccctgt tgctccacga gtttttcgag
      481 cgtgacatct gcccgatgat ccccgagcac ggcagcgtgg gtgcgagcgg cgacctcgtg
      541 cagttggcac acatggcgct ggcgctgatc ggcgagggcg aagtttttca ccgtggactg
      601 ctccgcccga cgcgcgacgt gatggaggaa gaaggcctcc gtccactgcg actcaggctt
      661 cgcgaggggc tggcggctac gaacgggacg tcggtcatga ccggcatcgg gctcgtgaat
      721 ctcatcgagg cgcggcgcct gacgggctgg gccgtggtgg cgtcggtgat gatgaacgag
      781 gtggcggcat cgtacgacga cctgatgtcg c
//
LOCUS       SEQF2638.1|AYYF01000698.1 555 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..555
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(361..531)
                     /locus_tag="SEQF2638.1_00202"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIFVGQALTHAPQATHLSSTTSAMRVTGLMWMASNSQASTQSPK
                     PKQPNEQPVSPR"
ORIGIN      
        1 gtgtccacca tgcggtagcc cacactgagg gcgtcactca cgcagcgctc ggcttcggcc
       61 ggttccacct gatacacgcc gtagcccagc tgcggcatcc ttactccatt attcaatgtg
      121 atggtttcca tttcttcttt tactcctttc tatgtctatt ctatgtctat gtctatttgc
      181 atcgcaatcg cgtcacacga tgccggagaa gcccatgaag gccatggcca gtaggccggc
      241 ggtgaggagc gcgatgggga tgcctttcat cgccgtggtg cgctgcaacg gcacctgcga
      301 ggcgcgtccg cggacaaaca cctacgacgg cgcatcgaac tgcaccatcg ccgcctcact
      361 ctatcggggc gagacgggct gctcgttcgg ctgctttggc ttgggcgact gtgtggacgc
      421 ctgcgagttc gacgccatcc acatcaaccc cgtgacacgc atcgcggaag tggtggagga
      481 caagtgcgta gcctgcgggg cgtgcgtcaa ggcctgcccg acgaagatca tcgagctgcg
      541 taagaagggg ccgaa
//
LOCUS       SEQF2638.1|AYYF01000699.1 696 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..696
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             106..492
                     /locus_tag="SEQF2638.1_00203"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQGGKDGATANIPTKTRLTGDVLLQAGFCRCHYRLCFRSRIEKN
                     GGFHAIRDDFCAANRQTVSHRADVLTVQGFFHHIQQVFFCCSVAFTAKDSQYHLCRCR
                     TGCTGIRHPTVGASGMKFIGCSWPRN"
ORIGIN      
        1 tcctccgttg gttacgctcc actgcgtaca tgatgccgcc tgtgttttgt tcaggaccac
       61 atccgccaga ggagaagcca gctccacacg ctgcacaccc tcaacatgca aggcggcaaa
      121 gatggcgcta cggcgaatat cccgaccaag acgcgtctga ctggcgatgt acttctgcag
      181 gctggctttt gccgctgcca ttaccggctc tgcttccggt cccggataga gaaaaatggt
      241 ggcttccacg cgatacggga tgatttctgc gctgcgaacc gtcagacggt cagccaccgg
      301 gcggacgttc tcactgttca gggctttttc caccacatcc agcaggtctt tttctgctgt
      361 tccgtcgcct tcacggctaa ggacagtcag taccacctct gcaggtgccg gactggttgc
      421 actggcatcc gccacccgac cgtcggcgct tcgggcatga aattcatagg ctgcagttgg
      481 ccccgcaact gaaagccctt caaaggctgc aggcacacgc aggcgtaacg cttcatcgct
      541 ttccatcaca gccgcaacgg gcggcacagc gtcacttgtc atccacatac ttgcgggttg
      601 ccagcacgac ggcagggtcg attttcaggg tgatattgtc cgtgctgctg gtaatcagca
      661 ccatgcgcac ggtctgggta cgcccactgc cttcag
//
LOCUS       SEQF2638.1|AYYF01000700.1 785 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..785
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             31..543
                     /locus_tag="SEQF2638.1_00204"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEGDLGMRYSLSSLADELDLDAVADAAAAGRDQVEAWVRLCTEH
                     PDTLAESGSVEQRIEEELARGAIRLAVERHCGVYQTVYTPCGQLFALTGKDLADVAYV
                     VGIGGAIIHSEHPDYILEGSKADASDFTYAKPQHPSYKLDRRYIFASMGLLSAVNPEL
                     ALRIMKAEII"
ORIGIN      
        1 ggtctgccag agccatatgc caagcgtacg gtggagggcg atctgggtat gcgctacagt
       61 ctgtcgtcgc tggccgacga gctggatctc gacgctgtgg ccgatgcggc tgctgccgga
      121 cgcgatcagg tggaggcgtg ggtgcgcctg tgcacggagc atccggacac cttggcggag
      181 tcgggcagcg tggagcaacg catcgaggag gagctggcac gcggtgccat acgcctcgcg
      241 gtggagcgcc attgcggcgt ctaccagacg gtctacacgc cgtgcggaca gttgttcgcg
      301 ctgacgggaa aagacctcgc cgatgtggct tacgtggtcg gtattggcgg cgccatcatc
      361 cacagcgagc acccggacta catcctcgag ggttcgaagg ccgacgcgag cgacttcact
      421 tacgccaagc cgcaacaccc gtcctataag ttagatcggc gctacatctt cgcctcgatg
      481 gggctgctga gcgccgtcaa tccggagctg gcgctacgca tcatgaaggc agagatcata
      541 tagactttgt atagcggcgc atctgctgcg ttgcctgcga cactcggtgt tcggtcatgt
      601 actaaagtac actccctcca cctcggtctt ggacgccttg catctgcacc acgctataaa
      661 gtctccccca ttacgctatc tatctccttt gcatatcgca tttatagaag taaaaaacga
      721 actcgtaaaa acgaaaaacg tatttacgat gaaagtcatc acacgtacca ttacgcatca
      781 ggcaa
//
LOCUS       SEQF2638.1|AYYF01000701.1 714 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..714
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tgccccgcac caccgtccat gccgtttttt tcggagaaga ccgcccgcgc agctctttca
       61 gagatatatt tcaaaatgca caactattca aggccttatc tcattccata tctcgaaata
      121 cgattccacc cgacctccat cttagagcat atctcaaaat acatagctat ccgaagctca
      181 ttctagtatc attcctcaaa atatacaatt atccacggat catctcgcac cattccgcga
      241 aatatatagt tatccgaaga tcatttcggt atcgcttctt gaaatataca tctatccgaa
      301 tctcatttta gtatctttcc tcgagatata cagatatatg tggcttattt tgtaccatat
      361 ctcgaaatat atagctatcc gaagctcatt tcagaaccat ttctcggaat atataactat
      421 ccaaacctca tttcagctcc atttctcgaa atatgtagct atccgaatcc catttcagtt
      481 ccatttctcg agatatatag ctatatgaac ctcatttcag tagtttttct cgaaataaag
      541 agcctatcga ggtccgtgac agtgcttctt cccccaaaaa tgtatagctg cgggggagtg
      601 tcggctcctc cgaaacaaaa aagagggcag ataacttcgg tgagcaaccc ttttgggcag
      661 aaaatcggct gccccagcca cgagatgtaa cgtcacgcgc tccagagctt gtct
//
LOCUS       SEQF2638.1|AYYF01000702.1 541 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..541
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(201..485)
                     /locus_tag="SEQF2638.1_00205"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MADLRRYAMPPTGFKLSEQTVDFRPDGFVYITGTEPFGTSLGNK
                     LPYGYQPWGKEDNLLVGYMYFSCRIDGDELRLGRNSSVDGPVYVFKRLRK"
ORIGIN      
        1 ttcggccccc aaaattgaac ccgtacgttt tcggcgttac cctaacggac aaaaaaaatg
       61 aaccgcgggg gtgctgcggt tcaataaatg gggttgttag gataaggatc cccaaatgtg
      121 ggttcaaaaa aagatcccat taggctaacc ctaaaaacat agggcttcaa aaaatggggt
      181 tgtcgggggg atgggggtga tcactttctt agccgtttga agacgtagac cggaccgtct
      241 acggatgaat tgcgccctaa ccttagctcg tcgccatcta tgcgacagct gaagtacata
      301 taaccgacaa ggaggttgtc ctccttaccc cacggctgat agccgtaagg cagcttgttc
      361 ccaagtgaag tgccaaaggg ctccgtccct gtgatataga cgaacccatc cgggcggaaa
      421 tccactgtct gttcgctaag cttaaatcct gttgggggca ttgcgtagcg gcgaagatcc
      481 gccattaccc acttccccag cagctcggca ggtggcgtgg aggagatgat cgagataccc
      541 t
//
LOCUS       SEQF2638.1|AYYF01000703.1 280 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..280
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtatagattt atccactgta taaatcggat cccatattca tcgtatatta gaatcaagtg
       61 aacaaatcgg ctcagatata cgccgtatag tcctgtcgct tatataaatc ggcttatatt
      121 cacagcgtat atttaacccg cttctatgag ttgagttaaa tacactgtgt ctattcgatt
      181 cgcttgaata gtgcgacaga aatacacggg gtttatttga ggcgattcta tgaagtgatt
      241 tacatgtacg atatataaat gatccgtttc tatggggaga
//
LOCUS       SEQF2638.1|AYYF01000704.1 394 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..394
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 acaggaggat gaggccgaac tccttgaaga agtgcatgac gacggggtcg atggtgaggc
       61 cgaagtggcc catgacaatg ccgacgaaaa ggacgaaggt gatgccgagc gagatgcctg
      121 ccacgcggac tttgccgagc aggatgccga agacgatgac gagggaaagc aggatgacgg
      181 agtgtgctac gccgctgccc cataggagat cattgaacca ttccatagga ctgagagggg
      241 taaagctgaa tgtgaaacgt gtagtgtgta agtgtttatg atggcagcaa aggtagaccc
      301 gtctctcggg aacgaaacac tacaaacgaa aaacgcggac cggggtacat gcgctgtatc
      361 cggtccgcgt cgtgggtgca ggtcagagtc ggtc
//
LOCUS       SEQF2638.1|AYYF01000705.1 527 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..527
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 atcatctatc gcatcatcaa aacgcctcac catcgcacag gccgcacctg gaacgtctac
       61 ccgatgtacg acttcgccca cggccagagc gactatttcg agggcgtcac ccactcgctc
      121 tgcacgctcg agttcgaggt gcaccgcccg ctctacgact acttcatcga ccgcctcatc
      181 gaaagcccct tcaagaccga ggacaattac cgcacccgtc agacggagtt caaccgcctc
      241 aacctgacct acaccgtcat gagcaagcgc aaactgttgc agctcgtcaa ggagcaccgc
      301 gtcaacggtt gggacgaccc ccgcatgccg accatctgtg gctatcgccg ccgcggcttc
      361 acccccgcct cgatccgcaa tttcgtggac atgatcggct acacgaagta cgacggcgtc
      421 atcgacgtag ccctgcttga gcatgccgtg cgcgaggatc tgaacgccac cgcccgccgc
      481 gtggccgctg tgctccaccc cgtgaagctc atcatcacca actatcc
//
LOCUS       SEQF2638.1|AYYF01000706.1 661 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..661
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gcggcggcga ctcttcatat cggagagggt gagtagcagg gggaaccact ctcgctcgtc
       61 ggcctcgatg cgtcggcgga ggccctcctt gaagctggcg aacatgtcgc ccaagaggcg
      121 cagggaggtg ttgtccgagg cgtggaggaa gaagtggagg tggcgctcga tgttgggcaa
      181 ctggttctgg agatagtaga ggttggtctt cttcagatag tcgatgatct gcgagaggtg
      241 gaagttctgg agcttcttct ccgggaaata gtcttcgttg atgaaggtat tgacgatggt
      301 gaggaagaag tccgggtcta cgttgtgcgc atcgcagacg gccttgaccg tgtcgtcgcc
      361 cacgccgagg cgaatgccga agcgattgac gacgggcacg agtgcgaggt gactctctat
      421 cgcctcgctc atcttcatgt tggcgtagac cagggtcatg gtcaattact catttcaaat
      481 tacaggggga gcatgccaca tataagagaa gagctacgcg ggctttgctg actctcgtag
      541 ctcttctctt taatgggtag cacgaatcac tcgggggcgt tacgcataaa ctcttccacc
      601 ttctcgacca tcttccgact accgcagaag aagggtgtgc gctgatgcag ctccgtgggc
      661 t
//
LOCUS       SEQF2638.1|AYYF01000707.1 307 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..307
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tatacctcct accgtcggct gacgtttgga tatgagagaa cttcaggcgc tccatatccg
       61 caatggccag tccggtgaag caagagaaga gaaacatttg tcgagactgc tctgcttctc
      121 tgtcgttcac cttcagcacc atgagcttgg ctacatcact cttttgcaaa aagcgaatct
      181 tcctctcatc cttttcatag atggcatcct caaaagggtt gtagcgaatg atccttttac
      241 tgaccgcacg atacatcaat cgactcagcc aacagagatc tcgattgact gtctttgctg
      301 taaatct
//
LOCUS       SEQF2638.1|AYYF01000708.1 1487 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1487
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             154..279
                     /locus_tag="SEQF2638.1_00206"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQILDTCEFARYAPSQASDTLDTLYRQTADAIGRMENLTKH"
     CDS             286..1050
                     /locus_tag="SEQF2638.1_00207"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTPIKQITLTLLAFLFAAVSLHAADRDAELRSAEKAYADGNYPA
                     AAEQYEALIKNYGDAAEVYYNLGNAYYKLGRIAPAILNYERALVMNPGDGDTRFNLEM
                     ARQRTADRIEPADGFFGRAYRSVQHLLSVDGWAAVGLICFVAFAGCLVLFFFSKWMRL
                     RKTGFYLGLLLLFVTVMANVFAWGERQDLIVRDAAVVFTPTVTIKSSPDRSGTDLFIL
                     HEGTKVTIKNTLGEWYEIRLGDGKEGWIPRKDLERI"
ORIGIN      
        1 ggacgcaggg aggacttcta cgacgagatc ttccgcacgc tttggggtta tctcagcgat
       61 aagctcaaca tcccgcaggc cgacctgacg cgcgagaacg tcggcaacga gctggccacc
      121 ttcggcgcag acgagacact ggccaaagac ctgatgcaga tactcgacac ctgcgagttc
      181 gctcgctatg ccccctcgca agcctccgac accctcgaca ccctctatcg gcagaccgcc
      241 gacgccatcg gacgaatgga aaacctcacc aaacattgaa ctgacatgac tcccatcaag
      301 caaatcaccc tcaccctttt ggcgttcctc ttcgccgccg tcagtctgca cgccgccgac
      361 cgcgacgccg aactccgcag cgccgaaaag gcctacgccg acggcaacta ccccgctgcc
      421 gccgagcaat acgaagccct gatcaagaac tacggcgacg ctgccgaggt ctactacaac
      481 cttggcaacg cttactacaa gctcggacgc atcgcccccg ccatcctcaa ctatgaacgc
      541 gccctagtca tgaaccccgg cgacggcgac acgcgtttca acctcgaaat ggcccgccaa
      601 cgcacggcag atcgcatcga gcccgccgac ggcttcttcg gccgtgccta tcgcagcgtg
      661 caacacctgc tcagcgtcga cggttgggcg gcggtcggcc tgatctgctt cgtcgccttc
      721 gctggctgcc tcgtcctctt cttcttttcc aagtggatgc gcctgcgtaa gactggcttc
      781 tacctcgggc tccttctcct cttcgtcacc gtcatggcca acgtctttgc ctggggcgag
      841 cggcaggatt tgatcgtgcg cgacgcggca gtcgtcttta cccccaccgt caccatcaaa
      901 agctcgcccg atcgcagcgg caccgatctc ttcatcctgc acgagggcac caaggtgacg
      961 atcaagaaca ccctcggcga atggtacgag atccgcctcg gcgacggcaa agagggctgg
     1021 atcccccgca aagacctcga acgcatctaa cgccccgccg ccatgctcga acaaatcctc
     1081 gtctacgaac gcgacgcctt cctctggctc aacagcctgc acacgcccta cttagaccgc
     1141 ttcatgtgga tctactccgg caatcccgct tggatcccgc tggccgtctt catcctcttc
     1201 gccctctgct accggcgacc ttggcgcgaa tccgtgctgc tcattctggc cttagcgctg
     1261 gccatcaccc tctgcgacca gttcgcctcc ggcttctgca aacccttctt cgcccgcttc
     1321 cggcccacgc gtcacccaga cttcatgaat gtggtgcaga ccgtcatcag cccccgcacc
     1381 ggcgagcctt acctcagcgg tcgctacgga ttcatgtcga gccacgcagc caacacgttc
     1441 ggcttcgcac tgttcacctc gctgctcttc cgtcaccgcg tctacac
//
LOCUS       SEQF2638.1|AYYF01000709.1 1134 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1134
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(56..1078)
                     /locus_tag="SEQF2638.1_00208"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG1356"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFGEKEDEEARRIFDRTWFKTLVDLYFSARYWGHTLIQLGDVVF
                     TEGGVPAYDSVLLIPRRHVIPEYGRVVAEQGDDWRKGIEYRRPPFSDWLIECGGPYDL
                     GLYLKAAPHTIPKKNMLAFWDTFGEVFGMPMRIAKTTSRDPSTLNKISHMMQNMGAKF
                     WGVFEEGTDIDLKENQRTDAFNIYDRRVDRANSELSKILLYQTMTIDNGSSLSQSEVH
                     LEVLKNLIEEIADGLRDMVNGQLIPRMVAHGFPLKGASFEWDYEEDYTPEQMTAIENM
                     LLNNFDVDASYFEEKYGVKINGRRTYAPMPDGPTDADEEKMMRTLTRFFGQAPRGGGD
                     PFLSDF"
ORIGIN      
        1 gctgggcagg ggtgcgcggc gtcggtatgc gcatggccgt agtattgcct atcgatcaga
       61 agtcggaaag aaacgggtcg cccccaccgc ggggggcttg cccgaaaaaa cgggtgagcg
      121 tccgcatcat cttctcctcg tcggcgtcag ttggcccatc aggcatgggc gcatacgtcc
      181 ggcggccgtt gatcttcacg ccatacttct cctcgaagta gctggcatcc acgtcgaaat
      241 tgttcagcag catgttctcg atggccgtca tctgttccgg cgtgtagtcc tcctcgtagt
      301 cccactcgaa ggacgcccct ttgaggggga aaccgtgagc taccatgcgg ggaatgagct
      361 ggccgttgac catatcgcgc aggccatcgg caatctcctc gatcaggttc ttgagcactt
      421 ccaggtgcac ctccgactgc gagaggctgc taccgttgtc gatggtcatc gtctggtaga
      481 gcaggatctt ggagagctcg gagttggctc gatccacacg ccggtcgtag atattgaagg
      541 cgtcggtgcg ctggttctcc ttcaagtcga tgtccgtccc ttcctcgaat acaccccaaa
      601 acttcgctcc catgttctgc atcatgtggg agatcttgtt cagtgtcgat gggtcgcgcg
      661 aggtggtctt ggcgatacgc atgggcatac cgaaaacctc gccgaaggtg tcccaaaagg
      721 cgagcatgtt cttcttggga atggtgtgcg gagccgcctt gaggtaaagg ccgaggtcgt
      781 acgggccgcc gcactcgatg agccagtcgg agaagggcgg gcggcgatac tcgatgcctt
      841 tgcgccagtc gtccccctgc tcggcaacga cacggccgta ttccggaatg acgtgtcggc
      901 ggggaatgag caggacactg tcgtaggctg gcacgccacc ctcggtgaag acgacgtcgc
      961 ctaactggat gagcgtatgg ccccagtagc gggcggaaaa atagaggtcg acgagtgttt
     1021 tgaaccaagt gcgatcgaag atgcggcgtg cctcctcgtc ctccttctca ccgaacatga
     1081 tcttgaagct gcgtgccttg acgaagccgt tgatctgtcc gatggcgcca gaga
//
LOCUS       SEQF2638.1|AYYF01000710.1 594 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..594
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gcggtaggct tcgtagttcc gacccgcctc ggtgagcagt tgtcccagca ggtagcgcat
       61 gcgggtgcgt tgccgacggt tgcgctccgt gtcgatcacc ttcttgaggg ccgggatggc
      121 ttgctccgtg cggttgctct tgaccagaaa gtcggcatag acgcggtcgt aatccttccg
      181 attggcggcg gggaagccgt tcttctcgag ccgttcgagc gtcgattccg tctcgtagag
      241 ccagcccatc tcggcgtagc agcgtgcgcg gccgatgtgc gctgcggcca ccacttcggg
      301 ctcggtggcg tagtggcggg cgatgtagga ataggtggct gcggcttgga ggaagtcgcc
      361 gttgtagaac tgcccctcgg ccaccagcat ccagcaatgc ttcaggaagg ggttgtactc
      421 ctcgcggttc tgcatggcga cttcgcgggc gttgccctgc cagcccggtt tgcggacggg
      481 ctttctctgg atcgaatgct gtttgatggc cttgttaccc ttcaggatgg cgcggtcgaa
      541 gggccctccg gccgactgtt tctctttcgg cagcgtgctg acggggtgca tgag
//
LOCUS       SEQF2638.1|AYYF01000711.1 259 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..259
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             50..175
                     /locus_tag="SEQF2638.1_00209"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGPEYVTFVYPGINHYNFMDADARTIRLSHSEAVSFIQPIQ"
ORIGIN      
        1 acaaatcccc ttccaacacg gtgagcaata cgtctacacc aacggcccga tgggccccga
       61 gtacgtgacc ttcgtgtatc ccgggatcaa tcactacaac ttcatggacg ccgacgcccg
      121 cacgatccgg ctcagccatt ccgaggccgt gtcctttatc caacccattc aataagcctc
      181 aaacaaaatg aacgtaacag agcaaatcac ccgtggcacg atcgaggtgc ccgcagccgg
      241 cggcaatgtg accgtcgag
//
LOCUS       SEQF2638.1|AYYF01000712.1 409 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..409
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtatatgaat ggttgttttg attttttagc gcggcaaaga tgaaggcgcg cacgtcgccc
       61 ggcaatcccc atttcaaggg agggcaagga ggcgaattgc acaatgaaaa gaggggaaag
      121 aagagggttt acagggtgat tcacgctcgg gaggctcttc agaatctgat tctgaaggat
      181 tgcagaccgt tgcaatggct cagaatccga ttctgacgct ttgcagaccg ttgcaatggc
      241 ccagaatctg attctgacga attgcagact gttgcaatgg cccagaatct gattctgacg
      301 ctttgcagac cgttgcaaag gcccagaatc tgattctgga ggattgcaga cccttgcaat
      361 ggcccagaat ctgattctga cggattgcag aacgttgcaa aggctcaga
//
LOCUS       SEQF2638.1|AYYF01000713.1 301 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..301
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cgacagtgcg gccggagcag cggccttcgg tgcgtcgggc ttcggctcct tacgcggcgg
       61 gaagttcagt tcgtggatgg ccttcgtggg acagaccacg acacacttgc ggcagaggcg
      121 gcacttcgtg tcgtcgatgt aagccaggtt gctcgtcacc gtgatggcct cgaaggcgca
      181 ctccttgaca cagcgtgcac agccgatgca ggcgttcgag cagactttgc gtgccacgcc
      241 gcccttgtcc ttgttcatgc aggagacgaa gatgcgacgc gacttcggcc ccttcttacg
      301 c
//
LOCUS       SEQF2638.1|AYYF01000714.1 421 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..421
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             78..401
                     /gene="pgdA"
                     /locus_tag="SEQF2638.1_00210"
                     /EC_number="3.5.1.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:B5ZA76"
                     /codon_start=1
                     /transl_table=11
                     /product="Peptidoglycan deacetylase"
                     /translation="MRATFFCTARFAEAAPDVLRAICDGGHEVASHGYAHSAFEEADL
                     TRSREILRRMSGQPVTGFRMPRMMHVADEALLRAGYRYNSSLNPTLIPGRYNHLNQPR
                     NWFWR"
ORIGIN      
        1 cgatctcatg ggaagagcag ctccgcgttt cacgtgaggg gagcggccat atactaaatg
       61 tactggcgcg ccacggtgtg cgggccacct tcttttgcac cgcgcgtttt gcggaggcgg
      121 cgccggatgt gctgcgcgcc atctgcgacg gcggtcacga ggtggcctca cacggctatg
      181 cgcatagcgc cttcgaggag gccgacctca cgcggtcgcg agagatccta cggcggatgt
      241 cgggccagcc ggtcaccggc tttcgcatgc cgcgcatgat gcacgtcgcc gacgaggcac
      301 tcctgcgggc cggttaccgc tacaactcgt cgctcaaccc gaccctcatc cccggtcgtt
      361 acaaccacct caaccagccg cgcaactggt tctggagata gtagaggttg gtcttcttca
      421 g
//
LOCUS       SEQF2638.1|AYYF01000715.1 296 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..296
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(30..296)
                     /locus_tag="SEQF2638.1_00211"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSTRFTLTRRYLQAHVWLHRQCDRLSPKWQKRIVFTLCAVYFIC
                     SMAMIAQLFLPQKEEGLPIDTGKIGDSPIQRDSLYRHVIEPIKT"
ORIGIN      
        1 tgttctttgc gtttggtgtc catgataggt taggtcttta tgggttcaat aacgtggcgg
       61 tacaggctgt cccgctggat cgggctatct ccaatcttcc ctgtatcaat gggtagccct
      121 tcctcctttt gtggaaggaa gagctgagca atcatggcca tagaacagat gaagtagaca
      181 gcacataaag tgaagacaat ccgcttctgc cacttgggac tgaggcggtc gcattgtctg
      241 tggagccata cgtgtgcctg caagtagcga cgggtgaggg tgaatcttgt actcat
//
LOCUS       SEQF2638.1|AYYF01000716.1 891 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..891
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 agtccacgcg atagggccgt tcgtgggaaa aagagaagat gtctaagata ctcccgcgga
       61 cggcgtactg ccccggctca tagacatagt cagtctgctc aaagtggtaa ttatcaagta
      121 catcagaaac aaaaatcggg tccacttttt cgcttacgtg aagctccagc gtgttctcct
      181 tgagcacatt tttcgatagc acacgctcag cgatagcgtc cggataggag acgatgatca
      241 cgtccggctt gtctgattgc agcgtggcca acgtctccgt tcgcagcacc tcattggccg
      301 cgtccgtgtg gccatatttg atatgtcggt ggtaggcgga ggggaaaaag ctgacgctgg
      361 cctcgcccac cagttgcact aagtcattat agaaatatcc ggcctcctcg aggtcgttca
      421 tcaagcaaag cagacacccg ccacgcttgc gaaagagtgc cgctaagcac accgcagcgc
      481 ttgacccctg caaccctgcc caatgcatgc tgtgcacatc gcctcgatcg atcagcgacg
      541 tcagggcaac catttgcggg tgcgccgcgt aaatattttg taagtcttta atgtccatga
      601 gactgttaat cagtaagtca ggaggagaag gaaagggaga atcagagaaa ggggagatcg
      661 caacgatccc cccatataaa gggccgcaaa agtgtaccca attcgcgaaa aaccgaacat
      721 catcctcgat ttattttcga tcacgcccca catccctaag cccccgtatg cctttccata
      781 caatatctat agataaaaga agcctattcc cgccaagcca ccccttcccc gaccgacaac
      841 gagcaaagaa aatgccccct tttcgtccgt cagggtaggg gcgtattgca t
//
LOCUS       SEQF2638.1|AYYF01000717.1 539 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..539
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tgatattatt taggatgaag tcgagggtta tcctaagatc tttaatagaa gggacaagga
       61 taaataagtc tttcaaatct ttatctgaaa gatgccctac tgtagaccct tttgctcgta
      121 attcttttgc ctttatatga ggttcaatat cataacgagc ttgaatgata gaaactgaag
      181 acttgacggc tctaagtcga acacttcgct gattcagaaa tgagttattg tcactccaat
      241 agttcatgtg aaaatttcca tccattccta tcaaaagatc tttctcttga agacgatatc
      301 tttctccgat ctgttcggta gtatatgccg atatagagtt gctaagaata tctcgtattc
      361 taactacagg tatacttgtt tgttcttcta caaatagctc cgtagaaaaa gggaactttg
      421 aagatgagcg gatatgagtg ctgcatactt cgttttttta ggacgaatga ttcggagaaa
      481 tgctccgatt tgcacttcta ctaatgaaga gaatccgtag taacataatc acccaatga
//
LOCUS       SEQF2638.1|AYYF01000718.1 257 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..257
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gcatacgccc cccaaacggg cacgataggg ctcggacgac ccaaacaaat caccctgcga
       61 aataaccggg cacccgcatt tgtccccttg tcggagacgt ctaatggggc gtatgctgtt
      121 gcgccctacc ctgacggtca aaaaacagaa accggagacg taggggcgta ttgcatacgc
      181 cccacaatca gacacggcag ggcccggacg cccccaacaa atcaccctgc gaaataaccg
      241 ggcacccgca ttcgtcc
//
LOCUS       SEQF2638.1|AYYF01000719.1 320 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..320
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 attcctcact gcgcggtcaa aaaggcggcg ccgttagcac cattcctcgc tgcgcggtga
       61 aaaaggcggt ctgtttttca cagttcttgg gtgcgcggtg aaaaaggcgg cctgtttttc
      121 accattctta gctgcgcggt caaaacggcg ccgcctttag cacgccgcca ccctgcgcgg
      181 ctccgttttt tagcctttcg ctcttcaccg ttagatttta gttccacggc gccctatgtt
      241 tgccgcccga aaaatcatcg cccctattcg attttatgcg tctatacatc ctgcgcccag
      301 ccgcctggct gatcctgctg
//
LOCUS       SEQF2638.1|AYYF01000720.1 492 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..492
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggactcgtcg aagtcttcgc cagcgtcatg caggcttgcg gggccctgtc gaagtcttcg
       61 ccagcgtcaa acgggcatgg ctttcgtatc ccgcggggcg attggggtgg cggtcagtcg
      121 tggggacggg aaggaggatt gtgcgcagga atctatcttt gtccacgctt caaaccaaag
      181 aagaaacaga tttatgaaca attcgattta ccgattcccg aatccgggaa atgagccggt
      241 caagacgtat gctcccggca cgagtgataa agcagccttg aagaaggctt tgttgcagct
      301 gatcgctgaa caatgggaca tcccgctggt gatcggcggc caggagatcc gcacgggtca
      361 gacggacaag gtggtgatgc cgcacgacca ccgccatgtg ctggcgacct accacaaggc
      421 gagcgaaaag gaagtgcaga tggctatcga cgcagccatg aaggcacacc acgactggtc
      481 gtcgctgccg tg
//
LOCUS       SEQF2638.1|AYYF01000721.1 708 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..708
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 atgatatgga ccctcaaccc ctcgacactg tggcttatgt tctggagttt ggaggcgatg
       61 gctccctgca tggctatgct gtcaatggca gctatacgct gaaggacacg gccttgcgat
      121 tcaagctcca tgccgtggac gaacagcgca tgccagatcg ccttctcacc tatcgcaaga
      181 aactgctgag cgtctatcgt tacacgatct actccgacgg actactgcgg ctctattacg
      241 acaacgacac gaaatatctg cttttcgaca ggaaggagcc ggcacctccc gtgctgaatc
      301 agttgccgcg agcactgctc gccacgtggc ggatcaacga atatcgtttc atcgaggata
      361 gagtaacgag ggatctctca aacagtgagc cgatccaact ccggttcaac gccgatacca
      421 cttggacgct ccaagtctca agtggacaga ccacgggccc cttccgcacg gacagttgga
      481 ctatccgctt caaccacaga ctcaagccga tggatagatt cggatcaccc gacgaccgtc
      541 gcctcttgga gtcactgaga gaggtggtct ggtacgaatt aaaaggggat gaactgacac
      601 tctatttcag tgaaggtgcg ggcttcatca gctgccaaaa agtagagcct gaggcaggtc
      661 gcatcgacga gcacctctgc caaccgtgga aacttgtcgg gtttgggc
//
LOCUS       SEQF2638.1|AYYF01000722.1 287 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..287
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 atcgacctca gcggcgaccg cgcctatctc tcggccaact ttggcatcct ggtcattgat
       61 ctcaagaagc gggaggtcgc tgagacgtat cgcttagacc gacgcaccac ggccaccgcc
      121 ctactggccg gatcgatcta cgccgcgacg gacagcggac tgctctccgc ccccacgaca
      181 gccaacctga tggacgtcgg caactggaaa cgtgtctcgt tgaacagcct cgactttgac
      241 gatcagaaga tcgtcggcct cggtgccttc cgcgatcgac tctgctc
//
LOCUS       SEQF2638.1|AYYF01000723.1 258 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..258
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tgattatgat gatagctctc ctgaaataag aaagaatctt ggacgtgcgt attatactgt
       61 tacatttcca tatgatagta gcattgtgaa attcgagttt gattatgctg ctgaagtgcg
      121 gatatggaaa gatacgggtg aacccatgga tgttattttt ggaaatggta tggggaggaa
      181 ttttttttcg tcaagttttg aagagcagac taatcgccct ttaagaatca aagatagaaa
      241 tcacgtaagg agagcccc
//
LOCUS       SEQF2638.1|AYYF01000724.1 245 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..245
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tcataatact atccttgagg ggttcatcat catcagagaa cgaatttgcc ttatattgta
       61 cacaaagcac gagcatttcg ttgctgcctg tgttcttgaa agcacgtttg ccattgggcg
      121 caattctcac gatgcttccc tccgaaacgg gaaatcgttt gccgtctaca tcgaaaatgc
      181 cttcaccttt aagaatgaaa taaagctctt cgtgcgtttt atgggcatgg cgtgtgccat
      241 aatcc
//
LOCUS       SEQF2638.1|AYYF01000725.1 851 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..851
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gatccatgag gtactgctcc acctcgcggc gatatttcag ttcgtcgacg agtttgtatg
       61 ccaccgcctt acgggcgtcg agcagggcgc cgccttcgtc ggcaaagcgg ttcacatcgt
      121 cggccgtgat cttgcggctc ttggcgatgg agcgggtaat gttgccccag atggtgcgct
      181 ggtaggccgt gatttgctcc ctgttggcgt cgctgagctt gtcggtcatg aactgttcga
      241 cggcgccttt gtaggtgccc actcggaaga tcatcatctc tacagcgatt ttttccagcg
      301 cccctttgac gaaggtggtc tgcgaagaga ggccattcag cgagagcatc ccctcgggat
      361 tgaggaaaac tttgtcggct atggaggcta agtaatagcc cccctgggta tagcgatcgg
      421 cataggcgac gacgaacttg ccactctcct taaagtcggc cagcgcgcgg cgtacggcat
      481 cgagcgtgac cacgccgctc gaaaaagcgc ccaggtctaa gtagataccc ttcacggtct
      541 cctgttcttt ggcgttgcgt atagcagcca cgaggtcgtg catggacagc gcctcgtcgt
      601 tgccgctgac cagagccgaa aacgggctct cgggcgtggt ctcggggatc tcacccgcca
      661 gtgttatctt gaatacgctc tcccccgcct tcggacctac cgctgccgcg gagcttttgc
      721 tgagcccggc caccatgcct atcattgtga caaacaggat ggcgctgact atgatcgaag
      781 ccaggataaa gcccagcgtc gacgcaaaca tcatcttgaa aaactgcttc atatttggat
      841 tggttagata t
//
LOCUS       SEQF2638.1|AYYF01000726.1 250 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..250
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             4..201
                     /locus_tag="SEQF2638.1_00212"
                     /EC_number="3.6.1.25"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:A3DIJ8"
                     /codon_start=1
                     /transl_table=11
                     /product="Inorganic triphosphatase"
                     /db_xref="COG:COG2954"
                     /translation="MPGGDGHTWEVDVFSGANAGLTVAEIELRDADEPLTIPAWVGRE
                     VTGDARYYNSALSTRPYTEWA"
ORIGIN      
        1 ctcgtgcccg gcggcgacgg tcacacgtgg gaggtggacg tcttcagcgg cgccaacgca
       61 gggctcacgg tggcggagat cgagctgcgc gatgctgacg agccgcttac gatacccgct
      121 tgggtgggac gtgaggtgac gggcgatgcc cgctattaca actccgcgct ctccaccaga
      181 ccgtacacgg agtgggcata gagagacggg aaagcgaaaa gtcctgccgg cgggagcatg
      241 tctcctacca
//
LOCUS       SEQF2638.1|AYYF01000727.1 1199 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1199
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 agacagattt tgtataccct actgtacata acaaaaacgg ggtgccaatg gcgaatgctc
       61 cccagagatt tcactccgtg gcaaacagtc tacttttatt ttcgaaatta gaaataagaa
      121 gaagtctttg aagagctgat gtattggcta agagattcgg ttcgaaaatc ctattggcag
      181 aaaatcttcg agtcttggta tcatagactc agagaagcgt acgaacctct caccaaaacg
      241 gtaaggaatg cggaattgat ggaggtaaga agatcaaagg aaggaaagaa catatcgttg
      301 tagatatacg cttggacttc ctatggcaac ggtgattcat ccagcaaata tccatgattc
      361 taaaggcgca gtacctgtta taaagcgact tgcaggtaga ttttccgagc ttaaaatact
      421 ccttgctgat ggtggatatc gaggtccgtt ggcagagttt gtcaaaggga cttggatggg
      481 attttgaagt tgtactttgc tcccaagaac ctgctcgcaa gtctgtggca tttcccctca
      541 gatagatcat agaaaggaca ttcttttaga tagaaaacta caggagaatg actatcgatt
      601 acgagcgaag cagtgaatcc gcagaagcca tgttgtaccc ctctttctgc caaatcctcc
      661 ttgaaaaaaa cttaccgata gattcaaaac agcttgtaga attacaagag acatagccta
      721 tacgtccgct gacttttgta ctaaagtcta cacagccccc ttatttcttg ctccagtagt
      781 ttgaactggc cataaaaatg tttgtgtttt gtcatttttt agcctcctcc aatttgactg
      841 tataaacacg catttcacaa atacaaagag gttaatctga tgatagattg aatttatttc
      901 aggccgtcgt ctctctttgg gtgcattttt attacaatca aaacaagtat ttgctgtaaa
      961 atcaagttaa acccaccata gctggcacta cctatcctta aaacataaga aaaatagctt
     1021 tctgtcagag agtgatggtg gaccactatc agcacgtgta ttcaatctaa gcaacaggca
     1081 aaaagggatg tataaatctt cttagctata tttgcaataa gaggcctatc aaagaatatg
     1141 tgaggtacgc gtggccgaat gagctgaatt gacaaaagga tacatcatta ctataggac
//
LOCUS       SEQF2638.1|AYYF01000728.1 248 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..248
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             5..190
                     /locus_tag="SEQF2638.1_00213"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEAYKQTFLIPAKLIERRAVYLSRTTQDRADFVVRRLEDRGAKL
                     SILVERIEYAHLEDYTD"
ORIGIN      
        1 aacgttggag gcttacaagc agaccttcct catccccgcc aagctgatcg aacgtcgagc
       61 ggtctacctc agtcggacga ctcaggaccg cgccgacttt gttgtccgtc gattggaaga
      121 tcggggtgcc aaattgtcga tcctcgtaga gcgcatcgag tatgctcact tggaggacta
      181 caccgattag atcgaggagt ggagaaagct gtaatccaag cacaccgctc catcaaagag
      241 tccacgaa
//
LOCUS       SEQF2638.1|AYYF01000729.1 326 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..326
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cacccgccgt gccgcccgac aggtgcagta aaaccgatag tccggatact ccaactcgta
       61 ccgcttgaaa gctgcccgaa ggcaactctc gtcgaacgga ctgttgtgcg ccaccaatgg
      121 cagtcccccg atcagcggca ccacctcctg ccacacctcc ggaaacgtcg gcgcgctgtc
      181 cgtgtccgcc gccgtgagcc catgcacacg cgtattccat gacatataat aattcggctc
      241 cgggcggatc agtcgataga gcgaatccgt cacccgcccc gcacgaacca ctaccacccc
      301 cacgctgcac acgctactcc ggtacg
//
LOCUS       SEQF2638.1|AYYF01000730.1 2001 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2001
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             779..937
                     /locus_tag="SEQF2638.1_00214"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTLNALVSPRESASRSASSEMAKALSYSPSRFNVIMRSFLMSIR
                     FLTSLVNV"
     CDS             1108..1368
                     /locus_tag="SEQF2638.1_00215"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLIGYGAVVINASQGRFVRQYGFCGQRVGLFVKRDCCFGMPAFI
                     LVEASADKQLDKELWEDGCHFFGLSVTAVAAFQLALDGVGDT"
     CDS             1421..1585
                     /locus_tag="SEQF2638.1_00216"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLSARYCSRIAESVFEHCKASACFMSDVTCASASASFFSLLAED
                     VQEGSSVMSA"
     CDS             complement(1658..1786)
                     /locus_tag="SEQF2638.1_00217"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNMKKINYPDSPSTDICIPTPEQIVRKDLLQQEKDIHPPPVN"
ORIGIN      
        1 gatgaggata gagagatagc tacggttcgt accaacggct tcggctaggg cctcgagtga
       61 gagagaggga tccttataga gcatgcgatt ctccatacag tcttgtagga cgcgcagcag
      121 ctccttactt ttctcctcgg atagtcccgt ggcactccgc tccgattggt cgctgtcaca
      181 ttgcggagcc agtgtctgct ccgtcagttc ctctacccgt tccccttgtc gggcgatcag
      241 gatgtattgc tgcagtttac ggcgctgttc ggtatagacg taaacgaaag cgatcgaaat
      301 cagtaccgaa aacgcggcca ttgcaaagat cccttgacga tttttcttga gtcggagcat
      361 agcgatttgc agccgctgct gttgcttctc cgtttcgtag cgcgttttca cctcctcgat
      421 cacggcgtat ttctcccgcg taaagacgga atccttcagc gcgttccgct tttcgagata
      481 ttcgactcct gcacgaaagt cgcctgagcg gatgcaggcg gtggcgatat tctcatagat
      541 gtcttggagg taaatgagca cgtgtttctc atccgagagt tgcaaggccc tcatgctctc
      601 acggatggct tcggcatagt ctttcgtctc gatatggatg gaggccgaag agttgagtga
      661 ggcgatgatg ccaacggtgt cacccgtcag ctccatctgc tccagtgagc ggtgcgtcat
      721 gtcaagggcg cggctgtaat ctttccactc gaaatagata tttcctcggt tgttgtaaat
      781 gacacttaac gccttggtgt cgccgagaga gtcagccagt cgttcggcct cgagtgagat
      841 ggccaaggcc ttgtcataca gcccgagtcg gttcaacgtg attatgcgat cgtttttgat
      901 gtcgatccgt tttctcacat cgttggttaa tgtatagatg gagtccgcca gccggaagag
      961 cgagtcggcc tgttcatcat cgcgcatgcg ggtgcgaaca taccccatgc tcatcagagc
     1021 gtcagctgcg gctttgcttt caccctgctt ttccgctacc agcaaagctc gttggagaca
     1081 gatcatggcc gagtcgtatt gcgcccgatg ctgataggat acggcgcggt tgttatcaat
     1141 gcgtcgcagg gccgtttcgt ccggcaatac ggcttctgcg gccagcgtgt aggcctgttc
     1201 gtaaagcgcg attgctgctt cggtatgccc gcgtttatct tggttgaagc ctctgccgat
     1261 aagcagctcg acaaggagct ttgggaagat ggctgccact tcttcggcct tagcgtaaca
     1321 gctgtcgctg cgttccaact cgcccttgat ggagtaggag acacctagtt taatccataa
     1381 cgcggtgcgc agcgaatcgt tcgcgaggaa aggttgtaat atgttgagtg cccgatactg
     1441 cagccggatc gccgaatccg tgttcgaaca ttgcaaggcg tcggcctgct tcatgagcga
     1501 cgtgacgtgt gcaagtgctt cggcttcgtt cttctccctg ctcgcggagg acgtgcagga
     1561 gggtagcagt gtgatgagcg cataaaagca tatggccgtg gccattacaa gagagtctct
     1621 tgtgtcacac gtccttacac agcggtaatt gtttctttta gttaacgggg ggggggtgaa
     1681 tgtccttttc ttgttgaagc aagtcttttc ggacaatttg ctccggtgtt gggatgcaga
     1741 tgtctgtgga gggagaatcg gggtaattga tcttcttcat gttcatatcc tgatcgttaa
     1801 aatgtcgtga tatgccaaag ataaggatat ataggctcgc acatacacag agaggtgaac
     1861 aaaacaagcc atgagagttt ttttgatgtg ctgagaagct aatttgaatt tattgagtga
     1921 ttgtttttaa ggagctgttt gggcggatct tctctatatc tatttcgggc ctatttgagg
     1981 tctatttccg cccttttgtc c
//
LOCUS       SEQF2638.1|AYYF01000731.1 1108 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1108
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(211..963)
                     /locus_tag="SEQF2638.1_00218"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVKKEDFFTEENCVSYVSEDEYARLSPFIEAFDVVARTTYKSIY
                     IIDYYRRNFLYVSNNPFYLCGMKAEQVQAMGYDFYLKFTPESEHRLLLEANRSGFQFA
                     STVPSEQLNEYVISYDFHICPPGKVPTLINHKITPLKMTPGGKHVWLVLCVASLSAAS
                     KAGNIEVTRLGDEALWTYKNRQWTKERSILTKREKEVMSLLVRGNTTKEIAAKLNRSE
                     NTIKLYRKKIFAKLTVRNESTAVLAAINRRIV"
ORIGIN      
        1 gtcggcgggc tttgtaccaa tctgttattt tgccttgcca ccggataccg agtaaaatgg
       61 tatccggatt tttatctttc atcgatcaaa gataattaat acatcaacac acaaagtgaa
      121 gccccacaaa caagccagct aagggagagg tattttacat tagaatcctt ggctgtatca
      181 aaaaaacatc ggtcgctttt gcatactaat ttagacaatt cttctgttga tagcagccag
      241 cacagcggtg gattcatttc ttacggttaa ttttgcaaaa attttctttc gatacagttt
      301 gatcgtgttc tccgacctat tcagttttgc agcgatttct tttgtcgtat tgcctcgcac
      361 taaaagggac attacttctt tttcccgttt ggtcaaaata gatcgttctt ttgtccattg
      421 tcggttttta tatgtccata gtgcctcatc acccaaacgg gtaacttcaa tattacccgc
      481 tttagatgct gcagacaacg aagcgacgca gagtaccaac catacatgct tcccgcccgg
      541 cgtcattttc aaaggtgtga ttttatgatt gatcaaagta ggcacttttc ctggcggaca
      601 aatgtggaaa tcataactaa tgacatattc atttaattgc tcagacggta cggtgcttgc
      661 aaattggaag ccagagcgat ttgcttcgag cagtaaacga tgctcagact caggcgtgaa
      721 ttttaaataa aaatcatacc ccatcgcttg aacttgctcc gctttcatgc cacagagata
      781 aaatggatta ttggatacat ataaaaaatt tcgtctgtaa taatcgatta tatatatgct
      841 tttgtatgta gtgcgtgcaa ccacatcaaa agcctctata aatggagaca atcttgcata
      901 ctcgtcctcc gaaacatagg atacacagtt ctcctcagtg aagaaatcct ccttctttac
      961 catatagtca acattccttt cgagggcaaa agtaggaaat ctcaagcatt atatgagtga
     1021 tctcgttaca aacagcaggg ctgacgcata atccgaacta tagccccagt tcgaagagtt
     1081 gcagaggatt gagcgtggct aagaatat
//
LOCUS       SEQF2638.1|AYYF01000732.1 292 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..292
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ccatctggca gtgctggacc gtcttcctga ccatctgcct catctccatg ttcgtcatgc
       61 tcggcatgtt gaaatggctt gagaagatcg ccaagtaacc ggctccatcc atccataaag
      121 tagacgcaga gcagagagcg tgcacgggaa aacaagaccc gccgcacgct ctctttttgt
      181 atgcggcaaa aggatctttt taccatttct aacgtgagtt tgacgtaaga aaaaaggaaa
      241 aagaggcggg aatcaagaga aagttcgtat ctttaagcca ttgataataa gg
//
LOCUS       SEQF2638.1|AYYF01000733.1 253 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..253
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtattatgct ggaagccaat gttaaacttt aattgttaat aaacaatgaa tatccagcaa
       61 ataagaaatg caacgataat cgttgaatat gggggaaaga aaattctgat cgaccctatg
      121 ttgggaaaga aaggctgtat gcagcctttc ccctttagta gaaatcaaca cctgcgcaac
      181 ccacttcatg aactaccttt tcctgtagaa gagatattaa aaggtgtaga tgcggtgttg
      241 cttacccatc tac
//
LOCUS       SEQF2638.1|AYYF01000734.1 523 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..523
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             47..277
                     /locus_tag="SEQF2638.1_00219"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:vienna_vog:VOG01101"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKGFTEYVNFYRIREGKRLLKETDCKIITISQEVGYGSPQSFY
                     TAFRNATQLTPAQYRKAIRTANEAEEKAESEK"
     CDS             complement(313..495)
                     /locus_tag="SEQF2638.1_00220"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKSYRPIPVIADFRDASGGDTMKASIDANYRQIKQEILSLVDSE
                     IARIKADPKLQGLMKG"
ORIGIN      
        1 cgttggtacg aaccgtagct agctctctat cctcatcaac agccgcatga agaagggctt
       61 tacggaatac gtaaacttct atcgtatcag agagggtaaa cgcttactga aagagacaga
      121 ctgtaaaatc atcaccatct ctcaagaggt cggatacggc tccccacaat cgttctacac
      181 agcctttcgt aacgccacac agctcacccc tgcgcagtat cgcaaggcta tacggacggc
      241 gaacgaggca gaggagaagg ctgaaagtga aaaatgaagt aagcaccgac aagtgtgcat
      301 gaccacgcat cttcacccct tcatcagccc ctgtagtttc gggtcggctt tgatacgggc
      361 gatttcggag tctacgagcg agaggatctc ctgtttgatt tggcgatagt tcgcgtcgat
      421 ggaagccttc atcgtgtcgc ctcccgaggc gtcgcggaag tcggctatga cggggattgg
      481 gcggtaagac ttcatctcgg ctgacacttt ggcggtatcg acc
//
LOCUS       SEQF2638.1|AYYF01000735.1 817 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..817
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gccgagacgt ttgcgcaggt tgcgcaactc ccaaagcatt tgccgtggcg tctgcgcagg
       61 ttgcgccgct ctcaaagcat ttgccgcggc gtctgcgcag gttgcgcaac tcccaaagca
      121 ttggccgcga cgtctgcgca ggttgcgcaa ctcccaaagc attggccgcg acgtcggcgg
      181 tactctaaag caatttctac ctctcacgta taacaacccc gcacaatgac ccccgaagta
      241 tttgacttcc tgcgcgagct acgcgccaac aataaccgcg aatggtttca ggacaacaag
      301 aagcgttacg acgccctacg cgccgacttc atcagcgacg tcggccagct gatcaaccgc
      361 atcgccacct tcgaccccga gattgccgga ctcgatgccc gcagctgtgt ctatcgcatc
      421 tatcgcgacc tccgcttctc acccgacaag acgccctaca agacctattt cagcgcctac
      481 atgaccggct tcggcggccg atcgagcgcg tatggcggct attacatcca tctcgagccc
      541 gacactcccc agttggcagg cggcgtctgg tgtcccacct cgcccatgct caagcagctc
      601 cgccgcgaca tctgcgacaa catggacgag ctggcagcca tcatcgacac acccgccttc
      661 cgtcgcacgt tcggcacctt caccggcgaa cagctcacgc gcatgcccca aggcttcccc
      721 gccgacacgc ctcgcggcga actattgcgc ttcaagagtt acgtcgtgat gagcgtcaag
      781 cccgaatcat acttcaccgc cccggactgg ctcgacc
//
LOCUS       SEQF2638.1|AYYF01000736.1 2340 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2340
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(23..2332)
                     /locus_tag="SEQF2638.1_00221"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG7168"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHVRAATVPVTNVNLAAHDTLTVGGGAKTLIATIVPSNATNQAV
                     TWISTNPGVATVTQGPGLTATITPVAAGTTAIRVTTADGNFQKSCDVLVKPAAGTPRT
                     FTVTPTTFSNPASGGSGRDTINIASNVAWVATVQAGQNWLSAEGATTGTGNGRVILTY
                     TTNTSAARSATVTLKTAANDTTVTVTVNQAAGSAVLELEDTAQLRNVPFTGSNISIKV
                     KSNVRWRITSDAGPWIQFLDTQGNPQTARQGGNDQTVIVRVLPNLATIGRTAKITVET
                     EQTGVPKITRTANVSQSATDFSFNINGLPEPVDAAGGEFALALSGSANYAVSTRNTDW
                     LKIKEAAVEKDSISYAGGTRTFKFLVKGNETGGPRIGYVRVYYGGTLVQTRKVTQTGN
                     QINVQIITPGTIPVNGGTKEVRISGSAKWNIRISADWLRVDKKQAATGAVNDTLITFR
                     AAGKNPSIQPRTATVTVLTKLGKEAASFTLTQDGTFSTVYDKNLFESTSEKGGERTVT
                     VNSEQPWLPTLSEVAAAPAATAELLRVGVSGTDTTLTWLTVNYDREAGPSRYNGTVKI
                     VVKPNKTQLSREALLILKTTNGVALDTVVIKQYNVSGKMTPRAAEVKVTSLTMNRPNV
                     TINGEKNVQLSVAVKPDNATNKNVTWASSDTSIAKVDAKGLVTIGRKKGKVTITATAA
                     DGSGVKATSIIDVLIPQANMELSGLKVYATAGQLHLSLPASEDVQIYAVSGVLVRSFV
                     APAGDTSVALPSGIYIVRVGSLTEKVAVE"
ORIGIN      
        1 ttaatcgcta gccgtttaga gattactcca cggcaacctt ctcggtcagc gatccgacgc
       61 gaacgatgta gatgccggac ggaagcgcta cagacgtgtc gccagcagga gcgacgaagg
      121 agcgaacgag tacacccgag accgcgtaga tctgtacgtc ttccgacgcg ggcagcgaca
      181 ggtgcaactg gccagcggtg gcgtacacct tcaggccgga gagctccatg tttgcttgcg
      241 ggataagtac gtcgatgatg ctggtggcct ttacgccgct gccgtcagct gcggtggcgg
      301 tgatcgtcac tttgcccttc ttacggccga tggtgacgag tcccttggcg tcaactttgg
      361 ctatcgaggt gtcgctgctg gcccatgtca cgtttttgtt cgtcgcgttg tccggcttga
      421 cagctaccga gagctgtacg ttcttctcac cgttgatggt cacgttcgga cggttcattg
      481 tcagggacgt taccttgacc tcggcggcgc gcggcgtcat tttaccgctg acgttgtact
      541 gcttgatgac gactgtgtca agggccacgc cgttggtggt tttgaggatc agcagcgcct
      601 cacgagaaag ctgtgtcttg ttcggcttga cgacgatctt gacggtgccg ttgtagcggg
      661 agggtcctgc ctcacggtcg tagttaacgg tcagccaggt gagcgttgtg tccgtgccgg
      721 atacgcccac gcgaagcagc tcagccgttg cagcgggagc agccgccact tcgctcagcg
      781 tgggcagcca gggctgttcg ctgttgacgg tgacggtacg ctcgccaccc ttttcggagg
      841 tcgactcgaa gagattcttg tcgtagacgg tagagaaagt gccgtcctga gtgagggtga
      901 acgaagcggc ttcttttccc agcttggtga ggacggtgac ggtggccgta cgcggctgga
      961 tgctggggtt ctttccggcg gcgcggaagg tgatcagggt gtcgttgacc gctcccgtgg
     1021 cagcctgctt cttatcgacg cggagccagt cggctgagat gcgaatgttc cacttggcgg
     1081 agccactgat gcggacctct ttcgtaccgc cgttgacggg gattgttccc ggggtaatga
     1141 tttggacatt gatctggttg cccgtctggg tgactttgcg cgtttggacg agtgtgccgc
     1201 cgtagtaaac acggacgtag cctatgcgcg gaccgcccgt ctcgttaccc ttgacgagga
     1261 acttgaaggt gcgcgtgccg ccggcatagc tgatggagtc cttctccacc gcggcttctt
     1321 tgatctttag ccaatctgtg ttgcgggtgg acacggcata gtttgcgctg ccgctgaggg
     1381 cgagggcgaa ctctccgcca gcagcgtcca cgggctcggg cagaccgttg atattgaagc
     1441 taaaatcggt ggcagactgg ctgacgttag ccgtccgcgt aatcttgggc acgcccgttt
     1501 gctctgtctc gacggtgatc ttggccgtgc gaccgatggt ggcgaggttc ggcaggacgc
     1561 gcacgataac ggtctggtcg ttgccgcctt ggcgggccgt ctgcgggttg ccctgcgtgt
     1621 cgaggaactg gatccagggg ccggcgtcgg acgtgattcg ccagcggaca ttgctcttga
     1681 ccttgatcga gatattgctg ccggtgaagg gcacgttccg cagctgggcg gtgtcttcga
     1741 gctcgaggac agcgcttccc gcggcctgat tgacggtgac ggtgacggtc gtgtcgtttg
     1801 cggcggtctt gagtgtcacg gtggccgagc gggcggcgga ggtgttggtg gtgtaggtga
     1861 ggatcacgcg accgttaccc gttcccgtcg tggcaccctc ggcgctgagc cagttttgtc
     1921 cggcttgcac ggtggccacc caagcgacgt tggaggcgat attgatcgtg tccctacccg
     1981 atccgccaga agcggggttg gagaaggttg tcggggtgac ggtgaaggtg cgaggcgtgc
     2041 cagcggcggg tttgactaag acgtcgcacg acttttggaa gtttccgtcg gccgtcgtga
     2101 cccggatggc cgtcgtgccg gcagcgaccg gagtgatggt ggccgtgagt cccgggccct
     2161 gcgtgacggt ggccactccg gggttcgtgc ttatccaagt aacggcctga ttcgtggcgt
     2221 tgctgggaac gatggtggcg atcagcgtct tggcgccgcc tcccacggtc agggtgtcat
     2281 gggccgcaag attgacgttc gttaccggga ctgtggccgc ccgaacatgc acgttgcagg
//
LOCUS       SEQF2638.1|AYYF01000737.1 423 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..423
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             66..371
                     /locus_tag="SEQF2638.1_00222"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDNEKRLPTLIAEGFRDLFYIWRQELRAIFRDSGVMIFFFLVPL
                     AYPVIYALIYNPETVRDVPLAVVDQSGSQRSREFIRRVDATPDVRVVATCGSIEDGE"
ORIGIN      
        1 cctctaccct ctaccctcta tcctctatcc tctactttcc actctctacc ctctaccctc
       61 tatatatgga taacgaaaaa cgtctaccga ccctcatagc cgaaggcttc cgcgacctgt
      121 tctacatctg gcggcaagag ctgcgcgcca tctttcgtga cagcggcgtg atgatcttct
      181 tcttcctcgt ccccttggcc taccccgtca tctacgccct catctacaac cccgaaacgg
      241 tgcgcgacgt ccccttggcc gtcgtcgacc agagcggatc gcagcgcagc cgcgagttca
      301 tccgccgtgt cgatgccacg cccgacgtcc gcgttgtggc cacctgcgga tccatcgagg
      361 atggagaata gagggtggag gatagaggat agagggtaga ggatagaggg tagaggatag
      421 agg
//
LOCUS       SEQF2638.1|AYYF01000738.1 300 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..300
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtaacggatg cgggagagga caaagtcgta atgcggcatg agggcagaga gctcgctgac
       61 ggtgcggccg aagagggcgg ggttcttgac cacgagcagc agctggtgcg cctcacggcc
      121 gtggcggtcg tcctcggatt cgaggtgggc cgtctcctgg tcgtgattga tgcggaagag
      181 gaagcgcagg cagatgatgg cgaggatgat gccgaccacg cccaaggggt aggctacggc
      241 gtaaccgagg gcgatggtgg gggcggcctc gccgtggaca tcgttggagg cctcctgcgc
//
LOCUS       SEQF2638.1|AYYF01000739.1 303 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..303
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 aaagcatgga ataaagcgaa acaaaaaaac tattcacccc ccatacacaa aaaatctgca
       61 taaaaaagac ggactccatc catttctctc ccaggacgat ccaaataaat tccttactaa
      121 taaacgccaa tcctaacaat gtcggaaatg taagaaaagc cccaaaacga agcatcttac
      181 gaaaaatctt caattgcctt cttatatcat ctctagcttc taccaatacc ggttgagcca
      241 cattattaaa tccagtcaac agaacagagc tactcaatat agaccattta ttcccttgtg
      301 cat
//
LOCUS       SEQF2638.1|AYYF01000740.1 257 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..257
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 catctacgcc ggcctcgatg agctccgtga cacgctcctt gtagtcgcgc gtattgatgc
       61 ccgcgccgac gagcagcttc ttcgtagcgt cggatagctc gtccgggttc ttgcggtggc
      121 tgtcgtagtc tttgcggaag acgaagtagg ccagacggtc gtcggcgtcg atgatgggca
      181 gggagttcag cttgtgctcc caaaggatgc ggttggcttc gctcagcgag atgcccgatc
      241 gaccgtagat gatgtct
//
LOCUS       SEQF2638.1|AYYF01000741.1 831 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..831
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(544..810)
                     /locus_tag="SEQF2638.1_00223"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPYISLVNLIVGEPVVPELFGGRFTRQRITDALSRLTDDTPERR
                     QMLDGYDRMIQRLGPAGASQRAARVIAALTHSGTRPKSPPSVEA"
ORIGIN      
        1 cctcggagaa gaagcggagg ggtagctcgg tgatcttacg gttgatctga ttgcgcacgt
       61 cgcgcaccac gccggtgcgg atggggatca tggtgtagaa agccatgtac atggccagca
      121 ccttgcagag cgtcatcacg atcagcgcca cgccgagcag gatgagcgct gtggagctgc
      181 cttgggtctc aatgaggtgg ttgacgtacc agtagaagtt gttctgcagc acgccgggga
      241 gcgcccgcca cgcctcccag tcagtaactg agcgaaacgt ccatgcgaca taggtgtaga
      301 cgcggtcgtc catcttaaaa aggatgcgca ggatgggaat gatgagcgcg aaggagaaga
      361 cgttgaggat ggcggagagg atgttgaagg cgatgttcag cgccatgaag cgtttgtagg
      421 gcggaacgaa ccgtcgcagg acgcggaaga agtctttcat attctatcta tacgtgggat
      481 gaaccttgcg tggggataaa ccttcttctc ttctctggat ggaagaaaag aggccaaaga
      541 agatcaggcc tccaccgagg gaggggattt tggccgggta ccggagtggg tgagggcggc
      601 gatgacccgc gctgcgcgct gcgaggcgcc ggcggggccg aggcgctgga tcatgcggtc
      661 gtaaccgtcg agcatctggc gacgctcggg ggtgtcgtcc gtgaggcgcg agagggcgtc
      721 ggtgatgcgc tggcgagtga aacgtccgcc gaagagctcg gggacgacgg gctcgccgac
      781 gatgaggttg acgagcgaga tgtagggcac gcggaagaaa tggtcgaaga t
//
LOCUS       SEQF2638.1|AYYF01000742.1 304 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..304
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gacgaagacc gtcttcaaca cctccggcaa aaagaaggga tccgacgacc ccagcaagcc
       61 taaggaaccc aaggaaccca aggaaccgaa agagcccaag gatccgaagc agccggagaa
      121 gcccggtggt ggctcgggtg agcagcctaa gcagcccgag aagccgaagg atccgaagaa
      181 acccgacgac ggcaaccccg acatcaccct gccggaagaa tgaacgagac agtaggacgg
      241 tagagggtat cgcaagacgc cctctatcct ctaccctcta ccctctaccc tctaccctct
      301 accc
//
LOCUS       SEQF2638.1|AYYF01000743.1 516 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..516
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gcgataaaga gcgtggacat acgcctgatg aacgtcggcc tcaccgtccg gcccggcctc
       61 gagtcggtcg cggaggtcgc agaaatggcc gtaccatagg gcgagtatct ccaacgggtc
      121 atagcgctga cccgtgattt gagtcagcga gacggggttg ggggcgtcag aacgaaagac
      181 ggtttggttg aggttgagtc cgatcccgat gatcgaccgc ccgacggcgc tgccctcgag
      241 caggttctcg atgagcatgc cacagatctt gcggtcgtgc caatagacgt cgttaggcca
      301 cttcacagcg atgcccgccg tgtaccgatc caaggtgcgt ttcacactga gggccgcgat
      361 ctcagagatg cggaaggaac ggttggcggg catggcacac ggctcataaa ggaggctgaa
      421 ggtgaggttc tggccagcct ccgactccca ggagttgccc ggctgacctc gccctccgga
      481 ctggaagtcg ctcacgacga tcgtaccgtc cgacgg
//
LOCUS       SEQF2638.1|AYYF01000744.1 588 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..588
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(330..527)
                     /locus_tag="SEQF2638.1_00224"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLSYNVGEYRLLGYGKQPKSRLVQKLESGDRNIRSEYTSFCRYR
                     GKELKALRLRRRVELALLYEK"
ORIGIN      
        1 gatgaaaacg gaaagatctt atcactccca aaacggattt gaaacgaaac gacgcctcct
       61 cgcattaccg caaaaaaatc gtttggatcg tcgtctgtgt tgtggcgttg aaagccatag
      121 gcacttcaga agaattgacc gccatcttga tgctgtttgc cgtcttttat ctcgtgcatg
      181 caacactcca aatggctctt cgggtgctgt tctttttgat ccgatggatc tgcattgccg
      241 ctgcattggc ttggatcgtt agccgactgt tgttttgaga cgttcccata gcaatgacag
      301 ggagaggatc aatccaatcc ccctccccgt cacttttcat agagcagcgc aagctccaca
      361 cggcgccgta aacgcagtgc tttcagctct ttgccgcggt atcggcagaa cgaggtgtac
      421 tcgctccgga tgtttctgtc gcccgattcc agcttctgga cgaggcgact cttcggctgt
      481 ttgccgtagc ctaagaggcg gtattcaccg acgttgtatg acaacacggc aagaagtaag
      541 gagtcgcgac cgaagcgacg aaacgtgacg agccgtttct ttagatcc
//
LOCUS       SEQF2638.1|AYYF01000745.1 469 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..469
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtacgcggag cgtgcggcgg gacgggtcgc ctgggcgggc catcccttga acacgcgcaa
       61 cgcacgtcca catcgaggcg gctcggcaag cgatccgctc gcgtggggtt gcaaatatga
      121 agagtgtact gtttttaaca tatacggggg ggggtgatac agacttaaag aaacccaaca
      181 aaggggcctc atttatcccg tctttcagat tgacgaggtg taatgtctcg gtcgtataaa
      241 catctacact taccatgttc tttactccgt ttattcttct aactgcgggc aaatgtagat
      301 tagattttgc agaaaagcct acaaataccg ttttttattt caccagtagg cccaaaagcg
      361 agtaaacatg cggggagtcg gccgataaca cttctaaaga gactatcacc gaccgcaaat
      421 aatatccctt acttcaaaaa gttattaccc tcaatgcacc acgacatcc
//
LOCUS       SEQF2638.1|AYYF01000746.1 519 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..519
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gttgggccac atggtgcgct catagttgat gcgccccgca tagcgcttca ggcccgtgtt
       61 gacgatgatg ccctcttgcc ccttgtaact gcccgagatg gcgtagcgcg aatgctcgtc
      121 gccaccggcg gcgctcagct gatgctcctg ggtgaaggcc gtgcgaaggg cctcgtcctg
      181 ccagtcgtaa ctgtgcgtgg gggaggggag gggcgctttg gggttgatct cgttgtagag
      241 ggccgtgaac tgttcggcgt tgaggaactc cagtcggcgg gccgctgtgc tccatccggc
      301 cgtaccggca tatctgaggt tgttgcgccc cttggtgccc ttcttggtgg tgatcatgat
      361 cacaccgttg gcgccgcgtg tgccatagat ggctgtggcg ctgacgtcct tcagcacctc
      421 gatactctcg atgtccgagg gattgaggaa ggacagcgga tcgagcgagg cgtccgcacc
      481 cgaagcgccc gtgcgagtgg cctcgggatc gttgtagac
//
LOCUS       SEQF2638.1|AYYF01000747.1 243 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..243
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ccgtatgcag ccacagccca tcattcgacg gcacccgacg ggccacgccg gccaacgcat
       61 catcgctgag cgagaagacg tacacgtcgg catccgtgcg cacggcttca gccgacgtcg
      121 tccacgccgc gccgcccgac ctctcggcta acgcccgggc atgctccgcc gtccgactgt
      181 agacctgcac caggcgcagc cccgcatgct cacgcaacgc ctgcgcaaga tgcgtggcca
      241 cac
//
LOCUS       SEQF2638.1|AYYF01000748.1 246 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..246
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gaaggagttc atccagatgg tccgtgatgt gcgcaccttg atgattcttt tcggattgcc
       61 catcacactc gttgtcttgc tcggctttgc cctgacgaac gagatcaaag acgcacgaat
      121 cgtcgtctgt gactacgctc acgacactta ttcccgacag atcgtccaac tgctcgcggc
      181 caaccccaac tttattgtag aggagtccct catgagccac gaagagatag accgagcctt
      241 ccggag
//
LOCUS       SEQF2638.1|AYYF01000749.1 396 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..396
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tgagctgcaa gaacaccatt ttcattaaca ttcactccga accttatgag ctatgattgc
       61 ttgagacaac gttcactccc aactttcgaa actatgatcg cgcagacgaa cgttccgtct
      121 aaaaattgag ggttactatt gtctcggaca acgttaaccc ccaagcctcg cgggttatta
      181 tcgatggaga caaccgagga ttcctcggcc aggtatttcc cattgtctca gacaatcgga
      241 gctgaatacg tgtccctttt cgccatgtct cggacaatcg cagattcctt gggtaggtgt
      301 tatctattgt ctccgacaat cagagatgaa tacgtatttc atttctccat gtttaatcga
      361 ttatcagatg ggtacccggg taggggcgta ttgcat
//
LOCUS       SEQF2638.1|AYYF01000750.1 333 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..333
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gattatggtc ctcccgccga ctccatccgc cggtgtgcgt gccgcggagc tggccgaaaa
       61 cggctacttt cgaaccgcga aagcaatccg acgttacagc actcactttt ttaatacata
      121 cagcatcatg agaagaagca ttctacactt agctatcgtg gcgatcgcgg ggcttagctt
      181 cgcctccgcc caagcgcagg acggctcgga cgcgccgatc ctacgcgaca accgagtcga
      241 cacggccatc ctcagtcgcc cgatcaaccc gaagatggac ctctcccgct taccgcttta
      301 cctgctccgc atctatcggc agatccccgc cgc
//
LOCUS       SEQF2638.1|AYYF01000751.1 609 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..609
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ttcggcctgc tgcgctccga actgctgaag cagccgggca ttgagtccgt gacgacggcc
       61 atgcagctgc ccggatcggc catccgtgac ggggtgatgg tgcaaaaaga aggcgagagc
      121 gaggacaacg tgcgccgcat cgctgtgctg gtggtgggcg acgacttcct gcccttcttc
      181 cgactccgcc ccgtggccgg cgaagccttc gggcgactgc gccacacggc cgatgaggag
      241 gagcgcatgc tggtcgccgc tgcccagggc caccgcacgg acaacggatc ggagcagtat
      301 gttgtgaacc gcagcgcggc cgagatgctc ggcttccgca cgcccgatga ggccatcggc
      361 cagcagctgc gcatccgaac cggcaacggc gggctggact atatcgaccg cggcacgatc
      421 gtgggcgtca cggacgactt caactacacg accaccttcg aggccaccca gccgctgctg
      481 gtcgttcacc gggctttttt ccagcattgc ctcatggtgc ggctcgatcc agaccgtagg
      541 gacgaggcgc tcgacagctt tcggcgcgtc tgggcggccg tgaatccggg ctaccccgcg
      601 cagtacacc
//
LOCUS       SEQF2638.1|AYYF01000752.1 838 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..838
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(141..716)
                     /gene="gnd"
                     /locus_tag="SEQF2638.1_00225"
                     /EC_number="1.1.1.44"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P63334"
                     /codon_start=1
                     /transl_table=11
                     /product="6-phosphogluconate dehydrogenase,
                     decarboxylating"
                     /translation="MKEERVAASAELSGPKKTFAGDRTAFLSDLHDALYAAKIVSYAQ
                     GYALMRQAAHTYGWNLNNGGIALMWRGGCIIRSVFLGKIKEAFDRMPNLTNLLLDPFF
                     KEKVLTAQSGWRSVVASAVTNGIPVPSMSAALSYFDGYRTERLPANLLQAQRDFFGAH
                     TYERVDRERGTFFHTNWTGKGGDTSASTYTA"
ORIGIN      
        1 ggagtatttt tctttgttgt gaggtggaaa tagtttagat tgaaggagaa aagggaacga
       61 taggggcaaa aaaagtcctg ccagcgggag aaaatgaagc tccgcatctg gcaggacggt
      121 cattttttag ctatatttct tcacgccgta taggttgagg ccgatgtgtc gccacctttt
      181 cctgtccaat tggtgtggaa gaaagtcccg cgctcacgat cgacgcgttc gtaagtgtga
      241 gccccaaaaa agtcgcgctg cgcctgtaag aggttggccg gcagacgctc cgtgcggtaa
      301 ccatcgaagt aggaaagcgc cgcgctcatc gatggcacag gaattccgtt cgtgacggcc
      361 gacgccacca cgcttcgcca accagattgg gccgtgagaa ctttctcctt gaaaaatgga
      421 tccaaaagaa ggttcgtgag gttcggcatg cggtcaaatg cctccttaat tttgcccaag
      481 aagaccgacc ggatgatgca tccgccgcgc cacatgagcg cgatgccgcc gttgttgaga
      541 ttccagccgt aagtgtgggc cgcctgacgc atcagggcat aaccttgggc gtaagaaacg
      601 atcttggcgg cgtacagggc gtcgtgtagg tcgctgagga aggccgtgcg atcgcccgcg
      661 aacgtctttt tcggcccaga aagttccgcg gaggccgcca cgcgttcctc tttcatcgca
      721 gaaaggctgc gggcaaacac cgcctccgta attagcgtca gggggacacc ctcgtcgagg
      781 gccgcgatgg ctgtccactt gccggtgccc ttctggccgg ccgcgtcgag gatataac
//
LOCUS       SEQF2638.1|AYYF01000753.1 409 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..409
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(153..329)
                     /locus_tag="SEQF2638.1_00226"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIGMSINLQTSGPHWVGAASYLGEEITIYPYINETIISGGTAHE
                     GGAVHVIDTMRVNP"
ORIGIN      
        1 caccagtgca gtctgctttg catccggcgt tggcaatact ccgccgccat cgccgaccgc
       61 catatgggta atttttaaag gcacaccgag cgcggcggcg ctggcaagtt tcgccgcgcc
      121 aatatccgtc agcagggtat aaaattttgt gctcatggat tcactctcat tgtgtcaata
      181 acatggaccg ccccgccttc atgcgcggtg ccaccggaaa taattgtttc gttgatatac
      241 ggatagatcg tgatttcttc gccaagatag ctggcggctc ccacccaatg cgggccgctg
      301 gtctgcaggt tgatggacat gccgatcatg tgacggctgc atggtttggc atcgcttatc
      361 agtcgctcaa gttccagata ggtatcttca gtgatgccct ggtcctgca
//
LOCUS       SEQF2638.1|AYYF01000754.1 295 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..295
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 aacccaaaca gaggcgtgtt aagaagagag aggccaagaa acaactcgaa gcctctatca
       61 aacgctttta cgaggacgga gagaacctac tggatggcta taaaaagaaa gtggtgctat
      121 tctcttttcg accacgctca accgagcagc cagaggaata tctggtagca gaatcaaaag
      181 agaagttcgg aaagccagat gaaaccaatg aagacctcca agagagcttc ctccacggct
      241 tcatcttcga gcaacgcctt taccccacgc cctacgtcat cgagtagttt tatat
//
LOCUS       SEQF2638.1|AYYF01000755.1 569 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..569
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             18..164
                     /locus_tag="SEQF2638.1_00227"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDAVRAGLIPRPVEQIDARTAPDEELLALLAKYGIAPDAVTLWG
                     TSRG"
     CDS             203..526
                     /locus_tag="SEQF2638.1_00228"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAEALADDVLLDAEVAVDKVGAVAAVGHDPAHVGRGQDDVCRAF
                     LVEEAADGDGVQQIEFVVGAADEVRVTLSEEVVPNGRPDESAVAGDIDFGLLIHHGLL
                     LLLGY"
ORIGIN      
        1 gcctccgcga gggcctcatg gacgccgtcc gcgccggcct catcccccga cccgtcgagc
       61 agatcgacgc ccgcacggcc ccggacgagg agctgctcgc cctgctcgcc aagtacggca
      121 tcgcccccga cgccgtcacg ctctggggca cgtcgcgggg gtagatgcag gtgctgccga
      181 ggaagagcag tttgcggaca tcgtggcgga agctctcgcc gatgacgttc tgctggatgc
      241 cgaggttgcg gtagataaag tcggcgcggt agcggctgtt ggccatgatc ccgcccacgt
      301 aggccgcggc caggacgacg tatgccgggc gttcctcgtc gaagaagcgg cggacggcga
      361 cggcgtccag cagatcgagt tcgtggtggg tgcggccgac gaggttcgtg taacccttag
      421 cgaggaggtt gttccaaatg gccgacccga cgagtccgcg gtggccggcg acatagattt
      481 tggcttgctt atccatcatg ggttactcct cctcttgggc tactgaattg agcagcttgc
      541 acggcgcctc cccccacacc tatctttgc
//
LOCUS       SEQF2638.1|AYYF01000756.1 1445 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1445
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             299..490
                     /locus_tag="SEQF2638.1_00229"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIELSFMEESMMRNTSCKMETFLLGWMEIFPLVYGKKERLYLIK
                     ELGESMLIRTHQECSFYTY"
     CDS             469..1302
                     /locus_tag="SEQF2638.1_00230"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFILYVLVDSLKKIEHKTSSTTVKHLSHKDVEKIKAFLPSLAEQ
                     KKIAALLSLIDERIEVQNAIIKEQEAQKAALLRRLFDRTLRFPEFTDEWKEVKLGEVA
                     EIIGGGTPSTTTTDYWNGGIVWFNPSEIGKKKYVSNSNRTISHQGLSNSGARLLPKGT
                     VLLTTRATIGEIAIANVECTTNQGFQSVITGCEANNEYVYYFLSTQKEYLLRHSSGST
                     FRETPPSVIRNLPLRLPSLPEQRKIADLLSAVDERLSVEREYAEQLKQQKAYLLRQMF
                     I"
ORIGIN      
        1 ggcacgtttg acgtagtgct ctttgtctgc gagccaaagg gctgccaatt ctctgaaagt
       61 gatggtcggt ttagtcatga ttcctattgt tttgattatc gataggaacc aagatagaca
      121 gaatgcgctg ccatcctgaa gtatcccctt ttgcgtttcc cagagttcac ggatgagtgg
      181 aaggaggtga agctggggga ggtgctatca ttcgaagtag gatatccatt ttcttctgat
      241 gcatttaatg aagaaggaaa tggagtgaga ttaatcaaga atagagatct aaaggctgat
      301 gatagagttg tcttttatgg aggagagtat gatgcgcaat acatcgtgca aaatggagac
      361 attcttattg ggatggatgg agatttttcc ccttgtctat ggaaaaaagg aaaggcttta
      421 cttaatcaaa gagttgggag agtcaatgct aatcagaaca catcaagagt gttcatttta
      481 tacgtattag tagactctct aaaaaagata gagcataaaa cgtcctcaac cactgtcaag
      541 catctatctc ataaagacgt cgaaaagatt aaagcattcc tcccctccct tgccgagcag
      601 aagaagattg cagccttgct tagcctgata gacgaacgga tcgaagtcca aaacgccata
      661 ataaaggagc aggaggcgca gaaagccgcg ctccttcgcc gcctcttcga tcgcaccctc
      721 cgcttccccg agttcacgga tgaatggaag gaggtgaagc tgggggaggt ggcggagata
      781 ataggtggag ggacaccgtc aacaacgacg acagactatt ggaatggggg aatagtatgg
      841 tttaatcctt ctgaaatagg aaagaagaag tatgtctcaa atagtaatcg tacgatttct
      901 catcaaggat tgagtaattc cggcgcaaga ctactaccga aaggcacagt gcttcttaca
      961 acaagagcaa ccattggaga gattgcaatt gcaaatgtgg agtgtacgac taatcaaggc
     1021 tttcaatcag ttataacagg ctgtgaggcc aataatgaat acgtctatta tttcttgtcg
     1081 actcagaaag aatatctgct aagacactct tccggatcga ctttccggga gacaccgcct
     1141 tctgttattc gcaatctccc tctccgcctc ccctctcttc ccgagcagcg gaagatagca
     1201 gacttgcttt cggccgtaga cgaacgccta tcggtagaga gggagtatgc cgagcagctg
     1261 aagcagcaaa aggcctatct actccgacag atgttcatct gactgcactt tatcagacaa
     1321 acatctgccg gagtaagtac gctttctgtt tttgcaagag tgttgcgtat tccttctcta
     1381 cagtgatccg ttcgtctacg gccgatagca agtctgctat cttccgctgc tcggggagag
     1441 aaggg
//
LOCUS       SEQF2638.1|AYYF01000757.1 238 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..238
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 atgctaagtg ggacgccctc attctcctcg aagcatgcct ctatgtatgc ggccagtccg
       61 ttttcaaacg acgaaatgac gagcaacacc tctgcataca acgtctgccg gacattgtct
      121 ttcggtgcta agcgaagaat cttacgatac tccttggcct tctctccaaa tacggcttca
      181 tagatgagat ccgtcacctg agcatacttg taggtcggtt gcccgaacac atattggt
//
LOCUS       SEQF2638.1|AYYF01000758.1 527 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..527
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             62..415
                     /gene="cobT"
                     /locus_tag="SEQF2638.1_00231"
                     /EC_number="2.4.2.21"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q7SIC7"
                     /codon_start=1
                     /transl_table=11
                     /product="Nicotinate-nucleotide--dimethylbenzimidazole
                     phosphoribosyltransferase"
                     /translation="MRHFGGYEMVAAVGAILQAAELGMLILVDGFILTNCMLAARALC
                     PDVMAYAIFGHCGGESGHQLVLDALHARPLLNLGMRLGEGTGAICAYPIVDSAVRMIN
                     EMDTFEGGRVTKYFK"
ORIGIN      
        1 cagcgtcctc agccgcgctt tggaccatta caccggcgat cggacggatc cacggagcgt
       61 catgcgccat tttggtggct acgagatggt ggccgccgtc ggggccatcc tgcaagcagc
      121 cgaactgggt atgctcatcc ttgtcgacgg attcatcctc accaactgca tgctggccgc
      181 ccgtgcgctc tgcccagacg tgatggcata cgccatcttc ggccattgcg gcggcgagtc
      241 gggccatcag ctcgtccttg acgccctcca tgcgcgcccc ctgctcaacc tcggcatgcg
      301 gctcggcgag ggcaccggtg ccatctgcgc ctatcccatc gtcgactccg ccgtccgaat
      361 gattaatgag atggacacct tcgaaggcgg acgcgtcacg aagtatttca agtaagaacc
      421 tctatacata tcccttgcgg taaatccgca caactccccc ctataaatat gaagaatcga
      481 gatttaggac tactcatcat ccgcctctcc gtgggccgac tcatggt
//
LOCUS       SEQF2638.1|AYYF01000759.1 237 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..237
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 aagttgccgg gcacagagat aggctacatc tattacggta gcttttcatc cgcagtcagc
       61 gaaacaaatt tggatgagat tttctatttc ttccgcactt gccgcgggct gatcatcgat
      121 gtgcgtggca atggcggagg cgcattgact aacgtcgagc gtatcgcgtc acgattcctg
      181 agtgagccga taagggcggg atacattgtg cacaagactg gcccgggtca ttccgac
//
LOCUS       SEQF2638.1|AYYF01000760.1 1145 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1145
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             8..343
                     /locus_tag="SEQF2638.1_00232"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIKVQVGEDGVRHVVRPDAEASQRNGGVRQLMKSVIRSAEPFQM
                     FRADACVNQQDAILDTDQTDLHGQHTTVQVIRLVTSSPSRTWHGAEHGTPVGIKKSCV
                     KKLDSHGVG"
     CDS             complement(427..669)
                     /locus_tag="SEQF2638.1_00233"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGTTGKVEIALHLDKGLIDQLEKEAKRENKSLNGYVEKMLRKLI
                     RRQPNPETMEAIREARENDNLEVLDVDHFKEFVASL"
     CDS             complement(762..1124)
                     /locus_tag="SEQF2638.1_00234"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLKAAYVSGVASVDKAALKQLAEHLNSLVDRTDKAYHQSLAQKK
                     SAADKKKKKPDTPPQPKEPKPKKPKEGDKPDIHLPEPEAPKKPEGSGEGKKPDTGSGG
                     GGGTPGGGSSPEITLPEE"
ORIGIN      
        1 cgccgcagtg atcaaagtgc aggtgggtga ggatggcgtc cgtcacgtcg tcaggccgga
       61 tgccgaggcg agtcagcgta acggcggggt ccgtcaattg atgaaaagcg taatacgatc
      121 ggctgagccg ttccagatgt ttcgtgccga cgcctgtgtc aatcagcagg atgcgatcct
      181 cgacacggac cagaccgatc tgcatggcca gcacacaacg gttcaggtga tccgcctcgt
      241 aacgtcgtcc ccaagccgta cgtggcacgg cgccgaacat ggcacccccg tcggcataaa
      301 aaagtcctgc gttaaaaagt tggatagtca tggcgtggga tgattgatga gggatggtca
      361 atggtttcgc tgcgtgggtg cgtcattcgg tgagaaatga aatgggaact gccgacactt
      421 taagatctac agcgaggcga cgaattcttt gaaatgatcg acatcgagca cctccaaatt
      481 gtcgttctcg cgggcttcac gaatggcttc catcgtctcg ggattaggct gacgacggat
      541 tagcttccga agcatctttt ctacatagcc gttcaggctt ttgttctccc tcttcgcctc
      601 tttttccagt tggtcgatca gacctttatc cagatgaagg gcaatttcta ctttccctgt
      661 cgttcccatg atgatctcaa tcagtctaaa aattagcgcc cgataccagg gggaaaaccc
      721 gccgggtacc gggccttttt aggggttcac cttccgtttt tttactcttc tggcaaagtg
      781 atctccggac tgcttccgcc acccggcgtg ccaccgccgc cgccactgcc cgtgtccggt
      841 ttcttgcctt cgccgctacc ttcgggcttc ttcggcgcct ccggctcggg gagatggata
      901 tccggcttgt cgccctcctt cggtttcttg ggcttcggct ctttcggttg gggcggggtg
      961 tccggtttct tcttcttttt gtccgccgcc gattttttct gagccagact ctggtggtaa
     1021 gccttatcgg tccggtcgac gaggctgttc aggtgctcgg cgagctgctt gagtgccgct
     1081 ttatcgaccg atgcgacgcc ggagacatag gccgctttga gcatgaagac cacgcggtta
     1141 taaat
//
LOCUS       SEQF2638.1|AYYF01000761.1 918 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..918
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             59..673
                     /locus_tag="SEQF2638.1_00235"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKVSRLLHLLLVATLLALPTLSMLADTPKTAAPTGTFKAFPVSE
                     DFTLNPFTYFRGGLLLAAGDREKSNAMTIGWGAMGCLWGRPTVTVYVAEKRYTKTFMD
                     RSPYFTVMAFAEGDSILRYMGHHSGRDGDKAAALGLHTLYTDNGTPYYAEADLVLECR
                     LLYAAPFDSAAFKDDVPREHYAKRGKAGLHTMYIGEVVRALRKE"
ORIGIN      
        1 acccggcagg actgcttgcc gtttttatcc gccccttaac ccccaatacg tattcacgat
       61 gaaagtctcc cgcctccttc acctcctatt ggttgcgacg ctgctcgccc tgcctacctt
      121 atccatgctg gccgacaccc cgaagacggc tgctccgacc ggcaccttca aagcgtttcc
      181 cgtaagcgaa gatttcaccc tcaacccctt cacctacttc cgtgggggcc tcctcttggc
      241 cgctggcgac cgtgagaaga gcaacgccat gaccatcggt tggggcgcga tgggctgcct
      301 ctggggacgg ccgaccgtca ccgtctacgt ggccgaaaag cgctacacga agacgttcat
      361 ggaccgctcg ccctacttca ccgtcatggc ctttgccgag ggcgacagca tcctccgcta
      421 catgggccac cacagcggac gcgacggcga caaggctgct gcgctcggcc tccatacgct
      481 ttacaccgac aacggcacgc cttactacgc cgaggccgac cttgtcctgg agtgccgcct
      541 gctctacgcc gcgccctttg actcggccgc gttcaaagac gacgtgcccc gcgagcacta
      601 cgccaaacgc ggcaaggccg gcctccacac gatgtacatc ggtgaagttg tccgtgccct
      661 gcgcaaggag tgagcgctgc cgaacgcgcc ctgcaatagg tcgaaacgat aaaaagacgc
      721 cccgttatcc gagagatggc ggggcgtctt tgcgatgaca ttcctcgtct ctcctgaggg
      781 aacgagcgtc atgcgacacg acggcgtctc aacggccatt tgggtctcgt catgcgacat
      841 gacggcatct caatggccat tttggtctcg tcatgcgaca cgatggcgtc tcaacggcca
      901 ttttggtctc gtcatgcg
//
LOCUS       SEQF2638.1|AYYF01000762.1 290 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..290
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tatccggggt agggacgcat cacatacgcc tatcggcata cacgcccatt cctcccctcc
       61 caaatacacc gaatccccga cacgggcctt tacgaggctg tgccggggat tcttttataa
      121 aggtggggcg gaccctctct cagtatccac ccacacccga ggacgctaac agaagcgtcc
      181 ccatatggac tcatgcttac ttcacaatca ccttatgaac agagccgaaa cgaatcacta
      241 atcatctacc cttatgcgca acaaactact ccttgccctc gccctgctcc
//
LOCUS       SEQF2638.1|AYYF01000763.1 284 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..284
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tttgaaagct catatatctt atgcttgcat atactgtgga tgctctttac cgattagaac
       61 tcagaggagg tgatctggct tttccggagg ctgaatttca caccaaggat cggaaacagt
      121 taaattccat ttgtcgactc attgcctttt tcgatggggc aatccctatc agagattttc
      181 ttaaagttag cctgggtgat gtagacgctg cattgaatga catgtcggaa aatatagata
      241 ttcccaccac aatatcggaa cttagatata taaaggatat ctac
//
LOCUS       SEQF2638.1|AYYF01000764.1 520 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..520
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gcgcggggta gaggaagagg agcgagagga ggcgcagcgc gtccatacgc tcggctgtgc
       61 gctccggatc gcggcggccg atggcggcca gtaggagggc ggtgagggcg cagatgaacg
      121 tgaggctgag cagtgcataa gccatcataa tgacggagac gtgcaggctg agcagcggcg
      181 aaccgaggac gggcatgagg ggcgtgatgc gcggatccat cagggccagg tggctgacca
      241 gaaggaagaa gccggagatg agcgcgccga aggggagggc gatggggaag cggcgtccgg
      301 ctacgaaggc gaagaggagg gtgaaccagg cgatgagcag catcgtctcg taaccgttgg
      361 ccacgggcgc acggccggcc acgatccagc ggagcacctc gcagagggtc agcgcggcga
      421 aggaaaggag aagcaggccg agcgtggcgc gtcggacgag gcgatcggtg cgcggcgcgt
      481 cgtgccgccg gacgagttgg cggatggtgt aaagcagcgc
//
LOCUS       SEQF2638.1|AYYF01000765.1 241 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..241
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggccatgacg aacactttca agttctccac cacctcgcgt tggccgctga aactgtcgaa
       61 cgagaggggg cgcagggcgt tctcatagtc gcgctccgtc tccggcgttg tgccggcagc
      121 cttgcgtatg tcgaattcag ccataggtgt gtgttagtta cgagtgatga gttacaagtt
      181 acgagtgggg cgtttgcgca gcccgcgctg ggtcttgcgg catttgccga gacgtttgcg
      241 c
//
LOCUS       SEQF2638.1|AYYF01000766.1 307 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..307
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gagggcatcg accgttgtgc cgtattggcg agcgatagac atgagcgttt cgtcgctttc
       61 tactcgatgg taggcggccg gacgtaccac ggtacggtct acgttcgtgg ttgtcgttga
      121 ggctacagct tcgtcctcgg caattttgcg tttaggagta gtgatataga tctttccgca
      181 gcgaagagcc tgtccgacac gtaggcgcga cttacgtctg agtccgttca ggcggcagag
      241 ctcggccacg gaaatgcggt acttacgagc gatcatagcg actgattcgc ctcgtcttac
      301 gcggtgg
//
LOCUS       SEQF2638.1|AYYF01000767.1 313 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..313
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggcgactaac gatcggggga cggagataga agtctcccct ccccaactgt tctttccttg
       61 atgaaagaac agtcggccaa aagaaaatca aggcctcacc ggggccgggg aaaatcaagt
      121 cgggcatgag cgcccgaccg tagttattca aacatcattc aatcatcatt caaatcatag
      181 gataatgatg gcacgtagta gtgtttataa tcatctatat gaatttgtgc ggtcaggatt
      241 atctctattc gtgaggatgt tctctatgac atgaaggcac aatttaattt gcgtattggt
      301 ctttatcatg tgc
//
LOCUS       SEQF2638.1|AYYF01000768.1 241 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..241
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 aggcaatcac gctttcatga attgaaaacg gcacttggag gcagaggcag atctgcacca
       61 aatgccgttt cttgtaacgt aagttcgata taagtgtact tttttattcg ccggcaaacc
      121 gcttgccggg gatatcttac gtcgaaccga cgttaaataa gaagctattc aaagctatcc
      181 aaataccatt acaaccttac gaggaacaca ggatcgacgc ataataccac aagatttatc
      241 c
//
LOCUS       SEQF2638.1|AYYF01000769.1 414 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..414
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(195..380)
                     /locus_tag="SEQF2638.1_00236"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGTPGDYLVLHDQDAITSQARSREEDDKRHIFRPAYGYDRRNHS
                     AFAVANQTDPLIVDFFS"
ORIGIN      
        1 caggtccgca gagcagggat gagcccatta tgaaccatcg acctttcctg gtctgggctg
       61 atgcccttac gcggcttgga atagctgtcc tccgctacga cgacaggggc gtaggcgctt
      121 ctacgggcaa tttcaacgag gcgaggactg ccgaccttgc tcgcgacgtc gaagctgcag
      181 tcgattacct ccgctcacga aaagaaatcg acaatcagcg gatcggtctg attggccaca
      241 gcgaaggcgg aatgattgcg ccgatcgtag ccgtaagccg gccgaaagat gtgtcgttta
      301 tcgtcctcct cgcggctcct ggcctgcgag gtgatagcat cttggtcatg cagaacgagg
      361 taatctcccg gcgttcccat acgcctgaca gcatacgcga agcaaccgtg cagc
//
LOCUS       SEQF2638.1|AYYF01000770.1 290 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..290
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ccgtatgcct tcgcccacga gactgtgatc ctcaccgatt gcctccaacg tacggatgcg
       61 tttggccttg ataaatagct gatccgtgac cgacgtcggt cgcatgatgg gccatgatgc
      121 accatagtca gccagtttag ctttgaacat agccctgcaa tccttgatgg ctgcagcaaa
      181 ttgttcttct gtctttgaca tagacatata atgaaacgtg agttcgacga aagaagtagc
      241 ttccttatcc ctggagaatg tctctgatag aggctgtaac agccaaagtg
//
LOCUS       SEQF2638.1|AYYF01000771.1 4739 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4739
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             78..695
                     /locus_tag="SEQF2638.1_00237"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQELFHLFIDGRATDDDLGEVATEGCAEGLADASIDEATDARQA
                     AQEACRGFVDLREDACADDLFDDQGHGDDESRADGGEGVDDHLGVGHARQEVDVATLV
                     DAIHNLEGQAIHVGHGEHADEVIAGLDEAQMVGREARVAPEAAVGQHDAFGVSRGAGG
                     VVKDGHLVRLFDVHMQAVGREEGGSNVRRSPFRGVRGGGQCPGGD"
     CDS             complement(580..1107)
                     /gene="caiC"
                     /locus_tag="SEQF2638.1_00238"
                     /EC_number="6.2.1.48"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01524"
                     /codon_start=1
                     /transl_table=11
                     /product="Crotonobetaine/carnitine--CoA ligase"
                     /translation="MNNQDRFLGLIEDSIKAHWDFPALTDHQGVTYYYKDMAAEMARL
                     HLLLEHAGVRKGDRVALIGRNSSRWVIAFFGILTYGAVATPILHDFHPENVHHIVCHS
                     ESKVLLAASASWEKLSADAMPDLTAALLLEDWSVVLSRHPGIDRLRERLETDFAERYS
                     PPLHGRQPACAHRTA"
     CDS             complement(1181..1525)
                     /locus_tag="SEQF2638.1_00239"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHEQVTRVIILPEVIDDFLDLASILYEKAYFGFEEEAMQYVRGL
                     FEQIRDELPRMHHKSAPRYFDKYGTGMYYAVFKRNKNTSWYAFFNIYHRPNETVYLVR
                     YVNNNHMIAQHL"
     CDS             1855..2013
                     /gene="rd"
                     /locus_tag="SEQF2638.1_00240"
                     /EC_number="1.-.-.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q9AL94"
                     /codon_start=1
                     /transl_table=11
                     /product="Rubredoxin"
                     /db_xref="COG:COG1773"
                     /translation="MRKYRCTVCDYIYDPEVGDPDGGIDPGTAFEEIPDDWVCPLCGV
                     GKEDFEPV"
     CDS             2156..3040
                     /locus_tag="SEQF2638.1_00241"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTPNRSISSILLLLCGWLAAAAQGHAQTSPVVIDTTLLTCEYKT
                     LYYLDTTQRENGTLTRGSFVLQVGRKASKYYELTTDRYERIRTDAKTWANYMSQMEAE
                     IERGALSGDYSGMPLLSRVDALVIYTGYPANRRTVQDAVFLDYYVYEDDAEPQQWTLL
                     TDSVRQILGYTCRKAVCSYRGRDYEAWYAPEIPVSAGPWKFSGLPGLIMSARDASGHY
                     TFDLSRLDFVREPIEYITYDERQYVRTDRITFLRTQAKSAQIGLARYIQANAPGGTMA
                     GASGETARYDLLERDYKK"
     CDS             complement(3028..3285)
                     /locus_tag="SEQF2638.1_00242"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNKSRALRRFGYLQREVSLGIGHGVSQYMIVGLGGDRDQRPRQT
                     SRGAFYRTRDLTHLPRDSEQRSREQEQYRKKHPHGVTSYFL"
     CDS             complement(3442..4245)
                     /locus_tag="SEQF2638.1_00243"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAGGASDIGSQYVAEVHPAGVRLEADGGRSAVEASPPALARCQL
                     ARLPVVKVVAACLGRVALRLSPEQLHARREGERSPHVPLVVEAQSVRAVEERPAALQV
                     RIVSARQSDHLTRRSASRRASAYHIAPRIVALIGVHRLHLLGETHGACIHLPQARHSA
                     AGLDHSHPSVLGLLFQRDIDGRLVGEEQVLKQFDRLMVFDHLHTPHVIVFDAAYGCGI
                     VACHHVRPVDVEIADLAPGVLDASVGGDVEAWHALDHIGQRDVVLAGEG"
ORIGIN      
        1 gtcttccagt attcgtaaga gatgagcgga ccgcactcgg tcatgccgta gcctacggta
       61 tagcggaagc cgatgcgatg caggaactgt tccacctctt tattgatggc cgcgccaccg
      121 atgacgatct cggagaagtc gctaccgaag gctgcgctga gggccttgca gatgcgtcga
      181 tcgatgaggc gaccgatgcc aggcaggctg cgcaggaggc gtgtcgtggg tttgttgatc
      241 tcagggaaga tgcgtgtgcg gacgatcttt tcgatgatca ggggcacggc gatgatgagt
      301 cgcgggcgga cggcggtgaa ggtgtcgatg accaccttgg ggttgggcac gcgcggcagg
      361 aagtggatgt ggcaaccctt gttgatgcca ttcataatct cgaaggccag gccatacatg
      421 tgggccatgg ggagcatgca gacgaagtga tcgccggcct tgatgaagct cagatggtcg
      481 gccgcgaagc gcgtgttgct ccagaggctg cggtagggca gcatgacgcc tttggagtat
      541 cccgtggtgc cggaggtgta gttaaggatg gccatctcgt caggctgttc gatgtgcaca
      601 tgcaggctgt cggccgtgaa gaggggggga gtaacgttcg gcgaagtccg tttcgaggcg
      661 ttcgcggagg cggtcaatgc ccgggtggcg actgaggacc acgctccagt cctccaagag
      721 gagggcggcc gtgaggtcgg gcatggcgtc ggccgagagc ttctcccagc tggcggaggc
      781 ggccagcagg actttcgact cggagtggca gacgatgtga tgcacattct cgggatggaa
      841 gtcgtggagg atgggcgtag ccacggcacc ataggtaagg atgccgaaga aggcgatgac
      901 ccagcgcgag gagttgcgtc cgatgagggc tacgcgatcg cccttacgta cgccggcatg
      961 ttcgagcagg aggtgtaggc gcgccatttc ggcggccatg tctttgtagt agtaggtcac
     1021 accctgatgg tcggtgagtg cgggaaaatc ccagtgggcc ttgatgctgt cttcaataag
     1081 ccctaagaag cgatcctgat tgttcataag tcttgctgtt ttgttcttta taggcgacaa
     1141 aagtaggccg aatcgcagga tgggagccga atggaggtgc ttatagatgc tgtgcgatca
     1201 tatgattgtt attgacatat cggacgagat agacggtctc gttcggcctg tgatagatgt
     1261 tgaaaaaggc ataccatgag gtgttcttgt tccttttgaa gaccgcgtaa tacatgcccg
     1321 tcccatattt gtcaaagtat ctcggcgcag atttatgatg cattctcggc aattcatctc
     1381 tgatctgctc gaatagccct ctgacgtatt gcatggcctc ctcttcgaac ccgaaatagg
     1441 ctttctcgta aaggatggag gccaaatcca agaagtcatc gatgacctcc gggaggatga
     1501 ttacacgtgt cacttgctcg tgcatgcccg tttatgccgt tcaatgatcc gtctcatgcc
     1561 tgcttctatc cgtgtgatgg cttcatccat tgagagggca cgatcgaagt cttccggaag
     1621 tcgatcctca cccggagcga cgaaagattc atggtgccta ctgcggacga gggccacttc
     1681 ctgctttgtg cgatctacag acctcgtctt gttgtcgcgt aattccgttg aactgattgt
     1741 atgcattgta tctgtcgttt ataggcgaca aaagtaggcc aacaccccgt cggtgcccaa
     1801 aacgggccgc cttttatagg ccaacacccc gtctaattaa aaatcaagaa ggaaatgaga
     1861 aagtacagat gtaccgtatg cgactacatt tatgatcccg aggtaggcga tccggacggt
     1921 ggaatcgacc cgggaacggc gtttgaagag atccccgacg attgggtttg ccccctctgc
     1981 ggtgtcggta aggaagactt cgaaccggta taatgccccc cgccgcccag cctctggcat
     2041 ggcgacggaa ctattctgaa tgcaatgtgc gagatcggcc gttactcccc cgggagcggt
     2101 tgatctcgct tttttattcc cccctttcat gagagtcaca cgaacacccc acctaatgac
     2161 accgaaccga tctatctctt ccatcctctt gctcctctgc ggatggctgg cagccgcagc
     2221 gcaggggcac gcgcaaacgt cgcctgtcgt gatcgataca acactcctta cctgcgaata
     2281 caaaaccctc tattatttgg atacaacgca gcgcgaaaat ggcacgctga cgaggggcag
     2341 ttttgtcctt caagtcgggc ggaaggcctc caaatactac gaactgacga ccgatcgcta
     2401 cgaacgaata cgcaccgacg ctaagacttg ggccaactac atgagccaaa tggaggccga
     2461 aatagagcgg ggtgccttaa gtggcgacta ttcggggatg ccgctgctga gccgagtgga
     2521 cgcgctggtc atttataccg ggtatccggc taaccgccgc acggtgcagg acgccgtctt
     2581 tcttgattat tacgtctacg aggacgatgc cgagccgcag caatggacgc tcttgacgga
     2641 ctccgtgagg cagatcctcg gatacacctg ccgaaaggcc gtctgcagct atcgcgggcg
     2701 cgactatgag gcgtggtacg cccccgagat tccggtcagc gccgggccgt ggaagttctc
     2761 cggattgccg ggattgatca tgagtgcgcg cgacgcaagc ggacattaca ccttcgacct
     2821 gtccagactg gactttgtgc gtgagccgat cgaatacatc acgtacgacg aacggcaata
     2881 tgtgcgcacc gaccggatca catttctccg tacgcaggcc aaaagcgcgc agattggctt
     2941 agcgcgctat atacaagcca acgcaccggg cggaacgatg gccggggcat ccggtgagac
     3001 ggcgcgctat gacctgctcg agcgggatta taaaaagtag gaggtgacgc catgaggatg
     3061 cttctttcga tactgttctt gctctcggct tcgctgttca gagtcgcggg gcaggtgcgt
     3121 gagatcacgg gtacggtaaa atgcgccacg ggaagtctgc cgggggcgct ggtcacggtc
     3181 accaccgagg ccgacgatca tgtattggct tacgccgtgg ccgatgccga gggacacttc
     3241 gcgttgaagg tagccgaagc ggcgcagggc ccgcgattta ttcatgctcg catgatgggc
     3301 tatacggctc aaaaggtgct cttgacgccg gatcatagcg aatacgcatt cgtcttggct
     3361 gaggcgtccg tcatgctgaa agaagtgaag gtgcgcgcca cacccatcag tggcgccggc
     3421 gacacgacgc gttacctcgc ctcatccttc gcccgcgaga acgacatcac gctggccgat
     3481 gtgatcaagc gcatgccagg cttccacatc tccgccgacg gacgcatcaa gtacgccggg
     3541 cgcgagatca gcaatttcta catcgacggg tcggacatga tgacaggcaa ctataccaca
     3601 gccatacgca gcatcaaaca cgatgacgtg gggcgtgtgg aggtgatcga acaccatcag
     3661 ccgatcaaat tgtttgagga cttgctcttc tccgaccaaa cggccgtcaa tgtcacgctg
     3721 aaagagaagg ccaagaaccg atgggtggga gtggtcgagg ccggcggcgg agtgccgcgc
     3781 ctgtggcagg tggatgcaag cgccatgcgt ttcgcccaaa aggtgaagac gatgaacacc
     3841 tataagggca acaatacggg gcgcgatgtg gtaggcggag gcacgtcggg aggcggatcg
     3901 gcgcgtgagg tgatcgcttt gccgagcgct gacaatccgt acttggagcg cagcaggacg
     3961 ctcttcaacc gctcgcaccg actgagcctc aacaaccaat gggacatggg gagatcgttc
     4021 accctcacgc cgtgcatgga gctgttcggg gctgagacgg agagcgacgc ggccgagaca
     4081 cgccgctact accttgacga cgggcagacg cgcgagttga caacgcgcca gagcgggcgg
     4141 cgacgcctcc acggcgcttc gccctccgtc cgcctcgagg cgaacacccg ccggatgtac
     4201 ctcagcaacg tattgacttc cgatatccga cgctcctccg gccatacgga cgccgttggg
     4261 acttactcga atgtggccga cgggcaggtg gacggcgctt atctccgcaa cgatctctac
     4321 gtcctctttc gccgcggacg aagagtggtt ggcatcaagt ccgccatcga atggagccgg
     4381 ctgcctcaac gtctcgacat ccggcgtgct gaggccgaaa tgggcgagcg gatcggcgcc
     4441 tcagctttcc gtgcgcagac atctacctcg caaatgatcg gcttcggccg agccaccctc
     4501 tcgctcgagg aggggttctc ctacgatcag agcgccttcc aaagcgacct cttgggaggc
     4561 atccctggcg actcggcgcg caacgacttc tgctatcgca cggcctcact ccgcctcacc
     4621 ccttcgctca acatcggcct cacggcctgg aaattcgggc tctccattcc ggccgacttc
     4681 cgccacagcg actacatcga ccgccttgcc gaccgctcct acatcgaccg ccggctgca
//
LOCUS       SEQF2638.1|AYYF01000772.1 203 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..203
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tgggtgagcc gtggttcgct gcaaaggatg tctgcgaggt gttggacatt aagaacaacc
       61 gggacgctat ccgagcactg gacgatgacg aaaagggggt cgttagtacc gacacccttg
      121 gtggaaaaca ggaacaagaa cccacaaacc caaacagaaa gatggataag cacttcaaac
      181 tgacagaaga gacgaaagta aac
//
LOCUS       SEQF2638.1|AYYF01000773.1 265 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..265
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             4..138
                     /gene="rpmE2"
                     /locus_tag="SEQF2638.1_00244"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q8DTN5"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L31 type B"
                     /db_xref="COG:COG0254"
                     /translation="MTYPLVKLEISSSSHPFYTGKAKLVDTAGRVDKFMSRYGNRYKK
                     "
ORIGIN      
        1 ggtgtgacct atcccttggt caagctcgaa atctccagca gctcgcaccc cttctacacg
       61 ggcaaggcga aactggtgga caccgccggc cgcgtcgaca agttcatgag ccgctatggc
      121 aaccgctaca agaagtaatt gccaatcggc tttacagatc acagtggcgg gcaggtagaa
      181 cgaatccgtt ctgcttgccc gcttcctttt tctgcccccg tgggacagat agcgcataga
      241 gtatccccgg caacgcacga taccc
//
LOCUS       SEQF2638.1|AYYF01000774.1 1471 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1471
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             297..677
                     /locus_tag="SEQF2638.1_00245"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGVIVDKDDAIVTEADIETTLGTGEGGHGRSDLVGADTVEPGSG
                     NGCDTVLDVNSDRYAKMDVGDTCAVRENAIKDYLTVTNTDVLGVKVGRGVGGGIGIAT
                     DIGLEAWGDGGILLDDQRAARPNE"
ORIGIN      
        1 acatcgaacg tacccgcggc gatgatgtcg ggcagttcgg ctttcgtgca gcaacgcttg
       61 tcggtgatgg tgacgtgctc gaggatcatc tctgaggtga caccggggat gggttcctca
      121 cgagccggat agatgtcgac cagaatcagt tcgtcgagta aggagaggct acgggcgaac
      181 tcgtcggcaa agtcgcgggt gcgagagtag agatgaggct ggaagatgcc cgtgatgcga
      241 cggccggcat aaagttcctt cactgagagg atgctacggg tgagctcctc tgggtgatgg
      301 gcgtaatcgt cgataaggac gacgcgatcg ttacggaggc ggatatcgaa acgacgctcg
      361 gcaccgggga aggtggccat ggccgatcgg atctcgtcgg ggcggacacc gtggagccag
      421 gcagcggcaa tggctgcgac accgttctcg acgttaattc ggacaggtac gccaagatgg
      481 atgtcggcga tacgtgtgcc gtccgagaga acgcaatcaa agactacctc accgtcacca
      541 atacggacgt tctcggcgtg aaagtcggcc gaggtgtcgg tggcggaata ggtatagcaa
      601 cggacatcgg gctggaggcg tggggtgatg ggggcatcct tcttgatgat caacgtgccg
      661 ccaggccgaa tgagtgaagt aaagacctcg aaggcctcgc gataggcggc gggagtgccg
      721 tagatgtcga ggtgatcggg gtcagcagag gtgatgatgg ccgtggtagg atggaggcga
      781 tggaaggaac gatcgtactc gtcggcctcc acgacggtca ggtcgctgtg atcggagagc
      841 atcaagttgc tggcatagcc cttcaggata cccccgagga aggcgttaca atccacatgc
      901 gactgcttga gcaggtgtgc cgtcatggag gagacggtcg tcttaccgtg cgtaccagct
      961 acacagatgg cgcggctggc cgacgtgatc agtccgagca cctcggcacg tttcatcacc
     1021 tcgaaacccg aacgacggaa atggttcagc tccgtgtggt cagaggggac ggcgggcgtg
     1081 tatactacaa gcgtcgtttg cggatctgag aaaccgtcgg ggatgaggtg gacgtcgtct
     1141 tcgaaatgga tggcggcgcc ttcatcaatc aggtggccgg tgaggggtga gggggtacgg
     1201 tcgtagcccg ccacgcggac gccacgcgcc atgaaccaac gaatcagggc actcatgcct
     1261 atgccaccgg caccgataaa gtaggcggaa cgaatatgtg caatgtctat catctcttct
     1321 tttctgtttg aggcgctccg aggcgcttgt tgttttcgat tagagcgacc agctcatcaa
     1381 cgattcgctc atcgctatcc cgttcggcca attgaccgct gtggagggca agcgccttca
     1441 attgctcgcg gtcgccaaag aggcggcgga g
//
LOCUS       SEQF2638.1|AYYF01000775.1 315 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..315
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 atatacacct tcttcactac gccttacacg ctccgcaatc accgcgatgc gatccgtacg
       61 gccgatgccg ttgttttggc ctacgagtcg accgcaccgg cccaggaata tgccgcccag
      121 ctcatttttg ggggtatccc ggcccgcgga cgtctctcgg tctccctccc cggactcttc
      181 caagcgggtg ccgggttaac gaccaccaag acgcgcctcg gctaccatcg ccccgaagaa
      241 gtgggctttg atcccgctcg actcgcggag atcgacgcca tcgctaacga gggggtcacg
      301 aagggtgcct atccc
//
LOCUS       SEQF2638.1|AYYF01000776.1 452 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..452
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 aacacaaaag tagaacgagg tgcgaatgga ttttgtatac ccatcccaag aaatccgcgc
       61 cctccggaca gctttcgggt gcaaaaacag cttctgcttg ggaacctccg ggtgctttta
      121 gaggcaaaaa caggttctgc ttgggaacct ccgggtgctt ttaggggcaa aaacatatgc
      181 tgcttgggaa cctccgggtg cttttaaggg caaaaacagc ttctgcttag gaacctccga
      241 gtgctttcag gggcaaaaca tatgctgatt attaaatcaa atcacttgca acttaataag
      301 cagattcttc ctaataagtc aattcgcctg tgatttaata agcagattct tcctgctaaa
      361 tgaaagcaca tgcgacttaa cgggaagatt cttcctatta aatgaaagca cttgcgactt
      421 aataaacaga agccattagg gccacctacg cc
//
LOCUS       SEQF2638.1|AYYF01000777.1 639 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..639
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             75..545
                     /gene="folK"
                     /locus_tag="SEQF2638.1_00246"
                     /EC_number="2.7.6.3"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P26281"
                     /codon_start=1
                     /transl_table=11
                     /product="2-amino-4-hydroxy-6-
                     hydroxymethyldihydropteridine pyrophosphokinase"
                     /db_xref="COG:COG0801"
                     /translation="MSDVYLSLGSNLGDRHRLITSAIALLAERTGEIVAVSRCYETAP
                     WGFQSAHPFLNVALSLRTDLAPLPLLDLTQQIERELGRTVKSSPGGTYADRPIDIDLI
                     FYADTCLDTPRLTLPHPLMHLRRFVLEPLAEIAPTIIHPTLGRTVSELLEQCPE"
ORIGIN      
        1 ctaatccccc ctgctctcta atctccacgc tctaatctct accctctaat ctctaccctc
       61 taccctctat taacatgtct gacgtctacc tcagcctcgg ttccaactta ggcgaccggc
      121 accgactgat cacatcggca atcgcgctac tggccgaacg caccggcgag atcgtcgccg
      181 tgtcacgttg ctatgagacc gcgccgtggg gtttccaatc ggcgcacccc ttcctcaacg
      241 tcgccctcag cctccgcacc gacctcgccc ccctaccctt gctcgacctg acgcaacaga
      301 ttgagcgcga gctgggccgc accgtcaaat cctcgcccgg gggcacctac gccgatcgtc
      361 cgatcgacat cgacctcatc ttctatgccg acacctgtct cgacacgccc cgactgaccc
      421 tgccccaccc actgatgcac ctgcgacgct tcgtcctcga gccgctcgca gagatcgccc
      481 ccacgatcat ccaccccacg ctcggtcgca cagtcagcga gctgctggag cagtgcccgg
      541 agtaatcctc cgaggggggc gtaaacctcc gttcacccct tgcgcaggcc ggcgcagtgt
      601 gtgaaacgag tgtgcaacac ctgcacagcc ctttcacag
//
LOCUS       SEQF2638.1|AYYF01000778.1 558 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..558
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ctccgcggcg gttcggctcc aaagtcgcca cctaaaaatc cgaatcgaaa tgaaagacaa
       61 caacccgcat tgggacaatt gacacgtcca cctacctgcc ccccccgaag accaacgaaa
      121 agccatcgat ctcttccgaa aatctggcgc gaaaacgaag tcagactttg tgcgtgcacg
      181 cttgctgggg agccttttaa ggtgatgacg gtggataaat cggccatcga ttactaccgt
      241 gcaaacgctc cgaactgaca gtgcaaatcc acaagatcgg cgtgctgtac aatcaggccg
      301 tccgcgccat caacagctag cattctgaca aagtagcgcc cgaatctcgc tcatcgcgtc
      361 aattgtcgtc gggtacgcct ttcatatgct aatcggacta gccttccatt gctcttacca
      421 ttgcgctaag aaaccagcga actgtttttt gaaggacacg atgggtggct atatcaaagt
      481 aaagcttcta cccagtatgt ggtacccatt tgaagcgcca cagttctatg tgttataaag
      541 gtagaactga gaggggga
//
LOCUS       SEQF2638.1|AYYF01000779.1 425 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..425
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggagatctcg cccaagcatt acgtcggctt tcgctacacg ctttcgcccg gcatgctttc
       61 cgagacagga cacccgacct tcaacagtat ggtgtatgct aacggggctt tttacgacga
      121 atggaagaac cgtgaggata ggcgcgagac gtccgaccca tcgcaccgcc ttaatgcgta
      181 ttacaacggg acagtgggcc gcatgggaat cgacttcaac gcagactact acacgagtgg
      241 tagcacatcg cgggcacacg tggaggaatc gagccgcatg caggaagatc gcgttgtgaa
      301 ctctgagaat cgcgtacaga atcgccttgt ggcttccaaa ctgattctgt cttaccccgt
      361 tttgggtggc gagttctccc tcggtggcga atatgtccgc acgcaccgca cggacacgta
      421 ctgca
//
LOCUS       SEQF2638.1|AYYF01000780.1 395 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..395
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 aaaccccccc ccccccccgt ttaacagtta agcccattat ttacggactc ctacttgtct
       61 gcggatgctt gttgccgtcc gcggccatgt tcgcgcaccc ttttgccggg gatgcgtgcc
      121 gtgtcggtgt gtccgttggg gagggcgtct attcctatcg actaatcaaa tagcgacaca
      181 tatgaaaaga atgacaatga tcgcatccct gtggatgctg tggtgtttaa ccatgatttc
      241 ttgttcgggc ggaaatcagg gagttaagga gtcggacata accgggcgtt acgtgggtgt
      301 tggcaactac gagcaatggg cgttcatgat cgatgagagc ggaacgggat atgagtcggc
      361 tcattttccg aatagtgact tgaccatact gacac
//
LOCUS       SEQF2638.1|AYYF01000781.1 308 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..308
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtgtcacggc gctcactgag gacggtcgct tttgggtggc ctcgggacgc aacgggctgg
       61 tgggcctgcg ccgacgggcc gaggggcaat acgaaaaagc catctcggga ctcaagatcg
      121 aggggccgaa gcgcaatgaa gacgacttta tgatcgtcga ccgcggacgg ctctgggtgg
      181 tcggtggatc gtacacgaac accgcacgcg gcaatcgcag aggcacgctg atgagctgcg
      241 tggataagaa gtggacgaac ttcgacgagg agaccgtaac gcgtgccgct ggcttcgggg
      301 tgcaggat
//
LOCUS       SEQF2638.1|AYYF01000782.1 1463 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1463
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(454..675)
                     /locus_tag="SEQF2638.1_00247"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFIVSLATIIILIICMALFCVRILLEKNGRFPNTHVDSSPALRK
                     KGIACARTQDWQASHQKNLADRMGEMMSN"
     CDS             complement(986..1456)
                     /locus_tag="SEQF2638.1_00248"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSAVETRDNDLEIRPGRSRFGREAERGEGILSAGTSDEDLAFVF
                     AVKVDENLPAEEAFFYLKSTCHTRLFVDGDEAFDGAVLDVVGGQYGQRCSYADTVISA
                     ECGAFGAQPLTVDNGLDRVVVEVVGDVVVLLANHIHMRLQDDGWQLLVALRCGF"
ORIGIN      
        1 cgttcatggc ctgcgtctgc tccatcaact ccttcgtcag acgggcgtcc agctcctgca
       61 actcttgctc ctttttcatc agccgttgct gctcctgttc agcgcgttca cgcgtagcga
      121 aggccccgtt ctgcatcttg tattggaagt ccttgacttc agcctgcagg ctgcgtgcct
      181 tctgggtata actggcgcgt gcgttctctt gcttcttcag gatctgctcg ttcaggtcga
      241 tggagaaatt gtatttctgc aacaaggagt ccacgttgat ataagcaaca gggaaagctt
      301 tgaggggcgc tccggtggaa tccgtctcca tcttcgccac cgcgacgctg ccccctttat
      361 ggccggacag ttgcatgacg aacaggcaga caattgcagc cgcaagaatc ccctcgatca
      421 catagtgtac attacttttc atataaacgg aatttaatta ctcatcattt cacccatccg
      481 atcggccaga ttcttctggt gcgaagcctg ccaatcctgc gtgcgagcgc acgctatgcc
      541 ctttttacgt agggcggggc tgctatcgac atgcgtgttc ggaaaacgtc cgtttttctc
      601 cagtaaaatc ctcacgcaaa acagcgccat gcaaataatc agtataataa tagttgccag
      661 agagacgata aacattttac tttacctttg tggacgcaaa gatagacgat tcgataaaca
      721 gccattcggg gcttcccccc atttccgttt ttttgtcatt cgccgcgcct atcttttttc
      781 actcagcgat ttaagtcatt tatatacgta gaaaatgaag actatattgg atctccagcc
      841 ggctattgtg tggaagtatt ttcacgaaat cacacaagtg cctcgtcctt ctaaaaagga
      901 aggaaaaatc atccgctatt tagagcaatt cgctgccgac catcatctcc cgattaagaa
      961 agatgaggcc ggcaatattc tcatctcaaa acccgcaacg aagggctacg agaagctgcc
     1021 aaccgtcatc ctgcaatcgc atatggatat ggtttgcgag aagaacaacg acgtcaccca
     1081 cgacttcgac aacgacccga tcgagaccgt tgtcgacggt gagtggctgc gcgccaaagg
     1141 caccacactc ggcgctgata acggtatcgg cgtagctgca tcgctggcca tattggcctc
     1201 cgacgacatc gagcacggcc ccatcgaatg cttcgtcacc gtcgacgaag agacgggtat
     1261 gacaggtgct tttgaggtaa aagaaggctt cctcagcggg aagattctca tcaaccttga
     1321 cagcgaagac gaaggccaga tcttcatcgg atgtgccggc ggaaagaata ccctcgccac
     1381 gttcagcttc acgcccgaag cggctcctgc ccggtcgtat ttcaagatcg ttgtcacggg
     1441 tctcaacggc ggacactctg gcg
//
LOCUS       SEQF2638.1|AYYF01000783.1 1963 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1963
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(159..1862)
                     /gene="ltaS1"
                     /locus_tag="SEQF2638.1_00249"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q797B3"
                     /codon_start=1
                     /transl_table=11
                     /product="Lipoteichoic acid synthase 1"
                     /db_xref="COG:COG1368"
                     /translation="MAETYLSATLAALILLLPLVIWRMERTTWAVAILTDVLLVCNLM
                     YFRTYYTAIPPDSYLLVGNLRDFTDSVWGSLKFTDALFPASTVVAAALRYRRRGQASR
                     LRRSVLLRRYTIATTVTAAALLTLTLVKGGFRAAYESMQGSYTHTCVTPMYTVFGTFY
                     YDCIRGAETFTPEVGQRIEAWMTADRTARIAADADTLLPDTAVRQHVIIILAESLESW
                     VLERTVEGQELTPRLNALLRDSLTIYAPHILSQAKGGRSIDAQLMINAGLLPIASGAY
                     SLKYPHTTYPSLAEAMRAEYGADAVRAYALTGDKPMVWNQAVIDPALGYDSLIAKASF
                     VNDEPVGPRYRPQIGDVSLLRQIAEKIVRGEVWDTRRHMLLQCVTYSGHFPFALPERL
                     REVRFSDRFPERMRDYMATARYTDRAIGLFVDRLRAAGVYDNTLVVITGDHEGLGEMR
                     RAWCESAGGRGLVADRPMVPFIVLNAPRGMRVEAVGGQVDIYPTLLRLLGLRRYAWRG
                     MGRSLTDPTRPPVAVDPYGAVYGRPDSVAAPTLQRLKEAWPVSDAIIRYDYFKRKAKK
                     G"
ORIGIN      
        1 ggccattttg gtctcgtcat gcgacacgat ggcgtctcaa cggccatttt ggtctcgtcc
       61 cgccgcggga cggcgtctca acggccattt tggtctcatc ccgtcgcggg acgacgtctc
      121 aaaaacagca tcctctgaca tcgaacacac gtttttagct atcccttttt agctttccgt
      181 ttgaagtaat cgtatcggat gattgcgtcc gatacgggcc aggcctcctt cagccgctgg
      241 agtgtcgggg cggcgacaga gtcgggccga ccgtagaccg cgccgtatgg atcgacggcc
      301 acgggcgggc gcgtggggtc ggtgaggcta cgtcccatgc cgcgccaggc atagcgtcgc
      361 agtccgagca gccggagtag ggtggggtag atgtccactt gcccgccgac cgcctccacg
      421 cgcattcccc gcggtgcgtt cagaacgatg aagggcacca tcggccggtc agcgaccaga
      481 ccgcgtccgc cggcactctc gcaccacgcc cgacgcattt caccgagtcc ctcatggtcg
      541 cccgtgatca cgacgagcgt gttgtcataa acgccggccg cccggagccg gtcgacgaag
      601 aggccgatgg cgcgatcggt gtagcgcgcc gtagccatgt agtcgcgcat acgctcgggg
      661 aaacggtcgg agaatcgtac ctcgcgcagc cgttcgggca gggcgaaggg gaagtggccc
      721 gagtaggtga cacattgcag gagcatgtgc cggcgcgtat cccagacctc gccacggacg
      781 attttttcgg cgatctgacg cagcagggag acgtcgccga tctgtgggcg gtacctcggg
      841 cccacgggtt cgtcgttcac gaagctggcc tttgcgatca agctgtcata gcctaatgcc
      901 gggtcgataa ccgcctggtt ccacaccatc ggcttgtcgc cagtcaacgc gtaggcccgt
      961 accgcgtcgg cgccatactc cgcgcgcatc gcctcggcca gcgaagggta cgtcgtgtgc
     1021 gggtacttca ggctgtaggc tccgctggcg attggcagca gccccgcatt gatcatgagt
     1081 tgggcgtcga tcgaccgtcc acccttcgct tgcgagagga tgtgcggcgc gtagatcgtc
     1141 agcgagtcgc gcagcagggc gttgaggcgc ggcgtcagtt cctgcccctc cacggtgcgc
     1201 tccaagaccc agctttcgag cgattcggcc aggataatga tgacgtgttg gcgcacggcc
     1261 gtgtccggca gcaacgtgtc ggcatcggcg gctatgcggg cggtgcgatc ggccgtcatc
     1321 caggcctcga tccgctgccc gacctccggc gtgaacgtct ctgcgccgcg aatacagtcg
     1381 tagtagaacg tcccgaagac tgtgtacatc ggcgtcacgc acgtgtgggt gtacgagcct
     1441 tgcatcgact cgtaggccgc gcggaatcca cccttcacta gggtcaaagt cagcagggcg
     1501 gcggccgtga cggtcgtcgc gatggtataa cgccgcagta agaccgatcg ccggagtcgc
     1561 gaggcttgtc cccgtcggcg ataacgcagt gcggcggcta cgacggtcga tgccgggaag
     1621 agggcgtcgg tgaatttaag cgacccccag acgctatccg taaaatctcg gaggttgccc
     1681 accagcaggt agctatctgg cgggatggcg gtgtagtagg tgcggaaata catcagattg
     1741 cagaccaata atacgtccgt gaggatcgcc acggcccatg tcgtccgctc catacgccag
     1801 atcacgagtg gcagcaacaa aatgagcgcg gcgagcgtgg cgctgaggta cgtctcggcc
     1861 attgaaaagg ggcgataggt ggtgaaggag gcgggagact ttcatcgtga atacgtattg
     1921 ggggttaagg ggcggataaa aacggcaagc agtcctgccg ggt
//
LOCUS       SEQF2638.1|AYYF01000784.1 362 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..362
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ccgccagaca aggctttcac cttcaaccgg gccgattacc cgggcgtgac agagatagat
       61 ctacggtgag atgaagacgc tgattcttgt tgtgcaccct cacctcaatg aatcgctcat
      121 caacaagaga tgggtggagg agctgcaaaa gcatccggat aagtatgagg tgcatcagct
      181 gtacgaggct tatccggatg ggaagattga cgtggctgcg gagcaacaat tgatggagcg
      241 atatgagcgt atcgtctttc agtatccctt gtattggttc aattgcccac cgttgttcaa
      301 gacgtggctc gacgaggtct tgacctatgg ctgggcgtat ggaagccaga gcggatacaa
      361 ga
//
LOCUS       SEQF2638.1|AYYF01000785.1 1871 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1871
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             102..560
                     /locus_tag="SEQF2638.1_00250"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRVVMKNGDRPTVAAYLFRWLFLLIDMHTSYVGILCIALTKNNQ
                     RVGDLAAGTLVIKEKDYKKIHVTLDEFSHLNHDYQPVFPQAERLSLAQVDLINRTLTG
                     GDRQTRPERIRQLANEVRRFLGLADNGTADEALLRTLVRDYQHYALEAAV"
     CDS             795..1310
                     /gene="ywrO_1"
                     /locus_tag="SEQF2638.1_00251"
                     /EC_number="1.6.99.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P80871"
                     /codon_start=1
                     /transl_table=11
                     /product="General stress protein 14"
                     /db_xref="COG:COG2249"
                     /translation="MKTLILLTHENYPASKANRALLESLPEGAPVVIRNLYEMYPDGR
                     IDVAAEQSLAEQFDRIIFQYPMYWYDVPAFFKKWLDEVVSFGWAFGTREALRGKSIGL
                     VITTGSPRETFTREQAGFTIEESALPVIATIRYVQAQYIGLVALCNGDNLDPAEVAES
                     RAAYQRLVLGK"
     CDS             1361..1627
                     /locus_tag="SEQF2638.1_00252"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METIAQTPKKRAAFNLSVGLLNRLKKKATEEHQSVDDFVESILL
                     DAIYYEPNEATLEAIEEARSGRYAGTLDASSFEAFMKSIEAIED"
ORIGIN      
        1 ccttcctgat cctctccgtc ttttaccttc ccgcgctcgg ttacaccttc ttttgggaga
       61 cgttcaacaa cgggcagaca cccggcaagc gtttcctggg catgcgcgtg gtcatgaaaa
      121 acggagacag gcccaccgtg gcggcttacc tgttccgatg gctgtttctg ctcatcgaca
      181 tgcacacctc gtacgtcggc atactgtgta ttgccctgac taagaacaat cagcgggtcg
      241 gcgacctggc ggctggaacg ctcgtcatca aggagaaaga ctacaagaag atccacgtca
      301 cactcgacga gttcagccat ctgaaccacg actaccaacc cgtcttccca caggccgaac
      361 ggctctcgct ggcacaagtc gacctcatca accgcacgct cacgggcggc gaccggcaga
      421 cgcgccccga gcgtatccgc cagttggcca acgaggtgcg ccgttttctc gggcttgcgg
      481 acaatggcac ggcggacgag gccctgctcc gcaccctcgt tcgcgattat cagcattacg
      541 ccctcgaggc ggccgtctaa attgggattc aggccctcgt atcgcccccg caacccgtcc
      601 atttattctt ggatttcagt gtttcacccc gtaacccact cgtttgttct tagattttgg
      661 cgttcagcct gtccacgcgg cgcgtaagcc attcggacga caagttccac cccgcaaccc
      721 acccatttgt tcttagattt cagtgttcca ccccataacc caacaagtaa ttcttagatt
      781 ttagttttta gcttatgaag accctgattt tattgacgca cgagaactac ccggcgtcaa
      841 aagccaaccg agcgctgctc gaatccctgc ccgaaggggc acccgttgtc attcgcaacc
      901 tctacgaaat gtaccccgac ggacgcatcg atgttgccgc tgagcaaagc ctcgctgagc
      961 aattcgaccg gattatcttt cagtacccca tgtattggta cgacgtcccg gccttcttca
     1021 aaaagtggct cgacgaggtt gtctcctttg gctgggcttt cgggacccgc gaggcgctcc
     1081 gaggcaaatc catcggcctc gtgatcacca ccggaagtcc ccgcgagacc ttcacccgcg
     1141 agcaagcagg attcaccatc gaggagtccg ccctgcccgt catcgccacc atccgctacg
     1201 tgcaagccca atacatcgga cttgtcgccc tctgcaatgg cgacaacctc gaccccgccg
     1261 aggtggccga gtcgcgcgct gcctaccagc gtttggtgct gggaaagtga aaggtgcgta
     1321 tcatcccatc ttcgtacaac ccccaaaaac gagacatcca atggaaacga ttgcacaaac
     1381 accaaaaaaa cgggctgcat tcaatctgag tgtagggctc cttaaccgcc tgaagaaaaa
     1441 agccacagag gagcaccaaa gcgtggatga ctttgtagag agcatcctgc tggacgccat
     1501 ttattacgag ccgaacgaag cgacccttga ggccatcgag gaagcgcgct caggtcggta
     1561 tgcgggcaca ctggatgcaa gcagttttga agcgtttatg aagtccatcg aggcgatcga
     1621 agactaaaat cgcctgttct tgtttttggg catcaatggc cggtatcatc ctcagggcgg
     1681 atgccggcca ttgctatata tataatgtac gcgcacgcgc gtttccttat tatatgcggg
     1741 ggtaggaggg gagacttggc aaggatcgca cttcagatgg gtgccgcgat ccctcagagg
     1801 ccacgaaaag tactcccaaa agaaggtgta accgagcgcg ggaaggtaaa agacggagag
     1861 gatcaggaag g
//
LOCUS       SEQF2638.1|AYYF01000786.1 351 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..351
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtccaggaag tcgcgacatt gcatcagtgc gatggggtgc gaattgacct cggtgatgtc
       61 ctccgcccgc gtgcccggca gtgcggcgaa ggagtgcatg atgcgcagtt tatactcccc
      121 cacaatgcgg caatttccct cgcggatcag ttcgtggttt tgcagcagac tgccggcgat
      181 ggtgttctcg atggccatca tgccgacggt gccggcggat acgtgttcga tcacttcgcg
      241 aaacgtgtcg cagggcacag gctccacggc ctcgccttca aaatagcgtt gcgccgccac
      301 gtcgtgatac gaccccgcta tgccttgtat ggctactttc atcttcattc c
//
LOCUS       SEQF2638.1|AYYF01000787.1 518 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..518
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gctccgaagc gttgggaaag ggcgtctgcc aattcttcca cgcctatttc tccgttgttg
       61 atacagtcgc aggtgtcaag tgcgtaaagt aattctacca aatcggttgc cttacctgtc
      121 caacagagat tgcaggccac tttttgcgaa gcagggagca acccttgcaa cctcatatcc
      181 agcaatttta gttccgtgtc aatgacaaaa agtagttctg acacattttt ccccatttcg
      241 actgttaagg caggactcgc atggataatc tgcaattgaa atcgagtgta atgcaaggtt
      301 cgaaataata cctccaattt cttctctgtc tctacaagct ttaagatttc tctaattaag
      361 caagcagtag ctttcgttgt attttcagag agtagcattt taaaagagtt gtaatggctg
      421 aagcattgga aaaatgagat gaagtatatg gacagactgc ataacttcta ttagccatgt
      481 gttaaaactc aatggatatg ggggacgaaa tgcaaagg
//
LOCUS       SEQF2638.1|AYYF01000788.1 742 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..742
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             265..723
                     /locus_tag="SEQF2638.1_00253"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MENIRPKIALLVIYNHRYDENISRIERIYSCRFTYLYHVMPFYD
                     GDKSNVLSVYESSYQYQSYVAQAYQQIKRSEAKCVYSHFFVVADDMIINPNITEDNLF
                     EYTGIGVDECYIISVRDISKEKYPMSQFHTISSFNVKIGGGTRFQHMMKP"
ORIGIN      
        1 agctatccat ccgaaagaga ttatttaccg cggcactcaa tatcgactat cccaaagagc
       61 tcctcaaaat ttgatgtggt ttccctatgg aggggtagac tcaattaaga aagaccatcc
      121 gattctttta atattgatct atcatacgga aaaggatttt tttgagattc cttcggtgat
      181 taaagcgcat gcaccaggct atggatttaa gttttcaaga tctattatct tattagtcat
      241 tgggtgataa agttgtagtt tgttatggaa aatataagac caaagattgc attgttggtt
      301 atatataatc atcgatatga tgagaatatt tctcgtatag aaaggattta ttcatgcaga
      361 tttacttatt tgtaccatgt catgccgttt tatgatgggg ataaatcaaa tgttctatct
      421 gtttatgagt catcttatca atatcagtct tatgtagcac aggcatatca acagataaag
      481 aggtcggagg cgaagtgtgt atattctcat ttctttgtgg tagctgatga tatgatcatt
      541 aatccaaata ttacagaaga caatcttttc gaatatacgg gaataggggt agatgagtgt
      601 tatattataa gtgtacgaga tatatcaaag gaaaagtatc cgatgtctca gtttcatacg
      661 ataagctcct ttaatgtgaa aatagggggg gggacaagat tccaacatat gatgaagcca
      721 tagagcgaat gagggtatat gg
//
LOCUS       SEQF2638.1|AYYF01000789.1 313 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..313
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tggaaaatac ctacccaagg aaatctcctc tttttccagc aatgtagggg catatcgcat
       61 acgcctcacc aaacgccctg caaggggcga aggggtagac gataaatacg caaggggcgt
      121 atgcttttgc gccctacatg ggtacttatc tgataaccga ttagacatga agaaatgaaa
      181 tacggattaa tctctcactg tccgagacaa taggtaatat ctacccgatg aaacttcatc
      241 tttttccggc aggatagggg cgtattgcat acgccctacc aaacgccctg caaagggcgt
      301 gggggtagac gat
//
LOCUS       SEQF2638.1|AYYF01000790.1 1809 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1809
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(257..1675)
                     /locus_tag="SEQF2638.1_00254"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MILDKEYPATHSMSTAWYMVDDDDNVAIIEYNENGPVPWDVPEE
                     ATEDLLFGPATGVSDSYNTTIELTEEQIEELLPDFLAAPCSLEDVSHWWFGTVFQIAP
                     TRTDAFLALCREGGVPIRTIVSKQKGLYIADFDRCIQRGEIKAGSVLQKMLAGGILTA
                     AYEMKEIEFDNIYHKETRRMEYTKNYEAAPYYIYYQPYWVAHLAKRMITPRHPVKLSQ
                     VPENFRHRIHRIPGCFADKEYLQIAQHTFCKVYGYDELTYSYEIWSLTPLPMEDGLWR
                     EVICHIPCWESYDWRPDPSEGYEEPDPEDWYQNIRNAPLTHRPTVVMIGDLKKRWFII
                     DKAFEHTDRLIRHTIWIPYVPMLPKKYANYDYDSAAAKSLTDEVLAQLLADCKYPDWV
                     VRWIRPHVLLLDDDAQAVFEQVYPITNHRVQINGDSYSIYLLSERKRYAAEIEHYAQQ
                     PYRGEVQALVDYSFCVNDPSRR"
ORIGIN      
        1 catcgagctg atcatccgtc agggaaaaag tgatgtggtc gtcatccctg tctgtggtgc
       61 tgggaccaaa aagcaactta tcgaaccatg tgtcaggcac gtccacagga attgggccat
      121 tattttcgaa ctgtatgatg gccacgttgt cgtcgtcgtc caccatgtac caggccgtgg
      181 acatggagtg cgtggcggga tattctttgt ctgtcttcat cgttgtaagg gggtaaataa
      241 gtgggactaa aatacgctat cgacgcgaag gatcattcac gcagaatgaa tagtctacga
      301 gggcttgcac ttccccgcgg tagggctgct gcgcgtaatg ctcaatctcg gcagcgtagc
      361 gcttgcgctc agagaggaga tagatggaat aactgtcgcc gttgatttga acacgatgat
      421 tggtgatggg gtagacttgc tcaaagacgg cctgcgcatc atcatccagc aagagcacgt
      481 gcggcctgat ccagcgaacg acccaatctg gatacttgca atccgcaagc agctgggcca
      541 gcacctcgtc ggtgaggctc ttggcagccg cgctatcgta gtcatagttt gcgtacttct
      601 tcggcagcat ggggacatag ggaatccata tcgtgtggcg aatcagcctg tccgtatgct
      661 cgaacgcctt atcgatgatg aaccatcgct tcttcagatc gccaatcata acgactgtcg
      721 gccggtgggt cagtggggca ttacgaatgt tttgatacca gtcttctgga tccggctcct
      781 cgtagccttc actcggatcc ggacgccagt catacgactc ccaacagggg atatgacaaa
      841 tcacctcgcg ccacagccca tcctccatgg ggagaggcgt gagcgaccaa atctcatagg
      901 aataagtcag ttcgtcatag ccatacacct tgcagaaggt atgctgggcg atctggaggt
      961 actccttatc ggcaaagcat ccggggatgc ggtggatacg atggcgaaaa ttttcaggca
     1021 cttgagacag cttcaccgga tggcggggcg taatcattcg tttggccaga tgcgcgaccc
     1081 agtagggttg ataataaatg taatacggcg cagcctcgta gttcttggtg tactccattc
     1141 gacgggtttc tttgtggtaa atattgtcga actcaatctc tttcatctca taggccgcgg
     1201 tgaggatgcc gccagcaagc atcttttgca gtacggaacc tgccttgatc tcaccccgct
     1261 ggatacaacg atcaaaatcg gcaatgtaaa gccccttctg cttggacaca atcgttctga
     1321 tgggcacacc gccctcgcga cagagcgcca aaaacgcgtc tgttcgtgtg ggggcgatct
     1381 gaaacactgt cccaaaccac caatggctaa catcctccag cgagcagggg gcggcaagaa
     1441 aatcgggtaa aagctcctcg atctgctctt cggtcagctc gatggtcgtg ttatagctat
     1501 cggacacacc cgtagctggg ccaaacagta aatcctctgt agcttcctct ggcacatccc
     1561 agggcacggg gccgttttcg ttatactcaa tgatggccac gttgtcgtca tcgtcgacca
     1621 tataccaggc cgtggacatg gagtgcgtgg cgggatattc tttgtcaagt atcatgggga
     1681 ggggcggatt gtctttatcg attcttttta tctactccgg ggagcacaaa ggggcttgga
     1741 agtttcttcc agacaacccc caagtgcatt taggtgcttg gaagaaactt ccacggggtc
     1801 aaaagcacc
//
LOCUS       SEQF2638.1|AYYF01000791.1 293 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..293
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtcagtaacc gagccgccag agtggccgaa gaactcagcc acaagtacgg gctgaccatc
       61 gctaaagaag tccgctccgc gtgaccgtat cgaaaagccc aagctgattc cgcaagagag
      121 cggacaaagc agcagattag aaacatctgc tacgccctac tggacaaata ccgagggaaa
      181 ggcctgtcgg gtcactccat gttcctctac gaactccacc gaagtggcgt cacgatcgac
      241 cgcatgaaga acaagcaggg gaaagtctac gggctgaagt tcacctacga cgg
//
LOCUS       SEQF2638.1|AYYF01000792.1 489 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..489
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tcggtgaggt gggtgaggtg gatgaagtcg tccagcgtga gttgctcggc gcggaggctg
       61 aagaggcggt cgtcgcggcc ctcgaaagtg cgtccgagca ggggttcgag ggcgttacgg
      121 agtgtcttgc gacggcggtt gaaggccgtc ttgacgaccg tcttgtacag ccgttcgtcg
      181 cagccaagct cctgccgatc gttgcgtgtc aatcgcacca cggcgctctg caccttgggc
      241 ggcggattga aggccgaagg ggggacggtg aagaggtatt ccacctcgta ccacggctga
      301 atgagcgccg agaggatgcc tgccgtgcgg gtggcgggtc gtgcagccag tcgttcggcc
      361 acctcctttt ggatcatgcc cgagcaacac accacgcggt cgcgctcctc gagcactttg
      421 aagaagatct ggctcgatat gtaataggga tagttgccga tcaccatgaa gtccgacggg
      481 tagcgtgtg
//
LOCUS       SEQF2638.1|AYYF01000793.1 316 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..316
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tatgcatgct gcatacagcc tgcttttaga ttaaaaggat gcgatctctt atgtatatag
       61 tagcctttta tattaaaatc acaatatagt cagtgtggat tctatccttt cagattaata
      121 ggaggctatg taaactgtat atggtttgct ttcagattaa aaggatacaa tctctcatgt
      181 atatggtgtc cttttatatt gaaagtatag tatagtcggt gcatattctt tccttttaga
      241 ttaaaatcgt gtgatagata aaggtcgtaa gtgcatttca gatcaataac caataacttg
      301 ctgtccatat tatagg
//
LOCUS       SEQF2638.1|AYYF01000794.1 331 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..331
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ctccaaaaat tctcgaacta tcgttttcca ttggtcttga ttggcgactt ttccaagttc
       61 ccaagccaga gtttgcagaa ttttatccga gaaagcaaca agggacgtca ggtgaacttc
      121 gtccgtaccc ttccggaggc gctccaacta ctgtccaagc catgaagtcg cggccgacta
      181 ctcttgtcac cctctgtgca gccctctttt tcctcttcac ggcctgcaat gcacccatgc
      241 caaagcctcg cggcatgctg cgcatcgact tacccgcgcc acgatacgcc gaattttccg
      301 cgccaggccg tccctacacc tttcgtttct c
//
LOCUS       SEQF2638.1|AYYF01000795.1 400 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..400
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gacgatcagc tcagccatct ccacggcttg caggttgtcg ttctcagtgc gtagctcctg
       61 aatcaggccg tggaaggcgc tgagcttgcg cagtgtgccc tggttggccg acagcgcata
      121 ggccgcaggg tcgctcacga cggcccagag gctgacgccg tgttcggtgg cggcgcgcat
      181 gagcttcgcg acggtcgtct cgccgatgcc gcgcgcggga tagttgatga tccgcttgag
      241 cgcctcctcg tcgtcggggt tgaccacgac gcggaagtag gcgatgatgt ccttcacctc
      301 cttgcgctgg tagaacgact gcccgccgta gacgcgatag gcaatgccct tcttccgcag
      361 cgcctcctca aggacgcgcg actgggcgtt ggtgcgatag
//
LOCUS       SEQF2638.1|AYYF01000796.1 318 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..318
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cactttggcc gttgcatccc tccctgtcgc agcaatattc acccccttcc cccgttggat
       61 tgaggtgttt ttagaacgac caagtcatga acatcctcta tgaatcgcga cagcaactga
      121 aatacgtctt catcatcgta gcgatcctca ttgcgctggc ctcagtggcc gtatcggact
      181 cccttatcaa gaagctcgcg caggaagaac gctcgcgcat ggagatatgg accgaggcct
      241 accgcgtcct aaccacacaa gacaccgacc agaacctcat ggtcatcctc cgcatcattg
      301 aggggaacac ctccatac
//
LOCUS       SEQF2638.1|AYYF01000797.1 812 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..812
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             187..723
                     /locus_tag="SEQF2638.1_00255"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKILFLTGANDLEVLLVASVDLRHEFLEVVPNLVTLFARHRTDF
                     APLLEDLLHVAVGRHDVWLLDQFFSGLGEFQLTFEVLLEVVIAQLMVDLDDVVETFGL
                     DLVVVPKFLDVLLRYGVVLFPFLLDFAELVVSPVEVVRAFDEGFHAVDEVQLLEVVLL
                     THTRPLFLQFGTALLVSV"
ORIGIN      
        1 gaactcgtcg caggcggcgt ggaagcggtc gtaaatcttc tggttctgct tccgggcggc
       61 aaagccgata gtgcgccatt tctgttgcag ctcgatgatt tctgcggcct tcttctccca
      121 gtcgcggtgg gtctttaggt cgtcatatac gacgccttcg acggtctcac agagggctgt
      181 tttggcttga agattctctt cctcacgggc gcgaatgacc tcgaagtgct cttggtggcg
      241 tcggttgacc ttcgtcatga gttccttgaa gtggttccaa acctcgtcac gctgttcgcg
      301 aggcacagga ccgatttcgc gccattgctg gaagatctgc tgcatgttgc ggtaggccga
      361 cacgacgtct ggctcctcga ccagtttttc agcggcctcg gtgagttcca gcttacgttc
      421 gaggttcttc ttgaagtcgt aatcgcgcag ctgatggttg atcttgacga tgtcgtagaa
      481 acgttcggct tggatctggt agttgttcca aagttccttg acgtgctcct gcggtacggg
      541 gtcgtactct ttccatttct gctggatttc gcggaactcg ttgtatcgcc ggttgaagtc
      601 gtccgtgctt tcgacgaggg ctttcatgcg gtcgatgagg ttcaacttct tgaggtagtt
      661 ctcctcacgc acacgcgtcc tctctttctc cagttcggca cggcgctcct tgtatcggtt
      721 tagtaggtct ttaacgacgg gcagcgtctc gtcggacgga ttctcgaaat cgtcctcgtt
      781 accgccacct tcgactaaga cgcgcttgag ct
//
LOCUS       SEQF2638.1|AYYF01000798.1 291 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..291
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cctacgcccg gatctgtctt cacgcctgat acggacggga tcgtcaccgt gcggttgatg
       61 tctaccggct gagcgtcacc gacgcagacg taaacaatgc cgtcggtcga gatgttcagg
      121 ttcagcggat actcctcgcc gtcgatcatc accttacgcg gattgagctt gagttggttc
      181 aggctgttgg gcgtgatgga cttgtaatag atgatcgggt agcaacgctt ctcgatcttc
      241 tcgcaaggac ggatctcgat gttcacgtct acggaaccgt aagtcgtcag a
//
LOCUS       SEQF2638.1|AYYF01000799.1 646 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..646
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tctgccggag gaatagttca tgtgttgggg cctaacggcc ctgattagat gtttagatgt
       61 ttagttgttg agatgttgag atgttgaact gcttgtcaag ccaacgaaca acagataaac
      121 aactcaacag gccggaggcc tcaacaccta acaatgacca tgtacccggt gtaggggcga
      181 attgcattcg cccaacatgt acccggccaa acttccctgc ctcggcagag gccgccccta
      241 cacggacgcc gcgaaacccg ccgggaattg cgccaaaaac cgatttgaag cccgaaaccc
      301 gccggggatt gcaccaaaaa tcgatttgaa gcccgaaacc cgccgaggat tgggccaaaa
      361 actgatttga agccccaaac ccgccgagga ttgggccaaa aatcgatttg aagccccaaa
      421 cccgccgagg attgggccaa aaacaggttt ttggtgcgcg gcgaccctca tttcacaccc
      481 cgacaacgaa caactaacaa ggaacacctc aacaactaaa cacataaaca ggggcgcagc
      541 ccccaacgcc tcaacagata aacaaaccaa caacaaacaa tggaagtact ctttgaagga
      601 accggtgcca tgtttcccgt ggccaccgcg tgtttcctat tcgttt
//
LOCUS       SEQF2638.1|AYYF01000800.1 320 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..320
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tgtcgtccct ttttgccacg catcccgcgc ccgaggccgt cggccgggcg atcatcgacg
       61 cgtgctcggt ccgggcgcgt gacaattttt cgttttacat cgttcccatc ctccgcggct
      121 gacagctgcc ggttgaatgt cgcgtcatgc gacatgaaat ggcttcgacg gtcggaaatg
      181 tcgtttcatg cgacatgaaa tggcttcgac ggctggaaat tccgtgtctg gtgacccgaa
      241 atggctgcaa actacttttt agccgtttcc ggtgacccga aatgaccgcg aactactttt
      301 tagtcgtttc tggagaccgg
//
LOCUS       SEQF2638.1|AYYF01000801.1 3591 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3591
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             160..1188
                     /locus_tag="SEQF2638.1_00256"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEKRVDSMRILYIAVHENNCGWGAEYFVNDGFNEIGVETSCVDY
                     RKYRKEIVERILQTPTFDYLFLQRGDYFPIELLRAVRRPKFFWASELVSRNRDQDRLL
                     SCGLFDHTFVHTNACKETVVRNGWLQESQITVLLNGFDPKIHHPLSIEKDIDVLFIGN
                     MLKRRKEWTDEIRKNCSLHTAVGIYGDEMVKLINRAKIVLNIHSEEFPDTETRVFEVL
                     GCRSFLLTEKLSVENPFTDRKHLIECVDLEDMIRQIQYYLEHDAEREQIAEQGYIEAI
                     ETHTYKRRAEDLATLFAEYPFDPTVEAIDRTRLSKARSEATCLYRKVVIEERCMRFRQ
                     RVRRFIRR"
     CDS             1388..2239
                     /locus_tag="SEQF2638.1_00257"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGRIRKMKYLHTASRTTEVDAVSDQIVAMYEARTALKTEPYLAA
                     TMATLKSQSEQITEAIKRLKILSELEDLDAVRDRAISALGHVLNGYANMPTDDARQHT
                     PPLKKVFDNYTLSITRENYESESSLIESLLADLSATALQVHITALPGVSEAIAAVRTA
                     QSAFTTKQVVYLEALAKDKTLQSASALKLSLLTTINTKLIRYLDVMKDVDAAKYADFA
                     AAVAQAVDEQNAVIAMRHTLDEKKKKEGNGGDTKKKKGKEKDKGKEKDKKKEKDDEGD
                     DITLPTE"
     CDS             2266..3537
                     /gene="wbpA_1"
                     /locus_tag="SEQF2638.1_00258"
                     /EC_number="1.1.1.136"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:G3XD94"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-N-acetyl-D-glucosamine 6-dehydrogenase"
                     /db_xref="COG:COG0677"
                     /translation="MKIAIIGLGYVGLPLAVAFAEHYPTVGFDINRKRIVELQKGLDH
                     TQEMDRDRLQGALSSTEEKGLTLTDNNEQLSDCTVFIVTVPTPITKFKTPDLAPLLAA
                     SATVGRALKSGDIVIYESTVYPGCTEEDCVPVLEKASGLKYNVDFFCGYSPERINPGD
                     RKNTLETIQKVVSGSTEEVAEKVEILYRSILPASTFRASSIKVAEACKAIENAQRDVN
                     ISFVNELSLIFDRMGIDTQEVLEAAATKWNFLKFTPGLVGGHCIGVDPYYLMHKSQCL
                     GYNPQVILSGRSVNDGMGRFVASKTVKLMIRHGIRIVGSRVLVLGFTFKENCPDTRNT
                     KVVDVIDELKDFGIHVDVYDPHALRDEVKAEYAIDLLAQQPDPKQYDGIILTVAHDEF
                     RSIDFSFVRNQPTVLFDVKGILDKSLIHGRL"
ORIGIN      
        1 atataattgg aaggatcgat ataaacagat ttgcaccctc ttcaaagagg taaagcacga
       61 gccaatagat gaggtgttga gccggcgaat ctatagttat gagcagcatc ttaatggcaa
      121 atacaacatg ctgccttatg cgttttatta ttggaaaaaa tggagaagcg ggtggactcg
      181 atgagaatat tgtacatcgc tgtgcatgag aataactgcg gctggggtgc cgaatatttt
      241 gtaaacgatg gatttaatga aataggggta gagacatctt gtgttgatta tcggaaatac
      301 agaaaagaaa tagtggagcg cattctacaa actccgacgt ttgattattt gtttctccag
      361 cgaggtgatt atttccctat cgaacttttg cgggcagttc gccgcccgaa atttttttgg
      421 gcctctgaat tagtctcaag gaatagagat caggatcgat tattgagctg tgggttgttt
      481 gatcatactt ttgttcatac aaatgcgtgt aaagagactg ttgtaagaaa cggctggttg
      541 caagaatctc aaataacagt tctgttaaat gggtttgatc caaagattca tcatccactt
      601 tctattgaaa aagatataga cgtgctgttt atcgggaata tgctaaaacg cagaaaggag
      661 tggactgacg aaatcaggaa gaactgctcg ctgcacactg ctgtcgggat ttatggcgac
      721 gaaatggtga aattgatcaa tcgcgcgaaa attgtcctga atattcattc tgaagaattt
      781 ccggatacag agacacgcgt ttttgaggta ttgggttgcc gaagtttttt attgacagaa
      841 aaactatctg tagaaaatcc gtttacagat cgcaaacatc ttatcgaatg tgtagatttg
      901 gaggatatga ttcgtcagat ccaatattat cttgagcacg acgcagaacg agaacagata
      961 gcagaacaag gttatataga ggcgatagag acgcatactt ataaaagacg agcggaagat
     1021 ttggccacac tttttgcaga atatccattt gatcccacgg tggaagcaat tgatcggacg
     1081 cgattgtcta aggcgcgctc tgaagctacc tgtctatatc gaaaagttgt cattgaagaa
     1141 aggtgtatgc gctttcgtca gcgggtacgg agatttattc gacgataatg ttatcgcaat
     1201 gaatcatctc gcagtgatgc tgttagtgtt gttattataa tggaatctca ttcataaatg
     1261 tagctgtaat cgttgccgta acgaaccgtc ccgcagaaaa attgcaggtg tcgttactgt
     1321 aacgattctt tctacagaaa aggagcaaca gacgtttcca taacgaattg acaaatagca
     1381 tgtcttgatg ggaaggataa gaaaaatgaa gtatttacac acggcaagtc gaaccactga
     1441 ggtggatgcc gtttctgatc agattgttgc gatgtatgaa gcccgaacgg ctctgaagac
     1501 ggaaccatat cttgcggcta cgatggcgac gttgaaaagc caatcagaac agattacgga
     1561 ggcaattaaa cggcttaaaa ttctgagtga gttagaggat ctcgatgctg ttcgagaccg
     1621 agcgatcagt gcgctgggac atgtgcttaa tggatatgcg aatatgccga cagacgatgc
     1681 acgtcaacat acgccgcctc tgaaaaaagt gtttgataat tatacgctct ctattactcg
     1741 cgagaattat gagagtgaat cgtctttgat cgaatcgctg cttgctgatt tgagcgcaac
     1801 ggcattgcaa gtgcatatta cagcgcttcc gggtgtgagt gaggcaattg cagctgtacg
     1861 cacggcgcag tctgcgttta ctaccaagca ggtagtatat ttggaggcgt tagctaaaga
     1921 caagactttg cagagtgcca gtgcgcttaa actctccttg ttgacaacga ttaacaccaa
     1981 acttattcgc tatcttgatg tgatgaagga tgtcgatgcg gcaaaatatg ctgatttcgc
     2041 agcagccgtt gcacaggctg tcgatgagca gaatgccgtt atcgcaatgc gccacaccct
     2101 cgatgagaaa aagaagaaag agggaaacgg tggtgacact aagaagaaaa agggtaagga
     2161 aaaagacaaa ggaaaagaga aggacaagaa aaaggagaaa gatgacgaag gcgatgatat
     2221 tacgttgcca acggagtagc ggctttttat cggaagagga ataagatgaa aatagcgatt
     2281 ataggattag gatatgtggg attaccgttg gcggtagcgt ttgcagagca ttatccgact
     2341 gtcggctttg acatcaatcg taaacggatt gtcgaattgc agaaagggct tgatcacacc
     2401 caagaaatgg atcgtgacag gctgcaggga gccctatcca gtacagaaga aaaaggcttg
     2461 acactgactg acaacaatga gcagttaagt gattgtacgg tatttattgt gaccgtccca
     2521 acgccgatca cgaaatttaa gacccctgat ttagctccgc tattggctgc gtcggctacg
     2581 gtaggtcggg cgttaaagtc tggggatatt gttatttacg aatcgacagt ttaccccgga
     2641 tgtacggagg aggactgtgt gcctgtcttg gaaaaagcct cagggttaaa gtataatgtt
     2701 gatttcttct gtggttattc tcctgaacga atcaatcccg gcgaccgaaa aaatacatta
     2761 gaaacgatcc agaaggttgt ttctggttcg actgaggagg tcgccgagaa ggttgaaata
     2821 ctttatcgat caatccttcc cgccagtacg tttcgtgcgt cgtcgattaa ggttgcagaa
     2881 gcatgcaagg cgatcgaaaa tgcacaacgc gatgtaaaca tctcatttgt caatgaattg
     2941 tcgctaattt ttgatcgtat gggaatagat acgcaggagg tgcttgaagc agctgccaca
     3001 aaatggaact tcctgaagtt cactcccggc ttggttggcg gacattgcat tggtgttgat
     3061 ccttattact tgatgcataa gtcacagtgt ttaggctata atcctcaggt gatcctttcc
     3121 ggccgctctg tcaacgatgg gatggggcgt tttgtggctt caaagacggt taaattgatg
     3181 attcgtcacg gcattcggat agtcgggagt cgtgtattgg tacttggatt tacatttaag
     3241 gagaattgtc cggacacacg gaatacaaaa gtggttgatg tgatcgatga gttgaaggat
     3301 ttcggcattc atgtggatgt gtatgatcct catgcattgc gtgatgaagt aaaagcagaa
     3361 tatgccattg atttactcgc tcagcagcct gatcccaaac aatatgacgg tatcattttg
     3421 acggttgctc acgacgaatt tcgttcgatc gacttcagct ttgttcgcaa ccaacctact
     3481 gtcttatttg acgtaaaagg gatcctcgat aaatcgctta tccacgggcg actttaatcg
     3541 attaatttgt cttttaataa tgcggaggca taccatcgta cagcccatga g
//
LOCUS       SEQF2638.1|AYYF01000802.1 1045 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1045
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             188..952
                     /locus_tag="SEQF2638.1_00259"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:vienna_vog:VOG00451"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRPLDFASPRSPKVINDWCARQTRKRIPQIVDRIPSDAFLYLIN
                     AVYFKGTWARTFDRDDTQPAQFHKADGSTEKVQMMYRQGDYRYGTNDVCRYLEMSYGN
                     GAFGMVVMLPQEGKTTRDVLASLSGERWKQMRQMNNEEVQLYLPRFRTECTYDLAKDV
                     LPGMGMKAAFSPEADFSGIALKPLRVSGVVHKTFVEVTESGTEAAAVTSVEMVLMSLP
                     VDKKEPVLFRVDRPFVFAICERSTGAILFIGEIGEI"
ORIGIN      
        1 caccgcactg cacgaatcgg gctattcgca ggccgacatc aatgcctaca gcaagcgact
       61 gcgtgaggcc ctgctccggg ccgacccaca gacaacgatc ggcattgcta actccatctg
      121 gtaccgccag agcgagacgc tccgcacggc cttcacgaac gctaaccgca cgtattacgg
      181 cgccgaggtg cgcccgctgg acttcgcctc gccccggtcg ccgaaggtga tcaatgactg
      241 gtgcgcgcgg cagactcgca aacgcattcc gcagatcgtc gaccgcatcc cctccgacgc
      301 cttcctctac ctcatcaacg ccgtctattt caaaggcacc tgggccagga cgttcgaccg
      361 agacgacacc cagccggccc agtttcacaa ggccgacgga tcgactgaga aggtgcagat
      421 gatgtaccgc caaggcgact atcgctacgg cacgaacgac gtctgccgct acctggagat
      481 gagctacggc aatggagcct ttggcatggt cgtcatgctg ccccaagagg gaaagacgac
      541 acgcgacgtg ctggcctcgc tcagcggtga gcgttggaag cagatgcgtc agatgaacaa
      601 cgaggaggta cagctctacc tgccgcgctt ccgcacagaa tgtacctacg acctggccaa
      661 ggacgtcctg cccggaatgg gcatgaaggc tgccttctcg cctgaggcag acttttcggg
      721 catcgccttg aagccgctgc gcgtctcggg cgtcgtccat aagacgttcg tcgaggtgac
      781 ggaaagtggc accgaggcag cagccgtcac aagcgtagag atggtgctca tgtccctgcc
      841 cgttgacaag aaagagcccg tcctcttccg cgtcgatcgc cccttcgtct tcgccatctg
      901 cgagcgaagc acaggcgcca tcctctttat cggagagatc ggggaaatct gaagtagccc
      961 ccaagttggc cggcgtccct gacgccttga tcttcttttg cctccttttc ttccatcaag
     1021 ggaagaaaag gaggtggggg atcgg
//
LOCUS       SEQF2638.1|AYYF01000803.1 1494 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1494
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             19..171
                     /locus_tag="SEQF2638.1_00260"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGDKQLYRGEVQVVQFGSHEALAPVMFEDRKAPIKVIFYPETGA
                     IKQIIQ"
ORIGIN      
        1 gccgacgcgc ggatcgaaat gggcgacaaa cagctctatc gcggcgaggt gcaagtggtg
       61 cagttcggct cgcacgaggc cctggcaccc gtcatgtttg aagaccgaaa ggcgccgatc
      121 aaggtcatct tctaccccga aacgggcgcc atcaagcaga tcattcaata actactcatc
      181 catacattac cgactaaaaa actgattctt atgttcaaag accatcccaa gggactcatc
      241 cctgccgccc tctccaacat gggcgaacgc ttcgggtatt acatcatgaa tgccgtgctg
      301 gtgctcttcc tctgctccaa attcggactg agcgacgagg ccagtgccat catctactcc
      361 gtcttctatt gcggcatcta tgtgcttagc ctcgtgggcg gcatcattgc cgatcgcacc
      421 cagaactata aagccgtcat ccgctccggc ctcatcgtca tggccaccgg ctacatcatc
      481 ctctccatcc ccatcctctc cacccaaggc aacatcggct ggctgctgcc cctgacctgc
      541 ttcgccctgc tgctgatcgc cttcggtaat ggcctcttca agggcaacct gcaagccatc
      601 gtcggacaga tgtacgacaa cttcgaggct gaagccctgg cccaaggccc cgaggcttat
      661 cgccgcgtgc aaggcaaacg cgactcaggc ttccagatct tctacgtctt tatcaatgtc
      721 ggcggactca tcgcgccctt cgtggccccc ttgctgcgcg agtggtggct caacacgcac
      781 ggcctgatct acaacgccgc cctgcccgcc gcctgccacc agtacatttt agaaggcgcc
      841 tccatggttg gcgatccgat gaataatctg ctcgggctga tcggtaaggt cggcggcacg
      901 gtagacgcca attcacccga ttccattcgc gccttctgcg agagctacct cgacatcttc
      961 aacaccggca tccactattc cttcatcgcc tccgtggccg ccatgctcat ttcgctcatc
     1021 attttcatgg tcaaccagaa gatattccct gtgcccgcca agaaagagaa gcaggttgtg
     1081 gaggattaca ccccggagga gcgggctgag atggcgggcg agatcaagcg ccgcatgtac
     1141 gccctctttg ccgtcttagg catcgtcatc ttcttctggc tctcctttca ccagaacggc
     1201 caatcgctct ccctcttcgc ccgcgacttt gtccagaccg acaacctcgc tccggagatt
     1261 tggcaggccg tcaacccctt cttcgtcatc acactcacgc ccattgtcat gctcatcttc
     1321 ggtgccctca gcaagcgcgg ccgcgagatc tcgacccccc gcaagattgc catcggtatg
     1381 ggtatcgccg gcctggcctt cctcttcctg gccatcttct ccttcatgca gggctacccc
     1441 tcgggcgccg actttaagga tatgtctgac gccaaacagt cggccatcaa agcc
//
LOCUS       SEQF2638.1|AYYF01000804.1 1335 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1335
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gatgttgtag cactcggtca cctcgggaat ggcccggatc ctacgcgtaa aatcggatgc
       61 aatctcccgg ttgatgcggc tcatcttcac ggtgcaaaag acgcggaagc cctgattgag
      121 cttctcagcg tcaagcacgg ccacgtactt tttaatgtat cccttcttct cgaggcgttt
      181 gagtcgctca aaaacgggcg tggaggagag gttgacgcat tgggccagct ctttggtggt
      241 ccgttgcgaa ttttcctgca gagcacgcag gatctgcagg tctgtactgt ctaacgtatc
      301 cataaaatga aaatattcta ccggtgaagc ctttcgaccg ccatcgcagc ccattttttc
      361 cataagggca tgcgaaaata gtaggatttt ctttgttgct ctcctatttc atgcaatacg
      421 taggcgaaaa atgcttttgc tggaatggat atggcgccaa ggatatgccc ccaaggcttg
      481 caagcgccct gtatgctccc gccgacttcc tcgtggccct ctctccttcc ttctaagcgt
      541 ataaggggta tttattcact tgttcggaag ttcccgagag gatactcaag tatgtatcaa
      601 tcgttcggaa tctcccgaga gtatattcaa gtatgtatca cctattcgga agtttccgag
      661 aatatattca agtatgtatc aattgttcgg gatctcccga gaagtctatt ctatttataa
      721 agagttttcg gaaatctccg aaatgcttat tctaacttta taagcccttc gggaatatcc
      781 aaatgatcta atttgatatg tatatctatt tcgggtatat ccgaaactgt ttatctaata
      841 gataatcact tttcggaaat atccgagata tttatttaag tcgcataata ctttcgggag
      901 tttccgatca attgtatcaa tctatatata tctatcggga atttccgatc agatggtaca
      961 tctcgtataa tacgttcgga aagttccgaa tagatagaac ataaataaaa tcactatcgg
     1021 gaaattccga agctaataaa agcaaataaa tagctcttta tcgacgcctc tcaggggaca
     1081 aaatcatgtc cgtaagacct tcgcaaggct tagcaagggc ctaatggaag tccgcagaca
     1141 gatatcctgc ccgaaagggc gtgaaaaggg gacgtttcat catttaacga gcttgaaaaa
     1201 gcccatacga gcctcgttga agggttcaat ggacagaaat agggcctgga tcactccgaa
     1261 actcgaaaag ggaaatgaga gagactcgcc agagacaacc ttagtgcatc gcctccaata
     1321 aattccaagc cgctt
//
LOCUS       SEQF2638.1|AYYF01000805.1 414 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..414
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggccttcggc gtaatttatt cccccagcaa atggctgggc ggagccatta atgggtttct
       61 attcgtaagc taaagagcgc gtttcgctga tgaattgaaa tcgaatcaaa gataaaaaca
      121 aagaaatatc actcaaaagt tgtattttct caaatgatgt tctatttttg ccccgtcgag
      181 atatgagaaa tttaagctga ctattaacta acacacgaga gtttctatga aaaggattac
      241 aatgattctc ctatacctcc tcataggtat agggtggacc gtagcccaaa cggtgaaagt
      301 gagtggaacg gtgatttccg atgaggatgg gcaacccatc atcggcgcag cagtcaccgt
      361 cagaggcgct gcaaacgcgg gcaccgtcac agacatggtc ggacgctata cgtt
//
LOCUS       SEQF2638.1|AYYF01000806.1 1416 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1416
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             2..1351
                     /locus_tag="SEQF2638.1_00261"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSTSLQHIENVRDFVSDPRAILGSIQTKHGEIAEHIEVEIRNAR
                     DVLNHIKPSATFEGVGRTAPEDYLIGASQVQSKFINGAGKSLDHVLEHLSHYPGFANE
                     GFYHIPKDQFTMIEKVYKGEDVGELSGRTVRKLQELIKQIEQETGKPFTQVVQPSTST
                     YDEVQLGRVGKTLDGYEKEFHETSDKEIAGIRKERTEQEASAQHITDASWSQALKYGA
                     VSAAITGATSASMKIYIKIKSGKKLTAFTLSDWKEVGYDFTKGSVKGGISGIGIYGLT
                     KVAGTPAPLAGAIVSTAVGFSSLYYSYKKGDITQSEYADAACTLSVEAGLAAIGSALG
                     QALIPIPALGAIIGAAVTQSALKIVKQVMGAREEAFVQEMRNKYNTLQSELDAQCKAI
                     IDRISAYYDKLGGLVEAALSPEVNRRLSGSITLCEYVGVPKNKIIHNTSELDDFMLT"
ORIGIN      
        1 cttgtcgaca agtctacaac acatcgaaaa tgttcgagat tttgtttcag atccccgggc
       61 catcctcggc agcatacaaa ctaagcatgg ggagattgcg gagcatattg aagtcgagat
      121 tcgcaacgcg cgcgacgtac tgaatcacat caaaccatct gccaccttcg agggtgtcgg
      181 ccgtaccgcg ccagaagact atctgatcgg ggcctctcag gtacaatcca agttcattaa
      241 cggtgccggg aaaagtttag atcatgtatt ggagcatctg agccactatc ccggctttgc
      301 gaatgagggc ttctaccaca tccccaaaga ccagttcacc atgatagaga aggtctataa
      361 aggggaagat gtgggagagc tatcagggcg cactgtccga aaactccaag agctcatcaa
      421 acaaattgag caagagacag gcaagccttt tacccaagta gttcaaccca gcacatcgac
      481 ttatgatgag gtgcaattgg ggcgcgtcgg gaagacgctc gatggctatg agaaggagtt
      541 ccatgaaacg agtgataaag agatcgcagg gataagaaaa gagcggactg aacaagaagc
      601 ctcagctcaa cacatcacag atgcctcatg gagtcaagca ctaaaatatg gggccgtttc
      661 cgcagctatc accggcgcga cgtcggccag catgaaaatc tacatcaaaa tcaagagtgg
      721 taaaaaactc acagccttca ctctctctga ttggaaagag gttgggtatg attttaccaa
      781 gggatcggtt aaggggggaa tctcaggaat aggtatctac ggcttgacaa aagtcgccgg
      841 aacaccggca cccttagccg gagcaattgt tagtacagct gtgggattct catccctcta
      901 ttacagttat aaaaaaggag acatcacgca gtcggaatac gctgacgctg catgtaccct
      961 cagcgtcgaa gccggattgg ccgccatagg ttcagcatta gggcaagctc tgatacctat
     1021 acccgcgctg ggagccatca tcggtgccgc cgtgacccaa tcggcactaa agatcgtcaa
     1081 gcaagtaatg ggggcaagag aagaagcgtt tgtccaagaa atgcggaaca aatacaatac
     1141 actccagtct gaactagatg cgcaatgcaa agccattatt gatcggatca gtgcgtacta
     1201 cgacaaactg ggaggactcg tcgaagcggc attatcgccg gaggtcaatc gacggctttc
     1261 gggcagtatc actctttgcg aatatgtcgg tgtgccgaaa aataagatca tacataacac
     1321 ctcggagctc gatgacttca tgcttacctg acttttgcgg ccatgagaaa tgcatctgat
     1381 gtagtgcgcg acatgaaccg ggccggagcg gcgggc
//
LOCUS       SEQF2638.1|AYYF01000807.1 322 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..322
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggtgaggacg gtcgatgtgc cgccgcgact gatcagcggc aggggctgac cggtgacggg
       61 catcagattg acggccacag ccatgttcgt cagtgcttgg atgacgatca tcaggccgca
      121 gccgatgacg aggtacttct ggaatagcag gttgcaacgc cgcgcgatga tgcccacacg
      181 gatgagcagc atgatgtaaa gcaacaggac gactgtcccc ccgaccagac ccagctcctc
      241 gatgatgatg gcgaagatga agtccgaata agccagcggc aggaagtcac gctgcacgct
      301 gcgcccaggc atcttgccaa ag
//
LOCUS       SEQF2638.1|AYYF01000808.1 357 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..357
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 aggtattgtg gagcattgag ggtaataact ttttgaagta agggatattg tttgcggtca
       61 gtgatagttg ctttttgggg atagagttgt tgatgagcat cggtggggta tttttttagg
      121 gggtgggggt attgatggtt atcggtgaag aggtcttttt ggggggtagg ggagttgatg
      181 gttgttggtg gagtattttt taagaatgta gggggtattg atgagagttt ggaatagtat
      241 ctttttaggt attgagatgt cggggattgt tgaagaagtt cttttttaga gggaaggggc
      301 gtcagcgatt attgaagaag ctcttttttg tcggaaaggg cgagcgaagg ttggcgg
//
LOCUS       SEQF2638.1|AYYF01000809.1 626 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..626
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggcgtggagg gaaagagctg ggccagggcg cgccagtaga aggggaaggc gtcggtgggc
       61 caagagatgc cggagaggaa gagcaggatg acggacatga agacgaagag catcatgcgg
      121 gactcgcgag tgcgcatgaa gccggagagg atcatggcga agaagatgct ggccaggagg
      181 tagggcagga ggaaaagcag cgcatcccag gggttaccga cggaggggta ggagaagatg
      241 cgcgggacga cgacgagcgt ccagaggcag acggggatgt agataatgac gtaagcgaag
      301 gccttgccaa ggaggacgcg gagggtgccg cggaagcgtc ggtcgagggg gacgaggtgg
      361 tggaaacggc tctgctcgcg ggcggtgcca cccagcatgc agatacccag gacgagcgtc
      421 tgctggatga taaggatcaa aacggcgggc aagaggaagc tggcgaaacc gttggcgggg
      481 ttgaagaggg ccacggactc gtaggggatg ggcgcgacgt agatctgctg aagctcgtcg
      541 gtggattggg gcgtgcgggc ggcacggatc tcgcgcccca tgtcgagcga gacttcggtg
      601 gtggccagga ggagggcttt gtagct
//
LOCUS       SEQF2638.1|AYYF01000810.1 293 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..293
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             125..250
                     /locus_tag="SEQF2638.1_00262"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MENAMPAKPAPISNCIVTIHQRFVLSRSTNGLQKGLITQGR"
ORIGIN      
        1 ggactgctcg ccgctgtcta aggctaacat ataatatcca tcggcggcga tgtcgtgggt
       61 tgccgatgcg aaagccaaca gccagaagaa cgctaaggac agttgcaaat agtacgccgt
      121 tgggatggag aacgctatgc cggcgaagcc tgcgccgatc agcaactgca tcgtgacgat
      181 ccaccaacgc ttcgtcttaa gcagatcgac aaatgggctc cagaaaggct tgatcaccca
      241 aggcaggtag agccagctgg tatagagcgc gatgtccgtg ttagatctgt ctc
//
LOCUS       SEQF2638.1|AYYF01000811.1 392 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..392
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ttattgtcat cgctattgct tcccttgaag agagagcggg ggccgaaggg gggcatcaag
       61 atctcctctg ggagcggaac aggggacttt gagggactgc ttcggattga ggtgggctaa
      121 gaagacagct acctctgtcc gtggaggagg gacgtattgc gatacgcctc atgtattgtg
      181 cccggaccct gatcacaggc cccataagag gcgaatgtga tacgcaactc ttgccttggt
      241 gctctctctt atggccgatt tgagatgaat aagaaacgcc ccaccgccta cgatggcagt
      301 ggggcgttgt ttttagggag ggaggcggag gtttagtccg tgagggtgaa ggctgggtga
      361 gcagtgagct ctcgcttttg gcgctcgaag tc
//
LOCUS       SEQF2638.1|AYYF01000812.1 1458 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1458
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             57..380
                     /locus_tag="SEQF2638.1_00263"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQEGLVVRVGDGEEDDGAIHLAGVTVAGVDHAVVLEHLLQVVET
                     ADDKHTEATRLVGREVETLDLKVREVVGRHGVEQGVRFDGAFGVKQHHAMRRLGFVDE
                     GAGRI"
     CDS             430..582
                     /locus_tag="SEQF2638.1_00264"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPVRLPCTSARPRNTPFSISLASSVTSAVGYFSTSVCSADLNDA
                     TLPDCT"
ORIGIN      
        1 gcttgtcggc catagacttc ggcaaagaag gccatgtagt ccgatggcga cttgccatgc
       61 aagagggtct cgtagttcgc gtcggagatg gggaagaaga tgacggcgcg atccaccttg
      121 cgggcgtaac cgtcgcgggc gtagatcatg ccgtagtact cgagcacctg ctgcaggttg
      181 tcgaaaccgc tgacgataag cataccgaag cgacccgcct cgtcggtcga gaggtcgaaa
      241 ctcttgacct caaagtgcgc gaagttgtag gccgccacgg cgtagagcag ggcgttcgct
      301 tcgacggcgc ctttggggta aagcagcacc atgcgatgcg gcgactcggg ttcgttgacg
      361 aaggcgcggg cagaatctaa gtcggagatc tcgccaaact catccgtgcc gaagcgcaga
      421 tcccacttca tgcccgtcag gctgccctgc accagcgccc gcccacgcaa cacgcctttc
      481 agcatctcgc tggccagctc cgtcacatcg gccgtgggat acttctccac gagcgtttgc
      541 agtgccgact tgaacgacgc cacgttgcca gactgcacat aggtgagcgc ctcgacgaac
      601 atgaatttcg gcatcagcgt agccagcgga taggtgcggc tgaactcacg atagctgcgg
      661 cgaacgaacg acgtgtcgcc cttgaggtaa cggttgtacg cctgctcgta aatcgagtcc
      721 tgcacacggt ccatcatgcg gatatggtac tcatagttcg gatcggcgac ggcggtggca
      781 tagtcgctct cggggaaggc cttcacgagg cggtcgcgcg agcgtgtctc gagcggcttg
      841 tccttgtacc gcaggcccat gaggtaagac tggaagtagt aatccatccg gtacttattg
      901 tccgggaagc gccgctccag ctcctcgaac gtctcgaccg agagcggctt gttctccagc
      961 ttatccttgt agatcatgcc catgttgtac agcccgtcgg caatgatgac gttcgaggcc
     1021 tccagatcct cggccgagaa ggggatctgc tgcaggtaat actcgcgcga cttggggtcg
     1081 gacgagatgg agtcttgcag tgcgtcggtc gagtcggtgg aggcgatcgg gttgccgttg
     1141 gcgtcgagtt gcggcgtgtc gggcaggtta ccgtcggcgt tgtcggtgga cgaagccagc
     1201 ggcatggcct tgttgcggcg acgccaatcg tcctgattga cgcgcttgcc ccacttgttt
     1261 tggaactggg tcttgccctg cgccacggtc tgctcgttgt agaaatagaa gccgctattg
     1321 ttcccgttga gcagtggcat ctgcggcgtc tgtatgttct gccgctggcg ctgaaagtca
     1381 ttgccgcggc tctgttggtc ggccaagtaa cgctccttgt cagcctcttc ggcctcgcgt
     1441 ttctctttct ccttcacc
//
LOCUS       SEQF2638.1|AYYF01000813.1 3283 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3283
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             9..188
                     /locus_tag="SEQF2638.1_00265"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTECYNIAGDYDYLLKIHAPDMKYYQTFLLNVLGTIDYIGSIHS
                     IFVMDEVKREYGIHI"
     CDS             202..1434
                     /gene="menI"
                     /locus_tag="SEQF2638.1_00266"
                     /EC_number="3.1.2.28"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01936"
                     /codon_start=1
                     /transl_table=11
                     /product="1,4-dihydroxy-2-naphthoyl-CoA hydrolase"
                     /translation="MKYKMIVLDVDGTLLTDEQTISARTRATLLKVQQMGVRVVLASG
                     RPTHGVMPLARALELDKNGGFVLSYNGAQIIHVPTGERVFERRIDPQFMAYLERGARK
                     RGFTIFTYREDRIVTSNAQNVHVQHEAKLSGMRVEEVANWAEAVDFSPCKVMLVSDDE
                     AALVGLEEHWRRRLAGVLDVLRSEDYYLEVVAESVDKSNTLTVLLEKEGIDPTDVVAI
                     GDGVRDVPMLQLAGLGVAMGNAQDSVKACADVVTLTNAEDGVAVALEKAILAEIRDTA
                     IPLDKLNESGRHALMGNLGIQYTYAAKGRVEATMPVDERTRQPFGILHGGASLALAET
                     VAGLGSMILCQPDEMMVGMQVSGNHVSSAHEGDTVRAVATVIHQGRSSHVWDVNIYTS
                     TDKLVSSVRVVNSVMKKR"
     CDS             1438..2322
                     /locus_tag="SEQF2638.1_00267"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEILYDIGAKDVVLLVEALHKRGYERLRFSGNMSPSGGAYRVQ
                     ILRKEDMDWTGYLEDYPDKKILQQMEWYSAVGFDDCGKSPEELANIFAACYPELLSAS
                     KGKDPEYAFWFRKVVWLAHRSVFPIGYADYLDCREKGCLPCVGMNDKDWVLPMPPTGE
                     HRHLEPYYRFYKGESANPHAPHTVRHNIWAHEQRFEQLWAMFTKQEWEVYFKGYEALP
                     HIAYLHHPAVGRKEGHFRRYMDIHLPFRLLPHLPRCHDYKGELLNPYPDDDTAKEQRL
                     GWDKERSEYYLGEKATPC"
     CDS             2409..2990
                     /locus_tag="SEQF2638.1_00268"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVYRFLLVSDEVEDFKREIQIDAEATFLDLHQAILQAVDFQPVE
                     MSSFFICDDDWTRRTEITLVDMGAPTDADTCLMEDTRLEELLEDEHQRLIYVFDYMFD
                     RAFYMELREIITGRTLREAVCTRSVGDPPEQAFTEEELEKDLGKTLTPTASATGEDFY
                     GDSEYDDDELDREGMGGFEDGDSVSLSDLEERY"
ORIGIN      
        1 tccccgaggt gaccgaatgc tacaacatcg ccggcgacta tgactatctg ctcaagatcc
       61 atgctccgga catgaagtac tatcagacgt tcctcctgaa cgtgctcgga acgatcgatt
      121 atatcggttc gatccacagc attttcgtga tggacgaggt gaaaagggaa tacggcatac
      181 acatataaaa ctcagacgac aatgaagtat aagatgattg tgctcgatgt ggacggcaca
      241 ctgcttacgg atgaacaaac gatcagcgca cgcacccgcg ccacgctgct caaggtgcaa
      301 cagatgggcg tgcgcgtggt gctggcctcg gggcggccaa cgcatggcgt gatgccgctg
      361 gcgagggcgt tagaactgga taaaaacggc ggctttgtgt tgtcgtacaa cggcgcgcag
      421 atcatccatg tgccgaccgg cgagcgggtg ttcgaacggc ggatcgatcc gcaattcatg
      481 gcctacttgg agcgtggagc gcggaagcgt ggcttcacca tcttcaccta tcgcgaggat
      541 cggatcgtga cgagcaatgc ccagaacgtg catgtgcagc atgaggccaa gctgagtggg
      601 atgcgcgtgg aggaggtggc gaactgggcc gaggcggtgg acttttcgcc gtgtaaggtg
      661 atgctggtta gcgatgatga ggcggcgctc gtgggcctcg aggagcattg gcggcgacgg
      721 ctggcgggcg tcctggacgt gctgcggtcg gaggattatt atctggaagt ggtggccgag
      781 tcggtcgaca agtcgaacac gctcacggtg ctgctggaga aggaggggat cgacccgacg
      841 gacgtggtgg ccattggcga cggtgtccgc gacgtgccga tgcttcagct ggcgggcctg
      901 ggcgtagcga tgggcaacgc gcaggattcg gtcaaggcct gcgccgacgt ggtgacgctg
      961 acgaacgccg aggacggtgt ggcggtggcg ctcgaaaagg ccattctggc cgagatccgc
     1021 gacacggcta tcccgctcga taagctcaac gaatcgggtc ggcatgcgct gatgggcaac
     1081 ctcggcatcc aatacactta cgccgcgaag ggtcgcgtgg aagccactat gcccgtcgat
     1141 gagcgcacac ggcaaccgtt cggcattctg catggcggcg cctcgttggc actcgccgag
     1201 acggtggccg gcctcgggtc gatgatcctc tgtcagccgg acgagatgat ggtcggcatg
     1261 caggtgagcg gcaaccacgt ctcctcggca cacgagggcg atacggtgcg cgccgtggcc
     1321 acggtgatcc atcaaggtcg ctcgtcgcac gtctgggacg tgaacatcta cacctctacc
     1381 gacaagctcg tctcctccgt ccgcgtggtc aacagcgtga tgaagaagcg ctgagccatg
     1441 aaagagatcc tgtacgacat cggcgccaaa gacgtggtgc tactcgtcga agcgctccac
     1501 aagcgcggct atgagcgcct tcgcttctct gggaatatgt cgccgagcgg aggggcctat
     1561 cgcgtgcaga tcctgcgtaa ggaggacatg gattggacgg ggtatttgga agactatccc
     1621 gacaagaaga tcctgcagca gatggagtgg tacagcgcag tgggattcga cgactgcggg
     1681 aagtcgccgg aggagttggc caacatcttt gcggcctgtt atccggagct actgagcgcc
     1741 agcaagggga aggatccgga atatgccttt tggtttcgga aagtcgtctg gctggcgcat
     1801 cgcagcgtct tcccgatagg ctacgcagat tatctggatt gccgcgaaaa aggctgcctt
     1861 ccatgcgtgg gcatgaacga caaggattgg gtgttaccca tgccgcccac gggcgagcac
     1921 cgtcacctcg aaccctatta ccgcttctac aaaggcgaat cggccaatcc gcacgcgcca
     1981 cataccgttc ggcacaacat ctgggcgcac gagcaacgtt ttgagcagct atgggccatg
     2041 ttcacgaagc aagaatggga ggtatacttc aaagggtacg aggccctgcc gcacatcgcc
     2101 tacttgcatc accccgctgt cggccgaaaa gagggacact tccggcgcta catggacatt
     2161 catctgccct tccgtctact gccccacttg ccgcgttgcc atgattataa aggcgaactc
     2221 ctcaacccct atcccgacga cgacacggcc aaggagcagc gcctcgggtg ggacaaggaa
     2281 cgctccgaat actatctcgg agagaaagcc acgccctgct gagcgctata tataaaggta
     2341 tagggggctc taccctccac cctttatcct ctctctaccc tctaccctct atcctctacc
     2401 ctctaactat ggtttaccga ttcctacttg tttctgacga agtcgaagac ttcaagcgcg
     2461 agatacaaat cgacgccgag gccaccttcc tcgacctcca tcaagccatc ctccaggctg
     2521 tcgacttcca gcccgtggag atgagcagct tcttcatctg cgacgacgac tggacacgcc
     2581 gcaccgagat caccctcgtg gacatgggcg cacccaccga cgccgacacg tgcctcatgg
     2641 aagacacgcg actcgaggag ctgctcgaag acgagcacca gcgactcatc tacgtcttcg
     2701 actacatgtt cgaccgcgcc ttctacatgg agcttcgcga gatcatcact ggacgcaccc
     2761 tccgagaggc cgtctgcaca cgctccgtcg gcgatccgcc cgagcaggca ttcaccgaag
     2821 aagagctcga aaaggatctc ggaaagaccc tcaccccgac cgcctctgcc actggcgaag
     2881 acttctacgg cgactccgag tatgacgacg acgaactgga tcgtgagggc atgggcggct
     2941 ttgaggatgg cgacagcgtc agcctctccg acttagaaga gcgctattga gccacctcta
     3001 ccgaggcccg gaagtttgct tggtacccgg tcaagttggc cggcgtccct gacgccttga
     3061 ttttcttttc gcttcctttt cttgcatcaa ggcaagaaaa ggaagaaggg gctcaggaca
     3121 acgccctcgc gaacaggaca acctccccac tctacccatt gacaacgacg acgctcccca
     3181 ccctcctcgt cctgctcggc cccaccggcg tgggcaagac ggcgctcagc ctgcggctgg
     3241 ccgaacacct cggcagcccc atcctatcgg ccgactcccg aca
//
LOCUS       SEQF2638.1|AYYF01000814.1 346 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..346
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gagcaaaaag acgccccgtt ggagagtcca tttggggcgt ctgagcaaaa agacacctcg
       61 ttggagagtc cgacgagggt gtctgagcaa aaagacgccc cgttggaaca ttttttttgg
      121 gcgcctgagc ctaagtcgct cccgttggaa agtccgacgg cagtgtcttt gcatcagcgg
      181 cccctaaaat gttttccaac agcagcgcct tcgggttatc cgcccataaa atggttccca
      241 acagcagcgc cttcgggtca ttggccccaa aaatgttttc cgacggcggc gaatgaatgg
      301 aagttgcctc tgtcggccgg tagggtaggg gcgtattgca tacgcc
//
LOCUS       SEQF2638.1|AYYF01000815.1 458 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..458
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ctctcttgca tgtggcggat gtagtccttg gcggtccgct cttttacttc tactgtctgc
       61 atgatcaatc gaagaagctc gtcgatggcc aagcggtcat gtgcgcggaa cacttcacgg
      121 gcgatcagcg acagctcggc cgtcttgcgt cgctcacgct cttcttccga tttctcgccg
      181 cgggagacgt gcatgtcacg ctgcttatcc cacccaaaaa gcataatcgg gacgtcaagc
      241 ggactgccgt cacgcacctt cagcgccttc acgaccgaca gcgctgggtt gtcgtccttc
      301 tcgatcgaca ggatggcggc cgacttgcgt tgcagttccg atccgatgtg tccgcgtagc
      361 ttgatgccgt tggggacgaa gtggagtacg caaaggatac acgtgtggta gatgcccgcc
      421 agccgataga gctcgtccac cacagcgatg ctctcggc
//
LOCUS       SEQF2638.1|AYYF01000816.1 637 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..637
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cacttccact actttgccaa gtcttaaacc acttggctcc agtttcttgt atcggaatac
       61 cgttggcttc tttggcaagc tctaccagcc gcttatagac ttcgtgtccg agaacggctc
      121 gcagctgcag gcggttgcgg agccattggt tatctttcat agtcgagcat gcttggttcc
      181 gaacttgcct ggaaagctat gaagaatcga ttctttgttc tactactcca tcttcagtac
      241 tcgaaagcga agatccgctt ttgaggttct ttttacctaa aagaatggga gggggtaaac
      301 ttgtaaccca aactgtgcgg ctcacaaagg atgtacttgt agtgactatc gaaaccgaat
      361 aattagtctt agaggagggt ttagcgattc ttaaaggagc ctcaagcaat cgggatcaca
      421 ggaaaaccgc atcaaaatat aaaagtctaa tttttagaca tgctcttcag tctctaacat
      481 tgaattttca ctgtgggatt tctaagctaa cacccattat cggttagttg tatctatgtg
      541 aaaaaattcc tcataattac cgcctgatca ggattaggcg aaatacttgc tctcatcaag
      601 ttttttttca ccagcattaa ttgctttttt ttggggg
//
LOCUS       SEQF2638.1|AYYF01000817.1 485 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..485
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 agtctggccc tgttagggtt catcatcgag gactttctga actcgggttc gacctatttc
       61 cgtcaatcaa aaaaccaggt ggttaccgtc aacggtacct ccgtcgacta tcaagaatat
      121 caaaaacgca tcgaggaaat gacggaagtc accaagctgc agtacggcct ccaaagcctg
      181 aatgaagagc agacgctgga cctccgccag agcgtatata actcgatcgt gagtgagatt
      241 gtgatgaaag acgtggcgga taagatcggt attgacgtga cgtcagacga gctcttcgac
      301 atgattcaag gtgacaacat ccccccgatt gtacagcaga atccgctgtt tttagatccg
      361 cagacgcggc gattcagcaa ggcacgtgca ctgggcgtgt tgaaggcctt agagaacatc
      421 gacgctgtgc ccgaagagca gcgcgaagaa atgcagcaga tgcgcaactt ctggctcttc
      481 tggga
//
LOCUS       SEQF2638.1|AYYF01000818.1 505 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..505
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gcttatagtc cacgaaacgc tcacgccgaa cacatacacc ttcaaaatag acttctccct
       61 cgcctcggat tacgtactca cctggggtag gagggggtaa cgtggtgtgt ttttggggat
      121 acatggaata gatatgccca aaacgcggta ccttttcaag gtaaatcatg tatccggtca
      181 acttcctcgg cctcggcaga ggccttgatt ttcttttgcc ttcttttctt tcatcaagga
      241 aagaaaagaa ggtagaggta tgggggcaaa acccccgatt tttattctcc aagatcaata
      301 tacccagaaa atgtatcacg ttttcatgat tcattgaatg tgaatgccca aaacgtgatg
      361 catttgggga ttattagatc cttatacccc aaaaacgtat cacgtttcgt gcattcacca
      421 tcattaaaat ggcgtccggt ggggcgtatg caatacgccc ctacacagag acctgaaaaa
      481 tcaatacgtt ttcgggtaac aaggt
//
LOCUS       SEQF2638.1|AYYF01000819.1 375 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..375
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             77..349
                     /locus_tag="SEQF2638.1_00269"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQHETFLLETKLTLNKHASEMEKLRRLIASDAEVIRLRERVKES
                     ARNQLQFGTATANDYILHVNAENRARLGLAQHELQLLWEACNYQMT"
ORIGIN      
        1 gagttggaac atagcaggcc tatacacgct gcggaagcag aaacgtcagc tggaattaaa
       61 tgctcgcgcg atcgatgtgc agcatgaaac gttcttactg gagacaaaat tgacgctgaa
      121 caaacatgcc tcggagatgg agaagctgcg ccgactgatt gcgtcggatg cggaagtgat
      181 tcgtctcaga gaacgggtca aggagagcgc tcgaaatcag ttgcagttcg gaacggcgac
      241 ggcgaacgac tatattttgc atgtgaatgc ggaaaatcgg gcgcggctcg gccttgcaca
      301 gcatgaattg cagctgctct gggaagcgtg taactatcag atgacgtgag gagagtagtc
      361 cttaccgcag cggta
//
LOCUS       SEQF2638.1|AYYF01000820.1 320 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..320
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 agctggaggc gctccgagat gccctccgcg ccaccacgcc cgacgagcgt cgctcgcacc
       61 tcacccatgc cctcgccttc cgcacggagc gtcaccgacg tttctccggc gccgcagcgt
      121 ccgaacatgc cctggagtgc aacgaaggac tggcggagta caccggccag accgtggcca
      181 gcctgtcagc cgaccaagct cgggcttatc tcatcgcacg catcgacgcc ctgctcgaca
      241 tgcccacctt cgtccgctcg tttgcttacg ccacacgtgg gccacgccaa tatatgcgcc
      301 gcgtgctcga cttcgcctgt
//
LOCUS       SEQF2638.1|AYYF01000821.1 540 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..540
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             199..327
                     /locus_tag="SEQF2638.1_00270"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNYYSKPIVLVFNLQRAFHLNGGVNIQLAMIFILVRPKKRPF"
ORIGIN      
        1 atgcaaaatt gcccccattt atagaggctt ttgatgctgt agcacgtact acatacaaaa
       61 gcatatatgt aatcgattat catagacaaa acttcctgta tgtgtccgat aatccatttt
      121 atctctgtgg tatgactaca gaagaagtgc aagaattggg atatgacttt tatttgaaat
      181 tcgtgcccga atcagaacat gaactactac tcgaagccaa ttgtgctggt tttcaatttg
      241 cagagagcat tccacctgaa cggtggagtg aatatacaat tagctatgat tttcatactt
      301 gtccgcccaa aaaaacgccc attctgatca atcataagat tacgccttta aagatgtctt
      361 cggatggaca tctatggcta gcattctgta tcgcttcatt atcggcagca ccttcatccg
      421 gcaatataga ggtgactaac ttccggaatg aaaggctttg ggcgtataga aacaaccagt
      481 ggaaagaaga gcaaattatt ctaactaaaa gagaacaaga tgtggtatac ttgttagtgc
//
LOCUS       SEQF2638.1|AYYF01000822.1 1296 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1296
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(72..1067)
                     /locus_tag="SEQF2638.1_00271"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRPIKRLLQQLFDRYDYIRYKKRIVIGNAEYCWCDIPVPIDYPK
                     QSQTHPSICFFPEKWQGYSYWLATTPYPDERVEYENPCIYRSNDPTVFSPIDRNPILR
                     RPDGVAYNSDPELFHFENKLYCIIRENENGCYLREIKLLNSSDGRDWSEPITIYTSNE
                     ENRQLLSPSYIRRQDKHLIYFLNGDAGVGRNGKCVGIEIAESDNLNTLFCFSSMGDFL
                     NKKDVKIEPWHFDLFEYGCKLYMVLCGRDRSCPTFRNPMYTYLAISEDYVNFYIYKRP
                     IVRYLKSYRPSAYVDDRGIFHLYFSVIGSFLEDHSDRNIAKTEMEFDKLLSKISM"
ORIGIN      
        1 catcaatcta gttgcggcaa tagctgcccc accaaaagaa tcagatgtgc taagatgtac
       61 aattctcatc gtcacattga gatcttagat agtaatttat cgaactccat ctctgttttt
      121 gctatattac gatctgaatg atcctctaaa aaactgccta taacggagaa atacaaatga
      181 aaaataccgc gatcatctac atatgcagat ggacgataag acttcaaata acgaactatc
      241 ggtcttttgt agatgtaaaa attgacataa tcctcggaga tcgctaaata ggtatacatt
      301 ggatttctga aggttggaca acttcgatcc cgaccgcata acaccatata taatttacat
      361 ccatattcaa ataagtcaaa gtgccaaggc tcaattttta catccttttt attcaagaaa
      421 tcccccatag aggaaaaaca aaacaatgta tttaggttat ccgactctgc tatttcaata
      481 ccaacacatt tcccatttcg accaacccca gcatccccat tcaagaaata aatcaaatgt
      541 ttatcttgcc gtcttatata agaaggcgat agcaattggc gattctcttc attactcgta
      601 taaattgtaa taggttcact ccaatctcgc ccatcactgg aattcaacaa ctttatctcc
      661 cttaaatagc atccattctc attttctcgt atgatacagt ataatttatt ctcgaaatga
      721 aaaagttctg gatcggagtt atatgcaact ccatccggac gtcttagtat cggatttcta
      781 tctatcgggg aaaaaactgt cggatcattc gagcgataaa tacatggatt ttcatattca
      841 accctttcgt ccggataagg agtcgtagcc aaccaataag agtacccttg ccatttttcc
      901 ggaaaaaaac atattgatgg gtgtgtttga ctttgcttgg gataatcaat aggcaccgga
      961 atatcacacc agcaatattc tgcattccca atcacgatac gcttcttata ccggatataa
     1021 tcatatcgat caaataactg ctgaagcaat cgctttatag gcctcatcga actgcacgta
     1081 ttcctagcgt tacctgatag tccggatctc ttacattaag aagagatcta tcttcaatat
     1141 cctcaagcgc tatcccttga agaaacgcat ttgccgcaaa aacatttcca aatgtccgaa
     1201 tggctatatt cgactctcta aaatattcag cgaaaagtct cttcaatgat agatctgtaa
     1261 atcgccaata atccccccat cgattcatat catacc
//
LOCUS       SEQF2638.1|AYYF01000823.1 311 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..311
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtgcatgtta cagcactcgc cccatgcgca caaataacaa tgataggtga tgcaggacca
       61 ccgccacctt tcacttccat aagatccagg aggtcaataa cttccaattt catcttatcg
      121 ttttttttaa gttcaacact gaattattcc agtgaagttt tttgatacca tggcaagttt
      181 cccatgccgt tttgtgttct accgcgaata aaaacactct acagaaagaa gggaacacgt
      241 cccccaattc gagctgtatc ataactctat atcatgttgt gcactatatg atattcacac
      301 gtatctcaca c
//
LOCUS       SEQF2638.1|AYYF01000824.1 1284 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1284
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             513..890
                     /locus_tag="SEQF2638.1_00272"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRRATLIEGADQVGVLLFPLAEALLEAPEVGVGRGDAAVDGGEV
                     AVEAVDHLPVFRHLPRELLEALGRKAGGASGLVQLATRLFHLRADVLALVFESLFRLL
                     LPGHAYCQSERKGGRSEASAEGF"
     CDS             complement(887..1231)
                     /locus_tag="SEQF2638.1_00273"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDRFQQQRLLLGARRFRAKDTERMTYDFTTDSRARLIATEIIFP
                     FLELKWNYSRFQTVGGRPFPMYMEAEVEGVNKLWIRFDKVETDVPVEMFFPIPDNYKR
                     ITLKQLWRMISL"
ORIGIN      
        1 tcgaccacct tataacggcc gtcgagcggg aagggcaggc ggccacggtt ggcggcaaag
       61 tcgtccgaga gcttgcggtc ttgacgcgag ggggcgtccg gtttgcgacg attcttacgg
      121 gccgtctgct cagcgttttt ggcgcgcgcg gcggcagcca tctcctcggt ggccagctgc
      181 tcgatgcgac ggtcgagggc ctcggcctgt tgctgctggc gggccaggtc gcgggtgaga
      241 tccgtctgac gcgcctctaa ccggcggacg ccggtgcgct gctccgtctc ggcgtctttg
      301 agccggctca gctccgtggc gcgcacctcg agcaggtcag ctttctcgcc gcgaacggca
      361 gccagggcgg cccgtttctc gtcgatctcc ttctgccgat ccacgatgga gagcgcctgt
      421 tgcttctgcc acgaagcgta ttcgtggagg tagcgcaggc gacggatgaa gcgggcgaaa
      481 ttgtccgacg agagcaggaa gatccatttg ttatgcgccg tgcaacgctc atagagggtg
      541 cagaccaggt gggcgtactg ctgtttccgc tcgccgaggc gcttctcgag gcgccggagg
      601 tcggcgttgg ccgtggcgat gcggcggtcg atggcggcga ggtcgcggtt gaggccgtcg
      661 atcatctgcc tgtgttccga cacctgccgc gtgagctcct tgaggcgctc ggccgaaagg
      721 cgggcggtgc gagtggtctc gtccagctgg cgacgcgtct ttttcatctc cgtgcggacg
      781 ttttggcgtt ggtctttgag tcgctttttc gactgcttct gcccggccat gcctactgcc
      841 aaagcgagcg caagggcggc cgcagcgagg cgtcggccga gggattttag aggctgatca
      901 ttctccatag ctgtttcagg gtaatgcgtt tgtaattgtc ggggataggg aaaaacatct
      961 ccacgggcac gtccgtctcc accttgtcga agcggatcca gagcttgttc acgccctcca
     1021 cttccgcctc catatacatg gggaaaggtc tgccgccgac ggtctggaag cggctgtaat
     1081 tccacttcag ctcaaggaaa gggaagatga tttccgtagc gatgagtcgg gcacggctgt
     1141 cggtggtgaa gtcgtacgtc atgcgctcgg tgtccttggc gcggaagcgt cgggcgccaa
     1201 gcaacaggcg ctgctgctgg aaacggtcca tgctgaacgc ctcgccgtcg ggcgtgaaga
     1261 ggcgatcggt gaggagtgcc tcga
//
LOCUS       SEQF2638.1|AYYF01000825.1 800 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..800
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gcgctacatc ggtctgaacc ccgaagaact gcgccgcaag aagggtgagt tcctcaagac
       61 cgttgttccg aagtggatcg aagtggcgag aaagaagaac cgcatcatga cggctgacgc
      121 atcaaggagc taaatggagc aacaacaccg ccgccctatg tggcaacatc cctggcactg
      181 gaaagagagt atcgctttcg tgtcagggat tcttctgact gggttgctgc tgcagctcat
      241 tgtcggcgag ttcgacttcg aactgctgcg ttatcccatg aatacgatcg tcggtggcgc
      301 gatcgtgcta ctgtctgccg ccattgcgtt ggggtgcgca cgtagcgccg tctgccgttg
      361 gtacacgggt gtgccgctgg ctgtgacgct catcgtggcc ttcgtagtga cgggtatcat
      421 catggggctc acgccgcagt cgactgctcg gcctgccgag ggaacgatgc actttacctc
      481 ccgcctcggt ctcgaccgga tgacgcgcgc ttggcctttt gtcctcctct atttcctcac
      541 gctgctttcg ctcggtgcac tcttcattcg tcggttgctc cacttccaac ggtcggacta
      601 tgccttctac ctcaaccatg ccggcctctg gctgctgctc ttcgctgcgg gcctcggtgc
      661 ggcggacatg gagcgcttcc tgatgcgtgt gcctgaaggc gaggtggaat ggcgtggcac
      721 ggacagtcac gggcgcgtca tgcaactgcc tatcgccatc gagctgtatg acttcagcat
      781 ggaggaatat ccgccttcgc
//
LOCUS       SEQF2638.1|AYYF01000826.1 391 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..391
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gacccacacc tcgcagccca ccgtccgcca gcgtaccgcc acgcccgaca ccctccgcgc
       61 ggagcccggc gacctgaacg cccgcctact ggagcggatg gagcgccgtg cccgacgtga
      121 cacgaccctg gaacgccccg cagccaccga cctcagcacg cccatcatcc tccccacgga
      181 accgctcacc atgtccgacc gcgcgctcta ctggtcgcgc tactggagga gcgccacggg
      241 ccgcataccg agctacttca ccttcaacga caccatcatc gtcaacccgc tcttcatgcc
      301 cgtgctcttc aaaaagaaga acctcgacaa tgcgcggcgc atcgtcttct accgccccat
      361 ggatctcaac gatcgaccgt gggagcgccc c
//
LOCUS       SEQF2638.1|AYYF01000827.1 264 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..264
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 agcatagcga ttcttgagga aggcattcgt ttcggctctg taatcccgaa tagcttcctc
       61 gaccagctcc tcagacgtct tttgaggcgt atcagactgc ggattattgt aatacgacca
      121 cggatcgatc ggtgtgcagg cgtagttgtc tacctggtgg gccaggcgta cgaagcgctc
      181 gaaggctttc accttcggac tcgaggagtt tgcgatggcc gcaacctttt taccctcaag
      241 catgaaggct gcaatctgtt cccg
//
LOCUS       SEQF2638.1|AYYF01000828.1 2653 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2653
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             217..1179
                     /locus_tag="SEQF2638.1_00274"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHKIALLVLYNHRYSQNISQIEKLYKNRFSHLYHVIPFYEGDKS
                     NVLPVYESPYQFQSYIAQAYQQIKKANDEKYSHYFIVADDMIVNPDITEENLFEATGI
                     DEKSCYITDFKDLRENMNIPLFHSIEKKGVEVNGILPSCKEAVEKIRTYGLLTMPYKK
                     AFILRYIFYWSFFLNLKKALKGVYYLIWGRSKRRRGLYPILWGYSDILIIEESAMMKF
                     CTYCGCFAACDVFVEQAIPTALLLSAEKITTGAQIKKKMIPQLSIEMKSDIEKKIRFK
                     YKMLNGQFPIKFIFYPSHKAFSMEMTRKVAVIGSGVSGSLSFGA"
ORIGIN      
        1 tccgaaagag attatttacc gcggcactca atatcgacta tcccaaagag ctcctcaaat
       61 ttgatgtggt tgtcttgtaa gaggtaaggc tcctgtggtt atctgatttg gaaaagattt
      121 gtttttgtat agctttttac ataaagcggt aaaacggata tataatcctc cttttttatt
      181 cttaagtcaa tctcgctaaa actaactccg ataattatgc ataaaatagc gctcttggtt
      241 ttatataatc ataggtatag tcagaatatt tctcagatag agaagttgta caagaataga
      301 ttctctcatt tgtatcatgt catacctttt tacgaagggg ataaatcgaa tgtcttacct
      361 gtttacgagt ctccatatca atttcaatct tatatagcac aagcttatca gcaaataaaa
      421 aaagcaaatg atgagaagta ttctcattac tttatagttg ccgacgatat gattgttaat
      481 ccagatatta cagaggaaaa tctttttgag gctacaggta ttgatgagaa aagctgttat
      541 attacagatt tcaaggactt gagagaaaat atgaatattc cattgtttca ctcaatagaa
      601 aaaaaaggtg ttgaggttaa tgggattttg ccctcttgta aggaggccgt agaaaaaatt
      661 cgaacttacg gtttgcttac aatgccttac aaaaaggcgt ttattttgag gtatattttc
      721 tattggtctt tttttttgaa tttaaaaaag gcactaaagg gtgtgtatta tttgatttgg
      781 gggaggagca agagaaggag ggggctatat cctatactat ggggatatag tgatattttg
      841 ataattgagg agtctgctat gatgaagttt tgcacatact gtggttgttt tgctgcctgt
      901 gatgtatttg tcgaacaagc aattccgact gctcttctgc tgagtgcaga aaagattact
      961 actggagccc aaatcaagaa aaaaatgata ccgcaactct caattgaaat gaagtcagac
     1021 atagaaaaaa aaatacgatt taaatataaa atgcttaatg gacaatttcc catcaaattt
     1081 attttttatc catcccataa agctttctca atggaaatga caagaaaggt agcggtaatt
     1141 ggtagtggtg tttcgggctc tctgtcgttc ggtgcttgaa agacaaatac gaaataactg
     1201 tttcgagaaa gaatctacat ttggtggatt cgtttgttgc gataaggtgg atagttttta
     1261 tatcataaag tagagggcat atgattaaat ttttcttcgt cttgatactt tgatgtggtt
     1321 ttgaattttt ttcaatcgaa aatataaatc cgacaaggtc atgtgccact ccgccatctc
     1381 aaatgatcat aagtcggata tccaatagga gatcatatcg catgtcaggt gtataaaaga
     1441 ttattatata attcatacat gttaagcgac agacacccct atatctagaa atctagattt
     1501 tttaaaggct ttgtgttgta ccatataata taccttaagt catatgacga aaaagcacaa
     1561 gggaaaagat ttcacttcct cggctagaaa gtaaactacc aatacctaac attgaggaga
     1621 ttatattcaa taatttcaag cgaactaagg aagcggggat ggcgcatagt tctcttcttt
     1681 atccccccaa atggagattc tcacttcatt gcgaattgtt ttttttaatc caactgttga
     1741 atataatcat tttgcattgt tgattagatg aaagagttgt aatatatcaa tgtgaccgga
     1801 tatggtatcg ttgttttctc tagagatgtt aaacacctat tttctttatt gataggatgc
     1861 gatatctcta aatacaaacg atttatcgat ggatttgctt ctcatggtac aacatcggtt
     1921 ttgtgtgaga tagatgataa tccttatagc tggatatatt tgcccactca tcaatatcaa
     1981 tgttcatcgc accatattat ttgaactggg aatttcgcat cttcaaataa tgtagaagga
     2041 cgaaatactg gggtagttga gtttacgaac ttcttgcata aggatgttat tcttgacgag
     2101 ctaaagaaag tgctgctatc accgaaatat cttgcacatc agaaatgcag gaatgtatat
     2161 gaaaatcaat cagtagtata tcctgtgttg gaaggtgttt ttttatgttc gaaaaacaaa
     2221 cagaatgcac tcaggatgag aatagtatgg gatatggagg attaaaagtc gtattcctcc
     2281 atatttgatg ggctttattt ttttatatcg agatcctttc tgtttatgaa tagaaaaaaa
     2341 gtaggagccg gtgatacgct tgtaagctct atttctttct atgcatactc tgtatgccat
     2401 tgattttatg acatactgcc tttttaataa tctgcaattt gatattgata accattttga
     2461 gggagaaagc acatcggtaa tactcggatt tctagatcgt agaataaagc tgattctgtc
     2521 aatatataaa atcctttcta cagataaaag acggattaca tgcaaatgca tagatgaaat
     2581 gcagggctga cgcataatcc gaactatagc cccagttcga agagttgcag aggatcgagc
     2641 ttggctaaga aca
//
LOCUS       SEQF2638.1|AYYF01000829.1 1251 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1251
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cggcaaagca ctctggactg tgtccgaaga gctgagaggc tcgatgaatg ctgacgactt
       61 ccgagatcac atcctctcct tcctcttcct gcgctacctc tccggcaact acgagaaaca
      121 cgcccgcgac ttgctcgggg gcgagtatcc cggccccgac gcacccctgg cactggggca
      181 aacaccgctc caatactggt acgaaaagaa cccccaggac gtggccactt tcgagacgga
      241 aatgaacaac cgtgtgcact acgtcatcaa gcccgaatac ctctggagcc acatcgccga
      301 gatggcccgc acgcaagatg gcgaactgct caacacactc caacaagcct tcaagcatat
      361 cgaagaagac tcgttccgga acaccttccg cggactcttc tccgaggtca acctcgcctc
      421 cgacaagctc ggcaaagagt atcgcaccaa gaacgaaatg ctttgcatca tcatcagcaa
      481 gatcaacgaa ggcatagcag acttctccac cgatgccgac tccttgggcg acgcttacga
      541 atacctcatc gcgcagtttg ccgccggttc gggcaagaaa gccggcgagt tctacacccc
      601 gcaagccatc tccaccatcc tggcgcgcat cgtcgtgctc gacagtcaag accccacacg
      661 tgggccacgc caatatatgc gccgcgtgct cgacttcgcc tgtggctccg gatcgctcct
      721 gctcaacgtc ctccggcaga tgaaggactc caaaggcatc ggcacccttt acggccaaga
      781 gctgaacatc accacctaca acctggcgcg gatgaacatg ctcctgcatg gcgtcaagga
      841 cgatgccttc aagatcttcc acggcaacac cctcaccaac gaatggacag acatcttcaa
      901 ccccaacgat ctgaagaaaa tcgagtttga cgccatcgtt gccaatccgc ccttcagcct
      961 caaatggaac ccccgcgaag agctggccca agatccccga ttcggcaact atggcctcgc
     1021 gcccaagaag gcggccgaca tggccttcct gcttcacggc ttccattacc tccgagacaa
     1081 cggcacgatg gccatcatcc tcccccacgg cgtactcttc cgcggcggcg tagaggagcg
     1141 catccgccgt aagctgatcg acgacggcca catcgacgcc gtgatcggcc tccccccgaa
     1201 gctcttcttt tcgaccggca tccccgtctg catccttgtg ctcaagaagt g
//
LOCUS       SEQF2638.1|AYYF01000830.1 2837 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2837
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             582..851
                     /gene="groS1"
                     /locus_tag="SEQF2638.1_00275"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P77828"
                     /codon_start=1
                     /transl_table=11
                     /product="10 kDa chaperonin 1"
                     /db_xref="COG:COG0234"
                     /translation="MNVKPLADRVLVKPAEAEEKTASGIIIPDSAKEKPLKGEIIAAG
                     KGTKDEEMVLKPGDHVLYGKYAGTEIELEGTKYLIMRQSDVLAII"
     CDS             891..2531
                     /gene="groL"
                     /locus_tag="SEQF2638.1_00276"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P81284"
                     /codon_start=1
                     /transl_table=11
                     /product="60 kDa chaperonin"
                     /db_xref="COG:COG0459"
                     /translation="MAKEIKFDIDARDSLKKGVDELANAVKVTLGPKGRNVIIEKKFG
                     APQITKDGVTVAKEIELACPYENMGAQLVKEVASKTNDKAGDGTTTATVLAQAIIGVG
                     LKNVTAGANPMDLKRGIDKAVSKVVESIAAQAEEVGSNMERIEHVAKISANGDESIGK
                     LIAEAMQKVKKEGVITVEEAKGTDTTVEVVEGMQFDRGYISAYFVTDTEKMETQYENP
                     YILIYDKKISVLKDLLPILEQVVQSGRALLIIAEDIDSEALATLVVNRLRGGLKVCAV
                     KAPGFGDRRKAMLEDIAVLTGGTVITEEKGMKLEDAKMDMLGTAEKVTVDKDNTTIVK
                     GHGNKKAIEARVNQIKAQIETTTSDYDKEKLQERLAKLAGGVAVLYVGAASEVEMKEK
                     KDRVDDALHATRAAVEEGTVPGGGVAYIRAISALEGLKGENEDETTGIEIIKRAIEEP
                     LRQIVNNAGKEGAVVVQRVKEGKAAFGYNARTDVYEDLNQAGVVDPAKVTRIALENAA
                     SIAGMFLTTECVVAEKKEDLPPMPPMNPGMGGGMGGMM"
     CDS             complement(2644..2832)
                     /locus_tag="SEQF2638.1_00277"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRTDTTHWNVFTDSAGQSIRVLEAYNVNALPRCFLIDRSGTIVL
                     KTDNGIELRRALEALLKK"
ORIGIN      
        1 ttggaggcga tctggataca gctgatcaag cgggagaatt cgccagatga atatttgaaa
       61 tccatctgct tctcgataat gaactcaccc aaggtcggta aactttgctc tttcatttcg
      121 gtattttttt gattgccggg caaagaagcg cctttttttc tccattgaca actgttagcg
      181 ggataaaagc tctgcgtctt ggcccattga caatcgtcgg aggctacacg tcggcatttt
      241 tcgacctctg tttgcagaca atagctattc atatgcgttt ctcagactat tgtccataga
      301 cgaaggcttg aaaaacgcct ttcatacgcc agcgccaatc gtcaatgagt cgcacgaagc
      361 atttcctgac acatcgcctc cggaatgctg acacattgtc cgaccttcaa ctgcgtaaac
      421 gactgcaata tgacacgggc actcgccgca gacatccgcg acacaagaca cgggcaagtt
      481 tggcatggta ttcgcaagaa aggggccgtg tcgctcctaa gcgaggcgag cgacaagaga
      541 gatgaacatc ataatcagta acaataaata caggaacaat catgaatgta aagccattag
      601 cagacagagt gctggttaag ccagcagaag ctgaagagaa gacggcgagc ggtatcatca
      661 tccccgactc ggccaaggag aaacccctca agggcgagat catcgccgca ggtaaaggca
      721 caaaggatga ggagatggtg ctcaaaccgg gcgaccatgt actctacggt aagtatgccg
      781 gtacggagat cgaactcgag ggtacgaagt acctcatcat gcgccaatca gacgttttgg
      841 ccatcatcta aatcacagaa tcacaaacaa aagagtaaga cataacaatc atggcaaaag
      901 agataaaatt cgatatcgac gcccgcgact cactgaaaaa gggcgtagac gaactggcaa
      961 atgcagtcaa agtaacgctt ggccccaagg gtcgcaacgt gatcatcgag aagaaatttg
     1021 gcgcaccgca gatcaccaag gacggcgtga cggtggccaa ggaaatcgag ctggcctgcc
     1081 cgtacgagaa catgggcgca cagctggtta aggaggtagc ctccaagacg aacgacaagg
     1141 ctggcgacgg tacgactacc gcaaccgttc tggcacaggc catcatcggc gtaggtctga
     1201 agaacgtcac cgccggtgcc aacccgatgg acctgaagcg cggtatcgac aaggccgtat
     1261 ccaaggtcgt agagagcatc gccgcacagg ccgaagaggt gggctcgaac atggagcgca
     1321 tcgagcacgt ggctaagatt tccgccaacg gcgacgagag catcggcaag ctgatcgccg
     1381 aggccatgca gaaggtgaag aaagaaggtg tcatcaccgt agaagaggct aagggcacgg
     1441 acacgaccgt cgaagtggtc gagggtatgc agttcgaccg cggctacatc tctgcctact
     1501 tcgtgaccga cacggagaag atggagacgc agtatgagaa cccctacatc ctcatctacg
     1561 acaagaagat ctccgtcctg aaggacctcc tgcccatcct cgagcaagtc gtacagtcag
     1621 gccgcgccct gctgatcatc gctgaggata tcgacagcga agcgctggcc accctcgttg
     1681 tgaaccgtct gcgtggcggc ctcaaggtgt gcgccgtgaa ggctccgggc ttcggcgacc
     1741 gtcgcaaggc catgctggaa gacatcgccg tactgaccgg cggcaccgtc atcaccgaag
     1801 aaaaaggcat gaagctcgaa gacgccaaga tggatatgct gggtacggct gagaaggtga
     1861 ctgtcgacaa ggacaacacc accatcgtca agggccacgg caacaagaag gccatcgaag
     1921 cacgcgtcaa ccagatcaag gcgcagatcg aaacgaccac gtcggactac gacaaggaga
     1981 agctgcagga gcgtctggct aagttggccg gcggtgtagc tgtgctctac gtcggtgccg
     2041 cttcggaggt tgagatgaag gagaagaagg atcgcgtgga cgatgccctg catgccacac
     2101 gcgcagccgt tgaagaaggc accgtgcccg gtggtggtgt agcttacatc cgcgccatct
     2161 ccgcactgga aggcctcaag ggcgagaacg aagacgagac gaccggtatc gagatcatca
     2221 agcgcgccat cgaagagccg ctccgtcaga tcgtcaacaa tgctggaaaa gagggtgccg
     2281 tagttgtgca acgcgtgaag gagggcaagg ctgccttcgg ttacaacgcc cgcacggacg
     2341 tctacgaaga cctcaaccag gccggcgtcg tagatcccgc caaggtgacc cgcattgcgc
     2401 tggagaatgc cgcctcaatc gctggtatgt tcctgaccac cgaatgcgtc gtagccgaga
     2461 agaaagaaga ccttcccccg atgcccccga tgaatccggg tatgggtggc ggcatgggcg
     2521 gcatgatgta atctatagcc ctcaagccat tgagagagac tttttcgtat tgaaataagt
     2581 tggttcagta agagctgcct gccgtgctgt aaagcgctgc gggcagctct gtttttaggc
     2641 acactatttc ttcagtagcg cctccaaggc ccgacgcagc tcaatgccat tgtcggtctt
     2701 gaggacgatt gtcccgctac gatcgatcag gaagcagcgg gggagtgcgt tgacgttgta
     2761 cgcctctaag acacggatgg actgtccggc ggagtcggtg aagacgttcc agtgtgtcgt
     2821 gtcggtacgc atttggc
//
LOCUS       SEQF2638.1|AYYF01000831.1 325 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..325
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             11..181
                     /locus_tag="SEQF2638.1_00278"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDTLALIDHASTAYALVQQIVVNTPGTTFGETLIVVHSTRIVRM
                     TDYAEVGIWVFL"
ORIGIN      
        1 ccacgggctg atggataccc ttgccctcat agaccatgcg tcgactgctt acgccttggt
       61 ccagcagata gtcgtaaaca ctcctggcac gacgttcgga gagactctga ttgtagtcca
      121 ctcgacccgt attgtccgta tgaccgacta tgcggaggtc ggtatctggg tttttctcta
      181 agtttcgagc caggtcacgc agggcggact tggacgcagc actcacggta ctggagtttg
      241 tggcgaagag aattcctgag tcgaacgtga cacgcaaagc cggggcacgc ccctcttcct
      301 ctaccacttc caccttggta tcatc
//
LOCUS       SEQF2638.1|AYYF01000832.1 2786 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2786
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             67..606
                     /locus_tag="SEQF2638.1_00279"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEEAVRAGRYGLVAIDASGADDAHGRLLALHDAHLHGGGVGAEQ
                     DVGVVLDEEGVLHVACGVILGEVEGGEDVPVVLHLGPFGDAETEPGEDVADLAADDGE
                     RVAGAEGDGVSRAGEVDHVGAIACGVEARLQLVDLVLGRLLELIKVLADLAFALRGHV
                     AEVAHQGVDFAFLTEVFDA"
     CDS             complement(711..1592)
                     /locus_tag="SEQF2638.1_00280"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METNNLNIRYFVDDPEASEQEMLLKLFHFEGNESNTLNIEQVPA
                     LMKSGCIALCRRGSFRLKLDGRDIPVKADDLCIVFPGMLVQTVDRSADMDCLVLAGDI
                     GSVRNLPVKSMSELYLLIRETPCVPIRPRERDILMTCFEYIRLSYSRRLFPYRLEVTR
                     QLMMVLGCEVAAIYQKSQRVKGREDTYKERIFHQFIRLVSDNYMSDRRVDFYSKKLHI
                     SSKHLAHLVKSVSQKTAAEWIDDFIVRHIKRMLLTSPQTVQQISTELNFPNPSFFTQY
                     FKRATGKTPKQFRMTAK"
     CDS             1618..2136
                     /locus_tag="SEQF2638.1_00281"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRKSRTIRRISKRKKGIECMPPPISGEQTMAAEGLGVFVLERFV
                     RRGSPSSAPIAPATLSPALPHPMIAPATLSPASPHPMMAPATLSPAPPHPMIASAECL
                     PASPHPMMAPAECLPTSPHPMMAPAECLPTPPHPMIASAECLPPPPPVFAHSPTFAPL
                     FLPPHSRQTIHS"
ORIGIN      
        1 gaagaggagc acctgcttga ggtcggcaaa ggagacttgg cggtcgacgt agagcgcctc
       61 gacctgatgg aagaagcagt gcgcgcgggc cgatacggcc tcgttgcgat agacgcgtcc
      121 ggggcagatg atgcgcacgg gcggctgctg gcgctccatg acgcgcacct gcacggagga
      181 ggtgtgggtg cggagcaaga cgtcggggtg gtgctggatg aagaaggtgt cctgcatgtc
      241 gcgtgcgggg tgatcctcgg cgaagttgag ggcggagaag acgtgccagt cgtcctccac
      301 ctcgggccct tcggcgatgc tgaaaccgag ccgggcgaag atgtcgcaga tctcgccgcg
      361 gacgatggag agcgggtggc gggtgccgag ggcgatgggg taagccgtgc gggtgaggtc
      421 gaccacgtcg gtgctatcgc ctgcggcgtc gaagcacgtc ttcagctcgt tgatcttgtt
      481 ttgggccgac tccttgagct cattaaggta cttgccgacc tcgcgtttgc tctccgcggc
      541 cacgttgcgg aagtcgccca tcagggcgtt gatttcgcct ttcttactga ggtatttgat
      601 gcgtaacgcc tcgagttctt cggcgttttg ggcttggagg ttttccacct cagcaagcag
      661 tgctttgatt cgttcgatca taattctgtt atgcgtaaag ggcgggggca ctatttggcc
      721 gtcatgcgga attgcttcgg cgtcttgccc gtggcccgtt tgaagtattg ggtgaagaag
      781 gaggggttgg ggaaattcag ttcggtggag atctgttgca cggtctgcgg cgaggtcagg
      841 agcatgcgtt tgatgtgtcg gacaatgaaa tcgtcgatcc actcagcggc cgtcttttgc
      901 gatacactct tgaccagatg agccaaatgt ttggacgaga tatggagctt tttggagtag
      961 aaatccacac gccgatcgga catgtaattg tcggagacga ggcggatgaa ctggtggaag
     1021 atgcgctcct tatacgtgtc ttcacgcccc ttgacgcgct ggctcttttg atagatggcg
     1081 gccacttcgc agccgagcac catcatcagt tggcgggtca cctcgaggcg atacgggaag
     1141 agcctgcggg agtagctcag gcggatgtat tcaaagcagg tcatgaggat gtcacgctcg
     1201 cgcggacgga tcggcacaca gggcgtctcg cggatcagga ggtatagttc cgacatggat
     1261 ttgacgggca gattgcgcac cgaaccgatg tcgccagcca gcacgaggca atccatatcg
     1321 gcgctgcgat cgacggtctg caccaacatg cccgggaaga cgatgcacag atcgtcggcc
     1381 ttcacgggga tgtctctgcc gtccagtttc agccggaagc tacccctacg gcatagggcg
     1441 atgcagcccg atttcattag ggcaggcacc tgctcgatgt ttagcgtatt gctttcgttt
     1501 ccttcaaagt ggaagagttt cagcagcatt tcctgctccg aggcctcggg atcgtcgacg
     1561 aagtatcgaa tgttcaaatt gtttgtttcc atataaatag aacgttttgc ctaatgcgtg
     1621 cgcaaaagta ggacgatccg ccgtatctca aagaggaaaa agggaataga atgcatgcct
     1681 ccgcccatat ccggggaaca aacgatggct gcggagggcc ttggggtgtt cgttttagaa
     1741 cgattcgtgc gacgcggcag cccgtcatca gccccgatag ccccggcgac actgtcgcca
     1801 gcactaccac accccatgat agccccggcg acactgtcgc cagcatcacc acaccccatg
     1861 atggccccgg cgacactgtc gccagcacca ccacacccca tgatagcctc ggcagaatgt
     1921 ctgccggcat caccacaccc catgatggct ccggcagaat gtctgccgac atcaccacac
     1981 cccatgatgg ccccggcaga atgtctgccg acaccgccac accccatgat agcctcggca
     2041 gaatgtctgc cgcctccccc acccgtcttt gcgcattctc ctactttcgc cccgcttttt
     2101 ttaccccctc actcacgtca aaccattcat tcatgaagcg agctattgcc ctcacctact
     2161 ccctcatcgt ggctacgatg gccacggcca cgtggatcga acacttccgc ggaactgaat
     2221 ttgtcgcccg tcacctctat ggcgcctggt ggttcacgtt gctctgggcc ctactggcgg
     2281 ccctgggcgt ggcgtggatc gtgaagcgac gcgtcaggcg gtggagcacg ctgctggtgc
     2341 acgccgcctt cgtcgtcatc ctcctcggcg ccctactgac gcacctgacg gcctcgcgcg
     2401 gcatcgtcca cctccgacag ggcacaactg tcgacaccta cctggccgaa cggcccgacg
     2461 gctccaccga ggagcggcgg ttgcccttcc gcatcaccct cgacagcttc cgcgtccact
     2521 accacgccgg gacgacggcc gagcgcgact atacgtccca cttcaccgtc agcgacggcc
     2581 agaccgtcct ccgcggcgaa acggcgatga accgcatctt caccttccgc tccgtccggc
     2641 tctatcagaa cgcttacgac cccgacatgg ccggcagtta cctggccgtc aacaccgatc
     2701 cctacggcat tcccgtcact tacaccggct acggactgct cttcgccgcc ctcgtcggac
     2761 tgctcatcga tccgcgcggc accttc
//
LOCUS       SEQF2638.1|AYYF01000833.1 392 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..392
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ttgggggggg ggggtcattc taaatttatt gagtgattaa gtgattattt taaggggccg
       61 tttagtcgga gctatccaaa tctatttctg ggaattttgt tccatctttt tcaccataca
      121 gcctgttgta tctttcaaaa aaaagacaaa aataaaattt ccggaaatat cttctgtata
      181 ttctccgaaa taaattccag atagcttctt taacttatgg taatttacct cagatggatc
      241 gtagaaagaa ccttctcgaa aactacagga gaatgaccgt caattacgag agaaccagtg
      301 aatctgcaga agtcatattg cagctctctt tctgccaaac cctccttaaa aaacctcacc
      361 gataaactta aaacagcgcc tcggtataga ac
//
LOCUS       SEQF2638.1|AYYF01000834.1 1470 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1470
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(195..665)
                     /locus_tag="SEQF2638.1_00282"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG0572"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTDKQFFHKLAAVRGDIDKLVSDKWPRKAGVMAVNLFNENFRKG
                     GFLNKVRVAWRRTKRQNNPRMTKAGKTTAASSYGPLLSSRRHLSRSNEKIVSNGQVTI
                     VNKVPYAAVHNDGGRAGRGHKTEIPKRTFIGPSETLNKQIKDMIVEDLDKLLKK"
     CDS             complement(782..1240)
                     /locus_tag="SEQF2638.1_00283"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPETWNEVKTTAGRVRVSSKHGSDEKEENEEIASILANRYGHKI
                     DLIERVNIKGITSADTYNHTLGYKQEYKRNETATKNAVDKAVQKGAKQADDLVFEIKS
                     DISDGAFSNFLKTRVARCENIHSVWVIRGKFDRQYTREEILAEGFKIQWD"
ORIGIN      
        1 tccgtgatgg acaggcggcc gtcaacatgt aaaaaggccc ggtagagaca cgctctgccg
       61 ggccttgctg ttgctgtggg ataagccccg aaagccgtca taaaaatcga actcggggcg
      121 gctgaacacc ccgcaaaccc acatgagtag cggtttttgc tcgtctcata aataagacga
      181 gcaaactttg tcggtcactt cttcaggagc ttgtcgaggt cttcgacgat catgtccttg
      241 atctgcttat tgagagtctc ggaagggccg atgaaagttc gcttggggat ctcggtcttg
      301 tgtccacgac cggcgcgtcc gccgtcgtta tgcacggcgg cgtagggcac cttgttgacg
      361 atggtcactt gtccgttgct aacgatcttc tcgttcgatc gggagaggtg tcggcgggag
      421 ctgagcagcg ggccgtagga cgaggcggca gtggtcttgc cggctttcgt catgcggggg
      481 ttgttctgcc gcttggtgcg cctccaagcc acgcgtacct tgttcaagaa gcctcccttg
      541 cggaagttct cattgaagag gttgacggcc atcacaccgg ccttgcgcgg ccacttatcg
      601 gacaccagct tgtcgatgtc tccacgaaca gccgccagtt tgtggaaaaa ttgcttgtcg
      661 gtcatgattt atgcgctgtt tgaatgccgt ttgatcggtg tttgaatagt tgaattacct
      721 ttggggtggc cttaggtaga actcagattc ccggcggccc tccttgggac tggttgcaaa
      781 atcagtccca ttgtatttta aagccttctg ctaaaatctc ctctcgggtg tactgccggt
      841 cgaacttccc tcggatcacc caaactgagt ggatgttttc gcaacgcgcc acacgcgttt
      901 ttaagaaatt ggagaatgca ccatccgata tatccgactt tatctcgaac accaaatcat
      961 cagcctgctt agcacctttc tggacagcct tgtcgaccgc attctttgtc gcggtttcat
     1021 ttcgtttgta ttcttgttta tagcctaacg tgtggttgta tgtgtcggca ctcgtgatac
     1081 ctttgatgtt gactctttcg attaaatcga tcttatggcc ataacgatta gccaatatgg
     1141 aagcaatctc ctcattctct tctttctcat ccgatccatg ttttgagcta acacgcacac
     1201 ggccagccgt agtcttcacc tcattccatg tttccggcat gtttttcttt tcttccttaa
     1261 tcgccttctt gtatgctttc cgtgcatttc gggctgctat tacctgtgcc ttgcagttgt
     1321 agcaatcctt ctccgtgcgt ggctccttga gtaagtgccg gatagggcag gtctcgcatg
     1381 agccggggga gtaaggacta ttgtcagaga agatgcgctt ggtcttgccg gggttttcct
     1441 cgagaccggg ggacggtgca agcgccttcc
//
LOCUS       SEQF2638.1|AYYF01000835.1 383 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..383
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cggctatcct gggccgtgag ctgcatcgcc gtgaggagtg ctcccatcgc cacggcacag
       61 gcacgcccct tcgagaccgt gatataagct gtccgtgtca tggcttcagt cggcttagga
      121 tagtctcttt aatttccgtc cgccgacggc ataggagttc cgagtactcc tcgtcgctca
      181 tttcccacac atttcggaaa acgggtatga tcaaaaacgt accgaggcat aacgtcagga
      241 cagacatgaa caaatcgatg gtctgaatgg gacggatttg tccattggag gatgccgcgc
      301 gcaattccgc atcgatcggt gctataatac tccccaaggc ctcccgcagt cggttggtga
      361 tatgctcatt gatggccggc gat
//
LOCUS       SEQF2638.1|AYYF01000836.1 296 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..296
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tatccaaacc acacgatgaa gaccaataag atgataaggt tccaaaagaa ttctgcctgc
       61 tgcatcttct taatgcgcaa aagctcgtgg ctgaccgtga tcaagtcctt atcgaagagg
      121 gtacgatact tggcgatgta gatccgatga tcgataatag agctgagtat ggcgacaacc
      181 agagtaaaga tcagcagccc aagcgagatg atattcacgt agtaaaaccc gataagcatg
      241 gcggagatga gcggggcaaa ggcccggtcc aagtgtacct tatcgccgat ccagtc
//
LOCUS       SEQF2638.1|AYYF01000837.1 386 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..386
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gaatagtagt agcggccctc gagctgaaaa tagccgacgg acgtgcgcag ctctacgccc
       61 ggcccgccgc agagtcccca cgcgaaacgg cgctcgatgg ccatcgtgtg ctggtcgttc
      121 gtcttgttgg gtgtggcgcc gttcaggttc tcgtccgtac tctcacccgt caggaggccg
      181 atctgcggac cgaggttgaa aaagcatcgc acacgctcgg agccgaagta gatgtgcgtc
      241 aggaagggca cttcgaggta gttcatgcgg cggatgtagc gatactgggg ctgctcgtcg
      301 aagcgctcgc gccaaccaag ctgacggaag ccggcctcga gctgtagccc gaggttacgc
      361 tccgtgatcc acctgagggc cacacc
//
LOCUS       SEQF2638.1|AYYF01000838.1 534 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..534
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtatggacgt tgattgatat tgcaggaccg gcatatcgag ttgcaattcc ggcagtcatt
       61 caaatcgcct acattcgaca aagtgcaaat catccgtcac atcttctggc ttgatatatc
      121 aaacatttgt ttttaacttt attttggtgt tcacaaaacg cactctacat taaaagtgtt
      181 ttatcagtat gttatactaa aaatgagcga taatgaccga aaaggaacat atcccttgca
      241 aatttaagat tgggctacaa tgaaaggtct catatgtact acagtggtat aatttattat
      301 taaagatatg ttctttgcaa acattcatca tacctctttg atgtcaataa aatcataaat
      361 agacaaaaac gaagaataag tttcgctaaa gttgagcaga gtgttttttt tgattatctt
      421 tgtacttcaa cttttcactt ccagacaaaa tctatgaaag aagaaactat aaattgggag
      481 ctcgtgaact ccctcggata caagagagct aacaggctac gtaaaattga acat
//
LOCUS       SEQF2638.1|AYYF01000839.1 261 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..261
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggttaatact tgcgatttta tgagtgtaga catgttcacc aactcttatc tgaacaaaat
       61 aaacactcct atttgcacca agagaaatag ttgatttata acgattcccc ttttgctgct
      121 ttatgagaac accttgaata ttgaatacag ctacatcaaa ttctcgcccg tcctcaagtg
      181 acacggtaat tcgtccatcg gaaaattgca gctttgtttt cggctctaca actaactcat
      241 tatgaattcc acttccatta c
//
LOCUS       SEQF2638.1|AYYF01000840.1 828 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..828
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gcacggagct catcttgtcg ccatagcgcg cctcgaagcc gccggccgaa aattgtactt
       61 gctccgtcag gttggggttg acgaagctca gcccctcctg ctggccggag cggatgagca
      121 gcgggcggaa cacttccata ccgttgacgt aaaccatatt ctcgtcgtag ctaccgccgc
      181 gaacggagta ctgcgagctg agttcgttgt tggatgagac gccggcgtac gtcaccacga
      241 ggctctcgat gctaccgccc gaggggtcgg gcaggatttt gagccggttg gcgtcgagat
      301 gctccatggt cgtcgtttgt cggcgcgtgg ccgtgacagc gatctcgccc agctcgagcg
      361 ccgctgaggt cagctgcacg ttcacgcgca tgtcgccagc gggccgcggg atgatgcgct
      421 cggccttgtg gtagccaagg caggagaaga cgagcacgac ggagtccgtc ggcgccacgg
      481 tgagcgaata gaaacccttc tcgtcggtca tggcgccgtt catcgtttgc ttgacttgca
      541 ccaagaccag ctccacgggg ttgccgtcgg cgtcgcgcac gttgccggag atcttgattc
      601 gctgtgccca caccgtcgtg aggctcaagc agaggctgag cgccgtggcc aacaggccgc
      661 atcgtgtata tcgtctttta ctcttcatcc tatttatcta ttgtgtaaac cggttcctta
      721 acgggcgaac gaggggaaac gtatgtatcg ccgacctctc gacgccgcat cttttcgccc
      781 gaaatggccg caaaccactt tttggtcgtt tcgggcgacc cgaaatgg
//
LOCUS       SEQF2638.1|AYYF01000841.1 234 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..234
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cagttggaga tgggctgaag gaggcgttat ggcagtattt gtctatagac aaaaaggggg
       61 tataaatgta tgagctttta ttgtctgcga acaaaatggg tctatatcta tttcataggt
      121 cattgtctat ggataatcta tggatatagg cctaatgaat tgatttgtct atagacattg
      181 taaggtgaaa tacatatgcc ctcattttgt ctgtagacaa tgtatatgta tagg
//
LOCUS       SEQF2638.1|AYYF01000842.1 350 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..350
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tgtcaatgag cgaatactga ttgctctact cacctaacgg gaacgaataa gaaacgagcg
       61 aggtgctcct gctttcatca ccttgcagta gtcataagac atctcatttc tcgcccgcaa
      121 aggtgccaaa atcttcggca aacgtcacag caaaagtttg aaggcatgcg aaaatcctgc
      181 aatggctacg aaggctcacc cttcgatgat cagatagcag ttcctcgtcg aaatgctgtc
      241 gatggcggag ggtatttcct ccacgttcat atcagacttg acgggcgcct gacgaatgat
      301 cacttatcag aaagttttct ctctctgcaa gtttcatagg acacgagaag
//
LOCUS       SEQF2638.1|AYYF01000843.1 256 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..256
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ctcgaatacg gcgccctcgg cacccgcccc acgcccgact tcgtggcact taccttctat
       61 gccggcaact accgcggcat tcgctattcc ggcaacacgc gcgagattca agatctctat
      121 catcgcttag acaaagagtt agagcgactc atcgatgccg tcgagaagaa ggtcgggctg
      181 cagcacgtgc ttttcgtgct caccggcacg ggccacttta cgagcgagga ggtccgcccc
      241 gaaggcaccc gatggg
//
LOCUS       SEQF2638.1|AYYF01000844.1 370 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..370
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 acatcgtcgt ggccccctcg gaccacctca tcctcaagga aaacgagttc ctcgacgacg
       61 ttcgcaagtc gctcgacttc gtggccaagc atcgcgctct ggtcaccctc ggcgtcaaac
      121 cctcccgacc cgagacgggc tacggctaca tccaaagcag cgacgaacgt cagggcgact
      181 tcgtcaaggt caagaccttc accgaaaagc ctaaccgcga gctggcgcaa gtcttcatgg
      241 acagcggcga gttcttctgg aactccggcc tcttcgtctg gaacgtcgat accattctgg
      301 aggccatccg tcgccatctg cctgacattt cggcacgctt cgacatcggc cccgagaagt
      361 tcaacacccc
//
LOCUS       SEQF2638.1|AYYF01000845.1 694 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..694
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             86..199
                     /locus_tag="SEQF2638.1_00284"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLRAITRYGFRPCGIIYVRDGSPRLAFDLERPSAGRP"
ORIGIN      
        1 gcatggcatc gcccgcgcca cgttcgacta ctgcgccgcc caaacggact atctccgcat
       61 cgatacccac gccgacaatc gccctatgct ccgcgccatc acccgttacg gtttccgccc
      121 ctgcggcatc atctacgtcc gcgacggcag cccacgtttg gcgttcgacc tggaacggcc
      181 ttcggccggg cgcccataag gggtgcccct actaccgcgc cgcaggcgca taactacccg
      241 gccgcaaggc cgtaactact tataactacc gcggcgaatg ccgcataaac ccatcaaaca
      301 ccaaacatca tggaactccc tttttccgaa tcctaccgca ttaaaatggt agagccgatc
      361 cgcaaaagca cgcgcacaga acgcgaaggc tggatgacgg acgcaaagta caacctcttc
      421 atgctgaaga gcgacgaggt cttcatcgac ctcctgaccg actccggcac cggcgccatg
      481 agcgaccgcc aatggtcggc cctcatgctt ggcgacgaga gctacgccgg tgcacgctcg
      541 tacgaaaata tgcgcgaggc catccgccgt atcctcggct tcgacttctt cctgcccacc
      601 catcagggtc gcgcggctga gaacgtgctc tactccgcca tcgtccacga gggcgacatc
      661 ttgcccggca actcccactt cgacaccacc aagg
//
LOCUS       SEQF2638.1|AYYF01000846.1 435 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..435
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gacagacatc cacccgctca gtcgtgcacc catcctcaag gcgcagcacc cgggctatga
       61 gctgtctatg cagggcatcc acgcacagcg tggcgtagct tgcgctgact gccacatgcc
      121 ttacaaggcc gaaggcggca tcaaatacac cgaccaccac atcaccagcc cgctgcaata
      181 catcgaccgc acctgccaag tgtgccatcg cgaaagcgag gagacactcc ggcagaacgt
      241 ctacgaacgt cagcgtaagg tcaacgaggt gcgcaataag ctcgaagatg agctgctgca
      301 tgcccatatc gaggcagagt tcgcctggaa gaagggcgct accgaaaccg agatggcacc
      361 cgtgctgaag ttcattcgcc agtcgcaatg gcgttgggac tacggcgtgg catcgcacgg
      421 agcatccttc cacgc
//
LOCUS       SEQF2638.1|AYYF01000847.1 325 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..325
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtcgatggac gaagacagcc cagcccttaa cgagattgct ttcaggcaag acaaataggt
       61 ggcataattc atataaggga gcagtgtctc tcttgcatcg ctgtgtagct gttccagcaa
      121 tcgaagagct tcgggcaaga gctttacgcg gcagaggacg cctgtcttct gcctgctgaa
      181 cttcagccaa agattgccct catcgtcgcg aacaagatgc tcacggttca gtgccatcag
      241 atcgcaatag gccgcaccgg tataacaggc gaaaagaaac acatcgcggg aggtttccat
      301 atccccgtcc aaaccgtcaa aacgc
//
LOCUS       SEQF2638.1|AYYF01000848.1 572 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..572
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             59..298
                     /locus_tag="SEQF2638.1_00285"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKNALMLQHDKIMLRKRSLIETVNDQLKNICQIEHTRHRCFPNF
                     IINLLSALAAFSFFDKKPSINTAEEFLYPSFLTVA"
ORIGIN      
        1 cctcttcgaa cagttcttca ttgacggagt ccacctcatc acacgtctga aaaagggtat
       61 gaagaatgcc ttaatgcttc aacatgacaa gattatgctc cggaaaagat ctctgatcga
      121 gaccgttaac gatcaactaa agaatatctg tcagatagaa catacccgtc atcgatgctt
      181 cccgaacttc atcatcaatc tgttatcggc tttggctgct ttctctttct tcgacaaaaa
      241 accttccatc aacactgccg aggagttttt atatccctct ttccttactg ttgcttagat
      301 cgaactcacg ttaacaatcg attgggacga ttattcgaga cgtgagtttg acgtaagaaa
      361 gggggccttt atccttggag aatgtcgtcc atagagcgcg ctgtaaaggc caaagtgctt
      421 ttggaaatgc ttgcaccggc ggtgcaagca tttccaaaaa acgttttggc cgtcgtatga
      481 ctcccgcaga aactctctgc tggcgttatt cttacatcga actcacgtta tgtagaactt
      541 tgcaagcgtg atcgaagaga agaagtttac gc
//
LOCUS       SEQF2638.1|AYYF01000849.1 427 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..427
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gagctgaagg cacaaggcgt cgacgtcatc aacctgagcg tcggcgagcc cgatttcttc
       61 acccccgacc ccatcaaggc cgcggcgaag aaggccatcg acaacaactt ctcgttctac
      121 agccccgtcc cgggcttctt agacctgcgg aaggccatcg tcgccaaact caagcggggg
      181 aacggcctcg actacaccgt cgatcagatc atcgtctcca tcggcgccaa gcagtccatc
      241 tgcaacacct tgctctgcct tgtggatccg ggcgacgaag tcatcgtgcc cgccccctac
      301 tgggtgagct acgtggagat ggtcaagctg gccgagggca cgaacgtgat cctgcccgcc
      361 ggcatcgacc agaacttcaa gatcaccccc gagcagctcg aggccgccat cacgcccaag
      421 accaagg
//
LOCUS       SEQF2638.1|AYYF01000850.1 269 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..269
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             15..257
                     /locus_tag="SEQF2638.1_00286"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRRVRERIREVSETHRPLFGGEHFLTGKEVCERLYISPRTLQDY
                     RDRKIIPYMQFAGKILYKASDLERILEENYRGGGKR"
ORIGIN      
        1 cagtagtctc cgccttgcga cgcgtcagag aaaggattcg ggaagtatcc gagacgcaca
       61 ggccgctctt tggcggcgag cattttctca cgggcaaaga agtttgcgaa cggctctaca
      121 tcagccctcg cacgttgcaa gactatcgcg accggaagat catcccctac atgcagttcg
      181 ccggcaagat cctttacaag gcgtcggatc tcgaaaggat cttggaggag aattacaggg
      241 gaggcgggaa acggtaagac gcgaaaggc
//
LOCUS       SEQF2638.1|AYYF01000851.1 255 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..255
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 accaaaccct gagggtttga ggctactttt tttcaagtga cgctgaaccc tgagggtttg
       61 gctcttcttt ttttcaagcg ccccgacggc accgactcca ccgccttgga taccacccgg
      121 cgcagcttca acatcaaggg ctacgagacc ttctccatcg cccaaaagtt cggctacgac
      181 ttcaccgacc gactcagcgc tgaggtcacc ggcagcttct accagaaccg actgctctac
      241 accgaagaga tgaag
//
LOCUS       SEQF2638.1|AYYF01000852.1 237 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..237
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggcgttgaag ttcgtcaggt cgtgcgtgta ggggatcatg gccacctcga agctatccgc
       61 gcgggagttg cagacggtga ggctgacgcc gttgacggtg acggagcctt tctcgacggt
      121 catgtatccc tgccgagcca tctccgggtc ggcggtgtag ctgaaggtgt aataccagct
      181 gccgtcggcc tcgcgcacgt cggtgcagac ggccgtctgg tcgacgtggc cctgcac
//
LOCUS       SEQF2638.1|AYYF01000853.1 271 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..271
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gcccctgatt gatcacaatt ttcttcagta caggaacctg caaatgtggc ggaaggtcgt
       61 ccgatatgcc gatcagcttt ctgctaccgg gcatgctctc ggcggcatgg ctgtaggatt
      121 ccgtccgtgg atagtcgttc gttgtgcgac cggaaaccat ctggcccaaa cggcggatgg
      181 cctccgggag agtgcgcccc tccagccgca tacagaggtc gatgatgctc ccgccgcggc
      241 cctcggcgta gtcgatccac aggttcttct c
//
LOCUS       SEQF2638.1|AYYF01000854.1 1071 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1071
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(96..1037)
                     /gene="yhaP"
                     /locus_tag="SEQF2638.1_00287"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:O07523"
                     /codon_start=1
                     /transl_table=11
                     /product="putative protein YhaP"
                     /db_xref="COG:COG1668"
                     /translation="MYKRQDLSRLVNETLRQRMEHDKMAAYGIPNLEQIVRESHVDYQ
                     IRTVKLNDDGSESTSSTQLAYIIGIVFTLAVYMFITLYGSMVMQGVSEEKTNRIVELM
                     VSSVRPFDLMAGKIIGIGLVGLTQLLLWGVLTLVGVGAITALTGAAVTPTDTAAAPAD
                     VAQTAEWMAALSSFNLPLLLLSFAAYFVGGYLLYASLFAAIGSVIDHPEDAQQFMMPV
                     MMVLIFALYAGIYSLDNPDGPLAFWCSLIPLTSPVVMMMRLPFDIPLWQPLLSIALLY
                     ATALGVVWLSGRIYRVGILLYGKKPNLKEIVKWIGYR"
ORIGIN      
        1 cagcatgctc atggggtgtg gtagccccgg cgacagtgtc gccagcatac tcatggggtg
       61 tgatagcccc ggcgacagtg tcgccgacgt atgattcatc gatacccgat ccactttacg
      121 atctccttca ggttgggttt cttgccataa agcaggatgc cgacgcggta aatgcggccc
      181 gagagccaga ccacacccag ggctgtggcg tagagcaggg cgatggatag caggggctgc
      241 cagaggggaa tgtcgaacgg caggcgcatc atcatcacca cgggcgaggt cagcgggatg
      301 agggagcacc agaaggccag tgggccgtcg gggttgtcga ggctgtaaat gccggcgtag
      361 agggcgaaga tgagcaccat catcacgggc atcatgaact gctgagcgtc ctcggggtga
      421 tcgatcacgg agccaatggc ggcgaagagg gaggcgtaga gcaagtatcc gcccacgaag
      481 taggccgcga aggagagcag gagcaacggc aggttgaagg agctgagcgc cgccatccat
      541 tcggccgtct gggccacgtc ggcgggcgct gcggcggtgt cggtcggggt gactgcggcg
      601 ccggtgaggg ctgtgatggc cccgacgccg accagggtca gcacgcccca gagtaggagc
      661 tgggtgagtc cgacgagtcc gatgccgatg atcttacccg ccatcaggtc gaagggccgc
      721 acggaggaga ccatcagctc gacgatgcgg ttcgtcttct cttccgacac gccctgcatg
      781 accatcgatc cgtagagggt gatgaacatg tagacggcca gggtgaagac gatgccgatg
      841 atgtaggcca gttgggtgga ggaggtgctc tcggagccgt cgtcgttcag cttgacggtg
      901 cggatctggt aatccacgtg gctctcacgg acgatctgct cgaggttggg gatgccatag
      961 gcggccatct tgtcgtgctc catgcgctgg cggagcgtct cgttgactaa gcgcgagagg
     1021 tcctgtctct tatacacatc tctgatggcg cgaggggagg cgtgtagatc t
//
LOCUS       SEQF2638.1|AYYF01000855.1 622 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..622
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 atcttcagca gcgcattggc ggggggcagc tccttcgtct cgtggcgttc gaagacggtc
       61 ttctttcgct taaagtccgc cgcagcgtcc gcccatatct tggccggtag ctcattgtct
      121 gccgccacgg ccgataggtc cgcggtcggc ttttgaaagg agttgatgcg cagactgccg
      181 tcccagagcg tgagcagctt gtgcatgcga cggcccgcca gcggattgtc gaatggggcc
      241 agcgtgatgc gtcgttcggc tagcgtgaag aggcctttgc cctccagcgt gtacggtcga
      301 cggtcttcgg ggatattctc cgtgaagtag gcaatcttcc ccacgaacga cggcagcgag
      361 aagccaatca gctcctccca cgtgtactcc ggcgggcggc agttatgctt gaggaaggtg
      421 cttagcataa ggtttttcag cggcggcaga tggcgctcgt ccagcacaca gaggtagcgg
      481 tagaacatca gtcggcgcac catgtcgatc tcccgatcgg ccgccttgca gagcaggaag
      541 agtgcacccg ccgtacgcac cagcccctcg gcgcgttgcc ggacttcagg cgtgatcagc
      601 cccgtgagca gcgtctcatc ca
//
LOCUS       SEQF2638.1|AYYF01000856.1 986 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..986
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             15..512
                     /locus_tag="SEQF2638.1_00288"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRSDFYGQIGDIYFQIKRRKEAFEAYDKSLQYNPNNTAVLNNYA
                     YYLTILRPTGDLDKAEQMSARCIKLEPNNATYLDTYAWVFFKKQNYSLALIYIQNAVG
                     KDTTNSAELLEHFGDILFMTGDKAKAVEQWKQARAAGKKSKTLERKIAEEAYLEGPED
                     ESGDD"
ORIGIN      
        1 tgaagtcgta cgtcatgcgc tcggacttct acggccagat cggcgacatc tacttccaga
       61 tcaagcggcg gaaggaggcg tttgaggcct acgataaatc gctccagtac aaccccaaca
      121 atacggccgt gctcaacaac tacgcctatt acctgaccat cttgcggccc acgggcgacc
      181 tcgataaggc cgagcagatg agcgcccgat gcattaagct ggagccgaac aatgccacct
      241 acctcgacac ctacgcttgg gtcttcttca agaagcagaa ctattctctg gcgctgatct
      301 acatccaaaa cgccgtcggg aaggacacca cgaacagcgc cgaattgctc gagcactttg
      361 gcgacatcct ctttatgacc ggcgacaagg ccaaggccgt cgagcaatgg aagcaggcgc
      421 gcgcggccgg aaagaagtcg aagacactgg agcggaagat cgctgaagag gcttatctgg
      481 aggggccgga ggatgaatcg ggcgacgact aacctgcgcg ccctggccct ctcgagcgtg
      541 cttctatcga ttacgcttgc gggctgtcgg acgacgcggt cggcggctac aaaggccgac
      601 aaggctgtcg ccgaagccct ctcggaggcc gaatacgtcc agcaggtcgg ccgactctct
      661 acgcccgact atcgcacgct cacggccacg atgtacgtcg agctgaaccc tgacacgaag
      721 gatgagatga gctcccgcgc ccgcctgaag atcatccgtg gccgttgcct gcaaatctcc
      781 atcacgccgt tggtcggcat cgagcttttc cgcctcgagg tgagccgcga cagcgtgaag
      841 atcatcgacc gcatgggccg acgttacgcc gccgaaccga tcgacgagat caagaagcag
      901 ataccggcct acgccaaggc ggacttcccg tacgacttcc attacgagca cctcgaggcg
      961 ctcctcaccg atcgcctctt cacgcc
//
LOCUS       SEQF2638.1|AYYF01000857.1 496 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..496
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(141..365)
                     /locus_tag="SEQF2638.1_00289"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAGFVVDVIRVLDRIDHAHIEAHFPGEICGDKHLGLLLLFAQRG
                     TIQEGSVACLGKLHQLADKRLLLGRWRDVV"
ORIGIN      
        1 gttccctttg ggtgagtaga gtaatcagta ttcactcatt gacaggctct taaaccctaa
       61 ttcttttgtt ctatggggag atttgcgatt tccgcacggc caaggaaatc ggcattgacc
      121 gtccggagaa gcgcgagatc ctacaccaca tcccgccaac gcccgagcaa gaggcgttta
      181 tcggcaagct gatggagttt gccaagacag gcgacgctac cctcttggat cgtgccccgc
      241 tgagcgaaaa ggaggagaag gccaagatgc ttatcgccac agatctcacc cggaaaatga
      301 gcctcgatat gcgcatgatc gatccgatca agtactcgga tcacatcgac aacaaagcca
      361 gccattgcgt caagctgctc agcgagtatt accgcaagta tgacaagcaa aaggggacgc
      421 agttcgtttt ctccgatctc ggaacataca agccgggcga atggaacgtg tactcggaaa
      481 tcaaacgcaa gctcga
//
LOCUS       SEQF2638.1|AYYF01000858.1 313 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..313
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             3..149
                     /locus_tag="SEQF2638.1_00290"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVYEYKIRWIIEIVMVYEYKRRWILRSYTMYSYSFWCISDLDSM
                     YKIN"
ORIGIN      
        1 acatggtgta tgaatataaa atccgctgga taatagagat agtcatggtg tatgagtata
       61 aaagacgatg gattttgcgc tcatacacca tgtatagcta ttctttctgg tgtatatctg
      121 acttagacag tatgtataag ataaattgat ggcagcgtgt atacttagac actatgtata
      181 tgcgcaaatg acgaacggaa gaatgggctt acagtatgct tatccgatag atcaattaga
      241 atgataggcc atacatgatg tagatcagat taaatggaga gaatggagag tcgggcctgg
      301 tgtggatgta gac
//
LOCUS       SEQF2638.1|AYYF01000859.1 856 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..856
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(141..749)
                     /locus_tag="SEQF2638.1_00291"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIRKGTRNGVSYWFCHSCKHYFSGRSRVDSSAVYRYYAQGTYTI
                     AQIAERLGISCSTVKHRMKNFPLSSTSIAPRTVALQMDTTYWGRNFGVVLFMDVATHR
                     VLHFRFIYRKERIEDYLVGIAYLKRQGIRVSGVISDGLSGLRKALAPIPYQYCQFHQI
                     QRIRQLLTNHPKHPASIALERDRPTAYTIRQKTVCWFVSTMA"
ORIGIN      
        1 ccggaaagca ttggtaggta tagagaatat ctaagtgcct tgttaagcta aaataagcgg
       61 cccttaaacg ccgatgggta taagtgaaag acgctccatt ttctgagaat gttttctctt
      121 ccaagtatgc cttccactgc tcatgccatt gtgctaacaa accagcaaac tgttttttgt
      181 cggattgtgt aagctgtagg ccgatctctt tccagcgcaa tagaggccgg atgttttgga
      241 tgattggtga gcagctgtct gatacgctgt atttgatgga attgacagta ttggtaaggg
      301 attggtgcta aggcttttct cagtccagag agtccatcag aaatgactcc gctcacccgt
      361 attccttgtc ttttgagata agctattcct accaagtaat cttctatacg ctcctttcga
      421 taaatgaatc tgaaatgaag gacgcgatga gtggctacat ccatgaaaag tactacgcca
      481 aagtttctac cccagtatgt ggtatccatt tgaagcgcca cagttcgagg tgctatagag
      541 gtagaactga gagggaaatt tttcatacga tgctttactg tagaacaaga tatacccaat
      601 cgctctgcga tctgtgcaat ggtgtaggta ccttgagcat agtaccgata aactgctgaa
      661 gaatctacac gcgaacgacc actgaagtag tgtttacagc tatggcagaa ccaataagac
      721 actccatttc gtgtgccttt acgtatcaca tcttttgatc cacaatgggg gcactttttt
      781 ttcgagtttg atctctcata atactatgag atacaacata tgcatgactc acagtgtgtt
      841 atagcactcc gcagga
//
LOCUS       SEQF2638.1|AYYF01000860.1 302 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..302
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 agatctatcg taagtacggg agtttgccgc agaacaagcc gaatcgtgaa gagacggccc
       61 tcatcaaaaa cctcctgcaa gactttgaac cggctgacat caaagcgaag ctcgccctga
      121 ttggcgccga taagtgggtc agcgtgctca aggaggcaaa cgacgcattc agcgccatgt
      181 atggccggca ggttaagcac gagtccatgc ttgatccggg cgccgtgaaa gagaaacgcg
      241 acgcggtgta cgacgagttc aagaagctca cgaacgtcat caacgcgctg gcaacgctcg
      301 gt
//
LOCUS       SEQF2638.1|AYYF01000861.1 446 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..446
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             30..167
                     /locus_tag="SEQF2638.1_00292"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKYEPFSPGSPGFLVFITDTKSEPVERPVLLTRRFSTVVCKMLG
                     A"
ORIGIN      
        1 gcgaaactaa gcccgtgctg ctctgtacga tgaagtacga gcctttttca cccggttcgc
       61 ccggcttctt agtcttcatc acggacacca aatcggagcc tgtggagcgg cccgtgctct
      121 tgacgcgcag gttcagcacc gtggtctgta agatgctcgg cgcttgatac ggcgtggccg
      181 ggtctacgat tacttcgatc gtgtacggct tctccgggtt atagccattg gctggggcgg
      241 cacctttcag gtaggctgcc atctggtaag gacggttata atttgagtca ccgccgaaaa
      301 gctccttgag ccggccggtg acaaagccta cgttcgactg tacgttgttg agcttgatgc
      361 actccgcgcc tacgttccgg tcgcggcgga acatctcaaa ggccatgatc tgcagggcta
      421 ccgcgccttg cggttcacgt ccgatc
//
LOCUS       SEQF2638.1|AYYF01000862.1 2461 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2461
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             91..813
                     /gene="cpoB"
                     /locus_tag="SEQF2638.1_00293"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_02066"
                     /codon_start=1
                     /transl_table=11
                     /product="Cell division coordinator CpoB"
                     /translation="MKRSTLYIISLGLLLAAGSASAQKAERSNIRQGNRLYRNEKYTE
                     SEIAYRKGLTVNPRSVEAAYNLGNALYKQKKYPEAAEQYMQIVGRREQLLADNPANGR
                     RLAEVYHNLGNIQMQGKDYAKSVEAYKQSLRLNPKDDETRYNLALAQKLLKNQQQQQQ
                     NQQQNQQQQQQQQQEQQQQQQKEDKRENKTQQEKQQNEQMSQDNAQQILDAFLQDERD
                     TQEKVKKAQRQQQERRKTDKQW"
ORIGIN      
        1 ggctaccaca gggcgcgagg acgttggcaa accatttgtc ggttcaacaa accgacgcat
       61 agattgttgg atcacccaga aaagatgaat atgaaaagaa gcacgctata catcatcagc
      121 ttaggcctgc tgctggccgc cggaagcgca tcggcgcaga aggctgagcg gtcgaatatc
      181 cgccagggca accggcttta tcgcaacgag aaatataccg agtccgagat cgcctatcgg
      241 aaggggctga cggtcaatcc gcgctccgtg gaggcggcct acaacctcgg caatgcgctg
      301 tacaaacaga agaaataccc cgaagcggcc gaacaataca tgcagatcgt gggtcggcgc
      361 gagcagttgc tggccgacaa cccggccaac gggcgacgct tagcggaggt ctatcacaac
      421 ctcggtaaca tccaaatgca agggaaggat tacgccaaga gcgtggaggc ctacaagcag
      481 tcgctgcgcc tgaacccgaa ggacgacgag acgcgttaca acttggcgct ggcgcagaaa
      541 ctgctcaaga atcaacagca acaacaacag aatcaacagc aaaaccagca gcagcaacag
      601 cagcaacaac aagaacagca gcaacagcag caaaaggaag acaagcgcga gaacaagacg
      661 cagcaagaga aacagcagaa cgaacagatg agccaggaca acgcgcagca gatactcgac
      721 gccttcctgc aagacgaacg cgacacgcag gagaaggtga agaaggcgca gcggcaacaa
      781 caggaacgac gtaaaacaga taagcaatgg taaacgcaac aaagcaactg attctattcc
      841 tcgccctctg gctcacggcc ggggcaacgc acctcgtgaa ggctaacggg gtgaccttcc
      901 gggcctcggc ccccagcgcc gtcgtcatgg ggcagcaatt ccaactcacc tacacggtca
      961 acaccgaggg ggccagctcg ctccgcacgc cggacctctc ggacttcgag gtgctgatgg
     1021 gccccagctc gtccttcagc cgcagcatgc agatcgtcaa cgggcagatg tcaagctcct
     1081 actcccagac cttcacctat gtgctgatgc caaagaagga gggcaccttc aacatcgggc
     1141 cgggcagcat caagatcaag aacgccaact atagctccaa ctcgctcgtc attaaggtgc
     1201 ttccgcccga caaggcaggc agtgccggcg gtgggcgtag cggcggggcc gccgcaggag
     1261 ccgctggtgc gggcgcctcg caaggctcga cgagcgtggg cgcgaacgag ctcttcgtac
     1321 gtatgaacgt agccaaccgc agcgtctacg agcaggaggg catcctcgtc accttcaaga
     1381 tctactccct ctatgacgtc gacctcgacg acatcaaatt ccccgagttc gagggcttcc
     1441 tcgcccaaga catcgagctc aacccccagt ggacactcga aaactacaac ggccgtaact
     1501 atcgcaccgc cgtcttcaag caaaccatcc tctaccccca gcggtcgggc aagatcacca
     1561 ttggctcggg ccgcttcgat gccattgcgc acgtccgcgt caagcaacgc tcgggaagca
     1621 tcttcgacga gcttatgggc ggcggttatc aggacatccg taaggtgctc accacggcgc
     1681 ccgtcaccat cgacgtcaag ccgctaccct ccggcaagcc cgaatcgttc aatggcgccg
     1741 tgggtggcta cacgatgaag gccaccatca actccaacca agccaagacg aacgaggctg
     1801 tgaccgtgac cgtcacactc accggcaacg gcaacatcaa gctggccaag aatcccaccg
     1861 tgaccttccc caacgacttc gaagtctatg acccgaaagt ggagacgaac atccgcacca
     1921 ccgcctcggg ctcaagcggc acgaagacga tcgaatacat cgccatcccg cgctacgccg
     1981 gcgacttcga gatccctgcc atccgcttct cctacttcga cccccgtagc ggatcgtaca
     2041 agacgctcac ctcggagccc ttcaagctgc acgtcgaaaa gggccccgaa ggcgccgcct
     2101 cgcccgccgt ctccaactat gggtcgcagg aggacgtcaa gtatctcagc aaagacatcc
     2161 gctacatcaa aacctcaagc ccgcacttcg tcaactctcg gggcgacatc ttcttcgggt
     2221 cattcactta cgtccttgcc tacgtgctga tcgccctgct cttcgccgtc ttcttcgtca
     2281 tctaccgcaa gcagatgaag gagaatgccg acttggcctt tgtccgcacc aaacgcgcca
     2341 acaaggtggc gctgcgtcgt ctcaagacgg cagagaagct gatgaaggag ggtcgcaagg
     2401 aggacttcta cgacgagatc ttccgcacgc tttggggtta tctcagcgat aagctcaaca
     2461 t
//
LOCUS       SEQF2638.1|AYYF01000863.1 1236 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1236
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(264..1208)
                     /locus_tag="SEQF2638.1_00294"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSRLISRSALTQANLGKDFDREVFSAPINQPTLVKTNNGYHLLK
                     VTERTAAVSKYKVAVVYMDVRPTNKTYSKVFNDLNAFVAKNKTADQIAAAAKENGYEL
                     TPDVTVTGEDHQLGMIQDARQVVRWAFENKSKGKVSDIKECKSRIPGTSDYKTTYVVA
                     ILRDVLKEGYQSFETVAPLIRRELAMRKKSEDVAAALKAKNLTSLQAYASAMNSRIDT
                     VKFITMNTARINGIGLEPILNAYVAYAKPNTLSVPVAGYNGVYVFQVYNRTKDATPYN
                     EKAQMREIEANTAPRVGYFALQKLVEDSKITDNRIRFE"
ORIGIN      
        1 atttttaaca accagatcac caaacgcctg cataggcgcg tgttcgtgca gctcgtcgga
       61 ggagtgcggt atgtcgaggc ttgaaatagt cattcggttc tgtgtggatc ggatggttgt
      121 cgtttttctt cttgcggccg caaatatagg tggggggatc taacggctaa aatcaaaagc
      181 taaaaaactg ccgcaacgac tttcgtcgct acggcagcaa aaaaattatg tacaaagtgc
      241 cccctcagag agaggaggaa gtatcattca aatcgaatgc gattgtcggt gatcttcgag
      301 tcctccacca acttttgaag ggcgaaatag cccacacgcg gtgcggtgtt ggcctcaatc
      361 tcccgcattt gcgccttctc gttgtagggc gtggcgtcct tcgtgcggtt gtagacttgg
      421 aagacgtaaa cgccgttgta tcccgctacg ggtacagaga gtgtgttcgg ctttgcatag
      481 gccacgtagg cgttcaggat cggttcgagt ccgatgccgt tgatgcgtgc cgtgttcatc
      541 gtaatgaact tcacggtgtc aatgcgtgag ttcatggccg aagcgtaggc ctgaagcgag
      601 gtcaggttct tggccttcag cgcagcggct acgtcctcgc tcttcttgcg catggccagt
      661 tcacgacgga tcagcggggc cacggtctca aacgattgat agccctcttt caacacatcg
      721 cgcaggatag ccacgacgta ggtcgtcttg taatcgcttg tgcccgggat gcgcgacttg
      781 cactccttga tgtcagacac cttgcctttc gacttgttct caaaggccca gcgcactacc
      841 tgacgggcat cttggatcat gcctagctga tggtcttcac ccgttacggt cacgtctggc
      901 gtcaactcat agccattctc tttagcggca gcagcgatct gatcagccgt tttattcttc
      961 gccacgaagg cgttgaggtc gttgaagacc ttactgtaag tcttgttggt cgggcgcaca
     1021 tccatgtaga cgacggctac cttatacttc gatacggcag cggtgcgctc cgtcaccttc
     1081 agcaagtgat agccattgtt ggtcttgacc agcgtcggct ggttgatagg ggcgctgaag
     1141 acttcacggt cgaagtcctt gccaaggttg gcttgggtga gagcggaacg ggatatgagt
     1201 cggctcattt tccgaatagt gacttgacca tactga
//
LOCUS       SEQF2638.1|AYYF01000864.1 283 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..283
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ctgttttttg gggccgtcag ggtagaggcg tattgaatac gccccccaat cgggcacgat
       61 agggcccgga tggttgtcct aaaatagccg tcgatagaac cgggagtctg cattcgtccc
      121 cttgtcgggg acgtcaggga gggcgtattc aatacgcccc taccctaacg gatgaaaaac
      181 gggaaccgtt ggattgatgt tattcgctaa acatttcatt cattttcatg gcctgcatga
      241 tgcaacactt tccccacccc cttcatctta accacataga cgt
//
LOCUS       SEQF2638.1|AYYF01000865.1 659 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..659
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gatgcatcca aggacattct gtcttctgat tcatgacatg tccttgcatg atgatatttg
       61 aactattcac atagaagaaa cattccgttt tataaatcat catatccaag actgtccttg
      121 tcatcatata aatgtacttc ctaatctcat cgcgcatctc ctgattatgc atttcatcat
      181 gcttacgctg caaatagttg tcctccagct cttgcagaaa aagatcggcc tgcttccaga
      241 tgtatgaatt aaggataggc accaaaccta tactctctct aatctctccg gccaaagcca
      301 tcgcaaagac ttcatcatgg cgggaatgtg aaatataaac atctgcattc atctgaaaga
      361 gtatattgtg ttccatgaat ctggttttgg tcgatccatt tctattcatg tatgaatgaa
      421 gaatagagcg aaaggcttct acatttttgt ctttcccact cctttgaaat tcttgctcac
      481 acgtgtaaaa tagttctcca aaaccctctt cttggaagcc tttccaaaaa gaagatccca
      541 ctttgtaggc ttgatacata attgatttat taggacatgt ttcttctatg tgaatagttc
      601 aaatatcatc atgcaaggac atgtcatgaa tcagaagaca gaatgtcctt ggatgcatc
//
LOCUS       SEQF2638.1|AYYF01000866.1 458 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..458
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gcacgataca tcaatcgact cagccaacag agatctcgat tgactgtctt tgctgtaaat
       61 cgcttctttt taaggtagaa gcgaaactcc tcgaacatct cttctgtaac agcgtggatg
      121 ggcatgtcct ttcgcccttt gctctctatc cactcgcgaa gcatcttgtc cgaataggtc
      181 tgatttcgat aggtgccttc tgaccttgac ctacccacgc atgccttaac ggattgcagc
      241 tcggcctcgc tcatggctaa aagtgtggtc ggtgcggcag cggtgccctg caaacgattc
      301 ttgagtagtt ctgcactgac cactccgtcc ttcgtgagca tttccgcata ggtcttttcc
      361 acaagttctt tgaacgctgc gaggcgttgg ttgattttct tttcgccagt tataccctgt
      421 ttactgttcc attcatttgg cagacattcc tcgccggt
//
LOCUS       SEQF2638.1|AYYF01000867.1 1379 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1379
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(104..388)
                     /locus_tag="SEQF2638.1_00295"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLPLAASAHTEMLAKRIHTQWAPFSKRDNCTLCVMTFSTRKSHI
                     NNVSRGRPRDKHHSLVNSCDSFSFSRHVRHLHALNDGARFFLSCQNCNAI"
     CDS             complement(788..1345)
                     /locus_tag="SEQF2638.1_00296"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHTRPWRVSDHHVGSPVCLNERFGEHVLHVARVKDGIFDAVKPG
                     IHACVVDSLRHIFNTDDTPRATSYEIGNRACTRVEVVNRFATAELGKFTNHGIEPVSL
                     LAVSLIEGFRPDLKLQVFHSLDQMIHPAIEANILVGQCVITFFVDDIHQRSDLGHFRG
                     DKIEQRFPARAILIIKSHHDHHPAR"
ORIGIN      
        1 tatatacgct ttcgttacac cgccgttttc ccagtttttt tcatcgtgct ggttggcgcc
       61 aaggtcttct tgaggctatc catacctttg cacccctgaa aattcaaatg gcattgcaat
      121 tttgacacga aagaaaaaac cgtgccccgt cgttgagggc gtgaaggtga cggacgtggc
      181 ggctgaagga aaagctgtcg caagaattga cgagagagtg gtgtttatcc cttgggcggc
      241 cccgggagac gttgttgatg tgcgacttac gcgtagaaaa agtcattacg cagagggtac
      301 aattgtcgcg tttcgagaaa ggagcccact gcgtgtggat ccgttttgcg agcatttcgg
      361 tgtgtgcgga ggctgcaagt ggcaacattt accgtacgaa gaacagctgc gttttaagca
      421 gcagcaagtt gtcgacgccc tgactcgcat cgggcacgtg acgccacgtg aggtgcggcc
      481 cattcttggc tccgagcaga cgacgcacta tcggaataag ctcgaattta cgttctctaa
      541 tcgccgctgg ctaaccgcag aagagattga ttcagaaagg aatgacacgg acatgaatgc
      601 actgggcttc cacattccgg gcatgtttga taaggtgctg gacattcgcc gctgccacct
      661 acaggacgac gtgtcgaacc gcatccgact cgccgtcaaa aaatattgcc tgacgcacga
      721 tggctaccca ttttttgacc taaaaaacaa cgccgggttc gttcgcacgc tcatgattcg
      781 cacctcatca gcgggcgggg tgatggtcgt gatggctttt tattatgagg atcgcgcgcg
      841 cagggaagcg ctgctcgatt ttatcgccgc ggaagtgccc gagatcactt ctctgatgta
      901 tgtcatcaac gaaaaatgta atgacacatt gaccgaccaa gatattcgcc tctatcgcgg
      961 ggtggatcat ttgatcgagc gaatggaaga cctgcaattt aaggtcgggc cgaaatcctt
     1021 ctatcaaact aacagccagc aggcttacag gctctattcc gtggttcgtg aatttgccga
     1081 gctcagcggt tgcgaaacgg tttacgacct ctacacgggt acaggcacga ttgccaattt
     1141 cgtagctcgt cgctcgcggc gtgtcatcgg tattgaatat gtgccggagg ctatcgacga
     1201 cgcacgcgtg aatgccgggc ttaacggcat cgaaaatgcc gtcttttacg cgggcgacat
     1261 gaaggacatg ctcaccgaat cgttcattga ggcacacggg cgacccgacg tggtgatcac
     1321 tgacccgcca cggacgggta tgcataacga cgtgactgac accatcctac gagcagcac
//
LOCUS       SEQF2638.1|AYYF01000868.1 3468 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3468
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             48..3458
                     /locus_tag="SEQF2638.1_00297"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG4548"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MADAAYPIKAICICSDSRASRKIKRNNDDDESDHSIVDLALPAS
                     TNTSFITKQLISYQIHDGITVVFSTYQSIDIVAEAQADILKDTNGEFGVFDFIVCDEA
                     HRTTGVKISTKDESDFTKIHSNEFIQGKKRLYMTATPRLYGESAKIKASKNDCILCSM
                     DDETIYGKEFYRVNFSYAVQNGILTDYKVLVLTVSEDMIPEKLMEQVKDRHVKELNYD
                     DTGRLIGVINGLSKKILGDKGITWDADPRLMRRAIAFTYKIGRVNEPGTSKNIATVLP
                     KISDIYNDSLPHEEQTGVVHISARHVDGSMGAMERNAALAWLAEDTDDPQECRVVTNV
                     RCLSEGVDVPALDAVLFLSARNSQVDVVQSVGRVMRSFHRGQVDEKKYGYIIIPVIVP
                     EGTSPEEALNESTSFSAVWDILNALRSHDDHFNAHVNTIALNKDKGSKVTVGLPGLGQ
                     TGIGQHSQAGDGNDNQDAQQLSHQEIAKQLELQFGSIREQIYAKLVEKCGERLYWENW
                     AAEVGEIAKKYIARISRLVLGNNDKFSSEFEIFVKTLQKNLNPGVNAEQCIEMLAQHL
                     ITRPVFDALFADYQFVSNNSISSSMQRMVELLETEAVDKDLSDLDKFYESVRINVGQI
                     DNLEGKQTIIKNLYEKFFKRAFPLTVEKLGTVYTPVECVDFIIHSVDDVLKSEFGSAL
                     TNEHVHILDPFIGTGTFITRLLQSGLIRPEDMVRKYTSEIHANEIVLLAYYIADVNIE
                     SVFQEQCPQTTYLPFDGLCLTDTFQLGENNDRDLFKEFFRENSEAVESQRSTPIRVII
                     GNPPYSIGQKSANDNAQNQSYPILDQRIADTYVAGSTSTNTKGIYDSYIKAFRWATDR
                     LSPEEGSVITFISNGAWIDGNSHDGFRASLQKEFDKIYVYNLRGNARTSGELRKREGG
                     GIFDSGSRTPIAITILVRYPEGKRLNACQIHYHDIGDYLSREDKLRIIKQAKTYQRLD
                     WETIMPNDKNDWINQRDGLFDTLLPLAPEKKFDVQSKSVFSTYSLGIATGRDAWAYQF
                     TQQDLAQNVTRMMESYNKEVERYIQQIPTLDSIDSWVNNDESLISWNRNLKELLIKGK
                     SLYFNKQDIVYSSYRPFCKQHCYFHKDFNAMQYLQKRLFPTSQQRSVD"
ORIGIN      
        1 tccttgtccc cagtattgct ctcttggggc aatcgctgaa tgattggatg gcagatgccg
       61 cttatcctat caaagcaatt tgcatctgtt ccgacagtcg tgcttcacgc aagataaagc
      121 gtaacaacga tgacgatgaa tccgatcact caatcgtaga cctagctctc ccagcctcta
      181 caaataccag cttcatcacc aaacaactca tatcgtacca aatacacgat ggcataacgg
      241 tggtattctc tacctatcaa agcatcgata tcgtggctga agcacaggcc gacatattga
      301 aagatacgaa cggtgagttt ggcgtgtttg actttatcgt ttgcgacgaa gcgcatcgca
      361 ccacaggagt gaaaatctcc acgaaggatg aaagcgactt taccaagatt cacagcaatg
      421 aatttattca aggtaagaag cgcctgtata tgacagctac gcctcgcctc tatggtgaga
      481 gtgccaagat caaagcgagc aagaacgatt gcatcctttg ctctatggat gacgaaacta
      541 tctatggcaa agaattctat cgggttaatt tctcctacgc tgttcagaat ggtattttga
      601 ccgattacaa ggtgctggta cttacggtct cggaagatat gattccagaa aagctgatgg
      661 agcaggtcaa agatcggcat gtcaaagagc tgaactacga tgacacgggg cgattgatcg
      721 gagtcatcaa cggcttatcg aaaaagatct taggcgataa gggaattact tgggatgctg
      781 accctcgctt aatgcgccgc gccattgctt tcacgtacaa gataggacgt gtcaacgagc
      841 caggaacttc taaaaacatc gcaaccgtac tgccaaagat ttccgatatc tataatgaca
      901 gtctgccaca tgaggagcaa acgggcgttg tgcatatctc ggctcgccat gtagatggta
      961 gtatgggggc aatggaacga aacgctgctt tagcatggtt agcagaggat acagatgatc
     1021 ctcaagagtg ccgtgttgtg accaatgtgc gctgtctatc cgagggtgta gacgtcccgg
     1081 ctctggatgc cgtgctcttt ctctccgcac gcaactcgca ggtagacgtg gtgcaaagtg
     1141 tagggcgtgt gatgcgttct tttcatcgag gacaggttga cgaaaagaag tatggctata
     1201 tcatcattcc cgttattgtc cctgagggca ccagccctga agaggcattg aacgaaagca
     1261 cctctttttc tgctgtttgg gatattctta atgccctccg ttcgcatgac gaccacttta
     1321 atgcccatgt caatactatc gctctaaaca aagataaagg gtctaaagtg actgtggggc
     1381 tacccggctt agggcaaacc ggcattgggc aacattcgca ggccggcgac ggtaacgaca
     1441 atcaagacgc acagcaactt tctcaccaag agattgccaa gcaattggaa ctgcaatttg
     1501 gctcgatccg agaacagatc tatgctaagc tcgtggagaa gtgtggcgaa cgcctctatt
     1561 gggagaattg ggcggcagag gtgggcgaga ttgccaagaa gtacatcgct cgtatctctc
     1621 gacttgtatt gggcaacaat gataaattct cctctgaatt tgagatattc gtgaagactc
     1681 ttcagaagaa cctcaatcca ggcgtcaatg cggagcaatg tatcgagatg ttggcgcaac
     1741 accttatcac gcgccccgtc tttgatgctt tgtttgccga ctatcaattc gtcagcaaca
     1801 actctatttc ttcctctatg cagaggatgg tagagctgct cgagaccgaa gcggtggaca
     1861 aagacctctc agaccttgat aagttctacg aatccgtacg cattaatgta ggccagattg
     1921 ataatctgga gggcaagcag accatcatta agaacctcta tgagaagttc tttaagcgag
     1981 ccttcccttt aacagttgag aagttgggga cagtgtacac cccagttgaa tgtgttgact
     2041 ttatcatcca ctcggttgac gatgtattga agagtgagtt tggatctgcc ctaacaaatg
     2101 agcatgtgca catacttgac ccctttattg gtacgggcac attcatcaca cgccttttgc
     2161 aatcggggct tattcgccct gaggatatgg tgcgtaaata cacgtctgag attcatgcca
     2221 atgagatagt tctcttggct tactatatcg ccgatgtcaa tatcgaaagc gtatttcagg
     2281 aacaatgccc tcagacaacc tatctcccct tcgacggact ctgcctcacc gatacctttc
     2341 aactgggcga aaacaacgac cgtgacctct tcaaagagtt cttccgggaa aattctgagg
     2401 cagtagaatc ccaacgaagc acgcccatac gggttattat cgggaatcca ccctattcca
     2461 ttggacagaa gtctgccaat gataatgccc aaaaccaaag ttatcctatt ctcgaccaac
     2521 gcattgccga cacctatgta gctggctcaa catcaacaaa taccaaaggt atctacgata
     2581 gctatatcaa agcttttcgc tgggctaccg accgtctttc gcccgaagag ggtagcgtca
     2641 tcactttcat cagcaacgga gcgtggattg atggcaactc ccacgatggc tttcgtgcat
     2701 ccctgcaaaa ggagtttgat aagatttatg tctacaatct ccgtggcaat gctcgtacct
     2761 ccggtgaact ccgcaagcga gaagggggag gaatattcga tagtggtagc cgcacgccta
     2821 ttgccattac gatcttggtg cgctatcccg aaggcaaacg attaaatgct tgccaaatac
     2881 attaccacga cattggcgac tacctctctc gtgaagataa actgcgcatc atcaaacaag
     2941 ccaagactta ccaacgtttg gattgggaaa cgatcatgcc caacgataag aatgattgga
     3001 ttaaccagcg agatggactc ttcgatacgc tcctgcccct tgcaccagag aagaagtttg
     3061 atgtacagag caaaagtgtc ttctctactt attctttggg gatagcgaca ggtcgcgatg
     3121 cttgggcgta ccagtttaca cagcaagatc ttgctcagaa tgtaactcgc atgatggaga
     3181 gttacaataa ggaagtggaa aggtatatac aacaaatacc cacccttgat agtatagatt
     3241 cttgggtaaa caatgatgaa agcctcatta gttggaacag aaatcttaaa gaactactca
     3301 tcaaaggcaa atcactttat ttcaataagc aagatattgt atattcttca tatagacctt
     3361 tctgtaaaca acactgctat ttccacaagg attttaatgc aatgcaatac ttgcaaaagc
     3421 gattattccc cacatcccag caacggagcg tggattgatg gcaactcc
//
LOCUS       SEQF2638.1|AYYF01000869.1 1415 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1415
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gcacggccgt ctccaggtcg taactcttcg tgcaacacaa aatatagtcg gccgtcacgc
       61 ccaacctttc cggctgctcg acgacaccct ccggccgcac gcgaaacgaa cccttcggcg
      121 tctccacctc cagtccgctc cgcgcgatct ccagcccgtg cttccctctg gcgacgaaat
      181 aaacctcaac ctctctgttg gttgcatagg tgcgcgccag catgccgcca aaatatccgc
      241 cgatcgaaca acgtctacgc ggcgcttgac ttccggccca acgatcgcaa caagttctcc
      301 ttctcggccc tggcttacga caaccgcgtg cacaccgatc cgggtatccc ccgcttccag
      361 aacgacatct tcgacgagaa cggcaacaag gtctacagca agggcgacat ccccacgggc
      421 atcgacctgg ccaagacgag cctcacgtac gtcaacgacc atctcaacga caagcacatc
      481 tcttcgacca acatctggga gcacaacctg tcggagaatt ggctgatacg cgacgtgctg
      541 ggcttctcgt acaacacgct cagctacctc cagtcggagg aattctcaca cctgacgtcc
      601 aagacgcccg gccgctacaa acactactac atgaacggcg acgagaaggt ctatatcagc
      661 gtcgactcca tcctccgcga gcccttccat ttcgattacg acaactatta cgccggcaat
      721 cagctctccg tgcaaggtca gttcgaggcc ctcggcatgc gtcacctcgc ctccttcggc
      781 tacgacttct cctacatgag cctcaagcgc tggcaggggc aggtgttctc cggacccgcc
      841 atcagcaccg tcatgtctat ccgtaatccg atcagtaacc cgggctactt agacgaaaag
      901 ttctcgcaga ttgtcgactt catcgagtac taccactcgc tggctgcctt cgatcagatc
      961 aacgtcaccg accgcctcgc ggccatgctc gccttgcgct acaacatgtt ccgtcgcaac
     1021 attacaacca gcaaatcgga caaccgcgtc gtgaccgaaa agggtgagcc cgccattctt
     1081 atcgacaacg cttcgacctt caaggtgggc ctcgtctacg aactcacccc cgggaatcgc
     1141 atctacgcct ccgtctccaa ctccttccgc cccgtccgca ccgtaggcga caacaactac
     1201 gtctacctcg acaataaggg ccgcaccatc acgcccaact ccaccggcaa ggtctacgcc
     1261 cccgaacgcg gcatgcagta cgaggccggt atccactccc gcttcggtag cctcttggcc
     1321 ctggagctgg ccggattcca catcgagaag agcaacatcg tgcagaagtt tggtaagaat
     1381 gccgatggca agagcgtcat cgggcaggtg ggcac
//
LOCUS       SEQF2638.1|AYYF01000870.1 3725 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3725
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             50..2974
                     /locus_tag="SEQF2638.1_00298"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYTDELRTLGWGTDAGFYRLIPKVVVRARDEEDVSRIVRACHKH
                     KLPFTFRAAGTSLSGQSVSDSVLIVAGKHWEKYEISDDRNSIRLQPGIVGSQVNRVLK
                     PYGRVFPPDPASIGSAMVGGIVCNNASGMNCGVHANSDRMLISARIILPDGTLVDTGD
                     EASKASFRRTHSEMIRRIENLRDRVRADKKLAERIRYKYSIKNVTGLNLRPLIAYDDP
                     FEIMAHCMVGSEGTLAFLSEVTMRTLYDYRFRASAMVYFHTMEESCRAVVAMKGMKAT
                     EKDIEMSAEDLVVKSAEMLDYLSLGSVNDPVFLQYKKDVDAGLVPGVQPGDYHNLTAI
                     LTETKAVTHEELLSKIDRVKQCLANFNLYQQPEFTDDPQIYGKYWAIRSGIFPSVGGT
                     RPEGTTCLIEDVAFHLEDLPVATVKLQKLIADYGYSDACIYGHAFEGNYHFILNQSFH
                     TEAEVKRYESMMRDVARLVVEEFDGSLKAEHGTGRNMAPFVKYEWGEAAYAAMKELKQ
                     IFDPENLLNRGVIFNDDPQCFIKNFKPLPVLDFRFDNIPDGGQFLTLSEGSRSSTKDM
                     VEGVRRANKCIECGFCEVNCVSCGFTISSRMRIVVQREIRDLENRGADPERVARLRKL
                     YEYYGDATCAADGLCATSCPMKINTGDLTHLIRQLNMMQNPTGYRVGKFAADHLGGLK
                     SNLRLVLGAANLGHTLLGTSLMSGICSGAHRAGLPLWTSAMPRSTRQPKPGAHVGHGD
                     LKVVYFPSCINQTMGVAKGSPVKNTVVEEMCSLINKAGYEVIFPRNMDRMCCGQIWES
                     KGMMDIADRKSGELEESLWEASEHGRYPILCDQSPCLHRMRKVISRMKLYEPVEFIMT
                     YLVDRLTFHKTDRRVAVHVTCSTKEMGLGSQLLELARLCSDNVVEPEGIGCCAFAGDR
                     GFTYPESNRYALRKLRPQIEKMQVVTGYSNSRTCEIGLQSNSGIPYMNIAYLVNECTV
                     AR"
ORIGIN      
        1 ttatgaggcc ttcctcgccg agattggcag ttatctcgac aaagaccaag tgtacaccga
       61 cgaattgcgc accctcggat ggggcacaga tgccggtttt tatcgattga tccctaaggt
      121 cgtcgtccgc gcaagggacg aagaagacgt atcacgaatc gtccgcgcct gccacaagca
      181 caaactacct tttaccttcc gtgccgcggg cacatcgcta tccggacaga gcgtcagcga
      241 ctctgtgctg attgtcgccg gtaagcattg ggaaaagtat gagattagcg atgaccgcaa
      301 tagcatccgc ttacaacccg gtattgtggg ctcccaagtc aaccgggtac tcaaaccgta
      361 tggccgcgtc tttccgcccg atcccgcctc aatcggaagt gcgatggtgg gcggtatcgt
      421 ctgcaacaat gcatcgggca tgaattgtgg tgtgcacgca aacagcgacc gaatgcttat
      481 cagcgcgcga atcattttgc ctgacggcac actggttgat accggagacg aagccagtaa
      541 ggcatccttc cggcgcacgc actcggagat gattcgtcgg attgagaacc tccgagaccg
      601 ggtccgagcc gataagaagc tcgctgagcg tatccgctat aaatacagta tcaaaaatgt
      661 gacgggtctg aatctccggc cactcattgc atacgacgac ccgttcgaaa tcatggctca
      721 ttgcatggtt ggatcggaag ggacactggc tttcctatcc gaggtcacta tgcgaacgct
      781 ctacgattat cgttttcgcg cctccgcgat ggtctacttc cacaccatgg aagagagttg
      841 ccgtgcggtg gtagccatga aagggatgaa ggcgaccgaa aaggatatcg aaatgagcgc
      901 ggaggacctc gtcgtaaaga gtgccgagat gctcgactac ttatcgcttg gctccgtgaa
      961 tgatcccgtc tttctccagt acaaaaagga tgtcgacgcc ggtctcgttc cgggagtcca
     1021 gccgggcgac tatcacaatt tgacggccat tttgactgag accaaggccg tgactcacga
     1081 agaattgctt tcgaagatcg atcgcgtgaa gcaatgcctt gccaacttta atctctatca
     1141 gcaaccggag ttcacggatg atccccaaat ctatggtaaa tactgggcca tccgctccgg
     1201 gatattcccc tccgtgggcg ggacgcgtcc tgagggcacc acatgcctca tcgaagacgt
     1261 tgcttttcac ttagaggacc tgcccgtggc taccgttaag ctccaaaagt tgattgcgga
     1321 ttatggctac agtgacgcgt gcatttatgg gcacgccttc gagggcaact accacttcat
     1381 cctcaaccaa agttttcaca cagaggcaga ggtgaagcga tacgaaagca tgatgcgcga
     1441 cgttgcccgg ttggtggttg aagagttcga cggatcgctg aaggcagagc atggcaccgg
     1501 gcgcaacatg gcaccgttcg tgaaatacga atggggagag gccgcgtatg ccgccatgaa
     1561 agagttgaag caaatattcg atccggagaa tctgctcaac cgaggcgtga tctttaacga
     1621 cgaccctcag tgcttcatca aaaactttaa gccgctgccg gtccttgact tccgctttga
     1681 caatataccc gacggcgggc aattcctgac cctgtccgaa ggctcgcggt cgtccacgaa
     1741 ggatatggtg gagggcgtcc gaagggcaaa caaatgtatt gagtgcgggt tctgcgaggt
     1801 gaactgtgtc tcctgcggat tcaccatctc gtcacggatg cggatagttg tccaacgtga
     1861 gatccgcgac cttgagaatc gtggcgccga tccggaacgc gtagcccgat tgcgaaagct
     1921 ctacgagtac tatggggacg ccacatgtgc tgcggacggt ctctgcgcca cgtcctgccc
     1981 catgaagatc aacacgggcg atttgacgca cctcattcgt cagctaaaca tgatgcagaa
     2041 ccctaccggc taccgcgtgg gcaagttcgc agccgatcat ttgggcggtc tcaagagcaa
     2101 tttgcgactc gttctgggcg ccgcgaacct tggccacaca ctcctcggta cctcgctgat
     2161 gagcggaatc tgtagcggcg cacaccgcgc aggccttccg ctctggactt cggctatgcc
     2221 ccgcagcaca cgacagccaa aaccaggtgc tcacgtgggt cacggagacc tcaaggttgt
     2281 ctatttcccc agctgtatca atcagacgat gggcgtcgca aagggatcgc cagtcaaaaa
     2341 cacagtcgtc gaggaaatgt gctcgctgat caataaagcg ggatacgaag tcatcttccc
     2401 caggaatatg gatcgcatgt gctgcgggca aatctgggag agcaagggaa tgatggacat
     2461 agccgatcgg aaaagcggcg agctcgagga gtcgctgtgg gaagcctcgg agcacggtcg
     2521 ctaccccata ctctgtgacc aaagtccttg cttacaccgt atgcggaagg tcatcagtcg
     2581 catgaagctc tacgaaccgg tagagttcat catgacttac ttggtcgaca gacttacttt
     2641 tcacaagacc gaccgccggg tggctgtcca cgtgacttgc tcgaccaaag aaatgggcct
     2701 cggcagtcag ctactggaac tcgcacggct atgctccgac aacgtcgtag agccagaagg
     2761 aatcggatgc tgtgccttcg cgggcgatcg cggcttcact tatcctgagt cgaaccgtta
     2821 tgcactgcgc aagctccgcc cacagatcga gaaaatgcaa gtcgtgaccg gttactctaa
     2881 cagtcgcacg tgcgaaatcg gtctccagag caactcgggg atcccctaca tgaacattgc
     2941 gtacttagtc aacgagtgta cagtagcccg ttgatgtctc tgcggccctt cacccagccg
     3001 cagtgaatgc ctccccctga tcgttttccc tatcccggag acgagatgat agctcttccc
     3061 ggatcatttc tcctatcccg gagacgagat gatagcctct cccttatcgc ataccctatc
     3121 ccgggcgcgg taagggagaa cttttgaatg cttctctccc ttcatccaga ctcggtggtt
     3181 gcctatacct tatatatagg gctatcgggg aggtggaggg ataggtattc ggaacctctt
     3241 ttccccttca tccagtcgcc acggttggct atgcctcatt ctatttctga tcactcggtc
     3301 gaggcgatcg cccatacctt atatataggg caatcgggga ggtggaggga taggtatttg
     3361 aaagggttag cgtcgggtgc cgtatttttg cgctactcaa aacaggacag tgtgcccaat
     3421 catcgggcaa gcctcctaca cacgatacac ggatattaag accctcaagt acatattcat
     3481 tgccctcctg accgtcgcgt tgctactcta cggactcccc gtagtgctcg tgcatgtgcc
     3541 cgccgttcag cgacgcctcg ccaaggaggc ctcacgccta ctgacggcta agctcggggc
     3601 gccggtgaag ctcggcgagg tcgatatcac ctggcccgac gggctgacgc ttcgcaaggt
     3661 cgccatcgac gacctatcgg cccgcccgct gcttcgtgcc gaccgacact ttggcggtat
     3721 cgatc
//
LOCUS       SEQF2638.1|AYYF01000871.1 400 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..400
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gactcttcac cgtcattgcc ggtctgcgcg cgacctattg gagctacaat cgcgaactgc
       61 tcatcagccc tcgcgcctcc gtcggcttca tccccacagc caaccaagac atcacgctac
      121 gcttcgctac cggactctat tcgcagtcgc ccttctataa ggaactgcgt gtggaggaac
      181 aagatgccgg cggcaatacc gtcgtgcgcc tcaacagcga tttgaaagcc cagcgctcca
      241 tccacttcat cctcggtggc gactatagct tcaaggtggg tggccgcaac ttcaaactct
      301 cgtccgaggt ctattacaag cacctcagcc ggatcaatcc ctacacggtg gacaacgtca
      361 agatccgcta ctatggcgag aactgtgcgc ggggctatat
//
LOCUS       SEQF2638.1|AYYF01000872.1 423 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..423
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggattgcaga ccgttgcaaa ggctcagaat ccgattctgg aggattgcag atcgttgcaa
       61 aggctcagaa tccgattccg gaggattgca gaccgttgca acacgtccaa aacccggttt
      121 tggagaaaaa tcaaatcaaa caacgcgcta cggagagcat ctttccgccc gagccggcgg
      181 cgaatgtaga aagattcgtg aaccggccgc cccttgtatg cgttcagtcc cccgacccgg
      241 cctatttttg ccgccaagta aaagcagtag acccatgatt ctcaatttca gcatacagaa
      301 cttcggttcg attaaggaca agcagacgct ttcgttcgag gccgataagt ccgaccacct
      361 cgaagaggcg tacgtcaccc gttgcggagg ccgacgaata ctcaagctgg cccttctcta
      421 cgg
//
LOCUS       SEQF2638.1|AYYF01000873.1 704 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..704
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggccgtagaa gtccgagcgc atgtggacgt tctcctcggg gatcttctcc agcccctcgc
       61 gataggcgtc gagggccttt tggtaagcct tctcctcgta ataaaggacg ccgagataga
      121 agaaatagac gggcgactcg gggaacatct ggcgacattt ctggcagata cgcatggcct
      181 ccttcgtgtc gttggcctga atggcgatga cgagcaactg ctgccaggct tcttcgttgt
      241 cgggctccat ctcggtgacg agttggtatt gatagcgggc ctcctccgtc ttgttttgca
      301 tcatcagtag gccggcgtag tatctcttca gcgaaggctc ctcggggtgt tgcgccagga
      361 gggtgcggaa gagcgtatcg gccgtcatca tggcgtccgg cgtctggtga agctggcgga
      421 ggtagcgcgc caggataccc atcttcgtct ccacgtccag ctcccgatcg acgagcgcgg
      481 tgcggatctg attctcggcc gccgcccgat cgcccacggc ctcgtaatag ttggccatcg
      541 agacgggata atagggcgac gtgggatcga tctcatgcgc cgcctcgtag gacgagagcg
      601 ccccggccgt gtcgccattc tccagcagca agtcgccgat cataatcggg tatcgcacgt
      661 cgcccggatt gttgtccgcc agccgttgca gctcgttgta agcc
//
LOCUS       SEQF2638.1|AYYF01000874.1 268 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..268
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tttctgcggg ctataccgca tactgcatcg cgataggtgc agcgggggca gcttcctgcc
       61 tttcgcgctc cgcaatgcgc cgcaaatcgt tttcgtaggc ggcttgcagg ttagtccaga
      121 gcgtcgcatc gatatgcagc gcctgctcca gcctctgagc aaggtcgggc gtaaagtctc
      181 gtcgtccctt caataaagaa gtcagtacgg agcgctcgat gcccagttgc cctgcaaatg
      241 ccttccgact gatccgacga gccttcaa
//
LOCUS       SEQF2638.1|AYYF01000875.1 575 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..575
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 agacgagcat agcaagctat gtgaggatta atgatggaac aaaagggcag aaacaggcct
       61 cgatagaccc gaaactggaa aggagagaga tccgcccaaa cagctccata aaacaatcgc
      121 tcaataaatt caaaacagct tcttacacac aacatttaaa cgacagtaaa atggatgaca
      181 ggaaacacat cgtaattgta ggcggtggat ttgccggcct gcgattagtc aaggagttag
      241 atcgcggtgg aaagtaccgc gtgacattgg tggacatgaa caattacaac tttttcccgc
      301 ccttgctcta tcaggtggct gcgggtttca tggagccttc gtccatctcg tacccgttcc
      361 gccgattgtt gcgcaaacgg ccaaacacgc gtttccgcat ggggatactt caggccgtgg
      421 tgccggagga gaagaagctc gtgcttagca atggcgagct acattacgat ttgctgatta
      481 tggccacagg tgcggagtcc aatttcttcg gcaatccgga cgtcgaggcc aaagccatgc
      541 cgatgaagac gatcggtgac gccctcatgt tgcgc
//
LOCUS       SEQF2638.1|AYYF01000876.1 263 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..263
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gcgaggaggt ggccaagttc atggaggccg tcgaccagtt tgagcggatc atcaacgacg
       61 acgaccgcat ccgccttaca cgcatgaccg aggaagaact tgtcggcacg aaggagaaga
      121 gcggtttgct tgaccgttac ttctcactct ccgacacggg tcacgcctca ctcgaggaca
      181 tccgcctcgg tgccgatctc gtccgggtgg gcgacaatcg gctctgcctg cacacgctca
      241 gcgacaccga cgatctcccc gcc
//
LOCUS       SEQF2638.1|AYYF01000877.1 317 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..317
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cgatatattc tatggaattt ttgacgaacg aaaaattgac aatcgttggt gccggtggca
       61 tgatcggctc caacatggca caaactgcgg cgatgatgcg cctgacgccc aacatctgcc
      121 tgcaagacgt gtatgaacca gcgctgcaag gcgtgtatga agagatgcgc cactgcggtt
      181 ttgagggaat gaacttcacg tacacgaccg attccgctga agcgctgaag gacgccaagt
      241 atgtaatctc ctctggcggc gctgcccgca aggccggcat gacgcgcgaa gacctcctca
      301 agggcattgt ggtggtg
//
LOCUS       SEQF2638.1|AYYF01000878.1 511 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..511
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gacgtccgcc ccacagcatg cagacggagc cggcggccag aaggatgatg ccgatgtaaa
       61 caagcgtgag ccagggatcg tagaccaact cgacgacggt gtattcggag agcttaccgg
      121 cttcgctgtc gtagccatgc tggtagatgg tccaggggcc cgtgcggaag gggcggttca
      181 cctcaaggcg cgcacgggtg cctgcgtctt ggtctttgcg atagacttcg atgtcggaga
      241 caaagcgacg cggttcgggc atagtcgcag ccacgcagag gttggtgtcg aggttgagca
      301 ccatatacag ctgagagatg ttgcccgcgc aaacccatcc cgtgcgttca acaccggtca
      361 cggggttgcg agccttgatg cgtgcagcgg gtgaggcgcc gggcatatgg atctcgcggt
      421 aggtgctgtc gctattacgg acggcatcgt ggatgtattc cagcagctgg atgtcccagc
      481 cggccagttt gccccgcggt atccacaagt c
//
LOCUS       SEQF2638.1|AYYF01000879.1 1902 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1902
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             33..1502
                     /locus_tag="SEQF2638.1_00299"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPEFNWLYEPPWKGLKSNIKTVVVKEGVTSISDEAFKEANLTTL
                     TLPVGLRRIGNSAFTSCGNLTAVKFQTGLIEIGDNAFSSCSKLTTVTLPAGLKEIGDK
                     AFNACKALTSINFPTGVSRIGNDAFSSCSKLTTIMLPAGLKKLGGGSFAYCWELTSVS
                     IPADVDTVGDCPFISTKLVSVSVEKGNTNYVSINGVLLDRSKKSLIQYPAGSSNKVYV
                     LPPEVTRIGYCAFYGAHNLVSVTLPTGLKEIGGWSFMYCGMPSITIPSMVEKLGNAPF
                     SLCKNLSQIIVESGNTHYTSVDGVLFNKAKTFLIQYPNGNKRSTYDVPSGVTTIGYSA
                     FWGNSALMSITLPAKLTTIENSAFEDCSGLKSIIVKSKNPPAVDGSSFNGIKLSEVTL
                     YIPKGSRAAYATAPVWKEFKQIVESTVANIVLPEARIYTTKGRLCLSLPHTVLTQVYN
                     LSGGLVHTFRASAGDNSVPLAAGVYIIRAGEYTQKIIVN"
ORIGIN      
        1 ccggcaccct taccctctcc ggaaagggag acatgccgga atttaactgg ctatatgagc
       61 cgccctggaa agggttgaaa tcaaacataa agactgtggt tgtgaaggaa ggggtgacaa
      121 gtattagtga tgaagccttt aaggaagcga atcttaccac attaactctt cctgtcggac
      181 tgaggcgaat cgggaatagt gcatttacgt catgtgggaa tctgaccgct gtcaagtttc
      241 aaacggggct gatagaaatt ggagataacg ctttttcgtc gtgtagtaag ttgactacag
      301 tcacgctccc ggctggactg aaagaaatcg gagataaggc ttttaacgca tgtaaagcat
      361 taacctctat caattttcct acgggtgttt ctcggattgg aaatgatgcc ttttcgtctt
      421 gtagcaaatt gaccactatc atgcttccag ccggactgaa aaaattaggt ggaggctctt
      481 tcgcttattg ctgggaattg acgtcagttt ctatccctgc agatgtagac actgtcggag
      541 actgtccttt tatttcaaca aaactagttt ctgtttccgt tgagaagggt aatactaact
      601 atgtatcaat aaatggtgta ctgctagata gaagtaagaa aagcctgatt cagtatccag
      661 ccggatcatc gaacaaggtg tatgttcttc cgcctgaagt aacaagaatt ggatattgtg
      721 ctttctatgg cgctcacaat ctagtatctg taacgcttcc aacaggactg aaagagattg
      781 gaggatggtc ttttatgtat tgtggaatgc cgtcgatcac aataccatca atggtggaaa
      841 aactggggaa cgcaccattc tctttgtgta aaaacttatc gcagatcata gtagagtccg
      901 gcaatacgca ttacacctct gttgacggtg tactttttaa taaagcaaaa acctttctta
      961 tccaatatcc caatgggaat aagagatcga cgtatgacgt tccttccgga gtaacaacaa
     1021 ttggatacag tgctttttgg ggtaattcag ctctgatgtc tattacgctc cctgcaaagc
     1081 tgacaacaat tgaaaacagt gcctttgagg attgttctgg tctgaagagc ataatagtga
     1141 aaagcaaaaa cccgccggct gtagatggaa gctcctttaa cgggataaag ctctcggaag
     1201 taacactcta cattcccaag ggatcgagag cggcttatgc aacggcacct gtatggaaag
     1261 agtttaagca gatcgtcgag tcaactgtgg ccaacatcgt cctacctgag gcacgcatct
     1321 ataccaccaa aggacgactc tgcctctcgt tgccgcacac tgtattaact caggtttata
     1381 atctaagcgg cggacttgta cacaccttcc gtgcttcggc gggcgataac tccgttcctc
     1441 ttgctgccgg cgtctatatt atacgggcag gagagtatac ccaaaagatt atagtaaact
     1501 gagaaataat atcactacta tccaataaaa ctttcaggaa gcgggtgaaa atggagccga
     1561 gtatttgttg aaaagaatcg gccataaggc aattatattc ttgcaagaga gattcgctct
     1621 aattctaatg gcggtcatta gagctaaaac gcgaattcct ctaatgacaa actgtttgga
     1681 tttgcaagaa atgcaaaaaa ggtagtgtca gaacgtcata ccatacacgc taaggagggc
     1741 gtatgtctca gaagctgttt ggaatttatt tcagaggata tacagcagat atttccggga
     1801 atcttgtttc atcttttaag gagcttgagc gagctatgga cgaaaaagat aggacagaag
     1861 ggcggaaata ggcctcaaat aggcccgaaa tagatataga ga
//
LOCUS       SEQF2638.1|AYYF01000880.1 506 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..506
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 atttgtctga gaagaataag aagcgtagcg aaatcatttc gcttttgttt caggagatcc
       61 gtctggcatc aaagtcaccg atcgaggcgc gtagcacggc cggtcatcga ttgcgtatcg
      121 caacagatgc gtacaaaggt ttgcagaacg agaatatgaa tgatgccacc ggacacatat
      181 ccggcttgct cattgatttg gaaaagacgg acgcggcggc agatctggcc actattggaa
      241 tggcaccact ggttcagatg cttcgcacca tcaacacgga gttcatcaca ttaagagatg
      301 agcgcttaaa gtcggaggcg tcggttggcg tcacaaaagg ctctgtcctt cgcacgagga
      361 acgatgaaac ggcaaacgaa gtctttcggc atatcgaagc cgcttaccta tcgaccacat
      421 cagatgatga ccgcaaagcc attggcgaat tgattgaccg catcaacaag gcgctccagt
      481 acacgaagac atcgtatcgc cgcagc
//
LOCUS       SEQF2638.1|AYYF01000881.1 539 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..539
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             30..512
                     /gene="guaB"
                     /locus_tag="SEQF2638.1_00300"
                     /EC_number="1.1.1.205"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P49058"
                     /codon_start=1
                     /transl_table=11
                     /product="Inosine-5'-monophosphate dehydrogenase"
                     /translation="MACARDAYCKETGIYVPICSDGGIVHDYHMTLALAMGADFLMMG
                     RYFARFDESPTQTLRIGNNYVKEYWGEGSNRAKNWQRYDMGGSEALKFEEGVDSYVPY
                     AGKMKDNLDITLGKIRATMCSCGAITLEELQQRAKITLVSSTSIVEGGAHDVILKDQN
                     "
ORIGIN      
        1 gacgtggaca ggctacggcg ctgatcgatg tggcgtgtgc ccgcgacgcc tattgcaagg
       61 agacggggat ctatgtgccc atctgtagcg acggcggcat cgtgcacgac tatcacatga
      121 cactggcctt ggcgatgggt gccgacttcc tgatgatggg tcgctacttc gcccgcttcg
      181 acgagtcgcc cacgcagacg ctccgcatcg gcaataacta cgtgaaggag tattggggcg
      241 aaggctcgaa ccgcgccaag aactggcagc gctacgacat gggcggctcc gaggcgttga
      301 agtttgagga gggcgtcgac agctacgtgc cctatgccgg caagatgaag gacaacctcg
      361 acatcaccct cggtaagatc cgcgccacga tgtgcagttg cggcgccatc acgctcgagg
      421 agctgcaaca acgcgccaag atcacgctcg tctcctccac cagcatcgtg gagggtggtg
      481 cgcacgacgt gatcctcaaa gaccagaact aggcgtcagg gacgccagcc aagtttgcc
//
LOCUS       SEQF2638.1|AYYF01000882.1 360 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..360
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tcttaagaat gatcataatc tcttcatcac gaaaggagaa catcggaggc tttttggctt
       61 ggctacgctc taaattaacc tcacggatac gcttgtgtac acgtgcgaac ttaacatcac
      121 cattatactt cttaatgagt gcggtattac gtttctgtat atcttgtaga cgcttgacga
      181 taaagttgtg ctggtagatg ccagcaagct gggggaggag tataaagagg gtaacaacca
      241 aaagaagcgt ttgcgcgact ctgagattga gcaaattgtc tcttccttcc gtgaggctaa
      301 gcccgtggag gacttctccg tggtagtcag ctacgatgaa atcaaggaaa agggctattc
//
LOCUS       SEQF2638.1|AYYF01000883.1 601 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..601
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(185..568)
                     /gene="groS"
                     /locus_tag="SEQF2638.1_00301"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P24301"
                     /codon_start=1
                     /transl_table=11
                     /product="10 kDa chaperonin"
                     /db_xref="COG:COG0234"
                     /translation="MQLSIDSKEFDKFLMVGDKVLVKPTNPQVKTKSGLLLPPLVQEG
                     EKLQTGYVIRIGPGYPQPSHVDEDEAWKKKDNRSAYIPLQAHEGDLAVYMQSAAYEVS
                     INQEKFLILPHSAILMLVRDKDLFE"
ORIGIN      
        1 cccgcgatgt atacgcggaa gcgatggtca gcgggatgcg ctcgccttgc tcccctacgc
       61 gcacgatgac gaaatgtccc gccttgcgcg accgtgcgat cagcggagcc tcgacttcga
      121 gcttcaccac atggggtgag aaatgttcct tgcttacgat tctgttcata tcacgtagtc
      181 ctattcattc aaacaaatcc ttgtcgcgca ccaacatgag gatggcggag tggggcagga
      241 tgagaaactt ctcctgattg atgctcacct cataagcggc gctctgcatg tagacggcca
      301 agtcgccctc atgggcttgc agggggatgt aggcgctgcg gttgtccttc ttcttccacg
      361 cctcgtcctc gtccacgtgc gagggctgcg gataacccgg tccgatgcgg atcacatagc
      421 ccgtctgtag cttttcgcct tcctgcacca agggcggaag gagcagcccg gacttcgtct
      481 tcacctgcgg attcgtcggc ttgaccagca ccttgtcgcc taccatcaaa aacttgtcaa
      541 actctttact gtctatcgac aactgcattt cttttctctc ttacataaat acgtataggc
      601 c
//
LOCUS       SEQF2638.1|AYYF01000884.1 604 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..604
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             40..336
                     /locus_tag="SEQF2638.1_00302"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAGEVEAVVLDVVLVDGRRDKRVDDAPLEVGHGGLERREGGHAT
                     LRGRLARCDGAVGRHAIDEVHSALFRLLGAGDDVRNHRFGDVRQRIPIILQRLE"
     CDS             344..475
                     /locus_tag="SEQF2638.1_00303"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTGVQMSVIISSVNVFRITSYPTPFISPCVIPTRINLSSMLSL"
ORIGIN      
        1 gacgccattc tccccgaaac aggcctcgag atattccgta tggccgggga agtggaagcc
       61 gtcgtgctgg atgttgtgct tgttgatggg cgccgtgaca agcgtgtcga tgacgccccg
      121 cttgaggtcg gccacggcgg cctcgagcga cgcgaaggag gccatgccac cctccgcggt
      181 cgactcgccc ggtgcgatgg ggcagtcggc cgccacgcaa ttgatgaggt tcactcggcc
      241 ctcttccgcc tcctcggcgc gggcgatgac gttcggaatc accggttcgg tgatgtccgt
      301 cagcgtatcc cgataatact gcaacgcctt gagtgagcca tagatgaccg gcgtgcagat
      361 gtccgtcatc atctcttctg tgaacgtttt caggatcacc tcgtatccca ccccgttcat
      421 atctccttgc gtgataccca cgcgaatcaa tctttcttcc atgctgtctc tgtaagctat
      481 caagtgaaaa gtgaaaaacg aaaagctaag acccctgccg ataggtgcgg cgatgaggct
      541 cttagctttt cgatttccgt tgttagttct tccgtccgtt catctcttcc acgccgtcca
      601 gcgg
//
LOCUS       SEQF2638.1|AYYF01000885.1 501 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..501
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 agcctcggat ttgaccaaaa atcgatttga agcccgaaat gagcctcgga tttgaccaaa
       61 aaccgatttg aagcccgaaa tgagcctcgg atttgaccaa aaaccgattt gaagcccgaa
      121 acgagcctcg gatttgacca aaaaccgatt ggaagcccaa aacgagcctc ggattgcacc
      181 aaaaactgat tggaagtccg cggcgagggt catttgaggt caaaaacgga atttagccct
      241 gcggcgaccc tcatttgggg ttacccgaat tgttcgggcg tctaaacacc tccaacagcc
      301 caacacttaa acggctaaac acctaaacag taacacaacc atcccctgat aaacgatgta
      361 ccaaaccatc gatggacacc tttgcctgag tgtcgccgac tggatcaaag ccggcctcac
      421 ccgcagccaa ttttacaacg actccaagcg cggcgatctt acgatctacc gccggagccg
      481 gcacgactgc acgctgatcg a
//
LOCUS       SEQF2638.1|AYYF01000886.1 340 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..340
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             6..230
                     /locus_tag="SEQF2638.1_00304"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLDCHPEPARTMLEDMMRNERKHVYTIEKNGRKKLIYQIPWYED
                     GQYMGFMELSMVIPFEMDHKIRGQKIEGRG"
ORIGIN      
        1 ccaatgtgct cgactgtcac cccgagcccg cccgcacgat gctcgaagac atgatgcgca
       61 acgaacgcaa acacgtctac acgatcgaaa agaacggtcg caagaagctc atctaccaga
      121 tcccctggta cgaggacggc caatacatgg gattcatgga gctatccatg gtcatcccct
      181 tcgagatgga tcacaagatc cggggtcaga agatagaggg tagggggtag agggtagagg
      241 gtagagggta gagccgggta cttgaaagac tcagatttct attcttgatc ctctctatcc
      301 cctactctct accctctatc ccctaccctc taccctctac
//
LOCUS       SEQF2638.1|AYYF01000887.1 943 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..943
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(37..831)
                     /gene="purB"
                     /locus_tag="SEQF2638.1_00305"
                     /EC_number="4.3.2.2"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0AB89"
                     /codon_start=1
                     /transl_table=11
                     /product="Adenylosuccinate lyase"
                     /db_xref="COG:COG0015"
                     /translation="MFAYRLEQQLALLRAVPISAKFGGATGNFNAHHAAYPQTDWRSF
                     ADRFVSERLGLVREAWTTQISNYDNLAALFDGLRRVNTILIDLCRDMWQYISMDYFKQ
                     KIKAGEVGSSAMPHKVNPIDFENAEGNLGVADAILTHLSTKLPISRLQRDLTDSTVTR
                     NIGVPLAHIAVALASLNKGLEKLVLNRPAIDHELDAHREVVAEAIQTILRREGYPQPY
                     EALKALTRKNEAVTEESIDRFIDSLELSDAVKAELKAVNPHNYTGV"
ORIGIN      
        1 gtttttaggg gtcattcagc ggggaacgat gccccctcat acgccggtat aattatgtgg
       61 gttcacagcc ttcaattcgg ccttcaccgc gtcgcttaat tccagtgagt caatgaagcg
      121 gtcgatcgat tcctccgtta ccgcttcatt cttgcgcgtt agcgccttta gtgcctcgta
      181 aggctggggg taaccctccc gcctgaggat ggtttgtatg gcttcggcca ccacttcgcg
      241 gtgggcatcc agctcgtgat cgatggctgg gcggttcagc accagcttct ctaatccttt
      301 gttcaggctg gccagtgcca cggcaatgtg cgccagcggc acaccgatgt tgcgcgttac
      361 ggtcgagtcc gtcaagtcgc gttgcaggcg agagatgggc agcttcgtgc tcaggtgtgt
      421 caagatggca tcggccaccc caaggttgcc ctccgcattc tcaaagtcga tcgggttcac
      481 cttgtgcggc atggctgacg atcctacttc gcccgctttg atcttctgct tgaagtaatc
      541 catcgagata tactgccaca tgtcgcggca gaggtcgatc aggatcgtat tcacccgccg
      601 cagcccgtcg aagagtgcgg ccaggttgtc atagttcgag atctgcgttg tccacgcttc
      661 acgcaccagc cccaaccgtt cgctgacgaa gcgatcggca aaggaccgcc agtccgtctg
      721 cggataagcc gcatggtgcg cgttgaagtt gcccgttgct ccgccaaact tcgcagaaat
      781 gggcacagcc cgcagtaggg ccagctgctg ttccagtcgg taggcaaaca cccgaatctc
      841 cttgcctaac cgtgtcggag aggccgaatt gaaggctgtg aacccacata attataccgg
      901 cgtatgaggg ggcatcgttc cccgctgaat gacccctaaa aac
//
LOCUS       SEQF2638.1|AYYF01000888.1 1601 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1601
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             42..728
                     /gene="rnfC"
                     /locus_tag="SEQF2638.1_00306"
                     /EC_number="7.1.1.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:D8GR66"
                     /codon_start=1
                     /transl_table=11
                     /product="Proton-translocating ferredoxin:NAD(+)
                     oxidoreductase complex subunit C"
                     /db_xref="COG:COG4656"
                     /translation="MMKLAAKEQGIEVMPLKMRYPQGGEKQLIDAVIRRQVKSGALPI
                     SVGAVVQNVGTVFAVYEAVQKNKPLIERVITVTGKSVVKPSNFIARIGTPISTLIEAA
                     GGIPEDTGKIIGGGPMMGRTMITDDVPMMKGSSGILLIPRAEAMRKPMRDCIRCAKCV
                     DVCPMGLEPYLLMNLAVHKTWDEAEEHYIVDCIECGSCSYTCPSYRPLLDYIRMGKGT
                     VMGIIRSRKK"
     CDS             complement(706..1287)
                     /locus_tag="SEQF2638.1_00307"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDQRERRGAGLRVGVSQREDAGHGPRRHLCREGDEQEDTPHERR
                     IEDVVTQSAERHLADADGEECAQDDDPRGQVGRQVEGQQDARQNGRAVGNGGLALEEV
                     LLNEILEDDARGDGYERHNECTQPEAVKRHEEGRQQCDKHAVHVFAYRIAPMNVWRRR
                     DDQFGVHVIRLLSVHTLKLSLFVSRGVTSSASG"
ORIGIN      
        1 tgatcggcat tgaaagcaac aagcccgacg ccatcaagct gatgatgaag ctggccgcca
       61 aggagcaggg catcgaggtg atgccgctca agatgcgtta cccgcaaggg ggcgagaagc
      121 agctcatcga cgccgtgatc cgccgtcagg tgaagagcgg cgcactgccc atctcggtcg
      181 gtgccgtggt gcaaaacgtg ggcaccgtct tcgccgtcta cgaggccgtg cagaagaata
      241 agccgctcat cgagcgcgtc atcaccgtta cgggcaagag cgttgtgaag ccatcgaact
      301 tcatcgcccg catcggtacg ccgatcagca ccctgatcga agccgctggc ggcatccccg
      361 aagacacggg taagatcatc ggtggaggcc ccatgatggg tcgcacgatg atcacggacg
      421 atgtgccgat gatgaagggt agctccggca tcctgctcat cccacgcgcc gaggccatgc
      481 gcaaacccat gcgtgactgc atccgttgcg ccaagtgtgt cgacgtctgc ccgatgggct
      541 tggaacccta tctgctgatg aacctggccg tccataagac gtgggacgag gccgaagaac
      601 attacatcgt cgactgcatc gagtgcggct cctgcagcta cacctgtccc tcgtatcgcc
      661 cgctgctgga ctatatccgc atgggcaagg gcacggtgat gggcatcatc cgctcgcgga
      721 agaagtaacc ccccgagaga cgaacagact tagttttaat gtatgaacag acaataaccg
      781 gataacatgg actccaaact gatcatctct ccgtcgccac acattcatgg gggcgattcg
      841 ataagcaaaa acatgtacgg cgtgcttatc gcactgctgc cggccttcct cgtgtcgctt
      901 tactgcttcg ggttgggtgc actcgttgtg acgctcgtat ccgtcgcctc gtgcgtcatc
      961 ttcgagtatc tcattcagaa gtacctcttc aagcgcgagc ccaccattgc cgacggctcg
     1021 gccattctga cgggcgtctt gctggccttc aacctgccgt ccaacctgcc cgcgtggatc
     1081 gtcatcctgg gcgcactctt cgccatcggc gtcggcaaga tgtcgttcgg cggattgggt
     1141 aacaacatct tcaatcctgc gctcgtgggg cgtgtcttcc tgctcatctc cttcccggca
     1201 cagatgacga cgtggcccgt ggccggcgtc ttcccgctga cttacaccga cgcgcagacc
     1261 ggcgccacga cgctctcgtt gatccatttc acgaaagaca tagccggcct cggcccgtca
     1321 gccatcggac tgaccggcgg tagcctcggt gagatgagtg aggtggcgct gctactgggc
     1381 tttgcctacc tgctctatcg gcgcatcatc acgtggcaca tccccgtggc catcatcggc
     1441 accgtggctg tgttcaccac catcatgtac ctcttcaacc cgaccgaagt caacaacccg
     1501 ctgatccatc tcacctctgg cggactcatg ctcggcgccg tcttcatggc caccgactat
     1561 gtgacctcgc ccatgaccaa gcgcggctcg ctgatctatg g
//
LOCUS       SEQF2638.1|AYYF01000889.1 245 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..245
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gggaaaagga aacgaaaaga aaatcaaggc agcagggatg ccggccaagt tgtccggata
       61 cctcgaaaat agatggactt tttttgagtg gtacccccaa aacgaaacag cccgacacgt
      121 ttacacatgc cgggctgcac agtcattcgg acgggcgggc cgtccacagt cagaaatagt
      181 tatgaaaaaa gagcgtgttt aatcttctct ctgagaggga gttcctaaag ggggtaaggc
      241 ttgcc
//
LOCUS       SEQF2638.1|AYYF01000890.1 369 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..369
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggtatttagt attgtccgag acaatggcgc ttttcaagtc ttcgcatctc ccaccgacag
       61 cgacaagcac gcgtccccgc acgtctatac ctatatatat aggcgcaagg gctaaacctc
      121 gaccaactcg cggccgacgg ggcggggata cactggccgg agctggatga agacctctgt
      181 tacgagggat tctttacgcc taagacgcgc agcccgctgt acgatttctt catggcgcac
      241 ccggagctgg acgcctcggc cgtagcccgg cggatgaaga tgccgcagag cctcctcgcc
      301 cagtacctca gcggggcgca acagctttcg gagcagggct ttgaggagat cgtgcgaacg
      361 gtgcgctcc
//
LOCUS       SEQF2638.1|AYYF01000891.1 331 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..331
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 accgagggca gagtgatgga tatggacgcg tgccccatca tcttggcgat gctctctatc
       61 gggatgcctg cgctgagcga caacgtcccg aacgtatgac gagccatgtg gaaagacagg
      121 cgttgcctga tgccacaggc tttgcccaca gtgcttagtt tgttattcat cgtactgcgg
      181 ctacagctgc aaggaaagat taggcagtca cctttctctt tcaccgtttg ttcctcttgg
      241 catctgctaa ggatcgcctc cgcaatcgga tgtaacggga caatagactc cacttccgtc
      301 ttctgccttt ccttgcggat atacctccgg c
//
LOCUS       SEQF2638.1|AYYF01000892.1 579 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..579
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggggtacacc gtggctggcg cagcgggcta gatcggagaa tgtcagcaaa tgcgaggggt
       61 agctataacg cggcaaagga tctttgctac gcgcagcagc ggtgagacgt tcgtaaagat
      121 cgggcacgga catagccagc acgtcgccga ataggttgct ggcaaaagag gtgcgcaccg
      181 cggcgccgtt ctcataaatc acatccgcgc cgcaaacgag gcgtgtgtag ggcgcatcga
      241 gacccaaaat cgtcttatgc tgagcgaaca ggaagaagcg tacgccacgc tctaagtacc
      301 accgtacgat ctcggcgaaa atcgaaaacg gcggattgtc taccacgacg cacccgtcgg
      361 gatattccac ttcgcggtaa tccgtatccg gccaaaaggg gcgtacgatc tgggcgtcgg
      421 cgaggtcgac ctgttcgccg agccagccgt gcacgatgtc gtacacctcg ggtggcgtgt
      481 agcaatcgtc ggaggtgcgt ttgcgctcga atttggccac aaaggcctca taatcgtctt
      541 gcctcttttt catatcgtat tccttttaca gcaccgccg
//
LOCUS       SEQF2638.1|AYYF01000893.1 751 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..751
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             133..396
                     /locus_tag="SEQF2638.1_00308"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSAAAQISLKSSDVVSASARRKSLIVAGRYIPSVGSGVQSVVKN
                     STLESCPCLTIPTDVIRQITYVWFTNGSRRIWMKFPMLVSSHR"
ORIGIN      
        1 gtgtagacct tccatccgtc gataaaaaac cgattcgcct tctcctgcaa cgcttggtcg
       61 aaatatttcg gcgtgttgta tcgcacgctc atcgtcagat cgtcgggcga cagcttgtag
      121 tgaaacaaat cgatgtccgc cgccgcgcag atctccttga aatcctccga cgtcgtgtcc
      181 gcgtccgccc ggaggaagtc cctcatcgtg gccgggcgat acatcccctc ggtcggcagc
      241 ggcgtccagt ccgtggtgaa aaattccacc ctcgagtcct gcccctgcct cacgattccc
      301 accgacgtga tcaggcagat cacatacgta tggttcacca acggcagccg ccgtatttgg
      361 atgaaattcc ccatgctcgt ctccagccac aggtagtcgt ccgtcatctt ccagatctcg
      421 gccatgccgc ccatctcgtt gttcacgatc gccttttcgc cagcccgatg catgtccacg
      481 agcgtcttcc gactcgcctc attgagtaaa accaattgcg tatcgggcat cttcaaaaac
      541 agctccgcta cgtcctgcgc ctgcgcagct gccgatatag ccgccgccaa aaccattgcg
      601 atccaacgct tcctcattgt cattatcctt caaattgctg attttttacg ggtgccaaaa
      661 gtacaaactc cccctttgcc cagcccgcga cccatcccag cccgtcgcac ccccaccatg
      721 tcgcccgatg cgccatcccc ccgtatcgca g
//
LOCUS       SEQF2638.1|AYYF01000894.1 2554 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2554
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             29..169
                     /locus_tag="SEQF2638.1_00309"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVEAVNRGDIRIVFGSTSMLGTGVNAQQRAIAIHHLDVPWVRHE
                     VA"
     misc_RNA        208..347
                     /locus_tag="SEQF2638.1_00310"
                     /product="group-II-D1D4-7"
                     /inference="COORDINATES:profile:Infernal:001001"
     CDS             825..2495
                     /locus_tag="SEQF2638.1_00311"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG0979"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNENKTSCAPADNQQTLWDSIDWTKAELSVRKLQARIVKAQKDG
                     KHNKVKSLQWTLTHSFYAKALAVKRVTSNGGGNTPGVDMETWEKPETKMQAINDLRRR
                     GYQPKPLRRVHIKKSNGKLRPLGIPTLKDRAMQALYLMALEPVAETTADTRSYGFRKE
                     RRCMDAVTQCHNILRKGYSPEWILEGDIKGCFDHISHEWLLANIPMDKAMLRKWLKCG
                     YIFNKQMFPTEEGTPQGGIISPTLANMTLDGLQKVLAERYKRRTIKGEHYSPMVNLVR
                     YADDFIITCENRETLENEIKPLVAEFMAERGLTLSEEKTVITNIRDGFDFLGFNIRKY
                     GNEILTKPTKKAEKRFMENIRKVIKGNKGCKQESLIRMLNAKIRGWRAYYQHGATRDS
                     FHRIDHQIFLSLWQWAKRRHSKKGERWIKDRYWHNIRGNSWTFAAKFKKSNGKDDQLT
                     LLTLSSSFPFLPYTQIKGDMNPFDTDCRLYFNKRMKSKMLVSPKGRKSLLHLWEKQGR
                     ICPICGEPIDTHKAWNVQPTVQKGRKCNILVHDECFKISLKSNDNRKK"
ORIGIN      
        1 atgcaagaat gagaaagcca agaaagcgat ggtagaggcc gtgaaccgcg gcgacatccg
       61 tatcgttttc ggctcgacat ccatgctcgg cacgggcgtg aacgcccaac aacgagcgat
      121 agcgatccat catcttgatg tgccctgggt gcgacatgaa gtcgcataga taattgttaa
      181 aatgatactt acgagtatca gctttaaccc gctgttccgt cagcggtagc ctaccgacca
      241 atgcacctta atgctgtatt aagcggttgg gataaagtac actttcgtaa gacgagacag
      301 caccgtgagg gaaagtcaag tacggttagt attataccgt agagtggcga ggctggatag
      361 catggttagc gtaagcgaac tgttagtaaa cttcgtaatg tcacgaaaga gtgtaagata
      421 ctgatacact ctccccaaag gggaagcggt cggctaatcc tctccatggt aggattacac
      481 ggacacaagc accgccggag gatgagacag aacctaacct atcagtcagt tatctatgtg
      541 gaacatagta agcctgtata tctcctgtca tacagattga taggtaagca gacagtaatg
      601 aacgctgaat ggtatgcagg tataagataa cagaaaaagc gaatgccgtt ctgtaatgga
      661 acggatacgg attgagtcga catcacgagc tggtgcagac aacatcatcc gacacgaaag
      721 tgggcagact tctgtgacga cattcggaag gcaagcaagt caagtgttgt caaatgataa
      781 ttctttacaa ttaactttta gaactttcaa aagaaggaaa gcaaatgaac gagaacaaaa
      841 catcgtgtgc acctgctgac aatcagcaaa cgctttggga cagcattgac tggactaagg
      901 cagagctgtc tgttagaaag ctacaagcac gtattgtaaa ggctcaaaag gacggcaaac
      961 acaacaaggt gaaatccttg cagtggacgc tgacccactc tttttacgca aaagccttag
     1021 ccgtaaagag ggttacttct aacggagggg gtaatacccc tggggttgac atggaaacat
     1081 gggagaaacc cgaaacaaaa atgcaagcaa taaacgacct cagacgcaga ggctatcagc
     1141 cgaagccctt gagaagagtt cacatcaaaa agagtaatgg caaactgcgc ccattgggaa
     1201 tacctacatt aaaagacaga gccatgcaag cactctacct catggcattg gaaccagtag
     1261 ctgagacgac agccgatact cgttcatacg gattccgtaa ggaacgtcgt tgtatggatg
     1321 cagtaacgca atgtcataat atccttcgaa aaggctattc tcccgaatgg attttggaag
     1381 gggatataaa agggtgcttt gaccatatca gccatgaatg gttactcgcc aacattccga
     1441 tggataaggc gatgctccga aaatggttga aatgtggcta tatctttaat aaacagatgt
     1501 tcccgacaga ggagggtaca cctcaaggtg gtataatctc tcccacgctt gccaatatga
     1561 cattagacgg attgcagaaa gttctcgcag agagatataa aagaagaacc ataaaagggg
     1621 aacattattc tccaatggtg aatctggtac gttatgccga tgactttatc atcacttgtg
     1681 agaacagaga aacgcttgaa aacgaaatca agcctttggt agccgagttc atggcggaaa
     1741 gagggcttac cctgtctgaa gaaaagacgg tgataaccaa cattcgtgac gggttcgatt
     1801 ttcttggttt taatatccgc aaatacggca atgaaatatt gaccaagccg accaagaaag
     1861 ccgaaaaacg ctttatggag aatatccgta aggtgataaa aggcaataag ggttgtaagc
     1921 aggagtcttt aatcagaatg ttgaacgcta aaatccgagg ttggagagct tattatcagc
     1981 atggtgcaac acgtgattct tttcacagaa ttgaccatca aatattcctc tccctatggc
     2041 aatgggctaa acgtcgccat tccaagaaag gggagcgatg gattaaagac cgttattggc
     2101 ataacatccg aggtaatagt tggacatttg ctgccaagtt caagaagtca aatgggaagg
     2161 atgaccagct aacattgctg acgctctcgt cttcattccc tttcctgcca tatacgcaga
     2221 ttaaaggaga tatgaatcca tttgacacgg attgtcgttt atacttcaac aagagaatga
     2281 agtcgaaaat gcttgtatca ccaaaaggac gtaaatcttt gcttcaccta tgggaaaagc
     2341 aagggagaat atgtccaata tgtggagagc cgatagatac gcacaaggca tggaatgtac
     2401 agccaaccgt tcaaaaagga agaaagtgca atatattggt tcatgacgaa tgtttcaaaa
     2461 tatccctcaa atccaatgac aacagaaaga agtagtatga gccggtctct atacaagaat
     2521 agagatttag aaaagcttga gccgtatgag ggga
//
LOCUS       SEQF2638.1|AYYF01000895.1 587 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..587
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cccgctccag gtctttccac ttctcgatgt tctgccgtat gaatacaatc tctttcactg
       61 cgatttatct tccttgatca attggccgca aatgtaaaca ggcgaacgaa tacggctggg
      121 cggctactct ccgcccctct tgcgccacac tttctacctc acctatgcac ttctctcagc
      181 ccattatgat caaaattcga tcatgtgaga ggctagcaac ctctcgtgtc atcaaaattc
      241 gatcacgtga gagataaaaa agctcgcgtg tcatcaaatt ttgatcacac accagcttca
      301 tcttgctcgt gtgtcatcaa aattcgatca cacgtgaaca aaatttgatc acgtgccagc
      361 ttcttattgc tcgtgcgtca tcaaaatttg atcacacgcc agcttgttgt tgctcgcgcg
      421 tcatcaaatt ttgatcacgc gccagcttct tgttgctcgc gagtcatcaa attttgatca
      481 cacaccagct tgttgttgct cgcgagtcat caaatttcga tcacacaacc ggctttccgc
      541 cgaaggcatg aagtccacgt gcctcgcgcg ccacactttt tacctcg
//
LOCUS       SEQF2638.1|AYYF01000896.1 2406 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2406
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             311..1522
                     /gene="wecC"
                     /locus_tag="SEQF2638.1_00312"
                     /EC_number="1.1.1.336"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P27829"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-N-acetyl-D-mannosamine dehydrogenase"
                     /db_xref="COG:COG0677"
                     /translation="MTVNKVICMGLGYIGFPTAAMLAGKGLTVVGVDINERVVESVNR
                     GETHIVEPGLPEMVGQVVRSGHLRATMQPEEGDVYLIVVPTPFRGNHEPDISYVETAI
                     RSVIALLKKGNLLIIESTSPVGTTDKMKQLVCAERPDLEGAVYIAYCPERVLPGNLLY
                     ELEYNDRVIGGIDEASTQKAMEFYTLFVKGNLHKTNAKTAEMCKLTENSSRDVQIAFA
                     NELSLICDKAGINVWELIELANKHPRVNILQPGCGVGGHCIAVDPYFLTSEFPVESQL
                     IAKSRELNNYKAFWCAEKIKNTILEYEMKHSRKPVVAIMGLAFKPNIDDLRESPAKYI
                     TQKVMQSEPKNLLIVEPNIREHPIFKLTDYQAAYERADVVVFLVAHKEFKTLAWNEEK
                     VILDFCGIFKK"
ORIGIN      
        1 gagacagaac taacacctct ctatttagca aatatgcacc taaaggtgat gatatttggt
       61 ttaaggcaat gactctaaaa aaagatgtcc agtatgtgag aatcccaata gaatgtgact
      121 tttcagataa atttctctta ttagagaatg ggcaggatat cgcactttat ctttctaatg
      181 taaaatgtgg cgaaaatgat atacaaataa aagacacttt cgaacaatac gggttaatgg
      241 aaaaactacg atgtgcggct caataaccga attgagtcga gatttaaaga aggaaatatg
      301 aggtggtgag atgacagtaa ataaggttat ttgtatgggg ctggggtata tcggctttcc
      361 gacagcagcg atgctggccg gaaagggact gactgtggtc ggagtcgata ttaatgaacg
      421 ggtggtcgaa tcggtgaata ggggtgagac gcacatcgta gagccgggat tgccggaaat
      481 ggttggacag gtcgtgcgaa gcggacattt gcgtgcaaca atgcagccgg aagagggcga
      541 tgtatatctg atagttgttc cgacaccttt tagaggcaac cacgagccgg atatttcgta
      601 tgtcgaaacg gcaatacgtt cggttattgc cctgttgaag aaaggcaatc tgctgattat
      661 cgaatcgacc tcaccggtag ggacaaccga taaaatgaaa cagcttgttt gcgccgaacg
      721 tccggatttg gaaggagccg tttatatagc ttattgtccg gaaagagtac tgcccggtaa
      781 cctcctttat gagctggaat ataacgaccg ggtgattggg ggaattgatg aggcttcgac
      841 gcaaaaggct atggagtttt atacgctctt cgtgaaaggt aatctgcata agacgaatgc
      901 caagactgcc gagatgtgta agctgacgga aaactcgtcg cgcgatgtac agatcgcttt
      961 tgccaatgaa ctgtctctaa tttgcgacaa ggccggaatc aatgtttggg agctgattga
     1021 gctggccaat aaacatcctc gggtgaatat cctgcagccg ggttgtggtg tcggcggaca
     1081 ttgtatcgcg gtcgatccgt actttctgac ttctgagttt cctgtagaat cacagttaat
     1141 cgccaaatca cgggagctca ataactataa agctttctgg tgtgcggaaa aaatcaaaaa
     1201 caccatattg gaatatgaga tgaaacactc gcgtaagcct gtcgtggcga ttatgggact
     1261 ggcctttaag ccgaatatcg atgacttgcg agaaagtccg gcaaagtata ttactcaaaa
     1321 agtcatgcaa tccgagccga aaaatctgct gattgtagaa cccaacatac gcgaacatcc
     1381 gatctttaag ttgacagact atcaagcggc ttatgagcgg gcggacgttg tcgttttcct
     1441 tgttgcgcac aaagaattca agacgttggc atggaacgaa gagaaagtga tacttgattt
     1501 ttgcgggata ttcaaaaagt aaggcgatga aaagagtaat gttagtcttc gggacacgtc
     1561 ccgaggcgat taagatggct ccgctcgtgc aggagtttcg aaaacatcca gatcaatacg
     1621 aaacattagt ttgcgtaact ggtcaacatc gggagatgtt ggaccaggta ctaaacatct
     1681 tcgggattgt cccggattac gatctgaaca ttatgaagcc gggacaggat ttgtatgatg
     1741 tcacagttcg aatcctttcc ggtatgcgtg atatcttaac ccggacccga tcggatgtgg
     1801 tgttggtaca tggcgataca accacttcga tgaccgttgc tttggcagca ttctatcagc
     1861 aaataccggt aggacatgtg gaagcaggac tgcggacaca taacatttac agtccgtggc
     1921 ccgaagagat gaaccggcag attacgggcc ggattgcaac ataccacttc tctcctacat
     1981 cattaagccg ggagaacctg ctgtgcgaag gcatcgacaa gaaccgtatc ctcgtcaccg
     2041 gtaatacggt gattgatgca ctctatgccg tagtcaataa gatcaaagac gatcttcctt
     2101 tacaattatc acttgggaaa gagctgaagg ctgcgggtta tgatacaggc cgattggtga
     2161 cggaagaagg gcgtcgcctt gttcttatca ccgggcaccg gcgcgaaaac ttcggtgatg
     2221 gatttctaca tatctgccga gcgattaaaa tgttgagcaa gaaatatttg gatgtcgatt
     2281 tcgtttatcc gatgcatctg aatcccaatg ttcggaaacc gatcaaagag gttttcggag
     2341 agaattgtca atccaactta ttctttatcg aaccgctgga atacctgcca ttcgtatatc
     2401 tgatgg
//
LOCUS       SEQF2638.1|AYYF01000897.1 5108 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..5108
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             241..2301
                     /gene="htpG"
                     /locus_tag="SEQF2638.1_00313"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_00505"
                     /codon_start=1
                     /transl_table=11
                     /product="Chaperone protein HtpG"
                     /translation="MAKQETKGNIGVTSENIFPVIKKFLYSDHEIFLRELVSNAIDAT
                     QKLKTLASVGEFKGELGDLTIRIRTEKGKLIISDRGVGMTADEIDRYINQIAFSGAEE
                     FVKKYKDNAAAIIGHFGLGFYSSFMVSKKVEIVTRSYQEGATAVRWSCEGTPEYEMTE
                     TKKDDRGTDIILYIDDDNKDFLEKDKITSLLEKYCRYLPIPIAFGKKQEWKDGKYVDT
                     DEDNIVNNTQPAWVRKPSELKDEDYKAFYRELYPMADEPLFWIHLNVDYPFNLTGILY
                     FPRIKSNMDLQRNKIRLYSNQVFVTDSVEGIVPEFLTLLHGVLDSPDIPLNVSRSYLQ
                     SDQNVKKISAHITKKVADRLEEIFKNDRKAFEEKWDSLKLFIQYGMLSDEKFYDRAAK
                     FALLKDVDGTYYTLEEYRKLIASEQTDKEGGVIYLYTTNPDEQYSYIQAAKDRGYNVL
                     VMDGQLDVHAIGQLEQKIEKTRFVRVDSDTIDRLILKADAPTVSLTDDQRQALQQVFR
                     SRLPKMGKTDFVVTFEALGPSANPVMLTQGEFMRRMREMSAMQPGMSFYGEMPESYNL
                     VLNTDHPLILSVLSDEEKACTDKLQPILSDIKGWEARQHDLREAQSKKKEDELTEAEK
                     EDMTNTNRTLDELRGRRDAILTEYAAGNKVVGQLIDLALLANGLLKGEPLSRFIRRSV
                     ELIG"
     CDS             complement(2574..3911)
                     /gene="allB"
                     /locus_tag="SEQF2638.1_00314"
                     /EC_number="3.5.2.5"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:O32137"
                     /codon_start=1
                     /transl_table=11
                     /product="Allantoinase"
                     /db_xref="COG:COG0044"
                     /translation="MKTLIQDAVIINEGRSFVGSVLIDGAFVAAVYEEGETPRADGAT
                     VINARGQWLLPGVIDDHVHFREPGMTHKGTIASESRAAVAGGVTTFMDMPNTNPKTVT
                     RREWEWKMERAAETSAANYAFYFGGSDDNADEIRRLDSAHVPGLKLFLGSSTGNGAMN
                     ADTVRRIFGETDLPIAVHAEEESIIERNRERYINLMGEDLPPAFHTKIRNAEACYASS
                     SRVVELADKMGVRLHVLHVSTERELSLFATGRPLTEKKITAEVCVHHLWFTDADYAAY
                     GNRIKWNPSIKSFDDREALRHALLTGVIDIVATDHAPHLPAEKEGSCLTAASGGPMVQ
                     HTLVAMLELAARGVVTREQVVQKMAHNPADLFHIDRRGYIRPGYYADLVLVDPASPWR
                     VTRENLLYHCGWSPMEGQTFQHAVRMTFVNGQPAYADGRVSDTVRGMAAQFVR"
     CDS             complement(4049..4774)
                     /gene="ppm1_1"
                     /locus_tag="SEQF2638.1_00315"
                     /EC_number="2.4.1.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:A0QZ12"
                     /codon_start=1
                     /transl_table=11
                     /product="Polyprenol monophosphomannose synthase"
                     /translation="MPAGRCGKENIENILRVVFGLEKAFHVLIIDDGSPDGTADIVKR
                     LQREFPGRLHLVERSGKQGLGTAYICGFKWAIEHGYDFVFEMDADFSHNPQDLLRLYA
                     ACTEQGADVAVGSRYCNGVNVVNWPLGRVLMSYYASAYVRFVTGLKVHDTTAGFKCYR
                     RQVLETIELDKIRFKGYAFQIEMKYTAHRCGFKIVEVPIVFVNRVLGTSKMNSSIFGE
                     ALFGVLRLKWQGFFRKYPQKKIG"
ORIGIN      
        1 cttgcgggac tcccgcaaac gccaaaaagt tttccgagag acttgcggga ctcccgcaag
       61 cctcaaaaag gttttcgggg cacttgcaaa agttccgcaa acacccacga ctccgtcaaa
      121 atgtcagtcc ggtggcgact ggcatttttt ttgacccaag gggccggcgc gtgatccgaa
      181 agatcaccac caactatcca atagatccat tcataaacaa caaatagaca gaagaccact
      241 atggcaaaac aagaaaccaa ggggaacatt ggtgtaacca gtgaaaacat cttccccgtc
      301 atcaaaaaat tcctctacag cgaccacgag atcttcctcc gcgagctggt ctcgaacgcc
      361 atcgacgcca cgcagaagct caagacgctg gcctccgtcg gcgagttcaa gggcgagctg
      421 ggcgacctca cgatccgcat ccgcacggag aaaggcaagc tgatcatctc cgaccgcggc
      481 gtgggcatga cggccgacga gatcgatcgc tacatcaacc aaatcgcctt ctccggcgcc
      541 gaggagttcg tcaagaaata caaggacaac gccgccgcca tcatcggcca cttcgggctc
      601 ggcttctact cctcgttcat ggtgtcgaaa aaggtggaga tcgtcacccg ctcgtaccaa
      661 gagggcgcca cggccgtgcg gtggagttgc gagggcacgc cggaatacga aatgaccgag
      721 acgaagaagg atgaccgcgg cacggacatc atcctctaca tcgacgacga caacaaggac
      781 ttcctcgaaa aggacaagat cacctcgctg ctcgagaaat actgccgtta cctgcccatc
      841 cccatcgctt tcggcaagaa gcaggagtgg aaggacggca agtatgtcga caccgacgag
      901 gacaacatcg tcaacaacac ccagcccgct tgggtgcgca agccctcgga gctgaaggat
      961 gaggactaca aggcgttcta ccgcgagctc tacccgatgg ccgacgagcc gctcttctgg
     1021 atccacctca acgtggatta tcccttcaac ctgaccggta tcctctactt cccgcgcatc
     1081 aaaagcaaca tggatttgca gcgcaacaag atccggctct acagcaacca ggtgttcgtc
     1141 accgactccg tggagggcat cgtacccgag ttcctcaccc tgctgcacgg cgtgctcgac
     1201 tcgcccgaca tcccgctcaa cgtctcccgc tcttacctgc agagcgacca gaacgtgaag
     1261 aagatctccg cgcacatcac caagaaggtg gccgatcgct tggaggagat cttcaagaac
     1321 gaccgcaagg ccttcgaaga gaagtgggac agcctgaagc tcttcatcca atacggcatg
     1381 ctcagcgacg agaagttcta cgaccgcgcc gccaagtttg ccctgctcaa ggacgtcgac
     1441 ggcacctatt acaccctcga ggagtatcgc aagctgatcg cctccgagca gaccgataag
     1501 gaaggcggcg tcatctacct ctacaccacc aacccggacg agcagtacag ctacatccag
     1561 gcggccaagg atcgcggtta caacgtcctc gtcatggacg gacagctcga cgtccacgcc
     1621 atcggacagc tggagcagaa gatcgagaag acgcgcttcg tccgcgtgga tagcgacacg
     1681 atcgaccgcc ttatcctcaa ggccgacgcc cccacggtga gcctcaccga cgatcagcgt
     1741 caggcgctcc aacaagtctt ccgcagccgg ttgccgaaga tgggcaagac ggactttgtg
     1801 gtcactttcg aggcgctcgg cccgtcggcc aacccggtca tgttgaccca aggcgagttc
     1861 atgcgccgca tgcgtgagat gtcggccatg caacccggca tgtcgttcta cggcgagatg
     1921 cccgagagct acaacctcgt gctcaacacc gatcacccgc tcatcctctc cgtcctcagc
     1981 gacgaggaaa aggcctgcac cgacaagctg cagcccatcc tctccgacat caagggctgg
     2041 gaagcacgcc aacacgacct ccgcgaggcg cagagcaaga agaaggaaga cgaactgacc
     2101 gaggccgaaa aagaggatat gacaaacacg aaccgcacac tcgacgagct gcgcggccgc
     2161 cgcgacgcca tcctcacgga gtacgctgcc ggtaacaagg tagtcggtca gctgattgac
     2221 ctcgccctcc tggccaacgg tctgctgaag ggtgagccgc tgagccgctt catccgccgc
     2281 agcgtcgagc tgatcggata agcagtcccc attcaaaaga tagcccccga atcctccgca
     2341 acaaaaggaa gggttcgggg gctattttat atcctcactg aaaaaacaaa agcgatcttc
     2401 attacgaagg tcgcttttgc caaaactcca aatctttttc gggtatcatg aataaggcgt
     2461 aaagattgtt ctggttatct gcccgcaaag aaggggcaaa gctgataggc ttgcaaattt
     2521 tcgaacctgt tctacaacat gttttgagaa tttgctcgtc ccgcattttc tacttaccgg
     2581 acgaattgcg cggccatgcc tcgtacggtg tccgacacgc ggccatcggc gtaggccggc
     2641 tgaccgttga cgaacgtcat ccgtacggcg tgctggaacg tctggccctc catcggcgac
     2701 caaccgcagt ggtagagcag gttctcccgc gtgacgcgcc acggcgaggc ggggtcgacc
     2761 agcacaaggt cggcgtaata gcccggacgg atgtagccgc ggcggtcgat gtggaagagg
     2821 tcggcgggat tgtgcgccat cttctgcacc acctgctcac gcgtcacgac cccgcgcgcg
     2881 gccagctcaa gcatagccac caacgtgtgc tgcaccatcg gcccgccgga cgcggccgtg
     2941 aggcacgagc cttctttctc ggccggcaga tgcggcgcgt gatcggtggc gacgatgtca
     3001 atgacacccg tgaggagggc gtgacgaagc gcctcgcggt cgtcgaacga cttgatcgag
     3061 gggttccact tgatgcggtt gccgtaggcg gcatagtcgg cgtcggtgaa ccagaggtga
     3121 tgcacgcaga cctcggccgt gatcttcttc tccgtcaatg gccgaccggt ggcgaagagc
     3181 gaaagctcgc gctcggtgga aacgtgcagc acgtgcaggc gcacacccat cttatcggcc
     3241 aactcaacaa cgcgcgacga ggaggcgtag caggcttcgg cgttgcggat cttggtgtga
     3301 aaggcgggcg gaagatcttc gcccatgagg ttgatgtagc gctcgcggtt acgctcgatg
     3361 atggattcct cttcggcgtg gacggcgatg ggtaggtcgg tctcgccaaa gatgcggcgg
     3421 acggtgtcgg cgttcatggc gccgttgccg gtggaggatc cgaggaagag cttaaggccg
     3481 ggcacgtggg cggagtcgag gcgacggatc tcgtcggcgt tgtcgtccga tccgccgaaa
     3541 tagaaggcgt agttggctgc cgacgtttcg gccgcgcgct ccatcttcca ctcccattcg
     3601 cgccgtgtga cggtcttggg gttcgtgttg ggcatgtcca tgaaggtggt cacgccgccg
     3661 gccacggccg cgcgactctc gctggcgatg gtgcccttgt gcgtcatgcc gggttcgcgg
     3721 aaatgcacat ggtcgtcgat cacgccgggc agcagccatt ggccgcgggc gttgatcacg
     3781 gtggcgccat ccgcgcgcgg cgtctcgcct tcttcataga ccgcggcgac gaatgcgccg
     3841 tcgatcagta ccgatccgac aaacgagcgt ccctcgttga tgatcacggc gtcttgaatc
     3901 aatgtcttca tataagtagt gggaagtagt gagtagtagt gagaagtagt aagtagtagc
     3961 gacgaggggg attaggatgg ggtatgggca aaaaaaacgg ggggcgcgtc cattctgagg
     4021 atgtgcgccc cccgcgtttt cgggttgttt atccgatttt cttctgtgga tatttcctga
     4081 agaagccctg ccacttgagc cggagcacgc cgaagagagc ctcgccgaag atggatgagt
     4141 tcattttgga tgtccccagc acgcggttga cgaagacgat gggtacctcc acgatcttaa
     4201 acccgcagcg gtgggcggtg tatttcattt cgatctggaa agcgtagccc ttgaaacgga
     4261 tcttgtcgag ctcgatggtc tcgagcacct ggcggcggta gcacttgaat ccggcggtgg
     4321 tatcgtgcac cttgaggccg gtgacgaagc ggacgtaggc cgaggcgtag tacgacatga
     4381 ggacgcgccc gaggggccag ttgaccacgt tcacgccgtt gcagtagcgc gatccgacag
     4441 ccacgtcggc gccctgttcg gtgcaggcgg cgtagagccg gagcaggtct tgggggttgt
     4501 ggctaaagtc ggcatccatc tcaaagacga agtcgtagcc gtgctcgatg gcccacttaa
     4561 aaccgcagat ataggccgtg ccgaggcctt gcttgccgct gcgttcgacc agatgcagcc
     4621 gtcctgggaa ctcgcgctgg aggcgcttga cgatgtcggc cgtgccgtcg ggcgagccgt
     4681 cgtcgatgat caatacgtgg aaggccttct ccaagccgaa gacgacgcgg aggatgtttt
     4741 cgatgttctc ttttccgcat cgcccggcag gcactcgccc tcgtcctgct tgtggccgtc
     4801 accgagcgag ggcttgctca agctgacacc gccgaccgct acatccaaac gcgcaccatc
     4861 ggcgacggcg tcaccgtcac ctggatccgc gacaacgccg ccgactacac catggcccgc
     4921 agcctgttcg tcgacacccc ggacagcgtc atggcgcgcc tcggcctgac cgacggcgtg
     4981 cccgccacca tcagcacctt cctcgtcgag accggcggcc ggatcatcct cttcgacacc
     5041 ggctacggct tccccgacag ccgactggcc gacgcgctgc gtcgcctcgg gcacgacccg
     5101 tccgagat
//
LOCUS       SEQF2638.1|AYYF01000898.1 1145 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1145
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             777..953
                     /locus_tag="SEQF2638.1_00316"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRSPVILSFWGLTTVILVVNVMVSLYEVLTTILISCCTSSGSD
                     WIVHSNLSRASVRS"
ORIGIN      
        1 cgccccatac ggcgaagagt gtcgtgtcct gagtaatggt gaagttctgg cctttcgtct
       61 tcagatcact tggcagatcg ctggccttct tgatcagctc tttctgcgta aagctccagc
      121 cgacgaatgc tgcacccgta cgaacgaggc taccggaatc tttcacctca acctgcgtat
      181 tggcgttgta gaggttgttg tccgtcggag ccgcaccggt tccaccgtta ccgttgtagg
      241 tgactccgtt ttgcaggtag tcaggcacat tgtcgccgtt gccattggga cctttcttat
      301 cgacggccca tgtggcgtaa agcgtcgtgt cggtcttgat ggtgaacttg tcgttctcct
      361 tcttcaggtc ggtcggctca tcgctcttag cggtgatgac gccttgcttc tgcgtaaagc
      421 tccaaccgat aaacgtggca tccgtgcgct tgaggtcgcc caagcccttt acggtcactt
      481 cggcattatc cacataggga ctcttctcat ccgtcggcac cgtgccactg ttactgccgt
      541 ttccgttgta ggtcacgtta agcgtagcgt tacagccgtc taccacgatt gtctcgtcac
      601 tcagcgggga ttggcatgtg ccgtaataac cgattacggt gtatttacca gcattctgac
      661 gggtaaccgt ccactctttt tgtgttgcac ccgtgatcgg attgccattc agataccact
      721 gataacgtgc agggccatcg ccagccttca gcgtcaccga ctgtgccgga gggcagatga
      781 agcgatcgcc cgtaatcttg agcttctggg gattgaccac cgtgatcttg gtcgtcaacg
      841 tcatggtctc gttgtatgaa gtcttaacga ccatcttgat ctcatgctgt acatcaagcg
      901 gaagcgactg gatcgtccat tccaacttgt cacgtgcatc tgtccgctcc tgaccgtcga
      961 caaaccaagt gatggcaccc gatccggatt ggagttgcaa ttgcgcaacg cctttcacct
     1021 tgaactcacc tgcgcaataa gtctgctcgt tggcgtcctc aaagtggatg tcgttgatgt
     1081 agaaagccgg attcaattgg cgtgcagaag aggctgcgag gtagtagtaa gattcataat
     1141 tacct
//
LOCUS       SEQF2638.1|AYYF01000899.1 565 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..565
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cgtccccgct cctggcttcc cggccacgga gtgtatcttg ggcgtctcaa gtgcttcctg
       61 aagcgtaggc gggggtaaaa tcgacggcag acgcttagcg agcatggatt tcccacttcc
      121 cggcggtccg accatgatca aattatgtcc tccggcagct gccacctcta aggcacgctt
      181 tacgctctct tgcccacgaa catcggcaaa gtcgaggtcg aaatgttgct gactgaagaa
      241 ctccgcgtag gtatcgatca ccgtgggctc cagcttgcgt tcgccggcga agaactcgat
      301 cacctcccga atgttacttg cgccataaac ggtcagtccc tccgtcacgg ccgcttcgcg
      361 agcgttctgt tgaggcaaga tgatgccctc aaatccttcc tcgcgggcct ttaaggcagt
      421 cggtaaggct ccgcgaatgg gcatgaggct accgtcgagc gatagctctc ccataagcaa
      481 atagcgatcg agcaatccgt cagtcttgag ctccccggac gcagccagaa tgccgatggc
      541 gagaggcaga tcgtaggact gtctc
//
LOCUS       SEQF2638.1|AYYF01000900.1 1816 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1816
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             265..1482
                     /locus_tag="SEQF2638.1_00317"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRFFHRWQTILIGLLTAITFSASGQNVRLSDAAEISLLTCSPSD
                     EEAYTLYGHTAIRVRDPHPASDSTRPIDFVFNYGLFDFSKPNFIYRFARGETDYMLGG
                     NDFEQFLAAYRARGSEVCEQTLALDSAERQRLLDALVENALPENRTYRYNFFFDNCAT
                     RPAAMIERAVNGSIAYEERREVETFRDLINGCTRRHPWLTFGCDLVVGAPADRPMHLR
                     ESFFIPERLRESFDGAWIITPDGSKRRLVSSTRLLSERTAPEIVPDFFTPLVCSLLLF
                     IVVALLTLIEVRREASFRWLDFLLFFVAGLAGCVLAFLAFFSVHPAMWPNVTFLWLHP
                     LHLIGAVCMAVKRCKRLSYVYHLLTFAALLAAGVGYVIVPQHFNAAFFPLMLTLLMRS
                     GRYLTRRKKIRFE"
ORIGIN      
        1 cccatcccct gaggggatag gggtgtcatc gtgaaataac gcctcatccc ctgaggggat
       61 aggggtgtca tcgtgaaata acgcctcatc ccctgagggg ataagggtgt aatcgtgaaa
      121 atggctccca tcatgcgagg tgatgggggt gtattacttt tgccgcgcct tgatttcaag
      181 gcacattcat gcatcaaccc atgcgctggt cacggctcag accctccgga cgcaactttc
      241 ccccacaaaa acgaaacgat gacaatgaga tttttccatc gatggcagac gatcctgata
      301 ggcctcctta cagccatcac cttcagcgct tccgggcaga acgtgcggct gagcgacgcc
      361 gctgagatca gcctcctgac ctgttcgccc tccgacgagg aggcctacac gctctatggc
      421 cacaccgcca tccgagtgcg tgacccccac cctgcgagcg actccacgcg cccgatcgac
      481 ttcgtgttta actacggcct tttcgacttc tccaagccca atttcatcta ccgcttcgcc
      541 cgcggtgaga cggattatat gcttggcggc aacgactttg agcagttcct ggccgcctac
      601 cgcgcccgcg gcagtgaggt ctgtgagcag acgctggccc tcgactccgc cgagcggcaa
      661 cgcctcctgg atgccctcgt ggagaacgcc ctgccggaga atcgcacgta tcgctacaac
      721 ttcttcttcg acaactgtgc cacgcgcccg gccgcgatga ttgagcgcgc cgtcaacgga
      781 tctatcgctt atgaggagcg gcgcgaggtg gagacgttcc gcgacctgat caacggctgc
      841 acccgtcgcc atccctggct cactttcggc tgcgacctcg tggtgggcgc tcccgccgat
      901 cggccgatgc acctgcgcga atcattcttc atccccgagc ggctgcgcga gtcgttcgac
      961 ggcgcatgga tcatcacgcc cgacgggtcg aagcgtcgct tagtctcctc cacccgtctg
     1021 ctctcggaac gcaccgcccc ggagatcgtg cccgactttt tcacgccgct cgtgtgcagc
     1081 ctactgctct tcatcgtcgt ggcgctgctg accctcatcg aggtgcggcg cgaggcctcg
     1141 tttcgttggc tggacttcct gctcttcttc gtggcaggtc tggccggctg cgttctggcc
     1201 ttcttagcct tcttttcggt tcaccccgcc atgtggccca acgtgacgtt cctctggctc
     1261 catccgctcc atctcatcgg cgccgtctgc atggccgtga agcggtgtaa acgcctgagc
     1321 tatgtgtatc atttgcttac attcgccgcg cttttggcgg caggggtcgg atacgtcatc
     1381 gtcccgcagc atttcaacgc cgcctttttt cccctgatgc tgaccctgct catgcgctcg
     1441 ggaagatatt tgacgagaag aaagaaaatc cggtttgaat aatcaatgag gcgaatccta
     1501 tcctccctac tcaccctact ggccgtcacg cagatccagg cgcaacaaca gcgcgcgccc
     1561 aagttggtca tcttcatcac ggtcgatcag ttgcggggcg attacatcga atatttccaa
     1621 cacaccttcg gcgagcgcgg cttcaagcgc ctgttggctg agggggccgt ctgccacaat
     1681 gtccgcttcg gcttttccaa cctcaaccaa gcctccgcct tcgctaccct cttcaccggc
     1741 gcctatccgt cagttcacgg catcactggc ttcaggacct acagcttcga gacggccaaa
     1801 gaggtctccc aactct
//
LOCUS       SEQF2638.1|AYYF01000901.1 468 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..468
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gaacaacggt ggacacgacg cgacacatca cgccgggagc aacggtggac acgacgcgac
       61 acatcacgcc agtcgtcccc gtcgaactga agaaggccga gaaggtggcg cgtgacaacg
      121 ccttcacttt cgacctgctc cgcgccgtca ggaagcatac agacaagacg aacgtgttca
      181 tctcgccgct tagcgttagc atggcgctga acatgacact caatggtgcc gccggcgcta
      241 cggccgacga gatgcgcacc gccctccgcg agtcgggcta ctcgacggcc gacatcaacg
      301 cctattgtca gtcgctccgt gaagccctgc tccgtgctga cccaaagaca acgatcggca
      361 tcgccaactc catctggtac caccaaggag caaccgtcaa ggcacctttc atcgaggcca
      421 accgcacgta ttacgacgcc gaagtgcagg ccttagactt cttttcgc
//
LOCUS       SEQF2638.1|AYYF01000902.1 698 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..698
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gctcgtcaaa tgatgaaaca aaatcatcag aaacatactc ccgatagcct ccgaaataaa
       61 ttccaaacag cttctcaatc aattttagtg ggtggaggat ggagcgtgaa gctctcggcc
      121 taccctccat gttttatcca acaacgatgc caccggcgcc gaacgtatta ttctcaaccg
      181 gttacgcagc gaatgccctt cctttgttgt ccaagatgta gacaacgacg tccaacattt
      241 ggacgattcc ctacgcatac atgcctcaca ctaaacaatg cacgataatg aaaacgaaaa
      301 ctaccctccg cgggctttac gccctgctgc tcttcgcctt ggtttgggca gcctgcaacg
      361 acgacccgac gcccaccccg acgccgaacc cgaatccccc gaccccgcag acgccgacgc
      421 ccagccgtaa ccccatcgag gacacctggc gcctggtggc tatccgccac ctatcggagt
      481 acgccttaga gacgatcgat acggccatct acacgctaac cttccgcccc gacagcacct
      541 tctacggacg cgacgtcagc ggccgctaca cactgaccga ctccacgctc cacatcaccc
      601 tcgccgacat caacgaggcc gccctgcccc agctctcccg acgcctccgc aacgccctcc
      661 gccacatcga gcgcttcgag atcgacacgg cctaccac
//
LOCUS       SEQF2638.1|AYYF01000903.1 958 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..958
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             34..732
                     /locus_tag="SEQF2638.1_00318"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG5321"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDEHFKLTEETRVNEAGVTLHRIVATRDSLHAKAGQLGGFIEKE
                     ENLGGKAWVDGYAEVWGEALVFCHAYVGGLACVYGNARVLDNARVYGKAHIGDYACVG
                     KDARVYDNACVGGMAYVGGQAEVYERAEVYGIVRIEGEAEVTGHAQMLGWANIGRQAL
                     VEHIGDYCVFQGFGQWKHDPLTAFREKNGEIGVLSGHYSETLEGFAAQIGDMPSGRTF
                     QAIVEVIKLNFNLN"
ORIGIN      
        1 gcccgtaacc tacaaaccca aacagaaaga aagatggatg agcatttcaa actaacggaa
       61 gagacaagag taaacgaggc cggcgtcacg ctgcaccgga tcgtggctac acgcgactcg
      121 ctgcacgcca aggcaggaca gctgggcggc ttcatcgaga aggaagagaa cctcggtggt
      181 aaggcgtggg tggacggcta cgcggaggta tggggcgagg ccttagtgtt ctgccatgcc
      241 tacgtgggtg gcctcgcctg tgtgtatggc aacgctcgtg tgctcgacaa cgcccgtgtg
      301 tatggcaagg cccatatcgg tgattatgcg tgtgtcggaa aagacgcacg agtgtacgac
      361 aacgcctgtg tcggtgggat ggcttatgtc ggcggacaag ctgaggtgta cgaacgggcc
      421 gaggtgtatg gcatagtgag aatagaaggc gaagcagagg tcacagggca tgctcagatg
      481 ctcggctggg cgaatatcgg ccgacaggca cttgttgagc acatcggaga ctactgcgtg
      541 tttcagggct tcggccagtg gaaacatgat ccgctcacgg ccttccgcga aaagaatgga
      601 gagatcggcg tgctctccgg gcactattcg gagactctcg aaggctttgc ggcccagatc
      661 ggcgatatgc cgagcggacg gacgttccag gcaattgtag aagtgatcaa gctgaatttc
      721 aacctgaact aaccccacct ctcgggtgcc ccggccgggg tgcccataac caacaaacag
      781 aaagaaagat ggataagata aagacgtacg aatcggttgt cggcgcatta ggcttctgct
      841 tagaggaggc gcgggcagac gcggaacgat tggaggaaga actgatggac gaggcgatcg
      901 tccaggcggc gcacccgctg tatgtagaac tgctccgagc ctgtctctta tacacatc
//
LOCUS       SEQF2638.1|AYYF01000904.1 1338 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1338
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             151..1164
                     /locus_tag="SEQF2638.1_00319"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTKRFHLSHLLPALWLLFALFACEKPEEITNKPNRPNQGQTVTP
                     SNPNQTEDLSKVDVVVTTLQKATIGKGYNIVLMGIGFPEDYVREGHYEKLMEQSYKYL
                     FSVEPMNSLRPYFNVYAVRTKVQDTLLYAYIRDFSGQEYQQSKHASTAHRRALAMASS
                     ISGFTKDNSVISVIVNTKVFLGLTYMTDQVLAYAYSALSSSSTHFRGIILHETVGHGI
                     GKLADEYSILSSCGSKDYIAEGHKKNWYMNISLTNDPEKVPWAQFLKDKRYVTEDIGI
                     YEGGGGCFKEGVWRSAKGGDDTPIGFNAPSRRAIYDHVMQVTTGRTPTYEEFVQFDLA
                     HRK"
ORIGIN      
        1 atttacgacc atattataca ggtaacgaca ggtcgtacac ccacctttga agagtttgtc
       61 caatttgatt tggcacatag aaagtaacat cgacacccac tctctatacc tatacactga
      121 aagtttttta cccattaaat agcaatcctc atgacaaaaa gatttcacct cagccatttg
      181 ctcccggcgc tatggttgct tttcgcgctg tttgcgtgcg aaaagccgga agaaataact
      241 aataagccca atagaccgaa ccaggggcag actgtcacgc ccagtaatcc caatcagaca
      301 gaggatctgt ctaaggttga cgttgttgtc actacgctcc aaaaagcgac tataggcaag
      361 gggtacaaca tcgtactgat gggtataggt tttcctgaag actacgttcg agaaggccat
      421 tatgaaaaac tgatggaaca atcttacaag tatctttttt ccgtagagcc gatgaattct
      481 ctgcggcctt atttcaatgt ctatgccgtc cgaacgaaag tacaggatac tttgctgtac
      541 gcatacatcc gagattttag tggtcaagaa tatcaacaat cgaagcatgc atccactgct
      601 catcgtagag ccctcgctat ggcttcatct atatcgggat tcacgaaaga caattctgtg
      661 atcagcgtta tcgtaaacac gaaggtcttt ctcggactta cttacatgac agatcaggta
      721 ctggcttatg cttattcggc tttatcaagt agcagtacac actttcgcgg tataatttta
      781 catgaaacag tagggcacgg tattggtaag ttggcagatg aatacagcat tttgtcttct
      841 tgcggatcaa aggactatat cgcagaggga cataagaaaa attggtatat gaatatttca
      901 ttaactaatg atccggaaaa agtgccttgg gctcaatttc ttaaagacaa acgctatgta
      961 acagaagata taggaatata tgaaggaggc ggtggatgct tcaaagaagg tgtatggcgt
     1021 tcagctaaag gtggagacga tacacctatt ggattcaacg ccccttcccg gagagctatt
     1081 tacgaccatg tcatgcaggt gacaacgggc agaactccca cctatgaaga gtttgtccaa
     1141 tttgatttgg cgcatagaaa gtaacacggt aatgagatga aatcatggat aataaaagaa
     1201 tacaccttat atggattgcg atccttttct gtttggtaaa tggaaacagc tcctatgcac
     1261 agacaaaaac aagcggtaaa gtgggtgcgc tatcgtggac atacgatacc ggcaccctta
     1321 ccctctccgg aaagggag
//
LOCUS       SEQF2638.1|AYYF01000905.1 360 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..360
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 aaccaatggt ttgaagcaaa acccgacccc gatttgggcc aaaccaatgg tttgaagcaa
       61 aacccgaccc cgattcgggc caaaccaatg gtttgaagca aaacccgacc ccgatttggg
      121 tccaaccaat ggtttgaagc aaaacccgac ctcgatttgg gtccaaccaa tggtttgaag
      181 cgaaacagac ctccgatttg ggccaaacca atggtttgaa gcaaaaccga cccccgatta
      241 gggccaaacc aggtggtttg atgcaaaacc gccccccgat ttgggccaaa ccaggtggtt
      301 tgatgccaaa ccgacccccg attggggcca aaccaggtgg tttgaagcaa aacccgaccc
//
LOCUS       SEQF2638.1|AYYF01000906.1 2021 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2021
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(55..1011)
                     /gene="ecoRIIR"
                     /locus_tag="SEQF2638.1_00320"
                     /EC_number="3.1.21.4"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P14633"
                     /codon_start=1
                     /transl_table=11
                     /product="Type-2 restriction enzyme EcoRII"
                     /translation="MGNDLLTKAVATVYRAKAALYKYISANDAGVTGAHQAGFYIPKS
                     AYSIAFDQPGLKGENKDRTVHIRWQDGAAKDTESRFIYYGSGTRNEYRLTRFGRDFPF
                     LTDEYVGALVIIAREGEDTYSGYVLNTDEEIEDALEILGIPPNATIGLIDKDRIKLEE
                     KMRICVEECLASSNEFPDTQTMADLARKLTLLRKGASYDDRLGKWIESEYALFRCFEN
                     ELCKDMLIDGFSSVDELVVAANTLLNRRKSRAGKSLEHHLAQIFTDASLHYEAQVVTE
                     GYKKPDFIFPSGAAYHNQKFDAGDLVFLAAKTTCKEIYESEV"
     CDS             complement(993..1913)
                     /locus_tag="SEQF2638.1_00321"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:ISfinder:ISCco3"
                     /codon_start=1
                     /transl_table=11
                     /product="IS1595 family transposase ISCco3"
                     /translation="MQAIGGRCVFTSEWDKWAQQTYKANFGNLPFGDIRQEDVKAQIP
                     SEFDVLCAGFPCQPFSIAGVSKKNSLGRDTGFLDKTQGTLFFDVAEIIRRHRPKAVFL
                     ENVKNLLSHDRGRTFKVIKTTLEDLNYVVHFKVMDGGAYTPQHRERIMIVCFDSSRYP
                     KAQRFTFPELPEQKPRLRQILQDDVDDKYTISDKLWAYLQCYAEKHRQKGNGFGYGLA
                     DLDGITRTLSARYYKDGSEILIPQTGKNPRRLTPRECARLMGYPENYRIDAVSDTQMY
                     RQLGNSVVVPLIAAVSKQMDDYLTQWETTC"
ORIGIN      
        1 caattatatc ctcattttat agatgcagcc gtgccattct cgcctccaat ctgttcacac
       61 ttcactttca tagatctctt tgcaggttgt ttttgcagca agaaaaacga gatcgccagc
      121 atcaaacttc tggttgtggt atgcggcacc acttggaaaa ataaagtctg gtttcttgta
      181 cccttccgtc accacctgcg cctcataatg cagagaggca tcagtgaaga tttgggcgag
      241 gtgatgctcc aatgatttac ccgcccggct tttgcgtctg ttcagaaggg tgttggctgc
      301 aaccaccaat tcgtctactg aagagaatcc gtcaatgagc atgtctttgc agagttcgtt
      361 ctcaaaacag cgaaacagtg catattcgct ctctatccat tttcccagcc ggtcatcata
      421 agaggctccc ttgcgaagta aagtgagctt ccgcgccaag tctgccattg tttgcgtatc
      481 ggggaactcg ttcgaactgg ccaaacactc ctctacacag attcgcatct tttcctccag
      541 ttttattcgg tctttatcga tcagcccaat agtggcattg ggtggaatac cgagtatttc
      601 gagcgcgtct tctatctcct catcagtatt caagacgtag cctgaatacg tatcctcacc
      661 ctcacgggca atgatgacca acgcacccac atattcatct gtaaggaagg gaaaatcgcg
      721 tccgaaacga gtgaggcgat attcgtttct cgttccacta ccatagtaga tgaatctgct
      781 ctcagtgtct tttgcggctc catcctgcca gcggatatgt accgtacgat ccttgttttc
      841 gcccttcaat ccaggctggt caaaagctat cgagtaggcc gatttaggaa tataaaagcc
      901 tgcttgatgt gctcccgtta caccggcatc attggctgag atgtatttat aaagggctgc
      961 tttcgccctg taaacagtgg cgacggcctt tgtcagcagg tcgtttccca ttgcgtcaag
     1021 taatcatcca tttgcttgct cacggctgcg atcagaggta ccacgacaga gttgcccaac
     1081 tggcgataca tctgcgtgtc gctgaccgcg tcgatacgat agttttcagg ataacccatc
     1141 aggcgagcgc attcccgcgg ggtgagtctg cgcgggttct tccctgtctg cgggataaga
     1201 atctccgatc catccttgta atagcgtgca cttagggtgc gcgtaattcc gtctaagtcg
     1261 gccagtccat agccaaatcc attccctttc tgccgatgct tttcagcata gcattgtaag
     1321 taagcccaca gtttgtcgct gatggtgtat ttatcgtcga cgtcgtcctg taagatctgt
     1381 ctcagccgag gcttctgctc aggcaactcg gggaacgtga aacgctgagc tttcggatag
     1441 cgtgacgaat cgaagcatac gatcatgata cgctcccgat gctgtggtgt gtaagccccg
     1501 ccatccatca ccttaaagtg caccacataa ttcaaatcct ccaacgttgt cttgatcacc
     1561 ttaaaagttc ggccgcgatc atggctgaga agattcttca cgttctcaag gaatacagct
     1621 ttcgggcgat gccggcgaat gatctctgcc acatcgaaga agagcgtccc ttgtgttttg
     1681 tctaagaaac cggtatcccg ccccaaactg tttttttttg ataccccggc aatagagaat
     1741 ggttgacaag ggaaaccggc acagagcaca tcaaactcgc ttggtatttg tgccttgacg
     1801 tcctcctgtc gtatgtcgcc aaagggaaga ttgccaaaat tggccttata ggtttgctgt
     1861 gcccatttgt cccattcgct ggtaaacacg catctaccac cgatggcctg catggccaaa
     1921 cgaaagccac caatgcccgc aaagagatct atgaaagtga agtgtgaaca gattggaggc
     1981 gagaatggca cggctgcatc tataaaatga ggatataatt g
//
LOCUS       SEQF2638.1|AYYF01000907.1 241 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..241
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 agccgctgac ggccgacgcg attcgtgcac cgtactcacc gtcgatccaa accatcatcc
       61 caacgcagcc gtcgaggtgg acgggacgat ggccattcgt aacgtcgatg gtggcgtgat
      121 ggtgcacatt gaccgtcccg tacgactcga gatctacacc ctaaacttca tccatctatc
      181 cagagtttac tatgaacctg aaacatcgct tgatcatcat gaacttcttg cagttcgctg
      241 t
//
LOCUS       SEQF2638.1|AYYF01000908.1 3611 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3611
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             36..1637
                     /gene="dbpA"
                     /locus_tag="SEQF2638.1_00322"
                     /EC_number="3.6.4.13"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_00965"
                     /codon_start=1
                     /transl_table=11
                     /product="ATP-dependent RNA helicase DbpA"
                     /translation="MQHFFNNGPQATDTDQPTADSAPKPAVEVSDSTADLLPVDEQPT
                     DTAPVVADPGLAYIFEHTRGRKCLIFSNSREECETVTATLRRYCEARHEPDRFLIHHG
                     NLSYSIRRQAEERMRQSEAALTVCTTSTLELGIDIGRLERAFQIDAPATVSSFLQRMG
                     RTGRRGAPAEMWFVMRENHTEPRALLPETIPWELLQGIAVVQLYLEDRWVEAPHKRRL
                     PYSLLYHQTMATLASGGEMLPPELAARVLTLPPFRNVSQDDFRTLLLHLLEIDHIQRT
                     DRGGLLIGLAGERVVNDYKFYAVFRENEEYTVRCDSEELGTIVKPPPVMSKIAIAGHV
                     WEVEEVDYKHHVVYCHRVGGVVHAYFGEEPGDIDNRVLERMRLLLLQTDNYAYLLPNA
                     VARLADTRRLAARAGLGLRPLVPLGGDMYSLTPWLGSYAFLALERFLRLRCATRLGLS
                     KDFDSFRPYYMRFTMQVPAADFYRILREEIARPLDPMDLLYPNEMPIFDKYDETLPAS
                     LTRKGFAYGVLDVDTMKQWIMALPD"
     CDS             complement(1773..2030)
                     /locus_tag="SEQF2638.1_00323"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRITLFYLENCPFCKKARAAIDELKKQDRYKDIEIEMIEESKQ
                     PEVADKYDYYYVPTFYIDGRKVHEGGIFPDEVKAVLEQALE"
     CDS             complement(2175..3398)
                     /locus_tag="SEQF2638.1_00324"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIVCAMAGKGQVYETAVRSNRVGALEVRVAGERLSEPYVKLGGE
                     RQIEVTFDMLNPEPGERLAYSVVHCDADGRRSALVPMEYMDGFDGMEVDDASPSFNTT
                     VPYMNYRLRLPNEQVRLKVSGVYAVEIYPEGRRNEVLLTARFNVGEGLVGISGEATAN
                     TDVALNRGVQQVNFAVDTKALTVNFPQRELKVFVEQNRRPDTRVGDLQPTSIGGTRLG
                     YEHDRRLIFEAGNEYRRFECLTYRHAGMGVERIGFHNPYYHIDLRPDGPRRAYVYDED
                     QNGRFFAACSGCGEAAREADYGLVHFSYISDRLVGGEMYVVGDLTQNAFDERSRMQYN
                     EASGCYEAALMLKQGYYNYGYVFVPNGERRGRMPVGDESLFETENEYTVSVFYRPAMG
                     RYDRLVGRLTIGGRR"
ORIGIN      
        1 gcatacagag cacgccgatc aagtggcgcc tctccatgca gcacttcttc aataacggtc
       61 cgcaggcgac cgatacggat cagccgacgg ccgattctgc gccgaagcct gcggtagaag
      121 tgtcggacag cacggcagac ctgcttcccg ttgacgaaca gcccacggac acagcgcctg
      181 tggtggccga ccccggactg gcctacatct tcgagcatac gcgcggtcgc aagtgcctca
      241 tcttttccaa ctcccgcgag gagtgtgaga cggtcacggc cacactgcgc cgctattgcg
      301 aggcgcgcca cgagcctgat cgcttcctga tccaccacgg caacctctct tattccatcc
      361 gtcgccaagc cgaagagcgt atgcgacaat cggaggcggc gctgacagtc tgcaccacat
      421 ctacgctgga gttaggcatt gacatcggtc ggcttgaacg cgctttccag atcgatgccc
      481 ccgccaccgt ttcctccttc ctccagcgca tggggcgtac gggtcgcagg ggagcaccgg
      541 ccgaaatgtg gttcgtcatg cgtgagaatc acacggagcc gcgtgccctg ctcccggaga
      601 cgatcccctg ggagttgctc caaggcattg ctgttgtgca gctctatctg gaggatcggt
      661 gggtcgaggc gccgcacaaa cgccgattgc cctacagtct gctctatcat cagacgatgg
      721 ccacgctggc gtctggtggc gagatgttgc cgcccgagct ggctgcgcgt gtcttgacgc
      781 tgccgccctt ccgcaatgtt tcgcaggacg acttccgcac cctgctcctc cacctgctcg
      841 agatcgacca catccagcgc accgaccgcg gtggactcct tatcggtttg gctggcgagc
      901 gtgtcgtcaa cgactataag ttctacgccg tctttcgtga gaatgaggaa tacaccgtcc
      961 gctgcgattc cgaagaactt ggcaccatcg tcaagccgcc gcccgtgatg agcaagatcg
     1021 ccatcgccgg acacgtctgg gaggtggagg aggtggacta taaacaccac gtcgtctatt
     1081 gccatcgtgt cggtggcgtc gttcacgcct actttggcga ggaaccgggc gacatcgaca
     1141 accgggtgct cgagcgtatg cgcctcctgc ttctccagac ggataactac gcttacctcc
     1201 tgcccaacgc tgtcgctcgt ttggccgaca cccgtcgctt ggctgcccgc gctggccttg
     1261 gcctccgccc gctcgtcccg ctcggtggcg atatgtacag cctcacccct tggctcggta
     1321 gttacgcctt cctggccctc gagcgcttcc tccgcctgcg ttgtgccacg cgccttggcc
     1381 tgtcgaaaga cttcgactcc ttccggccgt actacatgcg cttcaccatg caagtccccg
     1441 cggcggactt ctaccgtatc ctgcgcgaag agatcgcccg tccgcttgac ccgatggatc
     1501 tcctttaccc caacgagatg cccatcttcg acaagtacga cgagacactc cccgcctcgc
     1561 tcacccgcaa aggttttgcc tacggtgtcc tcgacgtcga caccatgaag caatggatca
     1621 tggcgctacc cgattaatgg ccaatgatct ccccactcac ccccacggat aggggcgaaa
     1681 tacaaagcgg gcggacacat cggtgtccgc ccgctttcat tttggcgcct tagggtcgca
     1741 tgtgaagcgt gatgcctctt atgcgtgctc gctcactcca aggcctgctc taagacggcc
     1801 ttcacctcgt cggggaagat gccgccttcg tgcaccttgc ggccgtcgat gtagaacgtc
     1861 ggcacgtagt agtaatcata cttgtcggcc acctcaggct gcttcgactc ctcgatcatt
     1921 tcgatctcga tgtccttata ccgatcctgc tttttcagct catcgatcgc cgcccgcgcc
     1981 ttcttgcaga acgggcaatt ctccagataa aacaatgtga tacgtttcat ttctctatga
     2041 tttgaatgat gtttgaatga ctgcggccgg gcgctcatgc ccgacctgat tttccccggc
     2101 cccggtgggg ccttgatttt cttttggccg acctttcttt catcaaggaa agaaaagtcg
     2161 gggaagggag acttctatct ccgtcccccg atcgttagtc gccccacaag ccgatcgtag
     2221 cgacccattg ctgggcggta gaagacggag acggtgtact cgttttccgt ctcaaacagg
     2281 ctctcgtccc ccaccggcat ccgaccgcgc cgctcgccgt ttggcacgaa cacatagccg
     2341 taattgtaat acccctgctt gagcatcagt gccgcctcgt agcagcccga ggcctcgttg
     2401 tactgcatcc gactgcgctc atcgaaggcg ttctgcgtca ggtcgcccac gacatacatc
     2461 tccccgccga cgagccgatc tgagatgtac gaaaagtgta ccaagccata gtctgcctct
     2521 cgcgctgcct ctccgcaacc actacaggcg gcaaagaagc gtccgttctg atcctcgtcg
     2581 tagacgtatg cccgccgcgg tccgtccggc cgcagatcta tgtggtaata cgggttgtgg
     2641 aagccgatcc gctccacgcc catccccgcg tgacggtagg tcaggcattc gaaccgccga
     2701 tattcgtttc cggcctcgaa gatcagtcgc cggtcgtgtt cgtagcccag ccgcgtgcct
     2761 ccgatcgagg tcggttggag gtcgcccacc cgtgtgtccg gccgccgatt ttgctccaca
     2821 aacaccttca gctcccgctg cggaaagttc accgtcagcg ccttcgtgtc cactgcgaag
     2881 ttcacctgct gcacgcctcg gttcagcgcc acgtccgtgt ttgccgtcgc ctcgccgctg
     2941 atccccacca gcccttcgcc cacgttgaaa cgcgccgtca gcagcacctc attgcgccgc
     3001 ccctcggggt agatctccac cgcatacacc cccgacacct tcagccgcac ctgctcgtta
     3061 ggcagcctca ggcggtaatt catgtacggc acggtggtgt tgaacgaagg cgaggcgtcg
     3121 tccacctcca tcccgtcgaa gccatccata tactccatcg ggaccagcgc tgaccgtcgg
     3181 ccgtccgcgt cgcaatgcac caccgaatag gccagccgct cgcccggctc cgggttcagc
     3241 atgtcaaacg tcacctcgat ctgccgctct ccgcccagct tcacataggg ctccgacagc
     3301 cgttccccag ccactcgcac ctcgagtgcc cccacacggt tcgaccgcac ggccgtctca
     3361 tacacctgtc cttttcccgc catcgcacac acgatcatcg cagccgtaat ccatcttttc
     3421 atctgtcatc gtttggaatc ggcgccaaag ataacctccg tcgcagacgg cttctgcctc
     3481 ttcgatacgt gagttcgacg aaggcatgag gcgtcttgcc cctggagaag gtctttgcag
     3541 catttctgca aaccccaaaa agttcatcgc ggcccttgcg gaacttccgc aagcatgaaa
     3601 aaggagaaag t
//
LOCUS       SEQF2638.1|AYYF01000909.1 764 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..764
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gcagattcca gcaacctcaa gcgcttcgct cgtttctacc tcgttacccg tccaatgcct
       61 acgaccgagc aacttcttct tttacaggag gatattcctg aatagttttc tcgtcatcaa
      121 attttgatca cgtgagacat tcagaacctc tcgcgccatc gaattttgtt cacgcgtcat
      181 caaattttga tcacgtgaga cattcagaac ctctcgcgtc atcgaatttt gttcacgtaa
      241 gagataaaaa gactcatgcg tcatcaagat ttgatcacgc gagaggtaaa aaagctctcg
      301 agtcatcgaa ttttgatcac gtgagatgtt ctgaagctct cgcatcatca aaatttgttc
      361 gcacgcacct tatttttagt cgcacaccaa gggatcgacc ccgactgtgc gcccgtccgc
      421 ctcttcgcag catttgaaaa cgtcgccaga cagccttcgc acccctcccg accgtctccc
      481 gatcgcaggc gtggacagtg tccgatcgat ctccatttct ttacgttcct ttgtcgcaca
      541 gaatcaaacc ctaccctatg gataataact attgtgtcat catgggcggc ggaattggca
      601 gccgcttctg gccattcagc cgcgaaaaca ggccgaaaca gtttctcgac ttcttcggaa
      661 cggggcgatc actcctgcaa atgacggtcg accgctttgc gaaaatcatc cccaaggaac
      721 acatctacat tgtcaccaat cggcgctacg tcgggatggt gcac
//
LOCUS       SEQF2638.1|AYYF01000910.1 564 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..564
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gagacagcaa ccaagggggg cgacctcttc ttacatctcg gtgacgtatc ggaagacata
       61 ctgagggacg gcaagaagtt cttcgagaat ggtctgcccg tcaacggcaa cctgagccag
      121 gttgacacga acgtctgggg tcggataccc cgacagcaga gcactgtcta tgcctttgac
      181 aacacgacag gtgcacgccg tgtacaggac gtaggcctca acggtctctc ctccaccgag
      241 gagcgcacct tccccacgta caagaattat gtggaacggc tgcgcgccaa ggtctcggcc
      301 gacacatgga tgcgatggga gcacgacccc ttctcacccg tcaatgaccc tgcgggcgac
      361 gactaccatt acttccgcgg ttcggattac gaccgtgatc aggtagatat cctcacccga
      421 tacaagcatt acaacggcac ggagggcaac tccaccgcct cggaagattc tccggagagt
      481 tacgacatct catccaagac caaccccgat gtggaagaca tcaacggaga caacaccatg
      541 agcgacttgc agcgctatta tgag
//
LOCUS       SEQF2638.1|AYYF01000911.1 310 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..310
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ctatatgact attggttcgt gcagttcgac ttccccgatg aaaatggtac cccctacaag
       61 agtagtgggg ggaagatggt ttggaatgag aagttgaagc gtgaaatacc agaggaatgg
      121 cattgtggaa atctctttga gatggaaaca tttaccaatg gcttagcttg ccagaaattc
      181 agaccgaaag atgacgaagt accattgcct gttatcaaaa tacgggaaat gcacgatggc
      241 atatcttctg atacagaaga agtctcgcct aatatacccg aattggtaaa ggtatataat
      301 ggcgatgtgc
//
LOCUS       SEQF2638.1|AYYF01000912.1 3413 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3413
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(293..1192)
                     /locus_tag="SEQF2638.1_00325"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTPTQKMKTTYLLLLSFVLLLSGCEITSSDLTEVDENGNRVNNK
                     EIRIGASLLDVGMTAYTIDTVCTELILTRQKGGAVRISGFRKGTVIYDENGAIDSIAW
                     DWRRPEINYGYDYRYVWDDLEYRILSLQDNGFVEDMEIWRRGKDGERDRLVAQLSYSY
                     DYAGYVSRIEIPNLQATIRFKYHYRDQSNYANSITITEVQRTDTSTYTLRLAPEKLRN
                     TGYVCNVLRAVGAPLTNQYALNPDLYYLGIYGTPVKLLPDAIIERNIYRDGEGDLHSV
                     YSRVGSDYYFYEDNAMLTRSRQP"
     CDS             complement(1635..2117)
                     /locus_tag="SEQF2638.1_00326"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQLEQGVGQSVGVILLLIGAEEVYFGRVKPLDSRPIILVSEVIR
                     AQEEGGFIGVAGVGVEAEVALHDGGGVLAPLLRGHHGQHVVGLLDQIAIVGDGFEGHQ
                     LVRATGKVAQFEKRFSFLKQPVRPLEAVRALPVCHQAARHQTQRYDDFFHIQFVLLMA
                     "
     CDS             complement(2196..2747)
                     /locus_tag="SEQF2638.1_00327"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDKEGIVVHRGLLHLRVEGQRGGLFERHARTVAVAGLQVALSEV
                     EAGVLHQLVLFAHHLGEGLDGLGVIASVIAADAQDIEIAPDEGVGPFDVLVEHLDRRG
                     LVTLPIGYVAQQAVGLGAVPTVRICAQEGLTFRLDAVVTLIHIVDLHQVIERLLAVGG
                     LGFELLEARLGLLEFVLCVVDVS"
     CDS             complement(2760..3389)
                     /locus_tag="SEQF2638.1_00328"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLDKYVERADSFVSGLKLSGVEEAVAHAIVSVGIGDALLARLEI
                     DVSAELGEGVVVALLFEEAVAQIVVCQRVSLGRAVGGVAEVGTVIGCGVVEIVLAIVG
                     LAAPVVRLTVGVGVVDPGGDGLVKAANGLGWAARGEGLDAHTEKDVLLGGKDFPTRSA
                     DFVDRGECGVVVLGGEVDLREVVADLVGILGVGETIEEVLEDGDRLAEA"
ORIGIN      
        1 gacgcgtcgt tttgagattt cggacaaatc gttttgcgga ttatactatc ctcttttctt
       61 tccttgatga aagaaaagag ggcaaaagaa aatcaagccc ccaccggggg cggggaagtt
      121 ggccgggtac gggttggggc ttatgcagtg ttttccgacg gaggcggggt acgggttggg
      181 gcttatgcag tgttttccga cggaggcgga tgactggaag tggcggacaa aaaaaagccg
      241 tccacgggca attggctgtg ggcgacttga cgttgtaatg gggatcgacg gcttagggct
      301 gtcggctgcg ggtgagcatg gcgttgtctt cgtagaaata gtagtccgag cctacgcgcg
      361 aatagacgct gtgaaggtcg ccctcaccgt cgcggtagat gttacgttcg atgatggcat
      421 cgggaagcag cttgacgggc gttccgtaga tgccgagata gtagaggtcg gggttgagcg
      481 cgtactggtt cgtcagcggc gcgcccacgg cacgcaggac gttgcagacg taccccgtat
      541 tgcgaagctt ttcgggcgcc agccgcaggg tgtaggtgct ggtgtccgtg cgctgcactt
      601 cggtgatggt gatgctgttg gcgtagtttg attggtcgcg atagtggtac ttgaagcgga
      661 tcgtggcctg aaggttcggg atctcgatcc ggctcacgta gcccgcgtag tcgtaggaat
      721 agctgagctg ggccacgagg cggtcgcgct cgccatcctt gccgcggcgc cagatctcca
      781 tgtcctccac gaagccgttg tcctgcaggg agaggatgcg gtattccaga tcgtcccaga
      841 cgtagcggta gtcgtagccg taattgatct ccgggcggcg ccagtcccaa gcgatggagt
      901 cgatggcgcc gttctcgtcg tagatgacgg tgcctttgcg gaagccgctg attcttaccg
      961 cgccgccttt ttggcgcgtg aggatcagct cggtgcatac ggtgtcgatg gtgtaggccg
     1021 tcatgccgac gtcgagcagt gaggcgccta tgcggatttc tttgttgttc acgcggttgc
     1081 cattttcgtc cacctcggtc aggtcggacg aggtgatttc gcagccggac agcagtaaca
     1141 cgaaggagag caggagcaaa taggtcgttt tcatcttctg tgtgggggtc attaggagtt
     1201 tcgtacggcg caaaagtaga gaaattgcct cccgggcccg gtttggacgg tacgtcgccc
     1261 ccgctttttc gtcttttata ggattctcat tccatcttaa cccccatcgt cagaaaggcg
     1321 gaatggttgc gaggatcggg tgggtgggct ggcttctgga gcctgttggg gcacatttct
     1381 tttgggggca ctttccggac gtggccccag atcggaggtc ggttttcgtg cccttgtctc
     1441 gcgcgcgtac cttttatata tagcgctacg ggcgggcggc gcacattggc tcagggcctg
     1501 tctcaggcac acggctgcgc atgttccgag ggcacgaaag gcacatccaa gaccctcccg
     1561 gggcgccttc cgattctcat tttcgcgcct acctttgcgc ccatcatcga aagaggccgc
     1621 taaaatgggt ctcatcaagc cattaagagg acaaattgaa tatgaaaaaa atcgtcgtat
     1681 cgctgtgttt gatggcgagc tgcctgatgg catacgggca gcgcacgtac cgcttcgagc
     1741 gggcggacag gctgtttcaa gaaggaaaag cgtttttcga attgcgcaac tttcccggtt
     1801 gctcggacaa gttgatggcc ttcaaagcca tctcccacga tcgcgatctg atccaagagg
     1861 ccgactacat gttggccgtg gtggcctctg agcaggggcg cgaggacgcc gccgccgtca
     1921 tggagcgcta cctcagcctc taccccgact cccgccacgc caatgaagcc gccttcctcc
     1981 tgggctcgta ttacttcgct cacgaggatt atgggacggc tatccaatgg tttaacacgt
     2041 ccgaaataga cctcctcggc accgatcagc aagaggatta cgcctaccga ttggcctact
     2101 ccctgctcca gctgcacgac ctgcgcacgg cgcgcaatta cttcgcccgc attgaggagg
     2161 tgggtcgcaa ataccgcgtg ccggccacct attacctagc ttacatcaac tacgcagagg
     2221 acaaactcaa gcaggccgag ccgcgcttcg agcaactcaa atccgagccc gcctaccgcg
     2281 agcagtcgct ctattacctg atgcagatcc actatgtgga tgagcgttac gaccgcgtca
     2341 agtcggaagg taaggccctc ctgagcgcat atccgaacag tcggaacagc gccgaggcct
     2401 accgcctgtt gggcgacgta gcctatcggg agggtgacga ggccacggcg atcaagatgc
     2461 tcgacaagta cgtcgaacgg gccgactcct tcgtccgggg cgatctctat atcctgggcg
     2521 tctgccgcta taaccgaggc gattaccccg aggccatcca agccttcgcc gaggtggtgg
     2581 gcgaagagga cgagctgatg cagaacgcct gcctctacct cggacagtgc tacctgcaaa
     2641 ccggcgaccg caaccgtgcg cgcatgtctt tcgaacaggc cgccacgctg accttcgacc
     2701 cgaaggtgca agagaccgcg atgtacaact atgccctcct tatccacgaa acgtccttct
     2761 caggcttcgg cgagtcggtc accatcttcg aggacttcct caatcgtttc cccgactcca
     2821 agtatgccga caaggtcagc gactacctcg cggaggtcta cctcaccacc aagaactacg
     2881 acgccgcact cgcctcgatc gacaaaatcc gccgaccggg tcggaaaatc cttgccgcca
     2941 agcagaacat ccttttccgt atgggcgtcg aggccttcac cgcgcgccgc ccatccgagg
     3001 ccattcgccg ctttgacgag gccatcaccc ccggggtcta cgacgccgac gcctacagtc
     3061 aggcgtacta ctggcgcggc gagacctact atcgccagga cgatttcaac aacgccgcag
     3121 ccgattaccg ttcctacctc agcaacgcca ccgaccgctc ggccgaggct taccctctgg
     3181 catactacaa tctgggctac tgcctcttca aacaacagcg ctacaacgac gccctcgccg
     3241 agttccgccg atacatcaat ctcgagccgc gcaaggagag cgtctcctat gccgacgctt
     3301 acaatcgcgt gggcgactgc ctcttccacg cccgacagtt tgaggccgct gacgaaggag
     3361 tcggcccgtt cgacgtactt gtcgagcatc ttgatcgccg tggcctcgtc acc
//
LOCUS       SEQF2638.1|AYYF01000913.1 4800 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4800
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(94..1404)
                     /locus_tag="SEQF2638.1_00329"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:vienna_vog:VOG05272"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNPTKLTAQWLTILFATAFISATLSAQTVNRDRYIVLTITSDPD
                     AESAFSLDPEDKRAYFYLTADTDNTPVEIVYGNICSTIMVHSRERDAVGTQYVYLPKT
                     STMTIYGNVNGLNCYAAGHEPFVDFGPLDFNGGVQGPVSNLNISHNQGLKTLDCTNNM
                     ISLLDVSWNTGLEELNCSHNGLTTLDVSRNTALKVLDCSSNALGTIDVSHNTALVSLS
                     CSENGLSQIDVSRNTALKLLDCAANQLTQLDVSRNTALTDLNCFANELRSIDVSRNTA
                     LIRLICSVNKLTTLDIRSHTALEELNCQQNKIIQLDLSQNTALKSLRCSDNRLTTLDL
                     SANQSLKLLQCYGNQLTAAALDRIYCALPDRTGKEPGELFPAWTDDWDDIPDPDKSKV
                     LATNGRNATRKNWEILYKSNLVSRSAPGGEVTGFTGRYICGSGK"
     CDS             complement(1568..3118)
                     /locus_tag="SEQF2638.1_00330"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRNKLLLALALLLSLGACTTSRLVKQEKRIYPKREFRGAWFQTI
                     YQNDYRGLSADDFRALMDQRLDRLKRYGINAIFFQIRPEADAFYPSRYEPWSRWLTGR
                     QGESPDDDAFDPLAYLIEACHLRGLEFHAWLNPYRAGATDFEDFAETHIYRRHPEWFV
                     RYNRMTLFDPGIPDCRLFICGVVRDIVTRYDIDGIHIDDYFYPYPVAGEPFPDEESFS
                     RYGPPAGFSANRRDDWRRNNINLLIRELKMTVASAKPWVSFGVSPFGIYRNKSSDRHG
                     SDTRGLQDYDDLYADVVLWMKNGWIDYCAPQLYWEIGHKSADYSTLIRWWSGLKTRTP
                     LYIGQDVARTMKAGQLAQKMIEEREAKRVDGHIFWPAGELLRNNGHVADSLRRIWHRY
                     PALTPPLSKAYTDRPDAVQNLRIAQTDGATRLVWDIAPQDPRAPRKTPMRYVVYRFPL
                     GERRDISRASMIIAITGEPSFQLRDSDFELPYTYVVTAVDRYHNESKPCKPLKLDGRT
                     RYINLRGK"
     CDS             complement(3131..4135)
                     /locus_tag="SEQF2638.1_00331"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P9WQP7"
                     /codon_start=1
                     /transl_table=11
                     /product="3 beta-hydroxysteroid dehydrogenase/Delta
                     5-->4-isomerase"
                     /db_xref="COG:COG0451"
                     /translation="MKKILITGASGFIGGHLVREALEGGYEVWAGVRRSSSLGRLPKD
                     RVHLIDLRYADAEALAAQVREHAAEHGRWDGVVHNAGVTKTVRPADFFEVNTEYTRRL
                     LAALNAGGQATRPDRFVLMSSLSAFGRGDERTFRPISADDEPRPESIYGRSKLAAEQC
                     VREQTTIPYTILRPTGVYGPGDRDYGMEIESIRAGFDFKIGRTPQRLTFIYARDLARV
                     VRLALERPEAVGRSYFVADGDVYTDDEFAGLIQELLHRRHVLHARIPLWLARVVCTVS
                     EAIGRMTGRPATLNTDKYHILKQRNWICDVSPLRHELGFTPEYNLRRGLEEIIAETNH
                     "
     CDS             complement(4235..4615)
                     /locus_tag="SEQF2638.1_00332"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTPTETLCRRYSYVELMWGLKLSRNAKMKRETDLGLRKTLSRRG
                     KPIKTFEKRLPAAGNGEKRSKNDFPPREMGKILRKTVSRGGKWEKSSEKRLRAAGRRL
                     KVSEIGFARREKGDNLEKRLSAAE"
ORIGIN      
        1 caacaacgct tacaaggcgc aacaggagat gggagctaaa aactaaaagt gaaagactat
       61 gggggtgaat gggggaacga aaaacgaaag gtgctacttg ccgctgccgc agatgtatcg
      121 ccctgtgaag ccggtgactt cgccaccggg agccgacctg gatacaagat tactcttata
      181 aaggatctcc caattcttac gagtggcgtt tcggccgttc gtagccaaca ccttggactt
      241 gtccggatcg gggatgtcat cccaatcatc tgtccacgca gggaacagct cgccgggctc
      301 cttgccagtt cgatcgggca gggcacaata gatgcgatcg agagcggcgg cagtcaactg
      361 gttgccgtaa cactgcagca atttgaggga ttgattggcg ctcaagtcga gcgttgtaag
      421 ccggttatcg gagcagcgca acgacttcag cgccgtgttt tggctgaggt cgagttggat
      481 gattttgttt tgctggcaat tgagttcctc tagtgcagtg tgggagcgga tatccaacgt
      541 ggtgagcttg tttaccgaac agatgagacg gatcaaggcc gtgttgcggc tgacatcaat
      601 cgaccggagc tcattggcaa agcagttcaa atcggtcaaa gccgtgtttc ggctgacgtc
      661 gagctgggtc agttgattgg cagcacaatc gagcaacttt aatgcggtgt ttcggctcac
      721 gtcaatctgt gagaggccgt tttcagagca gctcagcgag actaaggccg tgttgtggct
      781 cacgtcaatc gtccccaatg cattactcga acagtcgagc accttcagcg ccgtattacg
      841 actcacatcc aatgtggtca aaccgttgtg tgaacagtta agctcctcca gcccggtgtt
      901 ccagctcacg tcgagcagtg agatcatgtt gttcgtacag tcgagcgtct tcaatccctg
      961 attgtggctg atgttgaggt tgctcacagg gccctgcacg ccgccgttga agtcgagtgg
     1021 accgaagtcg acaaacggtt cgtgaccagc ggcgtagcaa ttcagtccgt ttacattgcc
     1081 atagatcgtc atggtggacg tcttcggtag gtagacgtac tgtgtaccta cagcgtcgcg
     1141 ctctcgagag tgaaccataa tggtgctgca aatattacca tagacgattt ccaccggcgt
     1201 attgtcggtg tcggctgtga gatagaagta ggctctttta tcttcgggat ctaaggagaa
     1261 agccgattca gcgtccggat cgcttgtgat ggtgaggacg atgtagcgat ccctattcac
     1321 cgtttgagcg gagagggtag cggaaatgaa ggctgtagca aaaaggatag tgagccactg
     1381 cgctgttaat ttggtggggt tcatataaag gagctaaaaa ctaaaagtga aagactatgg
     1441 gggagaatga ggaacgaaaa tgatccgggt acatggtcga gattatttcc ctgccccggc
     1501 aggggccgtc agggacgccg gccaagtggg ctggacgcat acgtgtaccc ggacgtcttt
     1561 tcatgcttca cttccctctg agattgatgt agcgcgtgcg gccatcgagt ttgaggggct
     1621 tgcacggttt gctctcgttg tgatagcgat cgacggcggt gacgacgtag gtgtagggga
     1681 gctcgaagtc gctgtcgcga agctggaagg agggctcgcc ggtgatggcg atgatcatag
     1741 aggcacggct gatgtcccgg cgttcgccga gcgggaagcg atagacgacg taacgcatgg
     1801 gcgtcttacg gggggcgcgg ggatcctgcg gggcgatgtc ccacacgagg cgcgtggcgc
     1861 cgtccgtctg cgcgatgcgg aggttctgca cggcgtcggg tcggtcggtg taggctttgg
     1921 agagcggcgg agtgagcgcg gggtagcggt gccagatgcg gcggaggctg tcggccacgt
     1981 gaccgttgtt gcgcagcagt tcgccggcgg gccagaagat gtgtccgtcg acgcgcttag
     2041 cctcgcgctc ctcgatcatc ttttgcgcca gttggccggc cttcatggtg cgggccacgt
     2101 cctgcccgat gtagagcggt gtgcgcgtct tgagaccgct ccaccagcgg atgagcgtcg
     2161 agtagtcggc ggacttgtgg ccgatttccc aatagagctg cggggcgcaa tagtcgatcc
     2221 agccgttctt catccacagc accacgtcgg catagaggtc gtcgtagtct tgcagcccgc
     2281 gcgtgtcgct gccgtggcgg tcggacgact tgttgcggta gatgccgaag gggctgacgc
     2341 cgaagctgac ccagggcttg gccgaggcta cggtcatctt cagctcgcgg atcaggaggt
     2401 tgatgttgtt gcgccgccag tcatcgcgcc ggttggcgga gaagcccgcg ggcggtccgt
     2461 agcgggagaa gctctcctcg tccgggaagg gctcgccggc gacggggtag gggtagaaat
     2521 agtcgtcgat atggatgccg tcgatgtcgt aacgggtgac gatgtcgcgc accacgccgc
     2581 agatgaagag gcggcagtcg gggatgccgg gatcgaagag cgtcatgcgg ttatagcgca
     2641 cgaaccactc gggatggcgg cgatagatgt gcgtctcggc gaagtcctca aagtccgttg
     2701 cgccggcgcg ataggggttg agccaggcgt gaaactccag cccgcgcagg tggcaggctt
     2761 cgatgaggta agccagcgga tcgaacgcgt cgtcgtcggg cgattcgccc tgacggcccg
     2821 tcagccagcg gctccaaggc tcgtagcggg aggggtagaa ggcgtcagcc tcggggcgga
     2881 tttggaagaa gatggcgttg atgccgtagc gtttcaggcg gtcgagacgc tgatccatga
     2941 gcgcacgaaa atcgtcggcc gagagtccgc ggtagtcgtt ctgatagatg gtctgaaacc
     3001 acgcgccgcg aaattcgcgt ttgggataga tgcgtttttc ctgcttcacg aggcgcgatg
     3061 tggtgcatgc gccgaggctc aggagcaggg cgagggcaag gagtagtttg ttgcgcataa
     3121 gggtagatga ttagtgattc gtttcggcga tgatctcctc gagtccgcgg cggaggttgt
     3181 attcgggcgt gaagcccagc tcgtggcgga gggggctgac gtcgcagatc cagttgcgtt
     3241 gcttgaggat gtgatacttg tcggtgttga gcgtggcggg tcggccggtc atgcgcccga
     3301 tggcctcgga gacggtgcag accacgcgcg ccaaccagag cgggatgcgg gcgtggagga
     3361 cgtgccgacg gtggagcagc tcctggatga ggccggcgaa ctcgtcgtcg gtgtagacgt
     3421 cgccgtcggc cacgaagtag ctgcggccta cggcctcggg gcgctcgagg gccagccgga
     3481 cgacgcgcgc caggtcacga gcgtagatga acgtgaggcg ctggggcgtg cggccgatct
     3541 tgaagtcgaa gcccgcgcgg atgctctcga tctccatccc atagtcgcgg tcgccgggtc
     3601 cgtagacgcc cgtgggccgc aggatggtgt aggggatcgt cgtctgctcg cggacgcact
     3661 gctcggcggc cagtttgctg cggccgtaga tcgattcggg ccgaggctca tcgtcggccg
     3721 agatgggccg gaaggtgcgt tcgtcgccac ggccgaaggc gctgaggctg ctcatcagca
     3781 caaagcgatc ggggcgcgtg gcctggccgc cggcgttgag ggcagccaga aggcggcggg
     3841 tgtattcggt gttgacctcg aagaagtcgg ccgggcggac ggtcttcgtc acgcctgcat
     3901 tgtggaccac gccgtcccac cgcccatgct cggccgcatg ttcgcgcact tgggcggcga
     3961 gcgcctcggc gtcggcataa cggaggtcga tcaggtgaac gcggtctttg ggcaaccggc
     4021 cgagggagct gctgcgtcgc acgcccgccc agacctcata tccgccctcc agcgcctccc
     4081 ggacaaggtg tccgccgatg aatccgctgg ctccagtgat cagtatcttt ttcatgcccg
     4141 caaaggtagg atggctgcgg ccttcagcga ggccggtaca caagcctgca aatcgcgggg
     4201 ccgtgtgaat tagatttatg gagattccat agagtcattc ggcggcggaa aggcgttttt
     4261 cgagattatc ccccttttcc cgtcgcgcga aaccgatctc cgaaactttt agacgccttc
     4321 ccgccgcacg aaggcgtttt tcggaggatt tttcccattt cccaccgcgg gaaaccgttt
     4381 ttctgagaat ttttcccatt tcccgcggcg ggaagtcgtt tttcgagcgt ttttccccat
     4441 ttcccgccgc gggaaggcgt ttttcgaaag ttttgatcgg tttcccgcgg cgggaaagcg
     4501 ttttgcgaag tccgagatcg gtctcgcgtt tcattttggc gtttcgagaa agctttaatc
     4561 cccacatgag ttcgacgtaa gaataacgcc ggcagagagt ttctgtggga gtcatacgac
     4621 ggccaaaacg tttttggcct ttacggagct ctatgaaaga cattctccaa ggataaaggc
     4681 cacctttctt acgtcgaatt cacgtcacaa ataatcgtcc ccaatcagtt gttaggagat
     4741 atccggggta ggaacgcagg gcatacgcct ataggcatgc acgccccccc cccccccccc
//
LOCUS       SEQF2638.1|AYYF01000914.1 243 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..243
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 catgacagcc cgcgtcgaca tggtcctcac cggcttcatc gtcgccgccc tcctgcagat
       61 gtaccggtgg gaagaaaagc tcgccttgaa aggcctaccc gtcatcatcc cgcttttact
      121 cagcggcgcc gtgctcacca aggggccggt cggcatcatc ctgccgcttt tcatcttcgg
      181 cacgtacctc atcctgctcc gccgccacag cgccttgcag atcttcaagg ccctgcttta
      241 cat
//
LOCUS       SEQF2638.1|AYYF01000915.1 246 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..246
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 agacacgtat gacatagcgt cggtcagcat cactgaggct ttctcgcccc tcatcggaat
       61 tgacgccatg ttcctcaaca acgtcacggc cggtctgaag taccacaaga cgcgcaacct
      121 gaacctgaac atcacctctt atcaagtcgt cgagacccac agtggggagt tcacggtgag
      181 tttaggctac aaatacgccg agttcaataa ggtgttgaag atgcgcaaga aaggtgactt
      241 cagtaa
//
LOCUS       SEQF2638.1|AYYF01000916.1 356 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..356
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 atgctcgtct tgatccatat tttgagatga agtatccagt gtgtattgaa tagtattata
       61 tttcgagata tgatataaga agaaccatca tgcgaataga tatttcaaaa tgagatattt
      121 gcatagaagc taatagtacc atattttgag atacactata aatggatagg atgctaatga
      181 tgtatcagaa aatatagaga tgattcatgg tttagattgt acgatatttt tagatgagat
      241 atagaatgaa ccagatgata gcacttctgg aagaaaaaag gggctgtcac acggtggatc
      301 gtgctctcct ttttgctgag aaaagctgtc atgcgttgag gagcgtgctt ctgagg
//
LOCUS       SEQF2638.1|AYYF01000917.1 4206 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4206
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             49..1818
                     /locus_tag="SEQF2638.1_00333"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTYKGNDNTGGTAPVDSKLYNDNDDVKVLDRGDLVRTDAVFLGW
                     LFEQKPLITKKADVPATIYQKDATFKYSANQKTLFALWGEDKTGPNGQSDNVPDYLQN
                     GVTYNGNNQSSGAAPVDANRYNNGENVTVKDSGSLARTEAVFIGWSFTQKPVITKAAD
                     EPADLKKKGATFAITADTTLYAVWAVDKTGPNGTPDGNPDYSQDGVTYHANGASGTAP
                     QDANLYNNGDQVTIKDKGDLTLNQTVFIGWHTSSVSIVTTASAVPADMKQPNQQVSYS
                     SALANLYAVWGEDKTGPNGQSDNVPDYLQKGVTYVGNGNDGGAVPVDNNRYNDSTMVT
                     VKGKGTLTRTQAAFIGWSFGTSSLITAKTNEPNDLMKPDTAIRITSDLTFHAVWAKDA
                     NQNGIPDYDEVFVTWNPGARSQAGKQRTEPVSKGNLQFKANGFAIRGFVLLGWSEQKK
                     PVVTSQAAENSLSNFHRLGSQYDIQEDKKFFAVWAIDKDNNGSPDYNNARVEKRSQLR
                     ILSEDQIDQSEFQLEAASIRVWAHEGVLYIESDRRARAEVYTRSGALYKRIDVAEGQT
                     REPLAEGFYVVVIDGKTHKVIVK"
     CDS             1842..3509
                     /locus_tag="SEQF2638.1_00334"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIRTSKKNCLWAMAATFGLLSALNIGSLRAADVTWRPGAQPRAG
                     AQRTETVANGMHRLTHNGYGMRGYLLLGWSDRKLPVVTSVAAEKGIETLLYRVGDAID
                     IQSDRTLYAVWAIDKDNNGSPDYYNARREVKDLAQIERGIAERERKKRAAETGAARYN
                     LRAAALSLPKWNIDDDILAYKDNVFYVGCVYNTDTLEKHNLRETIICWNNHWSVFGGL
                     KLANMKMIKAARDLELVFEYGGVLEDSCLTGGRAQKPIKRILLPRDSAVHTLIMCDPI
                     QFTRIKEDGDAVLKMYFVRKKTGNGPDTLANDTSDWVVPHFNAWRYPGVGNSFPTLFP
                     HPFYNEETGEPSDTFTVRFKIYNQPKFASNTIRSRVHYRDTMRLNYGFVSGTATKYMV
                     RSLDGGWNWHPADSPLTDVERDLLQDDSVRVCLRQLDSKVGRSADLKQTFMDPNRFYY
                     TGDTLNSLTNLLNGSDEEIAYDLQSGVTYFESMYNQLPPTLQAHVINHYDTLGYAPPL
                     WSDLNRFDRFNTLGAFQEVLEDLVANPPPALHPLADLVRMLVTEQEE"
     CDS             complement(3654..4163)
                     /locus_tag="SEQF2638.1_00335"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MERNNLIPFAATTFFAAPSHDAWASIPDASGRNGEASLRAPLSS
                     PAVSDGDLLGTWTINRVKVKKTVDGVSSERTYSAGQKVESFNESPKRVTFSADGNSVF
                     EYENGKTDGPFEYTVEGNQIKRMIMVAVLTYDYKVTPSGELQLVTTVSYARDSHSIDE
                     EYTYYGTKR"
ORIGIN      
        1 ggcccgggcg gtacccccga cggtaagcct gactacagcc aagctggcgt gacctacaag
       61 ggcaacgaca acaccggtgg tacggctccg gtagattcga agctttacaa tgacaacgac
      121 gatgtgaaag tgctcgatag gggtgacttg gttcgtacgg atgccgtgtt cctcggctgg
      181 ctcttcgagc agaagcctct gatcacgaag aaggcagatg tgccagcgac gatctaccag
      241 aaggatgcca ccttcaagta ctcggcgaac cagaagacgc tcttcgcgct ctggggcgag
      301 gataagaccg gtccgaacgg acagagcgac aatgtgcccg actacctgca aaacggtgtc
      361 acctacaacg gtaacaacca gagcagcggt gcggctcccg tggatgctaa ccgctataac
      421 aatggtgaga acgtaacggt gaaagattcc ggttcactgg cacgcaccga ggctgtattt
      481 attggctgga gcttcacaca gaagcctgta atcacgaagg ccgcagatga acctgccgac
      541 ctgaagaaga agggtgccac gttcgccatc acggccgata cgaccctcta cgcagtatgg
      601 gcagtagata agactggccc aaacggtacg cctgacggca accctgacta cagccaagat
      661 ggcgtgacct atcatgccaa tggtgctagt ggcacggctc cgcaggatgc caacctctat
      721 aataatggcg accaagtaac catcaaggat aagggcgact tgacgcttaa ccagacggta
      781 tttatcggat ggcacacttc gagtgtatct atagtaacaa ctgcatccgc tgtgccggcc
      841 gacatgaagc agccgaatca gcaagtatct tactcatccg cactcgcaaa cctctacgcc
      901 gtatggggtg aggacaagac gggtccgaac ggtcagagtg acaatgtgcc cgactacctg
      961 cagaagggcg tgacctatgt cggtaatggc aatgacggtg gtgcggtccc tgtggataac
     1021 aatcgctaca atgacagcac gatggttacc gtgaagggca aaggcacctt gacgcgtaca
     1081 caggccgcct ttataggttg gagctttggc acctcaagtc tgatcacagc caagaccaat
     1141 gagccgaacg atttgatgaa gccagatacc gccattagga tcacatcaga tctgaccttc
     1201 catgccgtat gggctaagga tgccaaccag aatggtatcc ctgactatga cgaagtgttt
     1261 gttacatgga atccgggtgc tcggtctcag gccggtaagc agaggactga gcccgtatcg
     1321 aaaggcaacc ttcagttcaa ggccaacggc tttgccatac gtggttttgt tctgctcgga
     1381 tggtctgaac aaaagaagcc cgtggtgaca agccaggcag cggagaatag cctatccaat
     1441 ttccataggc tcggaagtca gtacgacatt caggaagata agaagttctt tgctgtatgg
     1501 gcgatcgata aggacaacaa tggttcacct gattacaata atgcaagggt tgagaagcgc
     1561 tcgcaattga gaatcttgtc agaggatcag attgatcagt cagagtttca gcttgaagct
     1621 gcttctatcc gcgtatgggc tcatgaaggt gtgctctata tcgagtctga ccgtcgtgca
     1681 cgtgcagagg tctacacccg tagtggtgcg ttgtacaagc gtatcgacgt agccgaaggg
     1741 cagacacgcg aaccgctcgc cgagggcttc tatgtggtag tcatcgacgg caagacgcac
     1801 aaagtgatag tgaagtaaac caaaccaaat tacaatggaa tatgatacga acaagtaaaa
     1861 agaattgttt gtgggctatg gcagcaacct tcgggttgct gtccgccctc aatatcggct
     1921 cgctgcgtgc agccgatgtg acttggcgcc cgggggccca gcctcgtgcg ggtgcacaaa
     1981 ggacggagac ggtggctaat ggaatgcacc ggttgactca caatggctac gggatgcggg
     2041 gctatctgtt gctcggatgg tccgatcgta aattgccagt ggtgacttct gttgctgctg
     2101 agaagggaat tgagacgttg ctctatcgag tgggagatgc tatcgacata caatccgata
     2161 ggacgttgta tgctgtatgg gccattgata aagacaacaa tggctctccc gattattata
     2221 atgcgcggag agaagtgaag gatctggccc agatcgagag aggaatagct gaacgtgaaa
     2281 gaaaaaagcg ggctgccgaa acaggtgcag cacgttataa ccttcgagcg gcagcactct
     2341 cgctcccgaa atggaatatt gatgatgata tactagccta taaagacaac gtcttttacg
     2401 taggctgtgt gtataatacg gatacactcg aaaagcacaa tctaagagag acgattattt
     2461 gctggaataa ccactggagc gtttttggcg ggctaaaact agctaacatg aaaatgataa
     2521 aggcagctcg tgacttagag cttgtttttg aatacggagg cgtattggaa gattcttgct
     2581 taacgggagg ccgggctcaa aaacccatca agcgaatcct gcttccgagg gattctgcag
     2641 tacacacttt aatcatgtgt gatccgatac agtttacccg gatcaaggag gatggcgatg
     2701 cggtattgaa gatgtacttt gtcagaaaga agacgggtaa cggccccgat acgctggcga
     2761 acgatacatc agattgggtg gtacctcact ttaatgcttg gagatacccg ggggtaggta
     2821 atagctttcc gacgttattc ccccatcctt tttacaatga ggagaccggt gagccatccg
     2881 atacgttcac cgttcgattc aagatctaca accagccaaa attcgcttcg aatactattc
     2941 gctcgcgggt gcactatcgc gacacgatgc gtttgaatta cggctttgtg agcggtacag
     3001 ctacaaagta tatggtgcgt agccttgatg gaggttggaa ctggcatccg gctgattcgc
     3061 ccctgaccga tgtagagaga gacttgctgc aagacgacag tgtacgcgtc tgtctgcggc
     3121 aactcgattc aaaagtcggg cgatcagcag atctaaagca aacttttatg gacccgaata
     3181 gattttacta taccggcgat acccttaata gtcttactaa tctcctgaat ggaagtgatg
     3241 aagagatagc atacgacctg cagtctggcg ttacatattt tgaatcaatg tataatcaac
     3301 taccgccaac tcttcaggct catgtaatta atcattatga tacactgggt tatgcgcctc
     3361 ctctttggag tgatcttaat agatttgata gattcaatac tttgggagct tttcaggaag
     3421 ttctggagga tctagtagct aacccacctc ctgcacttca tcctttggcg gatcttgtga
     3481 gaatgctggt tactgaacag gaagagtagg gccatagcgc ccacaaatct gagtaataac
     3541 tgtttcatac tgtattctat tttctattag ttgatatgcc ttgaagctgt tcgaaagaga
     3601 gtgagcgccc cgcacaatgg gggcacaaaa cagccctcaa ggctgtgctt tacttatcgc
     3661 ttcgtcccgt aatacgtgta ttcctcgtcg atggaatgcg aatcgcgggc gtagctaact
     3721 gtggtaacta attggagttc acctgacggc gtcaccttat agtcataggt aaggacggcg
     3781 accataatca ttcgcttgat ctggttgcct tcgaccgtat actcaaacgg tccgtcagtc
     3841 ttgccattct catactcaaa cacggagttt ccgtcggccg aaaaagtcac ccgcttcggg
     3901 ctttcgttga acgactccac cttctgaccg gccgaatagg tgcgctcgga ggagacaccg
     3961 tcgacggtct ttttgacctt cacccggttg atggtccagg tgccaagcag atcaccatcg
     4021 gatactgcgg ggctggatag cggtgcccga aggctggcct ctccgttccg gccactggcg
     4081 tccgggatgg aggcccaagc gtcgtgggat ggtgctgcaa aaaacgtcgt ggccgcaaag
     4141 ggaatcaaat tatttcgttc caacgtactg ctttattttt ttatggattt ctattccgtc
     4201 aaacta
//
LOCUS       SEQF2638.1|AYYF01000918.1 5456 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..5456
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             35..562
                     /locus_tag="SEQF2638.1_00336"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MARYEVGRVHQIGRADRVIAEAEVRAGEAARLLGVVREVGLAIL
                     IGVVADDLHRVLVGTHRTVGTEAIELGFEHAFATECDLFLHRQRGEGDVVHDADREVV
                     LGLVEGEVFEDGNDLCRRRVLRAEAVASTDDDRGILTAIEAVLDVEVERLTIGARLLR
                     TVEHGDALNRLRHCS"
     CDS             566..1015
                     /locus_tag="SEQF2638.1_00337"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLSRERTIEVYGHHADLLAVGYEVIDGLTRGFRHGTHGDDDAVS
                     IFGAVVIEEAVFATGELVDLFHVFLHDGGHFVVEAIASLAVLEEVVGVLSHTARHGVH
                     RVQGAGAELGQGLLIDERSEILVVELLDLLDLVRGAEAVEEADERDA"
     CDS             complement(843..1376)
                     /locus_tag="SEQF2638.1_00338"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGRRWAEEHLRRNRIGARDAVRRRSRWRRARIAAGRCADLYLYG
                     LTGIAAHDPEHVQDRGRVPALRLPRFRTYLGLARPLHLWRPPGRDGRTPDGLRHAGRR
                     LRAGGDGLGRCGTPGHDQVTRPVRQLLRRLPHLARDPEDREARQRGSRSAHRSKGPGR
                     VPRPRPEPDEPRGARYG"
     CDS             complement(1579..2766)
                     /locus_tag="SEQF2638.1_00339"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEAFYRTHKYLVTHLGTPVRRGLMDEVDWSQRLIGIKGCREIGK
                     TTFLLSYAREYFAPDGRECLYVNLNNFIFTERTLTDFAGEFYAAGGKVLLIDQIFKYP
                     NWSRELRYCYDHYTNLRIVFTGSSVMRIKEENHEVGDIVAPYYLRGFSFREYLNLKTG
                     LDLQPFSFDMLMRDRHLIARDICDQVNPGEYFHDYLHHGFYPFFLEKRNYSENLLKMM
                     NMTLEVDVLYIRQIEQRYLPKLRRLLYLISQNEPCTLNISQLSKDIGTSRATVMNYLK
                     YLKDARMITLLYPRGEEFPQKPVYAYLYNPNLLHVMNRQTQDERTVNEAFFFNQLLKD
                     NRVNAYDRHNSFLVNDRYLFRVSYPEARWKVSPDFYYAVDEVEPPLDEPNCIPLWMFG
                     FLY"
     CDS             3049..3411
                     /locus_tag="SEQF2638.1_00340"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQSRVIQIRYESDGVQSELIQNYFASDCMQFGVIQIRYRSDGMQ
                     SELIQNCFAPDCMRFGMIQIRYGLDGVQSELIQNCFASNCMRFGVIQIGYGSDGVQSE
                     LIQNCFASDCMPFSVIQI"
     CDS             complement(3564..5366)
                     /gene="clcB"
                     /locus_tag="SEQF2638.1_00341"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01203"
                     /codon_start=1
                     /transl_table=11
                     /product="Voltage-gated ClC-type chloride channel ClcB"
                     /translation="MKHTNHMTNENRFYRFLLWRERHIRERNFILIISFLVGIGAATA
                     SLLLKFLIHTIQQLLWANIREGANYWLLLYPIIGILLAGVFVYYVVRDDISHGVTKIL
                     YAISQRKSRIKPHNMWSSLVASSLTIGFGGSVGAEAPIVLTGAAIGSNLGRLFRMEQK
                     TLMLLVGCGAAGAVAGIFKAPIAGLVFVIEVLMLDLTMTSVLPLLISSVTAATMSYVF
                     SGTEAMFQFSQTEEFVMERIPYVLLLGIFCGLVSLYFTRAMLRVEGIYAGLSHRWQRF
                     ILGAAMLSILIFLFPPLYGEGYDTIETLLNGDFIHLMDQSPFLGMENGYWGIVIFLGL
                     ILLTKVFASAATNGGGGCGGVFAPSLYIGCIAGFFFSHVLNFFGLPVDLPEKNFALMG
                     MAGTMSAVMHAPLTGVFLIAELTGGYNLFLPLMITSIGSYVTIRAFEPHSLYTMRLAQ
                     KGELLTHHKDKAVLTLMNVGSVIETDFIAVRPDMSLGDVVKEAIAKSSRSMFPVVDTE
                     GVLLGIVLVDNIRNIMFRPELYERFRVSRFMVSPPARIVNDMPMEKIMHIFDDTKAWN
                     LPVVDTEGKYIGFVSKSKIFNAYREVLVDTFTGD"
ORIGIN      
        1 gggtcacatc gtacatgtgc agataggcct gcacatggca cgctacgaag ttgggcgtgt
       61 tcaccagata ggtcgagcgg atcgggtgat cgccgaagcg gaggtgcgag caggtgaagc
      121 cgcccgactt cttggagtcg taagagaagt aggcctggca atacttatcg gtgttgtcgc
      181 cgatgatctt caccgagttc ttgttggcac ccaccgtacc gtcggcaccg aggccataga
      241 acttggcttc gaacatgcct tcgccaccga gtgcgatctc ttccttcatc ggcagcgagg
      301 tgaaggtgac gtcgtccacg atgccgaccg tgaagtggtt cttgggctcg ttgagggcga
      361 ggttttcgaa gacggaaatg atctgtgccg gcgtcgtgtc cttcgagctg aggccgtagc
      421 gtccaccgac gatgatcggg gcattctcac ggccatagaa gcagtccttg acgtcgaggt
      481 agagcggctc accattggcg cccggctcct tcgtacggtc gagcacggcg atgcgcttaa
      541 ccgtcttcgg cactgcagct aggaagtgct tagccgagaa cggacgatag aggtgtacgg
      601 ccaccatgcc gaccttctcg ccgttggcta cgaggtaatc gatggcctca cgcgcggctt
      661 ccgtcacgga acccatggcg atgatgacgc ggtcagcatc ttcggcgccg tagtaattga
      721 agaggccgta tttgcgaccg gtgagcttgt agatctcttc catgtattcc tccacgatgg
      781 cgggcacttc gtcgtagaag cgattgccag cctcgcggtg ctggaagaag tggtcggggt
      841 tctcagccat accgcgcgcc acggggttca tcgggttcag ggcgcgggcg cggaactcgg
      901 ccagggcctt ttgatcgatg agcggagcga gatcctcgtt gtcgagcttc tcgatcttct
      961 ggatctcgtg cgaggtgcgg aagccgtcga agaagctgac gaacgggacg cgtgacttga
     1021 tcgtggccag gtgtgccaca ccggccaagt ccatcacctc ctgcacggag ccttcggcca
     1081 gcatggcgaa gcccgtctgg cgtacggcca tcacgtcctg gtggtcgcca aagatggaga
     1141 gggcgtgcga ggccaaggta cgtgcggaaa cgtggaagac gcagggcagg aactcgcccg
     1201 cgatcttgta catgttcggg atcatgagca gcaatccctg tgaggccgta taggtagagg
     1261 tcagcgcacc ggcctgcagc gatccgtgca cggcgccagc ggctccgcct tcggactgca
     1321 tctcttgcac caatacggtt tcgccgaaga tgttcttccg cccagcggcg gcccattcat
     1381 cgacgtattc ggccatcgtc gacgacggtg tgatggggta aatggcagcc acttcggaga
     1441 acatatacga gatatgcgcc gcggcttgat taccgtcaca ggtcaaaaat ttcttttctc
     1501 gtgccataac tatctgttgt ttgatgtgtg taacattctg attgcttgta tgtggatatt
     1561 tagtcagtgg agattgtatc agtataagaa gccgaacatc cataggggga tgcagttcgg
     1621 ctcgtcgagg ggaggctcca cctcgtcgac ggcgtagtag aagtcggggc tgactttcca
     1681 gcgcgcctcg gggtaggaga cccggaagag gtagcgatcg ttgaccagga agctgttgtg
     1741 cctgtcgtaa gcgttcacgc gattgtcctt caggagttgg ttgaagaaga aggcctcgtt
     1801 gacggtgcgc tcgtcctgcg tctgacggtt catgacgtgc agcaggttcg ggttgtagag
     1861 gtaggcgtag acgggctttt gggggaactc ctcgccgcgg gggtagagga gggtgatcat
     1921 gcgggcgtcc ttgaggtatt tgaggtagtt catcacggtg gcgcgtgagg tgccgatgtc
     1981 cttgctgagc tgactgatgt tgagcgtgca gggctcgttt tgcgaaatca ggtaaagcag
     2041 gcggcgcagt ttgggcaggt agcgctgctc gatctggcgg atgtagagca cgtcgacctc
     2101 gagggtcatg ttcatcatct tgagcaggtt ctcggaatag ttgcgcttct cgaggaagaa
     2161 ggggtagaag ccgtgatgaa ggtagtcgtg gaaatactcg ccggggttga cctggtcgca
     2221 gatgtcgcgg gcgatgagat ggcgatcgcg catgagcata tcgaagctga agggttgcag
     2281 gtcgaggccg gtcttgaggt tgaggtattc gcgaaaggag aagccgcgca ggtagtaagg
     2341 cgccacgatg tcgcccacct cgtggttctc ctccttgatg cgcatgacgg acgatccggt
     2401 gaagacgatc cttaggttgg tgtaatgatc gtagcagtac cgcagttcgc gcgaccagtt
     2461 gggatacttg aagatctgat cgatgaggag caccttgccg ccagcggcgt aaaactcacc
     2521 tgcgaagtcc gtaagggtgc gttcggtgaa gatgaagttg ttcaggttga cgtacaggca
     2581 ttcgcggcca tcgggggcga agtattcgcg agcgtaagag agcagaaacg tcgtcttacc
     2641 gatctcgcgg caacccttga tcccgatcag gcgctgactc cagtccacct cgtccattag
     2701 gccgcggcgc acaggtgtcc ccagatgcgt caccagatat ttgtgcgttc gatagaatgc
     2761 ctccataagt cagttcaaat ttccgcgggc aaagatagga tttgcgcgta aaaacaccat
     2821 caaaaatgca aactgtagat tgcaattttg cgcttcccgt tcggttttcg acccctgatt
     2881 cgtgtttacg atcgcaccaa aatatgcgct tgaccgtatg gcgtaagatt cgattcaaat
     2941 ccaaatggat ttacgcggcc atgcttgcta ccttatctga atagactttg tgtttgatca
     3001 gatcgtatga gagccatcaa tcttcaaatt tgaatgcgac cgaatggcat gcaatcccgt
     3061 gtgattcaaa tcagatacga gtcagatggt gtgcaatccg agctgataca aaattatttc
     3121 gcttcggatt gcatgcaatt cggtgtgatt caaattagat ataggtcaga tggcatgcaa
     3181 tctgagctga tacaaaattg ttttgctccg gattgcatgc gattcggtat gattcaaatc
     3241 agatatgggt tagatggcgt gcaatctgag ctgatacaaa attgttttgc ttcgaattgc
     3301 atgcgattcg gcgtgattca aattggatat gggtcagatg gcgtgcaatc tgagctgata
     3361 caaaattgtt tcgcttcaga ttgcatgcca ttcagtgtga ttcaaatctg aaatgggtca
     3421 gacggcgtac aatctgagct gatacaaaat tatttctctt cggattacat gccattcagc
     3481 ataaaacaaa aaggattcaa gacgcatagc aggtgatccg tcttgaatcc aattctcgag
     3541 atgtcgttgt ggggcttcgg aggtcagtcg ccggtgaacg tgtcgacgag tacttcgcga
     3601 taggcgttga agattttcga cttggagacg aagccaatgt atttgccttc ggtgtcgacg
     3661 acgggcaggt tccaggcctt ggtatcgtcg aaaatgtgca tgattttctc catcggcatg
     3721 tcgttgacaa tgcgcgcggg gggcgagacc atgaaacgcg agacgcggaa acgctcgtac
     3781 agctcggggc ggaacatgat gttgcggatg ttgtccacca gcacgatgcc cagcagcacg
     3841 ccctcggtat cgaccacggg gaacatgctg cgggagcttt tagcgatggc ttccttgacg
     3901 acgtcgccga ggctcatatc ggggcggacg gcgatgaagt ccgtttcgat cacactgccg
     3961 acgttcatga gcgtcagcac ggccttgtcc ttatggtgcg tcaggagttc gcccttttgg
     4021 gccaaacgca tggtgtagag gctgtggggc tcgaaggcgc ggatggtgac gtaggagccg
     4081 atggaggtga tcatgagcgg caggaagagg ttgtagccgc cggtcagctc ggcgatgagg
     4141 aagacgcccg tcaggggggc gtgcatgacg gcggacatgg tgccagccat gcccatgagg
     4201 gcgaaattct tttcgggcag gtcgaccggc aggccgaaga agttgaggac gtgcgagaag
     4261 aagaagcccg cgatgcagcc gatgtagagg ctcggggcga agacgccacc gcatccgccg
     4321 ccgccgttgg tggccgccga ggcgaagact ttcgtgagga ggatgaggcc gaggaagatg
     4381 acgatgcccc aatagccatt ctccatgccg aggaaggggc tttggtccat gaggtggata
     4441 aagtcgccgt tgagcagggt ctcgatcgtg tcgtagccct cgccgtagag cggggggaag
     4501 aggaagatga ggatgctgag catggccgca ccgaggatga agcgttgcca gcggtgcgag
     4561 aggccggcgt agatcccttc gacgcgcagc atggcacggg tgaagtagag cgagacgagt
     4621 ccgcagaaga tgcccagcaa gaggacgtag gggatgcgct ccatgacgaa ttcctcggtc
     4681 tgcgaaaact ggaacatggc ctcggtgccg gagaagacgt acgacatggt ggcggccgtg
     4741 acggacgaga tgagcagggg caagacggac gtcatcgtca agtcgagcat gagtacctcg
     4801 atgacgaaga ccaatccggc gatcggggcc ttgaagatac ccgctacagc gcccgcggca
     4861 ccacagccga cgagtagcat gagtgttttc tgctccatgc ggaagagtcg gccgaggttc
     4921 gacccgatgg cggcaccagt gagcacgatg ggcgcctcgg ccccgaccga tccgccgaat
     4981 ccgatcgtca gcgaactggc cacgagcgag ctccacatgt tgtgcggctt gatgcggctc
     5041 ttgcgctgtg agatggcgta gaggatcttg gtgacgccgt ggctgatgtc gtcgcggacg
     5101 acgtaataga cgaagactcc ggccagcagg atgccgatga tggggtaaag gagcagccaa
     5161 tagttggctc cctcgcggat gttggcccag agcaactgct ggatggtgtg gataaggaac
     5221 ttcagcagta gggaggccgt agcggctccg ataccgacca ggaaactgat gatgagaatg
     5281 aagttgcgct cccggatgtg gcgttcgcgc caaagcagga agcgatagaa gcggttttcg
     5341 tttgtcatgt ggttcgtgtg tttcatacgc ccttgcctgt gattactgtc ctgaccgtat
     5401 aaataaggat agtcagatcc agagcgaggg acatattttc gtaatagagg atgtcg
//
LOCUS       SEQF2638.1|AYYF01000919.1 477 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..477
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gccgcagcca agctcgagga gatcaagggc tctgtcgtat tccattcgga taagatccgg
       61 gaagcgcggg cggatcgagc acattttgag agccagctac agcgtgacgc cgacggtgtg
      121 ccggtcaata agttgtcggt aaaaggagtg ccggacggtg cggacgtcaa ggctgtggct
      181 gcgcgcttgc aggagattgc ggagaaagcg cgtaccgaag gcgagtacaa taagatcggt
      241 gagatctacg ggttcccagt catggtgaag acagagagta cagcaaagga ccttttcgat
      301 tgttccgtca accgcttttt cgtgcagggc cgcagcggca tcctctatac ctataacaat
      361 ggtcgtctgg ccgctgatcc gaagctcgct tgccaaaact tcctgaacgc actagagcgg
      421 atcccgaaag tcatcgagac gcacgagagg gagttggcca aggtgaagga gcagatc
//
LOCUS       SEQF2638.1|AYYF01000920.1 2248 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2248
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(702..1349)
                     /locus_tag="SEQF2638.1_00342"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGERMKMKQEKAEALKQTILNVAYELFLTHGYEKVCLADIEQGA
                     GATRGSLIYHYRSKETLLLLTSERFIADFFRDTCPDEEVINSRTPLKDYLKAFVQMVE
                     AQVRHFKENIVKDTKVTSASSINFMIHLCTLSASFKRALQAFHTTQLGYWSEVINRAK
                     ACGEIRQALSTVTLVDTFVHILSGIIFQSAVCHQEIPLDQLQDEWDNFYQTTIEA"
ORIGIN      
        1 agattgtata agagacagac gtaatgtcac tatctgggcc cacttgttca aggaagagct
       61 gcacccgctg ttctatttgg cggatctgtg cgtccaagaa gctcttcaag cgcgtctggt
      121 cgtctatgat ctcgtccgcc gaggggctac tctgcaaaaa gtcgatgacg aatttctctg
      181 ctacgcccct gagcagatct tctttgtttc tgaaatgata gaagatggct cctctggtga
      241 cttgggatac ttgttcgatg ctcataaagc tgacggcatg gtatccgtgt gccaggaaca
      301 gcttgaatgc ggcccagaga atgcggcctt ttgtctcagt ctttctcagt tcgttcttgt
      361 tcgttttctg gatcataagt gggaattgtt gaatgggggt taaagggttg tagatggata
      421 gcctcgttcg gcttgtcggc cccaaaaata agcagggcga gagcaacctg catactattc
      481 ggtctatttt tcttcatggc tggagcttct ttcgctccgc ggctcccacc gaccctcccc
      541 gacggcggcc gccgtcgccc atcggcgggt aggggtaggg acgaaaatga acatgccccc
      601 agacgtttcc gcagggggca tataggttcg ggagccgtgt gcaatcgtcg gcccacgtcg
      661 tgcacgttgt cgccggcgca cgggccgagg cggggcgggc gctacgcctc gatggtagtt
      721 tggtagaagt tgtcccactc gtcttggagc tggtcgaggg ggatctcttg gtggcagacg
      781 gcgctctgga agatgatgcc ggaaaggatg tggacgaagg tgtcgaccag ggtgacggta
      841 ctgagcgcct ggcggatttc gccgcacgcc ttagcccggt tgatgacctc cgaccagtag
      901 cccagttgcg tcgtgtggaa cgcttgcagc gcccgtttga aggaggcact cagggtgcag
      961 aggtgaatca tgaagttgat cgacgaggcc gacgtgacct tcgtgtcttt gactatgttc
     1021 tccttgaaat gcctgacctg cgcttctacc atctggacga acgccttcag atagtccttc
     1081 agcggcgtcc ggctgtttat cacctcctcg tcggggcagg tgtcgcggaa aaagtcggcg
     1141 atgaacctct ccgaggtgag taggagcagg gtttctttgc ttcggtaatg gtagatgagg
     1201 ctcccgcggg tcgctcctgc gccctgctca atgtctgcca gacagacctt ttcgtatccg
     1261 tgcgtcagga acagctcgta ggccacgttc aggatagtct gcttcaaggc ctcagctttc
     1321 tcttgcttca ttttcattct ttcacccata agtgtatcgt gtattgttgc gagtaaataa
     1381 atccgtttta gctgcttgtt tccagctttt ccattgcaaa gatagttcga atctttctgt
     1441 tattcattca gttggaggaa aaataaatta caaattgagc ttctgcctcc agtagcccgt
     1501 cgtcggatgt cgtttcgtaa gccctcagca ttcatttgct tgtaaattgg aatctaatag
     1561 gtgcccaaaa cgccgattcg cttccgtcgg aaaccttttt acgggccatt gccatccatt
     1621 ggcttccgtc agaaaccatt tcacgggcca ccgcgtccca tccgccggta gggtaggggc
     1681 gtattgcata cgcctcttca aatgaccccg caggggacaa atccgacggc ggcgggtccc
     1741 tgttgggcgc tattgttccc tgctgggaac atcgggggcg tatgcaatac gcccctacac
     1801 ggacgttcga caatggccga tgacgttcat tcgcccccga aatgttttcc gatatgtgcg
     1861 cctgacgctc attcgcctct gtcggaaacc attttatggg ccgatgacac ccattcgccc
     1921 ctaaaatgtt ttccaatggg agcggctggc atttgggcgc ccttgtcgga atgtccaaca
     1981 ggagcggctg gcacttaggc gcccttgtcg gagtgtccaa cgggagcggc tgacgctcgg
     2041 gcgcccttgt cggaatgtcc aataggagcg gctggcggtc agacgccccc aaaatggttt
     2101 ccaacggggc gtctttttgc tcagacgccc tcaaaatggt ttccaacgag gcgtcttttt
     2161 gctcagacgc cctcaaaatg gtttccaacg aggtgtcttt ttgctcagac gccctcaaaa
     2221 tggtttccaa cgaggcgtct ttttgctc
//
LOCUS       SEQF2638.1|AYYF01000921.1 767 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..767
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(39..725)
                     /locus_tag="SEQF2638.1_00343"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKCALEDAGACNARARIVEAAEIYPVIDRAYRIRSDRKQRTIVG
                     LLLGSVLLAASLVLSLLHVYRQMQHLRQARRALSDANARLQTANDALSDVNRTLLEAN
                     AIKEEYIAQYINRCSVYIDKLDHYRRRLMKLAQSGRTDELLRTVRSTELIADERREFY
                     AEFDRTFLGLFPHFVEEFNALLHPADRITPKADERLTTELRIFALIRLGITDSARALQ
                     APASSRAHFM"
ORIGIN      
        1 ctgctctacg aggacggcga catcgaccgc gcctacgact acatgaagtg cgccctcgag
       61 gacgccggcg cctgcaacgc ccgggcgctg tcggtgatgc cgaggcggat gagggcgaag
      121 atgcgcagct cggtcgtgag tcgttcgtcg gctttgggcg tgatgcggtc ggcggggtgg
      181 agcagggcgt tgaattcctc cacgaaatgg gggaagaggc cgagaaaggt gcggtcgaac
      241 tcggcgtaga actcgcggcg ctcgtcggcg ataagctccg tggagcggac cgtgcgcagc
      301 agttcgtccg tgcggccgct ctgggcgagc ttcatcagtc ggcggcggta gtggtcgagc
      361 ttgtcgatat agacggagca gcggttgatg tactgggcga tgtattcctc tttgatggcg
      421 ttggcctcaa ggagggtgcg gttgacgtca gagagggcgt cgttggcggt ttgcagacgg
      481 gcgttggcgt cggagagggc gcgacgggcc tggcggaggt gctgcatttg tcggtagacg
      541 tgcaggaggc tgaggacgag gctggcggcc agaaggacgc tgcccaagag caggccgacg
      601 atggtgcgct gcttgcggtc gctacggatg cggtaggcgc gatcgatgac ggggtagatc
      661 tcggccgcct ccacgatgcg cgctcgggcg ttgcaggcgc cggcgtcctc gagggcgcac
      721 ttcatgtagt cgtaggcgcg gtcgatgtcg ccgtcctcgt agagcag
//
LOCUS       SEQF2638.1|AYYF01000922.1 314 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..314
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cttccgtccg gcaggacgtt tcgtttgcat ccgtccgccg ttggcggagc ttagaagctg
       61 ttttgaatta ttggatgatt gttttatggc gctgtttggg cagatctttt tcctttcttg
      121 tttcggggct attcaggcct atttccgccc ttttgtccca tctttttcgt cacatagctc
      181 gctatgctcc tcaaaagatg aaacaaaatc cccggaaata tcctctgaat atcctccgaa
      241 ataaattcca aacagcttct gagacaaaac attctgcctt gacagcgtgt tgcgcatgcc
      301 gctcgcgctg tata
//
LOCUS       SEQF2638.1|AYYF01000923.1 477 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..477
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(144..404)
                     /locus_tag="SEQF2638.1_00344"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:vienna_vog:VOG00451"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKLPFNPLLADLSGIADVTGLYISKVIHKTFVQVDEEGTEAAGI
                     TLVGIEKSGKSSFFMVDRPFLFVIREKSTGAILFIGEIGEIQ"
ORIGIN      
        1 cggttttgac ttcggctcag ggatcggttc gttgccgtcc gacttacatc cggcggcgac
       61 cagcagggcg agtagccctg cgtagaggaa taactttttc atagagcaat gtgtatttga
      121 aatgaaacat agcgtgtgtg gaatcattgg atctctccga tctccccgat aaagagaatc
      181 gcgcccgtac tcttctcgcg aatgacgaag aggaaggggc gatcgaccat gaagaaagac
      241 gatttgccgc tcttctctat gcccaccaac gtgataccgg ccgcctcggt accctcttcg
      301 tccacctgca caaaggtttt gtgtatcacc ttggagatgt acaagccggt gacgtcagca
      361 atgccggaga ggtcagccag cagaggattg aacgggagct tcatccccat atctggcaag
      421 atgtgttcgt gcatggggta ttcgcactcg gccttgaagc gcggcagaaa gactggg
//
LOCUS       SEQF2638.1|AYYF01000924.1 329 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..329
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gcgtagccct cacctccgtg agtcgttgtt cggccacaat cagctctgcc ctcagcgcat
       61 cggccgcact tcggagcatc accccatgtg cagcagccgt atctgcccgg gcgatccctg
      121 cccgcaagtc ttcagtcatc aactcagcca tgcgcgcttg ctcatccagc atcagaatgc
      181 cgaaaaagag cgcgtttaca cgcaccttca gcgcatgcat ctccacatcg atccggctac
      241 gctctgtcgc cgcgttagca tgcgccaaac gcacgttgtc gcgcactgtc aagagtccgg
      301 tgagcggctg caccgcctcg gcatagact
//
LOCUS       SEQF2638.1|AYYF01000925.1 379 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..379
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggttcgcaca gagcagcggc acgaccgacg cacgcagcaa atacatcccc gtcaccccag
       61 acatcctccg ccgggcacac tacgccggcg gattcgacac cgtcgccctc tacctccgca
      121 acaacccccg ctcccgcttt ttcgacaaaa agggactcat ccttggcggc agccatagcc
      181 cttcgcccct caacgcccgc gcacattgcg gcgacctctc cgccgtactg ctccaaaacc
      241 tcaacccgct cgtcaacctg gtccgcgtac cctcgcgccg cattatcctc atggacgagt
      301 gggaggccaa gatccgcgcc attgttcgga gcacgcgcaa ggcccacgtg ggcagcctca
      361 ccggcatacc ctcctggat
//
LOCUS       SEQF2638.1|AYYF01000926.1 486 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..486
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ccatcacacc atctcagacg tggcgatggt gggcggagga tcatttccac aacctgggga
       61 gatcagtttg gcgcataatg gggtgctctt ccttgacgaa ttgcccgaat ttaatcgcaa
      121 cgtgctcgag gtgctccgcc aacctctcga agaccgcaac atacacatct cacgcgcccg
      181 cttatctgtc gattatccgg ccagcttcat gctcgtagcc tcgatgaatc cttgtccctg
      241 cggttattac aatcacccaa cgcgtccttg tgtctgcact tccggagcgg tgcgtaaata
      301 catgaatcga atatccggtc cgctgctcga tcgcattgac atacaggtgg aaattgtccc
      361 cgtgcccttc gaaaagatct ccgagcaacg tccatcggaa ccttcttcag atgttcgtgt
      421 gcgggtcgtt cgggcacgcg aaattcagca gcagcgctat gtcgatgagg acggcatcta
      481 ttgcaa
//
LOCUS       SEQF2638.1|AYYF01000927.1 5971 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..5971
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             216..353
                     /gene="purL"
                     /locus_tag="SEQF2638.1_00345"
                     /EC_number="6.3.5.3"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_00419"
                     /codon_start=1
                     /transl_table=11
                     /product="Phosphoribosylformylglycinamidine synthase"
                     /translation="MMPHPERSIFPWQCAHYPADRRQDEVTLWMQAFVNARRWVESKR
                     R"
     CDS             707..2959
                     /gene="pnp"
                     /locus_tag="SEQF2638.1_00346"
                     /EC_number="2.7.7.8"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q9RSR1"
                     /codon_start=1
                     /transl_table=11
                     /product="Polyribonucleotide nucleotidyltransferase"
                     /db_xref="COG:COG1185"
                     /translation="MNDLSVHLAQFFEVNKIVKRTNKMNVIQKTIDLGDGRSITIETG
                     KLAKQADGSVTVRMGNTVLLAAVCAAKDAVPGTDFMPLQVDYKEKYAAFGRFPGGFTR
                     REGKPSDYEILTSRLVDRVLRPLFPDNYHAEVYVNVILLSSDGVDMPDALAGLAASSA
                     LAVSDIPFGGPISEVRVARIDGRFVINPTFEQLEKADIDIMVGATYENIMMVEGEMDE
                     VQEAEMLEAIRVAHEAIKEHCLVQKELEAACGKTVKREYCHEENDEELRQKVHDELYA
                     KAYAISVSGQGKQERAEAFEKIVEDFKANYTEEELEEKAPLIDRYYHDVEKEAMRRAI
                     LDEGKRLDGRRTTDIRPIWIEPDYLPGPHGSAVFTRGETQSLTTVTLGTKSDEKIVDD
                     VLNQGRDRFLLHYNFPPFSTGEAKSQRGVGRREIGHGNLAHRALKRMIPKDYPYVLRV
                     VSDILESNGSSSMATVCAGTLALMDAGVPIRKPVSGIAMGLISENKGTNYAILSDILG
                     DEDHLGDMDFKVTGTRDGITATQMDIKVDGLSYEILERALAQAKEGRLHILNKIVEAQ
                     PEPRAELKPHAPRIETFTIGKEFIGAVIGPGGKIIQGIQEKSGATISIDEVDNVGIVE
                     VAATNKESIDAALRAIRAIVAVPEVGETYEGKISSIMPYGAFVEFMPGKDGLLHISEI
                     DWKRLETVEEAGLKEGDRVVVKLVDIDPKTGKFKLSRRALMPKPEGYTEPAARGSRPP
                     RQGGNGGGRR"
     CDS             complement(3325..4131)
                     /gene="kdsA"
                     /locus_tag="SEQF2638.1_00347"
                     /EC_number="2.5.1.55"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:O66496"
                     /codon_start=1
                     /transl_table=11
                     /product="2-dehydro-3-deoxyphosphooctonate aldolase"
                     /db_xref="COG:COG2877"
                     /translation="MNINELTSTKQFFLLAGPCVIEGEEMALRIAERVAEITARLGIP
                     YVFKGSYRKANRSRIDSFTGIGDERALGILGKVRERLGIPTVTDIHETHEAALAAEFV
                     DVLQIPAFLCRQTDLLIAAAHTGRIVNIKKGQFLAPDAMRFAAQKVVDAGNPNVMLTE
                     RGTTFGYTDLVVDFRGIPRMQAFGHPVVTDITHSLQQPNLASGVAGGLPELIETIGRA
                     AVAVGTDGIFLETHPDPASALSDAANMLPLDRLEGLLTRLVRIREAILAQ"
     CDS             complement(4333..5286)
                     /gene="miaA"
                     /locus_tag="SEQF2638.1_00348"
                     /EC_number="2.5.1.75"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q9KAC3"
                     /codon_start=1
                     /transl_table=11
                     /product="tRNA dimethylallyltransferase"
                     /db_xref="COG:COG0324"
                     /translation="MVRGSIDSHCTMKKYELITILGPTACGKTHFAAAWAFRLHTEII
                     SADSRQVYRRMDIGTGKDLADYVVEGQRVACHLVDICEPGTRYNVFRYQHDFFDVFRR
                     LREGGVVPILCGGTGMYIEAVLKGYRLLDVPPNEALRERLKDVPLAELERILASYKTL
                     HNKTDVDSAQRAIRAIEIEEYYRSQSPERTEFAPINSLIIGLDIDRELRRERISRRLV
                     ARLDEGLIDEVRGLLDEGIAAEDLMYYGLEYRFVTEYVTGLRSREEMISGLETAIHQF
                     AKRQMTWFRGMERRGFTIHWIDATRPVEEMIQRAEELIYKV"
     CDS             complement(5309..5536)
                     /locus_tag="SEQF2638.1_00349"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTLFPKNPAWILHTRNGDIAKSDPEAEKRDYYCESQEPRAEAP
                     DERTVTAVRGDNHAGVKNKRQKFIACYNMFF"
ORIGIN      
        1 cgggcggtat cctcctcctt aatcaacaag cccatgcgct cctggctctc gttgccaata
       61 atctcgcgtg cggagagggt cgtttcgact tcccctatga ggaggcgcgt taccgcatag
      121 cggcgcgtta cagttacgac agctaccccg ccaatcccaa cggctcacag tggggcgttg
      181 ccgcgctgac ctccgccgac ggccgtcacc tggccatgat gccccatccg gagcggtcga
      241 tcttcccctg gcagtgcgcc cattaccccg ccgaccgtcg tcaagacgag gtcacgctct
      301 ggatgcaagc ctttgtcaat gcccgccgct gggtagagag caagcggcgt tagccgtcag
      361 ccctgtcaca gaaaacaacc gagtcctgcc ggatgagggg ccatgatcgc ctcttcatcc
      421 ggcaggacgc tttagtaggg gtgaccgccc cgaaacgggg accgcggagg tccggtgggt
      481 agcttgacgg gtgtgttgga gggaggtgcg agcggaaaaa catacggcta ccttaaggct
      541 cctttgaggc tcgaatgagc gaagtacgat gagcgaaggt gtgcaggtaa gtgtgcgggc
      601 agatatattc ggcattcacg acatgatctt ttagtatatc cgatgacacg ttgaaattcc
      661 gctcccgctc aaacggctcc cctcgcaaat cccttgaaag ccactgatga acgatttgag
      721 tgtacatttg gcgcaatttt ttgaagtaaa taagatagta aaaagaacga acaagatgaa
      781 tgtgattcaa aagacgattg atctgggtga cggacgaagc atcaccatcg aaacggggaa
      841 attggctaag caggccgatg gatccgtgac cgtacgcatg ggcaacacgg tgttgctggc
      901 tgcggtgtgt gccgcgaaag atgcggtgcc gggcacggat ttcatgcccc ttcaggtgga
      961 ctacaaagag aagtatgcgg ccttcgggcg cttccccggt ggctttacgc gcagagaggg
     1021 taagccctct gactacgaga ttctgacttc tcgcttggtg gaccgcgtac tgcgtcccct
     1081 cttcccggac aattatcacg cggaggtgta cgtcaacgtc atcctgctct cgtccgacgg
     1141 cgtcgatatg cccgacgcgc tggctggact ggcagcatcg tcggcgctgg ctgtctccga
     1201 cattcccttc ggcggaccga tctcggaggt gcgcgtggca cgcatcgacg gacggtttgt
     1261 catcaatccc acctttgagc agctggagaa ggctgacatt gacatcatgg tgggtgcaac
     1321 gtacgagaac attatgatgg tggaaggcga aatggatgag gtgcaggagg ccgagatgct
     1381 cgaggctatc cgtgtggccc atgaagccat caaggaacac tgcctggtgc aaaaggagct
     1441 cgaagctgcc tgcggcaaga cggtgaagcg tgaatattgc cacgaagaga acgacgagga
     1501 gctgcgccaa aaggtgcacg atgagcttta cgccaaggcg tacgccatct ctgtctccgg
     1561 acagggtaag caggagcgcg ccgaggcctt cgaaaagatc gtggaggact ttaaggcgaa
     1621 ctataccgag gaggaactgg aggaaaaggc gcccctcatc gaccgctact atcacgacgt
     1681 ggagaaagag gccatgcgcc gcgccatcct cgacgagggc aagcgcctcg acggccgtcg
     1741 cacgacggac atccgcccca tatggatcga accagactac ctgccgggac cgcacggatc
     1801 ggccgtcttt acccgcggcg aaacgcagtc actgacgacc gtcacgctgg gcacgaagag
     1861 cgatgagaag atcgtggacg atgtgctcaa tcagggtcgc gaccgcttcc tgctgcatta
     1921 caacttcccg cccttctcta ccggcgaggc caagtcgcag cgcggtgtag gccgtcgcga
     1981 gatcggtcac ggcaacctgg cacaccgcgc cctcaagcgc atgatcccga aggattaccc
     2041 gtatgtgctg cgcgtcgtat ctgacatcct cgagtcgaac ggctcctcgt cgatggccac
     2101 cgtttgcgct ggcacactgg cgctgatgga cgctggtgta cccatccgca aaccggtgtc
     2161 gggcatcgcc atggggttga tttccgaaaa caagggaacg aactatgcca tcctgtcaga
     2221 catcctcggc gatgaggatc acctgggcga catggacttc aaggtgaccg gtacgcgtga
     2281 cggcatcacc gccacacaga tggatatcaa ggtggacggc ctctcgtacg agatcctcga
     2341 gcgcgccctg gcacaagcta aggagggacg cctgcacatc cttaataaga tcgtcgaggc
     2401 gcaacccgaa ccgcgcgctg agctcaagcc gcacgctccg cgcatcgaga ccttcaccat
     2461 cggcaaggag ttcattggcg ccgtcatcgg cccgggcgga aagatcatcc agggtatcca
     2521 ggagaagtct ggcgccacga tctccatcga cgaggtggac aacgtcggca tcgtcgaggt
     2581 ggccgccacg aacaaggagt cgatcgacgc cgccctgcgt gccatccgcg ccatcgtcgc
     2641 tgtgcctgag gtcggtgaga cgtacgaggg caagatctcg tccatcatgc cttacggcgc
     2701 cttcgtcgag ttcatgcccg gcaaggacgg tctgctgcac atctcggaga tcgattggaa
     2761 gcgcctcgag acggtcgaag aggccggcct caaggagggc gaccgcgttg tggtgaagct
     2821 cgtagacatc gatccgaaga cgggcaagtt caagctctcg cgtcgtgcgc tcatgccgaa
     2881 acccgaaggc tatacggagc ctgcggcccg tggcagtcgt ccgcctcgcc aaggtggcaa
     2941 cggcggcggt cgtcggtaag ccgcgccgac tgtcgatcga atgaaaaagt cccccgggca
     3001 tggatggtag gtccattgct cgggggactt cttttttgag gggagaccat ggcgcttgat
     3061 atacagtata tcgggccatg caagcctgct cggggctgat atactgtata tcggagccat
     3121 gcaagcctgt ttgaagctga tttactgtaa atcgagtcca cgcaagcctg tttgaagctg
     3181 atttactgta aatcgagtcc acgcaagcct gcttgaagct gatttacggt aaatcggagc
     3241 catgcaagcc cgcttgaagc tgatttaccg taaatcggag ccatgtaaat attgagacaa
     3301 cagactggca ggatcaggca gcgctcactg cgcaaggatc gcctcgcgaa tgcgcaccaa
     3361 ccgcgtgagc agtccctcca gccggtcgag cggcagcatg ttcgccgcgt ccgacagcgc
     3421 cgaggcaggg tccgggtgcg tctcaaggaa gatcccatcc gtccccacag ccacggccgc
     3481 gcgcccgatg gtctcgatca gctccggcag tccgcccgcc acacccgacg ccaggttcgg
     3541 ctgctggagc gagtgcgtga tgtccgtcac caccgggtga ccaaaggcct gcatgcgtgg
     3601 gatgccgcgg aagtcgacca caaggtcggt gtacccaaaa gtcgtcccgc gctccgtcag
     3661 catcacgttc gggttgcccg cgtcgaccac cttttgcgcc gcaaaacgca tcgcatccgg
     3721 cgccagaaac tgcccctttt taatgttcac gatccgcccc gtatgcgccg ccgcgatcag
     3781 caggtccgtc tgtcgacaga ggaaggccgg gatttgcaac acgtccacaa actccgccgc
     3841 caaggcggcc tcatgcgtct cgtgaatatc cgtcacggtc gggatgccca gccgctcgcg
     3901 caccttgccg aggatgccga gcgcgcgctc gtcgccgatg cccgtgaagg agtcgatgcg
     3961 cgatcgattc gccttgcgat acgacccctt gaagacatac gggataccca gccgggccgt
     4021 gatctccgcc acacgctccg caatgcgcag cgccatctcc tcgccctcaa tcacgcacgg
     4081 gccggccaag aggaagaact gttttgtgct tgtcaactca ttgatgttca ttgtttatct
     4141 cattcgtttg atggtttaac taaaatcata tccatgtccc ccgggggccg gttgggcagg
     4201 cggctgcggc cgccggatac acgattatcc tcatcatgta cccgggcccg acttccccgc
     4261 tcccggcagg gagcttgatc ttcttttgcc tcttttcttc tatcaagaga agaaaagagg
     4321 tacccccctt ccctatacct tatatataag ctcctcggcg cgctggatca tctcctccac
     4381 gggtcgcgtg gcatcgatcc aatggatcgt gaagccccgc cgttccatgc cgcgaaacca
     4441 cgtcatctgc cgcttggcaa actggtggat ggccgtctcc agcccgctga tcatttcctc
     4501 gcgcgatcgt aggcccgtca catactccgt cacgaagcga tattccagcc cgtagtacat
     4561 caagtcctcc gccgcgatcc cctcgtccag cagcccgcgc acctcatcga taagcccctc
     4621 gtctaaccgc gcaacaagcc gccgcgagat gcgttcacgc cgcagctctc ggtcgatgtc
     4681 cagcccgatg atcaggctgt tgatgggcgc aaactccgtc cgttccggcg actgactgcg
     4741 gtagtactcc tcgatctcga tcgcacggat ggcacgctgc gcactgtcca cgtccgtctt
     4801 gttgtgcagc gtcttatacg atgctaggat ccgctccaat tcagccagtg gcacgtcctt
     4861 cagccgctcc cgtagcgcct cgtttggcgg cacatccaac aggcgatacc ccttcagcac
     4921 cgcctcgata tacatccccg ttccgccaca gagaatcggt accactccgc cctctcgcag
     4981 ccgccgaaaa acgtcgaaga agtcatgctg ataacgaaag acattgtagc gcgtgcccgg
     5041 ctcacagatg tcgacaaggt ggcaggcgac ccgttgcccc tcgacgacat agtcggccag
     5101 atccttaccc gttccgatat ccatccgtcg gtagacctgc cgcgaatcgg cgctgatgat
     5161 ctccgtatgc aaacggaagg cccacgccgc agcaaaatgt gtcttgccgc aagccgtggg
     5221 ccctaaaatg gtgatcagtt cgtacttctt catcgtgcaa tggctatcga tgctgccacg
     5281 aaccatccac ggtcagaata gaccgtagct aaaagaacat gttgtagcac gcgataaact
     5341 tttgtctctt gttttttacg cctgcatggt tatctccacg gactgctgtc accgtccgtt
     5401 cgtcgggcgc ttccgcccgg ggctcctgac tctcgcagta gtaatccctc ttttctgctt
     5461 cagggtcact ttttgcgatg tctccgttac gtgtgtgtag aatccacgcg ggattcttcg
     5521 ggaataatgt tttcatcgct ctgataattt aagaaattag acgttagtgg gaggtgatga
     5581 atccacgctt ggaatctctt tcccgttgta aatgtaacgc ctaagtagca aaatcgttga
     5641 gctgcccagt cttggattgg tatgttttac gatcatttaa ccactgcctg catggcatat
     5701 catctcctct tcatggcccc acgatcagca ctttttgtcg gcatcaatag ttaatccccc
     5761 gaaaactgtt tcctttgtcc accgaggata acggagggaa ggccctcctg tagtaattag
     5821 aacagcgaaa tggaattgac aaaagacacc aatgagacgg gcatgccgga aatggatcgg
     5881 acgcccgagc aactttcgga caatctgtct gaaaacgtgg aagcacaaaa cgtagaaacc
     5941 acacccgaac aaaacgtaat cacaacagag c
//
LOCUS       SEQF2638.1|AYYF01000928.1 277 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..277
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ctttggaagc gcgcccctca cgggcaattt cgctctcgga ttcgattccc gtgtgccacc
       61 gagcgatgtc ggctgcgtcg aggaagattt tctccggctc gattttcgag atcacgccat
      121 agaggcgttg ttgataatct atgtgcaggt ccagttggta ctgcccactc attgttttgt
      181 ctatagcctt tacaggtttc atggacataa acgtttttgg cttaacacta atgtgaaagg
      241 gtaaatgtcg gaagcggccc ggggggcggg gaggcgc
//
LOCUS       SEQF2638.1|AYYF01000929.1 2171 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2171
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(586..1083)
                     /locus_tag="SEQF2638.1_00350"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRRTSTPSSCKPAYVATSFIAPRSSRSRPSLLGRTGSGRATIRW
                     PPSSRSAISAAWSVMPSSSPSPSERSGWCASRAERPWCVATLSSASNIAAAGTSTPDS
                     PARPTISSRSSMRWSATMTSTASSSTTSVTPRMPPPSPITNPTVATVAASGSMIGAAG
                     TSTAS"
     CDS             complement(1431..2168)
                     /locus_tag="SEQF2638.1_00351"
                     /EC_number="4.3.1.9"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q93HX6"
                     /codon_start=1
                     /transl_table=11
                     /product="Glucosaminate ammonia-lyase"
                     /db_xref="COG:COG0492"
                     /translation="MRRQAERFGADIRAGIATAADLSAAPYKITIDGEKVIEAEALII
                     ATGASAKYLGLPDEQKYAGMGVSACATCDGFFYRKKKVAVVGGGDTACEEALYLAGLA
                     SHVYLIVRKPYLRASKVMQDRVMNAPNITVLFEHNTLGLFGEGGVEGAHLVKRKGEPD
                     EEQVDIAIDGFFLAIGHKPNSDIFKPWIKTDETGYILTEAGTPRTNVPGVFAAGDVAD
                     PHYRQAVTAAGAGCRAAIEVERYLSNH"
ORIGIN      
        1 gggcgtagta aagcgtgtag aggcagtcgg gcgagccctc ccaacgcagg cgcagaccgc
       61 cgcgctcacg ggtgacgtgc acctcttgcg gctcgcaggg ggcggtgtgc gtggcgctca
      121 tccaagtcag gggtggcagc tgggcgggat acttgaagaa gcggttcttg agctcgttat
      181 acagcccctt ctcgttgccg atgacgaagc ccgcgcggaa gaaggcgcag cccttgcctc
      241 cctgcttgcg gacgtaggtg atctggtccg agatgtcgga gaggttccag tcgccctcgc
      301 tgcgactcag gcggtaggca ccgaggccag ccaccatgtt gcgctgcccg gactgctcga
      361 gccaggtgct gacaaaggga tagaagtcgc tgcggcgata gtacatcatg ggcacaatca
      421 tgtcctgctt gccggcctga agccaggctt tggggtcttg gaagacgtcc tcgtaggccg
      481 tccatttggc gttcggcgtg cgacccgact tgctgtattt gcccaggggc gagctgctga
      541 cctgcaccca gggcttgagc tgcttcacac ggtcatggat acagctcatg aggcggttga
      601 tgttcccgcg gcgccaatca ttgagccgct ggccgcgacc gtagcgacgg taggattcgt
      661 tatcggggaa ggtggcggca ttctcggggt aacggatgta gtcgaactgg atgccgtcga
      721 tgtcatagtt gcggaccacc tcatcgacga gcgagaggag atagtcggtc gtgccgggct
      781 gtccggggtc gaggtaccag ctgccgcgat gttggaggca gagctgaggg tggcgacgca
      841 ccacggacgc tccgccctgc tcgcgcacca tccgctccgt tccgacgggg aaggtgacga
      901 agaaggcatg acactccatg ccgcgcttat ggcactcctc gacgacggag gccagcggat
      961 cgtagcccgg ccactgcccg tacgacccag caaagacggc cgagagcggc tcgatcttgg
     1021 agcgataaat gacgtcgcca cgtaggcggg cttgcacgaa gacggtgttg aagttcgcct
     1081 catgcagtcg gtcgaggatg ttgcgcagct cctgcttctg tctttcgcgc ccgtcccagt
     1141 cggaggccgt acgcgtaggc cagtcgaggc cgtagatcgt ggtcagccag acagcgcgaa
     1201 tctcctgttt cggatactcg tcctccgctc ccatggccat ccctatgcat aggcaccaca
     1261 gcatcatcca ccatgcgatc cttttcattc ttatcggtag tcagttgtag ggaagcaaaa
     1321 gcctacgccc cgttgaaaac aaagaggggg cgtatggtta tacgtcccga tgaaatacaa
     1381 gtaggggcgt atgccatacc atacaccccc acaagtacgc tggttataca tcaatggttc
     1441 gacagatagc gttccacctc gatggccgca cggcagccag ctccggctgc agtcacagcc
     1501 tgacggtaat gcggatcggc cacgtcgcca gcggcaaaga cacccggcac attcgtgcgc
     1561 ggcgtgcccg cttcggtgag gatatagccc gtttcgtccg tcttgatcca cggcttgaag
     1621 atgtccgagt tcggcttgtg accaatggcc aggaagaagc catcaatggc aatgtccacc
     1681 tgctcctcat ccggttcgcc cttacgcttc actaagtgcg caccctccac gccgccttcg
     1741 ccaaacagcc cgagggtgtt gtgctcaaac agcacggtga tgttgggcgc gttcatcaca
     1801 cgatcctgca tcaccttcga ggcgcgcaga tagggcttgc gaacgatcag gtaaacgtgc
     1861 gacgcgaggc cagccaagta gagcgcttcc tcgcacgccg tgtcgccacc gccgactacg
     1921 gccaccttct tcttgcgata gaagaagccg tcgcaggtag cgcaagccga gacgcccatg
     1981 ccggcatatt tctgttcgtc aggcaggccc agatacttgg ccgaggcgcc cgtagcgatg
     2041 attaaggctt cagcctcgat gaccttctca ccgtcgatgg tgatcttgta cggcgccgcc
     2101 gagaggtcgg ccgccgtggc gatgcccgcg cggatgtcgg cgccaaagcg ttcagcctga
     2161 cggcgcatat c
//
LOCUS       SEQF2638.1|AYYF01000930.1 243 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..243
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 actttctttt gcttcttttc ttgcgtcaag acaagaaaag gagaagaaca agggttctgc
       61 ctctttttcc cgtgtcaaga caagaaaagg agaagaacag gggctttgcc cctttacccc
      121 caccttcttt tcttcccttg atggaagaaa agaaggcaaa agaagatcaa ggcgtcaggg
      181 acgccggcca atttagccgg gtacctggcc aaacttccct gccccggcag gggccgtcag
      241 gga
//
LOCUS       SEQF2638.1|AYYF01000931.1 404 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..404
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cggacacttc gccgtctgga gcctgaaccg actgaacata gacaacgcat cgctctatcc
       61 catcctcctc ctctcggttg ccttcttcac cttctccgcc accgggctgc tgcacggcaa
      121 cggctacctg gcggtttatc tcacggggat gatcatcggc aacaaccgca tcccgtatcg
      181 caaagaggtg gccacgttca tggacgggct tacgtggctt tttcagatca tcatgttcct
      241 catgctgggg ctgctggtga acccgcacga gatgttccgc gtggcctgtg tggccctgct
      301 cataggcctt tttatgatct gcatcgcccg gccagccagc gtcttccttt gccttctgcc
      361 cttccggcag gtcaatgctc gcgcgcggct cttcatctcg tggg
//
LOCUS       SEQF2638.1|AYYF01000932.1 399 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..399
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtccagtagc gacggtcagg agtcgcgtgc aaacgttacg tgttttagtc ttcatcgtgt
       61 gtgtacatta atgggagtgt gtgtgatggc cggcaaaagt aggcggtgaa tctgaagctg
      121 tacgccctac atttgtccgc cgttatgcat acccccccaa cagatacaca tcagcgatta
      181 cgcgtacgca ctccccgacg atcggattgc gaagtacccc ctggccgagc gtgacgcctc
      241 caaactgctc atctatcgcg gtgggcagat ccgcgagacg ctcttccgcc acttgcccga
      301 ctgcctgccg gacggtgcac tgcttgtctt caacaacacc cgggtcattc gggcccgcct
      361 actgttccgc aaggacaccg gcgccatgat cgaactctt
//
LOCUS       SEQF2638.1|AYYF01000933.1 3101 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3101
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(272..1138)
                     /locus_tag="SEQF2638.1_00352"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG4694"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTNNKPIMKTPITYYGGKQKMLGAILPMIPEHNIYVEPFFGGGA
                     VFWAKQPAPVEFINDIDGEVTNFYRVLQTDYPALKREVDSTLHSEHAHREARAIYRSP
                     EGHSPVRRAWAVWTLSHQSFYAILGSTWKCSMTRNVAGQIQGRKASFTADYTRRLEHT
                     SIFSRDALTVIRRADRPETFFYVDPPYFNSDMGHYGGYTEEDFRRLLEVLSEVKGRFM
                     LSSYPSELLTERTATHGWHTVEVEQQRSAGGGRKIEVLTMNYDPSTLTPAPDPTLPSE
                     DSPTEDSPAPTA"
     CDS             complement(1375..2061)
                     /locus_tag="SEQF2638.1_00353"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDDVEGSLDPYANYANHVDFARAKLQLIQHPRWGVNLKTDTPSE
                     VIDKIEGTPIVWGTLFSPAAQRALERGEGIDDLKFDYKKAIVKRYRALGITDIQSARK
                     KYYCEKMTAIGRQVGQMMAGGDPNVTYTPDFERKATPIEPPVVPPIRPLDPAAPVVPP
                     QPTLVQGPTPITPEAFDALAFTRKTRARLMDGRTVYVTAVDFELRQVKFYNEKDAPYW
                     VNLDKVTAIV"
     CDS             2306..2764
                     /locus_tag="SEQF2638.1_00354"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEILFEGTRPMLAIACVCALFVLLAMMLDLASGVHKAKQAGRFC
                     TSYGLSRTVGKFMVYEGGVIIAAMIDLMIHYSHLLLLMRLHPIVGFPVVTCLMSIFLC
                     VIEFMSIRERAEDKERKNMNRAIQILAEAIGKDNLQAILRDKVDNTINNR"
ORIGIN      
        1 cctcttttct ttcatcaagg aaagaaaaga ggatagtata atccgcaaaa cgatttgtcc
       61 gaaatctcaa aacgatttgt ccgaagatcg gggtgacaac accgcttttt tcggacgcgt
      121 cgtttttggg tggtttgtat atccttaacg gttcgcccgg tggggcgtcg gcgcgctgct
      181 gtccagatac ggttgacccc gcatctcctc tgcctatggc tgggggtgcg gggtcttcct
      241 tttcatggcc gccttggata atgggcgggt gttatgctgt cggcgcgggg ctgtcctccg
      301 taggactatc ctccgagggt agagtcgggt cgggcgctgg agtaagggtg gacgggtcgt
      361 agttcatcgt gagcacctct atcttgcgtc cgccgccggc tgagcgttgc tgctctacct
      421 cgacagtgtg ccagccgtgt gttgcggtac gctcggtgag caactcagag gggtaggagg
      481 aaagcatgaa tcgccccttg acctcagaga gcacctcgag caggcgcctg aagtcctcct
      541 cggtgtagcc gccatagtgt cccatgtcgg agttgaagta gggcgggtcg acatagaaga
      601 atgtctccgg gcggtcggcc cgtcgaatga cggtcagggc gtcgcggctg aagatggacg
      661 tgtgctcgag tcggcgggtg tagtcggctg tgaaggatgc cttgcgacct tggatctgcc
      721 cggccacgtt gcgcgtcatg ctacatttcc atgtgctgcc gagaatggcg tagaaggact
      781 ggtgcgagag cgtccacacg gcccatgcgc ggcggacggg cgagtgtccc tcaggggaac
      841 ggtagatggc gcgagcctcg cggtgggcgt gctcgctgtg gagcgtgctg tcgacttcac
      901 gtttcagggc cgggtagtcc gtctgaagga cgcggtagaa gtttgttacc tcaccgtcga
      961 tgtcgttgat gaactccact ggtgccggct gcttggccca aaagaccgca ccgcctccga
     1021 agaagggttc tacgtagatg ttgtgctcag ggatcatcgg caggatggcg ccgagcattt
     1081 tctgttttcc gccgtaatag gtaatcggcg tcttcatgat tggtttgttg ttagtcattt
     1141 agtcgttgtt taatcagtat tcgtatatcg tttaaattct atttttgcgg cctctctcac
     1201 ataaaaatag gtgctgctac accgaatcaa aggccataaa aagcctctgt cgtggtgtag
     1261 cagcaccttt atcattccgg gcctgtgtga gagctatccc gggtggagac aggggcttct
     1321 tttttgcccc tacagttagc cgtctccctt gtttgtttgt atttagttga ttggttacac
     1381 gatggccgtg accttgtcca gattcaccca gtagggggcg tctttctcgt tgtaaaactt
     1441 cacttgtcgg agctcgaagt cgacggccgt cacgtagact gtccgcccat ccatcagccg
     1501 cgccctggtc tttcgtgtga aagcgagagc gtcgaaggct tcgggggtga tcggcgtagg
     1561 tccttgcacc aacgtaggct ggggcggtac gaccggggcc gcgggatcca gcgggcggat
     1621 aggtggtacc acaggcggtt cgatcggtgt agccttgcgc tcgaagtcgg gcgtgtaggt
     1681 cacgttcggg tcgccgccgg ccatcatctg gcctacctgc cggccgatgg cggtcatctt
     1741 ctcacaataa tacttcttgc gggcgctctg gatgtctgtg atcccaaggg cgcggtaacg
     1801 cttcacgatg gccttcttat agtcgaactt caaatcatcg atgccttcgc ccctctcgag
     1861 tgcacgctgc gcggcggggc tgaaaagggt gccccaaaca atgggcgttc cctcgatttt
     1921 gtcgatcacc tccgaggggg tgtccgtctt gaggttcacg ccccatcggg ggtgctgaat
     1981 gagctgcaat ttggcccggg caaagtctac gtggttggcg tagttggcat acgggtcgag
     2041 gctgccctcc acatcgtcca ttctcccgtt ggcaagtttg aattgaacac cccgctccaa
     2101 aatggagaac tggtagctgt ctataacagc agctcgaata taagggggaa attcttcttt
     2161 gcagataaag tcacgttatc ccgaacaacc gaaggttatc tgctggtcga gcgaagcgtt
     2221 atatctaaag attaataaca caccgccgca ggcgggggag gctttagcag gcccccgcct
     2281 cttcccaacc aactaacaac aaacaatgga aatactattt gagggcaccc gccccatgct
     2341 ggccatcgcc tgcgtgtgtg ccctattcgt cctgctggcc atgatgctcg acctcgccag
     2401 cggtgtgcac aaggccaagc aggccggccg gttctgcacc tcctacggcc tctcgcgcac
     2461 cgtgggaaag tttatggtct acgagggagg cgtcatcatc gccgccatga tcgacctgat
     2521 gatccactac tcccatctct tgctgctcat gcggctgcac cccatcgtgg gcttcccggt
     2581 ggtcacctgc ctgatgagca tcttcctctg cgtgatcgag tttatgagca tccgcgaacg
     2641 cgccgaggac aaggagcgca agaatatgaa tcgcgccatc cagatcctcg ccgaggccat
     2701 cggcaaagac aacctccaag ccatcctccg cgataaggtc gacaatacca tcaataaccg
     2761 ataaacgatt tcaacaacaa tgaacacccc aaccaaaacc accatcccgc cagagttcgc
     2821 tccgagctat gtcccctaca gctacaaggg ccaacccgtc aaaggcgcct ttggggccaa
     2881 tacccggccg tcctttgtca aggccagcga ccgcgcctac ttcgaggccg acaacacgct
     2941 cagcgacgcc atgcgccagc tgttgattgc gatggacgtg ctggataccg gcgcgggcat
     3001 gaaacccgtc ggcgacttca actactgcaa tatcaaagca cgccgcgggc aaagcggccg
     3061 ctttggaaaa gacgatgtgg agggcagcct cgacccgtat g
//
LOCUS       SEQF2638.1|AYYF01000934.1 305 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..305
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(145..291)
                     /locus_tag="SEQF2638.1_00355"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTGLDCLNRHAGMQPIRRTNVYHIEGEITGKQIVQVAEEGHVGI
                     GLNG"
ORIGIN      
        1 atcatggagc aagcaaaaac aatgaagtca attcgttttg ctgtcatcgg ctgcggtcac
       61 atcgggaagc gccacgcaga gatgatctgc cgtgaggacg gtgctgagtt ggtggcttta
      121 tgcgacattc gtccgaagtc ggaattatcc attgaggcct atgccaacgt gcccttcttc
      181 agcaacctgg acgatctgct tgccagtgat ctctccttcg atgtggtaaa catttgtacg
      241 ccgaatgggc tgcatgcccg catggcgatt caggcaatcg aggccggtca tcacgtcgta
      301 atagc
//
LOCUS       SEQF2638.1|AYYF01000935.1 277 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..277
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 agcagagagg gatagcatca gtagaaaaat catgaagatg atatccctca tgttcctctt
       61 agtttcatct cctctttctt gggccaattt catatgcctc tctatttatt attgtgtgag
      121 aaaatctgca acccgctttg atggagctgc ggaggcaaag atagatgatt catctgtgaa
      181 ttaagacatc acggcgcctt attttatcct tgctatttgt atgaatttca agcatatccc
      241 tcgttttgag gaggaatcat agaggtatgc gctatcc
//
LOCUS       SEQF2638.1|AYYF01000936.1 663 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..663
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tctccacaca ttccacgtaa gtctcgaccg tagacccgcc tacattaacg atcatcgcgg
       61 tgtctaccga tcggatcgcg ggatagattt tatctacaaa atagtccaca ccgcgattct
      121 gcaatccgac agcattcaac atgccggccg gagtctccgc catgcgtgga taaggatttc
      181 cctgcctcgg ttcagccgtc gtgcccttga cgataatcgc gcccaaacga ctgatatcca
      241 tcaaatccgc atattctaac ccataaccaa aggtgccaga agcggtcatc acgggattct
      301 taagcactaa gtgctcccct atatgcgtcg ttaaattggc catgtcaatc tatctatgtt
      361 aaagaccgga ccttctgtgc aggtgcaaac acgtcctgca tcgattgtat cctctacgca
      421 gcaaaggcaa gcccctatgc cgcatcccat catgttttca agcgcgactt cgcaaggtgt
      481 ttctatgcgc cttgcctgtt tggctacggc catcatcatc ggtttcggtc cgcaagaata
      541 aatacgttcg aaagacgccc gcttccaaat ggagtgatcc gtcacgaagc cgcgttcccc
      601 catcgatcca tcttcggtag acacgtagac gtcgccatag gctgcatagg cctcacgttg
      661 ggc
//
LOCUS       SEQF2638.1|AYYF01000937.1 1699 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1699
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             286..849
                     /locus_tag="SEQF2638.1_00356"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSYVTKRMASVTHRTARSTIEGFFSSFFSDIGGMRGRVMEPRCV
                     RIDSGEIKKGQPAYKPGSVRHRGERRCVCHLSWPCRCRQALCSLPPGIGRAALDAPVY
                     MTLQPIRRTVPPYSDGGGELLPRLFTLTERYAPGGSFLLRLLCRRRQLPVRKDGALCC
                     PDFPLGGCVINGELLRCLRLSGCGHVP"
     misc_RNA        complement(443..808)
                     /locus_tag="SEQF2638.1_00357"
                     /product="RNaseP_bact_a"
                     /inference="COORDINATES:profile:Infernal:001001"
     CDS             complement(1009..1314)
                     /locus_tag="SEQF2638.1_00358"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLSGLLVVAGSALYITHWIYAPWLFAVGAAGVTVGYLTDVRRDD
                     LDLRRRRLTRWNVFAGLAMVVASVFMFRGRMEWVALLLIAALIQLYTSFVPTDKGKK"
     CDS             complement(1344..1646)
                     /locus_tag="SEQF2638.1_00359"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSDRTSQIIRKLSRVNAYVVVVAFFLFITFVVGDSNLYKRYTYD
                     EKIRRLEREIRHYKKEIETDRKKLDDIRTNREGLERYAREEFYMKRANEDVFIIED"
ORIGIN      
        1 atgtagttct cggcaaagtc gaaggcgcgc gagatctggg ccgactggga ggggaaggag
       61 tcgtagaggc tctcttcgat caggtccttc atgccgaatc cgctggcgac gcccaccacc
      121 acggccagca tgggcacgac cgagaggagg gtgctatagg tcagcgctga ggcacgtgtc
      181 tggaggtcgt tgcgctgata gcctcggatg gccaggatga gtgtcttggc caggtagata
      241 tagacgcggc gcggaccgct gacatcgctg tcggtgatgc gccagatgtc gtacgtgacg
      301 aagcggatgg cgtccgtcac ccatcggacg gcacgatcca caatcgaggg cttcttctct
      361 tctttctttt cggacatagg tgggatgagg gggagggtta tggaaccgcg gtgcgtgcga
      421 attgattcgg gggaaataaa aaagggacag ccggcctata agccgggttc tgtacgccac
      481 cgcggggagc ggcggtgcgt ctgtcattta tcttggcctt gccgttgccg acaggctctg
      541 tgcagtctac cccccggcat tgggcgggca gcccttgatg cgccggtata catgacctta
      601 caacccatca gacgtactgt ccccccgtat tccgacgggg gcggtgagct cttacctcgc
      661 cttttcaccc ttaccgagcg ctatgcgccc ggcggttctt ttctgttacg cttgctctgc
      721 cgtcgccgac agcttcccgt taggaaggat ggtgccctgt gttgcccgga ctttcctctc
      781 gggggatgcg tcataaatgg cgaattgctg cgttgccttc gactctcagg ctgcggtcat
      841 gtgccttagc acactccccc agccttcggt ctcggacgcc ttgcacttca tccatttctg
      901 agcgcatccc gtagccggta tttcaacacg gctccacgag cgacagaccg gccgactgtc
      961 ccgggcgcaa aggtaagcga ggggcccacc tctgcgcggt atgtgtggct atttcttccc
     1021 cttatccgtg ggcacgaacg aggtgtaaag ctggatcaag gcggcgataa gcaggagggc
     1081 cacccactcc atccgcccgc gaaacatgaa gacggaggcc acgaccatgg ctagccccgc
     1141 gaagacgttc cagcgggtga gccgacggcg gcgaagatcg aggtcgtcgc ggcgtacgtc
     1201 cgtcagatag cccaccgtca cgcccgccgc acccacggcg aagagccacg gggcataaat
     1261 ccaatgggtg atataaagcg ctgacccggc gacaaccagt aggccggaga gcataaagat
     1321 ccaagtgcgt gttcggtcca ttttcagtct tcgataataa atacgtcctc gtttgcgcgc
     1381 ttcatgtaaa actcctcgcg ggcgtagcgc tccagcccct cgcgattggt acggatgtcg
     1441 tccagcttct tgcggtcggt ttcgatctct ttcttgtaat gccggatctc gcgctccagg
     1501 cggcggatct tttcgtcgta cgtgtatcgc ttgtagaggt tgctgtcgcc caccacgaag
     1561 gtgatgaaga ggaaaaaggc aaccaccacc acgtaagcat tgacgcggga gagcttgcgg
     1621 atgatctgtg atgttctgtc tgacataaat aagtgtggat tcagagagtg ggcgcaaaag
     1681 tatggggatc gcaaggatc
//
LOCUS       SEQF2638.1|AYYF01000938.1 660 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..660
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             32..409
                     /locus_tag="SEQF2638.1_00360"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLRLEAGAPLECMKRRQLREAVDADVRHGGLKAVAGVFVIRRQR
                     QRRGFAGRFLPHFVEAIGALDVVALLLVGAEGEGLQTDFRLVAGRMLERQGTVVGIEA
                     VALAAVEVDVEDALLLGRAEACL"
ORIGIN      
        1 ggctctccca ttcgctgatg cgatccacga aatgctccga ctggaggccg gcgccccact
       61 tgagtgtatg aaacgacgac aactgcgaga ggccgtagac gccgacgtgc gccacggtgg
      121 cctgaaggcg gttgcgggcg tgttcgtaat acgacgccag cgacagcgac gaggcttcgc
      181 cggccgattc ctcccccact ttgtcgaggc gataggcgcc ctcgatgtcg tagctctcct
      241 cctcgttgga gcggaaggcg aaggcttgca gaccgacttc cgacttgtcg ctgggcgtat
      301 gcttgagcgt cagggcaccg tagtaggtat cgaagcggtc gcgctcgcgg ccgtcgaagt
      361 agacgtggaa gacgcgctgc tcctcggtcg tgccgaagcg tgtttgtagc tcgatgggcc
      421 ggaaggagta gtggttcgaa gcgatgttgc cgaggaagtt cacctcccat ttcggtgccg
      481 ggcggtaagt cataaacgtt tgcagatcga cgaaccgcgg ctcgtattcg gcccgcgagt
      541 cggcgtcgct gagcagcgag ctggacatgc ggtaacggat gcccgtgact tgcgtgaagt
      601 gtttgctggc gctgcccaca taggcgttgg ccgtgctgag cgtggggtgc gaggaggcca
//
LOCUS       SEQF2638.1|AYYF01000939.1 1066 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1066
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             522..749
                     /locus_tag="SEQF2638.1_00361"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLAKVLTGVREKSFTRVGDENGIAFPLLSYGIHHHEMLLIPVND
                     TGQKGFVGQFLESQSPADSTESDLFSSFADT"
ORIGIN      
        1 aaggccgaaa agatgatgga gatcgtttga ttggtgagga aattctcgat gcgtcgatgg
       61 tcttcgatgc gttgtaagag gtcgcctgtc agcttggtgt cgaaaaactt catcggtagc
      121 ttcattagtt tgatgaagaa gtcggagata agcgacacgt tgatccgcgt gctgatgtgc
      181 agcaggatct tacggcggat aaagtcgatg gccgtacggc tgaaaagcag catcatctca
      241 gcaagtaaaa ccaaccaaac gaaaccaatg tcttttcctt gaatccctgt atcaacgatg
      301 gcctgtgtca ggaatgggaa aacgagttgc aacaagctcc cgataaacag cccaagtatc
      361 aattggccga agaagcgacg gtagcgaagc aggtatttcc aaagaaagcg aatgcgattt
      421 tctgacggtt gctggtcccc ctcctgttcg taaaacaact gcgtgggctc catcagcaag
      481 gcgatgcctt tttcttctcc gttggtacgg gtgctgaccc aatgctcgca aaagtcctca
      541 cgggagtacg tgagaagtcc tttacccggg tcggcgacga aaatggtata gcctttccgc
      601 tgctttcgta cggcatacac caccacgaaa tgctcctgat tccagtgaac gatacagggc
      661 aaaagggctt tgtcggccaa tttctcgaaa gtcaatcgcc cgccgacagt acggaatccg
      721 atctcttcag cagctttgct gatacctaac aatgacacgc cgtctcgagc aagggcgcat
      781 cgctcgcgca aatgctctag cgtgtaatga cgcccataat gctgcgcaat catggcaagg
      841 cttgccggac cgcagtccat cgcatcaggc tgtttgacga agaaaaattt tttcaaagga
      901 atccgattta gttatcccaa taaaacatcc accttaaagg tgtttttaat gttggttagc
      961 atatagcctc atcttgtctc accgtttgtc gcggatcttt tcgtaggact ggatctcctc
     1021 cgtctgcttg acgtccacgc tgcggccgcc gctgaaggag tacgag
//
LOCUS       SEQF2638.1|AYYF01000940.1 267 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..267
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gaacaggaga tagtgcgatg agttacggtg cggtatggcg aatacacgcc cacgcagcgc
       61 ctcgtccgat gcgaccccag cgcccgccac gatcacgtta ccacgacgat ggcccagcgc
      121 cacagccgtt agcggtgcgc cgcgttcttt gttcttagtc tttcgttctt cagcttccac
      181 tacatgtata tcgagataga ccatttatgc aagcgggttg tggcgcgtga cacggatggc
      241 gtacgtcgtg agcgcgtcat cttggac
//
LOCUS       SEQF2638.1|AYYF01000941.1 541 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..541
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cgtgaacatc gagatccgtc cttgcgagaa gatcgagaag cgctgctatc cgatcatcta
       61 ttataagtcg gttactccga atagcctaaa caacctcaag attaacccgc gtaaggtgaa
      121 gatcgatgga gtggaatatc cgctgcacct gaatatcgga actgacggtg ttgtctatgt
      181 ctgcgttggt gatgctcaac cggtagatat caatcgcacg gtgacgctcc catccgtatc
      241 aggcgtgaag acagatccag gcgcaggtat ttgggatgtg aagagccgtg gcaacttcaa
      301 gttcaaggct acctattcag gttccaagcc gctggccgta cgcacgaacc gtacagtaaa
      361 cggtgtaccg gaaatgctga cgggcacaaa gaatgccaac ggtgaatacg agtatgtcgt
      421 tccgaacgta cagcaggata tcacgctgtc gatcggcccg gactacgtct ccaaccaact
      481 gttggcaggc acgtccgttt ggtcgcacgg cgagatgatc tctgtctctt atacacatcc
      541 t
//
LOCUS       SEQF2638.1|AYYF01000942.1 345 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..345
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 actgaggaca aggccgcggg ctacgccgag ctggcgctga accttgagcg atgggccttc
       61 agcgccggac tgcgctacga gcgagtcgcc cgcaaccaca ccgacctcgt ggacgcctcc
      121 gaaagcctca gcgacacgga cgttcagctc ttcccctccg cctccgcctc ctacgccgac
      181 gaccacttca acacctccct caccctctcc accaaaacgg atcggcccgc gctctcctac
      241 ctcggcagcc gcacgtatta tcagagccgc ttcgtctacc aaaagggcaa tccgctgctc
      301 aaaccctcga cctcgtacaa cctcgagtgg gccttcgggt ggcag
//
LOCUS       SEQF2638.1|AYYF01000943.1 545 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..545
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             195..428
                     /locus_tag="SEQF2638.1_00362"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDSLLETYTNGHAFLKMLHASDEQVALFDELAAAVPPHPDADFM
                     PMLNARSVSWIFPFMKALDNACETYQGGWDRAI"
ORIGIN      
        1 gaaatagacc tgaatagacc cgaaatagaa agagggaggc tcgcctaagc ggctccttca
       61 aacaatcact caataaattc caagcggctt ctgaagtttt cacccgcggc ctctaccttt
      121 ggcaactcaa aaaagggcct cccagtccct ccgatttgcg aggggggcgg aaggccattg
      181 ctttgtgatc ttctatggat agtttattag aaacatatac gaatgggcac gcctttctga
      241 agatgctaca cgcctcggat gagcaggtgg cgctctttga cgaactggcc gcggctgtgc
      301 ctccacaccc ggatgcggac tttatgccga tgctgaatgc ccgctctgtc tcgtggatct
      361 tccccttcat gaaggcgctg gacaatgcct gcgaaaccta tcagggtggc tgggatcggg
      421 ctatctaggg gcttgggctg tatatacgca tcgaggagtt cctgctggag gatttgcgct
      481 tcctgaccta tttccccgaa agccgacacg cccttatccg gtcgcgcgcg gagcagaagc
      541 tgcac
//
LOCUS       SEQF2638.1|AYYF01000944.1 1171 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1171
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             137..520
                     /locus_tag="SEQF2638.1_00363"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKQFMTGMILPLILMASACGTTDPLPSDGRLTGVWVHETTGTDT
                     IDFDAHARFDKNAFELKRKPGSSKAGPYWYEVKGDSIQVHWWLSSAMAETYAFKLSAD
                     GRSFRIGAFVPFVEGQTIHTFKKIK"
ORIGIN      
        1 gctctgaacc ctgagggttt accccttcga cgaccgtcgg agctctgaac cctgagggtt
       61 tactccttcg acgaccgtcg gagctctacc tctccgagct tttcaccgat agatttcaca
      121 cttaaaacca atagatatga agcagtttat gacggggatg atcctcccac tgatactgat
      181 ggcgtccgcc tgtggaacga cggacccgct gccttcggac ggccgactga ccggcgtctg
      241 ggtgcacgaa acgactggaa ccgacacaat cgatttcgac gcgcatgcac gcttcgataa
      301 aaacgcgttt gagttgaagc ggaagccggg aagctcgaag gctggcccct attggtatga
      361 agtcaaaggt gacagtatcc aagtgcattg gtggttgtcg agcgcgatgg ccgaaaccta
      421 tgctttcaag ctgagtgccg acgggcggtc gtttcggatc ggagccttcg tgcccttcgt
      481 ggagggacaa accatacaca cattcaagaa gatcaaatga agaacctgat tattaagaac
      541 gcatcgcagg tggtgacatg cagcggcttc gcgggtaagc gggggcgcga gatgaacgac
      601 ctgcatgtga tagaaggtgg gacagtggtc gtgaccgacg gacgcatctc gcatgtgctt
      661 cgcgccggcg aggcgttgcc cgtggacgag acgaattaca ccgtcatcga cgccacgggc
      721 aaggccctgc tgcccggctt cgtggacccg cacacgcact tcgtcttcgg cggataccgc
      781 gaggaggagt tctcgtggcg tatgcgcggc gacagttata tggagatcat gaaccgcggc
      841 ggcggtatcg tcaatacgac caaggccacg cgtgaggcgt cggaggatga gctattcgag
      901 gttgggcgtc gccgactcga cgccatgctg cgcctcggca tcaccaccgt ggagggcaag
      961 agtggctacg gcctcgatcg cgatacggag atgaagcagc tgcgcgtcat gcgtcggctg
     1021 aacgaggcgc accccgctga catcgtctct accttcatgg gcgcccacgc tacaccggcc
     1081 gaatggaagg ggcgcgagga cgcgttcatc gatttcaata tccgcgagat gttcccgctg
     1141 ctgttcttat acacatctct gagcgggctg g
//
LOCUS       SEQF2638.1|AYYF01000945.1 637 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..637
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cgcgggaggt ctccatatcc ccgtccaaac cgtcaaaacg cagcgccttc aacttgtcta
       61 acgcgccctt gtcgagcgct ttgggtagcc ggttatctcc cttgtccacg tgtacattgt
      121 cgaatagcaa agtgtcagcg gccccttctc gataagccag tttgcagacc ttcttgataa
      181 ggacaatcat gttgtagcaa gtgctttgtt tcagaccaac ttctccgatt acatactgct
      241 cgaattgttt gatgaagtcc tctgtgagct gcgaaaaggt taagtcggaa gcgttatgct
      301 tcgctcgaat gaactgctgc aatcgtgccc ttgtctgacg atatgaggcc aaagaatttt
      361 ccttgatgtc tacaccgacg tgatccttca cttcctcgat caagccgtca aaccgctcca
      421 atagcatggt tcggctctgc acgctgcctt ggaaatgctc cttaatgtcg gttgcgtcaa
      481 acggcgatcc cttggcaagc aaggattgat aggaagactg aacggcgaga aggaggttgt
      541 ccaaccgtcc attgacctca acggcctcgc gactcttccc gtccatccga ctttcgcgcg
      601 ggttccacaa atcgggattg cagaatagct tacaact
//
LOCUS       SEQF2638.1|AYYF01000946.1 351 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..351
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gttgaagcat taaggcattc ttcataccct tctttaaacg tgtaacaagg tggactccgt
       61 caatgaaaag ttgtttaaat aggtctttcg agatataccc cctgtctccg aagagcttac
      121 cgaagattcg tttgtggaag ctcatatgtt ttaagggagc tctgtcgtca acattacccg
      181 gagtaagaag aaaatcaagt agctctcctt tgtcgttaat gatcaagtgc agtttgaatc
      241 catagaacca gcccagtgca ctttttcctt ttctagcgaa ttccttgaag gttttatgct
      301 gcttttctct tttgatatgg cagctttgaa tgggtgtaga atcgataaaa g
//
LOCUS       SEQF2638.1|AYYF01000947.1 1278 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1278
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 caaatcaccc tgcgaaataa ccgggcaccc gcattcgtcc ccttgacggg gacgttttat
       61 ggggcgtatg caatacgccc ctaccccttc ggatgaaaac aatcgaccgt cagggtaggg
      121 cgcaaaagca tacgccctcc aaacgggcac gatagggccc gggcggttgt cctaaaataa
      181 ccatcgataa aacccggtac gggtgttcgt ccccttaacg tggcccgcgg atctgttgtc
      241 gtcaccgccg ggggcgttcg actgaccgag aatgtggact acgtcgtgga ctacgcttcc
      301 ggtatcgtca gtatcatcaa cgagagcgtg ctggccaatc gcagttccat cagtgtatcg
      361 ttagagaacc agtccgtcta cagcatgcaa cgcaaaacga tgatgggcct cgacctgaac
      421 tatgagttct cgaagcactt ttcagccgga gccaccgtga tgcacctctc cgaaatgccc
      481 ctcaccacaa aaaccgccat gggcgaggag tcgatcaaca acaccctttg gggggccaat
      541 ctggcctaca agggagaaag tcagtggttg acgaacgtag tggacaagct cccgctcttg
      601 aacctcaccc agcccagcca gatctccctc aatgcggagt tcgctcacct catcgccgga
      661 cactaccaga acgagaacac gggtcgctat tcctacctcg acgacttcga gtccacccga
      721 aacagcatcg acttactgaa cccctacctc tggtcgctgg ccagcacacc ttacgataac
      781 ggcgccgcag cgaaattccc cgaggcctca ctcgtcaata atgtcgagta tggcaagaac
      841 cgcgcgctct ttgcttggta ttacatcgac ggactcttta ctcgccgcaa ctcgagcctc
      901 cgaccgaagt atcttacgga caaggacatc tcgaaccact atgtccgtcc gatcgagtat
      961 tccgagatct atcccaacaa ggatttggca tacaacgaga ccaacatgct taacaccctc
     1021 aacctggcct attacccgac cgagcgaggc ccctacaacc tggatgtaga tggcatgaac
     1081 gccgatggca ccttagcgaa tccgcagcgc cgttggggtg gcatgatgcg acgactggac
     1141 cagacggact tcgaggcttc caatattgag tacgtcgagt tttggatgat ggatcccttc
     1201 atctataacc gggagacaac caaggggggc gacctctact tacatctcgg cgacgtatcg
     1261 gaagacatac tgagggac
//
LOCUS       SEQF2638.1|AYYF01000948.1 295 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..295
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             31..273
                     /gene="tpl"
                     /locus_tag="SEQF2638.1_00364"
                     /EC_number="4.1.99.2"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q08897"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine phenol-lyase"
                     /db_xref="COG:COG3033"
                     /translation="MEIGAILADRDPKTRENRYPKLELLRLAIPRRTYTDNHMDVVAA
                     TLKNVFDRRERITRGYRITKEHPIMRHFTVELAPAE"
ORIGIN      
        1 gagctgtacc tcgaggccgg catccgcggc gtggagatcg gcgccatcct ggccgaccgc
       61 gacccgaaga cgcgcgagaa ccgttacccg aagctcgagc tgctgcgcct ggccatccct
      121 cgccgcacgt acaccgacaa ccatatggac gtcgtggctg cgacgctgaa gaacgtcttc
      181 gaccgccgcg aacgcatcac ccgtggctac cgcatcacga aggagcaccc catcatgcgt
      241 cacttcaccg tcgagcttgc accggcggaa tagaccgtct gagaaacctt ggaag
//
LOCUS       SEQF2638.1|AYYF01000949.1 297 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..297
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             61..243
                     /locus_tag="SEQF2638.1_00365"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDSGLLRHFKNLWIGVDVFNLLDIYNTGSYYWITDVYNHRYAVP
                     NYLTGRQLNLRVSAAF"
ORIGIN      
        1 acctatcggc gcgtcgacat cggcttcacc tatcagctcg tcggtggcga gagtcgcgtg
       61 atggatagcg gcctcttgcg tcacttcaag aacctctgga tcggtgtcga cgtcttcaac
      121 ctactcgaca tctacaacac cggctcctat tactggatca ccgacgtcta caaccaccgc
      181 tacgccgttc ccaactacct caccggccgc caactcaacc tccgcgtcag tgcagccttc
      241 tgacgggcgt cagggacgcc agccaagttt gcctgatact cggccatagt ctccgct
//
LOCUS       SEQF2638.1|AYYF01000950.1 1986 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1986
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             101..496
                     /locus_tag="SEQF2638.1_00366"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTERVDEGEDVVRRIVYAVGPILEVEIDGDADLFGTAYLFGDVG
                     GVLFGSPAELLGEVAQGTLAEQVHRTATGVANPGERPSAIDKSEHFEAVEASGFVGPL
                     SNAPDSLQLAVRDTRGGDLEAVYIQFFDE"
     CDS             complement(617..1213)
                     /gene="leuD1"
                     /locus_tag="SEQF2638.1_00367"
                     /EC_number="4.2.1.33"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P04787"
                     /codon_start=1
                     /transl_table=11
                     /product="3-isopropylmalate dehydratase small subunit 1"
                     /db_xref="COG:COG0066"
                     /translation="MNEKFTILRSTCVPLPLENVDTDQIIPARFLKATTKEGFGDNLF
                     YDWRYDKQGHPIPSFVLNNPAYAGARILVAGRNFGSGSSREHAAWAIAGYGFRVVVSS
                     FFADIHKQNELNNGVLPVVVTDAFLAHLFAAIEADPKTEVEVDLPAQTITLLSTDESA
                     HFEINNYKKHCLMNGLDDIDFLIENRNLIEAYEQNINA"
     CDS             complement(1439..1981)
                     /gene="leuC1"
                     /locus_tag="SEQF2638.1_00368"
                     /EC_number="4.2.1.33"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P15717"
                     /codon_start=1
                     /transl_table=11
                     /product="3-isopropylmalate dehydratase large subunit 1"
                     /db_xref="COG:COG0065"
                     /translation="MITYGTNPGMGMGITQTIPTAESVPESSRASYRRSLDYMGLTAG
                     SQLLGMPIDYVFCGSCTNGRIEDFRAFASLVKGKRKAPGVTAWLVPGSWMVDAQIRRE
                     GLDKIFTDAGFELRQPGCSACLAMNDDKIPARKYAISTSNRNFEGRQGPGARTLLAGP
                     LVAAAAAVTGVVTDPRSMMG"
ORIGIN      
        1 gttcggggta gcgctcggtc atgcgacggc aaaattcgaa ggtcgtttcg gggttgagga
       61 cgccgagcgt gtcgggcagc atgaagcggc ggatgggcaa gtgacggagc gcgtcgacga
      121 gggcgaagac gtagtccggc gaatcgttta tgccgttgga ccaatcctcg aggtagagat
      181 tgacggtgac gccgacctct tcggcacggc gtacctcttc ggcgatgtcg gcggcgtgct
      241 gttcgggagt ccggcggagt tgctcggtga ggtggcgcag ggaacccttg cagagcaggt
      301 tcatcgtacg gcaaccggcg tcgcgaatcc aggcgagcga ccgtccgcca tcgacaaatc
      361 cgagcacttc gaagcggtcg aggcatccgg cttcgttggc ccattgagca atgcgccgga
      421 cagcctccag ctcgccgtca gagacacgcg cggaggcgat ctcgaggcgg tctacattca
      481 gttctttgac gagtagacga gcgatattct tcttctcatg ggcggtgaaa gagacgccat
      541 ttgtctgttc accgtcgcgc agggtggtgt ccatgatttc gatcatgggc atggtggagg
      601 gattctgatt catgacttat gcattgatgt tttgttcgta ggcctcgatg aggttgcggt
      661 tttcgatgag gaaatcgatg tcgtcaaggc cattcatgag gcaatgtttc ttgtaattgt
      721 tgatctcaaa gtgagcgctc tcgtcggtgg agagtagcgt gatggtttgg gcgggaagat
      781 caacctcgac ctcggtcttc gggtctgcct ctatggcggc gaagaggtgg gcgaggaagg
      841 cgtccgtaac gactacggga aggacgccgt tattaagttc gttctgctta tggatgtcgg
      901 caaagaagct ggagacgacg acccggaagc catagccagc gatggcccat gcggcatgct
      961 ctcggctcga gccgctaccg aagttgcggc cagcgacgag gatgcgggcg ccagcgtagg
     1021 cgggattatt gagcacgaag gaggggatgg ggtggccttg cttgtcgtag cgccaatcgt
     1081 aaaagagatt gtcgccgaag ccctctttgg tggtggcttt gaggaagcgg gcggggatga
     1141 tctgatccgt gtcgacgttc tcgagcggaa gggggacgca ggtgctgcgg aggatggtga
     1201 atttttcgtt cataatcgtt tgacgagggg ggtgaataaa taggatgaaa aatcggatgc
     1261 ccgtcaggag atgatcggga tatgccagat ggcgggtgat cccccacgga cagtcatcct
     1321 atatataaat gtatagggtg tggcctcaat acgcgaagtc cgctctaccg aaggcggtga
     1381 ggatggccga gtatgcgagg cggtctttgc tgatgtcagg gggtaggctg cgcaccgctc
     1441 atcccatcat gcttcgggga tcggtaacta cgcccgtgac ggcagccgcg gcggcaacca
     1501 aggggccggc caacagggtg cgggcaccgg ggccttgacg gccttcgaag ttgcggttgg
     1561 aggtggagat ggcatatttc ctggcgggaa tcttgtcatc gttcatcgcc aagcaagccg
     1621 agcagccggg ctgcctcagc tcgaagccgg catcggtaaa aatcttgtca aggccttcgc
     1681 ggcggatctg cgcatcgacc atccagctgc cgggcacgag ccacgccgtc acgcctgggg
     1741 ctttgcgttt gcctttaacc agcgacgcga aggcgcggaa gtcttcgatt cgtccgttgg
     1801 tgcaggagcc acaaaaaaca tagtcgatgg gcatgccgag cagctggctg ccggccgtga
     1861 ggcccatata atcgagggag cggcgatacg acgcgcgact gctttcggga acgctctcgg
     1921 ccgtggggat ggtctgcgta atgcccatgc ccatgcctgg gttggtgccg taggtgatca
     1981 tcggct
//
LOCUS       SEQF2638.1|AYYF01000951.1 10149 bp   DNA    linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..10149
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             545..3250
                     /locus_tag="SEQF2638.1_00369"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG4548"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHPEEQARVVIDRMFEEAGWKVVDRSGYAPNMTAVAVKEGMMKG
                     NREADYLLFLNGKAIGILEAKRAEIAINADGVQEQAVIYTRSCPSWCQAWFPTLPIAY
                     VSNSKDLMFYNSRQGNPEFEFCNRIHTPKEIAQILELYDEYVGLPTLSPKGLRDCQFE
                     AITELEKSFRAGESRALMVLATGAGKTYTACLAAYRMLSFTPMRHILFLVDRNNLGKQ
                     AENEFGTFRLTETGDPFNTIFTVNRLKSSKIPNDSNVLISTIQRLFSLLNGEEIEDND
                     EDDENIKDRDIELPENPNLPSDFFDMIVIDECHRSIYGNWRKVLDYFSKAKLIGLTAT
                     PIPETKAFFNNNIIVNYTLEKSIVDGVNVDSRVYRIKTQVTENGGAILEGENVKKETR
                     YTGQVQTVNNKETKNYTREELNRSIVNPAQIKLILETYRDAVYTEMFTDSQREPNMDY
                     LPKTLIFALNESHATNIVQIAKEVFCRKDNRFVQKITYSSGDSNELIRQFRNDKDFRI
                     AVTCTLVATGTDIKPLEVVMFMRDVASESLYIQMKGRGVRTIGDEQLRNVTPNAYSKD
                     CFFLIDAVGVTEHEKTIVSPPDGPSTKLISLKELLEKIAHGNVSDDYLRLLASRLSRI
                     NHKCEEKERAEFTRLANQSMMEIASNIFTALENNALPTYINVNEPNTERKALVRSITN
                     HPDARTYLLILNAGFVETLMPGEDTLISKGFSQEEAKSTTSAFENYCKEHKDEIEALR
                     LIYNNNGEPITYAMLKDLENKLKWVNSKFNKSLLWNSYTIINPQSVKRYSTRDEKEAL
                     TNIIQLVRFAFHQIEKLESLYPSAGQRFNLWCGQIQRPLSSKQIELMHEIQNFIASNG
                     YCAITEIKENDKSLAAQLIKAFAGKEMANEALSSLAQFIIYRKVA"
     CDS             3252..4673
                     /locus_tag="SEQF2638.1_00370"
                     /EC_number="2.1.1.72"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q89Z59"
                     /codon_start=1
                     /transl_table=11
                     /product="putative type I restriction enzymeP M protein"
                     /db_xref="COG:COG0286"
                     /translation="MTTNISTEQALTKEVWKLATTLAGQGVGYTDYVTQLTYLLFLKM
                     DAENEELFEEESSIPEGYRWINLKEMDGLDLLSHYEKTLKILSEQDNLIGTIFTKAQN
                     KIDKPVYLKKVISMIDEQQWLVMDGDVKGAIYEGILEKNGQDKKSGAGQYFTPRPLIQ
                     AMVDCLQPQIGETVCDPACGTGGFLLAAYDYMKEQSQDKGKRDFLNNNALHGVDNTPL
                     VVTLASMNLYLHGIGTNRSPIACEDSLEKEPDTMVDVILANPPFGTRPAGSVDINRPD
                     FYVETKNNQLNFLQHMMLMLKNGGRAAVVLPDNVLFEGGAGEIIRKKLLIDFNLHTIL
                     RLPTGIFYAQGVKANVLFFSKGQPTKDIWFYDYRTGVKHTLATNKLHRHHLDDFVACY
                     NASPRVETYNETSKTAGRWRKYTIDNILTRDKTSLDITWIKAGGEEEEYSLQELMESI
                     TTQSNTISQAVIELQKLMAEIKE"
     CDS             4682..5836
                     /gene="yhcG"
                     /locus_tag="SEQF2638.1_00371"
                     /EC_number="3.1.-.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P45423"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative nuclease YhcG"
                     /db_xref="COG:COG4804"
                     /translation="MKQHIKVSQEQQFNEVVHIIQQHRSKASQALNQEVLLTAWHIGG
                     YVSAKLKSEEWGSKVVSQLSEFIRSHHPEIKGYSRSSIYNMVMLYDEYSSSSFQSTVQ
                     KYLRSEFVQPVAGQLKAYPKEDIDSTIRSPSIIVQPLATQLPKILTYTTLTNLMEITC
                     RCQSDEERLFYILYAHKEQLTKRELQRCISNQTYTTLLGNKKNMFKGLLATYPNAPVL
                     FKDTLFVDFLDLPQKHSEIRLKSGLIDHMKQFILELGKDFIFMDQEYFLNVGASSFKA
                     DLLFYHRGLQALVAVELKKKKFHPRDFGQLEFYLEALDRDVKRSNENPSIGILLCPEA
                     DKVVVEYAMSRSMSPTMIAEYKRILIPQERMQQQLNEYCNLFLEDKTDVE"
     CDS             5852..7306
                     /locus_tag="SEQF2638.1_00372"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNTKKLRQKILDLAIHGKLVSQAPADEPASALLQRIRVEKERLI
                     KEGKIKRSRKSTKTSDTPHYPQDVPFEVPEGWEWVTIGKLCSFLSRGKSPKYSEERKY
                     PVFAQKCNLYDGDISLEQARFLDPETISKWSDEYKLIDGDILVNSTGTGTVGRTRLFH
                     SDILGDYPFVVPDSHVSVVRTLEEIESKFVLAFLSSDYGQTYIEDNLAGSTNQKELYI
                     GILENMQFPLPPHEEQLRIVTAVDKWFALIDTIDQGKVDLQTAIKQTKSKILDLAIHG
                     KLVPQDPNDEPGSELLKRINPKAEITCDNEHSEKLPQNWTLAKGKNIFAPMKSTKPKD
                     KEFQYIDIDSIDNRRQIIRKIKTIQTKNTPSRASRFTQKNDVVFSMVRPYLRNIAKVA
                     NDNCIASTGFYVCSSIPQILNSDYCYYLMTSDYVVNGLNQFMKGDNSPSINKGHIDNW
                     LFALPPLVEQQRIVQKIETLFSVLDNIQEALEVS"
     CDS             complement(7334..8191)
                     /gene="xerC_1"
                     /locus_tag="SEQF2638.1_00373"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01808"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerC"
                     /translation="MLDMLYYIVTLFIINQCNMVTRFQKHLAKTNLAKNTIASYVWTV
                     NYFLNHYKEVNKKNLLAYKGYLVENFKPQTVNLRLQGINKYLEFTKQDKLKVKFVKVQ
                     QKNFLENVISDSDYKFLKTRLKADGYDEWYFVVWFMAATGARVSELLHIKAEHVQIGY
                     LDLYSKGGKIRRLYIPKNLREEARKWIHEKGLTSGYIFLNRFGQRITTRGIAQQLKHF
                     AEKYGLNRDVVYPHSFRHRFAKNFLDRFNDLALLADLMGHESIETTRIYLRRTASEQQ
                     KIVDKVVNW"
     CDS             8366..8671
                     /locus_tag="SEQF2638.1_00374"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MILVDGENSGEVFQTSTEGYQGSTFKQLNINENMNEKFVLHIIN
                     LHRKSLRENKVGSAIPHLNKKLFKAIPMPIPPYAEQERIIDAINAAYALLTVIEENL"
     CDS             complement(8666..9835)
                     /locus_tag="SEQF2638.1_00375"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPFEVPEGWAWTTVNNISKSIIYGVSESAKSEGKYKLLRITDIQ
                     NNKVDWETVPFTDFDDDKVASYILYDGDIVFARTGATAGKSYLIKGLSQKAIYASYLI
                     RVQTFDLILPEYVKLFFESGYYWEQIELTSVGIGQPNVNGTILGSLNIPLPPFAEQKR
                     IVIEIDRWLSLLEQIEQGKANLQIAIKQTKSKILDLAIHGKLVPQDLNDEPASELLKR
                     INPKAEITCDNEHYPQLPKGWSICRLGDVVKYEQPTAYIVQSIAYSDAYPIPVLTAGK
                     SFIIGHTKETEGIYNRLPCIIFDDFTTDSRLVDFPFKVKSSAMKILQVHYGVEVEYVS
                     LFMSITRLVGDTHKRYWISEYSKLEIPIPPQEEQKRIIGKVRLLFEVLDVIEESL"
     CDS             complement(9892..10095)
                     /locus_tag="SEQF2638.1_00376"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTVDKSREDFVRRLTEFTAALNKIGVLYNQAVRAINAYHSVATA
                     KRMLGKLETIPKFSSDCNSKPCN"
ORIGIN      
        1 atgagtgaat actgattatt ctactcaccc aaagggaacg aataagaaac gagcaaattt
       61 ccctttctct cttcattctg caatgtttca aaaaaagccc tgtttcgata ttgcaaagat
      121 gatcattctc agaagagaaa taattaaaat ataatttttt tcaatcattc cgcataataa
      181 attccggttt tgcttggaac aataacctta aatgtgtacc tttgtacttg ttgtattcta
      241 caaagaagag aagaaaatca acagatgaag gcaataaata ggattaaagc agtcttagca
      301 gaaaagcaag tatcaggcaa atggtggcaa acgaaatagg tcgcacagag aatgccgttt
      361 ctcgatggtg ttctaataaa gtacaaccat ctcttgaaaa tctacttgaa atcgcagaaa
      421 cattgagggt agatgtaaga gaatgactta ggtcaaacaa agagtaacaa caactagttg
      481 tcgtacaaag attttctttt acaacagaac tactcataat gcaaaactat aagaacataa
      541 cgttatgcat ccagaagaac aggcacgagt cgttatagat agaatgtttg aagaagcagg
      601 ttggaaagtc gtagatagga gcggttatgc tcctaatatg actgccgtgg ctgtaaaaga
      661 ggggatgatg aaaggtaatc gagaagccga ttatctactg tttctcaatg gaaaagctat
      721 cgggatattg gaagccaaac gagcagagat tgctataaac gctgatggcg ttcaggaaca
      781 agccgtaata tatactcgca gttgtccttc ttggtgtcag gcgtggtttc ctacccttcc
      841 tatcgcatac gtttctaata gcaaggactt gatgttttac aactctcgtc aaggtaatcc
      901 cgagtttgaa ttttgcaatc gtattcatac tcccaaggaa atcgcccaaa tattagaact
      961 gtacgatgag tatgtaggtc taccaacact tagtccgaaa ggattacgtg attgtcagtt
     1021 tgaagctatc acagaattag agaagagttt tcgtgcggga gaatcacgag cgttgatggt
     1081 gcttgccaca ggtgcaggaa aaacctatac ggcttgtctt gccgcctacc gtatgctctc
     1141 ttttacgccg atgagacata ttctgttttt ggtggacaga aataatttag gcaagcaagc
     1201 cgagaatgag tttggcactt ttagacttac agaaactgga gatcctttca atactatctt
     1261 tacggtgaat cgtttgaagt cctcaaaaat ccctaatgat agcaacgttt tgatttctac
     1321 gatacaacgc cttttctctt tactcaatgg agaagaaata gaggataatg acgaggatga
     1381 tgaaaacata aaggatagag atatagaact tcctgaaaat cccaatttac cctcagactt
     1441 ctttgatatg attgtcattg atgagtgcca ccgctccatc tatggaaatt ggagaaaagt
     1501 acttgattat ttctcaaaag caaaattgat aggtttgacg gctaccccta taccagaaac
     1561 aaaggctttc ttcaacaaca atatcatcgt aaactacaca ttggaaaagt ctattgtaga
     1621 tggagtgaat gttgatagtc gtgtttatcg catcaaaaca caggttaccg aaaatggcgg
     1681 agctatcctt gaaggtgaaa atgtaaaaaa ggaaacgcgc tatacaggac aggttcaaac
     1741 tgtcaataat aaagaaacta aaaactacac acgtgaggaa ttaaatagaa gtattgtcaa
     1801 tcctgcacag ataaaactca ttttggaaac ctatcgagat gcagtgtaca cagaaatgtt
     1861 cacagactct cagcgtgagc ctaatatgga ttatctgcca aagacgctta tattcgcact
     1921 gaatgagagc catgctacta atatagtgca gattgccaaa gaagtgtttt gtcgtaaaga
     1981 caatcgtttt gtgcagaaaa tcacttattc ttcaggagat agtaatgaac tgatacgcca
     2041 attccgaaat gataaggatt tccgtattgc tgtaacttgt actttagtgg ctacaggaac
     2101 agacatcaag ccacttgaag tagtaatgtt tatgcgtgat gtagcttctg agtctctgta
     2161 tatccaaatg aaagggcgtg gtgtgcgtac tattggggat gaacagctgc gcaatgttac
     2221 tcccaatgct tatagcaagg attgcttctt cttgatagat gccgtaggag taactgagca
     2281 tgaaaaaacg atagtatctc ctcctgatgg accatcaacc aaactgattt ctttgaaaga
     2341 acttctggag aagattgcac atggtaatgt aagcgatgac tatttacgct tattggcaag
     2401 cagactatct cgtatcaacc ataagtgtga ggagaaagaa cgagccgaat ttacccgcct
     2461 tgcaaatcaa agtatgatgg agatagcttc aaatatcttc acagcccttg agaataacgc
     2521 attgcctaca tacatcaacg taaatgagcc taatacagag cgtaaggctt tggtacgaag
     2581 tattactaat catcctgatg cacgtacata cctactaata ttgaatgctg gttttgttga
     2641 aaccttgatg cctggcgaag acacgcttat atctaaaggt ttctcacaag aggaagcaaa
     2701 atctacgacc tctgctttcg aaaactattg caaggagcac aaggatgaaa tagaagctct
     2761 gcgactaatt tacaacaaca acggagagcc aattacgtat gctatgttga aagacttgga
     2821 gaacaagcta aaatgggtaa atagtaaatt caataaatct ttgctttgga actcgtacac
     2881 catcataaat ccgcagtcag tgaaacggta ttctacaagg gatgagaaag aagctttgac
     2941 caacatcata caacttgttc gctttgcttt tcatcaaata gaaaaacttg agagtctata
     3001 tccatcggca ggacagcgat tcaatctttg gtgcggacag attcagcgtc cgttatcctc
     3061 taagcagata gaattgatgc acgaaataca aaacttcatt gcatctaatg gatactgtgc
     3121 gatcacagaa atcaaggaaa acgataagtc tttggctgca caactcataa aagcctttgc
     3181 cggtaaagaa atggccaatg aagcgttatc ttcattggct caatttatca tctatagaaa
     3241 agtagcgtaa tatgacaact aatatatcaa cagaacaagc tttaaccaaa gaggtttgga
     3301 aattggcaac gacattggct ggacagggtg tcggctatac agattatgta acgcaactta
     3361 cctatctgct attcctcaag atggatgcag aaaacgaaga actattcgag gaggaatcat
     3421 ctattccgga aggctatagg tggattaacc taaaagaaat ggatggttta gatttgctca
     3481 gtcactacga gaagacactc aaaatactta gcgagcaaga taacttgata ggcacgatat
     3541 tcacaaaagc tcagaataag atagacaaac ctgtctatct gaaaaaagtg atttccatga
     3601 ttgatgagca acagtggctc gtaatggatg gcgatgtgaa aggtgcaatc tatgagggaa
     3661 tcttggaaaa gaacggacaa gataagaaga gtggtgccgg acaatacttc accccccgtc
     3721 cgttaataca ggctatggtt gattgcctcc aaccacaaat aggcgaaacg gtatgtgacc
     3781 ctgcttgtgg tacaggcggt tttcttttag ctgcatacga ctatatgaaa gagcagtctc
     3841 aagataaagg aaagcgtgat ttcttgaata acaatgcttt gcatggtgtg gacaacacgc
     3901 ctttggtcgt tacgttagct tcgatgaact tgtatttgca cggcattggt acaaatcgaa
     3961 gcccaatagc atgcgaagac tctctggaaa aagagccaga tacaatggta gatgtcattc
     4021 ttgccaatcc tccatttggt actcgccctg caggatcagt agacatcaac cgtcccgact
     4081 tctatgtaga aaccaagaac aaccagctta acttcctaca acacatgatg ctgatgttga
     4141 agaatggagg acgtgctgcc gttgtgttac cagataatgt actctttgaa ggtggagctg
     4201 gtgaaattat tcgtaaaaaa ttgctaatcg atttcaatct acataccatc ctgagattac
     4261 ctaccggtat tttttatgca caaggtgtaa aggcaaatgt actattcttc tccaaagggc
     4321 aaccaacgaa ggatatttgg ttttatgact atcggacagg tgtaaaacat acattggcaa
     4381 ccaacaaatt acatcgccat catcttgacg actttgttgc ttgctacaat gcttctccac
     4441 gagtggaaac ctacaatgag acatcgaaaa cagctggtcg ctggaggaaa tacacaattg
     4501 acaatattct gacgcgagat aagaccagtc ttgacatcac ttggataaaa gcaggaggag
     4561 aggaagagga atactccttg caagagttaa tggaaagcat cacgactcag agcaatacta
     4621 tcagccaagc tgtaattgag ttgcaaaagc taatggcaga gatcaaagaa taggtatcaa
     4681 aatgaaacag catattaagg ttagccaaga gcagcaattt aatgaagtcg tccacatcat
     4741 tcaacagcac cggagcaagg cttcccaagc cctcaatcag gaagttttgc tcacggcttg
     4801 gcatattggt ggctacgtgt cagcaaaact gaaaagcgag gaatggggaa gcaaggtggt
     4861 cagtcagctc tcagagttca ttcgttcaca ccatcctgaa attaaaggat atagtcgaag
     4921 tagtatctat aacatggtaa tgctttacga tgaatattct tcctcatctt ttcaaagtac
     4981 agtgcagaaa tatctccgct cggaatttgt ccaaccagtg gctggacaat tgaaagcata
     5041 ccctaaagaa gatatagaca gcacaattag gtctccatct ataattgtgc agccattagc
     5101 tacacaatta cccaagatac tgacgtatac cacgctaacg aatctgatgg aaattacttg
     5161 tcgatgccaa agtgatgagg aacgcctatt ctatatcctt tatgctcata aagagcaatt
     5221 gacaaaaaga gaattacagc gttgcatttc caatcagacc tataccactc tgttaggcaa
     5281 taaaaagaat atgtttaagg ggttgttggc aacttacccc aacgctcctg ttttattcaa
     5341 ggacacgctc tttgtcgatt ttcttgatct tcctcaaaag catagtgaaa taaggctgaa
     5401 aagtggacta attgaccaca tgaagcagtt tattcttgaa ttaggtaaag actttatctt
     5461 catggatcaa gaatacttcc tcaatgtagg agcttcaagt ttcaaagccg atttgttgtt
     5521 ttatcatcgt ggtttgcaag ctcttgttgc agtagaactg aaaaagaaaa aattccatcc
     5581 acgagacttt ggacaattgg agttttatct tgaagccctt gatcgcgatg tcaagcgaag
     5641 taacgaaaac ccctctatcg gtattcttct ctgccctgaa gcagataagg tggtagtgga
     5701 atatgctatg agtcgcagta tgagcccaac gatgatcgcg gagtacaaac gtatccttat
     5761 tccgcaagaa cgtatgcaac aacaactcaa tgagtattgc aacctctttt tggaggataa
     5821 aactgatgtg gaataatccc aaccaaacac aatgaacacg aagaaattac gacaaaagat
     5881 actcgacctt gccattcatg gcaaacttgt ctcccaagcc cctgctgatg aaccagcctc
     5941 tgcgcttctc caacgtattc gtgtagagaa agaacgcttg ataaaagaag ggaaaatcaa
     6001 gcgtagtcga aaatctacca agacttccga tacgccccat tatccgcagg acgtgccgtt
     6061 tgaagtaccc gaggggtggg aatgggtaac gataggcaaa ctctgttcgt ttctttctcg
     6121 gggaaaatct ccgaagtatt cagaggaaag gaaataccct gtatttgccc agaaatgtaa
     6181 tttgtatgac ggagatattt cgctggagca agctcgcttc ttagatccag aaacgattag
     6241 taaatggagt gatgaataca aattaataga tggtgacatc cttgtaaatt caacagggac
     6301 aggaaccgtg ggaagaacaa gattatttca tagtgatatt cttggtgatt atccttttgt
     6361 tgttcccgat tctcatgtat cagttgtccg aacattagaa gaaatagaat ctaaattcgt
     6421 gctggctttt ctttcttcag attatggaca aacatatatc gaagataatc ttgcaggctc
     6481 tacaaatcaa aaagaattat acattggtat attagaaaat atgcagttcc ctttaccacc
     6541 gcatgaggaa caacttcgca tagttacagc tgtagataaa tggtttgctc tcattgatac
     6601 gattgatcaa ggaaaggtgg acttgcaaac agccatcaag caaaccaaga gcaaaatcct
     6661 tgaccttgcc attcacggca agctcgtacc ccaagacccc aatgatgagc ctggatcaga
     6721 actgctcaag cgcatcaatc ccaaggctga aatcacttgt gataacgagc atagtgagaa
     6781 gttaccacaa aattggactt tggcaaaagg aaagaacatc tttgcaccga tgaagtcgac
     6841 aaagcctaag gataaagaat ttcaatatat agatattgat tccattgata atagacgaca
     6901 gataatcagg aaaattaaaa caatacaaac gaaaaatact ccaagtagag ccagccgttt
     6961 cactcaaaag aatgacgttg tgttttcaat ggttcgtcca tatttacgca atatagcaaa
     7021 ggtagctaat gataattgta tagcgtcaac aggattttac gtatgtagtt ctattccgca
     7081 aattctcaat tctgactatt gctattatct tatgacctct gattatgtgg taaatggatt
     7141 aaaccaattt atgaaaggag ataactcacc ttctatcaat aaagggcaca ttgataattg
     7201 gctatttgcg ttacctccgc ttgtcgaaca acaacggatt gttcaaaaga tagaaacact
     7261 attttctgtt ttagataata ttcaagaagc cttagaagtg tcatgaattg cacttctaag
     7321 gcttctgttt agtttaccaa ttcactactt tatccacaat cttctgttgt tcgctcgctg
     7381 tcctgcgtag atagatacga gtagtttcga tgctttcgtg tcccatcaag tctgcaagta
     7441 aagcgaggtc gttaaagcga tcaagaaagt tttttgcaaa gcggtggcgg aacgaatgag
     7501 gatataccac atcacgattt aagccgtact tctctgcaaa atgcttcagt tgttgtgcta
     7561 tgccacgtgt ggtaatacgt tgtccaaagc ggttgagaaa aatataacca gaagttagcc
     7621 ctttctcatg aatccatttt ctcgcttctt ctcgcaagtt cttagggatg tataagcgtc
     7681 ttatctttcc tcctttgcta taaaggtcaa gataaccgat ttgtacatgc tctgccttga
     7741 tatgcagcaa ttcgctcaca cgagcaccag tcgcagccat aaaccaaact acgaaatacc
     7801 attcatcgta gccatcagcc ttgagccttg tttttaggaa cttataatca gaatcactga
     7861 ttacattctc caagaagttc ttttgttgca ccttcacaaa ctttactttg agcttatcct
     7921 gctttgtaaa ctcaagatat ttattgatac cttgcaaacg caggttcact gtctgtggct
     7981 tgaagttttc tactaaatac cctttgtaag ccaataggtt cttcttgttc acttctttgt
     8041 agtgattaag aaaatagttc accgtccaca cgtaagaagc gatggtgttt tttgccaaat
     8101 ttgttttggc aagatgtttt tgaaatcttg ttaccatatt acattgattt ataatgaata
     8161 aagtaacaat ataataaagc atatcgagca ttatccgcag ttgcctaagg gatggagcat
     8221 tacttctatg caggaagtgt gtggtttgtt tgatggagaa aggcaagaag acaggttgct
     8281 gaccaactta gacgcaaagt ttttaagagg gttttctgat gggaaagtta taaaagctgg
     8341 cagatatgtt ccagccaaca catatatgat attagttgat ggagagaact cgggagaagt
     8401 gttccaaact tcaactgagg gctatcaagg cagtactttc aagcagctaa atatcaatga
     8461 aaatatgaat gaaaagtttg tcttacacat catcaatttg catagaaagt ctttgagaga
     8521 gaataaagta ggctctgcta ttccacactt gaacaaaaaa ctgtttaagg cgatccctat
     8581 gccgataccg ccttatgcag aacaagaaag aattattgat gcaataaatg ctgcgtatgc
     8641 attgcttact gtaattgagg agaacttata aactctcctc aattacatct aaaacctcaa
     8701 agagtagacg cactttccct ataatccgtt tctgttcttc ttgtggagga ataggtattt
     8761 ccaactttga atattctgaa atccaatatc gtttatgcgt gtcaccgaca agtcttgtta
     8821 tgctcataaa caatgataca tattccactt cgacgccata atgcacttgt aatattttca
     8881 ttgcagacga tttaacctta aaagggaaat ccaccaatcg agagtcagtt gtaaaatcgt
     8941 cgaagataat acaaggtagt ctgttataga ttccttccgt ctctttcgta tgcccaataa
     9001 taaatgattt ccctgccgtt agaacaggaa taggataagc atcactatat gcaattgatt
     9061 gtacaatata tgctgttggc tgttcatatt ttacaacatc tccaagcctg catatgctcc
     9121 atcccttagg caactgcgga taatgctcgt tatcacaagt aatttcagcc ttgggattga
     9181 tgcgcttgag cagttccgat gctggctcgt cgttcaggtc ttggggtacg agtttgccgt
     9241 gaatggcaag gtcaagtatc ttgctctttg tctgcttgat ggctatttgc aagttcgcct
     9301 ttccttgctc aatttgctca agcagagata gccatcggtc tatttctatc actattcttt
     9361 tttgctcagc aaaaggaggt aatggaatat ttagacttcc aagaattgtt ccatttacat
     9421 ttggttgtcc tatgcctaca gaagtcaatt caatttgttc ccaataataa ccagactcaa
     9481 aaaatagttt cacatattct ggcaaaatca aatcgaatgt ttgtactcga attaaatacg
     9541 atgcataaat tgccttttga ctaagccctt ttattaaata tgattttcct gcagttgcgc
     9601 cagttcgtgc aaatacaata tctccatcat ataaaatgta tgaagctact ttatcatcat
     9661 cgaaatctgt aaatggaaca gtttcccaat ctactttatt attttgaatg tctgtaatgc
     9721 gcaataattt gtatttacct tctgatttcg cagactcact tacaccatat ataattgatt
     9781 ttgaaatatt gtttactgtt gtccacgccc acccctcggg tacttcaaac ggcacgtcct
     9841 gcggataatg gggcgtatcg gaagattatc ctttttcctg atattcttct gtcaattgca
     9901 tggcttgctg ttgcagtctg acgagaactt gggaatagtt tcgagtttgc cgagcattcg
     9961 tttagcagtg gcgacagaat gataggcatt gatggcacgg acggcttggt tgtacagcac
    10021 gccgattttg ttcagcgcgg cggtgaactc ggttagcctg cggacaaagt cctcacggct
    10081 cttgtcgacg gtcacgacgc ggaaatgctc atctaagatg cgcgctcgga tgtactccgt
    10141 tttcgtgcg
//
LOCUS       SEQF2638.1|AYYF01000952.1 640 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..640
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     tRNA            complement(126..199)
                     /locus_tag="SEQF2638.1_00377"
                     /product="tRNA-Phe"
                     /inference="COORDINATES:profile:Aragorn:001002"
                     /note="tRNA-Phe(gaa)"
ORIGIN      
        1 ggggaggcat ttgtgtaaac gtataggcaa ggacgatggc gcacccgatg ggcgccgcag
       61 ttcggtgggg ggaaataaaa aaagcagcac acttgatttg tgtactgctt acggaggttt
      121 ttgaagtggt gccaccggga atcgaaccag ggacacaagg attttcagtc ctttgctcta
      181 ccaactgagc tatggcaccg tgccttgttt tttcttagcg gccgcaaaga tgaacgaatc
      241 tttgactcta cgccaaatct gcgacaccaa aaaaatcaca aaagaaacgg tgacttgttt
      301 ccctgcaatc gaaccgtttt attctgaacg ctttgcggag aggggtcaca ggaggatttt
      361 tccgcgaaaa acgtgatcga ggggagaatt ctggccgtag caccctcatt ttttgtctcg
      421 gggcgactgc tcacgtcgtc ggatcggcat cgagcgacac ggcgggtcat ggaaggtcat
      481 cgaagcgctg tcgaccgagt cgacggggca taacgggctg ttgcggtctc gtcgtgtgac
      541 acgagggggc atgcctacgc gttgaggcct catcgagtct tttgaggggg cttcaatcaa
      601 tgtatagaaa atagatatgc tggatttata gcttatacat
//
LOCUS       SEQF2638.1|AYYF01000953.1 917 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..917
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 atagacaaca ccgtcaagac gggtaagaaa cacgacaaag tgatcctgct cgtggccttc
       61 gggtccacat ggcagcgcgc ctttttggcc ttcgacaaca ccgtagccga gtacaagaag
      121 gcattccccg actacgacgt cttcctttcc ttctcctccg ccatttgtat caaccgcgcc
      181 gccgcgggcg agcacgccaa ggacgaggga gaggccaaag ccgaggtgcg ccactactac
      241 tcgcccaact tctggctcga agccttcggg cgcgtgcagt acagcgagat tattgtccag
      301 tctctgcaag tgattccggg cgaagagtac ggccgagtga tcaactacat gaaggatttc
      361 gctaacaaca gtctgggaga cctcgacgac gcctatttga agaaggtcac cctccgttta
      421 ggccttcccc tcatggccga cgccgataag gacgtcaagg cactcgccaa agcgctcgat
      481 gcgaactacg ctaactacgc caagcagggc gtcgtagcct tcatgggcca cggtaacccc
      541 gattcatacg acatctacaa ggcgaacatc cgttacaccc agttagaaga ggcactccag
      601 aagatcaaca agaactacta cgtcggtacg gtcgacatga aggacaactt caagaccttc
      661 gttcgcgaaa gaatggtcaa agcaggcgtc agcaagggcc gcgtctactg cacacccctc
      721 atgtccatct ccggcgacca tgcccacaac gatatggctg gcaacgacgt cgccaagacc
      781 ccattccagc ccaatgaaga gggcgaagtg gaagacacga gttggaaaat gtacttcaag
      841 accatgggct acgactgctc aaacgagact cagatcatga atggccttct cgagcgcgag
      901 aatgtccgtc aattgtg
//
LOCUS       SEQF2638.1|AYYF01000954.1 261 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..261
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggcccaagcc gacgccctca cggccgagct cgtgaaggcc gacacggccc gcgatcgcgc
       61 cgtgcagtac ttcttcgccg ccgttcgtgc cgcccgactc tcgcccgacg aggccgtaca
      121 gaaagctgct gccgcactca tgcccaccgt cagcgtctac agcggtgccc ccaccgaggc
      181 ggccgaccgt gagacggctc tcatctccgg cctcgtggtc gacctgaaga aggcggagct
      241 cacggcccac ctcaccacgc t
//
LOCUS       SEQF2638.1|AYYF01000955.1 1070 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1070
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             349..585
                     /locus_tag="SEQF2638.1_00378"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTVIDEPEGKLKELTEIVGGVIDVFPAEAEPLDVLLDGVDILDV
                     FFDGVGVVEAQVARAAILAGDAEVEADGLGVTDV"
ORIGIN      
        1 ctcgaactcg agcgtgcaga gcgagtgggt gacaccctcg aaatagtcgc tctggccgtg
       61 ggcaaagtcg tacatggggt agacgttcca agtgcggccg gtgcgatggt gaggcgtttt
      121 gatgatgcga tagatgatcg ggtcgcggaa gtgcatgttg ggcgatgcca tgtcgatttt
      181 ggcgcggagg gtcatggcgc cttcgtcgaa ctcgccgctg ttcatgcgca agaagaggtc
      241 tcgactctcc gccgcggggc ggttgcggaa ggggctttcg cggccggcta cagtgggcga
      301 tcccttctgc tcggcgatgg cctcggccgt ctgttcatcc acataagcat gaccgtgatc
      361 gatgagccag agggcaaact caaagagctg accgaaatag tcggaggcgt aatagatgtt
      421 ttcccagcgg aagccgagcc actggatgtc ctcctggatg gagtcgacat actcgacgtc
      481 ttctttgatg gggttggtgt cgtcgaagcg caggttgcac gtgccgccat acttgcgggc
      541 gatgccgaag tcgaggcaga tggccttggc gtgaccgatg tgtaaataac cgttcggctc
      601 gggtgggaag cgcgtctgta cgcgtccgcc gttgcgacct tcagcgaggt ctttttctac
      661 catttgttcg atgaagttga ggctcttttt gccttcctct tggggggtaa tctgttcagc
      721 cattgtgatg atgtgctatg cgttacgaat cctgtttaat tgagggcgca aatgtagcat
      781 gcgaatcgag tctctccggg ggcgaatttg cacccccgta atacgttccg aggtggtcgg
      841 aatacgttag ggaggtggtc ggaatacgtt ccgaacctat tggaatacgt tagggaggtg
      901 gtcgtaatac gttcggaacc tattggaata cgttggtgag gtggttttaa taggttcgga
      961 acgtattcta ataggttccg aggtggttgt aatacgttcc ggacgtggtc tcgatacgtt
     1021 ccggacgtgg ttacgatacg ttccgaacgt ggtgttgata cgttcagaac
//
LOCUS       SEQF2638.1|AYYF01000956.1 962 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..962
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(36..239)
                     /locus_tag="SEQF2638.1_00379"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MATVAPKAAAPFVDVPAPRWICNDSTDEAKSGMLTQKTLWLSES
                     FTGTPSTVKLMRPASVPRTRMET"
     CDS             complement(259..927)
                     /locus_tag="SEQF2638.1_00380"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVARVVVDRGAPDGLQSVVGVGQASQCAVEVVLEPLAPHQVGAL
                     LLLAVGALEVGQLVSRILGAGLVILVIPVAVGVMQRHVQVEGVREALRGQEVIMVLPV
                     VVRLVVVEARHTVLVSVLAAAVVSSIGAETSRVDAVPRLIAHLAAAEGLELEHRAAVV
                     VSRRSVIRTHVRPGTLDVAVRLHVRVTGVEDEMVADESRSAAHGVRKGAETTRRRRGL
                     KVWL"
ORIGIN      
        1 gtggtggtca cctcggacgg tggcaacggc gtgggctacg tctccatgcg ggtgcgtggc
       61 acggatgcgg gccgcatcaa cttcacggta gacggtgtgc cggtgaatga ctcggagagc
      121 cacagcgttt tctgggtcaa catgcccgac ttcgcctcgt cggtcgagtc gttacagatc
      181 cagcgcggcg cgggcacgtc gacgaacggt gccgcggcct tcggcgccac ggtggccatg
      241 caaacgcagc gtccgcggtt agagccatac tttgaggcct cgtctgcggc gggtagtttc
      301 ggcacctttg cgcacaccgt gcgcggcgga acgggactca tcggcaacca tttcgtcttc
      361 gacgcccgtt actcgaacgt gcaaacggac ggctacatcg agcgtgcccg ggcgaacatg
      421 agttcgtatt acgcttcggc ggcttactac aacggcggca cgatgctcaa gttccagacc
      481 ttcggcagca gcgaggtgag ctatcaggcg tggaacggcg tcgactcggc tcgtctccgc
      541 accaatcgac gatacaacag ctgcggcaag tacactgacg agaacggtgt gacgcgcttc
      601 tacgacaacc agacggacaa ctactggcag caccattatc acctcttggc cacgcaacgc
      661 ctcacggacg ccctcaacct gaacgtgacg ctgcattaca ccgacggcca cgggtattac
      721 gaggattaca aggccggcgc caagtatgcg gcttacaagc tgcccaactt caagggcgcc
      781 gacggcaagg agcagaagcg caccgacctg gtgcggcgca agtggctcca gaacgacttc
      841 tacggcgcac tggctcgcct gacctacacc cacgaccgac tgcaggccgt ctggggcgcc
      901 tcgatcaaca actacacggg cgaccacttc gggcgcgtcc tgtggatgaa gaccgtcgag
      961 gc
//
LOCUS       SEQF2638.1|AYYF01000957.1 586 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..586
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 aaaaagcacc cgcggcgggt ggatcaatgc acaacagagg gccaattttt gcttcatgcc
       61 cccagataaa cggcctgcac gtcggttgcg gaacggctcg atctggacgt aaatgtcgcg
      121 gatgaggtcg tagttgtctt cgagccgggt cccaaacagg gtggcaaaga attccaggtt
      181 ctctttgacg gttaaatctg gatagagtga gaagcggccg ggcatgtagc cgactgccgc
      241 acggatgcga cggtaatccg cggcaatgtc gaggccatcc accgtggcgc gtccgccgtc
      301 cggaggcatg agggtcgtca aaatccgaaa gaaggccgtg cttcagagac aaatcgccgc
      361 acaaaggtcc accctgcgca cctcgaccga cggcatcgac aaagaagccc acgccctggc
      421 cgtgcaggtg gagcaaatag acgaccgact gcgccgatgc cacatcgtga accccacgcg
      481 tggaactgtg atgacccgct acgtccgcgc caacgagatg actgcacctg ggcagcccct
      541 ttatcgcatc gccgacctct cgcacatgac actgcgtgtc tatatc
//
LOCUS       SEQF2638.1|AYYF01000958.1 279 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..279
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gaatagtggg aaggagatgc tggccttcac aacgctgctc catgtggcta cggtattcag
       61 tacgttggtc gtgctgcgta gcgagatcgg tgagctgatc cgcggactgt tcgcttttcg
      121 gcgaaacgac gagacagcga tggtcggtaa gttgttactg tcggccgtgc cagtgggcat
      181 tgtggggctg ttcttccgcg actgggtaga ggctgtgttt ggcgagggat tgctcgtcgt
      241 gggctgcatg ttgctgctga cggcgttact actcggctt
//
LOCUS       SEQF2638.1|AYYF01000959.1 934 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..934
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(125..895)
                     /gene="ydfG"
                     /locus_tag="SEQF2638.1_00381"
                     /EC_number="1.1.1.381"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P39831"
                     /codon_start=1
                     /transl_table=11
                     /product="NADP-dependent 3-hydroxy acid dehydrogenase
                     YdfG"
                     /db_xref="COG:COG4221"
                     /translation="MQPITMITGATAGIGRATAHVLAQDGHQLILTGRRRERLEALRD
                     ELARTYPKSRFLALAFDVRRRDAVEEAIASLPDEWQAIDTLINNAGLAVGLESIHEGD
                     PDDWERMIDTNIKGLLYVTRAVAPGMVARRAGHIVNLGSISSREVYPGGAVYCATKHA
                     VRALSQGMRQDLLPYGIRVSLICPGAVETEFSIVRFKGDNQRAASVYDGYTPLSADDI
                     ARTIRFALTAPAHVDLQDILVMPTAQADARTIHRTPKG"
ORIGIN      
        1 ttccgaacgt atcataacca cgttccgaac gtatcataac cacgttccga acgtatcata
       61 accacgttcc gaacgtatca taaccacgtt cggaacgtat cgacacccac ctcggaacgg
      121 tatttcagcc ctttggcgtg cgatggatgg tgcgggcgtc ggcctgggcg gtgggcatga
      181 cgaggatgtc ctgcaggtcg acgtgcgcgg gggcggtgag ggcgaagcgg atggtgcggg
      241 cgatgtcgtc ggccgagagc ggcgtgtagc cgtcatagac gctggcggcg cgttggttgt
      301 cgcccttgaa gcggacgatg gagaactccg tctccacggc gccggggcag atgaggctca
      361 cgcggatgcc gtagggcagg aggtcctgac gcatgccttg gctgagggcg cgcacggcgt
      421 gcttcgtggc gcagtagacg gcgccgccgg ggtagacctc gcggctggag atggagccga
      481 ggttgacgat gtggccagcg cggcgggcga ccatgcccgg ggcgacggcg cgggtgacgt
      541 agagcaggcc tttgatgttg gtgtcgatca tgcgttccca gtcgtcgggg tcgccctcgt
      601 ggatcgactc gagaccgacg gccagtccgg cgttgttgat gagcgtgtcg atggcctgcc
      661 attcgtcggg caggctggcg atagcctcct cgacggcgtc acggcggcgg acatcgaaag
      721 cgagcgccag gaagcggctc ttggggtagg tacgggccag ctcgtcgcgg agggcttcga
      781 ggcgttcgcg gcgtcggccg gtgaggatca gttggtggcc atcttgggcc aatacgtggg
      841 ccgtagcccg accgatgcct gcggtagcac cggtgatcat tgtgatgggt tgcatagagg
      901 gtagagttta gagggtagag tttagagggt ggag
//
LOCUS       SEQF2638.1|AYYF01000960.1 937 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..937
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ttcattatcg agaagcagat ggatttcaaa tattcatctg gcgaattctc ccgcttgatc
       61 agctgtatcc agatcgcctc caagatggtg aaccgcttca ttaacaaagc gggtatcacc
      121 aacgtactgg gcgaagcggg caaccgcaac gtgcagggcg aggaacagca gaagttggac
      181 gtcatcgcca acgagatctt tatcaatgcc ctctcgcagc gcgaggtggt ctgcggtgtg
      241 gcctcggagg agaatgacga ctttattgag attcggagcg gcgctaacgc cgaactgagc
      301 aagtatgtcg tgctgatgga tccgctcgac ggatcgtcaa acatcgacgt gaacgtgtcc
      361 gtggggacga tcttctccat ctatcgccgt atcacccccg ccggcacccc cgtgcagctg
      421 gaggacttcc tgcaaaaggg gacgaaccaa gtggccgctg gatacatcat ctacggctcg
      481 tccaccatgc tggtctacac caccggcaac ggcgtcaatg gcttcaccct cgacccctcg
      541 ctgggcagct actacctctc caaccccaac atgcgcttcc ccgaagacgg caagatctac
      601 tccatcaacg agggcaacta catcaagttc ccccagggcg taaaggacta catcaagtac
      661 tgccagcggg aggaggagaa tcggccctac acctcgcgct acatcggttc gctggtggcc
      721 gacttccatc gtaacatgat caaggggggc atctacatct acccctccac ctcgcagtcg
      781 ccacgtggca agctgcgttt gctctacgag tgcaacccga tggccttcct cacggagcag
      841 gctggcggta aggcttcgga tggcttccgt cgcatcctcg acatcgagcc tacggagttg
      901 ccccagcgca ctcccttctt ctgcggtagt cggaaga
//
LOCUS       SEQF2638.1|AYYF01000961.1 2549 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2549
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(243..515)
                     /gene="hupA"
                     /locus_tag="SEQF2638.1_00382"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P08821"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA-binding protein HU 1"
                     /db_xref="COG:COG0776"
                     /translation="MNKTEFIDAVSAKAGLSKADGKKAVDAMVETILSEMEKGEKISI
                     LGFGSFTVVEKSARKGVNPRTKEVIEIPARKVIKFKPGAELVSSVS"
     CDS             771..1478
                     /locus_tag="SEQF2638.1_00383"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMQNRFSNTMQMPPVTQNLILINALCWLASLVLPRFGIDLIELG
                     GLHFPGTHTFHWFQPLTYMFLHDTRSIGHLFFNMFAVFMFGRVLEMTWGPRRFLFYYL
                     ATGVGAALVQELTWLYTVSSYAAGNGLSIMQQVALDPGVSMLVTIGASGAVFGVLLAF
                     GMLFPNAPLYVMFVPIPIKAKYFVVIYGLIELFMGVANFTNDNVAHFAHLGGMLFGLI
                     LILYWRKKDKDHGRVSY"
     CDS             1459..2370
                     /locus_tag="SEQF2638.1_00384"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDEFLTKLRRSYEAGSLLTKLLYINVGVFVVVRVALIALRLFNL
                     EGTPLLAMFQTPSNIGLLLLRPWTVVTYMFLHVDVFHLLFNMLWLYTFGRIFLLFLDG
                     RRLVGVYLTGGIAGAVLYVAAYAFFPYFRGMGQTSYLMGASASVMAIVFAVSFYRKDY
                     TVNLLFIGQIKLLYLALGVFAIDFFSITSSNAGGHIAHIGGALWGFTFASALQRGRDL
                     TAPINRILDRLANLKKQREPQMKATPGGRAESDEAYRERKRREADTLDEILDKLRRSG
                     YESLSADEKKTLFDASRAQGGGGDRTP"
ORIGIN      
        1 gacaaccctc aggggccagc cctacttctt ttctgggtgg cgcaaaaccc tcaggggcca
       61 gccctacttc ttttatagga gaaacacggc tccccggaca ctccctccat agggtgcgat
      121 cgggcgtatc acacacctcg atcggataag gatcaaaaaa aggccgccgc cggatcacga
      181 atgatcggac ggacggcctg tgtttccctt tcttcccaat ccggagaaac aagaatcgct
      241 ctttagctca ccgagctcac caactcagcg ccgggcttga acttgatgac cttgcgagcg
      301 gggatctcaa tgacctcttt agtccgaggg ttgacccctt tgcgtgcgga tttctccacg
      361 acggtaaagg atccaaagcc gaggatcgag atcttttcgc ctttttccat ctcgctcagg
      421 atggtttcca ccatcgcgtc cacagccttt ttcccgtcgg ctttgctcag tccagccttc
      481 gccgatacgg cgtcaatgaa ttctgtcttg ttcataatat tgcaattaaa aaatagtaat
      541 gtatcgtact ctgtagaagc atcaatgcgt ttatactcac gcggattgcg gcgccaaata
      601 tagaggcata aattagaatg gacattcggg gttgcttttt cgcagcatgc ggctgtggca
      661 cccggacagt cgtttgggca ccctttttgc gcaaccccgc acgggtcaaa aggcaaacag
      721 cttcttgccg tatttttgcc ccgcaacaga aaaccccgta catagaaaca atgatgcaaa
      781 acagattttc caatacgatg caaatgccgc ccgtcacgca gaacttgatc ctcatcaacg
      841 ccctctgctg gctggcgagt ttagtcttac ctcgattcgg catcgacctc atcgagctgg
      901 gcggactgca cttcccgggc acacacacct tccactggtt ccagcccctg acctacatgt
      961 tcctgcacga cacacgctcc atcgggcacc ttttcttcaa catgttcgcc gtcttcatgt
     1021 ttgggcgcgt gctggagatg acttgggggc cgcggcgctt cctcttctac tacctcgcca
     1081 cgggtgtcgg cgcagcgctg gtgcaggagc tgacgtggct ttataccgtc tccagctatg
     1141 cggccggcaa cggactcagc atcatgcagc aggtggccct cgatccgggc gtgagcatgc
     1201 ttgtcaccat cggcgcctca ggggctgtct tcggcgtgct gctggccttc ggaatgcttt
     1261 tcccaaacgc accgctctac gtcatgttcg taccgatccc catcaaagcc aaatacttcg
     1321 tggtcatcta tggcctgatc gaactcttca tgggggtggc caacttcacg aacgacaatg
     1381 tggcgcactt cgcccacttg ggcggcatgc tcttcggcct gattctgatc ctttattggc
     1441 gtaagaaaga taaagaccat ggacgagttt cttactaagc tccgtcgctc gtacgaggcc
     1501 ggaagcctgc tcacgaagct gctatatatc aatgtagggg tgttcgtcgt cgtacgtgtg
     1561 gcgctcatcg ccctgcggtt attcaactta gagggcacgc cgctgctggc catgttccaa
     1621 acgccgtcga acatcgggct gctcctcctc cgaccgtgga cggtggtgac gtacatgttc
     1681 ctacacgtcg acgtcttcca tctgcttttc aacatgctct ggctgtacac cttcgggcgc
     1741 atcttcctac tcttccttga cgggcgtcgg ctggtgggcg tctacctcac gggcggcatc
     1801 gctggggctg tgctctatgt ggccgcttac gccttcttcc cctacttccg cggcatgggc
     1861 cagacgagct acctaatggg tgcctcggcc tcggtgatgg ccatcgtctt tgccgtctcg
     1921 ttctaccgca aggattacac ggtcaacctc ctgttcatcg ggcagatcaa gctcctttac
     1981 ctggcgctgg gtgtctttgc catcgacttc ttttcgatca catcgagcaa cgcgggcgga
     2041 catatcgccc acatcggcgg tgccctctgg ggcttcacct tcgccagcgc cctgcaacgt
     2101 gggcgcgacc tcacggcccc catcaaccgt atcctggacc gtctggccaa cctcaagaag
     2161 cagcgcgagc cgcagatgaa agcgacgccc ggcggacgcg cagagagcga cgaggcctat
     2221 cgcgagcgta agcgtcgtga ggccgatacg ctcgacgaga tcctcgacaa actgcgtcgg
     2281 tcgggctacg agagcctctc ggccgacgag aaaaagacgc tcttcgacgc cagtcgggcg
     2341 caaggcggag ggggagaccg cacaccatga aacggaaacc ctcacgcatc ggcgccacca
     2401 cgctcaacgc catccacatc cccgccatcc tgctctttct ggcctcagcc tacggcgggt
     2461 ttgtcccccc ggagcgtggg ctggccttca cctacctcgg gctggccttc ccgctcatct
     2521 tgctgctcaa catcgtcctc ctgctggtg
//
LOCUS       SEQF2638.1|AYYF01000962.1 3613 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3613
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(224..1144)
                     /locus_tag="SEQF2638.1_00385"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNNEQYRRQVALLIRIMPSVFRIQNFAVHGGTAINLFHQNMPRY
                     SVDIDVTYIPIAPRETSLEAINALLSKLKTNIERTIPGIKIIHRLDVWKLQCTYQGAT
                     VKIEVNGTKRGLLEEPEVRDLCPKAQAVFQANCKARVVSYTQLYGGKIAAALSRQHPR
                     DLFDFWQIKADDWGQVKKGLLLSLCGSDKPIIESLAPHEISQEEALESQFKGMTEIPF
                     TYADYEHARRVLIDKVGACLSERDRLFLLSFEQGAPLWEHCVSGDLSHFPAVQWKMQN
                     IQKLKVRNPLKHQEGVKKLADFLSITSTSV"
     CDS             complement(1137..1901)
                     /locus_tag="SEQF2638.1_00386"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDISTESKINRLLKSGQKGGLYFSGWLSRQGYSPQLIDRYRASG
                     WLSALSRGVVYRTGSQLSAFGALASYNQQVEKDLHIAAHSALDLWGFNHYVPMGKPIL
                     VVGMDKKTAPQWMQSELFDREFLPFSSSLFPASQAVTLHYQDWELPVSMPEQAFMECL
                     LLAPKRYDYMDLFYIMEQLTTLRPTVVQSLLEATQHYRIRRLFLYMAEKAGHSWFEDL
                     DTARIDLGTHKLQLIKSGVYVSKYKITVPQALHDYE"
     CDS             2038..3453
                     /locus_tag="SEQF2638.1_00387"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:vienna_vog:VOG21647"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRVKDIAIAESSDSDFKERLETKKAKSWLKSVSAFANGIGGTL
                     YFGVEDQTHRIVGLDDLQTTIGKITELIVARITPRPSFECIPIAHDGKSALAVRVDSG
                     KLTPFYYVHDNHHTAYIRMGDESVPATDYQLNELILKGRNETYDSRITDKQRTDYSFT
                     LLEATYLHTLNQRMHAGDYVSFGLAAEDGRLTHAGLLFADQCPLPDSRVFCTRWNGLQ
                     RGSVFEDAADDAEYSGNLIYLLQSATEFIRRNTRKGWTKTATGRVEKPDYAERAYFEG
                     IVNALIHRTYDFRGTEVHVEMYDDRLVISSPGDIYGGGELEPLDDGSYISKRRNPILA
                     DVFSRLKYMERRGSGIRKILEATAGLYGYTADKAPHFFVNKQNDFFLTIPNVNYPENL
                     VTPHVTPHVTPHDTIHDKTERLLLFCEEPRSREEMMIHVGVNDRSYFQKQYLRPLLDG
                     GKIEMTIPDKPRSKHQKYRTK"
ORIGIN      
        1 gacgagctgc gtacgctgaa gaggaacgcg gcggagctgg atcggaagat tgcgctctca
       61 cttgcaccac cgacgtcgga aaaagaggag caggcagaaa gcaagaaaca ggtatctgct
      121 caattgtctg tccctgcccc gctccaactc caacacaagg cgacatcccc ttcttctgca
      181 agcccgcaag aagacaggga agttaccaac catctcgttg tggctaaacc gaagtggagg
      241 taatactgag aaagtctgcg agcttcttca cgccttcttg gtgctttagg ggattacgca
      301 ccttgagctt ttggatattc tgcatcttcc attgtacggc cgggaaatgg ctgaggtcgc
      361 cggatacaca atgctcccac agaggtgctc cttgctcaaa agacagaaga aacaagcggt
      421 cacgctcact caaacaggca ccgactttgt cgattaagac tcgcctggca tgttcataat
      481 ccgcgtaggt gaaagggatt tccgtcatcc ccttgaattg actttcgagg gcttcttcct
      541 ggctaatctc gtgaggtgcg agggattcta tgatcggctt atcgctaccg cagagactga
      601 gaagcagccc tttcttcacc tgcccccaat cgtccgcttt gatctgccaa aaatcaaaga
      661 ggtcacgtgg gtgctgccga ctaagtgccg cagctatttt ccctccgtag agctgggtat
      721 aggagacaac tcgtgctttg caattcgctt gaaacacggc ctgtgctttc ggacaaagat
      781 cccgtacctc gggctcttcg agaaggcctc gcttcgttcc attgacctcg attttgaccg
      841 ttgccccttg gtaggtgcat tgtagtttcc aaacatccag cctgtgaatg attttgatgc
      901 ccgggatggt gcgttcgatg tttgtcttga gtttggacag aagcgcatta atcgcctcca
      961 aacttgtctc ccgaggtgca atcgggatat aggttacatc gatatccacc gaatagcgtg
     1021 gcatgttttg atgaaacaga ttgatggcgg tacctccatg cacggcaaaa ttttggattc
     1081 gaaagaccga gggcataatg cgaataagca gtgcgacttg acgccgatat tgttcgttat
     1141 tcatagtcat gcaatgcttg gggaacggtt attttgtatt tggagacata gacgccggac
     1201 tttatcaatt gcagtttgtg tgtcccaaga tcgatgcgcg cggtgtcaag atcctcaaac
     1261 cacgaatgcc ctgctttctc agccatatag aggaaaagcc gccttatgcg gtagtgctga
     1321 gtcgcctcga ggagcgactg aaccaccgtc ggacgcaggg tggtgagttg ttccattata
     1381 tagaagagat ccatgtagtc ataccttttg ggggcaagca gcaggcattc cataaaggct
     1441 tgctctggca tggagacagg cagttcccaa tcctgataat ggagtgtcac cgcctgagaa
     1501 gccggaaaaa gtgacgaaga aaaaggcaga aactcccggt cgaaaagctc cgactgcatc
     1561 cattgcggag ccgttttctt atccattcct acaaccaata tcggcttccc cattggcacg
     1621 taatggttga agccccacag atccaaggcc gaatgagcgg cgatgtgcag gtctttttct
     1681 acttgttggt tatacgacgc caaggcccca aaagccgaaa gctggctgcc agtgcggtac
     1741 acaacgcctc tcgacaaagc ggatagccaa cccgaggcgc gatagcggtc gatcagctgg
     1801 ggggagtagc cttgccggct aagccagccg gagaagtata gccctccctt ctgcccggac
     1861 tttagcagtc ggttgatttt gctctctgta gatatatcca cggtgtattt gcattgaatt
     1921 attccaaccg caaaggtgcg attatctgga gtgccccaaa caggcgcctg tttaggattg
     1981 tcttcatccg ccctacggca tcggcctatc tttgccggcc atcaaacagg atgatagatg
     2041 aaaagagtca aagacattgc gatagccgaa tcgagcgaca gtgattttaa ggagcgcttg
     2101 gaaacgaaga aagccaagag ctggctgaag agcgtgagcg cctttgcaaa tggcatcggc
     2161 gggacgcttt atttcggtgt ggaagatcaa acgcaccgga tcgtcgggct ggatgatctg
     2221 caaacgacca tcggaaaaat cacggagctg atcgtggcgc gcatcacccc gcgcccgtcc
     2281 ttcgagtgta taccgatcgc acatgatggc aagagcgcgt tggccgtccg ggtcgattcc
     2341 gggaaactga cgccttttta ctacgtccat gacaaccacc acaccgccta tatccgtatg
     2401 ggtgacgaat ccgttccggc tacggactat caattgaatg agttgattct gaaaggacgg
     2461 aacgagactt acgacagtcg gatcactgat aagcagcgga cggattacag ctttacgttg
     2521 cttgaggcca cctatttgca cacgctgaat cagcgcatgc atgcaggaga ttacgtctct
     2581 ttcggtctgg cggcagagga tgggcggctg actcatgcgg ggctgttgtt tgccgatcaa
     2641 tgtccgctgc ccgacagtcg tgtcttctgt acgcgttgga acggcctgca gcggggatcg
     2701 gtgtttgaag atgccgcaga cgatgcggag tacagcggta atttgatcta cctgctgcaa
     2761 agtgcgaccg agtttatccg ccgcaacacg cggaaagggt ggacgaaaac ggcgaccggg
     2821 agggtagaaa agccggatta tgccgagcgg gcgtattttg aaggtatcgt caatgcgctc
     2881 atccatcgga cgtatgattt ccgcggaacg gaggtgcacg tggagatgta cgacgatcga
     2941 ttggtgattt cctctcccgg cgacatttat ggaggcggcg agttggagcc tttggatgac
     3001 ggctcctata tctccaaacg gcgcaacccg attttggccg atgtgttcag tcgtctgaaa
     3061 tacatggagc gacgaggcag cgggataagg aagatcctcg aagccacggc aggtctctac
     3121 ggctacaccg cggacaaggc acctcacttt ttcgtgaaca aacagaatga cttcttcctc
     3181 accatcccga atgtcaatta cccggaaaac ctcgtcaccc cacatgtcac cccacatgtc
     3241 accccacatg ataccataca tgataagacg gaacgattgc tgttattctg cgaagagcct
     3301 cgcagtcggg aggagatgat gatacatgtc ggggtgaatg atcgttccta tttccaaaaa
     3361 caatacctcc gtccgctatt ggatgggggg aagatcgaga tgactatccc cgataagccg
     3421 cggagcaagc atcagaagta tcggacgaag tagatcctcg ttattttcaa agtcttcttc
     3481 ctaaaatgag atcaaagcag acggcaagac ttcggcggcg tcgctggcgg attgctgaaa
     3541 tcttgacctg cggtggggct gtcattctgc tgtttgtttg cgcaacatct catcgatctc
     3601 ctctcgccga aac
//
LOCUS       SEQF2638.1|AYYF01000963.1 690 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..690
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(56..172)
                     /locus_tag="SEQF2638.1_00388"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAETLNVFLLLALPIEALKLPNVPMTDPCTFSISGAFS"
ORIGIN      
        1 cacctgaaaa ggccgtagtc ctttggcaat cctcacggct tgatctttcg gccacctacg
       61 agaaagcgcc cgaaatgctg aaagtacaag gatccgtcat cggaacgttg ggcaatttca
      121 gcgcctcgat cggtaaggct aagagcaaaa agacgttcaa tgtttcggcc attgtggcgg
      181 ctgcattgaa gaatgggact gtactgcgat atgcagccga actccctccg gacaaacgaa
      241 agatccttta tgtggacacc gagcaaagcc cttaccactg cctgaaagtc gcacggcgta
      301 ttctacgcat ggccggattg ccgaccaatc agaaccacga gaaccttgaa tttcttgcct
      361 tacgcaaata caccccggag gaacgtatcg aaatcgtcaa gcaggccatc tatcgcaccg
      421 atcatattgg tttggtcgtc atcgacggca tccgagatat ggtctacgac atcaatagcc
      481 ccagcgaatc gacacacgtc atctctctgt tgatgacatg gacggacgag aggcagatac
      541 acattcacac catcctgcat caaaacaagg gggatgagaa cgcacgggga cacataggca
      601 cagagctgag caacaaggca gaaacagtgt tgttggtaga gaaagacgag acggatgcag
      661 acatcagtac ggtacgggca gctcctgtct
//
LOCUS       SEQF2638.1|AYYF01000964.1 273 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..273
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggtcaagacc atagccaagg ctaccaactt ttgtgagtat cgcggcacga tttatatggt
       61 ttacagcgac acggattgga agacttacaa gacgaccaac accttctcca gctatgatgt
      121 ccgcactggc acgttgaaca gcagtaactt cttgaacaat atgcccgacg cgctcggctc
      181 aacgagtgtc tacatgatgg aagtgaaccc caacaacgga gatatctaca tcggaacgtc
      241 tgattataag accaacggcg acatctaccg ctt
//
LOCUS       SEQF2638.1|AYYF01000965.1 489 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..489
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             2..166
                     /gene="kbl"
                     /locus_tag="SEQF2638.1_00389"
                     /EC_number="2.3.1.29"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0AB77"
                     /codon_start=1
                     /transl_table=11
                     /product="2-amino-3-ketobutyrate coenzyme A ligase"
                     /db_xref="COG:COG0156"
                     /translation="MQPEGIYVTGFYYPVVPKDQARIRVQLSAGHEREHLDKAIAAFI
                     KVGRTLGVIK"
ORIGIN      
        1 aatgcagccc gaaggcatct acgtgaccgg cttctactat ccggtcgtgc ccaaggatca
       61 agcgcgcatc cgcgtgcagc tctctgccgg acacgagcgc gagcacctcg acaaggccat
      121 cgccgccttc atcaaagtcg gccgtacgct gggcgtcatc aagtagacgt aagcctgccg
      181 acaagccccc cgacgccgat cggacagatt tcaggcctgc ccggtcggcg tttcctttcc
      241 tatttataga cttatgacat tccaacctat ctccctcaca gatcgcgacg cgatcagcgc
      301 attcaccctg aatgccccct attccaactg cgatttcgcc ttcgccaaca tgtgcagctg
      361 gcggttcctc tacgacaccg agtatgccat cgaggacggc ttcctcttca tccgctttta
      421 catcgaggaa aacgcgggcc gacggctggc ctacatgatc cccatcggtc acggcgacct
      481 gggcgcagc
//
LOCUS       SEQF2638.1|AYYF01000966.1 318 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..318
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggaatatcct tagccaccgc aacatccccg tccccgccga gggagacagc gtctttctca
       61 agcggaaagt gcgcgagttt caagccaaac acacgcctat cgttgtcgac atcggcaaca
      121 actcctacca gtatctcttc tacgacgact ccattctcct caagcggcta ctcatctacc
      181 cctacgtgca gctcacggtc gttttcgtct tcatcctcat cgccttcttg gccctggcca
      241 gcaccaaacg cgccgaacaa aacaaagttt gggtgggact taccaaagag accgcacacc
      301 aactcggcac acctatct
//
LOCUS       SEQF2638.1|AYYF01000967.1 422 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..422
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtgtaaagca gtgccaagag gccgacggtg agattgacga tgaaaagcac cgtggcgaag
       61 gggaaggcgt tcgtgaggcg ttcggcgcgc tcggccatgg gcgagggcag ggtgccgccg
      121 gcgtgcaggc gttggtattt gtcgagcttc tcgatcagcg tgttggcggt ggcatagtcg
      181 gccttgacga tctgctcgcg gagcaggctg aggtagctgc gcaggaagag tgcatccatg
      241 cggggcaact cgccggggga gaggggcgtg gccgggtgac gccagcggac ggcgccgtag
      301 acgtcggcat gagggaagag cgccagcgcc gatccgtcgc gtagggacat gatgaggcgg
      361 atcttggcgt ccatgtccac gcaggccgtg tggaaggcgt cgcgctgacc ctgctcgtat
      421 tc
//
LOCUS       SEQF2638.1|AYYF01000968.1 6529 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..6529
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(597..1757)
                     /locus_tag="SEQF2638.1_00390"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNERMKAFSKRAMYGALAGLLWIATPAARAQDNITLTDSAQTVA
                     LVAAANDTSALAPITATSDSVFLKDSSAVLPIKEAIQDGDFRTKAQLREVVEQWNAAL
                     TPTTVDRLKQLYHDSEVLYYGGRTTPDECINDKRAYMESHPGYAQTLVGEIVYDSINQ
                     VTYRCSFIKRVKQNDGFFEYPSYLVMMRMPNGWRITAEGDGATDYNRKKSETGSARGS
                     GMNEGDFNGTGTKGYVWLEPPVFAKTDDEDAGCLGGCDGTIRFPNPFIPPIKVRHCID
                     GTPDNLGDLNGDGADEVGLLPIWFNGCWADYHVWTLQNGRWIEAVESFPTHCDQWKTG
                     LKPVEVDPKRPGYVIIRYSENGKNGGIEVKSKSVPIRGGKGAATDPVTFPKL"
     CDS             complement(2005..4239)
                     /locus_tag="SEQF2638.1_00391"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKAKRISLRTWCAVFSAILISTGLAWACFYMDLDPPSNFSPELM
                     MRDAEAYRPLFYDPNATFYNGHDDQHPRRFNEEVTNDWYDFLDGKLTREQIAAFMLEG
                     KKVAAIANSSNPKVKAFERFVRLAHQVDNYACTPIDPWSFYSNNKPEAPRKVPADLTQ
                     EAIRDYRAETNAFLKNRYAFQALKALFYAGNRDAFERFFGEVEPNMPRNTLYYRALGY
                     RAGFYIEVKDFCNANLLYAEVFNHVPAMRPVAATSLTLQDEKQWEQCLRAASPEQKTA
                     LWALLAFRTGDNDRAIRSIYQIRPKDPLLSLLVIRFINENEDCRGSLIGPPTEDADQK
                     ANCMKEISRETFDLIRRIATEEKTENPFLWYAAAGYITSWSGDYDGANSLYDKAAGQM
                     KAGNKEAADQLRLLRLVNALNRITEVKGDNVERLTEELRWLYKQNSYPEFGDGGMRYK
                     TAITQSATYLSTLYAKAGRPELADMLDLRSKKIAQPGVVDKLIAVLENPRTPMEKLIV
                     SMYPHTAEEFYFYKALQALHADQLNEAEALMKKAGKQGMTELYTNPFNDYILDPLDAH
                     TRKHIKEAKVKYTPITLIQKMREGEAKIARGEEVYNNSLLVGNAFYNMSFYGTSDIWR
                     VPLLNASIFELVPCYAQEMVMTSPAAKKYYRMALKAATTDEQRAKAVFLSIKCDRNDC
                     YLGPIRGRALCDNQRSMNQSNSPNWLDRDGFGELMRYANTQYYRDVIRECGYFQLYVA
                     KHKR"
     CDS             complement(4193..5239)
                     /locus_tag="SEQF2638.1_00392"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNAKYLLFLLCTLAVIACQPSGGDDTPAVAFYYWRTTFDLTSTE
                     RRVLEDCDVKHLYIRYFDVKIDPASGMIVPEAPVRFRSLPPKGIRVTPVVFITNRVML
                     RRETNVDTLAANIAAYIRRINRAVGLPEPDEVQIDCDWSTGSRDRFMLFIDTLKRHGS
                     FRNLSATIRLHQAKHHTITRIPGVDHGVLMYYNMGSVETDTVNSIYDRKIAKRYLGSL
                     KVYPLPMDVALPIYGWGVHLSEGRVTELINRIHRADFEQDTNFLVPHGSNLITVKHSL
                     IKGGRYYRTGDEVRIEEVTSKDLLEMARDLSRNMPKRPREVIFFDLDEHHFNKYITNY
                     ESETNFFKDVVRCF"
     CDS             complement(5309..6094)
                     /locus_tag="SEQF2638.1_00393"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRVIEIEKLGQYRLDNSLHTWFHDKVCERIGTADGEKIGVPQT
                     MVEEYRACVDEEFEMLKEVSGEENETKAILKKDAECDRLLSFILGVIRIMRLSPRQEV
                     AEDAQHLYVLTHDKKRIQSEGIGRKPARIDSLLNDLKKPEPAAMITRLGLDEAVGLLK
                     QANEDASRLQRERSNLRVRRKRPSMTQIRPKTDEVYHEVILQLQYAYKNNVPPIDREA
                     IAELVRHLNEHTAHARMTYKKSLAQRRARRKQKSVPTDADNPV"
     CDS             complement(6091..6264)
                     /locus_tag="SEQF2638.1_00394"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSARYFSKKLWGRMRYAPTLTDEKGTVSLFAGGRGRADLAGMCF
                     MYFMVMFFVIMIE"
ORIGIN      
        1 gagcagtccc agggcaacgg agatccacgc agtggtggca gtcacggtgc ccgcctgaac
       61 gtaatacgtg aggcagaccg ggatcacacc gtagaagagc agcacgcaga cgtcgcccca
      121 gccgcgataa gccaaggggt agggaccggc ggtgtaggcg ggcacacaga gcgcgatggc
      181 tacacccgca ccgaggagca ggacggggtt gccgtaggcc aggaggaaga gaccgcagac
      241 cagggccagc ccaagtgtga cgagcgaagc gcggagcatc gtctgcgggg ctatccaccc
      301 cgaggcgaca gcgcgctgat gccccacacg ccgatcggtg tcggctccct ttttataatc
      361 gaagtagtcg ttggagaggt tggcggccac ctgtgccagc acggctacga gcaggcagag
      421 cgcagcgggc acgaaccgaa atgtgtccgc acgccaggcc agcgccgacg cagcgaccac
      481 ggggcaggcc gaggctgcca gagtgtgggg ccttgccgcc gtgatccaag ccttcagcgg
      541 actcacggaa gcgacagcgg acggtggcgt gggggaggag agggggcgct cggtgctcat
      601 agtttcggaa acgtgacggg atcggtcgcc gcaccctttc cgccgcggat gggcacggac
      661 ttgctcttga cctcgatgcc tccgttcttg ccattctcgc tgtaacggat gatgacgtag
      721 cccgggcgtt tgggatcgac ttcgacgggc ttcagccccg tcttccactg gtcgcaatgg
      781 gtggggaagc tctctaccgc ctcgatccag cgaccgtttt gcagcgtcca gacgtggtag
      841 tcggcccagc agccattgaa ccaaatgggc agcagaccga cctcgtcggc gccgtcaccg
      901 ttcagatcgc cgaggttatc gggcgtgccg tcgatgcaat ggcgaacctt gatggggggg
      961 atgaaggggt tggggaagcg gatcgtgccg tcgcagccgc cgaggcaacc ggcgtcctcg
     1021 tcatccgttt tcgcgaacac aggcggctcg agccagacgt agcctttcgt acccgtgccg
     1081 ttgaagtcgc cctcgttcat gccgctaccg cgcgcgctgc ccgtttcgct cttcttgcga
     1141 ttgtaatcgg tagcgccgtc gccctcggcc gtgatccgcc agccgttggg catacgcatc
     1201 atgacgaggt aggagggata ttcgaagaag ccatcgtttt gcttgacgcg tttgatgaag
     1261 gagcagcgat aggtgacctg attgatggag tcgtagacga tctcgccgac taacgtttgg
     1321 gcgtatccgg gatggctctc catgtaggcc cgtttgtcat tgatgcactc gtcgggtgtg
     1381 gtgcggccgc cgtaatagag tacctcgctg tcgtggtaga gctgcttgag gcggtcgacg
     1441 gtggtcggag tgagggcagc gttccattgc tcgaccactt cgcgcagctg ggccttggtg
     1501 cgaaagtcac cgtcttgtat ggcctctttg atgggaagca cggccgacga atccttgagg
     1561 aagacgctat cgcttgtcgc tgtgatgggc gctaaggcgg aggtatcgtt agcggcggcc
     1621 acgagtgcca ccgtttgcgc agagtctgtc aaggtgatgt tgtcttgcgc tcgggctgcc
     1681 ggagtggcta tccagagcag tccggccagt gcgccgtaca tggccctctt gctgaaggct
     1741 ttcattcgtt cattcattgt tctctgttga aaagtggtga atactatgga ttacatatag
     1801 ataagctgaa tacgttcgaa gctcacgccc ggcgagtttc cgcttccgtg accaaaaacg
     1861 aagatcatcc tcgacaaatt tccggccatt cgtgtgggga cgtatggtat acgccccacg
     1921 aatcgcctta tcagaaaccg aatgatccga aaaatcgacg tgtctccgct tccgagactc
     1981 caaatgaagc agctcctcca tcggtcatcg cttgtgtttg gccacgtaga gctggaagta
     2041 gccgcattcg cggatcacat cccggtagta ctgcgtgttc gcgtaacgca tcagctcgcc
     2101 aaagccgtca cgatcgagcc aattgggaga gttgctctga ttcatagacc tctgattgtc
     2161 acagagggca cgtcctcgga tcggccccaa gtagcagtcg ttgcgatcgc atttgatgga
     2221 caggaaaacg gcttttgcac gctgttcatc ggttgtagcg gccttcaacg ccatgcggta
     2281 atactttttc gcggcggggc tggtcatgac catctcttgg gcatagcagg ggacgagctc
     2341 gaagatggaa gcgttcagca acggaacgcg ccaaatgtcg cttgtgccgt aaaacgacat
     2401 gttgtagaag gcattcccga ccagtaagct gttgttatac acctcctcac cgcgcgcaat
     2461 cttggcttcg ccctctcgca tcttttggat aagcgtgatc ggcgtgtatt tcaccttcgc
     2521 ttccttaata tgcttgcggg tatgggcgtc taaggggtcg agaatgtagt cgttaaaggg
     2581 attcgtgtag agttccgtca tcccctgctt gcccgctttc ttcatcagcg cctcggcctc
     2641 gttcaattga tcggcgtgaa gggcttgaag ggccttgtag aagtaaaact cctccgccgt
     2701 atgcggatac atgctgacga tgagcttctc catcggtgtg cgcgggtttt cgagcacggc
     2761 gatcagcttg tccaccacgc cgggctgagc aatcttcttg ctgcgaagat ccagcatatc
     2821 tgccagctcc ggccgaccgg ccttggcgta gagcgtggac agataggtag cgctttgtgt
     2881 gatggccgtc ttgtaacgca tgccaccatc cccaaattcc ggatagctgt tctgcttgta
     2941 aagccatcgg agctcctccg tgaggcgctc tacgttgtcg cctttcacct ccgtgatccg
     3001 attcagggcg ttgacgaggc gcagtaagcg cagctgatcg gccgcttctt tgttgccggc
     3061 cttcatttgt cctgcggcct tatcgtagag cgaattagca ccatcgtagt cgcccgacca
     3121 agacgtgatg tagcccgccg ccgcatacca gaggaacggg ttttccgtct tctcctccgt
     3181 tgcgattcgc cggatcaaat cgaacgtttc ccgcgatatt tccttcatgc agttggcctt
     3241 ctgatcggca tcttccgtcg gtgggccgat cagcgaccct cggcaatcct cattctcgtt
     3301 gatgaagcgg atcacgagca ggctaagcag cggatcctta gggcggatct gatagatgga
     3361 tcggatggcc cggtcgttat cgcctgtccg gaatgccagc agggcccaga gagccgtttt
     3421 ttgctcgggc gaggctgcgc ggaggcattg ctcccattgt ttttcgtctt gcagcgtaag
     3481 cgacgtggca gcgaccggtc gcatggctgg tacgtggtta aatacctctg cgtaaagcaa
     3541 attcgcgttg caaaagtcct tcacctcgat gtagaagccc gcgcgatagc caagggcacg
     3601 ataataaagc gtattgcgcg gcatattcgg ctcaacttcg ccgaaaaaac gttcaaatgc
     3661 atcccgattc ccagcgtaaa agagcgcctt aagtgcctgg aaagcatagc gattcttgag
     3721 gaaggcattc gtttcggctc tgtaatcccg aatagcttcc tgtgtcagat cagcgggcac
     3781 cttccggggc gcttctggct tattgttgct gtaaaacgac cacggatcga tcggtgtaca
     3841 ggcgtagttg tctacctggt gggctaagcg tacgaagcgc tcgaaggctt tcaccttcgg
     3901 attcgaggag ttagcgatgg ccgcgacctt tttgccctcg agcatgaagg ctgcaatctg
     3961 ttcccgagtg agtttcccat ccaaaaagtc ataccaatcg ttagttacct cctcgttgaa
     4021 tcggcgggga tgctggtcat cgtgtccgtt gtaaaacgtc gcgttggggt cataaaagag
     4081 gggccgatag gcctcggcgt ccctcatcat cagctccggg ctgaagttcg acggcgggtc
     4141 gaggtccatg taaaagcatg cccaagccag acccgtcgag atgagtatag cgctaaaaac
     4201 agcgcaccac gtccttaaag aaattcgttt cgctttcata gttcgttatg tatttattga
     4261 aatgatgctc atccaagtca aaaaagataa cctcgcgagg ccgtttcggc atattccgac
     4321 tgagatcgcg cgccatttct aataagtctt tcgatgtcac ttcctctatc ctcacttcat
     4381 cgcccgtgcg gtagtaacgt ccgcctttga tcagggaatg tttgaccgtg ataaggttcg
     4441 aaccatgtgg gacaagaaaa ttcgtgtctt gctcaaaatc agcgcggtgg atgcgattga
     4501 tcaactcggt cacgcgaccc tcactgagat gtacgcccca gccataaatg ggcagcgcga
     4561 cgtccatcgg cagggggtaa accttgaggc tgccgaggta gcgcttggca atcttgcggt
     4621 catagatcga attgaccgta tctgtctcca cggagcccat attatagtac atcaggacgc
     4681 cgtgatcgac cccagggatg cgcgtaatgg tgtgatgctt agcttggtgc agacggatcg
     4741 tggccgaaag gttgcggaag ctgccgtgcc gcttcaaggt gtcgatgaat agcataaacc
     4801 ggtcgcggct gccggtcgac cagtcgcaat cgatttgcac ttcgtcgggt tcgggcagac
     4861 ccaccgcccg gttgatccgt cggatgtagg cagcgatgtt cgcagccagt gtgtcgacgt
     4921 ttgtctcgcg gcggagcatg acgcggttgg tgatgaagac cacgggcgta acacggatgc
     4981 ccttcggcgg caggctgcga aaacgaaccg gggcctcggg cacgatcatg ccgctggcgg
     5041 gatctatttt gacgtcgaaa tagcggatat acaggtgttt cacatcgcaa tcctccagca
     5101 cgcgccgctc cgtagacgtc aggtcgaacg tcgtccgcca gtaatagaag gccacggcgg
     5161 gcgtgtcgtc cccgccgctg ggctggcagg cgatgacggc cagtgtgcag agcaggaaaa
     5221 ggaggtattt tgcgttcatc gatcgagggt ggaggtcgtt tgtcccttca gcgcaacaaa
     5281 gataaataaa atgaagcgga gccgtggatt atacaggatt gtccgcatcc gtgggcaccg
     5341 atttttgttt acgtctggcc cgccgttggg ccaagctctt cttataagtc atgcgggcgt
     5401 gtgccgtgtg ctcgttcaga tggcggacca gttcggcgat ggcttcgcgg tcgatcggcg
     5461 gaacattatt tttgtaagca tattgtaatt ggaggatcac ctcatggtaa acctcgtccg
     5521 ttttaggtcg gatttgcgtc atcgaaggcc gttttctcct tacgcgcaga ttgctccgct
     5581 cacgctgtag ccgactcgcg tcctcgttag cctgcttcag cagcccgaca gcctcgtcga
     5641 ggccgagccg cgtaatcatg gccgccggtt caggcttttt gaggtcgttc agcagtgaat
     5701 cgatacgcgc cggtttgcgt ccgatgcctt ccgactgtat ccgttttttg tcgtgagtca
     5761 aaacgtacaa atgctgcgca tcctcggcca cctcctgacg cggcgaaagg cgcataatac
     5821 gtatcacgcc caaaatgaaa gacagcagac ggtcacattc cgcatccttt ttcaggatcg
     5881 ctttcgtttc gttctcctcg ccagacacct ccttcagcat ctcaaactcc tcatcgacac
     5941 acgcccgata ctcctcgacc atcgtctgcg gcacaccgat cttctctcca tcagccgtgc
     6001 cgatacgctc gcacacctta tcatggaacc aagtatgcag cgaattatcc agccgatact
     6061 gccccagttt ctcaatttca atcacacgtt tcattcgatc attatcacaa aaaacatcac
     6121 cataaaatac ataaaacaca tccccgccaa gtccgccctt ccccgcccac cggcgaacaa
     6181 agaaaccgtc cccttttcgt ccgtcagggt aggggcgtat cgcatacgtc cccatagttt
     6241 ctttgagaaa tagcgagcgg acatatcaat ccgcccgttc cttatcgtat aaaaatatct
     6301 atgcttaaaa ccttcaattt tcatcttccc aacaaataaa agaagcctat tctcgtcaag
     6361 ataccccttc cccgaccgac gatgaacaaa gaaactgccc ccttttcgtc cgtcagggta
     6421 ggggcgtatt gcatacgccc ccatagtttc cttaagaaat agcgagcgga catatcaacc
     6481 cgcccgcccc ttatcgtgta aaaatatcta tgcttaaaac cttcaattt
//
LOCUS       SEQF2638.1|AYYF01000969.1 324 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..324
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 atgatcgcac cgccaccgtc ggtcgtctaa ccgtcacacc caccacgaac acatgagaat
       61 catccgagga atttacggcc gacgacgctt ccaagtcccg tccacattcg ccgcccgacc
      121 taccaccgac tttgcgaaag agaacctctt caacgtgctc gaaaacatcg tcacttggga
      181 cgacacacag gccctcgatc tcttttctgg caccggcagc attgccttcg agctgctctc
      241 gcgcggctgc agtcgcgtca cagccgtcga gtccgaccgc acgcacacag ccttcatcgc
      301 cgacgtggcc cgccgcctcg cccc
//
LOCUS       SEQF2638.1|AYYF01000970.1 3101 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3101
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             328..1392
                     /gene="pqqE"
                     /locus_tag="SEQF2638.1_00395"
                     /EC_number="1.21.98.4"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_00660"
                     /codon_start=1
                     /transl_table=11
                     /product="PqqA peptide cyclase"
                     /translation="MITQKCRTKCNYCYADILRKNTGLSIEQIRHFILDAKNAGVEYI
                     DIIGGEIFCHEKWDEILSLLVELDMCPSYISTKIPLTEDEVVRLKHTGFNGQFQISLD
                     STDSDKLSKIICAPLDYFNRMKNFIYHLTRYDFNPQINTVLTSVNTSLADMDSLYEFI
                     STIDQVAYWEIRVPEVSIYNLTSYLKTRPSRKVLIECLEYVRKTIVPKSKFEILVSDS
                     ALHTNLRCYDENCTTFPGGSCGALKENMFILPDGKVSICEQLYWLNDFIIGDVKYQSI
                     QEIWSSEKATNLYDNVISLYKKSEICSRCSSLQWCAKNKRKCWVKILKAYNTMSINHP
                     DPRCIYAPRLDKDYLTYSNK"
     CDS             complement(1377..2132)
                     /locus_tag="SEQF2638.1_00396"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFVVPLRLDLRREAVGEALLEDDVDGCALDVPFRRRSVGHLDAE
                     DAIGGQRFDVKQRGGRIAGGWATVDEQGRRLVHCDEADRLAVGRFQAWGLGQEVEGGG
                     EDLRFCEALRSEGQAAVLHADDGAFGAHDDLLERLRLKLQHDRAEVAPGVRDGACLVS
                     QMLHAEQVGTGRGKQAEGAIVFTHGRLQVGGIGGGEDQGGLCHGLAGGVGQSAGDALL
                     RTGDKRKQTQKYKNQQILTQAKANSCFHDHLFE"
     CDS             complement(2205..3089)
                     /locus_tag="SEQF2638.1_00397"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVVVDVEGVARAVDVVQACDVVSGHAQVGIAEVNLVAVHLAAVR
                     LAIPVSGVVVEGLPAEREGVVVRRGIAEGDVGEDRLPTVVPDAVAFAGEGGGEVRAVA
                     RKGDVRAHVGVGYVFVGRDGRGAGLFAVVAGAGVVGAIAQADPFGECVASAEVAVQSV
                     DALEAIVGDGATGDGTRVVPPAVGVEVFRPRAPSAEGVFGCDALEVVTEGAVLFAAAG
                     EGADGAVVKRFVGRHPCVVVDAEAVAVGQGVVEVQVEVMGGGGVRAVVGVVADFGRVA
                     ADGVPHVHVCPTDLVPGA"
ORIGIN      
        1 tttcaagcct atatactgtc gttgtttgct gagggtgaaa aaattagcaa tgttagcgcg
       61 ttggtttctg aaaagtataa tgtagacaaa agcgcgatag aggaaattct ggcttcttac
      121 gtgaataatg aaacccctat atatacaata ttcaaaagtc agaatattca attccctaaa
      181 aatgtacttg ttgattgtag tagaatttca tcagacaaaa agaactctta ctctcataaa
      241 agaagtgtta gactcaatga gtatcttgat agagaagtag atcttgaaac agatagaata
      301 aaaacggctc cacgcagctt gttgtatatg attacgcaaa agtgtagaac taaatgcaac
      361 tactgctatg ctgatatttt aagaaaaaac acaggacttt caattgagca aatacgacat
      421 tttattttag atgcaaaaaa tgccggggtt gagtatattg atattattgg aggagaaatc
      481 ttttgccatg aaaaatggga cgaaatactt tctcttctgg tcgaattaga tatgtgtccc
      541 agctatattt cgacaaaaat tcctctgacg gaagatgagg ttgtccggtt aaaacataca
      601 ggatttaatg gacaatttca gatttcatta gattcaacag atagcgataa actttcaaag
      661 atcatttgcg cgcccttgga ttatttcaat cgcatgaaaa attttattta tcatctaacg
      721 aggtatgact tcaatccgca aataaatact gttctaacca gtgtcaatac cagtctggca
      781 gatatggatt cgctctacga atttataagt actattgatc aagtagctta ttgggaaatt
      841 cgtgtcccag aggtatcaat ttacaatttg acatcctatc taaaaacacg accgagccgg
      901 aaagtattaa ttgaatgttt ggaatatgta cggaagacta tcgttcctaa atctaaattt
      961 gaaatattag ttagtgattc cgccctgcat actaatctta gatgctatga tgaaaactgt
     1021 acaactttcc cggggggtag ctgtggcgca ctaaaagaaa atatgtttat cctgcctgat
     1081 gggaaggtca gtatctgtga gcaactatat tggttgaacg actttattat aggagatgtt
     1141 aaatatcaat ctatccaaga gatttggtct tcagaaaaag ccactaatct atatgacaat
     1201 gtaatctcac tatacaaaaa aagtgagata tgttctcgat gttcttcgct gcaatggtgc
     1261 gcaaagaata aacgaaaatg ctgggtgaaa atcctcaaag cttataacac aatgagtata
     1321 aaccaccccg acccaagatg tatatacgcc ccacggctgg ataaagatta tcttacttat
     1381 tcaaacaaat gatcatgaaa acaagagttc gctttcgctt gtgtcaatat ttgttgattt
     1441 ttatattttt gtgtttgttt tcgtttatcg cccgtgcgca acagggcatc accggccgac
     1501 tgaccaacgc cgccggccag cccgtggcac aggccgccct gatcctctcc gcccccgatt
     1561 ccacctactt ggagtcggcc gtgagtgaag acgatggctc cttccgcctg ctttccacgg
     1621 cccgtcccta cctgctcagc gtgcagcatt tggcttacga gacacgcacc atcgcggact
     1681 cccggagcga cctcggcacg atcgtgctgg agcttaaggc gcagacgctc gaggaggtcg
     1741 tcgtgcgcgc cgaacgcccc atcgtccgcg tgcagaacgg ccgcctgacc ttcactccgc
     1801 aaggcctcac aaaatcgaag atcctcgcca ccgccttcga cctcttggcc gagaccccag
     1861 gcctgaaatc gaccgacggc gagtcgatcc gcctcatcgc aatggaccag acgccgaccc
     1921 tgctcatcaa cggtcgccca tccacccgcg atgcggccgc cacgctgctt tacgtcaaat
     1981 cgctgcccgc cgatcgcgtc ctccgcatcg aggtggccca cactgcgccg ccggaatgga
     2041 acgtcaaggg cgcagccgtc aacatcatcc tcaaggaggg cctctccgac cgcctcacgg
     2101 cgcaagtcca gacgcagtgg gacaacaaac acgcgaaccg cttcacccaa acggcttccg
     2161 ttatgtatgc ctcgggcaag ttctccgccg atctactcta ccgcctaagc tccgggcacg
     2221 agatcagtcg gacaaacatg tacgtgcggc acgccgtcgg cagcgacacg gccgaaatcc
     2281 gcaaccactc cgactaccgc tcgcacaccc ccgccaccca tgacctctac ctgaacctcg
     2341 actacgccct ggccgaccgc caccgcctca gcgtctacta caacgcacgg gtgacgccca
     2401 acgaaacgtt tgacgaccgc tccgtcagca ccctcaccgg ccgcagcgaa cagcacggca
     2461 ccctccgtga ccacctccaa agcatcgcag ccgaatacac cctccgcgga tggcgcgcgg
     2521 gggcggaata cctctactcc gacagccgga gggactacac gggtaccgtc gccggtcgcc
     2581 ccatcgccta cgatcgcctc caacgcatcg accgactgca cggctacctc cgcggacgcc
     2641 acgcactctc cgaacggatc agcctgcgct atggcgccga ctacacccgc acccgcaacc
     2701 acagcgaaca gaccggcgcc gcgcccgtca cgtccgacga agacatagcc aacgcctacg
     2761 tgggcacgga catcaccttt gcgggcgacc gcgcgaacct ctccgcctcc ctcgccggcg
     2821 aaggctaccg catccgggac taccgtcggc agtcgatcct ccccaacatc tccctcagct
     2881 atgccccgac ggacgaccac gccctcacgc tcggctggca ggccttccac aactaccccg
     2941 cttactggta tcgccagacg taccgccgcg aggtggacgg ctacgaggtt aacctcggca
     3001 atcccgacct gcgcgtggcc cgatacaaca tcgcaagcct gaactacgtc taccgctcgc
     3061 gctacgcctt caacgtctac tactaccacg tccgcgacgc c
//
LOCUS       SEQF2638.1|AYYF01000971.1 1423 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1423
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             485..1279
                     /locus_tag="SEQF2638.1_00398"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MESRTVKISLVAAAALLVTTGCIARGLRREKGPSVEQTREVATY
                     TAIQTGGGIDVVLSDELKAGQIVVVASEKMQDQILTEVEGGELNIRLRPSLFGWFGPG
                     PMKVIVPNTGTLTRLRASGGSDIWADQVMLRGSSLEIGCSGGSDFKGKVTVDELDVAC
                     SGGSDFKGEVTATTCRFEASGGSDLALSGSAKECQVDLSGGSDMDAKRFEVGDYELSA
                     SGGSDATVLCTGHLTASASGGSDVRYSGDCQATTSDDVSSSVKRRR"
ORIGIN      
        1 ggcagatcct catacacacc gcccacgaac atctggcggt cggcatacag tcgtccgccg
       61 gccagcgtca gctcacgccc cacagccggc gcctcgccga agagtcggcg ggcatagctg
      121 cgactaagga tcaccttgtc gggcgtgtcg agcgccgtgc ggggatcgcc gtcgatcagt
      181 cggagatcga agacgttgag aaagtttccg ctcacgaagt agaagagtcc gggcaggtcg
      241 atgcggccct cgtggcggat ctcgcagccg tcggccttgt acatccgcac cacggactca
      301 atgccgctga cgcccgccgt ccgcgcgtcg gccgtctcaa agccatgaat acgcacgtcg
      361 acaggctcgc cctccgtgcg cagcgagagc cgatagatgc ggtcggcctt cgtatggaag
      421 cgatcgtaac aaacgacgcg caagtgcgtc tcaatgagta gaaacaacct aacgtataac
      481 gaatatggaa tcaagaacag tgaagatcag cttggtggct gcggctgcct tacttgtgac
      541 aacgggatgc atcgcccgcg gactgcgacg cgaaaaaggc ccatccgtgg aacaaacgcg
      601 tgaggtggct acctacacgg ctatccaaac gggcggcggc atcgatgtgg ttctctccga
      661 cgaactgaag gcgggccaaa tcgtggtcgt ggccagtgaa aagatgcaag atcagatcct
      721 cacggaggtg gagggtggcg aactgaatat tcgtctgcgg ccctcactct tcgggtggtt
      781 cggtccggga ccgatgaagg tcatcgtgcc caacacgggc accctcacgc ggctccgggc
      841 gtcgggtggc agcgacattt gggccgatca ggtcatgctg cgcggcagct cgctggagat
      901 cggatgctcc ggcggatcgg attttaaggg caaggtcacg gtcgatgagc ttgacgtggc
      961 ttgcagcggc ggctcggact tcaagggcga agtgaccgct acgacctgtc gcttcgaggc
     1021 ctcgggcggc tccgacctcg cgctctccgg cagcgccaag gagtgccagg tggacctctc
     1081 cggcggatca gacatggacg ccaagcgctt cgaggtcggc gactatgagc tctcagccag
     1141 cggcgggagc gacgccacgg tgctctgcac gggccatctg accgcctcag cctcgggcgg
     1201 ctccgacgtg cgctactcgg gggactgcca ggcgacgacg tcggacgacg tctcgtccag
     1261 tgtcaagcgt cggcgctgaa gaagcagccg ataggatggc ccttcggggg ccgcatgggg
     1321 ggctttgctc gtggcgacgg acagttgccc gacaaagccc tcctcctatc tttgccgccc
     1381 tttatgaaat cgctcagaga actttacaag ataggtaacg ggc
//
LOCUS       SEQF2638.1|AYYF01000972.1 266 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..266
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gctgaagcaa ttaagccgca aaaatgtctc ttaattgctc tgatagagca actaaagaag
       61 atttatacgg attactattt tctccggaaa tcctcatttg aaatctttcg tgtgaagatt
      121 tctcctccaa gtgcctgtct cgccaaatgg caacacgcgc tttctgctcc aaaaaagtat
      181 ctcgccaaac ggcgtctctc tttccctggc gcataaaggg cgtatgccat tcggcgccac
      241 tatctatcga ttgctttctt ctctct
//
LOCUS       SEQF2638.1|AYYF01000973.1 314 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..314
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(105..254)
                     /locus_tag="SEQF2638.1_00399"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPWIFGGTVSVFYAWRRHKKVQRTNDDLLRQIKELTEGETSQHA
                     STDNL"
ORIGIN      
        1 ccgccgagaa catgtagcac acgctgtata tcgtgcgctt atgctcatgg acgagcttcg
       61 tgaatgcttg ttcggatact ttcattgtta ggtcggatta agggttagag attgtctgtg
      121 gacgcatgtt gtgaggtctc accctcggtc agctccttga tttggcggag gaggtcgtcg
      181 tttgtgcgct gcactttttt atggcgccgc cacgcataaa aaacactcac ggtaccgcca
      241 aaaatccacg gcatccaatc gttcaacgag cgtgtcgctt gatgggagga ggtatcatat
      301 ccaaaccaca cgat
//
LOCUS       SEQF2638.1|AYYF01000974.1 373 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..373
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cgtggcgggt ggcaagtttg tggcgcggtg tggccggcag acgtaggcgc ccgtggccac
       61 ctcgtgcatc atctccagca gccggtcgat gcccttaccc gaccgcgccg agcaacccgc
      121 tacggggatg ccgagccgtc gtgagagggc tttgaggtcg atatggatat ggttgcgctc
      181 ggcctcgtcg agcagattga cgcaaagcac agcgcgatcc gtgatctgta gcacttgcag
      241 gataaggttc atgttgcgct ccaggcgcgt ggcgtcggcc accatgacag tcacgtcggg
      301 cttaccgaag aggataaagt cgcgggcgat ctcctcatcc tccgacgtgg aggcgagcga
      361 gtaggtgccg ggc
//
LOCUS       SEQF2638.1|AYYF01000975.1 448 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..448
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(119..232)
                     /locus_tag="SEQF2638.1_00400"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRKVTERVVELGDKKELLTQEDLPYIVSDVLRHNISK"
ORIGIN      
        1 agtccagccc gtacaaaaga gggacatgat tctccggaga cgtttccaaa gacgctgtta
       61 ggaaaacgcg tcggagatca gaccaaacaa atatgcagat aggcctaagg gaagagggct
      121 atttggagat gttatggcgg aggacgtcgg aaacaatgta ggggaggtct tcttgggtga
      181 ggagctcctt tttgtcgccc aactctacga cgcgttcggt cactttgcgc atcgtctcat
      241 cgtcaagctc aatgccgagg gcttcgaggt tcttgcggat gttggctttg ccggaggttt
      301 tgccgagggc gtactcacgg gtacggccga agcgctcggg aacgagcggg ttacagtaga
      361 ggttactctt ggcgtcgccg tcagcatgta caccagcaca ttgggtgaag acgttctcgc
      421 ctgcgatggg ctggttgggg gagatatg
//
LOCUS       SEQF2638.1|AYYF01000976.1 489 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..489
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gggtagtctc cggaaaggag agcatgcggc tatcgatgag caagcgctca atgacgccgt
       61 cgttcagtgt gcgatgggtg gcacgaatga tcttagcgat ctcttgaatg gagtacttca
      121 ttataagtag gtagttgcgg ccagaagccg ctgagttata ggggccagtc cccccgattc
      181 atcgatgtac ttacggcggg ctatcccccg gggccagcga tagccgtcag gcattccgat
      241 gccctatccc agagggacgg cagtccgtct tggcgcttcg tttcctcgat cactgaggca
      301 caccgatagg ccgcagaagg ttcggagcgc atctgaccga cgggggtgaa gaccacataa
      361 gcacgttttc tatcgagcaa aagtaggcgg ggttggcaat tcggcccgta gctgcttcag
      421 ctttaactta gtttgcacca aaaagcgacg gtgcgcctca ctgtccgggt ggatgggtcg
      481 gtgttgcag
//
LOCUS       SEQF2638.1|AYYF01000977.1 544 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..544
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             16..507
                     /locus_tag="SEQF2638.1_00401"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNAERNLWYDFALGEGGNLIALAGKLYASSDVSYLLKRIAEQAP
                     QVHPASFSFGQPSSYDEGDKKTTIIPLTSPALFAYFSERGIDLSVAKSACREVRFMHN
                     GRSYFAIAFPNRSGGWEVRNKYFKGSIAPKDISLIRKTESPSHVCYLFEGFMDYLSFL
                     TLQ"
ORIGIN      
        1 gtaccttcct tcaaagtgaa tgccgagcgc aatctctggt acgatttcgc cctcggcgaa
       61 gggggaaatc tcatcgcgtt ggccggcaaa ctctacgcct cgagcgacgt gtcctatctc
      121 ttgaaacgta tcgcagagca ggcaccgcaa gtgcacccag cgtctttctc ttttggccag
      181 ccatcctctt acgacgaagg tgacaagaag acaacgatca taccgctcac ctctcctgcc
      241 ctatttgcct atttcagtga aaggggaata gacctttcgg tggcaaaaag cgcatgccgc
      301 gaagtgcgat tcatgcacaa tggcagatcc tacttcgcca ttgccttccc caaccgatct
      361 ggaggttggg aggtacgaaa caagtacttc aaaggctcga ttgctccgaa agacatctcc
      421 cttattcgga agacggaatc acccagccac gtctgttacc tattcgaggg atttatggac
      481 tatctgtcct ttctcacttt gcaatgacag gggcagcccg actttgcaaa ggtggatcgc
      541 tgtc
//
LOCUS       SEQF2638.1|AYYF01000978.1 323 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..323
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtcctgccgg cgggagcatg tctcctacca gcaggacttt ttgctttccc gtccctcagc
       61 ccgaacgaaa taaaccttga gcgtgacgag atcgccttgt ttcaagcgtc atatccgcgg
      121 tggataagac ttgtccgtta gcgatgattt atagacctac tatatggctg tatctggaag
      181 gcatcccatc tctcgcgatg aagatccttc cgcgcggcaa tggcgtggca acacacgatc
      241 acttgctgat acttgatagt agatttgtgg agctggagag agtcgaactc tcgtccaaac
      301 gaggaattga tccgctttct aca
//
LOCUS       SEQF2638.1|AYYF01000979.1 608 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..608
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gttcggaccg gtcttatcct cgccccagag cgcgaaggat aaaggcgctt tggcgcacac
       61 ggaggccgtg ttcattggct ggctcttcaa tagccacgcc ttggttacga aggcagccga
      121 tgtaccgaca ggcctgaagc aagccggaga caagttcaat tactcgtcta cgaccaataa
      181 actgtacgct atctggggtc aggacaagac cggcccgaac ggcaactcgg ataatatccc
      241 cgactacctg cagaagggcg ttacctacga cggcaacgag aactcaaccg gtacagcacc
      301 gacagataac aaacgctaca acagcaatga cgcagtgacc gtcctgggca agaatgatct
      361 gacccgcgat aaggccgcgt ttgttggctg gagcttcggc aagaagtcgc tgctgaccac
      421 gaaggccgag cacgatgccg taaccgacct gaagaaggaa cacgagacgt tcaccatcac
      481 caccgacacg acactctttg ccgtatgggg taaggacgaa accggcccag ctggacagag
      541 cgacgatgtg cccgactacc tgcaaaacgg cgtcacctac gacggtaacg gtggaaccgg
      601 tgcagcgc
//
LOCUS       SEQF2638.1|AYYF01000980.1 392 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..392
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gcctgcgcct gggcctcgtt tgccagcaat ctgctgatgc tggtgctctc ttacctcgtc
       61 gggcgtcgac gtagtgcttg agcaggtcga ggtagaaggt gacgccgagg aagatgaccc
      121 acgaaaagat gatgaagtaa cgcatcgcct cgacgtacga gcggcggttg tcggcgtcgc
      181 gggtcttggc gaagacgaag ggctcgtagg cgtagcggaa ggcttggatg aacatgacca
      241 tcacgacggc gatcttgaag caggcgccgt agatgcccag ctgcgcgtcg gcctcggcct
      301 tgtcggcaaa gaggaagggg aagaggatct tgtcggccgt ctgattgaag atgccggcga
      361 tgctcaggat caggatcggg aaggagtagg cc
//
LOCUS       SEQF2638.1|AYYF01000981.1 341 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..341
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 agccctaact acttataact actcatataa acatgaacag aacaaacaag atcatggctg
       61 cagtagccgc gtgcatgctg cttgccacgg gcgcctgggc cgacgaaggc atgtgggtgc
      121 tgaaagagtt gaacaaacaa aacatcgcac gcatgcagga gttgggcctc aatgtgccca
      181 tcgaaaccat ctacagcgag acgaaccctt gcgtagccaa cgccgtcgtc atcttcggcg
      241 gcggatgctc cggcatcacc gtctccgacg aggggctcat cttcaccaac caccattgcg
      301 gctacggctc catccagaag ctcagcagcg tggagcacga c
//
LOCUS       SEQF2638.1|AYYF01000982.1 881 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..881
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             572..739
                     /locus_tag="SEQF2638.1_00402"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDVLTEVGEGDNVSRLIVIATAVGHPYLYLGDLGTRRHEGQLGH
                     GLVIAVTEEVT"
ORIGIN      
        1 ggcggtcgag gttcattacc tgtagcaagg tacgcccggc gatatttccc tcttggatgc
       61 tgtagacgta agtgccgacc gtgtcgctct ggtagacaat gtctagtttg aagcggtcct
      121 tctgcacgga gaatgcctcg agggagtaga cattcttcat catcagatcc cagaatggca
      181 tgcccggagc ctcattgata cccttgatca gcttgacgaa gaggcatcca ctggtgttat
      241 tcgtattgtc ggtcgagatc tctcccacct taaacgtctg cccgccatag gtgtactcaa
      301 aggccaccgc taaactctcg tctggttgca aggcggtcga gagggagata taccctaagg
      361 cctcgttaag cgaatattcg gaggggctga gtaggcgtgc actaccgatc ttctcatagt
      421 cgcgcccgtc ctccaagaag ctcagtgccc cgttgacgcg gtcaatgctg cgcgcatcgg
      481 tcaaggcgtt gacgcgggag tagagcgtgt tggcctcgtt gtgggtcatc cgcaccgtac
      541 ccgaagcctg cacctcggcc gtgttgccga tatggacgtt ctcaccgagg tcggagaagg
      601 cgacaatgtc tcgcgcctca ttgtaattgc cacggcggtt ggtcacccat acctctatct
      661 tggtgatctt ggcactcgac gccacgaggg gcaacttggc catggcctcg tcatagcggt
      721 cacggaagaa gtgacctagg aagaagtggc ggttctcgtc atagttgtcg atgttgatct
      781 cgaagtccgt cgtctgtacg cccccctgcg aggtgatggt acgcgactcg gagttctgtt
      841 gggccaagag ggcgttgacg cgcagtttgc caaactgtag t
//
LOCUS       SEQF2638.1|AYYF01000983.1 2279 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2279
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(432..1133)
                     /locus_tag="SEQF2638.1_00403"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVEYSLTENTLTSAKGDYRAQINDVRSYDKEALISRILQRGTLL
                     TRTDILAVINAMEETIVDIHKEGDTVTLPLFSTGFSISGVFKGTDDSFEPGRHRLNIT
                     VQKGKLLKRTQQEIHLQKVDFNPAQAHIYRVTDVVSGTDNEKLTPGGVVKISGTRLKI
                     SGKDTKVGLWFVAANGTETKADHLVRNMPSELTAIIPSLTAGKYHIKLVTQHTGGKDT
                     KAPKVLVHTIEFTVS"
     CDS             complement(1189..2208)
                     /locus_tag="SEQF2638.1_00404"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDTIEAFEKEFKRLGTIENHLGELPNAEKLYDTKRDLVVFRGMS
                     EAKYKLYTSAQREWLTQDLNKVLGKDGFVDFIESILSNLRINNNLEGYLESMNLAMDD
                     PLLLSFLQHYGGPTSFLDFTCDKNIALFFATEKLFGADQGGEDIENYFSIYVHPVDEQ
                     LVDYLDQYYNNMDKVVQKGTPIGIVWKKKKTDPSFVEELSVNDPVKKPRLSYIRTPPR
                     TERMEERETKKLRLWSNPNIIAQQGCFILNPSPIDPLEHLYYVRNNQLKEEKRVAFLP
                     NLKCLNIHKSLAPYIREEYLKSNKITKETIYPDFYSIAQGAYEAFKRNPTAKISPANL
                     PDSKD"
ORIGIN      
        1 ctcgtaatcc gtcatgcaac ggtttacggg gtcgatgatg gcggcgccgt cggggacggg
       61 gaggctaccg gtgatgaagt cgttttggat gtcgactaaa aggagggctg ttttcatttc
      121 tgggtgtggg gtttgggaat ggatggaaat ttatgtcggg gctaaactat gaggtagttt
      181 gccgctaacc cataggttag gctgaagcta acctataagg tagctcttca ctaccctata
      241 ggttatgccg tcactatctt ataaggtagt tcgtcgctac cctatgggtt atgtcggagc
      301 taaccagtgc ggtagttcgg aactatccga cttgttatga aataaatgcc tatttatcag
      361 caagatacaa tgatgtgaaa aaggcacctc tccaatcgtg gaaagatgcc tgaatcgata
      421 ggttgaacgg gctaagagac ggtaaattcg attgtatgaa caaggacttt gggtgccttt
      481 gtgtctttcc cacccgtgtg ttgcgtcacg agcttgatgt gatacttacc cgcggtgagg
      541 ctggggatga tggcggtgag ttcggagggc atgttgcgga ccaggtgatc ggccttggtc
      601 tcggtaccgt tcgcggccac gaaccagagg cctactttgg tgtccttgcc ggagatcttc
      661 agccttgtgc ccgagatttt caccacgccg ccgggagtga gtttctcgtt gtccgtccca
      721 ctgaccacgt ccgttacgcg atagatatgt gcctgagcag ggttgaagtc gaccttttgc
      781 aggtggatct cctgttgtgt gcgcttgagc agtttgccct tttgtacggt gatgttgagg
      841 cgatggcggc cgggttcgaa ggagtcgtcc gtgcccttga agacgcctga gatgctgaat
      901 ccggtgctga agagcggcag tgtcaccgtg tcgccctctt tgtggatgtc gacaatggtc
      961 tcttccatag cgttgatgac ggccaggatg tcggtgcggg tgagcagtgt gccgcgttgc
     1021 aggattcggc tgatgagtgc ttccttgtca taggagcgta cgtcgttgat ctgtgctcga
     1081 tagtcgcctt tggcgcttgt gagcgtgttc tcggttaaac tgtattcaac cataagtagt
     1141 gattgtttga ggggttatta ctgttttgtg aacgccgccg aaagtaggtc agtcctttga
     1201 atcgggcaaa ttggcgggag aaattttcgc ggtagggttg cgcttgaagg cttcgtaagc
     1261 cccttgggcg atggagtaga agtcggggta aatggtctct ttcgtgatct tattagactt
     1321 caaatactcc tcgcggatat agggagcgag ggacttgtgg atattgaggc actttagatt
     1381 tggcaagaat gctacccttt tctcctcctt tagctgatta ttccgcacat aatagagatg
     1441 ttctaaaggg tcgatgggtg aagggtttag aataaagcaa ccttgttggg cgatgatatt
     1501 aggattggac cataagcgga gttttttggt ctctctttcc tccattcgtt ctgttcttgg
     1561 tggggtgcgg atataagaca gacgcggttt tttgacaggg tcattaacac tcaattcttc
     1621 tacgaatgaa ggatccgtct tctttttttt ccatactatt ccgataggag tgcctttctg
     1681 tactacttta tccatgttat tgtagtattg gtctaaatag tcaactagct gctcatcgac
     1741 tggatgaaca tatatagaga agtaattttc tatgtcctct ccgccttgat cggcaccaaa
     1801 gagtttctct gtagcaaaaa atagggcaat gtttttatcg cacgtgaaat ctaaaaagga
     1861 ggtaggacct ccataatgtt gtaaaaagga aaggagtagt ggatcatcca ttgcaagatt
     1921 catcgactca aggtatcctt ccagattatt attaatccgc agattggata gtatgctttc
     1981 gatgaaatcg acaaagccgt cttttcctag cactttgttc agatcctgtg ttagccattc
     2041 tcgctgggct gaggtataga gcttgtattt tgcttcgctc attcctctga atacgaccaa
     2101 atctcttttg gtatcgtaca atttttcggc attaggtaat tctccaagat gattctctat
     2161 agtacccaat ctcttaaatt ccttttcaaa ggcctcgata gtgtccactt gtatgaaagg
     2221 ccagaaatga aaacagccct ccttttagtc gacatccaaa acgacttcat caccggtag
//
LOCUS       SEQF2638.1|AYYF01000984.1 458 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..458
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ctctcttgca tgtggcggat gtagtccttg gcggtccgct cttttacttc tactgtctgc
       61 atgatcaatc gaagaagctc gtcatgcgag aggcggtcat gtgcgcggaa cacttcgcgg
      121 gcgatcagca acagctcggc tgtcttgcgt cgctcacgct cttcttccga cttctcgccg
      181 cgggagacgt gcatgtcgcg ttccttgtcc cacccaaaga gcatgatcgg gacatcaagc
      241 ggactgccgt cgcgtacctt caaagccttg acgaccgaca gtgcaggatt gtcgtccttc
      301 tcaatcgaca ggatggcggc cgactttcgt tgcagttccg atccgatgtg tccgcgtagc
      361 ttgatgccgt tgggaacgaa gtggagtacg caaaggatac acgtgtggta gatgcccgcc
      421 agccgataga gctcgtccac cacagcgatg ctctcggc
//
LOCUS       SEQF2638.1|AYYF01000985.1 1361 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1361
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(466..1167)
                     /gene="tdcG"
                     /locus_tag="SEQF2638.1_00405"
                     /EC_number="4.3.1.17"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P42630"
                     /codon_start=1
                     /transl_table=11
                     /product="L-serine dehydratase TdcG"
                     /db_xref="COG:COG1760"
                     /translation="MCEGIERGLNNEGVLPGGIGVRRKAATYYVKAKGYIGSLNSRGH
                     IYAYALATSEENASGGRIVTAPTCGSSGVLPAVLYHIAKAHESREIRILRALATAGLF
                     GNIAKENASISGAEVGCQGEVGVACAMAAAAACQLFGGTPGQIEYAAEMALEHHLGLT
                     CDPVCGLVQVPCIERNAVAAARALDANVYAVYSDGKHRVSYDRVVEVMKETGHDIPSL
                     YKETSEGGLAKNAIL"
ORIGIN      
        1 cacccacaca atcggcgaag ccaccttgga gaggatgtcc atcggccgag ccacaagttc
       61 ggccacctgc tcagcgaaat tcatcccgat acgcttcggc gcaagctcac cgagcacaag
      121 cgtgaggtag gtgacaatga caacgatcgt cagcttggat atcccgaccg cataaggctc
      181 aagccccggc acacgggcga gcacaccggc cagatctcgg gcgaaagcct cgccagagaa
      241 aagacccgtg aggatgccga tgagcgtaat gccgatctgg gtggtggaga ggaactgatc
      301 gggcttctgg gccaagtcga gggccttctg cgccgagcgc ttgcccttct tgacctgcga
      361 ttcgagtctg gctttgcggg ccgatacgag cgagatctcg gccatcgaaa gcagtccgct
      421 gaggaggatg agtccgagga tgagaatgat ttccataagg cagggttaga ggattgcgtt
      481 cttggccagc ccaccctcgg aggtctcttt gtagaggctg gggatgtcgt ggcccgtctc
      541 tttcatgact tccaccacgc ggtcgtagct gacgcggtgt tttccgtcgg agtagaccgc
      601 atagacgttc gcgtcgagag ctcgcgcggc ggccacagcg ttgcgctcga tgcagggcac
      661 ttgcacgagg ccgcagacgg ggtcgcaggt gaggccgagg tgatgttcga gagccatctc
      721 ggccgcatat tcgatctgtc ccggggtgcc accgaagagc tgacaggcgg ctgcggcagc
      781 catggcgcag gctacgccga cctccccctg gcaacccacc tctgcgccgg agatcgaggc
      841 gttctccttg gcgatgtttc caaacaggcc ggccgtcgct aaggcccgca ggatgcggat
      901 ttctcgggat tcgtgtgcct tagcgatgtg ataaagcacg gcgggcagca cgccgctgga
      961 gccgcacgtg ggcgcggtga cgatgcggcc gcccgaggcg ttctcttcgg acgtggccag
     1021 ggcgtaagca tagatatggc cgcgcgaatt gaggctgccg atgtagccct tggccttgac
     1081 gtagtacgtg gcggctttgc ggcgcacacc gatgccgccg ggcaggacgc cctcgttgtt
     1141 caggccccgt tcgatgccct cgcacatgac ctgccagacc tcccggaggt agtcccagat
     1201 gcccgcgccc tcacattcct cgacgtactc ccaataggtg ctgccctcgc gttcgcagcg
     1261 ggcgaggatg tcggcgatgg tggtcagggg gtagatgtcg ggcgtcgttt cggcgcgtga
     1321 atggccgtcg gagagggctc cgccgccgat gctatagacg g
//
LOCUS       SEQF2638.1|AYYF01000986.1 285 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..285
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtcgtctcga tggctgtgcc cgggggataa accttattga agcccatcgc catgaagcgc
       61 ttttcaacgt cttcaaagtt ctgcttaccc accacgaggt tgccgccagc aaagaggggg
      121 atgtctttca gcccggcctc gttacacttc tcgcgtagcc cgttgcagtc gatctcgccg
      181 tgcccataga gcgacgaaac gaggatggcg tctgcgttag tttccaacgc tgcttcaatg
      241 tactcttcct gtgccaccat cacgcccagg ttgacgacct tgaat
//
LOCUS       SEQF2638.1|AYYF01000987.1 412 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..412
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(176..382)
                     /gene="xerC_2"
                     /locus_tag="SEQF2638.1_00406"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01808"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerC"
                     /translation="MPITTHTARHTFATLITLEQGVPIETVSKMLGHSNVSMTERYAK
                     VTPQKLFEEFDRLIAFTEDLHLTI"
ORIGIN      
        1 gttataccct gtttgctgtt ccattcattt ggcagacatt cctcgccggt tgccataacc
       61 gcgcttctgc catcgatggt gatgcggcaa aagatggctg tcttgccgtc ggtctttgtc
      121 ttctgtctgt tgatgtagaa caggattttg aatgtacttc tcatgttggt ctcggttaaa
      181 tggttaggtg caaatcttca gtgaaggcga tcaagcgatc gaactcctcg aatagctttt
      241 ggggagtcac tttcgcatat cgttcggtca tactcacatt gctatgccca agcatcttgc
      301 tgacggtttc gatgggcacg ccctgttcca aggtgatgag cgtagcgaag gtgtgccggg
      361 cggtgtgtgt ggtgatgggc aaagacagtc cggcccttag tgagattgct tt
//
LOCUS       SEQF2638.1|AYYF01000988.1 1444 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1444
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             17..619
                     /gene="gltD"
                     /locus_tag="SEQF2638.1_00407"
                     /EC_number="1.4.1.13"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P09832"
                     /codon_start=1
                     /transl_table=11
                     /product="Glutamate synthase [NADPH] small chain"
                     /db_xref="COG:COG0493"
                     /translation="MHAASTDADTPVFKGKHVAVIGGGNTAMDSVRTARRLGAARAMI
                     VYRRSEEEMPARIEEVKHAKEEGVEFLTLHNPIEYLGDENGRVKHMRLQRMELGEPDA
                     SGRRRPVPVEGAVETIDVDEVIVSVGVSPNPLIPQAFAGLEISKRGTIIVGEADMRSS
                     LADVYAGGDIVRGGATVILAMGDGRRAAAAMDEALQEHKS"
     CDS             727..1194
                     /locus_tag="SEQF2638.1_00408"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKKLLYCGIAALTLGFVSCNQNAKNAENAENADSAMVAEQPAE
                     APAPAFDKVGAYAGTLPCADCSGLETTVELMGDMTYKVTQDAKGKKDGGHSEAAGSFT
                     WDPASGIITLENADALSFRKLLIEGDNVVVVGDDGAKAAENADKYVLTKKQPA"
ORIGIN      
        1 cacccgcgtg aatctcatgc acgccgcttc gacggacgcc gatacgcctg tcttcaaggg
       61 caagcacgtg gctgtgattg gtggcggcaa cacggcgatg gactctgtac gcacggcgcg
      121 ccgcctcggt gctgcccgcg ccatgatcgt ctatcgccgc agcgaagagg agatgcctgc
      181 acgcatcgag gaggtgaagc acgccaagga agagggcgtg gagttcttga cgctccataa
      241 cccgatcgaa taccttggcg acgagaacgg acgtgtgaag cacatgcgcc tccaacgcat
      301 ggagctgggt gaacccgacg cttcggggcg gcgccgaccg gtaccagtgg agggtgcagt
      361 ggaaacaatc gacgtggacg aagtgatcgt cagtgtgggt gtttcgccca acccactcat
      421 cccgcaggcc ttcgcaggat tggagatctc gaaacggggc acgatcattg taggtgaggc
      481 agacatgcgt tcgtcgcttg cggatgtcta cgccggcggc gacatcgtgc gcggcggcgc
      541 tacggtgatc cttgctatgg gtgacgggcg gcgcgctgct gccgcaatgg acgaagcctt
      601 gcaggagcac aaatcgtgaa ttaaatgtaa aaagcagcct ttcttgagga gtgcccaaaa
      661 caatccaacg gtggggctgt ttcatatagc gaattttgat tctatgtttt tttaattgct
      721 acaggtatga aaaagaaatt gctttattgt ggaatcgcag ctttgacgct gggattcgta
      781 tcgtgtaacc aaaacgcgaa gaacgctgag aacgcagaaa atgcggacag cgcaatggta
      841 gctgagcagc ccgctgaggc tccggcacct gcatttgata aggtaggcgc atacgccggc
      901 acactgccct gcgcagattg cagcggtctg gagacgaccg tagaactgat gggcgacatg
      961 acctacaagg tgacgcaaga cgccaagggt aagaaggacg gtggccacag cgaggctgca
     1021 ggtagcttca cttgggatcc tgcaagcggc attatcacgc tggagaatgc cgatgcactg
     1081 agcttccgca agctgctgat tgagggcgac aacgtggtag tcgtaggcga cgatggcgcc
     1141 aaggctgctg agaacgctga caagtatgtc ctgaccaaga agcaaccggc ataaggattt
     1201 ttgatttcaa cgataacatg cttgaaagcg tgcgggccgc gacggtctgc acgctttttt
     1261 tgtttgcgcc aaactgaaaa gcatcgtctt tcgggctctg cgttgcgcag ggagcaaaag
     1321 gcattgcatt ttggtggaag ctgtgaactg atctaagttc tgtctttctt tgcagccccg
     1381 attcactggg gaagaacctc acctcctcca ttttcccgct acatacacat tatactgctg
     1441 tctc
//
LOCUS       SEQF2638.1|AYYF01000989.1 287 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..287
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtatttcatt ccatcatgtc taatcggtta tcagataagt acccgggtag gggcgtattg
       61 catacgcccc ttaatcattc ccgaaaggga tatttaatca cgcgtcagac aatttggggg
      121 cgtatgcaat acgcccctac cctgccggca gaaaaatcag atttgaaggg ttggcgtgag
      181 gttatgtctg agacaagggg agatgaatcc gtatttcatt ccatcatgtc taatcggtta
      241 tcagataagt acccgggtag gggcgtattg catacgcccc ttaatca
//
LOCUS       SEQF2638.1|AYYF01000990.1 3074 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3074
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(149..568)
                     /locus_tag="SEQF2638.1_00409"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKGTEHFKSVIQCYLENRASYDELFAETFRKENKSIDECVTYIL
                     NEVQKSGCSGFSDDEIYSMAVHYYDEDDIEVGKPNSCKVVVNHTIELTEEEKAEARQR
                     AVEQYQREELSKIKSRNARPRKAETTEIVSQPSLFEF"
     CDS             complement(581..1174)
                     /locus_tag="SEQF2638.1_00410"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG7940"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRTETRTYEVYNLHELTREAQAKAHSHWAEHCDYTWDRENRATL
                     QAFERIFNIKVERWSYDSCTYTYRFTSHYSEEEDNLKGTRLLKYLVNNYWNDLYPHKT
                     YWSRNYKKKRKSRVFVSDDCVLTGYCIDYEILKPIYDFLKAPNDTTLYELMDKCLDGF
                     FKACRDDMEYQFSEEAFAESCEANDYEFLSDGTMFNQ"
     CDS             complement(1171..1467)
                     /locus_tag="SEQF2638.1_00411"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEKFNFYQDRKVTCWERTHFDVKAESYEEAVALVKSWQGEDVLC
                     FEDDENIIITNGETLYDTSESLSVEENGGQPTIEVFANNGEDIINNKPDNTEQI"
     CDS             complement(1479..1697)
                     /locus_tag="SEQF2638.1_00412"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRRSKTIAQQCRYYEVDNIFEYMVSVYLNGNISDFAELFKELN
                     RKDRREFILYLFSEVEPIYIQEIILATI"
     CDS             complement(1710..1919)
                     /locus_tag="SEQF2638.1_00413"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKLRYKISIWVALALAGSLLCGGSIWLWLAGICAGKFLIRLLLT
                     IALAIAVYILTYALIIGAILWLLIS"
     CDS             complement(2722..2964)
                     /gene="xerC_3"
                     /locus_tag="SEQF2638.1_00414"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01808"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerC"
                     /translation="MNNKLSTVGLACGIRQRLSFHMARHTFGTLSLSAGIPIESIAKM
                     MGHASITSTQIYAQVTDKKISEDMDKLIKKQQATSV"
ORIGIN      
        1 cattggaaaa atgagatgaa gtatatggac agactgcata acttctatta gccatgtgtt
       61 aaaactcaat ggatatgggg acgaaacgca aaggtaaatg agaaaagcca gtgttttaag
      121 gggtgggaaa ctttagttat ttaaggggtt aaaactcgaa taatgagggt tgtgatacga
      181 tttccgttgt ttccgctttc ctcggtcttg cgttacggct ctttattttg gagagttcct
      241 cacgctgata ctgctctaca gctctctgtc tggcttccgc tttttcctcc tccgtgagtt
      301 cgatggtgtg gtttaccacc actttgcagg aattgggctt gcctacctct atgtcatcct
      361 cgtcatagta atgcactgcc atagagtaga tttcatcgtc cgaaaatccc gaacaaccgc
      421 ttttctgcac ttcgttgagg atataggtta cacactcatc tatgctcttg ttttctttgc
      481 ggaaagtttc cgcaaagagt tcatcgtatg atgctcggtt ctccaaataa cattggatta
      541 cgcttttgaa atgctctgta cctttcattg tctttgttct ttattggtta aacatggttc
      601 cgtctgatag gaattcataa tcgtttgctt cgcaactctc ggcaaaggct tcctcgctga
      661 attgatattc catatcgtcc ctgcaagcct tgaaaaatcc atccaaacac ttgtccataa
      721 gttcgtatag ggtggtatca ttgggggctt tcagaaaatc gtatatgggc ttcaagattt
      781 catagtctat gcagtagccc gtcagcacac aatcgtccga aacaaaaaca cggctcttgc
      841 gtttcttctt gtagtttctg ctccaataag tcttgtgtgg atacaagtcg ttccaatagt
      901 tattgacaag gtatttcaga agtcttgtcc cttttagatt gtcttcctcc tcgctgtaat
      961 gggaagtgaa acgataggtg taggtacaac tgtcgtatga ccatctttcc accttgatat
     1021 tgaaaatccg ctcaaaggct tgcaatgtgg ctcggttctc tctgtcccaa gtatagtcgc
     1081 aatgttccgc ccaatggctg tgtgcctttg cttgtgcctc ccttgtcagt tcgtggaggt
     1141 tatatacctc gtatgttctt gtttccgttc tcatatctgt tcagtgttat cgggtttatt
     1201 gttgatgatg tcttctccat tgtttgcaaa gacctcgata gtcggctgtc ctccgttttc
     1261 ctctacggat aggctttcgg aggtgtcata caaggtttct ccgtttgtga tgatgatatt
     1321 ctcatcgtcc tcaaagcaaa gcacgtcctc tccctgccac gacttgacaa gggcaacggc
     1381 ttcttcgtaa ctctcggctt ttacatcaaa gtgggtgcgt tcccaacaag taacctttct
     1441 gtcttgataa aaattgaatt tttccattat tcttgctttt agatggttgc taaaatgatt
     1501 tcttggatat aaatgggttc aacctctgaa aagagataga gtataaactc tcttctgtct
     1561 ttccgattga gttccttgaa tagttccgca aagtcagata tatttccgtt gaggtaaacc
     1621 gataccatat actcgaagat attgtccacc tcatagtatc tgcattgctg tgcgattgtc
     1681 ttgcttcttc ttttcatata tctgtctgtt taagaaatga gtaaccaaag tattgctccg
     1741 atgatgaggg cataagtcag aatgtacact gcgatagcca aagcaatggt aaggagtaac
     1801 cgaatgagga attttcctgc acatatccct gccagccaaa gccaaatgct tccgccacaa
     1861 aggagagagc ctgcgagtgc aagtgccacc caaattgata ttttgtatct cagtttcatc
     1921 ttgtctgatt tttttgattt tatgcggatt ccagaggtga gggagtttga gtttcaactt
     1981 tttctttttc tctgcttctc gcatatccga catttttttt atgcgtcttt ccgtcgggtc
     2041 ggtcgttttc gcttcagtgg cgtaaaaagg tagggcttag gacaaacaag gttttacggc
     2101 gagaatacta cctgcaatga aatggaagtg tggagattgt cgtctaaacg gcttgccgcc
     2161 ccgacctttt ttgtccgtag aagcccggaa ctacctttgc cgctgacaac gaacaaccga
     2221 tcccgacatg atacaccagc ataagtggag gatgtgcaag gagagaagca gggcgaaaac
     2281 aaaaaacgta gtcttcgaag actgcatttc atcataagat tagaacacac ggaaaataaa
     2341 aagccaccca acggacggct ttacgaaaaa aacgagaaaa aaattctttt ttctcacgat
     2401 atccccttat ctttgcaata ggttattcga gttatgcaaa gcgttgtata tcgctgttga
     2461 agataggtcg ctaaatcatt acctattgca tttcataacc cattaggcta ttgaatgcca
     2521 atcatttgaa cctaaatgat agatttttcg ggtaaaaata cagtacaaca tgagatgtca
     2581 tgtagtggaa ggcatgattt cctgactaca tctaactaca ccctaaccct tcttctttca
     2641 ccgccttatc cctgttgtag tcacgtagta agatctattc ggtgaaagga aaaaagacct
     2701 gttagggcgg ccgtcagggg atcacactga cgtcgcttgt tgctttttga tcagcttgtc
     2761 catgtcttcc gagatctttt tgtccgtcac ctgcgcatag atctgcgtgc ttgtaatgga
     2821 cgcatgtccc atcatcttgg cgatgctctc tatcgggatg cctgcgctga gcgacaacgt
     2881 cccaaacgta tgacgagcca tgtggaaaga cagtcgttgc ctgataccac aagccaaacc
     2941 cacggtgctc agtttgttat tcatcacact gcggctgcaa ctgcgtggga agacaagtcc
     3001 gtctccttct tctttcaccg cctgatcctc tcggcatctg ttaaggatct cctccgcgat
     3061 cggatgtagc ggca
//
LOCUS       SEQF2638.1|AYYF01000991.1 4767 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4767
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(472..852)
                     /gene="dksA"
                     /locus_tag="SEQF2638.1_00415"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_00926"
                     /codon_start=1
                     /transl_table=11
                     /product="RNA polymerase-binding transcription factor
                     DksA"
                     /translation="MAEKTRYSDAELEEFRSIIMEKLDKAKRDYDLLREGISNSEGND
                     VSDTSPTFKVMEEGASTLSKEEVGRLAQRQMKFIQNLQAALIRIENKTYGICRETGKL
                     ISKERLRAVPHATLSIEAKQSGVK"
     CDS             complement(925..4389)
                     /gene="ileS"
                     /locus_tag="SEQF2638.1_00416"
                     /EC_number="6.1.1.5"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P56690"
                     /codon_start=1
                     /transl_table=11
                     /product="Isoleucine--tRNA ligase"
                     /db_xref="COG:COG0060"
                     /translation="MKNRFAEYDSFDLSEINREVLKKWQEGDLFHKSLSIRTGAPDFV
                     FYEGPPSANGMPGIHHVIARTIKDIFCRYKTMKGFRVDRKAGWDTHGLPVELGVEKEL
                     GITKEDIGRKVSVAEYNAACRKNVMTYTKEWEDLTQQMGYWVDMEHPYITYDNRYIET
                     LWYLLKALYEKGLLYKGYTIQPYSPAAGTGLSSHELNQPGCYRDVKDTTVTAQFRAVK
                     PEQLANDFQRSVFAGSDAPSDVYFLAWTTTPWTLSSNTALCVGADIDYVAVRSFNPYT
                     GAPNTYILAEARLAAYFNPKAADMPLSAYKPGDKLIPYEVIGRCKGRDLVGLSYEQLI
                     PWFNPGDGAFRLISDSYVTTEDGTGIVHIAPTFGADDARVGKAFGIPPLQLVDKAGNL
                     RPAVDLKGRFYRLEDLDETYVKERVNTALYKEYAGRYVKNDYDPALTNPNDKDPLDVD
                     LCVMLKQQGLAFKIEKYVHNYPHCWRTDKPILYYPLDSWFIRTTACRDRMIELNNTIN
                     WKPQSTGTGRFGKWLENLQDWNLSRSRYWGTPLPIWRTDDNAEEKCIGSVSELYAEIE
                     RSVEAGFMKSNPYKDNGFVPETYTAENYDRIDLHRPYVDDIVLVSPTGRPMKRETDLI
                     DVWFDSGAMPYAQIHYPFENKEAFDARNVYPADFIAEGVDQTRGWFFTLHALGTMLFD
                     SVTFKNVVSNGLVLDKNGNKMSKRLGNAVDPFATIRQYGSDPLRWYMITNASPWDNLK
                     FDPDGVEEMRRKFFGTLYNTYSFFALYANVDGFTYSEPDVPMADRPEIDRWILSLLHS
                     LVKDVDSYLNTYDPTRAGRAIADFINDHLSNWYVRLNRRRFWGGGMTTDKLSAYQTLY
                     TCLETVAKLMAPIAPFYADRLYGDLIAVTGRESAESVHLADFPVCDEAMIDKELEERM
                     QIAQDVSSMTLALRRKVNIKVRQPLHTLLVSAVDEHQRAAVEAVQDIILNEVNVKELK
                     FADAGSNILVKKVKPDFKKLGPRYGKVMKALAAAIQAMTQEEIATFERDGSFTFPIDG
                     NACTVLTDDVEIISEDIPGWLVANEGRLTIALDITVTDELRREGLARELVNRLQNLRK
                     SSGLEITDHIRVTLAPAKEMEGVLETYGDYIRRQVLADAITSTERSADMTDLEFDDFQ
                     LPVKIEKV"
     CDS             complement(4539..4763)
                     /locus_tag="SEQF2638.1_00417"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIMGCGSPGDTVASMIMGYDSPGDTVASTIMGYGSPGDTVASMI
                     MGCGSPGDTVASMIMGYGSPGDTVASTIMP"
ORIGIN      
        1 gtgtggtctc gatcagcggg aagtagagca tgtccacgac cttaccgtgc aacaggggtg
       61 cgtagccgcc gccctcgggc attagtgtgg ccacctgccc atagctgtga ttgaagatga
      121 cgccgtagaa gacgctgtcg atgatgttcc ccagggcgcc cgcgaagatc atggcgatgc
      181 agacgatgta gcccatgggg tactccttcc gaatgagttg caccaagtag tagccgatac
      241 ccaccacggc cacgatgcgg aagacggaga ggacgagttt gttgaagaac tccatgccga
      301 atgccatacc ggggttctcc gtgaagtaga gttggaacca ggggaagatg gtgatacttt
      361 cacccaacgc catgtgtgtc ttcacccaaa tcttgaaggc ttggtccaaa aaaaggagca
      421 gcaggatgat cgccgctgct ccccaagcct tagttgctcg tgtctgttcg ttcatttcac
      481 gccgctttgt ttggcttcga tgctcaatgt ggcgtggggc actgcccgca gccgttcttt
      541 cgagatcagc tttcccgtct cacgacaaat gccgtaggtc ttgttttcga tgcggatcag
      601 tgccgcttgc aggttctgaa tgaacttcat ctggcgctgc gccaaccgtc cgacttcctc
      661 tttcgagagc gtcgatgcac cctcctccat caccttgaac gtgggtgagg tgtcggatac
      721 atcgttgcct tccgagttgg aaatgccttc gcgcaagagg tcgtaatccc tctttgcctt
      781 atctaacttc tccatgatga tggagcgaaa ctcctcgagc tccgcatccg agtatcgtgt
      841 tttctcagcc atgacttcag tctccttgat tgatataatg tttggtttcc taatgtttca
      901 ctgtttgttt atccgggtgg tgggttacac cttctcgatc ttgacgggca gttggaagtc
      961 gtcaaactcc aagtccgtca tgtcggcaga gcgctccgtg gaggttatgg catcggccaa
     1021 cacctgccga cggatataat cgccatacgt ctcgagcacg ccctccatct cttttgccgg
     1081 agcgagggta acgcggatat gatccgtgat ttccagtccg ctgctcttac gcagattctg
     1141 caatcggttc accagttcgc gggcaagacc ctcgcgacgc agctcgtccg tcaccgtgat
     1201 gtcgagcgca atagtcaggc gaccttcatt agctacgagc catccgggga tgtcctcgga
     1261 gatgatctcc acgtcgtccg tcagcaccgt gcaggcgttg ccgtcgatgg ggaaggtgaa
     1321 cgatccgtcg cgttcaaacg tggcgatctc ctcttgtgtc atcgcttgga tagccgccgc
     1381 aagtgccttc atcaccttac cgtaacgtgg gccgagcttc ttgaagtcgg gcttcacctt
     1441 cttcacaagg atgttcgatc cggcatcggc gaacttcagc tccttcacgt tgacctcgtt
     1501 caggatgatg tcctgcaccg cctctacggc tgcgcgctga tgttcgtcga cagcagagac
     1561 gagcagggtg tgcagaggtt ggcgcacctt gatattcacc ttccgacgta gcgccaatgt
     1621 catcgaagag acgtcttgtg cgatctgcat ccgttcctcc aactccttat cgatcatcgc
     1681 ttcgtcgcac acggggaagt cagccaaatg caccgattcg gcgctctcgc gtcccgtcac
     1741 ggcgatcagg tcgccataga gacgatcggc atagaagggt gcgatgggcg ccatcaactt
     1801 ggccaccgtc tccaggcagg tgtagagcgt ctgataagcc gacagcttgt cggttgtcat
     1861 gccgccgccc cagaaacgtc ggcgattgag ccgcacgtac cagttactca ggtggtcgtt
     1921 gatgaagtct gctatggcgc ggcctgcgcg ggtcggatcg tacgtattta gataactgtc
     1981 cacgtccttg acaagcgagt ggagcagcga caagatccaa cgatcaatct ctgggcgatc
     2041 ggccatcggc acgtctggct cgctgtaggt gaagccgtcg acgttggcgt agagggcgaa
     2101 gaaggagtac gtattatata aggtgccgaa gaacttgcga cgcatctctt cgacgccgtc
     2161 cggatcgaat ttcaggttgt cccacggcga ggcgttcgtg atcatgtacc aacgcagcgg
     2221 atcggagccg tactgccgga tagtcgcaaa cggatcgacg gcgttgccga ggcgcttgga
     2281 catcttgttg ccattcttat cgagcacgag gccgttggag acaacgtttt tgaaggtcac
     2341 actatcgaag agcatggtgc ccagtgcatg aagcgtgaag aaccagccac gcgtctggtc
     2401 gaccccttcg gctataaagt cggcggggta gacgttgcgt gcgtcgaagg cctccttatt
     2461 ctcgaacggg taatggatct gtgcgtaagg catggcgcca gagtcgaacc atacgtcgat
     2521 gaggtccgtc tcgcgcttca tcgggcggcc ggtcggggag acgagcacga tgtcgtccac
     2581 ataggggcga tgcaggtcga tgcggtcgta attctcggcc gtgtaagtct cgggcacgaa
     2641 gccgttgtct ttatagggat tgctcttcat gaagcccgct tcgacggagc gttcgatctc
     2701 ggcgtagagt tcgctgacag agccgataca cttctcttcc gcgttgtcat ccgtgcgcca
     2761 aatgggcagc ggtgtgcccc aatagcgact gcggctcagg ttccagtctt gtaagttctc
     2821 gagccatttg ccgaagcgac ccgtgccagt gctttgtggc ttccagttga tcgtgttgtt
     2881 gagctcgatc atgcgatcgc ggcaggctgt ggtgcggata aaccagctgt caagcggata
     2941 gtaaaggatg ggcttatcgg tgcgccagca atgcggatag ttgtgcacgt atttctcgat
     3001 cttgaaagcc agcccctgct gcttgagcat gacacagagg tcgacgtcga gcggatcctt
     3061 gtcgttgggg ttggtgaggg cgggatcgta atcgttcttc acgtagcgcc ctgcgtattc
     3121 cttatataag gctgtgttta cgcgctcctt cacgtaggtc tcgtcgaggt cttcgaggcg
     3181 atagaagcgc cccttgaggt cgacggccgg gcgaagattt ccagccttat cgacgagttg
     3241 caacggtggg atgccgaagg ctttacccac gcgggcgtcg tcagcaccaa aggtgggagc
     3301 gatgtgcacg atgcctgtac catcttccgt cgtgacgtaa ctgtcagaga tgaggcggaa
     3361 ggcaccgtcg ccggggttga accaagggat gagttgctcg taagaaagcc caacaaggtc
     3421 gcggcctttg catcggccga tcacctcgta agggatcagc ttgtcgcccg gcttgtaggc
     3481 gctgaggggc atgtctgcgg ccttggggtt gaagtaagcc gcgaggcgtg cctcggccaa
     3541 gatgtaggtg tttggggcgc ccgtgtaggg gttgaaggag cggacagcca cgtagtcgat
     3601 gtctgcgccg acgcacagcg ccgtattcga tgataacgtc cacggcgttg tggtccacgc
     3661 aagaaaataa acgtccgacg gcgcgtcact gccggcgaac acacttctct ggaagtcgtt
     3721 ggcgagctgc tcgggcttta cggcccggaa ctgcgccgtc acggtcgtat ccttcacgtc
     3781 gcggtagcaa ccgggctggt tcagctcgtg cgagctgagc cccgtgcccg ccgcaggcga
     3841 gtagggttgt atggtgtatc ctttatagag gagtcctttt tcgtagaggg ccttgagcag
     3901 gtaccaaagg gtttcgatgt agcggttgtc gtaggtgatg taggggtgct ccatgtcgac
     3961 ccagtagccc atctgctgcg tgaggtcttc ccactccttg gtgtaggtca tcacgttctt
     4021 gcggcaggcg gcgttgtatt cggccacgct gaccttgcgc ccgatgtcct ctttggtgat
     4081 gcctaattct ttttcgacgc cgagctccac gggcagtccg tgggtgtccc aaccggcttt
     4141 gcgatcgacg cggaagcctt tcatcgtttt gtatcggcag aagatgtctt tgatcgtgcg
     4201 ggcgatgacg tggtggatgc ctggcatgcc gttggccgag ggcggaccct cgtagaacac
     4261 gaaatcaggc gctcccgtac gtatagatag gctcttgtgg aagaggtcgc cctcttgcca
     4321 cttcttcaac acttcacgat tgatctccga caaatcgaat gaatcatact cggcaaatcg
     4381 attcttcatc ttgcgtatat ctacttaatc tgttatcttc ttggaaaatc gccgcaaaag
     4441 taatctttcg agtgaattga aaaaggtgag aagtggcccc cgacgggtgg cttattgcgg
     4501 cttggagcca gtgatttgga tgggctatat agctacgctc aaggcatgat cgtgctggcg
     4561 acagtgtcgc cggggctacc ataccccatg atcatgctgg cgacagtgtc gccggggcta
     4621 ccacacccca tgatcatgct ggcgacagtg tcgccggggc taccataccc catgatcgtg
     4681 ctggcgacag tgtcgccggg gctatcatac cccatgatca tgctggcgac agtgtcgccg
     4741 gggctaccac accccatgat catgccc
//
LOCUS       SEQF2638.1|AYYF01000992.1 303 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..303
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gacaagatcc gggaagcgcg ggcggatcga gcacattttg agagccagct acagcgtgat
       61 gccgacggtg tgccggtcaa taagttgtcg gtaaaaggtg tgccggacgg tgcggacgtt
      121 aaggctgtgg ctgtgcgctt gcaggagatc gcggagaaag cgcgcaccga aggcgagtac
      181 aacaagatcg gcgagatcta cgggtttcca gtcatggtga agacagagag cacagcgaag
      241 gatcttttcg attgttccgt caaccgcttt ttcgtgcaag gccgcagcgg cattctctat
      301 act
//
LOCUS       SEQF2638.1|AYYF01000993.1 1006 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1006
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             37..408
                     /locus_tag="SEQF2638.1_00418"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAKKKTEIGRAGEAVARKYLEQRGYRVLHINWRHGHYELDIVAR
                     LPDLLVVVEVKTRDQRRIMDPEDAVDKAKIRRTVAAADAYVQTFDIDLPVQFDILSLI
                     KRSDGTYHVEHIEDAFYAPVQ"
     CDS             588..944
                     /gene="yjbR"
                     /locus_tag="SEQF2638.1_00419"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0AF50"
                     /codon_start=1
                     /transl_table=11
                     /product="putative protein YjbR"
                     /db_xref="COG:COG2315"
                     /translation="MNIEEVRDYCLKLKNAEESFPFGEDTLVFKVEGKMFLAMSLNDE
                     DPHVAVKCDPDEALLLRDRYKAVVPAHHFNKKHWNDIYLNRDMNDHDIRRWILHSYES
                     VILQLPAAIRRKYEYV"
ORIGIN      
        1 cagcccttca tctacaccca gttctgatcc tgacgtatgg ccaagaagaa aaccgagatc
       61 ggacgcgctg gcgaggccgt ggcccgcaag tatctggagc agcgcggcta tcgcgttttg
      121 cacatcaatt ggcgtcacgg ccactatgag cttgacattg tggcccgcct acccgacctg
      181 ctcgtggtcg tcgaagtcaa gacgcgcgac caacgccgca tcatggaccc agaggacgcc
      241 gtagataagg ccaagatccg ccgcacggta gctgccgccg acgcctatgt ccagacgttc
      301 gacatcgatc tgcctgtcca gttcgacatc cttagcctga tcaaacgcag cgacggaacc
      361 taccacgtgg agcacatcga ggacgctttt tatgcccctg ttcagtgagt cggagcactt
      421 ctgagcactc tcgctaaatc tttgtatgta tttttgcgcc gaataacaaa aaccgttatc
      481 tcctgcagaa gatagatagc caccccggaa agtccggtgc ggcttttttt tacgtaaagt
      541 gaaacaggag atcatcgcat ttccgttgcg aactagattt tagaattatg aatatcgaag
      601 aagtacgtga ttactgcctg aaactgaaga acgccgaaga gtcgttcccc ttcggcgagg
      661 acactttagt cttcaaagtc gagggcaaga tgtttctagc catgtcgctg aacgacgagg
      721 atccccacgt ggccgtcaaa tgcgaccccg acgaggccct ccttctccgc gatcgctaca
      781 aagccgtcgt gccggcccat catttcaaca agaagcactg gaacgacatc tacctgaacc
      841 gcgacatgaa cgaccacgac atccgtcgct ggatccttca ttcttacgag tctgtcatac
      901 tccagctccc cgccgccatc aggcgcaagt acgagtatgt ctgacctgca gcccacacca
      961 cacactccgc gcatcattcg tctgcgcgct gtctcttata cacact
//
LOCUS       SEQF2638.1|AYYF01000994.1 2856 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2856
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             126..488
                     /locus_tag="SEQF2638.1_00420"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIFKVLKMFFLRKKFSYPIVWGGCDCLLLTESVMSTFCTYCGVF
                     AASELFVEFAIPTALILSTRKIITSDDIRLSCIAQLYMVNEAAFCEKYRYSLTSLLED
                     YPKDVFFIHPIKLSKWIK"
     CDS             476..1639
                     /gene="pseC"
                     /locus_tag="SEQF2638.1_00421"
                     /EC_number="2.6.1.92"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q0P8W3"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-4-amino-4,
                     6-dideoxy-N-acetyl-beta-L-altrosamine transaminase"
                     /db_xref="COG:COG0399"
                     /translation="MDKIVPFIPYGKQNITDEDIQAVVDVLKSDLLTQGPKIQEFERA
                     FADYVGAKYAVAVNNATAGLHLSSKALGVKINDRVIVTPITFAASANCIRYCGGNVIF
                     CDIDKHSYLLDTGLLREKLNSSPPNTYQGIVAVDFAGYPINLEELKSIADDYGLWILE
                     DACHALGGYFIDSKGETQHCGNGKFADIAVFSFHPVKHITTGEGGMITTNNDLLYEKI
                     CLYRTHGITRTPTIMCEKGAWYNEMIDLGYNYRLTDFQAALGISQLKRAKVSLLHRRR
                     IAQKYDQAFKSIKGIIIPHVADGYYHAYHLYVILVEDRRGMYDFLRKNNIFTQVHYIP
                     LHWMPYYRNINNADGLLPTSEAYYQYCLSLPMFPTLTNDEQDLVIQKILEFLR"
     CDS             1636..2346
                     /gene="neuA"
                     /locus_tag="SEQF2638.1_00422"
                     /EC_number="2.7.7.82"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q5ZXI0"
                     /codon_start=1
                     /transl_table=11
                     /product="CMP-N,N'-diacetyllegionaminic acid synthase"
                     /db_xref="COG:COG1083"
                     /translation="MKHVAIIPARGGSKRLFKKNIRFFEGKPVIAYSIEAALQSNLFD
                     EVMVSTEDADIAEISIRYGAKVPFMRSAKAADDFASTTDVILEVLDMYQALGLFFDMV
                     TCIYSTAPFVTPQKLRTSFGIMKNKGFDSIFTVVAFSYPVQRGLEIHDGKMRMIYPKY
                     KNIRSQDLSTIYHDAGQFYISKVDSFRKSHSFWGDNTGGIILSELEVQDLDTETDWIL
                     AEMKYRLMRENEATKNYI"
ORIGIN      
        1 tatcatcagc taccacaaag aaatgagaat atacacactt cgcttttagg tggagtcagt
       61 tggctcaaca tttagcacat ctactaatat ccttgtttgg agctaaaaaa aaatatcaag
      121 taaagatgat attcaaagtg ttaaagatgt tttttcttcg caaaaaattc agctacccaa
      181 ttgtgtgggg cggttgtgac tgcttgttgt tgacggaatc ggttatgtcg accttttgca
      241 cttattgcgg ggtgtttgct gcttcggagt tgtttgtaga gtttgcaatc cctacagccc
      301 ttattttatc gactagaaaa atcataacaa gtgacgatat aaggcttagt tgtatcgctc
      361 aactttatat ggttaacgaa gcggcatttt gtgagaaata taggtatagc ttgaccagcc
      421 tgttagagga ttatcccaag gacgtatttt tcattcaccc aatcaaactt tcaaaatgga
      481 taaaatagtt ccctttattc catatgggaa acagaatatt acagatgagg atattcaagc
      541 tgtagtagat gttttaaaat cggacttact cacacagggc cctaagatac aggaatttga
      601 gagagccttt gccgattatg taggtgcgaa atatgctgta gcagtgaata atgcgaccgc
      661 cggccttcac ttatcgtcaa aagccttagg cgttaaaatt aatgacagag taattgttac
      721 accgataact tttgctgcaa gtgctaactg tattcgttat tgtggaggaa atgtcatttt
      781 ttgcgatata gacaaacatt cgtatttatt agacacgggt ttattgagag aaaaattgaa
      841 tagttctcct ccaaatacat atcaaggtat cgttgctgtt gatttcgcag gatatccgat
      901 caatttagaa gagttgaaaa gtattgcgga tgactatggc ttgtggatat tggaagatgc
      961 ctgccatgct ttgggtgggt attttattga cagcaaaggg gagacacaac attgtggcaa
     1021 tggaaaattt gcagatatcg cggtgttttc atttcatccg gttaagcata ttacgacggg
     1081 agaaggtggt atgattacga caaataatga tctcttatat gaaaagattt gcctttatcg
     1141 tacacacggt ataacaagga ccccgacaat tatgtgcgag aaaggagctt ggtataatga
     1201 aatgatagat ttgggatata attatcggtt gacagatttt caggcggctt tgggtatttc
     1261 tcaattgaaa agagctaagg ttagtttgct acacaggagg cgaattgctc aaaaatacga
     1321 tcaggccttt aaatcgataa aaggaattat tattcctcat gttgcagatg gatattacca
     1381 tgcatatcat ctctatgtta tactggtcga ggatagacga ggaatgtatg attttctgcg
     1441 gaaaaacaat atattcaccc aagtgcatta tataccccta cactggatgc catattatcg
     1501 aaatataaac aacgccgacg gattattgcc aacttctgag gcgtattatc aatattgttt
     1561 aagtttgcca atgttcccga ctctaacaaa cgatgagcag gatctcgtta tccaaaagat
     1621 tctggagttt ttgagatgaa acacgtagca attattcccg caagaggggg aagtaagcgt
     1681 ctatttaaga agaatataag attctttgaa ggaaagcccg tcatagcata ctcaatagaa
     1741 gctgctcttc agtcaaactt atttgatgaa gtaatggttt ctacagaaga tgccgatata
     1801 gcggagattt ccatacgata tggagctaaa gtcccattta tgcgttcagc caaggctgct
     1861 gatgattttg cctctactac agatgttata ctcgaggtct tagatatgta tcaagcatta
     1921 ggtctattct ttgatatggt cacttgtatt tattcgacag cgccatttgt aactccacaa
     1981 aaacttcgta cttctttcgg tataatgaaa aataagggat ttgattctat atttacggta
     2041 gttgcttttt cgtacccggt gcagcgtggt ttggaaattc acgatggaaa gatgagaatg
     2101 atatacccta aatataaaaa tatccgctca caagatctat ctacaattta tcatgatgca
     2161 gggcaatttt atatttctaa ggttgattcc tttcgtaagt cccacagttt ttggggagat
     2221 aatacggggg gaataatatt gtccgaatta gaggttcagg atttggatac ggagacagat
     2281 tggatattgg cagagatgaa atacagattg atgagagaaa atgaggcgac gaagaattat
     2341 atttagagcc gatgcagggc ctaatatcgg atatggccat tttattcgta ccctggcttt
     2401 agcagacatg ctcaaatacg attttgaatg tatgttttat acgcagaggc cgacagatta
     2461 tcaaataaga gaaattacca atatatgcga atatgtgcca ctccctacca atgggagcaa
     2521 attcccctta tttatagagg cgcttacagg tgatgaaatt gttgtcctgg ataattattt
     2581 ttacacaaca tactatcaga ctctgataaa gaagaagggg tgcagattag tttgtattga
     2641 tgatatgcac gacaaacatt atgtatcaga tgttgtaatt aattttggat caaataatcc
     2701 tcttttgttt gacattgaac cgtacaccca actttgttta ggtttggaat gggccttgtt
     2761 acgccggcct tttttgcaag ctataccgtt taaaaatcgc ataaagggaa atatcgcaat
     2821 atcttttggt ggagtggact cttctaatct tacgga
//
LOCUS       SEQF2638.1|AYYF01000995.1 15662 bp   DNA    linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..15662
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             1104..2330
                     /locus_tag="SEQF2638.1_00423"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHIQTICAKNKVVVNGTIRNKLWSVLIVSILCMLWCAPQLQASK
                     KTFTVVIDAGHGGRDPGARGRKTNEKNINLAIAKRLGEMIADGHKDVKVIYTRTSDKF
                     VGLETRANIANHNNANLFISIHTNSLKHGSSVRGTETYTLGLAQTKENLDVAMLENSA
                     ILLEDNYKKRYENFNPNSSESYIMFDLIQNKNMAQSIALATEIQRGFEQAGRKNRGVR
                     QAGFLVLKATSMPSVLVEVGYISNPDEESYMASDKGRTELARAIYNAFGRYKRDYERK
                     QGQGVSRKEAPEKKKEEPKSSPASRSPSSSRSSVSVQFDGPARSVVGESRHSSASSNG
                     VVYKVQILTSDKPLPDNARAFKGRRTSYYREGSKYKYTCGETTEFKDIQRLHRELQKD
                     FPNAFIIRMKDGKRLK"
     CDS             2360..3244
                     /locus_tag="SEQF2638.1_00424"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKMKFSKEVTIGLVTIISLTLLYLGVNYLKGINLFRPVNRYFVA
                     CTNVKDVTISSPVYVEGFKVGLVRNIFYDYSTTNRILVEINLEKSMRINRGSYVSLEK
                     TLLSGAELHIQLNKYVDEYLQSGDTIEGRQPESLMSTVQDQMLPQVMALLPKLDSILA
                     GLQVLVNHPALTQSLENIERTTAGLEQSSRQLNRLLQRDVPAIAGNLNTASANFSALS
                     GDLRTLDLNGTVQSLNQTIGNLNQTTAKLNAKDNSMGLLLNDTSLYQNLNQTVGSANN
                     LLIDFKQNPKRYVRFSLF"
     CDS             complement(3338..4012)
                     /locus_tag="SEQF2638.1_00425"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMRKNLIYGALILCMGLLLGSCSKNDDPKTSELAGTWKLKEKGH
                     TEVVWEAPSDLTLEMMGRKFPASMLSGYLTPMLSNLIGNALQGVTLTSDGKVKTTVYT
                     DAAKKTTAVSEGYATYKDEGNGRLKLYFTDKTFSELKNVDAQTLTQIKAALKDGVPVR
                     YALSGNSARFYLDTETIKAMRNYLPALFSMAGGMPPQVLKGLQAGLANVVEKSTKIEL
                     ALNVER"
     CDS             4088..5266
                     /gene="patB_1"
                     /locus_tag="SEQF2638.1_00426"
                     /EC_number="4.4.1.13"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q08432"
                     /codon_start=1
                     /transl_table=11
                     /product="Cystathionine beta-lyase PatB"
                     /db_xref="COG:COG1168"
                     /translation="MKQYDFNEFIERTNTDSIKYDALTENFGRDGLMPLWVADMDFRT
                     PDFILDALRRRCEHPVFGYTFPSSAYYDAIIRWVHDLHGWDIRREWISYIPGIVKGFA
                     FVIDHFTKPGDRIIIQPPVYHPFRLVPEGMQREVITNPLRLVDGVYEMDFEQLESIID
                     DRCKLLILSNPHNPAGIVWSKETLQRLASICVRHNLMVVSDEIHAEMAFPGFRHYPFP
                     TVSDEAAACSILFTAPSKTFNIAGIVSSYAIVPNDRLRQAFYSFLEAGEFKHGTIFAY
                     EATKAAYTPEGAEWRRQMLAYVWENVAFVEAYLRERLPKVKVYRPQASFLVWLDCRGL
                     GLSHDELIQLFVDRARLALNDGAMFGHEGTGFMRLNVGCPRAMLQTALDRLTEAVNGK
                     "
     CDS             5403..5858
                     /gene="queF"
                     /locus_tag="SEQF2638.1_00427"
                     /EC_number="1.7.1.13"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q5L1B7"
                     /codon_start=1
                     /transl_table=11
                     /product="NADPH-dependent 7-cyano-7-deazaguanine
                     reductase"
                     /db_xref="COG:COG0780"
                     /translation="MEKRELTLLGKKTDYRQDYAPEVLEAFTNRHPERDYRVHFDCPE
                     FTSLCPITGQPDFATITIDYIPDVKMVESKSLKLYLFSFRTHGAFHEDCVNLIMKDLI
                     RLMDPKYIEVRGIFTPRGGISIHPLCTYGRPGTRYEALAERRLFDSGPL"
     CDS             complement(5988..7277)
                     /locus_tag="SEQF2638.1_00428"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:vienna_vog:VOG13174"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKQELKAADGRLAVLIAGVGGAVSTTMIAGVMAARRGLAKPIGS
                     VTQMGRMRRQDGREQLIKEMVPIAGLDSLVFGGWDIFPDNALEAARCAEVLSEKDLKG
                     VADELATIRPMAAAFDPRWAKRLHGTHTLQGATRREMIEHLRGDIRRFMADNKCSRAV
                     VLWAASTEIFLPMTDEHRSLESLDRAIDANNTEVISPSMCYAYAALSEGVPFIMGAPN
                     LCVDIPAMWELAAQKHVPIAGKDFKSGQTLMKTVLAPMFKTRLLGVSGWFSTNILGNR
                     DGEVLDDPDNFKTKEVSKLSVIESILDADEQPDLYKDIYHKVRINYYPPRKDNKEAWD
                     NIDLFGWMGYPMEIKVNFLCRDSILAAPIALDLVLFSDLAARAGMSGIQTWLSFFCKS
                     PMHDFDHVPEHDLFTQWRIVKQTLRTLVGEREPDYLS"
     CDS             complement(7360..7779)
                     /gene="mscL"
                     /locus_tag="SEQF2638.1_00429"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0A742"
                     /codon_start=1
                     /transl_table=11
                     /product="Large-conductance mechanosensitive channel"
                     /db_xref="COG:COG1970"
                     /translation="MGLIKEFKEFAMRGNVLDMAVGIVIGGAFGKIVSSFVEDILMPP
                     IGVLLGGVNFSDLKVVFKQAVMDGENVVTPEVALRYGNFIQVIFDFLIIAFAIFMLLK
                     AVNKFNKKKEEAPAAPEAPPADVQLLTEIRDLLQKKN"
     CDS             8057..8977
                     /gene="pyrB"
                     /locus_tag="SEQF2638.1_00430"
                     /EC_number="2.1.3.2"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q8ZB39"
                     /codon_start=1
                     /transl_table=11
                     /product="Aspartate carbamoyltransferase"
                     /db_xref="COG:COG0540"
                     /translation="MLNKSLVSIDQCTKADILRIIDNAARFEARPNRDLLRGRVVATL
                     FFEPSTRTRLSFETSVNRLGGRVIGFQDASTTSSTKGETLKDTILMVSNYADVIIMRH
                     YLEGAVRYASEVTDVPLINAGDGANQHPSQTLLDLYSIQKTQGRLDNLTVTMVGDLKY
                     GRTVHSLIVGLSHFNPTFHFVAPRELSMPEEQKQFCRAHNIAFHEHTVFSEEIINQTD
                     ILYMTRVQRERFTDPMEYERVKNVYILHRRMLDGSRENLRVLHPLPRVNEISYDVDDS
                     PKAYYIQQARNGLFTREAIICDVLGIEVDD"
     CDS             9021..9488
                     /gene="pyrI"
                     /locus_tag="SEQF2638.1_00431"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0A7F3"
                     /codon_start=1
                     /transl_table=11
                     /product="Aspartate carbamoyltransferase regulatory chain"
                     /db_xref="COG:COG1781"
                     /translation="MSEQKKRTELQVAAIENGSVLDHIPSEHLFKVAQLLGLEHMDHR
                     ITIGNNLKSSKMGHKGVIKIADKFFEEDEINRIAVVAPNVVLNIIRDYEVVEKRRVEL
                     PDELTDIIRCNNPKCITNNEPMKSRFYVTDKECGTVQCRYCEHKIHRDEIVLK"
     CDS             9496..10245
                     /locus_tag="SEQF2638.1_00432"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNGGRGARQTLRTIGTLLWAMLCMTGARAQTTEVGSDRLRLGVK
                     VGVCALQPDLTAIHPGGAGTTVSDVAVHSGVGHTAEVSLRIGIRRVFLQPAVGWSRSE
                     SRIGFNLLSASPGAVPVAYFPQSMTLRELRLEAPIVIGCHLVQQSPFQLSLMGGVKMK
                     YNYRVRLTPDTPETSFDFRGDDSPRHWSVCAALEVRIDRLTFDVGYEYGMNSLHADLG
                     AYTYGASTLPPAPMRISRRTSGLSMSVGVMF"
     CDS             10294..11079
                     /gene="tcdA"
                     /locus_tag="SEQF2638.1_00433"
                     /EC_number="6.1.-.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q46927"
                     /codon_start=1
                     /transl_table=11
                     /product="tRNA threonylcarbamoyladenosine dehydratase"
                     /db_xref="COG:COG1179"
                     /translation="MNENDLFFSRTELLIGREAMLRMERARVILFGVGGVGSWCAEGL
                     VRSGVRRLTLVDSDRVSPTNINRQLPATRQTVGRVKVDVLKERLAEINPEAAIDAIAG
                     VYNADTSASFGLEQYDYIIDAIDSLQEKVHLIRTATRLPQATFFSSMGAALKADPQRI
                     RVAKFRRVAGCPLAAALRRQLKQGEPPARDFLCVYSDEVLENQGAPSASLDGANSAPV
                     STWDARKARINGTLAHITAIFGFTLSGLVIQDIIHKTSDSHVG"
     CDS             11069..12136
                     /locus_tag="SEQF2638.1_00434"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MWDKLYYGNSLRDWGISLLIIVGALIVNKLISIINRRVVRRIAE
                     RSRTRIDDLLSDALEPPILLGVILFAVWISLGRLDLGVKFHHFLRNAYEVLVTFNVTW
                     LFARVIARLIESLFISRDGSATTRLNINTHLIPLIKRGVLIIVWAIGIVMALHNIGVT
                     VTTLMGTLGIGGMAFALASQDTIKNIFGGVTIFTDQTFQIGDIIRIGDTEGTVVDVGL
                     RSTRLRTYDGQLVILPNSQLIDAVVTNISSEPGRRIVIDLGLTYDTSPEKMRQAMAIL
                     SSMDDRVRGVEPGSIIAAFVTFADSSLTIRLIYFIRKSADILGTQTEVNFDILSQFNA
                     AGLNFAFPSRTIYIDKGSDPS"
     CDS             12871..13485
                     /locus_tag="SEQF2638.1_00435"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKYNTAEKHLAQPEYGRNVQNLVDYCVTIEDREERNRCANAIIS
                     IMGNLYPQQRDTNDFKHILWDHLAIMSGFKLDVDYPYEVVKEADLQTRPPRIPYVSTR
                     IRSRQYGKIMEQMVGKATEMENSEAKDYLVRSLANQMKRSYVTWNNKDTVSDAKIFKD
                     LAQLSDGLIDLKEGDLKLIDGRELQQVAAAAQHQNKSKKFRKKK"
     CDS             13482..14789
                     /gene="murA"
                     /locus_tag="SEQF2638.1_00436"
                     /EC_number="2.5.1.7"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P33038"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-N-acetylglucosamine
                     1-carboxyvinyltransferase"
                     /db_xref="COG:COG0766"
                     /translation="MSSFVIEGGHRMRGEITPQGAKNEALEVICATLLTSEKVEIRNV
                     PDILDVANLIRLLADMGVKVEHVAKGAYTFQADAVDLNYLETDDFLRRAGSLRGSVMM
                     TGPLLARFGRAVLPNVGGDKIGRRRLDTHILGFRKLGAEMIYHTARRTGELRAEKLRG
                     TYMLLDEASLTGTANILMAAVMAEGVTTIYNAACEPYIQQLSAMLIRMGAKISGVGSN
                     LLTVEGVRSLRGTTHTVLPDMIEVGSFIGMAAMTGSDLRIKNVNYNQLGIIPDAFRRL
                     GIQMTQEGDDIHVPTHEAYEIETFMDGSIMTIADAPWPGLTPDLLSVILVVATQARGS
                     VLIHQKMFESRLFFVDKLIDMGAQIILCDPHRATVIGLGNRFRLRGGKMTSPDIRAGI
                     ALLIAAMSADGTSRMDNIEQIDRGYQHIDQRLNALGACITRVD"
     CDS             14819..15349
                     /gene="rimM"
                     /locus_tag="SEQF2638.1_00437"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_00014"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosome maturation factor RimM"
                     /translation="MIRKEEVTAVGELVKPHGIAGEMVMTTMYDGLFDDMEDPYLICD
                     MDGILVPFYIESYRPRGGSSLLVKLDNVDDDRAARRLAHHTVYYPIDRLPEDDPEGDE
                     PTWERFVGYQLTDAVGHAVGTVDGVDTSTANVLFSVDREGEELLIPVAPEVVRAVDHA
                     ARRIAVDIPEGLLDLN"
     CDS             complement(15346..15561)
                     /locus_tag="SEQF2638.1_00438"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMMSEVMMIKLSANRQTAEKNHSCETRKLNTSSSVDSLMNDSLY
                     LKRMRFQNDFFFALWLAAFFSLFFITG"
ORIGIN      
        1 acctcccgcc cctcctgacg caacgccatc accacgaatc tcgcagggcc atttccactt
       61 tacgaagccc ccaaaccgaa tccggtggct ccagattcaa cccgcgaagc cttcatcgcc
      121 attcccgcaa cgtcatattc aacccgcaaa gcccccaacc caaacgccgc gaagccattt
      181 tcaatctgtg aagtgtccac tgtcaaagaa atcactaatt cgtgatgtca cataaatagt
      241 aataacatct tctacaactc atctcgcacg cacatacatc tgaggatata atatatacga
      301 ttacatgcgc tcacaagaac ataaatcaca ttgtaaataa tttaccatga ctacatatga
      361 ttttatccaa attatcttcc tatacttcat ccacgcgcgc tcttataaat atatcattct
      421 tctataactc atgcgcacat gtgcatatta tgagcatatc atacatatct tcatgatatc
      481 acatgaaaga tgatcatatc tcatgtaatt tatcatgcat gcatctatat acaagaatac
      541 aatttacaca gattaccgcg ttcacaggaa tataaatcgt attgtatata actattcgtg
      601 attacatacc aatcaatttt actcatcatc ctatactcca tccacgcatg ctataataaa
      661 catagtattc tcctataact tatgcgtgca tgtgtgtatt atgagtatat cacacacatc
      721 ttcgtgacat cataaaaaca tggataaaat ccggttgatg ccttcattga ttgaatttgg
      781 tttcgcggcg gtttggttga aggcttcacg gatcgaaaat ggggccaccg tggttcggta
      841 gatgccttca cggatgggga atgggggcac agcgatttgg ttaatgtctt tgcagattgg
      901 aaatggggcc gcggaggttt tggcggaggc ttcgcggggg cacgacagag ccgcaggatc
      961 ggccgtggaa gccgccgcgc cacaaaggcc tcttgaaagt tttcctactt ttgtccccgt
     1021 cgatcagcat gatagccccc acttatcgaa acaaatgagg ggagcctata cggttgccaa
     1081 tcgacctttt tcttttttga aggatgcaca ttcaaacaat ctgcgcaaaa aacaaagtgg
     1141 tggtaaacgg aacgattaga aacaagctgt ggagcgtgct tatcgtctcc atcctctgca
     1201 tgttgtggtg tgctccacag ctgcaggcga gtaaaaaaac attcactgtg gtgatcgacg
     1261 ctggacatgg cggacgcgat cccggcgcca gggggcgcaa aacgaacgag aagaacatca
     1321 atttggccat cgccaaaagg ctgggcgaga tgatcgccga tgggcacaag gatgtcaagg
     1381 tgatctacac gcggacaagc gacaagtttg tgggcttgga gacgcgtgcc aacatagcca
     1441 accacaacaa cgccaacctc tttatttcca tccataccaa ttcgctgaag cacggcagtt
     1501 ctgtccgggg cacggaaacg tacaccctgg gactggcgca aacgaaggag aatctggacg
     1561 tggcgatgct ggaaaattcc gccatcctgc tggaggacaa ttacaagaag cgctacgaaa
     1621 acttcaaccc caattcctca gagtcgtaca tcatgttcga cctgattcag aataaaaaca
     1681 tggcgcaaag catcgcactg gccactgaaa tccagcgtgg attcgagcaa gcggggcgga
     1741 aaaatcgcgg tgtgcggcag gccggattct tggtactgaa ggcgaccagc atgcccagtg
     1801 tgctcgttga agtgggctac atttcaaacc ctgacgagga gagttacatg gcctccgaca
     1861 aggggcgcac agagttggcg cgggctattt ataacgcgtt cggacgctac aaacgcgact
     1921 atgaacgcaa gcagggccag ggcgtaagcc gtaaagaggc tccggaaaag aagaaagagg
     1981 agccgaaaag ctcgcccgca agtcgtagcc catcgtcatc gcggtcgagt gtgtcggtgc
     2041 agtttgatgg cccggcacgt agcgtggtgg gcgagagccg ccattcgtca gcaagcagca
     2101 acggggtcgt ttacaaggtg cagatcctga cttctgacaa accactaccg gacaatgccc
     2161 gagccttcaa gggccgtcgc acgagctatt accgcgaggg aagcaagtat aaatacacgt
     2221 gtggcgagac gacggagttc aaagatatac agcggctcca ccgggaactc cagaaggatt
     2281 tccccaacgc tttcattatc cgcatgaagg atgggaagcg gctgaaataa ccggagagag
     2341 acagatctat aacagaaata tgaagatgaa gttttccaaa gaggtgacga tcggccttgt
     2401 gacgatcatc agcctgacat tactttactt gggtgtcaat tacctgaagg ggatcaacct
     2461 gttccgcccc gtcaaccgct atttcgtggc ctgcacgaac gtgaaggacg tgacgatttc
     2521 cagccctgtc tacgtcgagg gcttcaaggt gggactggtg agaaacatct tttacgacta
     2581 ttcgacaacg aaccggatac tcgttgagat caacctcgaa aagagtatgc gcatcaatcg
     2641 gggcagctac gtatcgctgg aaaagaccct cctcagcggt gctgaactgc atatccaact
     2701 caataaatat gtggacgaat acctgcaatc aggcgacacc atcgagggac gtcaaccgga
     2761 gagtctgatg tcgaccgtgc aggaccaaat gctgccgcag gtgatggcgc tcttgcccaa
     2821 gctggattcg atcctggccg gactgcaagt gctggtcaac catcctgcgc tgacacagtc
     2881 gctggagaac atcgaacgaa cgacggctgg gctggagcaa tcgtctcgac agctgaaccg
     2941 actattgcaa agggatgtgc cggccattgc gggcaacctc aacacggcct cggccaactt
     3001 ctcagccctg agtggcgatc tgcgcacgct ggacctgaac ggcaccgtgc agtcgctcaa
     3061 tcagaccatc ggcaacctga atcagacgac ggctaagctg aacgcgaagg acaattcgat
     3121 ggggctgctg ctcaacgaca catcactcta tcagaatctc aatcagaccg tcggaagcgc
     3181 caacaatctg ctgattgact ttaagcagaa cccgaaacgc tacgtgcgct tctcactctt
     3241 ctgacctccg cgactcgtcc cccgcatacc aaacagaaat ccccccttcc accatcggca
     3301 gaagggggga tttctcttat ttaacagaga gagcggttta tcgctctacg ttcagtgcga
     3361 gctctatctt ggtcgacttc tccaccacat tagccagccc agcctgtaga cctttcaata
     3421 cctggggagg cataccgcca gccatcgaga agagcgcggg gaggtagttg cgcatagcct
     3481 tgatcgtctc ggtgtcgaga tagaaacggg cgctgttgcc actgagagcg tagcgcacgg
     3541 ggacaccgtc cttcagcgca gccttgatct gcgtcaacgt ctgagcatcg acgttcttca
     3601 actcagaaaa agtcttgtcg gtgaagtaga gcttcaggcg accgttgccc tcgtccttat
     3661 aggtggcata gccctcagaa acggctgtgg tcttcttcgc cgcgtccgta tagacggtgg
     3721 ttttcacctt accatcggac gtcaaagtca cgccttgcag ggcattgcca attaagttgc
     3781 tgagcatcgg tgtaaggtag ccagagagca tactggcggg aaacttccgc cccatcatct
     3841 ccagcgtaag gtcgctcggt gcttcccata caacctctgt atggcccttc tccttcagct
     3901 tccatgtgcc agctaactcg ctcgttttcg ggtcgtcatt cttgctgcaa ctgcccagga
     3961 gcaaccccat gcagaggatc agtgctccgt agatcaaatt ctttctcatc atttctttct
     4021 tttctattta tgattaatta agtcggggca aagttattac atttgcctcc cgaaaaatta
     4081 ttgcaccatg aaacagtatg atttcaatga gtttatcgag agaacaaaca ctgattctat
     4141 taagtatgac gcactgacgg agaacttcgg gcgagacggt ctgatgccac tttgggtggc
     4201 tgacatggac ttccgaacgc cggacttcat cctcgatgcg ctgcgccgac gctgcgagca
     4261 ccctgtgttc gggtatacgt ttccgtcgtc ggcgtactac gacgccatca ttcgctgggt
     4321 gcacgacctg catgggtggg acatccgccg cgaatggatc tcttacattc cggggatcgt
     4381 caagggcttt gccttcgtga tcgatcactt cacaaagccc ggcgaccgta tcatcattca
     4441 gccgcccgtc tatcatccct tccgccttgt gcccgagggt atgcagcgcg aggtgatcac
     4501 caacccgctg cggctggttg acggtgtgta tgagatggat tttgagcaat tggaatccat
     4561 catcgacgat cgttgcaagc tgctcatcct ctccaatccg cacaaccccg cgggcatcgt
     4621 gtggtctaag gagacgctgc agcgactggc atccatctgc gtgcgccaca acctgatggt
     4681 cgtctcggac gagatccacg ccgaaatggc cttcccgggc ttccgccatt accccttccc
     4741 gaccgtatcg gacgaggcag cggcgtgcag cattctcttc acggccccga gcaaaacgtt
     4801 caacattgcc ggcatcgtct cctcgtacgc catcgtgccg aacgaccgcc tgcggcaggc
     4861 tttctattcg ttcctcgaag cgggcgagtt caaacatggg acgatcttcg cttacgaggc
     4921 taccaaggca gcctacaccc cggaaggcgc cgaatggcga cggcaaatgc tggcctacgt
     4981 gtgggagaat gtggcgtttg ttgaggcata cctccgggag cgattgccca aggtgaaggt
     5041 ttatcgaccg caagcgtcgt tcctcgtctg gcttgactgc cgcggactgg gactgtcgca
     5101 cgacgaactg atccagctct ttgtcgaccg tgcacggcta gcactcaatg atggcgccat
     5161 gtttggccat gagggtacgg gcttcatgcg actcaacgtc gggtgtccgc gtgccatgct
     5221 tcagacggcg ctcgaccgat tgaccgaggc agtaaacggg aagtaatccc gtgctccgac
     5281 catctttagc gtgtgtccca cgatccgtgg ggcacacgct tttttattcc cttggttgaa
     5341 agaagggggc gcttgttcgg gctgagctac gggcaaaatg ttcgctgaaa tacttttgcg
     5401 gcatggaaaa acgagaatta accctcttgg gtaagaagac ggactaccgt caagattatg
     5461 cgcccgaggt gctggaggcc ttcaccaacc gccacccgga gcgtgattac cgcgtgcact
     5521 tcgactgccc cgagttcacc agcctctgcc ccatcacggg ccagccagat ttcgccacga
     5581 tcacgatcga ctacatcccg gacgtgaaga tggtcgagag taaaagcctc aagctctacc
     5641 tcttcagctt ccgcacgcac ggtgccttcc acgaggattg tgtgaacctg atcatgaagg
     5701 atctgatccg actcatggat ccgaagtaca tcgaagtgcg gggcatcttc acgccacgtg
     5761 gaggcatcag catccaccca ctctgcacct acggccgacc tggcacacgg tacgaggcac
     5821 tggccgagcg gcggttgttc gacagcgggc cactatagtg agctaaagac gccgtagtga
     5881 gctaaagacg agaagtcctg ccgacgggag tgttgaggcg tatcgcaata cacccccacc
     5941 ccacgtccgg caggacttct ttccttctta gttgcccgga ggggagctca gctcaggtag
     6001 tccggttccc tctcgcccac caaagtgcgg agcgtctgct tgacgatgcg ccactgggtg
     6061 aagagatcgt gctcgggcac atgatcgaaa tcgtgcatcg ggctcttgca gaagaacgag
     6121 agccacgtct ggatcccact catgccggcc cttgcggcca gatcgctgaa gagcaccagg
     6181 tcgagggcta tgggcgctgc caggatggag tcgcggcaga ggaagttcac cttgatctcc
     6241 atcggatagc ccatccaacc gaagaggtcg atgttgtccc atgcctcctt attgtccttg
     6301 cggggcggat agtagttgat gcgcaccttg tgatagatgt ccttataaag atcgggctgc
     6361 tcatcggcgt caaggatact ttcgatgacg gagagcttgc tcacctcctt cgttttgaag
     6421 ttgtccggat cgtccagcac ctcaccatcg cggttgccga ggatgttggt ggagaaccat
     6481 ccactgaccc ccagcaggcg cgtcttaaac atcggcgcca agacggtctt catcagcgtc
     6541 tgcccgctct tgaagtcctt accggcgatg ggcacgtgtt tctgcgcggc caactcccac
     6601 atggcgggaa tgtcaacgca tagattcggc gcgcccatga tgaagggtac gccctcggac
     6661 agggcggcgt aggcgtagca catactgggc gagatcacct ccgtattgtt cgcatcgatg
     6721 gcacggtcga gcgactcgag cgagcgatgc tcgtcggtca tgggcaggaa gatctccgtg
     6781 ctggcggccc agaggacaac tgcacgactg catttgttgt ccgccatgaa acggcggatg
     6841 tcaccacgca ggtgttcaat catctcccga cgcgtagcac cctgcagcgt gtgtgtgcca
     6901 tgcagccgct tggcccaacg cgggtcaaag gcagcggcca tcggtcggat ggtggccagc
     6961 tcgtcggcca cgcccttcag atccttctcg ctcagcacct cggcgcatcg tgcggcttcg
     7021 agggcgttat cagggaagat gtcccacccg ccaaagacga ggctgtccag ccctgctatg
     7081 gggaccatct ctttgatcag ttgctcgcga ccatcctgcc tgcgcatacg gcccatttgc
     7141 gtcactgatc caatcggctt agccagccca cgtcgggcgg ccatcacgcc ggcaatcatc
     7201 gtggtggata cggctccgcc cacgcccgct atcaggacgg ctaagcgtcc atcggcagct
     7261 ttcaattcct gtttcattct atctatcgtg tgtctacctc taatgagtaa cctctataaa
     7321 agacaaaacc gggatgaagg ctcccggttt cattctgcgt tagttcttct tctgcaataa
     7381 atccctgatc tccgtcagca gttgcacatc agcaggtggt gcctcgggcg ctgcgggagc
     7441 ttcctccttc ttcttgttga acttgttgac cgccttgagc agcataaaga tggcaaaggc
     7501 gatgatcaag aagtcgaaga tgacttggat gaagttgccg taacgcaatg cgacctccgg
     7561 tgtgactacg ttctcaccgt ccatcacggc ctgtttgaag acaaccttca ggtcggagaa
     7621 gtttacaccc cccaacagta caccaatcgg cggcataagt atgtcctcca caaacgaaga
     7681 tacgatcttc ccgaaggctc caccgatcac gatacccacg gccatgtcga gcacgttgcc
     7741 gcgcatggca aattccttga actcttttat caatcccata taacgatgta tagtttattt
     7801 ggttctcaac gcattgggac ggtctgaagg ggccgtctca aattgttggc gcaaagatag
     7861 agcgtttttg cgcggtgcaa aagcagcgtt catggtgcag attccgtccg ccgcggctcc
     7921 aaggaaatca caccgcgggg gcccattgcg caaccgatcc acgttccaac ttcatacgga
     7981 gtcggtaaaa atgtgaatcc gccacggtcg ccaccccctt tttctacttt tgccgcacga
     8041 aaaaaatacc cctgtcatgc tgaataagag tttagtttcc atcgatcaat gtacgaaggc
     8101 agacattctg cgcatcatcg acaatgccgc ccggtttgaa gcacgtccga accgcgacct
     8161 cctgcgtggt cgcgtcgttg ccacactttt cttcgagcct tccacccgca cgcggctcag
     8221 ctttgagacg tcggtcaata ggctcggcgg acgcgtcatt ggcttccaag acgcatcgac
     8281 caccagctcc accaagggcg agacgctcaa agacaccatc ctcatggtca gtaactacgc
     8341 ggacgtcatc atcatgcgcc actatttaga gggggccgtg cgctacgcct cggaggtgac
     8401 ggatgtgccc ctgatcaacg ctggcgacgg cgccaaccaa cacccctcgc agacgctgct
     8461 cgatctctac tcgatccaga aaacgcaagg gaggttagac aacctgaccg tgacgatggt
     8521 gggcgacctg aagtatggtc gcacggtcca ctcgctgatc gtcggcctgt cgcacttcaa
     8581 tccgacgttc cacttcgttg cgccccgcga gctctctatg ccggaggagc agaagcagtt
     8641 ttgtcgggcg cacaacattg cgtttcacga gcacaccgtg ttctcggagg agatcatcaa
     8701 ccagaccgat atactctata tgacccgtgt gcaacgggag cgcttcacgg atcctatgga
     8761 atatgagcgt gtaaaaaatg tctacatcct gcatcggcgc atgcttgacg gatcgcggga
     8821 gaacctacgc gtgttgcacc cgctgccccg cgtgaacgag atctcgtacg acgtggacga
     8881 cagtcccaag gcctactaca ttcagcaggc ccgcaacgga ctcttcaccc gcgaagcgat
     8941 catctgcgac gtgctcggca tcgaagtaga cgactaaccc accccaccgc gcttatacat
     9001 ctataatata catacgaccc atgtctgaac agaagaaaag aaccgaactg caagtggccg
     9061 cgatcgagaa cggatcggta ctcgaccata ttccatccga gcaccttttc aaggtggcgc
     9121 aactgttagg tcttgaacat atggaccatc gcatcacgat cgggaataat ctaaagagct
     9181 ccaagatggg gcataagggc gtgatcaaga tcgcagataa attttttgag gaagatgaga
     9241 tcaaccgcat cgccgtagtg gcgcccaatg tggtgctgaa catcatccgc gactatgaag
     9301 tggtggaaaa acgtcgcgtg gagctgcccg acgagctgac ggacattatt cgttgcaaca
     9361 acccgaagtg catcacgaac aatgaaccga tgaagtcgcg cttctacgtc acggacaagg
     9421 agtgcggcac ggtgcagtgt cgttactgcg agcataagat tcatcgcgac gagatcgtac
     9481 tgaagtagcg gctcgatgaa cggcggacga ggcgcgcgac agaccttgcg gaccatcggc
     9541 acgctgctct gggccatgct ctgcatgacc ggggcacggg cccagacgac ggaggtcggt
     9601 agcgaccgcc tacgccttgg cgtgaaggtc ggcgtctgcg ccttgcaacc ggatctgacg
     9661 gccatccatc cgggcggcgc agggacaacc gtaagcgacg tggcggtaca ctccggtgtg
     9721 ggacacacgg cggaggtgtc gctgcgcatc ggcatacggc gcgtcttcct gcagcctgcc
     9781 gtggggtgga gccggtcgga gagccgcatc gggttcaacc tactctccgc ctccccgggc
     9841 gccgtgccgg tggcctattt cccgcagtcg atgacgctgc gcgagcttcg tctggaggcc
     9901 cccattgtta tcggttgcca cttggtgcag cagtcgccct tccaactcag cctcatgggt
     9961 ggggtaaaaa tgaagtacaa ttatcgggta cgcctcacgc ctgacacccc tgagacctct
    10021 tttgacttcc gcggtgatga ttcgccgcgc cattggtcgg tctgcgccgc gctggaggtg
    10081 cgcatcgacc gcctcacctt cgatgtcggc tatgaatacg gcatgaatag cctgcacgcc
    10141 gacttaggcg cttacaccta cggcgcctcc accttgcccc ctgcacccat gcgcatcagt
    10201 cgacgcacca gtggactcag tatgtccgtg ggggtgatgt tctgaaacta aacacaactg
    10261 acgacttacg aataacgact gacagccatc actatgaatg aaaatgacct ctttttttcc
    10321 cgcaccgagc tgcttatcgg gcgggaggcc atgctgcgga tggagcgcgc gcgcgtgatt
    10381 ctgttcggcg tgggcggcgt gggtagctgg tgtgccgagg gcttggtgcg ctcgggtgtc
    10441 cgccgactga cgttggtgga ctctgaccgt gtaagcccta ccaatatcaa ccgccagctg
    10501 ccagccacgc ggcagacggt ggggcgcgtg aaggtggacg tcctcaagga gcgcctcgct
    10561 gagatcaacc ccgaggccgc gatcgacgcc atcgcaggtg tgtacaatgc cgacacctcg
    10621 gcgtcgttcg gtctggagca atacgattac atcatcgacg ccatcgatag cctccaggaa
    10681 aaagtgcacc tcatccgcac ggctacacgc ctgccgcaag ccactttctt ctccagcatg
    10741 ggcgccgcac tcaaggccga tccgcagcga atccgcgtgg ccaaattccg ccgcgtggcg
    10801 ggctgcccat tagcggctgc gctgcgccgt cagctcaaac agggcgaacc acctgcgcgc
    10861 gacttcctct gcgtctacag cgacgaagtg ctcgaaaatc agggtgcacc atccgcctcg
    10921 ctcgacggcg ccaactcggc accggtctcc acttgggacg cccgcaaggc acgcatcaat
    10981 ggcacgttgg cgcacatcac ggccatcttc ggcttcacac tctctggact cgttatacaa
    11041 gacatcatac acaaaacctc tgactcacat gtgggataaa ctctattacg gcaattcgct
    11101 ccgagattgg ggcatatcgc tgctgatcat cgtcggcgca ctaattgtca acaaactgat
    11161 ttcgatcatc aaccgacgcg tcgtgcgccg cattgcggaa cgtagccgca cgcgcattga
    11221 cgatctgctc tccgatgcac tcgaaccgcc catcctgctc ggcgtgatac tgttcgctgt
    11281 atggatctcg ctggggaggc tggatctggg cgtgaagttt catcactttt tgcgcaacgc
    11341 gtacgaggtg ctcgtcacgt tcaacgtcac gtggctcttc gcgcgtgtca tcgcccgcct
    11401 gatcgaatcc ttgtttatat cgcgcgacgg gtcggccacc acgagactga acatcaatac
    11461 acatctcatc ccgctgatta agcgcggcgt gctgattatc gtgtgggcca tcggtatcgt
    11521 tatggccctg cacaatatag gcgtgaccgt caccacactg atgggtacgc tcggcattgg
    11581 cggtatggcc ttcgccttag cgtcgcaaga cacgatcaaa aacatttttg gcggtgtcac
    11641 catcttcacg gatcaaacgt ttcaaattgg tgacatcatc cgcattggcg acacggaggg
    11701 gacggtagta gacgtgggtc ttcgcagcac gcgccttcgc acctacgacg gccagttggt
    11761 gatcttgcct aactcgcaac tgatcgacgc ggtagtgacg aacatctcct ccgagcccgg
    11821 acgacgtatc gttattgatc tggggcttac ttatgacacc tcgccagaga aaatgcgtca
    11881 ggcgatggca atcctcagca gcatggacga ccgtgtacgt ggcgtggagc cgggcagcat
    11941 catagcggcc tttgtcacct ttgctgattc gtcgctcacc atccggctca tttacttcat
    12001 ccgcaaatcg gctgacatct taggcaccca aacggaggtc aacttcgata tactttcgca
    12061 gttcaatgca gccggactta acttcgcctt cccatcgcgt acgatataca tcgataaggg
    12121 gagtgatcca tcgtaacgat tcagcccatt acgtctatac gtcgaaataa aaagagaggg
    12181 aaggcagtat tccacgcgaa tacggtcttc cctctccact tttttgatag cataaaaata
    12241 gatcgaggaa aatagcaata tgtaagtaag atgcaccgat gattacaatc aaaagtacaa
    12301 acaggtaact gcatataact atcgaataaa atcaagacat atatcatgct gcactttccc
    12361 acttttgaat gtgatcgaag ccacaatcat gcaacagggt tacatatcgc gcaatgatcg
    12421 atagggtaaa attgaaacag gtttatactt tcgatctata tccatagagc ggtctacata
    12481 gttggtaata cgtgcgcaga gatcggtagc atatgcgtgc tacatgatta tttatcgcgc
    12541 agtgattaag aatgtgatca tgcgacaatg taagatatac gtagatgatc agaagcagcg
    12601 tctatctgct tgctaactta aaaacaagga agaaatgggc taaaatccgc gattcgggcc
    12661 atgtatttca ccggaaatgg ctcccgaagg cggtttttgg gcgtaacccc gagaagaaac
    12721 gggcctgaaa caggacttgg gggagcgtcc gagaagcaaa atggggccgt gaggcgggct
    12781 gtaggtgcaa aacgaggagg cgatgcgccc cggggcaatc ggtgggaata cctacttttg
    12841 cggcctcatc aataatagat taagctaaca atgaagtaca acactgccga gaaacatttg
    12901 gcacagcctg agtatgggcg caacgttcaa aacctggtcg actactgcgt gacgatcgaa
    12961 gaccgagagg agcgcaaccg ctgtgcaaac gcgattatct cgatcatggg caatctgtat
    13021 ccccaacagc gcgacacgaa cgacttcaag catattctct gggatcatct ggccattatg
    13081 tcaggcttca agttggatgt ggactaccct tacgaggtgg ttaaggaggc ggatttgcag
    13141 acgcggccgc cgcgcattcc gtacgtcagc acccgcatcc ggtcgcgcca atatggcaag
    13201 atcatggagc agatggtggg caaggcgacg gagatggaga acagcgaggc gaaggactac
    13261 ctggtgcggt cgctggcgaa ccaaatgaag cgctcctacg tgacgtggaa taacaaagac
    13321 acggtgagcg acgcgaagat cttcaaggac ttggcgcagc tgtccgacgg gctgatcgac
    13381 ctcaaggagg gcgacctgaa gctgatcgat ggacgcgagc tgcaacaggt agccgcagcg
    13441 gcgcaacacc agaacaagag caagaaattc cgcaagaaga aatgagctcg ttcgtgattg
    13501 agggggggca ccggatgcgg ggtgagatca cgccgcaagg ggccaagaat gaggcgctgg
    13561 aagtgatctg cgccacgctg ctgacgagcg agaaggtgga gatccggaac gtgcccgaca
    13621 ttctggacgt ggccaacctg atccgcctac tggccgacat gggcgtgaag gtggagcatg
    13681 tggcgaaggg tgcgtacacg tttcaggcgg acgcggtgga cctgaactat ctggagacgg
    13741 acgactttct gcgtcgggcg ggatcgctgc gcgggtcggt gatgatgact gggccgctgt
    13801 tggcgcgctt cggtcgggct gtgctgccca acgtgggcgg tgacaagatc gggcgacggc
    13861 gcctcgacac gcacatcttg ggcttccgca agctcggcgc agagatgatc tatcacacgg
    13921 cacgtcgcac gggagagctg cgggccgaaa agctccgtgg cacctatatg ctgctcgacg
    13981 aagcctcgct gacggggacg gccaatatcc tcatggcggc cgtcatggcc gagggcgtga
    14041 cgacgatcta caatgcggcg tgcgaaccct acatccagca gctctccgcg atgctgatcc
    14101 gcatgggggc gaagatctcg ggggtgggtt cgaacctgct caccgtggag ggcgtgcgct
    14161 cactgcgggg gacgacgcac acggtgcttc cggacatgat cgaggtgggc agctttatcg
    14221 gtatggccgc catgacaggc tccgacctgc gcatcaagaa cgtgaactac aaccagctgg
    14281 ggatcatccc cgacgccttc cgtcggttgg gaatacagat gacgcaggag ggcgacgaca
    14341 tccatgtgcc gacgcatgag gcgtacgaga tcgagacctt catggacggc tcgatcatga
    14401 cgatcgccga tgcgccatgg ccgggattga cgccagactt gctgagcgtg atcctcgtcg
    14461 tggcgacgca ggcacggggc agcgtgttga tccaccaaaa gatgttcgag agccggctct
    14521 tcttcgtcga taagttgatc gacatgggcg cgcagatcat tctctgcgac ccccatcgtg
    14581 cgacagtcat cggcctgggg aaccgcttcc gattgcgcgg aggaaagatg acgtctccag
    14641 acattcgcgc gggtatcgcc ctgctgatcg ccgccatgag tgccgacggg acgagtcgga
    14701 tggacaacat cgagcagatc gaccgcggct accaacatat cgaccaacga ctgaacgccc
    14761 tgggggcctg catcacgcgg gtggattgac gaacgcggga agagctacaa gagaacgcat
    14821 gattcggaaa gaggaagtca cggccgtcgg tgagcttgtc aagccgcacg gcatcgccgg
    14881 agagatggtg atgacgacga tgtacgatgg gctgtttgac gacatggagg atccctacct
    14941 catctgcgac atggacggta tcctcgtacc gttttatatc gagagttatc gcccgcgggg
    15001 cggcagctcg ctgctggtga agttggacaa tgtggacgac gatcgggcag cgcggcgatt
    15061 ggcccatcac acggtgtatt accccatcga ccgcctcccc gaggatgatc ccgaaggcga
    15121 cgaaccgacg tgggagcgct tcgtgggcta tcagctgacg gacgccgtgg gacacgcggt
    15181 gggtacggtg gacggcgtgg atacatcgac ggccaatgtg ctgtttagcg tcgatcgcga
    15241 gggagaagag ttgctgatcc cggtggcgcc agaggtggtg cgtgcggtgg atcatgccgc
    15301 gcgacgcatc gcagtggata tacccgaggg actgttggat ttgaactaac ctgttatgaa
    15361 gaagagagag aaaaaggcgg caagccataa cgcgaaaaag aaatcgtttt ggaagcgcat
    15421 ccgcttcaag tacaagctgt cgttcatcaa cgaatcgacg ctggacgagg tgttcagctt
    15481 ccgagtttcg cagctgtggt tcttctccgc cgtctgcctg tttgcgctga gtttgatcat
    15541 catcacctcg ctcatcatca tcaccacacc gatccgcaac tatctgcctg gctacctcga
    15601 cgccgaggtg cgtcgtgaga tcgtgcagag cgccgtcaag gcagactcgc tcgacgctaa
    15661 ac
//
LOCUS       SEQF2638.1|AYYF01000996.1 3975 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3975
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(255..1400)
                     /locus_tag="SEQF2638.1_00439"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRVFLQAIFGQLLFTLYIYLRGRAVLPKRRRWRLLYTLFFAAEW
                     ALYFFGYFTHSELPDSVMVPILMICGTWYIASIYLVTGLLFFDLCRWIYRRRPGWFPA
                     WITANALQLRRGAYLLLALFTVGLMIQGYHNVEDPRVKHVRITIPKSTPGRDSLKVVL
                     MTDTHFGESIGKRNAQRFVALSNAEQPDMVVIAGDVIDYELRIAARERIEEDLRRLRA
                     PLGVYITLGNHEYRANRIAKQRWLRRTGGTLLIDSVVQPDSTFTLVGRDDYTNRHRAA
                     LSQLMRGVDMSRPVIVADHQPKFREVVMNGADLGLFGHTHAGQIWPFSWIIKLAYKHT
                     YGYFREGPAQFYISSGIGCAGPPYRIGTHSELVVLHIRFEKPASPGQ"
     CDS             complement(1397..2494)
                     /locus_tag="SEQF2638.1_00440"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPFFLILMLAAYIGGNAYIFTRALQALPPMPAIFKWLFGLAYWG
                     YALSIFLVFIFRARESADPWGHFFFQVSTGWLVFTLYMVLALVCFDLFRLLVPSFRHG
                     FACALLVTTGVLAYGYYTYKHPQLREVDIITDRLPAGSLGLKIVGVSDVHLGLGTTRD
                     DLSRYVDLINAQHPDIILISGDLIDNDVRPVDEAAMDEELNRLHATYGIYMVPGNHEY
                     LSGIDACKRFIRGRTNIHLLMDSVATLQDGIRIVGRDDRTNTARKTLPELMNRIDTVV
                     PIIVLDHQPTDLTQAERAGVDLIFCGHTHHGQVWPLNLATDRLFDVAYGYTRRGRTNI
                     YVSSGLSLWGPPFRIGTRSELVVFRLIPAEL"
     CDS             2674..3693
                     /gene="hmuU_1"
                     /locus_tag="SEQF2638.1_00441"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q56992"
                     /codon_start=1
                     /transl_table=11
                     /product="Hemin transport system permease protein HmuU"
                     /db_xref="COG:COG0609"
                     /translation="MKSSLLFALLGLLVVVLWTASLAYGTVPIPPIDVVRILLGQPSD
                     PVAWSTIVLESRLPQATTALLVGASLAAAGLLLQTLFRNPLAGPSILGISDGANLGVA
                     IVMLFFGGTIGLTTGGAAIGGSLALILAAFAGACCVLALIIYFSTRVSGNVMLLILGI
                     MVGYLASSLISLLNFYASADRIRGYVMWGMGDFSSVSNTRLPFFALCTLGGLIAALLL
                     VKPLNALLLGERYATNLGVKIRRTRVLILLCTGLLTATATAFCGPVSFIGLAVPHVAR
                     LTLGRADHRMLLPVTMLLGSAMALLCNLLTVIPGTGTVFPLNAVTPIFGAPVIIYVIL
                     RRRGI"
ORIGIN      
        1 agggtagagg gtagagggta gagggtggag gggtcaatga aaaggagtgg gccgtagagg
       61 tcgagacccc agaggtcggt gtgtcgtgcg gtggcttgac ggatcatgcg gagatcggcc
      121 gcgaggctgt cggccaggcc ttcggattgt gcatggccga tggtcgtagc caggctcagc
      181 agcaggaggg ggagcagttt gttgcgcatc gtgggggagg ggggtagggg ttacttatcg
      241 ttgtgcctcc cgactcattg gccggggctg gcaggcttct caaagcggat atgcagcacc
      301 accagttcgg agtgggtgcc gatgcgatag ggcggaccgg cgcagccgat gccggacgag
      361 atgtagaact gcgcaggccc ctcgcggaag tatccgtagg tgtgtttgta ggccagctta
      421 atgatccacg agaagggcca gatctgcccc gcgtgggtgt ggccaaagag gccgaggtcg
      481 gcgccgttca tcaccacctc gcgaaactta ggctgatggt cggccacgat cacggggcgg
      541 ctcatgtcta ccccgcgcat gagttggctc agggcggcgc gatggcgatt ggtgtagtcg
      601 tcgcggccga cgagggtgaa ggtgctgtcg ggctgtacga cggagtcgat cagtagcgtc
      661 ccccccgtgc gtcggagcca ccgctgcttg gcgatgcggt tggcgcgata ttcatggttg
      721 ccaagcgtga tgtagacgcc caagggggcg cggagccgac gcagatcctc ctcgatgcgt
      781 tcgcgggcgg cgatgcgcag ctcgtagtcg atcacgtcgc cagcgatgac gaccatgtcc
      841 ggctgctcgg cattgctgag ggccacgaac cgttgggcgt tgcgcttacc gatcgactcg
      901 ccaaagtggg tgtccgtcat cagcaccacc ttcaggctgt cgcgcccggg cgtggacttg
      961 gggatggtga tccggacgtg tttcactctg gggtcttcga cgttgtgata accttgaatc
     1021 atcagcccaa ccgtgaaaag ggccagcagc aggtaggcgc cacgcctcag ctggagggcg
     1081 ttcgccgtga tccatgcggg aaaccagccc ggccgacggc ggtagatcca acggcagaga
     1141 tcgaagaaga gtagcccggt gacgagataa atggacgcga tgtaccacgt gccacagatc
     1201 ataaggatcg gcaccatgac gctgtccggc agttccgagt gcgtgaagta gccgaagaag
     1261 tacagggccc attcggcagc aaagaagagc gtgtagagga ggcgccatcg gcgtcgcttc
     1321 ggcaagacag cgcgcccccg gaggtagatg tagagggtga agagcagctg cccgaagatc
     1381 gcttgcagga agaccctcat aactcagcgg ggatgagtcg gaagacaacc agctccgagc
     1441 gtgtgccgat gcggaaaggc ggcccccaga gcgagaggcc cgaggaaaca tagatgttcg
     1501 tccggccgcg gcgtgtgtag ccataggcca catcgaagag tcgatcggtg gcgaggttca
     1561 gcggccagac ctgcccgtga tgcgtatgtc cgcagaagat caggtctacc ccggcgcgtt
     1621 cagcctgcgt caagtcggtc ggctgatggt cgagcacgat gatgggcacc accgtgtcga
     1681 tgcggttcat cagctccggc agagtctttc gcgccgtgtt cgtacggtcg tctcgcccca
     1741 cgatccgtat gccgtcctgc agggtagcca cggagtccat gagcagatga atgtttgtgc
     1801 gtccgcggat gaagcgcttg caggcatcga ttccgctgag gtattcgtgg ttgcccggca
     1861 ccatgtagat gccatacgtg gcgtgtagac ggttgagctc ctcgtccatc gccgcctcgt
     1921 ccaccggtcg gacgtcgtta tcgatcaggt cgccactgat cagaatgatg tccggatgct
     1981 gggcgttgat gagatccaca tagcgactga gatcgtcgcg ggtcgtaccg agccccaagt
     2041 ggacgtcgct cacgccgacg atcttcaggc ccagcgatcc cgcgggcagt cggtcagtga
     2101 tgatgtctac ttcgcgcagt tgcggatgct tataggtgta gtatccgtag gcgagcaccc
     2161 ctgtcgtaac gagcagggcg cacgcgaaac cgtgtcggaa gctggggaca agcagtcgga
     2221 agaggtcgaa gcagacgagc gccagcacca tatagagcgt aaagacgagc cagcccgtgc
     2281 tgacctgaaa gaagaagtgc ccccaaggat cggcgctctc ccgtgcacgg aagatgaaga
     2341 ccaaaaagat agacagcgca tagccccagt aggccagccc gaagagccac ttaaagatgg
     2401 caggcatcgg cggtaaggct tggagggcac gcgtgaagat gtaggcgttg ccgccgatgt
     2461 aggcggccag cataaggatg aggaaaaaag gcatcatgta ttttctgtta tgtgtttgat
     2521 gttgtttgga atgacgggcc aaaggtaggg cgcgaaacga gaagccgttt tatgaatcgg
     2581 ctgtgactct acctttggcg ccgcttcgcc taagccgatg cgcagcgtca ggcgcccctc
     2641 gcacgaggcc gccctaacaa aatcgttaca cgtatgaaat catccctact cttcgccctg
     2701 ctcgggctac tcgtagtcgt cttgtggaca gccagcctgg cctacggcac tgtgcccatc
     2761 ccgcccattg acgtcgtccg gattctgctt ggtcagccct cagacccggt ggcatggagc
     2821 accatcgtcc tcgagtcacg cctgccacaa gccacgacgg cccttctcgt gggcgcctct
     2881 ctggccgccg ccgggctgct cctacagacg ctcttccgca accctctggc cggtccctcg
     2941 atcctgggca tcagcgacgg cgccaacctc ggtgtggcta tcgtgatgct attcttcggt
     3001 ggcaccatcg gcctgacgac gggcggggcg gccatcggtg gctctttggc gctcattctg
     3061 gcggcctttg ccggtgcttg ctgcgtgctg gcgctgatca tctatttctc tacgcgggtg
     3121 agcggcaacg tgatgctcct catcctcggc atcatggtgg gctacctcgc ttcctcgctg
     3181 atctcgctcc tgaacttcta cgcctcggcc gatcgcatcc gcggttatgt catgtggggc
     3241 atgggcgatt tcagttccgt ctccaatacc cgcctgccct ttttcgcgct ttgcaccttg
     3301 ggcgggttga ttgctgcgct gctccttgtg aagcccctga acgccctgct gcttggcgaa
     3361 cgttacgcca cgaacttggg cgttaagatc cgtcggacgc gcgttcttat cctgctttgc
     3421 acagggctgc tgacggccac tgccaccgct ttttgtggcc ccgtatcgtt catcgggctg
     3481 gctgtgccac acgtggcgcg tcttacgctc ggtcgcgctg accatcgcat gctcctgccc
     3541 gttacgatgc tactcggatc cgcaatggca ctgctctgca acctcttgac cgtcatcccc
     3601 ggcaccggca cagtctttcc gctgaatgct gtgacgccca tcttcggtgc cccggtgatt
     3661 atctacgtca tcctgcgccg tcgcgggata tgatcctaag cgcgtcgaac ccatttccgg
     3721 cctgcacacg ttggcgggct atcgtcagag ctctgggggc tatctcgggc agtgtgggac
     3781 acgtcttcgc agtctatgga acgtgagttc ggtgtaagaa taaaaccagc agagagtttc
     3841 tacggaagcc ttgctaaaac gtttttggaa atgcctacaa cactgtgaca aatgcttcgg
     3901 agaacttttt ggtgtctgcg ggtactcccg caagtctcgc ggcgtttgcc ttggcgtttg
     3961 cgggagtccc gcaaa
//
LOCUS       SEQF2638.1|AYYF01000997.1 525 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..525
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 aggcagccag aagctgatcg agttcaagat catccgcgtc aagatccccg tgcacagcct
       61 cgacgccgcc tacatggccg actccaccac gggctacatc cgcctgaacc gcttcgccaa
      121 cacctcgcac gaggagttcc tcgaggccct cacccggctc cgtaaggagg gcatgaagca
      181 cctcgtgctc gaccttcagg gcaacggcgg cggctacctg catgtggcct gcaacctggc
      241 cgacgagttc ctcagcaacg gtcgcctgat cgtctacacc gagggccgca actcgccgcg
      301 cgaggaggcc aaggccacgg ccacgggcaa cttcgaggac ggccgcctcg tcatcctcgt
      361 cgacgaagcg tcggcctcgg ccagcgagat cgtctccggc gccgtgcagg actgggatcg
      421 cggcgtgatc gtcggtcggc gcaccttcgg caagggcctc gtgcagcgtc ccatccccct
      481 gccggataac tccatgatcc gcctcaccat cgcccgctac tacac
//
LOCUS       SEQF2638.1|AYYF01000998.1 770 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..770
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(310..750)
                     /locus_tag="SEQF2638.1_00442"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTVRRSSSPATPDLWSGKRYYAFSPSDLSDRVVFETSPGGGAHA
                     TAAEYVLEMQIWGLQPAANERIVVSLRADVENDSTLIQRDTITADGPHRVALINPPGN
                     YVRRIYGYLRVIAPSSKVYVDSLRLTPGESVSVDQLEPPLPPLE"
ORIGIN      
        1 taagagatgg gccccgtcaa gcgacttttt ggcgtcgctg cgtgccagcg gccccgtcaa
       61 gcgacttttt cgtgtcgctg cgtgccagcg gctccgtcat gcgacattct ggggcgcctg
      121 cgtgccagcg gcgccgtcat gcgacatttt gggaagcctg cgtgccagcg gagccgtcat
      181 gcgacatttt ggggagcctg cgtgccagcg gagccgtcat gcgacatttt ggggagcctg
      241 cgtgccagcg gcgccagaat gcggcatgac gacaagcaaa aagcggcatt cccttgcgtc
      301 gtgcccatgt tattccagcg gtgggagtgg gggctcgagt tggtcgacgg atacggactc
      361 gccgggagtg aggcggaggc tgtcgacgta aactttgctc gagggggcaa tcacgcgcag
      421 gtagccatag atgcgccgca catagttgcc gggcggattg atgagcgcaa cgcgatgggg
      481 gccgtcggcg gtgattgtgt cacgctggat gagggtggaa tcgttttcca catcggcgcg
      541 caggctgacc acgatccgct cgttcgcagc cggttgcaat ccccaaatct gcatttccag
      601 cacatactca gcggccgtag cgtgcgcccc gccaccgggc gaggtttcaa acacgacgcg
      661 gtccgagagg tcgctgggag agaaggcgta gtaacgcttg cccgaccaga gatccggagt
      721 ggcggggctt gacgaccgtc ggacggtcac gtcgctgctg acctcactac
//
LOCUS       SEQF2638.1|AYYF01000999.1 4125 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4125
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             346..552
                     /locus_tag="SEQF2638.1_00443"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDNGTVFKPNDRYPLHKEEFRLYYTSASTDRQTIDVYVEDNFGQ
                     TAKFSFEFNSQRDEEKEKPNGDKK"
     CDS             752..979
                     /locus_tag="SEQF2638.1_00444"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTERQADSLLRADLMKRLMMFKDYGKDALLLAVLSYNVGTGRLL
                     GYGKHPKSRLLRKIESGDRDFYREFVSFCRY"
     CDS             complement(1238..4117)
                     /locus_tag="SEQF2638.1_00445"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSEGSTGDHKWAIAISVQKNWKSKIEGDVKKAVETGRGYTKVVF
                     FSSQKIKSSKRQEVEDELSKQYDVAVSIFDGKWCQFAVFEQGCYDVATEKLNFSEDYK
                     RKTVKEGTNDKRRKEELEKLENDLLSRQVESLDTDYIDDLLQSCLLSRGLERPRMETE
                     GRFNRAQREAEVHGTSVQRFNITYNHAWTSFFWFHDVNAMYADYLKLKEYANMHTTVH
                     TIELMANILTNLENAARVGLFDSERFGKEIQDLKTIKEREDLSQASRLFLELFFSEHR
                     LLQMVQYAQDPTLELKKLAELIETSANYPDISFDAQTTIVEMIGRVIDDNEEYEKLID
                     KISEISSLRKSEVEGAIIHFNRAQTLIDKQQYKPVVKHLGHCVQAFMKEGYETELVKT
                     YGYMGIAFYNLELPYSAKAYLVKAASILVKEFFTQGTISHLLITVLWKLCEIELMIGR
                     LVMYLNWRELLFIIAHNGQEIESKEFVEKDILFDGGWACHFAAVDLTRETISVLPDIF
                     ARCDMPISENYLKYALGYQESVDEKFVNLITDDWGKLLRQQPIHKQFLNPLNIAEEGQ
                     TTISTLAKGCRFTVRYENSVRSQLVAETFLATVETLLATFDTLELVVMSPEIQVEIAP
                     TDEQSEMERGENENQYVFNVNYGTLDGETYWRCFAFFMAYFMSLNTVSSEDVIDLIAQ
                     RHEKEKIMDRIIALLELNNAVYNVLGDKFKYSIRQWENANDKTYVCKADTKGETLTDQ
                     NPHTEQRGVQTFSISSTMEWWDKAGWTGVCFMYDQRFATPPIVGLAFKNLEAGKRIIH
                     EWKEKIAKGQSSVELHLIRGIDKQHPSWYRACVAPEIPLDHITEGQYIAVMCRKHTMT
                     PNDTSNLDNFERVYSRFGNCQLVAVAIDDQMHVNMNIDFSEAIELKKVIITDAWKVSA
                     HEPTGNALEWDDDPIIPESESISAPVIELMKNLREVHDKIEKRIF"
ORIGIN      
        1 agggataaaa ggagcgacaa aacgagtgaa gaagtggtct actacatttc gtcattaacg
       61 gatgtttctt cattgaaaca ggctatccgt gggcattggg cgatagagaa caagttgcac
      121 cactctttgg atgtctattt cggacacgat tcctcgcaca agagaaccaa gaatgtggcg
      181 cagattatgg atatcattca aaagatcaat ttactcatta tagagcgact gaagacaaat
      241 atgaagtcct caatccctcg tatccaaaag aaacttgctc gaatgaaccc acaacaacta
      301 atcacaatac aattttaatg cgtcacccct ggggggagat tgaagatgga taacggcacg
      361 gtattcaagc ccaatgaccg ctatccgctc cacaaggagg agttcaggct ctattacacc
      421 tccgcttcca ccgaccggca gacgatagac gtgtatgtgg aggataattt cggacagacg
      481 gcaaaattct cgtttgagtt caatagccaa agagatgagg aaaaggagaa accgaatggg
      541 gacaaaaagt aaacttgttg tcttatgtct tgtctgcctc tcctgcttac ggctttccgc
      601 tcaggacgga agaaacgcct tattctagtt gccgcctttt gagcgtgccg tcatatgcat
      661 caagcacttt gagggcttac atacttggaa agactatccg tatgtgggct acgggcataa
      721 actattgccc agagagaaat tcactcctgc aatgacggaa cggcaggcgg attcactact
      781 tcgggctgac ctgatgaagc gtctgatgat gttcaaggac tacggcaagg atgccctgct
      841 gcttgccgta ctgtcctaca atgtcgggac gggcaggttg ctgggatacg gcaagcatcc
      901 caaaagcaga ttgctacgga agatagagtc aggcgatagg gatttctacc gtgaatttgt
      961 ctctttctgc cgatactaag gcaaagtctt gcgaggactt gtcaaacgac gaaaggtgga
     1021 gtttgctctg ttttatatac cctgattgtc aaatacgcct cttgcgacat ttttatgctt
     1081 cgcaaggggc gttttcttgc cgttttattc ggctttatcg ctatgagatg atttttaaat
     1141 aataactgat agtaatatta gttcgaatat agattctttc atagattgtc atggggatca
     1201 ctttagttga ttatttctaa attaattctt aaatgattta aaaaattctc ttctctattt
     1261 tatcatgaac ttcacgcaag ttcttcatta attcaatgac gggggcactg atgctctctg
     1321 actcaggaat gatagggtca tcgtcccact ccaatgcatt tcccgttggt tcatgcgcag
     1381 aaactttcca tgcatcggta atgataacct ttttaagttc gatggcttcg ctaaaatcaa
     1441 tgttcatatt tacatgcatc tggtcatcaa ttgctactgc cacaagctgg caattgccaa
     1501 accgagaata tacccgttca aaattatcaa gattcgacgt gtcatttgga gtcattgtgt
     1561 gcttccgaca cattacagct atatattgcc cctccgtgat atggtccaag ggtatctctg
     1621 gtgccacaca tgctctatac catgagggat gttgtttgtc gatgcctctt atcagatgca
     1681 gttctacact tgattgacct tttgctattt tttctttcca ttcatggatg attcttttgc
     1741 ctgcctccaa gttcttgaag gccaggccta ctataggtgg tgtcgcaaac cgttggtcgt
     1801 acatgaagca cacccccgtc catccagcct tatcccacca ttccatagtg ctggagatac
     1861 tgaatgtttg tacacctcgc tgttctgtat gtgggttctg atctgttaac gtttctccct
     1921 ttgtatctgc cttgcataca taggtcttgt catttgcatt ttcccattga cggattgaat
     1981 acttgaactt atcgccaagc acattataaa ccgcgttgtt caactctagc aaggcaataa
     2041 ttctgtccat gattttttct ttctcgtgtc gctgtgctat caaatctatt acatcttcgc
     2101 tcgacacggt gttaagcgac ataaaatatg ccataaagaa agcaaaacag cgccaatacg
     2161 tttctccatc aagagtgccg tagttcacgt taaatacata ttggttttcg ttttctcctc
     2221 tttccatttc tgattgttca tcagttgggg caatttccac ttgaatttcc ggactcatta
     2281 ccacaagttc cagcgtgtca aaagtggcaa gcagtgtttc aactgttgcc aaaaatgtct
     2341 ctgccaccag ttgacttcta actgagttct cgtacctgac agtgaatcga caaccctttg
     2401 ccaatgtact gatagtggtc tgaccttctt ctgctatatt aagagggtta aggaactgct
     2461 tgtgtatagg ttgctgcctg agcaatttgc cccaatcatc agtgataaga tttacgaatt
     2521 tctcatctac agactcttgg tatcctaatg catatttcag atagttttct gaaatgggca
     2581 tatcgcaacg tgcaaaaatg tctggcaaaa cggaaatagt ttctctcgtg aggtcgactg
     2641 ctgcaaaatg gcaagcccag cctccatcga acaatatatc tttctcaaca aattctttac
     2701 tctctatttc ttgaccatta tgggcaatga taaacaacag ttctctccag ttgagataca
     2761 tcacaagtcg gcctatcatc agctctattt cacacaattt ccatagcacg gtaatcagca
     2821 gatgactgat agtaccctgc gtaaagaact ccttgacaag tatcgacgca gcctttacca
     2881 aatacgcctt tgcactgtaa ggcagttcaa gattataaaa agctatgccc atatagccgt
     2941 atgttttcac cagttcggtc tcatagcctt ctttcatgaa tgcctgtaca cagtgaccca
     3001 aatgctttac cacaggcttg tattgctgct tgtctatcaa ggtctgtgca cgattgaaat
     3061 gtattatggc accctctacc tcagatttac gcagagacga aatctctgaa atcttgtcaa
     3121 taagtttctc atattcctcg ttatcatcta tcacgcgtcc aatcatttca actatggttg
     3181 tctgtgcgtc aaaactgatg tctggatagt tggcacttgt ctctatcagt tctgccagtt
     3241 tctttaactc tagcgtcggg tcttgtgcat attgtaccat ttggagcaac cgatgttcag
     3301 aaaagaagag ttcgaggaac agacggctcg cctgcgacag atcttcgcgc tcctttatcg
     3361 tctttaaatc ttgtatttcc ttcccgaacc tttcggaatc aaacaaacct actcttgccg
     3421 cattttccaa attggtgagg atattggcca tcagctctat cgtatgcaca gttgtatgca
     3481 tattagcata ctcctttagc ttcagataat ctgcatacat tgcattcaca tcgtgaaacc
     3541 agaaaaacga tgtccaagca tgattatacg ttatattgaa ccgttgcacg gaagtaccgt
     3601 gtacttctgc ttctcgctgc gcacggttga agcgaccttc agtctccatc cgggggcgtt
     3661 ccaggcctct gcttaatagg caggactgga gtaagtcatc aatatagtcc gtatctaggc
     3721 tttctacttg ccgtgacagc aagtcattct ctaacttctc cagttcttct tttctgcgct
     3781 tatcattagt gccttctttg acggtctttc tcttgtagtc ttcagaaaag ttcagtttct
     3841 cggtggcaac atcatagcag ccttgttcaa acactgcaaa ctgacaccac ttaccatcga
     3901 agatactcac ggctacatcg tattgtttcg atagttcatc ctcgacctcc tgacgtttac
     3961 ttgacttgat tttctgacta gagaagaata ccaccttcgt atagccacgt ccagtctcta
     4021 cagctttctt gacatcgccc tctatcttac ttttccagtt cttctgtaca ctgatggcta
     4081 tcgcccattt atggtcgcca gtactgcctt cagacaccca ccatc
//
LOCUS       SEQF2638.1|AYYF01001000.1 418 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..418
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             10..243
                     /locus_tag="SEQF2638.1_00446"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKSEMSEILMRVEMCSSIFERIKSIAVRLKSSIISANKTSHTK
                     PMSLPPMPVSTIACVRNGKISCSKEPSNKPKIS"
ORIGIN      
        1 atcaacttga tgaagaaatc agaaatgagt gaaatattga tgcgggtgga aatgtgcagc
       61 agtatcttcg agcggataaa gtcaatcgct gtacgactga aaagcagcat catctcggcc
      121 aataaaacaa gccatacgaa accaatgtct ttacctccga tgccggtatc aacaatcgcc
      181 tgtgtcagga acgggaaaat aagctgtagc aaagaaccga gcaacaagcc caaaatcagc
      241 tgaacgaaaa aacgcttgta ctttctaagg tacccccaaa ggaatttgag gcgattgctt
      301 ttcgacgttt gtttggttcg gttttgtgca tagacttttt ctgtgagctc taaaagtaaa
      361 acaatgcctt tctcttcgcc attggtcttc gtgcttgccc aatgctcaca aaactcct
//
LOCUS       SEQF2638.1|AYYF01001001.1 3539 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3539
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(230..1522)
                     /locus_tag="SEQF2638.1_00447"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG7645"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKWSAYNIFYELSNGGFILYNYLTDSAMIMMRSLRSIINLHKDK
                     IDDLSTIHPDLYNELKSRGYVICDDVDEQTSVMENIRESLNSSKKFDLTINPTLDCNL
                     KCWYCYETLIPNSKITLEVLDGIKSLLFNIVRKRKLEELNLSFFGGEPLFKTREVVFD
                     IINYAKRHCELQGKRLKLHFTTNATLLSPNIIKAISLSQLDTFIQVPFDGGRDEHNLT
                     KRINSAIGSYDLSLKNIRHALELGIKVAIRCNYTSKNIGSFQYLIDDVSKFPLECRDR
                     ITFQFQQVWQDVPKIDTYKEIDNIKMLLSEKGFDNNLEGVGAISSFCYADFENSIVVN
                     YNGDLFKCTARDFKKENRIGILLPNGDIQYNKKYEERKHSFFNKECGECIILPICTIC
                     SQRRYESFDKECCPQPISEEEKLNQIIYRLKSLYPHYV"
     CDS             1584..1838
                     /locus_tag="SEQF2638.1_00448"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLLVKNIDFYFHIYIPYTPIVYLLYDVSCFASIDGLQSMWKSAL
                     WLRILDLGYILNGFSHSLPPTFKDCNTQLLRHTWGYNTSL"
     CDS             complement(1780..1998)
                     /locus_tag="SEQF2638.1_00449"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGTVAVLAVAAIRLDHRHKAQGRVEAEHHRHKAQGRVEAEHHLL
                     KGLDRFEDLFTEKYCIPMYASTIVYYNL"
     CDS             complement(2635..3273)
                     /locus_tag="SEQF2638.1_00450"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNRLISTYGEYAIWQLSVRSLYQLAEFVVCQNHEHHTKRIGDNF
                     QSEVLAVYKEELRYYERSQTLIATTADDQIIGSIRLMNWDREQPLPMQTYFNLSSFEK
                     ALPLSTNIWHIGRFAVSAKAGASGLTLFKLLLLYAMRPVYESDNDLALAECDNKLLRI
                     MRLMGIQVQSIGESMEYLGSETTPVYATRDGLTNFFSKNRWLMDRCTTVAIA"
ORIGIN      
        1 gtgatcgccc ccgccacaaa ggcagaatcg ggcagcgcat aggctaccac attgacaaac
       61 tccatcggac gtttcgcgtc gtccaccacg cgtccggtca gctcctgcgc ttttgtcaca
      121 ggcatttgtc cccccaacaa tgtcgagatg agcaccaata acctcacccc tctccaaaat
      181 attccgctgt acttatttgt atctaaccac ataactacta taataactac tatacatagt
      241 ggggataaag agactttagg cgataaataa tttggttcaa tttctcttct tccgaaattg
      301 gttgaggaca gcactcctta tcaaaggatt catatcgtcg ctgagagcag atggtgcata
      361 ttggtaatat tatgcactct ccgcattctt tgttgaagaa cgaatgtttt ctttcttcgt
      421 actttttatt gtattgaata tcgccatttg gaagtagaat tcctattctg ttctctttct
      481 tgaaatccct tgctgtacat ttaaataaat caccattgta attcaccact atagaattct
      541 caaaatcagc ataacagaag gaggatatgg cacctacccc ttctaggtta ttgtcaaaac
      601 ctttttcaga taaaagcatc ttgatgttat ctatttcttt gtatgtgtct atttttggaa
      661 catcctgcca tacttgttga aactgaaagg ttatcctatc tctacattcc aatggaaatt
      721 tactaacatc gtctattaaa tattggaatg agcctatgtt tttcgatgtg taattacatc
      781 gtattgccac ctttattcca agctctaacg catgtcgtat atttttcaaa gaaagatcat
      841 agctccctat ggcagaattt atcctttttg ttaaattatg ctcgtctctt ccgccatcaa
      901 atggaacttg gataaaggtg tccaattgcg ataaagagat ggctttaatt atattgggac
      961 taagcagcgt tgcatttgtt gtaaaatgca atttcagccg tttaccttgc aattcgcaat
     1021 gtcttttcgc atagttgatt atatcgaaca ctacttctct tgtcttaaac aaaggttctc
     1081 cgccaaaaaa agacaaattc aattcctcta gtttcctttt tcttacgata ttaaacagca
     1141 aagattttat cccatcaagc acctctagag tgatcttact gttaggtatt aatgtctcat
     1201 agcaatacca gcacttaagg ttacaatcca aagttggatt tattgttagg tcaaatttct
     1261 ttgacgagtt taaactctcg cgaatgtttt ccattacaga cgtctgctca tcaacatcat
     1321 cgcatataac atagccacgg ctctttaact cattataaag atctggatgt attgtagata
     1381 aatcatctat cttatcttta tgtaaattaa taatactcct aagacttctc atcataatca
     1441 tggctgaatc cgttaaataa ttatataaaa taaacccacc attagacaat tcataaaata
     1501 tgttgtaagc actccatttc attgtgatat tatttgtctt acgctaaaac ttttattctg
     1561 actgatatta aaacaggaag taaatgctac ttgtaaagaa tatagacttt tactttcaca
     1621 tttacattcc ttatacgcct atcgtatatc ttctatacga tgtctcatgc tttgcctcaa
     1681 ttgatggtct acaatccatg tggaaatccg ccttgtggct tagaatcctc gacctaggct
     1741 atatacttaa cggctttagc catagtctgc cgcccacttt caaagattgt aatacacaat
     1801 tgttgaggca tacatgggga tacaatactt ctctgtaaac agatcctcga atctatcgag
     1861 gcccttgagg aggtggtgtt ccgcctccac ccgtccctgg gccttgtggc ggtggtgttc
     1921 cgcctccacc cgtccctggg ccttgtggcg gtggtccaga cgaatcgcgg ctacagcgag
     1981 gacagccaca gttcccatta agcaatcctg gagtagaaca gtttcggttg cttatcgaag
     2041 cgagactata atctccatta ggtatagtga caaaaccacc ttttaagagc ccctgctctg
     2101 tataagacaa aggcatcaac ataagatctt tgtctacttt tttgagatct tccatgtttg
     2161 tcgtaattac attgtttaca ttacggttct cataattgca tccatttttt aatgcagttt
     2221 cccgatacaa ttcatccatc aatggaaagt tcggttggaa attgctgcac tgctatactc
     2281 gttactatac tatgcttcgc tttcagcaga ttgttaactc atccttactt cgctatatac
     2341 tctgctctat ttgttcaatc tccgacaacg ttgattgctg tacatgatcg tgtagttgcg
     2401 atcattatcg cgccaaattg cagactcctt gcgagagagt ctttattggt ctttacagca
     2461 ctttacgtag acagagcttt gtatatgtat tacaatctta catcacattg tcatcggttc
     2521 ttcctcgttt ttaacgacgc cgcaaaagta tggtcgcgat tttcccctca caatacccca
     2581 aacgggtagt ttttgtattt caattcaaaa actacccgtt tggggtatat tttattaggc
     2641 gatcgcaact gtggtgcaac gatccataag ccatcggttc ttgctgaaga aattggtcag
     2701 tccgtcacgt gtagcataca caggagtcgt ttcagaacct aaatactcca tgctttctcc
     2761 tatactttgt acctgtattc ccattaatcg cataatacgc aacaatttat tgtcacattc
     2821 ggctaatgct aagtcattat cactctcata aacaggtctc attgcataga ggagaagtag
     2881 cttaaacagt gtaagtccgc tggcccccgc tttggcactg acggcaaatc gtcctatatg
     2941 ccaaatatta gtactgagag gtaaagcctt ctcgaaggat gacaagttga aatacgtttg
     3001 cataggaagc ggttgctctc tatcccaatt cattagtcgg atcgaaccga taatttggtc
     3061 atcggcagtc gtggctatca aggtttgaga gcgttcataa tatcgtaatt cttctttata
     3121 tacagcaagc acctcacttt gaaaattatc tccgattctt tttgtgtgat gttcgtggtt
     3181 ttggcagacc acgaactcgg ccaactggta caaagaacgc actgaaagct gccaaatggc
     3241 gtactcgccg taagtcgaaa taagtcgatt catatcgttc ctttttatat ttacggagac
     3301 aaaactataa ttggtttcgt attctaagta agtagatcgc tgtaattagt tagcattatg
     3361 gtcttggcac tacatctatc aaatggcatt gaagtgtcaa ctaattatgg tgcgctactt
     3421 attgtcttgt gctgtttgta acagggctga cgcacaatcg cttttcgagg tcagggattc
     3481 tgtttagctt cgtcccatca tactatacat gacaataatg gaactgccca gccttatcc
//
LOCUS       SEQF2638.1|AYYF01001002.1 699 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..699
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtcgcttgaa gctctccagt gccgccgcat agtccttgtt catgtactcg atctcgcccc
       61 acgcggccgc tgcacttttc gagatgggtc gctcgtacgt catgctggag gacgaggatc
      121 gtgctgcggc tgccttcacg caactgcagc agaaatatcc actccatacg ctggctcgca
      181 aggctggatt gcagttgggc ctgctctatt tcaatagcaa ccgccccgag cagtctatca
      241 aagcctataa gaaggtcatc tccgactacc ccggcagcga ggaagctcgt acggcggtgc
      301 aggatctcaa ggccgtgtat gtcgatatga acgatgtggc cggttacgcc acctatgtgc
      361 gttcgctcgg tgacatggcc gcccgattcg aggtcagtga gcaggattcg ctcacctatt
      421 tcgcggccga gaagcgtttc ctgcgcggcg agagcgaggc agagcagagt ctgcgtaact
      481 acctgcgcca attccccaag ggtgccttca gcgcgcgtgc caactactac ttagcgcaga
      541 tcgcttacga cgcgaagaac tacgaggagg ccaagaagta ttacgaggtc gtgatccgta
      601 gcggcgacac caagttcggc gaggatgccc tgacgcgtaa gggcgagatc gagtacatga
      661 acaaggacta tgcggcggca ctggagagct tcaagcgac
//
LOCUS       SEQF2638.1|AYYF01001003.1 1724 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1724
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(6..1688)
                     /locus_tag="SEQF2638.1_00451"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNGTLDVTSVNIEENGDREPVNYILPPGVTRMTDPSQPQIRQQN
                     EQALSLKVTNLASQDARAIYMSTKYDMRRYKRLQLFVHAERLINDVTSLANGELSVFI
                     RLGSDYKNNYYEYEVPLTLTPAGRYNSSSEADRSTVWPESNMIDFPTDVLTNLKNKRN
                     RAKREGRAGVSFATVYSEMDPQRQMNKVSVVGNPSLAEVRTIMIGVRNNAKDLKSGEV
                     WVNELRLTDFDERGGWAANGSLSVALSDLGTIQAAGRITTAGFGQIDQSIGERSMDNY
                     TQYAVSTSLQLGKFFPEKAQVNLPLYYAYSRETISPEYNPLDGDVHLRDALDAAVTTA
                     QKDSIRNLTQQRVTTKSVALSNAHVNIQSKTPMPYDPSNFSFGYAYNERERKDPETVY
                     ETTKNYQGNLSYIYTPYIRPFQPFEKLQKSNGYTRYIKQLAFNYLPSTITFQTTMLRN
                     YNELQLRDMDHLDDAASATTLPVSFSGQFTWDRSFSIRWSPLTNLTADFSAGTNARIE
                     EPHVQVNKKLNRSDYELWKDSIKRSIADLGTPQLYDQTLNVSYSLPSLDASA"
ORIGIN      
        1 cttcttcacg ctgaggcgtc gagagagggc aggctgtagg agacgttcag ggtttggtcg
       61 tagagctggg gcgtgccaag gtcggcgatg ctgcgcttga tggagtcctt ccagagctca
      121 tagtccgagc ggttgagctt cttgttgacc tgcacgtgcg gctcctcgat acgggcgtta
      181 gttccggcgg agaaatcggc ggtgaggttc gtcagggggc tccatcggat gctgaagctg
      241 cgatcccagg tgaattggcc gctgaaggag accggcaggg tggtcgcgga ggctgcgtcg
      301 tccaggtggt ccatgtcgcg gagctgaagc tcgttgtagt tgcggagcat ggtggtctgg
      361 aaggtgatgg tggaggggag gtaattgaag gccagttgct tgatatagcg ggtatagcca
      421 ttgctcttct gcagcttctc gaagggctgg aagggtcgga tgtagggcgt atagatgtag
      481 ctgaggttgc cctgataatt tttcgtagtc tcgtagaccg tctctgggtc tttccgttca
      541 cgctcgttat aggcgtagcc gaaggagaag ttcgacgggt cgtaaggcat aggtgtcttg
      601 ctttggatgt tcacgtgcgc gttcgaaagg gcgacgctct tggtggtgac cctctgctgc
      661 gtgaggttgc ggatggagtc cttttgggcc gtggttacgg cggcgtcaag ggcatcgcgg
      721 aggtggacgt cgccgtctaa cgggttgtat tccggcgaga tagtctcacg cgaataggca
      781 tagtaaagcg gcaggttcac ctgagccttt tcggggaaga acttgccgag ctggagggag
      841 gtagagacgg catactgggt gtagttatcc atgctgcgct cgccgatgga ttggtcgatc
      901 tgcccgaatc cggctgtcgt gatccgcccg gcagcctgaa tcgttccgag gtccgagagg
      961 gccacactga gcgagccatt ggcggcccat ccgcctcgct cgtcgaagtc ggtcaagcga
     1021 agctcgttga cccagacctc gccgctcttg aggtctttag cgttgttgcg gacgccgatc
     1081 ataatcgtgc gcacctcagc gagcgaaggg ttgcccacca cgctcacctt attcatctgc
     1141 cgctgcggat ccatctcgga atagaccgtg gcaaacgata cccccgcacg accctcgcgc
     1201 ttggctcggt tgcgcttatt cttcagattg gtaagcacat cggttgggaa gtcgatcata
     1261 ttgctttccg gccaaacggt ggagcggtcg gcctcgctgc tgctattgta tcgtccggca
     1321 ggggtgaggg tgaggggtac ctcatactcg tagtagttgt tcttgtagtc cgatccgagt
     1381 cggatgaaca cggacagctc gccattggcc aggctggtga cgtcgttgat caatcgctcg
     1441 gcgtgaacga agagctggag gcgcttgtat cgacgcatgt cgtatttggt actcatgtag
     1501 atggcgcgtg cgtcttgcga ggccagattg gtgaccttca gcgagagggc ctgctcgttt
     1561 tgctgcctga tctgcggctg gctggggtcg gtcattcggg tgacgcccgg gggcaggata
     1621 tagttgaccg gctcgcggtc gccattctcc tctatgttga cggaagtgac gtcgagggtg
     1681 ccgttcactg acgggggcgc gccgataggt gccaggctct ggag
//
LOCUS       SEQF2638.1|AYYF01001004.1 3310 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3310
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(268..363)
                     /locus_tag="SEQF2638.1_00452"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYKILWIYFIYTMYKYKFRRRLNSYTMYKSE"
     CDS             786..2771
                     /gene="hutU"
                     /locus_tag="SEQF2638.1_00453"
                     /EC_number="4.2.1.49"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P67417"
                     /codon_start=1
                     /transl_table=11
                     /product="Urocanate hydratase"
                     /translation="MNTFLGNTLPDYPAFVEGIRRAPDRGYTLTPAQTATALKNALRY
                     IPTEFHAQLAPEFMEELRTRGRIYGYRFRPAGDLKAKPIDAYKGKCIEGKAFQVMIDN
                     NLCFDIALYPYELVTYGETGQVCQNWMQYNLIKRYLEELTQDQTLVIESGHPLGLFRS
                     HPEAPRVIITNAMMIGQFDNLHDWHIAMQMGVANYGQMTAGGWMYIGPQGIVHGTFNT
                     LLNAGRMKLGVPQDGDLRGHLFVSSGLGGMSGAQPKAAEIAGATAIIAEVDASRIETR
                     HSQGWVGHVAESVAEAFRMAREAMDRREPCSIAYHGNVVDLLEYAEREGILIELLSDQ
                     TSCHAVYEGGYCPVGISFEERTRMLREEPEAFRKLVDQSLRRHFEVICKLVARGSYFF
                     DYGNSFMKAIYDAGVKEISRNGVDEKDGFIWPSYVEDIMGPELFDYGYGPFRWVCLSG
                     KHEDLIKTDRAAMECIDPTRRGQDMDNYNWIRDAEKNQLVVGTQARILYQDAEGRMNI
                     ALRFNEMVRNGEVGPIMLGRDHHDVSGTDSPFRETSNIKDGSNVMADMAVQCFAGNCA
                     RGMSLVALHNGGGVGIGKAINGGFGMVCDGSERVDRILRSAMLWDVMGGVARRSWARN
                     PNAMSTVREFNHAHADGYQITEPFVADDQIIAQAMKA"
     CDS             complement(2867..3040)
                     /locus_tag="SEQF2638.1_00454"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPFIKMNEHVAQILIPAPMSLLAGRSHFVSKRGLLLVVAHPIDE
                     FPHLLKLSVGSKD"
ORIGIN      
        1 gaggccttat cctgtcactc gatgggccat ccgtgtgcgt cggggtctca ttttttctac
       61 tgaaaaggca tcgcctcgcg tcgaggccct cccatttccc ctgagatggc atccactgga
      121 gtatgaattt acatgctatt ggctggatga catctgtata gtgcttgctt cttctttcgg
      181 agggcttatg gatatagata ggatgtaggg atgaaatagc tgcaagaaat gggatttata
      241 catactgtga ggcgattctt tctatcgtca ttctgactta tacatagtgt atgagttcaa
      301 acgacggcgg aatttatact tatacatggt gtatatgaag taaatccata ggattttata
      361 catagatagt gtgtatcagt ctcatttacg atggaaagaa tgggcctaca cagtgtataa
      421 tccatttatc cgatggattt tatagtcata caatatgtat aagcgatcta tctatcggag
      481 tgtaggatca tacatatcgt ataagcaggg agacatgcag cacctaaagc tataatcgaa
      541 tcgatgcgga ctcagagaaa aaatgagggc tccgatgcgg gtcgatgggc caccgatgaa
      601 aaagtggggg ctttgcggtc ggtcgatgag gtgtcggccg agacggtggg gcttcgaggt
      661 gcgccgatgc gttatcgatg gggacgacgg cgcgtggacg gacatgggcg ccccgttggg
      721 ccgtgctttt ttgccctacc ttgcgccccc aaacagaaat atatacatca taacacgaac
      781 gatttatgaa cactttcctt ggaaacacgc tgccggatta ccccgccttc gtggagggaa
      841 tccgccgcgc tccagaccgc gggtacacgc ttaccccggc gcaaacagct accgcgctga
      901 agaacgcctt gcgctacatc cccaccgaat ttcacgccca gctggccccc gaattcatgg
      961 aagaactccg cacgcgcgga cgcatctatg gctatcgttt ccgtccggcg ggcgacctga
     1021 aggccaagcc catcgacgcc tacaagggca aatgcatcga ggggaaagcc ttccaggtga
     1081 tgatcgacaa caatctctgc tttgacatcg cgctctaccc gtatgaatta gtgacgtacg
     1141 gcgagacggg gcaggtgtgc cagaactgga tgcagtataa cctcatcaag cgctacttag
     1201 aagagctgac ccaagatcag acgctcgtca tcgagtctgg ccacccgctc ggcctctttc
     1261 gctcgcaccc cgaagcaccg cgcgtgatca tcaccaacgc catgatgatt gggcagtttg
     1321 acaacctgca cgactggcac atcgccatgc aaatgggcgt ggccaactac ggacagatga
     1381 cggccggtgg atggatgtac atcgggccgc agggcatcgt gcacggcacg ttcaacacgc
     1441 tcctcaacgc cggccgtatg aagctcggtg tgccgcaaga cggcgacctg cgcggccatc
     1501 tcttcgtttc ctccggcctc ggcggtatga gtggcgcaca gcccaaggca gccgagatag
     1561 ctggtgctac ggccatcatc gccgaggtgg acgcctcgcg tatcgagacg cgccacagtc
     1621 aaggttgggt ggggcacgtg gccgagagcg tcgccgaagc cttccgtatg gcccgcgagg
     1681 cgatggatcg gcgggagccc tgctcgatcg cctatcacgg caatgtggtc gacctgctcg
     1741 agtatgctga gcgcgaaggc atcctcatcg agctgctctc cgaccagacc tcctgccatg
     1801 ccgtttacga gggcggctac tgccccgttg gtatcagctt cgaggagcgt acccgcatgc
     1861 tgcgcgaaga gccagaagcg ttccggaagc tcgtcgatca gtcgctgcgc cgacatttcg
     1921 aggtgatctg taagctcgtg gctcgcggct cctacttctt cgattacgga aactccttca
     1981 tgaaggccat ctacgatgcc ggcgtgaagg agatttcgcg taatggggtg gacgaaaaag
     2041 atggcttcat ctggcccagc tacgtggagg acatcatggg ccccgagctg ttcgactacg
     2101 gctacggacc cttccgttgg gtctgcctga gcggcaaaca cgaggatctg atcaagacgg
     2161 atcgcgcggc catggagtgc atcgacccga cccgccgcgg gcaggacatg gacaactaca
     2221 actggatccg cgacgcagag aagaaccagc tcgtggtcgg tacccaagcg cgcatcctct
     2281 atcaagacgc cgaaggccgg atgaacatcg cgctccgatt caacgagatg gtgcgcaacg
     2341 gcgaggtcgg cccgatcatg ctcggccgcg accaccacga tgtcagtggc acggattcgc
     2401 ccttccgaga gacctcgaac atcaaggacg gcagcaacgt gatggccgac atggccgtgc
     2461 aatgcttcgc cggcaactgt gcccgcggca tgagcctcgt ggcgctgcat aacggcggcg
     2521 gcgtaggcat cggcaaggcc atcaatggtg gctttggcat ggtctgcgac ggcagcgagc
     2581 gcgtcgatcg catcctgcgt tcggccatgt tgtgggacgt gatgggcggc gtagcacgtc
     2641 gttcgtgggc ccgtaatccg aacgcgatga gcaccgtccg cgagttcaac cacgcccacg
     2701 ccgatggcta ccaaatcacc gagccgtttg tggccgatga tcagatcata gcacaggcga
     2761 tgaaagcgta aatcttcgaa gagatttcct ccggtgcctc gttgcatcgg gggaagtttc
     2821 atgtataaac caccgcatca tggcacggcc aacaacaaaa acagatttaa tccttgctgc
     2881 caacggacag tttgagaaga tgtggaaact catcgatggg atgagcgacg accaacagca
     2941 ggccacgttt gctgacgaaa tggctacggc cggcaaggag gctcattggg gcagggataa
     3001 gaatctgcgc gacgtgctcg ttcatcttta tgaatggcat cgattgttag tcgattggat
     3061 caacgcgaac cgtagcggtg agcgtcgatc attcctaccc gcgccgtaca actggaagac
     3121 gtatccggcg atgaatgtgg agttttggaa gatgcaccag cagacaccgc tggcggatgc
     3181 aaaggcatgg ttgaaagaaa gccatcggga ggtcatgacg ctgatcgagg ctttcaccaa
     3241 cgacgaactc tttgccaagg gcacgttcga ttggacgggc acgtcaacac tcggcgccta
     3301 ttgtgtttcg
//
LOCUS       SEQF2638.1|AYYF01001005.1 285 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..285
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gttcttgcgc ttgaagtaga gctccgggcg aaaggccaag aagtagagcg cgcagcaggc
       61 catgatgccg aggatgagga tcacttggcc cagcatggtg atggcgtcac ggcgattgcc
      121 tccggacttg gtctcgtgga cgatcttgag cgagcggagg atgttgtacg tgcgggcgtc
      181 gaccacctcg ccccgatcga cgatgcgctc gcctgcctgc acgatgccgg tggagagtgt
      241 caccttctgc atgagcgcct ccagcgcctt gtcggacgtt tcggc
//
LOCUS       SEQF2638.1|AYYF01001006.1 660 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..660
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggacaaggaa aagcacaagt cccttgcctg aaagttcttg ctcgaccatt tttagcgacg
       61 taaaagtctt ccctgtacca caggccatga ccaactttcc acgatcacta ttttgatagt
      121 gttcatgagc cgcttttaag gcttcccgct gatgttctct gagttgcttt ttaaccgata
      181 aagcctctct gccttcgatt ccttggaaca gcttctccca atctacagaa gagtggtcaa
      241 ggtcatatag gttgacgcga gatacagggg gattctgatt ttgaatggct tcttctgcat
      301 tactacccca atgattggtt gttgcaatcc acaggcgatg ggcaaaagct gtttgatggt
      361 ggttgaaagt ccgactcgag gttgccaaga aggagtccac ggatgatttg tcgatgaccg
      421 tatcttcagc ataacattta cactggatag cccaatagtc atccgaataa gttcttgcta
      481 caagatcaat tccagtatct gtccctccca actcatcgcg aaaaggaaat tcctcccaca
      541 gccagacggt ctcaaatagg cccgtatatc tcgggtccgt tttaagccac gcacgcatca
      601 gacgctcgaa ccgtatcccc ttatactttt ccgaaaagga ctcatctctg aactctttga
//
LOCUS       SEQF2638.1|AYYF01001007.1 8020 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..8020
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             324..866
                     /locus_tag="SEQF2638.1_00455"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKQPESRLTRKYLMDHGIRPSTQRIAIMQFLLDNHTHPTAEEIH
                     LKLLPKIPSLSKTTVYNTMKLFIRKGVAIMIDIDGRNARFDGDVSTHAHFQCRSCNRI
                     FDLAIPGLYSTISLEEEYSVESVCLNMRGLCPECNRRKQAESGAGATKANRPTHPSIE
                     QLLNESQAEESMALQLESEM"
     CDS             complement(867..1907)
                     /locus_tag="SEQF2638.1_00456"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAKTLIIRLSAIGDVAMTIPIIYSVARAHPEDAFTVLTQPFLTT
                     LFIHRPENVTLVGVDTKGAEHSLWGVVRLALRLAHERFDRVVDLHNVIRSRVIGLVFQ
                     LRGVPVYRLDKMRRERRALTARPPKTIRPLRPVTERYADVFRAAGLSFSRTFVSLFAA
                     YPVDETVISEMAGEKTGHWVGVAPFARHAGKIYPPAQMERVIDLLSGRGDITLFLFGG
                     KGDEQAVLDRWAAAWPQVRSMAGRYTLNQELALISRLDVFLCMDSANMHFAALVGTPV
                     VSVWGATHPFAGFYPYGLSPEDAIQEDLDCRPCSTFGDKPCHRGDWACMTRIAPERIV
                     RRVVERLGGVKP"
     CDS             complement(1926..2513)
                     /gene="purN"
                     /locus_tag="SEQF2638.1_00457"
                     /EC_number="2.1.2.2"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P99162"
                     /codon_start=1
                     /transl_table=11
                     /product="Phosphoribosylglycinamide formyltransferase"
                     /translation="MKRIAILASGNGSNAENIARYFSGNRSVDIVFVCSNNPRARVHE
                     RAARLGIPSMTFSNADFADGTAVLKKLSEAAIDFIVLAGFMNKIPDLILHAYPERILN
                     IHPALLPRHGGKGMYGMHVHEAVIAAGDTVTGITIHYINSCYDEGRVVFQAQCPVLPG
                     DSALEVATRVHALEYAYYPQVIEHVLCGSPLPDQA"
     CDS             2682..2918
                     /gene="acpP_1"
                     /locus_tag="SEQF2638.1_00458"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P94123"
                     /codon_start=1
                     /transl_table=11
                     /product="Acyl carrier protein"
                     /db_xref="COG:COG0236"
                     /translation="MSDVASRVKAIIVDKLSVEESEVTNEASFTNDLGADSLDTVELI
                     MEFEKEFGLSIPDDQAEKISTVGDAIAYIEANAK"
     CDS             2940..4196
                     /gene="fabF_1"
                     /locus_tag="SEQF2638.1_00459"
                     /EC_number="2.3.1.179"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P73283"
                     /codon_start=1
                     /transl_table=11
                     /product="3-oxoacyl-[acyl-carrier-protein] synthase 2"
                     /translation="MELKRVVVTGLGAITPIGNTAPETWAALLNGVSGAGPITQFDAS
                     KFKTQFACEVKGFDASKHFDRKEARKYDRYAQLALVSATEAIEDAALDLEKEDLNRIG
                     VIFAAGIGGIRSFEDEVRDYNEERGPRFNPFFIPKIIADIAAGHISIKYGFRGPNFAT
                     VSACASSTNAIADAFNYIRLGKANVIVAGGAEAAVAIVGVGGFNAMNALSTRNDSPQT
                     ASRPFSGSRDGFVLGEGAAGLVLEEMEHAVARGAKIYAEVVGSGLSADAYHLTASHPE
                     GLGAILVMQNALEDAGLTPDAIDYINVHGTSTPIGDISEVRAIKQVFGDHAYELNISS
                     TKSMTGHLLGAAGAVEALASVLAVKNDIVPPTINHAEGDDDPEIDYKLNFTFNKAQKR
                     TVRAALSNTFGFGGHNASVIVKKFEK"
     CDS             4217..5020
                     /gene="rnc"
                     /locus_tag="SEQF2638.1_00460"
                     /EC_number="3.1.26.3"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_00104"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribonuclease 3"
                     /translation="MIARLFVLRNKEPYSSMYRMLGFYPNNMWLYEQAFTHRSSHNTP
                     EGKRSNDNERLEFLGDAVLGIAVADILYKHFPNQKEGFLTSTRSKIVQRETLNRIALE
                     MGLDKMMVSTVRPQTHNSYILGNALEALIGAIYLDQGYRRCRRFVQERMIDRYTPLDK
                     VAQKEVNFKSNLLEWGQKAKLRIAFVLNETSTDQNGNRMFQSTVHIEDVPFGTGAGYT
                     KKESQQIAAKKAIKKIRYDREAQTLLAELRQRALEARATPDVLSEAQPE"
     CDS             5501..6052
                     /locus_tag="SEQF2638.1_00461"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P61544"
                     /note="UPF0316 protein SA1727"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFDFLQAYPWALPLVIFFGRICDVTLGTLRIIFVSKGEKMKAPI
                     VGFFEVFIWVVVISQIFSHANDLTAYLAYAGGYATGNFVGILVENKIALGYFLIRIYT
                     KKGSAALIHELNTNGFGSTHIRGEGAISEVSIIETVVSRKSERRVVNLVTTFDPNAFY
                     VITDIRSKRKGFFSAAGAPRLGK"
     CDS             6096..7334
                     /gene="aroA"
                     /locus_tag="SEQF2638.1_00462"
                     /EC_number="2.5.1.19"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q482G5"
                     /codon_start=1
                     /transl_table=11
                     /product="3-phosphoshikimate 1-carboxyvinyltransferase"
                     /db_xref="COG:COG0128"
                     /translation="MQYNLKAPDRLQATVTLPASKSISNRVSILSALAPEAAPLINLA
                     DSDDGRALQHALRSADETVDIGAAGTAMRFLTAYFAARPGHTRLLTGSARMRQRPIGL
                     LVDALRGLGADITYTEREGYPPLRIVGQRLRGGEVTMDSGVSSQFLSALLMVAPTMER
                     GLQLRLTGATVSETYLRMTVGLMRRFGVVVEEADGGRTFRVAPQPIRAVPFTVEADWS
                     AASYWYEMVALAQDTTATVELLGLTPDSLQGDAAIAALFERLGVRTTFTDRGLRLDPL
                     PGHRLPERFTCDCVLIPDMAQTLVVTCAALGLPFRFDGLQSLRIKETDRLAALQTELR
                     RFGFVLTEHDGRTLQWDGTRCPPEAAPTVATYDDHRMAMAFAPLALVRPGGVTIAHPE
                     VVTKSYPRFWDDLRAAGFRF"
     CDS             7393..7833
                     /locus_tag="SEQF2638.1_00463"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MWYILISIVVLGLVAAGLGQWDRRRRRQRFERGEIASMEDETPQ
                     TVIPEGCCGQHETCERDSLLAAVTAGRKAEYYDDEELDAYRGTPSDAYAEPVVEEFRE
                     VLYTLRQDEVPGWIRSLQLRDIALPDALKAETLLIVEELRDSRG"
ORIGIN      
        1 cgcccttttc tccattttgg cgtttgcaga acttctgcaa gcgcgctttt ccccattttg
       61 gcgtttgcag aagttctgca aacaccaaaa agtttctcga ggcatttgca gcgttgctgc
      121 aagcatttcc aaaagctctg cgctgccttt agggctctat caaagacatc cttccgggat
      181 acggatcctc attctttcgc cgaactcgcg tttggaatgt gtttcgtaca gattttttgc
      241 atagttcgca gcatgtatgc ccattgcgag ggggtgcaga tagatattcc ttctatcttt
      301 gcccccaata aaagagattt tacatgaagc agccagaatc aagattaacg cgaaaatacc
      361 tgatggatca tggcatcagg ccctctacgc agcgaattgc catcatgcaa tttctattag
      421 acaaccatac tcaccctacg gccgaagaga tccatctgaa gctcttgcct aagatccctt
      481 ccctctccaa aacaacggtt tacaacacca tgaaactgtt tatccgcaag ggtgtggcga
      541 tcatgatcga tatcgatggg cgtaacgcac gctttgacgg cgacgtctct acgcacgctc
      601 attttcaatg tcgttcatgc aatcgcatct tcgatttggc cattccaggc ctgtattcga
      661 ccatttcgtt agaagaagaa tattctgttg aaagcgtttg cctcaatatg cgtggactgt
      721 gccccgaatg caatcgccgc aagcaggctg aatccggtgc aggtgcaacc aaggccaacc
      781 ggccaacgca cccatctatt gaacagctgc tgaatgagag tcaggcggaa gaatccatgg
      841 ccctgcagct cgaaagcgaa atgtgattag ggtttgactc ctccgagccg ctccacgact
      901 cggcgcacga tccgctcggg agcaatacgc gtcatgcagg cccagtcgcc acgatggcag
      961 ggcttgtcgc caaaggtgga gcaggggcga caatccagat cctcttggat ggcgtcctcc
     1021 ggcgacagtc cgtacggata gaagccggcg aaagggtgcg tggcgcccca aacagagacg
     1081 accggtgtgc caacaagcgc agcaaagtgc atgttggccg agtccatgca gagaaataca
     1141 tccaagcggc tgatcaaggc taactcctga ttgagcgtgt agcggccagc catactccgc
     1201 acctgcggcc acgccgcagc ccagcggtca agcaccgctt gctcgtcccc ctttccccca
     1261 aatagaaaca aggtgatgtc gccacgcccg gatagcagat cgatcacccg ctccatctgc
     1321 gcaggcggat agatcttgcc cgcatggcgg gcgaagggcg caacgcccac ccaatggccc
     1381 gtcttctctc cagccatctc actgatcacc gtctcgtcaa ccggataagc tgcaaaaagc
     1441 gacacgaacg tgcgcgaaaa cgagagtcca gccgcccgaa agacgtcagc atagcgctct
     1501 gttacgggcc gtagtgggcg gatcgtttta ggtggacgcg ccgtcaatgc ccgacgttcc
     1561 cgccgcatct tgtccagccg atagacgggc actccccgca attgaaacac gagcccaatc
     1621 acccgactgc ggatcacatt gtgcagatcc accactcggt caaatcgttc atgcgccagc
     1681 cgaagcgcca atcgcacaac gccccacagc gagtgctccg cacccttcgt atcgaccccg
     1741 acgagggtca cattctccgg acgatggata aaaagcgtag taaggaaggg ctgcgtcagc
     1801 accgtaaacg cgtcctctgg gtgagcacgt gcgacggaat agatgatggg gatagtcata
     1861 gccacgtcgc cgatggccga gagtcggatg atgagcgtct ttgccataga cgtgtggtct
     1921 gacgatcaag cctgatcagg aaggggactt ccacatagca cgtgctcaat cacctgcgga
     1981 taataagcgt attcgagtgc atgcacccgc gtagccacct ctaaggcgct gtcgccgggc
     2041 aatacagggc attgcgcctg aaagacgaca cgtccctcgt cgtagcagct attaatataa
     2101 tgtatggtga tgcccgtcac cgtgtcgcca gctgcgatca cggcctcatg cacatgcatg
     2161 ccatacatgc ccttgcctcc gtggcggggc aagagggcgg gatgaatgtt caggattctc
     2221 tccggatagg catggagtat caggtcgggg atcttgttca tgaatccagc caagacgatg
     2281 aaatcaatcg cagcctcaga gagtttcttg agcaccgctg taccgtcggc gaagtctgca
     2341 ttggaaaagg tcatggaggg gatccctaag cgtgcggccc gttcgtgaac ccgtgcgcgg
     2401 ggattgttgg agcagacaaa aacgatgtct acggacctat ttccggagaa atatcgggcg
     2461 atgttttcgg cgttgctacc gttgcccgaa gcgaggatgg ctattcgttt catttcgatt
     2521 atggatcaat tgtggagcta tgaagtgcac aaacaaagcg cgaatgtgca ggatttgggg
     2581 ttttttatag ggcaaaacca atgagtgacg ggggaaaata ctttcctttg cggcgcaaat
     2641 gtaaaaatgt agtattacac taatctttaa aacttagaat tatgtctgat gtagcatctc
     2701 gcgtaaaggc gattattgtg gacaagttga gtgtcgagga atcggaagta acaaacgaag
     2761 cgagcttcac caacgacttg ggtgcagact ctctcgacac agtagagttg atcatggagt
     2821 ttgagaagga gttcggtctt tcgattccgg atgatcaggc tgagaagatc tccacggtag
     2881 gagacgccat tgcttatatc gaagcaaacg cgaagtaatc cccacgcttt ttattcgtca
     2941 tggaattaaa aagagtcgta gtgacgggcc ttggagccat cactccgatc ggaaacaccg
     3001 ccccggaaac gtgggcggcg ttactgaacg gggtgagcgg agccgggccc atcactcagt
     3061 ttgatgcctc caaattcaag acgcagttcg cctgcgaggt gaagggcttc gatgcatcga
     3121 aacactttga ccgaaaagag gcgcgcaaat acgaccgcta cgctcagctg gcgctcgtat
     3181 cggccaccga agcgatcgaa gacgcggcat tggacttgga gaaggaagac ctgaaccgga
     3241 tcggagtcat cttcgccgcc ggtatcggag ggatccgctc gtttgaggac gaggtgcggg
     3301 actacaacga ggagcgtgga ccacgcttca atcccttctt catccctaag atcattgcag
     3361 acattgcagc gggacatatc tcgatcaaat acggtttccg ggggccgaac tttgccaccg
     3421 tttcagcctg cgcctcgtcg acgaatgcga tcgccgatgc gttcaactat atccgattgg
     3481 gtaaggccaa cgtcatcgta gccggcggag cggaagcagc cgtggccatc gtgggcgtgg
     3541 gcggattcaa cgctatgaat gcgctctcga cgcgtaacga ttcgccgcag accgcctcac
     3601 gtccgttcag cggtagccgt gacggattcg tgcttggcga aggtgccgcg gggctggtgt
     3661 tggaagagat ggagcacgcc gtggctcgcg gagcgaagat ctacgccgag gtggtgggat
     3721 ccggtctctc ggccgacgcg taccatctga cggccagtca tcccgagggc ttaggcgcca
     3781 tcttagtgat gcaaaacgca ctggaagacg ccggtctcac acccgacgcc atcgattata
     3841 tcaacgtgca cgggacttcg acgccgatcg gtgacatctc cgaagtgcga gccatcaagc
     3901 aagttttcgg tgatcatgcc tacgaactga atatcagctc gacgaagtcc atgacgggcc
     3961 acctgctcgg cgccgccgga gccgtcgagg ccttggcatc ggtgctggcg gtgaagaacg
     4021 acatcgtgcc gccgacgatc aaccacgccg agggcgacga cgatccggag atcgactaca
     4081 agctgaactt caccttcaat aaggcccaga aacgcaccgt tcgcgcggcg ctttctaaca
     4141 cgttcggctt cggcgggcat aacgccagcg tgatcgtcaa gaaatttgag aagtaacggt
     4201 gaatcgtttt ttccaaatga tagcaaggct ctttgttctc aggaacaagg agccttattc
     4261 atcgatgtat cgcatgttgg gattctatcc gaacaacatg tggctctacg agcaggcctt
     4321 cacccaccgc tcgtcgcaca acacgcccga gggtaagcgc tcgaacgaca acgagcgact
     4381 ggagttcctg ggtgacgccg tgctgggcat cgccgtggcc gacatcctct acaagcattt
     4441 ccccaaccag aaggagggct tcctgaccag cacaaggtcg aagatcgtgc agcgcgagac
     4501 gctcaaccgc atcgccctcg agatgggact ggacaagatg atggtctcca ccgtgcgtcc
     4561 acagacgcac aacagttaca tcctcggcaa cgccctagag gcgctcatcg gcgccatcta
     4621 tctggatcag ggctaccgac gctgccgacg cttcgtgcag gagcgcatga tagaccgata
     4681 cacgcccctg gataaggtgg cgcagaagga agtgaacttc aagtcgaacc tcttagaatg
     4741 ggggcagaaa gcgaagctgc gcatcgcctt tgtcctgaac gagacgtcga ccgaccagaa
     4801 cggcaaccgc atgttccaaa gcactgtcca catcgaggac gtgcccttcg gaacgggcgc
     4861 cggatacacc aaaaaagaat cgcaacagat agcggccaag aaggccatca aaaagattcg
     4921 gtacgaccgc gaggcgcaga cgctgcttgc cgaacttcgc caacgagccc tcgaggccag
     4981 ggccaccccg gacgtgctga gcgaagcaca accggagtag ttgcgggctg tttatcgctg
     5041 ataatcatcc caaacagaag gagccaataa tcgatcgatt atcggctcct tctgttatta
     5101 tgggccaatt gtatcgtaca atcacgagaa aaaaactttt tcggctcatt gtatcgtaca
     5161 atcgcttgaa aaaaactttt tcggcccatt gtatcgtaca atcgcttgaa aaaaactttt
     5221 tcagcccatt gtatcgtaca atcacgagaa aaaaactttt tcggcccatt gtatcgtaca
     5281 atcgcgagaa aaaaactttt tcagcccatt gtatcgtaca atcgcacgaa accctttcgg
     5341 cccattgtat cgtacaatcg cacgaaaaaa actttttcgg ccgtttgact gagtcaatcg
     5401 cccaccggag cccctccgcg ggtctttggc gtacttttgt ccgcgtctcc cgaacgagac
     5461 gttgctttca ttcgattatt cacatccaaa accatccatc atgtttgatt tcctacaagc
     5521 ctacccctgg gcactgccgc tcgtgatctt cttcgggcgt atctgcgacg tgacgctggg
     5581 cacgctgcgc atcattttcg tatcgaaggg cgagaagatg aaggcgccca tcgttggatt
     5641 tttcgaggtc ttcatctggg tcgtggtcat ctcgcagatc ttttcgcacg ccaacgacct
     5701 caccgcctac ttggcttacg ccggcggcta cgcgacgggc aacttcgtcg gcatactggt
     5761 cgaaaacaag atcgccctcg gctacttcct cattcgcatc tacaccaaga agggcagcgc
     5821 cgcgctgatc cacgagctga acacgaacgg cttcggctcg acccatatcc gcggtgaagg
     5881 cgccatttcc gaagtctcga tcatcgaaac cgtcgtcagt cggaaatccg agcgccgcgt
     5941 agtcaacctc gtcaccacct tcgacccgaa cgccttctac gtaatcaccg acatccgctc
     6001 caaacgcaaa ggcttcttct ccgccgccgg agcgccccga cttggcaagt aaccggccca
     6061 ccctctaccc tctattctct accctctata tccttatgca atacaacctc aaagcccccg
     6121 accgcctgca agccaccgtc acgctgcccg cctcgaagag catcagcaat cgcgtctcga
     6181 tactcagcgc actcgcccct gaggccgcgc ccctcatcaa cctggccgac agcgacgacg
     6241 gccgcgccct gcaacatgcg cttcggtcgg cagacgagac cgtcgacatc ggcgccgccg
     6301 gcacagccat gcgtttcctc accgcctact tcgccgcccg acccggccac acccgcctgc
     6361 tgacaggcag cgcccgcatg cgtcagcgcc ccatcggcct cctggtcgac gccctccggg
     6421 ggctcggggc cgacatcacc tacaccgagc gcgagggcta tccgccgctc cggatcgtcg
     6481 gccagaggct gcgcggcggc gaggtgacga tggatagcgg cgtcagttcg cagttcctct
     6541 ccgccctgct gatggtggcg cccacgatgg aacgcggcct gcagcttcgg ctcacgggtg
     6601 ccaccgtgtc ggagacttat ctcaggatga ccgtcgggct gatgcgtcgc ttcggcgttg
     6661 tggtagagga ggccgacggc gggcggacgt tccgcgtggc accgcagccg atccgcgccg
     6721 tgcccttcac cgtagaggcc gactggagcg cggcctcgta ttggtacgag atggtggccc
     6781 tcgctcagga taccacagcc acggtagagc tgttgggcct cacgccggac agtctgcagg
     6841 gcgacgccgc cattgctgcg ctattcgagc gcctcggcgt acgcaccacc ttcaccgacc
     6901 gcggcctacg cctcgacccg ctgcccggcc atcgcctgcc cgagcgcttc acgtgcgact
     6961 gcgtcctgat ccccgacatg gcccaaacgc tcgtcgtcac ctgcgccgcg ctcggcctgc
     7021 ccttccgctt cgacggcctg caaagcctgc gcatcaagga gacggatcgg ctggccgcct
     7081 tgcaaaccga gctccgccgc ttcggcttcg tcctcacgga gcacgacggc cgcaccctcc
     7141 agtgggacgg cacgcgttgc ccgcccgaag ccgcgcccac ggtcgccacc tacgatgacc
     7201 accgcatggc catggccttc gcacccctcg cgctcgtccg tccgggtggc gtcaccatcg
     7261 cacaccccga agtagtcacc aagagttacc cccgtttctg ggacgacctc cgcgccgccg
     7321 gcttccggtt ctgacgccct cgtttcgccc ccctcatatt tcactttccg cttcttagaa
     7381 atttgtttca ccatgtggta tatcctgatc agtatcgtag tgttaggcct cgtggccgcc
     7441 ggcctggggc aatgggatcg tcgccgtcgt cggcaacgat tcgagcgggg cgagatcgcc
     7501 tcgatggagg atgaaacgcc tcagaccgtc attcccgagg gctgctgtgg acagcacgag
     7561 acgtgcgagc gcgacagtct cctggctgcc gttacggccg gtcgaaaggc cgagtattac
     7621 gacgacgaag agcttgacgc ctaccgtggc acaccctccg atgcctatgc cgaacccgtc
     7681 gtggaggagt ttcgcgaagt gctctacacc ctccgccagg acgaggtgcc cggctggata
     7741 cgcagcctcc aactccgcga catcgccctg cccgacgccc tcaaagccga aaccctactc
     7801 atcgtcgaag agctgcgcga cagtcgaggg tgagacgctg aaaactttca tccatatcga
     7861 gacaacatga tccaaaccca cgccatcacc aagcgcttcg accggctaca gatcctcaaa
     7921 ggcatcgaca tcgaggtgca tgaccgcgag atcgtcgcca tcgtcggacc cagcggcgcc
     7981 ggcaaaacaa ccctcctaca gatcgtcggt acgctcgacc
//
LOCUS       SEQF2638.1|AYYF01001008.1 285 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..285
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gagcatagta ggctcgtctc cgcgctccgt ctgcccgacg ggatgttctc agaaaacgcg
       61 ggaacagagg tcggtagcga tctccttatc cttcaaaagg agacggggaa ggggatgcaa
      121 aacgagtggg aacaactttt cacgcaaagc gtttccatcg aatcgggcgg agagtcattc
      181 acggaaaacg ccctgtttgc cgaaggcaat cataacattg ccacgaccta tcgcatcggt
      241 acagatgctt acggaaagcc tgccccagtc tacatccaca cgggc
//
LOCUS       SEQF2638.1|AYYF01001009.1 1733 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1733
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(1381..1656)
                     /gene="tsaC"
                     /locus_tag="SEQF2638.1_00464"
                     /EC_number="2.7.7.87"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01852"
                     /codon_start=1
                     /transl_table=11
                     /product="Threonylcarbamoyl-AMP synthase"
                     /translation="MSLLGPDGSVGIRVTRERFSHALCERFRRPIVSTSANLSGQAAP
                     GCYDEVSQEIIRGVDYVVHYRRTDRSTARPSSIIRLGADGTIQVIRE"
ORIGIN      
        1 tgcctgtgat tactgtcctg accgtataaa taaggatagt cagatccaga gcgagggaca
       61 tattttcgta atagaggatg tcgtagtcga ggcgctcgat catcttttcc accgtgtcgg
      121 catagccata cttgaccatg ccccaagagg tgatgccggg gcgaacgttg tgcaataaat
      181 agaagtaggg cgcagtgcgg acgatgcggt cgatgtagta ccgctgctca ggccgtggcc
      241 cgacgagcga catgtcgccg atgagcacgt tccagaactg cggcagctcg tccagccgat
      301 acttgcggag gaaacggccg aagggcgtca cgcggttgtc gtcctgttgg gtcagctgat
      361 ggccgtcatg atcggcgccg acgtacatcg tgcggaactt gtagatcgtg aagggtcggc
      421 caccgcgccc gatgcgctcc tgccgaaaca gtacggggcc aggcgagcta cgcttgacgc
      481 cgatagccag gtaagcgtag acgggcgaga gcagcaggag ggcgatagcg gaaacgatct
      541 tatcggccaa ccatttgagg ttcttacccg cctcggagaa gttgttgtcc gtggcgtcga
      601 tcagggggat gccgtggatg gtccgcacac cgacacgccc cagcggactg ttcttggccg
      661 cccagatctt cacggggcac ttatagcggt agagtgagta gagaatgtgc acggcgtcgg
      721 cgtcgccccc cggctccacg acaagcgcca gctcatgcgc gggacgtgtg gccatcagcg
      781 cgggcaagtc actgatacgg cccagcgttt cctgcacgcc ctccgccgtc gacggttcgc
      841 cgacgaaccc ttccacccga taacctaacc gttccagatc gcgtcgcgcc tccggggcgt
      901 gctgacccgt tccgatgact aagacatccg tagcccacag tccgcggcgt accatacgca
      961 gggcatgatt tgtgatcatg ttgcgcccga ggtaggtcag gacgaattgc agcgcgcagt
     1021 aggtgaagaa gatgatgtag taaacgtcga acgaacgcgg gaggtcgttg aggatgacca
     1081 cgaaaaagat gacgacgcac ccaagcccga cgctcacgaa ggtggtgaag gcctcctcga
     1141 tacgtgactt gccgaagggc cggttgtagt aacccgaaag gaaatagagg gccagccaga
     1201 agaagggtac gataagctgc acctgaatga cttgccgata gccgaggaag tcggccagcg
     1261 taccgaagtc gtagcgggct acctcgtgaa agcgtaccac gttgagcaca gcccacgcta
     1321 cggccgcggt gacgaagtcg gacaacagat agaggagacg ttggcggcgg cggttcatca
     1381 tcactcgcgt atgacttgaa tggttccgtc ggcgcctaat cggatgatgc tcgagggacg
     1441 tgctgtggag cgatctgtgc gccgataatg gacgacgtag tccacgccgc ggatgatctc
     1501 ctggctgacc tcgtcgtagc atccgggcgc ggcttgtccg ctgaggttgg ctgaggtcga
     1561 cacgatggga cggcggaagc gttcacagag cgcatgtgag aatcgttcgc gggtgacgcg
     1621 tatgcccacc gagccgtctg ggccgagcag cgacatcctc tattacgaaa atatgtccct
     1681 cgctctggat ctgactatcc ttatttatac ggtcaggaca gtaatcacag gca
//
LOCUS       SEQF2638.1|AYYF01001010.1 324 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..324
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             1..303
                     /locus_tag="SEQF2638.1_00465"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLLSLVNVHLRVLLGWDRIRAFNVVFLVQGAGLFFVLLGLYYVA
                     GLKNLGGYMRGLFLTNLAAWAVSLVLLLRGVTRPKGGLSVKSWLRDTGETVSYTHL"
ORIGIN      
        1 gtgctgcttt cgttggtcaa tgtccatctg cgcgtgctgc ttgggtggga tcggatccgg
       61 gccttcaatg tcgtgtttct cgttcaaggt gcggggctgt tttttgtgtt actcggactc
      121 tattacgtgg cagggctgaa aaatctgggg ggatatatgc gggggctttt cctgacaaac
      181 ttggctgcgt gggcagtgag tcttgtgctc ctgctacgcg gtgtgacgcg gccgaagggc
      241 ggactatccg tcaagtcgtg gctgcgcgac acgggcgaga ctgtctctta tacacatctc
      301 tgagcgggct ggcaaggcag accg
//
LOCUS       SEQF2638.1|AYYF01001011.1 8288 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..8288
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             589..1986
                     /gene="tig"
                     /locus_tag="SEQF2638.1_00466"
                     /EC_number="5.2.1.8"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_00303"
                     /codon_start=1
                     /transl_table=11
                     /product="Trigger factor"
                     /translation="MNISLTSDDSIRGIITVAIEKKDYEKDVDKNLRLYRRKMTLPGF
                     RKGTAPMGMIRKVYGKRVLADEINRLTSEHLFKYIRDNRLGIMGEPLPKADQEPINFD
                     TQEEFKIQFDVALAPKMTDVKLTKEDHLKWYDIRVDDALLDKQIDAYRQDQGTTETPE
                     TVEREDWLRGKLVEMENGEQKPGGVWVENSVLFPNIIKDEELLAKFIGAKVGDQIVFN
                     PKNAYGNTPRAVASLLNMDQATAEQFTNDCRYEITHISRLKPAEMNQQLFDRVLGPNK
                     VKDEAEFRDEIRKLMKAPLNQRSEVGFERDLRALLIRKVGDVPLADDILKRWLLLTSD
                     KVNPEDLDRDYPILVEDMKYHVAREYFMAENGLKAEDSDIEEVAKLLAHSHFMQYGIL
                     SASDDLVGPFVRDLLKDEAARRNLINRAADRKFAEWAKGQITVETVEVSPEEYEKALA
                     SETANNNDAVKEEGK"
     CDS             1993..2658
                     /gene="clpP"
                     /locus_tag="SEQF2638.1_00467"
                     /EC_number="3.4.21.92"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P80244"
                     /codon_start=1
                     /transl_table=11
                     /product="ATP-dependent Clp protease proteolytic subunit"
                     /db_xref="COG:COG0740"
                     /translation="MENEFKKYATKHLGMSSTALESYMNITSSYISPTIIEERQLNVA
                     QMDVFSRLMMDRIIFLGTQIDDYTANVIQAQLLYLDSSDPGKDISIYINSPGGSVYAG
                     LGIYDTMQFIGSKVATICTGIAASMASVLLVAGEKGKRCCLTHSRVLIHQPMSGVQGQ
                     ASDMEIAVREVLKVKDELYRIISEHSGKPYEVIARDSDRDYWMNAQEALEYGMVDEIM
                     KRK"
     CDS             2665..3894
                     /gene="clpX"
                     /locus_tag="SEQF2638.1_00468"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P50866"
                     /codon_start=1
                     /transl_table=11
                     /product="ATP-dependent Clp protease ATP-binding subunit
                     ClpX"
                     /db_xref="COG:COG1219"
                     /translation="MSKGVENTCAFCGKSGKDVGMLITGLSAAICDECATQAYHIVQQ
                     GRAVGSSFLPKGEEVPKPKELKEFLDQYVIGQETAKRYLSVAVYNHYKRLMQKTTADD
                     VEIEKSNIIMVGATGTGKTLLARTVARKLHVPFCIVDATVLTEAGYVGEDIESILTRL
                     LQAADYNVEAAQRGIVFIDEIDKIARKSDNPSITRDVSGEGVQQGLLKLLEGSIVNVP
                     PQGGRKHPEQRMIPVDTRNILFICGGAFDGIEKKIAQRLNTRVVGYAASRDTSVVDRE
                     NLMQYITPTDLKAFGMIPEIIGRLPILTYLDPLDRKALRQILTEPKNSIIKQYIKLFD
                     MDGIKLTFSEEVYEYVVDKAIEFKLGARGLRSIVEAIMMDAMYRLPSENRKKMAVGLS
                     YAKEQFEKMDLSRLQRA"
     CDS             3952..6261
                     /gene="cshA"
                     /locus_tag="SEQF2638.1_00469"
                     /EC_number="3.6.4.13"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01493"
                     /codon_start=1
                     /transl_table=11
                     /product="DEAD-box ATP-dependent RNA helicase CshA"
                     /translation="MAEELPKAESSKKPSEERKPGVAPRKTATATPRTKSPAKGATSK
                     GDMNVTEALKKHFGFDSFKGDQKAIIETLLSGKDVFVLMPTGGGKSLCYQLPSLMMEG
                     TAIVISPLIALMKNQVDAMRNFSEADGVAHFINSSLNRTAIEQVKQDILSGLTKLLYV
                     APESLTKEENVEFLRQVKISFYAVDEAHCISEWGHDFRPEYRRIRPIINEIGKHPLIA
                     LTATATPKVQHDIQKNLGMLDATVFKSSFNRSNLYYEVRPKGKDVDREIIKYIKANEG
                     KSGIVYCLSRKRVEEFTDILCANGIKALPYHAGMDSQARSRNQDAFLMEEADVIVATI
                     AFGMGIDKPDVRYVIHYDIPKSLEGYYQETGRAGRDGGEGRCLAFYAYKDLQKLEKFL
                     QGKPIIEQEIGKQLLLETAAYAESAVCRRKVLLHYFGEEFTEENCGSCDNCLTPRTTV
                     EGKELLVTALEAIDLLRERYKAEHIVDFLMGKETADIVSYQQNEMEQFGSGQEEDDKT
                     WNAVLRQALIAGYLTKEIENYGTLRITPQGREFMEHPTSFRVVKDKEFEEDEGADMPM
                     RGSGASAVDPALFSIMKDLRKKLSKQLDVPPFVIFQDPSLEAMATTYPVTLEELQNIP
                     GVGSGKAKRYGTEFVALIKKYVEENEIERPEDMRVRTVANKSKLKVYIVQSIDRKVAL
                     DDIASSKGLEFSELLDEIESIVYSGTRINIDYFIFDAIDEDRVDDIYQYFKESTTDSL
                     QEAIEELGSDYTEDEIRLVRIKFLSEMAN"
     CDS             6300..7904
                     /gene="prsA"
                     /locus_tag="SEQF2638.1_00470"
                     /EC_number="5.2.1.8"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01145"
                     /codon_start=1
                     /transl_table=11
                     /product="Foldase protein PrsA"
                     /translation="MKRRLLWVALCCAMPLSGAFAQKKAADDPTIMTVAGKDIPVSEF
                     LFIAQKDSGVDLNNKKSLDDFVTLFKHFKQKVADAEAAQYDQTENFRNELRDYEVQLR
                     AGFLSDKRGEAEAIRTVYNRGKMLPSFSDIVFPLPEKTVSKDTVAVYRRAKAAYDRIS
                     RGENYDKVARELAPGRDDDSVFFDHVEYIYPLQLMKSLENTVFNMKVGQIVGPVRSPA
                     GYHILRLDQLTPNPGRRRVAHILIGSDEDHQDTVALLRRANEVYDLLKKGESFSSLVN
                     TYSTDGRTRNSGGILPYFSLGEMVHPFEEAAFALKDTGDFTRPVRTRFGYHIIKLLDK
                     RPMPPYEEMEKSYYTTMRQGDRNFELFKTYDDMMKQKYGYVFYPEAYEELQRLCDNYF
                     PTDSDFHKQARQMHKTLLRIHDTDIPQSEFAEYLRLYPFSTKTYSGDFMSEVYQLFVR
                     DITNNLERRELDANHPELEKLMKEYRDGILLFNISNERVWSHPVEEQAKLEADWLKEL
                     DRKYAVKINRKVLSNLKQYIAPTSKK"
ORIGIN      
        1 tcgtagtcct ttttttctat tgccccgtac tcttccaatc gtttctgcaa atcttcttcc
       61 tgaacgcgat aattcaggtt acccaagtaa atattcataa gttgtaaatt aaaaagaatg
      121 tcgtaaccaa tgaaaggcaa gaatttcgcg agttcataac aatactccaa tcatcggcta
      181 attgacagct gcagaatagg ttgttaagta cattcgatat atactttctt tcatggccgc
      241 aaaggaaggg ataaaagatt gatatatgca agactttttt accgtgattt tagtccagca
      301 aaagagcgtc tccgtcctcc actcgatgcg ttttcggaac gaatttcagg gagagacttc
      361 caccggaaga gaccctatta tataggtaca gcagaggggt atctgagcgc cctaagaata
      421 gagggaaaat tgagcggtaa aaaacgccca aaactggctt cagcagctgt tttaagcgcc
      481 tttttatggc cctccgcact catttgttgg attgaaatta tagtctaatt ttgcaccctg
      541 caaaataaaa gggcagacct aatagattaa ttattaagat agaacagtat gaatatttcg
      601 ttgacgagcg atgactccat ccgcggtatc atcacagtgg caatagaaaa aaaggactac
      661 gagaaggacg tggataagaa cctgcgtctg taccgccgga agatgacatt gcccggcttt
      721 cgaaagggca cggcccccat gggtatgatc cgtaaagtgt acggcaagcg cgtgttggcc
      781 gatgaaatca atcggctcac gtcggagcac ctctttaagt atattcgtga caaccgactc
      841 ggtataatgg gcgaaccgct ccccaaggcg gaccaagaac cgatcaattt cgacacgcag
      901 gaagagttta agatccagtt cgacgtggct ctggctccga agatgacgga tgtcaagctg
      961 accaaagagg atcacctgaa atggtacgac atccgtgtgg acgacgcgct gttggataag
     1021 caaatcgatg cctatcgcca ggatcaaggg acgacagaaa caccggagac ggtggagcgt
     1081 gaggattggc tgagaggcaa actcgtggaa atggaaaatg gagagcagaa acctggcggt
     1141 gtctgggtgg aaaactccgt gctctttccg aatatcatta aggacgaaga gctgttggct
     1201 aaattcatcg gcgccaaagt gggcgaccag atcgtattta atcccaaaaa cgcctatggc
     1261 aatacgccac gtgctgtcgc ctcactgctc aacatggatc aagcaacagc agaacaattc
     1321 acgaacgatt gccgctatga aatcacccac atctcacgtc tcaaaccggc cgagatgaat
     1381 cagcagctgt ttgatcgggt gctgggcccc aacaaggtga aagacgaagc ggaattccgt
     1441 gacgaaataa gaaagctgat gaaggctccg ctcaaccaac ggagtgaagt gggcttcgag
     1501 cgtgatctgc gcgccttgtt gattcgcaaa gtgggagacg tgccgctggc tgacgacatc
     1561 ttgaagcgct ggcttttgct gaccagcgac aaggtaaatc ccgaagatct ggatcgagac
     1621 taccccatcc tcgtggagga tatgaagtat cacgtagcca gagagtactt catggctgaa
     1681 aacggattaa aggcagaaga ctccgacatc gaggaggtag ccaaactatt ggcgcactcg
     1741 catttcatgc agtatggtat actctctgca tcggatgatc tggtgggccc atttgtcaga
     1801 gacctcctca aagatgaagc ggcccgacgc aacttgatca accgtgctgc agatcggaaa
     1861 ttcgctgagt gggccaaggg acagatcacg gtcgaaaccg tcgaggtatc gcccgaagaa
     1921 tatgagaagg ctttagccag cgagactgct aataacaacg atgccgtaaa agaagaagga
     1981 aagtaatcgc agatggaaaa cgaattcaag aaatacgcta ccaagcattt gggcatgagc
     2041 tctacagcgc tggagagcta tatgaacatc accagcagct acatctctcc gacaatcatt
     2101 gaagagcgcc aattaaatgt cgcccaaatg gacgtcttct cgcggttgat gatggatcgc
     2161 atcatcttcc tcggcacaca gatagacgac tataccgcca atgttattca ggcgcagctc
     2221 ctctacttgg attcgagcga tccgggtaag gatatctcca tctatatcaa ctcacctgga
     2281 ggatctgtct atgctgggct ggggatttac gacacgatgc agttcatcgg cagtaaggtg
     2341 gccacgatct gtaccggcat tgcggcctct atggcatcgg tgctgctggt ggctggagag
     2401 aaaggcaaac gttgctgcct gacccactcg cgcgtgttga tccatcagcc gatgagcggt
     2461 gtgcaagggc aggcttcaga catggaaatt gctgtacgcg aggtattgaa ggtgaaggat
     2521 gaactctacc gcatcatctc cgaacattca ggcaagcctt acgaggtaat tgcccgcgac
     2581 agcgaccgcg actattggat gaacgcccag gaagcgctgg aatacggcat ggttgacgaa
     2641 atcatgaaac gtaagtaaga gacgatgtca aaaggggtag agaatacttg tgccttttgc
     2701 ggcaagagtg gcaaagacgt aggcatgctg atcacggggc tttccgctgc gatctgtgac
     2761 gaatgtgcga cacaagcgta tcacatcgtg caacaggggc gtgcagtggg aagcagcttc
     2821 ctgcctaaag gcgaggaagt gcctaaaccc aaagagctga aggagttttt ggatcaatat
     2881 gtcatcggac aggaaacagc caagcgctac ctgtccgtgg ctgtctacaa ccactataaa
     2941 cgattaatgc agaaaacgac tgctgatgac gtggagattg agaaatccaa catcatcatg
     3001 gtcggtgcca cgggaacggg caagaccttg ctggcgcgta ccgtggcacg caagctgcac
     3061 gtgcccttct gcatagtcga cgccaccgta ctgactgaag cgggctatgt gggagaagac
     3121 attgaaagca tcctgacacg cctgctgcaa gcggccgatt ataacgttga ggccgctcag
     3181 cgaggcattg ttttcatcga tgagatcgat aagatcgccc gcaagagcga caacccttcc
     3241 atcacgcgtg acgtgagtgg cgagggtgtg cagcaaggac ttctgaaatt gctcgaagga
     3301 tcgatcgtga acgtcccgcc ccaaggtgga cgcaagcatc ctgagcaacg catgatcccc
     3361 gtggacacac gcaacatcct tttcatctgc ggtggtgcat tcgacggcat cgaaaagaaa
     3421 atagcccagc ggctcaacac acgcgtcgtg ggttacgctg ccagtcgaga tacatccgtc
     3481 gtagatcggg aaaacctcat gcaatacatc acaccgaccg acctcaaggc cttcggtatg
     3541 attcccgaga tcatcggtcg attacccatc ttgacctacc ttgatccgct ggacagaaag
     3601 gcgctgcggc agatcctgac cgaacccaaa aactccatca tcaagcaata catcaagctg
     3661 ttcgacatgg acggcatcaa actcaccttc agcgaagagg tttatgaata cgtcgtcgac
     3721 aaggcgatcg agttcaagct cggagcacga ggattgaggt cgattgtgga agctattatg
     3781 atggacgcca tgtacaggct gccttctgag aacaggaaga agatggccgt cgggctgagc
     3841 tacgccaaag agcagttcga aaagatggat ctcagccgtt tgcaacgagc atgagggcgt
     3901 cacacgagag tgaagagagt atggcaatag atatgtctaa aaggaagaag catggccgaa
     3961 gaattaccga aagctgaaag cagcaaaaag ccgtcagaag agagaaagcc gggagtggcg
     4021 ccgagaaaaa ctgccacagc tacaccacgc accaagtcgc ctgccaaagg cgccacgtcc
     4081 aaaggggaca tgaacgtcac cgaggcccta aaaaaacatt tcggatttga ttcctttaag
     4141 ggagaccaga aagccatcat tgagacgctg ctttccggta aagatgtgtt tgtgcttatg
     4201 cctacgggcg gcggaaaatc gctctgttac cagttgccct cgctgatgat ggaaggtacg
     4261 gcgatcgtca tctcccccct catcgcactg atgaagaatc aggtggatgc tatgcgcaac
     4321 ttcagcgagg cggacggcgt ggcacacttc attaactcgt cactcaaccg taccgccatc
     4381 gagcaggtga agcaggacat cctatccggt cttaccaaac tgctttacgt ggcgcccgaa
     4441 tcattgacga aagaggagaa cgtcgagttt ctgcgtcagg tgaagatctc gttttacgcc
     4501 gtcgacgagg cgcactgtat ctcggagtgg gggcacgact tccgacccga ataccgtcgc
     4561 atacgaccca tcatcaacga gatcggcaag catcccctca tcgccttgac ggctacggcc
     4621 acgcctaagg tgcagcacga cattcagaag aatctcggca tgctggatgc cacggtcttc
     4681 aagtcctcct tcaaccgctc caacctctac tacgaggtgc ggccgaaggg taaggacgta
     4741 gatcgcgaga tcatcaaata catcaaagcc aacgagggca agtcgggcat cgtctactgc
     4801 ctcagccgaa aacgggtgga ggagttcacc gacattctct gcgccaacgg tatcaaggct
     4861 ctgccttacc atgcgggcat ggattcgcaa gcgcgatcga ggaatcagga cgccttcctg
     4921 atggaagagg ctgacgtcat tgtggccact atcgccttcg gtatgggtat cgacaagccc
     4981 gacgtacgct atgtgatcca ttacgacata cccaaaagtc tcgaggggta ttaccaagag
     5041 acggggcgtg ccggacgtga cggtggcgag ggccgatgcc tggctttcta cgcctacaaa
     5101 gaccttcaga agctggagaa gttcctgcaa ggcaagccca tcatcgaaca ggagatcggt
     5161 aaacaattgc tgctggagac ggctgcctat gccgagtccg cagtctgccg acgtaaagtg
     5221 ctgctgcact acttcggcga agagtttacg gaggagaact gcggcagctg cgacaattgc
     5281 ctcacgccgc gcactacggt cgagggcaaa gagttgctcg taacggcgct ggaagctatc
     5341 gacctcctgc gtgaacgcta caaggcggaa cacatcgtcg acttcctgat gggtaaagag
     5401 acggccgaca tcgtctccta tcagcaaaac gaaatggagc aattcggtag cggacaagag
     5461 gaggacgaca agacttggaa cgcggtactt cgtcaggccc tcatcgcagg ctatctaacg
     5521 aaagagatcg agaactacgg taccctccgg atcacccctc aaggacggga gttcatggag
     5581 caccccacct cgttccgcgt cgtgaaagac aaggagttcg aggaggacga aggcgcagac
     5641 atgccgatgc gtggcagcgg tgcgagcgcc gtcgatccag cccttttctc gatcatgaaa
     5701 gaccttcgga agaagctctc taaacagctc gatgtgcctc ccttcgtcat cttccaagat
     5761 ccttcgctcg aggcgatggc caccacctat cccgtcacac tggaggagct acagaacatc
     5821 cccggcgtag gatccggcaa ggccaaacgc tacggtacgg agttcgtggc cctgatcaag
     5881 aaatacgtcg aggaaaacga gatcgaacgc cccgaagaca tgcgtgtgcg caccgtggcc
     5941 aacaaatcga agctgaaggt ctacatcgtg cagagcatcg accgcaaggt ggccctcgac
     6001 gacatcgcct cgtctaaagg actggaattt tccgaactgc tggacgagat cgaatccatc
     6061 gtctactccg gcacccggat caacatcgac tacttcatct tcgacgccat cgacgaggat
     6121 cgcgtggacg acatctatca atacttcaag gagtcaacca cggacagcct tcaggaggcc
     6181 atcgaagagc tcggtagcga ctataccgag gacgagatcc ggcttgtccg catcaagttc
     6241 ctctccgaaa tggccaacta acggcctcac agatcaatca tcaaccaatc aacgatagaa
     6301 tgaaaagaag gcttttatgg gtcgccctgt gttgcgccat gcccctcagc ggagcgttcg
     6361 cacagaaaaa ggcagctgac gacccgacga tcatgaccgt ggcagggaaa gacatccccg
     6421 tctcggagtt cctcttcatc gcccaaaaag acagcggcgt ggacctgaac aacaagaagt
     6481 cgctcgacga ctttgtgacg cttttcaagc acttcaagca aaaggtggcc gacgctgaag
     6541 ccgcccagta cgaccaaacg gaaaacttcc gcaacgaact gcgcgactat gaggtgcagc
     6601 tgcgtgccgg cttcctctcc gacaagcggg gcgaggccga agccatccgc accgtctata
     6661 accggggcaa gatgctcccc tcgttcagcg acatcgtctt ccccctgcct gagaaaacgg
     6721 tatcgaaaga caccgtagcc gtctatcgcc gcgccaaagc cgcctacgac cgcatcagcc
     6781 gaggcgagaa ctacgacaaa gtagcccgtg agctggcccc cggacgagac gacgactccg
     6841 tcttcttcga ccacgtggag tacatctacc ccttgcagct catgaagtcg ctcgagaata
     6901 ccgtcttcaa tatgaaggtc ggacagatcg tgggccccgt gcgttccccg gccggatacc
     6961 acatcctgcg cctggatcaa ctcacgccca atcccggacg ccgccgcgtg gcccatatcc
     7021 tgatcggatc tgacgaagat catcaggaca ccgtagccct gctccgacgc gccaatgagg
     7081 tctatgactt gctgaaaaag ggcgagagct tcagctcact cgtcaacacc tactccaccg
     7141 acggacgcac ccgcaacagc ggcggcattc tgccctattt ctccctcggt gagatggtgc
     7201 accccttcga ggaggccgcc tttgccctca aagacacggg cgatttcacc cgccccgtcc
     7261 gcacccgctt cggataccac atcatcaagc tgctggataa gcgccccatg cccccttacg
     7321 aggagatgga aaagagctac tacacgacca tgcgccaggg cgaccgcaac ttcgaactct
     7381 tcaagacgta tgacgacatg atgaagcaga agtacggcta cgtcttctat cccgaggcct
     7441 acgaagagct ccagcgcctt tgcgacaact atttccccac cgattcggac tttcataagc
     7501 aagcccgaca gatgcacaag acgctgctcc gcatccacga tacggacatc ccccagagcg
     7561 agttcgccga atacctccgc ctctatccct tctccaccaa aacctattcg ggcgacttca
     7621 tgagcgaggt ctatcagctt ttcgtccgcg acatcacgaa caacctcgag cgccgcgagc
     7681 tggacgccaa ccaccccgag ttggaaaaac tgatgaagga atatcgtgac ggcatcctgc
     7741 tcttcaacat cagcaacgag cgcgtctgga gccatcccgt cgaggaacag gctaaactgg
     7801 aggccgactg gctgaaggag ctcgaccgga agtatgcggt caagatcaat cgcaaggtgc
     7861 tcagcaacct caagcaatac atcgcgccga cgtccaagaa atgaagcgtt gacgccactc
     7921 atgtcttttg tcacaaccgc ctttaaggac aggacccccg cagcgtcggg agccctgtcc
     7981 cgttgtattt gacgagcgcc tcaaaaggtg ggcacactcc gcgaggcgaa aggctggtct
     8041 tacttttcga aaaggagcgc cggtatctca gggttcaatg ctccttgaaa aaaagtagcc
     8101 ccaaaccctc aggggtcagc ttcgctagaa aaaaagtagg gctaaaccct cagggttcag
     8161 cctcacttga aaaaaagaag ccctaaaccc tcaggggtca gcgctacttg aaaaaaagta
     8221 gccccaatcc ctcaggggtc agcttcgcta gaaaaaaagt agccctaaac cctcaggggt
     8281 cagcttcg
//
LOCUS       SEQF2638.1|AYYF01001012.1 319 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..319
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 accaaacact ctggcgatgt tggcaggccg cctgccgggg tatcggattc ggttttaagg
       61 ttagaagcat ggaggcgaag ggggggcgat cccttcgcgt caagctcatc gtagaagccc
      121 ccacacttac aggccgggca ttctccccca caagcacaaa cacaaaagac tacgcgcaac
      181 gggcactcct ccactgagag aggttgtgtc cgttgcgcgc agtctttttt tctggggggc
      241 cttctctaag ggcttacacc ttgaaggccg acttgcacca agggacgagt ccacaggtgt
      301 cgcaatcggg cttgcgggc
//
LOCUS       SEQF2638.1|AYYF01001013.1 446 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..446
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             10..309
                     /locus_tag="SEQF2638.1_00471"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQSAVVEALQSPREWYDGMNAVYRRRRVLAERIMDALGCQYDQR
                     QVGMFLWGRVPVSAQSGEALADRVLQQAHVFITPGFIFGSAGGVAARRRRPRGCG"
     CDS             complement(248..427)
                     /locus_tag="SEQF2638.1_00472"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAVLESDPRRMRFIYNALRLASPDEVEAFAPELVINCVTLSRTL
                     EAFDAVLPRLRPIRR"
ORIGIN      
        1 ttccgcccca tgcagtcggc cgtggtggaa gcgctccaat cgccgcgcga atggtacgac
       61 gggatgaatg ccgtctatcg ccgtcggcgc gtcttggcgg agcgcatcat ggacgcgctc
      121 ggttgtcaat acgaccagcg acaggtgggc atgttcctct gggggcgtgt gccagtatcg
      181 gcacagagcg gcgaggcgtt ggccgaccgc gtactccagc aggcccacgt attcatcacg
      241 cccggcttca tcttcggatc ggccggaggc gtggcagcac ggcgtcgaag gcctcgaggg
      301 tgcggctgag cgtgacgcag ttgatgacca gctcgggggc gaaggcctcc acctcgtcgg
      361 gcgaggcgag gcggagggcg ttatagatga aacgcatgcg gcgcgggtcg gactcgagga
      421 cggccacctc gtgatcgaag ctgagc
//
LOCUS       SEQF2638.1|AYYF01001014.1 1486 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1486
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             212..1252
                     /locus_tag="SEQF2638.1_00473"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKDVKSISGINHHYPLGMHIDMQVQLYDILQPVAPAKILLDAAD
                     LPAWKSDIDKEKESVREPSAYAETKYLKEKDKKRDEIVTSLFQEIRMAARSMVEDRQK
                     AGHRLCLIVDAYKGLQSENIANKTGHVTGLLLDLGKPEATADLTTLGLATTVPMLKNI
                     NDEFVTLRTQRLKAEAEDTQTAGTDLRAKNDATATKIFRHIEAAYIAAASDEDRKLVG
                     ELIDRINTVLSYTKTHYSQSLALKRLAAERRKQPKDPKKPKKPKKGTDPEIRLPDDGK
                     PKTPETPKKPEGGGSGSGKHPEGGGGGTGGGGKHPEGGSGGTGGGGKPSEGGGGGTGG
                     SGGGPEIHLPEE"
ORIGIN      
        1 ggggccggtg ggggctagcc cccacccctt gacagatgaa gggtagggcc cggacccttc
       61 cccatatata taggtataga gaagggcagg ccgatagcgg tcggccctcc cgactcgcat
      121 tttttaccat caatgagttg caattcaaaa tacaccctat atttgcggtg tcgagagacc
      181 cacttttcac atatataaat cacatacgag aatgaaagac gttaaatcca tctctggaat
      241 caatcatcac tacccattgg gtatgcacat tgacatgcag gtgcagctgt acgacatact
      301 acagcccgtc gcccctgcca aaatcctctt agacgccgct gatctccccg cctggaagtc
      361 cgacatcgac aaagagaaag agtccgtccg tgagccgtca gcttacgcgg agactaagta
      421 tctgaaagag aaagacaaga agcgtgacga gatcgtcacc tccctcttcc aggagatccg
      481 catggcagct cgctcgatgg tcgaggatcg ccagaaggcg ggccaccgcc tctgcctgat
      541 cgtagacgcc tataaaggtc tgcaaagcga gaacatcgcc aacaagaccg gtcacgtcac
      601 gggcctgctg ctcgacctcg gcaaaccgga agccacagcc gacctgacga ccctcgggct
      661 cgccaccact gtgcctatgc tcaagaacat caacgacgag tttgtcaccc tgcgcaccca
      721 acgcctcaaa gccgaggccg aggacactca gaccgcaggc accgacctaa gagctaagaa
      781 cgacgcgacg gccacgaaga tcttccgtca catcgaggcc gcctacatcg cagctgcctc
      841 agacgaggat cggaagttag tcggcgagct gatcgatcgc atcaacacgg tcctcagcta
      901 caccaagacg cactacagcc agagtctcgc cctcaagcga ctggcggccg agcggaggaa
      961 acaacccaaa gaccccaaga aacccaagaa gcccaagaag ggcactgacc ccgagatccg
     1021 tctcccggac gacggcaaac ccaagacacc cgaaacgccg aagaagccag agggaggcgg
     1081 cagcggcagc ggtaagcatc ccgaaggcgg cggtggaggc accggtggcg gtggtaagca
     1141 tcccgagggc ggcagcggag gcactggcgg aggcggtaag ccctccgaag gcggcggagg
     1201 aggcaccggc ggcagcggtg gcggccccga gatccacctc ccagaagaat aaggaacgca
     1261 ctttctttag ttttttcttc atatctagtc tccccgggaa cggcctcgcc tgtcgaggta
     1321 cgcccggggt ttgtttttcg ccccccccct cgtccgacaa ggccattcaa tcaaccgtta
     1381 tgcccacaca gtccccattt ttcgtccgaa tgggtagggc cgaaaacgta tgggttcaaa
     1441 aaatgatcct gttttttggg gccgtcaggg taggggcgta ttgaac
//
LOCUS       SEQF2638.1|AYYF01001015.1 2164 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2164
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(339..2063)
                     /locus_tag="SEQF2638.1_00474"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPTVVEGRIGEGDVAALIVVVAQLAVADAQLGLRHGEEGQPELE
                     LDVTLALLDEGRQQIFVKERLALHVLPIGIDGLKLEVGGQGRRQVGAAGDGDATEEVT
                     HLEVRVQVDGVTRKDLIVQAEIELVGLMRGDVAADAHLHLLIDTDVEIEIEIEVLAVV
                     HRLRNDLLDLRIREHLEIGALELLHRELPVDIAVQLLLDIAPLRARDTRDVDILEHQF
                     GQAGTIGAAPGVDLREGDTPRDALTDGVDHPQCAPIALIHQLLGAGKVEQVDVRELEL
                     NHHAVILRDVVFRATHHHRLDLFHKVGRGVGRTGHGGAEDEVGVKFGLDDIHGEVVVD
                     AAVEEWDAIFPNRLEKERERHRCAHRLTEVAIAPDDSFLVIDVGADAAEGHEKVVEIP
                     ARLRRGGCIEGHKRLIHLYRVDEALRQQVGDDLQRIGEVDGEAHKVWRGVGLLEIVDI
                     LVLHAARLPVSKLVGKEQPEHLVGRVADGVKAPDDGANRRAGDVVNGDFVFLQGLDHA
                     QVCGALRPAAAQHEAHRLLLRRAVYGHQRRQHQQGGLHEFLHSTHIYNRYAAAPWRAS
                     LDRAGHRP"
ORIGIN      
        1 accctgaggg ttttgtgtca ctcagaaaga aaagtagggc tgaaccctga gggttttgtg
       61 cttcttgaaa taaagtaggg ttgaaccctg agggttttgt gctccttgaa aaaaagaggg
      121 gctgaaccct gagggttttg tgtcacttaa aaaaaagaag ggctgaaccc tgagggtttt
      181 gcgctccttg aaaaaaagag gggctgaacc ctgagggttt tgtgtcactt gaaataaagt
      241 agggctaaac cctgagggtt ccagcgctac ccagaaaaaa gtagggctgt atgttagcgc
      301 atacgggttc ccccgaaaat agattgacga gtaaagggct atggtcgatg gcccgctcta
      361 tccaaactgg cccgccacgg ggccgctgca tacctattat atatatgtgt agaatgaaga
      421 aactcatgca ggccgccctg ctgatgctgg cggcgctgat gcccgtacac agcgcggcgc
      481 aagagcagac ggtgggcctc gtgctgagcg gcggcggggc gaagggcgcc gcacacttgg
      541 gcgtgatcaa ggccctggag gaaaacgaaa tccccattga ctacatcgcc ggcacgtcta
      601 ttggcgccat cgtcgggagc ctttacgcca tcggctacac gcccgacgag atgctccggc
      661 tgttcctttc cgacgagttt ggatactggc agtctggccg cgtggaggac gagtatgtct
      721 actatttcaa gcagcccgac ccctcgccag actttatgcg cttcgccgtc gacctctccg
      781 attcgctgca aatcatcccc aacctgctgc cgcaaagcct catcaacccg atacagatga
      841 atcaggcgtt tatggccctc tatgcaccct ccacggcgaa gtcgggctgg gatttcgacc
      901 accttttcgt gcccttccgc tgcgtcagct ccgacatcta tcacaagaaa gctgtcgtct
      961 ggcgcaatgg cgacctcagt caggcggtgc gcgcatcgat gacgttcccg ttctttttca
     1021 agccgatttg gaaagatggc gtcccactct tcgacggcgg catctacaac aacttccccg
     1081 tggatgtcat caaggccgaa tttaaccccg acttcatctt cggctcctcc gtggccggta
     1141 cgcccaaccc ctctgccgac cttatgaaac agatcgagcc gatggtgatg cgtggcacgg
     1201 aatacgacat ctcggaggat gacggcatga tgattcagtt ccaattcccg gacgtcaacc
     1261 tgctcgactt tccccgcgcc aaggagctga tggatgaggg ctatcggcgc acactgggga
     1321 tgatcgactc catccgtcag cgcgtcacgc ggcgtgtccc cctctcggag gtcaacgccc
     1381 ggcgccgcgc ctatcgtgcc agcttgccca aactgatgtt caagaatatc tacgtcacgg
     1441 gtgtcacggg cgcgcagcgg cgctatgtcg aggagcagct gcaccgcgat atcaacgggg
     1501 agttctcgat ggaggagttc aagcgcgcct atttcaagat gctctctaat tcgaagatca
     1561 aggagatcat tccgcaggcg gtgtacaacc gcaagaacct caatttcgat ctctatctcg
     1621 acgtccgtat caatgaggag gtggaggtga gcatcggcgg caacatctcc tcgcatcagg
     1681 ccaaccaact ctatctcggc ctgaactatc agatcctttc gggtaacgcc atcgacctgc
     1741 acgcggactt ccagatgggt aacctcttca gtggcatcgc cgtctccggc cgcgcctacc
     1801 tgcctacggc cctgcccacc tacctccagc ttcaaaccgt ctattcctat cggaagtaca
     1861 tgcagggcca gtcgctcttt tacgaagatc tgctgccggc cttcatcaag cagcgcgagc
     1921 gttacgtcaa gctcaagttc gggctgccct tcctctccgt ggcgaaggcc gagctgggcg
     1981 tcggctacgg ccaactgagc gacaactact atcagcgcag cgacgtctcc ttctccgatt
     2041 cgcccttcga caacagtcgg cacgacctct ttgcgagttc actacgcatc gagcgaaact
     2101 cgcttaacgc caagcaatat cccaccggtg gacgccgcca gtaccttctt gcgcagtacg
     2161 tggc
//
LOCUS       SEQF2638.1|AYYF01001016.1 3516 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3516
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(69..290)
                     /locus_tag="SEQF2638.1_00475"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSRGFLTNEAVMIGVETRTSSPVRILRDCETLRHVTLRGLYPCG
                     EGAGYAGGIVSAAIDGERCAEQLAAAYGR"
     CDS             complement(272..478)
                     /locus_tag="SEQF2638.1_00476"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFSGIVEEAATIVALEQDKGNLHLTLRCSFVNELKIDQSVAHNG
                     VCLTLSRADYAKASARPTACREVS"
     CDS             complement(715..2361)
                     /gene="pfp"
                     /locus_tag="SEQF2638.1_00477"
                     /EC_number="2.7.1.90"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q9FAF8"
                     /codon_start=1
                     /transl_table=11
                     /product="Pyrophosphate--fructose 6-phosphate
                     1-phosphotransferase"
                     /db_xref="COG:COG0205"
                     /translation="MTKSALQIARAAYVPKMPVALRGSVRAVEGAATEAAGDKEEIKR
                     LFPHTYGMPAVTFERGDAADPMPPINAGVILSGGQAPGGHNVIAGLFDGLKAANPESR
                     LFGFILGPGGLVEHKYMELTADIIDEYRNTGGFDMIGSGRTKLERREQFDKGLEILKE
                     LGISALVIIGGDDSNTNAAVLAEYYRSIGAGVSVIGCPKTIDGDLKNDLIETSFGFDT
                     ACKVYSEVIGNIQRDCNSARKYWHFIKLMGRSASHIALECALQTHPNVCIISEEVEAN
                     DLSLDEIVNRIARVVARRAAEGNNFGTVLIPEGLIEFIPAMKRLIAELNDFLARNKAE
                     FKMIKKSVRHSYLISKLSKENAALYASLPEGVARQLALDRDPHGNVQVSLIETEKLLA
                     EMVDNRLSEWKEEGRYRGKFATQMHFFGYEGRCAAPSNYDADYCYSLGYAASCLIRAG
                     KTGYMASVRNTTAPAAEWTAGGIPITMMMNMEQRDGVMKPVIRKALVQLDGDPFRAYA
                     AMRDEWAMTTDYVYPGPIQYFGPSEVCDAPTKTLQLEQGK"
     CDS             2413..2646
                     /locus_tag="SEQF2638.1_00478"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGAKIQGREVSGTPVKFAGYLKNFPASAEAIRNALGKLQTTCFI
                     ISEPSETFKQLVSSFPRPRGLYGGLRSLLGTGF"
     CDS             2749..3132
                     /locus_tag="SEQF2638.1_00479"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKISTKQKEFFRFCLVGGTATGIHYGIYLLLNRVMNPNVAFSIG
                     YFVSFLANFVLSNFFTFKTRPSAGKGVGFTLSHIVNYLLQSGFLNLFIYVLKVPETWA
                     PLPVYAITVPINFILVRTALKSPRL"
ORIGIN      
        1 ccgaggccgg ggaagttggg ccgggtacat ctgacctgag gctcgaaagg tcaccggctg
       61 gccgttgttt atctcccgta ggcggcggcc aactgctcgg cgcagcgttc gccgtcgatg
      121 gcggccgaga cgatgcctcc ggcgtagccc gcgccctcgc cgcaggggta gagtccgcgg
      181 agggtcacgt gacggagcgt ctcacagtcg cggaggatgc gcacgggcga cgaggtgcgc
      241 gtctccacgc cgatcatcac cgcctcgttc gtcaggaaac ctcgcgacac gcggtcggcc
      301 gagcggaagc cttcgcgtag tcggctcgtg ataaagtcag gcagacaccg ttgtgggcga
      361 cgctctgatc gatcttcaat tcattcacga aggagcaacg cagcgtcagg tgcaggttgc
      421 ccttgtcttg ttccagcgca acgatggttg cggcttcttc tacgattcct gaaaacataa
      481 ataggtaagg gggtagttaa tggtaggggc gtattgcata cggccccccc caacggcccc
      541 atcgggggcg aatttgattg gcgtttaaat gacgtttgaa tggtgatgca atggcgtttg
      601 aacatagggg gacatacgct tgcccctgac ggggcatttg tggtgggcgt atgcaatacg
      661 cccctaccgc gatacatgta agggcggcct gaaaggtcgc ccctactacc ttaattattt
      721 cccttgctcc agttgcaacg ttttggtggg ggcgtcgcag acctcggagg ggccgaagta
      781 ctggatgggg ccggggtaga cgtaatcggt ggtcatggcc cactcgtcgc gcatggcggc
      841 ataggcacgg aaggggtcgc catcgagctg gacgagcgcc ttgcggatga cgggcttcat
      901 gacgccgtcg cgctgctcca tgttcatcat cattgtgatg gggataccgc cagcggtcca
      961 ctccgcggcc ggcgcggtgg tgttgcgcac ggaggccatg tagcctgtct tgccggcgcg
     1021 gatgaggcac gaggcggcgt aaccgagcga gtagcaatag tcggcgtcgt agttagacgg
     1081 cgcggcgcag cgaccttcgt aaccgaagaa gtgcatctgc gtggcgaact tgccccggta
     1141 gcgcccttcc tctttccact ccgagaggcg attgtcgacc atctcggcca gcagcttctc
     1201 ggtctcgatg agtgagactt ggacattgcc gtgcggatcg cggtcgaggg ccagctgacg
     1261 ggctacgccc tcgggcaggc tggcgtagag cgctgcgttc tctttcgaga gtttggagat
     1321 gaggtagctg tggcgcacgc tcttcttgat catcttgaac tctgccttat tgcgggccag
     1381 gaagtcgttc agctcggcga tgaggcgctt catggcgggg atgaactcga tgagcccctc
     1441 ggggatgagc acggtgccga agttgttgcc ctcggcggct cggcgggcta cgacgcgcgc
     1501 tatacggttc acgatctcgt cgagcgagag gtcgttggcc tccacctctt cggagatgat
     1561 gcagacgttc gggtgggttt gcagggcaca ctccagggcg atgtgcgacg ccgatcggcc
     1621 catgagcttg atgaagtgcc aatacttacg cgccgagttg cagtcgcgct ggatgtttcc
     1681 gatcacctcg gagtagacct tgcaggcggt gtcgaagccg aaggaggttt cgatgaggtc
     1741 gttcttcagg tcgccgtcga tcgtcttggg gcaaccgatc acgctgacgc cggcgccgat
     1801 cgaccggtaa tattcggcca gcacggccgc gttcgtgttc gagtcgtcgc cgccgatgat
     1861 gacgagcgcc gagatgccca gctccttgag gatctccagc cccttgtcga actgttcgcg
     1921 tcgctcgagc ttcgtgcgcc cggagccgat catgtcgaag ccgcccgtgt tgcggtattc
     1981 gtcgatgatg tcggccgtca gctccatgta tttatgctcc accagtccgc cgggccccaa
     2041 gatgaagccg aagagacgtg actcgggatt agccgccttg agtccgtcga agaggccggc
     2101 gatcacgttg tgtccgcccg gagcctgtcc gccggagagg atcacgcccg cgttgatggg
     2161 cggcatgggg tcggccgcgt cgccacgctc gaaggtcacg gccggcatgc cgtaagtatg
     2221 cgggaagagc cgcttgattt cctctttgtc gcccgctgct tccgtcgctg cgccctctac
     2281 ggcacgcacc gatccgcgca gcgccacggg catcttgggc acataggccg cccgcgcgat
     2341 ttgtaatgca cttttcgtca tagttctctc tattaaatgt atgaatgatg ataacctcgc
     2401 tctgagattt ggatgggcgc aaagatacag ggccgcgagg tgtcagggac acctgtcaag
     2461 tttgccggat acctgaaaaa ctttccagcc tcagcagaag ccatcagaaa cgctctcgga
     2521 aagcttcaaa caacctgttt catcatttcc gagccctcgg aaaccttcaa acaacttgtt
     2581 tcatcatttc cgaggcctcg gggcctctac ggaggcctgc gaagtttgct cggtacgggc
     2641 ttttgaggta cctggccagc ttcccagcct cggcagaggc cggaggccgt cgaaaaaacg
     2701 ttttgccttt acatttgccc gccctcaaga agagaggcat cgctcagtat gaagatatca
     2761 accaagcaaa aagaattctt tcggttctgc ctcgtggggg gcaccgccac tggcatccat
     2821 tacggcatct atttattgct gaatcgggtg atgaacccca acgtagcctt ctccatcggc
     2881 tacttcgtga gcttcctggc caacttcgtc ctctcgaact tcttcacctt caagacgcgc
     2941 ccctcggctg gcaaaggcgt gggcttcacc cttagccata tcgtcaacta cctgctgcag
     3001 tcgggcttcc ttaacctctt catctacgtc ttgaaagtgc ccgaaacctg ggcgccgctg
     3061 ccggtctacg ccatcaccgt gcctatcaat ttcatcctcg tgcgcaccgc cctcaagtcg
     3121 ccgcgcctct aaccccccgt tgccccaacc gtcatgaagc gcgtatcgat ccttatcccg
     3181 gcttataacg aagaggaatc cctgcccctg ctctaccgcc gactggccga cctgatggac
     3241 acacagccca cctatgcgtg ggaggtgctc ttcgtcaacg atggcagccg cgaccacacg
     3301 ctggccatcc tggcccaact gcgcgaaagc gatccgcgca tcaactacct cgacctgtca
     3361 cgcaattatg gcaaagaggc tgccatgttg gccggtttcg actatgtcac cggcgactgc
     3421 atggtgatca tggacgccga cctgcaacat ccgcccgagc tcatccccga catgctccgc
     3481 ctctgggagc agggctacga cgacgtctat gcccgc
//
LOCUS       SEQF2638.1|AYYF01001017.1 2327 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2327
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             757..966
                     /locus_tag="SEQF2638.1_00480"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLFTLKDDCKAVILYSLFSTMLAFASRFTSTTIRIPLRSDSSFT
                     FDTPSSRFSFTRSAMARISSALFTM"
ORIGIN      
        1 ttttggatgg cgcgcccttt ggtgtttttc gcgccttcgg gaatctcgta gaccttcttc
       61 cagaagcagc gccctttggc ggtgaagaac aggatcgtgg cgtgcatcga ggccggatag
      121 atgtgctcaa cgaagtcttc ttcgcgcgtt tcggagcctt tcgaacccac cccaccgcgg
      181 gtctgcgcac ggaactcact gagcggtgtg cgcttgatgt aacccatatg tgagatggtg
      241 atgatcattt cgtcgtcggc gtagaagtct tccgggttca gctcttcgga ggcgtagacg
      301 atgtccgtct tgcgctcgtc accgtatttg tcgatgattt cttggaattc gtcgcggatg
      361 acctgcagca gtcggtcttc attttcgagg atctccttga ggcgagcgat cagcttttcg
      421 atctcctcgt attcggcgcg gagcttctcc tgctccagcc cggtgagttg gcgcaggcgc
      481 atttcaacga tggcacgcgc ctggacttcg gatagttcga aacgctcgcg gagccgatca
      541 atggcttgct gcggactgct ggaggagcgg atgatggcga tgacctcgtc gatgtgatcc
      601 gaggcgatga tcagcccttg gaggatatgg gcgcgctcct cggctttttt cagctcgaag
      661 cgtgtgcggc gcaggacaac atcgcggcga tgatcgacga agttgccgat cagatctttc
      721 aggttcatca gcttcggccg accgttcacg agcgcgatgt tgttcacgct gaaggacgac
      781 tgtaaggctg tcatcttata cagcttgttc agcacgatgt tggcgttcgc ctcacgcttc
      841 acgtccacca cgatacgcat accgctgcgg tccgattcgt cgttcacatt cgacacgccg
      901 tcgagccgct tctcgttcac cagatcagcg atggcgcgga tcagctccgc cttgttcacc
      961 atgtagggga tttcgctgat gacgatttta tcgtgcgccg cgccgctctc gatctccgcc
     1021 ttgccgcgga tgacgatgcg cccgcgcccc gtctcgaacg cctccttgat accggcgtaa
     1081 ccgtagatcg tggccccggt cgggaagtcg ggcgctttga cgtgctccat cagtccttcg
     1141 acatcgatct cgccacgtgc gtccacataa gcctgacagg cgtgaagcac ctccgtcatg
     1201 ttgtgcggcg gcatgtttgt cgccataccc acggcgatgc ccgatgcccc attgataagc
     1261 aggtttggga tgcgcgttgg caacaccgta ggctcttgca gcgtatcgtc gaagttgagc
     1321 tggaagtcaa ccgtatcctt atctatatcc cgcaacattt cctcagccag tcggctcatg
     1381 cgtgcctcgg tgtatcgcat agcggccggg ctgtcgccgt ccacagagcc gaagttgccc
     1441 tgcccatcga ctagcgtgta ccgcatggac caattctggg ccagtcggac taacgcaaag
     1501 tagaccgaag aatcgccgtg cgggtggtat ttacccagca cttcgccgac gattctggct
     1561 gcctttttat agggtttgtc tgaagtattt cctagctcgt tcatcccgaa aaggatgcgc
     1621 cgatgcacgg gtttgaatcc gtctctaacg tccggtagcg cccgggagac gatgaccgac
     1681 atcgagtagt cgatgtaagc cgatttcatc tcttgattga tgtcgatctt gataattcta
     1741 tcctctgcca tctattacta atgtatagcg ttgcgtgaaa aaacaacgct aaagtacagg
     1801 ttttcggata acgggcaaga aaacctccta aaacgaactt caacgggctt gctcgtccgt
     1861 gcgacgtgcc cgcggagatc gttttcctga cgtaacggac gagataaggc ctaaaacctg
     1921 tctccgagag gcttatactc cccgaataag gccttacgga gcatatttcc aatcgttcgg
     1981 aacttcccga aagtctatcc cataatttat agatcaatcg gaacttcccg aactaaattt
     2041 caatcctgat acagtctatc gggaacttcc gaagctattt gtatcgtata tggagggcct
     2101 cggatattcc cgaacaggat aaatattata tataattatc ttcgggaatt tccgatcgat
     2161 tgaaattgaa ttttaagtct attcggatac ttccgaaaga tagaaactat atatgatagt
     2221 caatcgggaa gatccgaaag ccttaaaaat ggagtatagg attatcggga aaatccgaag
     2281 actgtatacg aggagttcat tcttttcgga tgattccgag agtatgt
//
LOCUS       SEQF2638.1|AYYF01001018.1 729 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..729
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 attgcatacg ccccacatgt attcaacgtc taccccccgc cctttgtagg gcgtttggta
       61 gggcgtatgc aatacgcccc tatattgtcg aaaaagagga ggtttccttg ggtatgtgtt
      121 ttctattgtc tcggacaatc agagatcaat acgtatttca tttttccatg tctaatcggt
      181 tatcagatag atacccatgt aggggcgtat tgaatacgcc tcttgcgcgt ttatcgtcta
      241 ccctttcgcc ccttgcaggg cgtttggtgg ggcgtatgct tttgcgcccc tacattgtcg
      301 aaaaaagatg agggttcatc gggtaggtat tttctattgt ctcggacaat gttggataaa
      361 tacgtatttc attctccatc tctaatcggt tatcagatag ataaccgggt aggtcgtatt
      421 gcatacgccc cttgcacgtt tatcgtctac ccccacgccc tttgcagggc gtttggtagg
      481 gcgtatgcaa tacgccccta catttccgga aaaagatgag ggttcctcgg gttggtattt
      541 tctattgtct cggacaatca gagataaata cgtatttcat ttctccatgt ctaattagtt
      601 atcaaatagg cacccgggta gggcgcaaaa gcatacgccc cttgcgcgtc tatcgtctac
      661 ctttttgccc cttgcggggc ttttggtagg gtgtatgcaa tacgccccta ccctgccggc
      721 agaaaaatc
//
LOCUS       SEQF2638.1|AYYF01001019.1 408 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..408
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cgcagtctgc acttggaacg cctcactttc gcggtacaac tccgcgatct cctcgtcgtt
       61 gaaccaatac cgatagcccg attccaacag cgattttgcc tccgcataga cggcgtccat
      121 cgagacgctc cttgcccgat cgatgtcgat ggagagcacc tcgaagggca ggaagcgcct
      181 gctgccggtg gggtcggtga agaagtcgtt gccgttcacc gaggccacga agctcgccat
      241 gtgggggtgc tcctccacgt gcttgtcgta gggcatgcgg tacttgacca tcgggcaggt
      301 gatcaggttc tttagttcgt tttcatcccg tttgttgagc gccttgagct ggtcgtcgat
      361 gttgataatg aggttctgcc cgacgtaggt cagcgtgtcc ttttcctg
//
LOCUS       SEQF2638.1|AYYF01001020.1 362 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..362
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtgtagagac cagcgtaatc cttcgagccc atctgctcct cggagatcaa ctcgaggtgt
       61 gcgtcacgct cgtgcttctc gtcggcaaaa aggtctacct gattgcggat cttaaacgta
      121 tcggtgcgaa tttgtgcatg ctgtactgct ccacctttca cgtgatcgaa cgagtcggta
      181 aggcaggtga ggacggtatg atcgaagacc accgtattga ggcgctccaa ataagcaccg
      241 tcgccaaact tgatcgtgat cgtatccaac atatgcagcg gatccttgct gtagcggatg
      301 tagcgatagc aaggtgcaca ctcggtgtac gtctggcaat cggacttctt tgcttcgatg
      361 aa
//
LOCUS       SEQF2638.1|AYYF01001021.1 255 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..255
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gctggagaca catacgcagt cggagtgccg atggggactg tggcgcatag atgaaacttg
       61 attggagttg ctcgacgggc tggagcgacg ggacgcctat cagccgtttc tcgagagtgt
      121 ccgcgcggag ggtcgtcgta cggagtggtt agctgttcgc gcgctgttgc gtgccattct
      181 tggctatgaa ccgaccgtca actatcgccc cgaaggctac cccgaggtcg atggatggca
      241 cgtcagcttc tcgca
//
LOCUS       SEQF2638.1|AYYF01001022.1 2948 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2948
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             47..1111
                     /locus_tag="SEQF2638.1_00481"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDEGVLEQVGDEGVGQRFVHGRTEGRIDGGEADGNAARGIDLLQ
                     IFQIAAEEGVEAEVGLVEELPIVDLGEEEQRAVQAHGTAERLLRFDHLGELGFGERGR
                     TVGQEFEAAQADGQRRLKLVRGVADELLLLLESLLGAVGVAAHGVVESAKLGDGRVGR
                     EWRVRSADGVGVEPAEEAVQGAHAATVNPDVDGEDGDEERNVERDDAPENGLLEVVFI
                     DRGRADGKQEVAPRTVAKDGAEGTRGFGLAFFSDEDGFVDVLDGGMVMEVVLRHGVDI
                     ETVVRAIVFGGQMDAGQVATDDALGVVVEGVVGLVVDLLHDAGVEVDGPPGEDGREND
                     GEVEEDAIDELHVSVSSISL"
     CDS             complement(1081..1770)
                     /gene="tcrA"
                     /locus_tag="SEQF2638.1_00482"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:O07776"
                     /codon_start=1
                     /transl_table=11
                     /product="Transcriptional regulatory protein TcrA"
                     /db_xref="COG:COG0745"
                     /translation="MKILIIEDDPSLRELIAQSLTDRERAVVETADNLRSALYKIEDY
                     DYDCILLDIMLPDGSGFILLERLKAMKKRESVIIISARDTTDDKVAGLELGADDYLAK
                     PFHLAELHARIRSVVRRSRQAGEVDIRLGNVRLLPETFQVFVADRELSLGRKEYGILA
                     YFFHRPGHLINKETLAEAVWGDHVDQADNFDFVYAQMKNLRRKLTDAGATIQLKSVYG
                     FGYKLIEDTET"
     CDS             1908..2552
                     /gene="pdaD"
                     /locus_tag="SEQF2638.1_00483"
                     /EC_number="4.1.1.19"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01404"
                     /codon_start=1
                     /transl_table=11
                     /product="Pyruvoyl-dependent arginine decarboxylase"
                     /translation="MHLCTPDSEERENKTDFILIQKIKTKKMVKKVGNLIPNTFFIAK
                     GSGDSDLEKHAGSYHMALFDAGIADFNIMTYSSVIPATAHPVMMDEVDLPPFGSELKT
                     IMAVSHGYQDEFISAGLVYAWMYKDENFDEKAGGLVCEVSGRYRIEELEARLIRVIND
                     LHQRTYSRFYLGDLNFVTEGMTIERRYGTALAALCFTDFIMPDSADGSSEVVRL"
ORIGIN      
        1 gggtgggggt ggcgatgcga atcaggatgc gtccgtcggg gtggttgtgg acgaaggcgt
       61 tcttgagcag gttggagacg agggcgtcgg ccagagattc gtgcatggac gcacggaggg
      121 gcggatcgac ggcggtgagg ccgacggtaa tgcggcgcga ggcatagacc tcttgcagat
      181 cttccagatc gcggcggagg agggcgtcga ggcagaggtc ggtctggtcg aggaactgcc
      241 gattgtcgat cttggtgagg aagagcagcg agcggttcag gcgcacggca cggcggagcg
      301 tctgctgcgt tttgatcacc tcggcgagtt gggcttcggt gagcgcgggc gtactgtcgg
      361 ccaggagttc gaggcggccc aggctgacgg ccagcggcgt ctgaagctcg tgcgaggcgt
      421 tgccgatgaa ctgcttttgt tgctcgaaag cctgctcggt gcggtcggtg tggcggcgca
      481 cggcgtcgta gagtcggcga aactcggtga cggccgagtg ggccgtgagt ggcgtgtgcg
      541 gtcggccgac ggtgtaggtg tcgagccagc ggaggaggcg gtgcaggggg cgcatgctgc
      601 gactgtaaac ccagacgttg acggtgagga tggtgacgag gagcgcaacg tagagcgtga
      661 tgatgcgcca gagaatggcc tgcttgaggt cgtctttatc gatcgtgggc gtgctgacgg
      721 aaagcaggaa gtagcgcccc gcacggtcgc gaaagacggt gcggagggta cgcgcgggtt
      781 cggtctcgcc tttttcagcg atgaagacgg attcgtcgat gtactcgatg gcgggatggt
      841 gatggaggta gtccttcgtc acggcgtgga catagaaact gttgttcgtg ccattgtctt
      901 cggagggcag atggacgccg gccaggtagc gacggatgat gcgctcggcg tagtcgtcga
      961 gggcgtcgtc ggtctcgtcg ttgacctcct ccacgatgcc ggcgtagaag tagatggccc
     1021 acccggtgag gacggccgag agaacgacgg agaggtggag gaggatgcga tagatgagct
     1081 tcatgtctcc gtgtcttcga tcagtttgta gccgaagccg tagacagatt tgagctggat
     1141 cgtggcgccg gcgtcggtga gcttacggcg gaggttcttc atctgggcgt agacgaagtc
     1201 aaagttgtcg gcttgatcga catggtcgcc ccagacggcc tcggccagcg tctccttatt
     1261 gatcaggtgg cccggacgat ggaaaaagta ggccaggatg ccgtattcct tgcgtccgag
     1321 actgagctcg cggtcggcga cgaaaacttg gaacgtctcc ggcagcagtc ggacgttgcc
     1381 cagccggatg tccacctcgc cggcctgtcg gctgcggcgg acgacactgc ggatgcgcgc
     1441 atgcagttcg gccaggtgga agggtttagc cagatagtcg tcggcgccaa gctccagccc
     1501 ggccaccttg tcgtccgtcg tgtcgcgcgc agagatgatg atcacgctct cgcgcttctt
     1561 catcgccttg aggcgctcca gcaggatgaa gccgctaccg tcgggcagca tgatgtcgag
     1621 taggatgcaa tcgtagtcgt agtcctcgat cttgtagagc gccgagcgga ggttgtcggc
     1681 cgtttcaacc acggcgcgct cgcggtcggt gagcgattgg gcgatcagtt cgcgcagcga
     1741 ggggtcgtct tcgatgatga gaatcttcat ttcgtatcgg ggggggagta atgggttacg
     1801 ggcggcaaaa atagagtgac cccggcgtct caccagttcg tttttctcgg ttcgctttta
     1861 cattttcgat ccccccgtat ttttgcggcc tgtttgccga aaggggtgtg cacctatgca
     1921 cccccgactc ggaggaacga gagaacaaaa ccgatttcat tttaattcaa aagatcaaga
     1981 caaagaagat ggtaaagaaa gtggggaacc tgatcccgaa cacgtttttc attgcaaagg
     2041 gcagtggcga ctccgatctg gagaagcacg ccgggtcgta tcacatggcg ctcttcgacg
     2101 ccggcattgc tgatttcaac atcatgactt attcgtccgt gattcccgcc acggcgcacc
     2161 cggtgatgat ggacgaggtc gacctgccgc ccttcggctc ggagctgaag acgatcatgg
     2221 ccgtttcgca cggctatcag gacgagttca tctcggccgg cctcgtctat gcgtggatgt
     2281 ataaggacga aaacttcgac gagaaggccg gcggcctagt ctgcgaggtc agcggccgct
     2341 accgcatcga ggagctggag gcgcgtctca ttcgtgtgat caatgacctg catcagcgca
     2401 cctacagccg attctacctc ggcgatctga acttcgtcac cgagggtatg accatcgagc
     2461 gccgctatgg caccgccctg gccgcgctct gcttcaccga cttcatcatg cccgactccg
     2521 cggacggaag cagtgaggtg gtgagactct gagataggcc acagcgcata agaaaaggca
     2581 gtcacgacgc atccgttcgt ggctgccttt tgtcatatgt ggcccgcgag catcgaaccc
     2641 gtttcggccc attgactgag tcaaacgcaa gaatcaaaac tgtttcggct cattgatcga
     2701 gtcaatcggc atagtgggtg tgcactcatt gatcggatca atcggcagga gacgccccca
     2761 gcaaaaaaag agagagggga aaccggagtc gtatcactcc agctccccct ctgctcaggt
     2821 gcgaactatt ttcaactaca aagcgtcaca tatacagcgc gagcggcatg agcaacacgc
     2881 tgtcaaggca gaatgattgg tctcatatat agtattccac catctccacc aggccggcac
     2941 gcagggca
//
LOCUS       SEQF2638.1|AYYF01001023.1 11421 bp   DNA    linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..11421
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             488..1060
                     /gene="ywrO_2"
                     /locus_tag="SEQF2638.1_00484"
                     /EC_number="1.6.99.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P80871"
                     /codon_start=1
                     /transl_table=11
                     /product="General stress protein 14"
                     /db_xref="COG:COG2249"
                     /translation="MKKVLIVSGHTDIQRGSVVNRRILEVVKRELPEVTIDSLSGHYP
                     DFRIDTAAEQKKVVDADVIVWQFPLFWFAKPSLLQRWEEEVFTHGFSHGTNGKALQGK
                     KLILSVTTGAPAEVYAREGRPNGFLEDVLMPATQATVGMTGMTLVDPAVITYGVSYAL
                     RNDPEQAKELERKADDHAARLVALLRDAAK"
     CDS             1267..1881
                     /gene="lemA"
                     /locus_tag="SEQF2638.1_00485"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:A8AVK0"
                     /codon_start=1
                     /transl_table=11
                     /product="Protein LemA"
                     /db_xref="COG:COG1704"
                     /translation="METKSSSIIRKPAFRIAIVAVVLIGLYAFFAGTYNRMVQLDENV
                     QGAWGQVENQYQRRADLIPNLVNTVKGYAAHEQATLTAVIEARAKATQITVDPNHLDE
                     AALKRFSAAQGELSSALGRLMAVSESYPELKANENFLMLQSQLEGTENRIAVERKRFN
                     ELVNVYNGYIRHFPNNLFAQAFGFQRRAYFEADKESEKAPNVSF"
     CDS             1894..3012
                     /locus_tag="SEQF2638.1_00486"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTTRRLYQGLVVWIVSWLSVGLSAQTRDVYSVEDVPNVQLIDST
                     RFVSDPNDAIPDDDEAALNRRLGQLRDSLSVEIAIVVIPAYDVEKYSSAREFANELFN
                     TWGIGNKETNRGLLIQLVTREDLREITFETGYGLEGELPDGLCMLIQKRRMIPPMKEG
                     RYGEGLRAGLEEVRKALSNESTLEAEEEKKSNTLAAFVCSIWWALGLLGFGGMLRKQW
                     RAARTVKDFSEFKRIAWGHNIAAVFSGLFLCQTPIALLYFLLKLILRKQLRPQIRCEG
                     CGAVGRFYQEKGYPIKKPRTNGTLKVYHYVCRNCGRVKAEKVFKRTPDRWSGGSSSGS
                     SFGGGLGGGFSFGDGSSGGGGGSWGGGSSGGGGASSRF"
     CDS             complement(3135..3485)
                     /gene="hxlR"
                     /locus_tag="SEQF2638.1_00487"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P42406"
                     /codon_start=1
                     /transl_table=11
                     /product="HTH-type transcriptional activator HxlR"
                     /db_xref="COG:COG1733"
                     /translation="MIDIKTNYPNCPIRHVISRFGDKWSILVLWTLHDCPGGVLRFSE
                     LGRSMADCSQKMLAATLKNLERSRLIRRVVYPEVPPRVEYSLTETGRSLIPVLATLIE
                     WAERHFDEVTGAVS"
     CDS             3752..4402
                     /locus_tag="SEQF2638.1_00488"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MANVILIGATGFVGSAVLNELVERGHHVTAVVRNAAKLPKSSQV
                     EAAEADVADVEKVADLARGKDAIISAYNPGWANPDIKRLIETNYPRILEAAKRSGVPR
                     LIIVGGAGTLFVKPGLRVVDSGAIPAVIMDGVRPLGDFYLNTLTRETDIDWVFFSPAG
                     EFDAEGPKTGKYRLGKDDLLVDATGKSHISVRDYAAALVDELEHPAHHRTRFTIGY"
     CDS             complement(4505..5227)
                     /locus_tag="SEQF2638.1_00489"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METFWRTIAYYNASTWAGQLILILVGICLTVLLVRRPAPWVKWA
                     MKVYLAAIYLWVAVVYYFVCCRERDYNEVMALYWVLLAAIWVWDLATGYTTFERSHKY
                     DLVACVLLTMSFVYPLISLARGLTFPMVTSPVMPCSVSVFTIGLLLFFVRRVNLFLVL
                     LLCHWALIGLTKAGSFHIPEDFVLVATAIPGLYLFFKERYLTDPHRATKPDAKYINAL
                     LIAVCIGLATLLLVTMANAFFL"
     CDS             complement(5234..5731)
                     /locus_tag="SEQF2638.1_00490"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0ADD2"
                     /note="UPF0442 protein YjjB"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNMLTITLDILSDALFAAVAGIGFGAISDPPLKAFKMIALLAAV
                     GHTCRFCLMTYAGIDIATASLAAAFLIGFGSLWLGKKVYCPMTVLYIPALLPMIPGRY
                     AYNMVFSLIMCLQRVNDPEGLRRYMEMFFSNGMITVTVIFLLAVGATFPMFLFPGRAF
                     SLTRH"
     CDS             complement(5728..6498)
                     /gene="yjjP"
                     /locus_tag="SEQF2638.1_00491"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0ADD5"
                     /codon_start=1
                     /transl_table=11
                     /product="Inner membrane protein YjjP"
                     /db_xref="COG:COG2966"
                     /translation="MTHTQESLSSLCDFIAEYASHLMAAGVHTSRVMRNSKRIGSSFE
                     ADVKMSILHKHIILTVIDRTTSEQSNRVVEVPPHPISFEHNASLSALSWAAADRHLSL
                     DELWAEYTRIVSAPMIHPLFVLLLVGFANASFCRLFGGDAVSMGIVFSSTLTGFYLKQ
                     RMQQRGINPYVTFIVSAFVASLCASTSLIFSTTSDIALATSVLYLVPGVPLINGVIDV
                     VEGHVLTGFARLTEAALLIVNIAIGLSFTLLLVKSSLL"
     CDS             6664..7401
                     /locus_tag="SEQF2638.1_00492"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNKRLHNLSLAALLALLLLLPTATKAHTMWIDTPFEGHIGQPQT
                     VRIFFGEFSLRMISPADRWFSDIANCRLTLLAPDGTRVPLEKAPTDSCYTASFTPTAD
                     GWYLLYFEHTVRDLYEGMRITYGAQSWVRVGHPDGPPTVASPFSHGRLFLPPAEPFRL
                     DQPAAVTLTEGGQLAPSRRLTLTSDKGWRKNLRSDATTAIASTPLLFPADYLFEWTDN
                     PPITDPAQRISTDHQSDYITLNYFFRP"
     CDS             complement(7383..7481)
                     /locus_tag="SEQF2638.1_00493"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MILDPFWAESLLCGAVRYPEWLSEALLQGRKK"
     CDS             7807..7956
                     /locus_tag="SEQF2638.1_00494"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTADGHSRGYSDPIVTLPNKSKTGIRLKTASTFGAGNNKERKTR
                     NGVYS"
     CDS             7940..8974
                     /gene="lpxD"
                     /locus_tag="SEQF2638.1_00495"
                     /EC_number="2.3.1.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q9HXY6"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-3-O-acylglucosamine N-acyltransferase"
                     /db_xref="COG:COG1044"
                     /translation="MEFTAKQIAEFLNGTIEGDVTAKVNGFSKIEEGKPGTLTFLANP
                     KYEHYIYGTKAAIVLVNDDFHPSAPIESTLLRVPNAYAALASLLHFVEQTQTQKEGID
                     PSAFIAPSARVGAGGYVGHFAYIGEHSVIGRGCRIYPHAYIGDNVQIGDDTIVYPHVT
                     IYNGCVVGSRCILHAGAVVGSDGFGFAPENGTYRKIPQLGNVVIEDEVEVGANTTIDR
                     AVMESTTIHRGVKLDNLIQIAHNVQIGENTVMASQVGVSGSTKVGRHCMIGGQVGLGG
                     HIHIGDGTQIGAQSGIISNIDAGSRVMGSPAMPLKTFFRSSITLRKLPDMYLEIDRLR
                     KEVEELKKRL"
     CDS             9010..10395
                     /gene="lpxC"
                     /locus_tag="SEQF2638.1_00496"
                     /EC_number="3.5.1.108"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_00388"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-3-O-acyl-N-acetylglucosamine deacetylase"
                     /translation="MQKQKTLASEFSLQGKGLHTGLDIHITFKPAPENHGYQIRRTDL
                     EGAPIVEALAENVINTQRGTVVGKKDVQISTIEHAMAALYAWEVDNCLIEVDAPEFPI
                     LDGSAHPFSEGIRSVGLTEQNAPRDYYIVRHKMEVKDEKTGSSLTILPDDRFSMNVLI
                     DFDSPVLSNQYATLSDLSQFADEIAASRTFVFVREIEMLLRNGLIKGGDLDNAIVIYD
                     REMPQAELDRIADELGLPHKSVCELGYVNNKPLAYANEPARHKLLDVIGDLALIGKPI
                     KGHIIATRPGHKINNLLAQVIRKDIKLNSIQAPVYDPNREPLMDINRIRELLPHRYPF
                     LLVDKIIEIGGDYIVGIKNVSVNEPFFQGHFPQEPIMPGVLLVEAMAQTGGLLVLNSV
                     DEPERYSTYFMKIDGVKFRQKVVPGDTLIFRLQLISPIRRGISTMKGYVFVGEKVVCE
                     AEFMAQIVKNK"
     CDS             10402..11184
                     /gene="lpxA"
                     /locus_tag="SEQF2638.1_00497"
                     /EC_number="2.3.1.129"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0A722"
                     /codon_start=1
                     /transl_table=11
                     /product="Acyl-[acyl-carrier-protein]--UDP-N-
                     acetylglucosamine O-acyltransferase"
                     /db_xref="COG:COG1043"
                     /translation="MHAPTAVIHPEARIGQGVTIDPFAYIERDVVIGDGCHIYPHAVI
                     LNGARIGRDCRIFPGAVISGIPQDLKFAGEDTTAEIGDRTTIRECVTINRGTASKGRT
                     VVGSDCLIMAYSHVAHDCVVHNHVIIGNASQIAGEVEIDDFAILSGSVLVHQFTRISQ
                     HVMIQGGSRVGKDIPPYTLIGRDPIVYCGINIVGLRRRGFSNQQVYLIQDIYRTLYTR
                     GLNNTDALQAIETEYEPGAERDLILNFIKHSKRGIVRGSIDE"
ORIGIN      
        1 gcgtttggta gggcgtatgc aatacgcccc taccctgccg gcagaaaaat cggatttgaa
       61 gggttggtgt gggattacgt ttaggagaag ggaagattca tcgattagga gaacgaaaaa
      121 aggaaggatt ttttggcggg aggataggcg gcgaaaggtt tagcgcaaac gattcagacc
      181 ttttctgccg agtaaaccat aaaagagaat aaggatacag aatgcccgcc gatggatacg
      241 acgtttcgcc ctatttttgt gggcagaaag ggtcgaccga aagtgatcag cgacgacttt
      301 ttgaggtatc aggccgaaag atgcacgcct tgacgcgtca attcctcgcg ccgttcggag
      361 gcggttcgaa atcactgtgc cgacggtgcg tgcctacccg aggcgtagcc tactgactac
      421 gcttaactac cgcgccagag gcgcataact accgggacga aacccactaa ctacttacta
      481 aacagatatg aagaaagtat tgatcgtgtc gggacatacc gacatccagc gcggctccgt
      541 ggtgaaccgt cgcatccttg aggtggtgaa gcgagagctg cctgaagtga ctattgactc
      601 gctgagcggg cattatcccg acttccgcat cgacacggcg gcggagcaga agaaggtggt
      661 cgacgccgac gtgatcgtct ggcaattccc cctcttttgg ttcgccaaac cgtcgctgct
      721 gcagcgctgg gaggaggagg tgtttactca cggcttctcg cacggcacga atggcaaggc
      781 gctgcaaggt aaaaagctca tcctgtccgt caccaccggc gccccggccg aggtctacgc
      841 ccgcgaaggc cgacccaacg gcttcttaga agacgtgctc atgcccgcca cgcaggctac
      901 ggtcggcatg accggcatga cgctcgtcga tccggcggtt atcacctacg gagtctctta
      961 tgcgctccgc aatgatccgg aacaggccaa ggaattggag cgcaaggccg acgatcacgc
     1021 cgcccgactg gtggccctgc tccgcgacgc agccaaataa acagggatag agacttagcg
     1081 tactgatttg tcctatttgg atcggtcgct cccgaaaccg cccctcatcg ggcggaggga
     1141 gtggccgatt gttttttacc ccctgcacgt ggctcggagc gaatggccgc gacgcgagga
     1201 atcgtctcaa agagtgtatc tttgaggccg ataaaacaac atctcaacca ctaatagctt
     1261 aaagaaatgg aaacaaaatc ttcatccatc atccgtaagc ccgcctttcg gatcgccatc
     1321 gtggccgtag tgctcatcgg actctacgct tttttcgcgg gtacttacaa cagaatggtc
     1381 cagctcgacg agaacgtgca aggcgcctgg ggacaggtcg aaaaccagta ccaacggcgc
     1441 gcggatctga tccccaacct cgtcaacacg gtcaagggct acgctgccca tgagcaggct
     1501 acgctcaccg ccgtcattga ggcgcgcgcc aaggccaccc agatcaccgt cgaccccaat
     1561 cacctcgacg aggccgcgct gaaacgcttt tccgcagcgc aaggcgaact ctcctccgcc
     1621 ttaggtcgcc tcatggcggt atcggagagc tacccggagc tgaaggcgaa cgagaacttc
     1681 ctcatgctcc agtcccagct cgagggaacc gaaaaccgca ttgcggtgga gagaaaacgg
     1741 ttcaacgaat tggtgaacgt ttacaacggt tacatccgcc acttccccaa caacctcttt
     1801 gcgcaagcct ttggcttcca acgccgcgcc tattttgagg ccgacaagga gtcggagaaa
     1861 gcgcccaacg tcagcttcta acgccgcaaa gggatgacca cgagaaggct ataccagggg
     1921 ctcgttgtct ggatcgtgag ctggctctcc gtcggcctat cggcccagac gagagacgtt
     1981 tacagcgtgg aggacgtgcc gaacgtgcaa ctcatcgaca gtacgcgctt cgtatccgac
     2041 cccaacgacg ccatccccga cgacgacgag gccgccctca accgccgcct cggtcagctc
     2101 cgcgattcgc tctcggtgga gatcgccatc gtcgtcatcc cggcctatga cgtggagaag
     2161 tacagctcag cccgcgaatt tgccaacgag cttttcaaca cctggggcat aggtaacaag
     2221 gaaacgaacc gtggcctctt gatccagctc gtgacccgtg aagacctccg cgagatcact
     2281 ttcgagaccg gctatggtct cgagggcgag ctgcccgacg gcctctgcat gctgatccag
     2341 aagcgtcgca tgatcccgcc catgaaggag ggccggtatg gcgaaggact ccgggccggc
     2401 ctcgaggagg tgcgcaaggc actcagcaac gaatcgaccc tcgaggcgga ggaggagaag
     2461 aaaagcaaca ccctcgcggc ctttgtctgc tccatctggt gggcgctcgg gctgctcggg
     2521 ttcggtggga tgctccgcaa acagtggcgc gccgcccgga cggtcaaaga cttctccgag
     2581 ttcaagcgga tcgcttgggg gcataacatc gccgcggtct tttccggcct attcctctgc
     2641 caaacgccga tagcgctgct ctacttcctg ctcaagctca ttctccggaa acaattgagg
     2701 ccccagatac ggtgcgaagg ctgcggcgct gtcggtcgct tctatcagga gaagggctac
     2761 ccgatcaaga agccgagaac gaacggcaca ctcaaggtct accattatgt ctgtcgcaat
     2821 tgcggacggg tgaaggccga gaaagtcttt aagcggacac cggacaggtg gagcggcggc
     2881 tcaagcagcg gcagctcgtt cggtggcggc ttaggcggag gcttctcgtt cggcgacgga
     2941 agcagtggcg gaggcggagg ctcctggggc ggcggttcga gcggcggcgg cggagccagc
     3001 tcgcgcttct gaccaatcga cgcgccgacc tcctgctggc gggaacgtaa aaagggtatc
     3061 cacctccttt tctggagagg gatacccttt ttctctgccc tcgggacgac ggtaagcccg
     3121 cggtgctgtt cgttttacga caccgcgccg gtcacctcat caaagtgtcg ctcggcccac
     3181 tcgatcagcg tcgccagcac cggaataagc gagcgcccag tctccgtaag cgaatactcc
     3241 acccggggtg gcacctcggg ataaaccaca cgacgaatca ggcggctgcg ctccaagttc
     3301 ttgagcgtcg ctgcgagcat tttttgcgag cagtcggcca tgctccggcc caattcgctg
     3361 aagcggagta cgccccccgg gcagtcgtgc aacgtccaaa gaacgaggat agaccacttg
     3421 tcgccgaagc gactaatgac atgccggatg ggacaattgg ggtaattcgt tttaatgtcg
     3481 atcatacgtt tggtggatgc tatgggcgga caaaggtaga ggcgcaaaca gtcggcgcca
     3541 agccccctcg ttaatctcgg ttaatcttca aaatcgctcc actggttccg tcccgattct
     3601 tacctaccgg taactgacgc accttccggt gccttctttc acagcccgac gaacacgggc
     3661 acctttgcct cgtcaaagag agacggcttc gcaccgccaa tcagaggctc agacacagta
     3721 accctataaa aagagaaagg ataaccagat tatggcaaat gtgattttaa tcggagcgac
     3781 gggattcgtt ggatcggccg tcctcaacga actggtagag cgcggccacc acgtgacggc
     3841 tgtcgtacgt aacgctgcca agctccctaa gagctcccaa gtagaggcag cagaagctga
     3901 cgtagccgat gtggaaaagg tggccgacct ggcacgtggc aaggacgcca ttatctcagc
     3961 ctacaatccc ggatgggcta accccgacat caaacggctg atcgagacga actatccgcg
     4021 catcctcgaa gcggcaaagc ggagcggtgt gccccgactg atcattgtcg gcggcgctgg
     4081 taccctcttc gttaagccag ggctgcgcgt ggtggactcc ggcgccatcc ctgccgtgat
     4141 catggatggt gtgcgccccc tcggcgactt ctacctgaac acgctcaccc gtgaaacgga
     4201 catcgactgg gtcttctttt cacccgccgg tgagttcgac gctgaaggcc cgaagacggg
     4261 taagtatcgc cttggcaagg acgacttact cgtggacgct acgggcaaga gccacatctc
     4321 cgtgcgcgat tacgcagccg ccctcgtcga tgagctcgag caccccgcac atcaccgcac
     4381 ccgcttcacc attggctact gacatcaccg acatctatcg gagaggcaac accaaaaatc
     4441 cgatggcgaa gggattttcc ccctcttacg ccaccggatc tttctcgttt ccgcctatac
     4501 actgctacaa gaagaaggca ttcgccatcg tgaccagcag tagcgtggcc agaccgatgc
     4561 agacggcgat gagcagggcg ttgatgtatt tcgcatctgg cttggtggct cgatgggggt
     4621 cggtcaggta gcgctccttg aagaagaggt acagccccgg gatggctgtg gccaccagca
     4681 caaagtcctc ggggatatga aacgatccgg ccttcgtcag cccgatcagg gcccagtgac
     4741 agagcagcaa cacaagaaag aggttcaccc gacggacgaa gaagagtagc agtccgatgg
     4801 tgaagaccga cacggagcaa ggcatcacgg gcgaggtgac catcgggaag gtgagcccgc
     4861 gcgccagcga aatcagcgga tagacgaagg acatggtcag cagcacgcag gccacaaggt
     4921 catatttgtg cgaccgctcg aaggtggtgt agcccgtggc cagatcccac acccagatgg
     4981 ccgccaataa cacccagtaa agcgccatca cctcgttata gtcacgctcg cggcagcaga
     5041 caaagtagta gaccacggcc acccacagat agatcgcggc caagtagacc ttcatcgccc
     5101 acttgaccca cggggcggga cgccgtacca gcagcaccgt caggcagatg cccacaagga
     5161 taaggatcag ctgaccggcc caagtggagg cattgtaata ggctatcgtg cgccagaatg
     5221 tttccataag gcttcaatgg cgcgttaagg agaaggctcg accggggaag aggaacatgg
     5281 ggaaggtagc gccaacggcc agcaagaaga tgaccgtgac ggtgatcatc ccgttggaga
     5341 agaacatctc catgtagcgc ctgagtcctt cgggatcgtt aacccgctgg aggcacatga
     5401 tgagcgagaa gaccatgttg taagcgtatc gtccggggat catcggcagc agggcgggga
     5461 tgtagagcac cgtcatgggg cagtagacct tcttgccaag ccacagactg ccgaagccga
     5521 taaggaacgc cgccgccagt gaggctgtgg cgatgtctat ccccgcatag gtcatcaggc
     5581 agaagcgaca cgtatggccc accgcggcca gcagggcgat cattttgaag gccttcaggg
     5641 gcggatcgga gatggccccg aagccgatgc ccgccacggc tgcaaagagg gcatcggaga
     5701 ggatgtcgag ggtgatcgtt agcatattca tagcaggcta ctcttgacta aaagcagggt
     5761 gaaggagagt ccgatggcga tgttgacgat cagcagcgcg gcctctgtga ggcgtgcgaa
     5821 gcccgtcagg acgtgcccct cgacgacgtc gatcacgcca ttgatgagcg gtacgcctgg
     5881 caccaagtag agcacgcttg tggccagggc gatgtcggac gtggtgctga agatgagcga
     5941 cgtggaggca cagagcgagg ccacgaaggc ggagacgatg aacgtgacgt aggggttgat
     6001 gccccgctgt tgcatccgtt gcttgaggta gaagccggtc aaggtggacg agaagacgat
     6061 gcccatcgag accgcatcgc cgccgaagag tcggcagaac gaggcgttgg caaagcccac
     6121 caacagcagc acaaacagcg gatggatcat gggcgccgag acgatgcgtg tgtactccgc
     6181 ccacagctca tcgagcgata ggtggcggtc cgccgcggcc caactcaggg cactcaagga
     6241 ggcgttgtgc tcgaaactga tcgggtgcgg gggcacctcc accacccggt tgctttgctc
     6301 cgacgtggtg cggtcgatca ctgtcagaat gatgtgtttg tgaaggatgc tcatcttcac
     6361 gtccgcctca aaagagctgc cgatgcgctt cgagttgcgc atgacacgcg acgtgtgcac
     6421 ccccgccgcc atcaggtgtg aggcgtattc agcgatgaaa tcgcaaagcg acgagaggct
     6481 ttcttgggtg tgagtcatac ggattgctat gctgatcaaa ttcttccgac cgcaaaagta
     6541 cacagccccg cctccaccct ctatcctcta ccctctaccc tctatcctcc ccaccaatcg
     6601 ggattgccca gaaacggcca cagtgcgtcc tttgcagtcg aaacatcaac cccataaacc
     6661 gcaatgaaca agagactgca caacctttca ctggccgcgc tgctggccct cctgctcctc
     6721 ctccccaccg ccacgaaggc gcacacgatg tggatcgata cacccttcga ggggcacatc
     6781 ggacaaccgc aaaccgtccg catcttcttc ggtgagttct ccttgaggat gatctccccc
     6841 gccgaccgct ggttttcgga catcgccaac tgtcgcctca ccctcctcgc ccccgacggc
     6901 acgcgtgtcc cactcgagaa ggcccccacc gacagctgtt acacggcctc gttcacccca
     6961 accgctgacg gttggtacct gctctacttc gagcacaccg tccgcgacct ctacgagggc
     7021 atgcgcatca cctacggtgc ccaatcctgg gtgcgcgtcg gtcaccctga cgggccgccc
     7081 accgtagcct cgcccttcag ccacggccga ctcttcctgc cgcccgctga gcctttccga
     7141 ctcgaccaac ccgccgctgt caccctcacc gagggcggcc aactcgcccc ctcacgccgc
     7201 ctcaccctaa cctccgacaa gggttggcgc aagaacctcc gcagcgacgc cacgacggcc
     7261 atcgcctcca cgcccctcct cttccccgcc gattacctct tcgagtggac cgacaatccg
     7321 cccatcacgg accccgccca acgcatctca accgaccatc aatcggacta tatcaccctc
     7381 aactacttct tccggccctg aaggagcgct tcggagagcc attcggggta tcgcacagcc
     7441 ccacagagga ggctctcggc ccaaaatgga tcaagaatca taactcggca gcttgtgagt
     7501 tatgattcct gtcagaccta ataatcccat cgcaaatggt ttattatact ccccaagaat
     7561 cataatcctt gcgcattcgg ataacgatct tcgaatagcg atattcaatc atacacaaag
     7621 gaattacgat gcttggggag cataataaac cattctccaa aggattacga ttcttgcaag
     7681 agataatgaa gcattcacga tgggattacg atccttggag agaaatcata aaccgtacgc
     7741 aatccgatta cgatcttcgc aaggtataat aagccgaatg cacatgactt attattcttg
     7801 gcaagcatga cggccgacgg gcactcgaga ggctattccg accccatagt cacgctcccc
     7861 aataaatcga aaacaggtat cagattaaaa acagcgtcta cctttggggc cggtaataat
     7921 aaagaacgta agacacggaa tggagtttac agctaaacag atagctgagt tcctcaacgg
     7981 aacgatcgag ggcgatgtga cagctaaagt gaatggcttc tcaaagatcg aggaagggaa
     8041 accgggtacc ctcaccttcc ttgccaaccc caaatacgaa cattatatat atggcacgaa
     8101 ggcagccatc gttctggtca acgatgactt ccatccctcg gcgcccatag agtccaccct
     8161 gctgcgtgtg cctaacgcct acgccgcgct ggcctcgctg ctccactttg tggaacagac
     8221 ccagacgcaa aaagagggca tcgacccctc ggccttcatc gccccttcgg cccgggtggg
     8281 cgcaggcggc tatgtggggc acttcgctta catcggtgag catagcgtca tcggccgtgg
     8341 ctgccgcatc tatccgcacg cttacatcgg cgacaatgtc cagatcggcg acgacacgat
     8401 cgtctatccg cacgtcacca tctacaacgg ctgcgtcgtc ggctcccgct gcatcctgca
     8461 tgcaggcgcc gtcgtcggct cggacggctt cgggttcgca cccgagaacg ggacctaccg
     8521 caaaatccca cagctgggca acgtggtcat cgaggacgaa gtcgaagtgg gcgccaacac
     8581 caccatcgat cgcgccgtga tggagtccac caccatccat cggggcgtta agctggacaa
     8641 cctgattcag atcgcacaca acgtgcagat cggcgagaat accgtcatgg cctcgcaagt
     8701 cggtgtgtca ggatcgacga aagtgggccg tcattgcatg atcggcgggc aagtcggcct
     8761 gggtgggcac atccacatcg gcgacggcac ccagatcggc gcccaatcgg gcatcatcag
     8821 caacatcgac gctggatcac gcgtcatggg ctcacccgcc atgcccctca agaccttctt
     8881 ccgatccagc atcaccctgc gcaaactgcc agacatgtac ctcgagatcg accgcctgcg
     8941 taaggaggtc gaagagctga aaaagagatt atgaaccccc attaaataac gatcatacac
     9001 ccacacatca tgcaaaagca aaagacactc gcgtctgaat tttcgctgca aggcaaaggc
     9061 ctgcatacgg gcctcgacat acacatcacc ttcaaacccg cccctgaaaa tcacggctac
     9121 caaatccgac gcaccgacct ggagggtgca cccatcgtcg aagcgctggc tgagaacgtg
     9181 atcaacaccc agcgtggcac cgtggtggga aagaaggacg tgcagatcag caccatcgaa
     9241 catgccatgg ctgcgctcta tgcctgggaa gtggacaact gcctgatcga agtcgacgcc
     9301 cccgagttcc ccatccttga cggcagcgca caccccttct ccgagggcat ccgtagcgtg
     9361 ggcctcacgg agcaaaacgc cccccgggac tactatatcg tgcgccacaa aatggaagtc
     9421 aaggacgaga agaccggctc gtcgctcacc atcctgcccg acgaccggtt cagcatgaac
     9481 gtgctgatcg acttcgattc gcccgtcctc tccaaccaat acgccaccct ctccgacctc
     9541 agtcagttcg ctgacgagat agcggcctca cgcaccttcg tcttcgtccg cgagatcgaa
     9601 atgctcctcc gcaacggact catcaagggg ggcgacctcg ataacgccat cgtcatctac
     9661 gaccgcgaaa tgccgcaggc ggagctcgat cgcatcgctg acgaactggg actgccacac
     9721 aagagcgtct gcgaattggg ctacgtgaac aacaagcctc tggcctatgc caacgagccc
     9781 gcacgccaca aactgctcga cgtgattggc gacctcgccc tcatcggcaa acccatcaag
     9841 ggccacatca tcgctacccg accgggccat aagatcaaca acctgctggc gcaggtgatc
     9901 cgcaaagaca tcaagctgaa tagcatccaa gcccccgtct acgacccgaa tcgcgagccc
     9961 ctgatggaca tcaaccgtat ccgcgagctc ctgccccatc gctacccctt cctcttggtc
    10021 gacaagatca tcgagatcgg cggcgactac atcgtgggca tcaaaaacgt gagcgtcaac
    10081 gagcccttct tccagggcca cttcccgcag gagccgatca tgccaggcgt cttgctcgtc
    10141 gaggccatgg cacagacggg cggactcttg gtgctgaact ccgtcgacga accggagcgt
    10201 tactcgacgt atttcatgaa gatcgacggc gtcaagttcc gccagaaagt tgtccccggt
    10261 gatacgctca tcttccgcct ccagctcata tcgcccatcc gacgcggcat ctccacgatg
    10321 aagggctacg tcttcgtcgg cgagaaggtg gtgtgtgagg cagagttcat ggcccaaatc
    10381 gtcaaaaaca agtaagccga catgcacgca cccacagccg tcatccaccc cgaagcccgc
    10441 attggccaag gcgtgaccat cgatcccttc gcatacatcg agcgcgacgt cgtcattggc
    10501 gacggatgtc acatctatcc tcacgccgtc atcctcaacg gtgcacgcat cggccgtgac
    10561 tgccgcatct tccccggtgc cgtcatctct ggcatccccc aagacctgaa gtttgcgggc
    10621 gaagacacca ccgccgaaat tggcgaccgc accaccatcc gcgaatgcgt caccatcaac
    10681 cgtggcaccg cctcgaaagg ccgcaccgtg gtgggcagcg actgcctgat catggcctat
    10741 tcgcacgtgg cacacgactg cgtcgtacac aaccatgtga tcatcggcaa cgcctcacag
    10801 atcgctggcg aggtggagat cgacgacttt gccatcctca gcggcagcgt ccttgtacac
    10861 cagttcacgc gcatctcaca gcacgtgatg atccaaggcg gatcgcgcgt cggcaaagac
    10921 atccccccct acacgctgat cggtcgcgac ccaatcgtct actgcggcat caacatcgtt
    10981 ggcctacgtc ggcgcggctt ctccaatcag caggtctacc tcattcagga catctaccgc
    11041 accctctaca cccgcggtct caacaacacc gacgccttgc aggccatcga aaccgagtac
    11101 gagcccggtg cggagcgcga cctgatcctt aacttcatca agcattccaa acgcggcatc
    11161 gtccgcggat ccatcgatga atagagggta gaggatagag ggtagagggt agaggataga
    11221 gggtagagcc gggtacatga ggcgacgttc tatcctccat catctactct ccaccctcta
    11281 tcctctatcc tctaccctct atcctctatc ctccaccctc tactctccac cctctatcct
    11341 ccaccctcta ctctccaccc tctatcctcc accctctact ctctaccctc taccctctat
    11401 cctctaccct ctaactatgg t
//
LOCUS       SEQF2638.1|AYYF01001024.1 237 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..237
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggtataaagc gatgaaagaa gcgtgactgg ggggtagtta ggtgtagtca aaaaaacatg
       61 gctcctcaca gcaaccgcat caaaactttt cgcatagata caattatttc acaatgagtg
      121 tcttatttga aattccacta tgaggattca atgttaaagg ctgaaaagca tatctgaaaa
      181 tcggagtttt atattgatgc ggttgcccct gtctgaggtc tcatctattc cctgtct
//
LOCUS       SEQF2638.1|AYYF01001025.1 959 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..959
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gattggaggg cctcaaacag gcgcctgttt accctcgcgc agattgcgta gccccaaaca
       61 ggtgcctgtt tggcattaca caaaatgcag gaacctaaac aggcgcctgt ttgccttcga
      121 gggtggcatt atggtggcgc gaaaggcacc ctcgggggag cagagaggga ttgctgcggg
      181 gcagaggccc gataaagatt tcggctggct gtttactttt gcgtccgaca aaggtttttt
      241 agagtaaatg aacgacataa aaaacaggat cgagaggctg cgggaggcgc tggatgagca
      301 taaccatgcc tactatgtgc tttccgcgcc cattatctcc gatcatacgt atgacgagat
      361 gatgcgcgag ctgcagcagc tcgaggtcgc acatccggag tgggccgacc ccaattcgcc
      421 tacgcagcgc gtcggcagcg atctcacgga gggcttcacg caggtggcac accgataccc
      481 tatgctttcg ctcggcaaca cgtattccga agacgaggtg cgggagtttt acgaccgcgt
      541 cgctcggacg ctcggcgagc ccttcgaagt ggtggccgag ctgaagtatg atggcacatc
      601 gatctcgctc atttacgaac gcgggcggct cgtgacggcc gtgacacgcg gcgatggcgt
      661 ccgcggcgac gatgtgacgg ccaatgtgcg caccattcgc tccatccccc tccggctacg
      721 tggcgaggga tggccggagc ggcttgagat gcgtggcgag gtgctcctgc cgtgggccga
      781 gttcgagcgc ctcaatcgag agcgtgaggc gcaggaggag cccctctttg ccaatccgcg
      841 taacgccgcc tcgggcacac tgaagctcca gaacccgcgc attgtggctt tgcgacgcct
      901 cgatgcatac ctatattata tgttaggcga cggcctgccc gccgacaatc attacgaca
//
LOCUS       SEQF2638.1|AYYF01001026.1 1911 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1911
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(620..1627)
                     /locus_tag="SEQF2638.1_00498"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEKIQINVPRTITFVKANNTKLNNSLHVQYHRKQYDLVMAVDKT
                     KLKLPADLPEKWNTGITYETKIDQHSALSADTAKLKKKDAERKDQLIHIFLTIRAQER
                     SHKEDVRDAALRLAATLHPYEKIYKLPYEMESGRLLSMEDDIKTMTAEITALGLTDAF
                     ENLKKINTEFEALHVRRRTGDADGKLPQAVEIRPQTDAAFDAVCQYIQAAYLSAASDD
                     DRALIDQLVDRMNQTSRDFKTMQRSLTASHRKDNKKKPGEKKKPRKKPDDGPDIRLPE
                     DGNQPKKPEGGGGGKQPETPKPGGAGEGKKPETPQPGGAGTGGTGGTGGGGPEIHLPE
                     E"
ORIGIN      
        1 actaacaaca aaaaacgccg cgcgtaggcg tcaggcggca aaaagctgaa aatgagcgac
       61 gcgcggcagc cggaagcgaa aagtcaacaa cgaaaaacgc ttcgcgtacg cgtcaggcgg
      121 caaaaagctg aaaatgaacg acgcgcaatt gccggaggcg aaagactaac aacgaaaaac
      181 gccatgcgta ggcgtcaggc ggcaaaaagg tgaaaatgaa cgacaatcca cagccggaag
      241 cgaaaagtcg acgacaaaaa tcgccgcgcg taggcgtcag gcggtaaaaa gctaaaaatg
      301 agcgatgcac cgcatccgaa agcaaaaagt cgacgacaaa aaacgccatg cgtaggcgtc
      361 aggcggcaaa aggctgaaaa tgaacgacgc gcggcagccg gaggcgaaag actaacaacg
      421 acgaacgccg cgcgtaggcg tcaggcggca aaaaactgaa aatgagcgac aatccacagc
      481 tgagagcgga caaaggaaaa tgccgggtat ggagcgatag cctcgctcct gtacccggca
      541 tttttcgtcg ttcgttgttc gctttcggct ctccccgcgg gggaaccgtt tcttgtcgtc
      601 cgctttcggc ttatgcgcct cattcttccg gaaggtggat ctccggaccg ccgccgcccg
      661 tgccacctgt gccccccgtg ccagcgccac ccggctgagg tgtctcgggc ttcttaccct
      721 cgccagcgcc gcccggtttt ggcgtttcgg gctgtttgcc gccaccgccg ccctctggct
      781 tcttaggctg attgccgtct tccggcagcc gaatgtcggg accgtcgtcc ggcttcttcc
      841 tcggtttttt cttctctccg ggcttctttt tgttgtcttt ccgatgagag gccgtgaggg
      901 agcgctgcat cgttttgaag tctcgcgaag tctggttcat tcggtccacg agctgatcga
      961 tgagcgcgcg atcgtcgtcc gaagcggcgc tgagataggc ggcttggata tactggcaga
     1021 cggcgtcaaa cgccgcgtcc gtttgcggac ggatctcgac cgcctggggc agcttcccgt
     1081 cggcgtcgcc cgtccgacgg cggacgtgca gcgcctcaaa ctcggtgttg atcttcttca
     1141 gattctcgaa ggcatcggtg aggcccaagg ccgtgatctc ggccgtcatc gttttgatgt
     1201 cgtcctccat gctcagcagg cggccgctct ccatttcgta gggcaatttg tagatcttct
     1261 cgtacggatg gagcgtggcg gcgagtcgga gggcagcgtc tcggacatct tccttgtgcg
     1321 accgttcctg ggcgcgtatc gtgaggaaaa tgtggatcaa ctggtctttt cgctctgcat
     1381 ccttcttctt gagcttggcc gtgtcggctg agagcgcgga gtgctggtcg atcttcgttt
     1441 catacgtgat tcccgtattc cacttctccg gcaggtcggc aggcagcttc agcttcgttt
     1501 tgtcgacggc catgaccaga tcatactgtt tgcggtgata ctgcacgtgc agcgaattgt
     1561 tcaactttgt gttgttagcc ttgacgaagg taatcgtgcg aggcacattg atttgaatct
     1621 tttccatcgg gatttattat gtggttattg taatttttat gcaggtatca tgccgcaaac
     1681 atacgccttt ttctttaccg ccaaacgttc ggcgctattt tttttcaatc tttccgctgc
     1741 gcaccgctcg cgaccgacgt aacgcgacga ttcgaacggc tcgaaagcct gcggctatac
     1801 gttatatata taagcggacg acccacagcc taaagcgtta atatgtcgac aatgaaaaca
     1861 ttccacagcc gtcagccgtc aggcagctaa aagccctcgc gagggcttga c
//
LOCUS       SEQF2638.1|AYYF01001027.1 528 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..528
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(10..168)
                     /locus_tag="SEQF2638.1_00499"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNRLNFYLLSLLLCLPPSFLAAQGSRKQASAGNERDDSVIYHTV
                     ERVSYTHL"
ORIGIN      
        1 ccagcccgct cagagatgtg tataagagac acgctctacg gtgtgataaa taacgctgtc
       61 gtcgcgctcg ttaccggcgg atgcttgttt gcggctaccc tgtgccgcca agaagctggg
      121 tggcaaacag agcaagagag acagcagata gaaattcaat ctattcatag tcaattaaaa
      181 atttgtgcac aaaggtaagc cttattcatc gatcagacag ccgggtatgt ggggaaattg
      241 gatagcggcg aggatcgttt gaatgtttga gggccactct ccgccatccg atccacttcc
      301 cgcttcggaa cagcatcggg cgacgatgcg tggcggttgg ggaggctcgt ttcgagcttt
      361 cgtcgggtgg cgggatgtcc gaaaaggttc gaaatggact tccatcaggt agcgcggtgt
      421 cgtcgcgaac ttatctaaaa ttcaaccgag ccaccgcggc cttaggctgg atgtatatca
      481 taggctttta atctgaaagc ctataatatg gacagcaagt tattggtt
//
LOCUS       SEQF2638.1|AYYF01001028.1 481 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..481
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             1..252
                     /locus_tag="SEQF2638.1_00500"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MCQEIAAAGKGIYVRADNTNSALHTLQKEIDKMQKADQESQVYS
                     EYDEQFQSLAWIVLLLLIAEYIIMDRRNRIFRRVKLFSR"
ORIGIN      
        1 atgtgtcagg agatagccgc cgctggcaaa ggcatctatg tccgcgccga caacaccaac
       61 tcggccctgc acacgctgca aaaagagatc gacaagatgc agaaggccga ccaagaaagc
      121 caggtctatt ccgaatacga cgagcagttc cagagcctcg cgtggatcgt gctcctgctg
      181 ctcatcgcgg agtatatcat catggatcgc cggaatcgga tcttccgtcg ggtcaagctg
      241 ttttcgagat agcggtgaaa ggcatccggc acatcctcca tatccatcgg acgcgagtac
      301 gtcccacccc gtcggcgtcg gcagaatgtc tgccggggct atcacgggcc aagatgacgc
      361 tggcagaatg tctgccggga ctaccacagg ccaagatgac gtcggcagaa tgtctgccgg
      421 ggctatcatg ggccaagatg acgctggcag aatgtctgcc ggggctatca cgggccaaga
      481 t
//
LOCUS       SEQF2638.1|AYYF01001029.1 9757 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..9757
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(333..1223)
                     /locus_tag="SEQF2638.1_00501"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKLFLLAAVALLSPTASIMAQDDAPRDTSYWTHSGAASLTFGQ
                     TSFTNWAAGGENSVSVLAAFAGKWNYAKDRWMWDNSADLGYGLTYQGSDQIKNDDHID
                     LATRLGYKASATWAYAAELNFKSQFNKGYSKYPVTDDAAYISKFMAPGYLLGSIGMTY
                     THPREDLKVLISPVSEKMTFVSDRRLSDEGAYGVEKGDRVLAEFGALVKGTYSKKITE
                     NVLFNTEVLLTSAYKTFGNVDVDWKMSLDWKLNKYFTFKANTYLLYDDDIHYVDKDGV
                     KHGPRVQFKKVVGLGLGYIF"
     CDS             complement(1788..2327)
                     /locus_tag="SEQF2638.1_00502"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKERLGKWLLGLMGWRVGPAGDEVAKCVICVAPHTSNMDFIIGE
                     LFYLAIGKQAAFLMKKEWFAFPLGLFFRALGGVPIDRSRNTSMTEQMAAEFARRDRFR
                     LAVTPEGTRKRVDEWKRGFYYIALKAGVPIQLGYIDYGRKKVGIMETFRPTGDAEADI
                     QYIRSRYEGMTGNHSERFQ"
     CDS             2574..3902
                     /locus_tag="SEQF2638.1_00503"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNKVKIGLLLGLMAGVATVPVEAQVNASDSVQHHVLGNRLSVGG
                     YGEIAYSRNFYSDNVYRYSDAAKYKNDPSHGRFDVPHAVIYLNYNFGKGWTMGTEIEF
                     EHTGTGSAQEKEFTEGGEWEMEVEKGGEVELEQFWIQKSFSRAFNIRAGHIVVPIGMT
                     NAHHEPLHFFTVYRPEGEATILPCTWHDTGISFWGRTGRVRYEAQVVAGLDAFFFDRE
                     GWVNGGAGSPYEFKVANKYGFIGRLDYYAFPGLRIGLSGYYGRAMHNAFPHDLEGKDA
                     NGNVKRYDNVKGTVAIGAFDFAFNRFNWIVRGNADYGYVGDAATISTIKRNLTANSAP
                     YKKTPVGKNAVAVGFEAGYDIFSQVARLRADDQKFYLFGRYEYYNSYIPSSDQQKYEY
                     TGKQRLAVGFNYFPLPQIVVKGEYSTRLLKQQYNNEPSISLGIAYEGFFL"
     CDS             3990..5249
                     /locus_tag="SEQF2638.1_00504"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIKKYLRTSLLLTVGAMLTWGFSSCEKNNDPIEKGLTEKQKEMS
                     QIAKQYVDNTVNLTYKNLAAETSELYDKLKAAKEKFLKDPKSLTQAEVDEICKTFIKA
                     RSSYEQSEAFLFGAATDFGVDPHIDTWPLDVDGLAAALTNKYQLEKLGGDENDAIAYA
                     AGKLGQELLGFHGIEFVIFRNGKNRTVAALQANEDNEAFTAIKAQVTGAEELTYATAV
                     AGDLRDRCYQLEVAWNANAPKAHKDRVEEIELPSSRNGKSYTDDLLGATKAGSGYATW
                     EEVMTTILKAGCENICDEVANTKIGNPYSGKDKNYIESPYSQRSFIDFHDNLISIQNS
                     LYGGVDGKRNEAVSIMAFMKKYDAAQASKLESDLKAALKALEDCQTKLKGGFVSNISN
                     PLVGEAQKKIQTLDEDLNKAAEWFSKQ"
     CDS             5442..7109
                     /locus_tag="SEQF2638.1_00505"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTLKHNLTLSALAALWLVSFAACSDDPKPEPEPNVPDANFVGQA
                     VGNFSADEWYPGGQLGTTDNVVNGSYADETPAVEEQGLIELFNLGEAFDERKYTISTP
                     PFKGWGPAASRKTCFDCHIQYGGHGMRQTQFRPEYGNGYVIQVYYPDAPGSNNGKPIE
                     HITKFTQVMAAHPFLPPVDPDQIKIEWKTVAAMESGLPMTFPDGEKYELIYPEVTVPQ
                     TAFNTSPRPSGYEVRLLVSLSFSGLGLIDAIPDDSIIAQYRREAKYGVALNPAIWDKG
                     ANRLTAEGYSELNGKKRVRRFNYDLTEAALLEDAGLWDELGVSRTDLPWMCSTNEWAK
                     AMAENPSVVAGIKANPASPYYADGTEKGISNAIRILLSPETNQFDNPIHKFEPEMEDD
                     NYYAFAVWHRGLSIPRARNLNTKTVQRGKEVFMQIGCANCHRPQWKTGSDDNIYSPKP
                     VKNRKLPRYPHQTIYPYTDFVQHRMFMANDIFNSWCRTPPLWGRGLMRVNTGGEDRLH
                     DCRARNTIEAIMWHAYSKKSDAYRTVEKFYHLPKADRDAVVAFVNAI"
     CDS             7653..8168
                     /locus_tag="SEQF2638.1_00506"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKMAISIENPPRIGRIWPYSSKTWRGLDENGHIHRKPGEDWTKM
                     AISTESPAGIGRKWPYLSKTRRGLDENDHIHRKPGGDWIQYEYSYRILAGDRIPYVSG
                     NHILGKDGIHVTTCRLYLFYIGMQVARIGVNVSRQESRATRGMRSAVCARQFFTLRFP
                     SLAHSPSLSYC"
     CDS             complement(8141..9358)
                     /gene="hflX"
                     /locus_tag="SEQF2638.1_00507"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P25519"
                     /codon_start=1
                     /transl_table=11
                     /product="GTPase HflX"
                     /db_xref="COG:COG2262"
                     /translation="MKEFIITQEQTERAVLVGLVTPEQSEAQVKEYLDELAFLAETAG
                     IEPVRRFTQKADKPHAVTFVGSGKLQQIGEYVAENEIGIVVFDDELSAKQLRNIEKEL
                     KVRILDRTNLILDIFAKRAQTAHAKTQVELAQYRYMLPRLTRLWTHLERQRGGVGMRG
                     PGETQLETDRRIILDRISKLKRELEEIDRQKATQRRNRGKMVRVALVGYTNVGKSTLM
                     NLLGKSDVFAENKLFATLDTTVRKVIIDNLPFLLSDTVGFIRKLPTELVESFKSTLDE
                     VREADLLVHVVDISHPTFEEQIEVVERTLADIGCADKPIITVFNKIDAFSFVPKDEDD
                     LTPRERENIPLSELRETWMSRRPGSCIFISARDRTNIAALKSLLYEHVKAIHITRFPY
                     NDFLFQQYDSEGE"
ORIGIN      
        1 gctttggcgt ttgcgggagt cccgcaagtc tcccggcatt tgctttggcg tttgcgggga
       61 gtcccgcaag tctcacggca tttgctttgg cgtttgcggg gagtcccgca agtgcttcgg
      121 agaacctgtt ggccgttaca gcatgctatc aatgacattc tcaataaggg tatctcattc
      181 ttttgtcgaa ctcacgttat cgtacaatca ccactacagg cttcggccga ttgtatcgta
      241 caatcgccaa gaaaaaaaga gaaaggcact gcgaaaaaca agttccacag cgccttctcg
      301 ataactgttt gagagatgac taagagggtc tcttagaaga tgtatccgag gccgaggcca
      361 acgacttttt tgaactgtac gcgcgggcca tgcttcacgc cgtccttgtc gacgtagtgg
      421 atgtcgtcgt cgtagaggag gtaggtgttg gccttgaagg tgaagtattt gttgagcttc
      481 cagtcgagcg acatcttcca gtccacgtct acgttgccga aggttttgta ggccgaggtg
      541 aggaggactt cggtgttgaa gaggacgttt tcggtgattt tcttcgagta ggtgcccttg
      601 accagggcgc cgaactcggc cagcacgcgg tcgcccttct cgacgccgta cgcgccctcg
      661 tcggagaggc ggcggtcgga gacgaaggtc atcttctcag acacgggcga gatgagcacc
      721 ttgaggtctt cgcgcgggtg ggtgtaggtc ataccgatgg atccgagcag gtagcccggg
      781 gccatgaatt tggagatgta ggcggcgtcg tccgtcacgg gatacttgct gtagcccttg
      841 ttgaattgcg acttgaagtt cagctccgcc gcgtaggccc aggtggctga ggccttgtag
      901 ccgaggcggg tggcgaggtc gatgtggtcg tcgtttttga tctggtcgct accttgatag
      961 gtgaggccgt aaccgaggtc ggctgagttg tcccacatcc atcgatcctt cgcgtagttc
     1021 catttgcctg cgaaggcggc gagcacggag acggagtttt cgccgccggc ggcccagttg
     1081 gtgaaggagg tctgcccgaa ggtcagcgag gcggcaccgc tgtgtgtcca atacgaggtg
     1141 tcgcgcggcg cgtcgtcctg cgccatgatc gaggccgtcg ggctgaggag ggcgacggcc
     1201 gcaaggagga atagtttctt cattgtttct ggtttttaat acggccgcaa aagtaggttg
     1261 ccggataaag ggcgccggaa gtcagcgggt tcgtttaagt aaactcctcg attaataagt
     1321 ctttcggcgg gaatgcaggg cgcgcgatgg ccggaaaaat acgctcctta acgtgagttc
     1381 gacgtaagaa tgaggtatct tatccttgga gaatgtcttt catagcgcgc tgtaaaggcc
     1441 aaagtgcttt tggaaatgct tgcaccagtg gtgcaaacct caaaaacctc tttttgtctc
     1501 ttgcaccggt ggtgcaaaca gaaaaaacca ctttttgtct cttgcaccat cggtgcaaac
     1561 ggaaaaaact gcttttgggc cgttgcaccg gtggtgcaaa tcgcaaaaac cactttttgg
     1621 ctcttgcacc accggtgcaa gccgtaaaaa gtatttttta gtcgttgcac cgccggtgca
     1681 agcatttcca aaagcgtttt ggccatcgtg tgactcccgt agaagctctc tgctggcgtt
     1741 attcttacat cgaactcacg ttccttaaca gggccgtggg gggacgttta ttggaatcgc
     1801 tcgctgtgat taccggtcat gccctcgtag cgcgagcgga tgtattggat atcggcttcg
     1861 gcgtcgccgg tggggcggaa agtctccata atgccgacct tcttccgccc gtagtcgatg
     1921 tatcccagct ggatgggtac gccggccttg agcgcgatgt aatagaagcc ccgcttccat
     1981 tcgtccacgc gtttgcgtgt gccttcgggc gtgacggcca ggcggaaacg gtcgcggcgg
     2041 gcgaactctg cggccatctg ctccgtcata gaggtgttgc ggctgcgatc gatcgggacg
     2101 ccaccgaggg cgcgaaagaa gaggcccagc ggaaaggcga accattcctt tttcatcaaa
     2161 aacgcggcct gcttgccaat ggcgagataa aacagttcgc cgatgatgaa atccatattg
     2221 ctcgtgtgtg gcgctacgca gatcacgcac ttcgccacct cgtcgcccgc cggccctaca
     2281 cgccagccca tcaggcccaa aagccactta ccaagtctct ccttcatgtt ctttctatcc
     2341 gtttgatata ccattttgtc gggccaaagg taagggccgc acggggacgc cacggtattt
     2401 ccgggcttga tcccccgggg ggcgcgaagg atgcgacact cttcccgcaa agatttttca
     2461 catccctaat atttgggatt gtgatggttt gaaggcgcct ctacttttgc cgccgaaagc
     2521 ctttcactcc aaaggggctt tcgccagaag cagcagacat ataattaaga acaatgaata
     2581 aggtcaagat tgggttatta ctcgggctta tggctggcgt cgccaccgtg cccgtagagg
     2641 cgcaagtgaa tgcctcggac agtgtgcaac atcacgtgct gggcaaccga ttgagcgtcg
     2701 gtggatatgg cgagatcgcc tattcccgca atttctacag cgacaatgtg tatcgctaca
     2761 gcgatgccgc caagtacaag aacgacccca gccatgggcg tttcgatgtg ccgcacgccg
     2821 tcatctatct gaactacaat ttcgggaaag gatggacgat gggcaccgag atcgagttcg
     2881 aacacaccgg tacaggtagc gctcaggaaa aggaatttac cgagggcggc gagtgggaga
     2941 tggaagtcga gaaaggcggt gaggtggagc tggagcagtt ctggatccag aagtctttct
     3001 cacgcgcctt caacattcgc gcgggccaca tcgtcgtgcc catcggcatg acaaacgcgc
     3061 accacgagcc actccatttc ttcaccgtct atcgtcccga aggcgaggcc acgatcctgc
     3121 cttgcacatg gcacgacacg gggatcagct tctggggccg cacgggacgc gtccggtatg
     3181 aggcgcaagt ggtggctggc ctcgacgcct tcttcttcga tcgcgaaggt tgggtgaatg
     3241 gcggcgccgg atcgccctat gagtttaagg tggccaacaa atacggcttc atcggccgac
     3301 tcgactatta cgcctttccc gggctgcgca tcggcctgag tggatactat ggccgcgcca
     3361 tgcacaacgc cttcccacac gatctcgagg gaaaggacgc caatggcaac gtgaagcgct
     3421 acgacaatgt gaaaggtacc gtggccatcg gtgcgttcga cttcgcgttt aaccggttca
     3481 actggatcgt ccgcggtaac gccgactacg gttacgtagg cgacgccgct acgatcagca
     3541 ccatcaaacg taacctgacg gccaactccg ccccttataa gaaaactccc gtcggcaaga
     3601 atgccgtggc cgtaggcttt gaagcgggct acgacatttt ctcgcaggtg gcccggctgc
     3661 gcgctgacga tcagaaattc tacctcttcg gacggtacga atactataac tcctacatcc
     3721 cctccagcga tcagcagaag tatgagtaca ccggcaagca acgcctggcc gtgggcttca
     3781 actacttccc cctgccgcag atcgtggtga agggcgaata ctccacccgt ctgctcaagc
     3841 agcaatacaa taacgaaccc tccatctccc tcggaattgc ttatgagggc ttcttcctct
     3901 gatccgacat cgagagacgt gccacggagg gcatagccca gagagggtac tacacacgca
     3961 cacacgcatt catcattaat aatagacaca tgattaagaa gtatcttaga acgtcattgc
     4021 tcctcaccgt aggggcaatg ctgacatggg gattctcctc atgcgagaaa aacaatgatc
     4081 ctatcgagaa agggcttact gagaagcaga aagagatgag tcagatcgcc aagcagtatg
     4141 tggataacac ggtcaatctg acttacaaaa acctcgctgc cgagacctct gagctctacg
     4201 acaagctcaa ggctgccaag gaaaagttcc tcaaagaccc caagagcctc acgcaggccg
     4261 aggtggacga gatctgcaag acgttcatca aggctcgttc cagttacgag cagagtgagg
     4321 ccttcctctt tggtgccgct accgatttcg gcgtagatcc gcacatcgac acttggccgc
     4381 tcgacgtgga cggtctggct gccgccctga ccaataagta ccagctggag aagctcggcg
     4441 gtgacgaaaa cgacgctatc gcctacgcgg ctggtaagct cggacaggag ttgcttggct
     4501 tccacggcat cgaattcgtg atcttccgca acggcaagaa ccgcaccgtc gctgcgctgc
     4561 aagccaacga ggacaacgag gctttcaccg ccatcaaggc ccaggtgaca ggcgccgagg
     4621 agctgactta cgccacggct gtggcgggcg acctccgcga ccgttgctac cagctcgagg
     4681 tggcttggaa cgccaacgca cccaaggctc acaaggatcg ggtggaagag atcgaactcc
     4741 cgtcttcgcg taacggaaaa tcgtacaccg atgacctgct tggcgctacc aaagccggca
     4801 gcggctacgc tacctgggaa gaggtgatga ccaccatcct caaggccgga tgtgagaaca
     4861 tctgcgacga ggtggccaac accaagatcg gcaatcccta ctcgggcaag gacaagaact
     4921 acatcgagtc gccctatagc cagcgctcct tcatcgattt ccacgacaac ttgatcagta
     4981 tccagaactc gctctatggc ggcgtcgatg gcaagcgcaa tgaggccgtc tcgatcatgg
     5041 ccttcatgaa gaagtacgac gcagcccagg cttccaagct cgagagcgac ctcaaggctg
     5101 ccctgaaggc cctcgaagac tgccagacga agctcaaggg tggctttgtg agcaacatct
     5161 ccaatccgct cgtaggcgag gcgcagaaga aaatccaaac tctggatgaa gatctgaaca
     5221 aggctgccga gtggttctcg aaacagtaac ccatccgtaa cggaaaaacg aaagacgaaa
     5281 aacgcgaccg aggccatctt gccacagtca gcagagtcca cggttcgcgc ttagcttttc
     5341 gtccttagtt cccaaagggg catcggggag gcgggttcag ccccatcact tcccggtgcc
     5401 ccttcctgtt atatctacaa acaacgaaaa ggaatttcag tatgacactc aaacacaacc
     5461 tcacgctttc cgcgttagcc gcgctctggc tcgtgtcctt cgctgcgtgc agcgatgatc
     5521 cgaagcccga gcccgaaccg aatgtccccg acgccaattt tgtcggtcaa gccgtcggca
     5581 acttctcggc cgacgagtgg tatcccggag gtcaactggg cacgactgac aacgtcgtca
     5641 acggatccta tgccgacgag acacccgccg tagaagagca aggtttgata gagctcttca
     5701 acctgggcga ggcttttgac gagagaaagt atacgatcag cacgccgcca ttcaaaggct
     5761 gggggccagc ggcttcacgc aagacctgct tcgactgcca catccagtat ggcggtcacg
     5821 gtatgcgcca gactcagttc cgccccgagt atggcaatgg ctacgtcatc caggtttatt
     5881 atcccgacgc gccgggcagt aacaacggca aacccatcga gcacatcacc aagtttaccc
     5941 aagtgatggc cgcacacccc ttcctcccgc cggttgaccc agaccagatc aagatcgaat
     6001 ggaaaacggt ggcggcgatg gaaagcggcc tgccgatgac cttccccgac ggcgagaaat
     6061 acgaactcat ctaccccgaa gtcaccgttc cccagaccgc attcaacacc tcgccccggc
     6121 cctcaggcta tgaggtgcgg ctgctggtat cgctcagctt ctccggtctc ggactcatcg
     6181 atgctatccc ggacgactcc atcatcgccc aatatcgccg cgaggctaag tatggcgtcg
     6241 ccctcaaccc cgccatctgg gacaagggag cgaatcgtct gaccgccgaa ggttacagcg
     6301 agctcaacgg aaagaagcgt gtccgccgct tcaattacga tctcaccgag gcggccttgc
     6361 ttgaggacgc aggcctctgg gacgagctgg gagtctcgcg gacggacctg ccgtggatgt
     6421 gctccaccaa cgaatgggct aaggccatgg ccgagaatcc gtccgtcgtc gcgggcatca
     6481 aagccaaccc cgcgtcgcct tattacgccg acgggacgga gaaaggcatc tccaacgcca
     6541 ttcgcatcct cctctcgcct gagaccaacc agttcgacaa ccccatccac aagttcgagc
     6601 ccgagatgga ggacgacaac tactacgcct tcgccgtctg gcatcgcggt ctctccatcc
     6661 cccgcgcccg caacctgaac acgaaaaccg tgcagcgtgg caaggaggta ttcatgcaga
     6721 tcggttgcgc caattgccac cgcccgcagt ggaagaccgg cagcgatgat aacatttact
     6781 cgcccaaacc ggtaaagaat cgcaagctgc cgcgctatcc ccaccagacg atctatcctt
     6841 acaccgactt tgttcagcat cgcatgttca tggcgaacga catctttaac tcgtggtgca
     6901 gaaccccgcc cctctggggt cgcggactca tgcgggtgaa cacaggcggc gaggaccgct
     6961 tacacgactg tcgcgcgcgt aacaccatcg aggccatcat gtggcacgcc tacagcaaga
     7021 agagcgatgc ctatcgtacg gtcgaaaagt tctaccattt gccgaaggca gaccgcgacg
     7081 ccgtggtggc attcgtgaac gcgatatgat tcatcacttt tcatagcttc cttatctcac
     7141 cgataagggc atgcaaaggc cgagggagac tctcttcctc ggcctttttt tcattcctgc
     7201 gcctcgatac attctccgcc ttgataaata cgtgattcat tttttcagca tgaatcctat
     7261 ccccgtcaag gatcggattc gctgtgctac atgccaccct ttcctcgtct attttttgtc
     7321 cgtcagggta ggggcgtatc gcatacgccc tacaaacgcc tccgcatgga ggcgaatgac
     7381 agataaaccc gatacatttt ggggtgtatg tctttgcgcc ctacccatac cgatcaaaaa
     7441 tttgattccc atttattgga taaatctcaa acccggcggg ttttgggatg tatgtctttg
     7501 cgactaaccc caccccggcg agaaactctt aaaatttgta tggatgcacg caaaacccgg
     7561 cgaggattgg atgaatatgg ccatatccac cgaaaacccg gcgaggattg gacgaatatg
     7621 gccatattca ccgaaaaccc gccgaggatt ggatgaaaat ggccatatcc atcgaaaacc
     7681 cgccgaggat tggacggata tggccatatt catcgaaaac ctggcgagga ttggacgaaa
     7741 atggccatat ccatcggaaa cccggcgagg attggacgaa aatggccata tccaccgaaa
     7801 gcccggcggg gattggacga aaatggccat atctatcgaa aacccggcga ggattggatg
     7861 aaaatgacca tatccatcga aaacccggcg gggattggat tcaatatgaa tacagctatc
     7921 gaatccttgc cggggatagg attccatacg tttccgggaa tcacattttg ggcaaggatg
     7981 ggattcatgt aaccacatgc aggctatacc tattctatat agggatgcag gtggctcgga
     8041 tcggggtaaa tgtatcaaga caagaaagcc gggcgacacg cggaatgaga tccgcagtgt
     8101 gcgcccggca gtttttcacg ctccgttttc cgtccttagc tcattcgcct tcgctgtcgt
     8161 actgctgaaa gagaaaatcg ttgtagggga aacgggtgat gtggatggct ttgacgtgct
     8221 cgtagaggag cgacttgagg gcggcgatgt tggtccgatc gcgggcggag atgaagatgc
     8281 agctgccggg gcgacggctc atccaggtct cgcgaagctc ggagaggggg atgttttcgc
     8341 gctcgcgggg cgtgagatca tcctcgtcct tggggacaaa cgaaaacgcg tcgatcttat
     8401 taaagaccgt gatgatgggc ttgtcggcgc aaccgatgtc ggctagggtg cgctctacga
     8461 cttcgatctg ctcctcaaaa gtagggtggg agatgtccac gacatgcacc aaaagatcgg
     8521 cttcgcgaac ctcgtcgagg gtggacttga acgactcgac gagttcggta ggcaacttgc
     8581 ggatgaagcc caccgtatcg gagaggagga agggcaggtt gtcgatgatc accttgcgca
     8641 cggtggtgtc gagggtggcg aagagcttgt tttcggcaaa cacgtcgctt ttaccaagca
     8701 agttcatgag ggtcgacttg cccacgttgg tataacctac gagcgccacg cggaccatct
     8761 tgcctcggtt gcgccgctga gtggccttct gccggtctat ctcttccagc tcacgtttga
     8821 gcttggagat gcggtcaaga atgatgcgcc ggtcggtttc gagctgcgtc tcgcccggcc
     8881 cacgcatacc cacgccgcct cgctgacgct ctaggtgcgt ccataggcgc gtcagacggg
     8941 ggagcatata gcggtactgc gccagctcga cttgcgtctt ggcgtgggca gtctgcgcgc
     9001 gcttggcaaa gatgtcgagg atgagattcg tgcggtccag gatgcgcacc ttgagttcct
     9061 tttcgatgtt tcgtagctgc ttggccgaga gctcgtcgtc aaagaccacg atgcctatct
     9121 cgttctcagc cacatactcg ccaatctgtt gcaacttacc cgacccgacg aaggttacgg
     9181 catgcggctt gtcggccttt tgggtgaagc gtcggaccgg ctcaatcccg gccgtttcgg
     9241 ctaggaaggc tagctcgtct aagtattcct tgacctgcgc ctcactctgc tcgggggtga
     9301 ctaaccccac caggacggcg cgctcggtct gctcttgggt gataatgaat tctttcatac
     9361 ggctgcaaag gtaggggggt tcttcttttc ttcccttgat ggaagaaaag aaggcaaaag
     9421 aagatcaagg cctctaccga ggccagggaa gttggccggg tacgggatga atctgaaacg
     9481 cgacggggaa gggatagccg gcgccatgga cttaccgatt ctcgccggca tagaggagac
     9541 ggggtacgta tggattccta tttgtttcaa gggggtgaag gccttctcct gccggcaggg
     9601 taggggcgta ttgaatacgc cctccgaacg cccacaccgt gggcgaatgg gtctatcggg
     9661 gtaggtgcaa gacgccccct tcggggtcat tagaggggcg tatgcaatac gcccctacag
     9721 cctaccggca ggaggcgttt tttcttatgg ttgattg
//
LOCUS       SEQF2638.1|AYYF01001030.1 749 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..749
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 atctccaact cctccaccgt gtagcccaac cgctcgagcg ccgcccgtcc ttcctccacg
       61 tacaggttat actcctcatg gagcgccgca gtcgggataa aagtcaccgt cccccgttcc
      121 tttcccacca attcaggtaa taagtccgcc acatctgcaa aagatgagca caaaaacaat
      181 ctcttcataa tgtacttttc tgtcttcata atgtactttt ctgtcttcat aatgtacttt
      241 tctgtttgat acgattcgca ttgtagctct tgtcgacggc tcccgctgca actcgtcagc
      301 gataggaaca gcaaccatac aactccaatc aaacggctca gcgccacagc ccaaaagtct
      361 acactgcaac tattcttcat ccgccttttc caacttgcca atatcgatcg gcagtctcct
      421 acggaatcct tccttgaaag agatcagagt ctccgtccgt gccaatccta attgtagctc
      481 ttgttgacgc ccccgctaca actcgtcagc gataagagca gcaaccatac aactccaatc
      541 aaacggccca gcgccacagc ctgaaagtcc atactgcgac tatttttcat ccgccttttc
      601 caacttgcca atatcgatcg gcagtctcct acggaatcct tccttgaaag agatcagcgt
      661 ctctgtccgt gccaatccta atggcaatag cttcttatgg atgatgctga gcagatgctc
      721 attatctctg gcgtagttct ttacaaaga
//
LOCUS       SEQF2638.1|AYYF01001031.1 948 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..948
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtgcggttgc ggataagggc agacatggcc tgttgtatct tgtactcatt gacgggatca
       61 atgttgctcg ttatttcgtc caacagaaga atgggagcgt ctttgaggaa cgcacgggcg
      121 atggagatgc gttgcttctg tccgcccgac agtcccaagc cgttctctcc gattttcgtt
      181 tcgtaaccat caggtaggcc aacgatgaag tcgtgtatca tcgcccgacg tgcggcttcc
      241 tcgatttccg cttgcgtggc attgcgatca cccaccttga tgttgttggc gatggtatcg
      301 gaaaagagga tgacgttctg catcaccaca ctgattttac tgagcagata atcatagtcc
      361 atctcccgaa tatccacctc tccaatgcgg atattacccg cctgcggttc ccaaaagcgg
      421 agcaacagat tggtgagggt cgtcttgccg gagcctgatg agccgacaag tgccgttaca
      481 gtctgttcgg ggacgctgaa cgtgagatcc ttcatctcaa agccttcttc ctcatagtag
      541 aagccgacac cctcgaatga gaggtcgaag cgttcaactg ttttcggttg gccgggattg
      601 gcgatgaagg gtgcatctaa caagcgggag atgcgtccgt agctatcctt taccttgatg
      661 tagttcagcc agtggctctc catgttgata aagggcttgt agaactccct cgagacgatg
      721 acaaacatca ggtaagcaaa aacggaaagt tcaccgcgcc aactccacca aagaccaagc
      781 gtagccatca gcgcaaaagc cagctcaatg agaaaaacat acctgcccac gcttacagct
      841 gccagtcgtg aggtcttctt gctgctttct ccaaactcat gaacggaatg gtcgagtctg
      901 tcacgaaaca tgccctttcc tccgaatact ttcagcacgg gtatacct
//
LOCUS       SEQF2638.1|AYYF01001032.1 5907 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..5907
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             535..705
                     /locus_tag="SEQF2638.1_00508"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQNSTTLFLIRKMIMKNDIFGISVGAYCIRPLNASSKETYDQKS
                     MYMWGVFNTPLP"
     CDS             complement(1071..2012)
                     /locus_tag="SEQF2638.1_00509"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIAGAFFAIGLALWKIDPLSVRVDRWSATSYFLDALFDGRYPYG
                     VHTHVPPTTHSYPSPFPFWQYVNIPFWLMGDVGYGLFFFLLLPFLTIKWFTNSYKSTF
                     LFFLLLFLSPAYWWEVAVRSDGLSNATLIFCLILYLEKKRITFSTHFWTLVLLCGCVA
                     ATRLSAVIPLALYLLLPYTRQSSVGRLILFPIGVLLVAGCFFLPYIFWDTETWIFFSR
                     NPFMEQMRQGNSLVTLAILLLGIGLALRSKTFMQRIRTISWIVFLFILLTQIVRFAGD
                     GIPGFLFNDDCDISYFTLAFPYCLFSLSTSMRNGEDE"
     CDS             2246..5725
                     /locus_tag="SEQF2638.1_00510"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSHLILSIYDFFARHRALLFVLLLFLTAFCLFSAYRLGFKEDIA
                     RFLPNDSENARINNAYRDVILSNHITVYCSATDTTDEARAEQVEAIDALAERLRTMPD
                     ADRIQRLRYRIDPAEMMEVAEFVTDNMPYFLTDEDYQRIDSTLNRTAIARRLEADRDI
                     LTSSVGMILRPQLLADPLRLTEGAVDRLRNMQAGGRFSLFQDHIFADDGRALLMIECS
                     IPASETSANERFIKNLKTCMAETEREFKGVSFHSFGAVEISLSNANRIRQDALFTGIL
                     SAVIILALLIYSFRSAREIGLVFAAVLFGGLFALAALHLIRGEASTIAVGISSIIFGI
                     AINYPLHFIGHHHHTPDPRAVIKDIVRPLTVGNVTTVSAFMSLVFINSDAMRDLGWFA
                     SLLLVGTILFVLLFLPHLLPHRAVPRPDYSPFRWFTSRPWGSNRVVIGAVVFLTILLS
                     FFSDGSSFEADMARINYMTDAHRKDFAHLRAMLSENQHILYYVTEGATPDSALEANEQ
                     SLAALADLKKRGDISRVGGIDGLIPSRARQAERLGRWEAFWKTRRDSVLHILNEEASR
                     LGFRADAFGAFNASVSRSWSIEGLEFFNPLRQTVGGSYVFERPEKTMIVNLLYLDADR
                     APAVEKVLNDRNTASIAFDAESMTRRMIASLSDNFNYVLYVCGFIVFIFLLFSLGRLE
                     LSLIAFLPLALSWVWILGLMGIFDMKFNIVNIILATFIFGQGDDYTIFMTEGLIYEYT
                     YRRRTLASYKDSIALSAAIMFVGMGAMIFARHPALRSLGEVTVVGMFSVVVMAYIFPP
                     FLFGFLTSTRGKARRMPVTLRNLLISIYAFTYFLVLSFGLTVVGWVMFTLGKKTSRKK
                     AAYHRMLYSVARFTMHHFPQVRTTVENTCGEDFRRPSIILCNHQSHLDLMCLLMLTPK
                     LIILTNDWVWHSPFYGQLIRYADFYPVTEGLDRTLEHLHEAKRQGYSIAIFPEGTRSP
                     DCSLLRFRRGAFFLAEQLNMDLLPVVLHGTGHVLPKQDFMLRRGSIHVRVLPRITPAD
                     TRFGTDHIARARQLRQFYRAEYEALCRRVETPAYFSDLVLHNYIYKGPSVERAVRHAL
                     RQHDNYTAEISALPDSGEVTLRNTGYGEQALLAALVNPHLRITAVEPDDDRRAIAEHC
                     AARPANLQYVSEA"
ORIGIN      
        1 atgaaatgcc tttgtatcat ccgatgtagg cgactgcaaa aatggcgtac taatttcatt
       61 tgcccatata tgactcccga aaaaatgcag cgccctcgtt ttgccgatag aaaggggcat
      121 gcaccttttc aggaagccat cctttgctca aaatactaag cgagatgaat gttgtttagt
      181 gaatctcaca gaaacgatta agtcgcagaa atgtttctta gttgctctga tgaagcaatt
      241 aagccgcaaa aatgtctctt agttgctcta ctgaagcaat taagccgtaa aaatgtctct
      301 tagttgctct attgaagcaa ttaagccgca aaaatgtctc ttaattgctt catcagagca
      361 actaaataac atgaatgtga tttagtattt tcgatccaag atatagtcct gcaaaacata
      421 ttcagacttg cccgaatcaa agcaaaattc atgcaaaaca gcatgacctt ccttttgatc
      481 gaatagagac ctatgcaaaa tgtattgacc ttttatttgg atcgaggaag ggttatgcaa
      541 aacagcacga cccttttttt gatccgaaaa atgattatga aaaatgacat atttggtatc
      601 tctgtagggg cgtattgcat acgccccctt aatgcatcct caaaagaaac gtatgatcag
      661 aaatctatgt acatgtgggg cgtattcaat acgcccctac cctgacggac gaaaaggtct
      721 attcctaaga tcaatttttg ggttatgcaa aatggtatga cactcttttt gatctaaaaa
      781 atggtcatgc aaaatcgatt atccctctat ttggatcgaa aaaggatcat gcgaaaaggt
      841 aagaccattt ttttgatctg gaaaatggtt atgcaggatc gattatacct ctattggaat
      901 cgagaaagag ttatgcgaaa tggcaggaaa agatttctgg aacatgtttt agagatttgt
      961 ttttgaggca cttattttga gggagtattt ttctttgtca caaaacgaaa gcactccgga
     1021 tttgtggtaa aatccggagt gcagaacggg aaaagtctat ttgagaaggt ttattcatcc
     1081 tcgccattac gcatggatgt gcttagcgag aataaacagt aggggaaggc gagcgtgaag
     1141 taagaaatgt cgcaatcgtc gttgaataaa aatccgggga taccatctcc ggcaaagcgt
     1201 acaatctgcg tcaaaaggat gaacaaaaaa acgatccatg aaatggtgcg gatgcgttgc
     1261 atgaaggttt tgcttcgcag ggccagcccg atgccaagca gaaggatcgc cagtgtgacg
     1321 agagaattac cctgtcgcat ttgttccata aaaggatttc gggagaaaaa gatccacgtt
     1381 tctgtatccc aaaaaatata gggcaaaaag aagcatccgg ccaccagcag gacaccaatg
     1441 gggaataaaa taagtctgcc gacagacgac tggcgtgtgt atgggagcaa aagatataag
     1501 gcgagcggta tcacggccga taagcgtgtg gccgcgacgc agccgcacaa cagcacgagt
     1561 gtccaaaaat gcgtggaaaa ggtaatgcgc tttttctcga ggtaaagaat caaacaaaaa
     1621 atgagcgtgg cattgctcag cccatcactt ctcaccgcaa cttcccacca gtaggccggc
     1681 gagaggaata acaggaggaa aaaaaggaag gtgcttttgt acgagttcgt aaaccacttg
     1741 atggtaagga acgggagtaa tagaaaaaag aataaaccgt agccgacatc acccattaac
     1801 cagaacggga tatttacata ttgccaaaat ggaaaggggg aaggatagct gtgagtcgtt
     1861 ggcggaacat gggtatgcac gccatacgga tagcgtccgt caaagagagc atctaagaag
     1921 taggaagttg cagaccagcg atctacgcgg acggaaaggg ggtcaatttt ccataaggct
     1981 aaaccgatcg caaaaaaggc tcccgcaatc atgatccaag aaaacacctt gaaagtttgc
     2041 tctgaaaacc tgttgcgcaa cctcgtaaaa aggaaaaaca agcctaaaac aaaaacgata
     2101 tagaccaatc cgctaagaag aggggatgat gcagaatatc gggagtcata tatgggcaaa
     2161 tgaaattagt acgccatttt tgcagtcgcc tacatcggat gatacaaagg catttcattt
     2221 ttcaatatcc attttttact cgcccatgag ccatcttata ctttccatct atgatttttt
     2281 cgcccgacat agggcgctgc tttttgtgct attgctcttt ctcacagctt tttgcctctt
     2341 ttcggcttac cggttaggat ttaaggaaga cattgcacgc tttctgccta acgacagcga
     2401 aaatgcgcgc ataaataatg cctatcggga cgtgatcctc tccaatcaca tcacggttta
     2461 ttgcagcgca accgacacga ccgacgaagc gcgggccgaa caggtggagg caatcgacgc
     2521 gctggccgaa cggctgcgaa cgatgcccga cgcggatcgc atacagcgtc ttcgctatcg
     2581 aattgacccc gcggaaatga tggaggtggc tgaatttgtg acagataaca tgccgtactt
     2641 tctcaccgat gaggattatc agcgaataga ttccacgctg aaccgcacgg ccatcgctcg
     2701 tcgcttggag gcggatcggg acatcctcac ctcgtccgtc ggcatgattt taaggccgca
     2761 gctattggcc gaccccctcc gattgaccga aggggcggtg gatcggcttc gcaacatgca
     2821 agctggcgga cgttttagcc tctttcagga tcacatcttt gccgatgacg ggcgtgcatt
     2881 gctcatgatc gaatgcagca tacctgccag cgaaacatct gcgaatgagc gctttatcaa
     2941 gaacctcaaa acgtgtatgg cggagaccga acgggagttc aagggtgtct cattccatag
     3001 ttttggagcc gtggaaatct ccctctccaa cgccaatcgg attagacaag acgcgctgtt
     3061 tacgggcatc ctttcggccg tcattattct tgcgctcctc atttattcct tccggagtgc
     3121 gcgagaaata ggtcttgtgt ttgcggccgt ccttttcggt ggactttttg cgcttgctgc
     3181 gcttcatctt atccgcggcg aggcctccac aattgccgtt ggcattagct ccatcatctt
     3241 cggtatcgca ataaactatc cgctgcattt cattggccat caccatcata cgcccgaccc
     3301 tcgtgcagta ataaaagaca tcgtccggcc cctaaccgtg ggtaatgtga ctacggttag
     3361 cgcctttatg agccttgttt ttatcaattc agatgcgatg cgagatctcg gttggtttgc
     3421 atcgcttctg ctcgttggga cgatcctttt tgtgctcctt tttttgcccc atttacttcc
     3481 gcatagggcc gtcccacgcc ctgattattc gccttttaga tggtttacat ctcgcccgtg
     3541 gggaagtaat cgcgtggtga ttggcgcggt ggtctttctc accattttat tgagcttttt
     3601 ttctgacgga tcgtcttttg aggccgatat ggcacgcatt aattacatga cggacgccca
     3661 tcggaaagat tttgcgcacc tgcgggctat gttgagcgaa aatcaacaca ttctttatta
     3721 cgtgacggaa ggcgccacgc ccgattcggc cttagaagcc aacgagcaga gtctcgcggc
     3781 cctcgctgac ctgaaaaaaa gaggcgatat cagtcgcgtg ggaggcattg acggcctgat
     3841 tccttcgcgc gctcgtcaag cagagcgtct cggccggtgg gaggcttttt ggaaaacgcg
     3901 gcgagactct gtgctacata ttttgaatga agaggcttcg cggctgggtt ttcgtgccga
     3961 cgcattcggt gctttcaatg cgtccgtaag ccgatcgtgg tcgatcgaag ggcttgaatt
     4021 tttcaatccc cttcgccaga ccgtaggcgg aagctatgta tttgagcggc ccgaaaaaac
     4081 gatgattgtc aacctcttgt atcttgacgc cgaccgtgct ccggccgtag aaaaggtcct
     4141 gaacgatcgc aacaccgcct ccatcgcctt tgatgctgag tcgatgactc gccgcatgat
     4201 cgcctccctg tcggataact tcaattatgt cctctacgtc tgcggtttca tcgtttttat
     4261 cttcctgctg ttctccctgg gtcggctcga actcagtttg atagcctttc tacccctcgc
     4321 gctcagttgg gtttggattc ttggattgat gggcattttc gacatgaaat tcaacatcgt
     4381 aaatatcatc ctggccacgt ttatattcgg tcaaggcgac gattacacca tcttcatgac
     4441 ggaaggactc atttatgagt acacttatcg gcgccgcact ttggcatcat acaaagacag
     4501 catagccctt tctgccgcca ttatgtttgt gggcatgggt gcgatgattt ttgcccgtca
     4561 cccagcgctt cgttccctcg gcgaggtaac cgtggtgggg atgttttccg tggtagttat
     4621 ggcgtacatt tttccgccct ttctttttgg tttcctgacg tctacgcgcg ggaaagctcg
     4681 ccgcatgcct gtaacactcc gcaatttgct cataagcatc tatgcgttta cgtatttcct
     4741 cgtcttgagt tttggattga ccgttgtagg atgggtgatg ttcactttgg gcaaaaaaac
     4801 gagtcgtaaa aaagcggctt accatcgtat gctttacagc gtggctcgtt tcactatgca
     4861 ccacttcccc caggtgcgca ctacggtaga gaacacctgc ggcgaggatt ttcgtcggcc
     4921 atctatcatc ctgtgcaacc accagtctca cctcgacctc atgtgtttgc tcatgctcac
     4981 ccccaagctc atcattttga cgaacgattg ggtgtggcat tctcccttct atggccaatt
     5041 gatccgttac gcagactttt atcccgtcac ggagggactt gaccgcactt tggaacacct
     5101 gcacgaggcc aaacgtcagg gttactccat tgcgatcttc ccggagggca cccgctcccc
     5161 cgattgctcg ctattgcgct tccggcgagg tgcatttttc ctggctgaac aattaaatat
     5221 ggacctgcta cccgtcgtgc ttcacggtac gggacatgtt ttacccaagc aagacttcat
     5281 gctccgccgt ggcagcattc acgtacgcgt gctccctcgc atcacccccg ctgacacacg
     5341 ttttggcacg gaccacatcg cacgggcccg ccagcttcgc caattctatc gtgctgaata
     5401 cgaggccctt tgccgccgcg tagaaacgcc cgcgtacttc tccgacctcg tccttcacaa
     5461 ctatatttat aaggggccat ctgtcgaacg agccgttcga cacgcattac gccagcacga
     5521 caactacacg gccgaaattt ccgccctgcc cgacagcggc gaagtgacgc tacgcaatac
     5581 cggctacggg gagcaggcct tactcgctgc actcgtcaat ccccatctac gaatcaccgc
     5641 cgtagaaccc gacgacgatc gccgcgccat tgccgagcat tgtgcagctc gccccgccaa
     5701 tctccagtac gtcagcgagg cctaatccgc cccgcaccct tccctatcac ccataaaaaa
     5761 gtcccccgcg ctaaggattg ctccttgccc gggggacttc tttggatatg ccgaatggcg
     5821 aatggccaat gcttagccca attcaagcgt cgccattggc cattaatcgc tagccgttaa
     5881 gagattactc cacggcaacc ttctcgg
//
LOCUS       SEQF2638.1|AYYF01001033.1 2070 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2070
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             38..322
                     /locus_tag="SEQF2638.1_00511"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTVIVVFPAAEAVAVIEVVVDVGAATTDVFELVQVSVWLVASEG
                     VIVTLSVIVPPISTVSFSLLIVKAVIGLLAGAWAFWLIVIVCFKAVLSVA"
     CDS             complement(1217..1957)
                     /locus_tag="SEQF2638.1_00512"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQKKDQERDRLLIHLFGMIRQQKYAPKKETIEAAERLSIIVAPY
                     LGARDKRCDIKSGLILGLEKDLGKAPADVAAVGLTDTLSQLHTVNAEYMTLGGASDAE
                     IIERSKLPSIRDVRDAIDKIHLVACQVLQANYLTTTKDEERTAIEALAEQMNQVTLRY
                     KSRHNVSEAQKKSAAEKHPKGPKEPKEPKKPADPKDPKDPKKPDAPKDPKDPKQPGTG
                     PGEQPKPGGEQPKPGGSDGGPDIHLPEE"
ORIGIN      
        1 gttgcaggtc ttggtcaggt tgctgccatc cgtcgttgtg acggtgattg tggtatttcc
       61 cgcagccgag gcggtagccg tcattgaggt cgtcgtggac gtaggggcgg caaccaccga
      121 tgtgttcgag cttgtccaag tcagcgtctg gttagtggcg tctgagggag tgattgtcac
      181 attgagcgtg atcgtacctc caatatctac cgtatccttt tccttgctga tagtcaaagc
      241 tgtgatcggt ttgttggccg gcgcttgggc cttctggttg atcgtaatcg tctgcttcaa
      301 ggcggtgcta tccgtggcgt aaacctcgat tgtggctgta cgtggggaag aggtcgtgtt
      361 ggcagctacg gtcacggtca ccgatccggc gcccttaggc ccgctggttg gggagagcgt
      421 aatccaagcg gaagcggttg acgctgacca cgcggtatcg ctgctgatag tgagagtcac
      481 cgtgcctcca gtgtcggcca cgctgtcggt tggggcggcc gtgacggtca actgcttcgg
      541 tgcaggcgcc ggggccggag cgggggcggc ccaaggtgcg agattcattt cgctggcggc
      601 ccagagggag ccgccgatcg tggtgaggca ggccagcgcc acgatccaag gggttgttct
      661 tttcattttc gtagatattt tgttgtgtgt gtaatacgtg atctgtgatg cgaaaaacgc
      721 agccaaacgc tgcgtcgggg aagctaaaaa atgaaaaatg gaaagctaaa aacgagtcga
      781 ggaaacggat aagtgaaaaa tcaaaagcta aaatcagtag gactcacgcg caaaccacaa
      841 agcgaatagc caaaaacagt agggcccacg cgcaaaccgt aaaacgaata gctaaaatca
      901 gtaggtccca cgcgcaaacc gtaaagcgaa tagccaaaaa cagtagggct cacgcgtaaa
      961 ccacaaaacg aatagccaaa aacagtagga ctcacgcgta aaccgcaaag cgaatagcta
     1021 aaaacagtag gactcacgcg caaaccacaa agcgaatagc caaaaacagt agggcacacg
     1081 cgcaaaccgc aaagcgaata gccaaaaaca gtaggactca agcgtaagac gcaaaacgaa
     1141 aaacggccgg gcacctgcgg ggtgaacgca tgcgcacggc gtttctcgct cttagaccat
     1201 tgtctctcgt ctcgtcttac tcttccggaa ggtggatgtc ggggcctccg tcgctgccgc
     1261 ccggtttggg ttgttcgccg cccggtttgg gctgctcgcc ggggccggtg ccgggctgct
     1321 tggggtcctt cggatccttg ggcgcgtcgg gctttttcgg gtccttgggg tctttcggat
     1381 cggccggctt tttgggctcc ttcggctcct tgggtccctt gggatgcttc tcggcggcgg
     1441 atttcttctg ggcctcactg acgttgtggc gcgacttgta gcggagggtg acctggttca
     1501 tctgttcggc cagggcctcg atggccgtgc gttcctcgtc cttggtggtg gtcaagtagt
     1561 tggcttggag cacctggcag gccaccagat ggatcttgtc gatggcatct cggacgtccc
     1621 gaatggacgg caacttgctg cgttcgatga tttcggcgtc gctggctccg cccagggtca
     1681 tgtattccgc gttgacggtg tgcagttggc tcagggtgtc ggtgagtccc acggctgcca
     1741 cgtcggccgg ggccttaccg aggtcttttt ccagccccag gatgagcccg gatttgatgt
     1801 cgcagcgctt gtcgcgtgct cccagatagg gggccacgat gatgctgagg cgttcggcgg
     1861 cttcgatggt ctccttcttg ggcgcgtact tctgctggcg gatcatgccg aagaggtgta
     1921 tcagcaggcg gtcgcgctcc tgatctttct tctgcatgta tgcccgcacg gttcgacaaa
     1981 ccacaataaa caaaatggat atgctacaca ttgaaaagat ctggctgacc gacgacgcca
     2041 tatggatacg cactgcggac ggacgcgagg
//
LOCUS       SEQF2638.1|AYYF01001034.1 8272 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..8272
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             312..1739
                     /locus_tag="SEQF2638.1_00513"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKFLLCSILLACTAWITTAQEPQSCRLGFSYEFSNNKNWGKDKP
                     VIMKVYPNSPAEKAGLKQNDIIERINGARIEEISPDDVDSLISDPEVREVRLTIHNFS
                     SNNREVTLEKECTSALSLGEEQLATAFSMYSVESTHDRLFICPFMTKTTDAAVDFSQF
                     TTFDFTDTDDHTISKIESVINNVLKTELSKKGLRQQSIKPDFTIQTYYKFNKNPNFKK
                     KSRETAEQSPTFRYDITRDRVTKFPFYDANTPESEAEYILQFGIRFIDQRYVRGRVLW
                     ECEANELMSSPYAVDEYASIHIPLMCMQFPYVKYERNAQFILTKKSHNYTGIRYSIYE
                     LNKVVDVDYGSPASKAGIQRGDIIDRINGKRMDHTADEFTAAYRQFITNTLKYRDSGT
                     RFTNANGFPNCMFWDKFKYPQIAKIFETDKYMTAFSYLYFFAPYVNPEGTGANVCILH
                     LRRGTEKLEYIIRPELRSEKTIELN"
     CDS             1745..4252
                     /gene="mutS2"
                     /locus_tag="SEQF2638.1_00514"
                     /EC_number="3.1.-.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P65496"
                     /codon_start=1
                     /transl_table=11
                     /product="Endonuclease MutS2"
                     /translation="MIYPENFEHKLGFDKIRELVAAQCLSSLGREQVEAIRFSADATV
                     VAEELEQTGEFVRILQGERAFPANYFIDVRPTLSRIRPEGTFADELELFDLKRSLQTI
                     VDITRFFRPVDKSDDAQPEYPVLAAMAGRVPVFPQLVRDIDIILDRYGRTKDSASPEL
                     ARIRRDMSAVSGSISRNLQSILRSAQAEGWVDRDTAPTMRDGRLVIPVAPAFKRRIRG
                     IVHDESATGKTVYIEPEAVVEANNRIRELEAEERREIVRILTAFTDVLRPLVPDIIQS
                     YEFLSVIDFIRAKARFAESIGAIVTLPQNEPLIDWQEAVHPLLLLAHRKAGKEVVPLD
                     LSLDRDRRLLIISGPNAGGKSVCLKTVGLLQYMLQCGIPIPLNERSRTGIFERIFIDI
                     GDEQSIENDLSTYSSHLTNMKYFVRHGNERTLLLIDEFGSGTEPLIGGALAEALLERF
                     NRHRAFGVITTHYQNLKQYAEDHEGVVNGAMLYDRNLMQPLFRLSVGHPGSSFAIEIA
                     RKIGLPDDVIAEAAEKVGSDYVDMDKYLQDIVRDKRYWENKRQNIRRREKQLEELVAR
                     YEQDLEAVNSQRKAIIGEAKEAAQRIVSESNARIENTIREIREAQAEKERTRAARREL
                     DAFKETVSQTNEDDERIARKMEQVRQRQERRKERKSKKQSPTASDPSAAQPKAERPLT
                     TGDAVRMKGQTAVGSVLEIQGKQAVVAFGTIKSTVATERLERVDQAALKRATTRSATF
                     LSAHTADAMHEKRLHFRQEIDLRGMRGDEALQAVAYFIDDAIQVGADRVRILHGTGNG
                     ILRQLIRQYLPTVPGVAHFADEDIRLGGAGITVVDLE"
     CDS             complement(4394..5161)
                     /gene="bepA_1"
                     /locus_tag="SEQF2638.1_00515"
                     /EC_number="3.4.-.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_00997"
                     /codon_start=1
                     /transl_table=11
                     /product="Beta-barrel assembly-enhancing protease"
                     /translation="MLLVVAACSVVPLTGRRQMLLVSDSELLTASLSQYNAYMKTAVK
                     SSDKAKTDKVVRVGRRIAAATEEYLRQNGMESELQNFRWEFNLIKDKQHNAFCMPGGK
                     IVVYEGILDLTPTDDDLAVVLGHEVAHAVAKHSNERMSQQLVAQYGAAILGAALSKKS
                     AATQQLASTVFGLGTQVGVMLPFSRKHESEADYMGLVFMTMAGYNPNVAVGFWQRMSQ
                     GGSSVPELLSTHPSDETRIAAIRRYLPEMEKYKRRKN"
     CDS             complement(5453..8173)
                     /gene="ppdK"
                     /locus_tag="SEQF2638.1_00516"
                     /EC_number="2.7.9.1"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P22983"
                     /codon_start=1
                     /transl_table=11
                     /product="Pyruvate, phosphate dikinase"
                     /db_xref="COG:COG0574"
                     /translation="MEVKRVYTFGNGKAEGKADMRNLLGGKGANLAEMNLIGVPVPPG
                     FTITTDVCNEYYRIGKEKMVELLQDDVKKAVAHVEMLMNSKFGDVENPLLVSVRSGAR
                     ASMPGMMDTILNLGLNDDVVEGLTRKTGNPRFAWDSYRRFVQMYGDVVLGMKPENKED
                     IDPFEEIIEDVKKAKGVKLDNELEVEDLKELVKRFKAAVKKQTGKDFPTCAYDQLWGA
                     ICAVFDSWMNERAILYRKMEGIPAEWGTAVNVQAMVFGNMGDTSATGVCFSRDAATGE
                     DLFNGEYLINAQGEDVVAGIRTPQQITKIGSQRWAELAGVSEADRVAKYPSMEEAMPE
                     IYKELDEIQTRLENHYHDMQDMEFTVQDGKLWFLQTRNGKRTGSAMVKIAMDLLRQGM
                     IDEKTAIKRIDANKLDELLHPIFDKEALKKAKVLTRGLPASPGAATGQIVFFADDAAE
                     WHAKGHHVVMVRLETSPEDLAGMAVAEGILTARGGMTSHAAVVARGMGKCCVSGAGAL
                     NVDYKNRTVEIDGVKLKEGDYISINGSTGEVYEGEVHTKAAELSGDFADLMTLADKYA
                     RLKVRTNADTPHDAQSARNFGAVGIGLCRTEHMFFEGEKIKAMREMILAENAEDRKKA
                     LAKILPYQQEDFKGILRVMAGYPVTVRLLDPPLHEFVPHDEKGQQEMAEAMGVSLAYI
                     RQRVEALHEQNPMLGHRGCRLGNTYPEITQMQTRAILGAALDLKKEGVETHPEIMVPL
                     TGILYEFKEQETVIRAEAEALFAERGDRIDFLVGTMIEVPRAALTADRIATSAEFFSF
                     GTNDLTQMTFGYSRDDIASFLPIYLHKKILKVDPFQVLDQKGVGSLIRMATEKGRSVR
                     PTLKCGICGEHGGEPSSVKFCHKVGLDYVSCSPFRVPIARVAAAQAAIEE"
ORIGIN      
        1 ccgatttcct gaggaaatga gccgaaaaag ttttgtggca gccgatttcc cgaggaaatg
       61 agccgaaaaa gttttgtggc gagcgatttc ccgaggaaat gggccgaaaa agtttttggc
      121 gagcgatttc cttgagggca atcgttcgtc gaactcacgc attatttgtg ctacaaaggc
      181 caacacgcct atccgatacg tagaaaggtt cgtggacgca tttccgattg gctatatctt
      241 tgccgccgtt aagcgcgtcg caaaacgcag tcacattttt ttattcccaa taaaacaagt
      301 agtaagtaag tatgaagttc cttctctgtt cgatcctttt ggcttgtacc gcatggatca
      361 ccacggcaca agaaccccag agctgccgcc tgggattcag ttacgaattc agcaacaaca
      421 aaaactgggg gaaagacaaa cccgtcatca tgaaagtcta ccccaactcg ccggccgaaa
      481 aagcgggcct aaagcaaaac gacatcatcg aacgcatcaa tggcgctcgg atcgaagaga
      541 tctcacccga cgacgtcgac tcgctcatct ccgaccctga agtgcgcgaa gtgcgcctca
      601 ccatccacaa cttcagcagc aacaaccgcg aggtgaccct cgagaaagag tgtacctccg
      661 ccctctcact tggcgaagaa cagctcgcca cggccttctc catgtacagc gtcgagagca
      721 cacacgaccg cctcttcatc tgccccttca tgaccaaaac gaccgatgcc gcagtcgact
      781 tttcgcagtt caccaccttc gacttcaccg acaccgacga ccacacgatc tccaagatcg
      841 aatccgtcat caacaacgtc ctcaaaactg aactcagcaa gaaggggctc cgccaacaat
      901 ccatcaaacc cgacttcacc atccagacct attacaagtt caacaagaac cccaacttca
      961 agaagaagag ccgcgagacc gccgagcagt cgcccacctt ccgctacgac atcacccgcg
     1021 accgcgtcac caaattcccc ttctacgacg ccaacacccc cgaaagcgaa gctgaataca
     1081 tccttcagtt cggtatccgc ttcatcgatc agcgctacgt ccgcggccgc gtcctctggg
     1141 agtgcgaagc caacgaactg atgagcagcc cctacgccgt cgatgagtac gcctcgatcc
     1201 acatccccct catgtgcatg cagttcccct acgtcaagta cgagcgcaac gcccaattca
     1261 tcctcaccaa aaagagccac aactacaccg gcatccgcta cagcatctat gagctgaaca
     1321 aggtagtcga cgtggactac ggatcgcccg cctccaaagc cggcatccag cgcggagaca
     1381 tcatcgaccg catcaacggc aagcgtatgg atcacacggc cgacgagttc accgccgcct
     1441 atcgccagtt catcaccaac acgctcaaat accgcgacag tggcacccgc ttcaccaacg
     1501 ccaacggctt ccccaactgc atgttctggg acaagttcaa gtacccccag atcgccaaga
     1561 tcttcgagac cgataagtac atgactgcct tctcctacct ctacttcttc gccccctacg
     1621 tcaaccccga aggcaccggc gccaatgtct gcatcctgca cctgcgccgc ggcacggaga
     1681 agttggagta catcatccgt cctgagctgc gctcggaaaa gacgatcgaa ctgaattgaa
     1741 ctacgtgatt tatccggaaa actttgaaca taaactcggc ttcgacaaga tccgcgaact
     1801 ggtcgccgcg caatgcctca gttcgctggg ccgcgagcaa gtagaagcga ttcgcttctc
     1861 ggccgatgcg acggtcgtag ccgaagagtt ggaacaaaca ggcgagtttg tccgcatttt
     1921 gcagggggag cgtgctttcc ctgcaaatta ttttatagac gtccgtccca ccctcagccg
     1981 catacggccc gaaggcacct tcgccgacga gctggagctg ttcgacctca aacgctcgct
     2041 gcagaccatc gtcgacatca cgcgcttctt tcggcccgta gacaagagcg acgacgccca
     2101 gccggagtat cccgtgttgg ctgcaatggc cggccgagtg cccgtcttcc cacagctcgt
     2161 gcgcgacatc gacatcatcc tcgaccgcta cggccgcacg aaggatagcg cctcgcccga
     2221 gttggcgcgc atccgccgcg atatgtcagc cgtctcgggc agcatctccc gcaacctgca
     2281 gtccatcctc cgatcggcgc aggctgaagg ctgggtggat cgtgacacgg cgcccaccat
     2341 gcgtgacggc cgacttgtca tccccgtagc ccccgccttc aagcgacgca tccgcggtat
     2401 cgtgcacgac gaatcagcca ccggcaagac ggtctacatc gagcccgaag ccgtcgtcga
     2461 agccaacaat cgcatccgcg aactcgaggc cgaggagcgc cgcgagatcg tccgcatcct
     2521 gaccgccttc accgacgtgc tccgcccact cgtgccggac atcatccagt cctacgaatt
     2581 cctatccgtc atcgacttca ttcgcgccaa agcccgcttc gccgaaagca tcggcgccat
     2641 cgtcacgctg ccccaaaacg agccgctgat cgactggcaa gaagccgtac accccctcct
     2701 actcctcgcc caccgcaagg ccggcaaaga ggtcgtcccg ctcgacctct ccctcgatcg
     2761 agaccgccga ctgctcatca tctccggccc caacgccgga gggaaatccg tctgcctaaa
     2821 gaccgtcgga ctgctgcaat acatgctcca atgcggcatc ccgatcccgc tgaacgagcg
     2881 ttcgcgtacg ggcatcttcg agcgtatctt catcgatatc ggcgacgaac agagcatcga
     2941 aaacgatctc agcacctaca gctcgcacct gacgaacatg aagtacttcg tccgtcacgg
     3001 caacgagcgc acactgctgc tcatcgacga gtttggtagc ggcacagagc cactcattgg
     3061 cggcgcactg gccgaggccc tactcgagcg cttcaaccgt caccgcgcgt tcggcgtcat
     3121 caccacccat taccagaacc tcaagcagta cgccgaggat cacgagggcg tcgtcaatgg
     3181 cgccatgctc tacgaccgca acctcatgca gccactcttt cgcctctccg tcggtcatcc
     3241 cggcagctca ttcgccatcg agatcgcccg caaaatcggt ctgcctgacg atgtcatcgc
     3301 cgaagcagcc gagaaggtgg gcagcgatta tgttgacatg gacaagtatc tccaggacat
     3361 tgtccgcgac aagcgttact gggaaaacaa gcgacaaaac atccgccgcc gcgagaagca
     3421 actcgaggag ctggtcgcgc gctacgaaca agatctcgag gccgtgaaca gccaacggaa
     3481 ggcaattatc ggcgaggcca aagaggcggc gcagcgcatc gtcagcgagt ccaacgcccg
     3541 catcgagaac acgatccgcg agatccgcga ggcacaggcc gagaaggagc gcacgcgtgc
     3601 cgcacgccgc gaactggacg cgttcaaaga gaccgtcagc caaacgaacg aagacgacga
     3661 acgcatcgcc cgcaagatgg agcaagtgcg ccaacgtcaa gagcggcgca aggagcgcaa
     3721 aagcaagaag cagtcgccca ctgcaagcga tccctctgcc gctcagccaa aggccgaacg
     3781 gccactgacc acgggcgacg cggtgcgcat gaagggccag acggccgtcg gaagcgtctt
     3841 ggaaatacaa ggcaagcagg ccgtcgtagc cttcgggacg atcaagagta ccgtcgccac
     3901 ggagcgtttg gagcgcgtcg accaggccgc cctgaagcgt gccacgacgc gcagcgccac
     3961 cttcctcagt gcacacacgg ccgatgccat gcacgagaaa cgcctgcatt tccgccagga
     4021 gatcgacctc cgcggcatgc gtggcgacga ggcgctgcaa gccgtcgcct acttcatcga
     4081 cgacgccatc caagtcggcg ccgaccgcgt ccgcatcctt cacggcacag gcaacggtat
     4141 cctccgccag ctgatccgac agtacctccc gaccgtcccc ggcgtcgccc acttcgccga
     4201 cgaagacatc cgcctcggtg gcgccggcat caccgtcgtc gatctcgaat agggggaaac
     4261 gaaaaacgat ttccgaccag ccccaatcgg tcattagccg accggacaca caccataaaa
     4321 cgaaaagtcc tccggacgac gagaccttaa agtcttgcgc ccggaggact tttcattttt
     4381 cgtttttcgt ttctcagttc tttctccgct tgtatttctc catttctggc agatagcggc
     4441 ggatggcagc gatacgcgtc tcgtcgctcg ggtgtgtgct aagcagctcg ggcacgctcg
     4501 acccaccctg agacatgcgt tgccagaagc ccacagccac gttcgggttg tagcccgcca
     4561 tggtcataaa caccagcccc atatagtcgg cctccgactc gtgcttgcgt gagaagggca
     4621 acatgacgcc cacctgcgtt ccgagtccga agaccgtgga ggcgagctgc tgcgtagcgg
     4681 ccgacttctt actcaacgcc gcgccgagga tggccgcacc atattgtgcc accagttgtt
     4741 ggctcatgcg ctcattgcta tgcttggcca cagcgtgcgc cacctcgtgt ccaagcacca
     4801 cggccaagtc gtcgtccgtc ggtgtcaggt cgaggatccc ctcgtagacc acgatcttcc
     4861 cgcccggcat gcagaaggcg ttgtgctgct tgtccttgat caggttaaac tcccagcgga
     4921 agttctgcag ctcactctcc atgccatttt ggcgcagata ttcctccgta gccgcagcaa
     4981 tacgtcgtcc gacgcgcacg accttgtcgg ttttcgcctt gtcgctcgat ttgaccgccg
     5041 ttttcatgta agcgttgtac tgcgacaggc tggccgtaag cagttccgag tcggatacga
     5101 gcagcatctg ccgccgacct gtcaggggga caacgctgca cgccgccaca acgagcagca
     5161 tgcataatcc aatgatcttt ttcatttccg tgtctattga ttagttcgcc gcaaaagtac
     5221 gcctccgcgg gaaagagccg gaaaaggttc gtctccccct gctcaataat gtttcccaga
     5281 tcaaatcggc tgttttgagc ggcttctgag ccggtggatt ccaatgaatc cccaaaaaga
     5341 aagccgactt acccaccctt ttcgtcgggg gataagtcgg ctttcacata tggcacgaaa
     5401 gagaggcaaa ggcggcgata cgcctcatgc actctttctt cggtttatca gattactctt
     5461 cgatggctgc ctgtgctgca gcaacccggg cgataggcac acggaacggc gagcagctga
     5521 catagtcgag acctaccttg tggcagaact tcacggacga gggttcgcca ccatgttcgc
     5581 cacagatacc gcacttcagt gtcgggcgaa cagagcgtcc cttctcggta gccatgcgga
     5641 tcagcgagcc aacgcccttc tggtcgagca cctggaacgg atccaccttc aggatcttct
     5701 tgtgcagata gatcgggagg aaggaggcaa tgtcgtcacg cgaataaccg aaagtcatct
     5761 gcgtcaagtc gttcgtacca aacgagaaga actcggcaga cgtagcgata cggtcagccg
     5821 tcagcgcagc ccgtggcacc tcgatcattg tacccacgag gaaatcaatc ctgtcgccac
     5881 gttcggcgaa gagtgcctcg gcctcagcac ggatcacggt ttcctgctcc ttgaactcgt
     5941 agaggatacc cgtcagcggc accatgattt ccggatgggt ctccacgcct tccttcttca
     6001 gatcgagtgc ggcaccgagg atagcgcgcg tctgcatctg cgtaatctcc ggataggtgt
     6061 tgcccagacg acatccgcgg tgaccgagca tcgggttctg ctcgtggagc gcttccacgc
     6121 gctgacggat gtatgcgaga cttacgccca tcgcttcagc catctcctgc tgacccttct
     6181 catcgtgcgg cacgaactca tgcagcggtg gatcgagcaa gcgaaccgtc acgggataac
     6241 ctgccatcac gcgcaggata cccttgaagt cctcctgctg ataaggcagg atcttcgcca
     6301 gtgccttctt ccgatcctct gcattttcag ccaagatcat ctcgcgcatg gccttgatct
     6361 tttcaccctc gaagaacatg tgctccgtac ggcaaaggcc aatacctaca gcaccaaagt
     6421 tacgtgcgct ctgtgcatcg tgtggcgtat cggcgttggt gcgcaccttg agacgggcgt
     6481 acttgtctgc cagcgtcatc aggtcggcaa agtcgcctga cagctcggca gccttcgtgt
     6541 gcacttcgcc ttcgtacacc tcaccggtcg aaccgttgat cgagatatag tcgccctctt
     6601 tcagcttcac gccgtcaatt tcgactgtgc gattcttgta gtctacgttc agtgcgcctg
     6661 ctcccgatac gcagcattta cccatgccac gagccaccac agcagcgtgc gaggtcatac
     6721 caccgcgagc cgtcaaaata ccttcggcta cagccatacc tgccaaatcc tctggcgacg
     6781 tctcgaggcg aaccatcacc acgtgatgtc ccttggcgtg ccattcggcg gcatcgtcgg
     6841 caaagaagac gatctggccc gtcgcagcgc ccggtgatgc gggcaatccg cgcgtcagca
     6901 ccttcgcttt cttcagagcc tccttgtcga agatcgggtg gagcaattca tcgagcttat
     6961 tggcgtcgat gcgcttgatg gcggtctttt cgtcgatcat gccttgacga agcaggtcca
     7021 tcgcgatctt caccatggcc gaacctgtac gcttgccatt tcgcgtctgg aggaaccaga
     7081 gcttgccgtc ctgtacggtg aactccatgt cctgcatatc gtgatagtgg ttctcgaggc
     7141 gagtctggat ctcatcgagt tccttgtaaa tctcgggcat agcttcctcc atggaaggat
     7201 atttggccac gcgatcggcc tcggaaactc ccgccagctc tgcccagcgc tgagagccaa
     7261 tcttggtgat ctgctgcggt gtacgaatgc cggctacgac gtcctcgcct tgtgcattga
     7321 tcaaatattc gccattaaaa aggtcctcgc cagttgccgc gtcgcgtgag aagcaaacgc
     7381 ccgtagccga tgtgtcgccc atgttgccaa acaccatcgc ttgcacgttc actgccgttc
     7441 cccattcagc gggaatgcct tccatcttcc tataaaggat cgcgcgttcg ttcatccaag
     7501 agtcaaacac agcgcaaatg gctccccaca gctgatcata agcgcaagtc gggaagtctt
     7561 ttcccgtctg cttcttcact gctgccttaa aacgctttac gagttccttc aggtcctcaa
     7621 cttcgagttc gttgtcgagc ttgacaccct tggccttctt tacatcttcg ataatttctt
     7681 cgaaggggtc gatatcctcc ttattttccg gcttcatgcc cagcacgacg tcgccataca
     7741 tctgtacaaa gcgacgataa gagtcccagg cgaatcgcgg gttacccgtt ttgcgggtta
     7801 agccttccac gacgtcgtcg ttcagtccga ggttgaggat ggtgtccatc atgcccggca
     7861 tcgaggcgcg tgcaccggag cgcacagaga ccagcagcgg gttttccacg tctccaaact
     7921 tggagttcat cagcatttca acgtgagcga ccgctttttt tacatcgtct tgcagcaact
     7981 cgaccatctt ctcttttcca atccgatagt attcgttgca cacgtccgtc gtgatcgtga
     8041 aacccggtgg aacgggcacg ccgatcaagt tcatctctgc caaattggct ccttttcctc
     8101 ccagcagatt tctcatatct gcttttcctt cggcctttcc gttaccgaag gtgtaaactc
     8161 tctttacttc cattaggtcg tatatttttt atctgtctcg ctgttttttt aagcggcggc
     8221 aaatatatac gctttcgtta caccgccgtt ttccacgtga tgcgtgtggg ga
//
LOCUS       SEQF2638.1|AYYF01001035.1 532 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..532
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             79..318
                     /locus_tag="SEQF2638.1_00517"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSIASRSPTPASLRVPLLKSSQPFITASGVGMMRCDVISCTRLS
                     PLASMMRLMKSSLIFSFAGAMLSRLNSGITLSVIT"
ORIGIN      
        1 ggcagaccct tcgtcactgc gccgtcgatc gtcggcttac cgtccgtcat cgagtagacg
       61 tccgtcgtgg cgccgccaat gtcgatagcc agcagatcgc ccacgccggc ctccttgcga
      121 gtgcccttgc tgaagagttc gcagccgttc atcaccgcca gtggcgtagg gatgatgcgg
      181 tgcgacgtca tttcctgcac acggctcagc cctttggcct cgatgatgcg actgatgaag
      241 agttccttga tcttctcctt cgctggcgca atgttgagcc ggttaaactc cggcatcaca
      301 ttgtccgtga tcacatagtt cttgttcgac gctgcaaaga cctcctccag ctcgtacgag
      361 gccgacttgt tgccagccac gatgacggag aagttgcgat cgatggcgca gaggcgtcgg
      421 gcattggcca cgatcacctc cttgttgccg ccgtccgtac cgccgcagag cagcactaag
      481 tcggggtcga tgcggtagat ctcgtcttgc tcctgctgtc ggtttgttac tg
//
LOCUS       SEQF2638.1|AYYF01001036.1 1420 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1420
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(4..174)
                     /locus_tag="SEQF2638.1_00518"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQFAPTLTADNGAHTSAARVGNHFNSPIPYPASFPAPGGGLIFF
                     CVLFLYQDKKRV"
     CDS             complement(217..468)
                     /locus_tag="SEQF2638.1_00519"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQFAPTLTADNGARPSSVSVGNHFNGPIQYPASFPAPGGGLIFF
                     CALFLYQDKKRVWGMGGKAPYDNSPRHKPAPDGDQFTGH"
     CDS             802..1020
                     /locus_tag="SEQF2638.1_00520"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIYTQKDRWFGDSHRIDARIGFYFMNSRRCLASIEDLNGSVFLK
                     LRLIEYFNEGVIVQLHSIECFNEGVIVK"
     CDS             complement(976..1224)
                     /locus_tag="SEQF2638.1_00521"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSMASAEKQFVNSGHKPAFVGKQFANLRHPSAPIGKHFTNPRRT
                     VALIKNPFGNLFHYHAPVEAFNGTLFYDHTLIEAFNGV"
ORIGIN      
        1 cccctacacc cttttcttgt cttgatacaa gaaaaggacg caaaagaaaa tcaagccccc
       61 accgggggcg gggaagctgg ctgggtacgg gatggggcta ttgaaatggt ttccgacgcg
      121 ggcggccgac gtgtgggcgc cgttgtcggc cgtcagggta ggggcgaatt gcattcgccc
      181 cagcacgtaa caaaaaggaa cgggggcgcc tgacggtcag tggccggtaa attggtctcc
      241 atcgggggcg ggtttgtgcc gggggctatt gtcgtaaggg gctttgcctc ccatccccca
      301 cacccttttc ttgtcttgat acaagaaaag ggcgcaaaag aaaatcaagc ccccaccggg
      361 ggcggggaag ctggccgggt actgaatggg gccattgaaa tggtttccga cggagacaga
      421 cgacgggcgg gcgccattgt cggccgtcag ggtaggggcg aattgcattc gccccagcac
      481 gtaccaacaa gggacgaggg cgcctgacgg ttggtggccg gtaaatgggt ttccatcgag
      541 gacgaatggg tgacacgggc tggtaaaata atttccgacg ggggcgcctg aaggtcagta
      601 gccggtaaat tgatttccat tgagggcgaa tgggtgacac cggccggtaa aataaattcc
      661 attgggggca aataacgggc aggggctggt aaaataattt ccaacggggg taaatggcgg
      721 ccgggggccg gtaaaataat ttccgttggg aacattggac gcaaattcgc tctcaaatgg
      781 atttcaaacg ggtagataga tatgatctat acacagaaag acagatggtt cggcgactcc
      841 caccggatag acgctcgcat cggattttat ttcatgaact cccgtcgctg tctcgcctcc
      901 attgaagacc tcaatgggag tgtgtttttg aaattacgcc tcattgaata cttcaacgag
      961 ggcgtgatcg tacaattaca ctccattgaa tgcttcaatg agggtgtgat cgtaaaataa
     1021 cgtcccattg aaggcctcaa cgggggcgtg atagtgaaat aggttcccaa acggattttt
     1081 tatgagggcg acggtgcgcc gggggttcgt gaaatgtttt ccgatggggg cggatgggtg
     1141 tctgaggtta gcgaattgtt ttccgacaaa ggcgggtttg tgtccggagt tcacgaattg
     1201 tttttcggcg gaagccattg acatgaaatc gcccccaccg gaatatgcgg cggaggcgga
     1261 tgggtgcccg aggttcgcga aatggtttcc aacgggggcg gatttgtgtc gggggctatt
     1321 gtcgtggggg gctttgcctc ctatctccta cacccttttc ttgtcttgat acaagaaaag
     1381 gacgcaaaag aaaatcaagc ccccaccggg ggcggggaaa
//
LOCUS       SEQF2638.1|AYYF01001037.1 15177 bp   DNA    linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..15177
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             824..1030
                     /locus_tag="SEQF2638.1_00522"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMRWPRKLRYRIGGNRFIFEEGVEAEILYNGLQYLRELELEIHA
                     FQCGHEPKAISRIGSVAMIIKLIG"
     CDS             complement(1191..1586)
                     /locus_tag="SEQF2638.1_00523"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVPNNINMEIIAVESQAYQELMDRLQRIEQYIDRTSHLLQDIDD
                     ELEMSTKDLIETLSVSESTLYRWRKKQLIRYRYTESRDVRYFFKSIVIAVKCNRLRIS
                     GMRSDEVLGRLNRFKDNLIMSSCLNPQNR"
     CDS             complement(1703..1909)
                     /locus_tag="SEQF2638.1_00524"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:vienna_vog:VOG06177"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNNPVKRLKSERLKRKYTQADIADCMEVSESTVSRWETGQIEMT
                     YPEMQRYAAAIGIDQYWFFCIPCK"
     CDS             complement(2501..2683)
                     /locus_tag="SEQF2638.1_00525"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKYLKLRRRFLQPELLVEDSLSLENQIAYRNKTPDFTLCKIGCK
                     LYNVLIIDVCCGMDGL"
     CDS             complement(2849..5995)
                     /gene="hsdR"
                     /locus_tag="SEQF2638.1_00526"
                     /EC_number="3.1.21.3"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P10486"
                     /codon_start=1
                     /transl_table=11
                     /product="Type I restriction enzyme EcoR124II R protein"
                     /translation="MTPSKPIAETPHFIVLDHYTRIASTTPPPTGYQTEAALEKELIE
                     DLQKQGYEYLPKLTTPQELLKNLRLQLQALNQVVFTDKEWERFVNSYLYEFDEKFKKE
                     STRLANSVVDGIHKVQVNYVHDFVFDDGHVHNIRLVDKKDIARNKVQVINQFEQTGTQ
                     ANRYDVTILVNGLPMVQVELKKRGEAIREAFNQVHRYSKESFNSEKSLYKFLQLFVIS
                     NGTDTRYFANTVRRDKNSFDFTMNWADSRNELIKDLKDFTATFFQKDTLLKVLLTYSV
                     LNKDNVLLVMRPYQIAATERILWKIKCAYEARKSKSTENGGYIWHTTGSGKTLTSFKA
                     ARLATELDFIDKVLFVVDRRDLDNQTMLEYKRFSPESVNGSADTRGLKRNMEKKDNKI
                     VVTTIQKLNNLMKSESHLPVYEQQVVFIFDECHRSQFGEAQKNIRKRFKKYYQFGFTG
                     TPIFPENASGTDTTSSIFGAELHSYVITDAIRDEKVLKFKVDYNDVRPKFKAVEMEQD
                     EDKLKDSENKQHLLHPDRIRAISQYILKNFRIKTHRNNIGNRGFNAMFAVSSIDAAKL
                     YYEELNALQKGSDKPLKIATIFSYPPNEEQHAVGEILDEGFEPSVMNSSSKEFLSKAI
                     SDYNAMFKSNYGLDSQGFQNYYRDLSEKVKNQEIDLLIVVGMFLTGFDAPTLNTLFVD
                     KNLRYHGLIQAFSRTNRIYDATKTFGNIVTFRDLEEATIKAIQLFGTQQTRHVVLERS
                     YKEYIEGFTDEVTGEKGRGYLEVVKELKERFPHPDQIKTEADKKAFVKLFGEYLKLEN
                     ILQNYDEFTSLKSLQAIDREDKSALEAFKEANFLTDDELKFMLGIDVPEERTTQDYRS
                     AYNDIRDWFRQERMGQPPENPETDWEDIVFEVDLLKSQEIDLDYILELLFEHNKKTKD
                     KDALVSEMRRIIRSSLDNRAKESLIVDFINATDLDPIQNKADIIEAFFAYAKERQNEE
                     AAALIDEEHLKDEAARRYLHISLKREYASMNGTDFNNMLPQMSPLDPRYLEIKQHVFQ
                     RISAFVEKFKGVGGFERR"
     CDS             complement(6010..6387)
                     /locus_tag="SEQF2638.1_00527"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNPTFGRGHFPTEEMDPTFGRGHFPTEEMGPTLGRGHFPTEEMG
                     PTLGRGHFPTKEMGPTLGRGHFPTKEMGPTFGRGHFPTEEMGPTFGRGHFPTKEMGPT
                     FGRGHFPTEEMIIPEIPYKNHSE"
     CDS             complement(6435..7592)
                     /locus_tag="SEQF2638.1_00528"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKYIEELLQGVEVEWKTLGDEKFIEIANTSRCPVKASNRIAGNT
                     PYYGANNIQDYVEGYTHDGTYVLVAEDGTTSVENYSVQWATGKFWANNHVHVLRGIDC
                     VNSRFLFHYLRIVDFAPFLTGGGRAKLTKKDLIRVPIPIPPLHVQQEIVRILDKFTEL
                     ETELELRKQQYERYRDQLLAPDKGLAETEVEWKKMREIFETRNGYTPSKANADFWTNG
                     TIPWYRMEDLRTKGRILEDSIQHITPQAIKGKGLFKAGSIILATTATIGEHALLIADS
                     LANQQFTNFSIRKSLADSLIPKFIYYYFFVIDEWCKQNVNVSSFPSVDIERLKSVLFP
                     IPPLHVQQRIVSLLDKFHTLTTSISEGLPRELELRKQQYAYYRDQLLSFER"
     CDS             complement(7589..9136)
                     /locus_tag="SEQF2638.1_00529"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:vienna_vog:VOG11574"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTSIKQREELHATIWKIANDVRGAVDGWDFKQYVLGTLFYRFIS
                     EHFTNYVEAGDKSIGYARMSDDKITPEIKDDLIKTKGYFIYPSQLFVNVARTANTNEN
                     LNTELAAIFNAIESSAQGKASEKNIRGLFADFDTTSNRLGNTVADKNRRLAAVIKGVE
                     SLDFGDFADNEIDLFGDAYEFLISNYAANAGKSGGEFFTPQSVSKLIARLALLGQDTI
                     NKVYDPACGSGSLLLQVEKTFGEHHIEDGFYGQEINHTTYNLARMNMFLHGIGYEKFN
                     IALGDTLLDPQHGAEKPFDAIVSNPPYSVSWIGSTDPTLINDPRFAPAGVLAPDSKAD
                     FAFVLHALSYLSARGRAAIVCFPGIFYRGGAEQKIRRYLVENNFVECVIAMPPNLFFG
                     TSIGVCVLVLSKHKSDTTTRFIDASGEEFFRKETNNNVLTDQHIERIIDLFSSQDEVE
                     HVATSVDKQIIAENGFNLSVNTYVEAKDKREVIDIAKLNEEIAQTVSRIATLRTDIDA
                     IIKEIEG"
     CDS             9148..9642
                     /locus_tag="SEQF2638.1_00530"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLLISCGKSNQIQREKQSRAVFGQKISGRRGFLGRRNTLFLAVA
                     EFTTPEIHYFWLSRILQRSKYTISSRRRICNARNTLFLAVAGFAALEIHYFWLPQVLQ
                     RPKYTISGRRRFYNARNTLFLVVADFAALEIHYFWPPQICNNPSLCLTAPPHRITLSW
                     PPFP"
     CDS             complement(9652..11808)
                     /gene="nanM"
                     /locus_tag="SEQF2638.1_00531"
                     /EC_number="5.1.3.24"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01195"
                     /codon_start=1
                     /transl_table=11
                     /product="N-acetylneuraminate epimerase"
                     /translation="MNQKYLPYAFLSLFFTLFLTLPSACIDDPEVEPGIQNARTPQMG
                     ETVTINALTASSVTLTATVVQANGAAVTERGFCWSEQAHPTVDHHTKVFGKGIGEYQG
                     TVDGLVNGRDYYIRPYARNAKGVAYGEERKVQTQTGLGLVHTFIIADSTRAATAVCGG
                     RIEISGEGEILARGVYYSTSPDMNPKDSVLSTFTADSFLCYIRGLRPSTTYYVEAFVR
                     NHFGVYNGTRKSFTTTDGRSVVSSLTVLHVSYTSASVSATVLSAGDAPIEERGFCWST
                     LPDPTLTNSPHVEVGSGTGPFTGQCTGLEANRKYYVRAYAGNRVYGYSYSAPDSFTTL
                     SSLPTVVTLPASTLTRGTATLGGRIVSPGQSAVTSCGICWSLTDETPTLYNAESAELT
                     LSPGGTFTGQLSGLKGGRTYYIRAYATNAEGTSYGETVVQRMPSIFRTIPHNFPGAAR
                     LQGTPTCFATTDRGYLLGGDIGPYYSADLYYYSTTTNEWRQMLACPAGPLKWQTAVTL
                     GGSAYVFGGIDVNHRTRNSFYRYDIASNTWYTIASSPAPDSLCLALGVALNGNIFLIG
                     GRGDTATNHVWGYNVAASTWIRQPDFPTQHYGGVALTVGTMVYAGLGRNADGSFNRNL
                     WRTIDLSTWTPETVCSVANGGILAGTTCRNKLYLIDESFTILEYDPATHTWTRRAQLP
                     SDFRGIHCMFTLNDIIYIGLSQQSSTLLAYDPTWDN"
     CDS             complement(11839..12795)
                     /locus_tag="SEQF2638.1_00532"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKWTGMLLLWIACCLSWHAQAQRQTEYNRKGDEALQRKDYRDA
                     KMWFEEGVFAECDRYSIDRLTTIWLEDETMHVSMRTVMNKCLNCLTEWATERDTFAID
                     KLILYYSRGIGTAENPVTADYWRRQLETVRRQNRGEDEAPTATPTSVTPMRFFFGYQA
                     SLLAPFGIRVGGIVGRLGWYIAAQSNFSFQGHTAICRTADGRFIIEGQSGYYGYMDRK
                     QANVLMASVGLMIRTLPGIYTSVGAGYWQRDLIRQYGTADNAGNIYQRAWAKDLDASE
                     KGLKVDLGATYLLPRGRYYVTGECTVLNFRYLYPALGVGMIF"
     CDS             complement(12823..15006)
                     /gene="pknD"
                     /locus_tag="SEQF2638.1_00533"
                     /EC_number="2.7.11.1"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01957"
                     /codon_start=1
                     /transl_table=11
                     /product="Serine/threonine-protein kinase PknD"
                     /translation="MPRDLRDSRKRQSKCQETCGTPRKRPKVLRGTCNSVVGISIAWI
                     LRIDYRLSAGTILTPNSRYDTISQRSLWRLIETIGRDILGAWEKLQQKGENNSGDSPC
                     RRTGEGAEKPLPEPFPPNSKRLLTFALENLNDSEIMILPKGYCLQNGKYCLTEVIGQG
                     GFGITYSGVWNTEVKGELGAVKTAVPICIKEYFFKDYCFRDPATMQVRVHSETGRRLF
                     DKFRERQIQEARILSEVHHPYIVNVLEVFEENNTAYIAMERITGRSLKSLLEDEGQLT
                     EPCALKYIDQIGRALEFVHAKNILHLDIKPGNILIDEHDDARLIDFGVSKRYDIDSQE
                     TSTTTLTLSKGFAAIEQYDSDGLTGFSPRPDIYSLGATLYNLLTGCVPPESILRVTKP
                     LTEPSRLNANITPRTEHAILRAMQVNPADRYASVREMLDDLDIPPYPERKDQPVAATG
                     QTTQRALLTNDDERTQLLTADVEETALLTPAEQSAPTRRRKGKRRVLIPLLIGLSVLI
                     GWAASYLIGGSKPAPTNEPTANLLLQSDAGSDRSPFDPPTVAPSSAADKQAEKHQSEE
                     KKTDKKTEEKKSDKTETTTRDDASSETSNARYVALIASGKMKMERGAYADAKRDFASA
                     KEIKVTEEVIRLSLACDDRIEEDNVRARKALYEQGMPFGSYTIVRKKQNGRYGAIDAQ
                     GIERIRCIYLSVGRSENGRAFEREDHLYDIYNANGTMVARGLTTY"
ORIGIN      
        1 cctcgccacc cgtgatgcag aacaggttat cctgcgtacc gagcggcacg ccgtttacgg
       61 ccaccaccga cttggacgca tcgggcggat tgtcataatc gatctcgcac gagcgcagca
      121 tcatcatggt ttggctatac atatcggaga acattttgga gagcagagct ttcaactctt
      181 tcgatccgtt cccgagagcg aagtaattcg agacatcttt ctccgtcttg ctaccacaga
      241 gaggcaatgt gaggttcaag atcttatact ctgccagttg ttctgtctgc ctgcgcgctt
      301 cgcgcaggcc cgtctcgtct gcatcatata agatgatgat atggcgaaaa cggagtcgga
      361 ggctttctat gatactctca gggatttgcg ccgtttcgct gttgaaacag atcgcattga
      421 aaccgtgagc gtagagtgaa agcacatcct tttcgccacc ggtgataaag agcatgtcac
      481 ccttcgtggg aatctgttcc atcccaaaac agtagatggc cggcatgcgc cctccgtaga
      541 ggaagcgcat tttggcactg tgagggcgat acagtttgat ataatcaata cccggatagg
      601 caaagatcgg ttcggtggga gaggccttca gctcaaattt cttgccttct gccgatatgc
      661 tctcgtagcg tttcagactt ctcaccttaa agtgccggag ggtatcctca aagatgccgt
      721 agtgtgccca gtaattgagt agatcatcat tgaaggggag aacgtccata gtgtatggac
      781 gttcttctct ctcttgtctc tcttgagcta tcctactctc tgaatgatgc gttggccgag
      841 aaaacttcga taccggatcg ggggcaacag gttcatcttt gaagaaggcg tagaggccga
      901 gatcctgtac aatggtttgc agtatttgag agaactcgag cttgagattc atgcctttca
      961 atgtggccac gaaccaaaag caatctcccg aataggaagc gtcgccatga tcataaaact
     1021 tataggatga acttttcctg tcatagtaga tgtgacaaga agcccgtttg tcttcataaa
     1081 acggactacg aaagtttttg tgcagattca cctcgaaacc caaatagtgg gaaaagacat
     1141 tccgccctcc ctgtgtgagg gccaatacct gttctttgtc tatcatcgga tcacctgttt
     1201 tgaggattga gacaagaact catgatgaga ttgtctttga agcggtttaa tcgaccgagc
     1261 acttcatcgc ttcgcatacc ggaaatcctg agccgattgc acttgacagc aatgacaatg
     1321 gacttgaaaa agtaacggac atctcggctt tccgtataac gataacggat caactgcttc
     1381 ttgcgccagc gatacaaggt tgattcggaa actgataggg tttcaatcag atccttggta
     1441 gacatctcca attcatcgtc gatgtcttgg agcaaatgcg acgtacgatc gatgtactgc
     1501 tcgatgcgct gaagcctatc catcagctct tgataggctt ggctttctac tgctattatt
     1561 tccatattga tattgtttgg taccattgac tattaggtgt ttaggtccaa gttcttgcac
     1621 gatcttgaga atttcagcat aacccttttc cgtaaaagcg ccaacctcta ccgtgataaa
     1681 aggcggaaga acacctattt cgtcacttgc aaggaatgca aaaaaaccag tactgatcta
     1741 taccaatggc agcggcataa cgctgcattt ccgggtaggt catctctatt tgtcctgtct
     1801 cccagcgtga gaccgtactt tcactaactt ccatacaatc agcgatatcc gcctgagtgt
     1861 atttcctctt taatcgttct gacttcagtc tttttacggg attattcata actgtaaagc
     1921 tgctaaggca ccgtcgcaag agcaacccgc tacgtgcaag ttcttgcacc ctatgcaatc
     1981 cgtcttgcag ctggtgcaag tttttaattg gtagcagcgg atgcacaagg tctatctata
     2041 acacatagag ggtagaatgc tgttttacac cagcttcact ttcttcccgt accatattcc
     2101 tcgatcaacg caatcgagat taaagcacat tggtcatttc aatcagtcat agtcgactta
     2161 tacgagtctt tcaaggataa aggattcaaa cagtcaactt agaatctaaa ccttctcttt
     2221 agcacctccg gtgtcaggtg caagtcccct tatatatagg ggcttgcacc tgacaccagg
     2281 aagtgtagca gaaattcatt caaacttttg cggatcaatg gtttgacgca tcggtcattt
     2341 ttatgcacct ttgtacccgt gaaaagagag cgagcgtgct ttcaatcggt cgtcagaaag
     2401 gccatcataa ggcagtcaaa agactgctac agaagtgcta cactggcgaa ctgctcaaga
     2461 caaaagggaa ttgatataca acgagataga gaggattggt tcacaatccg tccataccgc
     2521 agcaaacgtc gataatcagc acgttgtaca gtttacaccc gattttacac aatgtaaagt
     2581 cgggtgtttt gtttctatac gcgatttggt tctctaatga gagggagtct tctaccaata
     2641 actctggttg taagaatctc cttctaagct tgaggtattt cattcacctt gttggaagaa
     2701 aaaagaggac gaagagtata ggcgtgcgta cactatgtga gtacgacgta agcaatcctt
     2761 gcttccaccg acactcatgc cgaaaagatc gcttacgtcg aactcacgtt agttcctacc
     2821 gataacgatg ctgattcctc agaagagatt agcgtctttc gaagcctccc acacctttga
     2881 acttctccac aaaagctgag atcctttgaa agacatgttg ctttatctct agatagcgag
     2941 gatcgagcgg actcatttgg ggcagcatat tgttgaaatc tgtcccgttc atgctggcat
     3001 attctcgttt gagagatata tggagatagc gtctggcagc ctcatccttc aaatgctctt
     3061 cgtctatcag tgctgcggcc tcttcatttt gtcgctcttt agcgtatgca aagaatgctt
     3121 cgatgatatc ggccttgttc tgaatagggt caagatcggt tgcattgatg aagtccacga
     3181 taaggctttc tttcgctctg ttgtcgaggc tggatcgaat gatcctacgc atttcgctca
     3241 ccagtgcgtc cttatccttt gtcttcttgt tgtgctcaaa gagtaattcg aggatatagt
     3301 caaggtctat ttcttgcgat ttgagcaagt cgacctcgaa tactatatcc tcccaatcgg
     3361 tctctgggtt ttcggggggt tgccccattc tttcctgtcg gaaccagtct cgaatgtcat
     3421 tgtaagccga gcgataatcc tgtgttgttc gctcttccgg cacgtcgata cctaacatga
     3481 atttaagctc gtcgtcggtg aggaagtttg cttctttgaa tgcttcaagg gcggatttat
     3541 cctctcgatc gatcgcttga agcgatttca ggctggtgaa ttcatcatag ttctgaagga
     3601 tattctcgag cttcagatac tcaccgaaga gctttacaaa ggcctttttg tcggcttcag
     3661 ttttgatctg atcggggtgg gggaaccgct cttttagctc cttgaccact tccagatagc
     3721 ctcttccttt ttcgcccgtt acctcatccg taaaaccttc gatatattcc ttgtagctcc
     3781 tttcgagtac tacatgccgc gtttgctgag tgccgaagag ctggatggct tttatcgtag
     3841 cctcttccag atctctgaac gtgacgatgt ttccgaacgt cttggtggca tcataaatgc
     3901 gattggtgcg cgagaaggct tggatcaggc cgtgataacg taggttctta tcgacgaaga
     3961 gtgtgttcag ggtgggggca tcgaagccgg taaggaacat acctaccacg ataaggaggt
     4021 ctatttcctg attctttact ttttccgaca agtctctgta gtagttctgg aatccctggc
     4081 tgtccaatcc atagttgctt ttgaacatgg cgttgtaatc gctgatcgct ttgctcagga
     4141 actctttgct gctgctgttc atgaccgacg gttcaaagcc ttcgtcgagg atctcgccca
     4201 cggcatgctg ctcttcgttc ggtggatagg agaatatcgt agcaatcttc aggggcttat
     4261 ccgacccttt ttgcagggcg ttcaactcct cgtaatacaa cttggcggcg tcgatgctgc
     4321 tcacggcaaa catggcatta aagcccctgt tgccgatgtt gtttcgatgc gtctttatcc
     4381 tgaagttctt caggatatac tgagatatgg cccggattcg atctggatgg agcaggtgct
     4441 gcttgttttc tgagtccttc agtttgtctt cgtcctgctc catttccacg gccttgaatt
     4501 tcgggcgcac atcattatag tccactttga acttcagcac cttttcgtct cggatggcgt
     4561 ctgtgatgac gtacgaatgg agctcagcgc caaaaatgct gctcgttgta tccgttccgg
     4621 aggcattctc ggggaagatc ggtgtaccgg tgaagccgaa ctggtagtac ttcttgaatc
     4681 gcttacggat gttcttctgc gcctcgccga attgtgagcg gtggcattcg tcgaagatga
     4741 agaccacctg ttgctcgtag acgggcagat ggctttcgct cttcatcagg ttgttgagct
     4801 tctggatggt ggtgacgacg atcttgttgt ccttcttctc catgttgcgc ttcagccccc
     4861 gcgtatcggc cgagccattg acactttcgg gcgagaatcg cttgtattct aacatcgttt
     4921 gattgtccaa atcccggcgg tcgacgacga agagcacctt atcgatgaag tccagctcgg
     4981 tggccaatcg agctgccttg aagctggtca gggtcttgcc cgagcccgtg gtgtgccaga
     5041 tatagccgcc gttttccgtg gacttcgact ttcgggcttc ataggcgcat ttgattttcc
     5101 agaggatgcg ctccgtggcc gcaatttggt aggggcgcat gacgagcagc acgttgtctt
     5161 tgttgagcac cgaataggtg agtaagacct tcagcagagt gtccttttga aagaaggtgg
     5221 ccgtaaagtc cttcagatct ttaatcagtt cgtttctcga gtcggcccag ttcatcgtaa
     5281 agtcgaaact gtttttgtcg cgccttacgg tgttggcaaa gtagcgcgtg tccgttccgt
     5341 tggagatgac gaagagttgc aagaatttat acagcgactt ctcactgttg aagctctcct
     5401 tgctgtagcg gtgcacttgg ttgaaggctt cgcggatggc ctccccgcgc tttttcagct
     5461 ccacctgcac catgggcagc ccgttgacca agatggtcac atcgtagcgg ttggcctgtg
     5521 tgccggtctg ttcaaactgg ttaatcacct gcaccttgtt gcgggctata tcctttttat
     5581 ccaccaggcg aatgttatgg acatgcccgt catcgaacac gaagtcatgg acgtaattga
     5641 cctgcacctt atgtatgcca tcaacgacac tgttggccaa cctcgtcgat tccttcttga
     5701 acttctcgtc gaactcatac agatagctat tcacgaagcg ctcccattcc ttgtctgtaa
     5761 agaccacctg gttgagcgcc tgcaactgta gcctcaggtt cttcagcagc tcctgagggg
     5821 tggtcagctt gggtagatac tcgtagcctt gcttttggag atcttcaatc agctcttttt
     5881 ctagtgcggc ctccgtctgg tatcccgtgg gcggaggcgt tgtcgatgcg attcttgtgt
     5941 aatgatccag cacaatgaag tggggagttt cggcgatggg tttgcttggt gtcatatcgt
     6001 gtcttgtctt tattctgaat gatttttata gggaatctcc gggatgatca tttcctcggt
     6061 cgggaaatga cctctcccga aggttgggcc catttcctta gtcgggaaat gacctctccc
     6121 gaaggttggg cccatttcct cagtcgggaa atgacctctc ccgaaggttg gacccatttc
     6181 cttagtcggg aaatggcctc tcccgagggt tgggcccatt tccttagtcg ggaaatgacc
     6241 tctcccgagg gttggaccca tttcctcagt cgggaaatga cctctcccga gggttggacc
     6301 catttcctca gtcgggaaat ggcctctccc gaaggtggga tccatttcct cggtcgggaa
     6361 atggcctctc ccgaaggtgg gattcatttc ctcagtcgag attgggggtt attggtttgt
     6421 ctgattcttt ggggttatct ctcaaacgaa agcagctgat cgcggtagta ggcatattgt
     6481 tgcttgcgca gctccagctc tctcggtagc ccctcactga tggaggtggt aagcgtgtgg
     6541 aacttatcga gcagggagac gatgcgctgc tggacatgga gaggagggat ggggaatagc
     6601 acactcttca atctttctat gtctacagaa gggaagctac tgacgttcac gttttgctta
     6661 caccattcat ctatgacgaa gaagtagtag taaatgaatt tggggattag tgaatcagcc
     6721 agcgatttac gaatggagaa gttcgtgaat tgctgatttg cgagcgaatc agcaattaat
     6781 agagcgtgtt ctcctatagt ggcggtggtg gcaagaatga tagagccagc cttgaataac
     6841 cctttccctt taatggcttg aggggtgatg tgttgaatgg aatcctccaa gattctccct
     6901 tttgtgcgaa gatcttccat gcgataccag ggaatagttc cattagtcca gaaatccgca
     6961 ttggctttgg atggtgtata gccatttctt gtctcgaaga tttctctcat cttcttccat
     7021 tccacctcag tctcagctaa gcccttatca ggcgcaagca gctgatcgcg gtagcgttca
     7081 tattgttgct tgcgcagctc cagctccgtc tccagctccg tgaacttatc gaggatacgc
     7141 acaatctctt gctgaacatg gagagggggg atggggatgg ggactcttat caagtccttc
     7201 ttagtcaact tagctcgccc tccaccagta agaaatggag caaaatctac aatccgtaaa
     7261 taatggaaca agaaccgact attgacacaa tcaatgcccc tcagaacatg tacgtgatta
     7321 tttgcccaaa acttccccgt agcccattga acggaatagt tttccacact cgtagtgcca
     7381 tcttctgcaa caagaacata agttccgtca tgagtatagc cttccacata gtcttggata
     7441 ttattcgctc catagtatgg agtgtttcct gctatacgat ttgaagcttt aactgggcat
     7501 cggctggtgt tggcgatctc tataaatttc tcatctccta aagtcttcca ctccacctct
     7561 actccttgca ggagctcctc tatgtatttc atccttctat ctccttgatg atggcgtcaa
     7621 tatcggtgcg cagtgtggcg atgcggctta cggtctgcgc tatttcttcg ttcagcttgg
     7681 cgatgtcgat cacctcgcgc ttgtctttcg cctccacgta agtgttcacc gagagattga
     7741 agccattctc cgcaatgatc tgcttatcga ccgacgtggc cacatgctcc acctcgtctt
     7801 ggctgctgaa aaggtcgatg atacgctcga tatgctggtc ggtgaggacg ttgttgttcg
     7861 tctctttccg gaagaattcc tcgccactgg cgtcgatgaa ccgcgtcgtg gtgtcgctct
     7921 tatgcttgga gagcaccagg acgcagacgc cgatgcttgt accaaaaaag aggttggggg
     7981 gcatggcgat tacgcactcc acaaagttgt tctccaccag atagcgccgg atcttctgct
     8041 ccgcgccccc acggtagaaa atgccgggga agcaaacgat agctgctcgc cctctggcag
     8101 aaaggtagct gagggcatgg agcacaaagg caaagtcggc ttttgagtcg ggcgccagca
     8161 cgccggccgg ggcaaagcgg gggtcgttga taagtgtcgg atcggtgctg ccgatccagc
     8221 tcacggagta gggcggattg gagacgatgg cgtcaaaagg cttctcggcg ccgtgctgag
     8281 gatcgaggag ggtgtcgccc agggcgatgt tgaacttttc gtagccgatg ccgtgcagga
     8341 acatgttcat acgagccagg ttgtaggtcg tgtgattgat ctcctgtccg tagaaaccat
     8401 cttcgatatg gtgttcgccg aacgttttct cgacttgcag cagcagggag cccgatccgc
     8461 aagccgggtc gtagacctta ttgatcgtat cctgccccag cagagccagc cgcgcgatca
     8521 gcttcgacac gctttgcggg gtgaagaact cgccgcccga tttgcctgcg ttggcggcat
     8581 agttggagat gaggaactca taggcgtcgc caaagaggtc gatctcgttg tctgcaaagt
     8641 cgccaaagtc caggctttcg acgcctttaa tgacggcagc cagtctccgg ttcttatccg
     8701 ccacggtgtt gcccaaccga ttgctcgtcg tgtcaaagtc ggcaaagagt ccacggatgt
     8761 ttttctcgga ggccttcccc tgcgctgaac tttctatggc gttgaagatg gcggccagct
     8821 ccgtgttcag attctcattc gtgttggccg tgcgggccac gttcacgaag agctggctgg
     8881 gatagatgaa gtatcccttt gtcttgatca ggtcgtcttt gatttcgggc gtgatcttgt
     8941 cgtccgacat gcgggcatag ccgatgctct tgtcgccggc ttcgacatag ttagtgaagt
     9001 gttcactgat gaatcggtag aaaagggtgc ctaagacata ctgcttaaag tcccacccgt
     9061 ccacagctcc ccgcacatcg ttggcgattt tccagatggt ggcatggagc tcttctcgtt
     9121 gctttatact cgtcataatt tgggtcggtg ttattgattt cgtgtggcaa aagcaatcaa
     9181 atccagcgag aaaaacaaag cagagccgta tttggccaaa agatttctgg ccgccgcgga
     9241 tttttagggc gccgaaatac actatttcta gctgtcgcag aattcacaac gcccgaaata
     9301 cactatttct ggctgtcgcg gattttgcaa cgctcgaaat acactatttc tagccgtcgc
     9361 agaatttgca acgcccgaaa tacactattt ctggctgtcg caggttttgc agcgctcgaa
     9421 atacactatt tctggctgcc gcaggttttg caacgcccga aatacactat ttctggtcgt
     9481 cgcagatttt acaatgctcg aaatacatta tttctggtcg tcgcagattt tgcagcgctc
     9541 gaaatacact atttctggcc gccgcagatt tgcaacaacc cgtcgctgtg tttgacggct
     9601 cccccgcata ggataacgct cagttggcca ccgtttcctt gagcgtgggg atcagttgtc
     9661 ccacgtggga tcgtaggcca gaagggtgga ggactgctgt gagagaccga tgtagatgat
     9721 gtcgttgagg gtgaacatgc agtggatgcc gcggaagtcg gacggaagct gcgcgcggcg
     9781 tgtccaagtg tgcgtggcgg ggtcatactc taggatcgtg aacgattcat cgatgaggta
     9841 gagcttgttg cggcaggtgg ttccggctaa gatgccgccg ttggccacgg agcagaccgt
     9901 ctcgggtgtc caagtggaga ggtcgatcgt gcgccaaagg ttgcggttga aggagccgtc
     9961 agcattgcgg ccgaggccgg cgtagaccat cgtaccgacg gtgagggcta cgccaccgta
    10021 gtgttgcgtg ggaaagtcgg gctgccggat ccacgtggag gctgctacgt tgtaacccca
    10081 gacgtggttc gtggccgtgt cgccccgccc gccgatgagg aagatgttgc cgtttagggc
    10141 cacgcctaag gcgaggcaga gcgagtcagg cgcagggctt gaggctatgg tgtaccaagt
    10201 attgctggcg atgtcgtagc ggtagaagct gttacgggtg cgatggttca cgtcgatacc
    10261 gccgaagacg taggccgatc cgccgagtgt gacggccgtt tgccacttca gcggaccagc
    10321 ggggcaggcc aacatttgcc gccactcgtt ggttgtggtg ctgtagtagt agaggtcggc
    10381 gctgtagtaa ggcccgatgt caccgcccaa caggtagccg cgatcagtcg tggcgaagca
    10441 tgtcggggtg ccttgcaggc gggctgcgcc ggggaagttg tgcggtatgg tgcgaaagat
    10501 tgagggcatg cgttggacga cggtctcgcc gtacgatgtg ccttcggcgt tggtggcgta
    10561 ggcgcggatg tagtacgtgc gccccccctt gaggccggag agttgtccgg tgaaggtgcc
    10621 tcccggactg agggtaagct cggccgattc ggcattgtaa agcgtcggcg tctcgtctgt
    10681 cagcgaccag cagatgccgc atgaggtgac ggcactctgg cccggtgaga cgattcgtcc
    10741 gcccagtgtg gctgtgcctc gagtcagagt cgacgcgggc agcgtgacga cggttgggag
    10801 actgctaagc gtggtgaagg agtcgggcgc gctgtaggaa tagccgtaga cgcggttgcc
    10861 cgcgtaggcg cggacgtagt atttgcgatt ggcctcgagg ccggtgcact gtcccgtgaa
    10921 gggccccgtg ccggagccga cctccacgtg gggcgagttg gtgagggtgg gatcaggcag
    10981 ggtgctccag cagaagccgc gctcctcgat cggcgcatcg ccggcagaga ggactgtcgc
    11041 cgacacggag gcggaggtgt agctcacatg gaggactgtc aaagaggaga cgacggaccg
    11101 gccatcggtc gtagtgaagg actttcgggt gccgttgtag acgccgaagt ggttgcgaac
    11161 aaaggcctcg acgtaatagg tggtggacgg tctgaggccg cggatatagc agaggaaaga
    11221 gtcggccgta aatgtgctga ggaccgaatc cttcgggttc atgtcgggcg aggtggagta
    11281 gtagacaccg cgcgccagga tctcgccctc gcccgagatc tcgatgcgcc caccgcagac
    11341 ggcggtggct gcgcgtgtgc tgtcggctat aataaaggta tgcacgaggc ccaggcccgt
    11401 ttgggtctgc acctttcgct cctcaccgta ggccacgcct ttggcgttgc gggcataggg
    11461 gcggatgtag tagtcacgac cattgacgag cccgtccacg gtgccctgat attcgccgat
    11521 gcctttcccg aacactttgg tgtgatgatc caccgtcggg tgggcttgct ctgaccagca
    11581 gaagccccgt tcggtgacgg cagccccgtt tgcctgcacc acggtggccg tcagcgtgac
    11641 ggacgatgcc gtgagggcgt tgatggttac ggtttcgccc atctgcgggg tgcgggcgtt
    11701 ctgtatgccg ggttccacct ccgggtcgtc gatgcaggcc gacggcaggg tgagaaacag
    11761 cgtaaaaaag agagagagga atgcgtaagg gagatatttc tggttcatgg gggggagcct
    11821 cgttgtttcg tttttatgtc agaagatcat gcctacaccc agcgcggggt agaggtatcg
    11881 gaagttgagg acggtgcatt cgcccgtcac gtagtatcgg ccgcggggta ggaggtaggt
    11941 ggcgccgaga tccaccttca ggcctttctc ggaggcgtcg aggtctttgg cccacgctct
    12001 ctggtagatg tttccggcat tgtcggccgt accgtattgc cggattaggt cgcgttgcca
    12061 atagccagcg ccgacggagg tgtagatgcc gggcagggta cggatcatca gcccgacaga
    12121 agccatgagc acattggctt gcttacgatc catgtagccg taatagccgc tttggccttc
    12181 gatgatgaag cgtccgtcgg ctgtgcgaca gattgcggtg tggccctgga aggagaagtt
    12241 ggattgcgcc gcgatgtacc atcctaaccg cccgacgatc ccacccacgc gtatgccgaa
    12301 gggtgcgagc agtgaggcct gatagccgaa gaagaaacgc atgggcgtga ctgatgtggg
    12361 cgtagccgtc ggcgcctcgt cttcgccccg attctggcgg cgaaccgtct ctaattgtcg
    12421 gcgccaatag tcggccgtga cggggttttc ggccgtgccg atgccgcggc tgtagtaaag
    12481 gatgagctta tcgatggcga acgtatcgcg ctccgtggcc cactccgtga ggcagttgag
    12541 gcacttgttc attaccgtgc gcatggagac gtgcatggtt tcgtcttcga gccagatggt
    12601 cgtcagtcgg tcgatgctgt agcggtcgca ttcggcaaag acgccctcct cgaaccacat
    12661 tttggcgtcc cgatagtcct tgcgctgcag ggcctcatcg cccttgcgat tgtattcggt
    12721 ctgtcgctgc gcctgggcgt gccacgacag gcagcacgcg atccacagca acagcattcc
    12781 cgtccacttc ttcattgtct ttgtctgtgc gtctatactt agtcaatacg ttgtgagccc
    12841 ccgggccacc atcgtgccgt tggcgttgta gatgtcgtag aggtggtctt cgcgttcgaa
    12901 ggcgcgtccg ttttccgatc gccccacgct gaggtagatg cagcggatgc gctcgatgcc
    12961 ttgcgcgtcg atggcgccgt agcgtccgtt ctgctttttg cgaacgatgg tgtagctgcc
    13021 gaagggcatg ccttgctcgt agagcgcttt gcgggcgcgg acgttgtctt cctcgatgcg
    13081 gtcgtcgcag gccaaactga ggcggatcac ctcttcggtc accttgatct ctttcgcgct
    13141 cgcaaagtca cgcttggcat cggcataggc gccgcgttcc atcttcatct ttccagaggc
    13201 gatcagggcg acgtagcgcg cgtttgaggt ctcggatgag gcgtcgtcac gcgtggttgt
    13261 ttccgtctta tcggatttct tctcctcggt cttcttgtcc gtctttttct cctccgactg
    13321 atgtttttcc gcctgtttgt ctgcggccga cgagggcgct accgtgggcg gatcgaacgg
    13381 cgagcgatca ctgcctgcgt cgctttgcag caataggttg gccgtcggtt cgttcgttgg
    13441 tgccggtttg ctgccgccga tcaggtacga cgcggcccag ccgatcagca ccgagaggcc
    13501 gatcaatagc gggatcagta cgcggcgttt gccctttcgc cgacgcgtcg gggcggactg
    13561 ttccgccggt gtgaggaggg ctgtctcttc gacgtcggcg gtgagcaact gcgtccgctc
    13621 gtcgtcgttc gtgagtagcg cacgctgagt cgtttgaccg gtagcggcca cgggctgatc
    13681 ttttcgttcg ggatagggcg ggatgtcgag gtcgtccagc atttcgcgga cggacgcgta
    13741 gcggtcggcg gggttcacct gcatggcccg caggatggcg tgttcggtgc gaggggtgat
    13801 gttggcgttc agccgcgaag gttcggtgag cggtttggtc acacggagga tggattcggg
    13861 gggcacgcag cccgtgagca ggttgtagag cgtggcgccg agcgaataga tgtccgggcg
    13921 gggcgagaag cccgtcaggc cgtcgctgtc gtactgctcg atggcggcga agcccttcga
    13981 gagggtcagc gtggtagtgc ttgtctcctg actatcgatg tcgtagcgtt tgctgacgcc
    14041 gaagtcgatc agtcgggcgt cgtcgtgctc gtcgatcaag atattgcccg gcttgatgtc
    14101 gagatggagg atgtttttgg cgtgtacaaa ctccagcgcg cgcccgattt ggtcgatgta
    14161 cttgagtgcg cacggctccg tcagctgccc ctcgtcttcg agcagcgact tgagcgatcg
    14221 gcccgtgatg cgctccatag cgatgtaggc cgtgttgttt tcctcgaaga cttcgaggac
    14281 attcacgatg tacgggtggt gcacttccga gaggatgcgt gcctcctgga tctgccgctc
    14341 gcggaacttg tcgaacagcc tgcgccccgt ctccgaatgc acgcggactt gcatcgtggc
    14401 ggggtctctg aagcagtaat ctttgaagaa atattccttg atacaaatcg gtacggcggt
    14461 ctttacggct cccagttcac ccttgacttc ggtgttccaa acgcccgaat aagtgattcc
    14521 gaatccgccc tgtccgatga cctctgtcag acaatatttc ccgttttgca agcaatatcc
    14581 tttcggtaaa atcatgattt ctgaatcatt cagattttca agggcaaagg taagcagccg
    14641 ttttgaattt ggcggaaaag gctctgggag cggcttctcg gccccttcgc ccgttcgtcg
    14701 gcagggggaa tctccggagt tgttttcacc cttttgttgc aatttctccc atgcgccgag
    14761 gatgtccctt ccgatggtct caatcagccg ccacaaactt ctttggctga ttgtatcgta
    14821 acgtgagttc ggtgtaagaa tagtgccagc agagagtcta tagtctatac gcagaatcca
    14881 cgcgatagaa atgcctacaa cactgttgca agtgcctcga agaacttttg ggcgtttgcg
    14941 gggagtcccg caagtctcct ggcatttgct ttggcgtttg cgggagtccc gcaagtctct
    15001 cggcatttgc tttggcgttt gcgggagtcc cgcaagtctc ccggtatttg ctttggcgtt
    15061 tgcggaagtc ccgcaagtct cccggcattt gctttggcgt ttgcggggag tcccgcaagt
    15121 ctcccggcat ttgctttggc gtttgcgggg agtcccgcaa gtgctttgga gaacttg
//
LOCUS       SEQF2638.1|AYYF01001038.1 1418 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1418
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(164..1333)
                     /locus_tag="SEQF2638.1_00534"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:ISfinder:ISBf8"
                     /codon_start=1
                     /transl_table=11
                     /product="IS4 family transposase ISBf8"
                     /db_xref="COG:COG3385"
                     /translation="MMIRPQMDWRRLMNHFAMRYMCLLRKYGEAPQSDTTTCFIIDDT
                     VLEKSGVRMESISRVFDHVKGRCVLGYKLLLCAFFDGKTTIPFDFSLHQEKGKQSDCG
                     LTRQQRRKAYHTKRNNGSPDFKRFQECKMSKMEVAMDMLRRGWKMGLHAKYVITDSWF
                     TCEQLMACVRSIGKGAMHFVGLAKMGKTKYAVSGRKKNVAELIATYERERGRSCRKYK
                     CRYIQLNGNLGDIPVRIFLIKYGRNSAWNVLLTTDTTMSFVKAFEVYQIRWNIEVMNK
                     ETKQYLGLGGYQGCDFNGQIADATLCYLTYTVMALEKRFTEYQTMGELFSDMESDLMA
                     LTLWKRVLACIEGILRVLGETLGLTPQHLMTTICGNDKEMSKILLFYESFHIPNL"
ORIGIN      
        1 gaagtatatg gacagactgc ataacttcta ttagccatgt gttaaaactc aatggatatg
       61 ggggacgaaa tgcaaaggta aatgagaaaa gctagtgttt taaggggtgg gaaactttag
      121 ttattcagat gtatttactc tttcagaaga atggtaaaac cattcataga ttaggaatat
      181 gaaaagactc gtaaaaaaga aggattttgc tcatctcttt gtcgttgccg cagatcgtag
      241 tcataaggtg ttggggcgtc aacccaagtg tttctcctaa aacacgaaga atgccttcga
      301 tacaggcaag cactcgcttc cataacgtga gtgccatgag atcgctctcc atatccgaaa
      361 agagttcccc catggtttga tattctgtga acctcttttc caaagccatg acggtatacg
      421 taaggtaaca cagcgttgcg tcggctatct gaccgttgaa gtcgcaacct tgataacctc
      481 ctaatccgag atactgctta gtctccttgt tcatcacctc tatgttccat cgtatctgat
      541 acacttcaaa ggcttttacg aaagacatcg tagtatccgt ggtgagcaag acgttccatg
      601 cggagtttct accatacttg atgaggaaga ttctaactgg tatatctcct aagttgccgt
      661 tgagctgaat atatcgacat ttatacttac gacagctcct tcctcgttcg cgttcatagg
      721 tggcaatgag ttctgcaaca tttttcttcc tgcctgatac agcgtatttt gtctttccca
      781 tttttgcaag tccgacaaag tgcattgcac ctttacctat gcttctaaca cacgccataa
      841 gttgctcgca agtgaaccaa ctatcggtaa tcacatactt cgcatgcaac cccatcttcc
      901 atccacggcg aagcatatcc atggcgactt ccatcttaga catcttacac tcttgaaagc
      961 gcttaaaatc ggggctacca ttattcctct tggtatgata tgcctttctg cgttgctgtc
     1021 ttgtcagccc gcagtcgctt tgcttcccct tttcttgatg cagtgaaaaa tcaaagggta
     1081 tggttgtctt gccgtcaaag aaggcacaaa gtagcagttt gtagcccaat acgcatctgc
     1141 cttttacatg atcgaaaaca cgactgatac tctccattct cacgccactc ttctcaagca
     1201 cagtgtcatc tataatgaaa catgtcgtgg tgtcggattg aggagcttcg ccatacttac
     1261 gcaacaggca catataacgc atggcaaagt ggttcatcaa gcgtctccaa tccatctgcg
     1321 ggcgaatcat catgcgatag aaacagttct tgccatgatt tgaaagctca tatatcttat
     1381 gcttgcatat actgtggatg ctcttaccaa caatgcgg
//
LOCUS       SEQF2638.1|AYYF01001039.1 12792 bp   DNA    linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..12792
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(68..535)
                     /gene="coaD"
                     /locus_tag="SEQF2638.1_00535"
                     /EC_number="2.7.7.3"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q831P9"
                     /codon_start=1
                     /transl_table=11
                     /product="Phosphopantetheine adenylyltransferase"
                     /db_xref="COG:COG0669"
                     /translation="MHRIAIFPGTFDPFTIGHRSLVDRGLGLVDEIIVAIGTNENKRT
                     YFPIEKRLEFIRTLYRDEPRVRVAAYDTLTVDFAHTVGARFILRGIRTVNDFEYEKNI
                     ADVNRKLAGIETFILFTEPEHTHISSSIVRELLHFGKDISDFIPPEIRDMAQT"
     CDS             complement(605..2461)
                     /gene="gyrB_1"
                     /locus_tag="SEQF2638.1_00536"
                     /EC_number="5.6.2.2"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q5SHZ4"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA gyrase subunit B"
                     /db_xref="COG:COG0187"
                     /translation="MDISPITAYDDRDIVTLEGLEAVRKRPGMYIGNTHGGEDRNDGI
                     YVLLKEVIDNSIDEFRMKAGHRIDVHIADGTVSVRDFGRGIPQGNLAKTVSTLHTSGK
                     FGSEAFKKSIGLNGVGIKAVNALSTDFTVVSYRDGVEKRVDFARGKLTADHPTVPTTE
                     KNGTLIRFTPDPTIFEAYAYRNEIVESLIRNYCYLNSGLAIYYNGTKFLSENGLEDLL
                     NENITDEILYPIVHLRADDIEIAFTHVNQSRDDYYSFVNGQYTSQGGTHQAAFKEAFA
                     RTVKEFYNKNFETADIRSGLVAAIYIGVEEPEFESQTKIKLGSRNMSPKGDVSVAKFV
                     GDFVKKEVDNYLHKTPDTADALLRKIQESEKERKAIAGVAKLARERAKKVNLHNRKLR
                     DCRIHLNDAKSENKTESSLFITEGDSASGSITKSRDPNLQAVFSLRGKPLNCFGLTKK
                     IVYENEEFNLLQAALNIEDGLDGLRYNRVIIATDADVDGMHIRLLLITFFLQFFPDLI
                     KQKHLYILQTPLFRVRNKQQTLYCYSEEERAAAIRRLGKNPEITRFKGLGEISPDEFK
                     HFIGKDIRLDPVSIKKEDSIKEMLEFYMGKNTPDRQNFIIDNLVVEEDLENN"
     CDS             complement(2464..3591)
                     /gene="yghO"
                     /locus_tag="SEQF2638.1_00537"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q46840"
                     /codon_start=1
                     /transl_table=11
                     /product="Protein YghO"
                     /translation="MSVTIREVTTKSELRRFVKFPIDLYKGNPYYVPGLIDEEMITLS
                     RDKNPAFENCEAIYYLAYRGERIVGRIAGIIAHAANRVWNQHRARFGFVDFIDDQEVV
                     DALFAAVEKWAHKKGMDALHGPMGFTDLDHEGMLIMGFDQIGTMATIYNHPYYPQHME
                     RMGYTKDQDWHEFKIYIPDAIPEKHLRIAEIVKKKYGLKVLKFRRRKDIMPYAHKVFE
                     TLNAAYTPLYGFAPLTKRQIDYYVDIYIPLLRLDLVTVIVREEDDAVVGFGVSLPNLS
                     HALQQARGSLLPFGFFPLMKALKSKARVIDLYLTGVLPEYQNKGVNALLFTDLIPQYI
                     KMGAEYAESNIELENNTAVQAQWDYFKREHHKSRRAFIKPL"
     CDS             3991..4167
                     /locus_tag="SEQF2638.1_00538"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPANETNTPKCLALNGRDLYKPSFTSRGRFWTLIYCQTFTPQNN
                     HPTLSNPPHLHMLQ"
     CDS             4164..5549
                     /gene="dnaA"
                     /locus_tag="SEQF2638.1_00539"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P05648"
                     /codon_start=1
                     /transl_table=11
                     /product="Chromosomal replication initiator protein DnaA"
                     /db_xref="COG:COG0593"
                     /translation="MKSECQLLWDKCLSIIRDNVPEAAFKTWFQPITPLSFDEQKVTI
                     RVPSPFFYEYLEANFVNVLRMAVPKVFGQGVSLNYRVMGEEGADDASSAVSARAAAPS
                     PGVSRMIQTPFTQVAPEELDSQLNRRYTFDNFFEGVTNKLARTAGVAVSNDPGKTTFN
                     PLFIYGPSGVGKTHLCHAIGLRIRQMHPEKRVLYVSAHRFRIQYTDAVIKNTSNDFLN
                     FYQSLDVLILDDIHELVGLNKTQMAFFHIFNNLHQLGKQLVLTADKAPVDMQGLEERL
                     ITRLKWGLTAELGRPDAELRRTILRNKIEAEGLVLSDEVFNYIVDHVTENIRDLEGVL
                     VSLMANSLINNSPVDMAMAQRVVGQTVRVENKELSIEKIQEKVCRFFNLEESLVQTPS
                     RKREIVQARQITMFLAKKYTSASFSRIGKVVGGKDHATVLHACKTVKDQMDINKNFRS
                     TVEAIEETLRS"
     CDS             5760..5894
                     /locus_tag="SEQF2638.1_00540"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLAPAVQTSKNTFDLLHNRCKQKKLILGRCTAGASISKNDLAIV
                     "
     CDS             complement(6658..7647)
                     /gene="nadK"
                     /locus_tag="SEQF2638.1_00541"
                     /EC_number="2.7.1.23"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q8ZH09"
                     /codon_start=1
                     /transl_table=11
                     /product="NAD kinase"
                     /db_xref="COG:COG0061"
                     /translation="MQRKSRTIREGTKQSHTIKNQNMKIGIFGCGYRPDKLPLLQRLF
                     EKLNRLEAEIFVSKDFHAFLTTTPHFCPPISGVLTVAPFDLDVALSVGGDGTFLRAAE
                     QIGRQDIPILGINTGRLGFLAEAGPEQIEETLDELFRGDYRIERRMMLRLQTRGADGL
                     TRSEIYSEKPSDSEEPSSNYALNEVVLLKRETSSMITIHTYLNKEYLTSYQADGLVIA
                     SPTGSTAYSMSVNGPILLPGSDNIVLSPVAPHSLNVRPLVIPASYEIILKTESRNDSY
                     LVALDGRSRSLSTDVELSVCKADFSTQMIHRNNRNFYQTLRDKLMWGADIRVK"
     CDS             7698..8423
                     /gene="pdxJ"
                     /locus_tag="SEQF2638.1_00542"
                     /EC_number="2.6.99.2"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0A794"
                     /codon_start=1
                     /transl_table=11
                     /product="Pyridoxine 5'-phosphate synthase"
                     /db_xref="COG:COG0854"
                     /translation="MIKLSVNINKAATLRNARGGNVPDVVQIAKDCEAYGAQGITVHP
                     RPDERHIRYNDVYALKPIIKTELNIEGYPIQSFVDLVLTVKPTQVTLVPDAPDVLTSN
                     AGWNVKEHFNQLSELVDTFTGHGIRTSLFVETDLENIEWAAKTGTDRIELYTEPYANG
                     YNSNRDHAIAPFVEAAKRAKSLGLGVNAGHDLSLQNLAFFASHLPWIEEVSIGHALIC
                     DALYYGLERTIGLYKACLKGELK"
     CDS             8523..9236
                     /gene="tolQ_1"
                     /locus_tag="SEQF2638.1_00543"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0ABU9"
                     /codon_start=1
                     /transl_table=11
                     /product="Tol-Pal system protein TolQ"
                     /db_xref="COG:COG0811"
                     /translation="MNILFLFAQVATEEAADAATEIAADAAQTQAQINIIDLAMKGGW
                     IMGVLLVLSLVAIYFFIQRLLVIRQAGRNDETFMNRIRDYIYEGKIDQALNLCRTTPT
                     PAARMIEKGILRLGRPTADVLAAIENAGNIEISKLERGFPVIATTAAGAPMLGFLGTV
                     TGMVRAFYDMANAGTNVDVTLLSGGIYEALVTTVGGLVVGIIALFAYNYLVARVENVV
                     NKLEASTMEFMDLLNEPAH"
     CDS             9244..9663
                     /gene="tolR"
                     /locus_tag="SEQF2638.1_00544"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_02203"
                     /codon_start=1
                     /transl_table=11
                     /product="Tol-Pal system protein TolR"
                     /translation="MALKRKTKVNEAFSMASMTDVIFLLLIFFMVTSTVVVPNAIKLT
                     LPQAQKQTAAKPITRVTIDAEGNFYVAAGNQREQQVAFEDIAPFLQEQYEADPEMFVA
                     LYADETVPYGQIVSVLNLANENKYKVVLATRPPERTP"
     CDS             9660..10610
                     /locus_tag="SEQF2638.1_00545"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKLKKNNLLAIVGSILFHAVILLILYFTVLKAVEPEEDGGVMVN
                     FGTIDEATGTFEPEGEPAQDEPTEEVQEETVVPPPPTPPAPPTPPTPPTPKQPEKLIT
                     QDQEESVALAQQRKKEQERKRKEEARRQEELRKQQEERQRQDTERRRQDEARRKEAER
                     KAEAERKAEAERRRQAEEQRKKEQAIRDRVAGAFGKNNSSQGTGKTTTGNQGSPLGNA
                     DRGANKGVGTGFSLSGRSIGAGGLPHPAYTVQEEGRIVVNIVVDPAGNVIAADIGKGT
                     NIDNASMRRSAVEAARRAKFNSIEGTNNQSGTITYMFRLK"
     CDS             10652..11197
                     /gene="yajL"
                     /locus_tag="SEQF2638.1_00546"
                     /EC_number="3.1.2.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q46948"
                     /codon_start=1
                     /transl_table=11
                     /product="Protein/nucleic acid deglycase 3"
                     /db_xref="COG:COG0693"
                     /translation="MRKKAYVFFATGFEVTEAIGTTDVLRRGNVETVTVSMTGDRTVT
                     GGHGIPVVTDALFEDIDLTDADALVLPGGGPMLNDYEDLKKAIVRHYEKGRLVAAICA
                     APLVLGGLGLLRGRRATCYPGIEQYLTGATVVEADTVKEDNIITGRGPGMVYAFGVAV
                     VDYLMGAETADEVARKLLLKK"
     CDS             11834..12550
                     /locus_tag="SEQF2638.1_00547"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTQLRAWLKPNHLTADTSDYTAVPDTLGGVGLEQIIADMQFQGV
                     ELQKETIIDIVNRFNRLAAQRVTEGYTVNTGLVNMRPMIKGVFHGTAVDPEKHRVYIS
                     ITQGIDLRKAVSGTQIVIQGVMSDIIAIHSVTDAFTGKRDGSLTKGRNAEIRGAFIKI
                     VGDGVGVGVAFTKTDTGTRTLLDAHDIVINEPSRVLIMVPASLAAGTYDLSLTTQFTG
                     SNKTLKNPRTVIYKTKITIA"
ORIGIN      
        1 ggtttgaacc aaatcggagc tcggttttgc ttcaaaccaa tggttggacc cgaatcagag
       61 gcaggtttta cgtctgcgcc atgtcgcgga tctcgggggg gataaagtcg gagatgtcct
      121 tgccgaagtg cagcagctcg cgcacgatgg aggagctgat gtgcgtgtgc tccggctcgg
      181 tgaagaggat gaacgtctcg atgccggcga gcttacggtt gacgtcggca atgttctttt
      241 catactcaaa gtcgttgacc gtgcggatgc cgcgcaggat gaagcgggcg ccgacggtgt
      301 gggcaaagtc gacggtgagc gtgtcgtagg cggccacacg gacgcgtggc tcgtcgcgat
      361 agagggtgcg gatgaactcc aaccgtttct cgatcgggaa gtaggtccgt ttgttctcgt
      421 tcgtgccgat ggccacgatg atctcgtcca ccaaccccag gccgcggtcg acaagcgagc
      481 ggtggccgat ggtgaagggg tcgaaggtgc cggggaagat ggcgatgcga tgcatagaac
      541 taaaatctaa agactaaaaa ctaaaaacgg ccggcaggac ttttcgtttt tcacttttcg
      601 ttattcagtt gttctcgagg tcttcttcga cgacgagatt gtcgatgatg aagttctgcc
      661 ggtcgggcgt gttcttgccc atatagaact cgagcatctc cttgatggag tcttcctttt
      721 tgatcgacac ggggtcgagg cggatgtctt taccgatgaa atgcttgaac tcgtcgggcg
      781 agatctctcc gaggcctttg aagcgggtga tctctgggtt cttgcctaag cggcggatgg
      841 cggcggcgcg ttcctcctcg ctgtagcagt agagggtctg ctgcttgttg cgcacgcgga
      901 agaggggcgt ctggaggatg tagaggtgct tctgcttgat caggtcgggg aagaactgga
      961 ggaagaaggt gatcagcagc aggcggatgt gcatgccgtc cacgtcggca tcggtggcga
     1021 tgatgacgcg gttgtagcgc agcccatcga ggccgtcctc gatgttgagt gcggcctgca
     1081 gcaggttgaa ctcctcgttc tcgtagacga tcttcttcgt caggccgaag cagttgagcg
     1141 gcttgccgcg gaggctgaag acggcttgca ggttcgggtc gcggctcttg gtgatcgatc
     1201 cgctggccga gtcgccctcg gtgatgaaga ggctgctctc ggtcttgttc tcgctcttgg
     1261 cgtcgttgag gtggatgcgg cagtcgcgca acttgcggtt gtgtaggttc accttcttgg
     1321 cgcgctcgcg ggccagcttg gccacgccgg cgatggcctt gcgctccttc tccgactcct
     1381 ggatcttgcg cagcagggcg tcggccgtgt cgggcgtctt gtggaggtag ttgtccacct
     1441 ccttcttcac aaagtcgccc acgaatttgg cgacggagac gtcgcccttg gggctcatgt
     1501 tgcgcgatcc gagcttgatc ttcgtctgcg attcaaactc cggctcctcg acgccgatgt
     1561 agatcgccgc cacgagtccg ctacggatgt cggctgtctc gaaattcttg ttgtaaaact
     1621 ccttcaccgt ccgggcgaag gcctccttga aggccgcctg atgggtgccg ccctgcgagg
     1681 tgtattggcc gttgacgaag gaatagtagt cgtcgcgcga ctggttgaca tgggtaaaag
     1741 cgatctcgat gtcgtcggca cggaggtgga cgatggggta gaggatctcg tcggtgatgt
     1801 tctcgttgag caaatcctcg agtccgtttt cggataagaa cttcgtgccg ttgtaataga
     1861 tggccaggcc ggagttgagg tagcagtagt tgcggatgag cgattcgacg atctcgttgc
     1921 ggtaggcgta ggcctcgaag atggtggggt cgggggtaaa gcggatcagt gtgccgttct
     1981 tctccgtggt gggcacggtg gggtggtcgg ccgtcagttt gccgcgcgca aagtcgacgc
     2041 gcttctccac gccgtcacga taggagacga cggtgaagtc ggtcgagagg gcgttgacgg
     2101 ccttgatgcc gacgccgttc agcccgatgg atttcttgaa ggcctcagag ccgaacttgc
     2161 cgctggtgtg gagcgtggag acggtcttgg cgaggttgcc ctggggaata ccgcggccaa
     2221 agtcgcgcac gctgacggtg ccgtcggcga tgtggacgtc gatacggtga ccggccttca
     2281 tgcggaactc atcgatggag ttgtcgatca cttccttgag caggacgtag atgccgtcgt
     2341 tacgatcctc gcctccgtgc gtgttgccga tgtacatgcc ggggcgcttg cggacggcct
     2401 cgagtccttc gagggtgacg atgtcgcggt cgtcgtatgc ggtgatgggg gagatgtcca
     2461 taattagagg ggcttgataa acgcacggcg cgacttgtgg tgttcacgtt tgaagtagtc
     2521 ccactgagcc tgcacggcgg tgttgttttc cagctcgatg ttactctcgg catactcggc
     2581 gcccatcttg atatactgcg ggatgaggtc ggtgaagagc aacgcgttca cacccttgtt
     2641 ctgatactcc ggcaggacgc ccgtgaggta gagatcgatc acgcgtgcct tcgacttgag
     2701 cgccttcatc agcgggaaga agccgaaggg cagcagactg cctcgggcct gttgcagggc
     2761 gtgtgagagg ttgggaagag agacgccgaa gcccaccacg gcgtcgtcct cctcgcggac
     2821 gatgacggtg acgaggtcga gtcgcagcag ggggatatag atgtcgacgt agtaatcaat
     2881 ctgccgcttg gtcagcggag cgaagccgta gaggggcgtg taggcggcgt tcagcgtttc
     2941 gaacaccttg tgggcatagg gcatgatgtc tttgcggcga cggaacttga gcaccttcag
     3001 cccgtatttc ttcttgacga tctcggcgat gcgtaggtgc ttctcgggaa tggcgtcggg
     3061 gatgtagatc ttgaactcgt gccagtcctg atccttggtg tagcccatgc gctccatgtg
     3121 ctgcgggtag tagggatgat tgtagatggt ggccattgtg ccgatctggt cgaagcccat
     3181 gatgagcatg ccctcgtgat ccaagtcggt aaagcccata ggcccgtgta gggcgtccat
     3241 gcccttcttg tgcgcccact tttcgacggc ggcgaagagg gcgtcgacca cttcctggtc
     3301 gtcgataaag tccacgaagc cgaagcgagc gcggtgttga ttccagacgc ggttagcggc
     3361 gtgcgcaatg atgcccgcga tgcgtccgac gatgcgttcg cctcgatagg ccagatagta
     3421 gatggcttcg caattctcga aggccgggtt tttatctcgc gacagggtga tcatctcttc
     3481 gtcgatcagc cccggcacat agtaggggtt gcccttgtac aggtcgatgg ggaacttcac
     3541 gaagcgcctg agctcgctct tggtcgtgac ctccctgatg gttacgctca taaggatata
     3601 tatgtgtatg atgaaatctg tatggtgggc ggcaaaagta ggccaattcg taggagtgcc
     3661 ttggggggga ggcgtcgagg cgtgggcttt tgtcgatgca gattcgtctt tctccggccc
     3721 cggcctgggg catccgttgc gacacccaca ccgtcgggtt ataggcgccg atgtgcaggc
     3781 ggatggtcaa gggaggggga ctgttggctt catgttggat ccattctaac ttctggaatg
     3841 gatttggagt tttcgtcgaa ggttggaagg gtattatttc aagccataaa tccgtgcctt
     3901 gggggctatt cgacgcttcg ggacagatgg atcagtgggg tgtccataat ggcgtattat
     3961 ccgcattcca agcgtgtttt gcctcgctaa atgccagcaa acgaaacgaa tactcctaag
     4021 tgtttggcac tgaacgggcg cgacctgtac aagccctcgt tcacgagccg aggccgcttt
     4081 tggactttga tttattgcca gacctttacg ccgcaaaaca atcatcccac gctgtctaac
     4141 cccccacact tacatatgct acaatgaagt ctgaatgtca acttttatgg gataaatgcc
     4201 tgtcgattat cagggataac gtgccggagg ccgcgttcaa gacgtggttc cagcccatca
     4261 cgcccctgtc tttcgacgag cagaaagtaa cgatacgggt gcccagcccg tttttttacg
     4321 agtatctgga ggccaacttc gtcaacgtgc ttcgcatggc cgtgccgaag gtgtttggcc
     4381 aaggcgtctc gctgaactac cgcgtgatgg gcgaagaggg tgccgacgac gcctcatcgg
     4441 ctgtttccgc gcgtgcagcc gcaccgagcc ccggcgtgag ccgcatgatc cagacgccct
     4501 tcacgcaggt ggcgcccgag gagctggact cgcagctcaa ccgccgctat acgttcgata
     4561 acttcttcga gggcgtgacc aacaagctgg cacgtacggc cggtgtggcc gtgtcgaacg
     4621 atccgggcaa gacgaccttc aacccgcttt tcatctatgg cccgtcgggt gtcggtaaga
     4681 cccacctctg ccacgccatc ggcctgcgca tccgccaaat gcaccccgag aagcgtgtcc
     4741 tctacgtctc ggcccaccgc ttccgcatcc aatacactga cgcggtgatc aaaaacacgt
     4801 cgaacgactt cctgaacttc taccagagtc tcgacgtgct catcctcgac gacatccacg
     4861 agctggtcgg cctgaacaag acgcagatgg cttttttcca catcttcaac aacctgcacc
     4921 agctcggcaa gcagctcgtg ctgacggctg ataaggcacc tgttgatatg cagggattgg
     4981 aggagcgtct catcacacgc ctcaaatggg gcctcacggc cgagctcggg cgacccgatg
     5041 cggagctgcg tcgcaccatc ctgcgcaata agatcgaggc cgaaggactt gtgctcagcg
     5101 acgaggtctt caactacatc gtcgaccatg tgacggagaa tatccgcgac ttggagggtg
     5161 tgctcgtctc actcatggcc aattcgctga tcaataacag ccccgtcgac atggcgatgg
     5221 cgcagcgtgt cgtaggccag acggttcgcg tggaaaacaa ggagctctcc atcgaaaaga
     5281 ttcaggagaa agtctgccgc ttcttcaacc ttgaagagtc actcgtgcag acaccttcac
     5341 gcaaacgcga gattgtgcag gcacgccaga tcaccatgtt cctggccaag aagtacacct
     5401 cggcgtcgtt ctcacgcatc ggcaaggtgg tcggcggtaa ggatcacgcc accgtgctgc
     5461 atgcttgcaa gacggtcaag gatcagatgg acatcaataa gaacttccgc tccaccgtcg
     5521 aagcgatcga ggaaacgctc aggagctgac cctctctccc cccggccgga accgttccgg
     5581 cgccgatgac ccgatgatcg gatcatttga gcccgctcaa ggcctcaagt gattcgatca
     5641 tttgcgtttg ggcccacctg tagttcgtcg gttaacgtga gttcgacgaa agaatggggc
     5701 ttctaatcct tggagaatgt ctttcataga gtgccgtaaa ggccaacgtg tttttggaaa
     5761 tgcttgcacc ggcggtgcaa acctcaaaaa acacttttga cctcttgcac aaccggtgca
     5821 aacagaaaaa actgattttg ggccgttgca ccgccggtgc aagcatttcc aaaaacgatt
     5881 tggccatcgt gtgacttccg tagaaactct ctgccggcgc tattcttaca tcgaactcac
     5941 gtggggggta atgctttttc gaaacgccaa aatgaaacgc gaaaccgatc gctgaccttc
     6001 aaaaacgcct tcccgccgcg ggaaaccgat caaaattttc tagaaacgcc aaaatgaggc
     6061 gggaaaccga tcaaaatctc cgaaaagtca ctttttgcga cgggaaacgg ggaaaattct
     6121 tcgaaaagtc atttcccgcg gcgggaaggc gtctaaaagt ttcggagatc ggtttcgcgc
     6181 ggcgggaaaa gggggcgtat agcatacgcc ctcagaacgt ttccaatgga aacgatttcg
     6241 cgtatcctta taaatagaat cggaacaggt tgcctcaaat gtccgcccct cctctcgcct
     6301 cttcgatgta tttgggggcg tagtgcttac acccctaccg cttcaggtgc attcgttatg
     6361 aacggaatgg aacagtgccc ccagaaagag gttcgtcgta ttcctgtggc acctatcctc
     6421 cggacgcatg cagaaacaaa aacggcccct tgcgagggcc gacggctgta tatgagatga
     6481 agcggataga tgcgcgataa aactacgggt gggtataaaa aaagaaatgg ttgtctcacg
     6541 acaaccacaa tcttcattgt taaccttaaa tctaatacca tgaaaaacac ggtgcaaaag
     6601 taggcctgtt cccgattccg gcaatacccg ccgacgaaaa agggcctgca cttacgctta
     6661 tttaactctt atatctgcgc cccacatcag tttatcacgc agtgtctgat agaaatttcg
     6721 gttgttacga tgaatcatct gcgtggagaa atctgcctta caaacagaga gttcgacgtc
     6781 tgtcgagagg ctccgtgacc gtccgtcaag ggctacgaga taggagtcat tccgactttc
     6841 ggtctttaag attatttcgt acgaggccgg aatgaccaac ggacgcacat tcagactatg
     6901 cggcgccaca gggctgagca caatgttgtc acttccgggc aggagaatgg gcccattgac
     6961 gctcatggag taggctgtcg atccggtggg cgaggcgatc acaagtccgt cggcctgata
     7021 agacgtgagg tattccttat ttaaataggt atgtatggtg atcatggacg aggtttcgcg
     7081 cttaagcagg acgacctcgt tcaaggcata gttcgaggac ggctcctcgg agtcggacgg
     7141 cttctcggaa tagatctccg agcgcgtcag gccgtcggca ccgcgcgtct gtaagcgtag
     7201 catcatccgc cgctcgatcc gataatcgcc gcggaaaagc tcatcgagcg tctcctcgat
     7261 ctgttccggt ccggcttcgg ctaaaaatcc gaggcgcccg gtgttaatgc ccaagatggg
     7321 gatgtcttgc cgtccgatct gttcagcggc acgcaggaag gtgccatcgc cccccacgct
     7381 cagggcaacg tccaaatcaa acggcgccac ggtcagcacg ccagagatgg gcgggcagaa
     7441 gtggggcgtt gtagtgagaa aggcgtggaa gtctttggag acgaagattt ctgcctccaa
     7501 gcggttcagt ttctcaaaca gtcgctgcaa caagggcagc ttatccggcc tatatccaca
     7561 gccgaatatt ccgatcttca tattctgatt tttaattgta tgactttgtt tcgttccctc
     7621 ccgaatcgtc ctacttttgc gctgcatttt ttagacgtac aaatgtaagg aacatagcag
     7681 aaccagattt ttttcacatg attaagttaa gtgtcaatat caacaaagca gcgactcttc
     7741 gcaatgcacg tggcggaaac gtgcccgatg tggtgcagat cgctaaagat tgcgaagcct
     7801 acggggcaca gggcattacc gtgcacccgc gcccggacga gcgacacatc cgatataacg
     7861 atgtctatgc gctcaagccg atcatcaaaa cagaactgaa cattgaaggt tatcccatcc
     7921 agtcgttcgt cgatctggtg ctcaccgtaa agccgacgca ggtgacgctg gtgcccgacg
     7981 cgcccgacgt gctgacgtcc aacgcgggtt ggaacgtgaa ggagcacttt aaccaactga
     8041 gcgagctggt ggacacattc acaggccacg gcattcggac gtcgcttttc gtggagacgg
     8101 atctggagaa catcgaatgg gcagctaaaa cggggacgga tcgcatcgag ctctataccg
     8161 aaccctatgc caacggatat aacagcaatc gagaccatgc catagcaccc tttgtggaag
     8221 cggcaaagcg ggcgaaaagc ctaggcctcg gtgtcaatgc agggcacgac ctgagcctgc
     8281 aaaacttagc cttctttgct tcgcacttgc cgtggattga ggaagtctcg atcggtcacg
     8341 ccttgatctg cgacgcgctc tattacggac tggagcgaac tattggcctc tacaaggcct
     8401 gcttgaaagg agaactgaaa tagttattcg gaggggagtg gagggtaagt ctcccgctcc
     8461 gccctccttg tcttgaagcc gcatttaaca gcaaccccat acaacacaga attagaaacg
     8521 atatgaacat cttattcctc ttcgcgcaag tggctacgga agaagccgcc gatgcagcaa
     8581 ctgaaatcgc ggccgacgcc gcacaaacac aggctcaaat caatatcatc gatctcgcca
     8641 tgaagggcgg atggattatg ggcgtcctac tggtgctctc attggtggcc atctatttct
     8701 ttattcagcg actgctcgtg atccgtcagg cgggacgaaa cgacgaaacg tttatgaacc
     8761 gtatccgcga ctacatttat gaaggcaaga tcgatcaggc gctcaacctc tgtcggacga
     8821 cgcctacccc tgccgctcgc atgattgaga aaggcatcct tcgcttgggt cggcctaccg
     8881 ctgatgtgct ggcggccatc gaaaacgcgg gcaacattga gatctcgaag ctcgaacgtg
     8941 gcttccctgt catcgcaacc accgcagcgg gtgcacctat gctgggattc cttgggacgg
     9001 ttacgggtat ggtgcgcgcc ttctacgaca tggctaacgc gggaaccaat gtggacgtga
     9061 cgctgctctc aggcggtatc tacgaggcac ttgtgactac ggtcggcgga cttgtggtcg
     9121 gtatcatcgc tctgtttgcg tacaactatt tagtggctcg cgtggagaac gtggtcaata
     9181 aacttgaggc aagcacgatg gagttcatgg atctgttgaa cgaacctgca cactaacgac
     9241 gtcatggcac tgaaacgaaa aacgaaagtg aatgaagcct tcagcatggc ctcgatgacg
     9301 gacgtcatct tcctgctgct gatcttcttc atggtgacct ctacggtagt ggtgccgaac
     9361 gcgatcaagc tgaccttgcc gcaggcgcag aaacagacgg cagccaaacc catcacacgc
     9421 gtaacaatcg acgcggaagg gaatttctac gtcgcagcag gtaaccaacg cgagcagcag
     9481 gtggcctttg aagacattgc ccccttcctg caagagcaat acgaggccga cccggagatg
     9541 ttcgtggccc tctatgccga cgagaccgtc ccctacggtc agatcgtgag cgtgctgaac
     9601 ctggccaacg agaataaata taaggtggtg ctggccaccc gtccaccgga gcgcacgcca
     9661 tgaagctgaa gaaaaacaac ctgctggcta ttgtcggatc gatccttttc cacgccgtca
     9721 ttctgctgat cctctatttc acggtgctga aagccgtgga gccggaggaa gatggcggtg
     9781 tgatggtgaa cttcggcacg atagacgagg ccaccggaac gtttgagccg gagggcgagc
     9841 ctgcgcagga cgaaccgacg gaagaggtgc aagaggagac cgttgtccct ccgcctccta
     9901 cgccccccgc tccacctacg cctcctactc ctcccacacc caagcaaccg gaaaagctca
     9961 tcacacaaga ccaagaagag tccgtggcct tggcccaaca gcggaagaaa gagcaagagc
    10021 ggaagcggaa agaagaagca cgccgacagg aggaactacg caagcaacaa gaggagcgtc
    10081 agcgtcaaga cacggagcgc cgccgacaag acgaggcccg acgcaaagag gctgaacgga
    10141 aagccgaagc agaacgcaaa gctgaggctg agcgtcgccg tcaagccgag gaacaacgca
    10201 agaaggagca ggccattcgt gaccgtgtgg cgggtgcttt cggtaagaac aattcaagtc
    10261 aaggcacggg caagacaacc actggcaacc agggcagtcc cctcggcaac gctgatcggg
    10321 gtgccaacaa aggtgttggc acggggttca gcttaagtgg ccgatctatc ggagcgggag
    10381 gcctgccgca tccggcctac acggtgcaag aggaaggtcg catcgtggtc aatatcgtgg
    10441 tcgatccggc gggtaacgtc atcgctgccg acatcggcaa gggcacgaac atcgacaacg
    10501 cttccatgcg ccgtagcgcc gtcgaggcag cccgtcgcgc caagttcaac agcatcgagg
    10561 gcacgaacaa tcagagcgga acgatcactt acatgttcag actgaagtaa gcccagctat
    10621 tcatttacat ccatcataat atctaccaac aatgagaaag aaggcatatg tgttttttgc
    10681 gacgggcttc gaagtgaccg aagccatcgg cacgacggac gtgctgcgtc gcgggaatgt
    10741 agagacggtc acggtttcaa tgaccggcga tcgaacggtt acgggagggc atggcatccc
    10801 tgtcgtgaca gacgcactct ttgaggacat cgacctgacc gacgcggacg cactcgtact
    10861 gcccggcggt gggcccatgc tcaacgatta tgaagacttg aagaaggcca tcgtccgcca
    10921 ttacgagaag ggccgattag tagcagccat ctgcgctgcg ccactcgtgc tcggcggact
    10981 ggggctgctc cgcggacgtc gcgccacgtg ttaccccggc atcgagcaat acctcacggg
    11041 cgcaaccgtg gtggaggcag acacggtcaa agaggacaat atcatcaccg gacgcgggcc
    11101 gggcatggtc tatgctttcg gcgtggccgt ggtggactat ctgatgggcg cggagacggc
    11161 cgatgaggtg gcacgcaaac tgttgctgaa gaagtaagca ccgataaaaa ggaacgcccc
    11221 ctcccctcga gagcccgctt cctgacccat gatcctgccg gagtggacgg ctcgcaaaga
    11281 agcgggcgtt ccccctctcc ggcaggatct ttttttgtgc cctttcgaag agaggaacga
    11341 ttgcatatgc ctccagacaa ccttttcaag cgacgacaaa caggcgcatt catagagaga
    11401 catggaccgt agcgctatcc ctcccgatgg aatagcccga cacgatgttc agaaaatacc
    11461 ttctttggtt cataaagcca gaaccgtgtc cggaccttta tattccaaat tcagttcgta
    11521 acgtactgat tctgcgagga tacaatcccc ttcagggtta catagtcttt attcgtcgca
    11581 aaatcctttt ggttttgttg ttattatgca cttaactttg ccccgtcact tctcgaagga
    11641 atagacaaga tgggcatcct atctgacata gcaaccacat gtatttgggc atccgattgt
    11701 cgacgagagc gaaccactgc ttctcgttgc cagtcgtttt tgcgcattgc accccctcct
    11761 ttgcagcgtc ttcaacggat atccatctca ctcttgatat taggaggcta taatctcatc
    11821 atacaataat gatatgacac aactaagagc ttggttaaaa cccaatcacc tcacggccga
    11881 tacgagcgat tatacggctg tacccgacac ccttggcggg gtggggctgg aacaaatcat
    11941 tgccgatatg cagtttcaag gtgtcgagct tcaaaaagag actatcatcg acatcgtgaa
    12001 tcgctttaac cggttggccg cacagcgcgt cacggagggt tacaccgtga acaccggact
    12061 cgtcaatatg cgacccatga ttaagggcgt atttcacggc acggcggtcg acccagagaa
    12121 gcatcgcgtc tacatctcca tcactcaggg catcgacctt cgcaaggccg tatccggcac
    12181 gcagatcgtt attcaaggtg tgatgtcaga catcatcgct attcactccg tcaccgacgc
    12241 cttcaccggc aagcgcgatg gatcgctcac taagggacga aacgccgaga tccgtggtgc
    12301 attcattaag atcgtgggcg acggcgtcgg tgtcggcgta gctttcacta agacagacac
    12361 cggcacccgc accctgctcg acgcacacga cattgtgatc aacgagcctt cacgcgtgtt
    12421 gatcatggtg cccgcctcac tggctgctgg tacgtacgac ctgagcctca caacgcagtt
    12481 cacagggtca aataagaccc tgaaaaatcc tcggacagtg atttacaaaa cgaaaatcac
    12541 gatcgcttga ccgtaaacag tggccgtaaa gtcagacttc accaagcgat gaatgagggc
    12601 ttcactgagg catgaatagg gacttcactg aggtatgaat aagaacttca cagaggcatg
    12661 aatgaggact tcacaccacg atgaaagtcg gcttcatcgg cttgtgaacc tcgccttctt
    12721 tctcattgtt ggtagatatt atgatggatg taaatgaata gctgggctta cttcagtctg
    12781 aacatgtaag tg
//
LOCUS       SEQF2638.1|AYYF01001040.1 3368 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3368
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(133..825)
                     /locus_tag="SEQF2638.1_00548"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNEISLTESLQQTLFWIPLFEGAPESLRASLTERLEARLYTLEK
                     NEIVAHQGTVCRVLYVLLEGRVRTDLVDEWGNRVMIETIVAPRSFATPHLFSRDQTLP
                     ATFTTTMSSTLLMAPRESVFRLISEEPYLLKNFLHVSGNCNHCTSVRLRILTQRTVRN
                     RFVAYLLDRPTSPDGWFTAEHNTSQLAHYLCVTRPALSKEISKMVREGLIAVEGRRYR
                     LLAEQQLRQEMG"
     CDS             1002..2261
                     /locus_tag="SEQF2638.1_00549"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFCMIFSLFVGGMMAQPGDNQTTVDVQVRPRAEYRNGALFPRDR
                     GELPARFIANRARLSLGYERSQLEMRFSAQHVGVWGQDPQIDRNGRFILNEAWAKLRF
                     GHGLFAKLGRQPLSYDDERILGALDWNMAGRYHDALKLGYESRRDLLHLILAFNQNDE
                     RVIGGTYYHPGAQPYKSMQTLWYAHSDEHFRVSALAMNLGLEGGTADRAETRYQQTFG
                     VNLGVRPDRALDLSGAFYYQMGRTAADVSISAWMAALRANIHATEGLSFQLGSDYLSG
                     DKRESTRFEAFNPLYGTHHKFYGAMDYFYASPFANGLNPGLWDNYAGLNVAVTPSLSL
                     GATGHYFSTTSNLQSATGQRSKGLGTEVDLQLSWKLMKDVNLMAGYSFMSGTETMDYV
                     KGGDHTRWQDWAWLSVNIQTRVFQAIW"
     CDS             2363..2956
                     /gene="nrfH"
                     /locus_tag="SEQF2638.1_00550"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q9S1E6"
                     /codon_start=1
                     /transl_table=11
                     /product="Cytochrome c-type protein NrfH"
                     /db_xref="COG:COG3005"
                     /translation="MKKLLTSLPRQLVLPLFVFGGILAGLGAYAAYMARIHTYLGDDP
                     SVCINCHIMAPYYNSWDHSSHGRRATCNDCHVPHDNVFLKYAFKAKDGLLHASVFTLR
                     SEPMALRPREESYEVIMNNCIRCHTQLNQEFVNTGMISYVDAVNGKGKACWDCHTSVP
                     HGKRSNLNGTPDAVVPLPKSPVPDWLKKMMGSGKSKI"
ORIGIN      
        1 gacatagacg gtggtgcggg gcagcccttc ccgaaaaaaa agaaggcctg ccggatgatg
       61 tttacagggc tttgcgggga ttctttgctt gacaggacgg ctgtcggaga tgtttttcta
      121 gaaagatagc cctcacccca tctcctgtcg gagctgctgt tcggcaagga ggcggtagcg
      181 gcgaccttcg acggcgataa gtccctcgcg taccatttta ctgatctctt ttgagagtgc
      241 ggggcgggtg acgcagaggt agtgcgccag ttgcgaggta ttgtgctcgg ccgtgaacca
      301 tccgtcgggg ctggtcgggc gatccagcag gtaggctacg aagcggttgc ggacggtgcg
      361 ctgcgtgagg atgcgtaggc ggacggaagt gcaatggttg cagttgcccg agacatgcag
      421 gaagttcttc agcaggtagg gctcctcgct gatgagtcga aagacggatt cgcgcggggc
      481 catgagcagt gtggaggaca tggtggtcgt gaaagtggcc ggcagcgtct ggtcgcggct
      541 gaaaaggtga ggcgtggcga aggaacgcgg tgctacgatc gtttcaatca tcacccgatt
      601 gccccattca tcgacgaggt cggttcgcac acgcccttcg agtagcacgt aaagtacgcg
      661 gcagacggtg ccttgatgag cgacgatttc gttcttttcc agcgtataga gtcgggcttc
      721 gagccgctcc gtaagcgacg cgcggagact ctccggggcc ccttcgaaaa gtgggatcca
      781 gaataaggtc tgttgtagtg actcagtgag tgagatctca ttcatggtgc gtgttcagta
      841 cttctacttt tattctcaaa ggcaaaggta gcccttatat agagtcgtca ggggagtgtg
      901 cgtgcgcggc ggcgtaataa gtatgacggc caatgaaccg aataacctcg tcctttgcat
      961 ccattaatca aacaatggag gactaaacaa tgagacgaac tatgttttgt atgatctttt
     1021 cgctgttcgt aggcggaatg atggcgcaac cgggcgacaa tcaaacgacg gtagacgtgc
     1081 aggttcggcc gcgagccgag tatcgtaacg gggcactctt tccgcgtgat cggggagaac
     1141 tgccggctcg gttcattgcc aatcgagcac gcctctcgtt gggctatgag cgcagccaac
     1201 ttgagatgcg cttctccgcg cagcatgtag gcgtctgggg gcaggatccg cagatcgacc
     1261 gcaacgggcg cttcatcctc aacgaggctt gggctaagct ccgcttcggc cacggcctgt
     1321 ttgccaagct ggggcgccag ccactctcgt acgacgatga gcgcatcctc ggcgcactgg
     1381 attggaacat ggccgggcgt taccacgacg ccttgaagct cggctatgag tctcgacggg
     1441 atctcctgca cctgatcctg gccttcaatc agaacgatga gcgggtgatc gggggcacgt
     1501 attatcaccc cggtgcacaa ccctacaagt cgatgcagac gctctggtac gcccactccg
     1561 acgagcattt ccgcgtttcg gccttggcga tgaacttagg gttagaaggc ggcaccgcgg
     1621 atcgtgctga gacgcgctac cagcagactt tcggggtgaa cctcggggta cgtccggatc
     1681 gtgccttgga tctctccggt gcgttttact atcaaatggg acgtaccgcg gccgatgtct
     1741 ccatctcagc ttggatggca gccctgcgcg ccaacattca cgccaccgaa ggcctctcgt
     1801 tccagcttgg ctcggactac ctctcaggcg acaagcgcga gagcacccgc tttgaagcct
     1861 tcaatccgct ctacggcacg caccacaagt tctacggggc gatggattac ttctacgcct
     1921 ctcccttcgc caacggtctg aaccctggac tgtgggacaa ctacgccgga ctgaacgtgg
     1981 ctgtcacccc cagcttgagc ctcggcgcta cgggtcacta cttcagcacc acgagcaacc
     2041 ttcagtcagc cactggtcag cgttcgaagg gcttaggcac ggaggtcgat ttgcagctta
     2101 gctggaagct catgaaagac gtcaacctca tggccggcta ttcctttatg tccggtacgg
     2161 agacgatgga ctatgtgaag ggcggcgatc acacgcgctg gcaggattgg gcgtggctct
     2221 cggtgaacat tcagacgcgc gtcttccaag ccatttggtg aagatggcgg cctatatgct
     2281 gattgcatct gtaattctta ttacactctt gtttacactt cggggctacc tttgcccccg
     2341 ttgattgtag ccccgatccg ttatgaagaa attattgacc tccctaccgc gtcagcttgt
     2401 ccttcccctc ttcgttttcg ggggaatctt ggccgggctt ggcgcttatg cggcttacat
     2461 ggcgaggata cacacgtatc tcggcgacga cccttcggtg tgcatcaact gtcacatcat
     2521 ggcgccctac tacaactcgt gggatcatag ttcgcacggg cgacgggcaa cgtgtaacga
     2581 ctgccatgtg ccgcatgaca acgtattcct caagtatgcc ttcaaggcca aagacggact
     2641 gctccacgcc tccgtcttta cgctgcgaag tgaacctatg gcgctgcgtc cgcgcgagga
     2701 gagctatgag gtgatcatga acaactgcat ccgctgtcac acgcagctga atcaggagtt
     2761 cgtcaacacc ggtatgatct cctacgtgga tgctgtgaat ggcaaaggca aagcctgctg
     2821 ggattgtcac acaagtgtgc cccacggcaa gcgtagcaac ctgaatggta cgccagacgc
     2881 cgttgtaccg ctgcccaagt cgcccgtccc tgactggctg aagaagatga tgggaagcgg
     2941 gaaatcgaaa atctaaggac gaagcgctga gcactctcgt aactcctttc caccaccctc
     3001 tcactacttc ttacaaccct ttgactaccc tctaactact tcttactact atgttcaaga
     3061 gattaactga caccattagg cgccgaccca tcgtcgggtg gatcctgttc ttcgccatca
     3121 tggcgggcgt gtttctgctg ggtttattag ccgcatccat cacggagcgg cgcgccgaga
     3181 ttgcaacgat ttacaacaac aagaagaccg acatccccga attcgagacg cgctacgaga
     3241 tctggggcct caacttccca cgcgaatacg agacttgggc acagacggcg gacacctcct
     3301 tcacgtccga gttcaacggt agccacgctg tcgacgtgct ggctgcccgg ccgcagatgg
     3361 ttatcttc
//
LOCUS       SEQF2638.1|AYYF01001041.1 913 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..913
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tcggactctc caacggggcg tctttttgct cagacacccc caatggactc tccaacgggg
       61 tgtctttttg ctcagacacc ctcaatggac tctccaacga agcgtctttt tgctcagaca
      121 ccccaaatgg acactccaac ggggcgtctt ttcactcaga cgccccatct gtgcattttt
      181 ttgacggctt cgggggcttg gcggccgccg atggatcgca ctcggaaggc acgggcaggc
      241 ccgcggccgg cgatgggaaa gaggaaatga aggacggcgt acttttgcgc ccatgaattt
      301 taatacggat aagatgaata agacgagttg gttagtgtgc gctttgatct tgattcagag
      361 cggcggaatg ttgctggcgc agaaggcgcc gaagtgggcc gaacgggcgc ggcggtcggt
      421 ctttacgatt gaggccacgg acaagagtgg caatgtcacg cgcggcacgg gattttttgt
      481 gggcgaccag ggcgaggccg tctctaacta taccttattt ataggcgccg aacgcgccac
      541 ggtgatcgat gccgacggcg ggcgcctgcc ggtggtctgc atcctcggcg cggatgatct
      601 gtacgacgtg atccgattca aggtcagctc gcagaagaag ctgcccggct tgaccccagc
      661 cgtgagccag cccgccgtcg gagatcgggc ttacctcatc cccgcctcgt cggctaaggg
      721 cgcggcgccg gccgtgggtc cgatttcgga ggtgacccgc atcaaggaac agtatggcta
      781 ctaccgcgtc gacatgtccc tcacgcgcga acaggtcagt gcgccgctgc tgaacgaggg
      841 cggccaggcg tttgccctgg cgcaggccgt cgcctcgggc aagggcaaga cgtacggcat
      901 tgacctggct tac
//
LOCUS       SEQF2638.1|AYYF01001042.1 351 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..351
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cgtgtaatcc gaagtaaaaa tcagagaagg gatgccccgc caatcgatgt gcggccggca
       61 tcctttccct ttttatcccc gcccccctct tcctacaact actcctaact ccccggtcgc
      121 aaggccgcaa ctaccacggc caacggccgc ataactgcct gcgccagcgg cgcgtaactc
      181 ccctaaaaaa tgaacgataa acctaccccc atcggcatct tcgattccgg cttcggcgga
      241 ctcaccatct tcgacaagat ccgcgaagcc ctgcccgact acgactacat ctacctcggc
      301 gacaacgccc gcacacccta cggcacacgc tcctacgacg ccgtctaccg c
//
LOCUS       SEQF2638.1|AYYF01001043.1 2326 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2326
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(537..785)
                     /locus_tag="SEQF2638.1_00551"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MANGSADQNLLTHTPTYSSAWVDEHTISIAGKAVEEKSNEITVI
                     SDVLDSIDLTGAVVSLDAMGTQTDIAQGRLWNRRPIMS"
     CDS             complement(936..1100)
                     /locus_tag="SEQF2638.1_00552"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEKIDYFSSVPDPRVKGRCKHKLSDILIIAIATYLCGGDDYASM
                     YEFLNIEVSR"
     CDS             complement(1436..2158)
                     /gene="pseB"
                     /locus_tag="SEQF2638.1_00553"
                     /EC_number="4.2.1.115"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q0P8W4"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-N-acetylglucosamine 4,6-dehydratase
                     (inverting)"
                     /db_xref="COG:COG1086"
                     /translation="MYKNKCWGGAQNVIHAALHCGVKHVVALSTDKACAPINLYGATK
                     LTSDKLFIAANNIRGSRDVRFSVVRYGNVMGSRGSVIPFFLEKKRDGADYLPITDRRM
                     TRFNISLEEGVALVMYAIKHHIGGEIFVPKIPSYRIIDIARAIAPEMPIKEIGIRPGE
                     KLHEEMITVTDAENTLDIGNYYAILPTISYGYMKEEYIAHHGAMFMPTGFHYSSDNNI
                     KWETVESIREKIKKFIDPNFCV"
ORIGIN      
        1 gacaaccaca tcaaatttga ggagctcttt gggatagtcg atattgagtg ccgcggtaaa
       61 taatctcttt cggatggata gcttgtcttt cctctgtgag acaatggcta aggccagttt
      121 cctgatcgtg ttgaggttct gagcagcgca tgctttgcgt gcccgacaat gatcttctct
      181 gaaggttacg tcaagatgcc aatgcaatct gttttctatt ccccaatgac cacggatata
      241 agtaccgatt ctctccacag cctcggctgg taagctgctc aaatagtact gtttatcacg
      301 ccgctctgtt ccgtcagaga aggtgacaag acgctcgacc tgaactaaag aagacatatt
      361 tctccatggc tcatattgcg attcatctaa gacttcttgg ggccgaagcg ctgtataaat
      421 ccgctcctcc acccgcccat gatccttatc caatgtgctg tatgtaaact gcgtgtagcg
      481 gccggtaaaa gcatctttca cgtcttcgga taagtgtctg tgattccttt ttagagctaa
      541 gacataatcg gcctccgatt ccacaatctt ccctgagcaa tatcggtttg cgtccccatg
      601 gcatcgaggc tcaccacggc tcccgtgaga tcaatgctgt caagcacgtc ggagatgacg
      661 gtgatttcat tgcttttctc ttccaccgcc ttacccgcaa tgctgatggt gtgttcatcg
      721 acccatgctg atgagtatgt gggtgtatga gtcagaagat tttgatccgc ggatccgttt
      781 gccatctata gagacaagtt tgcctttcaa gtcatcgaca agtgtgctgc caaagaccga
      841 caggcactcc gcaaaagccg taggatcaat ttgagaaatc accctttctg ttgtgtccac
      901 actcggactg ccattgggta gttctaacaa cggcttcagc gactcacctc gatgtttaaa
      961 aactcataca tagatgcgta atcgtctccg ccacagagat aggtggctat agcgatgatt
     1021 aatatgtcgc tcaacttgtg cttgcaacgt cccttcacgc gaggatccgg gacagaagag
     1081 aaatagtcga tcttttccat atctcaaaac taatgtcttt ttgatgcggt tgccctgtta
     1141 acccttatcc tcgttcttcg gaaatagaca ccaattcggg agaacattaa tgagcatgac
     1201 ggcgcgcaaa aatatttaca tctagcctat gcgtgcgctt tattatcaat catattacat
     1261 attaaaagac atggttccac cgacagtaaa taacataaga caccgctctc aaatgagatc
     1321 aacagcaaac attgatcagg aacaatagta accttccggc ataggatgca tgttttaact
     1381 tatgctgaat tttgacagca gaatcaaggc tttccgtaaa caattttaca tactactaca
     1441 cgcaaaaatt aggatctata aactttttga ttttttctcg tatcgattca acagtctccc
     1501 atttaatatt attatccgaa ctgtaatgaa agccagtagg cataaacatt gcgccatgat
     1561 gcgctatata ttcttctttc atatagccat atgagatagt aggaagaatt gcgtaataat
     1621 tccctatatc tagggtgttc tccgcatccg taacagtaat catttcctca tgtaatttct
     1681 cccctggcct tattccaatc tcttttatag gcatttccgg ggctattgct cgagctatat
     1741 caatgatcct atatgacggt attttaggaa caaaaatctc ccctcctata tgatgtttta
     1801 tcgcatacat aaccaatgca actccttctt ctaaggaaat attaaatctc gtcattcttc
     1861 tatcagtgat gggaagataa tcagctccgt ccctcttctt ttcgagaaaa aacgggataa
     1921 cagaccctct agaacccata acattaccgt atcgaacaac agaaaatctt acatcacgag
     1981 atcctcttat attatttgcc gcaataaaca atttatcaga agtgagcttt gtggctccat
     2041 acaaattaat cggtgcgcaa gccttatctg tcgaaagagc tacgacatgc ttaacaccac
     2101 aatgcagggc agcatgaata acattttgag ccccccccca acatttgttt ttatacattc
     2161 ttcgggatta tattcagccg tatcaacttg tttcatcgca gcggcatgaa taataatatc
     2221 aataccctca catgcctgtt taatgcgttc agcatctcta acatcaccaa taaaataccg
     2281 catttgtcga tatatcgatt gggggtatac ctgctgcata ttatac
//
LOCUS       SEQF2638.1|AYYF01001044.1 422 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..422
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(67..195)
                     /locus_tag="SEQF2638.1_00554"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLAVQRHQIAISRAGVTGEKKHIAGGFHIPVQTVKTQRLQLV"
ORIGIN      
        1 ttatttgaca atgtgcacgt ggacaaggga gatagccgat tacccaaagc gctcgacaag
       61 gacgcgttag acaagttgaa ggcgctgcgt tttgacggtt tggacgggga tatggaaacc
      121 tcccgcgatg tgtttctttt cgcctgttac accggcgcgg cttattgcga tttgatggcg
      181 ttgaaccgcg agcatcttgt ccgcgacgat gagggcgctc tttggttgaa gttcaacagg
      241 cagaagacag gcgtcctctg tcgcgtgaag ctcttgcctg aagcccttcg gttgttgaag
      301 cagctacaca gcgatgccag ggaaacactg cttccttata tgaactatgc cacctatttg
      361 tcttgcctga aagcaatctc actaagggcc ggactgtctt tgcccatcac cacacacacc
      421 tg
//
LOCUS       SEQF2638.1|AYYF01001045.1 528 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..528
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggcgcgggat tgtcgtttac gttattgttc agcgtattga tggcgccatc ttgggccagc
       61 gagagcttga atcggtccgt gatctggccc attgcggcaa gagaggcata atattcatgt
      121 tgggtgttga gatccgtctg gcggccgcct tcatatttcg gatcggtgtc ctcatattta
      181 ttccaagagt agttgtattt accttgcgcc tgtacggtcc atcgatcgtt ggccttccat
      241 cgataattag cttgggcaaa gaaattttca tcccacaatc gttcactatt tcctgtgcga
      301 tagaggacga cgctaccagg caatccacgt tcggatcgga aagcgtagac tttggcgcga
      361 agctcactgc gatctgtggt gcgatagagg ttggcctcgg agtgccaaga acgaatgtct
      421 gagttatatc gtttttctcg ggtacgctca gagccattga ctaacgtaaa cggatagacg
      481 ccatcagctc ggagcagatt agcgtcgacc gagagcgcgg tatgggca
//
LOCUS       SEQF2638.1|AYYF01001046.1 1897 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1897
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(237..1844)
                     /locus_tag="SEQF2638.1_00555"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSENDIYRLNPSSRNNIREGETLKIPRNGTSNASGRTADGASVQ
                     HTIRSGETLFSLSRNYGVTPDEITAANPGLDAGTFYVGKTIRIPAPSAAPATASTGET
                     YTIKKNETIYGLCRRFETDNETLLRVNPQLKSGLRAGMVIKVPPKKAGAAPSTPTTPV
                     SGPTNEFDIEAMRAYRNEVNRIDVARVALLLPFLTNDKKNVPRFVEYYEGFLMAIDSL
                     RRTGTSIDLSVYDLGDGTQKTEEVLRTDEVNAADLIIGGVTDEQIELIADYASRKGVK
                     YVIPLSSKLEKLTSGNSFIFQVNAPKSYIAPIAAVRAASLLANYNAVFVSIGDKDEET
                     DFVRALKAEMTKKGIPNREVGYNSRTFMNDLTGLLSTSKPNVIIPTSSSEGALAKLRP
                     TLRALLQGKSNYRLTLFGYPEWQTYTNYTRDFSAFNTYIYAPFFAISRSASVRRFTSR
                     YKSFYQKNMHQTYPRYAMLGFDTGMYFIGALQKHGANFEENIRQMKYNSLQMGLYYNE
                     RMSNWGGFMNQNIYIVHYNKDNTVTRE"
ORIGIN      
        1 gagacagccg ttgaagcctt gcatcgggct ctggtgcacc ttgggcgcga agaagacggt
       61 cgaatagttg atgccgcccg tcacgcccgc ggcccattct tcgcggaacg tgggccgttg
      121 cgcccgaccg tccgtagcgt gaacggccgc ccatgccaga aacagaaaga gggccatcgc
      181 cctcctcctg tctgaaacgc cttgcagcca ccgggctgcg ctgtgaagtc ggctcatcat
      241 tcgcgcgtaa cggtgttgtc cttattgtag tggacgatgt aaatgttctg gttcatgaag
      301 ccgccccagt tgctcatccg ctcattgtag tagaggccca tctggaggct gttgtacttc
      361 atctggcgga tgttctcctc gaagtttgcg ccgtgctttt gcagcgcgcc gatgaaatac
      421 atgcccgtat cgaagcccag catggcgtag cgcgggtagg tctggtgcat attcttttgg
      481 tagaacgatt tgtagcgcga ggtgaagcgg cgcacactcg ccgatcggct gatggcgaag
      541 aagggcgcgt agatgtacgt attgaaggcg ctgaagtctc gcgtgtagtt ggtgtacgtc
      601 tgccattcgg ggtatccgaa gagcgtcagc cgatagttcg acttgccctg caagagcgcg
      661 cggagcgtgg ggcggagctt ggccagcgcg ccctcggacg acgaagtggg gatgatcacg
      721 ttcggcttcg aggtgctgag caggcccgtg agatcgttca tgaacgtgcg actgttatag
      781 cctacttccc gattcggaat gccctttttc gtcatctccg ctttgagggc gcggacaaag
      841 tccgtctctt cgtccttatc gccgatgctg acaaagacgg cgttgtagtt cgccaacagc
      901 gaggcggctc ggacggcagc gatgggcgcg atgtaagact tgggggcatt gacttggaag
      961 atgaacgagt tgccagacgt cagcttctcg agtttcgaag agagggggat gacgtatttg
     1021 acgcccttcc gcgaggcata gtcggcgatg agttcgatct gttcgtccgt cacaccaccg
     1081 atgatcaggt cggcggcgtt cacctcgtcc gtacggagca cctcctccgt cttctgcgtg
     1141 ccgtcgccca ggtcgtagac cgagagatcg atcgaggtgc ccgtacggcg caggctgtcg
     1201 atggccataa ggaagccctc gtaatactcc acaaagcggg gtacgttttt cttgtcgttc
     1261 gtcaggaagg gcagcagcag cgccacacgg gccacgtcta tgcgattcac ctcgttgcga
     1321 taggcacgca tggcctcgat atcaaattcg ttcgtgggtc cactgacggg tgtggtgggt
     1381 gtagaaggtg cggcgcccgc tttcttgggt ggcaccttga tcaccatacc cgcgcggagg
     1441 ccgcttttaa gttgtggatt gactcggagc agtgtctcgt tgtccgtctc gaagcgtcgg
     1501 cagagaccgt agatggtttc gtttttcttg atcgtgtagg tctcgcccgt cgaggcggtg
     1561 gctggagcgg cggacggggc cgggatgcgg atcgtcttgc cgacgtagaa cgtgcctgcg
     1621 tccaatcccg ggttcgcggc cgtgatctcg tccggcgtca cgccataatt cctggagagg
     1681 gaaaagagcg tctcgccact acgaatggtg tgctgcacag aggcgccgtc ggccgtccgt
     1741 ccgctggcgt tcgacgtgcc gttacgggga atcttcagcg tttcgccctc ccggatgttg
     1801 ttgcggctac tggggttcaa ccgatagatg tcgttttcac tcaccttgta cagggcgggc
     1861 tctataagaa gcgcgagagc ctgatgaagc ccatcca
//
LOCUS       SEQF2638.1|AYYF01001047.1 7481 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..7481
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(674..1570)
                     /locus_tag="SEQF2638.1_00556"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MALSISVEATHSESFKHPISYNSDELLTRPLLPARPAARAAGSG
                     RLPSADVLQRTFLGPLRRLLARLRLAAQQWPDRGDENLRFGLQSLFLFPQQWLALPPA
                     RLHGGHRLGCLAPHRVREQRRHPSRVAPFFAHPLPRRAGGLQIHQLLYRQPAHAHRRR
                     RFPPRQPHAAPRIVVLHLSHDQLRRRRLPEAHRSRAIVPRLSLFPLLLPLPHRRPDRK
                     GRPLHAAAHRRGPSPARRPCTHLRRIFYRPDGRHQEGRHRRLPGAVQQHRFRQPVRLL
                     GRRASHGRFGIWAADLLRLLGL"
     CDS             complement(2260..3057)
                     /locus_tag="SEQF2638.1_00557"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKTYIGLTCLLLLALALFVALSFYGDSLEQWHIKTGSFARVLR
                     GEADRRQRPPSPAADSTRAVSQAPGQDFSQTVDTARKSILFIGDSMLEGLGPRLAAYA
                     EENGHTLVNVIWYSSTTEVWGRTEKLKEYIAEYQPDYIFVSLGGNELFVSNIRDRRQK
                     YLDNMLSQIGDIPFVWIGPPNWKPDTGINEMLAETLRPGQFYLSYTPDQHYDRARDGA
                     HPTHASASAWMDRVCAWVMKSAAHRIVLHRPKAARATCHTVVLAPAK"
     CDS             complement(3073..3681)
                     /locus_tag="SEQF2638.1_00558"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRTLHILPSLLFVVAVLVAATACSKSEDDSAERWRTANDAAFA
                     AVKRDASYTELKSPGNEGSVYYKELKKGTGTKPILFTSTVSLYARGWFVADYPDNKYI
                     RQGTFFQSWLEADGVPFTTVVSNVGVIPSGFSAYTLTKGVRVALQYMHEGDKWEVWVP
                     YTLGLGENEGSVFRSVMPSATATRIPAYATLVFEIEVVGVHS"
     CDS             complement(3678..5222)
                     /gene="glyQS"
                     /locus_tag="SEQF2638.1_00559"
                     /EC_number="6.1.1.14"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P99129"
                     /codon_start=1
                     /transl_table=11
                     /product="Glycine--tRNA ligase"
                     /translation="MARQEDLFKKLIAHCKEYGFVFPSSEIYDGLSAVYDYGQYGVEL
                     KNNLKRYWWDGMTLLHDNIVGIDAAIFMHPTVWKASGHVDAFNDPLIDNRDSKKRYRA
                     DVLIEDHLAKIDEKISREVEKAAKKFGDSFDEAMFRSTNPRVAKHQAERDAIHERFAR
                     AMNANDLDELRQIIIDCEIVCPLSGTRNWTDVRQFNLMFATEMGSTADGAMKVYLRPE
                     TAQGIFVNFLNVQKTGRMKIPFGIAQIGKAFRNEIVARQFIFRMREFEQMEMQFFVRP
                     GEELTWFARWKEARMRWHRNLGLGDEKYRFHDHEKLAHYANAATDIEYEMPFGFKEVE
                     GIHSRTNFDLSQHEKFSGKKIQYFDAELGTSYTPYVIETSIGVDRLFLSILAGAYTEE
                     TLEGGDTRVVLKLPPALAPIKLAVLPLVRKDGLAEKAEEILHMLRFDFRCQYDEKDSI
                     GKRYRRQDAIGTPYCITVDYDTMRDNTVTIRFRDTMEQERVSIDRLHEIISDRVSLRS
                     LLEGLK"
     CDS             complement(5352..6200)
                     /locus_tag="SEQF2638.1_00560"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNNEMKWTLRTIVSGAVLLLAVACGKEMEARAELERARTLYESR
                     QFPAARNAIDTLRMRYPKELGVMKEALQLMRLVERGESERNIAYCDSLIPVREKEVET
                     LKAGFVLERDARYEEVGRYVRPEHAVERNIGRSYLRCGVNEQGEIFLASVYSGGAPIN
                     HTGLKIAAPDGTYAVTADIPYDGGANYRFKDDGRTTEVVTYAGDKGLDAIRFVDGVAE
                     GTRLRAEYTGGRAFAIGLTEADCRAIRATLRLAEALTDIDALKKERQKATRKVAYIEE
                     REVKGR"
     CDS             6593..7174
                     /gene="rdgB"
                     /locus_tag="SEQF2638.1_00561"
                     /EC_number="3.6.1.66"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P52061"
                     /codon_start=1
                     /transl_table=11
                     /product="dITP/XTP pyrophosphatase"
                     /db_xref="COG:COG0127"
                     /translation="MRTLVFATHNLHKLREVRDMLPHDSIRLVGLTDLGQMEPLPETS
                     ATIEGNALQKARFVKEHYGYDCFADDTGLEVEALDGAPGVYSARYAGEACDSAANVRK
                     LLEALRDTDHRKARFRTVIALITDREERLFEGEVTGRITTEAHGAGGFGYDPIFRPDG
                     FDRTFAELSPDEKNAISHRGRAVRRLVQHLTNR"
ORIGIN      
        1 gaactggaag tagatgaagg gctggacgtc ggcggaggca aaactgatgg cgagttgcac
       61 cacggcgacg aacaaaacga acttgacgat ccacgggcta cgcacgaaga ggtcgcgcag
      121 gcggtcgtag aaaggggtgg ggacgaagtg cagggcgaag acggaaagga agagcgccgt
      181 ccagacgtag cgcaccttgg caaactcggg gaagtaagcg ggatcgaagc gtgtggcgat
      241 gcctacgatc atttcgcgag ccgtatcgaa actatcggca cggaagaaaa tgaagaggaa
      301 gatgacccat gcgaacgtga gcgcccacga aagaaatccg acaaggccac cgtccggcag
      361 tcgatcgagc cacaccttgc accgcttgtg caggcagagg gcgacgccgt ggcctgcgcc
      421 ccaggcgatg aacgtccacg cggcgccgtg ccagagtccg ccgaggagca tggtcacgag
      481 taggttgaca tactgcctta ccgcgccccg acggttgcca ccgaggggga tgtagaggta
      541 atcccgaagc cagagagaga gcgagatgtg ccaccgacgc caaaactcgg tgacgtttcg
      601 cgagcggtag gggaaatcga agttaatccc cagatcgaaa ccgaggatgg cgcccagccc
      661 gatggccata tcgctatagc ccgagaagtc gcaatagatc tgcagcccat atcccaaagc
      721 gcccatgaga agctcgacgc ccgagtagcc tgacgggttg ccgaaagcga tgttgctgta
      781 ctgcgccagg tagtcggcga tgacggcctt cttgatgacg cccatcagga cggtaaaaaa
      841 tccgccgtag atgcgtgcac ggtcgacggg ctggcgaagg gcctcggcgg tgagctgcgg
      901 catgaagtgg tcggccctta cgatcgggcc ggcggtgagg caagggaaga aggagaggaa
      961 aaagagatag tcgaggaacg attgcgcggg atcgatgcgc ctccggaaga cgtcgacgac
     1021 gtaactgatc gtgcgaaagg tgtaaaacga caatccgagg ggcagcgtga ggctgacggg
     1081 gcggaaagcg gcgtcgccgg tgagcatgcg caggttgtcg ataaagaagt tggtgtattt
     1141 gaaggccacc agcacgccga gggagaggat gagcgaaaaa aggagccacg cgcgacgggt
     1201 gccgacgctg ctcgcggacg cgatgcggtg cgagacaccc cagtcgatgg ccgccgtgaa
     1261 gacgagcagg aggaagagcc agccactgtt gtggaaaaag aaatagagac tgaaggccga
     1321 aacgaagatt ttcatcgccg cgatccggcc actgttgcgc agccaggcgt agacgggcaa
     1381 gaaggcgacg aagagggccc aaaaaagtcc gctggagaac atcagcggat gggaggcgtc
     1441 cggacccagc agcgcgagca gccggtcggg cagggaggag aggtctggta aggagttcat
     1501 cggagttgta tgaaatagga tgcttgaatg attctgaatg ggtggcctcg accgagatcg
     1561 agagggccac agatcgcggg cggacgtgcc cccttcaaaa aaagaggtct gccgacggcc
     1621 cgcgattcgt ttgatctcaa aaaaaatggg gtgttgtctg cccccgaaag gatttccgct
     1681 aaaaaggacg cgccataaac gacgtgcaat gcgcttccct caaaaagtat gtaaaatgga
     1741 cgacgtgcaa ttagctcccc ttaaagggga agcgctgtcg acggcttaca attcgcttcc
     1801 cctaaaaagt aagcactgtc gacggcttac aatcggcttc ccccaaaaag tttttgctgt
     1861 tgacggctta caataggctt tcctcaaaaa gtttttgcta ttgacggctt gcaattggct
     1921 tcccttgaaa agtttttgct gtcgacggct tgcaatcggc ttccctcaaa aagtttttgc
     1981 cgttgacggc ttacaatcgg cttccctcaa aaagtttttg ctgtcgacgg cttacaattc
     2041 gcttcccttg aaaagttttt gctattgacg gcttacaatg ggctttcctc aaaaagtaag
     2101 ggctgtcgac ggcttgcaat tcgcttccct caaaaagtaa gggctgtcga cggcctgcaa
     2161 tgagcctccc tcaaaaaggt tgcaccgtcg acggcttgca acggccttcc ggaacggggg
     2221 agaaatgggc tgcccgccgt cgccgcgcct cgcgaaaggt catttggccg gagccagcac
     2281 gacggtgtgg caagtggcgc gggcggcctt cgggcgatgg agaacaatgc ggtgcgcggc
     2341 gctcttcatg acccatgcac agacgcgatc catccacgcc gaggccgaag cgtgcgtcgg
     2401 atgggcgcca tcgcgcgccc ggtcgtagtg ttggtcgggc gtataggaga ggtagaactg
     2461 tccggggcgg agggtctcgg ccagcatctc gttgatgccc gtgtcgggct tccagttggg
     2521 cgggccgatc cagacgaagg ggatgtcgcc gatctgcgag agcatattat cgaggtattt
     2581 ctgcctccgg tcgcggatgt tgctcacgaa aagctcgttg ccgccgaggc tgacgaaaat
     2641 atagtccggt tgatactcag cgatatactc cttcagcttt tcggtgcgcc cccacacctc
     2701 ggtggtggag ctgtaccaga tgacattgac gagcgtatgg ccgttttcct cggcgtaggc
     2761 ggccaggcgc ggcccgagac cctcgagcat cgagtcgccg atgaagagga tggacttgcg
     2821 ggccgtgtcg accgtctgag agaaatcctg gcccggcgcc tgactgacgg cgcgcgtgct
     2881 gtcggccgcg ggtgagggcg gacgttgacg acggtccgcc tcgccgcgaa ggacacgggc
     2941 gaaggaaccg gtcttgatgt gccattgctc gagggagtcg ccgtaaaacg acagcgcaac
     3001 gaagagcgcg agggccagca aaagcaggca agtgagtccg atgtaagtct ttttcatagc
     3061 tgaggcctgg cgttaggagt ggacacctac gacttcgatt tcgaagacga gtgtagcgta
     3121 agcggggatc cttgtggcgg tggcacttgg catcacgctc cggaacacgc tcccctcatt
     3181 ttcgccgaga ccgagcgtgt aaggcaccca cacctcccac ttatcgccct cgtgcatgta
     3241 ttgcagggcc acgcgcactc ccttggtcaa ggtgtaggcg ctgaagccgc tcgggatcac
     3301 tccgacgttt gagacaacgg tcgtgaacgg cacgccatcg gcctccagcc acgactggaa
     3361 gaacgtgccc tgacgtatat acttgttatc tggatagtcg gccacgaacc aaccgcgggc
     3421 atagaggctc acggtgctgg tgaagaggat cggtttcgtg cccgtgccct tcttgagttc
     3481 tttatagtag acgctaccct cgttgccggg cgatttcagt tcggtgtagg aggcatcacg
     3541 cttgacggca gcgaaggcgg catcgttggc cgtgcgccag cgttcggccg agtcgtcttc
     3601 cgacttgctg cacgctgtcg ccgcaacgag cacggcgaca acgaacaaca aggaagggag
     3661 gatgtggagc gtccgtttca tttcagaccc tccaataagc tgcgcagact gacgcggtcg
     3721 gagataatct cgtggaggcg gtcgatcgac acgcgttcct gctccatcgt gtcgcggaaa
     3781 cggatcgtga cggtgttatc gcgcatggtg tcgtaatcga ccgtgatgca gtagggcgtc
     3841 ccgatggcat cctgccggcg gtaacgcttg ccgatggagt ccttctcgtc gtactggcag
     3901 cggaagtcga agcgcagcat gtggaggatc tcttcggcct tctcggccag cccatctttg
     3961 cgaacaagag gcaaaacggc caacttaatg ggcgccagcg cgggggggag cttcaatacg
     4021 acgcgggtgt cgcctccttc gagggtctct tcggtgtatg ccccggccag gatgctgagg
     4081 aagagtcggt cgacaccgat cgaggtttcg atcacatagg gcgtgtagct cgtccccagc
     4141 tctgcatcga aatattgtat cttcttgccg gagaacttct cgtgttgcga aaggtcgaaa
     4201 ttggtgcggc tgtgaatccc ttccacttcc ttgaatccga aaggcatctc gtactcgata
     4261 tccgtggctg cattggcata gtgagccagc ttttcgtggt cgtggaagcg atacttttcg
     4321 tcgccaaggc cgaggttgcg gtgccagcgc atgcgcgctt ctttccaacg ggcaaaccag
     4381 gtgagctctt cgcctggccg aacaaagaat tgcatctcca tctgctcaaa ctcccgcatc
     4441 ctgaaaatga attgccgcgc gacgatctca ttccggaaag cctttccgat ctgagcgatg
     4501 ccgaagggga tcttcatgcg tcccgttttc tggacattga ggaagttgac aaagattccc
     4561 tgcgccgttt cggggcggag gtaaactttc atggcgccat cggctgtcga tcccatttcg
     4621 gtggcaaaca tgaggttgaa ctggcgtacg tccgtccagt tgcgcgtgcc cgataggggg
     4681 cagacgatct cgcaatcgat gatgatctgt cgcagctcgt ctaggtcgtt cgcgttcatg
     4741 gcgcgggcga agcgctcgtg gatggcgtcg cgttcggctt ggtgtttggc cacgcgcggg
     4801 ttggtgctgc ggaacatcgc ctcgtcgaag ctgtctccaa acttcttggc ggccttctcc
     4861 acctcgcgcg agatcttctc gtcgatcttg gccaggtggt cctcgatcag tacgtccgcg
     4921 cgatagcgct tcttgctgtc tcggttgtcg atgagggggt cgttaaaggc gtccacatgc
     4981 ccggaggctt tccaaacggt ggggtgcata aagatggcag cgtctatccc gacgatgttg
     5041 tcgtgtagca gggtcatgcc atcccaccag taacgtttga ggttgttctt cagctcgacg
     5101 ccgtattgtc cgtagtcgta gacggcgctg agaccgtcgt agatctctga cgaagggaat
     5161 acgaagccgt attccttgca gtgtgcaatc agtttcttga ataaatcttc ctgtcgtgcc
     5221 atatctgatg tagttaattt tcagtggggg gcaaaagtat accgatttat aattgatcgc
     5281 ccgtcgagga tcggcgcccg actcatttcg gccgtgcgcc cccccgttcc gggcggggta
     5341 tcgacggtcg ttcatcggcc tttcacctcg cgttcttcga tgtaggccac cttccgcgtc
     5401 gctttctggc gttctttttt gagggcgtcg atgtcggtca gggcttccgc caggcggagt
     5461 gtggcgcgga tggctcggca gtcagcttcg gtcagtccga tcgcgaaggc gcgcccgccc
     5521 gtgtactcgg ccctgaggcg ggtcccctcg gccacgccgt ccacgaagcg aatcgcatcg
     5581 agacctttat cgccggcata cgtcaccacc tctgtcgtcc gtccgtcatc cttgaagcgg
     5641 tagttcgcgc ccccatcgta agggatgtca gccgtgacgg catacgtccc gtcgggtgcc
     5701 gcgatcttga gaccggtgtg gttgatcggc gcgccaccac tgtacacgct ggccaggaag
     5761 atctcgccct gctcgttcac tccgcaacgc aggtaactcc gcccgatgtt gcgctccact
     5821 gcatgctcgg gccggacata gcgcccgacc tcctcatagc gtgcatcccg ctccaggaca
     5881 aagccggcct tcagcgtctc cacctctttc tctcgcacgg gaatgaggct gtcgcagtac
     5941 gcgatgtttc gctcgctttc gcctcgctcc acgaggcgca tcaactgcag ggcctctttc
     6001 atcaccccca gctccttcgg gtatcgcatg cgcagggtgt cgatcgcgtt gcgtgccgcc
     6061 gggaattgtc ggctctcata cagcgtccgt gcgcgttcca actccgcgcg cgcctccatt
     6121 tcctttccgc aggccaccgc cagcagcagc accgcaccgc tcacgatcgt ccggagggtc
     6181 catttcatct cgttattcat atcctattta tatggtgtga ctcgtcatcg gcgggcaaaa
     6241 atggtttctt gaaatggttc tcgaggcatc cgcccgccgt ggcccctccc gccgcttcgg
     6301 atcgtccgcc cccgagcgtg ttccgttttc cgttcgtttc gggtgggctg tcgttgcatg
     6361 tttttggggc actattcgtt tggagagggt gcccgacggc cgtcaccggc tctcgctttt
     6421 cggggagatg cttcacgcct cgggtggggt gtcctctttt tcgggatata cgttttctga
     6481 cgccgcgccg tttgggatct ccgggatcgg atgctcggaa atgagacctt tgcaggccac
     6541 tctatgcggg cactctcctg ttcactcata taattataca cacatagaca tcatgcgaac
     6601 ccttgttttt gcgacacaca acttgcacaa attgcgtgag gtgcgcgaca tgttgccaca
     6661 cgactccatc cggctcgtcg gcctgaccga cctcggtcag atggagccgc tgccggagac
     6721 atcggccacc atcgaaggta acgccctcca aaaggcgcgc ttcgtgaagg agcactacgg
     6781 ttacgactgc tttgccgacg acacaggcct cgaagtcgag gcgctcgacg gcgctccggg
     6841 cgtctattcg gcgcgctacg ccggtgaggc gtgcgacagc gcggccaatg tccgcaagct
     6901 actcgaagca ctccgcgata cggaccatcg gaaggcccgt ttccgcacgg tgatcgccct
     6961 catcacggac cgcgaggagc gcctctttga gggcgaggtc acgggccgga tcacgaccga
     7021 ggcccacggc gcgggcggct tcggttacga tcccatcttc cgccccgacg gcttcgaccg
     7081 caccttcgcc gaactctccc ccgacgagaa aaacgccatc agccatcgtg gccgagcggt
     7141 gcgtcggctg gtgcaacacc tcacgaaccg ataactccgc ctctttcccc tatcgtcacc
     7201 cattaacccc ctatcctcaa tgaagaagat tcaattgctg atttacggcc tgctactctc
     7261 gctcctgact gtgcatgcgg ccgacaagaa cacacgctgg cacacctatc tcgcgatgta
     7321 taacaccgtc gccgtagctg aagccgaaaa taatgtctac gccgtggccg acggaacgct
     7381 ttacagctat ggcaagtcgg acgacaacat ccgtgtctac tcccgacaga cgggcctgag
     7441 cgattccgac gtccgactca tccgctacag cgcctccgca c
//
LOCUS       SEQF2638.1|AYYF01001048.1 2695 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2695
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(348..1268)
                     /locus_tag="SEQF2638.1_00562"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGRTIKDYALLTLKGIGMGAADVIPGVSGGTIAFIVGIYGELID
                     SIKRIGSPASLRLLFTFRLGAFWQAINGNFLLAIVAGIGISIFSLARLVTYLLVHQPV
                     LVWAFFFGLVLASTWFVSREVTRWDVKSIAGFVVGAVAAWFITVMTPAETPSALWFIF
                     LCGAIAICAMILPGISGSFILVLLGKYFYIMEAVKTLNLPVMLVFIAGAAIGISLFSH
                     ALSYALHRFHNVTIAVLSGFMLGSLNKVWPWKETIETYVDSHGEVRPLIEANILPDHL
                     VWEGVALAVAGFALVCVLELTAGRKAKNAG"
     CDS             complement(1275..2420)
                     /locus_tag="SEQF2638.1_00563"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTALERFNEMREHGTEAYFDADEIVELIEHFDEEDDRRGYTQAL
                     ELGLRLHPEDVEIQTMKCRLYMYDKEYDKALQMITSLRNHADAEAMILDAMELECLYA
                     TDRADEATARLRSLPTDENTEAIYEALSGLLVEMDRDEEALLVVNLGLELFPENLTLK
                     EERCYHTERQKRWHEAAEQCEELIDLDPYSGDYWFMHGRIMIKLGEYDRAIRSLEFAQ
                     TCDEDDIEAKLLRTFLLYFTHNYEKAVEAYFELIADERFVNEQLRSFTEKYDLSYDDL
                     EKASQEFYRLFGSLQDLAKTLVGTSSAAEATDAFDLDLKKRIEYIVGKLILEARAIRK
                     GGREWDAELLEDLRFLRFGDLERSDPGNSHEGNHLFDDILNHKFYQN"
     CDS             complement(2417..2683)
                     /gene="glnS"
                     /locus_tag="SEQF2638.1_00564"
                     /EC_number="6.1.1.18"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q9I2U8"
                     /codon_start=1
                     /transl_table=11
                     /product="Glutamine--tRNA ligase"
                     /db_xref="COG:COG0008"
                     /translation="MRLYDRLFTVENPMEEKDRDFLELLNPNSLEVLTDCYVEEDLAT
                     ARPYDHFQFQRVGYFNLDPDSRDGRLIFNRTVSLRDTWSKKKNR"
ORIGIN      
        1 gggtgccggc cgaggtgttg tagttcggct cgcggcgatt gtagctcgac tcgtcgacgg
       61 tggtaccgcg gtcctcggcg aagaaggact gcaactcggg gaacgtgcgt gcaggcgcaa
      121 agtccagcgc ctcggaatga tacacttgcg tgtcgggatt gataggttct ttcttcaaag
      181 catcgagggt gaaagggccc tgcttcatgc cgttcttgag gtaataatat tccttttcca
      241 ttatgagttt agggggttga tgaataatcg ggagaaaaac taagcgcgct cgctgcgcat
      301 gtcagggaaa cgaaaaaggc cgggtagatg ttcacggcca ctcacggcta tccggcattt
      361 ttcgcttttc tcccggcggt aagttcgagc acgcagacga gggcgaatcc ggctacggcc
      421 agggcgacgc cttcccagac gaggtggtct ggcaggatgt tggcctcgat cagcggacgc
      481 acttcgccgt gactgtctac ataggtctcg atcgtctctt tccacggcca taccttattg
      541 agcgacccga gcataaagcc gctcaggacg gcaatggtga cgttgtgaaa ccgatgcagg
      601 gcgtacgata gggcgtgcga aaagagtgag ataccgatgg ctgcaccggc gatgaagaca
      661 agcatgacgg gcaggttgag cgtcttgaca gcctccatga tgtagaagta tttgcccagt
      721 agcacgagga tgaagctgcc cgagatgcca ggcaagatca tggcgcagat ggcgatggcg
      781 ccgcagagga agatgaacca cagcgcggag ggtgtctcgg ccggcgtcat gacggtgatg
      841 aaccaggcag ccacagcgcc caccacaaat cccgcaatgc tcttgacgtc ccatcgggtg
      901 acttcgcgcg agacaaacca cgtggatgcc agtacaagcc caaagaagaa ggcccatacg
      961 agcacgggtt ggtggacgag caggtaggtc acaagccggg ccagcgagaa gatgctgatg
     1021 ccgataccgg ccacgatggc cagcaggaag ttgccgttga tggcctgcca gaaggcgccg
     1081 aggcggaagg tgaagagtag ccgtagcgag gcgggcgatc cgatgcgttt gatggaatcg
     1141 atcaactcgc cgtagatgcc gacgatgaag gcgatcgtgc cgccggagac gcccgggatg
     1201 acgtccgctg cgcccatgcc aatacccttg agggtcagca gggcgtagtc tttaattgta
     1261 cgtcccatgt gtggtcagtt ctgatagaat ttatgattca aaatgtcgtc gaagaggtgg
     1321 ttgccctcgt ggctgttgcc cggatcggag cgctccagat cgccgaagcg gaggaagcgc
     1381 agatcctcca gcagctctgc gtcccactct cgcccgccct tacgaatggc acgggcctcg
     1441 aggatgagtt tgccgacgat gtactcgatc cgctttttga gatccaagtc gaacgcatcc
     1501 gtggcctctg cggcgctcga tgtgccgacg agcgtcttgg ccaggtcttg cagcgaaccg
     1561 aaaaggcgat aaaactcctg actggccttc tccaagtcgt cgtagctgag atcgtatttc
     1621 tcggtgaagc tgcgcagttg ctcgttgacg aaccgctcgt cggcgatgag ttcgaagtag
     1681 gcctcgacag ccttctcgta gttgtgagtg aagtagagca ggaaggtgcg gagcagcttg
     1741 gcctcgatgt cgtcctcgtc gcaagtctga gcgaactcca gcgagcggat ggcacggtcg
     1801 tattcgccga gcttgatcat aatgcggccg tgcatgaacc agtaatcgcc ggagtagggg
     1861 tcaaggtcga tcagctcctc gcactgttcg gcggcctcgt gccaacgctt ctggcgctcg
     1921 gtgtgatagc aacgctcctc cttgagggtg aggttttccg ggaaaagctc cagaccgagg
     1981 ttcacgacca gcagggcctc ttcgtcgcga tccatttcga caagcaagcc ggacagggcc
     2041 tcgtaaatcg cctccgtgtt ctcgtccgtg ggcaggctgc ggagtcgggc agtggcctcg
     2101 tctgctcggt cggtggcata gagacattcc agctccatcg catcgaggat cattgcctct
     2161 gcgtcggcat ggttgcgcag cgaggtgatc atttgcaagg ccttatcgta ctccttgtcg
     2221 tacatgtaga gccgacattt catcgtctgt atctccacat cctcggggtg tagcctgagc
     2281 cctaactcca gggcttgcgt gtagcctctg cgatcgtcct cttcgtcgaa atgctcgatc
     2341 agctctacaa tctcgtcggc atcgaagtaa gcctccgtgc cgtgttcgcg catctcgtta
     2401 aatcgttcca gggcggtcat cggttcttct tcttgctcca ggtatcgcgc agggagacgg
     2461 tgcggttgaa gatgagacgt ccgtcgcggc tgtcgggatc gaggttgaag tagcccacgc
     2521 gttggaattg gaaatggtcg tagggacggg ccgtggccag atcttcctct acgtagcagt
     2581 cggtgagcac ctcgagggag ttcggattga gcagctcgag gaagtcacga tccttctcct
     2641 ccattgggtt ctcgacggtg aagagtcggt cgtagaggcg cacctcggct tggag
//
LOCUS       SEQF2638.1|AYYF01001049.1 4437 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4437
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             253..813
                     /locus_tag="SEQF2638.1_00565"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDLIDDDEAQIAKEGGHVCVTVEKHSLERFGRNLKDTRWAAHES
                     LLLSVGDVAVPMPDRDVAFGTDVVEAQELVVDEGLERRDVKTADGGRRLLLHERDDGE
                     EGCLRLTGGGGSAEQQVGVGAKEDVSGSRLYGAERVPAATVDVVTNGWGIASVDVHTL
                     QGKLGKFGVDVLLLQLGFGIVESLGL"
     CDS             complement(730..2070)
                     /locus_tag="SEQF2638.1_00566"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNMDNKPTKIPRRIAQTVVNSLKGGVVPRVGLPYITVGRRQEIE
                     ALLRDVDIVSEGGAAFRFIAGNYGSGKSFLLQTMRNYVMDRNFVVMDADLSPERRLYG
                     NQGQGLATYRELIKNLSIKTQPEGGALANVLDRWISTVQMQTAETAGCSTDSPEFAER
                     VEQQIFAVVRTMHDLVHGFDFARLLSLYYRAFAEGDDELKGKVLNWFRGEYANKSEAR
                     ADLGVNVAITDDNWYDYLKLFAFFFHSAGYSGLIILVDELVNLYKIPNSIARQYNYEK
                     LLAMYNDALQGKARYIGTLMSGTPQSIADPRRGLYSYEALRSRLQEGKFTREQGVSDL
                     LAPVIKLRPLTAEEMTVLTEKIALIHAGLYEYEPRLTDDDLVAFIRTEYARIGADTHI
                     TPREVIRDFIELLDLLFTHADLTLDSLLQSETFNYAKPELEEKDIDAEFAEFTL"
     CDS             complement(2171..3778)
                     /locus_tag="SEQF2638.1_00567"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDEYSDRNYYTDQPLPQETVPENALTEEESKKRAAILEEVQQEV
                     GRMLGSVSWTPGLEMPSLEDVNKAPEKILELWRICRRTQWSPTRNRDFYSQAIYASDC
                     EDNVSRIELFFAYNPVYQDMNLAQMRSYFTLRAGWRRGEYPQNISISYVYVYVYELLM
                     QVGTWLPDDGLKKLEQIRDNYGPLDAKLLRNMKEWLKDYVTFYGMIDMAETYFAEEQA
                     EDVAVEVLENLDDSDDVELFEAVAPLSAYHIKESRLYKRHEELVTTIGGRIIRKAAPI
                     LEERYGQSIRRVLVGLRKYLPRPMFYSAIFYRRYPYRKRYYPFTENRYFTCIKGSWTK
                     ETFCNALDGERRGEVLGRLMQEMDRQLRARMKGEGKLTKRINDRTLEAVVEREVERYW
                     AEQQEAERQAKLDAVKVDRSRFDRIRSDADVVREALLTDDDRAETAPLTVAHTPSPEP
                     LPQPSPELEPAAVSAFTDQERRFLHLLIEGGDWAGYLRDIRVPMGVMVDGINEKMMEA
                     VQDVVIADRGNGPEVIDDYLDDLVRRI"
ORIGIN      
        1 ctgatccgta tcggtcgcct gcggaccgtt attgaagaag tgctgcatgg agaggcgcca
       61 cttgatcggc gtgctctgta tgcggggaat gatggtgcgc cgtttcgtac ctgcggcaag
      121 gaactccccg actgaatcgg gatcgcccac cgtggccgac agtccgacac gccgcgggtt
      181 gaccccagcc gcacgcgaga gtcgctcgat gagacagagt gcctgcccac cacgatcgcc
      241 acgtaggaag gcgtggatct catcgatgac gatgaagcgc agatcgccaa agagggaggc
      301 cacgtgtgcg tgacggttga aaagcatagc ctcgagcgat tcgggcgtaa tctgaaggat
      361 acccgatggg cggcgcatga gtcgcttctt ctctcggtcg gagacgtcgc cgtgccaatg
      421 ccagaccggg atgttgcatt cggcacagac gtcgttgagg cgcaagaatt ggtcgttgat
      481 gagggccttg agcggcgcga tgtaaagaca gccgatggag gtcggcggct gctcttgcat
      541 gagcgtgatg atggggaaga gggctgcctc cgtcttaccg gaggcggtgg aagcgcagag
      601 caacaggtgg gcgtcggtgc caaagaggac gtctccggca gccgactgta cggcgcggag
      661 cgtgtaccag ccgctacggt agatgtagtc acgaatggct ggggaatagc gagcgtagac
      721 gtccatacgt tacagggtaa actcggcaaa ttcggcgtcg atgtccttct cctccagctc
      781 gggtttggca tagttgaaag tctcggactg taggaggctg tccagcgtca agtcggcatg
      841 ggtaaagagc aggtcgagca actcgataaa gtcgcggatc acttcacggg gcgtgatgtg
      901 cgtatcagcg ccaatgcggg cgtattcggt gcgaatgaaa gccacgagat cgtcgtccgt
      961 gagccgcggc tcatactcgt acaatccggc gtgaatgagg gcgatcttct ccgtgagcac
     1021 ggtcatctct tccgccgtca gtggccgcag cttgatgacg ggcgcaagga gatccgatac
     1081 gccctgttca cgcgtgaatt tgccctcttg cagacgcgac cggagcgcct cgtaactgta
     1141 tagcccgcgg cgaggatcag cgatgctctg cggggtgcca ctcatcagtg tgccgatgta
     1201 tcgcgctttg ccttgcaggg catcgttgta catagccagc agcttctcgt agttgtactg
     1261 gcgggctatg ctgttgggga tcttgtagag gttcaccagc tcatccacga ggatgatcag
     1321 gccgctgtaa cccgcgctgt ggaagaagaa ggcgaagagc ttgaggtagt cgtaccagtt
     1381 gtcgtccgtg atggccacgt tcacacccag atcggcgcgc gcctcggact tattggcgta
     1441 ttcgccgcgg aaccagttca gcaccttccc cttcagctcg tcgtcaccct cggcaaaggc
     1501 acgatagtaa aggctgagca gacgggcaaa gtcgaagccg tgcaccaagt cgtgcatcgt
     1561 gcgcaccaca gcgaagatct gttgctctac acgctccgca aactccgggc tgtccgtgct
     1621 gcagcctgcc gtttcagccg tctgcatctg caccgtgctg atccatcgat cgagcacatt
     1681 ggccagcgct ccaccctcgg gctgcgtctt tatgctgagg ttcttgatca gttcgcgata
     1741 cgtcgccagg ccctgtccct gattgccata aaggcgtcgc tcgggcgaga ggtcggcgtc
     1801 catcaccaca aaatttcggt ccatcacata gttgcgcatc gtctgcagca ggaaggactt
     1861 cccgctgcca tagttccccg cgatgaagcg gaacgctgcg ccgccctcgc tgacaatatc
     1921 tacatcgcgg agcagcgcct cgatctcttg ccttcgcccc accgtgatgt agggcagtcc
     1981 cacgcgaggc actacgcctc ccttgagtga gttcacaacc gtctgcgcta tgcgccgcgg
     2041 aatcttcgtc ggtttgttat ccatattcat gtaagtagtt agagttagaa gtgctcgtgg
     2101 tcatagcaag cagcccttcg gggccgtctt gcctgtcctc gtaatataat aggtaagaag
     2161 tgcgggcttc tcatatcctg cgaaccaagt cgtccagata atcgtcgatc acctccggcc
     2221 cgtttccacg gtcggcgatg acgacgtcct gcaccgcctc catcattttc tcgttaatcc
     2281 catccaccat cacgcccata ggcacacgga tgtcgcgcag ataacccgcc cagtcgcccc
     2341 cctcaatcag cagatgcagg aagcgtcgct cttgatcggt aaaggcagac actgccgcag
     2401 gctccagttc aggcgacggc tgaggaagcg gttcaggcga cggcgtatgc gccaccgtca
     2461 gcggagccgt ctccgcgcga tcatcgtccg tcaacagcgc ctcacggacc acgtcggcat
     2521 cgctgcgtat ccggtcaaac cgcgaacgat ccaccttcac cgcgtcgagc ttagcctgcc
     2581 gctcagcctc ctgctgttcg gcccagtaac gctctacctc cctttcgacc accgcctcca
     2641 gcgtccggtc gttgatgcgc ttcgtgagct tgccctcccc cttcatcctt gctcgcagct
     2701 gccgatccat ctcttgcatc agccgcccga gcacctcgcc ccgcctctcg ccatccagcg
     2761 cgttgcaaaa cgtctccttc gtccacgatc ccttgatgca agtgaaatag cggttctccg
     2821 tgaacggata atagcgcttg cgataagggt agcgacgata gaagatagcc gagtagaaca
     2881 tcggcctggg cagatacttc cgcaggccta ccagcacacg gcggatcgac tgcccatagc
     2941 gctcctcgag gatcggcgcc gccttccgga taatgcgccc cccgatcgtt gtcaccagct
     3001 cctcgtgccg cttgtaaagg cgcgattcct tgatgtgata cgccgagagc ggcgccacgg
     3061 cctcaaacag ctccacgtcg tccgagtcat ccagattctc cagcacttcc actgccacgt
     3121 cctccgcttg ctcctcagcg aaatacgtct ccgccatgtc gatcatcccg taaaacgtga
     3181 cgtaatcctt cagccattcc ttcatattcc gcagcagttt cgcgtccaac gggccataat
     3241 tgtcgcggat ctgttcgagc ttcttcagcc catcgtccgg cagccatgta cccacctgca
     3301 tcagcagctc gtagacgtag acatagacgt acgatatcga aatattctgg gggtattcgc
     3361 cgcggcgcca ccccgcccgt agcgtgaaat agctgcgcat ctgcgccagg ttcatatctt
     3421 ggtaaacagg gttgtaagcg aaaaagagct cgatcctcga cacgttgtct tcgcaatcgg
     3481 aagcgtagat ggcttggctg tagaaatcgc ggttacgcgt cggtgaccac tgtgtccgtc
     3541 ggcagattcg ccacagctca aggatcttct ccggcgcctt attcacatcc tccagactgg
     3601 gcatctcgag tcccggagtc cacgacacgc tccccagcat tcgccccacc tcctgctgca
     3661 cctcctccaa aatcgcggcc cgctttttcg attcctcttc ggtcaacgcg ttttccggca
     3721 ccgtttcttg cggtagcggc tgatccgtgt aataatttcg gtctgaatac tcgtccattt
     3781 cttacccttt tcggatgatc ggcgcaaaaa taagccggaa atctcctccg cgaggtttcg
     3841 gtcagccttt cgcccccggc tttcgacctc tccgccattt ttccacttct tcctgcctcc
     3901 acaagcataa ggaaggatgg ctttacgctt cttcgtgaca tcaggaagat atcatcatca
     3961 agtatccaca cacaaatcct cgcacgacga tatgaaaaca taatcatcag ctcaccacgc
     4021 cacccacatc ctgtctatcc tcattgtcat catattaaag tgcatgcaca tgataaagaa
     4081 caatacgcaa attaaatcgt gccatcatgt catagagaac accctcacac ataaaaataa
     4141 tcccgaccgc acaaattcat atagataatt tgaaacaata gcgcgtccta tcattatcct
     4201 ataaataatg cgccatcaat tcatcatcac cacacaaata aaggtcacat taggtacgaa
     4261 tagatcatgc atggattttt atctaaaaat atgatttaca acattccgtg cacacacgta
     4321 aacgcaaaca caattatatc atatcctccc gtacgccatc ttacaataga aataggcagg
     4381 aaacacatcc tgctcacaca aattataggc gacatagaga gatagactcc atcatgc
//
LOCUS       SEQF2638.1|AYYF01001050.1 5846 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..5846
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             158..757
                     /locus_tag="SEQF2638.1_00568"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVARSFRQGGVLRATGLHAHLHLRRSLRLDAYASGAEHPISGTD
                     VEAHVHQVQLFAACLSEVLVVSLAIIGLHRLLHAVLLVLLGSHGDGCAELHVAHACTD
                     DIPVREDVVLNGGLQIVRVVEVGRHWLCQVAVEEGSGACHGEAWLAQRSDGRGDGVLA
                     RGISRSLRCGAPSEPEYGEEECKEKGRTIGATCFHTDGE"
     CDS             complement(784..1377)
                     /gene="ruvA"
                     /locus_tag="SEQF2638.1_00569"
                     /EC_number="3.6.4.12"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0A809"
                     /codon_start=1
                     /transl_table=11
                     /product="Holliday junction ATP-dependent DNA helicase
                     RuvA"
                     /db_xref="COG:COG0632"
                     /translation="MIEYIKGEIVELQPALMIMECGGVGYELHISLTTYSTFDGLREG
                     KIYVHEVIREDAHLLYGFASREERELFLLLTSVSGVGPNTARMILSSFKPSDLIDIIA
                     SGDDATLTTVKGIGNKTAQRIVVDLKSKVRPVAGLDERRAAASRGSQTDTSEEAVAAL
                     VMLGFQKNASQKAVEKLLKEDPNMPVEQIVRSALKVL"
     CDS             complement(1413..1703)
                     /gene="yafQ"
                     /locus_tag="SEQF2638.1_00570"
                     /EC_number="3.1.-.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q47149"
                     /codon_start=1
                     /transl_table=11
                     /product="mRNA interferase toxin YafQ"
                     /db_xref="COG:COG3041"
                     /translation="MKKRKIEYTVRFKRDLKKFRHMPEKRAKITKAIQILAEGLPIPL
                     SMRPHKLIGDYAGYMELHIEGDLLLIWIELNANNEEIIRLSRIGSHSELFGT"
     CDS             complement(1684..1971)
                     /locus_tag="SEQF2638.1_00571"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIYRSIMNTTLTKSAASIRINSGVLKQLKEEAKKEDKSLSSYLE
                     ALLYEMGYRPYNEETVQACREAREGKIAGVVDTTSRETIEASLFGDEEAED"
     CDS             complement(2105..3052)
                     /locus_tag="SEQF2638.1_00572"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRKLRNILLTLLLLAIVALTAGSFFLLNHALRPADNKGRDTEGS
                     YAYMFQTYPFLRPWVDSLRRAGALRDTFITADDGVRLHALYARATRPTRRSAVIVHGY
                     KDCAVRMLMIGYLYHHDLGFNILLPDLYGAGQSGGDYIRMGWLDRYDVIRWTSVADEL
                     FGPEATIAVHGISMGAATTMMVAGEKQQADVRCFVEDCGYTSVWDEFAKELRAQYGLP
                     EMPLLYTTSMLCRARYGWDFLQASSLAQVAASELPIFFIHGEADDYVPTEMVHPLYEA
                     KRRGGRELWIAPGSAHALSYHDHRAEYTARVRAFVRRYM"
     CDS             3262..3678
                     /locus_tag="SEQF2638.1_00573"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQHVRGAGTVCKTTMQHLRSPFTVCEMSVQHLRGPFTVCEMTMQ
                     HLHSPFTVCGGTMQHLLGPFAVCETTMQHLRGLFTVCGGTMQHLHTLFTVFEMIMQAL
                     HSLFGVSDSDHTPEGASGKPFSEALRVYKPVVFHPV"
     CDS             3796..4968
                     /locus_tag="SEQF2638.1_00574"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLDFNDTQIAFEAKSDSELRNARLLFGTIKHPGLVKLAKLGTNI
                     ALGIHFPLGWIVKPTLYKQFVGGETIEDCARTVAGLRRFGVKSTLDYSAESEQTPEGI
                     EATMKETLRSVDNAKGNPDIAYAVFKPSTLTTDALLAKASEHPDQLTADEKAAHEAYH
                     QRFLALCQRAYDNDVRILVDAEDYCFQDSIDAMTDEAMRMFNKRRAIVFATLQMYRHD
                     RMPYLRRILEDAKEKGYTAGIKFVRGAYMEDERARAAAMGYPDPICKNKQATDDNYNQ
                     GVEFVIENLDHFELFMGTHNEESNYRLAKLIEKKGLRHDDPRIFFAQLLGMSDNISFN
                     LAHAGYNVTKYVPYAKVRDVLPYLIRRAEENTSVAGQTTRELNMLNLETERRKRAK"
     CDS             4965..5561
                     /locus_tag="SEQF2638.1_00575"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTVEERTREVHPLTLFAPEGARLLMLGSFPPPRERWRMDFFYPN
                     FQNDMWRIFGLVFFGDKSHFLTDDGHAFREAELRRFLTERGIAIWDTAMEVSRLQGNA
                     SDKFLEVLRPIDLRQTLAMLPSCRAIAVTGQKALDTLLTLVSAPSPPPKTGEWTDAAL
                     DDRHFRLYRMPSSSRAYPLSVEKKAEKYRRMFEEMGLK"
     tRNA            5637..5724
                     /locus_tag="SEQF2638.1_00576"
                     /product="tRNA-Ser"
                     /inference="COORDINATES:profile:Aragorn:001002"
                     /note="tRNA-Ser(gct)"
ORIGIN      
        1 tgatgatctc gtcctcgtcg cccgtgtagg ccagattcaa gcgtgaagcg tcgaactcga
       61 acgaggattg ggtgttgtag ttcagcccga aattgacctt cgtgccgacg gaggcctgca
      121 tgttgagctg tacgttgttg tcgaagttga agaaggtatg gttgcgcgat cgttcaggca
      181 aggtggggtt cttcgtgcca ctggacttca tgcccacctt catctccgcc gttccctgcg
      241 acttgacgcg tatgcctccg gggccgaaca cccgatcagc ggcaccgatg ttgaagcgca
      301 tgtccatcaa gttcagcttt tcgccgcttg cctgtcggaa gttctcgtcg tttctctggc
      361 gataataggc cttcatcgac tgttgcatgc tgtactgctg gtattgctcg ggagtcatgg
      421 tgatgggtgt gccgagctcc atgtcgccca cgcgtgtacg gacgatatac cggttcgtga
      481 ggatgtcgta ctcaacggtg gtttgcagat tgtccgggtt gtggaggtcg gcaggcattg
      541 gctgtgtcag gtcgcggtag aagaggggag cggtgcgtgc cacggggaag cgtggcttgc
      601 ccagcgtagc gatggtcggg gtgacggagt ccttgcgcgc ggaatcagcc ggagcctgcg
      661 ctgcggcgcg ccctccgaac cagagtatgg cgaagaagag tgcaaggaga agggtagaac
      721 gataggggcg acctgttttc atacggatgg ggaatagtga cgggaaacga tgcgtcaagg
      781 cgatcagagc acttttaggg cactgcgtac gatctgttcg acgggcatgt tgggatcctc
      841 cttgaggagt ttctcgacgg ctttttgcga ggcgtttttc tggaaaccca gcatgacgag
      901 tgccgccacg gcctcttcgg acgtatctgt ctgtgaccct cgcgaggctg cagcacgccg
      961 ttcgtcgagt cctgccacgg ggcgcacctt actcttgagg tcgacaacga tgcgctgggc
     1021 cgtcttgttg ccgatgcctt tgacggtggt cagtgtggcg tcgtcgccag aagcgatgat
     1081 gtcgatcagg tccgagggct tgaaggacga gaggatcatg cgcgcggtgt tcggcccgac
     1141 gccggagacg gatgtgagca gcaggaagag ctcgcgctct tcgcggctgg caaagccgta
     1201 aagcagatgg gcgtcttcac ggatcacttc gtggacgtag atcttgccct cgcggagacc
     1261 gtcgaaggtg ctgtaggtgg tcagtgagat atggagttcg tagcccacgc cgccgcactc
     1321 catgatcatc agtgcgggtt gcagttctac gatttctcct ttgatgtatt cgatcatatg
     1381 tctatgggtg gttcttgtag ggggggctga ttctatgttc caaacagttc ggaatgggat
     1441 cctatgcgag agagccggat gatctcttcg ttgttcgcat taagttctat ccagatcaaa
     1501 agaagatcgc cttcgatgtg aagctccatg tatccggcat agtcaccgat aagtttatga
     1561 ggccgcatgg ataaaggaat cgggagtcct tctgccagta tttggatcgc cttcgtgatc
     1621 ttggctcgct tctccggcat gtggcgaaac ttcttgaggt ctctcttgaa cctcacagtg
     1681 tattcaatct tccgcttctt catctccgaa cagcgaggct tcgattgtct ctcgactggt
     1741 tgtatcaacg acgccggcta ttttaccctc tctggcttcc cgacaggctt gcacggtctc
     1801 ttcgttatag ggcctgtatc ccatctcgta aagcaaggcc tccaagtagc tgcttaggct
     1861 cttgtcttct ttcttggctt cttctttcag ctgcttcaga accccggagt tgatccgaat
     1921 agacgcagcg gatttcgtga gagtcgtatt cataatcgag cgatatatca tttacatgta
     1981 aacgtatttg agaggtgtac ggttgcttct gtttaggcta tgaagccctc tcaagagatt
     2041 ggttacgtgt cccctcataa cggctaaagg attgaaaaag tatagcgggg atcgggctca
     2101 catatcacat ataccgccgg acgaaggcgc ggacgcgggc ggtgtattcg gcgcggtgat
     2161 cgtgatagga gagggcgtgg gctgacccgg gggcgatcca gagctcgcgg ccgccgcggc
     2221 gtttagcctc gtagaggggg tgaaccatct cggtgggcac atagtcatct gcctcgccgt
     2281 ggatgaagaa gatgggtagc tccgaagcgg ccacttgcgc cagcgacgag gcctgcagga
     2341 agtcccaccc gtaacgcgcg cggcagagca tgctggtggt gtagagcagg ggcatctcgg
     2401 gcaggccata ctgcgcgcgc agctccttgg caaactcgtc ccagacgctg gtgtagccac
     2461 agtcttcgac gaagcatcgc acgtcggcct gctgcttttc gccggccacc atcatcgtcg
     2521 tggctgcgcc catcgatatg ccgtgcacgg cgatcgtggc ctcggggccg aagagctcgt
     2581 cggcgacact cgtccaacgg atcacgtcgt agcggtcgag ccagcccata cggatgtaat
     2641 cgccaccgct ttgaccggcg ccgtagaggt cgggcaggag gatgttgaag cccaggtcgt
     2701 ggtgatagag atagccgatc atgagcatac gcacagcgca atccttgtag ccgtggacga
     2761 tgacggccga tcggcgcgtg ggccgtgtgg cgcgggcgta gagggcatgc agacggacgc
     2821 catcgtcggc ggtgatgaac gtgtcgcgca gggcacccgc acggcggagg ctgtccaccc
     2881 aaggccgcag gaaggggtaa gtctgaaaca tgtaggcgta cgatccctcc gtgtcgcgcc
     2941 ccttattgtc ggccggtcgg agggcatggt tgagcaagaa gaagctgcct gcggtgagcg
     3001 ccacgatggc gagcagcagc agtgtgagca ggatgttgcg tagttttctc atcatggccg
     3061 caaaggtaag gcctcgccgg tgcgcagcca gaaagggccg ttgctcatac ggcgcctctc
     3121 agggtgcgcc atagcgtgcc tcacgcctcc atcgcttggg ggaaatgcgt gcagcggtgg
     3181 tacaaacgcc aaaaaacact ttttccccgt tacaacaatg ttgtaagcat tggtaccctt
     3241 ttcggaacgt gcggcgtgac tatgcaacac gtgcgtggcg ccggcacagt gtgtaaaacg
     3301 actatgcaac acctgcgcag ccctttcaca gtgtgcgaaa tgagtgtgca acacctgcgc
     3361 ggccctttca cagtgtgtga aatgaccatg caacacctgc acagcccttt cacagtgtgt
     3421 ggcgggacta tgcaacacct gctcggccct ttcgcagtgt gtgaaacgac catgcaacac
     3481 ctgcgcggcc ttttcacagt gtgtggcggg actatgcaac acctgcacac tctttttaca
     3541 gtcttcgaaa tgatcatgca agccttgcac agccttttcg gagtctccga ctcggatcac
     3601 acgccggagg gggcgtctgg caagcctttt tcagaggctt tgcgggtata taagccggtc
     3661 gtttttcacc ccgtttgatt gtagatcata agcgcgcagg gccgcctcgg gagaaaattg
     3721 ttacgggggg gagggtggcg ttatggaaaa cggaatacat tcggcccgat ttcaaatcgc
     3781 ttagcaagta cctatatgtt agattttaat gatactcaga tcgcctttga ggcgaaatca
     3841 gacagtgaac tgagaaacgc ccgcctgctg tttggcacca tcaaacaccc cgggttagtg
     3901 aagttggcaa agcttgggac gaacatcgcg ctggggatcc acttcccgct ggggtggatc
     3961 gtgaagccga cgctctacaa gcaatttgtg ggcggagaaa cgatcgaaga ctgtgcccgc
     4021 accgtggccg gactgaggcg cttcggcgtc aagtcgacac tcgactattc ggccgaaagt
     4081 gagcagaccc ccgagggcat cgaggccacg atgaaggaga cgctccgctc ggtggacaat
     4141 gcaaagggca acccggacat cgcctacgcc gtcttcaagc cctccaccct caccaccgat
     4201 gccctgctcg ccaaagcctc cgaacatccc gaccaactga cggccgacga gaaagccgct
     4261 cacgaggcct atcaccagcg tttcctcgcc ctctgccaac gcgcttacga taacgatgtc
     4321 cgcatcctcg tcgatgccga agattactgc ttccaggatt ccatcgacgc catgacggac
     4381 gaggccatgc gtatgttcaa taagcgccgc gccatcgtct tcgccaccct ccagatgtat
     4441 cgccacgatc gcatgccata cctccgccgc atcctcgagg acgccaagga gaagggttat
     4501 acggcaggca tcaagttcgt ccgcggtgcc tacatggagg acgagcgcgc ccgtgccgcc
     4561 gccatgggct accccgaccc gatctgcaaa aacaagcagg ccaccgacga taactacaac
     4621 caaggcgtgg agttcgtcat cgaaaacctc gaccacttcg agcttttcat gggcacacac
     4681 aacgaggaga gcaactatcg cctggccaag ctgatcgaga agaaaggtct ccgtcacgac
     4741 gatccgcgca tcttcttcgc ccagctgctc ggcatgagcg acaacatctc cttcaacctc
     4801 gcccacgcgg gttacaacgt gaccaaatac gtgccctacg ccaaggtgcg cgacgtgctt
     4861 ccgtacctca tccgccgcgc agaggagaac acctccgtgg ccggacagac cacccgcgag
     4921 cttaacatgc ttaacctcga aaccgagcgc cgtaagcgag cgaaatgacc gtggaggaac
     4981 gcacacggga agtccatccc ctgacgcttt ttgcaccgga gggagcccgg ctactgatgc
     5041 tgggcagctt tcctccgccg cgtgaacgtt ggcggatgga cttcttttat cccaactttc
     5101 agaacgacat gtggcgcatc ttcggtctgg tcttcttcgg cgacaagtcg cacttcctca
     5161 ccgacgatgg acatgcgttt cgcgaggccg agctccgccg ttttctcacc gagcgtggca
     5221 tcgccatctg ggacacagcg atggaggtca gtcgcctcca aggcaacgcc tcagataagt
     5281 ttctcgaagt ccttcgcccg atcgatcttc ggcagacgtt ggctatgctt ccgtcctgcc
     5341 gcgccattgc cgtaacgggt caaaaggcgc tcgacacgct attgacactc gtctcggctc
     5401 cctcaccacc tccgaagacg ggcgaatgga cagacgccgc gttagacgat cggcatttcc
     5461 gactctatcg tatgccctcg tcatcgcgcg cctatccgct ctcagtggag aagaaggccg
     5521 agaaatatcg gcggatgttt gaagagatgg ggctgaagtg agacatttgt gtaaatggaa
     5581 aacgggtcta tctttgcccc gtctttttga aacaggccac actgctgagt cagtaaggaa
     5641 ggatgggtga gtggctgaaa ccaacagttt gctaaactgt cgtacgggtt accgtaccgg
     5701 gggttcgaat ccccctcctt ccgctggagg tactctgaaa aaggcattca gagactcttt
     5761 aggaaaaatg taagtgccat aacttgaacg agttatggca cttttctttt gtacctgcct
     5821 atcattccag agcacgtatt gaagcg
//
LOCUS       SEQF2638.1|AYYF01001051.1 5508 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..5508
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             222..899
                     /locus_tag="SEQF2638.1_00577"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGLAANIIDGVTQVVNEYGRIIVLEDDLLTSPFFLKYMNEALSM
                     YEDANEVISVHGYIFPIKRKLPESFFIRGTDCLGWGTWKRGWDLFTPNSAELLDQIRA
                     HKLEWTFDFSGSYPFMKMLEKQADGSVSSWAVRWYASALLKDKLTLYPGRSLIFHNGS
                     DGSGTNYSGDNALDVKLSDRPIVLERLLLEEDKNARKAFIGYFRYAMLWHKIQYRIKS
                     VFQGRKG"
     CDS             920..2071
                     /gene="wecB_2"
                     /locus_tag="SEQF2638.1_00578"
                     /EC_number="5.1.3.14"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P27828"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-N-acetylglucosamine 2-epimerase"
                     /db_xref="COG:COG0381"
                     /translation="MLVFGTRPEAIKMAPLVKEFQKYPDKFRTTVCVTGQHREMLDQV
                     LNIFDIIPDYDLNIMKSGQDLYDITSRILLGMRDVFSQAKPDIVMVHGDTTTSMAVAL
                     AAFYQQMRVGHVEAGLRTNNIYSPWPEEMNRQITGRIATYHFSPTSLGRDNLLQEGVH
                     SNRIWVTGNTVIDALYAVLGRIKHNEALQLSLGKALDRAGYDVDRVSNENRFRRLVLI
                     TGHRRENFGKGFLQICHAIEMLSTTYPDVDFVYPMHLNPNVRKPIEKVFNETPRENLF
                     FIEPLDYLPFVYLMKKSSLVLTDSGGIQEEAPSLGKPVLVMRDTTERPEALDAGTVKL
                     VGTDCDKIISEVSSLLEDKEYYRRMSRAINPYGDGRACERIVSIFSLDG"
     CDS             2141..3091
                     /gene="COQ3"
                     /locus_tag="SEQF2638.1_00579"
                     /EC_number="2.1.1.222"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_00472"
                     /codon_start=1
                     /transl_table=11
                     /product="Ubiquinone biosynthesis O-methyltransferase,
                     mitochondrial"
                     /translation="MRESNCRCPLCGNIIKSRIESVRTIDISNLYRRVYKKDIGYIWK
                     SVERLEYVLCQKCGLRFFDPIISGDDGFYNILLKDEWYYLHEGKTEYDYSRKFIEEDD
                     RVLDIGAGRGAFRHYLSEKNYYQGLDLSSKAIELAKKDGANVLPIPIEEFSEENKERF
                     DVVSIFQVIEHISSLDKFMCSAIDCIVKGGLLIVATPDNDGFIKYVSNFCLNLPPHHT
                     LHWNERSLRSMAEKYNLEVLDIYREPVSSVHRQWWYNTMSTTYLNRLLRRDFRMIDYR
                     FTYKIVRLVAKILAQFYKLSGEHKKSFGQSIIMVCRKPDV"
     CDS             3138..4055
                     /locus_tag="SEQF2638.1_00580"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYESLCRHCQEFHLYVFAFNDACYTTLRSLSLNKMTVISLSEFE
                     DDELLRVKPVRTRGEYCWTCTSSTILYVLDRFNVESCTYLDSDLYFFSSPQCLFDEMG
                     DNAVMITPHNYTPQYDQSIRTGIYCVQFVAFKNNEQGRDVLNWWRKACIDWCYNRFEN
                     NRFGDQKYLDDWPRRFDGVHVCRNLGAGIAPWNMQRFSFQEDRGYIVATEKEIGTSFE
                     VVFFHFHSLTFVTPSYFSPRPYYRRSKSAIQLMFNPYVKKIEEIRNKYPEVAASERYL
                     SGFNRVKYFLELFARRGWSEISSIRALHQ"
     CDS             complement(4066..4269)
                     /locus_tag="SEQF2638.1_00581"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSILCMIGYDAVALKTNGGLYSFMMTVPTSHGVIYTINVEDSLN
                     IKRYNLLNHGQISASISICFEIY"
     CDS             4333..4422
                     /locus_tag="SEQF2638.1_00582"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHHFSKDAILMVLASEYFDPHDYIYEPYK"
     CDS             complement(4635..4973)
                     /locus_tag="SEQF2638.1_00583"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSATFFGKDCQSLICYVFSNPYKGESSKIIRQLMLCPNKRYGNQ
                     HLSTRSQYTNKICKTSVYIRHMLQHFTCQYRVKRIIVEWKAYSIIVDIYCFRFMIMTF
                     VLYIYSKIGP"
ORIGIN      
        1 ggttagcacc tatagtactc ttcacatata atcgtccggt gcatactcgc caaacaatcg
       61 atgcattgtt aaaaaacgaa tatgcctcgg aaagcgattt gattattttt tcggatgctc
      121 ccaaaaactg cgttgctgaa gatggggtgc gccaaacaag agcatactta agagagatca
      181 ccggttttcg ttcaatcaag ttaatcgagc gtgcagaaaa tatgggactg gcagcaaaca
      241 tcattgacgg agtaactcaa gttgtgaatg aatacggtcg aattattgtc ttggaagatg
      301 atttgttgac atctcctttt tttttaaaat acatgaatga ggcgctctct atgtatgaag
      361 atgccaatga ggttattagt gtgcatgggt atatattccc gataaaaagg aagttaccgg
      421 agtcgttttt tattcgtggt actgattgct tgggctgggg gacatggaaa agaggctggg
      481 atctatttac tcccaatagt gctgaattgc tggatcaaat aagagctcat aaactggaat
      541 ggacatttga cttctcaggt agttatcctt ttatgaagat gctagaaaaa caggcggatg
      601 gatccgttag ctcatgggct gtacgatggt atgcctccgc attattaaaa gacaaattaa
      661 cactctatcc agggcggtcc cttatttttc ataatgggag tgatgggagc ggcactaact
      721 acagtgggga caatgcgctt gatgtgaaac tatctgatcg cccgatcgtg cttgaacgtc
      781 ttctacttga agaagataag aatgcgagaa aagcgtttat tggttatttc cgttatgcga
      841 tgctgtggca taagatccaa taccggataa aatctgtatt tcagggtaga aagggataag
      901 aataatgcgg aagaacatta tgttggtttt tgggacacgg ccagaggcaa tcaagatggc
      961 tcctttagtt aaggagtttc agaaatatcc ggataagttc aggacgactg tttgcgtgac
     1021 agggcaacat agagaaatgc tcgatcaagt gttgaatatc tttgatatta taccggatta
     1081 tgatctgaac atcatgaagt caggccagga tttatacgac attacatcgc gaatcttatt
     1141 gggaatgcga gatgtttttt ctcaggctaa accggatata gtgatggtgc atggtgatac
     1201 gactacgtca atggctgttg ctttagctgc attctatcaa cagatgcggg tcggacatgt
     1261 cgaagctggt ttacgtacga ataatatata tagtccatgg ccagaagaga tgaatcgtca
     1321 gataaccggg cgtattgcta cataccactt ttcgccaacc tctttagggc gagataattt
     1381 attgcaagag ggcgtacaca gtaatcgtat ttgggtgacg ggcaacacgg taattgatgc
     1441 gctctatgct gttcttggta ggataaaaca taatgaagcc ttgcaattat cactcggaaa
     1501 agcgttggat agagctggct atgacgtgga tagagtatcg aatgaaaata gatttcgacg
     1561 tcttgttctg attactggac accggcgtga aaattttggt aaggggtttc tccagatttg
     1621 tcatgcaata gagatgttga gtacgacata tcctgatgtg gattttgtct atccgatgca
     1681 tctgaatcca aatgtgcgaa aacccatcga aaaggttttt aatgagacac ctcgagaaaa
     1741 tctgtttttt atcgaaccat tggactatct cccatttgtg tacttgatga aaaaaagcag
     1801 tctcgtctta actgatagtg gtggtattca ggaagaagcc ccgagtttgg gtaaacccgt
     1861 ccttgttatg cgtgatacaa cggaacgccc agaggcatta gatgcgggga cggtgaagtt
     1921 ggttggcaca gattgtgata aaattatctc ggaagtctct tccttattgg aagataagga
     1981 atattatagg agaatgagtc gggctataaa tccatatggt gacgggaggg cgtgtgagcg
     2041 aattgtttca atttttagtt tggatggatg atgatctctt tgggaatagt ctaaaaacaa
     2101 agattatttt caagtgagcg atagggctaa attagggttt atgagggaat cgaattgcag
     2161 atgtccactt tgtggcaata taataaagag tagaatagag agtgtgagaa ctatagatat
     2221 atctaatttg tatcggagag tttacaaaaa ggatataggc tatatctgga aaagtgtgga
     2281 gagattggaa tatgttcttt gccaaaaatg tggtctgcgt ttttttgatc caatcatatc
     2341 gggggatgat ggtttttata atatcttgtt gaaagatgaa tggtactatc tgcatgaggg
     2401 gaaaacggaa tatgattatt cgcgtaagtt catcgaagag gatgatcgag tcttagatat
     2461 aggtgctgga agaggtgctt ttagacatta tttgtcagag aagaattatt atcagggctt
     2521 ggatcttagt agtaaagcta tagaacttgc taaaaaggat ggagcaaatg ttttgccaat
     2581 tccaatagaa gaatttagtg aggagaataa agagaggttt gacgtagtct ctatcttcca
     2641 agtaatagaa catatttctt cgttggataa attcatgtgt tctgcaattg attgcattgt
     2701 gaagggagga cttttgattg ttgcaacgcc agataacgat ggatttatta agtatgtatc
     2761 taatttttgc ctaaatttac cgccccatca tactcttcat tggaatgaga gatcactaag
     2821 gtctatggct gagaaatata atttggaggt tctggatatc tatagagaac cggtgtccag
     2881 cgtccataga caatggtggt ataatacaat gtcaacgact taccttaatc gtcttctaag
     2941 aagagatttt cggatgattg attataggtt tacatataag atcgtgcgtt tggtagctaa
     3001 aatattagct caattttaca aactgtctgg agagcataag aagtcttttg ggcagagtat
     3061 cattatggta tgcagaaagc ccgatgttta acttctgcac tctctttgac tccgcctatc
     3121 tatcgcgagg cttagcgatg tatgaatcgc tttgtcgcca ttgccaagaa tttcatttgt
     3181 atgtttttgc atttaacgac gcctgctaca cgacattgag gtcgttatct ctgaataaga
     3241 tgacggtgat ctcattgagt gagtttgagg atgatgaatt actgcgtgtt aagccggttc
     3301 gtacacgagg agaatattgt tggacatgta cttcgtctac catactgtat gtattagatc
     3361 ggtttaatgt agagagctgt acatatttag attctgatct ctattttttc tcatccccac
     3421 agtgcctatt tgatgagatg ggagataatg cagtgatgat cactccccat aattatacac
     3481 ctcaatacga tcaaagtata agaaccggaa tttattgtgt acagttcgtt gctttcaaaa
     3541 ataatgagca aggacgggat gttttgaatt ggtggcggaa agcgtgtata gattggtgct
     3601 ataatcgatt tgaaaacaat cgcttcggcg atcagaaata tttagacgat tggccaagac
     3661 ggtttgatgg agtacatgtt tgcaggaatt taggtgcagg tattgcgccg tggaatatgc
     3721 agcggttttc ttttcaagag gatagagggt atattgtggc tacagaaaaa gaaataggaa
     3781 cttcttttga ggttgtgttt tttcattttc actctcttac gtttgtcacc ccttcttatt
     3841 tttcccctcg accttactat cggagaagta aaagtgcaat tcaactaatg tttaacccat
     3901 acgtaaaaaa aatcgaggaa atcagaaaca aatatccaga agttgctgct tcggaaagat
     3961 atctctcagg attcaataga gtaaagtatt ttctcgaact ttttgcgcgt cgagggtgga
     4021 gtgaaatttc ttcgataaga gcgttgcacc aatagaatgg cagaattaat agatctcaaa
     4081 acatatactg atcgacgcgg aaatttgacc gtgattgaga aggttatacc gtttgatatt
     4141 aagcgaatct tctacattta tggtgtagat gactccgtga gaggtgggca ccgtcatcat
     4201 aaaactgtac aggccgccat ttgtcttcaa ggccactgca tcatatccaa tcatacaaag
     4261 aatggacata aggattttat cttagactct cctcataagt gtcttatcat taatcctgaa
     4321 gattggcata caatgcatca tttcagcaag gatgcaatct taatggtgtt ggcttcggaa
     4381 tatttcgacc ctcatgatta catctatgaa ccctataaat gacagacagc atattgaaag
     4441 agatgcttga cctatttcat acatactacc taaggcagcg attttttccc aattggttta
     4501 gcgttttcat caacccattt tattttatcc gcaagcggtt gatagagaaa gtgcggcgac
     4561 ttgcaccaca attagaaggt gaattgcttg attttgggtg tggagctaaa ccatatcagg
     4621 agttgtttcc gcatttaagg tcctatcttg gagtagatat agagaacgaa ggtcataatc
     4681 ataaaacgga agcaatagat gtctactatg atggagtacg ccttccattc aacgatgatt
     4741 cgtttgacgc gatattgaca agtgaagtgt tggagcatgt gcctaatgta gacggatgtc
     4801 ttacagatct tgttcgtgta ttgagaccgg gtggaaagat gctggttacc gtacctttta
     4861 tttgggcaga gcatgagttg ccgtatgatt ttagacgatt ctcccttata gggattcgaa
     4921 aacacataac agatcaggga ttgacaatcc ttgccgaaga acgtagcgga cattttgcgg
     4981 aagtcgtttt gcaattgtgg atggcatatt tacgaagcct gttttacgtc aagaataaat
     5041 atgtcaacct tcttatgaat gccatattca ttgcaccggt ttgtattttg ggcggtgcga
     5101 ttgtttggtt gttgccccga aaacctgaac tgtattttaa tacgataata ctggctcaaa
     5161 agaagatcta gatgcccctc cacttctcca ttatcacggt cacatacaat gctcggaagg
     5221 cgctcgagcg gacgatgcag agtgtcgagg tgcagacgta tggcaagatg gagtacctcg
     5281 tgattgacgg gggatcgact gacgggacga tggagcgagt cacacgttgg gaggcggagg
     5341 tggcggacga acgcacgcgg cgtggcctgg agccgatgcg gtgcgtaacc gtttcggagc
     5401 cggaccgtgg gctgtacgac gcgatgaaca agggcctgca acgggcaacg ggcgactatg
     5461 tctggtttct caacgcaggc gacacatttc ggtcgccaga gactgtgg
//
LOCUS       SEQF2638.1|AYYF01001052.1 1558 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1558
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(170..487)
                     /locus_tag="SEQF2638.1_00584"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDTHTTSNEIQIELTDEVAQGTYVNLAVIAHSEDEFVFDFIRLV
                     PGVPKAKVKCRLIMTPDNARRLLHTLDENLRQYDETRQGGGADDANSFGGMLPPIGKP
                     GEA"
     CDS             complement(510..1427)
                     /locus_tag="SEQF2638.1_00585"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEAEVDGGTAQVVGVEEAELLGEAEEDFTIEVVVGHDAGFMEGG
                     LAMLFADEEGGQGLLLVGELLEDDLHGLAVGGHVVGLAGEDVHACFAQLVDLSGGHFG
                     LSGDGSGHQQLLGHQRGHLFLLGGLRAAFGYGHDGFRGAIVGIDGAEQAVIGQVDEGG
                     GGFGLELDDVGIGLVGHAFVLQVDFTQFVIHMVGHDGILDAEILFGILVVRPGLAGHL
                     GDFGRYDQRCFGEGVGDAVAVAFHRYFLLHPRLRKGRRGHAEQEADRPDAVFHIRLQF
                     MLPAFINAKRCANLSLFFTGTTFLYFRAP"
ORIGIN      
        1 actaaaaaga ggttttcggt catttcgggt caccagaaac gactaaaaag aggtttgtgg
       61 ccatttctgg tcaccagaaa tgactaaaaa gtggtttttg gccatttcgg gtcaccagac
      121 gcggcttcga cggtcgtccg cgtcatgccg cacaatgcgc acgatgcgtt taggcctcgc
      181 cgggcttccc gatcgggggg agcatgccgc cgaacgagtt cgcgtcgtca gcgcctccgc
      241 cctgccgcgt ttcgtcgtat tggcgcaggt tctcgtccag cgtgtggagc agtcggcggg
      301 cattgtcggg cgtcataatg aggcggcact tcaccttcgc cttcggcacc ccgggcacga
      361 ggcggataaa gtcaaagacg aactcatcct ccgaatgggc aatgacggcc aggttgacgt
      421 acgtaccctg cgccacctcg tccgtgagtt caatttggat ctcgttagaa gtcgtgtgtg
      481 tatccataaa cagctaattg atatttgaat tacggggcgc gaaagtagag aaacgttgtg
      541 ccggtgaaaa atagagatag atttgcgcac ctttttgcat taataaacgc aggcaacata
      601 aactgaagac gaatatgaaa tacagcatct ggacgatctg cctcctgctc ggcatggcct
      661 ctccggcctt ttcgcaaacg cgggtggaga agaaaatagc gatgaaaagc aacggctacg
      721 gcgtcaccta ctccctcccc aaaacatcgc tggtcgtaac ggccgaaatc acccaagtga
      781 cctgcaaggc cgggccttac tacaagtatg ccgaaaagta tctcggcgtc aaggatgccg
      841 tcatgtccga ccatgtgtat tacgaactga gtaaagtcta cctgcaaaac aaaggcgtgc
      901 ccgacgaggc caatacctac atcgtcgagt tcaagcccaa aaccaccgcc cccttcgtct
      961 acctgaccga tgacggcctg ctctgcacca tcaatgccga ctatagcccc acggaatccg
     1021 tcgtggccgt agccaaacgc agcgcgcaag ccgccgagaa ggaacaggtg cccgcgctga
     1081 tgaccgagga gctgctgatg gccggatccg tcacccgaca ggccgaagtg gccgcccgac
     1141 agatctacaa gctgcgcgaa acacgcatgg acatcctctc cggcgaggcc gacaacatgc
     1201 cccccgacgg cgaggccatg aagatcgtcc tccagcaact caccgaccag gagcaggccc
     1261 tgaccgccct cttcgtcggc gaaaagcatc gcaagaccac cttccatgaa acccgcatcg
     1321 tgcccgacga cgacctcgat cgtgaagtcc tcttccgctt ctccgagaag ctcggcctcc
     1381 tcgaccccga cgacctgggc ggtaccccca tctacctcag cctccatgcc atcaaccgcg
     1441 ctcctgccct cgaccccaaa gaggccgaga agagggaaaa gtccatgaag ggcatcatct
     1501 ataatgtgcc cggtaaggcc gacgcgcgga tcgaaatggg cgatagtaag ctctatcg
//
LOCUS       SEQF2638.1|AYYF01001053.1 1023 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1023
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(570..824)
                     /locus_tag="SEQF2638.1_00586"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFLKQRAEIGFNLLQTQTLIRLNTQYIVSALIDDLFGNGCLRTY
                     SINGDNSPVQVQQMKKLMYSRYFVCFSVNIELGKTAHILW"
ORIGIN      
        1 tgagatagcc ggcggtggtg ttgagcttga aggctttctc ctgcgcgaag taggcctcga
       61 gctcctcgat aaaggccttg tccgccttgt gcaccgggca gggctgacgc attaaaaaca
      121 gctttctcgg tacttttaca gacattaaaa ctccgttagt tgtgtatcat tctctattag
      181 aaagcctttg tatggttcca gacccacgga tagagcgtaa aaaaatttat cctcttgact
      241 ttttactcct gatcgttttc ctctctacac tctcaggaaa tacctcctgg tatgagattg
      301 aagattatgc cgaggaatac gaagaagaat tgaaaagtct atacgaactg cttaccggtc
      361 atcagcttac gcacactaag ccatcccatg atactcttaa caggagcatc agtctgttgg
      421 atgtagacgc ttttgaggga gcttataagc gatggattga aggctttatc tcggccactt
      481 caggtaaaca tatttgcatt gatggcaaga cgatgcgggg agtgaagaaa ctctcttttg
      541 atacccaatc ccatgtcatc tctgcttttt caccacaaga tatgtgcagt cttgcccaac
      601 tctatattga ccgaaaaaca aacgaaatac ctgctataca tcaacttctt catttgctgg
      661 acttgaacgg ggctgttgtc tccattgatg ctataggtac gcaaacagcc attgccgaac
      721 aaatcatcga taagggcgga gactatgtat tgtgtgttaa ggcgaatcaa agtttgagtt
      781 tgcaagagat tgaagcctat ttctgccctc tgtttcagaa acatatcctc cttgacgagc
      841 tgacggaact atctcacggg cgcatagaaa cacgtcgcta tgaaagtatt ctcaacccct
      901 tggagataga agccaacgag gtattgactc gctggaaagg cttgaggtcg atacacaaag
      961 ttatacgcaa acgaagggat aaaaggagcg acaaaacgag tgaagaagtg gtctactaca
     1021 ttt
//
LOCUS       SEQF2638.1|AYYF01001054.1 1119 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1119
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             96..1094
                     /gene="xerC_4"
                     /locus_tag="SEQF2638.1_00587"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01808"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerC"
                     /translation="MEKTYAEILTKDGVVSAELLKNRLQGVAATPTTLLTISEAELQS
                     VKACVGKSRSEGTYRNHTYSDKMLREWIESRGQKDMPIDAVTEEMLEEFRFYFKKKRF
                     AAKTVNRHLCWLSRLMYRAVSKRIIRYNPFEDATYEKEERKIRFLQKSDVAKLMALKV
                     NDKEAEQARQMFLFSCFTGLAIADMERLKFSHIQTAADGRRYIRKERQKTKVESVVPL
                     HPIAEEILNRCRENQAVKEEGDALVFPRGCSRSVMNSKLSTVGLACGIRQRLSFHMAR
                     HTFGTLSLSAGIPIESIAKMMGHASISSTQIYAQVTDKKISEDMDKLIRKQQAASE"
ORIGIN      
        1 ccggcgagga atgtctgcca gccgaatgga acagcagaca gggtataacc ggcgaaaaga
       61 aaatcaatca acgcctcgca gcattcaggg agcttgtgga aaagacctac gcggaaatac
      121 tcacgaaaga cggagtggtc agtgcagaac tgctcaagaa ccgtttgcag ggcgttgccg
      181 ctacaccgac tacccttctg accataagcg aggccgaact gcaatccgtt aaggcatgcg
      241 taggtaagtc aagatctgag ggcacctatc gaaatcacac ctattcggac aagatgcttc
      301 gcgagtggat agaaagcaga gggcaaaagg acatgcccat cgacgctgtt acagaagaga
      361 tgcttgagga gtttcgtttc tatttcaaga agaaacggtt tgcagcgaag acggtcaatc
      421 ggcacctctg ttggctcagc cgattgatgt atcgtgcagt tagcaaaagg atcattcgct
      481 ataacccatt tgaagatgcc acctatgaaa aagaagaacg gaagatacgc ttcttacaaa
      541 agagcgacgt agctaaactc atggcgctga aggtaaacga caaggaagcg gagcaggccc
      601 ggcagatgtt cctcttctcc tgcttcacag ggctggccat tgcggatatg gaacgcctaa
      661 agttctcgca cattcaaaca gccgccgatg gtaggagata tatccgcaag gaaagacaga
      721 agacgaaagt ggagtctgtc gtgccgctac atccgatcgc ggaggagatc cttaacagat
      781 gccgagagaa tcaggcggtg aaagaagaag gcgacgccct tgtcttccca cgcggttgca
      841 gccgcagtgt gatgaatagc aaactgagca ccgtgggact ggcatgtggc atcaggcaac
      901 ggctgtcttt ccatatggcg cgccacacgt tcggaaccct gtcgctcagc gccggcatcc
      961 cgatagagag catcgccaag atgatggggc acgcgtccat ctccagcacg cagatctatg
     1021 cccaggtgac ggacaaaaag atctcagaag acatggacaa gctgatccgg aagcaacaag
     1081 cggcgtcaga gtgatccccg cacggctgtt ccaacgctg
//
LOCUS       SEQF2638.1|AYYF01001055.1 287 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..287
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cttcacgatc accttatgaa cggaaccatc cttcaaggtg atcacgtacg caccgcgact
       61 catcgggatc gacgtgtcac cttcgggcag gtcaacgcgc ttcactaact gaccagctac
      121 ggagtagatg ctggcaatgt cagcacgctc tacacggatg tagatcttct caccgtgcga
      181 ccaaacggcc gtgccagccg tcagcagctc gtttgcaacc acatccggac cgaaggtcag
      241 cgtcacttct tgctgtacgc tcggcacgat gtactcgtat tcgccgt
//
LOCUS       SEQF2638.1|AYYF01001056.1 6741 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..6741
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             57..1280
                     /locus_tag="SEQF2638.1_00588"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGRLGIDFNVDFYTSGSTSRSHAVETSRMQEDRVVNSENRVRNR
                     LAASKLILSYPVFGGELSVGGEYVRTHRTDVYSNPERIVPSSDMTADEWNSSLFAEYA
                     RETPIGQFGVGLRYEHVRSDYLSDGRPLDGLNRSYNQWFPNVSFGTRVKGVDLQLAYT
                     AKTQRPSYRQLTSNVYYANRLTLQTGNPLLKPTLTHDVSLTASWRIMQLTASYRQERD
                     AVIDRTERSRIDPKVSLITYTNLDRLPLLTAFATVTPTFGVWTPQLSAGFVKQWAEVE
                     IDGKPVRYDRPIFRISLNNSLRLPAGLLFMLDVRYRSKGDERNLYLTDDVWVVNMGLT
                     RSFFSDRLSVMLRGWDVFRGEGGGAIYRSPHMESYQVDRYDSQEFELTLRYRFNAAKS
                     KYKGTGAGTGELERL"
     CDS             complement(1317..1661)
                     /locus_tag="SEQF2638.1_00589"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSYKLRTIRSFDRDVKRLAKHYHSLRDDLRQLARQLLENPLQGA
                     DLGGGIRKIRLAITPKQSGKRGGARVIIHIELLTGMHEGTICFLALYDKSAQSSISDK
                     IIRELLKEAGII"
     CDS             complement(1651..1899)
                     /locus_tag="SEQF2638.1_00590"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTTIELGAAIQRELDRMEGNETMMKQALQALRRIGREVKKKEYA
                     GQDDGEIIAGLRHAFSEWKDVKEGKLQTRSLEELLDEL"
     CDS             complement(1939..3300)
                     /locus_tag="SEQF2638.1_00591"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MITHALINPRSIAVIGGSNHIHKPGGRLVKNLIEGPFTGDLYIV
                     NPKERLIQGHPVTRSVNDLPTGIELGVLAVSAAHCTEAVRVLVEEKGARAIIIISAGF
                     SEESTEGAAIEREICRICTAAAAALIGPNCIGLANPHHHAVFTSPVPTLGPGGVDLIS
                     ASGGVALFIIECALTKGLRFHSLWSVGNAAQTGIEEVLEYMDEHFDPSIDARIKALYI
                     EDIRDAEKLVRHAVSLVRKGCCIAAIKGGTTADGMRASAMHTGARPTSEEAVAALFRR
                     AGIVRCYSREELIAVACAFALPRPHGRSFAVVTHAGGAGVILTDALVRCGMKVPAYRG
                     ARADELKARLLPGASVANPIDILGTGSAADFGLAIDYADQHFPETDAIAVIFGSIGLG
                     PITAAVDVILEKMQTCSKPIYPILPSVLNTAEEITHFVTRGGITFPDEVTLAQALGRM
                     ASL"
     CDS             3892..6117
                     /gene="btuB_1"
                     /locus_tag="SEQF2638.1_00592"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01531"
                     /codon_start=1
                     /transl_table=11
                     /product="Vitamin B12 transporter BtuB"
                     /translation="MKLRFKYTLPVLAAALSVNAARAQFNVKGNVALDNGDKAIGATL
                     RLLRSGEVATTDADGNFTLHSSHSTDRLVAAYIGFRSDTIDVTAANANALAIVLREEV
                     QQVSEVVVKGRVANTLKSRIATVQTEKINYEELTRAACCNLSESFETNASVDVSYSDA
                     ATGAKQIRLLGLPGTYVQMLTENVPNFRGAASLFGLDYVPAPWMESIQVSKGSASVRN
                     GYESVTGQINVEYKKPMKAAPLTLNLFASDAGRMEGNADAAIRLSKHLSTGLFAHYSR
                     DKQSHDADGDGFLDLPLTEQFNVFNRWFYNRKNYVSQVGVKLIRETRENGQTAHATPA
                     RPGDPLYRIDIRTLRGEVFTKNGYVLDDEANRSVALILAGSFHKQDATYGAIPYDLRQ
                     SNVYANLLFDTDLGVKHKISTGLSLNMDRTEQTSNYFADDPAFLRLRTEWTAGAFAEY
                     TWKPMRNLDIMAGLRADRHNEYGAFVTPRLHLHYTPIEALSVRASVGKGYRSVNVFVE
                     NNFLFASNRVRNLSVAPDLRMESAWNWGASLTGYLPIAGQELTLSAEYYQTDFQNQVV
                     ADVMTDAHGVRFYNLDGRAYARNIQLEAAYTFFKALDVRAAWRWTDAKETYNGRLMEK
                     PLTNRYKGLLTVGYRTPRYGWQLDATAQFNGAGSMPTPDAVRPLWEPTFDPYTMLGAQ
                     VTKRFKKMSVYLGAENLLNFKQAHPIVASSDPWGNDFDATMVWGPVHGRKIYAGLRWS
                     L"
     CDS             6301..6606
                     /locus_tag="SEQF2638.1_00593"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIVALLIMAMGATHTMAQDQKAPKKDERVTFAVEIVCSSCVKNI
                     KKQFAYEKGVKDVRVNQAKQQVTVTYNPTKTDTKRMIAAFKEIGKDATVATPPEVIN"
ORIGIN      
        1 cacgccgcac gacgaacgac ccagcgcacc gtctcaatgc gtattacaac ggcacggtgg
       61 gccgcttggg gatcgacttc aatgtcgatt tctacacgag cggaagcacg tctcgttcgc
      121 atgccgtgga gacgagccgc atgcaggaag accgcgtggt gaactcggaa aatcgtgtgc
      181 gcaaccggct cgcagcgtcg aagctaatcc tgtcgtaccc cgtctttggt ggcgagctgt
      241 ccgtcggtgg cgagtatgtc cgcacgcatc gtacggatgt gtacagtaac cccgagcgta
      301 ttgtcccgtc gtctgatatg accgcggacg aatggaacag cagcctcttt gcggagtatg
      361 cacgggagac gcccatcggg caattcggcg tcgggctgcg ctacgagcat gttcgctccg
      421 attacctcag cgacggccga ccgctcgacg gcttgaaccg cagctacaac caatggttcc
      481 ccaacgtctc gttcggcacg cgggtgaagg gcgtcgactt acaactggct tacacggcga
      541 agacgcagcg cccgtcgtat cgccaattaa caagcaacgt gtattacgcc aaccgcctca
      601 cgttgcaaac gggtaacccg ctgctgaagc caaccctaac gcacgacgta agcctcacgg
      661 cttcgtggcg catcatgcaa ctgacggcga gttaccggca ggaacgcgac gccgtgattg
      721 atcgcacgga gcgcagccga atagatccga aggtgtctct catcacctac accaacctcg
      781 atcggctgcc tttgctgacg gcttttgcca ccgtcacgcc gacgttcgga gtgtggacgc
      841 cgcagctcag cgcggggttt gtcaagcagt gggccgaggt ggagattgac gggaagccgg
      901 tgcgctatga caggccgatt ttccgcatct cgctgaacaa ctcactccgg ctgccggctg
      961 gcctactctt catgctcgac gtgcgttacc ggagcaaggg cgacgagcgc aatctgtacc
     1021 tgacggatga tgtgtgggtg gtcaatatgg ggctgacgcg atcgttcttc agcgatcgcc
     1081 taagcgtgat gctgcggggg tgggacgtgt ttcgcggcga agggggtggc gccatttacc
     1141 gctctcccca catggagtcc tatcaggtcg accgctacga ctcgcaggag ttcgagctta
     1201 ccctgcgcta ccggttcaac gcggccaaga gtaaatacaa gggcacaggt gcgggcaccg
     1261 gtgagttaga gcggttatga ccactcccgg ccggtgggga gggattaagg tcggtatcaa
     1321 atgatgccgg cctctttgag tagttcgcgg atgattttgt cggagatgga agactgagca
     1381 gacttgtcgt aaagggcgag gaaacagatc gtgccctcgt gcattccggt taagagctcg
     1441 atgtggatga tcacccttgc gccgccccgc ttaccgctct gcttgggagt gatggcaagt
     1501 ctgattttac ggatgccgcc tcctaagtct gcaccttgca acgggttttc cagtagttgc
     1561 cgggccaatt gccggagatc gtcgcgtaga gagtgatagt gcttggctaa ccgtttgaca
     1621 tctcgatcaa acgagcggat agttcgcagc ttatagctca tcaagcaatt cctctaatga
     1681 tcgggtctgt agcttaccct ctttcacgtc tttccattcc gagaaagcat gccgtaagcc
     1741 ggcaataatc tccccgtcgt cctgtccggc gtattccttc ttttttacct cacggccgat
     1801 gcggcgcagg gcttgaagcg cttgtttcat catcgtttca ttgccttcca ttctgtccag
     1861 ttcacgttgg atggcggcgc ccaattctat cgttgtcatg atcgtctttt attaatggat
     1921 tgatagggca aacataactc ataggcttgc catccgtccc agcgcttgcg ccagtgtgac
     1981 ctcgtcgggg aaggtgatgc cgccgcgggt gacgaagtgg gtgatctctt ctgccgtgtt
     2041 gagtaccgag gggaggatgg ggtagatcgg cttcgagcac gtctgcatct tctcgaggat
     2101 gacgtccact gcggccgtga tcggtcccag cccaatgcta ccgaagatca cggcgatggc
     2161 gtctgtctcc gggaagtgct gatcggcata gtcgatggcc agaccgaagt ccgccgcaga
     2221 gcccgtgccg aggatgtcga tcgggttagc caccgacgcg cccggcagca gacgcgcctt
     2281 cagctcgtcg gcccttgcgc cacggtaggc cggcaccttc atgccgcaac gcaccaaggc
     2341 gtcggtcagg atgacgccgg cgccaccggc gtgggtgacg actgcaaagc tcctcccatg
     2401 cggtcgtggt agcgcgaagg cacaggctac ggcgatcagt tcctcgcggc tgtagcaccg
     2461 cacgatgccc gcccgacgga agagcgccgc cacagcctcc tcactggtcg gccgtgcacc
     2521 cgtgtgcatg gctgacgccc gcatgccatc ggccgttgtc ccgcccttga tggccgcgat
     2581 gcagcacccc ttacgaacga gcgatacggc gtggcgcacg agcttctcgg cgtcgcggat
     2641 gtcctcgatg taaagcgcct tgatgcgcgc gtcaatggag gggtcgaagt gctcatccat
     2701 atactccaac acctcctcga tgcccgtctg cgcagcgttg cccaccgacc agagcgagtg
     2761 gaaccgcagc cccttcgtca gtgcgcattc gatgataaac agcgccacgc cgcccgaggc
     2821 cgagatgagg tcgacgccgc cggggccgag cgtgggcacg ggcgatgtga agacggcgtg
     2881 gtggtgcggg ttggccagcc cgatgcagtt cgggccgata agcgccgcgg cggctgcggt
     2941 gcagatgcgg cagatctccc gttcgatggc cgcgccctcg gtcgactcct cgctgaatcc
     3001 ggctgagatg atgatgatgg cccgcgcacc tttctcttcc accaacacac gcacggcctc
     3061 cgtgcagtgc gccgcggaga cggccagcac gcccagttca atgcccgtcg gtaggtcgtt
     3121 tacgctgcgc gtcacggggt gcccctggat cagacgctcc ttcgggttga cgatgtataa
     3181 gtcgcccgtg aacgggcctt cgatcaagtt ttttactaac cgcccgccgg gcttgtgtat
     3241 gtggttcgag ccgccgatga cggcgattga tcgcgggttg atgagtgcat gcgtaatcat
     3301 ttgaatggga tttaataggt gattgatggc cgcaaaaata ggagccttat catctgcggc
     3361 gaccagaaat aatgtatttc gaggccatgc aaacctgcgg cgaccagaaa taatgtattt
     3421 cgggcattgt aaaatctgcg gcgaccagaa atagtgtatt tcgggcgttg taaaatctgc
     3481 ggcggccaga aataatgtat ttcgagggtt gtaaaatctg cgacggccag aaataatgta
     3541 tttcgagcgt tgtaaaatct gcggcggccg gaaataatgt atttcgaggg ttgtaaaatc
     3601 tgcggcgacc agaaataatg tatttcgagg gttgtaaatt ctgcggcgac cagaaatagt
     3661 gtatttcgag gcaatgtaaa cctgcgagag gctgtcgaag tgttcgacga gatgacctcc
     3721 atgatgaggc cttgaagctc gcatttcccc tgcccaaagt ctctacaaaa gactcaaaaa
     3781 ccgtttatcc atgcgctttc cacaggaaat tgcacgtctt ttgccgccct caaatgacaa
     3841 gtgagggtga caaaaagccc ctcgaagatt ctatacacac gacttacgtt tatgaagtta
     3901 cgattcaagt acaccctgcc cgtccttgcc gccgcgctta gcgtcaatgc ggcccgggca
     3961 caattcaatg tgaaaggaaa cgtcgccctc gacaacggcg acaaagccat cggcgccacg
     4021 ctgcgcctgc tccgttcggg cgaagtggcc acgaccgacg ccgacggaaa ctttacgctc
     4081 cacagcagtc actccaccga tcgactcgtg gcggcctata tcggttttcg ttcggacacg
     4141 atcgacgtca ccgcggccaa cgcgaacgcg ctggccatcg tcctccgcga ggaggtgcag
     4201 caggtgagcg aggtggtcgt caaggggcgc gtggccaaca cgctcaagtc gcgtatcgcc
     4261 acggtgcaga ccgagaagat caactacgag gagctaacgc gcgccgcctg ctgcaacctc
     4321 tcggagagct tcgagacgaa cgcctcggtc gacgtctcct actccgacgc ggccacgggc
     4381 gccaagcaga tccgcctctt aggcctgccc ggcacgtatg tgcaaatgct gaccgagaat
     4441 gtgcccaact tccgcggcgc cgcctcgctc ttcgggctgg actatgtgcc agcgccgtgg
     4501 atggagagta tccaggtgtc taagggcagc gcgtcggtgc gcaacggcta cgagtcggtc
     4561 acggggcaga tcaacgtgga gtacaagaag cccatgaagg cggcgcccct tacgctcaac
     4621 ctcttcgcct ccgacgccgg ccgcatggag ggcaatgccg acgccgccat ccgcctctcg
     4681 aagcacctct ccacgggcct ctttgcccac tattcgcgcg acaagcagtc gcacgacgcc
     4741 gacggcgacg gcttcctcga tctgccgctc acggagcagt tcaacgtctt caaccgctgg
     4801 ttttataacc gcaagaatta cgtctcgcag gtgggcgtga agctgatccg tgagacgcgt
     4861 gagaacggtc agacggcgca tgccacgccg gctcgccccg gcgatccgct gtatcgcatc
     4921 gacatccgta cgctgcgcgg tgaggtgttc acgaagaatg gttacgtgct cgacgacgag
     4981 gccaaccgca gcgtggctct catcttggcc gggtcgtttc acaagcagga cgcaacctat
     5041 ggcgccatcc cctacgacct gcgccagtcg aacgtctacg ccaatctgct cttcgacacc
     5101 gaccttggcg tgaagcataa gatcagcacc ggcctcagcc tgaatatgga tcgcacggag
     5161 cagacgtcga actatttcgc cgacgatccc gccttcctcc gcctacgcac ggagtggacc
     5221 gctggcgcct tcgccgaata cacgtggaag ccgatgcgca acctcgacat catggccggc
     5281 ctgcgcgctg atcgccacaa cgaatacggc gcctttgtca ccccgcgcct gcacctccac
     5341 tacaccccca tcgaggccct cagcgtgcgc gcctctgtgg gcaagggcta ccgctcggtg
     5401 aacgtctttg tggagaacaa cttcctcttt gcctccaacc gtgtgcgcaa cctcagcgtg
     5461 gcgcccgacc tgcgcatgga gtcggcttgg aactggggcg caagccttac gggttacctc
     5521 cccatcgcgg ggcaggagct gacgctctcg gcggagtatt accagacgga tttccagaat
     5581 caggtggtgg ccgacgtgat gaccgacgcc cacggggtgc gcttctacaa ccttgacggc
     5641 cgagcctatg cgcgtaacat ccagctcgag gcggcctaca ccttctttaa ggccctcgac
     5701 gtgcgcgcgg cttggcgctg gacggacgcg aaggagacct acaacgggcg cctgatggag
     5761 aagccgctca cgaaccgcta caaaggcctc ctcacggtgg gctaccggac gccgcgctac
     5821 ggctggcagc tggacgccac ggcacagttc aacggcgccg gttcgatgcc cacacccgac
     5881 gccgtccgcc cgctctggga gccgacgttc gacccctaca cgatgctcgg tgcgcaggtg
     5941 acgaagcgct tcaagaagat gtccgtctac ctcggcgccg agaacctgct caacttcaag
     6001 caggctcacc cgatcgtcgc ctcgtccgat ccctggggta acgacttcga cgccacaatg
     6061 gtctgggggc cggtgcacgg tcggaagatc tacgcggggc tgcgctggtc gctctaacct
     6121 ctcttcatga ggacttttcc gccggcgggt taattggtta tcttattttt gccggcgtcg
     6181 ctcccctcgg ggcaagcatc ggactcgccc cagcaatgac gacttataac taccgcgcca
     6241 caccggcgca ttcgattatt caccctcaaa acaaaactga gtatgaaagc aattcaatca
     6301 atgatcgttg ccctgctgat aatggcaatg ggtgcaaccc acacgatggc gcaggatcag
     6361 aaggcgccta agaaagacga gcgcgtcacc ttcgccgtcg agatcgtgtg cagcagctgc
     6421 gtaaagaata tcaagaagca gttcgcttat gagaaaggtg tgaaggacgt tcgcgtcaat
     6481 caggccaagc agcaagtgac cgtcacctac aaccccacca agacggacac caagcgcatg
     6541 atcgccgcct tcaaagagat tggcaaagac gccaccgtag ccactccgcc cgaggtgatc
     6601 aattgatgcc tcgttgcgca gatgtatgta ttcaagcagt cctgtcggtc tacacatgac
     6661 ccggcaggac tgcttgccgt ttttatccgc cccttaaccc ccaatacgta ttcacgatga
     6721 aagtctcccg cctccttcac c
//
LOCUS       SEQF2638.1|AYYF01001057.1 12114 bp   DNA    linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..12114
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(81..1592)
                     /locus_tag="SEQF2638.1_00594"
                     /EC_number="5.4.4.3"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q46ZL2"
                     /codon_start=1
                     /transl_table=11
                     /product="3-hydroxylaminophenol mutase"
                     /db_xref="COG:COG0174"
                     /translation="MNPQELSMNANRLVAFLQKPASEFTKADIISFIRQNDIKMVNFM
                     YPAGDGRLKTLNFIITNEEYLDTILTCGERVDGSSLFSFIGAGSSDLYAIPRFRTAFV
                     DPFAEIPTLSMLCSYFNKDGQPLESAPEYTLHKACKAFTDVTGMKFQAMGELEYYVIV
                     PQEDYKDFEATDQKGYHESGPYAKFNDFRTECMSYIAQTGGQIKYGHSEVGNFTLNGY
                     IYEQNEIEFLPVDAEEAADQLMIAKWVIRNLGYQYGYNVTFAPKITAGKAGSGLHVHM
                     RFTKDGKNQMLTNGELSETARKAIAGMMELAPAITAFGNTNPTSYFRLVPHQEAPTNV
                     CWGDRNRSVLVRVPLGWSAKTDMCVLANPLEKESHFDTAQKQTVEMRSPDGSAELYLL
                     LAGLAVACRHGFEIPNALEIAEKTYVSVNIHKKENEEKLKSLAQLPDSCEASADCLEK
                     QRKVFEAHDVFSPGMIDGILANLRSYKDKTLRADLEGKTEEMLALVKKYFHCG"
     tRNA            complement(1990..2065)
                     /locus_tag="SEQF2638.1_00595"
                     /product="tRNA-Pro"
                     /inference="COORDINATES:profile:Aragorn:001002"
                     /note="tRNA-Pro(tgg)"
     CDS             complement(2186..3838)
                     /locus_tag="SEQF2638.1_00596"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDIDMKKYTAILLGLLAAFALQAQPEAVFNKLIKQYTWNSDGSM
                     TYHYRKEVKLNTHMAFNQLYGETFIIYNKEFQTLRINECYTRQADGTIVKAPDNAFNE
                     VLPAFAVDAPAYNHLTEMVITHTGLEIGATIYLDYTLTTGVGYYPFLDVAETLEEHAP
                     VTECEVSITMPADDKLTCGISGVDSKEPTTHTENDMTTYTWQFRNLPAIPLESHRASE
                     AVPMLFASNAGGENGIAWLSAMKVRPADCARLVDKLLQGITSPVDRANAIQRFVVNNI
                     STVNLPVLLSADIREPSVVLSSAYGTPAEKAALMASMLLAANLDAQILAAFPIHAMPI
                     AVGALTDIRVRTGGRFLSPVRMDAPDPALRATRDQFWLTGDDGVNMVQIVKRSARLAC
                     SAQITLGKDEATVEGTVTDSEDPAAKPDFTGKTPLQSSAGYTVYTLPAPRHQGLDAWR
                     LTLGSTRTQPYELPYALTETCDYTIDLGGRELKTLPFRKEWSGAAGKICLSLQRDGNK
                     VTVHREIELTHPVISPEAYADLRALILLWQDDAYRTLILKDK"
     CDS             complement(3860..5821)
                     /locus_tag="SEQF2638.1_00597"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKNNKLLSTMLTMALAAPIAAQSWLPLKQHADGAADLVKEEALV
                     LLDSTGVVVADNGSGSFTIRQVVEVRSVPAALRYRVVKYDYDPLTAFARFSRATVYKA
                     DGTKREVDVTKAVDYAAPARMIYWGARQIMLEIGALDSGDIVDYEIDKKGFTYALLSA
                     GADDEERFVPPMRGQFYDIVPFWVTTPTVRKVYTVDMPADKEVQYEFYQGQCQSSMRL
                     QGKRRLMTFAVADVKPFPKEPNMVDLYDVAPKLMMSSTPEWKEKSLWFHKVNEDYNSF
                     GADPETKKKVDELLRGKQTEMEKIAVLTHWVADNMRYSGISMGKGEGYTLHATKMNFT
                     DRCGVCKDKAALLISMLRMAGFEAYPAMTMAGSRIESIPADHFNHCVTVVKLSNGQYM
                     PLDPTWVPFQRELWSSAEQQQHYLPGLPEGSDLLQTPLSPPEDHYFRLSANTALDAKG
                     TLRGEFTVTAEGQSDARLRWPLIRGLMANWRNAMESELLRVSPNARMLSVDYGRDPRD
                     YQAGPIRITMKFEIPDYALTGDGVLLVRPICARLYPSVRTYMNIDTDRPTRRYGFKDA
                     CSRLVELKETMTIPAGYTLRQSPVDERLKSDAADFIGSLSQRGNKVNIRHELTLRKRV
                     YDAADWPGFRKAVKAHKDLADEWLVLEKK"
     CDS             6386..7345
                     /locus_tag="SEQF2638.1_00598"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MASEEKQLPKTVKIKGSYCRHYSAIHHAQFHRNQFDLVNGVDKT
                     KLKIPEVAMQKWEGEVKEEIDLNEKAAWSVHTKALLEKDEERDKLLTHLFGIIRFNHY
                     SPVQATAKAAEKMESIFGKYIAANIQREGFEDESGHIVGLLNDAAPYTAEIAALGLTD
                     TITQLKTVNDAYEALRKERRSETVTAKTEALKVLRPKTDASYEYICSYIEAAYITATS
                     DDVKTLIERLVSDMNQVITDFKGSHKSSLAQKKAAKEPKEPKEPKDPKQPKEPKTPEK
                     PKDPKQPEKPGGGSGEPPKKPDEKPKDPKKPDDGNPDITLPEE"
     CDS             7415..7816
                     /locus_tag="SEQF2638.1_00599"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTKAIGNLNVAGALINKQEENSCTASIHCSYYAVLQYMKYILA
                     HTDKEPLSYEEQDEQSKGKSSHEYIIVQIKQRIDRPKAAQELVQTVRELKDMRIDADY
                     SSRQFTVEESLECKQQAEGLIAKLKTYFGNL"
     CDS             7813..8181
                     /locus_tag="SEQF2638.1_00600"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRDLELEKTLRQWAEDMVKRYTWLTIRFEYNEKRRAYLISYSPE
                     SKADEDERFVIESSAFEDRINEQYDGLKAPLFCYEERLFKLSPTAEVIRHHKPEKALL
                     RIATRKKQPQGIAMAAIIHR"
     CDS             8336..10483
                     /gene="dap4"
                     /locus_tag="SEQF2638.1_00601"
                     /EC_number="3.4.14.5"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q6F3I7"
                     /codon_start=1
                     /transl_table=11
                     /product="Dipeptidyl aminopeptidase 4"
                     /translation="MMTLTTALAVAQKPTPNLKDYTDGKYSPTSKGSDLRSLPDGEHY
                     TAMDKLGTAIVRYEYRTGRVVDTLFNTRTARECDFKNFEGYEISPNGHHIIVWRESDE
                     IYRHSQRFKAYDYDVRRKLIKPLNESGRKIMLPTFSPDGRMCAYVVDNNIWIKKFDYD
                     TEVQVTRDGATNRIINGSTDWVYEEEFAMTRMMTWSADSRFLAFVRFDESEVPEYSMQ
                     IYGEKTYYPSYYKYKYPNTGDRNSTVSVHAYNIETKDTKTIPVPLDADGYIPRIEFTT
                     VPDQLAVMTFNRHQSLFSMYFANPASGVCKLILKDENTRYINPEWVRTLRFNKNGFLY
                     VSERDGYAHVYQYAPTGVEQRQVTRGNWDVTRLIGLDEATNTVYFEAADESPLRRSVC
                     RVDAKGVKTNLSKLPGTNAATFSKNYAYYVLRHSSATTPTIATLHETKSGKELRTLQD
                     NAQLRERLAKLSYGPKEFFTVRTADGVELNAWMVKPADFNAKKKYPVLMTQYSGPNSQ
                     SVLDRFEFGWEECLAAHGVITVCVDGRGTGARGEEFRKCTYLKMGDLESKDQVAAAKA
                     LAKQFPFIDASRMAIWGWSFGGYNTLMSMSVGEGTFKVGIAVAPPTDWHYYNTIYTER
                     YMRTPKENAEGYALTSSIKLAEKLTGKLLLIHGTADDNVHFMQTMDYAETLVQLGKQF
                     DMQVYKDRNHFLMGGNTRLHLYTRMTDFILENL"
     CDS             10483..11346
                     /gene="lipA"
                     /locus_tag="SEQF2638.1_00602"
                     /EC_number="2.8.1.8"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P65286"
                     /codon_start=1
                     /transl_table=11
                     /product="Lipoyl synthase"
                     /translation="MATAHVRKPDWLKIRLSGNDDFRRTKEIVESHGLHTICTSGKCP
                     NQGECWSRGTATFMIGGDICTRSCRFCNTLTGRPHPLDPTEPDHVAMSIRLMGLRHAV
                     ITSVDRDDLPDLGARHWALTIRRIKELNPHTTVEVLIPDFQGRTELVDEVIAADPEVI
                     SHNLETVRRLTPSVRSAAKYDVSMRVLQHIASRNVRAKTGIMVGLGETVAEVEELMDD
                     AHAVGVDALTIGQYLQPSRKNLPVTEYVTPEQFEAYRLTALAKGIRSVESAPLVRSSY
                     HAERVLGVDIC"
     CDS             complement(11364..11999)
                     /locus_tag="SEQF2638.1_00603"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNRVGVLGDTGHEKELVEGCAEARPTQDGATRAAYTPNDDALHG
                     ADAGEYDHEQPLSDERRIVGQHVAQLKDEEERVKRQCDSCGQEHELVASATNRPPKDD
                     KPDEAHGGGDEVGDEVGVRVVQHHQQQERRQTDDLIVQAVTYIQAVLYACDAIHCLPL
                     LSLWLWAIKSVRYRNNTEAGGFVYTPMIYARSSMVWRNKKGVPRVSRTPLS"
ORIGIN      
        1 acaactcccg atgaggttga tcctcaccgg gagagtgtcc ttaacaatca atactcctat
       61 atggtatagg tggtatgggg ttatccgcag tggaaatatt ttttcaccag cgccagcatt
      121 tcctcggtct tgccttcgag atcggcacgg agcgtcttgt ccttgtagct acgcagattg
      181 gccaagatgc cgtcgatcat gcccgggctg aacacgtcgt gtgcctcgaa cactttacgc
      241 tgcttttcga ggcagtcggc tgatgcttcg cagctgtcgg gcagctgggc gagcgatttc
      301 agcttctcct cgttctcctt cttgtggatg tttacgctga cgtacgtctt ttcggcgatc
      361 tccagcgcat tggggatctc gaagccgtgg cgacatgcta cggccagacc ggccaacagc
      421 aggtacaact cggccgatcc gtccggcgag cgcatctcca cggtctgctt ctgtgccgtg
      481 tcgaagtggc tctccttctc cagcgggttg gccagaacgc acatgtcggt cttggcagac
      541 catcccagcg gaacgcgtac gagcaccgag cggttgcggt cgccccagca tacgttcgtc
      601 ggagcctcct ggtgcggcac gagacggaag tacgacgtcg ggttcgtgtt gccgaaagct
      661 gtaattgccg gagccagctc catcataccg gcgatggcct tgcgagccgt ctcagagagt
      721 tcgccgttgg taagcatctg gttcttgccg tccttggtga agcgcatgtg tacgtggaga
      781 cccgatccag ccttgccagc agtgatcttc ggtgcgaagg tcacgttgta gccatactgg
      841 tagccgaggt tgcggatcac ccacttagcg atcatcagct gatcggcagc ctcttcggca
      901 tcaacgggga ggaactcgat ctcgttctgc tcgtagatat agccgttgag cgtgaagtta
      961 cccacctcag agtggccgta tttgatctgt ccgccggtct gtgcgatgta cgacatgcac
     1021 tcggtgcgga agtcgttgaa cttggcgtag gggccagact cgtggtagcc cttctgatcc
     1081 gtagcctcga agtccttata gtcttcttgg ggaacgataa cgtagtattc cagctcgccc
     1141 atggcttgga acttcatgcc cgtgacgtcc gtgaaagcct tgcaagcctt gtggagtgtg
     1201 tactcgggtg cgctctcgag cggctgtccg tccttattga agtaagagca gagcatggag
     1261 agggtcggga tttcagcgaa tgggtcgacg aaggcggtac ggaaacgcgg aatagcgtag
     1321 aggtcgctac tgccggcacc gataaaagag aagagactcg aaccgtcgac gcgctcgccg
     1381 caggtcagga tcgtatccag atactcctcg ttcgtgatga tgaaattgag tgttttcagt
     1441 cgaccatctc ccgcaggata catgaagttg accatcttga tatcgttctg acggatgaac
     1501 gagatgatgt cggccttggt aaattcagaa gcaggcttct gcaaaaacgc aaccaagcgg
     1561 ttggcgttca ttgataactc ttgtgggttc ataagcaagt tctttactct gattatttgc
     1621 tgattatttt gttcaaacgc cggcaaaagt agaagaaaaa ggatccgtgc aaggggcttt
     1681 gatgggattg cggaggattt cactttcagg catttcggag tgtgacttac gattcgtaac
     1741 cgctttcttg atttgctctt gaagaacggt ctttttaccc cgtttagaac ggtgaaaagc
     1801 cgtcgacttt actcttcggc ttacgaatcg taatcgacct aaattgacac ggaagaaatg
     1861 gaggtgagga ggcggatata cagcccgcaa ccggccttgt cgactgtcct attatccggc
     1921 tgaggagtgg gtgtacaaga aagcctctca aacacgcctc gaaacgtatt taagaggctt
     1981 tctctcattg tcggggtagc gggattcgaa cccacgaccc cctgctccca aagcaggtgc
     2041 gctaaccgga ctgcgctaca ccccgttcaa tggctttttt tcgccattgc ggcggcaaaa
     2101 gtaaaaacgc aggccttact accaaacgtg agcccaacga aaggtgtatc tcctgacgtc
     2161 gggctcacgg tgcatgctac cgctcctact tgtcctttag gatcagtgtg cggtaggcgt
     2221 cgtcctgcca aaggaggatc agcgcgcgga ggtcggcgta ggcttcgggt gagatgacgg
     2281 ggtgcgtcag ctcgatttcg cggtgtacag tgaccttgtt gccgtcgcgc tgcaggctga
     2341 ggcagatctt gccggcggca ccgctccatt ccttgcggaa gggaagtgtc ttcagctcgc
     2401 gaccgccgag atcgatcgtg taatcgcacg tctcggtgag ggcgtagggc aactcgtagg
     2461 gctgcgtgcg ggtgctgccg agcgtcaggc gccaggcgtc gaggccttgg tggcgtgggg
     2521 cagggagggt gtagacggtg tagccggctg aggattgcag cggtgtcttg ccggtgaagt
     2581 cgggcttggc tgcgggatcc tcgctgtcgg tgacggtacc ctcgacggtc gcttcgtctt
     2641 tgccgagggt gatctgtgcg ctgcatgcga ggcgggcgga gcgcttgacg atctgtacca
     2701 tgttgacgcc gtcgtcaccc gtcagccaga attgatcgcg ggtagcacgt agggcgggat
     2761 cgggggcgtc catgcgaacg ggcgagagga agcgaccgcc ggtgcgtacg cggatgtcgg
     2821 tcagggcgcc gacggcgata ggcatggcgt ggatggggaa ggcggcgagg atttgtgcgt
     2881 cgaggttggc ggcgagcagc atggaggcca tcagtgcggc cttctcggcg ggtgtgccgt
     2941 aggccgagga gaggacaacg gacggctcgc ggatgtcggc cgagaggagc acgggcaggt
     3001 tgaccgtgga gatgttgttc accacgaagc gctggatggc attggcgcga tcaacgggcg
     3061 acgtgatgcc ttgcagcagc ttatcgacga gccgggcaca gtccgcgggg cgcaccttca
     3121 tggccgagag ccacgcgatg ccattctctc cgccggcgtt ggaggcgaag agcatcggca
     3181 cggcctcgga ggcacggtgc gattcgaggg ggatggctgg caggttgcgg aactgccacg
     3241 tgtaggtggt catgtcgttt tcggtgtgcg tagtcggctc tttggagtcg acgccggaga
     3301 tgccacaggt cagcttgtcg tcggcgggca tggtgatcga gacctcacac tccgtcacgg
     3361 gcgcatgctc ctcgagtgtc tcggcgacgt cgaggaaggg gtagtaaccc acgcccgtgg
     3421 tgagggtata atccaaatag atcgtggcgc cgatctcgag tccggtgtgg gtgatgacca
     3481 tctcggtgag gtggttgtag gccggggcat cgacggcgaa ggcgggcagg acttcgttga
     3541 aggcgttgtc tggcgccttg acgatggtgc cgtcggcctg acgggtatag cactcgttga
     3601 ttcggagggt ttgaaactcc ttgttgtaga tgatgaacgt ttcgccgtag agctgattga
     3661 aagccatgtg ggtgttcagc ttcacctcct tgcggtagtg ataggtcatg ctaccgtcgg
     3721 agttccaggt gtactgcttg atgagcttat taaagacggc ctcgggctgt gcctggaggg
     3781 cgaaggcggc caggaggccg agcaggattg cggtgtattt cttcatgtcg atatccattt
     3841 atttgttcca gtgagatgct tatttcttct ccagtacgag ccattcgtcg gccaggtctt
     3901 tatgggcctt gacggccttg cggaagccgg gccagtcggc ggcgtcatag acacgcttgc
     3961 ggagggtgag ctcgtggcgg atgttgacct tgttgccgcg ctgagagagc gagccgataa
     4021 agtcggctgc gtcgctcttc aggcgctcgt cgacgggcga ctggcggagg gtgtagcccg
     4081 cggggatggt catcgtttcc ttcagctcga cgaggcgtga gcaggcgtcc ttgaagccat
     4141 agcgacgcgt cgggcgatcg gtgtcgatgt tcatataggt gcggacggag gggtagaggc
     4201 gggcgcagat ggggcggacg agcaggacgc cgtcgcccgt gagggcatag tccgggatct
     4261 cgaacttcat ggtgatgcgg atcgggccgg cctgatagtc gcgcggatcg cggccatagt
     4321 cgacgctcag catgcgggca ttgggcgaga cgcgcagcag ctcgctctcc atggcgttgc
     4381 gccagttggc catgaggcca cggatgaggg gccaccgcag acgggcgtcg gactgccctt
     4441 cggccgtgac ggtaaactcg ccgcggagcg tacccttggc gtcgagcgcg gtgttagccg
     4501 agagacggaa atagtgatcc tcggggggcg agaggggcgt ctggagcagg tcggagcctt
     4561 cgggcaggcc gggcaggtag tgctgctgct gttcggcgct ggaccagagc tcgcgctgga
     4621 agggcaccca cgtcgggtcg agcggcatgt attggccgtt ggagagcttg accaccgtca
     4681 cgcagtggtt gaagtggtcg gcggggatgg actcgatgcg tgagccggcc atcgtcatcg
     4741 ccggataagc ctcgaagccg gccatacgga gcatggagat gagcagcgcg gccttgtctt
     4801 tgcagacgcc gcagcggtcg gtgaagttca tcttcgtggc gtggagcgtg tagccctcgc
     4861 ccttgcccat ggaaatgccg gagtagcgca tgttgtcggc cacccagtgg gtgagcacgg
     4921 cgatcttctc catctcggtc tgcttgccgc ggagcagctc gtcgaccttc ttcttcgtct
     4981 ccgggtcggc cccgaagctg ttgtagtcct cgttcacctt gtggaaccag agcgatttct
     5041 ctttccactc cggggtggac gacatcatca gcttcggcgc cacgtcgtag aggtccacca
     5101 tgttcggctc cttcgggaag ggcttgacgt cggccacggc gaacgtcatc aggcggcgct
     5161 tgccttgcag gcgcatggac gactggcact ggccttggta gaactcatac tgcacctcct
     5221 tgtcggcggg catgtcgacg gtgtagacct tgcgcacggt cggggtcgtg acccagaagg
     5281 ggacaatgtc gtagaactgt ccgcgcatcg ggggcacgaa gcgctcctcg tcgtccgcgc
     5341 cggccgagag cagggcgtag gtgaagccct tcttgtcgat ctcatagtcg acgatgtcgc
     5401 ccgagtcgag ggcgccgatc tcgagcatga tctgccgtgc gccccaatag atcatgcggg
     5461 caggggcggc gtagtcgacg gccttcgtga cgtccacttc acgcttcgtg ccgtcggcct
     5521 tgtagacggt ggcgcgggag aagcgggcga aggcggtgag ggggtcgtag tcgtacttga
     5581 cgactcggta acggagcgcc gcgggcacgc ttcgcacctc caccacctgg cggatggtga
     5641 agctgccgga gccgttgtcg gccaccacga cgccggtgct gtccaggagc accagggctt
     5701 cttctttgac caggtcggcc gcgccgtcag cgtgttgctt gaggggcagc caactctgcg
     5761 ctgcgatcgg cgctgcgagc gccatcgtca gcattgtgct gagtagtttg ttgttcttca
     5821 tatacgttga atatctgagt atgcggcaaa tgtaaggcgt ctgcggacgg cccctgccgg
     5881 ggctgggaag tttggcctgg tacccggggg gtaggggcgt aatgcttacg ccccccagac
     5941 ggacccggaa ggggccgaat gatcaggcgg cgggggatgg gggcgcacac tgcgacgaga
     6001 ctgtgcaagg gttgcatgat cgtttcacac actgtgaaaa gaccgtgcaa gggttgcatg
     6061 atcccgccac acactgtaaa agggccgtgc aggtgttgca tggtcatttt acacactgtg
     6121 aaagggctgt gcaggtgttg cacggtcatt ttacacactg tgaaaaggcc atgcaggtgt
     6181 tgcatagtca ttttacacac tgtgaaaagg ccatgcaggt gttgcatagt cattttacac
     6241 actgtgccgg cgccacgcag gtgttgcaca ctcatttcac acactgcgac gggctgcgca
     6301 aggcctgcac gatctttttt cacaccttgc gcccgcgttt cccagcgcat tctaactata
     6361 tcaaccctct aaaaacgtat tacttatggc atcagaagag aaacaattac cgaaaaccgt
     6421 caagatcaag ggcagctatt gccggcatta cagcgcgatc caccacgctc agtttcaccg
     6481 taaccagttc gacctggtca atggcgtcga caaaacgaag ctaaagatcc ccgaagtggc
     6541 tatgcagaag tgggaaggcg aggtgaagga agaaatcgac ctcaacgaaa aggcagcgtg
     6601 gtccgtgcac accaaagccc tgctggagaa agacgaagaa cgcgataagc tgctgacaca
     6661 cctctttggc atcatccgtt tcaatcacta ttcgcccgtg caggctacgg ccaaagcagc
     6721 cgagaagatg gagtccatct tcggaaagta tatcgccgca aacattcaac gcgaaggctt
     6781 cgaagacgaa agcggacaca tcgtggggct cttgaacgac gccgccccct acaccgccga
     6841 aatagccgcc ctggggctca ccgacaccat cacgcaactc aaaacggtca acgacgccta
     6901 cgaggcgcta cgcaaagagc gccgctccga gaccgtcacg gccaagaccg aagcactcaa
     6961 agtgctacgc cccaagacgg acgcctcata cgagtatatc tgtagctaca tcgaggctgc
     7021 ctatatcaca gccaccagcg acgatgtaaa aaccctcatc gagcgccttg tctcagatat
     7081 gaatcaggtg atcaccgact tcaaaggctc ccacaaatcc agcctcgccc agaagaaggc
     7141 cgctaaggag ccgaaggaac ccaaggaacc caaagaccct aagcaaccca aggagcccaa
     7201 aactccggaa aagcccaagg acccgaagca gccggagaag cccggtggtg gttcgggtga
     7261 gccgccgaag aagccggacg agaaaccgaa ggatccgaag aaacccgacg acggcaatcc
     7321 tgacatcacg ttgccggagg aataaggcgc caggttgttg ggggctgaag ccctcaacaa
     7381 cctgtctggg atatacatcg acaaatagcg aataatgaaa acgaaagcca tcggcaacct
     7441 taatgtagct ggagcgctta tcaacaaaca agaagagaac agctgtacgg caagcataca
     7501 ttgttcctat tacgccgtgc ttcaatatat gaagtacata ctggcacaca cggataagga
     7561 gccgctctcg tacgaggaac aagacgaaca gtcaaaaggg aagagctcgc acgaatatat
     7621 catcgtgcag atcaagcagc ggattgatcg ccccaaagcg gcgcaagagc ttgtacagac
     7681 cgtgcgcgaa ctgaaggaca tgaggattga tgccgattat agcagtcggc agttcacagt
     7741 ggaagaaagc ctggagtgca agcaacaggc ggaaggattg atcgctaaac tcaaaacgta
     7801 ttttggaaac ctatgagaga tcttgaatta gaaaagaccc tgcggcaatg ggccgaggac
     7861 atggtcaagc gttacacctg gctgacgatt cgatttgaat acaacgagaa gcgacgcgct
     7921 tatctcatct cttactcccc cgaatcgaag gctgatgaag acgaacgctt cgtcatagag
     7981 tcgtctgcat tcgaggatcg gatcaatgag cagtacgacg gactgaaggc gcctttgttc
     8041 tgttacgagg agaggctctt caagctgtca cccacagcag aggtgatccg ccaccacaag
     8101 ccggaaaagg cgctgctgag aatcgccacc agaaagaagc agccacaagg gatcgctatg
     8161 gcggcgatca tacacaggta ggggcgcaac agcagccgcc tcggaatgat taaagggcat
     8221 cccacccaag aatggcgggg cgcccttttc gttttcccgc cattacattt gccaccctaa
     8281 attttcactg atcaaacgag acacaatgaa acactcaaga actacccttc tactgatgat
     8341 gaccctcacc acagccctgg cggtggcaca gaagccaacc cccaacctga aggattacac
     8401 cgacgggaag tattccccca cctcgaaagg ctccgacctg cggtccctgc ccgacggcga
     8461 acactacacg gccatggaca agctcggcac agccatcgtg cgctacgaat accgcaccgg
     8521 acgcgtcgtg gacaccctct tcaacacccg taccgcccgc gaatgcgact tcaaaaactt
     8581 cgaaggctac gagatcagcc ccaacggaca ccacatcatc gtctggcggg agtccgacga
     8641 gatctatcgc cactcgcagc gcttcaaagc ctacgattac gacgtccgcc gcaagctcat
     8701 caaacccctc aacgagtcgg gccggaagat catgctcccc accttctcgc ccgacggacg
     8761 catgtgcgcc tacgtggtgg acaacaacat ttggatcaag aaattcgact acgacaccga
     8821 ggtgcaagtc acccgcgacg gcgccacgaa ccgcatcatc aacggctcca ccgactgggt
     8881 ctacgaagag gagttcgcca tgacccgcat gatgacctgg tcggccgata gccgcttcct
     8941 ggccttcgtc cgcttcgacg agtcggaggt gcccgaatac tccatgcaga tctatggcga
     9001 gaagacctac tacccgtcct actacaaata caagtatccc aacaccggcg accgcaactc
     9061 gaccgtctca gtgcacgcct acaacatcga gacgaaggac acgaagacca tccccgtgcc
     9121 cctcgacgcc gacggctaca tcccccgcat cgagttcacc accgtccccg accagctggc
     9181 cgtgatgacc ttcaaccgcc accagagcct cttcagcatg tacttcgcca accccgccag
     9241 tggcgtctgc aagctcatct tgaaagacga aaacacgcgc tacatcaacc ccgaatgggt
     9301 gcgcaccctg cggttcaata agaacggctt cctctacgtc agcgagcgcg acggctacgc
     9361 acacgtctac cagtacgccc ccaccggcgt ggagcaacgt caagtgacgc gcggtaactg
     9421 ggacgtcaca cgcctgatcg gcctcgacga agccacgaac acggtctact ttgaagccgc
     9481 cgacgagagt cccctccgcc gctccgtctg ccgcgtcgat gccaagggcg tcaagacaaa
     9541 cctctccaag ctcccgggca cgaacgcagc caccttcagt aagaattacg cctactacgt
     9601 cctccgtcac tcctcggcca ccacgcccac catcgccacg ctgcacgaga caaagagcgg
     9661 caaggagctg cgcaccctgc aagacaacgc ccagctgcgc gaacgcctcg ccaagctctc
     9721 ctacggcccg aaggagttct tcaccgtccg cacagccgac ggcgtggagc tgaacgcctg
     9781 gatggtgaag ccggccgact tcaacgcgaa gaagaaatac cccgtgctga tgacgcaata
     9841 cagcggcccc aactcgcagt ccgtgctcga ccgcttcgag ttcggttggg aggaatgtct
     9901 ggcggcacac ggcgtgatca ccgtctgtgt ggacggtcgt ggcacaggtg cccggggcga
     9961 agagttccgc aagtgcacct acctaaagat gggcgacctc gagtcgaagg atcaagtggc
    10021 cgccgccaag gccctggcca agcagttccc cttcatcgac gcctcacgga tggccatctg
    10081 gggctggagc ttcggcggat acaacacgct gatgagtatg agcgtcggcg aaggcacctt
    10141 caaggtgggc atcgccgtgg ctcccccgac cgattggcac tattacaaca ccatctacac
    10201 cgagcgctac atgcgcacgc cgaaagagaa cgccgagggc tacgcgctca cctcgtccat
    10261 caagctggca gagaagctca ccggcaagct gctcctcatc cacggcacag ccgacgacaa
    10321 tgtgcacttc atgcagacga tggattatgc cgagacactc gtccagctcg gcaagcagtt
    10381 cgacatgcag gtctacaagg atcgcaacca cttcctcatg ggtggcaata cccgccttca
    10441 cctctacacg cggatgacgg acttcatcct cgagaatctc tgatggctac cgcgcacgtt
    10501 cgcaagcccg actggctgaa gatccgcctg agtggcaacg acgacttccg tcggacgaag
    10561 gagatcgtcg agtcgcacgg cctgcacacg atctgcacca gcggcaagtg ccccaaccaa
    10621 ggcgaatgct ggagccgcgg cacagccacg ttcatgatcg gtggcgacat ctgcacccgc
    10681 tcctgccgct tctgcaacac cctgacgggc cgcccccatc cgctcgaccc cacggagcca
    10741 gatcacgtgg cgatgagcat ccgcctgatg ggcctccgcc acgccgtcat cacctccgtc
    10801 gaccgggacg acctgcccga cctcggcgcc cgtcactggg ctcttaccat ccgccgcatc
    10861 aaggagctga atccgcatac gacggtagag gtgctcatcc ccgacttcca aggtcgcacg
    10921 gagcttgtcg acgaggtgat cgcggccgat ccagaggtga tctcgcacaa cctcgagacc
    10981 gtccgccgcc tgacgcccag cgtgcgcagc gccgcgaagt acgacgtcag catgcgcgtg
    11041 ctccagcaca tcgcctcgcg taacgtccgc gccaagacag gcatcatggt cggcctcggc
    11101 gagaccgttg cggaggtgga ggagctgatg gacgatgctc acgccgtcgg tgtcgacgcg
    11161 ctcaccatcg ggcaatacct gcagccctcg cgcaagaatc tgcccgtcac ggagtacgtt
    11221 actccagagc aattcgaggc ctaccgcctg acggcgctcg cgaagggcat ccgttcggta
    11281 gaaagcgcgc cgcttgtgcg ttcgtcgtac cacgccgagc gtgtcttggg cgtagatatc
    11341 tgctgagtgc gttgcacgaa tgattatgag aggggtgtcc tgcttacgcg gggcaccccc
    11401 tttttattcc gccagaccat ggacgatcga gcatagatca ttggcgtgta aacaaatccc
    11461 ccagcctcgg tgttattccg ataacgaacg gattttatag cccataacca gagagagagg
    11521 agaggaagac aatggatcgc atcgcacgca taaaggacag cttggatata cgtcacggcc
    11581 tgaacaatca agtcgtcggt ttgacgccgc tcttgctgct ggtggtgctg aactacacgt
    11641 acacctacct catctcctac ctcatctcct ccgccgtgtg cctcgtcggg cttatcgtct
    11701 tttgggggcc ggttcgtcgc cgacgctacc aattcatgct cctgcccaca gctgtcgcac
    11761 tggcgcttta ctcgctcttc ttcgtccttc agttgggcaa catgctggcc gactattcgc
    11821 cgctcgtcac tgagtggttg ctcgtggtcg tactctccag catcagcacc atgcaacgcg
    11881 tcatcgttgg gcgtgtacgc cgctcgcgtc gccccgtcct gcgtcggacg cgcctccgca
    11941 cagccctcaa cgagttcttt ttcgtggccc gtatcaccca gaacgcctac acgattcacc
    12001 tcttcatcat cctcttttat aagatcctcc ccgaggccga ccaaacgctt cgtctggagc
    12061 agctgttgca gcgtgagttc ttgctggcca tcagtctggg gctgatgctt tacg
//
LOCUS       SEQF2638.1|AYYF01001058.1 1524 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1524
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(77..559)
                     /locus_tag="SEQF2638.1_00604"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNWFECKVSYEKMIEGGMQKKVTEPYLVDAMSFTEAEARIIEEL
                     QPYITGEFLVADIKRVRLSELFYNEQGDRYYKAKVCYISLDEKSGMEKRTTVQMLAQA
                     SSVREALDTIDEGMKGSMADYEVASITESPLIDVFPFSEGAKARQGETPKKSSAEDEA
                     "
     CDS             complement(598..1161)
                     /gene="ydaF"
                     /locus_tag="SEQF2638.1_00605"
                     /EC_number="2.3.1.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P96579"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative ribosomal N-acetyltransferase YdaF"
                     /db_xref="COG:COG1670"
                     /translation="MREGQNNVEEIKLNTAAVLRLLTPLDAPDIFNAIDTQRRYLAQW
                     LPFVSGTRTIEDTLRYVRTSMLDFERGDYVFVIVCEEQFAGLIGFKDTDRENRRTELG
                     YWLREEYQGRGLMTESVKILYRWAFRKQRMFRVQIKCATENIRSRAIPERLGFVHEGT
                     ERGGARLANGRHTNLEVYSRLRTDKVK"
ORIGIN      
        1 aacttcgaca ctgccaccaa ctccacgtct ttgggcaacg ttctccggat ggcttccaga
       61 cgttctgcta ccgtgctcat gcctcgtcct ccgcagagct ttttttcggt gtttcacctt
      121 gccgcgcctt cgcgccctcg gagaatggga agacgtctat cagcggactc tccgtgatgg
      181 aggctacttc atagtcagcc atagagccct tcatgccctc atcgatcgtg tctaacgctt
      241 cccttaccga tgaggcttgg gccagcatct ggactgtggt acgcttctcc attccgctct
      301 tttcatcgag tgagatgtag cagaccttcg ccttatagta tcggtcgccc tgttcgttgt
      361 aaaatagctc agagagtcgt acccgcttga tgtcggctac taagaattca cctgtgatat
      421 agggctgcag ctcctcgatg atccgtgcct cagcctcggt gaacgacatc gcatccacca
      481 gataaggctc tgtaaccttc ttctgcatcc cgccttcgat catcttttcg tatgatacct
      541 tgcattcaaa ccaattcatg acatctatct tttctgcttg ctatacttca tatatatcta
      601 tttcacctta tctgtccgca aacggctata cacctctaag ttcgtatgtc gaccgttagc
      661 taatcgcgcc cctccacgct ccgtcccctc gtgtacgaat cccagtcgct ccggaatggc
      721 ccggctacgg atgttttccg tcgcacattt gatctgtacc ctgaacatcc gctgtttccg
      781 aaatgcccag cgatataata tcttcaccga ttctgtcatg agtcctcgac cctgatactc
      841 ctcacgcagc cagtatccca gctccgttct gcggttttct cgatctgtat ccttaaaccc
      901 gatcaatcct gcaaattgct cctcgcaaac aatcacaaat acgtaatctc ctcgttcaaa
      961 atcaagcatt gaggttcgca catagcggag agtatcttca atagtccgcg ttccactcac
     1021 gaaaggtagc cattgagcta agtaacggcg ttgtgtgtcg atcgcgttga aaatatccgg
     1081 tgcatccaga ggagttaaca gtcgcagaac tgcagccgtg ttcagtttta tctcctccac
     1141 attgttttgg ccctccctca tgcgctactt gtatatttaa atatgtgtat tgatcggatt
     1201 ctgctctatc gtaatcgtat tttaggggga caaagctatg acatatttcc tactcctttc
     1261 ctagtaaaag tctctgttag gcgtagagat cagcatagtt gcttacaaca gctatgatac
     1321 tcggacaagt gtctttttgc ctctcgaatc gcctatctca ataaaaaaca gcgctactcg
     1381 tttctgtata gtgcctgtaa atcagaaatc aagcataatt taacatgtgg gatatggtgg
     1441 taaaatttgg atgaaaagaa agtccatgta cttttgcacc cgctttcgag agagggagcg
     1501 acgataaaga tgaaatgctg gaag
//
LOCUS       SEQF2638.1|AYYF01001059.1 13652 bp   DNA    linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..13652
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             47..2863
                     /locus_tag="SEQF2638.1_00606"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:vienna_vog:VOG05241"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQFKHMLLGLAVLCFTATKAQQMPTVPVDKQVRIGHLENGLTYY
                     IRANKLPENRANFYIVQRVGSILEEENQRGLAHFLEHMAFHGSKHFPEDQTGSGIISY
                     LETIGVKFGRNLNAYTGMDETVYNIDDVPTDRRGAVDSCLLILHDWSNSLFLRDKDID
                     KERKVIHEEWRTRRSASSRLIDSIAPVIFAGSKYAERMPIGLMSVVDHFKPKELRDYY
                     HKWYRPDLQAIIIVGDFDAEQVEKDVKRIFGSIPKPVNPAERVYEKIPDNEAPAVAVV
                     TDKEQPTGYFMVSYKRDALPKEQKTVIDYLVYDFATDMIDRMLTDRFQEMMQNQNPPF
                     AYARASNGSFFGVATKDAMQLAGVIKPGQADTTLLTLLREAKRVHDFGFTPSEYERAK
                     ADWLSDIEKLYNERDKQKNNYYVQQYVEHFLLGEPIPSLEEYYQIMSQVVPSVPLEAI
                     NQLAAEFISDNNRAVVLMGNEEQRPTYPTPDRIRKIIAQVDGEHLTAYADKSINEPLI
                     ATLPTKGKITKEEKLTDRGVTVWTLSNGARVAVKKTDFKKDEILLAGFAYGGKSLMDP
                     RYAAEQKLMDDASSVGGLGKFSATDLKKVLAGKNADVSASISEYNQSVGGRSSVKDLE
                     TLMQLLYLQFTAVRKDETAYAALATRLKGILPMLANNPDYAFNDSVMMAIYKGNPLMR
                     IPTVKEIEAVNYDKLLDLFRARLANAADYTFTFVGNVDEAALRPLVEQYVASLPSNGK
                     PSKAFNKDYLPVRKGQFENHFSRQLETEKATTSIYYSGDMAYTADNLILLSALEQLFN
                     MEFVDKIREKLGGTYGVSVSSNAQKLPTEGFSLQFQYDCAPDRRVELTNAMNQVSERM
                     RKTGPDAVMLSKVKEYMLKQHADNLKENGYTLRATWRYLVFGIDLNADYEKKVNALTI
                     ESVRDFANQLLSQGNRIEVSMSSK"
     CDS             complement(3693..3977)
                     /locus_tag="SEQF2638.1_00607"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSYEIIFWNDSKRIKGVVEKWKKSNPKLYKKLKTILEDIALHPH
                     TGLGHPESLASGDGTIYSRRISAHDRIIYQIREEENTIYIMKLEGHYDDK"
     CDS             complement(4384..4830)
                     /gene="yqaA"
                     /locus_tag="SEQF2638.1_00608"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0ADR0"
                     /codon_start=1
                     /transl_table=11
                     /product="Inner membrane protein YqaA"
                     /db_xref="COG:COG1238"
                     /translation="MDILISYGYIGVFIASFLAATVLPFSSEVVLTGVLLAGGSYWPC
                     MVAATLGNTLGGMTCYALGRLGKIEWIKKYLRLDITRLQRVQHWIEGRGSWTAFFVFT
                     PGVGDFIAVALGFLRARIGPVIFWMLIGKALRYWVWMELVYKVQSN"
     CDS             complement(4818..5735)
                     /locus_tag="SEQF2638.1_00609"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMGYTYSAGYPVATRPENLPTWQSLIGLLPDRLTTYVIGASLYA
                     LVAGIVQRINYKYIIVRGRRALPALFFFLFVSTNLDTFPLRPVSLSLIGLTLALSQLL
                     RSWQRPDDIGRTFNISVCLSLGALVWPHMVWFIPLFWYGMYRFGSLSARGLLTSVLGL
                     LTVFGFVFAWCLWQNDYRLPQAFYNALATPDVPFLHAVFEPNWISSLCVVCLVIVTSI
                     YLSLHNTENSVRTRQNLSFLSVFVGWAFTLLCVYANDAPDILCVLYVPASILVAYFFS
                     DKRNLLTYLFYILILTFLVYLLLTRLWTS"
     CDS             complement(5919..7214)
                     /gene="purD"
                     /locus_tag="SEQF2638.1_00610"
                     /EC_number="6.3.4.13"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P15640"
                     /codon_start=1
                     /transl_table=11
                     /product="Phosphoribosylamine--glycine ligase"
                     /db_xref="COG:COG0151"
                     /translation="MTDKKGLHLLLIGSGGREHALAWKMAQSPRLGKLFIAPGNAGTA
                     HLGTNVNLPTGDFEALGRFVEAERIDLIVVGPEDPLVAGIADYFDSDRAPRRVPVIGP
                     KCAGAQLEGSKDFAKAFMRRHNIPTAHYRSFTADELDVAELYLATLRPPYVLKADGLA
                     AGKGVLIVESLHDAREGLRRMLRGQFGAASRTVVIEEYLDGIECSVFVLTDGDGYFIL
                     PEAKDYKRVGEGNTGLNTGGMGAVSPVSFANEEFMRKVDEKIIRPTLKGLSAEGIDYC
                     GFIFFGLINVKGEPMVIEYNCRMGDPETEVVMPRLMNDLVELFEATAHRRLQDYTPKI
                     DPRAATTVMLTSGGYPEAYEKGKTISGLDDPRLDGAIVFHAGTSVGSDGAIVTSGGRV
                     IAVSALADTVEEALRRSYRGAEAITFEKKYYRRDIGFDL"
     CDS             complement(7392..8207)
                     /locus_tag="SEQF2638.1_00611"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKSTTTRNLLRRRAFLFTLFLLSVALSLQAQMLFSENMTMKIDS
                     SKPIQGTFSAMVNFKTEHEELFEVKTFSNLNILIGSKRVINLMGRFEFTTYGSKVTVN
                     EGDLHAEFRYLLQPSFEVYPYVEAQWAGTRGLIRKVSTGVQARYRPINTEHSLMFLTT
                     ALFYEAEDWKNLSGDTLSPPYGYNRNIRLHLSTSYRHRLSDKWEITATAIHQANPRYY
                     FSHARFGGALDLKFHLSKVVGLRGTYRFIYDTSPVVPMRKMLMFTNAYLDIAF"
     CDS             8698..9894
                     /locus_tag="SEQF2638.1_00612"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:vienna_vog:VOG02594"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAGVGVMMTALTATYAQDAKKDEAKTEGLQFTTVKELKITPIKN
                     QNRTGTCWSFSGVGFIESELLRTGKGEVDLSEMFIVNHSYKDKADKYVRLHGMLNFAQ
                     GGSFYDVLYAFKHYGAMPNELYTGLEYGEDSHVHNELAEIATAYVKAVVGNKNGKLSP
                     VWRQGFDALIDAYLGKIPEKFTYKGKQYTPKSYGESLGLNFDDYVSLTSFTHHPFYTQ
                     FPLEIEDNWRWSESYNVPINELMEVIDNAINSGYTLAWGTDVSEKGFTRDGIGIAADV
                     KALETSGSDQARWVGLSRSAKDEELRKMIEAPGCKEIKVTQELRQQAYDNFQTTDDHG
                     MLIYGIAKDQTGRKYYMVKNSWGTDTKYKGIWYVTEAFVAYKTINIAVHKDALPKALR
                     TKLGIK"
     CDS             9910..10380
                     /locus_tag="SEQF2638.1_00613"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQTLVDKVERAEERRRKLRRMLRVAVPIVLIALLIVGGFYYYFP
                     FATGMKSGRLNYVVYKGIVFKTYEGRLIQAGIRPADTGGFQSNEFVFSVSDKEVAEQL
                     MNAGGQTVELHYTEYLGALPWRGYSRYVVDRIVNITDNGGDGVAAPTEGTPDIM"
     CDS             complement(10525..11964)
                     /gene="mggB_1"
                     /locus_tag="SEQF2638.1_00614"
                     /EC_number="3.1.3.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:A9BJC1"
                     /codon_start=1
                     /transl_table=11
                     /product="Mannosylglucosyl-3-phosphoglycerate phosphatase"
                     /db_xref="COG:COG0737"
                     /translation="MKRYCISLLAVLTLSVSAQTKEFTILATNDMHAAVENFSRFAAI
                     VDSVRELHPDLLLLSGGDNRTGNPINDMYPITGYPMVALMNRIGFDLSAVGNHEFDSK
                     LDGFRELINLSNFRYVCANMYPNDTLRLHIEPYKFFERDGIRFCILGFIQVNRNGIPD
                     AHPDAMRGITFRYPNDVAPEYKWLRDRCDVLILLTHNGYEADIELAKVFPEADLIVGG
                     HSHTALEGNHLHSGVLITQAGKKLTNVTEIKLKLQDGKVIDKQAHLIRIADCPRIDTA
                     IQAMVDKFSDNPFLNRVLTQVPNGFSSKQELGCMMADAQRATTGADIAIQNCGGVRYE
                     TLPKGGMTVGDVLRLDPFGNEMMIFNLTGAEVKELLKAICRADDYGPAYVSGITYQID
                     LGRTNREVKAIKVRNEKGGKFDENRTYKVAVNSYVASVADYKRGDKDGTHLHVKSADE
                     IMKYLEQHPSIDYKGAVRRTYTGGEDMEK"
     CDS             complement(11983..13182)
                     /locus_tag="SEQF2638.1_00615"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAYTETTSTSYGQRLAGSAKGMIGGLLMFIIGTCLLWWNEGRTV
                     RTAKAIGDAASHVESVADVSRVDASLNGKLIHASAFADTKDTLTDDMFGVRELAIRLD
                     RKVEYYQWVENAQTKEREKIGGGKETTTTYTYEKKWVDKPVNSAEFKDPQYQSANKVL
                     SEVEERNEMAQHVTFGAYTLPESFVASISGSEPVEVRMTEEQRFTWNERLHMLRPKVD
                     TETSLVHTSANTVYLGLSPNSPQVGDVRVTFTKVPPADISLIAQVDGSTFKVYRAKNG
                     QSFSRVQMGTVGADEMIEQARSENNMLTWVLRLVGVLLIVIGLKGMFGLLPMLFKVLP
                     FLGSIVDAGVGLVSWILGLAWSFIIIAIAWLVFRPIIGISLLVLAIAGIVFLKRRGKK
                     NEEKQPA"
     CDS             complement(13230..13421)
                     /locus_tag="SEQF2638.1_00616"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METEKMSREDLVMRAKRLDRYCELLIEQCDNWLAAPDYEYKETL
                     WGQRGVARKRGEPSDQKSK"
ORIGIN      
        1 acgtatatct ttgcccgcgt taaatcaaca tttatataga atgaaaatgc aattcaaaca
       61 catgctgctg ggcctggccg tgctttgctt tacggctaca aaggcgcagc aaatgcccac
      121 tgttccggtg gacaaacagg tgcgcatcgg acacctcgaa aacggattga cttactacat
      181 ccgtgctaac aaattgcccg aaaacagggc gaacttctac atcgtgcaac gcgtgggatc
      241 gattcttgaa gaggagaacc agcgcggatt ggcccacttc ctcgaacaca tggctttcca
      301 cggttccaaa cacttcccag aggatcaaac gggcagcgga atcatctcct atctcgaaac
      361 gatcggtgtg aaatttggga gaaaccttaa cgcctatacg ggaatggacg aaacggtgta
      421 taacattgat gacgtgccta cggaccgccg tggcgccgtc gattcgtgcc tgctgatcct
      481 tcacgactgg tcaaattcgc tctttctgcg tgacaaggat atcgacaagg agcgaaaagt
      541 aatccacgag gagtggcgga cacgtcgcag tgcctcgtcg cgtttgattg actctatcgc
      601 gccagtcatc tttgccggaa gtaaatacgc cgaacgcatg ccgattggct tgatgagcgt
      661 cgtggatcat tttaagccga aggagttgcg cgactactat cataaatggt atcgtccgga
      721 cctccaggcc attatcatcg tcggagattt cgatgccgag caggtcgaga aagacgtgaa
      781 gcgcattttt ggcagcattc ctaaaccggt gaaccccgcc gagcgtgtat acgaaaaaat
      841 acctgacaac gaggcgcctg ccgtagccgt ggtgacggat aaggagcagc ccacgggtta
      901 ttttatggtc tcttataagc gtgacgccct tcccaaagag caaaaaacgg tgatcgatta
      961 tctcgtttac gatttcgcta cggatatgat cgacaggatg ttgacggatc gatttcaaga
     1021 gatgatgcag aaccaaaatc cgccttttgc atatgctcga gcgagcaatg gatccttttt
     1081 tggcgtggct acgaaggatg cgatgcagtt ggcgggcgtc attaaaccgg ggcaggccga
     1141 cacgaccctc ttgacccttc tccgcgaagc caaacgggtg cacgattttg gttttacccc
     1201 cagcgaatat gagcgcgcaa aggccgattg gctcagcgac atcgaaaagc tctacaacga
     1261 gcgagacaag caaaagaaca actattacgt gcagcaatat gtggagcact tcctgctcgg
     1321 ggagcccatt ccgtcgctcg aggaatacta tcaaatcatg tcgcaggtcg tcccctcggt
     1381 tcctttggag gccatcaatc aattagctgc ggaatttatt tcggacaaca atcgcgccgt
     1441 cgtcttgatg ggcaatgaag agcaacgccc cacttaccca acgccggata ggatccgaaa
     1501 aattatcgca caggttgacg gtgagcactt aacggcttac gccgataaat cgatcaatga
     1561 gccccttatc gcaacccttc ccaccaaggg aaagatcact aaagaggaaa aattgacaga
     1621 tcgcggcgtc accgtttgga ctttatccaa tggtgcaagg gtggctgtga aaaaaacgga
     1681 cttcaaaaaa gacgagatcc ttctcgctgg atttgcttac ggaggtaagt cgctcatgga
     1741 tccccgttac gcagcggagc agaagttgat ggatgacgca tcctccgtgg gcggactcgg
     1801 aaagtttagt gcgacagacc tgaagaaggt tttggccgga aagaatgccg acgtgagtgc
     1861 ctcgatcagc gaatacaatc aatccgtggg cggccggagt agcgtgaagg atctggaaac
     1921 gctcatgcag ctgctctacc tgcaatttac ggccgtacga aaagacgaaa cggcttacgc
     1981 ggccctcgca acccgtctca agggtatttt gcccatgttg gccaacaatc cagattatgc
     2041 tttcaatgat tccgtgatga tggccatcta taaaggcaat ccgctcatgc gcattccgac
     2101 cgtaaaggag attgaggcgg tcaattacga taaattgctc gatcttttcc gtgctcgact
     2161 ggctaatgca gcggattaca catttacctt cgtaggtaat gtcgacgaag ccgcgcttcg
     2221 cccacttgtg gagcaatacg tagcctcgct gccctcaaat ggcaaacctt cgaaggcctt
     2281 taataaggat tatttgccgg ttcgtaaagg tcagttcgaa aatcatttct cccgtcagct
     2341 cgaaacggag aaggcaacaa cctccatcta ttactctggt gatatggcct atacggcgga
     2401 caacttgatc ttgctttctg ccctcgaaca gctgttcaac atggagtttg tcgataaaat
     2461 tcgcgagaag ttaggcggca cgtatggcgt aagtgtcagc agcaatgcgc agaagctacc
     2521 cacggaaggc tttagcctcc aattccaata cgattgcgcc cccgaccgtc gcgtggagtt
     2581 gaccaacgcc atgaatcagg tgtccgagcg tatgcgcaag accggtccgg acgccgtgat
     2641 gctgtccaaa gtcaaagaat atatgctcaa acagcacgcc gacaacctca aggaaaacgg
     2701 ctacaccctt cgcgccacat ggcgttacct cgtctttggc atcgacctca atgccgacta
     2761 cgagaagaag gtcaacgccc tgaccatcga atccgtccgc gattttgcca accaactgct
     2821 ctctcaaggc aaccgcatcg aagtttcgat gagcagcaaa tagcctccaa ctgcgttttg
     2881 agtcccatgt aggactcaaa acgattgctt aacggccgga cgcctcaaaa gaaggtgccc
     2941 ggccgtttct ttatctccca tcttccgcaa aagatagacc tcaaaaacgc tttcactcca
     3001 tttttagcct caaaaagtac ttcaaaagca tttttgctcg attttgagcc taaaaaagta
     3061 cctcaaaaac attttgattc gattttgagc atcaaaaagc acctcaaaaa cattctctct
     3121 ccattttgag cctcaaaaag tacctcaaaa acattttgat tcgattttga gcatcaaaaa
     3181 ttacatcaaa aacattttga ctcgattttg agcctcaaaa agtacctcaa gaatattttg
     3241 attcgatttt gagcctcaaa aagtatcgca aaaacatttt gagaccttct tttttcatcc
     3301 ggaagggtag gggcgtattg catacgcccc acaaacgatc ccggaaggga tcggaaatcg
     3361 tttgatataa ataattcgga tctttatggg gttagaacaa aaaggcatat cggcctatcg
     3421 cttcatatag gtctatttgt ttgtcccctg tggggacatt tgtagggcgt atgcaatacg
     3481 cccctacacg ggtacattta tatatatgac ggatggctat atccactttc tacgtataaa
     3541 atggaatgat tttcaccgtc tcagacgttt tacaatggga taaccggaaa caaaaaaggg
     3601 cagacgacaa tgtctacccc tcttcgttga tgtattggat ggttcgctat ggacttcaat
     3661 tgatggattg aaaatgcacc tcgctacaat ctctatttat catcgtaatg gccttcgagc
     3721 ttcatgatat aaatcgtatt ctcctcttcg cggatctgat agataattcg atcatgtgcc
     3781 gaaatacgtc ttgaataaat agtgccatct ccactggcta atgactccgg gtgtccaagg
     3841 cccgtatgag gatgtaacgc tatatcttcg agaatcgttt tcagcttctt atataacttc
     3901 ggattggact tcttccactt ttcaactaca ccctttatcc tcttgctgtc attccagaag
     3961 attatttcgt aactcataat gaatccagcc aagcattcat ttcttcgata gttttgaagc
     4021 gcaacgtatt ccctttgcga taatcttctt ctgcttgatc tatttctgct tgtaattcgg
     4081 gagttatcac gtgtttcttc tttctcccaa ctgaggatat ggctcttaag agtgcacgga
     4141 tcttcaacag agattcgcta ttgctatttg aggatactct tgcttgttta tttgatatat
     4201 aactcaatgt tgccatgact tttcttctat ttgtgttacg gggcaaagat atttattcga
     4261 tatctatttc agagatactt gagaggtata ttttatttag aatcaggatc tacagatatg
     4321 ttcgtagtgg aaaatttact tgagagagct tgtcagcaat catagataca gagccattct
     4381 ccttcagttg ctttgcacct tatacacgag ctccatccag acccaataac ggagggcttt
     4441 gccgatgagc atccaaaaaa tgacggggcc aatgcgtgca cgaaggaagc caagtgctac
     4501 ggcaataaaa tcgcctaccc cgggagtgaa gacaaaaaag gctgtccacg atccacggcc
     4561 ttcaatccaa tgctgaactc gttggagacg tgtaatgtcg agtcggaggt attttttgat
     4621 ccattctatt ttgccgagac gacccaaagc gtagcaggtc atgcctccga gcgtgtttcc
     4681 gagtgttgcc gccaccatgc aaggccaata ggagccgccg gcaagcaaga cgcccgttag
     4741 gactacctcc gaactaaacg gcaagaccgt tgccgcaagg aaggaagcga tgaaaacgcc
     4801 gatatatcca taactgatta ggatgtccat agccgtgtga ggagcagata gaccagaaag
     4861 gtgaggataa gtatgtaaaa gagatacgtc agcaggttgc gcttgtctga gaagaaatag
     4921 gcaaccaaaa tagaagctgg gacatagagt acacacaaaa tatcgggcgc gtcgttagca
     4981 tagacgcata gtaaagtgaa ggcccagccg acgaagacgg ataagaagga taggttttgg
     5041 cgtgtgcgaa ctgaattttc cgtgttgtgc agcgagaggt atatgctggt gacgatgacg
     5101 aggcaaacga cacacagcga actgatccaa ttgggctcaa agacagcatg gagaaagggg
     5161 acatcgggcg ttgcgagggc gttatagaag gcttgaggca ggcggtagtc gttttgccaa
     5221 aggcaccagg cgaagacaaa cccgaacacc gtcaggaggc ccaagacgga cgtcagcagt
     5281 ccgcgagctg acaaggatcc gaaacgatac atgccatacc aaaagagcgg tatgaaccac
     5341 accatatggg gccagacgag ggctcccagc gataggcaaa cggagatatt aaaggtcctc
     5401 ccgatatcgt cgggccgttg ccaagatctc aaaagctgac tcaaggctaa cgttaagccg
     5461 atcaaactga gggagacggg cctcaaggga aacgtgtcga ggttggtgct gacaaagagg
     5521 aagaaaaaga gggctggaag ggctcgccga ccgcgcacga tgatgtattt gtagttaatg
     5581 cgctgcacga ttccagccac caaggcatag agcgaggccc cgatgacgta agtcgtcagg
     5641 cgatcgggca ataggccgat gagggactgc caggtgggca aattttcggg cctcgtggcc
     5701 accggatatc ctgccgaata ggtataaccc atcatccagc acaacagaca tactgccgct
     5761 gaaagcaaaa ggttagggat gctcgtgaca tccattttaa tcgcgcgccg cagcctactc
     5821 tgtggttttc gtcgccttcc tgccgtttcc attgggggta taaagctatg ggtgaatcaa
     5881 aaaaagaggg ggagtagctg ctcccccgga cttgtatttt agagatcgaa gccgatgtct
     5941 cggcggtagt attttttctc gaacgtgatg gcttcggcgc cacgataaga ccgtcggagg
     6001 gcctcctcga ccgtgtcagc cagggctgag acggctatga ctcgcccgcc tgaggtgaca
     6061 atcgcaccat cggagccgac cgaagtgccg gcgtgaaaga cgatggcgcc atccagccgc
     6121 gggtcgtcta atccggagat cgttttgccc ttttcgtagg cctcggggta tccgccgctg
     6181 gtcagcatga cggtcgtggc tgcccgcggg tcgatcttgg gggtatagtc ctgcaatcga
     6241 cggtgggccg tagcctcaaa taattccacg agatcgttca tcagacgcgg catcacgacc
     6301 tccgtttccg gatcgcccat ccgacagttg tattctatca ccatcggttc gccctttacg
     6361 ttgatgagtc caaagaagat gaatccgcaa tagtcaatgc cctcagcgga gagtcccttc
     6421 agcgtgggac ggatgatttt ttcgtccacc ttacgcatga actcctcgtt ggcaaacgag
     6481 acgggagaca cggcacccat gccccccgtg ttgagccccg tattgccctc gccgactcgt
     6541 ttgtagtcct tcgcctcggg taagatgaag tatccgtcgc catcggtcag cacaaaaacg
     6601 gagcactcga taccatcgag gtattcctct atcacaaccg tgcgactggc ggccccaaac
     6661 tgtccgcgga gcatgcgtcg gagtccttcg cgggcatcat ggagcgactc gacgatcaat
     6721 acgccttttc ccgcggccaa tccgtcggcc ttgagcacgt agggcgggcg aagggtggcc
     6781 agataaagct ccgcgacgtc caactcgtcg gccgtgaagc tgcggtagtg tgccgtgggg
     6841 atgttgtgcc gacgcatgaa ggccttggcg aaatccttgc tgccctcgag ctgcgctccg
     6901 gcacacttcg gacctatcac gggcacgcgc cgcggcgcac gatcgctgtc aaagtagtcc
     6961 gcgatgcccg ccacgagcgg atcttcgggc ccgacgacga tcaggtctat ccgctccgcc
     7021 tccacgaagc gcccgagcgc ctcgaaatct cctgtaggca ggttgacatt cgtacccaga
     7081 tgggccgtac cggcgtttcc gggcgcaata aagagcttac cgaggcgcgg actttgcgcc
     7141 attttccagg ccaacgcatg ctcgcgcccg ccagatccga tcagcaacag atgtaatcct
     7201 ttcttgtccg tcattgtggt gtgatgtagg ggttatgggt gtatctatat atgtatggcc
     7261 tctctgaggc tgaaaaatgg gcgacaaaga taggcggggg tgggaacgaa aaaacgaaag
     7321 gcagaaaacg aaagtcggaa gtcttgcctc ggtcggcgtt tccagccctc agcttgcggc
     7381 acctgacgct ttcaaaacgc aatgtcgagg taggcgttcg tgaacatcaa catttttcgc
     7441 atcgggacta cgggcgaggt gtcgtagatg aatcggtacg tgccgcgcag tccaacgact
     7501 ttcgagaggt gaaacttcag gtccaaggca cctccgaagc gtgcgtgact gaagtaataa
     7561 cgtggattgg cctgatggat ggctgtggca gtgatctccc atttgtcgct gagacgatgg
     7621 cgataactgg tcgagagatg gaggcggatg ttgcgattgt agccgtacgg aggactaagg
     7681 gtgtcgccgg agaggttttt ccagtcctcg gcttcataaa aaagcgcggt agtgaggaac
     7741 atcaggctgt gctcagtatt aatcggacga tagcgcgcct gcacaccggt cgatactttg
     7801 cgaatcaagc cgcgcgtgcc tgcccactgg gcctcgacgt agggatagac ctcaaaagaa
     7861 ggctgcagca ggtagcggaa ctcggcatgg agatcaccct cgttgacagt cactttgctg
     7921 ccgtaggtgg taaattcaaa gcggcccatg aggttgatca cgcgcttgct accgatcaga
     7981 atgttgaggt ttgagaaggt cttgacctca aaaagttcct cgtgttcggt cttgaagttg
     8041 accatggcgg agaatgtgcc ttggatgggc ttgctgctat cgatcttcat cgtcatgttt
     8101 tccgagaaga gcatctgggc ttgcagggag agggcgacgg agaggaggaa gagggtgaag
     8161 agaaaggcgc ggcgtcgcag caggttgcgg gtcgttgtcg atttcataag gaaggggtgt
     8221 tacgcgtgat gaaactgccg caaaggtctc acataaaccg aaatcaatga tcgaggcacc
     8281 tgctgcgtat cgcacggacc gaaacgcgct gttttttgct ccctgcgttg cgcagggctc
     8341 caaaagagac cctgttttgc ttcctgcgtt gcgcagggct ccgaaagaca cccttttttg
     8401 ctccctgcgt tgcgcagggc tccgaaagag accctttttt gctccctgcg ttgcgcaggg
     8461 ctccgaaaga gacccttttt tgctccctgc gttgcgcagg gctccaaaag agaccctttt
     8521 ttgctccctg cgttgcgcgt ggggccgaaa atcatggctt ttcactttcg agcgcagcga
     8581 atagcctcct gaaccggccg ccgatttgtc gctgcgcttt cgcctctggt cgcactgtct
     8641 atatttgcgc accaatcata aaaagtacag atagataaca tgagaagatg gattactatg
     8701 gctggcgtgg gcgtcatgat gacggccctc accgcaacgt atgcacagga tgcaaagaag
     8761 gacgaggcca agaccgaagg cctacagttt accaccgtca aggagctgaa gattacaccg
     8821 attaagaacc agaaccgcac gggcacgtgc tggtcgttct ccggcgtagg ctttatcgag
     8881 tctgagctgc tccgcacggg caagggcgag gtggacctct cggagatgtt catcgtcaac
     8941 cactcttaca aggacaaggc agacaagtat gtccgcctgc atggcatgct gaacttcgcc
     9001 cagggcggat cgttctacga cgtgctctac gccttcaagc actacggcgc tatgccgaac
     9061 gaactctaca ccggcctcga gtatggcgag gacagccacg tgcacaacga gctggcggag
     9121 atcgccaccg cctacgtcaa agccgtcgtg ggtaacaaga atggcaagct ctcgcccgtc
     9181 tggaggcagg gcttcgacgc cctgatcgac gcctatctgg gcaagatccc cgagaagttc
     9241 acctacaaag gcaagcagta cacccccaag agctacggcg aatcgctggg cctgaacttc
     9301 gacgactacg tctcactgac ctccttcacg caccacccct tctacaccca gttcccactc
     9361 gagatcgagg ataactggcg ctggtcagag agctacaatg tgcccatcaa cgaactgatg
     9421 gaggtgatcg acaacgccat caactccggc tatacgctcg cttggggcac cgacgtgagc
     9481 gaaaagggct tcacccgcga tgggatcggc atcgcagccg acgtgaaggc gctcgagacc
     9541 tccggttctg atcaggcgcg ttgggtaggc ctctctcgct cggccaagga cgaggagctg
     9601 cgcaagatga tcgaggcccc gggttgcaag gagatcaagg tcacacagga gctgcgccag
     9661 caggcctacg acaacttcca aaccacggac gaccacggca tgcttatcta tggcatcgcc
     9721 aaggatcaga cgggtcgtaa gtattacatg gtgaagaact cctggggcac ggacacgaag
     9781 tataaaggca tctggtacgt tacggaggca ttcgtagcct acaagacgat caacatcgcc
     9841 gtacacaagg acgcgctgcc taaggcgttg cgcacgaaac tgggaatcaa ataaagccct
     9901 cactcgcata tgcagacgtt agttgataaa gtggaacgcg ccgaagagcg tcgtcgcaag
     9961 ctgcgccgaa tgctccgtgt cgctgtgccg atcgtgctga tcgccttact gatcgtgggc
    10021 ggattctatt actacttccc gtttgccacg ggcatgaagt cgggccgact gaattacgtt
    10081 gtctataaag gcatcgtgtt caagacctac gagggaagac tgattcaggc cggcattcgt
    10141 ccggcggata cgggcggctt ccagtcgaac gagttcgttt tctccgtctc tgacaaagag
    10201 gtggccgaac agctgatgaa cgccggaggc cagaccgtcg agctgcacta cacggagtat
    10261 ctcggtgccc tgccttggcg cggctattcg cgctacgtgg tagaccgcat cgtgaacatc
    10321 acggacaatg gtggcgatgg tgtggcggct ccgacggagg ggacgcccga catcatgtag
    10381 tcggatttat gagacaccct aaggataaca tcctcggata aaaagtagaa ggggtctcct
    10441 caccaagagg aggccccttc ttgtattcgg tcgttccatt cttttcacga ccaacagcgc
    10501 gttaagcaga ccgttttcac tcgttcattt ctccatgtcc tcaccgcccg tgtaagtgcg
    10561 acggacagcg cccttgtagt cgatcgaggg gtgctgctcg aggtacttca tgatctcgtc
    10621 ggccgacttg acgtgcaggt gtgtgccgtc cttatcgccg cgcttgtagt cagccacgga
    10681 ggccacatag ctgttgacgg ccaccttgta ggtgcgattc tcgtcgaact tgccgccctt
    10741 ctcgttcctc accttaatgg ccttcacctc gcgattcgtg cggcccaggt cgatctgata
    10801 cgtgatgccg gagacgtagg cggggccgta gtcatcagcg cggcagatag ccttcagcag
    10861 ctccttgacc tcggcgccgg tgaggttgaa gatcatcatc tcattgccga agggatcgag
    10921 gcggagcaca tcgcccaccg tcatgcctcc cttggggagc gtctcgtagc gcacaccgcc
    10981 gcagttctgt atggcaatgt cggcgcccgt ggtggcacgt tgtgcgtcgg ccatcatgca
    11041 gcccagctcc tgcttcgaag agaatccgtt aggcacctgc gtcagcacac ggttgaggaa
    11101 ggggttatcg ctgaacttat cgaccatcgc ctgaatggcc gtatcgatgc gggggcagtc
    11161 agcgatgcgg atcaggtgcg cctgcttgtc gatgacctta ccgtcttgca gcttcagctt
    11221 gatctctgtg acgttcgtca gcttcttgcc cgcctgcgtg atcagcacgc cgctgtgcag
    11281 atggttgccc tcgagcgccg tgtgcgagtg tccaccgacg atgaggtcag cctcggggaa
    11341 gaccttggcc aactctatgt ccgcctcata gccgttgtga gtaagcagga tcagtacgtc
    11401 gcagcggtca cgcagccatt tgtattccgg cgccacgtcg ttgggatagc ggaaggtgat
    11461 gccccgcatg gcgtccgggt gagcgtctgg aatgccgttg cgattgacct gtatgaaccc
    11521 gaggatgcag aagcggatgc catcgcgctc gaagaacttg tatggctcga tgtgcagccg
    11581 gagcgtatcg ttgggataca tgttggcgca tacgtagcgg aagttggaga ggttgatcag
    11641 ctcgcgaaag ccgtcgagct tggagtcgaa ctcatgattt ccgacggccg agaggtcgaa
    11701 gccgatgcgg ttcatcagcg ccaccatggg atagcccgtg atgggataca tgtcgttgat
    11761 cgggttgccc gtgcgattgt cgccgcctga gagcagcagc aggtcggggt gcaactcgcg
    11821 cacactgtcc acgatggccg caaagcggga gaaattctcc accgccgcgt gcatatcgtt
    11881 cgtggccaga atcgtaaact ctttcgtctg ggccgatact gacagcgtca gcacagccaa
    11941 tagggagatg caatagcgtt tcatatgaat ggtttatagg gtttatgcag gttgtttctc
    12001 ttcgttcttc tttccacggc gcttcaggaa cacaataccc gcaatggcca gcacaagcag
    12061 tgagatgcca atgatcggcc ggaagacaag ccacgcgatg gcgatgatga taaatgacca
    12121 tgccagccct aatatccagc tgaccagccc cacaccggca tcgactatgc tacccaagaa
    12181 cggcagcacc ttgaacagca tcggcagcaa tccaaacatg cccttcaggc cgatcacgat
    12241 gagcagtaca cccaccagac gcagcaccca ggtcaacatg ttgttctctg accgggcctg
    12301 ctcgatcatc tcgtccgcgc cgaccgtgcc catctgcacc cgcgagaagc tctgcccgtt
    12361 cttggccctg taaaccttga acgtcgagcc gtccacctgg gcgatcagcg agatgtccgc
    12421 cggtggcacc ttggtgaagg tcacgcgtac gtcaccgacc tgcggactat tgggcgagag
    12481 tcccaagtag accgtgttcg cgctcgtgtg cactaacgac gtctcagtat ccaccttcgg
    12541 cctgagcata tgtagccgct cattccacgt aaagcgttgc tcctccgtca tgcgcacctc
    12601 gacgggctcg ctgccactga tcgatgcgac gaacgactcg ggcaaggtgt aggccccgaa
    12661 cgtcacgtgc tgcgccatct cgttgcgctc ctccacctcg ctcaacacct tgttcgcact
    12721 ctgatactgc gggtctttga attcggccga gttcactggt ttgtccaccc acttcttttc
    12781 gtaggtgtac gtcgtcgtgg tttccttgcc accgccgatc ttctctcgct ctttcgtttg
    12841 tgcgttttct acccactggt aatactccac cttgcggtcg agccggatag ccagttcgcg
    12901 cacgccaaac atgtcgtccg tgagcgtgtc cttcgtgtcg gcaaaggccg atgcatggat
    12961 cagcttgccg ttgagcgagg cgtcgaccct cgagacgtcc gccacagact ccacgtgcga
    13021 tgccgcgtcg ccgatggcct tagccgttct caccgtccgt ccctcgttcc accacagtag
    13081 gcatgtgccg atgatgaaca tcagcagccc gccgatcatt cccttcgctg agccggccag
    13141 gcgttggccg tagctcgtgc ttgttgtctc agtataagcc atgattcgta tagattaaaa
    13201 atgtatggtc tgtctcactt ctccccgcat catttcgact tttgatccga gggttcgccc
    13261 cgtttccgtg ccacccctct ttgtccccac agcgtctcct tgtattcata atccggagct
    13321 gccagccaat tgtcgcattg ctcaatgagc aactcgcaat agcgatccag tcgcttagct
    13381 cgcatcacca aatcttctct gctcatcttt tccgtttcca tcgtaaccgt gtcttgattt
    13441 cgagggcaaa gttacgccta cctcttccag ccgtcctata cgtaacatta cgtatatccg
    13501 aatgttaacg aggcgaatga tcacgcgtgg ggttcgacgt cagaataaag cccgcagaga
    13561 gtttctacgg gagccatgcg atggcctaat cgttttcgga aatgcttgca acagtgttgc
    13621 aaacgccaga aagtttttcg tgagacttgc aa
//
LOCUS       SEQF2638.1|AYYF01001060.1 284 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..284
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tcgtcggtgt agaaagggtt gaaggagatc ggccgggcgt cggtgtacgt gaaatagatg
       61 ccgtccgcgc ccttcgtctt tcggttgatc aggccacaaa gcccctcgta ggagttgcct
      121 gtgtcgacga gcaacacgtg tgcgccttgc tcgtaatact gccgaaccat gtggttcgtg
      181 aagaacgact tcccactgcc cgagggccca aggatgaact tgttacggtt ggtgatgatg
      241 ccctttttca tcggcagatc ggagatgtcg agatggatcg ggcg
//
LOCUS       SEQF2638.1|AYYF01001061.1 8153 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..8153
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(226..1206)
                     /locus_tag="SEQF2638.1_00617"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:vienna_vog:VOG03084"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTIEFCAINKPEDWMEMVAEQFGTSVTNNGFTVPVSVGRGFFKQ
                     YYPLPWLTLTYISFMSYEPMTMVRRSVENSKWIPVMFYVNEHKHEQIIGTSTKTVGVD
                     TLDGIFMPSSNIPTEWTFDPKRKYENITLTFNKDWIERIDAAHETYISRLLQSDKSFY
                     LFETITPAMQQTLYGIKSIVENNAPLSLLHLHGKAIELLTMFLEKLERRSEVKPFANL
                     NLHDVESVFRIRRLILRNLNHTPSLLELAREANMSSSKLQKCFKQVIGSAIAEYALSE
                     KMEWAKRLLSTRLYSVSEVGYEIGYTNLSHFTEAFHKHHKIKPKQYLDSL"
     CDS             complement(1774..2955)
                     /locus_tag="SEQF2638.1_00618"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRTTTLKYIAFSAMLASSIGLTSCGKHDDPKPTPNEVQQHFAFV
                     HYVDKSAYVGTFSDLTPQATDNKKAFEFGFGCYLFAKGNTVLVPEGKFGDKVHKFTRG
                     AHGELIKAGTMTFEQMAQPGEINFIDEQHAYVPLHGRGKIALINTATLQKEDEIDLSP
                     YAVQDNNPDPGCNVIRDGKMYVALNQLNSPHTSVPGTGAEVAVIDLKTKKIEVIKDNR
                     TSVVGLFRHSDAFIDERGDIYFYSAGNNFNVADKEGFLRIRKGSDKWDTDYLFNLSKT
                     TIKGIGKTGQYMIKSYYAGNGIVYSCLKVTDTEFGILKKDFQPVRIDIWNKTIEKLDL
                     PMTDSNGSFAITKYKDFIVFGMTCNNGTGYYTYNTRTGECSQTPIVTAVGVPSSLVAF
                     E"
     CDS             complement(2974..5166)
                     /gene="btuB_2"
                     /locus_tag="SEQF2638.1_00619"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01531"
                     /codon_start=1
                     /transl_table=11
                     /product="Vitamin B12 transporter BtuB"
                     /translation="MDGTTTDRKGIARVNADVGQKLVLSVSYVGYQTATDTITSDGKR
                     YTIKLYPDAMALENVVVFGKTKARIIRESPEAVSVINAKELQGRSVSLETILNKTIGL
                     KVGQTGGLGSSSRIIVHGLEGNRIQILWDGIPMNTSDGAFSLDEIPIDIIERIEVYKS
                     IIPARFGCDGLGGAVNIVTKEFSTDYLDASYELGSYQTHKASVFSRKNFPKSGILLGA
                     GGYYTSAKNDYSFRVPEREDLLVKRDHDCFRSYMLKGKIAFSKLWFDEMSTEFGYYNR
                     FNEIQGVLKNIRYAEDKSGMFMLENKLIKSGMLNNCLDFESHFSFSHTTNNFVDTARV
                     NHDFEGNIYPSPNGQGETGDVPHNSNDKGLEINERINFDYRLSANHSLNLNTLINYAR
                     RQPNDDMASRHAGFVIGGFPSKKTGVVSGLTWEAKLLDRKLTNMLSVKYFHLHSEIED
                     LTSYEMIEAPKKKSNTTSQIGWIEAVKYEPFRGFHLKASYQRAIRLPNSQELFGDGII
                     TLPAAGLKPEKSHNFNLGFLIDKNNVLGLSRLQFEVNGFYMQVSDMIKLMKQHMAAGY
                     VNAERVHIKGIETELKLDISPTVYAYGNLTYQDVRDVLEHLPGTQAPNPTKGLRLPNI
                     PYLFANFGAEYHSDQLLKNWYVKAFWDGKFTEEFFYFWELTELQKRRIPRSFVNDIGL
                     LLTYKNRYSIALECHNLMNKEVWDQYRQPLAGRTFHLKFRYVFSKGIL"
     CDS             5318..5464
                     /locus_tag="SEQF2638.1_00620"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQAVFEINILFVHEKSAQRCRYIKEVNTPIKHIYAPIELNRPKC
                     IVFG"
     CDS             5761..7506
                     /locus_tag="SEQF2638.1_00621"
                     /EC_number="3.6.3.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q99T13"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative multidrug export ATP-binding/permease
                     protein"
                     /db_xref="COG:COG1132"
                     /translation="MDKQKIRSLDEERESRNLLSNTVVVLHLIFGTLPLLFVVWAVDR
                     LMGDTLTPAMLWSVGVAMVLFALFRGVFYGTSIWRAHHSAYNALTRLRMRIVSHLQRL
                     PIGFFQERKVGDLVNIINHDVEQIEMYLAHGLPEILSATLFPALLWGIVMVLDWRLGL
                     ALVSLLPLAFLLQVTVKTLWRKSFQHFMESTQKMSEDLLEYVATIPVIKAFSHEETRT
                     ERVLCGMHDYIRRVTRSMFSVTVPMTLITMFLEGGIVVMTLVGLWLMVSGELTVTRFI
                     LALILGGLFSSSFAKLATFQHFRIVYGQSLARVRSITEVPVKDTADRDTDAMQSDVSF
                     EHVTFAYPNKKDRALSDVSLQFPKGSHTAIVGESGSGKSTLASLMMGFWQPQSGTVRL
                     GGENLAELSERNIADFFSMVQQEVFLFNTSIRDNIRIGKPSATQREVETAARKARIHD
                     FIVGLPSGYDTSAGEVGVKFSGGEKQRISIARMLLKDSPIVILDEATAALDVENEKLI
                     QEALDELQRNKTVITIAHRLNIIQDVERIVVMDKGQVLATGTHRELMDSCPLYRNMTE
                     TQKRVNRWQLKEEET"
     CDS             complement(7389..7898)
                     /locus_tag="SEQF2638.1_00622"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPHHHFHIVHVFVDDGAYLTQPLISVETKRELLQLQNDFLADTL
                     HEVEAGKVLTHIGYGIGDGFQNQQTAKHPRCGNERNAFARYITIDKKQDGKHNRRATE
                     GINHKKQCGDNQVPHPVGGQFIQYVAYHRYVSSSFSCHLFTRFCVSVMLRYSGQLSIN
                     SLCVPVAKT"
ORIGIN      
        1 aaagatctca gaagacatgg acaagctgat ccggaagcaa caagcggcgt cagagtgatc
       61 cccgcacggc tgttccaacg tgaggcggta tgctttttcc ctttcatcga atagatctta
      121 ctacatgact acaacggatg tgatacggtg aaagaagagg aattgggatg tagttagatg
      181 tagtcgctat acaaccagaa attgtctgct cgactttgat ccaacttaca aagagtcgag
      241 gtattgcttt ggctttatct tgtgatgctt gtggaaggcc tccgtgaagt ggctaagatt
      301 ggtgtatccg atttcatacc ccacctcgga tacagaataa aggcgagtgg acaacagtcg
      361 ttttgcccat tccatctttt cagatagggc atattcggca atcgcgctac cgatgacctg
      421 cttgaaacac ttctgtaatt tggaactgct catattggcc tcacgtgcca attcaaggag
      481 actcggtgtg tggttcaaat tccgcaaaat cagacgccgg atacggaata cagactccac
      541 atcgtgtaaa ttcaagttgg caaaaggttt tacttcagaa cgcctttcga gtttttcgag
      601 aaacattgtc agtagctcta ttgcttttcc atgcagatgg agcagggaga gaggcgcatt
      661 gttttcaact attgacttga taccgtatag tgtctgctgc atggccggcg taatggtctc
      721 aaacagataa aaagacttgt ctgactggag caacctactg atgtaggttt cgtgagccgc
      781 atctattcgc tctatccaat ccttgttgaa agtcaatgtg atattttcgt acttccgctt
      841 aggatcgaat gtccattccg taggaatatt gctcgaaggc ataaagatac cgtcgagcgt
      901 gtccaccccg accgttttcg tgcttgtgcc gataatctgc tcgtgtttat gctcgttgac
      961 atagaacatc acgggaatcc attttgagtt ttctaccgag cgacgcacca ttgtcatcgg
     1021 ttcgtatgac atgaaactga tataggtcaa tgtgagccac ggcaacggat aatattgttt
     1081 gaaaaatccg cgacccactg aaaccggaac ggtaaaaccg ttattcgtca ccgatgtgcc
     1141 aaattgttcg gcgaccatct ccatccaatc ttcgggcttg ttgatagcac aaaactctat
     1201 ggtcatacca ttgtatctct ctatataaat acacgtgtgt tcgatgtaag cagagaactt
     1261 ctacggaagc cacgcgaggg caaaaacgtt tttggaaatg ccccgcggga gtcccgcaaa
     1321 cgccaaagca tttgccgcga gacttgcggg agtacccgca aacaccaaag catttgccgc
     1381 gagacttgcg ggagtcccgc aaacgccaaa gcatttgccg cgagacttgc gggagtaccc
     1441 gcaaacacca aagcatttgc cgcgagattt gcgggagtac ccgcaaacgc caaggcattt
     1501 gccgcaagac ttgcgggagt attcgcaaac gcccaaacgt tctttttccc cgtggcgaga
     1561 ttcccgcggg gcatttccaa aaacgttttg gccatcgcgt ggcttccgta gtggctctct
     1621 aagggcctta ttcttacgtc gaactcacgt taaatacaaa tagacaaggg tgaaaagagg
     1681 ttctcctatg cttttatcct tgttgagtta taccttctgt tgaaagagaa caagagtatt
     1741 ccctcaaaaa ggaatactct tacgatatga gatttattca aatgcgacca aacttgaagg
     1801 aactcccacg gctgtaacaa tgggtgtttg cgagcattcg cctgtcctgg tattataggt
     1861 atagtaaccc gttccgttat tacatgtcat tccaaagacg atgaagtcct tgtactttgt
     1921 tattgcgaaa gaaccattgc tgtcggtcat cggcaaatcg agtttttcaa tggttttgtt
     1981 ccaaatatcg attcttacgg gctggaagtc tttcttcagt attccgaatt ctgtgtccgt
     2041 tactttcaga cagctatata caatgccatt acctgcatag taagacttta tcatatactg
     2101 ccccgtcttt cctattccct tgatggtcgt tttcgataag ttgaacagat aatcggtatc
     2161 ccatttgtcg cttcccttgc gaatgcgcag gaaaccttcc ttatcggcaa cattgaaatt
     2221 gttgcctgca ctgtaaaagt agatgtcgcc ccgctcgtct ataaaggcat cggagtgacg
     2281 gaacaatccg accacacttg ttcggttgtc cttgataacc tcgatctttt tcgttttaag
     2341 atcaataaca gccacctctg cacccgttcc tggtacagaa gtgtggggcg aattgagctg
     2401 gttgagggct acatacatct ttccatcacg aatgacattg cagccgggat cgggattatt
     2461 gtcctgaaca gcataaggcg agaggtcaat ttcatcctct ttttgcaatg tggcagtatt
     2521 gattaacgca atcttgcccc ttccgtgcaa tgggacgtat gcgtgctgtt cgtcgatgaa
     2581 gttgatttct ccgggctgcg ccatctgttc aaaggtcatc gtacctgctt ttataagttc
     2641 accgtgcgct cctcttgtga acttgtgcac tttgtctccg aatttccctt cgggtacaag
     2701 taccgtgttt ccttttgcga agagataaca cccgaaaccg aattcaaatg ctttcttatt
     2761 gtcggtcgct tgaggtgtca aatcactgaa agtgcccaca tatgcacttt tgtccacata
     2821 atgtacaaac gcgaaatgtt gttgcacctc attaggcgta ggtttggggt catcgtgctt
     2881 accacaagat gtcagtccta tggagctggc cagcatagca gagaaagcta tgtacttcaa
     2941 tgttgttgtt ctcattctta ttcgtgttta gagttataaa attccttttg aaaagacgta
     3001 tctgaatttc aagtggaatg tccgccctgc caacggttga cgatactgat cccacacttc
     3061 tttgttcatc agattgtggc attccaaagc aatggaatat ctgttcttgt aggtcaatag
     3121 caagcctatg tcattgacaa aactgcgagg gatgcgccgt ttctgtaatt cggtaagttc
     3181 ccagaagtag aaaaactctt ccgtgaactt tccgtcccaa aatgccttga cataccaatt
     3241 cttgagtaat tggtcactgt gatattctgc tccgaagttg gcgaacaagt agggaatatt
     3301 cggcagtcgc agcccttttg ttggattggg ggcttgggtg cccggcaaat gctccaagac
     3361 atcgcggaca tcctgataag tcagattccc ataggcatag actgtcggcg atatatccaa
     3421 tttcaactcg gtctctatgc ccttaatatg taccctttca gcattcacat atccggccgc
     3481 catatgctgc ttcatcagct ttatcatgtc gcttacctgc atgtaaaagc cgtttacctc
     3541 aaactgtaat cgcgaaagtc cgagtacgtt gtttttgtct atcaagaatc ccagattgaa
     3601 gttgtggctt ttctcaggtt tcaatccggc agcaggaaga gttatgatgc cgtcaccaaa
     3661 caactcttgc gaattaggga gacgtattgc tcgttgatag gaagccttca gatgaaagcc
     3721 tctgaacggt tcatatttca ctgcttctat ccatccgatt tgcgatgtcg tattgctctt
     3781 tttcttcgga gcctcaatca tctcgtatga agtcaaatcc tctatctcag aatggagatg
     3841 gaaatacttt acagagagca tattcgtcag tttcctgtct aagagtttcg cttcccaagt
     3901 caaacctgag acaacgccgg tctttttgct gggaaatcct ccaatgacaa aaccggcatg
     3961 tcggcttgcc atatcgtcat ttggctgtct gcgtgcgtag ttaataagcg tattcaggtt
     4021 caggctgtga ttagcggaca atctgtaatc gaaattgatg cgctcgttga tttccaaacc
     4081 tttgtcgttt gagttatgag gcacatctcc cgtctctccc tgtccgttcg ggctcggata
     4141 tatgttcccc tcaaaatcat gatttactcg tgccgtatcc acaaaattgt tcgtcgtatg
     4201 cgagaaggag aaatgagact cgaagtcaag gcagttgttc agcattccac tttttatcag
     4261 tttgttctcg agcatgaaca tcccggattt gtcttcggca taccggatgt tcttcaatac
     4321 cccttgtatc tcattgaaac gattatagta cccaaattcg gtactcatct catcgaacca
     4381 aagtttgctg aaagcgattt tccctttcag catatacgac cgaaaacagt cgtggtctcg
     4441 ctttaccaat aagtcctctc tttcgggaac tctgaaagag taatcattct ttgcagacgt
     4501 ataataacct cccgcaccga gcaggatacc actcttgggg aagttcttac gagagaagac
     4561 actggccttg tgtgtttgat aagagccaag ttcatatgaa gcatctaagt agtccgtact
     4621 aaattctttc gtcacaatat tgacggcacc acccagtccg tcgcaaccaa atcgtgcagg
     4681 aataatgctt ttgtaaacct ctattcgttc gataatatct atcggtatct catcaagtga
     4741 aaaggcacca tccgaagtat tcatcggtat accgtcccaa agaatttgaa tgcggttccc
     4801 ctccaaacca tggacgataa ttctcgaact gcttcccaag ccaccagtct gcccgacttt
     4861 caatccaatg gtcttgttca agatggtttc taaagacacg gagcgacctt gcagctcctt
     4921 tgcgtttatc acggaaacag cctcaggcga ttctctgata atccgggctt ttgtttttcc
     4981 gaagaccacg acattctcca acgccattgc atcgggataa agttttatcg tgtatctctt
     5041 cccatcagag gttatggtgt cggtagctgt ttgatagccg acataactca cacttagcac
     5101 aagtttctgc ccgacatctg cattcaccct tgcgatgcct ttgcggtcag tcgttgtgcc
     5161 atccatatat aaggaagagc ccaatgctct ccattgaagt gttgccgatt caataacact
     5221 ttccttttcg ctatctatga cacgaatttc cgttatctgc ttctgagcaa aaagaggaag
     5281 cgacaataga gaacccattg taagtattat cctgcatatg caagctgtct ttgaaatcaa
     5341 catcttattc gttcatgaaa aatctgcgca aaggtgtcgg tacatcaaag aagtaaatac
     5401 ccctatcaag cacatctatg cccctatcga gttgaaccgt cctaagtgta tcgttttcgg
     5461 gtagtattat gctcattcgg gttaatttac ccctgtgtat ctcctcacct tcgccgccat
     5521 agtttcaaac ggaaatggtc tagcgaattt cggcctacgc atggctccct cttttcacat
     5581 ggtgcccctg tacacttact gtataaggta cttgtgcacc accttgcatg gtgactgact
     5641 ataacctata agggtagcat gcttaagaga tgcgactaag caggctttat gagtgacaca
     5701 acgatagggg ccccaagaga ttcgcaaacc attttcaatt gacgataatg acatagatat
     5761 gtggataaac agaaaatcag atctctcgat gaggaaaggg agagccgcaa cctactctcc
     5821 aatacggtag ttgtgctgca ccttatattc ggcacgcttc ccctgttgtt cgtggtgtgg
     5881 gcggtggaca ggctgatggg cgacacactc actcctgcaa tgctttggtc ggtcggagtg
     5941 gcgatggtat tgtttgcctt gtttcgcggc gtgttttatg gaacttcgat ttggcgggct
     6001 catcactcgg cttataacgc cctcacccga ttgcgaatgc gcattgtgag ccacttgcag
     6061 cggttgccga tcggtttctt tcaggagcgg aaggtgggtg acttggtgaa catcatcaac
     6121 cacgacgtgg aacaaatcga gatgtatttg gcacatgggc tgcccgaaat tctctctgcg
     6181 acgcttttcc ctgctttgct ctggggtatt gtcatggtgt tggactggcg acttgggctg
     6241 gcactcgtat cgctgctgcc gttggcgttt ctcttgcagg tgacagtcaa aacgctttgg
     6301 agaaagagtt tccaacactt tatggaaagt acgcagaaga tgtcggaaga ccttttggag
     6361 tatgtggcca cgattccggt cattaaggca ttcagtcacg aggagacccg gacagagcgg
     6421 gttctctgcg gcatgcacga ttatatccgc cgggtaacgc ggagtatgtt cagcgtgacc
     6481 gtgccgatga cgctcataac gatgttttta gagggtggta tcgtggtgat gacgctcgtt
     6541 ggtctgtggt tgatggtgtc tggcgagctg accgtgacac gcttcatcct cgccctgata
     6601 ttgggcggac tgttctcgtc ctcctttgcc aaactggcca cgttccagca tttccgaatt
     6661 gtctatgggc agtcgctggc gagggtccga tcgattaccg aagtgcccgt aaaggatacg
     6721 gccgaccggg atacggacgc tatgcagagc gatgtcagct ttgagcacgt tacgtttgcc
     6781 tacccgaata agaaagaccg tgcattatcc gatgtcagtc tgcaattccc taagggcagt
     6841 catacggcta ttgtgggcga atcggggtca ggcaaaagta cattggcaag tctaatgatg
     6901 ggtttttggc aaccgcagtc gggaaccgtt cgactgggtg gagaaaatct tgcggaactc
     6961 tccgagcgca acattgccga tttcttctcg atggtgcagc aggaggtgtt ccttttcaat
     7021 acgagcattc gggacaatat ccgtatcggc aagccctccg ctacacaacg ggaggtggaa
     7081 acggcggcac gaaaggcacg catacacgac tttatcgtgg gactgcctag tggttacgat
     7141 acgtcggcag gtgaagtggg tgtaaaattc tccggcggag agaagcagcg catttccatt
     7201 gcgcgtatgt tgcttaaaga ctcgccgatc gtcattctcg acgaagccac tgccgcattg
     7261 gacgtggaga atgagaaact tatccaagag gctttggacg aattacaacg caacaagacc
     7321 gtcatcacca tcgctcatcg gctcaacatc attcaggatg tggagcgtat tgttgtgatg
     7381 gacaaaggtc aggtcttggc gacgggaacg cacagagaat tgatggacag ctgcccgctg
     7441 taccgcaaca tgacagaaac gcagaagcgt gtaaacagat ggcaactgaa agaagaggag
     7501 acataacgat ggtacgcaac atattgaatg aattgaccgc ccacggggtg cggcacctga
     7561 ttgtctccgc actgtttttt gtggtttatg ccctctgtgg cacggcgatt atgcttaccg
     7621 tcctgcttct tatcgatcgt tatatatcgg gcgaaagcgt ttcgctcgtt tccgcaacgt
     7681 ggatgcttgg cggtctgctg gttttgaaaa ccatctccaa tgccatagcc gatatgagta
     7741 agcactttgc cggcttcgac ctcgtggagc gtatccgcga gaaaatcatt ttgaagctga
     7801 agaagttctc gcttggtttc tacactaatg agcggctggg tgagataagc accatcatcc
     7861 acaaagacgt ggacaatatg gaaatggtgg tggggcatct ctggacacga atgtccgccg
     7921 atttcattgt ggcactgata ctcggcatcg gactgttctg cgtagactgg cgtatgggat
     7981 tggcgatggt tgccttcctt cctgttgctc ttttttccct ttatcgaggc attcgttcgg
     8041 gtatgaaagc acagcaggag acacaagacg gtctggcgga tatggtcagc ctctttgtgg
     8101 aatatgtcaa gggtataccc ggtctcttat acacatctct gagcgggctg gca
//
LOCUS       SEQF2638.1|AYYF01001062.1 10806 bp   DNA    linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..10806
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             63..662
                     /locus_tag="SEQF2638.1_00623"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P9WL85"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /db_xref="COG:COG2321"
                     /translation="MWTELFKAEGLEYTQPKMVIYRNSTRSGCGQASSSTGPFYCPAD
                     QTVYIDLSFFDEMERSLGAGGDFAYAYVIAHEVGHHVQYLLGNIERVNRETARLGKKE
                     GNRLSVRLELQADYLAGVWANHENERWKSLQDGDLEEAINAASQVGDDRLQKAAGGSV
                     VPDAFTHGTSAQRMRWLKRGYQSGKLRGGDTFSVPYDEL"
     CDS             680..1318
                     /locus_tag="SEQF2638.1_00624"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNNPLLLTLAALALLTGCSERKAEQAPAATSNEPVMVPSNEPEP
                     APVVMEFDKTQLRREITIAVLSIQSIRDAWELVEAMTQGGKRKSKHLEKMMDALPDFS
                     KGDLSGSGSDCSLTEIRRLIESGQTRAASAKWRSRLLYMASRLGDYAIPDALSGSVKI
                     GEDTYVYECDSTGRVFHLTDDEGFNDFVSNGEREVPQSFYNLAKTAMSGGAE"
     CDS             1478..2203
                     /gene="rutE"
                     /locus_tag="SEQF2638.1_00625"
                     /EC_number="1.1.1.298"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01204"
                     /codon_start=1
                     /transl_table=11
                     /product="malonic semialdehyde reductase RutE"
                     /translation="MTLEEILCTRRAVRRYTDEAIDADTVRHCIDLARLAPTSSNMQL
                     WECYHVTDPDTIRRLVPACLDQTAVSTAQQLVVFVTRRDLFRRRAAAVLDFERGNVTR
                     NSPPERQAKRIRDRELYYGRLIPFIYANACGLLGLLRKTLAMIVGLFRPITRQVSEAD
                     MRVEVHKSCALVVQTFMLAMTDAGYDTCPLEGFDSLRVKRILRLPRRAEVNMIISCGI
                     RDEGRGVWGERFRVPMEEIYHRI"
     CDS             2360..3106
                     /gene="mlaE"
                     /locus_tag="SEQF2638.1_00626"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P64606"
                     /codon_start=1
                     /transl_table=11
                     /product="Intermembrane phospholipid transport system
                     permease protein MlaE"
                     /db_xref="COG:COG0767"
                     /translation="MIKALQQVGEYVLLMRKALTPPTRWSMFFKQLVREIYKLGVDSI
                     WIVVIISIFIGTVIAIQISLNISSPLIPKFTIGYTTREIILLEFSSSIMCLILAGKVG
                     SNITSEIGTMRVTEQIDAMEIMGVNSANFLIMPKITGMMLFIPVLVFFSMTTGILGGV
                     FASHVVSGMTPASFEFGLQYYFNPFYIWYSVIKSVVYAFLISSISSYFGYNVKGGSLE
                     VGKASTNAIVISSVMILLADVILTQIMLTK"
     CDS             3103..3906
                     /gene="mkl"
                     /locus_tag="SEQF2638.1_00627"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P9WQL5"
                     /codon_start=1
                     /transl_table=11
                     /product="putative ribonucleotide transport ATP-binding
                     protein mkl"
                     /db_xref="COG:COG1127"
                     /translation="MIEIEHLVKSFDGRVILNDISAVFETGKTNLIIGRSGSGKTVTV
                     KSIIGLVKPERGRVLYDGRDLLSMNKSELKHLRRETGVLFQGSALFDSMTVLENVLFP
                     LDMFSRETARERERRALSCLERVEISHARDLYPSEISGGMMKRAAIARAIALQPKYLL
                     CDEPNSGLDPKTSLVIDRLIHSITQEYNMTTIINTHDMNSVMNIGENIIFISEGRKEW
                     QGTKEQVISSGNKALNDFIFASDLLRKASELQELEEETGVMPTRKFPPE"
     CDS             complement(4313..4993)
                     /gene="trmD"
                     /locus_tag="SEQF2638.1_00628"
                     /EC_number="2.1.1.228"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q6GHJ5"
                     /codon_start=1
                     /transl_table=11
                     /product="tRNA (guanine-N(1)-)-methyltransferase"
                     /translation="MRIDILTVLPEMIDGCLNCSILRRAQDRGLAEIYLHNLRDYTTN
                     KWRRTDDYPFGGEAGMVMQIEPVDRAISALQAERTYDEVIYTSPDGQRFDQPMANRLS
                     LLQNLIILCGHYKGVDYRIREHLITLEISVGDYVLTGGELAAAIIADATVRLIPGVIG
                     DEQSALSDSFQDGLLAPPVYTRPAEYKGWRVPDVLLSGHDRRIAEWRLQQAQERTERL
                     RPDLLREE"
     CDS             complement(5291..6493)
                     /gene="ackA"
                     /locus_tag="SEQF2638.1_00629"
                     /EC_number="2.7.2.1"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:B2RK02"
                     /codon_start=1
                     /transl_table=11
                     /product="Acetate kinase"
                     /db_xref="COG:COG0282"
                     /translation="MKTLVLNCGSSSIKYKLFDMTSGEVMAQGGIEKVGLPDSFLKFT
                     DKNGEKVILEKAIPDHTVGIAFILDTLTDAKYGCLKNFKDIDAVGHRVVHGAEEFASS
                     VLITKELLEKVKECTPLAPLHNPANLKGIEAIEKIMPGTPQVAVFDTAFHQTMPDYAY
                     LYALPYRMYKDYGVRRYGFHGTSHRYVSCRACEILGVPYESQRIITAHIGNGASITAI
                     KGGKSIDTSMGMTPTEGLMMGTRSGDVDPGALPFIMHKENLDADGLAELLNKKSGMAG
                     FSEISSDMRDIEGAIESGNKRAALALAIYDYRIKKYIGAYAAALGGLDILVFTGGVGE
                     NQDSTREVVCRDMEFLGLEFDAEKNRGVRGREVVLSKPSSRVKVLVVPTDEEYMIASD
                     TREILEGK"
     CDS             complement(6513..7526)
                     /gene="pta"
                     /locus_tag="SEQF2638.1_00630"
                     /EC_number="2.3.1.8"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P39646"
                     /codon_start=1
                     /transl_table=11
                     /product="Phosphate acetyltransferase"
                     /db_xref="COG:COG0280"
                     /translation="MNLIQSIVDRAKANKQRIVLPEGTEERTLVAADRLVADGVADII
                     LIGEPNDIRKEADRLGLKHINGARLLDPKNHEKKQTYADLLLDLRRAKGMTPEKAAEL
                     VEDPLYLACLMIKAGDADGEIAGARNTTGNVLRPALQIIKTTKGISCVSGAFLMFVKD
                     PSYGREGILIFADCAVLPDPTAAELAQIAVSSAATARAMLGTEPRVAMLSFSTKGSAS
                     HERVDKVAEATRLARELDPTLQVDGEMQLDAALVERVAALKAPGSTVAGHADVLVFPS
                     LEAGNIGYKLVQRLGGAEAVGPILQGMAAPVNDLSRGCSVDDIYRMVAIACNQAIALK
                     NQK"
     CDS             7807..10029
                     /locus_tag="SEQF2638.1_00631"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MWLGATVAASFLVLIIFGVEIYRTAPPFPTKIVVSDGEVLYEGQ
                     DIKDGQNVWQSMGGQTVGSIWGHGAYIAPDWNADYLHRETEMLLGLLAQKDGKTYKDL
                     PEDEQAKYLVQLRKELRTNTYDAASGVITFSPERAQVARALADYYTKLFMDDPSMDHV
                     RKSYAIPKGAIKDPARMAQMNAFFTWTTWVCSTNRPGSDVTYTNNWPYEPVIGNKPST
                     SLQMWSGFSVLMLLFGVGLLVYYHASNKEKEENDRLPASDPMRGLKPTPSMRATLKYI
                     WIVSLLILVQMVAGVITAHYGVEGGGFFGLPLDLILPQAISRSWHVQLAIFWIATSWL
                     ATGLYIAPAVSGQEPKYQRLGVNVLFIALLIVVLGSLAGQWFGVMQKLGLVENFYFGH
                     QGYEYLELGRFWQALLLVGLFLWLFLMVRALLPALRRRDESRHLLVLFVLASIAIAGF
                     YGAGLMYGRQTHMAIAEYWRWWVVHLWVEGFFEVFATVVAAFLFSRMGLLRLKVASVS
                     VLFSTIIFLAGGILGTFHHLYFSATPTAVLALGATFSALEIVPLVLIGYEAYHNYSLS
                     RSTPWIKAYKWPIYYFIAMCFWNFLGAGIFGFAINPPIALYYIQGLNTTAVHGHAALF
                     GVYGILGIGLILFVLRGLYPDREWNDKLLGWSFWLINIGLLVMLVGSLLPIGILQAVE
                     SIQNGYWSARSMEFMQTDTMQAIRWLRVPGDSLLAIGELLLVYFIIGLHTGWSLKGKR
                     "
     CDS             complement(10094..10777)
                     /locus_tag="SEQF2638.1_00632"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPRKTFWCLRESRKCLGKLFSVCGSPASLSETFLAFAGAPQVPR
                     KTFWSLQECCKRREKLFGLCRNAASASKNFLAFAGMLQMPRKTFWSLQECCKCQNGEK
                     RSCRSSAKAKTGKSVLAEVLQTPKWRKASLQKFCKGQNGEKRACRSSANAKMEKRALA
                     GVLQTPKRGKASLQKFCKRQNEEKRPCRSSANTEMGKSAFAEVLQGHHEKRRKALTGW
                     TSAKTFLDS"
ORIGIN      
        1 catcacgtgg caagattcca gatatatcca catattcatc attcatataa ttcacggaag
       61 acgtgtggac ggagcttttc aaggccgaag gcttggaata tacccagccg aagatggtga
      121 tctaccgcaa ctctacgcgc tcgggctgcg gacaagcctc gtcgtccacg ggaccgttct
      181 actgtcccgc tgatcagacg gtgtatatcg atctctcgtt cttcgacgag atggagcgga
      241 gcttgggcgc cggcggcgac tttgcctatg cctacgtcat cgctcacgag gtcggccacc
      301 acgtccaata cctcctcggt aatattgagc gtgtcaatcg cgagacggca cgcctcggca
      361 agaaggaggg caaccgcctc agcgtccggt tagagcttca ggccgactat ttggcgggcg
      421 tctgggccaa tcacgagaac gaacgctgga agtcgctcca ggacggcgac ctggaggagg
      481 ccatcaacgc cgcctcgcag gtgggcgacg accgactgca aaaggcggcc ggaggatccg
      541 tcgtccccga cgccttcacg cacggtacct ccgcccaacg catgcgttgg ctcaagcgcg
      601 gctaccagtc tggcaagctc aggggcggcg acacgttctc ggtcccctac gacgaacttt
      661 aatcatgcaa cgatcagcaa tgaataaccc cttactactt acactggctg cgctcgccct
      721 gctgacaggg tgcagcgaac gcaaagctga gcaggctccg gccgcgacgt cgaacgaacc
      781 cgtgatggtt cccagtaacg aacccgaacc cgcaccggtc gtcatggagt tcgacaagac
      841 gcagctgcgg cgagagatca ccatcgccgt gttgtccatc cagtccatcc gtgacgcttg
      901 ggaacttgtc gaagctatga ctcaaggcgg caagcgcaag tcaaagcact tggagaagat
      961 gatggacgcc ctgccggact ttagcaaagg cgacctctcg ggcagcggca gcgattgcag
     1021 cctcacggag atccgtcgcc tgatcgagag cggacagacg cgcgcggcat cggccaagtg
     1081 gcgcagccga ctcctctaca tggcctcacg cctcggcgac tacgccatcc ccgacgcact
     1141 cagtggctcg gtgaagatcg gagaagacac ctacgtctat gaatgtgact ctaccggtcg
     1201 tgtgttccat cttaccgacg atgagggctt caacgatttc gtctcgaacg gtgagcgaga
     1261 ggtgcctcaa tcgttttata acttagctaa gactgctatg agcgggggcg ctgaataagg
     1321 gctcttcgct tgtctttact ccttcttttc ttgtcttgac acaagaaaag aagcaaaaga
     1381 aagtcaaggc gccaaggggc gccggccaac tcggccaggt acgtgccaag caattgatcc
     1441 tctaccactt ttagtttttc gcttttccat ttcccccatg acattagaag aaatcctctg
     1501 cacccgtcga gcggtgcgtc gttacacaga cgaggcgatc gatgccgata cggtgcgcca
     1561 ctgcatcgat ctggcacgcc tggctcccac cagctccaac atgcaactct gggagtgtta
     1621 tcacgtcacc gacccggaca cgatccgccg cttggtgcct gcatgtttag atcagacggc
     1681 cgtatcgacg gcgcagcagc ttgtcgtctt cgtcacccga cgcgatttgt tccgccgccg
     1741 cgccgccgca gtgctcgact ttgaacgtgg caacgtcacg cgtaacagtc cacccgaacg
     1801 gcaggccaaa cgcatccgtg accgggagtt gtattacggc cgactgatcc ctttcatcta
     1861 cgccaacgcc tgcgggctgc tggggctgct acgcaagacg ctcgctatga tcgtcgggct
     1921 cttccgcccg atcacgcggc aggtctcgga agccgatatg cgcgtggagg tgcataagag
     1981 ctgcgcgctg gtcgtgcaga cgttcatgct ggccatgacc gatgcgggct atgacacgtg
     2041 tccgctcgag ggcttcgaca gcctacgggt gaagcgcatc ctccgcctgc cacgccgtgc
     2101 agaggtcaat atgatcatca gctgcggcat ccgcgacgaa gggcgtggcg tctggggcga
     2161 acggttccgt gtgccaatgg aagagattta tcatcggata tgaagaggta gtcagagggt
     2221 agttataggg tagtcaaaag gtagttagaa gtagccttat aactctcccc ataacttccc
     2281 tctgactacc ctataactac ccggccaaag gccgtaacta ccgcgccaaa ggcgcataac
     2341 taccctataa ctaccttata tgatcaaggc attacaacag gtaggcgaat acgtcctact
     2401 gatgcgcaaa gcgctcactc ctcccacgcg ttggagcatg ttcttcaagc agcttgtgcg
     2461 cgagatctac aagctcggcg tcgactcgat ttggatcgtg gtcatcatct cgatctttat
     2521 cggcaccgtg atcgctatac agatctcgct caacatcagc tcgccgctca tccccaagtt
     2581 tacgatcggt tataccacgc gcgagatcat cctgctggag ttctcctcgt ccatcatgtg
     2641 tcttattctg gccggtaagg tgggcagcaa tatcacttcc gagatcggca cgatgcgcgt
     2701 cacggagcag atcgacgcga tggagatcat gggcgtcaat tcggccaact tcctgatcat
     2761 gcctaagatc acgggcatga tgctgttcat ccccgtgctc gtcttcttca gcatgacgac
     2821 gggcatcctg ggcggtgtct tcgccagcca tgtcgtctcg ggcatgacgc cggcctcgtt
     2881 cgagttcggg cttcagtact acttcaaccc gttctacatc tggtactccg tcatcaagtc
     2941 cgtcgtctac gccttcctca tctcgtcgat ctcctcctac ttcggctaca acgtcaaggg
     3001 cggctcttta gaggtgggca aggccagcac gaatgccatt gtgatcagca gcgtcatgat
     3061 cctgttggcc gacgtgatcc tcactcaaat catgcttacg aaatgatcga aatagaacat
     3121 ctggtcaagt cgttcgacgg gcgcgtgatc ctgaacgaca tcagcgccgt cttcgagacg
     3181 ggcaagacga acctcatcat cggccgaagc ggctcgggca agacggtgac ggtgaagagt
     3241 atcatcgggc tggtgaagcc ggagcgtggg cgtgtgctct acgacgggcg cgacctgctt
     3301 tcgatgaaca agtcggagct gaagcacttg cgccgcgaga cgggcgtact gtttcaaggc
     3361 tcggcgctgt ttgatagcat gacggtgctc gagaatgtgc tcttcccgct cgatatgttc
     3421 tcgcgcgaga cagcccgcga gcgggagcgc cgcgccctga gctgcctcga gcgggtggag
     3481 atcagtcatg cgcgagacct ctacccctcg gagatcagtg gcggtatgat gaagcgcgcc
     3541 gccatcgcgc gggccatcgc cttgcaaccg aaatacctgc tttgtgacga acccaactcg
     3601 gggctcgacc cgaagacgtc gctcgtgatc gatcgtctca ttcacagcat cactcaggag
     3661 tacaacatga cgacgatcat caacacgcac gacatgaatt cggtgatgaa catcggcgaa
     3721 aacatcatct tcatcagcga gggccggaag gagtggcagg gcacgaagga gcaagtgatc
     3781 tcgtccggca acaaggcgct gaacgatttc atctttgcct ccgacctgct ccgcaaggcc
     3841 agcgagctac aggaactgga ggaggagacg ggcgtcatgc ccacgcgcaa gttcccgccg
     3901 gagtgatcgc ggggaacgaa aaacgaaaag ggcacctccg acatgcgttg tcaggggtgc
     3961 cctttttatg gggcatctat agaaacacat tcagccgaga gggtgtggct tgtctgtaaa
     4021 tccaagaaca ggtgttgttt tcctatcaaa aagcattttc agggccaata cagcttctgc
     4081 atacctatca aaaagcgttt tcagggccga tacaactatt gtatcggggt cgaaaagtgc
     4141 ttttaagtgc ctcgacaact attgtattgg ggttgaaaag cgcttttagg tgccacgaca
     4201 actattgtat tggggttgaa aagcgctttt aagtgccacg acaactattg tatcggggtt
     4261 gaaaagcgct tttaggtgcc gcgacaacta ttgtattggg gggaccatcg acttactcct
     4321 ctctgagcaa gtctgggcgg agccgctcgg tacgctcctg agcctgctgg aggcgccact
     4381 cggcgatgcg tcggtcgtga cccgagagga ggacgtccgg cactcgccaa cccttgtatt
     4441 cggccgggcg ggtgtagacg ggcggggcca agaggccgtc ctgaaacgag tcggagaggg
     4501 cgctctgctc gtcgccgatc acgcccggga tgaggcgcac ggtggcgtcg gcgatgatgg
     4561 ctgcggccag ctcgccgccc gtcagcacat agtcgccgac ggagatctcg agcgtgatga
     4621 ggtgttcgcg gatgcggtaa tcgacgccct tgtagtgtcc gcagaggatg atgaggttct
     4681 ggagcagcga gaggcggtta gccattggct ggtcgaagcg ctggccgtcg ggcgaggtgt
     4741 agatcacctc gtcgtatgtg cgctcggctt gcagggccga gatggcacgg tcgaccggct
     4801 cgatctgcat caccatgcca gcctcgccgc cgaagggata atcgtccgtg cgtcgccact
     4861 tgttcgtcgt gtagtcgcgc aggttgtgga ggtagatctc ggccaatccg cggtcttgcg
     4921 ctcggcggag gatggagcag ttcaggcagc catcgatcat ctccggcagc acagtgagaa
     4981 tgtctattcg catgaaggct atgattcgtt gttaatgact aattgttatg aggagcggaa
     5041 ccttttccag cgcatctttt cgcccgaaac ggctgaaaag aggttttcgg ccatttcggg
     5101 tcaccagaaa cgaccaaaaa gtagttttcg gccatttcgg gtcaccagaa acgacccaaa
     5161 agaggttttt ggccatttcg ggccaccaga aacgaccgta tagaaacgag gctgccgacg
     5221 gaaagtgagt ttgctctcct cacctccgtc ggcagcactg aaaaatctct caataacctc
     5281 cagttaaagg ctatttccct tccaagatct cgcgcgtgtc tgaagcgatc atatactcct
     5341 cgtccgtagg cacgacgagc accttcacgc ggctgctggg cttgctgagc accacctcac
     5401 gaccgcgtac gccacggttc ttctctgcgt caaactcgag gccgaggaac tccatgtcgc
     5461 ggcagaccac ctcgcgcgtc gagtcttgat tctcgcccac gccaccggtg aagaccagga
     5521 tgtcgagccc gcctaaggcc gcagcgtaag cgccgatgta cttcttgatt cggtagtcgt
     5581 agatggccag agccagcgct gcgcgcttgt taccggattc gatggcgcct tcgatgtcac
     5641 gcatgtctga cgagatttcc gagaagcccg ccatgccgct ctttttgttc agcagctcgg
     5701 ccagtccgtc ggcgtcgagg ttctccttgt gcatgatgaa aggcagtgca cccggatcga
     5761 cgtcgccgct gcgggtgccc atcatcagcc cctcggtcgg ggtcataccc atcgaggtgt
     5821 cgatcgactt gccgcccttg atggccgtga tggaggcgcc gttaccgatg tgtgcggtga
     5881 tgatgcgctg cgattcgtaa ggcacaccga ggatctcgca tgcgcggcac gacacgtagc
     5941 ggtggctcgt tccgtgaaag ccgtagcggc gcacaccgta gtccttatac atgcggtagg
     6001 gcagggcgta gagataggcg tagtcgggca tggtctggtg gaaagccgtg tcgaagacgg
     6061 ccacctgggg tgtgcccggc atgatctttt cgatcgcctc gatacccttc aggttggctg
     6121 ggttatggag cggtgccagc ggggtgcact ccttgacctt ctccaacagc tctttggtga
     6181 tgagcacgct ggaggcgaat tcctccgcgc cgtgcaccac gcgatggccg acggcgtcga
     6241 tgtccttgaa gttcttcagg cagccatact tggcgtcggt cagggtgtcg agaatgaagg
     6301 cgatgcccac cgtatggtcg gggatggcct tttcgaggat caccttctcg ccgttcttgt
     6361 cggtaaactt gagaaacgaa tccgggaggc ctactttctc gatgccgccc tgtgccatca
     6421 cctcgcccga ggtcatgtcg aagagtttgt acttgatgga gctgctgccg cagttcaata
     6481 ccaatgtttt cataatcctg aggtctcctt gtctatttct ggttctttaa tgcgatggct
     6541 tggttgcagg cgatggccac catgcgatag atgtcgtcca cggagcagcc gcgcgagagg
     6601 tcgttgaccg gtgctgccat gccctgcaag atcggaccta cggcctcggc gccacccaga
     6661 cgctgcacga gcttatagcc gatgttgcca gcctcgagcg acgggaagac gagcacgtca
     6721 gcatgtccgg ccaccgtgct acccggcgcc ttgagcgccg ccacacgctc cacgagcgcg
     6781 gcgtcgagct gcatttctcc gtccacttgc agcgtcggat ccagctcacg tgccaggcgt
     6841 gtagcctcgg ccaccttgtc cacgcgctcg tgtgaggcgc tcccctttgt cgagaagctc
     6901 agcatggcca cgcgcggctc agtgcccagc atggcacgcg ctgtagcggc cgacgagact
     6961 gcgatctgtg ccagctccgc agctgtcggg tcgggcaata cggcacagtc ggcgaagatc
     7021 agtatgccct cgcggccgta cgatggatcc ttgacaaaca tgaggaaggc gcccgatacg
     7081 cacgagatgc ccttcgttgt cttgataatc tgcaaggccg gacggagcac attgcccgtc
     7141 gtgttgcgtg ccccagcgat ctcgccgtcg gcatcgcccg ccttgatcat caggcaggcc
     7201 aggtagagcg gatcctccac cagttcggcg gccttctctg gggtcatacc cttggcacga
     7261 cgcaggtcga gcaacaggtc ggcataggtc tgcttcttct cgtggttctt ggggtcgagc
     7321 agacgtgccc cgttgatgtg cttcagcccg agtcggtcgg cctctttacg aatgtcgtta
     7381 ggctcaccga tcaggatgat gtcggccact ccgtcggcta cgagcctatc ggcggccacc
     7441 aatgtgcgct cttccgtgcc ttcgggcagg acgatgcgct gcttgttcgc ttttgcgcga
     7501 tctacgatac tttgaatcaa attcatggtt ccgtgaatta tatgaatgat gaatatgtgg
     7561 atatatctgg aatcttgcca cgtgatgctg tttccttcgc aacaaaagta caaagatctg
     7621 tcaatggcaa aggctccgaa aggatccttg tcagtatggg gcgaccctct tcttcgggct
     7681 tccctcctgg ctattcatcg gagagggggg tgttgcaaag gttacttttt acagcatccg
     7741 ctttacagac ctttgcggcc gaactacttg taatcaatag aaattatgac agcaaaaaga
     7801 ttgtggatgt ggcttggggc tacagtagca gcctcattcc tggtgctgat catattcggt
     7861 gtggaaatct accgaacagc acctccgttc cccactaaaa tcgtggtgag cgacggcgaa
     7921 gtcctctacg aaggacaaga cattaaggac ggccagaacg tttggcagtc catgggcggg
     7981 caaaccgtcg gcagcatctg ggggcatggt gcttacatcg cccccgactg gaacgccgac
     8041 tacctgcatc gagagaccga aatgcttctc ggccttttgg cccagaagga cggcaagacc
     8101 tacaaagacc tccccgagga cgagcaggct aaatacctcg tacagctgcg caaggagctc
     8161 cgtacgaaca cctacgacgc tgcttcgggc gtgatcacct tctcgcccga acgcgctcag
     8221 gtggctcggg ccttggcgga ttattacacg aagctcttta tggacgaccc ctcgatggat
     8281 catgtccgta agagctacgc catcccgaag ggcgccatca aggaccctgc gcgcatggca
     8341 cagatgaacg ccttctttac ctggaccacg tgggtgtgca gcaccaatcg tccggggagt
     8401 gatgtgacct acaccaacaa ctggccctat gagccggtga taggcaataa gccgtcgacc
     8461 tcgttacaga tgtggtccgg gtttagcgtg ctgatgctgc tctttggcgt cggacttttg
     8521 gtctactatc acgccagcaa taaggagaag gaagagaacg accgcctgcc cgcctccgac
     8581 cccatgcgag gcctgaagcc gacgccgtcg atgcgggcta cactgaaata catctggatc
     8641 gtgtcgctcc ttatcctcgt gcaaatggtg gccggagtca tcacggcgca ttatggcgta
     8701 gagggaggcg gattcttcgg cctcccgctc gacctgattc tgcctcaggc catctcgcgc
     8761 agttggcacg tgcagctggc catcttctgg atcgccacct catggctcgc tacgggactt
     8821 tacatcgccc ccgctgtgtc gggccaagaa cccaaatacc aacgcttggg ggtgaatgtg
     8881 ctcttcatcg ccttgctcat cgtcgtcctt ggttcgctgg ccggacagtg gtttggcgtc
     8941 atgcaaaagc tggggctggt cgagaacttc tatttcggtc atcagggtta tgaatacctg
     9001 gagctgggtc gcttctggca ggcactcctg cttgtgggcc tcttcctctg gctcttcctt
     9061 atggttcgcg ccctgctgcc tgcgctccgt cggcgcgacg agagtcgcca cctgcttgtg
     9121 ctcttcgtct tggcctcgat cgccatcgca ggcttctatg gcgcaggact gatgtacggc
     9181 cgtcagacac acatggccat cgctgaatac tggcgctggt gggttgtgca cctctgggtg
     9241 gaaggcttct ttgaagtctt tgccaccgtc gtggccgcct tcctcttctc ccgcatggga
     9301 ctgttacgcc tgaaggtggc cagcgtctcg gtgcttttct cgaccatcat cttcttggcc
     9361 ggtggcatcc ttggcacctt ccatcacctc tatttcagcg ccacgcccac agccgttctg
     9421 gccttaggcg ccaccttcag tgcgctggag atcgtccccc tggtgctcat cggctatgag
     9481 gcctatcaca actatagcct ctctcgctcc acaccctgga tcaaggccta caagtggccc
     9541 atctattact tcatcgccat gtgcttttgg aacttcttgg gcgctggcat ctttggtttc
     9601 gccatcaatc cgcccattgc gttgtattac atccaaggcc tgaacacgac ggctgtacac
     9661 ggacacgctg cgctctttgg cgtatatggc attctcggca ttggcttgat cctcttcgtc
     9721 ctccgcggac tctatcctga ccgggagtgg aacgacaagc tgctcggatg gtccttctgg
     9781 ctcatcaaca tcggcctctt ggtgatgctc gtcgggagct tgctgcccat cggcattttg
     9841 caggccgtgg aatctatcca gaacggctac tggtcagcgc gctccatgga gttcatgcag
     9901 acagacacga tgcaggccat tcgttggctg cgtgtgccgg gcgactccct gctggccata
     9961 ggcgagctgt tgctggtcta ctttattatc ggtttacaca cgggctggtc gcttaaagga
    10021 aagcgataag caaaaacgat ctgcccatcc gccctccgga ggggttacgg gtcagatcgc
    10081 gatcaacaaa cattcaacta tctagaaagg tcttggcgga agtccatccc gtcagggcct
    10141 ttcgcctttt ctcgtggtgc ccttgcagaa cttctgcaaa ggcgcttttc cccatttcgg
    10201 tgtttgcaga acttctgcaa gggcgctttt cctcattttg acgtttgcag aacttctgca
    10261 aggacgcttt tccccgtttt ggcgtttgca gaactcctgc aagcgccctt ttctccattt
    10321 tggcgtttgc agaacttctg caagcgcgct tttccccatt ttggcctttg cagaacttct
    10381 gcaaggatgc ttttctccat tttggtgttt gcagaacttc tgcaaggacg cttttccccg
    10441 ttttggcctt tgcagaactt ctgcaagagc gcttttctcc attttggcat ttgcagcatt
    10501 cctgcagaga ccaaaaagtt tttcgtggca tttgcagcat tcctgcaaac gccaaaaagt
    10561 ttttcgaggc acttgcagca ttcctgcaaa gaccaaaaag tttttcgcgg cgtttgcagc
    10621 attcctgcag agaccaaaaa gttttccgag gcacttgcgg ggctcccgca aacgccaaaa
    10681 aggtttccga gagacttgcg ggacttccgc aaacactaaa aagttttccg aggcacttgc
    10741 gggactcccg caaacaccaa aaagttttcc gaggcacttg cgggactccc gcaaacgcca
    10801 aaaagt
//
LOCUS       SEQF2638.1|AYYF01001063.1 8357 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..8357
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             56..703
                     /locus_tag="SEQF2638.1_00633"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGVLLAVEEEADGGFAGETVGGELPATGATEEVKIIVGEFVEAA
                     DERVADVARTEPKEGVEESVLERGSAVDVGRIIGVTLEVDGDGGTDDVVRGLHEGRGL
                     EALLALLTDGVEEALGVLNAAEASAADDGVGVLEVGLAEGEAREDDGTAQQGAEAAGD
                     ERRDVLRKVGVKAADGRGVAVKDGAVEPVVGEGRLGGDLSGGAYIYRYRHIEGSY"
     CDS             complement(700..1902)
                     /gene="fabF_2"
                     /locus_tag="SEQF2638.1_00634"
                     /EC_number="2.3.1.179"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:O34340"
                     /codon_start=1
                     /transl_table=11
                     /product="3-oxoacyl-[acyl-carrier-protein] synthase 2"
                     /db_xref="COG:COG0304"
                     /translation="MKKEIYVTGAGIVSALGLGKDANLRALINQQSGVRPIQFLETAH
                     RDLPSGEVKHSNDALCEQLGIPPTEAFIRSSLLAIPAVKEALEQARIGELTPTARVAL
                     LSGITVGGMDKAEQYYDDFLLNDSRNAYIELNDCGACTEQIADFFGRRFTLVSTIVTA
                     CSSSANALMQGAELLRSGRADVVVAGGCECLSRYHVNGFNTLKILDPDVCRPFDRDRA
                     GINLGEGAGYVVLETAEHARARGARPIGRLSGAANACDAYHPTASSPDGLGPYLVMQQ
                     AVQDAGLTPDDIDYINAHGTGTPNNDLTEGLAAMRLFGDRVPPIASIKAYTGHTTSAA
                     GSIEAIIALLAIEHQFLPVNLYFRNPIPEHNFRPLTHPQPARPVRHILSNSFGFGGND
                     TALVLSAV"
     CDS             complement(2113..2484)
                     /locus_tag="SEQF2638.1_00635"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLPNSLSDARYQTAPSKRSAQPLHWQTGACLLNHKFEAYQTGTC
                     LLNYKSEAYRTGACLLKHKFDTYQTGACLLNHKFDAYQTGACLLKHKFKTYQTGACLL
                     NHKFAAYQTGACLLNYRPDAY"
     CDS             2574..4937
                     /locus_tag="SEQF2638.1_00636"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDLMKHASILLLFMLVTSMAVRAQHAFVGKVTDGQGRPLEFATA
                     ALYDVDSTLGAGSVTDRSGAFRFDAVRAGKYVLEVRLMGFQTLRKQVDIGADPKPVTI
                     ELQESAVGLGEVTVTGRKPYMTLKDDRFVYHVDNTVISNVGNATDVLRRTPYIITDID
                     GTLSIAGRDKTLVLIDNKPISNMNELQLLNSSRIRQVEIIENPSAKYEAEGHAVINII
                     TRKGLGQGLNGALTLKHAQGKRGNTQLVPELAFDGRKFRIYVGANADIGGKRSTDETL
                     NHYKKEAYEYRSLVNDASRNTRRAVGYTFAAYYDFDDKNELNAYVDGYDEHTDSHSAS
                     TRHVTKNGAEQPSFSLSEDASERPNQYAAGLNFHHRWGDAGGKLALMSNYTRYATRKH
                     GDLEETNRTTSNTHLMQSDFDNRYDLYSLKMDAHLPAAWLGGSVELGGKYSDVSSLSH
                     LLFKRRLGEVWRVDRRFTNDVDFREQILAAYALATGRAGRFDYSLSLRGEFTRTQNEL
                     SNGRKDDRNLQLFPHIALGYTAASKLQYRLTFSRRISRPGYAKLNNSMIYIDSLSTRH
                     GNPQLKPTIFNTISANFSHGKRLFGGLSYSYIEFPTDLMYINDPVQIERYTLYADNVK
                     NTWSASIHAGSNINVRSWWHSQLSASFSYSPVTVFDDEVEYTFKFPAYYLNCINRFSL
                     PRGWDADFNAKFYRPAKGMRKRRDYIDLDLGLSKKMLQNHLTVQGAIHYAFFPDYQLL
                     HYSYKYQSNVYDYNSRFLLQVSLRYDFGSKKASRKVESSSADEVKRF"
     CDS             complement(5053..6708)
                     /locus_tag="SEQF2638.1_00637"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTQALQTLRDKPSARWTALILLAMAMFFSYIFMDILSPLKDILE
                     TQRHWDSTAFGTYAGSETFLNVFIFFLIIAGIILDKMGVRFTALLSGVVMVAGATINW
                     YAVTDAFMGSSLEAWFTANLNYIPLLDELGVSPFYQGMPASAKFASVGFMIFGCGVEM
                     AGITVSRGIVKWFKGKEMALAMGSEMALARLGVATCMIFSPVIARMSTPPDVSRSVAF
                     GVILLLIALIMFVAYFFMDRKLDAETGEAEEAEEPFHIKDLGRILSDGGFWLVALLCV
                     LYYSAIFPFQKYAVNMLQCNITFNPPAEGSFWASSTVAYVQYVVMLIIAITAFTSNFS
                     RGVMKSILLVASIASLLVFCYMAYCRQSAESIFAVFPLLAVGITPILGKYVDNKGKAA
                     SMLMLGSILLIICHLTFAFVLPLFKGSPVGGVVLAFATILVLGSSFSLVPASLWPSVP
                     KLVDSKVIGSAYALIFWIQNIGLWLFPLLIGKVLKASNPEVEQALASGELTPMEAAVS
                     YNYTNALLMLAMLGVAALVLGILLKAVDKKHHLGLEEPNIKPQ"
     CDS             complement(6779..8083)
                     /gene="fpgS"
                     /locus_tag="SEQF2638.1_00638"
                     /EC_number="6.3.2.17"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P15925"
                     /codon_start=1
                     /transl_table=11
                     /product="Folylpolyglutamate synthase"
                     /translation="MNYAETLQYLYVRTPAFHRVGAGAYKPGLERSRALDDALGRPSA
                     AYPIIHVAGTNGKGSVSHLLAATLQAHGLRTGLYTSPHLIDFSERIRVDGQPIPQQRV
                     VDFVAENAHLIDRLEPSFFELTTAMAFDHFRRCEVDIAVIETGLGGRLDSTNIVTPFL
                     SIITNVSLDHTQYLGDTLAQIAAEKAGIIKPGVPVVVGEVDDKAVRRVIADKGDECDT
                     PIFWAEEEDVLRRVRPLPDGRWEFESTEFGTLIGELGGSFQVANARTVLTALNIFFHP
                     VLRKILPEAVRQGFAHVVEMTGLAGRWQTIAHRPTIICDSGHNVGAWTRLRPLLKETA
                     KRHARLHMVVGMSSDKDIATVLRLMPPRATYYFTQADTDRALSADELARLGANARLTG
                     KAYATVPEAIRAAQAAATADDMIFVGGSHFVLADALPLLTQN"
ORIGIN      
        1 ggatgatacc ggcaatgatg aggaagaaga tgaagacgtt gaggcggcag agggtgtggg
       61 cgtcttgttg gccgtcgagg aggaagctga cggcggcttc gccggcgaaa ccgtcggggg
      121 tgaattgcca gcgaccggtg cgacggaaga agtgaagata atcgtcggtg agttcgtcga
      181 agccgccgac gagcgcgttg cggatgttgc ccgaacggag ccgaaggagg gcgtcgagga
      241 gagcgttctc gaaagaggtt ccgcggtgga cgtaggtcgt attataggcg tgacacttga
      301 ggtcgatggc gatggtggca ctgatgatgt tgtgcgtgga ctgcatgaag gccgtgggct
      361 ggaggcactc ctcgccctcc tgacggatgg cgtggaggaa gcgctcggtg ttttgaatgc
      421 agccgaggcc agtgccgctg atgatggcgt cggggtgctc gaggttggcc tcgcggaggg
      481 tgaggcgaga gaggacgacg gcacggcgca gcagggtgca gaggcggcgg gcgacgagcg
      541 gcgggatgtg ctccgaaaag ttggggtcaa ggctgcggac ggccgtggcg tcgcggtgaa
      601 ggatggggct gtcgaaccag tcgtcggtga ggggcgtctg ggcggagatc tgtcgggcgg
      661 agcgtatata tataggtata ggcatataga gggtagttat tagacggcgg agaggacgag
      721 cgcagtgtcg tttccgccga agccgaagga gttggagagg atgtggcgaa cggggcgcgc
      781 gggctgcgga tgcgtgaggg gccggaagtt gtgctccggg atgggatttc ggaagtagag
      841 attgacgggg aggaactggt gttcgatagc caggagcgcg atgatggctt cgatgctgcc
      901 ggcggcgctg gtggtgtgac ccgtgtaagc cttgatggag gcgatgggtg gaacgcggtc
      961 gccaaagagt cgcatggcag cgaggccctc ggtgaggtcg ttgttgggcg tgccggtgcc
     1021 gtgggcattg atgtagtcga tgtcgtctgg ggtgagtccg gcgtcctgga cggcttgctg
     1081 catgacgaga tagggaccga ggccgtcagg cgaggaggcc gtcgggtgat aggcgtcgca
     1141 ggcgttggct gcgccggaga gccgaccgat agggcgggca ccacgtgcgc gggcatgttc
     1201 ggccgtttcg aggacgacat atcccgctcc ttcgccgagg ttgatgccag cgcgatcgcg
     1261 gtcgaagggt cggcagacgt ccggatcgag gattttgagg gtgttgaagc cgttgacgtg
     1321 gtaacgcgag aggcattcgc agcccccggc cacgacgacg tcggcgcgtc ccgagcggag
     1381 gagttcggcg ccctgcatca gcgcgttggc cgaggaggag caggcggtga cgatggtcga
     1441 cacgagcgtg aagcggcggc cgaaaaagtc ggcaatctgc tcggtgcagg cgccgcaatc
     1501 gttcagttcg atgtaagcgt tgcgggagtc gttcaggagg aaatcgtcgt agtactgttc
     1561 ggctttgtcc atgccgccga cggtgatgcc ggagagtagt gcgacgcgtg ccgtcggtgt
     1621 cagctcgccg atccgggcct gctcgagggc ctccttcacg gccggaatgg ccaggaggga
     1681 ggagcggatg aaggcctccg tgggcggtat gccgagctgt tcgcagaggg cgtcgttgct
     1741 atgcttgact tcgcccgagg gcaggtcgcg gtgtgcagtc tcgaggaatt ggatgggccg
     1801 gacgcccgat tgttggttga tcagtgcgcg cagattggcg tctttgccga gtccgagggc
     1861 ggagacgatg ccggctccgg tgacataaat ttctttcttc attctgtttc gtgctgtcag
     1921 cccatccgtt tgtttgtggg gaggaacttg ctgcggacgg ggaaaagcgc gacaaagaaa
     1981 gggcaaaagg gtcaagcgac gggtgcgggg gcagatcgca gctctcagct tagccttgcg
     2041 gcgagggttc tgggggcgtt cagggggcta atcgacttcg cacagtgtgc gcagggcgtt
     2101 taggacgcct gtttaataag catcgggtct gtaatttaat aagcaggcac ctgtttgata
     2161 agccgcaaac ttgtgattta gtagacaggc acctgtttga taagtcttaa acttgtgctt
     2221 tagtagacag gcacctgttt gataagcatc aaacttgtga tttagtagac aggcgcctgt
     2281 ttgataagta tcaaacttgt gctttaatag gcaggcacct gttcgataag cctcagactt
     2341 gtaatttagc agacaggtgc ctgtttgata agcctcgaat ttgtgattta gtagacaggc
     2401 gcctgtttgc cagtggagag gctgcgcgga gcgtttcgag ggggctgttt gatagcgggc
     2461 atcagagagc gagttgggca acatcgcgga tggctcgcca ccggttgcct acgtggggaa
     2521 gggggtacct ttggagccgg gaaagagacg ctttctcttc tttctttata attatggacc
     2581 tcatgaaaca tgcttctatt cttctgcttt tcatgctcgt gacatcaatg gctgtccggg
     2641 cgcaacacgc gttcgttggg aaggtgacgg acggccaagg gcgaccgctg gagtttgcaa
     2701 cagcggcact ttacgatgtg gactctacgc tgggcgccgg cagtgtgacg gatcgctcgg
     2761 gggcgttccg attcgacgcc gtgagggccg gtaaatacgt tttggaagtg cgtttaatgg
     2821 gctttcaaac gctgcgtaaa caggtagaca tcggcgctga cccgaagccg gtcacgatcg
     2881 aattacagga aagtgccgtc gggttgggtg aggtgacggt tacaggccgg aagccctaca
     2941 tgacgctcaa ggacgatcgc ttcgtttatc atgtggacaa tacggtgatc agcaacgtgg
     3001 gcaacgctac tgatgtgctc cgacgcacgc cgtacatcat cacggacatc gatggcaccc
     3061 tctccattgc cgggcgcgac aagacgttgg tcttgatcga taataagccc atcagcaaca
     3121 tgaatgaact gcaattactc aactcctcgc gcattcgaca ggtggagatc atcgaaaatc
     3181 cgtcggccaa gtacgaggct gaagggcacg ccgtgatcaa catcatcaca aggaaaggcc
     3241 tgggtcaggg cttgaacggc gcattgactc tcaagcacgc gcaaggcaaa cggggcaaca
     3301 cgcagctcgt gcccgaactg gcattcgacg gtcggaagtt ccgcatctac gttggcgcga
     3361 acgctgacat cggggggaag cgatccacgg acgaaacgct caaccattac aagaaggagg
     3421 cttacgaata ccgctcgctc gtgaacgatg cgtcccgaaa tacgcgccgc gccgtgggct
     3481 atacgttcgc cgcatactat gatttcgacg acaaaaacga gctgaacgcc tatgtggacg
     3541 gatatgacga acacaccgac agccactcgg cttccacgcg ccatgtgaca aagaacggcg
     3601 cggagcaacc ctccttcagc ctgtcggaag atgcctccga gcgcccgaac caatacgccg
     3661 cggggctgaa cttccatcac cgctggggcg atgcgggcgg taagctcgcg ttgatgagta
     3721 actatacgcg ctatgcaacc cgtaagcacg gcgatctgga ggaaacgaac cggacgacat
     3781 cgaacacgca ccttatgcaa agcgatttcg acaaccgcta cgacctctac tccctgaaaa
     3841 tggacgccca ccttccggcc gcgtggctcg ggggcagtgt ggagctgggc ggcaagtatt
     3901 ccgatgtatc gtcgttaagc cacctcctgt tcaagcgtcg cctcggagag gtgtggaggg
     3961 tggatcgccg cttcacgaac gacgtggact tcagggagca gatcttggct gcatacgcct
     4021 tggccacagg tcgagcgggt cgcttcgatt actcgctgag cctacgcgga gagttcacac
     4081 gcacccaaaa cgagctatcc aatggccgca aagacgaccg aaaccttcag ctatttcccc
     4141 acatcgcgct cggatacacc gccgcaagca aactgcaata ccgactcaca ttctctcggc
     4201 gcatcagcag accgggctac gcgaaattga acaacagcat gatctacatc gactcgctct
     4261 ccacgcgcca cggcaatccg cagctgaagc cgacgatctt caacaccatc tcggccaatt
     4321 tctcgcatgg caagcggctg ttcggcgggc tgtcgtactc gtacatcgaa ttccccaccg
     4381 acctgatgta catcaatgat cccgtgcaga tcgagcgcta tacgttgtat gccgacaatg
     4441 taaagaacac ctggtcggcg tcgatccatg cgggcagcaa catcaatgtt cgctcgtggt
     4501 ggcattcgca gctctctgct tcgttctctt acagccccgt gacggtcttc gacgacgagg
     4561 tggagtatac tttcaaattc cccgcctact acctcaattg tatcaaccga ttttcattgc
     4621 cccgcggatg ggatgcagac tttaatgcga agttctaccg accggcgaaa ggcatgcgca
     4681 agcgcagaga ttacatcgac ctcgacttgg gtctctcgaa gaagatgcta caaaaccatt
     4741 tgacggtgca gggcgcaatc cactacgctt tcttcccgga ctatcagctg ctccactata
     4801 gctataaata ccaatccaac gtctacgact acaactcccg cttcctgctt caggtcagtc
     4861 tgagatacga tttcgggtcg aagaaggcgt cgcgcaaggt ggaatctagc tcggctgatg
     4921 aggtaaagcg cttttagagg ctgcgcgcat cagcatcccc ctccgcgctg atctgcgcgc
     4981 ataaagaaag tcccccgaac gaagggtgag aacctaacgc ccgggggact tgtctgtgtt
     5041 tgtgtgactg atttattgcg gcttgatgtt gggctcttcg aggccgaggt ggtgcttctt
     5101 gtcgacagcc ttcagcagga tgccgagcac gagggcggcc acaccgagca tggcgagcat
     5161 gagcagcgcg ttggtatagt tgtacgacac ggcggcttcc atcggcgtga gttcgcccga
     5221 ggccagggcc tgttcaacct ccgggttgga ggctttgagc actttgccga tgagcagagg
     5281 gaagagccaa aggccgatgt tctgtatcca gaagatgagc gcgtaggccg agccgatcac
     5341 tttgctatca accagcttcg gcacgctggg ccacagcgat gcgggcacga gcgagaacga
     5401 cgaaccgagc accaggatgg tggcaaaggc cagcacgacg ccgcccacgg ggctgccctt
     5461 gaacagcggc aggacgaagg cgaacgtgag gtgacagatg atgagcagga tcgatccgag
     5521 catcagcatc gaggcggcct tgcctttgtt gtcgacgtat ttgccgagga tcggcgtgat
     5581 gccgacggcc aggagcggga agacggcaaa gatggattcg gccgactggc ggcagtaggc
     5641 catgtagcag aagacaagca gcgaggcgat ggaggccacg agcaggatgc tcttcatcac
     5701 gccccggctg aagttgctcg taaaggcggt gatggcgatg atgagcatga cgacgtattg
     5761 cacgtaagct accgtgctgg aggcccagaa gctgccctcg gctggcgggt tgaaggtgat
     5821 gttgcactgg agcatgttca cggcgtactt ctggaagggg aagatggccg aatagtagag
     5881 cacgcagagc agggccacga gccagaagcc gccgtcggag aggatgcggc cgaggtcctt
     5941 gatgtggaac ggctcttcgg cctcttcggc ctcgcccgtc tcagcatcga gcttgcgatc
     6001 catgaagaag taggcgacga acatgatcag ggcgatgagc agcaggatca cgccgaaggc
     6061 tacggaacgt gacacatcgg gcggcgtaga catgcgggcg atgacgggcg agaagatcat
     6121 acaggtggcc acgccgaggc gcgccagggc catctctgat cccatcgcca gagccatctc
     6181 tttaccctta aaccacttca cgataccgcg cgagacggtg atgccggcca tctctacgcc
     6241 gcaaccgaag atcatgaagc cgacggaggc aaacttggcc gaggcgggca tgccctgata
     6301 gaagggcgag acgcccagct cgtcgagcag cgggatgtag ttcagattgg ccgtgaacca
     6361 ggcctcgagc gaggagccca tgaaggcgtc tgtgacggcg taccagttga tagtggcgcc
     6421 ggccaccatc accacgccgg agaggagtgc tgtgaagcgc acgcccatct tgtcgaggat
     6481 gataccggca atgatgagga agaagatgaa gacgttgagg aaggtctcgg agccggcgta
     6541 ggtgccgaag gcggtcgaat cccagtggcg ctgggtttcc aaaatgtctt tcagcggcga
     6601 aaggatgtcc atgaaaatgt aggagaagaa catcgccata gccagcagga tgagtgccgt
     6661 ccaacgtgct gacggcttgt ctctgagggt ttgtaatgct tgtgtcattt tgtgtatgag
     6721 tagttagtaa tagtctatcg ttagggcgga tcgacgggga ggagtgatgc gccctgggtt
     6781 aattctgagt gagcagtggc agggcgtcgg ctaggacgaa gtggctgccg ccgacgaaga
     6841 tcatgtcgtc cgccgtggcc gcggcctgtg ccgcgcgaat ggcctcgggg acggtggcgt
     6901 aagccttgcc cgtgagtctg gcgttggcgc cgagtcgagc cagctcgtcg gccgagaggg
     6961 cgcggtcggt gtcggcttgg gtgaagtaat acgtggcgcg cggaggcatg aggcggagca
     7021 cggtggcgat gtccttatcg ctgctcatgc ccacgaccat atgcaggcgg gcgtgccgtt
     7081 tggccgtctc tttaaggagc gggcggaggc gggtccatgc gccgacgttg tgtcccgaat
     7141 cgcagatgat ggtcgggcgg tgggcgatgg tctgccagcg acctgccagc ccggtcatct
     7201 cgaccacatg ggcgaatccc tggcggacag cctcgggcaa gatctttctt aatacgggat
     7261 gaaagaagat gttcagcgcc gtgagcaccg tgcgcgcgtt ggccacttgg aacgatccgc
     7321 ccagctcgcc gatgagtgtg ccaaactcgg tcgattcaaa ctcccaacgc ccgtcgggca
     7381 atgggcggac cctccgcagc acgtcttcct cttcggccca aaagatgggc gtgtcgcact
     7441 cgtcgccctt gtctgcaatt acacggcgca cagccttgtc gtcgacttca cccaccacga
     7501 cgggcacgcc gggcttgatg atgcccgcct tttcggctgc gatctgcgcg agcgtgtcgc
     7561 cgaggtattg cgtgtggtcg aggctgacgt tggtgatgat gctgaggaag ggtgtgacga
     7621 tgttcgtact gtccagacgg ccgccgaggc cagtctcgat gacggcgatg tccacctcgc
     7681 agcggcggaa atggtcgaag gccatggccg tggtcagctc gaagaaggag ggctccaggc
     7741 ggtcgatgag gtgtgcgttt tcggccacga agtccaccac gcgctgctgc gggatgggct
     7801 ggccgtcgac gcggatgcgc tcgctgaagt cgattaaatg cggggaggta tagagtcctg
     7861 tgcggaggcc gtgcgcctgg agcgtggcgg ccaggaggtg ggagacagag cctttgccgt
     7921 tggtgccggc cacgtgaatg atggggtagg ccgcggaggg tcgccccagt gcgtcgtcga
     7981 gtgcccgact gcgttccagc ccgggcttgt aggcgcccgc cccgacgcga tggaaggcgg
     8041 gcgtccgtac atagagatat tgaagggttt ctgcgtaatt catacgtcgc cgaattgttt
     8101 agcggcgtaa aagtagaaga tgttttaagg gaacgtctaa aatctaacca tagacagcct
     8161 tcggaaatac attatttcca tccgccgtag gtttttgggg cctcgatata cagtatatca
     8221 gccccgcgca cgcttgcatg gcctcgatat acagtaaatc agctccgcgc aggcttgcat
     8281 ggcctcgatt taccgtaaat cagctccgtg caggcttgca tggctccgat atacagtata
     8341 tcagctccgc gtaggct
//
LOCUS       SEQF2638.1|AYYF01001064.1 16884 bp   DNA    linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..16884
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(188..979)
                     /locus_tag="SEQF2638.1_00639"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRPLIRCVVVLLAALLIALTVGRFWVGRYAVATRAMQPALRPG
                     DRVAVDKRGTPIRRGAIVLYRSPRPQDGDALHFGRCVGLPGDTVTVTPDGYLIHGRLY
                     PAPADLLDTYRVPRDLRLSLLSLLFSLDIPIRHLSDDTAHFCLCLTSTEAHRVRELLP
                     RMLLPTPPPHEVPHLRFILPAARHDYAIDASTLRLCGDALLREAQGRATLRAGRLYLD
                     GHPTDSYRFRHDHYWILADNPDAAIDSRHLGPIPRTAIIGTVVGR"
     CDS             complement(1002..2417)
                     /locus_tag="SEQF2638.1_00640"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKISRRQWIGFGIWATLYVLFCIWMENLWLLLGLFVLADIFLT
                     RFVPWGAWKRSKNKHVREALEWVDDILFALIAVYFINLFVFQNYQIPTASLEKTLLVG
                     DYLFVSKLSYGPRVPNTPLSFPLVQNTMPFFNCKSYLDWPHWGYKRVKGLGHVQRNDI
                     VVFNLPTGDTVALLQQNPDYYWLTQENGYDVVNTRRDIFGKIVYRPVDKRENYVKRCV
                     GLPGDTLMLRNNKLYINGRLQKDPVCMQLCYFVETNGTLLTEEQFRKMNISREDRRLV
                     SAGQHNEDLYYYEALAYLGFTTNADGRYNPVYRLPLTAEALAYLRKLPFVRTIKVEPA
                     ELGGATYPPGYVTGWTRDDFGPIWIPRKGATIDLNERNLALYSRCIVNYEGNRMERRP
                     DGTLLINGQPATTYTFKYDYYWMMGDNRHNSADSRSWGFVPEDHIIGKPILIWLSIDK
                     DRSLFNGGIRWNRMFRRVRSD"
     CDS             complement(2451..3176)
                     /gene="dapB"
                     /locus_tag="SEQF2638.1_00641"
                     /EC_number="1.17.1.8"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q5HG24"
                     /codon_start=1
                     /transl_table=11
                     /product="4-hydroxy-tetrahydrodipicolinate reductase"
                     /db_xref="COG:COG0289"
                     /translation="MNIALIGHGKMGHTIERLAPTRGHRIVSLIDIDNYRTAFDSDAF
                     RRADVAIEFTGPQTAYDNITRCIDAGLPVVSGSTGWTARMDELKEHCLAAGGAFFYAS
                     NFSLGVNLFFALSDHLAKLMNAYPDYDVRLSETHHIHKLDAPSGTAVTLAEAIVRRID
                     RKTRWVHGQAQQADEIGVESVREGEVPGTHEVTYDSPVDTIRLIHEAKSRDGFALGAL
                     LAAEFIVGRRGVFGMNDLLRVNA"
     CDS             complement(3261..3608)
                     /locus_tag="SEQF2638.1_00642"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIEEKEKDPLRELFAQRPEADLPDGFAARTMERIYREAQLAEAR
                     WRRWERIGMALLFALPIVTLIVVTQVLKVALPWPDLHITWPDLAACRFYFQIGALVFL
                     LWTVDALFRRIRR"
     CDS             complement(3612..4166)
                     /gene="sigW"
                     /locus_tag="SEQF2638.1_00643"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q45585"
                     /codon_start=1
                     /transl_table=11
                     /product="ECF RNA polymerase sigma factor SigW"
                     /db_xref="COG:COG1595"
                     /translation="MIDDEAYINRVLDGDTAGFAPLMERYSRPVFALLVGMTGNRADA
                     EELAQDAFLKAFRSLRSFRRDCSFATWIYRIAYNTALSALRKKRPDRPASMDDDTAIE
                     RLPDPIDDEAEETEANEERFRRLDCALAQLRADDRALVHMFYKQEKTVDELAAITGLS
                     LSNVKVRLHRTRKKLMSLMQAMED"
     CDS             complement(4554..5042)
                     /locus_tag="SEQF2638.1_00644"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDARDGRRLQSASPRLCRAKPRQPSQPPRPVRRLSGLVYLSDAG
                     VSSKKCPVYLSDMPASSKKCPIYPADTPASPKKSRLCKSLHRNGSFIHRICKSLHRIA
                     SNKLRIFLSHYSSESNRHGVFNPTRRSGLNIRCEYKPLYISDRPIRRISEPICPLDSN
                     IR"
     CDS             5110..5520
                     /locus_tag="SEQF2638.1_00645"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHELVPIGVVGIVFYFTYKMIELPSRRREREMMIERMGRTNGTV
                     PNLLSTDLPKRSFSGLRLGCLLIGVGLGLLVGLIINTALAHGGYSMNKWSEEQLFEVA
                     YGAPVLIFGGLGLLCSYLLERRLSTDDKQRSERP"
     CDS             5658..5780
                     /locus_tag="SEQF2638.1_00646"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIYGYIRVSSDRQTVENQRFEINNFCQRQALPVDDWIEEV"
     CDS             complement(5792..6595)
                     /locus_tag="SEQF2638.1_00647"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMCALLLVFAAARAQCPPANIPLNVGESVNYDLYFKWGVIMSRA
                     GEATISYNTTKFRGATARRYRMLFRTIKIFESVYRMRDTLDCYYTPEGALLYSVKRSN
                     ENDYRLTDELTFYYPAKSRTTIRSRRYTPTEMKIDTTLYVRSGCAFDMLGATYFLRTI
                     NRTSLRAGDVFPAVIAVGHDLVKVNLRYHGPAVVERDKARYRTHHFSIDIHDDAFTQT
                     RSAAELWVGDDENFLPIKIRAKLKIGYAEVYFRSAARLKAPLSCRTEIK"
     CDS             complement(6621..8531)
                     /locus_tag="SEQF2638.1_00648"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNERMKQGVLYVMKRLGLGLLIGGAVACANMAGPNGGPYDEKPP
                     RFVSSTPPPQQTNYKGRRVEIVFDELIQVEKPSQNVVIAPPQKELPSIQIAGRKIRVE
                     LKDTLKPNTTYTIDFGHAISDNNEKNPIGHFSFAFSTGDVIDSLEVGGVLLNAENLEP
                     MPDVVVGLHTNPADTAFTRLPFDRTSKTDDRGRFTIRNIATGTYRLYALADANRDYRF
                     DQPGEAIAFLDSTVTPTFRFATRQDTTWKDSVTVDTIRTVHYTHFLPDDVTLRLFKET
                     TQRQYMLRPGRDRTDLFTLHFNAPLDSLPVVSLLDGARRNAPWFLTQTMAGRTAVRYW
                     ITDSAVWARDTVHLRVDYLKSDSTNTLRPQTDTLHLVWRKPRTRRKPKDSENKPERRP
                     LVFQSNASGMVEVTDTVAFLFEEPMTDLRREDFRLEQQVDTVWTPVEFILEQDSMDLL
                     KYNLRHAWAYGANYRVAVDSARLRSIYGHTNDAYESAFSIRKREDYGHLYINIDGIDT
                     TAFVELLNTSDEPLRRVRVKDGGVLFANLQPATYYARLTVDTNANDRWDTGDYATHRQ
                     PEMVYYSPKEYVIRANWEIEETWAPRALPLDRQKPIAITKNKPKDETPKKRNYKDEGR
                     SGDRNRSGGFPF"
     CDS             complement(8550..8828)
                     /locus_tag="SEQF2638.1_00649"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGKYTVDLVGDSKDDLRRLYRLGDKAIIKKIEKLFVELSEHPYT
                     GTGKPKLLKHRAKTWSRRIDGKNRMLYTVDNDIVSVYVISLLGHYDDK"
     CDS             complement(8810..9046)
                     /locus_tag="SEQF2638.1_00650"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQVITAKEFSDNQQKYFDMAEQEPVFVTRENARPIVIDIADDDL
                     TEKEIRAIQKGHEDIKAGRTTRIKDIHNIWESIL"
     CDS             complement(9166..10440)
                     /gene="rarA"
                     /locus_tag="SEQF2638.1_00651"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0AAZ4"
                     /codon_start=1
                     /transl_table=11
                     /product="Replication-associated recombination protein A"
                     /db_xref="COG:COG2256"
                     /translation="MSQPLAERLRPKTLDEYIGQHHLTGPTAALRRMIEAGRVPSFIL
                     WGPPGVGKTTLARIVASRLEAPFYTLSAVSSGVKEVREVIDRARNQPLFRTGTVAPIL
                     FIDEIHRFSKSQQDSLLNAVETGVVTLIGATTENPSFEVIRPLLSRCQVYVLKPLEEE
                     DLLTLIRRAVSEDVVLRERTIEVKETDALVRYSGGDARKLLNILDLVIAAEPEGPIEI
                     TDRKVVERLQENPAAYDKGGEMHYDIISAFIKSIRGSDPDAAVYWLARMVEGGEDPEF
                     IARRLVISAAEDIGLANPNALLLANACFDALKKIGWPEGRIILAEATVYLACSPKSNS
                     AYLSIDRALALVRETGNLPVPLHLRNAPTKLMKELDYGKNYKYAHDYEGHFVKQDFLP
                     EELLQTRIWEGQPNAAEDKLVERMRRLWGERY"
     CDS             11284..12351
                     /gene="serC"
                     /locus_tag="SEQF2638.1_00652"
                     /EC_number="2.6.1.52"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q59196"
                     /codon_start=1
                     /transl_table=11
                     /product="Phosphoserine aminotransferase"
                     /translation="MKKHNFYAGPSILSEYTIKNTADAVLNFAGTGLSLLEVSHRGKE
                     FVAVNDEARALVKELLDVPETHEVIFLGGGASLQFYMIPFNLMKKKASYLDTGTWASN
                     AIKEAKFVGEVDVVASSADKNYTYIPKNYTIAPDSEYFHITTNNTIYGTELHKIPEVN
                     IPLVADMSSDIFSFPVDFSKYDAVYAGAQKNLAPAGVTIIIVRKDALGHVDRPLPTML
                     DYRTHIKKDSMFNTPPVLPIFSALQTLKWYKEQGGIKVLQKKNQEKAAVLYDEIDRNK
                     LFRGTVAVEDRSLMNVCFVMNDEYKELEKEFADFAAAAGMVGIKGHRSVGGFRASLYN
                     AMPIESVKALVQTMQEFEKKH"
     CDS             12398..12799
                     /locus_tag="SEQF2638.1_00653"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHLYAFERLDVWQVSRAFVKEVYRLLAQFPDFEMYNLTNQIRRA
                     SVSVSLNIAEGTSRNSLKEQSRFSEVAYGSLLEVHCSLLIAKDLGYIDENDLSGISVR
                     IQELSNKLNALKQSQIRRSEIQQQTNKQINN"
     CDS             12804..13724
                     /locus_tag="SEQF2638.1_00654"
                     /EC_number="1.1.1.81"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q9X1C1"
                     /codon_start=1
                     /transl_table=11
                     /product="Hydroxypyruvate reductase"
                     /db_xref="COG:COG0111"
                     /translation="MKVLVATEKPFAAVAVNGIREAVEKGGLELALLEKYTEKAQLLD
                     AVKDADAIIIRSDKVDAEVLDAAKQLKIVVRAGAGYDNVDLEAATAHNVCVMNTPGQN
                     SNAVAELALGLMVYGARNLYNGTSGTELKGKKLGIHAYGNVGRNVARVAKGFGMEIYA
                     YDAFCPSEVIEADGVKPVASAEELYKTCQYISLHIPATKETKNSIGHALLSSMPKGAV
                     LINTARKEVINEPELVKVLEERPDFKYLTDIMPGNHAELAEKFAARYFSTPKKMGAQT
                     AEANINAGIAAANQIVDFLKNGNRKFQVNK"
     CDS             13822..15066
                     /locus_tag="SEQF2638.1_00655"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKIKPFKGVRPPKEYVEQVQSRPYDVLNSAEARAEAEGNEKSLY
                     HIIKPEIDFPEGTDEHDPKVYEKAAQNFQMFQDKGWLVQDGKERYYIYAQTMNGKTQY
                     GLVVCAYVDDYMTGKIKKHELTRRDKEEDRMKHVRVNNANIEPVFFAYPDNKDVDAIV
                     AKYTKGTPEYDYTAELDGFRHTFWIIDDDADIQRITELFAAMPAMYIADGHHRSAAAA
                     LVGAEKAKQNPNHRGDEEYNFFMAVCFPANQLTIIDYNRVVKDLNGLSDEEFLKKLSE
                     DFIVEKKGTEIFKPSRLHEFSLYLGGNWYSLVAKPGTYNDNDPIGVLDVTISSNLILD
                     KILGIKDLRSDKRIDFVGGIRGLGELKKRVDSGEMKVALALYPVSMKQLIDIADTGNI
                     MPPKTTWFEPKLRSGLVIHKLS"
     CDS             15186..15812
                     /locus_tag="SEQF2638.1_00656"
                     /EC_number="3.1.3.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q8A947"
                     /codon_start=1
                     /transl_table=11
                     /product="D-ribitol-5-phosphate phosphatase"
                     /db_xref="COG:COG1011"
                     /translation="MINNIVFDMGGVLAKIHPERAIRSFEAIGVSDAADLINPYNHSG
                     LFGDLERGTIDADEFVRQLSAHCGHELNPEDVRRAWLSIANPAEVEKLDYILRLRPRY
                     RLYVLSNNNPIVTGWARTSEFSAAGRPVTDYFDRLYISYEMHCMKPEPEIFQRMIEDS
                     GMVPAETLFIDDGAHHVVTARSLGFHTLLATNGGDWRPDVDRFLSENK"
     CDS             15941..16405
                     /locus_tag="SEQF2638.1_00657"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGGHSHRRRHPIGAIPAHGHRPNLRHVQQSLWQLPLVRHPAHHP
                     RPRGSRHRRVRQGRGEAATHHGAHCLRIDHLLRFLHLLHRCGGLPPPPHRWHPVARGV
                     AEPRIGHAHALLYRCHAARDGHYDCPSALLRLRSRPRLHPRRHAPKGLRRLS"
     CDS             complement(16413..16766)
                     /locus_tag="SEQF2638.1_00658"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDRGAEWDGEDGDALTDAILERLLERHRDRCGGRLGAEGGGVSR
                     QHVLQEPERILARYDTGYAELDEQQHDVQHEDDEDDPKEHGHDAGHLSADGDVEKDAE
                     DVERQEGHDDGLDEA"
ORIGIN      
        1 ctttttggcg tttgcgggag ccccgcaagt ctctcgagaa actttttggc gtttgcggga
       61 gtcccgcaag tgcctcggaa aactttttgg tgtttgcggg agtcccgcaa gcatttccaa
      121 aagcactatg accgttgcag cgcgctattg agatgatcct gaaacgcgcg tgttttttcc
      181 ggatcaatca ccgtccgact acggtgccga tgatggccgt gcgggggatg gggccgaggt
      241 ggcgggagtc gatggcggcg tcggggttat cggccaggat ccagtagtga tcgtggcgga
      301 aacggtagct gtcggtgggg tgaccgtcga ggtagaggcg accggcacgg agagtggccc
      361 gaccctgtgc ttcgcggagc agggcgtcgc cacagaggcg gagggtggag gcatcgatgg
      421 cgtagtcgtg tcgggctgcg gggaggatga accggaggtg aggcacctcg tgggggggcg
      481 gtgtggggag gagcatgcgg gggagaagct cgcggacacg atgggcctcc gtggaggtga
      541 ggcagaggca gaagtgggcc gtgtcgtcgg ataggtgacg gatggggatg tcgagcgaga
      601 agaggaggct gaggagggag agtcggaggt cgcgtgggac ccggtaggtg tcgaggaggt
      661 ctgcgggtgc ggggtagaga cggccgtgga tgaggtagcc gtcgggggtg acggtgacgg
      721 tgtcgccggg caggcccacg caacggccga agtgcagggc gtcgccatcc tgtggtcggg
      781 gactgcgata gaggacaatg gccccgcgac gaatcggtgt gccgcgttta tccaccgcca
      841 cacggtcgcc cgggcggagc gcaggctgca tggcacgtgt ggctacggcg taacgcccaa
      901 cccagaaacg ccccacggtg agggctatca gcagggcagc taatagcacg acgacgcagc
      961 ggatgagggg gcgtttcatg gggaggcgta gacgaggcga atcaatccga gcggacgcgt
     1021 cggaacatgc ggttccatcg gatgccgccg ttgaagaggc tgcgatcctt gtcgatggag
     1081 agccagatga ggatgggttt gccgatgatg tgatcctccg gcacaaagcc ccacgagcga
     1141 ctgtcggcgc tgttgtggcg gttgtcgccc atcatccagt agtagtcgta cttaaaggtg
     1201 taggtcgtgg ctggctgtcc gttgatgagg agggtgccgt ccgggcgacg ctccatgcgg
     1261 ttgccttcgt agttgacgat gcagcggctg tagagagcca ggttgcgctc gttgagatcg
     1321 atggtggcgc ctttgcgtgg gatccagatg gggccgaagt cgtcgcgtgt ccaaccggtg
     1381 acgtaccccg ggggataggt cgctccgccg agctcagcgg gctccacctt gatggtacgc
     1441 acgaagggga gcttacgcag gtaggccaac gcttcggcgg tcaatgggag gcgatagacg
     1501 gggttgtagc gtccgtccgc attggtggtg aagccgaggt aagctagggc ttcgtagtag
     1561 tataggtctt cgttatgctg cccggcggag accagtctgc ggtcctcgcg gctgatgttc
     1621 atcttgcgga actgctcctc ggtgaggagt gtgccgttgg tctcgacgaa gtagcagagc
     1681 tgcatgcaga cgggatcttt ctggaggcga ccgttgatgt agagcttgtt gttgcgcagc
     1741 attagggtgt caccgggcag gccgacgcaa cgcttgacgt aattctcacg cttatcgaca
     1801 ggccggtaga cgatcttgcc gaagatgtcg cggcgggtgt tgacgacgtc gtacccgttc
     1861 tcttgcgtga gccagtaata gtccgggttc tgctggagca gggccacggt gtcgcccgtg
     1921 gggaggttga agaccacgat gtcgttgcgc tgcacatgcc ccaggccttt gacccgcttg
     1981 tagccccaat gcggccagtc gaggtaggac ttgcagttga agaatggcat cgtgttttgc
     2041 accagcggga aggagagggg cgtgttgggt acacgcggcc catagctcag tttgctgacg
     2101 aaaaggtagt cgcccacgag gagcgttttc tcgagcgagg ccgtggggat ttggtagttc
     2161 tgaaacacga acaggttgat gaaatacacg gcgatgagcg caaagaggat gtcgtccacc
     2221 cattccagtg cctcgcgtac gtgcttgttt ttcgagcgtt tccatgcgcc ccaggggaca
     2281 aaccgggtga ggaatatgtc cgccaaaacg aacagcccga gcagcagcca gaggttttcc
     2341 atccaaatgc aaaacaggac gtacagcgtg gcccagatgc cgaagccgat ccattgtctt
     2401 cttgaaatct tcttcattgt gctattgtgt gtgtagggtg ggtggccgcc ttaggcgttc
     2461 acccggagta aatcattcat accaaagacg ccccttcgcc cgacgatgaa ctcggccgcc
     2521 agaagggctc cgagcgcgaa gccatcgcgg ctcttggcct cgtggatgag gcggatggtg
     2581 tcgacggggg agtcgtacgt gacctcgtga gtgcccggca cttcgccctc acggacggac
     2641 tcgacgccga tctcgtcggc ctgctgcgcc tggccgtgca cccaccgcgt cttgcggtct
     2701 atccggcgga cgatggcctc ggccagagtc acggccgtgc cgctcggggc gtcgagcttg
     2761 tgtatgtggt gcgtctctga gaggcggacg tcgtagtctg gataggcgtt catcagcttg
     2821 gccagatggt cgctcagggc aaagaagagg ttcacgccga ggctgaagtt ggaggcataa
     2881 aaaaaggcgc cccccgccgc gaggcagtgc tccttcagtt cgtccatgcg ggcggtccat
     2941 ccggtggatc cgctcactac gggtaggccc gcgtcgatgc agcgggtgat gttgtcatag
     3001 gccgtctggg ggccggtgaa ctcgatggcc acgtcggccc gacggaaggc gtcggagtcg
     3061 aaagcggtgc ggtaattatc gatgtcgatg agggagacga tgcggtgtcc ccgggtgggt
     3121 gcgaggcgtt cgatggtgtg gcccatcttg ccgtggccta tcaatgcaat gttcatcggg
     3181 cgtgaaatct gtgtaaatga atggcgcaaa gataggacgc gggcgctcga atgcacgtac
     3241 cgggggccat cttccggcac tcaacgtcgt atgcggcgga agagggcgtc gaccgtccag
     3301 agcaggaaga cgagtgcgcc gatctggaaa tagaatcggc aggccgccag gtcgggccat
     3361 gtgatgtgca ggtcgggcca cggcagggcg accttcagca cttgggtgac gacaatgagc
     3421 gtcacgatcg gcagggcgaa caggagggcc ataccgatgc gttcccagcg gcgccaccgc
     3481 gcctccgcca gttgggcctc tcggtagatg cgctccatcg tgcgggcggc gaatccgtcg
     3541 ggcagatcgg cctcaggccg ctgggcgaac agctcgcgca aggggtcttt ttccttctct
     3601 tctatcatgg gtcaatcctc catagcttgc attaaactca tcaatttctt acgggtgcgg
     3661 tggagcctga ccttcacgtt ggagaggctc agccccgtga tggcggccag ctcgtcgacc
     3721 gtcttttctt gcttatagaa catatgtacg agggcacgat cgtcggctcg gagctgcgcc
     3781 aaggcacagt cgaggcggcg gaaacgctcc tcgttggcct ccgtctcctc ggcctcgtcg
     3841 tcgatggggt cgggcaggcg ctcgatggcc gtgtcgtcgt ccatcgaggc cggccggtca
     3901 gggcgctttt tgcgcagggc agagagggcc gtgttgtagg cgatgcgata gatccaggtg
     3961 gcgaagctgc aatcgcgtcg gaaggagcgg agcgaacgga aggccttcag gaaggcgtcc
     4021 tgagccagct cttcggcgtc ggcgcggttg cccgtcatgc ccaccaagag agcaaagacg
     4081 ggtcggctgt agcgctccat gagcggagcg aagccggccg tatcgccgtc cagaacgcgg
     4141 ttgatgtatg cttcatcgtc gatcatccct aagtctcgtt tttgtcgtgc aaggatatga
     4201 cgcaaaggcg tgccgcaggt tacaatcggc gcactcccac gcctgcgacg ggccaaaccg
     4261 cgccagcctc cgcagccacc ccgaccggtg cgatgccaat caggccccgt ttacctatcc
     4321 gacgccggtg tcagccccga aaagtgcctc gtttatcgat ccgacaccga tgtcagctcc
     4381 aaaaagtgtc tcgtttccct acccgacacg cctgcacgcc ccaaaaagag gcgtttttag
     4441 aaaagccgtc tatcagtccc tgcctatata cggagtatat tggatccgca ccatcgaatc
     4501 ggaccaaata tacggcgtat agatttatcc atcgtataaa tcggatccca tattcatcgt
     4561 atattagaat caagcggaca aatcggctca gatatacgcc gtataggcct gtcgcttata
     4621 taaagcggct tatattcaca gcgtatattt aatccgcttc tacgagttgg gttaaataca
     4681 ccgtgtctat ttgattcgct tgaatagtga gaaagaaata tacgcagttt atttgaggcg
     4741 attctatgaa gtgatttaca tatacgatgt ataaatgatc cgtttctatg aagcgattta
     4801 cacaagcggc tctttttagg gcttgcaggc gtgtcggctg ggtaaatggg gcactttttg
     4861 gagcttgcag gcatgtcgga taggtaaacg gggcactttt tggagctgac accggcgtcg
     4921 gataggtaaa cgaggcctga taggcgtcgt acaggtcggg gtggctgcga aggctggcgc
     4981 ggtttggccc ggcacaggcg tggagacgcc gattgtaacc tgcgtccatc ccttgcgtcc
     5041 atagggcaaa cagaaacgag agagatttca aaccgtattt aatcagcgtt taattgaaag
     5101 gatagcgtta tgcatgaatt agtgcctata ggtgttgtag ggatcgtgtt ttacttcacg
     5161 tataagatga tcgagttgcc ttcgcggcgt agagagcgag aaatgatgat cgagcggatg
     5221 ggccgtacga acggcacggt gccgaatctg ttgagtacag acctacccaa gcggtcgttc
     5281 agtgggctcc ggttgggctg cctgttgatt ggcgtcggac tgggtctgct ggtcgggctg
     5341 atcatcaaca cggccctggc gcacggtgga tacagcatga acaaatggtc cgaggagcaa
     5401 ctcttcgagg tggcttacgg agcgccagtg ctcatcttcg gaggccttgg cctgctgtgt
     5461 tcctacctgt tggagcgtcg gctatcgacc gacgacaagc aacggagcga gcgaccataa
     5521 gcccctccgt ccccaccctg ctacgtatgt gaaacagccc ccatccggat cttaccgggt
     5581 gggggctgtt gggtgttata gataggtatg gaagggttta cctatctatc atcccatttt
     5641 tttcaattgt acgacttatg atatacggat acatcagggt gagcagcgac cggcagacgg
     5701 tggagaatca gcggtttgag atcaacaact tttgccagcg gcaggcgttg ccggtagacg
     5761 actggatcga ggaagtttga ccggccctcc cctacttgat ctccgtccga cagctcaggg
     5821 gcgccttgag gcgggcggcg ctgcggaagt agacctcagc gtaaccgatc ttcagcttcg
     5881 cgcggatctt gatcggcagg aagttctcgt cgtcgcccac ccacagctcc gcagccgaac
     5941 gcgtctgtgt gaaggcgtcg tcatgaatgt cgatcgagaa gtggtgcgtg cgatagcgcg
     6001 ctttgtcgcg ctccacaacg gcggggccgt gatagcgcaa gttcaccttc accagatcgt
     6061 gccccacggc aatgacggcc ggaaagacgt cgcccgcccg aaggcttgtc cggttgatcg
     6121 tacgcaggaa gtaggtggcc ccgagcatgt cgaaagcgca gccggagcgg acgtagagcg
     6181 tggtgtcgat cttcatctcc gtgggtgtgt agcggcgcga gcggatggtg gttcggctct
     6241 tggcgggata ataaaaggtg agctcgtccg tcaggcggta gtcgttttcg ttcgatcgct
     6301 tgacgctgta gagcaaggcg ccttcgggcg tgtagtaaca gtcgagggtg tcgcgcatac
     6361 ggtagaccga ctcaaagatt ttgatcgtgc ggaagagcat gcgatagcga cgggccgtgg
     6421 cgccgcgaaa cttcgtcgtg ttgtatgaga tcgtggcctc accagcgcgc gacatgatca
     6481 cgccccactt gaagtagagg tcgtaattga ccgactcgcc cacgttcagc gggatgttgg
     6541 ccggggggca ctgtgcacgg gccgcggcga acaccaacag cagtgcgcac atcatggcgg
     6601 cggcgcggtg taggcctcgg tcagaacggg aagccgccgc ttcggttgcg atcaccggag
     6661 cgaccttcgt ctttgtagtt acgtttcttc ggagtctcat ctttgggttt attttttgtg
     6721 attgcgatag gcttctgtcg gtcgaggggc aacgctctgg gcgcccacgt ctcctcgatc
     6781 tcccaattgg cacggatgac gtattccttc ggggaatagt agaccatctc gggctgccga
     6841 tgggtagcgt aatcacccgt atcccagcgg tcgttggcgt tggtgtcgac cgtgaggcgg
     6901 gcgtagtagg tggcgggctg caggttggca aagagtacgc cgccgtcttt cacccggacg
     6961 cgtcgcagag gctcgtcgga ggtgttgagt agctccacga aggccgtcgt gtcgatgccg
     7021 tcgatgttga tgtacaagtg gccgtagtcc tcacgcttac ggatgctaaa ggccgactcg
     7081 taggcgtcat tcgtatgtcc gtaaatgctg cggaggcgtg ctgaatcgac ggccacgcga
     7141 tagttggcac cgtaggccca agcgtggcgg aggttgtact tcagtaaatc catgctgtct
     7201 tgctccaata taaactcaac gggtgtccag accgtgtcca cctgttgctc caggcggaaa
     7261 tcctcgcggc ggaggtcggt catcggctcc tcgaaaagga aggccaccgt atccgtcacc
     7321 tccaccatgc ccgaggcgtt cgactggaag acgagcggac ggcgctccgg tttgttttcg
     7381 ctgtctttcg gtttacgccg tgtgcgtggt tttcgccaga ccaaatggag cgtgtccgtc
     7441 tgcgggcgga gtgtgttcgt agagtcgctt ttgaggtaat ccacgcgcag atgcaccgtg
     7501 tcgcgcgccc aaacggccga gtcggtgatc cagtaacgga cagccgtgcg gcccgccatc
     7561 gtttgggtga ggaaccacgg agcgttgcgt cgcgcaccat cgagcaacga gacgacgggc
     7621 agcgagtcca gcggcgcgtt gaagtgcaac gtgaagaggt cggtgcggtc gcgaccgggg
     7681 cggagcatgt attggcgctg ggtagtttct ttgaagagcc gcagggtgac gtcgtcaggc
     7741 aggaagtgcg tgtagtggac ggtgcggatc gtatcgacgg tgacggaatc tttccacgtc
     7801 gtgtcctgtc gggtggcgaa gcggaaggtg ggcgtcacgg tggagtcgag gaaggcgatg
     7861 gcctcgccgg gctgatcaaa gcgatagtcg cgattggcgt cggccagggc gtagaggcga
     7921 tacgtaccgg tggcgatgtt gcggatcgtg aagcgtccgc gatcgtccgt ctttgaggtt
     7981 cgatcgaagg gcagacgggt aaaagccgtg tcggccggat tagtgtgcag cccgacgacg
     8041 acgtctggca tcggctccaa gttctcggcg ttgagtagca cgccgcccac ctccagcgag
     8101 tcgatcacat cgcccgtaga gaaggcaaag ctgaaatggc cgatggggtt cttctcgtta
     8161 ttgtcggaga tggcgtgacc aaagtcgatg gtgtacgtag tgttgggctt cagcgtgtct
     8221 ttaagctcga cgcggatctt ccgcccggcg atttgaatgc ttggcagctc cttctgtggc
     8281 ggggcgatga ccacgttttg cgacggtttc tcgacctgaa tcagttcatc gaaaacgatc
     8341 tccacgcgtc gccccttgta gttcgtttgc tgcggtggcg gcgtactgct gacaaacctg
     8401 ggcggctttt cgtcatacgg cccaccgttc ggtcccgcca tattggcgca cgccacagcg
     8461 cccccgatca gcaatcccaa ccccagtctt ttcatcacgt atagcacgcc ttgcttcatt
     8521 cgttcattca tccgcaaatc gatcttatgc tatttgtcat cataatgccc caacagggaa
     8581 atcacataca cggaaacaat gtcgttatcc accgtataaa gcatcctgtt ctttccatca
     8641 attcgtctcg accatgtctt ggcgcgatgt ttcaagagct tgggtttccc ggttcctgtg
     8701 taagggtgtt ccgataattc cacaaacagc ttttcgatct tctttatgat cgccttatcc
     8761 cccaaacggt agagtctccg taggtcatct ttggaatcac ctacgagatc tacagtatac
     8821 tttcccatat gttatgaatg tctttgatcc gcgttgtccg ccctgccttg atatcctcgt
     8881 ggcctttctg tatagcccgt atttcctttt ccgtaagatc atcatcggca atgtctatga
     8941 ctatcgggcg cgcgttttca cgtgtgacaa acaccggctc ttgctctgcc atatcaaaat
     9001 atttctgctg gttatcgctg aactcctttg ctgtaatcac ttgcatggct tttccctttc
     9061 tatccgtgtc ttgttcttat tctaatatga tcgggggcaa agatagacgc gcttcgagaa
     9121 aggctccgaa gcgcggaggg ggcttcaaag accataagcc ccccgctaat accgctcccc
     9181 ccacagccgt cgcatacgtt cgaccagctt atcctcggcg gcattcggtt gcccctccca
     9241 gatgcgcgtt tggagcagct cctcgggcag gaagtcttgc ttcacgaaat gcccctcgta
     9301 gtcgtgcgca tacttgtaat tcttaccgta atccagctcc ttcatcagct tcgtgggggc
     9361 gttacggagg tggagcggca cgggcagatt gcccgtctca cgcaccagcg ccagcgcacg
     9421 gtcgatggac agataagccg agttgctctt cggactgcac gccaaataga ccgtcgcctc
     9481 ggccaggatg atgcgcccct ccggccaccc gatcttcttc agcgcatcga agcaagcgtt
     9541 ggccagcagc agcgcgttcg ggttggctag cccgatgtcc tccgccgcag agatgaccag
     9601 ccgacgggca atgaactccg gatcctcgcc cccctcgacc atccgcgcca gccagtagac
     9661 ggccgcgtcc gggtcgctgc cgcggatcga cttgatgaag gccgagatga tgtcgtaatg
     9721 catctcgccg cccttgtcgt aggccgcggg gttctcctgc aaacgctcca cgaccttccg
     9781 atccgtgatc tcgatcggcc cctcaggctc ggccgcgatg accaagtcga ggatgttgag
     9841 cagctttcgc gcgtcgccac cggagtagcg caccagcgcg tcggtctcct tcacctcgat
     9901 cgtccgctcg cgcagcacca cgtcctcgct gaccgcccga cggatgagcg tcagcaggtc
     9961 ttcctcttcc aacggcttca agacatagac ctgacagcgc gaaagcagcg gacggatcac
    10021 ctcgaacgac gggttctccg tcgtggcccc gatgagcgtc accacgcccg tctcgacggc
    10081 attcagcagc gaatcctgct gcgacttgct gaagcggtgt atctcgtcga tgaagaggat
    10141 gggcgcgacc gtccccgtgc gaaacagcgg ctggttacgc gcccggtcga tcacctcgcg
    10201 cacctccttc acccccgagc tgacggcgct cagggtataa aacggcgcct ccagccgcga
    10261 cgccacgatg cgcgcaagcg tcgttttgcc caccccgggc ggcccccaaa ggatgaatga
    10321 cggcacacgt ccggcctcga tcatgcggcg gagcgccgcc gtgggccccg tcaggtggtg
    10381 ttgcccgatg tactcatcga gcgtcttcgg tctcaatcgt tctgcaagtg gctgactcat
    10441 gccgcaaaga tagccgcgcc tgctggccct cgccgccgtc ccgcgctata cgtatatgat
    10501 atggcttcag acgatcagcc ctcggcggac atcccccgac cttcttccga ggcttttcat
    10561 ccggggtgtt ttgccttaaa tcaagtgcat agagaaaaag tgctgcggta atttatcgga
    10621 aatcaactgc tttaagacta tttactgcgg taattcattg aaatgcaatt gacttacgat
    10681 tacttgacgc agtaatttat tgcaatgcaa ttgctttgtg actacttact cgagtcattt
    10741 attgcaatgc aattgcttta cgactactta ccgaggtgat ttcttgtaat gcgaatactt
    10801 tgcgactaat tacctaagta atttattaca atacggataa tttgtaatta tcgaactcgt
    10861 tacttgatta caatgcaatt gctttgcgat gatttaccgc agtaatttgt cgccatgcaa
    10921 ctgcactgcg ataaagtaac gcggagtttg atcggaaacc ggttgcatgg cgatcaaccc
    10981 gggtgggaga tgtttctcgg caatagatgg aggatcgtca gtcgaagcct ttcatcgtac
    11041 gtcacaccgg tagcgatgga tagactgcga cggagtttcc cgcacggtag cctcggcccg
    11101 tcccccaagg gttggaggtg tcccgcagag gggcttttga tggcccaact ttgccgtttt
    11161 gaagccacat ctggttattc cttcacaatc cttgcacttt tcttttggca catggttttt
    11221 gcgcctacat ttgcccgcgg ttttaacacg caacacattt gatagtatta ttttttcgat
    11281 cttatgaaga agcacaattt ttatgcagga ccctctattt tgagtgagta cacgatcaag
    11341 aacacggccg acgccgtact gaatttcgca ggcacaggcc tgtcgctgct ggaagtctcc
    11401 caccgcggaa aagagttcgt tgccgtaaac gacgaggctc gcgcgctggt gaaggagctg
    11461 ctggatgtgc ccgaaacgca cgaggtgatc ttcctcggcg gtggcgccag cctccagttc
    11521 tacatgatcc ccttcaacct gatgaagaaa aaggcctcgt atctcgatac aggtacgtgg
    11581 gcatccaacg ccatcaagga agccaagttc gttggtgagg tggacgttgt ggcttcgtca
    11641 gcggacaaga actacacata catcccgaag aactacacca tcgcaccgga ttcggagtac
    11701 ttccacatca cgaccaacaa cacgatctac ggcacggagt tgcataagat cccggaagtg
    11761 aacatcccgc tggtggctga tatgtcgtca gacatcttct ccttcccggt tgacttctcg
    11821 aaatacgacg ccgtttatgc cggtgcacag aagaacctgg ccccggccgg tgtgacgatc
    11881 atcatcgttc gcaaagacgc gctgggtcac gtagaccgtc cgctccccac gatgctggac
    11941 tatcgcacac acatcaagaa ggattcgatg ttcaacacgc ctcccgtact gcctatcttc
    12001 tctgcgctgc agaccctgaa gtggtataag gagcagggcg gcatcaaggt gcttcagaag
    12061 aagaatcagg agaaggcagc cgtgctgtat gacgagatcg accgcaacaa gctgttccgc
    12121 ggaacggtgg ctgtcgaaga ccgctcgctg atgaacgttt gcttcgtgat gaacgacgag
    12181 tacaaggagc tggagaaaga gttcgcagac tttgccgctg ctgctggcat ggtcggcatc
    12241 aagggccacc gttcggtggg cggtttccgc gcttcgctct acaacgctat gccgatcgaa
    12301 agcgtgaagg cactggttca aacgatgcag gaattcgaaa agaagcattg atgttgagtt
    12361 gtttggtcgt tgaatcgttg agttgtttgt ttgactgatg cacttgtatg cctttgagag
    12421 gttagatgta tggcaagtct cgagagcgtt cgtaaaggaa gtgtatcgac ttctggcgca
    12481 gttcccagac tttgaaatgt acaacctgac gaatcagata aggcgtgcat ccgtttccgt
    12541 ctctctaaac atcgccgagg gcacttcccg aaattcattg aaagagcaat cgcgtttctc
    12601 tgaagttgcc tacggctcac tgctcgaagt ccactgctca ttgcttatcg cgaaggattt
    12661 gggttatatc gatgagaatg atctatccgg tatatccgtc cggattcagg aattatcgaa
    12721 taagctgaat gcgttaaagc agagtcagat caggcgaagc gagattcaac aacaaacgaa
    12781 taaacagata aacaattaga gacatgaagg tactcgttgc aacagagaag ccctttgcag
    12841 ccgttgctgt gaatggcatt cgtgaagctg tcgagaaggg cggcttggaa ttggcactgt
    12901 tggaaaaata caccgagaag gcacagttgc tggacgccgt gaaggatgct gacgcgatca
    12961 tcatccgtag cgataaggtg gacgccgaag tgctcgacgc agctaaacag ctgaagatcg
    13021 tggtgcgtgc aggcgctggc tacgacaacg tagacctgga agctgctacg gcacacaacg
    13081 tgtgcgtgat gaacacaccg ggtcagaact cgaatgccgt ggccgagctt gcgctgggtc
    13141 tgatggtgta cggtgcacgt aacctctata acggcacgtc gggcacggag ctgaagggta
    13201 agaagctggg tatccacgcc tatggcaacg taggtcgcaa tgtggcccgt gtcgccaaag
    13261 gcttcggtat ggagatctat gcctacgacg cattctgccc ctccgaagtg atcgaggcag
    13321 acggcgtgaa gcccgtcgca tcagctgagg agctgtacaa aacctgccag tacatctcgc
    13381 tgcacatccc ggccacgaag gagacaaaga actccatcgg ccacgccctg ctgtcgagca
    13441 tgccaaaggg tgccgtgctg atcaacaccg cccgtaagga ggtgatcaat gagccggaac
    13501 tggtgaaggt gctggaggaa cgtccggact tcaagtacct gacggatatt atgcccggca
    13561 accacgccga gctggctgag aagtttgctg cccgctactt cagcacgccc aagaagatgg
    13621 gtgcgcagac ggctgaggct aacatcaacg ccggtatcgc tgctgccaat cagattgtag
    13681 acttcctgaa gaacggcaac cgcaagttcc aagtgaataa gtaatgaatc acagcaagct
    13741 cccgttatcg cagccctctc aaaaaagaga ggattccggt agcgggagct tctttctaca
    13801 cacattcata tacatccaat catgaagatc aaaccattca aaggcgtccg cccaccgaag
    13861 gaatacgttg agcaggtgca gtcgcgccca tacgacgtgc tgaactctgc cgaggcacgc
    13921 gccgaagcgg aagggaacga gaagtcgctc taccacatca tcaagccgga gatcgacttc
    13981 cccgaaggca cggacgaaca cgatccgaaa gtctacgaga aggccgcaca gaacttccaa
    14041 atgttccagg acaaaggctg gcttgtgcag gacggcaagg aacgctacta catctacgcc
    14101 cagacgatga acggcaagac gcaatacggc ctcgtggtct gcgcctatgt cgacgactac
    14161 atgacgggca agatcaagaa gcacgagctg acccgccgcg acaaggagga agaccgcatg
    14221 aagcatgtgc gcgtgaacaa cgccaacatc gagccggtgt tcttcgccta ccccgacaac
    14281 aaggacgtgg acgccatcgt agccaaatac accaagggca cgcccgagta tgactacacg
    14341 gccgagcttg acggtttccg ccacacgttc tggatcatcg acgacgacgc cgacatccag
    14401 cgcatcacgg agctgtttgc cgccatgccc gctatgtaca tcgccgacgg acaccatcgc
    14461 tccgccgccg ctgcactcgt aggcgcggag aaggccaagc agaacccgaa ccaccgtggc
    14521 gatgaggaat acaacttctt catggccgtt tgcttccccg ccaaccagct tacgatcatc
    14581 gactacaacc gcgtggtgaa ggacctcaac ggactttccg acgaggagtt cctcaagaaa
    14641 ctgtccgaag acttcatcgt ggagaagaag ggcacggaga tcttcaagcc ctcgcgcttg
    14701 catgagttct cgctctacct cggtggcaac tggtactcac tggtggctaa accgggcacg
    14761 tacaacgaca acgatccgat cggggtgctc gacgtgacga tctcttcgaa cctgatcctc
    14821 gacaagatcc tcggcattaa agacctccgc agtgataagc gcatcgactt cgtcggtggc
    14881 atccgcggac tgggcgagct taagaagcgc gtcgacagcg gagagatgaa ggtggccctc
    14941 gcactctacc ccgtctccat gaaacagctg atcgacatcg ctgacacggg caacatcatg
    15001 ccgcctaaga caacctggtt tgaacccaag cttcgttcgg gattagtcat ccataagctg
    15061 agctaaccct cattctcgaa agagaaacca caccaatcaa ccgccaaaaa agagaggaca
    15121 cggggccgcg acgaacacta acctgttctc caccccgtgt ccttctcatc tctccccaca
    15181 tcataatgat caacaacatc gtattcgaca tgggcggcgt gctggctaag atccatccgg
    15241 agcgcgccat ccgcagcttc gaggccatcg gtgtatccga cgccgcagac cttatcaacc
    15301 cctacaacca cagcggactc ttcggcgact tggagcgcgg aacgatcgac gcggacgagt
    15361 ttgtccgcca actctccgcc cattgcggcc acgagctcaa cccggaggac gtccgccgcg
    15421 catggctcag catagccaac cccgcggagg tcgagaagct cgactacatc ctccgtctcc
    15481 ggccccgcta ccgcctctat gtgctcagca acaacaatcc catcgtcacc ggttgggcgc
    15541 gcacgagcga gttttccgct gccggtcggc ccgtcacgga ctacttcgac cgcctctaca
    15601 tctcctacga gatgcactgc atgaagcccg agcccgagat cttccaacgc atgatcgagg
    15661 acagcggcat ggtgcccgcc gagacactct tcattgacga cggcgcccat catgtcgtca
    15721 ccgcccgatc gctcggcttc cacaccctcc tcgccaccaa cggcggtgac tggcgaccag
    15781 acgtcgaccg gttcctcagc gaaaacaagt agtagggacg ccctgcgggc tcccggtagt
    15841 ccgaaagtag ttaggaggca aagccttcac tcccgcggcg acgccgcata aacacatcct
    15901 ttatccttat gaaaatcccc ttccgcattt cactcctcgg atgggtggcc atagccatcg
    15961 taggcggcat cctattgggg caattcctgc ccacggccat cgtccgaatc ttcgtcacgt
    16021 tcaacagtct ctttggcaac ttcctctcgt tcgccatccc gctcatcatc ctcggcctcg
    16081 tggctcccgc catcggcgag ttaggcaagg gcgcggggag gctgctactc atcacggcgc
    16141 tcattgccta cggatcgacc atcttctccg gtttcttcac ctacttcacc ggtgtggcgg
    16201 tcttccccca cctcctcacc gttggcaccc agtcgctcga ggcgttgcag aaccccgaat
    16261 cggccatgct cacgccctac tttaccgttg ccatgccgcc cgtgatggac attatgactg
    16321 cccttctgct ctccttcgtc ttcggtctcg gcctcgcctc catccccggc gacacgctcc
    16381 aaaagggctg cgtagacttt cgtgacatcg tctcacgcct catcgagacc gtcatcgtgc
    16441 ccctcttgcc gctccacatc ttcggcatct ttctcaacat caccgtcagc ggacaggtgg
    16501 ccggcatcat gtccatgttc cttcgggtca tcctcgtcat cttcgtgctg cacgtcgtgc
    16561 tgttgctcat ccagttcagc atagccggtg tcatagcggg caagaatccg ctccggctct
    16621 tgaagaacat gctgccggct tacgccaccg ccctcggcac ccagtcgtcc gccgcaacga
    16681 tccctgtgac gctcaagcag acgctcaaga atggcgtccg tgagagcatc gccgtcttca
    16741 ccgtcccact ctgcgccacg atccacctag ccggtagcac gatgaagatc accgcctgcg
    16801 caatggccat cctcctcatg tccggtcaag cgatcgaccc ggccgctttc agtggcttca
    16861 tcctcatgct cggcattacg atgg
//
LOCUS       SEQF2638.1|AYYF01001065.1 21235 bp   DNA    linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..21235
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             2..265
                     /locus_tag="SEQF2638.1_00659"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METSIGVFEKADLRSALGNIIYQRATTLEQDALARSIFGAPENQ
                     TKVFSDDEYAAMMQAFKAAGVLYPVIRAIEKQVEPKPKGNTTA"
     CDS             262..594
                     /locus_tag="SEQF2638.1_00660"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:vienna_vog:VOG19767"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKVFYNSLIPFRGFTAINLFGRVFARREFEPVSDRILRHEAIHT
                     AQMRETGYMGFYLLYLTEWLWRWARLKDATAAYRAIRFEREAYGHQDELDYLAYRRPF
                     AWTRERRL"
     CDS             633..2108
                     /locus_tag="SEQF2638.1_00661"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG0720"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPDIQTLLQKYAGDVGRLIDELSVDTLENRRPAEYRDEYNGGRT
                     RRKTSVGWREDKVLEVYSNTLKDERGDPLRLDDKHIPVAKIVTNFPKKLVRTEAAMMF
                     GGTMHVASTDPDEAFNEFRNVWERTLGMQSVLTEFAEKVLSETKAAIVFYPVIFPHWS
                     GQNVNEINCRVLSLPQNKHVVSDFYPHFFDGRMDAFIHRYQTKDEGGSLRDEARIWTR
                     EKILTATSGAGGWEVREEVNAFGLIPVVYAEIDAPAWEEVAPLMDAREMRLSRLADTN
                     DYFAEPMMVITGEADAPDKTTVGKEMQFPIKIDPETQKELHGDAKFLSWDQSINSTAK
                     ELDETKSEMFSGVSAPDLSFDNLKGLGNISGVARRFMMLDAEIKERFNMRVFGPAINR
                     CITVVQAGIANITNIKFKPQLVSARYTVTFDSILPRDPVEEANVLSIAGGGRAFNSLS
                     TIVSRSPLTPPGDLDGELGRIKEDAVEESARTNLIGAVAAE"
     CDS             2116..2607
                     /locus_tag="SEQF2638.1_00662"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKSAIALIAALLVTACLPLKRTQPTRQSHVDSVFVQRLVPIPVP
                     PDTALMRALLRCNAEGRVAMERLSIETTRNARLAFLLDSLGELSVETIVRHDTVWAKA
                     DSVFINRDVVREVVREVERKPTRWEAFIQRFGTAAFWILCGSVACGAAYGALRLYRRR
                     LPI"
     CDS             2999..4501
                     /locus_tag="SEQF2638.1_00663"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:T2KN63"
                     /codon_start=1
                     /transl_table=11
                     /product="SusD-like protein P2"
                     /translation="MKRISIKNIALFAAIALLLNACSGDWLDLEPSDGIGTENALTDL
                     GKLNAARIGMYDGLQGDGTYNQYYAARMLYYGDVRGDDMQARVSGKRTAPMYEMRYTA
                     TNADDIWFTPYRVLRRANNIIAAVEGSVVKPKVESEQANIDRIYSEALVVRALIHFDL
                     VRVYGYPYTMDGGASLGVPIVLKPLATSALPQRNTVKEVYEQVVKDLRKAIDDNKLNK
                     TMTNGYINHWTAKALLARVYLYMGDNANARKEAVEVIDNSPYKLWTNEEYAANVWDKT
                     SGAHNKEMIFELLNTSTDDYTDREGIAYLYNEYGYNDAIATKSFCELLQADPNDVRLT
                     AMMETRDPDRKQMYGTDKVWINKFPENSQGEMRLNNVPLLRLSETYLIAAEASAKLND
                     KAAAAKYLNAIVQRANPKATPVSEADATVDRILVERRKELVGEGHRFFDAMRNNQTIV
                     RYTDEAKKGYHYTLTTPESRKFDRTYFRIVLPIPRGETNVNRKILQNPGY"
     CDS             complement(4613..5098)
                     /gene="ybaK"
                     /locus_tag="SEQF2638.1_00664"
                     /EC_number="4.2.-.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0AAR3"
                     /codon_start=1
                     /transl_table=11
                     /product="Cys-tRNA(Pro)/Cys-tRNA(Cys) deacylase YbaK"
                     /db_xref="COG:COG2606"
                     /translation="MKTEKKTNAARLLDKAGVIYETVPYEVDENDLAATHVAEQLHED
                     IAQVFKTLVLRGDRNGLFVCVVPGDAEVDLKKAARVSGNKHVSMLPMKELLPTTGYIR
                     GGCSPIGMKKPLPTYIHESCTQHPHIYVSAGRRGLQLKLSPNDLTTFVGATLADLVED
                     R"
     CDS             complement(5946..6488)
                     /locus_tag="SEQF2638.1_00665"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNPFLIHFLEIGQTKSLFRRYFFEGYLEKSPFRRYFFEEYQMEY
                     LFWEYFFGGEVNGIPSLGYFFEGMARGNPFRGYFFEEDLRRNVIREYFFEDGAKGNPL
                     RGCFFEEDQKGNPFRGYFLEKKSRGNPFWRCFFKEDQKENLIQEYFFEEEERGVLSGD
                     TFLMRSQGGILFGGVFSRSS"
     CDS             complement(6525..8705)
                     /gene="recG"
                     /locus_tag="SEQF2638.1_00666"
                     /EC_number="3.6.4.12"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P24230"
                     /codon_start=1
                     /transl_table=11
                     /product="ATP-dependent DNA helicase RecG"
                     /db_xref="COG:COG1200"
                     /translation="MLPIFAAFLIHLLDRIRLHVSIMSLDEQNIMYLPGVGPRRAEIL
                     KKEIDVTTYDDLLHYFPYRYVDRSRIYTVSELERIVSGHSDRVPFVQLRGRITGYQAS
                     EEGRTKRLVARFADSTGAVDLVWFHGQKFILDKYPPGREYLIFGQPKEYMHEFSFIHP
                     EIDPADHAARVSGGLVPMYHTTELMKRATLHSRAIRDLIYTLLNTVSGGLPETLPAWI
                     LEERALAPLTESMRQIHFPESAEKLRAAQHRLKFEELFYIQLNILRTATLRRNKLRGI
                     PCPRVGKAFNAFYANRLPFALTGAQKRVVHEIHDDMRSGRQMNRLLQGDVGSGKTLVA
                     LMAMLLAVDNGCQACLMAPTEILAGQHFATLQELLGDIGVRVELLTGSTTKRRRSALL
                     PAVASGEVDILIGTHALIEDAVVFHRLGLSVIDEQHRFGVEQRSKLWVKSTYVPHVLI
                     MTATPIPRTLAMTVYGDLDVSVIDELPPGRKPVKTVHRYDAKKAELYTFLRTEIGRGR
                     QVYVVYPLIEENETMDYKALEQGYETFREVFPECTVCMVHGKMKAKEKEAEMQKFIRG
                     EAQILVATTVIEVGVNVPNASVMVIESAERFGLSQLHQLRGRVGRGAEQSYCILVTGY
                     KLSEVTRKRLGIIVSTSDGFRIAEEDLKLRGAGDMEGTQQSGDGLSLRIADLAQDGGI
                     LRTARDVASRILDADPNLSSPENALLNARLNALFRRRMNWGLIS"
     CDS             8799..9077
                     /locus_tag="SEQF2638.1_00667"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPIKPGTCLGVCNTPLPMRDKFPINTYLLKPISGKDWMVHVGAY
                     CIRPTNAHDHRQMIDPPDTFLGVYNTPLPILDKYLINTYLLNLILDKD"
     CDS             9414..9722
                     /locus_tag="SEQF2638.1_00668"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVRVGAYCIRPTNSHDHGQMIDSPGTFRGVCNTTIPIRNKYLIN
                     TYLLNPIPEKDWIVRVGAYCIRPTNAHDHGQMIDPPDTFRGVCNTPLPIRIKNLISIY
                     "
     CDS             9723..9878
                     /locus_tag="SEQF2638.1_00669"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNLKLGRFLGVCLCDQLHLSRKPLKFVWEHVKPAEDRMVVTNAT
                     QTSASNH"
     CDS             complement(10337..11041)
                     /gene="znuC"
                     /locus_tag="SEQF2638.1_00670"
                     /EC_number="7.2.2.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:O34946"
                     /codon_start=1
                     /transl_table=11
                     /product="High-affinity zinc uptake system ATP-binding
                     protein ZnuC"
                     /db_xref="COG:COG1121"
                     /translation="MLLVQINHVTAGYDSKKDVLIDVSLQIAERDFLCIVGPNGGGKT
                     TLLRVLLGLLKPRIGAVNFYRDGQPIPKLPVGYLPQVNAIDRRFPISVAEVVASGFLA
                     ETRGRRCSAEQRQRVEAVIDRMGLNDLAGRPIGELSGGELQRTMLGRAIVAHPRLLVL
                     DEPNTYMDRRFGDTLGDLLSEINREAAVVLVSHDPGALRPLIKNMAFVRRQLRYVPGN
                     DLSAVSLDSEESESMY"
     CDS             complement(11023..11724)
                     /locus_tag="SEQF2638.1_00671"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVHYQLLSSYLEVEDVPYQGNALNFFRPPSIHQKQTGANKVTLT
                     DHPIPSHFEYPGRLAGTLGALIFFRPPFIYQKQIGANKVTPTDYPIPSHFEYPGRLAG
                     APGALIFFCLLFFHQGKKRRSEDRQVTYPIRGTYKGAYSIRPYPAGRKKNRRPSGLPL
                     PFSFKKTYTAHQPIPIKKINQRPSGLPLPISFKKTYTTHQPILIKKINQCPSGLPIPI
                     HFSNIAHHTLCFSFK"
     CDS             complement(11724..13823)
                     /locus_tag="SEQF2638.1_00672"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNLPLFIARRYLLAKKSHNAINIISMISVCSVAVATVALVCVLS
                     VFNGFHDLVASMFGHFDPDLKITAVEGKVFIPNTDAMRSVRALPQVEAATEVLQENVL
                     LRYGGRQQIAVAKGVDSAFERTVDLGSVLIDGRYALNEGGTDYAIPGIGLASTLGVNA
                     SFTDPIEIYAPKREGRVSASQAATSFQIEYAYVSGVFCIDRPEYDANYLILPIDLVRN
                     MLHYDAGEVSALELKLKAGARVGDLKQQIQQRLGQGFRIEDRFEQQEASFRMMQIEKW
                     MTFLILAFILTIALFNVVSSLSMLIIEKEDDVQMLRSMGASQRLIRRIFLYEGCMIPL
                     LGAVVGIAIGVALCLVQQTFGLIRLGETGAFVSDQYPVRVSPWDLLAIFVTVVAIGGL
                     TSWYPVRSAARRWAVTMPKAAAASLLLFGLLATASCSGGGGQSADDSHRVSVTIEAQR
                     YFAERIGGAHFTIHTVVPPGQSPETFDPTPQEMMAVARSRAYLRVGRIGFEQVWMPTI
                     VEQNPHLQVFDLSQGIRWIDSDPSAHDQHTHGGGDPHIWNAPATARQMAENTLRAFCA
                     LDTAHTAVYRAAHASLVAEIDSTDAALHAMLDTLTHRTFIIYHPALTYFAQAYHLKQL
                     AIESDGKEPSAASMKKLIDEARAQRVRVVFVQREFDRKHAESVAREIGARVVIIDPLS
                     AQWKDEMLKIGQALTKP"
     CDS             complement(13820..14905)
                     /locus_tag="SEQF2638.1_00673"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRLPLSVYRSRIGVQWADPSVRPSCVVTPRYSRWFMDGRFAPLS
                     RLRKDWDSKMYPQTLSRHESERAPLGLSRSWRGGRGGVCNTPLRIRQEEVSRRRLSRP
                     RKGWDSKMYPLTLSRHESERATLWLSRPWRGGLGGVCNTPLHIRQEERVTLGLSRPRK
                     GWESKMYPQTLSRHESERAALGLSCPRKGWDSKMYPQILSRHESERATLGLSRFWRGG
                     LEGVCNTPLPCWKEEGEPLWPSRPRKEWDSKMYPLTLSRHESGRATLGLSRPWRGGRR
                     ADIFAPLPIRQEERAALELSHPWRVGLGGVCNTPLRIRQEERASLGLSRPWRGGRGGG
                     YFCDLYLLVFSDHYPQTYFSFLVFRNP"
     CDS             complement(14930..15265)
                     /gene="rbfA"
                     /locus_tag="SEQF2638.1_00674"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P65967"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosome-binding factor A"
                     /translation="MEGTRLNKIGRLLQKELGDLFLRQTKALPGTLVSVSAVRVSPDL
                     SVAKVYLSIFPTEKADELMGAIETNKKTIRYDLGQRVRLQLRRIPELIFYRDDSLDYV
                     ENIDQLLNK"
     CDS             complement(15678..16340)
                     /gene="trmR"
                     /locus_tag="SEQF2638.1_00675"
                     /EC_number="2.1.1.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_02217"
                     /codon_start=1
                     /transl_table=11
                     /product="tRNA 5-hydroxyuridine methyltransferase"
                     /translation="MLTDTYVPIAEEIEAYALDHSDAEPPLLARLNRDAHVKLLRPRM
                     IAGHLQGRALKMCCRMMRPKRLLEIGTYTGYATFCLAEGTDPDAEIHTVEINDEMEPF
                     FRTYWQEHPDRMKIHPHWDDIRRVLPQLGPEPFDLVYIDADKRDYCAYYDLVFPLVRP
                     GGLILADNTLWSGKVVKEDATHTDTQTRGIMAFNELIRNDNRVEKVLLPLRDGLTVIW
                     KK"
     CDS             complement(16363..17805)
                     /gene="pyk"
                     /locus_tag="SEQF2638.1_00676"
                     /EC_number="2.7.1.40"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q02499"
                     /codon_start=1
                     /transl_table=11
                     /product="Pyruvate kinase"
                     /translation="MKHTKIVATISDQRCEVDFIRSLYEAGMNVVRLNTAHMNEEGLH
                     RVVSNVRMVSGRIGILIDTKGPEIRTTPCAAPIEFRTGDRVVMQGRPDGETTHECICV
                     SYPDFVKDLSADSDILIDDGDLELKVIEKQAEQLICEVQNNATLGSRKSVNVPGVRIN
                     LPSLTEKDRRNIEWAVANRLDFIAHSFVRSKEDVLDVQEILDAHKSPIKIIAKIENQE
                     GVDNIDEILKATYGVMVARGDLGIEVPAEKIPGIQRMLIRKCVEAKKPVIVATQMLHS
                     MINNPRPTRAEVTDIANAIYYRTDALMLSGETAYGKYPLEAVQMMARVAYETEQTKLL
                     ANDIRVPIKGDDLDVTSFLAKQAVKSSSKLGVRAIISDSYSGRTARYLAAFRGEATVF
                     AICYRPEVMRMLSLSFGIWAVFQPWQVSRREYYHDALKQLIDRQLITEEDKVAYLSGS
                     FGEGGGTTFLEINDVKRVLRAKDEYQLPTF"
     CDS             complement(17898..18314)
                     /gene="aroQ"
                     /locus_tag="SEQF2638.1_00677"
                     /EC_number="4.2.1.10"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P43877"
                     /codon_start=1
                     /transl_table=11
                     /product="3-dehydroquinate dehydratase"
                     /db_xref="COG:COG0757"
                     /translation="MKKILIINGPNLNLLGRREPDVYGNTSFEAYLDQIRADFPQYEI
                     TSYQSNIEGELINKIHEAGFSSDGIVLNAGAYTHTSIALHDAIRAVTTPVIEVHISNV
                     YTREAFRHHSCIAAACRGVIAGFGLASYRLALEAFK"
     CDS             18455..19387
                     /gene="xerD_1"
                     /locus_tag="SEQF2638.1_00678"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0A0P0"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerD"
                     /translation="MQVKEWPTDDPVKIYEIYLRLERGLSKNTVEAYVSDLDKLFRFV
                     AVEGRSVREVTYADLQQFVAQLYDAGISARSQARIISGIRSFYRYLVLEGYLQNDPTQ
                     LLESPKIGRRLPEVLAVGEIDRILATIDVSTSSGRRNRAMIEVLYSCGLRVSELTGLR
                     YPDVHFDEGYIRVLGKGNKERLVPISRTALNEIRNYLPDRLATASANGFEDILFVNPH
                     GRSLSRVMVFKIVKEYAALAGITKTISPHTFRHSFATHLLEGGANLRGIQMMLGHETI
                     TATEIYTHLDREALRREIIEHHPRNISWRREHGE"
     CDS             complement(19413..20807)
                     /gene="mepA_1"
                     /locus_tag="SEQF2638.1_00679"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q7A7N0"
                     /codon_start=1
                     /transl_table=11
                     /product="Multidrug export protein MepA"
                     /translation="MAEAKQIQALEQERIPRLLFNYAVPAVVGTVVNSLYNIVDRIFI
                     GQGVSEYALSGLAITFPILLFLQAFGMLVGAGASVRVSILLGQRNTPRAEQTLANAVY
                     LTLVTQILTIIPCYIYMEPLLRLFGASDRTLPYAVEYLQIVIPANFFAAFSFGYNAIM
                     RASGYPRKAMTTMLLSALINVVLDYIFIYPLGMGIRGAAIATAIAMVICAVYVLAHFF
                     LPGSVVRFRRAAFRPSWAIVRAITAIGIAPFAMQLTGSAVNVLMNRSFVAYGTTPEES
                     DLAIGAFGIISSYAMLIVMLILGVAQGMQPIVGFNYGARHMHRVRMAYAYSAGTNLFF
                     SFVGFAVAMLYPRAIVSLFTTSEPLIALCTTALRIGIMGVSLIGFQITTTQLFQSIGF
                     SRLAIFLSLTRQLIFLAPALLILPRFLGLDGVWWSLPVSDMAAVGVAVVLIISRWKLL
                     EGTEPKTADASPEK"
     CDS             complement(20849..21235)
                     /locus_tag="SEQF2638.1_00680"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLCIPEWVYTEVLFTQEFAGIRDVIAGLSVGIVAFGGNRILSHY
                     FIGTGRVRVSAACSLVGLVLLCASAAVLVPRWGVTGAAVASSVAYVGMLTFSIVVFLR
                     ITGTKAMELLPDPMSIVWQIRARRQG"
ORIGIN      
        1 ggtggagact tcgatcggcg tatttgagaa ggctgacctt agaagtgcgc ttggaaacat
       61 catataccaa cgagcgacca ccctcgaaca ggatgctctg gcaagatcca ttttcggcgc
      121 acctgagaat caaacgaagg tgttttcgga tgacgaatat gcggccatga tgcaggcttt
      181 caaagccgcc ggagtgcttt atcctgtgat tcgagccatc gagaaacagg tcgaacctaa
      241 gccgaaaggg aatacgaccg catgaaagtc ttttacaaca gccttattcc ttttcgaggc
      301 tttacggcga tcaacctctt tgggcgcgtc tttgcccgcc gagagtttga gccggtctct
      361 gatcgcatcc tccgtcacga ggctatccac acggcccaga tgcgcgagac gggctatatg
      421 ggcttctatc tcctctacct taccgaatgg ctctggcggt gggcgcgact gaaggacgcc
      481 acggcggcct atcgtgccat ccgcttcgag cgcgaggctt acggccatca ggacgagctg
      541 gactacctcg cctaccgtcg acccttcgcc tggacacggg agcggaggct gtaaccccca
      601 cacacaggct gaaaaccaga ccacccccac acatgccaga tattcaaacc ctacttcaaa
      661 agtacgccgg cgacgtcggg cggctcattg acgagctttc cgtcgacacc ctcgagaata
      721 ggcgcccggc cgaataccgc gacgaataca acggcggccg tacgcgtcga aagacctccg
      781 tcggatggcg agaggataag gtgctcgagg tctattccaa caccctgaag gatgaacgcg
      841 gcgaccccct gcgactggat gataagcaca tcccggtggc taagatcgtg accaattttc
      901 ccaagaagct cgtccgcacg gaggccgcta tgatgtttgg cggcacgatg catgtggcct
      961 cgacggatcc cgacgaggcc ttcaatgagt ttcggaacgt gtgggagcgt acgctgggca
     1021 tgcagagcgt gctcacggag tttgccgaga aggtgctttc agagaccaag gccgccatcg
     1081 tcttttaccc cgtcatcttc ccccactggt cgggccaaaa cgtcaatgag atcaactgcc
     1141 gcgtgctctc tttgccgcag aataagcatg tcgtcagcga cttttacccc cacttcttcg
     1201 acggtcgcat ggacgccttt atccaccgct accaaacgaa ggacgagggc ggctcgctgc
     1261 gcgatgaggc ccggatctgg acgcgcgaga agatactcac cgccacctct ggggccggcg
     1321 gatgggaggt gcgtgaggag gtgaacgcct tcgggctcat cccggtggtc tacgccgaga
     1381 tcgacgcccc ggcgtgggag gaggtggcgc cgctgatgga cgcccgcgag atgcgccttt
     1441 cacgactggc ggacacgaac gactatttcg ccgagccgat gatggtcatc acgggcgagg
     1501 ccgacgcacc ggacaaaacc accgtaggga aagagatgca gttccccatc aagatcgacc
     1561 ccgagacgca aaaggagctc cacggcgatg ccaagttcct ttcctgggat cagtcgatca
     1621 actccacggc caaagagctg gacgagacaa agagcgagat gttttccggc gtgtcggcgc
     1681 ccgacctttc gttcgacaac ctcaaggggc tgggcaacat ttccggcgtc gcccgtcgct
     1741 ttatgatgct cgatgccgag atcaaggagc gattcaacat gcgcgtcttt ggccctgcca
     1801 tcaatcgctg cattacggtg gtgcaggccg gcatagccaa cattacaaac atcaagttca
     1861 agccccagct ggtgtccgcg cgctacacgg tgacgttcga ctccattctc ccccgcgatc
     1921 cggtcgagga ggccaacgtg ctctccattg ccggcggcgg acgcgccttc aactcactct
     1981 ctacgatcgt ctcccgctca ccgctcactc cgccgggcga tctcgacggc gaactgggac
     2041 gcatcaaaga agacgcagtc gaagaatccg cccgcacgaa cctcataggc gccgtggccg
     2101 cggaatagga ggggtatgaa atcagcgatt gcactcatag ccgccttgct ggttacggcc
     2161 tgcctgccac tcaagcggac gcagcccacg cggcaatcgc acgtggattc ggtcttcgtg
     2221 cagcggctcg ttcccatccc cgtgccgcct gacacggctc tcatgcgcgc cctcctccgc
     2281 tgcaatgctg agggacgcgt ggcgatggaa cgcctctcga tcgagacgac ccgcaacgcc
     2341 cgactggctt tcctgttgga tagcctcggg gagctcagcg tcgagaccat tgtccggcat
     2401 gacacggtct gggcaaaggc tgacagcgtc tttatcaatc gagacgtggt gcgtgaggtg
     2461 gtgcgcgagg tggaacgaaa gcctacccgc tgggaggcct tcatacagcg ctttggcacg
     2521 gctgcgttct ggatcctttg cggttccgtg gcgtgtggtg cggcatacgg tgccctgcga
     2581 ctctatcgcc ggcgactacc tatatgaata aagagaggag ggggtgtcgg gaaacgttcg
     2641 tcataccttt gccgccgtca tcataaaacg gaattgtcag taagtttact tttcttgaaa
     2701 gcgagtggct tgttttgagg gcgacaggat cgtagctgga taacattata tacgtcacaa
     2761 aacagccatc cgggggaagg gtcgcgacgt gatgtcgggg cccttttcgt tttatatcac
     2821 cagtctcttc gcgtggcaac ggcgtggcag gataggccaa cttgctgata tacatagctg
     2881 aattgtggag cagagaatac agccagtggc tttgtctact tcagagcacc tgccatgcgc
     2941 acagtaactt tcggtgtgga attaggtttt taatcaatca gtaaaataga ataccaacat
     3001 gaaaaggatt tcgataaaga atatcgccct ctttgcagcc atcgcactgt tgttgaacgc
     3061 ttgctcgggc gactggctcg atctggagcc atcggatggt atcggtaccg agaatgccct
     3121 gacggattta gggaaactga atgccgcgcg gatcggtatg tacgatgggt tgcagggtga
     3181 cggtacatat aatcagtatt atgcagctcg tatgctctac tacggtgatg tgcgtggcga
     3241 cgatatgcag gcacgtgtct cgggtaagcg tacagctcct atgtatgaga tgcgttacac
     3301 ggctaccaat gcggatgaca tctggttcac gccttaccgt gtccttcggc gtgccaacaa
     3361 catcattgct gctgtggaag gcagtgtggt gaagcccaaa gtggagagtg aacaagctaa
     3421 tattgatagg atctatagcg aagctctcgt agtgcgtgcc ctcattcact tcgatttggt
     3481 ccgcgtttac ggctatcctt atacgatgga tggcggtgcc agcctcggtg tacctatcgt
     3541 tttgaagccc ctggcaacaa gtgccctgcc acagagaaac accgtgaagg aagtctatga
     3601 gcaagtggtc aaagatctac gcaaggctat cgatgacaac aagctcaaca agacgatgac
     3661 gaacggttac atcaatcatt ggacagccaa ggccctcttg gcgagggtat atctctatat
     3721 gggcgacaat gcgaatgcac gcaaagaagc cgtggaggta atcgacaact cgccgtataa
     3781 actctggacg aacgaagagt atgccgccaa cgtgtgggat aaaacctctg gtgcgcataa
     3841 caaggaaatg atcttcgagt tgctcaacac cagcacggac gactataccg accgcgaggg
     3901 cattgcctac ctgtacaacg aatacggata caacgacgct atcgctacaa aatcattctg
     3961 tgagttgcta caggccgatc ctaacgatgt gcgcctgacg gctatgatgg agacacgtga
     4021 cccggatcgt aagcagatgt atggaacgga taaggtctgg atcaataagt tcccagagaa
     4081 tagtcaggga gaaatgcgtc tgaataacgt ccccctactt cgtctttcgg agacttatct
     4141 gattgctgcc gaggcttcag ccaagctgaa tgataaggcg gcggctgcga agtatctgaa
     4201 cgccatcgta cagcgcgcaa atccgaaggc tacgcctgtg tcagaggctg atgctacggt
     4261 agatcggatc cttgtcgagc gtcgtaagga gctggttggc gagggccatc gtttcttcga
     4321 tgccatgcgt aacaatcaga cgattgtacg ctatacagac gaagcgaaaa agggctacca
     4381 ctacacgctg accaccccgg agtctcgcaa atttgatcgt acttatttcc gcattgtcct
     4441 gcccattccc agaggggaga cgaatgtgaa tcggaagatc ctgcagaacc ccggctattg
     4501 accggaagcc attcggcgag ggctgatgcg ttgcgtcggc tccgcttgaa gcaatcgaaa
     4561 ggcagcagag agacagcgat gtccctcggc tgcctttgtt gcgtttgggt ggttaccgat
     4621 cctcgacaag atcggccagg gtggcgccaa cgaaggtcgt aagatcgttg ggggagagct
     4681 tgagttgcag gccgcgacgg cccgcactga cgtagatgtg tgggtgctgg gtgcaggact
     4741 cgtgaatgta ggtcgggagg ggcttcttca tgccgatagg cgagcatccg ccgcggatat
     4801 agcccgtggt agggagcagc tctttcattg gtagcatgga tacgtgctta ttgcccgaca
     4861 cgcgtgccgc ctttttcaag tctacctcgg catcgccagg gacgacacag acaaagagtc
     4921 cgtttcggtc gccacggagg acgagcgtct tgaaaacttg cgcgatgtcc tcgtgcaact
     4981 gctcggccac atgtgtcgcc gccaaatcgt tctcgtccac ctcgtaaggg actgtctcat
     5041 agatcacgcc cgccttgtcc aatagtctgg cggcatttgt cttcttctca gttttcattg
     5101 ttcataaatt gctctgtgat aagaccattc aaaaaacata ccacctttcc cccaccctca
     5161 aaaaaatatc ccagagaagg attccccctt cccccaccct caaaaaagta tccacgaaaa
     5221 gcattcccct tagaatcttc ctcgaaaaaa tatcacagag aaggactgcc ttttgcctca
     5281 tcctcgaaaa agtatccacg aaaaggattc ctccttgact acccctcgat aaagtatctc
     5341 caaaaaggaa tcccccttcg gctcaccctt gaaaaattat ctccgagaag gattcctcct
     5401 tgactacccc tcgaaaaagt atccccgaaa aggattctcc cttgactact cctcaaaaaa
     5461 ggatctccaa aaaggatacc ccattacccc tctctcgaaa aaataccccg gagaaggatt
     5521 ccccttcacc tcacctccaa aaaagtatcc gggaaaagga tttccctttc cctcaccccc
     5581 aaaaaagtat ccgggaagaa gtttctccct tgaacatcta tcgaaaaaat atcccagaga
     5641 aggattccat tttatctcat cctcgaaaaa acatctccga aaaggattcc cctttgacca
     5701 gccctcaaaa aagtacttcc gaaagggatt cctcctaaac tcctcctcaa gaaaacatct
     5761 ccaaaaagaa atccccttca cctcatctcc aaaaaagtat ccccaaaaag gactcctctt
     5821 tgtcctatcc tcgaaaaagt atccccgaaa aagattcccc tttacctcac cctcgaaaaa
     5881 gtatctccaa aaaggactcc tctttgcctc acccccaaaa aagtatccag aaaaagcatt
     5941 cctccttaac tactccttga gaaaacacct ccaaaaagga ttcccccttg actcctcatc
     6001 aaaaaagtat ctccggaaag gactcccctt tcctcctcct caaaaaagta ttcctgaata
     6061 agattctcct tctgatcctc cttgaaaaaa cacctccaaa aaggattccc ccttgatttc
     6121 ttctcgagaa aatatccccg aaaaggattc cccttttgat cctcctcgaa aaaacacccc
     6181 cgtaaaggat tccccttcgc cccatcctca aaaaagtatt cccgaataac attcctcctt
     6241 agatcctcct cgaaaaaata cccccgaaaa ggatttcccc ttgccatccc ctcgaaaaaa
     6301 taccccagag aaggaatccc attcacctca cctccaaaaa agtattccca aaaaagatac
     6361 tccatttgat actcctcaaa aaaatatctc cgaaaagggg acttttctag atacccttca
     6421 aaaaaatatc tccgaaaaag agacttcgtt tgtccgatct caagaaaatg gatcaggaaa
     6481 ggattcatgg gcggaggatg aatccgatcc ttgtcacgaa tggcttagga gatgaggccc
     6541 caattcatgc gccgacgaaa gagggcattc aggcgggcgt tgagcagggc gttctcgggc
     6601 gaggagagat tcgggtcggc gtcgagaatg cgagaagcga cgtcgcgggc tgtgcggagg
     6661 atgccgccat cctgagccag atcggcgatg cgaagcgata ggccatcgcc actctgctgc
     6721 gtgccctcca tatcacccgc gccgcggagt ttcaggtctt cctcggcgat gcggaaacca
     6781 tcggacgtgg agacaatgat tccgagccgt ttacgcgtaa cctcgctcag tttgtaaccc
     6841 gtcaccagga tgcaatatga ctgttcggca ccccggccta cgcgtccccg gagctgatgg
     6901 agttgcgaca gcccaaaccg ttccgcactc tcgatgacca tgacagatgc gttcggtaca
     6961 ttcacgccca cctcgatgac ggttgtggcg acgaggatct gcgcctctcc gcggataaat
     7021 ttttgcatct cggcctcctt ctccttcgct ttcatcttcc cgtgcaccat gcagacggta
     7081 cactccggga aaacctcgcg aaaagtttcg tagccctgct cgagggcctt gtaatccatc
     7141 gtttcgtttt cctcaatcag ggggtagacc acgtaaacct gacgcccgcg accaatctcg
     7201 gtgcggagga aggtgtacag ctcggccttt ttggcgtcgt agcggtggac ggtcttaaca
     7261 ggcttgcggc cgggcggtag ctcgtcgatg acggacacgt cgagatcgcc gtagacggtc
     7321 atggccaggg tgcgcggtat gggcgtcgcg gtcatgatga gtacgtgcgg cacataggtg
     7381 ctcttcaccc agagcttgga acgttgctcg acgccgaaac gatgctgctc gtcgatgacg
     7441 gagagaccaa gccggtggaa gactacggcg tcctcgatga gtgcgtgagt gccgatgagg
     7501 atgtccacct cgcctgaggc cacggccgga agcagcgccg atcgccgtcg cttcgtcgtc
     7561 gagccggtga gaagctccac ccgcacgcct atgtcgccga gcaattcttg caaagtggca
     7621 aagtgctgcc ccgccagaat ttccgtgggc gccatgaggc aggcctggca accgttgtcc
     7681 acggccagga gcatagccat aagggcgacg agcgtcttcc cgctacccac gtcgccttgg
     7741 agcaggcgat tcatctgcct tccgctcctc atgtcgtcgt ggatctcgtg cacgacccgc
     7801 ttttgcgcgc cggttaaggc aaagggtagg cggttggcat agaacgcatt gaaggctttg
     7861 cctacgcgtg ggcaagggat tccccgcaac ttgttgcggc ggagagtcgc cgtgcgcagg
     7921 atattgagtt ggatgtaaaa aagctcttca aatttgagcc tgtgctgtgc cgctcggagc
     7981 ttttcggctg attcgggaaa atggatctgc cgcatagact cagtgagcgg tgccagcgcg
     8041 cgctcctcaa ggatccacgc cgggagcgtc tcgggcaggc ctccactgac tgtgttcaag
     8101 agcgtgtaga tgagatcacg gatcgcacgc gagtgaagcg tggcacgttt cataagctcg
     8161 gtggtgtggt acatcggaac gaggccgccg gagacccgcg cagcatggtc ggccggatcg
     8221 atctcgggat ggatgaatga gaattcgtgc atgtactcct tcggctgacc aaaaatgaga
     8281 tactctcgcc ccggcggata cttatcaagg ataaattttt ggccgtgaaa ccaaaccaga
     8341 tccaccgcgc cggtactgtc ggcaaagcgg gccacgagtc gcttcgttcg cccctcctcg
     8401 gaggcttggt aacccgtgat acgcccccga agctggacga agggcacccg gtcgctgtgt
     8461 ccggacacga tacgctcgag ctcgctcacg gtgtaaatgc gactgcgatc cacataccga
     8521 taagggaaat aatggagcag gtcgtcgtag gtcgtcacgt cgatctcctt tttgaggatc
     8581 tcggcgcgcc gcggcccgac gccgggcaga tacatgatgt tttgttcgtc taagctcata
     8641 atcgaaacgt gtagcctaat gcggtcaagg agatgaatca gaaacgcggc aaagatcggt
     8701 aacatatagc ttcggtggtt cccattcggg ataagtacgt attaaatacg tatttattga
     8761 attctattcc cgaaaaagat tggattatat ggatcataat gcccatcaaa cccggtacgt
     8821 gcttgggcgt atgcaatacg cccctaccta tgcgggataa attcccgata aatacgtatt
     8881 tattgaagcc tatttctggc aaggattgga tggtgcacgt aggagcgtat tgcatacgcc
     8941 ccacgaatgc ccatgatcat aggcaaatga ttgatccgcc cgatacgttt ctgggcgtat
     9001 ataatacgcc cctacccata ctggataaat atctaataaa tacgtattta ttgaatctta
     9061 ttctcgataa ggattagatt gtcaatgtag gggcgtatta catacgccac acgaatatcc
     9121 atgatcatgg gcaaatgatt gatccgtccg gtacatgctg gggcgtatgc aatacgcccc
     9181 taccgatact ggataaatac ctaataaata cgtatttatt aaatactatc cccggcaagg
     9241 attagattgc ccatgtagta gcgtattgca tacgccctac gaatgcccat aatcatgagc
     9301 aaatgattga tccgcccggt acgtgccggg gcttatgcaa tacgccccta tctataccgg
     9361 ataaatatat gataaataca tatttattga atcttatttc tggaaaggat tagatggtgc
     9421 gcgtaggggc gtattgcata cgccccacaa attcccatga tcatgggcaa atgattgatt
     9481 cgcccggtac gtttcggggc gtatgcaata cgaccatacc tatacggaat aaatacctga
     9541 taaatacgta tttattgaac cctattcccg aaaaggattg gattgtccgt gtaggggcgt
     9601 attgcatacg ccctacgaat gcccatgatc atgggcaaat gattgatccg cccgatacgt
     9661 ttcggggcgt atgcaatacg cccctaccga tacggatcaa aaatttgatt tccatttatt
     9721 agatgaatct gaaacttggc aggtttttgg gtgtatgtct ttgcgaccaa ctccatctca
     9781 gccggaaacc attaaagttt gtatgggagc acgtgaaacc cgccgaggat cgtatggttg
     9841 tgactaatgc cacgcaaacc tcggcaagta accattaaaa attgtatgaa tgcgcgcaaa
     9901 acccggcgag gattggatga atatggccat attcgctgaa aacccggcga ggatgggatg
     9961 aatatggcca tattcaccga aaacccggcg aggattggac aaatatggcc atatctacag
    10021 aaaacccggc aggaattgga cgaatatggc cattttcact gaaaacccgg cggggatggg
    10081 atgaatatgg ccacagctat cgaaaacccg gcgggaatgg gggggggata gccacagcta
    10141 tcgaaaactt gtcggggatg ggataaatat agtcactgct ttctcttcct tggtgggttt
    10201 agggaagatg aagtgcgtat tttccacata cttatcgagg atgggagatg agaaagccgg
    10261 gcgaatccta tccttggtga ggaggggatt cgtccggctt gcgtgttcca caaactgggc
    10321 ggattttcga gagctcctaa tacatggatt cagattcttc gctgtcgagg ctaacagcgg
    10381 agaggtcgtt acccggaaca tagcggagtt ggcgacgtac gaaggccatg tttttgatca
    10441 gtggccggag ggcgccgggg tcgtgcgaga cgagtacgac agccgcctcg cgattgatct
    10501 ccgacagcag gtcgcctaac gtatcgccaa agcgacggtc catatacgtg ttcggctcat
    10561 ccaaaacgag caggcgcggg tgggccacga tggcgcgccc aagcatcgtg cgttggagtt
    10621 cgccgccgga aagctcgccg ataggtcggc cggctaagtc gttgagtccc atacggtcga
    10681 tgactgcctc cacgcgttgg cgttgctcgg ccgaacagcg ccgcccacgt gtctcggcca
    10741 ggaatccgga ggcgacgacc tcggcgactg agatcgggaa tcggcgatcg atagcgttga
    10801 cctgaggcag gtagcccacg gggagtttgg gaatgggttg gccgtcacga tagaaattca
    10861 cggcgccgat gcgtggcttg agtagcccga gcaggacgcg caggagagtt gttttgccgc
    10921 cgccgttggg gcctacgatg cagaggaagt cgcgctctgc aatctggagc gagacatcga
    10981 ttagcacgtc ttttttggag tcgtaaccgg ccgttacatg atttatttga acgagaagca
    11041 tagggtgtga tgagctatat tcgaaaaatg gatggggatg ggaaggcctg aggggcactg
    11101 attgattttt ttgatgagga taggttggtg ggtcgtgtat gttttcttaa aactaatagg
    11161 gaggggaagg cccgagggac gttgattgat ttttttgatg gggatgggtt ggtgggcggt
    11221 gtatgttttc ttaaaactaa aagggagggg aaggcctgag gggcgtcgat tctttttcct
    11281 gccggcaggg taggggcgta ttgaatacgc ccccttatac gtcccccgaa tgggataggt
    11341 gacttgccga tcttctgacc ttcttttctt tccttgatga aagaaaagaa ggcaaaagaa
    11401 aatcaaggcg ccaggggcgc cggccaacct tccgggatac tcaaaatgac tgggaatggg
    11461 atagtctgtt ggggtcactt tgttagcgcc gatttgcttc tgataaatga aaggagggcg
    11521 aaagaaaatc aaggcgccaa gggtgccggc caaccttccg ggatactcaa aatgactggg
    11581 aatgggatgg tctgttaggg tcactttgtt agcgccggtt tgtttctgat gaatggaagg
    11641 agggcgaaag aaattcaggg cgttcccttg atagggaacg tcttcgactt ccaaataact
    11701 gcttaataat tgatagtgaa ccactaaggc tttgttagcg cctgtccgat tttgagcatc
    11761 tcgtctttcc actgggctga aagggggtcg ataatgacta cgcgggcgcc gatctctctg
    11821 gcaacggatt cggcgtgctt gcggtcgaac tcgcgctgta caaaaacgac tcgcacgcgc
    11881 tgggcccggg cttcgtcgat gagttttttc atcgaggcgg ccgagggctc cttgccgtcg
    11941 ctttctatcg ccagctgctt gaggtggtac gcctgggcga agtaggtcag cgccgggtgg
    12001 taaatgatga acgtgcggtg ggtgagtgtg tccagcatcg cgtgcagggc ggcgtcggtg
    12061 gagtcgattt cggccacgag cgaggcgtgg gccgctcggt agactgcggt gtgcgccgtg
    12121 tcgagggcgc agaaggcgcg gagggtgttt tcggccatct gacgtgcggt ggcaggcgcg
    12181 ttccagatgt gcgggtcgcc cccgccgtgt gtgtgctggt cgtgcgcgga gggatcgcta
    12241 tcgatccaac gaatgccttg ggagaggtcg aagacttgca aatgcggatt ttgctccaca
    12301 atggtcggca tccagacttg ctcaaacccg atgcgtccga cacgcagata ggcgcgacta
    12361 cgggccacgg ccatcatttc ctgaggcgtg gggtcgaacg tttccggact ttgcccgggc
    12421 ggcactacgg tgtggatcgt gaaatgcgcg cctccgatgc gctcggcaaa gtagcgctgc
    12481 gcctctatcg ttacggacac gcgatggcta tcgtcggccg actgccctcc gccgcccgag
    12541 cagctggccg tagccagcag cccgaacaac agcagactcg ccgcggcggc cttgggcatg
    12601 gtcacggccc accgtcgagc ggccgagcga acggggtacc acgacgtgag cccaccgatc
    12661 gcaaccacgg tgacgaagat ggccagcaga tcccagggcg acacgcgcac gggatactgg
    12721 tcgctgacaa aggcccccgt ctccccgagc cggatgagac caaacgtctg ctgcacaagg
    12781 caaagcgcga cgccgatggc tatgcccacg acggcgccca agagcggaat catacatcct
    12841 tcgtagagga agatgcggcg aatcaaacgc tggctggcgc ccatactgcg cagcatctgc
    12901 acatcgtctt ccttctcaat gatgagcatg gagagcgagc tgactacgtt aaacagggcg
    12961 atggtaagga tgaaagcgag gatgagaaag gtcatccatt tctcgatttg catcatgcgg
    13021 aacgacgctt cctgctgctc gaaacgatct tcaatgcgga agccttggcc cagcctctgc
    13081 tggatttgct gcttgaggtc gccgacccgg gccccggctt tcagcttaag ttcgagagcc
    13141 gacacctcgc ccgcatcgta gtgcaacata ttgcgcacta agtcgatagg caggatcagg
    13201 taattcgcgt cgtactccgg gcggtcgatg cagaagactc cgctgacgta ggcgtattcg
    13261 atctggaacg aggtggcagc ctgggacgcg ctgacgcgtc cttcacgctt gggggcatag
    13321 atctcgatcg gatcggtgaa ggacgcattg acgcccaggg tggacgccag tccaatgccg
    13381 gggatggcat agtccgtacc gccctcattc agcgcataac gcccgtcgat aagcaccgat
    13441 ccaaggtcta cggtgcgctc gaaggcgctg tctacgccct tggccacggc tatctgttga
    13501 cgaccgccgt agcggaggag cacgttctct tgcaacacct ccgtggcggc ttccacctgg
    13561 ggtagggcac gcaccgagcg catcgcgtcg gtgttgggaa tgaacacctt accctctacg
    13621 gccgtaatct taagatcagg atcaaagtgg ccaaacatgg aggccacgag atcgtgaaat
    13681 ccattgaaga cggacagcac acagaccagc gcgacggtgg ccacagccac gctgcaaaca
    13741 gaaatcatag aaatgatgtt gatggcgttg tgcgacttct tagccaacag atagcgcctg
    13801 gcgatgaaga gaggtaggtt cacgggtttc gaaaaactaa aaatgaaaag taagtctggg
    13861 ggtaatggtc actaaaaacg agtaagtaca ggtcgcaaaa atatccgccc ccccgccctc
    13921 cccgccaagg acgggaaagc ccaagggacg ctctttcttc ctgtcgaatg cgtaggggcg
    13981 tattgcatac gccccctaat ccaacccgcc aaggatggga aagctcaagg gccgctcttt
    14041 cttcctgccg aatgggtagg ggcgcaaaaa tatccgccct ccgccctccc cgccaaggac
    14101 gggaaagccc aagggtcgct cttcccgatt cgtgtcggct aagggttagg gggtacattt
    14161 ttgaatccca ttcttttcga ggacgggaag gccaaagggg ctctccttct tccttccagc
    14221 aaggtagggg cgtattgcat acgccctcca gccctccccg ccaaaagcga gaaagcccaa
    14281 gggtcgctct ttccgattcg tgtcggctaa ggatttgcgg gtacattttt gaatcccatc
    14341 cttttcgagg acaggaaagc ccaagggctg ctctttccga ttcgtgtcgg ctgagggttt
    14401 gcgggtacat ttttgattcc catccttttc gaggacggga aagcccaagg gtcactcttt
    14461 cttcctgtcg aatgtgtagg ggcgtattgc atacgccccc taatcctccc cgccaagggc
    14521 gggaaagcca aagggtcgct ctttccgatt cgtgtcggct aagggttagg gggtacattt
    14581 ttgaatccca gccttttcga ggacgggaaa gccgtcgacg gctcacttct tcctgccgaa
    14641 tgcgtagggg cgtattgcat acgccccctc gccctccccg ccaagaacgg gaaagcccaa
    14701 gaggcgctct ttccgattcg tgtcggctaa gggtttgcgg gtacattttt gaatcccagt
    14761 cttttcggag acgggaaagc ggggcgaatc ggccgtccat aaaccagcga gaatatcgag
    14821 gggtaaccac acacgaaggg cgaaccgatg ggtccgccca ctgcacgccg atccgcgatc
    14881 ggtacacgct gaggggtaga cgcatgggtt cgcccttgtc taatcaatgc tatttgttca
    14941 acagttggtc gatgttttcg acatagtcca acgagtcgtc gcgatagaag atcagctcgg
    15001 gtattctcct gagctggagg cgaacgcgtt ggccgaggtc gtatcgaatg gtcttcttgt
    15061 tggtttcgat agcgcccatc agctcgtccg ccttttcggt ggggaaaata ctgaggtaga
    15121 ccttggccac actcaaatcc ggactgacgc gcacggcact caccgagacg agtgtcccag
    15181 gcagcgcttt ggtctgtcgg aggaagaggt cgcctaactc tttctgtagc agtcttccta
    15241 tcttgttcaa tcgggttcct tccatcttat ctaaaatcta aaagtgagaa actaaggcga
    15301 ggaaattctg agtggggaca agattcatca tcacgagaac ttcctccgcc tgatctaaat
    15361 tctaaaagtg aaacgctaag gcgggggcat tctgggtggg gacgggattc atcatcacga
    15421 gaacttcctc cgcctgatct aaattctaaa agtgaaacgc taaggcgagg aaattctgga
    15481 tgggaatgag attcatcatc ccgagaactt cctccgcctg atctaaattc taaaagtgaa
    15541 acgctaaaac tgaaatgcac tgggtgagga cgtcaatcgt ccccccctca gggatagccc
    15601 aacgggacta cgaacggatt cgccgccaca gggacatctt ctttcttgac agatctgccc
    15661 atcgtggcac ccccgcctta ctttttccag atcacggtca gaccgtcgcg tagggggagc
    15721 aacacttttt cgacacggtt gtcattccgg atcagctcgt taaaggccat aataccacgc
    15781 gtttgagtgt ccgtatgggt ggcatcctcc ttcacgacct ttccagacca gagcgtgttg
    15841 tcggccagga tcaacccgcc ggggcggaca agggggaaga cgaggtcata gtaggcgcag
    15901 tagtcgcgct tatccgcgtc gatgtagacc aagtcaaacg gctcgggccc aagctggggg
    15961 agcaccctcc gtatgtcgtc ccaatggggg tggatcttca tgcggtcagg gtgctcctgc
    16021 caataggtgc ggaagaatgg ctccatctcg tcgttaatct ccaccgtgtg gatttcggcg
    16081 tccgggtccg tgccctctgc caaacagaac gtggcgtagc cggtataggt gccgatctcc
    16141 agcaaacgct tcgggcgcat catgcggcag cacatcttca atgcccgccc ttgcaagtga
    16201 ccggcaatca tgcgcggccg caacagtttc acgtgcgcgt ctcggttgag gcgagccagc
    16261 agcggaggtt ctgcgtccga gtgatcgaga gcgtaggcct cgatctcttc agcaatgggc
    16321 acgtaggtgt cggtgagcat gagggcgaat ccgttccgtg gctcagaagg tgggcaactg
    16381 gtactcgtct ttggcgcgca ggacacgctt cacgtcgttg atctcgagga aggtcgtgcc
    16441 cccgccctcg ccgaaactgc cgctgaggta ggccaccttg tcctcctcgg tgatcagttg
    16501 gcggtcgatg agttgcttca gcgcatcgtg atagtattcg cggcggctga cctgccacgg
    16561 ctgaaacacg gcccaaatgc caaacgagag ggagagcatt ctcatgacct cggggcgata
    16621 gcagatggcg aagaccgtgg cctccccgcg gaaggcggct aagtaacgcg ccgtgcggcc
    16681 ggaatagctg tcggagatga tggcacgtac gccgagcttg gaggacgact taaccgcttg
    16741 cttggccagg aaggacgtca cgtcgagatc gtcgcccttg atgggaacgc gaatgtcgtt
    16801 ggctaagagc ttcgtctgct cggtctcgta ggctacgcgt gccatcatct gcaccgcctc
    16861 gagggggtat ttgccatagg ccgtctcacc gctcagcatt aacgcgtcgg tgcggtaata
    16921 gatggcgttg gcgatatcgg tcacctcggc gcgggtcggg cggggattgt tgatcatcga
    16981 gtgcaacatt tgtgtggcta cgatgaccgg cttcttggct tccacgcatt tgcggatcag
    17041 catacgctgg atgccgggga tcttctccgc cgggacctcg ataccgaggt cgccacgggc
    17101 caccatcacg ccataggtgg ctttgagaat ctcgtcgatg ttgtccacgc cctcctggtt
    17161 ctcgatctta gcaatgatct tgatgggact cttgtgcgcg tcgaggatct cttggacgtc
    17221 gagcacgtcc tccttgctac ggacgaagga atgagcaatg aagtccagcc gattggcgac
    17281 ggcccactcg atgttgcgcc ggtccttttc ggttagcgac ggcagattga ttcgtacgcc
    17341 gggcacgttg acactcttgc gactgccgag agtggcgttg ttctgcacct cgcaaatcag
    17401 ttgctcggcc tgtttttcga tcaccttcag ctccagatcg ccatcatcga tgagaatgtc
    17461 gctgtcggcc gagaggtctt tgacaaaatc gggataggag acacagatgc actcatgggt
    17521 ggtctctccg tcgggacggc cctgcatgac gacgcgatcg cccgtccgaa actcgatcgg
    17581 ggcggcacag ggggtggtgc gtatttcagg acccttggtg tcgatgagga tgccgatgcg
    17641 tccagacacc atgcgcacgt tcgatacgac gcggtgcaga ccttcctcat tcatgtgcgc
    17701 cgtgttgaga cgcacgacat tcatacccgc ttcgtaaagt gagcggataa aatcgacctc
    17761 gcaacgctgg tccgagatcg tggctactat tttggtatgc ttcattgttt ggggagtgta
    17821 tttaggggca aaccgcagag tgtccgcccg atggtgaatg ataattggag aggatttgcg
    17881 tatccgtttg aagagaacta tttgaacgct tccaaggcca acctgtacga cgccaacccg
    17941 aatcccgcaa tcaccccgcg acaggcagcg gctatgcagg agtgatggcg aaaggcttcg
    18001 cgggtgtaca cattagatat atgcacttcg atcaccggtg tggtgacggc gcggatggcg
    18061 tcgtgcaatg cgatcgaggt gtgggtatag gcgccggcgt taagcacgat cccgtcgctt
    18121 gaaaagcctg cctcgtggat cttgttgatc agttcgcctt cgatgttgct ttggtaggag
    18181 gtgatttcgt actgcggaaa atctgctcgg atttggtcga ggtaagcctc aaacgaggta
    18241 tttccgtaca cgtctggttc gcgccgcccc aagaggttta ggtttggccc gttgatgatc
    18301 agtatcttct tcatttcctt ctaatatttg tcgctttttg gagacgcgca aaagtaagga
    18361 gacgttagaa catggcggcc gaggcgcccc gtgtcgctga ccacgcacgc cttgccacgt
    18421 ttcccagtca tggacttatc gcaatacgta aaatatgcaa gtaaaagagt ggccgacaga
    18481 cgatccggtc aaaatatatg agatctatct ccgcctcgag cgcgggctgt caaaaaacac
    18541 cgtggaggcc tatgtcagcg acctggacaa gctcttccgc ttcgtggctg tcgaggggcg
    18601 gtcggtgcgg gaggttactt acgccgattt gcagcagttc gttgcccaac tctacgacgc
    18661 cggtatctcg gcacgctcgc aggcacggat catctctggc atccggtcct tttatcgcta
    18721 tctcgttctc gagggctatc tccaaaacga tccgacgcag ctgctcgaat cgcccaagat
    18781 tggtcgacgg ctgcccgaag tcttggccgt cggcgagatc gatcgtatcc tcgccacgat
    18841 cgacgtgtcc acatcctccg gccgacgaaa ccgcgccatg atcgaggtgc tctatagctg
    18901 cggcctacgt gtatcggaat tgaccggctt gcgttacccg gacgttcact tcgacgaggg
    18961 ctatatccga gtcctcggca agggcaacaa ggagcgcttg gtgccgatct cgcggacggc
    19021 tctcaatgag atccgcaact acctgcccga ccgactcgcc accgcctcgg ccaacggttt
    19081 cgaggacatt ctctttgtca atccgcacgg ccgatcgctc tcacgcgtca tggtctttaa
    19141 gatcgtcaag gagtacgccg cattggccgg tatcacgaag accatcagcc cccacacctt
    19201 tcgccattcc ttcgcgacac acttgctcga gggcggcgcc aacctacgcg gtatccagat
    19261 gatgttgggc cacgagacga tcaccgccac cgagatttat acccaccttg accgcgaggc
    19321 gctccgccgt gaaatcatcg agcatcaccc gcgcaacatt tcttggcgcc gcgaacacgg
    19381 cgaataaagg gcggtgaagc tgtcgtaccc tctcattttt ccggcgacgc gtcggccgtc
    19441 ttcggctccg tgccctcaag caacttccaa cgactgatga tcagcaccac cgcaacgcca
    19501 actgccgcca tatcgctgac gggtaggctc caccatacgc catcaaggcc gaggaagcgc
    19561 ggcaggatca gcagcgcagg ggcaaggaaa atgagctggc gcgtcaggct gagaaagatg
    19621 gccaatcgac tgaagccgat gctttggaag agttgcgtgg tagtgatctg aaatccgatg
    19681 agcgaaacgc ccatgatacc gatgcgcagg gccgtcgtgc agagtgcgat caagggttcg
    19741 ctggtggtga agaggctgac gatggcccgc ggatagagca tggctacggc aaagccgacg
    19801 aagctgaaga agaggttcgt gcccgcactg taagcgtagg ccatgcgcac gcggtgcatg
    19861 tggcgcgcac cgtaattgaa gcccacgatg ggctgcatgc cctgcgccac accaaggatc
    19921 agcatgacga tcagcatggc ataactgctg atgatgccaa aggcgccgat agccagatcg
    19981 gactcctcgg gagtcgtgcc gtatgccacg aacgagcgat tcatgagcac gttcaccgcg
    20041 ctacccgtca gctgcatggc gaagggggcg ataccgatgg ccgtgatggc ccgcacgatg
    20101 gcccacgatg gacggaaggc tgcccgacga aaccgcacga cactacccgg caggaagaag
    20161 tgcgccaaga cgtagacggc acagatcacc atcgctatag ccgtggcgat ggccgcaccg
    20221 cggatgccca tgcccaacgg atagatgaag atgtaatcca gcaccacgtt gatcagtgcg
    20281 ctgaggagca tcgtcgtcat ggccttgcgc ggatagcccg aggcgcgcat gatggcgttg
    20341 tagccgaagc tgaaggccgc gaagaagttg gccgggatga cgatctgcag atactccacg
    20401 gcatagggca acgtgcggtc gctggcgccg aagagtcgca gcagcggctc catatagatg
    20461 tagcacggga tgatggtaag gatctgtgtg acgagcgtga gatagacggc gttggcgagt
    20521 gtctgctctg cccgaggggt gttgcgttgc ccgagcagga tggatacgcg taccgatgca
    20581 ccggcgccaa ccagcatacc gaaggcttgc aggaagagga ggatcgggaa cgtgatggcc
    20641 agtcctgaga gtgcgtattc gctcacgccc tgaccgatga agatccgatc cacgatgttg
    20701 tacaacgaat tgaccaccgt cccaaccact gcgggcacgg cataattgaa tagcaggcga
    20761 ggtatgcgct cctgctccag cgcttgaatt tgtttggctt cagccataag caattgaata
    20821 actaaagatg aaaaacagtc gggcgaggtt agccctggcg gcgcgctcgg atctgccaga
    20881 cgatcgacat cggatcgggc agcaactcca tcgctttcgt ccccgtgatc cggaggaaca
    20941 ccacgatgga aaacgtcagc ataccgacat acgctacact cgacgccacc gccgcgcccg
    21001 tcacccccca ccgcggcacc agcaccgcag ccgacgcgca gagcagcacc aatcccacca
    21061 aggagcacgc cgcgctcact cgcacccgtc ccgtgccgat gaagtaatgg ctcaggatcc
    21121 ggttcccccc gaaggccacg atgcccaccg acagccccgc gatgacatcg cgtatgcctg
    21181 caaactcctg cgtgaacagc acctcggtgt acacccactc cgggatacac agcac
//
LOCUS       SEQF2638.1|AYYF01001066.1 28673 bp   DNA    linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..28673
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     tRNA            complement(820..895)
                     /locus_tag="SEQF2638.1_00681"
                     /product="tRNA-Pro"
                     /inference="COORDINATES:profile:Aragorn:001002"
                     /note="tRNA-Pro(ggg)"
     CDS             complement(972..2117)
                     /gene="aroB"
                     /locus_tag="SEQF2638.1_00682"
                     /EC_number="4.2.3.4"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P56081"
                     /codon_start=1
                     /transl_table=11
                     /product="3-dehydroquinate synthase"
                     /db_xref="COG:COG0337"
                     /translation="MQSEAHFRLYTLVKCNLRLILSYYYMYSIPPQMIIFTKDIAEAL
                     TAYLASKNYDKTYLVTDTNTRQHCLPLLEGTPALRDAGQITIEAGDIHKDIAQVAQIW
                     QHLSDGGASRHSLLINLGGGMVTDLGGFAGATFKRGLHILNIPTTLMASVDAAVGGKT
                     GINFNGLKNEIGSFHQPDCVMIDCTFLRTLDRDNLLSGLAEMIKHGLIADPDHLRALL
                     SIDISARHFTIDPAEVERSVAVKARIVEEDPTERGIRKALNFGHTIGHAFESLSFARS
                     RPILHGHAVAAGLVCELYLSHKHCGLPTDDLRRVTHFIRLGYPPFAFTCRDYDTIYER
                     MTHDKKNAGGRIRFALLRGIGDVVIDQEVPRELVIESFDFYRENMGQ"
     CDS             complement(2406..4955)
                     /gene="alaS"
                     /locus_tag="SEQF2638.1_00683"
                     /EC_number="6.1.1.7"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P00957"
                     /codon_start=1
                     /transl_table=11
                     /product="Alanine--tRNA ligase"
                     /db_xref="COG:COG0013"
                     /translation="MVIKDDPTLMFTNAGMNQFKDIILGNTAIKYPRVADSQKCLRVS
                     GKHNDLEEVGHDTYHHTMFEMLGNWSFGDYFKKEIISWAWEYLVDTLHLDPARLYATI
                     FEGSPSEGLERDSEAAGYWAEYLPADHILEGNKHDNFWEMGDTGPCGPCSEIHIDLRP
                     DAERAAVPGASLVNKDNPLVIEIWNLVFMQYNRKADGSLEPLPNRVIDTGMGFERLCM
                     ALQGKTSNYDTDVFQPLIQAIAHMTGTTYGADRQKDVAMRVVADHIRTIAFSITDGQL
                     PSNAKAGYVIRRILRRAVRYAYTFLDCKEAFMYRLLPTLIATMGTAYPELVAQQELIG
                     KVMKEEEEAFLRTLETGIRLLEKKIEELNAAGRKTLAGTDAFALYDTYGFPLDLTELI
                     LREHGMDADLKGFDAEMQKQKERARNAAAIEADDWVTLREGETAFVGYDMMECDVEIL
                     RYRRIKQKNKTLYQIVLDKTPFYAEMGGQVGDSGWLIAPDGEQTEIIDTKRENNLPVH
                     LTTKLPKDLTASFTARIDVERRIRCECNHTATHLLHEALRETLGTHVEQKGSYVGPES
                     LRFDFSHFGKMTDEEIRRVEQIVNRRIRQNLPLDERRNMPIAEAKALGAMALFGEKYG
                     EEVRVVRYGTSVELCGGTHIPATGMIGSMYITSESSIAAGVRRIEAVTADAAERLFHF
                     TQDAVREVRALFNNVPNLVPTIRKSIEENSELKRQVGEYIREKAATMKKELLAHAVDR
                     RGTRLILFNGEGDVDLCKSIAMQIKDESSSDERFCFVAGIRDHDRCGLLVLLSQPLVS
                     EGLDAAKLVKKGSSFIRGGGGGQSHFAMAGGKNPDGLSAAIDAILEEAGLK"
     CDS             5135..6118
                     /locus_tag="SEQF2638.1_00684"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG4910"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGLFKSKKIYYKYNTETLSFERVYPTVKQRIFAVVRHASIGILV
                     GVALFFLFANIFSSPMESLLQKENKLLQTQYEVLSLQLNDALEVLDDIQQRDENLYRA
                     IFQARSIPESVRKPGFGGTNRYAYLSSLSNADLVIETTQKLDMLKKQLYVESNSLEEL
                     ISIGKSLEERVRCIPAIQPISNKDLKRTASGYGTRIDPIYHTLRFHAGMDFAAPMGTD
                     IYDTGNGRVILAGWKQGYGNCVIIDHGYSYKTLYGHMEKILVREGQSVTRGEVIGLVG
                     STGKSTGPHLHYEVHINDKPDNPAKYYYQDLNPEEYDQMLQLSENHGQVLD"
     CDS             6137..6514
                     /locus_tag="SEQF2638.1_00685"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGLKQNKNLKLYFSIREVAARFGLNESTLRYWEKEFDELAPRKT
                     PGGTRYYTEQDIELIGLIHYLLKERGMTVAGARRKLKDNKETTINQMQIIEKLKTIRA
                     ELVALRDAIDRLENNEEERMEKQ"
     CDS             6511..7482
                     /gene="yrbG"
                     /locus_tag="SEQF2638.1_00686"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P45394"
                     /codon_start=1
                     /transl_table=11
                     /product="Inner membrane protein YrbG"
                     /db_xref="COG:COG0530"
                     /translation="MNNVWMSLVFAVIGLVLILVGANALTDGAAAVAKRFRISNLVIG
                     LTIVAFGTSAPELTVSVLSALKGSPDLAMGNVVGSNIFNVLLILGVTAAIIPLHVPRS
                     TITKEVPLCILASLVLLFVASDVWIDGATENVLSRIDGLVLLCFFAIFFGYTLAIAHN
                     KTDDADEEGIKSMPVWRSALYIVGGLAGLIYGGQLFVDGSSAIARNLGVSESTIGLTL
                     VAGGTSLPELATSAVAALKKNPQMAIGNVVGSNLFNIFFVLGCAASIHPLHVAGITLV
                     DYGVMIGSAILLFIFGQFFRQRTITRWEGIVLSLCFIAYTAYLVANA"
     CDS             7930..9081
                     /locus_tag="SEQF2638.1_00687"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTTIKIRNIGPIKEVEEITLNRVNVFMGPQSSGKSTIAKIISYC
                     TWVEMDVATRQSLKEYDGTTRFKDELESFHKIKGYFRADSYIRYTSDTVEIIWENETC
                     RLCWVNDLAYKLSKVSYIPSERNMVILPEARRVELGNTNVRSFLFDWFTACEKCTDLP
                     ILNLGVNYHYVEAKEEDHIRGGEGDSKYDVLLSNASSGLQSLIPLLVMIEYLTKWVYE
                     EKTPSYEQAQRKKAFLTLYKEFPSDLLTELSQQLYETHNTQFIIEEPEMNLFPETQRN
                     LVYHLLNKCLEREGNRLTITTHSPYILYALNNCMMAGLVYDKMDEESKSRLKCGTSKI
                     SPSDVSIYEIQEGVVKRIQKEDGLIQDNYFDQQMGKLMDDFYLMLNYYP"
     CDS             9081..9668
                     /locus_tag="SEQF2638.1_00688"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIQERIKAHYPHHLTVEKRLTTEKSIYVADHSLATQGDRNVELV
                     DDPSQVSIEHFTLNNPPGMTITGLPFSQKSFRRADGQFASQCECVIYPKEGDEESWIC
                     FVELKYREKSTKNRRNLMKARRQLLRTQACYRCKQVIDKRNTCYLFASLPLQTEPFLH
                     FTLTQSYLTDLKHRFNIVLRFKNSAEVLNHTMLRV"
     CDS             9699..10295
                     /gene="engB"
                     /locus_tag="SEQF2638.1_00689"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P38424"
                     /codon_start=1
                     /transl_table=11
                     /product="putative GTP-binding protein EngB"
                     /db_xref="COG:COG0218"
                     /translation="MEIQRAEFVTSNTDVKRCPDGGMPEYAFIGRSNVGKSSLINMLT
                     RRKQLAMTSQKPGKTQLINHFIINDSWYLVDLPGYGYARRSRENRDRLRQIIESYILG
                     RQQLTCLFVLLDCRHEAQRIDLEFMEWLGQNGVPFAIIFTKTDKLSRSRLQENLAAYR
                     EKMLETWEELPPIMTSSSEKNEGRDEILAYIDEINRSL"
     CDS             complement(10389..11951)
                     /locus_tag="SEQF2638.1_00690"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKNRILWIPLLGILAIINLIGCSSEEKLPPTVTLEANKTSIKAN
                     GRDSITFVVKVNGQETTQGVTVRSESGQAVSSTLRYAADKVGTQTFYALYEGTKSNAV
                     TVTATQIVVTLKVDRTSIRPGTADQVHFTVLADDEDVTASSSILRRGETETKLEGTTF
                     SADKSGDYTFYAIYRNERSAEVAVHAAAGSVTLRADRSAIHADGNEAVAFTVTADGHD
                     VTDKAIISLRSTPDIALIGHNFTTTEAGDYAFYATYDGVRSAEVRVKASAMALNFAKQ
                     HCIMQFSSATCATCPIMTTAINDIMTLTPGRAVPIVFHVSQLCFNYPELYGVLSETAD
                     RLCPAWPSALVDMHTKVNVYRTATREKFNEAIWILNSYAPAQTGIALRSSVEGGTISF
                     TADVAANKTGEYRFFAYIVEDGIKYGQRIGNGEDAIDPNYVHNNVATYPLTTTDDPRS
                     GLSLGTIERGKRLTRTYTIDTRAYNIKRNVDLSRCRVVAYTLRLVNGSYTVDNVATCP
                     VSGGSVSFRYAK"
     CDS             12983..14149
                     /locus_tag="SEQF2638.1_00691"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTRLKMMAAGLLLLLVAACGGAKKEQHGAGQTDATDAERTERLK
                     PRYAEGFSLRSEGGVWLVDIQDPQKEDEEGEMAEGAYRYAFVPRGSDLRAPEGYERIE
                     IPVRKVVCMTTLQLSNFIALDRRDLVAGLTSTRHLFDPQINAQLKDGRTRKIGIEGNF
                     DTEVVMGIAPDVILISPFKRGGYEALKETGAPLIPHLGYKELTPLGQAEWIKFVGLLT
                     GNEDAAIKRFDEIEKRYNELKALTADVKERPVVFSGEMRGGNWYAVGGKSFLARQFED
                     AGADYFLKDDPHSGGFTLDFETVYAQAVNARFWRIINSYDGTFTYDALRQEDARYADF
                     RAFRERGVVYCNLKSQRFYEGVPVEPEVVLADLIHAFHPQLLPDHKPVYYQLLK"
     CDS             14149..15186
                     /gene="hmuU_2"
                     /locus_tag="SEQF2638.1_00692"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q56992"
                     /codon_start=1
                     /transl_table=11
                     /product="Hemin transport system permease protein HmuU"
                     /db_xref="COG:COG0609"
                     /translation="MKRHTTLILTLIAVSIALFFVLNLVLGSVAIPLRSIVHILFDTG
                     EESEVWRNIVWKSRVPQSLTALVAGAGLAVSGLQMQTVFRNPLAGPSVLGISSGASLG
                     VALVILLSGSVGGVALSKLGYIGELALTIAATVGSLSVMALIVFVSQKVRGSVTLLII
                     GVMIGYVANAIIGMLKYFSVEEDIRAYVIWGLGSFARVSGNQMTLFIAIMAVLLPLSL
                     LLIKTLNLLLLGEGYARNLGLNIKRARLSVISCAGLLTAIVTAYCGPVIFLGLAVPHL
                     CRGLLRTSDHRILMPASILTGASLALVCNLIARMPGFEGALPVNSVTALIGAPIVVYV
                     LFSKRRNEVNE"
     CDS             15183..16193
                     /gene="btuD_1"
                     /locus_tag="SEQF2638.1_00693"
                     /EC_number="7.6.2.8"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01005"
                     /codon_start=1
                     /transl_table=11
                     /product="Vitamin B12 import ATP-binding protein BtuD"
                     /translation="MKETTIRLRDLSIGYPDKHNTKRVAEHLNASIHSGELTCLLGTN
                     GVGKSTLLRTLSAFQPPLGGTIDLLDRPLSTYDDRQLATVIGVVLTEKSDIRNMTVEE
                     LVGLGRSPYTGFWGTLKESDRKIVHEAIARVRIEPLTQRMVHTLSDGERQKVMIAKAL
                     AQETPIIFLDEPTAFLDFPSKVEVMQLLHNLTHTLQKTVFMSTHDLELALQIADKIWL
                     MDRTNGIAIGTPEDLSLEGKLSSFFSRKGITYDTETGFFRIDTDYRREIHLHGHGSRY
                     AMVRKALQRNGIRADRHVADDSLHIDTTGSAGDPFVIHRADGSTQSATNIEALLSLVA
                     DQ"
     CDS             16810..19194
                     /gene="feoB"
                     /locus_tag="SEQF2638.1_00694"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q9PMQ9"
                     /codon_start=1
                     /transl_table=11
                     /product="Fe(2+) transporter FeoB"
                     /db_xref="COG:COG0370"
                     /translation="MNLSDLQNGDSAVIVRVSGHGAFRRRIIEMGFVRGQKVTSMLNS
                     PLNDPVKYGVMGYEVSLRRSEAAMIEVLPEDEANQPLPDGPEEAPNANDPTNRRPSAD
                     AQPAPRKNEINVALVGNPNSGKTSLFNVISGGREHVGNYSGVTVAAKTGHVTYKGYRF
                     NITDLPGTYSLSAYSPEERYVRQHILDRRPDVILNVVVASNLERNLYLTTELIDLSQP
                     TVIALNMYDELEASGATLNHEKLGGMIGIPMVPTVARTGDGIDTLLDTIIDLFEGRNR
                     VTRQVNINYGTTIEPELAIVTRLMQQSDDLPRQFPPRYWALKLLEGDTEAQRTLRSCA
                     AYPEWKAAAERGAEKIHRLLAEQTEAAVIDRKYGYIAGALRKVYTPGTVDLNRATDRI
                     DRIVAHKWLGFPIFIFLMWLTFSTTFWLGKYPQDWIEAAFAWLGEILRAHMPEGPLRD
                     LLADGVIGGVGSVTVFLPNILLLYLFISLMEDSGYMARAAFIMDRIMHRIGLHGKSFI
                     PMLMGFGCNVPAIMATRTIESHSSRLITILIDPFMSCSARLPVYILLVGTFFSATAGT
                     VLISLYAFGILMAALTAVLLRRGVFKADETPFVMELPPYRMPTVRATLKHMWDKAEQY
                     MRKIGGVILVISIIIWFLSYYPRTEVPTDTTLDPVALSEMQYENSFLGRIGKFCQPLV
                     APMDFNWKATVALLSGAAAKEVIVSTLGVLYSNADEASLSGTLAASGDFTQRSALAFL
                     IFILLYCPCIASLAAIGNETGSRKWVAFSILYNTGVAWLMSYGVYHLAGLFLSA"
     CDS             complement(19667..22000)
                     /locus_tag="SEQF2638.1_00695"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKAKQVCAVLILLIGMAGVVRAQELTGRVVDDAKRPMEFVNVVA
                     YALPDSAFVAGAITDANGAFSLSVPGTAAKRVLKVSFVGYETQVVEARPGVVVTLRPE
                     AAALGEVTVTADRIRRSAGGYTANLLGSTVTQGRQTDEILAMLPGVTRREGALEVLGQ
                     AVGTVYVDGIRLTSTKELAALPADRIRRVQVDYTPGSSEFASTRGAVIRITLRKELDG
                     GYYGYAMAGADVYSKYGFSRDFAYAVYNGRFNRLSLYNVLSYTDYYLATDDENTYDFL
                     RTGRAQRTDVQSRGWTHRLYDRLSLTYDLTPRNTLGTSLYFSTDHAKPRTDVATFVRT
                     PSGWADTALYTTRIETPYTYRTYQGTLRFDRELDDQGSTFNIGADYLRQYARNRMQTL
                     RLLPSPDLDTLSNRSEETTNMLEARTSLNKNFASGLAINGGLAYRRITVDYDLTNERH
                     LRTLPYAEGQMPAIYAEVQGPIGKRLQYGVGLRVQESRIAYRPDAAADLIVHDDWDAY
                     SSFNLLWMINEARKISATLNYTEAVDDIPYSALTTHREYTDDHSYTTGNPDLVPCKSH
                     TLTAALDLYDHLSFNTIYIYNETPIYYATRVDADQPSVTYTKPMNAKYERFLGLSAEA
                     RFDPLPWWKLKGMVMYTLFGSKSEDFDVSGQQKYYFSLSNTFRFTPHMGASLEGYYEP
                     TFHFTDRIYRTVYEMSGSVYHTFLRDRLALRLNFKLFRHGRVIDTETPDLRLVEANRS
                     HEQYFGLSLSYSFSGGRSVDVKQTEEIQSYEKIRDKR"
     CDS             22472..23995
                     /gene="nnr"
                     /locus_tag="SEQF2638.1_00696"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q9X024"
                     /codon_start=1
                     /transl_table=11
                     /product="Bifunctional NAD(P)H-hydrate repair enzyme Nnr"
                     /db_xref="COG:COG0062"
                     /translation="MIKIFETSKLKSLDQYTVDNEPISSIDLVERAAVTFANEFKRNF
                     SKQRRVIVFAGQGNNGADALAVARLLAEESYRTEVYLFNPGQRLSPDCEENKQRILAD
                     EKVRLYEVIDDFDPPELTEHDVVIDGLFGSGLNRPLTGGYAAVVGYINQSNATVVSID
                     MPSGLFGEDNLSNNPDSIIRAKMTLTFEFPKLAMLLPENEAYVGRWKVLPIGLHPDII
                     QKTPTAYLMVTDEDMERLIRPRSRFAHKGDFGHALLVAGGKGRMGAALLAASACMHSG
                     VGKLTVHLPQRGEMVLQTAVPEAMIDLDADRDRITTLPDSLREFDTIAIGPGIGTDER
                     TASLLGRLLRSVDQPLLLDADALNLLARNRELMPLLPPGTVLTPHPREFDRLFGESAN
                     GYDRLHKAATTAVKHAICIVLKGAYTAVCAPQGQIYFNTTGNPGMATAGSGDVLTGVI
                     AALMAQRYDPVKAAIIGVFLHGSAGDLAAARSSEESLVASDIVRELGRAFRMQQADD"
     CDS             complement(24118..25293)
                     /locus_tag="SEQF2638.1_00697"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRQFIADHAADDTRSLLLAAARYPRVDVPFAVIQIESHRRIRDK
                     LPQWFAARDRLVFPSRRSVEQCSSEAAARYKQRLIEGAVGSLCDLTGGLGVDTASLAE
                     RVARVIYVERDGPTFEAAMHNFSALGLGNVTGLHASAEDALLILPPVDICYIDPSRRD
                     GCDRRLFALADCSPDLEQLLPTILSKAPTLIAKLSPMLDWQHTLARLPGTSDIHVLAV
                     RGECKELTFVVRRAHAAPPMIHCVHLTADGGEQVFRFTPDEERAAPSAVTASVSSFLY
                     EPNAAILKAGAFRLVAQRMGLGKLHTDSHLYTSSAEVTDFPGRRFRVDEVLPFGRQLS
                     RVMARTVPRANIAVRNFPLSPDALRARLRIADGGDVYLFATTLADGRRVVIRCARIG"
     CDS             complement(25317..26441)
                     /locus_tag="SEQF2638.1_00698"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_02040"
                     /codon_start=1
                     /transl_table=11
                     /product="Iron-sulfur cluster carrier protein"
                     /translation="MKLYPKLILDALEKVRYPGTGQNLVESGMVDDDIRIDGMKVSFT
                     LIFDKPNDPFTRSVVKAAEASILAYVSPDVEIKGNISTTSRQEMQPVGPASEEAPLLP
                     GVKHIIAVASGKGGVGKSTVSANLAVALAAAGYRVGLLDADIFGPSQPKMFDVEAARP
                     ALEKVGDKELIIPIENYGVKMLSIGFFVNPDEAVLWRGAMACNALKQLISEANWGELD
                     YLLIDLPPGTSDIHLTLVQTLALTGAVIVSTPQQVALADARKGISMFVDNKVNVPVLG
                     LVENMAWFTPAELPENRYYIFGREGCKRLAEELGVPLLGQIPLVQSICESGDVGEPAA
                     LDEDTVTGMAFRQLAERVVERVAYREQHMAPTQKVEITHS"
     CDS             complement(26608..27402)
                     /gene="trmB"
                     /locus_tag="SEQF2638.1_00699"
                     /EC_number="2.1.1.33"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01057"
                     /codon_start=1
                     /transl_table=11
                     /product="tRNA (guanine-N(7)-)-methyltransferase"
                     /translation="MSRNKLQKFAEMEALPNVFQYPYAALAEGGGCPLKGRWREAAFG
                     GRPGRIVLELGCGRGEYTLGLAERHPDANFVGIDVKGARMWAGARVAAARQMGNVAFL
                     RTDIELLASFFEPGEVDELWITFPDPQMQKARKRLTSTRFMALYSGILPQEGGRVHLK
                     TDSPFLFAYTCEMLRANQLEAAPCTADLYADTADTSLDEVRAIRTHYEQQWLDRGLTI
                     KYLSFCLTPREAWIEPEVEIERDAYRSYGRGQLSPARPVRSRRSSR"
     CDS             complement(27430..28422)
                     /locus_tag="SEQF2638.1_00700"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRPVKTIDEPGNSRFPLDLHLDYQQRLYGVITEMEPRKIGLEEA
                     DFLQWLTDIKTEEDVVRETRAAKESEALRDKDAERNECLTGLFQEIRQAARSPIVARR
                     ESGLLLKTIIDAYKGLQHQRRSGKTAHIDSLLRDLSTAEAAEALKQLEVDTIVSLLRE
                     RNEEFKSLREVRSTVAAGANRLAGQAIRKVNDQTLNTIFRYIEAAYIASDNDPDRQVI
                     SRLIDQINQRTHESKVSFKRIEGIRKKRLQMKDSAEATDTKAPPKRKRSAADPSAVPP
                     MEPTGEAETPQAPPMGTTEAAALSAVPPMEPTGEAETPQSPPMGTTTPTADERS"
ORIGIN      
        1 ccgtcggaga ggtgctgcca gatctgggcc acctgggcga tgtctttgtg gatgtcgccg
       61 gcgtcgtggg atggtgctgc aaaaaacgtc gtggccgcaa gggccatagc gaacgtccta
      121 ccagaaattc ttctcttctt cattttgtaa cactttattg atttggaatc tgccctgaag
      181 tccccttatc tgacctcgga gctcttttta ttcttcactt tagtcttatg tctgtagttc
      241 atttgatagc cgaatgtttg tcggcaaaaa tttgccgcaa agggaatcaa attatttcgt
      301 tccaacgtac tgctttattt ttttatggat ttctattccg tcaaactact gccattgaat
      361 ccaaaggaat agggcgagtg aaaatggctc tattacctcc tcgctttcat gattcggaaa
      421 aaggtcgcgc tcctcaagaa gagggagttt tcctgatgaa gagagacaca cttctctcgt
      481 tcctctgcgg acgcctgtaa tgtcgcgtga ttctttcggc ctcgagataa gcgatgcctg
      541 aaaatacacc actcgtggaa cattatctct tttaccgcaa gccggcaatg gatagaagta
      601 tccgcccccc ccctttcccc gaatagagac tttatgatga cagcttctca atagttatcg
      661 gttctacgtt gatcgataaa cactcgatta cggcaccctc caatatccct ataatacccg
      721 aaaacggccc tgcggagagg cgcggcaccg cctcattcaa ggccataaaa aagcccctca
      781 aagcagcttg aatgctgact ttgagaggcc ttccagttag tcggggtgac tggattcgaa
      841 ccagcgacca ctcgcccccc agacgagtac tctaaccggg ctgagctaca ccccgcgttg
      901 catcgttttc tcgaatgcgc ggcaaaagta gaaagataat cgactaacca aaacctcgtg
      961 cgcactattt cttactgccc catgttctcc cgatagaagt cgaacgactc gatgacgagc
     1021 tcacgaggca cctcttggtc gatgacgacg tcgccgattc cgcgcaggag ggcaaaacgg
     1081 atgcgaccgc cggcgttctt cttgtcgtgg gtcatgcgtt cgtagatcgt gtcgtaatcg
     1141 cggcaagtga aggcaaaggg aggatagccc aaacggatga agtgggtcac gcggcgcaga
     1201 tcgtcggtcg ggaggccgca gtgtttgtgc gagaggtaga gttcgcagac gagacccgcg
     1261 gcgacggcgt gaccgtggag gatggggcgg ctgcgggcga aggagaggct ctcgaaagcg
     1321 tggccgatgg tgtggccgaa gttgagcgcc ttacggatgc cccgttcggt gggatcctcc
     1381 tcgacgatgc gcgctttgac agcgacggaa cgctccacct cagcgggatc gatggtgaag
     1441 tggcgggcgg agatgtcgat ggagaggagg gcgcgcaggt ggtcagggtc ggcgatgagg
     1501 ccgtgcttga tcatttcggc gaggccggag aggaggttgt cgcggtcgag ggtgcggagg
     1561 aaggtgcagt caatcatcac gcagtcgggc tggtggaagg agccgatctc gttcttgagg
     1621 ccgttgaagt tgatgcccgt ctttccgccc acggcggcgt cgacggaggc catgagggtg
     1681 gtggggatgt tgaggatgtg taggccgcgc ttgaaggtgg cgccggcgaa gcctccgagg
     1741 tcggtcacca tgccgccgcc gaggttgatg agcaacgagt gacgcgaggc gccaccgtcg
     1801 gagaggtgct gccagatctg ggccacctgg gcgatgtctt tgtggatgtc gccggcctcg
     1861 atggtgatct gcccagcgtc gcggagggcg ggggtgcctt caagcagggg caggcagtgc
     1921 tgccgcgtat tggtgtcggt gacgaggtag gtcttgtcgt aattctttga cgcgaggtag
     1981 gcggtcagcg cctcggcgat gtcttttgtg aagatgatca tttggggggg tatgctatac
     2041 atataataat aggagaggat aagcctcaga ttgcatttta caagcgtgta aagtctgaaa
     2101 tgagcctcag attgcatttt acaagcgtgt aaagcctgaa atgagcctca gattacattt
     2161 tacaagcgtg taaagcctga aatgagcctc agattgcatt ttacaagcat gcaaagtcca
     2221 aaatgagcct cagattgcat tttacaagcg tgcaaagcct gaaatgagcc tcagattgca
     2281 ttttacaagc gtgcaaagcc tgaaatgagc ctcagattgc attttacaag cgtgcaaagt
     2341 ccaaaatgag gctcagattg gatttcacac gcttgcaaag ctcttggcgg gggcgggccg
     2401 ggcgactatt tcagtccggc ctcctccaag atggcgtcga tggcggcgct caagccgtcg
     2461 gggttcttgc cgccagccat ggcgaagtgg gactgtccgc cgcctccacc gcggatgaac
     2521 gaagagccct tcttgaccag cttcgcagcg tcgagacctt cgctgacgag gggctggctg
     2581 agcaggacaa gcagaccgca acgatcgtgg tcgcggatgc cagctacgaa gcagaagcgc
     2641 tcatcgctcg acgattcgtc cttgatctgc atggcgatcg acttgcagag gtcgacgtcg
     2701 ccctcgccgt tgaagaggat cagccgggtg ccacggcgat cgacggcgtg ggcgagcagt
     2761 tctttcttca tcgtggcggc tttctcccgg atgtactcgc cgacttgccg cttgagctcg
     2821 ctgttctctt cgatcgattt gcggatggtc ggcaccaggt tgggcacgtt gttgaacaag
     2881 gcgcgcacct cgcgcacggc gtcttgggtg aagtggaaaa gtcgctcggc agcgtcggcc
     2941 gtgacggcct cgatgcggcg cacaccggcg gcgatggagc tttcgctggt gatgtacatg
     3001 gagccgatca tgccggtggc ggggatgtgg gtgccgccgc aaagctcaac ggaggtgccg
     3061 tagcgcacga cgcgcacttc ctcgccgtac ttctcgccga agagggccat cgcgcccaag
     3121 gctttggcct cggcgatggg catgttgcga cgctcgtcga gaggcaggtt ctggcggatg
     3181 cgacggttga cgatctgctc cacgcggcgg atctcctcgt cggtcatctt gccgaagtgg
     3241 gagaagtcga agcggagcga ttcgggcccg acgtacgatc ctttctgctc aacgtgtgtg
     3301 ccgagcgtct cgcggagcgc ctcatggagc aggtgcgtag ccgtgtggtt gcattcgcag
     3361 cggatgcggc gctccacgtc gatgcgagcc gtgaacgagg cggtgaggtc tttcgggagc
     3421 ttcgtggtga ggtgcacagg caggttgttt tcgcgcttcg tgtcgatgat ctccgtctgt
     3481 tcgccgtccg gggcgatgag ccatccgctg tcgcccacct gtccacccat ctcagcgtag
     3541 aagggcgtct tgtcgaggac gatctgatag agggtcttgt ttttctgttt gatgcggcgg
     3601 tagcggagga tctccacgtc gcactccatc atgtcgtaac ccacgaaggc cgtctcaccc
     3661 tcgcgcagcg tcacccagtc gtcggcctca atggcggcgg cattgcgtgc gcgttccttt
     3721 tgcttctgca tctcggcgtc gaagcccttg aggtcagcgt ccatgccgtg ctcacggagg
     3781 atcagctcgg tgaggtcgag cggaaagcca tacgtgtcgt agagggcgaa ggcgtccgtt
     3841 ccggccagcg ttttacgacc cgcggcgttc agctcttcga tctttttctc gagcaaacgg
     3901 atgcccgttt cgagcgtgcg gaggaaagcc tcttcctctt ccttcatcac ctttccgatc
     3961 agctcctgct gggccaccag ctccggataa gccgtgccca tcgtggcgat gagcgtcggg
     4021 aggaggcgat acatgaaggc ctctttgcag tcgaggaagg tataggcgta acgcaccgcg
     4081 cggcgcagga tgcggcggat cacatagccc gccttggcgt tcgagggcaa ctgtccgtcc
     4141 gtaatagaga aggcgatggt gcggatatga tccgccacga cgcgcatggc cacgtccttc
     4201 tgccgatcgg cgccgtaggt cgtgcccgtc atgtgggcga tggcctggat gagcggctgg
     4261 aagacgtccg tgtcatagtt cgacgtcttg ccttgcagtg ccatacagag tcgctcgaag
     4321 cccatgcctg tatcgatgac gcggttcggc agcggctcca aggagccatc ggccttcctg
     4381 ttatattgca tgaagacgag gttccagatc tcgatcacga gcgggttgtc cttgttcacg
     4441 agcgatgccc cgggcacagc cgcacgttcg gcgtcgggtc ggaggtcgat gtggatctcc
     4501 gaacaggggc cgcagggccc cgtgtcgccc atctcccaaa agttgtcgtg cttgttgccc
     4561 tcgaggatgt ggtcagcggg caggtattcg gcccaatagc cggccgcctc actgtcgcgc
     4621 tcgaggccct cggatgggct gccctcgaag atggtggcgt agagccgtgc cgggtcaaga
     4681 tgcagcgtgt cgaccaagta ttcccacgcc cagctgatga tttctttctt gaaataatcg
     4741 ccgaacgacc agttgccgag catctcgaac atggtgtggt gatacgtgtc gtggcccacc
     4801 tcctcgaggt cgttgtgctt accgctgacg cgcaaacatt tctgagaatc ggccacgcga
     4861 gggtatttga tggcggtgtt accgagtata atgtccttaa attggttcat cccggcgttg
     4921 gtgaacatca gcgtgggatc gtccttaata accatcggag ccgatggtac aatatggtgt
     4981 cttttcgatg cgaaaaaaga caagaatgat tcgcgaattt cttgtgctgt cagcatattt
     5041 gaatatgtaa ataacctgtt aaaaccttgc aaatggggcg caaacatagg tcaaaaccta
     5101 catttgcgcc tcaatcataa gggatgaatt gattatggga ctattcaagt caaagaagat
     5161 atactacaag tacaacacgg agacgctcag cttcgagcgg gtctatccca ccgtcaagca
     5221 gcgcattttc gctgtcgtca ggcatgccag catcggcata ttggtcgggg tagcgctctt
     5281 ctttcttttc gccaacattt tctcctcccc catggaatcc ctcctgcaaa aggagaacaa
     5341 actgctgcaa acccaatacg aggtgctcag cctgcaactc aatgatgcgc tggaggtttt
     5401 ggacgacatc cagcagcgcg acgagaacct ctatcgtgcc atcttccaag cccgctccat
     5461 ccctgaatct gttcgcaaac cgggcttcgg cggcaccaac cgctacgcct acctctccag
     5521 cctctccaac gccgatctgg tgattgagac cacgcagaag ctcgacatgc tcaagaagca
     5581 gctctacgtc gaatccaact cgctcgagga gctgatctcc atcggtaaaa gtctcgaaga
     5641 gcgtgtgcgc tgcatccccg ccatccagcc catatcgaac aaagacctca aacgcaccgc
     5701 atcgggctac ggcacacgta tcgacccgat ctatcatacc ctccgcttcc atgcgggcat
     5761 ggacttcgcc gccccgatgg gcacggatat ctacgacacg ggtaacggcc gcgtcatcct
     5821 agccggatgg aaacaaggct acggtaactg cgtcatcatc gatcatggct acagctacaa
     5881 aacgctctac ggccacatgg agaagatcct cgtccgcgaa gggcagtccg tgacccgtgg
     5941 cgaggtgatc ggtctggtcg gcagcacggg taaatccacc ggcccacacc tgcactacga
     6001 ggtgcacatc aacgacaaac cggacaaccc cgccaagtac tactatcagg atctcaatcc
     6061 cgaggagtac gaccagatgc tgcagctgtc tgagaaccac ggtcaggtgc tcgactgatc
     6121 cccccctcgc ccatcaatgg gattaaaaca gaacaagaac ctcaagctct acttctccat
     6181 ccgggaagta gccgcacgct tcggcctgaa cgaatccacc ctccgctact gggagaagga
     6241 attcgacgag cttgctccgc gcaagacgcc cggcggcacc cgctactaca ccgagcagga
     6301 cattgagctc atcggcctca tccactacct cctcaaggaa cgcggtatga ccgtcgccgg
     6361 cgcccgacgc aagctcaagg acaacaagga gactactatc aaccaaatgc aaatcataga
     6421 gaaattaaaa acgatccgcg ccgagctcgt cgcccttcgg gacgccatcg atcggctcga
     6481 aaacaatgaa gaagaaagga tggaaaaaca atgaacaacg tatggatgtc cctcgttttt
     6541 gccgtcatcg gactggtgct gattctcgtc ggcgccaacg ccctgactga cggcgctgcg
     6601 gccgtagcca agcgattccg catctcaaac ctcgtgatcg gactcacgat cgtagccttc
     6661 ggcacctccg ccccggagct gaccgtgagc gtactctccg ccctcaaggg cagccccgac
     6721 ttggccatgg gcaacgtggt cgggtcgaac attttcaacg tcctcttgat ccttggcgtg
     6781 acagccgcta tcattccact gcacgtcccc cgaagcacca taacgaaaga agtgcccctc
     6841 tgcatcctcg cctccttggt gctcctcttc gtagccagcg acgtatggat cgacggcgcc
     6901 acggagaacg tcctcagccg tatcgacgga ctggtgctcc tctgcttctt cgccatcttc
     6961 ttcggctaca ccctcgccat cgcccataac aagacggacg acgccgacga ggagggcatc
     7021 aaatccatgc ccgtctggcg ctcggcactc tacatcgtcg gcggactggc ggggctgatc
     7081 tacggcggac agctcttcgt cgacggctcg tcagccattg cgcgcaacct cggagtgagc
     7141 gagtcgacca tcggcctcac actcgtcgcc ggcggtacct ccctgcccga gctggctacc
     7201 tctgccgtgg ctgcgctgaa gaagaatccg cagatggcca tcggcaacgt ggtcggctcg
     7261 aacctcttca acatcttctt cgtcctcggt tgcgccgcct ccatccaccc ccttcacgtg
     7321 gccggcatca ctctcgtgga ctacggcgtg atgatcggat cggctatcct ccttttcatc
     7381 ttcggacagt tcttccgcca gcgcaccatc acccgttggg aaggcatcgt gctttccctc
     7441 tgtttcatcg cctacaccgc ctacttggtg gccaatgcgt aacacgaatg cagaataact
     7501 aaaagcaaaa agcgaggggg caatcctcgc cgggttttgg gttccaaatc ggcttttgac
     7561 gcaattcccg gcgggttttg ggcttccaaa cggttttttg gtgcaatctc caccgggttt
     7621 taggcttcca aatcggtttt tggtgcaatc cccggcgggt ttcggactcc aaaacggttt
     7681 ttggcgcaat cctcgccggg ttttgggctc caaatcagtt tttggtgcaa tccccgccgg
     7741 gttttgggct tccaaatcgg tttttggcgc aatcctcgcc gggttttggg ctccaaatcg
     7801 gtttttggcg caatccccgg cgggttttga gcttccaaac ggtttttggt gcaatcctcg
     7861 gcgggttttg gcctccgcac aactcctcgg agtaaactcc cacctattca cacaaacgaa
     7921 aacagagata tgacaaccat caaaataaga aacatcgggc cgatcaaaga ggtcgaggag
     7981 atcacactca accgcgtgaa cgtcttcatg ggcccacaaa gcagcggcaa aagcaccatt
     8041 gcaaagatca tcagctactg cacctgggtt gagatggatg tggccaccag gcaatcgctg
     8101 aaagaatacg acggcacgac acgcttcaag gatgagctcg aatctttcca taagatcaaa
     8161 ggttattttc gggcggatag ctatatccgc tatacaagcg atacggtaga gattatttgg
     8221 gaaaacgaaa catgcagact ttgctgggtc aatgatctgg cttacaaact cagcaaggtc
     8281 tcctatatcc cttcggaaag aaacatggtg atcttaccgg aagcccggag ggtagagtta
     8341 ggcaacacca acgtccggag cttcctcttc gactggttca ctgcatgcga gaaatgcact
     8401 gatcttccca ttctgaactt gggagtgaac tatcattatg tagaagccaa agaagaggat
     8461 catatccgag gcggtgaagg tgattcgaaa tacgacgtct tgctatcaaa cgcttcgagc
     8521 gggctgcaat cactaatacc gctgttggta atgatcgaat acctgacaaa atgggtttat
     8581 gaagaaaaga cgccttcata tgagcaagcc caaagaaaaa aggcatttct aactctatac
     8641 aaagagtttc cctccgatct gcttacggag ttaagtcagc aactatatga gacacacaac
     8701 acccaattca ttatcgagga gccggagatg aacctatttc ccgaaacgca gcggaatttg
     8761 gtctatcatc tgctgaataa atgcctcgag agggaaggca accgactgac gataaccacg
     8821 cacagcccat acatcctcta cgcgctgaac aattgcatga tggccggctt ggtctacgat
     8881 aagatggacg aggaatcgaa aagccgactg aaatgcggca cgtccaagat ctctccctcg
     8941 gacgtctcga tctatgagat tcaggagggc gtagtcaagc ggattcaaaa ggaagacggc
     9001 ctgatccaag acaattactt cgatcaacag atggggaaac tgatggacga tttttacctc
     9061 atgctcaatt actatccctg atgatacaag agagaatcaa ggcgcactat ccgcatcatt
     9121 tgaccgtgga gaagaggctc accaccgaaa agtccatcta cgtagccgat cactctctgg
     9181 cgactcaagg cgatagaaac gtcgagctcg tcgacgatcc gtctcaggtc tctatcgagc
     9241 atttcacgct gaacaaccct ccgggcatga ccatcaccgg gctacccttc agccaaaaga
     9301 gtttcagaag ggccgacgga cagttcgcct cccaatgcga atgcgtgatc tacccgaaag
     9361 agggcgatga ggagtcatgg atctgcttcg tggaactaaa gtatcgcgag aaatccacaa
     9421 aaaatcgtcg caatctgatg aaggcacgcc ggcagttgct ccgtacgcaa gcctgctacc
     9481 gatgcaagca agtgatcgat aagcgcaaca cctgctacct attcgcctcc ctgcctttgc
     9541 aaacggaacc gtttctgcat ttcaccttga cgcagtccta tttgaccgac ttgaagcacc
     9601 gattcaacat cgtgcttaga ttcaagaact cggccgaagt cctcaaccac acaatgctcc
     9661 gcgtataatc ccaccctaac ccccacacat aacaacaaat ggaaattcaa cgtgcagagt
     9721 tcgtgacgag taacacggac gtgaagcggt gtcccgacgg tgggatgccg gagtatgcct
     9781 ttatcggacg gtcgaacgtc ggcaagtcgt cgctgatcaa tatgctgaca cgacgcaaac
     9841 agttggccat gacatcgcag aagcccggta agacgcaact catcaaccat tttatcatca
     9901 acgacagctg gtatctggtc gacctgcccg gatatggtta cgcccgacgc agtcgcgaga
     9961 accgtgaccg gctgcggcag atcatcgaat cgtacatcct cggtcgccag cagctcacgt
    10021 gcctcttcgt cctgctcgac tgtcgtcatg aggcgcagcg catcgacctg gagttcatgg
    10081 agtggctcgg gcagaatggt gtgccgttcg ccatcatctt caccaagacc gacaagctca
    10141 gccgcagtcg cctgcaagag aaccttgcgg cctatcgcga aaagatgctc gagacgtggg
    10201 aggagttgcc gcccatcatg acctcatcgt ccgagaagaa cgaggggcgc gacgagatcc
    10261 tcgcctacat cgacgagatc aatcgcagcc tctgatcccc ccctctatca cacaaaaagc
    10321 ccgctaccga actcctctgt cggtagcggg cttttcttcg ttaaggggtg atcagagtga
    10381 cgccctgctc acttagcgta gcggaagctg accgaaccgc ccgatacggg gcaggtggcc
    10441 acattgtcga ccgtgtacga gccgttcact aaacgcagcg tgtaagccac gacgcggcag
    10501 cggctgagat ccacgttgcg cttgatgttg taggcgcggg tatcgatcgt ataggtgcgg
    10561 gtgaggcgtt tgccacgctc gatggtacct aacgagaggc ccgaacgcgg gtcgtccgtg
    10621 gtggtcagcg gataggtcgc cacgttgtta tgcacatagt tggggtcgat ggcgtcctcg
    10681 ccattgccga tgcgctggcc gtacttgatg ccgtcctcga cgatgtaggc gaagaagcga
    10741 tactcgcccg tcttgttagc tgccacatcg gccgtgaagc tgatcgtgcc gccttccact
    10801 gaagagcgca gggcgatacc cgtctgtgcc ggtgcgtaac tgttcaggat ccagatggcc
    10861 tcgttgaact tctcgcgcgt ggccgtgcgg tagacgttca ccttcgtgtg catatccacc
    10921 agcgccgagg gccaagccgg gcagagacgg tcggccgtct cggagagtac gccgtagagc
    10981 tcgggatagt tgaagcagag ctggctgacg tggaagacga tgggcacagc tcgacccggc
    11041 gtgagggtca tgatgtcgtt gatggccgta gtcatgatgg ggcaggtggc gcaggtggcc
    11101 gacgagaatt gcatgatgca atgctgctta gcaaagttca acgccatcgc gctggccttg
    11161 acgcgcacct cagccgagcg gacgccgtcg taggtggcat agaaggcata gtcgccggcc
    11221 tcggtggtgg tgaagttgtg gccgatgagg gcgatgtcgg gcgtggagcg gagggagatg
    11281 atggccttgt ccgtaacgtc gtgaccgtcg gccgtcacgg tgaaggccac cgcctcgtta
    11341 ccgtcagcgt ggatcgcact acggtcggca cgcaacgtga cgctaccagc ggcagcgtgc
    11401 acagccactt cggccgaacg ttcgttgcga tagatggcgt agaaggtgta gtcgcccgac
    11461 ttatcagccg agaaggtggt gccttcgagc ttcgtctcgg tctcgccgcg gcgcaggatg
    11521 gaggaggagg cggtcacatc ctcgtcgtca gccagaaccg tgaagtgcac ctgatccgcc
    11581 gtgcccggtc ggatcgatgt gcgatccacc ttgagcgtca ccacgatctg ggtggctgtg
    11641 acggtgacgg cgttcgactt cgtgccctca tacagggcgt agaacgtctg cgtgccgacc
    11701 ttatccgcgg catagcggag cgtggacgag acggcctgac ccgactcgga gcggacggtg
    11761 acgccttgag tcgtctcttg accgttcacc ttcaccacga aggtgatcga gtcgcggccg
    11821 ttggctttga tcgacgtttt gttggcctcc agggtgaccg tggggggcag tttttcttcg
    11881 cttgagcagc caatcaagtt gatgatggcc aagatcccca agaggggaat ccataggata
    11941 cgatttttca tttgatctat cttcttcaat ttgtaatcgg cgcaaaaata gactttccgg
    12001 gttccctgcc ttgccgttta cggcccgtcc acggacggat ggagcccctc ggagtggctt
    12061 ctctggcggg ttggggcatc cgaagcgcaa aaagagatga aaaggcaggg agggccggtg
    12121 gagagcaggc gccagtctgt gaaaacgtcc ataatggcca aagcacctga cgaaaagttg
    12181 tgaaatcatc cgtggcgccg ggtgtgtagc gcttcggctg tagtctaaac agcttccgat
    12241 ccggtgatcg cagataaacc gacagcccca tcaataccta tcggcgccgc tgtcggctgc
    12301 atatctatgg gcttggcgcg gtcgtccgtc ggcttgttgc ttcggggggc gcgtcgctga
    12361 acatccgggg gcgcaaacgc tggcaggccg ccttccaaag tggtcggagt gtctggtgac
    12421 gctggcaggc cgcctgccgg gactatcgga cactccggtg acgttggcag gccgcctgac
    12481 agggctacca aacactccgg tgacgctggc aggccgcctg acagggctat cgaagactcc
    12541 ggtgatggtg gcaggccgcc tgccagagtc accgaacact ccgacgatgt tggcaggcgg
    12601 cctgccagag tcgccaagtc gcacatcggg gccgcctcag aacccgaaag ctgttggcag
    12661 gacacgatag agaggactga tcccccgacc gaagtccgga gcctatatct tcaagtcgcc
    12721 cgtaagaccc aaaggattac ggatccagca ccgctctgat tggatccggc cgttaccttt
    12781 ggcgccgatt tttccggagg cggaggctat acctatttat ataggcatcg accgaatggg
    12841 catggccgat gcgcacaccc acggcggggg gggcatcagg gatgccagcc aagttggccg
    12901 ggtacctggc aaacttccct gtcccggcgg gggaggccag aagtgagaag atgacatata
    12961 ctacaataga agaatgatga caatgacaag attgaaaatg atggctgctg gcctgctgct
    13021 cttactggtg gcggcatgtg gcggcgctaa gaaggaacag cacggagcgg gccagacgga
    13081 cgcgaccgat gcggaacgta ccgaacgact caaaccgcgc tatgccgagg gcttcagcct
    13141 gcgatctgag ggcggtgtgt ggctggttga tatccaagac ccgcagaagg aggacgaaga
    13201 gggggagatg gcggaaggtg cctaccgcta tgcctttgtg ccgcgcggca gtgacctccg
    13261 ggcgcctgag ggctacgagc ggatcgagat acccgtccgc aaggtggtct gcatgactac
    13321 gctccagctc tccaacttca tcgccctcga ccgccgcgac ctcgtggccg gtctgaccag
    13381 cacacgccac ctcttcgacc cacagatcaa cgcccaactt aaggatggcc gcacgcgtaa
    13441 gatcggcatc gagggcaact tcgacaccga ggtggtgatg ggcattgcgc ccgacgtgat
    13501 cctcatctcg cccttcaaac gcggcggtta cgaggcgctc aaggagaccg gcgcaccgct
    13561 cattccacac ctcggataca aagagctgac gccgctcgga caggccgaat ggatcaagtt
    13621 cgtcggcctg ctgaccggca acgaggacgc tgcgatcaaa cgcttcgacg agatcgagaa
    13681 gcgatacaac gagctgaagg cgctcacggc cgacgtcaag gagcgaccgg tggtcttcag
    13741 cggcgagatg cgtggcggca actggtacgc cgtcggtggc aagagcttcc tggcgcgcca
    13801 gttcgaggac gccggcgccg actatttcct caaggacgac ccccactcgg gcggcttcac
    13861 gctcgacttc gagaccgtct acgcccaagc cgtcaacgcc cgcttctggc gcatcatcaa
    13921 cagctacgac ggcaccttca cctacgacgc cctccggcag gaggacgccc gctatgccga
    13981 cttccgagcc ttccgcgagc ggggcgtggt ctactgcaac ctcaagtcgc agcgtttcta
    14041 cgagggcgtg cccgtggagc cggaggtggt cctggccgac ctgatccacg ccttccaccc
    14101 gcaactgttg cccgaccata agccggttta ttaccaactg ctgaagtaat gaagcggcat
    14161 acgacactca ttctgacgct catcgccgtc tccatcgcgc tcttcttcgt gctcaacttg
    14221 gtgctcggat cggtggccat cccgctgcga tcgatcgtgc atatcctctt cgatacgggc
    14281 gaggagtcgg aggtgtggcg caacatcgtg tggaagtcgc gcgtgcctca gtcgctgacg
    14341 gcgctcgtag caggcgcagg gttggccgtg agcggcctac aaatgcagac cgtctttcgc
    14401 aatccgctgg ccggcccctc ggtgctcggc atcagctccg gggccagcct cggcgtggca
    14461 ctcgtcatcc tgctctcggg cagcgtgggc ggtgtggcgc tgagcaagct cggctacatc
    14521 ggcgaactag cactcacgat cgcggccacc gtcggctcac tgtccgtcat ggcgctcatc
    14581 gtcttcgtct cgcagaaggt gcgaggcagc gtcacgctgc tcatcatcgg cgtcatgatc
    14641 ggctatgtgg ccaacgccat catcggcatg ctgaagtatt tcagcgtcga ggaggatatc
    14701 cgcgcctacg tcatctgggg cctgggcagc ttcgcccgcg tgtcgggcaa tcagatgacg
    14761 ctcttcatcg ccatcatggc cgtgctactg ccgctctcgc tgctgctgat caagacgctc
    14821 aacctgctgc tcctcggcga gggctacgcc cgcaatctgg gcctgaacat caagcgggcg
    14881 cgcctgagcg tcatctcctg cgccggcctc ctgacggcca ttgtgacggc ttactgtggg
    14941 ccggtcatct tcctcgggct ggctgtgccg cacctctgcc gcggcctcct gcgcacgtcc
    15001 gaccaccgca tccttatgcc cgcctccatc ctcaccggcg cctcgctggc cttggtctgc
    15061 aacctcatcg cccgcatgcc cggcttcgag ggcgccctgc ctgtcaactc cgtcacggcg
    15121 ctcatcggcg cccccatcgt ggtctacgtg cttttcagta aacgaagaaa tgaagtgaac
    15181 gaatgaaaga aacgactatc cgcctccgcg acctcagcat cggctacccc gacaagcaca
    15241 acacgaagcg cgtggccgaa cacctcaacg cctcgatcca cagcggcgag ttgacctgcc
    15301 ttttaggtac caacggcgtg ggcaagtcca ccctgctgcg caccctctcg gccttccaac
    15361 ccccgctcgg cggcacgatc gacctgctcg accgcccgct ctccacgtat gatgaccggc
    15421 aattggccac cgtcatcggc gtcgtcctga ccgaaaagag cgacatccgc aacatgacgg
    15481 tcgaggagct ggtcggcctc gggcgcagtc cctacaccgg cttttggggg acactcaagg
    15541 agagcgatcg caagatcgtg cacgaggcca tcgcccgcgt gcgcatcgag ccgctcaccc
    15601 agcgcatggt gcacaccctc agcgatggcg agcggcagaa ggtgatgatc gccaaggcgc
    15661 tggcgcagga gacgcccatc atcttcctcg acgagcccac ggccttcctc gacttcccca
    15721 gcaaggtgga ggtcatgcag ctgctccaca accttacgca cacgctccag aagaccgtct
    15781 tcatgtccac ccacgacctc gagctggcgc tccaaatcgc ggacaagatc tggctcatgg
    15841 atcgcacgaa cggcatcgcc atcggtacgc ctgaggacct ctccttagaa ggcaaactca
    15901 gcagtttctt ctcccgcaaa ggcatcacct acgacaccga aacgggcttc ttccgcatcg
    15961 acacggacta ccgccgcgag atccatctcc acggtcacgg cagccgttac gcgatggtgc
    16021 gcaaagccct gcaacgaaac ggtatccgtg ccgaccgcca cgtcgctgac gactccctcc
    16081 acattgacac caccggctcc gcgggcgatc ccttcgtcat ccaccgcgcg gacggtagca
    16141 cccagtccgc caccaacatc gaggcgctgc tgtcgctggt tgcggatcaa tgacgagcca
    16201 gaaatatcca gagacgccct taccaagttc cgtcccctga ggggatgagg gcgtacccgt
    16261 ccggaaagtc cccgtcccct gaggggatga gagctttttt tgcggtgaca cccccgtccc
    16321 ctgaggggat gggggctttt tttgcggtga cacccctatc ccctgagggg atgaggcgta
    16381 atttcaggat aacaccccta tcccctgagg ggatgaggcg taatttcagg atgaagcccc
    16441 tatcccctga gggggtgagg tgtaatttca ggataacacc cctatcccct gagggagtga
    16501 ggcgtaattt caggataaca cccctatccc ctgagggggt gaggcgtaat ttcaggataa
    16561 cacccctatc ccctcaaggg gatgaggtgt aatttcagga taacgccctg tctcctcttc
    16621 gccaattggg cagacgtccc ccgacacccc caattattgg ggatatgtgg gggggatgat
    16681 cataaaacgc ccccgattat ttgggattgg tataagaagg gcacggaaat atttttgcgc
    16741 cctccaaaag gacagtgcgt agcagtgtgc atgctccgta atgtccctct ttactaatca
    16801 aggatacaga tgaatttatc ggacttacag aacggcgact cggccgtcat tgtgcgtgtg
    16861 tcgggacacg gagccttccg ccgacgcatt atagagatgg gctttgtacg cggacagaag
    16921 gtcacgtcga tgctcaattc cccgctgaac gaccccgtca aatacggcgt catgggctat
    16981 gaggtctccc tccgacgcag cgaggcagcc atgatcgaag tgctgcccga agacgaagcc
    17041 aaccagcccc tgccggacgg cccggaggag gcaccgaacg cgaacgaccc gacgaaccgt
    17101 cgcccgtcgg ccgacgcaca gcccgcacca cgcaagaacg aaatcaacgt ggccctcgtg
    17161 ggcaacccca acagcggcaa gacgtcgctc ttcaacgtca tctccggtgg gcgcgagcat
    17221 gtgggcaact atagcggcgt caccgtggcc gccaaaacgg ggcatgtcac ctacaaaggc
    17281 taccgcttca acatcaccga cctgcccggc acctactccc tctcggccta ttcgcccgag
    17341 gagcggtacg tgcgtcagca tatcctcgac cgccggccgg acgtgatcct gaacgtcgtc
    17401 gtagcctcca acctcgagcg caacctctac ctcaccaccg aactgatcga cctcagccag
    17461 ccgaccgtca ttgcgctcaa catgtacgac gagctggaag cgagcggcgc cacgctcaac
    17521 cacgagaagt tgggcggcat gatcggcata ccgatggtgc ccaccgtggc ccgcacgggc
    17581 gatggtattg acacgttgct cgacacgatc atcgacctct tcgagggccg caaccgcgtg
    17641 acgcgtcagg tgaacatcaa ctacggcacc acgatcgagc ccgaactggc catcgtcacc
    17701 cgcctcatgc agcagagcga cgacctgccc cgccagttcc caccccgcta ctgggccctg
    17761 aagctccttg agggcgacac cgaggcgcag cgcaccctgc gcagctgtgc ggcttacccg
    17821 gagtggaagg cggcggctga gcggggcgcg gagaagatcc accgactgct ggccgaacag
    17881 acggaggccg ccgtcatcga ccgcaaatac ggctacatcg ccggcgccct ccgcaaggtc
    17941 tacacccccg gcaccgtcga cctcaaccgc gccaccgacc gcatcgaccg catcgtggcc
    18001 cataagtggc ttggcttccc catcttcatc ttcctcatgt ggctcacctt ctccaccacc
    18061 ttctggctcg gcaagtatcc gcaagactgg atcgaggccg ccttcgcgtg gctcggcgaa
    18121 atactccgcg cgcacatgcc tgaggggcct ctgcgcgatc tgctggccga cggcgtcatc
    18181 ggcggcgtgg gcagcgtgac cgtcttcttg cccaacatcc tactgcttta cctcttcatc
    18241 tcgctcatgg aagattcggg ctacatggcc cgcgcagcct tcatcatgga ccgcatcatg
    18301 caccgcatcg gcctgcacgg caagtcgttt atccccatgc tcatgggctt cggctgcaac
    18361 gtgcccgcca tcatggccac acgcacgatc gagagccaca gcagccgact gatcacgatc
    18421 ctgatcgacc ccttcatgtc gtgcagcgca cgcctaccgg tctacattct gctcgtcggc
    18481 accttcttct ccgccaccgc cggcacggtg ctcatctcgc tctacgcctt cggtatcctc
    18541 atggccgccc tcaccgcagt gctcctgcgc cgcggcgtct tcaaagccga cgaaacgccc
    18601 ttcgtgatgg agctcccccc ctaccgcatg cccaccgtcc gcgccacgct gaaacacatg
    18661 tgggacaaag ccgagcagta catgcgcaag atcggcggcg tgatcctcgt catctccatc
    18721 atcatctggt tcctgagtta ttacccccgc accgaggtgc ccaccgacac cacgctcgac
    18781 cctgtggcac tgtccgaaat gcaatacgag aattctttct tgggtcgcat cggcaagttc
    18841 tgccaacccc tcgtagctcc gatggacttc aactggaagg ctaccgtggc actcctctcc
    18901 ggtgccgccg cgaaggaggt aatcgtcagc acgctcggcg tgctctacag caacgcggac
    18961 gaggcctcgc tctccggcac tctggccgca tcgggcgact ttacgcagcg ttcagccctg
    19021 gccttcctga tcttcattct cctctactgc ccctgcatcg cctcgctggc cgccatcggc
    19081 aacgagaccg gtagtcgcaa gtgggtagcc ttctccatcc tttataatac gggtgtggcg
    19141 tggctgatgt cgtacggagt ctaccacctc gcggggctgt ttttgagtgc ctgaggctgt
    19201 tctttttgcc ctcaatacgg ctcgcatacc cagtaatagc gaagggtaag acagtaattt
    19261 acccacaatt agggatttcg ccccccgctc agcacccgta cctttgcggt gtgaattttt
    19321 agttagacat ggataaaaaa accacgtaag tcaaataaat ttcttttctg gaatcgaccg
    19381 taagtgatta ccgtcgattc ctatattttt atccctaccc ctcctccaca cattcccctc
    19441 ccttcgtctt gtgacataac gcgtatgtcg atgtaagaat aaagcccgca gagactctct
    19501 acgggcgtca cgcgatggcc aaagtgcctt tggaaatgct tgcaccggcg gcgcaacgac
    19561 taaaacatag aatagggacg cgcgtacatt tagtcataca cgcgccccat acctccgcgc
    19621 gctgcatagg cccgataggc gattgtacgg gtgcaatcgc gctccgtcat cgcttgtcac
    19681 ggatcttttc gtaggactgg atctcctccg tctgcttgac gtccacgctg cgtccaccgc
    19741 tgaaggagta cgagagcgag aggccgaagt attgctcgtg cgagcggttg gcctctacga
    19801 ggcgaaggtc gggcgtctcg gtgtcgatca cgcggccgtg gcggaagagc ttgaagttga
    19861 gccggagtgc cagccgatcg cgcaggaagg tgtggtagac gctacccgac atctcataga
    19921 cggtgcggta gatacggtcg gtgaagtgga acgtaggctc gtaatagccc tcgagcgaag
    19981 cgcccatgtg tggtgtgaaa cggaacgtgt tcgagagcga gaagtagtat ttctgctgac
    20041 cgctgacgtc gaaatcctcc gacttggatc cgaaaagcgt gtacatcacc atgcccttca
    20101 gcttccacca cggcagggga tcgaagcgtg cctcggcgct gaggccgagg aagcgttcat
    20161 atttggcgtt catgggtttc gtgtaggtca cggacggctg gtcggcatcc acccgcgtgg
    20221 cgtagtagat cggggtctcg ttgtagatgt agatcgtgtt gaaggagaga tggtcgtaga
    20281 ggtcgagggc ggccgtgagg gtgtgcgact tgcaggggac gaggtcgggg ttgccggtcg
    20341 tgtagctgtg gtcgtcggtg tactcgcggt gagtcgtgag ggcgctgtag gggatgtcgt
    20401 cgacggcttc ggtgtagttc agggtggcgg agatcttacg cgcctcgttg atcatccaca
    20461 gcaggttgaa ggaggagtaa gcgtcccaat cgtcgtgcac gatgaggtcg gcggctgcat
    20521 ccgggcgata ggcgatgcgg ctctcctgca cgcgcagccc gacgccgtac tgtaggcgtt
    20581 tgccgatagg gccttgcacc tcggcataga tggcgggcat ttgtccttcg gcgtagggca
    20641 aggtgcggag gtgacgctcg ttggtgaggt cgtaatccac ggtgatgcga cggtaagcca
    20701 gaccgccgtt gatggcgagg ccggaggcga agttcttgtt gagcgacgtg cgggcttcga
    20761 gcatgttcgt cgtctcctcg gagcgattcg agagggtgtc taaatcgggc gaggggagga
    20821 ggcgcagggt ctgcatgcga ttgcgggcgt actggcggag atagtcggcg ccgatgttga
    20881 aggtgctacc ctgatcgtcc agctcgcggt cgaagcggag ggtgccctgg tacgtgcgat
    20941 aggtgtaggg cgtctcgatg cgtgtggtgt agagcgccgt gtcggcccag cccgacgggg
    21001 tgcgcacgaa cgtggccacg tcggtgcggg gtttggcgtg gtcggtggag aagtatagcg
    21061 aggtgccgag ggtgttgcgc ggggtgaggt cgtaggtcag gctgaggcgg tcgtagaggc
    21121 ggtgcgtcca gccgcgagac tgtacgtcgg tgcgctgcgc gcgtcccgtg cggaggaagt
    21181 cgtacgtgtt ttcgtcgtcg gtggcgaggt agtaatcggt ataagagagg acattgtaga
    21241 ggctcaggcg attgaatcgg ccgttgtaga cagcgtaggc aaagtcgcgc gagaagccgt
    21301 atttggagta cacatcggcg ccggccatgg cataaccgta gtatccgcca tccagctctt
    21361 tgcggagtgt gatgcggatc acggcgccgc gtgtggaagc aaattcactg ctgccgggcg
    21421 tgtaatccac ctgcacacga cggatgcggt cggcgggcag ggcggccagt tccttggtgc
    21481 tggtcagccg gatgccgtcc acgtagaccg ttccgacggc ttgcccgagc acttcgagcg
    21541 ctccttcgcg acgcgtcacg ccgggcaaca tggcgagtat ctcgtctgtc tgtcggccct
    21601 gcgtcacggt cgagccgagc aggttggccg tgtagccgcc tgcactgcgg cgaatgcgat
    21661 cggccgtcac cgtgacctcg ccgagcgctg ccgcctcggg tcgtaaggtg acgacgacgc
    21721 ccggccgtgc ctcaacgact tgcgtctcat agcccacgaa ggagaccttc agcacacgct
    21781 tcgccgccgt gccagggacg gacaatgaga aggcgccatt ggcgtcggtg atcgcccccg
    21841 ccacaaaggc agaatcgggc agcgcatagg ctaccacatt gacaaactcc atcggacgtt
    21901 ttgcgtcgtc caccacgcgt ccggtcagct cctgcgcccg aaccacgcct gccataccga
    21961 tcaacaggat cagcacagca catacttgtt ttgctttcat aatctacttg attggttgtt
    22021 ttatttcacg attgaaaaac gattgctccg tgatcttatt gctaagtgca aaaaaaaaac
    22081 gaacgagcga tgtaggccat cccagcgatt tcctgaggaa atgagccgaa atagtttgtg
    22141 gcggccgatt tcctgaggaa atgagccgaa aaagtttgtg gcggccgatt tctcaaggaa
    22201 atgagccgaa atagttttgt ggcggccgat ttctcaagga aatgagccga aaaagttttg
    22261 tggcaggcga tttcctcaag gaaaatcgca catcgaactc acgttacgga aaggaaagcc
    22321 acccgcgggg taggatctcc gcaggtcggc agaaagtctg gaggctggta cggtttagat
    22381 gctgccgccc gggcatgatg aaggcaattc cagctcgttt cgccctcaca gccgtatctt
    22441 tggacactca atccattaac ccccaccgga catgattaaa atatttgaga catcgaaact
    22501 gaagagcctc gatcaatata cggtcgacaa cgaaccgatc tcgtcgatcg atttggtcga
    22561 gcgagcggcc gtgacctttg ccaatgaatt taagcgcaac ttctccaagc agcgacgcgt
    22621 gatcgtcttt gcggggcagg gtaacaacgg cgccgacgcc ttggccgtag cccgactgct
    22681 ggccgaggaa tcgtatcgca cggaagtcta cctcttcaac cccggccaac gactctcgcc
    22741 ggactgtgag gagaacaagc agcgcatctt ggctgacgag aaagtgcgcc tctacgaggt
    22801 gatcgacgac tttgatccgc ccgaactcac cgagcatgac gtggtcatcg acggcctatt
    22861 tggctccggc ctcaaccgcc ccctcacagg cggctatgcg gccgtagttg gctacatcaa
    22921 ccagtccaac gccaccgtcg tatccatcga tatgccctcc ggactcttcg gcgaggacaa
    22981 cctgagcaac aaccccgaca gcatcatccg cgccaaaatg acgctcacct tcgagttccc
    23041 caagctggcc atgctgctgc ctgaaaacga ggcctacgta ggccgctgga aggtgctccc
    23101 catcggcctg caccccgaca ttatccagaa gacgccgacg gcttatctca tggtcacgga
    23161 cgaggacatg gagcggctga tccgtccccg cagccgcttt gcccacaagg gcgacttcgg
    23221 ccatgcgctg ctcgtcgccg gcggtaaagg ccgcatgggc gcagcgctct tagccgcctc
    23281 ggcttgcatg cacagcggcg tgggtaagct gaccgtccac ctgcctcagc ggggcgagat
    23341 ggtgctccag acggccgttc cggaggccat gatcgacctt gacgcggacc gcgatcgcat
    23401 caccacattg ccggatagcc tgcgggagtt cgacaccatc gccatcgggc ccggcatcgg
    23461 cacggacgag cgtacggcct cccttctggg acgtttgctg cgctcggtag accagcccct
    23521 cctcctcgac gccgacgcgc tgaacctgtt ggcgcgcaac cgcgagctta tgccgctcct
    23581 tccgccgggc accgtgctga cgccccaccc gcgcgagttc gatcggctgt tcggcgagag
    23641 tgccaacggc tacgaccgac tgcataaggc ggccacgacc gccgtcaagc acgccatctg
    23701 tatcgtcctc aagggcgcct atacggccgt ctgcgcgccg caggggcaga tctacttcaa
    23761 caccaccggc aaccctggca tggcgacggc cggcagtggc gacgtgctga cgggtgtcat
    23821 cgccgcactc atggcgcagc gctacgatcc ggtcaaggcg gccatcatcg gcgtcttcct
    23881 gcacggttcg gcgggcgatc tggccgcggc gcggtcgtcg gaggagagtc tggtggccag
    23941 cgacattgtc cgcgaactgg gccgggcctt ccgtatgcaa caagcggacg actgacgcac
    24001 ataccgcggg cggtgaccac aaacgggcca ccgtaaccga ccactaccga aaagggttga
    24061 tgagccaagc aggctcacca acccttttct tttggccgca gtcgacggtc gccctcgtca
    24121 gccgatgcgc gcgcaacgga tcactacccg gcggccgtcg gccagggtgg tggcgaagag
    24181 gtagacgtcg ccaccgtcgg ctatccgcag tcgggcgcgg agggcgtcgg gcgagagggg
    24241 gaagttgcgc actgcgatgt tcgcgcgggg cacggtgcgg gccatcacgc gggacaattg
    24301 gcgaccgaac ggcagcacct cgtccacacg gaagcgtcgg ccggggaagt ctgtcacctc
    24361 ggcgctcgac gtgtagaggt ggctgtccgt gtgcagctta ccgaggccca tgcgctgagc
    24421 tacgagtcgg aaggcgcccg ccttgaggat cgcggcgtta ggctcgtaga ggaacgacga
    24481 gacggaggcg gtgacggccg acggtgcggc gcgctcctca tccggggtga agcggaagac
    24541 ctgctccccg ccgtcggccg tgaggtgaac gcagtggatc attggcggtg cggcgtgggc
    24601 gcgtcggacg acgaaggtca gctccttgca ctcgccccgg acggccagca cgtggatgtc
    24661 cgacgtcccc ggtaggcggg ccagcgtatg ttgccaatcc agcatcggcg acagtttggc
    24721 gatgagcgtc ggggccttag acaggatcgt cggaagcaac tgctcgaggt ccggactgca
    24781 atcggccaac gcaaacagtc ggcggtcgca gccgtcgcgt cgcgaggggt cgatatagca
    24841 gatgtccacg ggcggcagga taaggagggc gtcctcagcc gaagcatgga ggccggtcac
    24901 gttgcctaac cccaaggcgg aaaagttatg catggccgcc tcgaacgtcg ggccgtcgcg
    24961 ctccacatag atgacgcgtg ccacgcgttc ggctaagctc gcggtatcca ccccgaggcc
    25021 gcccgtgagg tcgcagaggc taccgaccgc gccctcgata agccgctgtt tgtagcgcgc
    25081 cgccgcctcc gaggagcact gctcgaccga ccgccgcgag gggaagacga gccgatcgcg
    25141 cgccgcaaac cactggggca gcttatcccg gattcggcgg tgcgattcga tctgtataac
    25201 ggcaaacggc acgtctaccc gggggtaacg tgccgctgcg agcagcagcg aacgggtgtc
    25261 gtccgctgcg tgatcggcta tgaattgccg catgtccgcg gaaagttcca cggaggctat
    25321 gaatgtgtga tttccacctt ctgcgtaggc gccatgtgct gctcacggta ggccacacgc
    25381 tccaccacgc gctcggccag ctgccggaaa gccatgcctg tgaccgtatc ctcgtccagc
    25441 gcagccggct cgccgacgtc accactctca cagatactct gcacgagcgg aatctgcccg
    25501 agcaggggca cacctaactc ctcggccaag cgcttgcagc cctcgcgccc aaaaatgtag
    25561 taccggttct ctggtaattc ggccggagtg aaccacgcca tgttctcgac gagacccaac
    25621 acgggcacat tcaccttgtt gtcaacgaac atactgatcc ccttacgggc gtcagccagc
    25681 gccacctgtt gcggtgtgct gacgatcacg gccccggtca gcgcaagggt ttgcacgagg
    25741 gtgaggtgga tgtcgctggt gcccggtggc aggtctatga gcaggtagtc cagctcgccc
    25801 cagttggctt cgctaatgag ctgcttgagc gcattgcagg ccatggcccc acgccagagc
    25861 acggcctcgt ccgggttgac gaagaaccca atcgacagca ttttcacgcc gtagttctcg
    25921 atggggataa tcagctcctt gtcgcccacc ttctccaacg caggccgggc ggcctccacg
    25981 tcaaacattt tcggctgcga ggggccgaag atgtcggcgt ccagcagtcc cacgcgatag
    26041 ccagcggcag ccagcgccac ggccagattc gccgatacgg tgctcttgcc cacaccgccc
    26101 ttgcccgagg ccacggcgat gatgtgtttg acgcccggca gcagcggtgc ctcttccgag
    26161 gcggggccga cgggctgcat ctcctgccgt gaggtggtgc tgatgttgcc cttgatctcc
    26221 acgtccggcg aaacgtaagc cagaatcgag gcctcggcgg ccttgaccac cgatcgggtg
    26281 aacggatcgt tgggcttatc gaaaatgagc gtgaaagaga ctttcatgcc gtcgatacgg
    26341 atatcatcgt ccaccattcc ggactccacg aggttctgcc ccgtgcctgg gtatcgcact
    26401 ttttccagtg cgtctaaaat caatttcgga taaagtttca tcttatataa tcgtgttgtg
    26461 cagccacttg gccgctatag tttataagga caagccgggc agccatctgg ggtggatggg
    26521 acctttcggc ctgtgattca aaagcatttt tgagggggta gcccccgatc gggagatgcc
    26581 ccggaggccc ttgccgcgtg tcagccctca gcgggaggag cgacgggagc ggacgggccg
    26641 ggcgggcgac agttggccgc gcccatagct tcggtacgcg tcgcgctcga tctccacctc
    26701 cggttcgatc caagcctcgc gcggggtgag gcagaagctg aggtacttga tggttaggcc
    26761 gcggtcgagc cactgctgct cgtagtgtgt gcggatggcg cgcacctcgt cgaggctcgt
    26821 gtccgcggta tcggcgtaga ggtcggccgt gcagggcgcc gcctccagct ggttcgcgcg
    26881 gagcatttcg caggtgtaag caaagagaaa cgggctgtcg gtcttgaggt ggacgcgccc
    26941 gccctcctga ggcaagatgc cgctgtagag cgccatgaag cgggtgctgg tgaggcgttt
    27001 ccgcgccttc tgcatttgcg gatcggggaa ggtgatccaa agttcgtcca cttcgcccgg
    27061 ctcgaaaaag ctggccaaaa gttcgatgtc ggtccgaagg aaggccacat tgcccatctg
    27121 gcgagctgcg gccacgcgtg cgccggccca catgcgggcg cccttgacgt cgatgccgac
    27181 gaagttcgcg tccgggtgcc gctcagccag tccgagggtg tattccccgc gcccacagcc
    27241 caattcgagc acgatgcgcc cgggccttcc gccgaaagcg gcctcccgcc agcgaccttt
    27301 cagggggcag ccgccgccct cggccagcgc ggcgtaaggg tattggaaga cgttgggcag
    27361 ggcttccatc tcggcgaatt tttggagttt atttcttgac atggcggcaa atgtagcgga
    27421 atccgggggc tatgaccgtt cgtcagcggt cggtgtcgta gtgcccatcg ggggcgactg
    27481 aggcgtctcg gcctccccgg taggttccat cgggggcacg gcggacaggg cggctgcttc
    27541 cgtagtgccc atcggcggcg cctgaggcgt ctcggcctcc ccggtaggtt ccatcggggg
    27601 cacggcggac gggtcggctg ccgaccgttt tcgtttcggg ggcgccttcg tgtcggtcgc
    27661 ctccgccgaa tccttcattt ggagccgctt cttgcgtatt ccctcgattc gtttgaacga
    27721 gaccttgctc tcgtgcgtgc gctggttgat ttggtcgatc agacgactga tgacttggcg
    27781 gtcggggtcg ttgtcggacg caatgtaggc ggcttcgatg tagcggaaga tggtgttcaa
    27841 ggtctggtcg ttcaccttcc ggatcgcctg gcccgcgagg cggtttgcgc cggcggctac
    27901 ggtcgagcgg acctcgcgca acgacttaaa ttcttcgttg cgctcccgga gcaagctcac
    27961 gatcgtatct acctccagct gcttcagcgc ctcggcggcc tccgccgtag acaaatcccg
    28021 gagcaaggag tcgatatgcg ccgtcttccc agatcgcctt tggtgctgca gccccttgta
    28081 agcatcgata atggttttca gcaggagccc cgactcgcga cgcgccacta tcggagagcg
    28141 cgcagcctgc cgaatctcct gaaacagccc cgtcagacat tcgtttcgct ccgcatcctt
    28201 gtcgcgaagg gcctccgact ctttcgccgc ccgtgtctcg cggacgacat cctcctccgt
    28261 cttaatatcc gtgagccact ggaggaaatc ggcctcctcc agacctattt ttcgaggctc
    28321 catctcggtg atcacgccat aaagtcgttg ctgatagtcg agatggagat ccagcgggaa
    28381 gcgactgttt cccggttcat cgatcgtttt aaccggtctc attatttcgt ttttcgttta
    28441 cttctattga acactatttt gctatcgtcc tgcaaatata tggcagcccc cttgaacctc
    28501 tggccctcgc cgtagaccct tcccggggcg cctgaccgac ggtggctggt aaattgattt
    28561 ccgacgggaa cgaatttgtg tcaggggcta ttgtcgtggg gggctttacc tcctatcccc
    28621 tacacccttt tcttgtcttg atacaagaaa agggagcaaa agaaaatcaa ggc
//
LOCUS       SEQF2638.1|AYYF01001067.1 3704 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3704
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             112..852
                     /gene="gyrA"
                     /locus_tag="SEQF2638.1_00701"
                     /EC_number="5.6.2.2"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P05653"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA gyrase subunit A"
                     /db_xref="COG:COG0188"
                     /translation="MNAFIRIKNLTGDVDFINSHYLLFCTKRGLIKKTLLEAYSRPRQ
                     NGVNAIALREGDGVIQVRLTNGNNEVIIANRNGRAIRFHESKVRVMGRVAAGVRGMTL
                     DGDDDEVVGMICIKHPEQETVLVVSEQGYGKRSAIDDYRVTNRGGKGIKTIQVTEKTG
                     KLVGIKNVTEDNDLMIINKSGITIRMKVADLNVIGRATQGVRLINLEKRNDEIASVCK
                     VVSESEEDRIGGVEESADEAPNTPTDNA"
     CDS             904..2124
                     /locus_tag="SEQF2638.1_00702"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRVLVTIGLCLMTTVVFGQKKAVSDAERIAKDSKPDFNEARAL
                     IKGAMENAETKDDAKTWYVAGLIEDTQFSTENMKQILGQKPDEAVMYEALGNILPYFK
                     ESYRLDQLPNEKGKVKPKYTKNIKGTLNANILYYLNGGAYFFDQRNYKRAHDFFEQYL
                     EIADLPFMKGEKAAARDSNFMIVQFYAAIAAMQMDDPQQAIKDLNRAKGTDYRRFDVY
                     QSLCYVYDQVLKDTVGLEKTLEEGMKLFPDSSYFLNNMINVYISTKRNEQAMQLLNTA
                     ISKSPNNPQLYFALGSLYEVGLKDEAKAEEAYKKALDLDPENPSNIFSVGRLYFNQGV
                     SLLDKANSLNDQNQYKAEKAKAEAMLRKALPFFEKAHKLKPEEREYMIGLRGIYYNLS
                     MNKEFDAINAEMSK"
     CDS             2246..2413
                     /locus_tag="SEQF2638.1_00703"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEIGGEGLFLDQISRYDSLSWIVWNSSRYRGVFWGAFGRVRQES
                     HGKMGEMHGRK"
     CDS             2664..2858
                     /locus_tag="SEQF2638.1_00704"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYPVNLIPKSNPEKRTGLILASKQSLSKHSPPNPFLKKLSRKAY
                     RPNPFLKTHPLKTYLTNLCP"
ORIGIN      
        1 accgccaaag ggcgctgctt ctggaagaag gtctacgaga ttcccgaagg cgcgaaaaac
       61 accaaagggc gcgccatcca aaacttcctc aacatcgact cggacgaccg cgtgaatgcc
      121 tttatccgca tcaagaacct gacgggcgac gtggacttca tcaattcgca ctacctgctc
      181 ttctgcacca agcgcggact gatcaaaaag acattgctcg aggcctattc ccgtccgcgt
      241 cagaacggcg tgaatgccat cgcactgcgc gaaggcgacg gtgtgatcca agtgcgcctc
      301 acgaacggaa acaacgaagt gatcatcgcc aatcggaatg gtcgagcgat ccgattccat
      361 gagagcaaag tgcgcgtgat gggacgtgtg gccgccggtg tgcgtggcat gaccctcgat
      421 ggcgacgacg acgaggtagt cggcatgatc tgcatcaagc atcctgagca agagacggtg
      481 ctcgtcgtct ctgaacaggg atacggcaag cgctccgcca tcgatgatta tcgcgtcacg
      541 aaccgcggag gtaagggcat taagacaatc caagtgaccg aaaagacggg caagctggtc
      601 ggcatcaaaa acgtcaccga ggacaatgac ctaatgatca tcaataagtc cggtatcacg
      661 atacgcatga aggtggccga cttgaacgtg atcggtcgcg ccacgcaggg cgtccgcctg
      721 atcaacttgg agaaacgcaa cgacgagatc gcatccgtct gcaaagtggt ctccgaatcg
      781 gaagaggatc ggattggcgg cgtggaagag tcggctgacg aggcgccgaa cacaccgacc
      841 gacaacgcgt gatccctcga agctatcaat catccattca tacacaatta aaaattagag
      901 aacatgaagc gagtattagt aaccatcggc ttgtgtctga tgacgaccgt cgtctttggt
      961 cagaagaagg ccgtatccga tgcagaacgc attgcgaaag attccaaacc ggatttcaac
     1021 gaagcccggg ccctgatcaa aggggccatg gaaaacgctg agacaaagga cgacgcaaag
     1081 acctggtatg tggccggcct cattgaagac acgcaattca gtaccgaaaa catgaagcag
     1141 atcctcggac agaagcccga cgaagccgtc atgtatgagg cgcttggaaa catcctgccg
     1201 tacttcaagg agtcctatcg gcttgaccaa ctgcccaacg agaagggcaa ggtgaagccc
     1261 aaatacacga agaacatcaa gggcacgctc aacgcaaaca tcctctacta cttgaacgga
     1321 ggcgcgtact tcttcgacca gaggaattac aaaagggccc acgatttctt tgagcaatat
     1381 ctcgagatcg ccgacctgcc ctttatgaaa ggcgaaaaag cggccgcaag agattccaac
     1441 tttatgatcg tgcaattcta cgcggccatt gccgccatgc aaatggacga tcctcagcag
     1501 gctatcaagg acttgaaccg ggcaaaagga acggactacc gtcgtttcga tgtctatcag
     1561 tcgctctgtt acgtatacga tcaggtgctc aaggacaccg tcggcttgga gaagacctta
     1621 gaggagggca tgaagctctt ccccgactcg agctacttcc tgaacaacat gatcaatgtc
     1681 tacatcagca ccaagcgcaa tgagcaggct atgcagctgc tgaacacagc catttccaag
     1741 agccccaaca acccgcagct ctatttcgcc ctcggcagcc tctatgaggt cggtctgaag
     1801 gacgaagcca aggcagaaga ggcctacaag aaggcgctcg acttggatcc tgagaatcca
     1861 tcgaacatct tcagcgtggg gcgtctctat ttcaaccagg gcgtgagctt gctggacaag
     1921 gccaattcgc tgaacgacca gaatcagtat aaggcggaga aagccaaggc tgaagcgatg
     1981 cttcgcaaag cgctaccgtt ctttgagaag gcgcacaagc tgaaaccaga ggaaagagaa
     2041 tacatgatcg gactcagagg catttattac aatctgagta tgaacaagga gttcgacgcg
     2101 atcaacgcag aaatgtcgaa gtaaatccgt ccaatatttt tggctgtccg cgcggcccct
     2161 ccatggatcc ggagggtgtc gcgcggattt ttttatgccc tctcccctat gattacaggt
     2221 taacataatt gttattatcg atcatatgga aataggaggg gaggggctgt ttttggacca
     2281 aatcagccgc tacgatagct tatcgtggat tgtctggaat tcatcccgat accgcggtgt
     2341 attttggggc gcatttggga gagtcagaca ggaatcgcac ggaaaaatgg gcgagatgca
     2401 cggtcggaag taggtcttga atccgttttt cgggaaaaag aacgatccga atatcgtctc
     2461 ggaggtgttt cgtcgcgttt gatgttcagc gcaatcagtg cgaccgggaa aaggatctga
     2521 gatataatcc cccaaaacgc acccgcctaa accttatccc aaaacacacc cttctcaaaa
     2581 cgtaccccac aaaaccttgc cccaaaacac attcccgacg agcgttcctg cctaatcctt
     2641 accccaaaac acacctcccc aaaatgtacc cagtgaatct tatccccaaa agcaatcccg
     2701 aaaaacgtac cggcctaatc ctcgcctcaa aacagagcct gtcaaaacat tccccgccta
     2761 accctttcct caaaaagcta tcccgaaaag cgtaccggcc taatcctttc ctcaaaacac
     2821 atcctctcaa aacgtacctt acgaatcttt gcccctaaac acattcccga caaacgtacc
     2881 ggcctaatcc tttcctcaaa acacaccctc tcaaaacgta ccccacgaat ctttgctccc
     2941 aaatcctatc tcaacaaaca ttaccgccca acccttgact caaaatgcat tcccgaaaaa
     3001 cgtccccatc taacctttaa cccgaaacgc gcctccccaa acataccaca cgaatctttg
     3061 cccccaaaag ctatcccgaa aaacgtaccc cacaaaacct cgccccaaaa cacattcccg
     3121 aaaaacgttc ccacctaacc tttaacccaa aatcgatctc gagaaacgta cctgcctaac
     3181 ccttgactca aaaagcgatc ccgacaaacc tacccgccta aaccttgaca aagaggggaa
     3241 tcgtcgggtg agagcgcctg aacttttcag ggagtttcgg gcggcgtcta tctttgcgca
     3301 tccaacgctt gggcggagag ccttcccgtc gtttgtggtg tgcctgaaat gggctgaggt
     3361 ctccggactg aggcgcggga gggctgcctg acccgactct ccggaccttg cgacgcataa
     3421 catccacctg taactactcc gatttttatg tctgattcta ccatcgtcac cggccaatac
     3481 gtacagatcg accagacacc ggcgagcttg ggcgcgcgca tcctggggcg gctgatcgac
     3541 accgtgctgc tactcgttta ctgcgcggcc gtgtttgggc tctggatcgc ctacatgcaa
     3601 atgactgggg gcgagccgag tccgtttggc tccttcctga tcctctccgt cttttacctt
     3661 cccgcgctcg gttacacctt cttttgggag acgttcaaca tgtc
//
LOCUS       SEQF2638.1|AYYF01001068.1 41564 bp   DNA    linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..41564
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             131..643
                     /gene="gph"
                     /locus_tag="SEQF2638.1_00705"
                     /EC_number="3.1.3.18"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_00495"
                     /codon_start=1
                     /transl_table=11
                     /product="Phosphoglycolate phosphatase"
                     /translation="MEIFQAYFDGQTEAQAEISRGLVDFESRMHYDYLPGVEAFLDEL
                     RRHGVPRAVVTSSNRAKMVCVYRARPELTTHFDAILVAEDLGRSKPHPDGYLRAAERL
                     GVAPERCVVFEDSFTGLEAGRRAGGAVVGLATTNSAEAIATRCDRVIDDFRTFTVDDM
                     VSLLQTINRR"
     CDS             640..2853
                     /gene="relA"
                     /locus_tag="SEQF2638.1_00706"
                     /EC_number="2.7.6.5"
                     /inference="ab initio prediction:Prodigal:002006"
                     /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(3398..4840)
                     /gene="cca"
                     /locus_tag="SEQF2638.1_00707"
                     /EC_number="2.7.7.72"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01263"
                     /codon_start=1
                     /transl_table=11
                     /product="CCA-adding enzyme"
                     /translation="MMYYEEDIAEALAGQPFPMIGEEADRLGLETYVIGGYVRDLILR
                     RPSKDIDVVTVGSGIELARAVARRLGRGAHLSVFKNFGTAQVKLGDSEIEFVGARRES
                     YRRDSRKPIVEDGTLEDDQNRRDFTINALALCLNDGRYGELVDPFGGLDDLEALRIVT
                     PRDPDVTFSDDPLRMMRAVRFASQLGFDLDPETFDAIARNRERIAIISKERIADELNK
                     IMLSPKPSIGFDLLDKCGLLELIFPELCALKGAETREGIGHKDNFAHTLTVVDRLSRT
                     SDDLWLRWAALLHDIGKPATKRFDYKLGWTFHNHELVGERMVPRIFRRMKLPMNEKMK
                     FVQKMVLLHMRPISLADDEVTDSAVRRLLFEAGDDVDNLMKLCEADITSKNPEKVRRF
                     LNNFRLVREKMAVIEEKDRVRNFQPPVTGEEIMAAFGLAPSRPVGVLKEAIKNAILDG
                     VIPNERDAALQFMYDRAARMGLKRVESFNC"
     CDS             complement(4911..5945)
                     /gene="asnA"
                     /locus_tag="SEQF2638.1_00708"
                     /EC_number="6.3.1.1"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P00963"
                     /codon_start=1
                     /transl_table=11
                     /product="Aspartate--ammonia ligase"
                     /db_xref="COG:COG2502"
                     /translation="MNLYLPPDYRPMLPTEGMEDAIKLLKQTFQAELAEALSLRRVTA
                     PLFVFADSGLNDNLNGVERPVSFPIKDMGDRRAEVVHSLAKWKRMKLAAYRIPAGHGL
                     YTDMNAIRADEELDNIHSLYVDQWDWERTIRPEDRTVEFLSDIVRRIYGALLATEAVT
                     HRAFPHIPPTLPREITFVHAEELRAEFPDLSPKEREREAARRYGAVFIRGIGGPLSDG
                     SRHDGRAPDYDDWSTPTPDGLHGLNGDILVWNAVLDAPLELSSMGIRVDPAALLRQLE
                     MTGCMDRLELPFHRALAAGEMPPAVGGGIGQSRLCMYLLRCAHIGEVQAALWPEVMVA
                     RCAEAGVTLR"
     CDS             6100..7044
                     /locus_tag="SEQF2638.1_00709"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P62723"
                     /note="UPF0324 inner membrane protein YeiH"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTNAPQASRYAGYVYILVAVLCLTPWVTPPVALFAGLVFAFFL
                     GSPFPVFNRRASRYLLQVSVVGLGFGMNLSESLRAGADGIVFTIFSVLGVMAVGVLIG
                     RLFRVDRQTAYLISSGTAICGGSAIAATGPIAKANEAQMSVSLATIFVLNAVALFLFP
                     PLGHLLGLTQQQFGTWAAIAIHDTSSVVGAGAAYGDEALRIATTVKLTRALWIIPLSL
                     YTAFHFHARNERISIPWFILCFVLAMTANTYLGIPAEVGATIVRVARQCLTLTLFFIG
                     AGLSRATLRTVGVRPFMQGIALWFFIGAISLTFVCLYY"
     CDS             7226..7696
                     /gene="greA"
                     /locus_tag="SEQF2638.1_00710"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0A6W5"
                     /codon_start=1
                     /transl_table=11
                     /product="Transcription elongation factor GreA"
                     /db_xref="COG:COG0782"
                     /translation="MAVTYMTEEGYNKILAEINYLESVKRPEISAQIAEARDKGDLSE
                     NAEYDAAKEAQGILEGKIAQLKGLIANARLIDEKQIKTDVVQIMNKVKLKNVANGAVM
                     TYTLVSDSEANLKENKLAISTPIAQGLMGKKVGDVAEIKVPSGILKFEIMEISI"
     CDS             7723..8118
                     /locus_tag="SEQF2638.1_00711"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P9WML3"
                     /codon_start=1
                     /transl_table=11
                     /product="putative HIT-like protein"
                     /db_xref="COG:COG0537"
                     /translation="MATVFSKIVAGEIPCHKIAEDSEFFAFLDIHPVATGHTLVIPKE
                     EVDYLFAIDDAKLGRMMAFAKRIARAQEQAIPCRRIGVTVIGLEVPHAHIHLVPITHE
                     SDMYFDRPKGTPTNDELAATAAAIREKLA"
     CDS             complement(8847..11279)
                     /locus_tag="SEQF2638.1_00712"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNEAIKKGWPHVVVVILFFALAAIYFAPELFDGKGLVQGDVNSA
                     QGWGKDIADHYLKTGEHAYWSARMFGGMPHNYTNSAPIVNIFDYLSRFLAYTLPGNAL
                     LVLLYLVGFYVFMIALGCRPGLAAVGAVAYAFASYNLIIIEAGHVNKCLVMSTMAPIL
                     GGVILCYRGRLLWGSLVTLFFTGLNVLWSHQQISYYLLIMMLVLALTYLIFAIRNHTL
                     GAYLKSSAVLLVVGLLAVAPAAGQLISSADYVKESMRGGAVLKNNAEGQKESSGLEID
                     YAYMWSYGRGETMTLLIPNFYGSDSHHNIGTDSHTYRFFSDHGQADQGRQFTRFAPMY
                     WGDQPFTSGPVYVGAIICFLFVLGLLIVKGPERWWLLAVTLISILLSWGKNAGINEFF
                     FYHLPLYNKFRTPSMALVVAEVSMAALAILAVKRILEADDKRALLRPLYIAAGLTGGL
                     CLLYALLGGGLMSFSGPADEQFKQYPDLLMALVADRQGMLSADAWRSFGFIAAVAALL
                     FIYLKKPFNANYVVAVIGLLVFADLWAVDKRFLNYEDFVPQRQAREIVATEADKQILQ
                     DKDPNYRVLNLTKSTFNESETSYFHKSVGGYSPAKLRRYQDIIDYHFAAKGINPNVLN
                     MLNTRYVIVPTDQGPQVQRNPGAPGCVWFVNEIRWVNSPDEEIVALNDFNPVRTAVID
                     KAWQADLPSWQQLASSDSAATIRLTDYPAPDRLLYESQSASPRLAVFSEVFYKTWHAY
                     IDGREVKPIRVDYILRGLEIPAGTHKIEFRCVDDVYLRSARISLIASIVVGVVFLALL
                     GMAVRNAVVRKA"
     CDS             12332..13189
                     /gene="fabI"
                     /locus_tag="SEQF2638.1_00713"
                     /EC_number="1.3.1.9"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q81GI3"
                     /codon_start=1
                     /transl_table=11
                     /product="Enoyl-[acyl-carrier-protein] reductase [NADH]
                     FabI"
                     /db_xref="COG:COG0623"
                     /translation="MSYNLLKGKRGIIFGALNDLSIAWKVAERAAEEGAQIALTNTPI
                     AIRMGEVRALAERLQAPMIPADATSVADLETVFTESTRALGGKIDFVLHSIGMSPNVR
                     KKRTYDDLDYDLLSKTLDISAVSFHKMLQVAKKQDAIAEGGSIVALTYVASQRTFFGY
                     NDMADAKSLLESIARSFGYIYGREKGVRINTISQSPTLTTAGSGIKGMDHLMDFADKM
                     SPLGNATADDCADYCVTLFSDLTRKVTMQNLFHDGGFSSMGMSLRAMNQYSKSFEEFK
                     DESGKIVYG"
     CDS             complement(13318..15060)
                     /locus_tag="SEQF2638.1_00714"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKITLITKALACCVLLMAVGLNSCIEETFPESSTATKDQVMKS
                     KSAMEALQNSIVGYINEYNSYDRDLNYYNAYNFDFGYPAWGIMRDVMCEDFYVYSSDY
                     DYFSSYGLCTSLGVNNSISYVLYGYYFKLLKRANDLVGLIDKETTDPLLKQYAGVAHT
                     CRALAYLDMARLYEYKKTGIAKLDNEAAANKVYGLTTQLVTEKTSETDARNNPRVPFQ
                     TMYKYILDELETAGNLLNGFTRSAKNLPNSAVVAGLKARTWLELGTRFEKYPADLAAF
                     TAVRSDITSAKDCYAKAAQFAREAITASGAQPLTESDWFGGKSYTTGFNSILASSWMW
                     GIITKEANVYSAYINFASNMCPEQTFGVANATYGATRTISKALFDQIPDADWRKASWI
                     APGDAGKAPGSKYRTLLTDDDFKTLAPYAGLKFKPNEGNMIDYKVGAAMDYPLMRVEE
                     MYFIEAEALAASQGVAAGVSALESFMKTYRYDSYKCSATTLADFRKELMLQKRIEFWG
                     EGIIFWDYKRLELKVTRGYKDTNCPVGYRMNSIEGYCAPWFNIYFNKYETDQNKAIIL
                     NPDPSGVISDWTGQ"
     CDS             complement(15104..18265)
                     /gene="susC"
                     /locus_tag="SEQF2638.1_00715"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q8A1G1"
                     /codon_start=1
                     /transl_table=11
                     /product="TonB-dependent receptor SusC"
                     /translation="MMLLALILIGTGAAMAQTQASGTVTDQQGEPMIGVTVHVKGNTT
                     TGTITDIDGKFALSVPKGSTLVISYVGYKTQELPATAGMKVVLTDDTEQLDEVFVVAY
                     GTSKRSAFTGSATVINSDALTKKQATNVVQALAGQVAGLQMTSGSGQAGGDAPTMLLR
                     GIGSINASTGPLIIVDGAPYDGGWDNINPADVESISVLKDAASNALYGARGANGVIII
                     TTKNAKSGEAVITASAKWGANTRGTIDYDYIKDPGQYYEAQYRALYNKLHYVDKLSAD
                     DAYVQANQDLVSGVKEKGGLAYNVYSYPDGQYLIGKDGKLNPNATLGRVVNGHMLLPD
                     DWTKEAYSTSLRQEYNVNVTGGNEALQLYSSFGYLKDNGVLPNSGYERYSARVKASHQ
                     AKKWLKYGMNVGYVYSTTQTLSESESTDPTAFTQGIAPIYPVYLRDANGNIRTDENGK
                     MYDYGVATAGPKLVRPAYSNLSIQTMMLDLRQTKAHSLNGNAFADILFSDELKFTFNA
                     ATSVFGQRYFTSGNPFYGWGIEEKGNISVYHYRTTTLNLQQLLNYNHTFGDSHNFSAL
                     LGHEYYKYNYVLLSASKKNMFSYWGNHELGGAVIDGKKADSYATNYNTEGYFFRGLYD
                     YNGKYFASASFRRDASSRFHPKHRWGNFYSLGGAYLISNEEFFKCKAFDMLKIKFSIG
                     QQGNDNIGDFYYTDRYGITNNNDALSLSFSDKGKEDITWETNTNVNLGAEFELWKGKL
                     TGDVELFYRKTTDMLNFFTVPPSLGYNGYYDNIGDMVNRGVELDLHYTPIKRKDLVWT
                     INLNLTHYKNKISYLPEEKKTNNEGGYDGYVDGIRYYGEGLPINTWRIHRFAGLSPEG
                     KSLWYYTDKTTGEEKTTDTYSNADFYLCGDPNPDLYGGFGTSLSFRGFDFSAQFSYSV
                     GGKIYDYGYASMMSNPIASSASGFRLHKDVFNAWSPENTSSEIPRWYFNDLDAAGQSD
                     RFLIDGSYLNLQNIQLGYTVPEKLTKRLGGIRNLRFYVTCDNIYYWSKRKGLDPRTTT
                     TGSTSSTGVSPYRTYSAGLSLQF"
     CDS             complement(18467..18949)
                     /locus_tag="SEQF2638.1_00716"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRVFRSKTISLGRLCESFEPQTSRWGDCASLSGHRLPGGPIVRV
                     FRATDFPVGRLCESFAPQTFRWGVCASLSSHRLPGGAIVRVFRATDFPVGRLCESFEP
                     QTSRWGDCASLSRHRLPGGAIVRVFRATDFSVGRLCETIVRQETFSWVRFFSSVHRLV
                     "
     CDS             complement(19609..21555)
                     /gene="yheS"
                     /locus_tag="SEQF2638.1_00717"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P63389"
                     /codon_start=1
                     /transl_table=11
                     /product="putative ABC transporter ATP-binding protein
                     YheS"
                     /db_xref="COG:COG0488"
                     /translation="MISIEGLTVEFGGFTLLDHLSFVVNKKDRIALVGKNGAGKSTLL
                     KILAGLQQPTSGVVSVPRDTTIGYLPQQMQLEDKRTVRQEAELAFAHIHETEAAVERL
                     NRELAERSDYDSETYHTLIERMTTLSERLQLIGATSYQAELERTLLGLGFARDDFDRP
                     TAEFSGGWRMRIELAKLLLRRPDVLLLDEPTNHLDIESIQWLEHFMATSSNVVVLVSH
                     DRAFINNTTRRTLEIELGHIYDYKVKYDEYVQLRRERREQQQRAYENQQKMLADTEAF
                     IERFRYKATKAVQVQSRIKQLARVERIEVDAEDTAILHLRFPPAPRSGSYPVIAEHLT
                     KRYGDHLVFSDATFTIHRGDKVAFVGKNGEGKSTLVKCIMGEIADYSGTLRLGHNVRI
                     GYSAQNQAQLLDETKTVFETIDYVATGDIRTKIRDILGAFMFGGEASDKKVGVLSGGE
                     RSRLAMIRLLLEPVNLLILDEPTNHLDMRSKDVLKEALSDFDGTLIVVSHDREFLDGL
                     VDKVYEFGGGRVREHLGGIYDFLERKRIENLRELERRTAASTQSVSAEESEAPSAKRS
                     YEEQKEQARKIRRLEKAVADVEREISDLERRSAELEAQMNTPEGAADTSLFAAHNDLQ
                     KALSDAINRWSEASETLDAAKNES"
     CDS             22483..23871
                     /gene="mnmE"
                     /locus_tag="SEQF2638.1_00718"
                     /EC_number="3.6.-.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q8KAS1"
                     /codon_start=1
                     /transl_table=11
                     /product="tRNA modification GTPase MnmE"
                     /db_xref="COG:COG0486"
                     /translation="MNTHLDSSTICALSTPAGSGALAIVRVSGPEAVTLCDRFFQPRS
                     GVPLAERRSHTATFGRLVRDGELLDEAVATVFRAPHSFTGEDTVELSCHGSTFIRQHL
                     LEWLIDGGARAAAPGEFTRRAFLNGRMDLSQAEAVADLIASTSAGMHRVAMNQMRGGF
                     SDELATLRAQLLEFASLVELELDFGDHEELEFADRTRLGELADRIARRIDTLAASFAA
                     GNALRHGLPVAIIGRPNVGKSTLLNGLLNEERAIVSDIPGTTRDTIEETLALDGRLFR
                     FIDTAGLRDRTTDRIEEIGIRRSFEKADQAAIILYLLDLTDSTADDWLETSRWLRRYD
                     KPVLMVGTKNDLARRSPIHTTDNVQAIHISCREPADIERVKQRIVELADTLTVGTHDV
                     IVTNARHYEALCRAGEAIRRVLAGLSDGLPGDLLAEDLRDCLHALGEITGGEIVTDEV
                     LANIFSKFCIGK"
     CDS             complement(23966..26554)
                     /gene="clpB1"
                     /locus_tag="SEQF2638.1_00719"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P53533"
                     /codon_start=1
                     /transl_table=11
                     /product="Chaperone protein ClpB 1"
                     /db_xref="COG:COG0542"
                     /translation="MNLNNFTIKSQEAVQKAIELVGQQNQQSIEATHLLKAVILTGES
                     VVNFLFQKLGINPQGLNAALDRKIASYPKVEGGEPYLSREANAVLQKAVDYCGKMGDQ
                     YVSLEHIILALFSERSDASQMLKDAGMTEKELRAAIDELRKGNHVTSQSAEDTYDSLS
                     KYAINLNERARSGKLDPVIGRDEEIRRVLQILSRRTKNNPILIGEPGVGKTAIAEGLA
                     HRIVRGDVPENLKSKQIFSLDMGALIAGAKYKGEFEERLKAVVNEVTKSDGQIILFID
                     EIHTLVGAGKSDGAMDAANILKPALARGELRAIGATTLDEYQKYFEKDKALERRFQTV
                     MVDEPDEADTISILRGLKEKYENHHKIRIKDDAIIAAVQLSSRYITDRFLPDKAIDLM
                     DEAAARLRMQVDSVPESLDEVSRRIAQLEIEREAIKRENDQPKLEQLSREIADLKEDE
                     KKQKARWQNEKELIDRIQQNRIDIESLKYEADRAEREGDYGKVAEIRYGRIKTKEEEN
                     ADIQRQLHEMQGASAMIKEEVDSEDIADVVSRWTGIPVSKMLQSEREKLLHLEDELHK
                     RVVGQDEAIRAIADAVRRSRAGLQDPKRPIGSFIFLGTTGVGKTELAKALAEYLFDDE
                     NMMTRIDMSEYQEKFSATRLVGAPPGYVGYDEGGQLTEAIRRKPYSVVLFDEIEKAHP
                     DVFNVLLQVLDDGRLTDNKGRTVNFKNTIIIMTSNMGSSLIRDRFEQLTDDNRERVVA
                     ETKAEVLDLLKKTIRPEFLNRIDEIIMFTPLTEQEIRQIVGLQLKGIERMAAANGIAL
                     QFSDAAVAYLAEKGYDPQFGARPVKRAIQELVLNELSKQILSGKIDRGHAVKVDFREG
                     QLVFEN"
     CDS             complement(26875..28707)
                     /gene="rlhA"
                     /locus_tag="SEQF2638.1_00720"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P76104"
                     /codon_start=1
                     /transl_table=11
                     /product="23S rRNA 5-hydroxycytidine synthase"
                     /db_xref="COG:COG0826"
                     /translation="MARRIELLAPAKDLACGREAILHGADAVYIGAPKFGARAAAGNS
                     LDDIRTLCDFAHIYNVSIYVALNTILRDDELKEAERMIHQLYDAGVDALIVQDLGLTR
                     LDLPPIALHASTQMDNCTPEKVAFLAQAGFEQVVLARELTLQEIRRIADATPKDVSLE
                     AFVHGALCVSYSGRCYLSSALTGRSANRGACAQCCRLPYTMVDADGRTIARDKHLLSL
                     RDMNRSDDLEAMIAAGVSSLKIEGRLKDVAYVKNVTAYYRQRLDKILARDPSLRRASD
                     GRSTYTFEPRPEKSFNRSFTDYFLHGRRPDITSFDTPKSIGEPLGRASANRGGGLVVD
                     GTKQLHNGDGLVFFNPRGELEGFRVNRAEGRRIVAARMPAIKPGTLLYRNVDSAFEAV
                     LAKPSAERRIAIDIVWSNTSDGFALTLTDTAGCGVTVTRTFAAEPAVKPQGENIRTQL
                     SRLGTTPFEAARITVDMHENLFVPSSLLGEMRREAVDRLLSERLARRTRRRRRAESPT
                     AVYPNSTLDYTANISNAKAEAFYRSHGVRTVERAYEEQPRTGVPLMFTRHCLRYSMGW
                     CPVHQQGRSPFREPYYLLHEGTRLRLEFDCVRCEMRVINEPTQP"
     CDS             complement(28711..29643)
                     /gene="metAA"
                     /locus_tag="SEQF2638.1_00721"
                     /EC_number="2.3.1.31"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:A6LC32"
                     /codon_start=1
                     /transl_table=11
                     /product="Homoserine O-acetyltransferase"
                     /db_xref="COG:COG1897"
                     /translation="MPLNLQKNLPAVELLKTEHIFVMDSLRANSQDIRPIRVVVLNLM
                     PLKITTETDLVRLLSNTPLQVELELMKIKGHTSKNTPVEHMREFYRDFDSMRNEFYDG
                     MIVTGAPVERMPFEEVRYWDELTEIFDWGRTHVTSTFYICWAAQAALYHFFGVQKHDL
                     PSKMFGVFRHTMNEPFLPIFRGFDDEFYVPHSRHTEVRRSDMVGIPGLTLLSESDEAG
                     VYMAMARGGREFFITGHSEYAPNTLDDEYRRDLAKGLSIAPPTGYYADNDPSKPPIVR
                     WRGHANLLFSNWLNYYVYQATPYHLDDIRNLGDL"
     CDS             29854..31254
                     /locus_tag="SEQF2638.1_00722"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNRKIVTLLLAAGALVGVSSVASAQLTGQPWDPMWDMVMRGNDT
                     TLTYLPNRPAAPRPIFPAVRWRDSTRIRLYEGCAVQVDTAFIIPAGKNRRIVYKDMPK
                     DHLGRHYIVNAVTDKVYTEFDTITLPDSKDSTVISLNFKHFRLSDGEPTLRDGYLGNI
                     KLHVKVGSMWNGTAYGAAYDSVNAVKYQYFNLPQITNPKKVDPSPRDTGRFAFKWSGA
                     LVNGANGDPYEHWSSWEDTSIHSGDSVFYVAPAYYSLDRGATWLPCESEGVDLNARDI
                     ADMGRDVPVLVRVPNGCGSYQVIEAQSRPNPPVVTREVTIENADGGTVDPYKNKINSG
                     SDFTFTVRPAGSNVPNVTTSRDKVIPDANGVLWKKNADGSYTYTVRRVQENLTVKLSY
                     TQSNAEVAGTRVWSENGQLYVTAAVSGRANVYNVLGKLNRSLTFSAGETKSVAVPAGI
                     YVVSLNNGKAYKVAVR"
     CDS             complement(31264..31386)
                     /locus_tag="SEQF2638.1_00723"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNLHGLYVLQQRLYGLSDVPKDKGPEALFSSEPFCSKSGI"
     CDS             31519..32532
                     /gene="asd"
                     /locus_tag="SEQF2638.1_00724"
                     /EC_number="1.2.1.11"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q04797"
                     /codon_start=1
                     /transl_table=11
                     /product="Aspartate-semialdehyde dehydrogenase"
                     /db_xref="COG:COG0136"
                     /translation="MRTAIVGASGAVGQEFLRVLEERDFPVDELVLFGSSRSAGREYK
                     FRGKAYTVKELKHNDDFRGVDVAFVSAGGGTSTAFAETITKHGAVMIDNSSAFRMDAD
                     VPLVVPEINPEDALKRPKGIIANPNCSTIQMVVALNAIEKLSHIRRVHVSTYQAASGA
                     GAEAMNELRTQYMQLAQGEEPVVEKFFYQLAYNLIPQIDVFTDNGYTKEEMKMYHETR
                     KIMHSDVEVSAMCVRVPVMRAHSEAIWVETERPVSVEEARAAFAADKGIVLQDDPAKK
                     DYPMPLFVAGHDPVYVGRIRKDLANPNGLIFWTVSDQIKKGAALNAVQIAEYLIQAGN
                     IGK"
     CDS             32602..33993
                     /gene="rsmF"
                     /locus_tag="SEQF2638.1_00725"
                     /EC_number="2.1.1.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q5SII2"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosomal RNA small subunit methyltransferase F"
                     /db_xref="COG:COG0144"
                     /translation="MSFDSDKMSQESLPNVFEGRMRRLLGDDYEAFERALEGAPTVSL
                     RVNPRKAADGREMPLGDRVPWCETGRYLTERPAFTFDPLLHAGAYYVQEAASMFLERA
                     VGRYVTEPVVALDLCAAPGGKSTHLISTLPEGSLLVSNETIRSRSRVLAENMAKWGAP
                     SVVVTQADAKDFGRLTHRFDLIVADMPCSGEGMFRKTPSARAEWSLEAVRLCAARQRR
                     IVHDVWPALRPGGLFIYSTCTFNTEENEDNLRAFADTFGAEVLPVDAPEAWAVGGALT
                     GTLPICRFWPHRTRGEGFTLAVIRKPDDGPLRATRLRPTRRQPAAAVPEEMKRWLAAP
                     EDYALERTADGRVRALPRAFRDVVTELEAHVRVLTAGVSLGEVKGRDAVPSAALALSS
                     ALRPEAFMTVDLPRPEALRYLWREALSLSADVPRGYVLAAYGGLPLGFMKQLGPRANN
                     LFPDEWRIRKALI"
     CDS             complement(34113..34709)
                     /locus_tag="SEQF2638.1_00726"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG0052"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSKMKSETDETLVAMYANGNNDAFDALLERYKQTIHSYIYFSVR
                     DYDLTEDLFQETFMKVITTIRQGRYTESGRFKAWITRIAHNLIIDHFRQERNENTISN
                     DEVAVDLFNDMRFSDKTIEEMLVNKQVFEDVKKMIRFLPANQREVLEMRYYEELSFKE
                     IAARTSVSINTALGRMRYAILNMRRMMAENRIELSLCS"
     CDS             complement(34792..34956)
                     /locus_tag="SEQF2638.1_00727"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNEHVLCTKFTFRFWAIDLKMKPRVLYKMSRIARANVGRGLAGK
                     AFLRYFAAVK"
     CDS             complement(34975..35160)
                     /locus_tag="SEQF2638.1_00728"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNALLEEIQLHPTTGTGQIERLKHYGEETWSRRINHEHRIVYRV
                     HEASVEVLILSVYGHYE"
     CDS             complement(35228..35503)
                     /locus_tag="SEQF2638.1_00729"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MITVSGLEFRANQGKYLDMVINGQELTLKLRGKGAFKIIPVKEE
                     DDEATMSEKEFYAKIDHSLKQAEEGSVTRQHDGESVDAFIERLSCTD"
     CDS             complement(36410..38035)
                     /locus_tag="SEQF2638.1_00730"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKMKRIYVAALLSLSAATLWAQQEMDAYRYSPMDLNGTARSIGM
                     GGAFGALGGDMSAMSHNPAGIAVYRSSELQTTLALTRTDADATWTGVKDSKSLVRMRF
                     DNFSYVGYVPTGYDSGIKAWNFGVAYNRVRDFNRAYHVTGRPTRSLADYAAMRTSTAR
                     EQNGRIFGLSEDKLAANSAYNDLTGDWLSVLGYKAGFFGTRYKDLNDVYGSSFGAYNS
                     SGIWTSNSPSQSTMEINESGQIVEYNFSGSMNISDRVFLGATVAVTDITYHLNSAQRD
                     DFGANNYAALQNALETDGSGYSINLGAIIRPIDELRLGVAYNSPKWYRMTDYYYASAQ
                     SYSSADAKKPLMSSSTPQDKGSFSYAFRSPDRWIFSLAGVVGQTALLSLDYELTDYRK
                     MRLGNRDDDTYYSDITQQAERDFKVGQTLKLGAEYRVTPQFSMRAGYVWQASPMQGRL
                     TAGGEIFTSGTVTHYSTVGTANTYTVGLGYRFTPNFYVDLACLYRSAAEQLHPFSDLP
                     ITDASRHLSALSADVASTQIKTTRTLLTFGYRF"
     CDS             complement(38184..39671)
                     /locus_tag="SEQF2638.1_00731"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMKTMKSVYLTSLLLLAAISATAQEDYYDDVYFSTKSKKRERTD
                     ERRMSASDRPASRKRYDRDRDNFDSDRDVDAYNRRYTDSSTADYNDYDRDARDDNRKA
                     KASERRGDNEYSERIIRYHSPSKITITGADNVDLNLSDGYYSYSYDTDYSGGRTNVNI
                     NVNVGNGWDAWYSWYDPWFYGGFYSPWRSAWRWRNAYWGWSFGWGGFYASWYDPWYDP
                     WYSGWSGYYGGYWGYRCADYYYPYSSTTNNYYYGWDNGNRDTRRDYSSRSTTYRSSSD
                     GGNYSDVYSTRSTSTRSSSDGYTRSGRDASSRSSSYSRTADDIYSSRSSSSRSSSSYD
                     GSSTRSSSRSSDSYYDGGSSRSSSRSSSGGYYDGGSNGSSSRSSSVYEGSSRSASSRS
                     SSGGYYDGGSSRSSSIYSGSSTRSSGSYNGSSTRSSGSYSGSSSRSSSYDNSYGSSRS
                     SSSSSFGGSSTRSSSSGSFGGGGGSYSGGGGGGGSSRSSSGGGRR"
     CDS             complement(39852..40217)
                     /locus_tag="SEQF2638.1_00732"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMTPCIQIKRVYEAADPADGFRILVDRLWPRGIRKDALPYDLWP
                     KDLTPSPALRRWFHEDPDGRWAEFSQRYRSELATAPSVDEVISRIRPYDTVTLLSAAK
                     ATDHNHALILRDFLTQRMG"
     CDS             complement(40406..41482)
                     /gene="fusA_1"
                     /locus_tag="SEQF2638.1_00733"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q72I01"
                     /codon_start=1
                     /transl_table=11
                     /product="Elongation factor G"
                     /db_xref="COG:COG0480"
                     /translation="MEAGDIGATVNLKDVGRGNTLNGKGCEYRFDFIKYPEPKFRRAI
                     KPVNEADAEKLSEILSRMHEEDPTWIVEQSKELKQTIVSGQGEFHLRTLKWRIENNDK
                     LAIEFLEPKIPYRETITKSARADYRHKKQSGGAGQFGEVHLIIEPYYEGMPAPGTYRF
                     GGQEYRMNVRDTQVYDLEWGGKLVFVNCIVGGAIDARFLPAILKGIMGRMEQGPLTGS
                     YARDVRVCVYDGKMHPVDSNEISFMLAGRNAFSTAFRDAAPKILEPIYDIEVLVPGDY
                     LGDVMSDLQGRRALIMGMNSERGCEKLMAKVPLKEMSSYSTSLSSITGGRASFTMKFS
                     GYELVPTDVQEKLLKEYAATQTEE"
ORIGIN      
        1 cgtgttgcgg gcgtagaggt cggaggtctt cgacaccgaa cggcaataca ccgtctactg
       61 gcagcaggtc gggctgcgct atcaccccac cctcacggac tttgcgcagc gcatcaaagg
      121 gcgcacgctc gtggagatct tccaggcgta tttcgacgga cagacggagg cgcaggccga
      181 aatcagccgt gggctcgtcg attttgaatc ccgtatgcac tacgactacc tccccggcgt
      241 ggaagcgttt ctcgacgagc tgcgtcggca cggtgtgccg cgggccgtcg tcaccagctc
      301 gaaccgcgcc aagatggtct gcgtctaccg agcacggccg gagctgacga cgcacttcga
      361 tgccatcctc gtggccgaag atctgggtcg gtctaagccc catcccgacg gctatctgcg
      421 ggcggccgag cgtctcggcg tggcgcctga gcgttgcgtg gtgttcgagg attcgttcac
      481 cggattggag gctggccgac gggccggagg ggccgtggtg ggtttggcga caacgaactc
      541 ggccgaggcg atcgccacac gctgcgatcg ggtgatcgac gacttccgca ccttcaccgt
      601 cgatgacatg gtgtcactcc ttcaaacaat aaacagacga tgaatacatc ccccttcttc
      661 acgcctgagg agaaacgcga gttcttctca gcttaccgcc gactgctctc gggcctctcg
      721 tcctgcctca agccggagga cgcgcccaag atgaaagcgc tgatccgccg cgtggtcgca
      781 ctcgattgtt acggccgcga tcgcaacggc atcaacggcc tcctgcgcaa catcaacacg
      841 gccgtcatcg ctacgcacga catcggcctc aaacgcaccc ccgtcatcgc cctcttgctc
      901 tatcgtccgg tgatgaagga ggccatcacg ctcgacgagg tggagcagac gttcgacgcc
      961 gacgtggccc tcatgatccg ccgcctactg aagacctccg acctctacgc ccgcaacacg
     1021 gcggttaact cggagaactt ccaccacctg ctcttctcct ttgccgaaga tgtgcgcgtc
     1081 atcctcgtca tgattgccga ccgcctctgc atgatgcgca tgggcaaaca gatccgcgac
     1141 gacaacgacc gcatccgcct ggccaccgag gtctcctacc tctacgcccc gctggcgcat
     1201 cgcctcggcc tctacacgat caagagcgag ctggaagatt tgtcgctgaa atacatcgac
     1261 cccgaccgct atcagtacat caagcagaag ctcaacgaga cgaagcgttc gcgcgaccgt
     1321 tacatcgccg agttcatccg tcccgtgcgc gaaaaactcg agcaagcggg cctgcacttc
     1381 gacatcaagg ggcgcacgaa gtcgatccat tcgatcaaca ataagctcaa gaagcagcat
     1441 gtcgagttcg agggcatcta cgacctcttc gccattcgca tcatcctcga cacgccgccc
     1501 gaggccgagc ggtcggagtg ctggcgggcg tattcgatcg tcacggacat gtatcagccg
     1561 aacccgaagc gcatgcgcga ctggctctcg gtgccgaaga gtaacggtta cgagagcctc
     1621 cacatcaccg tgctggggcc ggacaaacgt tgggtagagg tgcagatccg cacgcggcgc
     1681 atggacgaga tcgccgaacg cggtctggcg gcgcattgga agtataaagg ggtgaaggag
     1741 gagcgtgggc tggacgagtt cctgagtgac gtccgcgcca tgctcgagac gcagtcggcc
     1801 gacccgatgg acttgatgaa ggagttccgc acggatctct atcaggacga gatctacgtc
     1861 ttcacgccca ccggcgaggt gatcaagctg ggcaagggcg ccaccgtgct cgactttgcc
     1921 ttcgccatcc actccaagat cggctgtggg tgcatttcgg gtaaagtgaa cggcaagaat
     1981 gtgcccatcc gacacacgct ccaaaacggc gactcggtgg aggtcgtcac ctcgcccacg
     2041 caatcgccca agcgcgactg gctgacgttc gtcaagacct ccaaagcgcg atcgaagatc
     2101 aagcaggcgc tgcgcgagga gtcggccaag gcggccgagt acgccaagga gctgctgcaa
     2161 cggcgcttca agaaccgtaa gatcgaggtc gaggaagcgc tgctgatgcg ttacatcaag
     2221 aagtgtggct acaagacggt gacggatttc tatgtcgaca tggccgaggg ccgtcgcgac
     2281 gcgaacacgg tgatcgagga gtacctcgag ttagagcgcc gcgagcatgg cgagacgtcc
     2341 gaacacgcgg agatccgcag cgccgaggag tttgtggcgc cgtcggaacc ggtcgagtcg
     2401 cgcagcgatg tgctcgtgat cgataagaac ctcacgggcg tggagtacca cttggccaaa
     2461 tgctgcaacc ccatctttgg cgaccccatc ttcggcttcg tctccacacg cggcatcaag
     2521 atccaccgca cgaactgccc caacgcgcaa gacatgctca gccgcttcgg ctatcgcacc
     2581 atccaggcgc gctggagcgg caagggcacg gacggttacg ccgtcacgct ccacatcgtc
     2641 ggcaacgatg atctcggcat cgtcaccaac atcacgtccg tgatcagcaa agagtcgggc
     2701 gtcatgctcc gctccatcaa tatcgattcc gtggatggac ttttccaagg caacttcacc
     2761 gtcacggtca aggacacggc ctcgctcagc gtcctgacga agaagctcca ggcggtgcgg
     2821 ggcgtgaaga atatcgagcg actaaacacg tgattcggct gcgcttgcct gttgagtcgt
     2881 ttgcctgttg agttgttgag tcgtttgggt cgtttatccg ttgaggtgtt agattgttga
     2941 gagattgagt agtcgtttgt cttcgcgcaa attgcgcagc cccaaacagg cgcctgttta
     3001 ctctcgcgca ggcctctgcc gaggcaggga agtttgcctg gtacaagaaa tggcggcgat
     3061 ttatccagta cccggccaaa cttcgctggc ggccgcagcc gccccccaaa caggcgcctg
     3121 tttaccctcg cgcagattgc gtagccccaa acaggcgcct gtttactctc gcgcaaattg
     3181 cgtagcctca aacaggcgcc tgtttagctt cgcgcagatt gcaggacatc gaacaggcac
     3241 ctgtttaccc tcgcgcagat tgcgtagccc caaacaggcg cctgtttggc attacacaaa
     3301 atgcaggact ctaaacaggc acctgtttat ccttacacga ctcaacacct caacgactca
     3361 acacctcaac gactcaacat ctcaacaact caacacctca acaattgaac gactcaaccc
     3421 gcttgagccc catccgtgcg gcgcggtcgt acatgaactg gagggcggcg tcgcgttcgt
     3481 tggggatcac gccgtcgagg atggcgttct tgatcgcctc cttgagcacg cctacggggc
     3541 gcgacggcgc gagtccgaac gccgccatga tctcctcgcc cgtgacgggc ggctggaagt
     3601 tgcgcacgcg gtccttctcc tcgatcacgg ccatcttctc gcgcaccagg cggaagttgt
     3661 tcaggaagcg gcgcaccttc tccgggttct tgctcgtgat gtccgcctca cagagcttca
     3721 tcaggttgtc tacatcgtcg cccgcctcga agagcaggcg ccgcacggcc gaatccgtca
     3781 cctcgtcgtc cgccaggctg atcggccgca tgtggagcaa gaccatcttt tgcacaaact
     3841 tcatcttctc gttcatcggc aacttcatcc gtcggaagat gcgcggcacc atgcgttcgc
     3901 ccaccagctc gtggttgtga aacgtccacc cgagcttgta atcgaatcgc ttcgtggccg
     3961 gcttaccgat gtcgtgcagc agcgccgccc agcgcagcca gaggtcgtcc gaggtgcggc
     4021 tcagccggtc gacgaccgtc agcgtgtgtg cgaagttgtc cttatggccg atcccttcgc
     4081 gcgtctccgc ccctttcagt gcgcatagct cggggaagat cagctccagc aggccgcact
     4141 tgtcgagcag gtcgaagccg atcgagggct tgggcgagag catgatcttg ttcagctcgt
     4201 cggcgatgcg ctccttggat atgatggcga tgcgttcgcg gttgcgggcg atagcgtcga
     4261 aggtctccgg gtcgaggtcg aagcccagtt gagaggcgaa tcgcacggca cgcatcatgc
     4321 gcagcgggtc gtcgctgaag gtcacgtccg ggtcgcgcgg tgtgacgatg cgcagcgcct
     4381 ccagatcgtc cagcccaccg aagggatcga ccaattcgcc gtatcgccca tcgttcaggc
     4441 agagcgcaag ggcattgatc gtgaagtcgc gtcggttctg atcgtcctct aaggtgccgt
     4501 cctcgacgat cggtttgcgg ctgtcgcggc ggtacgactc gcgccgtgcc ccgacgaatt
     4561 cgatctcgct gtcgcccagt ttcacctgtg ccgtgccgaa gttcttgaac acactgaggt
     4621 gtgcccctcg tcccagcctc cgcgccacgg cccgtgccag ctcgatgcca ctgccgacgg
     4681 tcaccacgtc gatatccttc gacggtcgcc taaggatcag atcgcgcaca tagccaccga
     4741 tcacatacgt ctctagcccc agcctgtcgg cctcctcccc gatcatcggg aagggttgcc
     4801 cggccagcgc ctccgcaata tcttcttcgt aatacatcat ctgtctgtct ttttcaaagg
     4861 gcggcaaaga tagatgccac ccttgccacg gatgaaagcc cagtcatgag ttaccgcagc
     4921 gtgacgccag cctcggcgca acgggccacc atcacttcgg gccacagcgc agcctgtacc
     4981 tcgccgatgt gggcgcagcg cagcaaatac atacagagcc gcgactgacc gatgccaccg
     5041 cccactgcgg gaggcatttc gccggctgcc agggcgcggt ggaagggtag ctcgaggcga
     5101 tccatgcagc cggtcatctc caattggcga agcagtgccg caggatcgac acggatgccc
     5161 atcgaggata gctccagcgg cgcgtcgagc acagcgttcc aaaccaggat gtcgccgttg
     5221 aggccatgga gaccgtcggg cgtgggagtg gaccaatcgt cgtagtcggg ggcgcggccg
     5281 tcgtgacgcg agccgtcgga gagggggcca ccgatgccgc gaatgaagac ggcaccgtag
     5341 cgtcgggcag cctcacgctc gcgctccttg gggctgagat cggggaactc cgcgcgaagt
     5401 tcctcggcgt gcacgaatgt gatctcgcgg ggcagcgtgg gcgggatgtg agggaaggcg
     5461 cggtgcgtca cggcctcggt agccagcagg gcgccgtaga tgcggcggac gatgtcagag
     5521 agaaactcca ccgtgcgatc ctccgggcgg atggtgcgct cccagtccca ttgatcgacg
     5581 tagagcgagt ggatgttgtc cagctcttcg tcggcgcgga tggcgttcat atccgtgtag
     5641 agtccgtggc cagccgggat gcgataagca gccagcttca tgcgcttcca cttggccaac
     5701 gagtgcacca cctcggcacg tcggtcgccc atgtctttga tggggaacga tacggggcgc
     5761 tccacgccgt tgaggttgtc gttcaggccc gaatcggcaa agacgaagag gggcgccgtg
     5821 acgcgtcgga ggctgagggc ctcggcgagt tcggcttgga aggtctgctt gagcagcttg
     5881 atggcgtcct ccatgccttc cgtaggcagc atggggcgat agtcgggggg gaggtagagg
     5941 ttcattgtct acaagtagtt tgggggtagt tataattagg gatgaggagt taggagtagg
     6001 ggcggcctca agcgccgccc gctattcgcg cgcaaaggta aaagggggat gggctacttt
     6061 tggccccatc attttttacg caaacaatac gatttacgca tgaaaacaaa tgcacctcaa
     6121 gcctcccgtt acgccgggta tgtctacatc ttggtcgccg tcctttgcct cacgccgtgg
     6181 gttacgccac cggtggcgct ctttgccggg cttgtttttg ccttcttcct cggctcacct
     6241 ttccccgtct ttaaccgtcg agcatcgcgc tatctgctgc aagtctccgt cgtggggctt
     6301 ggctttggca tgaacctgag cgagtcgctc cgggccgggg cagacggtat cgtcttcacc
     6361 atcttctccg tcttgggcgt gatggccgtt ggtgtcctta tcgggcgcct tttccgggtc
     6421 gatcgtcaga cagcttacct catctccagt ggcacagcca tctgcggagg cagtgccatc
     6481 gccgccacgg gtccgattgc caaggcgaac gaggcccaga tgtccgtctc cttagccacc
     6541 atcttcgtgc tgaacgctgt ggcacttttc ctcttcccgc cgctgggcca tttgcttggg
     6601 ctcacccagc agcagttcgg cacctgggcc gccatcgcca tccacgacac gagctccgta
     6661 gtcggtgccg gagcggccta tggcgacgag gccctgcgta tcgcaaccac cgtgaaactg
     6721 actcgcgccc tgtggatcat tcccctttcg ctctacaccg cctttcattt ccatgcccgc
     6781 aacgaacgca tctcgattcc gtggttcatc ctctgcttcg tactggccat gacggccaat
     6841 acttacctcg gtatcccggc ggaggtaggc gcgaccatcg tgcgtgtagc ccgacagtgc
     6901 ctcacactga cgcttttctt cattggcgct ggcctctcgc gcgccacact gcgaaccgtg
     6961 ggcgtccgtc ccttcatgca gggcatcgca ctctggttct tcatcggcgc cattagcctg
     7021 acgttcgtat gtctctatta ttgattggcg tacggtgtga cgccacttgc accaccctcc
     7081 gcggcgcctc gattatcaat ctatctttgc ccccgaaaca ttttgactga caacaaggga
     7141 ttccggctgg ttgaacaacg cctcggccgg gattcttttt tttactgaac aaatcatcaa
     7201 cccaaaaaga aggagactgt aagacatggc tgttacgtac atgacagaag aaggctacaa
     7261 taagattttg gccgaaatca actacctgga gagcgtaaaa cgtccggaga tctcagcgca
     7321 gatagccgag gctcgggaca aaggagacct ctccgagaat gcagagtatg acgccgccaa
     7381 ggaggcgcaa ggaatactcg aaggaaagat cgcccagctc aaagggctta tcgctaacgc
     7441 acgcctgatc gatgagaagc aaatcaagac agacgtggtg cagatcatga acaaagtgaa
     7501 gctcaaaaac gtagccaacg gcgccgtgat gacctacacc ctcgtgtcgg actcggaggc
     7561 caacctcaag gaaaacaaac tcgccatcag tacccccatc gcccaaggct tgatgggaaa
     7621 aaaggtcggc gatgtggctg aaatcaaggt gccctctggc atccttaagt tcgagatcat
     7681 ggagatttcg atctgaaccc ctaactcacc catttacgca tcatggcaac tgtattcagc
     7741 aaaatcgtgg cgggcgagat accctgccac aagatcgcgg aggacagcga gttcttcgcc
     7801 tttctcgaca tccatcccgt agctacgggt cacacgttgg tcattccgaa agaggaggtg
     7861 gattacctct tcgccatcga cgacgcgaag ctcggccgca tgatggcctt cgccaaacgg
     7921 atcgcacggg cgcaagagca ggccatcccc tgccggcgca ttggcgtgac ggtcatcggg
     7981 cttgaggtgc cgcatgcgca cattcacctg gtgcccatca cgcacgagtc cgatatgtac
     8041 ttcgatcggc ccaagggcac accgacgaat gacgaactgg ccgccaccgc ggctgcgatt
     8101 cgcgaaaagc tggcctaagg gtcgcgccaa gcaggctgca cgcggtgtgg cctcaaaaaa
     8161 gagtcctgcc ggacgaaagg gaattcgttc cccttcatcc ggcaggactt ttttgtatgc
     8221 cacccgtcgt gtcgggtggt tttcgtgatg attttccgaa tcgtgctgcc cgtcaggcct
     8281 tccaccccgg cggggtgttg ggagcgtcga ccgttgcgcc ccgacgccca ccgattgggc
     8341 gacctgattt tccgtcaggc tttccgcctt ggcagagagc tgggagcgtc ggccgttgcg
     8401 ccccgacgcc caccgattgg gcgacctgat tttccgtcag gctttccgcc tcggcgaggt
     8461 gttgggtgcg ttggccgttg cgctccgaca cccaccgatt gggcgatctg attttctgtc
     8521 aggccttccg cctcggcgag gtgttgggag tgtcggccgt tgcgctccga cgcccaccga
     8581 ttgggcgacc tgattttctg tcaggctttc cgcctcggcg ggttgctggg ggcgtcggtc
     8641 gttgcgcccc gacgcccacc gattgggcga cctgactttc cgtcaggctt ttcgcctcgg
     8701 cgaggtgctg ggagcgtcgg ccgttgcgct tcgattctca ccgattgggc gacctgattt
     8761 tccgtcaggc tttctgcctc ggcggggtgc tgggtgcgtg ggccgttgcg ccccgacgct
     8821 caccgattgg gcgacctgat tttccgtcag gctttccgaa ccaccgcgtt gcggacggcc
     8881 atcccgagca gggccagaaa gacgacgccg actacaatcg atgcgatgag cgagatccgt
     8941 gcgctgcgca gatagacatc gtccacgcag cggaactcaa ttttgtgcgt gcccgcgggg
     9001 atctccagcc cacgcaggat gtaatccaca cggatgggct tcacctcgcg gccgtcgatg
     9061 taggcgtgcc acgttttgta gaacacctcc gagaagactg ccaaacgcgg cgaggcgctc
     9121 tggctctcgt agagcaggcg gtcgggcgcc gggtaatccg tcaggcgaat cgtggcggcg
     9181 ctgtcgctcg aggccagttg ctgccacgac ggcaggtcgg cctgccatgc cttatcgatg
     9241 acggccgtgc gcacggggtt gaagtcgttc agggccacga tttcctcgtc gggcgagtta
     9301 acccagcgaa tctcgttgac gaaccaaacg catccggggg cgccggggtt acgctgcacc
     9361 tgcggccctt ggtcggtggg gacgatcacg taacgcgtgt tgagcatgtt caaaacgttc
     9421 ggattgatcc ctttagccgc aaaatgataa tcgataatat cctgatagcg gcgcaacttg
     9481 gcggggctat aacctccgac ggacttatga aagtacgacg tctcggattc gttaaacgta
     9541 ctcttggtca ggttcaaaac ccggtaattc gggtccttgt cctgcaggat ttgcttgtct
     9601 gcctccgtgg ccacgatttc gcgtgcctga cgctgcggca caaagtcctc ataattcaaa
     9661 aagcgcttat ccacggccca gagatcggca aaaacgagca gcccgatcac ggccaccacg
     9721 taattcgcgt taaaaggctt cttcagataa atgaatagca gcgcagccac cgcagcgatg
     9781 aacccaaacg aacgccaggc atcggccgag agcatgccct gccgatcggc tacgagcgcc
     9841 atcagcaagt cggggtattg cttgaactgc tcgtcggctg ggcccgaaaa gctcatcagt
     9901 ccgcccccaa gcagggcgta gagtaggcaa aggcccccgg tgaggccagc ggcgatgtag
     9961 agcgggcgca acagggcgcg tttgtcgtcc gcctcgagga tgcgcttgac ggccaggatg
    10021 gccagggccg ccatcgaaac ttcggccacc acaagcgcca tggaaggcgt tcggaacttg
    10081 ttgtagagcg gcaaatgata gaagaagaac tcgttgatgc ctgcattttt accccacgag
    10141 aggagaatcg aaatgagcgt cacggccagc agccaccagc gctcaggccc cttcacgatc
    10201 aagagtccga gcacgaaaag gaagcagatg atggccccga catacaccgg cccgctcgtg
    10261 aagggttgat cgccccagta catcggggcg aagcgcgtaa actggcgccc ctgatccgcc
    10321 tgcccatgat cggaaaagaa gcgatacgtg tgcgagtcgg tgccgatgtt atgatgcgaa
    10381 tccgagccgt agaagttggg gatgagcagc gtcatggtct cgccccggcc gtagctccac
    10441 atgtaggcat agtcgatctc gagccccgag ctttcttttt gaccctccgc attgttcttc
    10501 agcaccgccc ccccgcgcat ggattccttc acatagtcgg ctgagctgat gagctgtccg
    10561 gcggctggtg ccacggccag caggcccacc acgaggagca cggcggacga cttgaggtag
    10621 gcgcccaacg tgtggttgcg aatcgcaaag atcaggtagg tgagggccaa aacgagcatc
    10681 ataatcaata ggtaatagct gatctgctga tgactccaca ggacgttgag cccggtgaaa
    10741 aacagggtca ctaagctgcc ccagagcagc cgcccgcgat agcagaggat cacgccgccc
    10801 aggatcggcg ccatcgtcga catgacgagg cacttattga cgtggccggc ctcaatgatg
    10861 atcagattgt acgacgcgaa ggcgtaggcc acagctccca ccgcggctag gcccgggcga
    10921 caccccagcg cgatcataaa cacgtagaac cctaccaaat agagcagcac aagcagcgcg
    10981 ttgcccggca gggtgtacgc caggaagcgg ctcagatagt caaagatgtt tactatcggc
    11041 gcgctattcg tgtagttatg cggcatgccg ccgaacatgc gcgccgacca gtaggcgtgc
    11101 tcgccggttt tcagatagtg atccgcgatg tcttttcccc agccctgagc gctgtttacg
    11161 tcgccttgca ccagcccctt accgtcgaac agttcaggtg cgaaatagat cgctgcgagc
    11221 gcgaaaaaca ggatcaccac caccacgtgc ggccatccct tcttgattgc ctcattcata
    11281 tttgaaaaac taatttgatg tcgtataaat gtcgtcggat tcggtcagaa aagcagcccg
    11341 ctgtgggcgc gattcagagg cggattcccc ggcctatttg tttggttttg gggcgcaaac
    11401 gtaggtaaaa aaccgcgacc cttttcgccc gccagcgcct gtcggggtct attcgtcgga
    11461 gcgtttttcg ggtcggcgct gtgagggggc gaaaaaagta gcctcggccg cctttcgatc
    11521 ctgtgcggcg tgcgattccc gcctctgggt agagtcgatt ttgattttgg ggtgagtaaa
    11581 acccgccggg tttcactcaa acgtgtggca atgtgaaaaa cccgccgggt ttcgtgccat
    11641 gtcgtgtggc aaagttaaaa acccgccggg ttttgggcca tgtcgagtgg caaagtccaa
    11701 aacccgccgg gtttcgcgcc atgtcgtgtg gcaaagtcca aaacccgccg ggtttcgcgc
    11761 cgtgtcgagt ggcaaagtcc aaaatccgcc gggtttcgtg ccatgtcgtg tggcaaagtc
    11821 caaaacccgc cgggtttcag gctatgtcgt gtggcaaagt ccaaaacccg ccgagtttcg
    11881 cgctatgtcg tttgcggaaa tatgaaaccc gtcaaatttt tcatgtaccc gtgtaggggc
    11941 gcaaaagcat acgcccctca aatagcctcg acgaaggttt gggtctaaaa tcgagcaggt
    12001 tttgggtgta tccttattgg gaagggtgaa atgaggtgtg tttttggtgt gtccgggtgg
    12061 gggaatatga aactggacga attatgcaca tacccgtgta gggcgcaaaa gcatacgccc
    12121 cgaaatgtcc ctcgccgacg gtttggatgt aaaactgggc gggatttggg cgtatcctta
    12181 ttgggaaagg tgaaatcggg tgcgtttttg gcgggtacgt gtttcggaag gtgtggcagg
    12241 tcgggcgttc ttaccccatc aatggcgaca ggcaaaacgc ttctcaaatc agacctatct
    12301 ttgccgcctc taattaaaca cggaaagaac aatgagttac aatttattga aagggaaaag
    12361 aggcatcatt tttggcgccc tcaacgattt atctatcgct tggaaagtgg ccgaacgggc
    12421 tgcagaggaa ggcgcacaaa tcgcgctgac aaatacaccg atcgcaatac ggatgggcga
    12481 agtccgggcg ctggcggagc gtctccaagc gccgatgatt cccgccgacg cgacgagcgt
    12541 ggcggacctt gagacggtct tcacggagtc gacgcgagcc ttgggcggaa agattgactt
    12601 cgtgctccac tccatcggta tgagccccaa tgtgcgcaag aagcgcacgt acgacgattt
    12661 ggattacgac ctactctcga agacgctcga catctcggcc gtctccttcc acaagatgct
    12721 gcaagtggcc aagaagcagg acgccatagc ggagggcggg tcgatcgtcg ccctgaccta
    12781 tgtggcctcg cagcgcacat tctttggcta taacgacatg gcagacgcca agagtctcct
    12841 ggagtccatc gcacgcagct tcggttacat ctacggccgc gagaaaggtg tacgcatcaa
    12901 cacgatttcg cagtcgccga cgctcactac ggccggaagc ggcattaagg ggatggatca
    12961 cctgatggac ttcgccgaca agatgagtcc cttaggcaac gccacggcgg atgactgcgc
    13021 cgactattgt gtgacccttt tctcggatct cacgcgtaaa gtgacgatgc agaacctctt
    13081 ccacgacggt ggcttctcga gcatgggcat gagcctccgc gccatgaatc agtatagcaa
    13141 gagcttcgag gagttcaagg acgagtcggg gaagatcgtt tacggctgat ggtatagcgg
    13201 gggaggggct gacaggaggt cccagcccga tcatttacgg gtagagcaaa gcaaagaggc
    13261 gtcccacaca ctgcggtgcg ggacgcctct ttcagttaga ttcgacggct ggggcggtta
    13321 ttggcccgtc cagtcggaga ttacgcccga tggatcgggg ttgaggatga tggccttgtt
    13381 ctggtccgtt tcgtacttat tgaagtagat gttgaaccac ggcgcacagt atccctcgat
    13441 cgagttcatg cggtaaccta cggggcagtt cgtgtccttg tatccgcggg taaccttcag
    13501 ctcgaggcgt ttgtaatccc agaagatgat gccttcgccc cagaattcaa tgcgtttttg
    13561 gagcattaat tccttgcgga agtcggccag ggtcgtggcg gagcacttat aggagtcgta
    13621 gcgatacgtc ttcatgaagc tctccaaggc agagacgccc gccgcaacgc cctggctggc
    13681 agccagcgct tcggcctcga tgaagtacat ctcctcgacg cgcatcagcg gatagtccat
    13741 ggcggcgccc accttatagt cgatcatgtt gccttcgttg ggcttaaact tgagtccagc
    13801 gtagggagcc agcgttttga agtcgtcgtc ggtgaggagg gtgcgatact tcgagcccgg
    13861 ggccttgcct gcgtcgccag gtgcgatcca ggaggctttg cgccagtcag cgtcggggat
    13921 ctgatcgaaa agtgccttgc tgatggtgcg tgtggctcca taggttgcgt tagccacgcc
    13981 gaaggtctgc tcggggcaca tgttagaagc gaagttgatg taggcgctgt agacgttggc
    14041 ctctttggtt atgatacccc acatccaaga ggaggcgagg atggagttga agcccgtggt
    14101 gtagctcttg ccaccgaacc aatcgctctc agtcaatggc tgggcaccgc tggcggtgat
    14161 ggcttcgcgg gcgaactgtg cggccttggc gtagcagtct ttcgcggagg tgatgtccga
    14221 acgtacggcg gtgaaggcgg ccagatcggc gggatacttc tcgaagcgtg tgcccagctc
    14281 caaccaggtg cgtgccttca gtccggcgac aacggcggag ttgggcaggt ttttggctga
    14341 ccgggtgaag ccgttgagga ggttaccggc cgtctccagt tcgtcgagga tgtatttgta
    14401 catcgtctgg aaggggacgc gtggattatt gcgcgcatcg gtctcggagg tcttctcggt
    14461 gacgagctgc gtggtgaggc cataaacctt gttggcggcc gcttcgttgt cgagtttggc
    14521 gatgcctgtc ttcttgtatt cgtagaggcg tgccatatcg aggtaagcca gcgcgcgaca
    14581 ggtgtgagcc acgcctgcgt actgcttcag gagcgggtcg gtggtctctt tgtcgatcaa
    14641 gccgacgagg tcattggctc gcttgaggag cttgaagtag tagccgtaga gcacgtagga
    14701 tatcgagttg ttcacgccga ggctggtgca aaggccgtac gaggagaagt agtcatagtc
    14761 ggagctgtag acataaaagt cctcgcacat cacatcgcgc atgatgcccc aagcggggta
    14821 tccgaagtcg aagttgtagg cattgtagta gttcaagtca cggtcgtaac tattgtactc
    14881 gttgatgtag cccacgatgg agttttgcag ggcttccatc gcgctctttg acttcatgac
    14941 ttgatccttc gtggccgtag acgactcggg aaaagtctct tcgatgcaac tgttcaggcc
    15001 gactgccatg agcagtacgc agcaggcgag ggctttcgtg atcagagtta tctttttcat
    15061 tgtgatcatc ctttcttatt gatatacatg ggtgaggata ggcttagaat tgcaggctga
    15121 ggccggcaga gtaagtgcga tagggcgaca cgccagttga ggaggtgcta ccggtggtgg
    15181 tagtgcgcgg atccaagcct ttgcgtttgg accagtagta gatgttgtcg caggtgacgt
    15241 agaagcgcag gttgcggatg ccaccgaggc gcttagtcag cttttcgggc acggtgtagc
    15301 cgagctgaat gttctggagg ttgaggtagc taccgtcgat caggaagcgg tcagactgtc
    15361 cagcggcgtc gaggtcgttg aagtaccagc gaggaatttc agagctggtg ttctcgggcg
    15421 accatgcgtt gaagacgtcc ttgtgcaggc ggaagccact ggccgaagag gcaatcgggt
    15481 tagacatcat gcttgcatag ccgtagtcgt agatcttgcc acccacggag taggagaact
    15541 gtgcggagaa gtcgaagccg cggaagctga gcgaggtgcc aaagccaccg tagaggtctg
    15601 ggttcgggtc gccgcagagg tagaaatctg cgttggagta agtatccgtc gtcttctctt
    15661 cgccggtcgt cttgtcggtg tagtaccaca gcgacttgcc ttcgggagac agacccgcaa
    15721 agcgatggat gcgccaggtg ttgatgggca ggccttcacc gtagtaacgg atgccgtcga
    15781 cataaccgtc gtatccaccc tcgttgttcg tcttcttctc ttcgggcagg taagagatct
    15841 tgttcttgta gtgcgtcagg ttgaggttga tggtccagac cagatcctta cgcttgatgg
    15901 gcgtgtagtg gaggtcgagt tcgacaccgc ggttaaccat gtcgccaatg ttgtcgtaat
    15961 agccgttgta acccagtgag gggggcacgg tgaagaagtt gagcatgtcg gtcgtcttgc
    16021 gatagaagag ctcgacgtcg cccgtcagct tgcctttcca aagctcgaac tcagcgccga
    16081 gattgacgtt cgtgttcgtc tcccaggtga tgtcctcttt gcctttgtca ctaaaggaga
    16141 gcgagagggc gtcgttgttg ttggtgatgc cataacggtc ggtgtagtag aagtcgccga
    16201 tattgtcgtt accctgctga ccgatggaga acttgatctt gagcatgtcg aaggctttgc
    16261 acttgaagaa ctcttcgttc gagatcaggt aagcgccacc gagggagtag aagttacccc
    16321 agcgatgctt cgggtggaag cgtgaggagg cgtcgcggcg gaaggaggca gaggcgaaat
    16381 acttgccgtt atagtcgtag agcccacgga agaagtagcc ttctgtattg tagttcgtgg
    16441 cgtaagagtc cgctttttta ccgtcgatca cggcgcctcc caactcatgg ttgccccagt
    16501 aggagaacat gttcttcttg gaggccgaga gcagcacgta gttgtacttg taatactcat
    16561 gccccaagag tgcggagaag ttgtggctgt cgccgaaggt atggttgtag ttcagcaact
    16621 gctggaggtt gagcgtggtg gtgcgataat gatagaccga aatgtttccc ttctcttcga
    16681 taccccagcc atagaagggg tttccggagg tgaagtaacg ctgtccaaag acagacgtag
    16741 cggcgttgaa ggtgaacttc agttcgtcgg agaagaggat gtctgcgaag gcgttgccgt
    16801 tcagtgagtg cgccttggtc tgtcgcagat cgagcatcat cgtttggatc gagaggttgg
    16861 agtaagccgg gcgcaccagc ttggggccag ccgtagccac accatagtcg tacatcttac
    16921 cgttctcgtc ggtgcggatg ttgccgttgg cgtcgcgcaa gtagacgggg tagatcggcg
    16981 caatgccttg cgtgaaggca gtcgggtcgg tcgattctga ctcggagagc gtctgcgtcg
    17041 tactgtagac atagcccacg ttcatgccat acttcagcca cttcttcgct tggtgcgaag
    17101 ccttgacgcg agccgaatag cgctcatagc ccgagttagg cagcacgcca ttgtccttga
    17161 gatagccgaa ggaggagtag agctgcagcg cttcgttgcc acccgtcacg ttcacgttat
    17221 actcctggcg cagcgaggtg ctgtaagcct ctttcgtcca gtcgtccggc agcagcatgt
    17281 gaccgttcac cacgcgtccc agcgtcgcgt tcgggttcag cttgccatcc ttaccgatca
    17341 gatactgccc gtcgggatag ctgtagacgt tgtaagccag gccgcccttc tctttcacgc
    17401 cgctcactaa gtcctggttg gcctgcacat aggcatcgtc ggctgagagc ttgtccacgt
    17461 agtggagctt gttgtagagt gcgcggtatt gtgcctcgta atactgtccg ggatccttga
    17521 tgtaatcgta gtcgatcgta ccgcgtgtat tggcgcccca cttcgcagag gccgtgatga
    17581 cggcttcgcc cgactttgcg ttcttcgtcg tgatgatgat cacgccattg gcaccgcgtg
    17641 caccgtaaag cgcattagaa gcggcgtctt tcagcacgga gatagactcc acgtcggccg
    17701 ggttgatgtt gtcccaaccg ccgtcgtaag gggcgccgtc gacgatgatc agcgggcccg
    17761 tactggcgtt gatggagccg ataccgcgga gcaacatggt cggcgcgtca ccaccagctt
    17821 gacccgagcc actcgtcatc tggaggcccg ccacctgtcc ggccagggcc tgcaccacgt
    17881 tcgtagcctg cttcttggtc agagcgtcag aattgatcac ggtggccgaa cccgtaaagg
    17941 ccgatcgttt ggaggtacca taagccacga cgaagacctc atccagctgt tcggtgtcgt
    18001 ccgtcaagac gaccttcatc ccagccgtgg ccggtaattc ttgcgttttg tatcccacat
    18061 aggaaataac cagcgtgcta cccttgggca ccgagagggc gaatttgccg tcgatgtccg
    18121 tgatggtacc tgtcgtggta ttgcctttca catgcacggt gacgccgatc atgggctcac
    18181 cctgctggtc agtcacagtg ccgctggcct gtgtctgcgc catcgcggcc cctgtcccta
    18241 tcaggataag agccagcaac atcattaatc tctttttcat actgctataa taattggttt
    18301 agaaggagtg tctattggga tcgaagaggc acctttatga gtgtatgggt attacgccgg
    18361 ccgcaggggc gaagctgcgg ggcgcgtcaa acttgctgtt tctattcgtg tggttcaccg
    18421 tgttccctct tctgttaaat ttcggggtgg caaagatggc tgttttttac actagccggt
    18481 gaactgaact gaaaaatcgc acccacgaaa aggtttcttg gcgaacgatt gtctcgcaca
    18541 atcgccccac cgagaagtct gtggctcgaa agactcgcac aatcgctcca ccgggaagtc
    18601 tgtggcgcga aagactcgca caatcacccc accgagaagt ctgtggctcg aaagactcgc
    18661 acaatcggcc caccgggaag tctgtggctc gaaagactcg cacaatcgct ccaccgggaa
    18721 gtctgtggct cgaaagactc gcacaaacgc cccaccggaa agtctgtggc gcgaaagact
    18781 cgcacaatcg gcccaccggg aagtctgtgg cgcgaaagac tcgcacaatc ggcccaccgg
    18841 gaagtctgtg gcctgaaaga ctcgcgcaat caccccatcg agaagtctgt ggctcgaaag
    18901 actcgcacaa tcggcccaac gagatggttt tggagcgaaa gactcgcaca atcagccgcc
    18961 acgaaagtgt ttcggcctgt tgtccgccgc aggcaatccg cgattttatg ggtgattcgc
    19021 agcctaaggc tttccgatca aaaacgctta gatgaaggtc agccttcggc tttcgctcgt
    19081 cgactttgtt ggtgaaccga aaccttccgc tttggttttt ccctttttgt atcgcacgaa
    19141 agccttcgga aaatcgttcc tctatgctgt ggggtcagaa ggcctcaagc aaaagcctgt
    19201 ttctcgtttt cgacgttcaa aagcctgagg caaatgggtt tttccactgt tgatatccaa
    19261 aagcctgagg caaatggaca ctttcgctga tgagagccaa aagccttagg ctaaaggctg
    19321 attcacgctg gcgagagcgt tttgcctgaa gcaaattgat gtttccagca agaaatgtca
    19381 ttttgcctga ggcaaattgg tgtttctagt tgaaaatgca tttttgcctg aggcaaaacg
    19441 ctctcgccag cgtgaatcgg cctttagcct caggctttcg tgtttttacg gtgtctccgc
    19501 ccaattgcct gaggctttta agtgtagaaa aagaaaaacg cctgacagct tgaggctgtc
    19561 aggcgtttac ttttttggag ggtctatttt cctgaaggtt agagcagtct acgattcgtt
    19621 tttggccgca tctaacgtct ctgaggcctc agaccaacga tttatcgcgt cggagagcgc
    19681 tttttgtaga tcattatggg cggcgaaaag cgacgtatcg gcggcgcctt caggcgtatt
    19741 catctgcgct tccaactcgg cgctgcggcg ctctaaatcg gaaatctcac gttcgacgtc
    19801 agccacggcc ttctccaatc ggcggatctt ccgcgcctgc tccttttgtt cctcataaga
    19861 tctcttggcc gacggcgctt cgctttcctc cgccgacacc gactgagtag acgcagccgt
    19921 acgccgctct aactcacgca gattctcgat cctttttcgc tcgaggaagt cgtagatccc
    19981 cccgaggtgc tcgcggacgc ggcccccgcc gaactcgtac actttatcca ccaatccgtc
    20041 gaggaattcg cggtcgtgcg agacgacgat gagcgtcccg tcgaagtcgc tgagcgcctc
    20101 cttgagcacg tccttcgagc gcatgtctaa atggttcgtc ggctcgtcga ggatcagcag
    20161 attgacgggt tcgagcagca accgaatcat agccagccgg ctgcgctctc cgccggaaag
    20221 cacgcccact ttcttgtccg acgcctcgcc gccgaacatg aacgccccga ggatgtcacg
    20281 aatcttcgtc cgtatgtcgc ccgtggccac gtagtcgata gtttcaaaga cggtcttcgt
    20341 ttcgtctaag agttgggcct gattctgcgc ggaatagcca attcggacat tgtgaccgag
    20401 gcgcagcgtg ccgctataat ccgcaatctc gcccatgata cacttgacga gcgtcgattt
    20461 tccctcgcca tttttcccca cgaaggcgac tttgtctccg cgatgaatcg taaacgtggc
    20521 gtccgaaaag acgaggtggt cgccatatcg tttcgtgaga tgttccgcaa tcacgggata
    20581 cgagcccgag cgcggcgccg gcggaaagcg gaggtggagt atggccgtat cctcggcgtc
    20641 gacctcaatc cgctccacgc gcgctaactg tttaatgcgt gattgcacct gcaccgcttt
    20701 cgtagcctta tatcgaaaac gctcgatgaa agcctccgtg tcggccaaca ttttttgttg
    20761 gttttcatac gcccgctgct gctgttcgcg tcgctcacgc cggagctgta cgtattcgtc
    20821 gtacttcact ttgtagtcat agatgtgccc cagctcgatc tcgagtgtgc ggcgcgtggt
    20881 gttgttgatg aacgcccggt cgtgggaaac gagcaccacc acattggacg acgtggccat
    20941 aaaatgctct aaccactgga tggattcgat gtccagatgg ttcgtgggtt cgtccagcag
    21001 caagacgtcc ggccgccgga gcagcagctt agccagctcg atgcgcatgc gccatccgcc
    21061 gctgaactcc gccgtgggcc ggtcgaagtc gtcgcgcgca aacccgaggc cgagcagcgt
    21121 ccgctctaac tccgcctgat aactcgtggc gccgatcagc tgaaggcgtt cgctgagcgt
    21181 agtcatgcgc tcgatgagcg tgtggtacgt ctcgctgtcg taatccgagc gctccgcaag
    21241 ctcccgattg aggcgctcga cagccgcctc cgtttcgtgg atatgcgcaa aagccagctc
    21301 tgcctcttgg cgcacggtac gtttatcctc gagttgcatc tgctgcggca ggtagccgat
    21361 cgtcgtgtcg cgcggcacgc tgacgacgcc gcttgtcggc tgttgcaatc cggcgaggat
    21421 cttgagcagc gtcgatttgc ccgcgccatt ttttccgacc agcgcgatcc ggtctttttt
    21481 gttcaccacg aacgagaggt ggtccagcag tgtgaatccg ccaaattcga cggtcaaacc
    21541 ttcgattgag atcataaaaa aggaactgtc tatcggtgcg ggacgtccgc ccgccacttt
    21601 gggttacaca ttatataata ggtacgcggc gcccgtcctc cgtagagatc ggcccgggca
    21661 ccccgatgca aaaacgcgcg caaaggtaga cgcacccgca aatagcccgc agcccgaggt
    21721 tgcgcttcgc caccaatgaa agggcgcgtc ggcctcaggc ttcgggagaa taaacgcagg
    21781 cgaaacgcca tcgcctcagg cttggggaag atcaaaaaac ggagccgcac ttttccaaag
    21841 gtgatggtgg atcacaaaat gggagcatct ctcgccgaag gtcttggatc accgaccgcg
    21901 taggcaaccc caagccgacg gtcagccatc gctttccgaa acagcgaccg aaagcctcag
    21961 gctgtgactc agccataaaa tcacggaaat cctgcggcgg acaaccggcc caaacacttc
    22021 cgtggcgagc gattgagcaa gtttttcgcc ccaaaaccgt ctcattgggc cgattgtgcg
    22081 aggttttcgg ccgacaacct ttccgttggg gcgattgtgc gaggttttca ggccacacga
    22141 ttcccgttgg agtgattgtg cgaggttttc accccgcaga cttcccggtg gggtgtttgt
    22201 gcaagttttt cgtcccacac gattcccgtt ggggtgattg tgcgaggttt tcaagccgca
    22261 gacttcccgg tggggcgatt gtgcaagtct ttcgccccgc agactttccg ctggggcgat
    22321 tgtgcgaggt tttcgctcca caggcttttc ggtggggcga ttgtgcgagg ttttcgggca
    22381 aatggacttc gtggcgggcg aaaaacagag acaatggcgc gacaagcacc tgatggggtt
    22441 tctatatcgg gggctacctt tgccatgaaa caatatcctc ttatgaacac ccacctcgat
    22501 tcctccacca tctgcgcctt gtccacgcct gcgggaagtg gtgcgctggc catcgtgcgc
    22561 gtctccggac cggaggcggt cacgctttgc gaccgttttt tccaacctcg ctcgggcgta
    22621 ccgctcgccg agcgtcgctc gcatacggcc accttcggcc gtcttgtccg cgacggcgaa
    22681 ctgctcgacg aggctgtggc taccgtcttc cgtgccccgc attcgttcac cggtgaggac
    22741 accgtggagc tgtcttgcca cggctcgacc ttcatccgac aacacctcct ggagtggctc
    22801 atcgacggcg gagcgcgcgc tgccgcaccg ggcgagttca cccggcgcgc cttcctcaat
    22861 gggcgtatgg atctctcgca ggcggaggcc gtggccgacc tgatcgcatc gacttcggcc
    22921 ggtatgcatc gcgtggcgat gaatcaaatg cgtggcggat tctccgacga attggccacg
    22981 ctacgcgcac agttgctcga atttgcctcg ctcgtggagc tggagctgga cttcggcgat
    23041 cacgaggaac tggagtttgc tgaccgcaca cgcctcggcg aactggccga ccgcatcgct
    23101 cgacgcatcg acaccttggc agcctcgttc gccgccggca atgcgctccg acacgggctg
    23161 cctgtggcca ttatcggccg accaaacgtg ggcaagtcga cgctgctgaa cgggctgctc
    23221 aacgaggagc gcgccatcgt ctccgacatc cccggcacga cgcgcgacac gatcgaggag
    23281 acgctcgccc tcgacggccg gcttttccgc ttcatcgaca ccgccggttt acgcgaccgc
    23341 acgacggacc gcatcgagga gatcggcatc cgccgcagct tcgagaaggc cgatcaggcc
    23401 gccatcatcc tctacctcct cgacctgacc gacagcacgg ccgacgattg gctcgagact
    23461 agtcgctggc tgcggcgcta cgataagcct gtgttgatgg tcggcacgaa gaatgatctg
    23521 gcccgccgta gcccgatcca cacgacggac aacgtgcagg cgatccacat ctcttgccgc
    23581 gagccggccg acatcgagcg tgtgaagcag cggatcgtcg agctggccga cacgctcacg
    23641 gtgggcacgc acgacgtgat cgtcaccaac gcgcggcatt acgaggcgct ctgccgcgcg
    23701 ggtgaggcca tccggcgcgt actggcgggc ctcagcgacg gtttgccggg cgatctgctg
    23761 gcggaggatc tgcgcgactg cctccacgca ctcggcgaga tcaccggtgg cgagatcgtc
    23821 accgacgaag tgctcgccaa catcttctcc aagttctgca tcgggaaata ggggcggtga
    23881 aaaacgaaaa gtcccaccga cagaggagac gggaagaccc atctccacct gtcggcagga
    23941 cttttcactt tgaacgacga gcttcttagt tctcgaacac cagctgcccc tcgcggaagt
    24001 ccaccttgac ggcatggccg cggtcgatct tgccgctgag gatctgcttc gaaagctcgt
    24061 tgaggacaag ctcctggatg gcgcgcttga cggggcgagc gccgaactgc gggtcgtagc
    24121 ccttctcggc gaggtaggcc acggcggcgt cggagaattg caacgcgatg ccgttggcgg
    24181 ccgccatgcg ctcgatgccc ttgagttgca ggccgacgat ctggcggatc tcctgctcgg
    24241 tgagcggggt gaacatgatg atctcgtcga tgcggttgag gaactccgga cggatggtct
    24301 tcttcagcag gtcgagcacc tcggccttcg tttcggccac gacgcgctca cggttgtcgt
    24361 cggtcagttg ctcgaaacgg tcgcggatga gcgacgaacc catgttgctg gtcatgatga
    24421 tgatcgtgtt cttgaagttc accgtgcggc ccttgttgtc cgtcaggcgg ccgtcgtcga
    24481 gcacttgcag cagcacgttg aagacgtccg gatgcgcctt ctcgatctcg tcgaagagga
    24541 cgaccgagta gggtttgcgt cggatggcct ccgtgagctg tccgccctcg tcgtaaccga
    24601 cgtatcccgg aggcgccccg acgagtcgcg tggcgctgaa cttctcctga tactcgctca
    24661 tgtcgatccg cgtcatcatg ttctcgtcgt cgaagaggta ttcggcgagc gccttggcca
    24721 gctccgtctt gccgacgccc gtggtgccga ggaagatgaa cgatccgatg ggtcgcttcg
    24781 ggtcttgcag cccagcccga ctgcggcgca cagcgtctgc aatggcgcgg atggcctcgt
    24841 cttgaccgac gacgcgcttg tgcaactcgt cctctaagtg cagcagtttc tcgcgctcgc
    24901 tttgcaacat cttgctcacc gggatgcctg tccagcggga gacgacgtcg gcgatgtctt
    24961 cgctgtccac ctcctctttg atcatggccg aggcgccctg catctcgtgc aactggcgct
    25021 ggatgtcggc gttctcctcc tctttcgtct tgatccgccc gtagcgaatc tcggccacct
    25081 tgccatagtc gccctcgcgc tcggcccggt cggcttcgta cttcagcgac tcgatgtcga
    25141 tgcggttctg ctggatgcgg tcgatcagct ccttctcgtt ttgccagcgc gctttttgct
    25201 tcttctcgtc ctccttcagg tcagcgatct cacggctgag ttgctcgagc tttggttgat
    25261 cgttttcgcg cttgatggct tcacgctcga tctccaattg ggcgatgcgg cgcgatacct
    25321 cgtcgagcga ttcgggcacg gaatcgacct gcatacgcag acgggccgcc gcctcgtcca
    25381 tcagatcgat ggctttgtcg ggcaggaagc ggtcggtgat gtagcgcgag gagagctgca
    25441 cggccgcgat gatggcgtcg tccttgatgc ggatcttgtg gtgattctca tacttctcct
    25501 tcagtccgcg gaggatagag atcgtgtctg cctcgtccgg ctcgtccacc atgacggtct
    25561 ggaaacgccg ctccaaggcc ttgtctttct cgaaatattt ctgatactcg tcgagcgtcg
    25621 tggcgccgat ggcccgcagt tcgccgcgtg ccaaagccgg cttgaggatg ttggccgcgt
    25681 ccatggcgcc gtcgctcttg cctgccccca ccagcgtgtg gatctcgtcg ataaagagga
    25741 tgatctgccc gtcggacttg gtcacctcgt tcactacggc cttgagtcgc tcttcgaact
    25801 cgcccttgta cttcgctcca gcgatcagtg cgcccatgtc gagcgagaag atctgtttgc
    25861 tcttcaggtt ctcgggcacg tcgccgcgca cgatgcggtg cgctaatcct tcggcgatgg
    25921 ccgtcttacc gacacccggt tcaccgatca ggatcgggtt gttttttgtc cgtcgactca
    25981 ggatttggag cacgcgtcgg atctcctcat cgcgtccgat cacgggatcg agcttacccg
    26041 accgtgcgcg ttcgttcagg ttgatggcgt acttgctcag cgagtcgtac gtgtcctcgg
    26101 ccgattggct ggtcacgtgg ttgcccttcc gcagctcgtc gatggctgcg cgcagctcct
    26161 tctcggtcat gcccgcgtcc ttgagcattt gcgaggcgtc gctacgctcg gagaagagcg
    26221 ccaggatgat gtgttcgagc gacacgtatt ggtcgcccat cttaccgcaa taatctacgg
    26281 ccttttgcag caccgcgttg gcctcgcggc taaggtaggg ttcgccgccc tccaccttcg
    26341 gataggaggc gatctttcga tccagcgccg cgttcagtcc ttgcgggttg atgcctaact
    26401 tttggaagag gaagttcacc acactctcgc ctgtcagtat gacagctttc aagaggtgtg
    26461 tggcctcgat gctctgttgg ttttgctggc cgaccagctc tatcgccttc tgcaccgctt
    26521 cctgcgattt gattgtgaaa ttgttcagat tcatatgtgt tatgcgtttt atttactgtt
    26581 tgatgattgt ttctggtgcc ccctatggtc aaatctggtg ccgtggaata gatggtgaca
    26641 aaatgacaga ataaagcccc gccgacctga tcgacaaggc tgatttctta gctgcgaagt
    26701 ctggcaggcc gccttccaaa gtggtcagac actccggtga cgttggcagg ccgcctgccg
    26761 ggactatcgg acactccggt gatgttgtca ggccgcctgc cagggccacc ggacactccg
    26821 gcgatgttgg caggccgcct gccagagttt accggccgac gagcgggata ggaactacgg
    26881 ctgcgtgggc tcgttgatga cccgcatttc gcagcgcacg cagtcgaact cgagtcggag
    26941 gcgtgtcccc tcgtgcaaga gataatacgg ctcgcgaaag ggcgaccggc cctgttggtg
    27001 taccgggcac cagcccatgc tgtaacgcag gcagtggcgc gtgaacatca gtgggacacc
    27061 tgtgcggggc tgctcttcgt aagcccgctc gacggtgcgc acgccgtggc tgcgatagaa
    27121 ggcctcggct ttggcgttgc tgatgttggc cgtgtaatcg agcgtggagt tggggtaaac
    27181 ggcggtcggg gattcggcgc gacgcctgcg acgtgtgcgg cgagcgaggc gttcggacag
    27241 cagtcggtcg acggcctcgc gacgcatttc accgagcagt gaggagggta cgaacaggtt
    27301 ctcgtgcatg tccacggtga tgcgcgcagc ctcaaaaggt gtggtgccga ggcgtgagag
    27361 ttgggtgcgg atattctccc cttgcggttt gacggctggc tcggcagcga aggtgcgcgt
    27421 gacggtcacg ccgcagcccg cggtgtccgt cagggtgagc gcaaagccgt ccgacgtgtt
    27481 gctccacacg atgtcgatgg cgatgcggcg ctcagccgat ggcttggcga gaacggcctc
    27541 gaaggcgctg tcgacgttgc gatagagcag tgtgcccggc ttgatggccg gcatgcgtgc
    27601 agcgacgatg cgccgaccct cagcccgatt cacacggaag ccttcaagct caccgcgcgg
    27661 gttgaagaag accagcccgt cgccgttgtg gagctgcttt gtgccgtcta cgacgagtcc
    27721 gccgccacga ttcgcactgg cgcgcccaag gggttcgccg atcgatttgg gcgtgtcgaa
    27781 cgaggtgata tcgggcctgc gcccgtggag gaaatagtcg gtgaagctgc ggttgaagct
    27841 cttctccggc cgcggctcga aggtgtaggt ggatcgcccg tcggacgccc gtcggagcga
    27901 cggatcgcgc gctaagattt tgtcgagtcg ctggcgataa taagcggtga cattcttcac
    27961 gtaggccacg tctttcagtc ggccctcgat cttgagcgag gagacaccgg cggcaatcat
    28021 ggcctcgagg tcgtctgaac ggttcatatc gcggagcgaa agcaggtgct tgtctcgggc
    28081 tatcgttcgt ccgtccgcgt cgaccatcgt gtagggcagt cggcaacact gcgcgcatgc
    28141 gccgcggttg gcgctgcgtc cggtgagggc cgagctgagg taacatctgc cgctgtagct
    28201 gacgcataag gcaccgtgga caaacgcctc aagcgataca tccttcggcg tggcgtcggc
    28261 tatgcgacgg atctcctgga gcgtcagttc gcgtgccagc accacctgct cgaagcccgc
    28321 ttgggccaga aaggcgacct tctccggcgt acagttgtcc atctgcgtgc tggcgtgcag
    28381 tgcgatcgga gggaggtcaa gccgtgtcag tcccaagtcc tgcacgatga gcgcgtccac
    28441 gcccgcgtcg tatagttgat ggatcatgcg ctcggcctcc ttcagctcgt cgtcgcggag
    28501 gatggtgttg agggcgacgt agatcgacac attatatata tgggcgaaat cgcagagtgt
    28561 gcgaatgtcg tcaagcgagt taccggctgc ggcgcgtgca ccgaatttgg gtgcaccgat
    28621 atagacagca tcggcgccat gcaggatggc ctctcggccg cacgccagat ccttggccgg
    28681 agccagcagt tcgatacgtc gggccatcgg tcagaggtcg cctaagttgc ggatgtcgtc
    28741 gaggtggtaa ggcgtagcct gatagacgta atagttgagc cagttggaga agagcaggtt
    28801 ggcgtgcccc cgccaccgta cgataggcgg cttcgacggg tcattgtccg cgtagtatcc
    28861 cgtgggcgga gcgatggata agcccttcgc aaggtcgcgc cggtactcat catcgagtgt
    28921 attgggcgcg tactcggagt gcccggtgat gaagaactct cgccccccac gcgccatcgc
    28981 catatagaca cccgcctcat cgctctctga gagcaacgtc agcccgggta ttccgaccat
    29041 gtcgctacgt cgcacctccg tgtgccggct gtgtggcaca tagaattcgt cgtcaaagcc
    29101 gcggaagatg ggcaggaatg gctcgttcat cgtatggcgg aagacaccga acatcttgct
    29161 cggtaagtcg tgcttctgta cgccgaagaa gtgatacaac gccgcctgcg ccgcccagca
    29221 tatatagaag gtcgacgtca cgtgtgtacg tccccaatca aagatctcgg tcagctcgtc
    29281 ccagtacctc acctcctcga atggcatccg ctctaccggc gccccagtga cgatcatacc
    29341 gtcgtaaaat tcgttccgca tactgtcaaa atcccggtag aactcgcgca tatgctccac
    29401 tggcgtgttc ttggacgtgt gacccttgat cttcatcagc tccagctcca cctgtagcgg
    29461 tgtattgctc agcagccgca ccaaatcggt ctcggtggtg atcttgagtg gcatcaaatt
    29521 gagcacgacc acccgtatag gtcggatgtc ttgcgagttg gctctgagtg agtccatcac
    29581 gaaaatatgt tccgtcttga gtagctctac ggccggcaga ttcttctgta gattgagtgg
    29641 catatacttg atttcccttg cttgttgggg tgatttttga tcgggcggca aatgtagcaa
    29701 atggcggaaa ggcattacgg acagtgcgaa tgtgcttgtt gctacgtgtc cttatcgtgg
    29761 gctttcgata attatttcgt gcgagaattt ccttgttttc ttccgaaggc atacttttgc
    29821 catcaaattt ttaaccatta aacaagtgtg tatatgaaca ggaaaattgt tacgttatta
    29881 ttggcagcgg gtgccctggt tggggtttca tctgttgcaa gcgcacagct gacaggtcag
    29941 ccgtgggatc ccatgtggga tatggtaatg agaggaaatg atactacgct cacgtatctt
    30001 ccgaatcgtc cagcagctcc tcgcccaata tttccagctg ttcgctggag ggacagcacc
    30061 cgtattcgtc tttatgaggg atgtgcggtg caagtagaca cagcatttat tatccctgct
    30121 ggaaagaacc gtcggatcgt ttataaggat atgccgaaag accatctggg acggcattac
    30181 attgtaaatg cggttacaga caaggtgtat acggagttcg atacgattac actgccggac
    30241 tctaaggact cgactgtgat ctctttgaac tttaagcact tcagattgag tgatggcgaa
    30301 ccgactttgc gtgatggcta tctcggtaat attaagcttc atgttaaggt gggtagtatg
    30361 tggaatggta cagcttacgg agctgcctat gattcggtta atgctgtcaa gtatcagtac
    30421 ttcaaccttc cccagatcac gaatcctaag aaggtagatc cttcacctcg ggatacggga
    30481 cgctttgctt tcaaatggag tggagcattg gtgaacggtg ctaatggtga tccttacgag
    30541 cattggtcaa gctgggagga tacctctatc catagtggag acagcgtatt ctatgttgct
    30601 cctgcatact acagtttgga ccgcggtgct acatggttgc catgtgagtc tgaaggtgtc
    30661 gatctgaatg ctcgagacat tgcagatatg ggtagggatg tacctgtctt ggtaagagta
    30721 ccaaacggat gtggaagcta tcaggtgatt gaagcacaaa gtcgaccgaa tcctcctgtg
    30781 gttacacgag aagtaaccat tgagaatgca gatggtggaa cggtagatcc gtataagaac
    30841 aagataaata gtggtagtga tttcaccttt actgttcgtc cggccggatc caatgtgccg
    30901 aatgtcacaa cgagtcgcga caaggtgatt cccgatgcga acggtgtatt gtggaagaag
    30961 aatgcagatg gttcatacac atatactgta cgtcgcgttc aggagaacct gacagtgaaa
    31021 ctctcttata cgcagtctaa cgctgaagtg gccggaacgc gtgtatggag tgagaacgga
    31081 caactctacg ttacggcagc tgtttctggt agagcgaacg tgtacaacgt acttggtaag
    31141 ttgaaccgta gcctgacgtt ctctgcaggt gagacgaaga gcgtggctgt accggctggt
    31201 atctatgttg tatcgctgaa taacggcaag gcttataagg tggccgttcg ttaatcgtac
    31261 ggattagatt ccagatttag aacagaaggg ctcggagctg aataaggctt cgggcccttt
    31321 gtctttgggg acgtcggaga gtccatagag cctttgttgc aatacataca ggccatgcag
    31381 attcattcga gagtatgctg ttgtggagcg agagccgcat tgctgttttc ctatctttgc
    31441 ggccgtttga aatgcagata ttattacgca gaggtggcta aacgcctcgg atattctaat
    31501 cagtaaaaag agtaagagat gagaacggca attgttggag ccagtggcgc agtgggacaa
    31561 gaattccttc gggtactcga agaacgagac ttcccggtgg acgagcttgt gctctttggt
    31621 tcgtcgcgta gcgcggggcg tgagtataaa ttccgcggta aagcatacac agtaaaagag
    31681 ttgaagcata acgacgattt ccgtggagtc gacgtggctt tcgtatcggc tggaggagga
    31741 acgtctacag cttttgcgga gacgatcacg aagcacggtg cggtgatgat cgataattcc
    31801 agcgcattcc gtatggatgc ggacgttccg ttggtagtgc ccgaaatcaa cccggaggat
    31861 gcactcaaac gtccgaaggg tatcattgcc aacccgaact gttcgacgat tcaaatggtt
    31921 gtggcgctga atgcgattga gaaactgtcg cacattcggc gtgtgcatgt gtcgacctac
    31981 caggcggcca gtggtgcggg tgcagaggcc atgaatgagt tgcggacgca atacatgcag
    32041 ttggcgcaag gagaggagcc ggtggtggag aaattcttct accagctggc ctacaacttg
    32101 atcccgcaga tcgacgtctt caccgacaac ggatatacga aggaggagat gaagatgtat
    32161 cacgaaacgc gcaaaatcat gcactccgac gtcgaagtga gtgccatgtg cgtgcgggtg
    32221 ccggtaatgc gtgcacacag cgaggcgatt tgggtagaga cggagcggcc tgtgtctgtc
    32281 gaagaggcgc gcgcggcgtt tgcagctgac aaaggcatcg tattgcagga cgatcccgcc
    32341 aagaaggatt accccatgcc actcttcgtg gccgggcacg atccggttta cgttggccga
    32401 atacgcaagg acctcgctaa cccgaatggc ttgatattct ggactgtgag tgaccaaatc
    32461 aagaagggtg cagcgctcaa tgcggtgcaa attgccgaat atttgattca ggctggaaac
    32521 atcgggaagt gatcgatcga tagctgaaag ttacgggggg aacggacgcg attcgttctc
    32581 cccgttttgc gttcggacaa aatgtcattt gatagcgaca aaatgagtca agagtcctta
    32641 cccaacgtct ttgaagggcg tatgcgccgg ctgctgggcg acgattatga ggcctttgag
    32701 cgggcattgg agggtgcgcc cacggtcagt ttgcgtgtga accctcggaa ggcggcggat
    32761 gggagagaga tgccgttggg ggaccgtgtg ccgtggtgtg agacagggcg ttacctcacg
    32821 gagcggcccg ctttcacttt cgatccgctg ctccatgctg gcgcctatta cgttcaggag
    32881 gcggcctcta tgtttctcga gcgggccgtc ggccgttacg tgacggagcc ggtcgtggcg
    32941 ctcgacctct gtgctgcgcc cggtggcaag tcgacgcacc tgatcagcac gttgcccgag
    33001 ggtagtctgc tggtaagtaa cgaaacgatc cgcagccgca gtcgcgtttt ggccgaaaac
    33061 atggccaagt ggggcgcccc gagcgtggtc gtgacccagg ctgacgcgaa ggatttcggt
    33121 cggctgacac accgtttcga cctcattgtg gccgatatgc cgtgctcggg cgaggggatg
    33181 tttcgtaaga cgccgtcggc gcgggcggag tggagtctgg aggcggtgag gctctgcgcc
    33241 gctcggcagc gtcgcattgt gcatgacgtc tggcctgcgc ttcgcccggg cggactgttc
    33301 atttattcga cgtgcacatt caatacggag gagaacgagg acaatctccg cgccttcgca
    33361 gacaccttcg gcgccgaggt gctgccggtc gatgcgcccg aggcgtgggc tgtcggcggt
    33421 gcactgacgg ggacgctgcc catctgtcgg ttttggcccc atcgcacacg tggcgaggga
    33481 tttacgctgg ccgtgatccg aaaaccggac gacggtccgc tgcgcgctac gcgtttgcga
    33541 ccgacacgcc gtcagcctgc ggcggctgtg cctgaggaga tgaagcggtg gcttgcggcg
    33601 ccggaggatt acgctctgga acgcacggcg gacggacgtg tgcgggccct cccgcgggcg
    33661 tttcgcgatg tggtgacgga gctcgaggcg cacgtccgtg tgctcactgc gggcgtttcg
    33721 ctgggtgagg tcaagggccg tgacgccgtg ccatcggcgg cgttggcgct gagttcggcg
    33781 ctgcgtccgg aggcgtttat gacggtcgac ctcccgcggc cggaggccct ccgctacctg
    33841 tggcgcgagg cactctcgct ctcggccgat gtgccgcgcg gatacgttct ggctgcctac
    33901 ggcggcctgc cgctgggatt catgaaacag cttgggccgc gggcgaacaa cctcttcccg
    33961 gatgagtggc gaatccgtaa ggcgttgatt taggccgaaa taggtgaggc gaaaaaagtc
    34021 ctgccggacg aaaggagcaa gtgggctctt ctcgtccggc aggacttttt tgtgttgcca
    34081 cgaaggcgtt tcctcccggc ctgtggctgc gctcaggagc agagcgaaag ctcgatgcgg
    34141 ttttcggcca tcatccgtcg catgttcagg atggcgtaac gcatgcggcc gagggccgtg
    34201 ttgatgctga cgcttgtgcg ggccgcaatc tccttgaaac tcagctcttc gtagtagcgc
    34261 atttccaaga cttcgcgctg attagcgggt aaaaagcgga tcatcttctt gacgtcttcg
    34321 aacacctgtt tgttgaccaa catttcctct atcgtcttgt cgctgaagcg catatcgttg
    34381 aaaagatcca cggctacctc gtcgttcgag atggtgttct cgttgcgctc ctggcggaag
    34441 tgatcgatga tgaggttgtg cgcgatacgc gtaatccacg ccttgaagcg gccggattcg
    34501 gtgtatcgcc cttggcggat ggtcgtgatc accttcataa aggtctcttg aaagagatct
    34561 tccgtcaaat cataatcacg cacgctgaaa taaatgtacg agtggatcgt ttgtttatag
    34621 cgctccaata gcgcgtcgaa agcgtcgtta ttcccgttcg catacatcgc aaccaacgtc
    34681 tcgtcggtct ccgatttcat tttactcatt acgtctttag ttttggttta agagtaatgt
    34741 cttgcaatag gcagcggggg atttgggggg attaatagat ggattctttt gttatttgac
    34801 ggccgcaaag taacgcagaa aggccttgcc ggccaaacct cggccgacgt tcgcgcgcgc
    34861 aatgcggctc attttgtaca aaacccgtgg cttcattttc agatcaatgg cccaaaagcg
    34921 gaaggtgaat tttgtgcaca aaacatgctc gttcatccac cgaagactct aaggtcattc
    34981 gtaatggcca tatactgaaa ggataaggac ttcgaccgac gcctcatgca cacgataaac
    35041 aatacgatgc tcatggttga ttcgcctcga ccacgtctct tcgccatagt gcttgagtcg
    35101 ctcaatttgt cccgtcccag tggtaggatg caattggatc tcctctaaaa gtgcgttcat
    35161 ttttttgatt gcattcagtg ctttttgtga ggaaaattca gatctctttg gactttatct
    35221 gtaaaaacta atctgtacat gaaaggcgtt cgataaatgc atcaaccgat tctccgtcgt
    35281 gttgccgcgt gacgcttcct tcttctgctt gttttaatga gtgatcaatc ttggcataga
    35341 actccttttc actcattgtg gcctcatcgt cttcctcttt tacgggtata attttgaaag
    35401 cgcccttccc ccggagcttg agggtgagct cttggccgtt gataaccata tctaagtatt
    35461 ttccctgatt ggctcgaaat tccagtccac taactgtgat cataatcgct atccaataaa
    35521 attcgttgca aagatcatta cattatcgca attccaaaag atattctccg tgaagagcgc
    35581 gcgtattgct gtcaaaaaat agcatctata caaagcctcg aaaaagctga cgttgaaaaa
    35641 gtttacctat caaaagcctt aggctaatgc ccgccaacga ataaattgtc cgcaaagcgc
    35701 tgagagatat gtaatctgtg aaatgcagca cttaaaagcc taaggcaaac gctcttcaat
    35761 gaattgatca tccgcgatga gctgagagat gtgtaatctg aaaaatgtga tactcaaaag
    35821 ccttaggcaa attggagttt atcactgtcg ataacaattt gccttaggct aaagaatgaa
    35881 tcacgctggc gagacgaaat tgcttcaggc agattgaaga gtcacactgg aaattccaga
    35941 ttgccttagg caaatcgatg tttttcactg gaaatgcgaa attgcctcag gcaaattgat
    36001 ctttccagcg tgattcttca atttgcctga ggttttttgc tctcgacggt gaaattactc
    36061 atttgcctta ggcaattgaa cgtcgaagac ttgattcttc cgtccgcctg aggctttttt
    36121 tgcatcacgt attgaaggga tacgtttcct aaagcgatga atcgtcaacg agttgatttt
    36181 tccgtatgcc taaggctttt ttttgcatca cgtattgaag ggatacttat cggaagagga
    36241 atgagcgtta gggaaaggcg atgcgctgcg acttgagact gaaggtagca gaatgaaaaa
    36301 aggagccgaa tgaggttgtc attcagctcc ttacggtttt cgtggcgcca tcgaggcgcg
    36361 ctgtgtacgg tttaatcgat gtggctcaaa gcggccaacg gcttgtggct cagaagcgat
    36421 agccgaaggt caggagcgtg cgcgtggtct tgatttgcgt cgacgctacg tccgcgctga
    36481 gggcgctgag gtgacgcgag gcgtcggtga tgggcaggtc ggagaagggg tgcaactgct
    36541 ccgcggcgct gcggtagagg caagccaaat ccacgtaaaa gttaggcgtg aagcggtatc
    36601 cgaggcctac ggtataggtg ttggcggtgc cgacggtgga gtagtgggtg acggtcccgg
    36661 aggtgaagat ttcgccgccc gcggtgagcc gtccctgcat cggcgaggcc tgccagacgt
    36721 agccggcacg catggagaac tggggcgtga cgcggtattc ggcgcccagc ttgagcgtct
    36781 gcccaacttt gaaatcgcgc tccgcctgct gcgtgatgtc gctgtaatag gtgtcgtcgt
    36841 cgcggttccc gaggcgcatc tttcgatagt cggtcagctc ataatctagg ctcaaaaggg
    36901 ccgtttgccc caccacgccc gccaggctga agatccagcg gtctggcgat cggaaggcgt
    36961 agctgaacga gcccttgtct tgcggcgtcg agctggacat cagcggcttc ttggcgtcag
    37021 cggaggaata actttgggcc gaggcgtagt agtagtccgt catgcggtac catttggggg
    37081 agttgtaagc cacgcccaaa cggagctcgt cgatgggccg gatgatggcg ccgaggttga
    37141 tggagtatcc cgagccgtcg gtttcgagcg cgttttggag ggcggcgtaa ttattagcgc
    37201 cgaagtcgtc gcgctgtgcc gaattgaggt ggtaggtgat gtcggtcacg gcgacggtgg
    37261 cgccgaggaa gacgcggtcg gagatgttca tcgagcccga gaaattgtac tccacgattt
    37321 gtccactttc gttaatctcc atcgtcgatt ggcttggcga gttcgaggtc caaatgccgc
    37381 tgctgttgta ggcaccaaaa ctgctgccgt agacgtcgtt aagatctttg tacctggttc
    37441 cgaaaaagcc cgctttgtag ccgaggacgg agagccaatc gccggtgagg tcgttatacg
    37501 cggagttggc tgccaatttg tcttctgaaa ggccaaaaat cctgccgttt tgttcgcgcg
    37561 cggtggaggt gcgcattgcg gcgtagtcgg ccagcgaccg cgtggggcgg cccgtcacgt
    37621 gataggcgcg gttgaagtcg cgcacgcggt tgtaggccac gccgaagttc caagccttga
    37681 tgccgctgtc gtagcccgtg ggcacgtagc cgacgtacga gaagttgtcg aagcgcatcc
    37741 gcaccaggct cttgctgtcc ttcacgcccg tccaggtggc gtcggcgtcg gttcgggtca
    37801 gggcgagcgt ggtctggagt tcggagctgc ggtagacggc tattccggcc gggttgtgcg
    37861 acatagcgga catatctccg cccaatgcgc caaacgcgcc ccccataccg atagatcggg
    37921 ccgtgccatt gagatccatc ggcgagtagc ggtaggcgtc catttcctgc tgtgcccaaa
    37981 gtgtggcggc gctcaggctg agcagcgctg ccacatagat ccttttcatc ttcatctgct
    38041 ttgttcttct tttttggttt aacgtgtcat aaaaaaagag tgtgtgccga acgggatgaa
    38101 ccgccgccac acgctctttg ctttgctatg atggatggtg atgagagctt atagctcaaa
    38161 ctttttccta cggttacatc gttttagcgc cttccgccgc cgctgctgga gcgactgctt
    38221 ccaccgcctc cgccaccgcc gctgtagctg cctccgccac cgccgaagct gcccgaactg
    38281 ctggagcgtg tgctgcttcc accaaagctg ctggagctac tcgagcgcga actgccgtag
    38341 ctgttgtcgt agctgctgga gcgtgagctg ctgccgctat aggagccgga ggagcgggtg
    38401 ctgctgccgt tgtacgagcc cgacgaacgg gtgctgctgc cgctgtagat gctggacgaa
    38461 cgactgctgc cgccgtcgta atagcctccg gatgagctcc gtgacgaggc gctgcgactg
    38521 ctgccttcgt acactgacga gctgcgtgag gaggagccgt tgctgccgcc gtcgtagtat
    38581 ccgccggacg agctgcggga cgaggatcgt gagctgccgc catcgtaata gctgtcggag
    38641 ctgcgcgagg aagagcgcgt gctgctgccg tcgtagctgg atgagctgcg ggaggatgag
    38701 ctgcggctgc tgtatatgtc gtccgccgtg cggctgtagc tggagcttcg gctcgaggcg
    38761 tcacggccgc tccgggtata tccgtcggat gacgaacgtg tggaggtcga gcgcgtggaa
    38821 tagacgtcgc tgtagttgcc gccgtcagaa gagctgcggt aggtggtcga tcgcgatgag
    38881 tagtcgcggc gagtatcgcg gtttccgttg tcccaaccgt aatagtagtt gttggttgtg
    38941 gacgagtagg ggtagtaata gtcggcgcag cgataccccc agtagccgcc ataatatccg
    39001 ctccagccgc tgtaccacgg gtcgtaccag ggatcatacc agctggcgta gaatcccccc
    39061 cagccgaagc tccaccccca gtaggcgttg cgccagcgcc aggctgatcg ccagggcgag
    39121 tagaatccgc cgtaaaacca cgggtcgtac cacgaatacc aagcgtccca gccgttgccg
    39181 acgtttacgt tgatattcac gttggtgcgg ccgccggagt agtcggtatc gtagctgtag
    39241 gagtagtatc catcgctaag attgagatcg acattgtcgg cgccggtgat ggtgattttg
    39301 ctcggggaat ggtagcgaat gatgcgttcg gagtactcat tgtcgccgcg gcgttcgctg
    39361 gccttggcct tgcggttgtc gtcgcgagcg tcacggtcgt agtcgttata atccgccgtc
    39421 gagctgtcgg tgtagcggcg gttgtaggca tccacatcgc gatcgctgtc gaagttgtcg
    39481 cgatcccgat cgtagcgctt gcgtgacgcg ggccggtcag aggccgacat gcgtcgttcg
    39541 tccgtgcgtt ctctcttttt gctctttgtg gagaaataca cgtcgtcgta gtagtcctct
    39601 tgggccgtgg cgctgatggc cgcgagcagc aagaggctgg tcaggtagac tgatttcatc
    39661 gttttcatca tcgtaatctc ctcgttgatt aatgtgtggt ttttgtcccc gtttgacggg
    39721 gtacattgct gaagtttaag tggctgctaa accgttgatt ccttacgaga gacaaacgta
    39781 cgcatctttc ggagggcggt tttgtaggcc gatatacttt aacaacccga acgctttcgg
    39841 ctgaccacgt tttagcccat cctctgggtc aaaaagtcgc gcagaatgag tgcgtggttg
    39901 tggtctgtcg ccttagcggc ggagagcagc gtgacggtgt cgtatggccg tatgcggctg
    39961 atcacttcgt ccacgctggg ggcggtggcg agctctgacc ggtagcgctg gctaaattca
    40021 gcccaacgtc cgtcgggatc ttcgtgaaac caacggcgga gtgcagggct tggggtgaga
    40081 tctttgggcc agaggtcgta gggcagggcg tctttacgaa taccgcgcgg ccacagccgg
    40141 tcgactaaaa tgcgaaagcc gtcagcggga tcggcagcct cgtaaacacg tttgatttga
    40201 atgcagggcg tcatcatcag aatgtttatg gtgcaataat gagagggaaa cggcagcggg
    40261 ttcgctgcat gggtcactgg agctttcggc aaatcttatt ccaaagtggc taccgttgga
    40321 ggagagggga acgaaaaaag gcacccgttg cggggtgcct tcttcacgtt gatctgtgcg
    40381 atcggacgac gcggatgggg gagggttact cctcggtctg cgtagcggcg tactctttga
    40441 gcagcttctc ctgcacgtcg gtggggacga gctcgtagcc ggagaacttc attgtgaacg
    40501 aggcgcggcc tccggtgatg gagctcagcg aggtagagta gctggacatc tctttgagcg
    40561 gcaccttggc catcaatttc tcacagccgc gctcgctatt catgcccatg atcagggcac
    40621 gacggccctg aaggtcgctc atcacgtcgc ccaagtagtc gccggggacg agcacttcga
    40681 tgtcgtagat cggctcgagg atcttcggcg cagcatcgcg gaaggcggtg ctgaaggcgt
    40741 tgcgtccggc cagcatgaag gagatttcgt tgctgtccac ggggtgcatc ttaccgtcat
    40801 agacgcagac gcggacatcg cgggcgtagg agccggtcag cggaccctgc tccatgcggc
    40861 ccatgatccc cttgaggatg gccgggagga agcgggcatc gatggcgccg cctacgatgc
    40921 agttgacgaa gacgagtttg ccgccccact cgaggtcgta aacctgcgtg tcgcggacgt
    40981 tcatgcgata ctcttggccg ccgaagcgat aggtgccggg ggctggcatg ccctcgtagt
    41041 agggctcgat gatgaggtgt acctcgccaa actgtccggc gccgccagac tgtttcttgt
    41101 ggcgatagtc agcccgggcg gacttggtga tcgtctcgcg gtaggggatt ttaggctcga
    41161 ggaactcgat ggccagcttg tcgttgttct caatgcgcca cttgagggtg cggaggtgga
    41221 actcgccttg acctgagacg atggtctgct tcagttcttt ggactgttcg acgatccacg
    41281 tcgggtcctc ctcgtgcatg cgggagagga tctcgctcag cttctcggcg tcggcctcgt
    41341 tgaccggctt gatggcgcgg cggaatttgg gctccgggta tttgatgaag tcgaagcgat
    41401 actcgcagcc tttgccattg agggtgttgc cgcggccgac gtctttgagg ttgaccgtgg
    41461 cgccgatgtc gcccgcttcc atctcgctga cttcactgcg gatctgaccg tcgacggcga
    41521 agagttgtgc gatgcgctcc ttcgacccac ggtcggcgtt ggtg
//
LOCUS       SEQF2638.1|AYYF01001069.1 16640 bp   DNA    linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..16640
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             61..306
                     /locus_tag="SEQF2638.1_00734"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MINTEMKKAVLAERPETKKPSDPKQPKTPKEPKEPKQPKEPKQP
                     EQPKDPKQPETPQPPKPGGEKPKPGGDGNPDITLPEE"
     CDS             405..2465
                     /gene="uvrB"
                     /locus_tag="SEQF2638.1_00735"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P37954"
                     /codon_start=1
                     /transl_table=11
                     /product="UvrABC system protein B"
                     /db_xref="COG:COG0556"
                     /translation="MDFKLVSSYRPTGDQPEAIDALSRGIEDGVPYQTLLGVTGSGKT
                     FTIANVVERVRKPTLVLSHNKTLAAQLYSEFKSFFPQNAVEYFVSYYDYYQPEAYLPT
                     TDTYIEKDMAINQEIDKLRLRATASLLSGRRDVLVVSSVSCLYGMADPRAFEEQVVHV
                     ERGMRIARDKLLRRFVDALYVNNKVEFNSGSFRVNGDTVDIFPAIEGYDGMAYRIEFW
                     GDEVERISSFNPVDGREYDEQDTLQIYPTNLFVTTQERIHSALGQIRLDLGERVQQLQ
                     EMGKPFEAKRLEERVTYDLEMIQELGHCAGIENYSRYLDGRRPGERPFCLLDYFPKDF
                     LLVIDESHVTVPQIRAMYGGDRSRKETLVEYGFRLPAALDNRPQTFDEFESLTPQAVY
                     VSATPAEYELAKSGGIVVEQVIRPTGLPDPVIEVRPSQNQIDDLMEEISQRTEVNERV
                     LVTTLTKRMAEELTDYLKRMNVRCNYIHSDVDTLERIRIMDDLRSGEFDVLIGVNLLR
                     EGLDLPEVSLVAVIDADKEGFLRSHRSLTQTAGRAARNLNGRVIFYADKITDSMRMTI
                     DETNRRREKQLNYNRAHGITPRTAIKQSSASVLGDRAQASAVPYAYTEPEPSLVAEPV
                     VSYMTRPQLEKAIERARRRMTEAARKLEFIEAAQYRDEMLKLQELLDGKPKDDEPQPK
                     EGRR"
     CDS             2462..3325
                     /locus_tag="SEQF2638.1_00736"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRVISILLCAWWAIASSPADDWSGNLTFSVEDMTAFNGCMGTL
                     RSAASPRPIGDATLAAARYFVGRPYVASTLEREPERLVVNLREWDCTTLVESAVALAR
                     TAQSPTPTFDVYLRELSRLRYRTAVITDYTDRLHYFTDWIYENARRGLVRDVTAEIGG
                     RPYQPRLSFMSTHPDRYAALRSHPARVNLLRVKEAEISARTGYALLPTAAIPSAASHL
                     RDGDIVCFVTNVPGLDISHVGIICRRGRTVTFVHASSAAGRVIVEPTSLHAYAARNPR
                     TIGIMVVRPVD"
     CDS             3586..4029
                     /locus_tag="SEQF2638.1_00737"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKKTVRIALALCGLFFVASNNAKRKKLLSSENVEAAQAEPTYE
                     LIGQRVQLLYEGGMKAEVQYLNDSTLHWKTIVNDSVAQEQNSMVQRRIDNSHFFVNWI
                     ENDGTTASQVIDFKEKKVTVFLTFTGPDGKRNSQLLTGRLELLRE"
     CDS             4306..5457
                     /locus_tag="SEQF2638.1_00738"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRTTKQFLLTALVICALSACGKKDTPEPEPKPNPGTEQPVRPAR
                     LRGFMVARVEDVSERTLDDVAAWGANIIRLQICPVAYATKNNRNIWEALPVYLIRIDE
                     RLKWAKARGLKVVLDLHEPPVNGYTDPGFPAFWDNPQTRDGFLRFWTAVANKFKDPAY
                     NDLIYGYDIYNEPAAWVRGTDHVPHKWRAMAPEIVKAIRAIDRDVWIIYEPGPWNGPD
                     NYRNLKPLADKRVMYSLHFYLPGKFTHQGVNMATKAEAIASLGVEYPGKIKGKQWDRA
                     ALERELEVVDDFQRRYNVPIFVGEFSVVRWAPLPSSARWLTDVVSLFEERKWTWCYHA
                     FREWDGWSLEYPEGTHTFRYKGDPAALPAKTETERAKVIRAALRKNAQK"
     CDS             5526..6860
                     /gene="mepA_2"
                     /locus_tag="SEQF2638.1_00739"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q7A7N0"
                     /codon_start=1
                     /transl_table=11
                     /product="Multidrug export protein MepA"
                     /translation="MEQNRDNYAFLTEGPIHRVIGTMAVPTIISMLVLSLYNMADTFF
                     VGRIDTQSTAAIGIVFSVMFLVQAISFFFGNGSGNYISRELGARRHRNAEVMATTGFV
                     YAVAGGLLILIAGELFLTPISRWLGSTPTILPYTRTYLGITLLGTPLVTGAFTLNNQM
                     RFQGNAIYAMRGIATGAILNVALDPLFIFVFNMGIAGAAVATVIGQAVSFVILLRMTH
                     RGGSIRIRLQNFSLSKIYIQEIMAGGTPSLSRQGLSSLATVMLNYGAGAYGDAAIAGM
                     SVVNRFTMILLAAVIGFGQGFQPFCGFCYGARLYERVKDGFWYAVRVSTLFLLVCSVI
                     GWIFSDHIIVLFRRDPAVVAVGTVALKWQLASLPLTGLIILGNMFTQTIRKTIRANIL
                     AAARSGLFFIPLMMILPNTFGLMGVEMCQTVSDVLAFSLTLPILHSAFREMR"
     CDS             complement(6875..7651)
                     /locus_tag="SEQF2638.1_00740"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIETIHIEKISQHRLSLALHAFFHGDVCSRMMSEDPDKIGVPKS
                     QSEEYKKWVDEELDMIAEARESYNTREIQKKDSECDRLLSFILSMVRTMRLSPKPEEV
                     ESAEKLYIIMRVGKRIQAEGVTRKPARIESLLIDLKKPECTEHISRLRLEEGIELLEK
                     SYKELRTLVAERTNERAEKKRPSATQIRPKTDKAYYEILRLLEVAYIQGQAPVDRESI
                     ENLVRYLNEHTNNVRMVHRQSQAQRKSRSNQKKESEEVSD"
     CDS             complement(8257..8922)
                     /gene="lipB"
                     /locus_tag="SEQF2638.1_00741"
                     /EC_number="2.3.1.181"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q5SLQ3"
                     /codon_start=1
                     /transl_table=11
                     /product="Octanoyltransferase"
                     /db_xref="COG:COG0321"
                     /translation="MFIYQDLKRIDYAEALAIQTAAFDELLALKERGETGTSRLFFCE
                     HNPVLTLGKHGLDANLLVSEDVLRRRGVAFYHTNRGGDITYHGPGQITGYPVFDLEPL
                     HLGLRAYIEALEETIIRFLARFDLHAERMAGATGVWLDVGKTRARKICAIGVRSRRFV
                     TMHGFALNISTDLSYFSLIHPCGFVDKGVTSLAKELAPSESPNMEISKQLLLEDFRSI
                     FGR"
     CDS             complement(9188..10033)
                     /gene="mtgA"
                     /locus_tag="SEQF2638.1_00742"
                     /EC_number="2.4.1.129"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_00766"
                     /codon_start=1
                     /transl_table=11
                     /product="Biosynthetic peptidoglycan transglycosylase"
                     /translation="MKLRFKRILRWCRNAVLALFVFSLFMVLVYKWLPVPFTPLMFIR
                     ALDPETPQMKHHWVSIDKISHAMPLAVVASEDNRFMTHHGFDHEQIRQAMEEAKRGGR
                     KRGASTISQQTAKNVFLWPGRSWIRKGLEAYFTVLIEFVWGKERIMEVYLNSIEMGRG
                     IFGVEAASRTYFSKSAASLTRSEAALIAAALPNPRKRNPGAPSAYMRKRQGAILSLMN
                     KVGAVPIGSGSPAAVDAAPAEKPQPAAPSSRPKPAPQTVEPSPKDELPENVTVDDEEE
                     DDDEE"
     CDS             complement(10068..10532)
                     /locus_tag="SEQF2638.1_00743"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIQRIQTVYLLIVAALNLLVVFMPLATVQFDGIFYSFDASGMST
                     MASPEALVYPTWALMALSALISLLALVTIFLFRRRMLQIRLCTFNTLLIVGFYGLFAF
                     YLWRLAGSMDAFTFNFRIALAFPLISLILNWLAIRAIGADEMLVRSLDRLRK"
     CDS             complement(10551..10883)
                     /locus_tag="SEQF2638.1_00744"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDYRKTTAPTNTVTRDMIKLCHDNQDNVYETVMVIAKRANQISN
                     EMKQDLEKKLEEFTNLSDNLEEVFENHEQIEISRSYEKMPKPTLIATQEYLEDKIYYK
                     NPSREKSF"
     CDS             complement(10917..11723)
                     /gene="bamD"
                     /locus_tag="SEQF2638.1_00745"
                     /inference="ab initio prediction:Prodigal:002006"
                     /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(11801..13465)
                     /gene="aspT"
                     /locus_tag="SEQF2638.1_00746"
                     /inference="ab initio prediction:Prodigal:002006"
                     /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
                     GLDAGAHFFETVFRPEGLLWIGLGFVLTLIPTLIVGAIAMKWLKIDFASVFGMLCGSM
                     ANPMALNYVNDTVSGDNPAVAYATVYPLSMFARVILVQVLLMALLG"
     CDS             13699..16272
                     /locus_tag="SEQF2638.1_00747"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTRRIFCALLMLLGLCGPWTTRTLAQHTVHVEGIVKDSVTGEAL
                     PAVAVMLKGTTIGTVTDNDGRFTLEAESAARTLSVSYLGYETYERPLTGTNRLTIRLQ
                     PTTYTLNDVVVRPGHERYSRRNQAVDFVRNVIERRELNAPRNHDYFSFSTYDRKIFAK
                     NDFEEAEERGKKRYRRIDFIFDYIDTSHVSGKPILPLYNEEVIEQTYFRRTPRTERRL
                     VQGVKRAGLVEIFSEDGITQFVNEVFREPDVFQDNIPLFLQRFVSPLASFGPTFYKYY
                     LTDTVEIDGERCADLSFVPFNAESFGFTGHLYVTLDSTYFVRRVRLNVPKHINLNYVD
                     FMQIEQDFRRTDDGTRLILKNDITVEFRLHAKSKGTYARRICLYRNQSFRAPDDPSVF
                     RENNPVMETEEARRRSDDYWQQQRAQQGDSTSDATRQTSVERMMAQLRRVPVFYWTEK
                     VASALIGGYVQPMEKNSPVEFGPVNTFISGNVLEGARYRFGGTTTTALSNRFFIDGYA
                     AYGAGDRKLKGDILAEYSFNKKRNFRKEFPFHYLRAEYRYDINQIGQHYLYTNPDNIF
                     MMPKRRRNDLITYMRNAELSYYHEHYNGLGYGLTLRHRTEWATRYVPFQRFLPDATTV
                     PVKSYQSAQLEVSIRWAPNEKFYQSRNYRYPITLDAPIITLTHTMARRGILGTEHNYN
                     RTELGVRKRFWLSPFGYIDLYGQAGAVWNRVPYPLLIIPNANLSYSIEPESYALMDPM
                     EFINDRFVSWEATYFPSGALLNRLPLLKRLQLREVVAFRGWYGTLTDKNNPFLADNAD
                     LYAFPSNTYLMGRRPYMELSVGLDNIFKLVRVDYVWRLSYRDHPHTPNSGVRFKVQFS
                     F"
ORIGIN      
        1 agccatatcc ttctcgatgt acgtgtcggt ggcgaggcgg catacaagtc gatcattgac
       61 atgatcaata ccgagatgaa gaaagccgtc ctggccgagc gcccagagac caagaagccg
      121 tctgacccta agcagcccaa gactccgaag gagcctaagg agccgaaaca acccaaggaa
      181 ccgaagcaac ctgagcagcc gaaggatccg aagcagccgg agacgcctca gccgcccaaa
      241 ccgggcggtg agaaaccgaa gccgggcggc gacggcaatc ctgacattac gctgcccgag
      301 gaataaggta cccgacaaat tttactggcg gccgcagccg cctatctggg tagggacgaa
      361 tgccatttcg cccctacttt cattttccct ccccctttcc ccctatggat ttcaaactcg
      421 tctcttcata ccggccgacg ggcgatcagc ccgaggctat cgatgcccta tcgcgaggca
      481 tcgaggacgg cgtgccgtat cagaccctcc tgggcgtcac cggctccggc aaaacgttca
      541 ccatcgcaaa cgtcgtggag cgggtccgca aacccacgct cgttttgagt cacaacaaga
      601 cgctggccgc ccaactctac agcgaattca agtccttctt tccgcagaac gccgtcgaat
      661 acttcgtttc ctactacgac tactatcagc ccgaggctta cctgcccacc accgacacgt
      721 acatcgagaa ggatatggct atcaatcaag aaatcgacaa gctccgcctg cgcgccacgg
      781 cttcgctcct ctccgggcgt cgcgacgtgc tggtcgtctc gtccgtctct tgcctttatg
      841 gcatggccga cccgcgggcc ttcgaagagc aagtcgtgca cgtggagcgc ggcatgcgca
      901 tcgcccgcga caagttgctc cgccgcttcg tagacgcgct ctacgtcaac aacaaagtgg
      961 aatttaactc cggcagcttc cgggtcaatg gcgacacggt cgacatcttc cccgccatcg
     1021 agggctatga cggaatggca taccgcatcg agttctgggg cgacgaggtc gagcgcatct
     1081 cctcatttaa ccctgtcgac gggcgcgagt atgacgaaca agacacgctt cagatctatc
     1141 ccaccaacct cttcgtcacc acccaagagc gcatccactc ggcgctcggg cagattcgcc
     1201 tcgacctggg cgaacgcgtg cagcagctgc aggagatggg taaacccttc gaggccaagc
     1261 gtctcgagga gcgcgtcacg tacgatttgg agatgattca ggagctgggc cactgcgcgg
     1321 gcatcgaaaa ctattcgcgt tacctggacg gacggcgccc gggtgagcgc ccattttgtt
     1381 tgctggacta ttttccgaag gactttctgc tcgtcatcga cgaaagccat gtcaccgtgc
     1441 cgcagattcg cgccatgtat ggcggcgacc gctcgcgcaa ggagacgctc gtcgaatacg
     1501 gtttcagact gccggccgca ctcgacaaca ggccccaaac gttcgacgaa tttgagtccc
     1561 tcacgccgca agccgtctac gtcagcgcca caccggccga gtacgagctg gccaagagcg
     1621 gcggcattgt cgtggagcag gtgatccgcc cgacgggcct gcccgacccg gtcatcgagg
     1681 tgcgcccgag ccaaaaccag atcgacgacc tgatggagga gatctcgcag cggacggagg
     1741 tcaacgaacg cgtgctcgtc acgaccctca ccaagcgcat ggccgaagaa ttaacggact
     1801 atctcaagcg catgaacgtg cgctgcaact atatccatag cgacgtcgac acgctggagc
     1861 gcatccgcat catggacgac ctccgcagcg gagagttcga cgtgctcatc ggcgtcaacc
     1921 tcctccgcga gggcctcgac ctgccggagg tctcgctcgt ggccgtcatc gacgcagaca
     1981 aagagggctt cctccgctcc caccgctcgc tcacgcagac ggccgggcgc gcggcccgta
     2041 acctcaacgg ccgcgtgatc ttctatgccg acaagatcac cgacagcatg cgcatgacga
     2101 tcgacgaaac gaatcgccga cgcgaaaaac agctcaatta caaccgcgca cacggcatca
     2161 ccccccgcac cgccatcaaa caaagctctg cctccgtgct gggcgatcgc gcacaagcat
     2221 ccgccgtgcc ctacgcctac accgagcccg aaccctcgct cgttgccgag ccggtagtga
     2281 gctacatgac ccgtccacaa ctcgaaaagg ccatcgaacg cgcgcgccgt cggatgacag
     2341 aggcggcccg caaactggaa ttcatcgagg cagcccaata ccgcgacgaa atgctgaagc
     2401 tccaggagct gctcgacgga aaaccgaagg acgacgaacc gcaaccgaag gagggtcggc
     2461 gatgaaacgt gtgatcagca tcttgctctg cgcctggtgg gcgatcgcgt cgagtccggc
     2521 ggacgattgg tcgggaaact tgacgttttc cgtggaagat atgaccgcct tcaacggctg
     2581 catggggaca ctccgatctg ccgccagtcc gcgccccatc ggcgacgcca cactcgctgc
     2641 cgcgcgatac ttcgtcggcc gtccctacgt cgcctccacg ctcgaacggg agcccgaacg
     2701 cttggtggtc aacctccgcg agtgggattg caccacgctc gtcgagtcgg ccgtcgcctt
     2761 agcccgcacc gcccaaagtc ccacgccgac gtttgacgtt tacctccgcg aactctcccg
     2821 cctacgctac cgcacggccg tcatcaccga ctataccgac cgcctgcact acttcaccga
     2881 ctggatctac gaaaacgccc gccgcggcct cgtgcgcgac gtcaccgccg agatcggcgg
     2941 ccgcccctat cagccgcggc tctccttcat gtccactcac cccgaccgtt acgcggcgct
     3001 acgctcccat cccgcgcgcg tcaacctgct gcgcgtcaag gaggccgaga tctccgcccg
     3061 caccggttat gccctcctcc cgacggccgc catcccctct gccgccagcc acctgcgcga
     3121 cggcgacatc gtctgcttcg tgacgaacgt ccctggctta gacatctcgc acgtcggcat
     3181 catttgcaga cgcgggcgta cggtgacgtt cgttcacgcc tcctccgccg ccggacgtgt
     3241 catcgtcgag ccgacctccc tccacgccta cgccgcccgt aatccgcgca cgataggtat
     3301 catggtcgtt aggcccgtag attaggtacg ctcagcggct tattctcttc gttttttccg
     3361 agagatccct ctccggagga tcatcgtgaa taaagaatcg gggaacacgc tctccggata
     3421 gatcattttg aacaaagatt tggggagcac gctctctgga tgaactattt tgagtcgaat
     3481 gaggagaatc ccgcttttca aggactactt attgaatggg tcatgcgaaa agctgcgctg
     3541 ccgggggtac ctttgctgct gattaaacat taaagtgatc aggcaatgaa aaagaaaaca
     3601 gttaggattg cgttagccct atgcggcctc ttctttgtcg caagcaacaa cgccaagcgg
     3661 aaaaaactgc tctcctctga aaacgttgaa gcggctcaag ctgaaccgac gtacgagctg
     3721 atcggacaac gcgttcagct gctctatgag ggagggatga aggccgaagt gcaatatctg
     3781 aatgattcga cgctgcactg gaagaccatc gtgaacgata gtgtggcgca agagcagaac
     3841 tcaatggttc aacgacgcat cgacaacagt cacttctttg tgaactggat agaaaacgac
     3901 ggcacgactg cgagccaagt gatcgacttc aaagaaaaaa aggtgaccgt ctttttgaca
     3961 tttacgggcc ctgacggcaa acgcaattcg caactgctca ctgggcgcct tgagctgctc
     4021 agagaataac gggaatcgcc caatcggcag ggtgacggcc tattctgaaa attgtttaga
     4081 ggcttactgc ggagcacatc ctgaggatgt ttttgaccgc tctttttgtc agacgataga
     4141 cgttgcgtgc gatgggagga gatgaaacgg acgaggatcc cctccggaat aaacttcaaa
     4201 caatcccgaa cacccgaaca atttcgtcgc attgtgcgtt ttcattccgt cgaaggttca
     4261 ctaaagcact ttcgacgaaa tcattcattc ctaaccctta ttgaaatgag aactacaaaa
     4321 caattcctac tgacggcgct ggtcatttgc gcactttcag cttgcgggaa gaaggacacg
     4381 cccgaacccg agcccaaacc aaatcccggc acagaacaac ccgtgcgacc agcccgctta
     4441 cgcggtttta tggtagcccg cgtggaggat gtgagcgaac gtacattgga cgacgtggcc
     4501 gcatggggcg cgaacatcat ccgacttcaa atttgcccgg tggcatatgc cacgaagaac
     4561 aatcgcaaca tctgggaggc cctcccggtc tacttgatcc gtatcgacga acgcctcaag
     4621 tgggccaaag cccgcggcct gaaggttgtg ctcgacttac acgagccgcc tgtcaacggc
     4681 tacaccgatc ctggtttccc cgccttctgg gacaacccgc agactcgcga tggcttcctt
     4741 cgcttctgga ccgcagtggc caacaagttc aaagaccccg cctacaacga cctcatctac
     4801 ggctacgaca tctataacga gcccgccgcc tgggtgcgcg gcacggacca cgtcccccac
     4861 aagtggcgcg ccatggcccc cgagatcgtc aaggccattc gcgccatcga tcgcgacgtc
     4921 tggatcatct acgagcccgg cccctggaac ggcccggaca actaccgcaa cctgaagccc
     4981 ctcgccgaca aacgcgtgat gtatagtctg catttctacc tccccggaaa atttactcat
     5041 caaggtgtga acatggcgac gaaagccgaa gccatcgcat cacttggcgt ggagtatccc
     5101 ggcaagataa aaggcaagca atgggatcgc gccgcgctgg agcgcgagct tgaagttgtc
     5161 gacgacttcc agcgtcgcta caacgttccc attttcgtag gcgagtttag tgtcgtgcgt
     5221 tgggcccctc ttccgtcgtc tgcacgctgg ctgacggacg tcgtatccct cttcgaagag
     5281 cgcaaatgga cttggtgcta ccacgctttc cgcgaatggg acggctggag cttagagtat
     5341 cccgagggaa cgcacacctt ccgttacaaa ggcgatcctg ccgccttgcc ggctaagacc
     5401 gaaacggagc gcgccaaagt aatccgcgct gcactgcgaa aaaacgcgca gaaatagaat
     5461 caaaaattca tgaggtaggg gcgaaaaaaa ttattcgtcc ctacctttta tttacgtcaa
     5521 atcaaatgga acaaaacaga gataattacg ccttcttgac cgaaggcccc attcatcgcg
     5581 tgatcggcac aatggccgtg cccacaatta tcagtatgct cgtgttgtcg ctttacaaca
     5641 tggccgacac gtttttcgtg ggccgtatcg acacgcagtc aactgccgcc atcggcatcg
     5701 ttttctctgt catgttcctc gtacaggcca tcagtttctt tttcggaaat ggctcgggta
     5761 attacatctc tcgtgagctt ggagccagac gtcaccgcaa tgctgaggtc atggctacca
     5821 cgggtttcgt atatgccgtg gctggtggac tgcttatttt gattgctggc gaactattcc
     5881 tgacgccgat ctcccgttgg ctcggaagta cgcctactat attgccctat acccgtactt
     5941 acctcggaat tacgctgctc gggacacctc tcgtcaccgg ggcctttacg ctaaacaacc
     6001 aaatgcgctt ccagggtaac gccatttatg ccatgcgagg catcgcgacg ggtgccatcc
     6061 tcaatgtggc gctcgatccg ctgttcattt ttgtcttcaa catgggaatt gccggtgccg
     6121 cggtggccac ggtaatcgga caagctgtca gcttcgttat tctcctgcgc atgacccatc
     6181 gcggtggtag tattcgcatt cgcctacaga atttttccct ctccaagatc tatattcaag
     6241 aaattatggc cggcggaacc ccttcgctct cccgtcaggg actcagcagc ctggccacgg
     6301 ttatgcttaa ctatggcgcc ggcgcgtatg gagatgcggc cattgccggc atgtccgtcg
     6361 tgaaccgttt tacaatgatc ctactagctg ccgtcatcgg ttttggacag ggattccagc
     6421 ctttttgtgg cttctgctat ggcgcccgtc tctacgagcg ggtcaaggat ggcttctggt
     6481 atgcggtgcg tgtcagcacg ttattcctac tcgtctgtag tgtcatcgga tggatttttt
     6541 cggatcacat tatcgttctc ttccgtcgtg atccggcggt cgtagctgtc ggcactgtgg
     6601 cactgaaatg gcagttggct tcgctacctc tgacggggct gattatcctt ggcaatatgt
     6661 tcacgcagac catccgcaag acgatacggg ccaatatttt agcggcggca cgtagcggac
     6721 ttttcttcat tccgctgatg atgattttgc cgaatacatt cggtctgatg ggtgtagaga
     6781 tgtgtcaaac tgtcagcgat gtactcgcct tctcccttac gttgcccatt ctccatagcg
     6841 ctttccgcga gatgcggtga aactttctga acattcaatc cgatacctcc tccgactcct
     6901 ttttttgatt gctgcgggac ttccgttgtg cctgactctg ccgatgaacc atgcgcacgt
     6961 tgttcgtgtg ttcattgagg tatctcacca gattttcaat tgattcccgg tctactggcg
     7021 cctgtccctg aatataagcc acctctaaaa gtcgaagtat ttcataataa gctttgtccg
     7081 ttttggggcg aatttgagta gctgaaggcc gttttttttc ggctcgctca ttggtgcgtt
     7141 ctgccaccag cgtgcgcaat tccttatagg acttttcgag tagttcgatc ccctcctcga
     7201 gtctgagtcg ggagatatgc tcggtgcact caggcttttt tagatcgata agcaaggatt
     7261 cgatacgtgc gggcttacgt gtgacgccct ccgcttgaat gcgtttaccc acacgcataa
     7321 taatgtacag tttttcagcc gactctacct cctccggctt tggagatagg cgcattgtgc
     7381 gtaccatgct gagtatgaac gacaataagc gatcgcattc ggagtctttt ttctgtattt
     7441 ctctcgtgtt gtaactctct cgcgcctcgg caatcatgtc aagttcttcg tcgacccatt
     7501 ttttatattc ctctgattgc gatttgggta caccgatttt atccgggtct tcgctcatca
     7561 tgcgactaca aacatcgcca tgaaaaaagg catgcagcgc aaggcttagt ctatgctgac
     7621 tgattttttc gatatgaatg gtttctatca tactgttatt ctacgacttg atgaatgata
     7681 ggcattcggg taatggcaca tgaaattcat ttcctatact tatttaggcg cgaagataat
     7741 catttatcgt tgatcgtaaa ttatcgcata taggatcttt agattactcc gtaatctggg
     7801 gatttcctca ttaatcagat caaaattcca gtgagatctt ggatctatta tattcgtgat
     7861 atgaagattg cgccgttatt atctatctac tatattcata acacgaaaat tacgacgcaa
     7921 ttaaagcata atcatatcga aagccataag attacaccgt aatcatgatg caactataca
     7981 ctcagagtat aaatgacgtc gtaatctcga gtataaatat atgataagat gaagaatacg
     8041 ccgtaatttg aggtcaaatt atatatttga ttccagatta cggagagtga tagaccgtac
     8101 gatataatcg gatcatatca atctaaaaat gatagcattg aatttgttcg tacatagaga
     8161 acagagaaaa aagtgggggg aaatgaaagt gccagacaca tgcaaatcat gtatctggca
     8221 cttctctatt ttcttctggt tgctttgagc gcttcgttaa cggccgaaga tggatcgaaa
     8281 atcctcgagg agaagctgct tggagatctc catattgggt gattcggacg gagcgagctc
     8341 tttggccaac gaggtgactc ccttatcgac aaatccacag ggatggatga gtgaaaagta
     8401 gctgagatca gtcgatatat tcagtgcgaa cccgtgcatg gtgacgaacc gtcggctacg
     8461 gacgccgatg gcgcatatct tccgggcacg tgttttcccg acgtccaacc atacccccgt
     8521 agcgcctgcc atgcgttcag catggagatc gaagcgtgcg aggaagcgga tgatggtctc
     8581 ttcgagggct tcgatatagg cacgtaatcc gaggtgcagc ggctcaaggt cgaagacggg
     8641 ataaccggtg atttggccgg ggccgtgata cgtgatgtct cctccgcgat tggtgtggta
     8701 gaaggctacg ccgcgacgac ggagcacgtc ttccgagaca agtaaattgg catccagacc
     8761 gtgtttgcca agggtgagaa cggggttgtg ttcgcaaaaa aagagtcgac ttgtgccggt
     8821 ttctccgcgt tctttgaggg cgaggagttc gtcaaaggcg gcagtttgta tcgccagtgc
     8881 ttcggcgtag tctatgcgtt tgagatcttg ataaatgaac ataagtgtgg gggttagatg
     8941 gtcttctttt cttgccttga tgcaagaaaa gaagcaaaag aaaatcaagg cctctacaga
     9001 ggccggggaa gttgtccggg tacatgagat tctccgttat gtacctggca aacttcgccg
     9061 gcggccgcag ccgccttctc ttgatagaag aaaagaatca aaagaagatc aaggcgtcag
     9121 ggacgccggc cagtttggcc tggtacgtga tgtgtactcg atctgctttt tatttttcgt
     9181 ctttacgtta ttcctcgtca tcgtcttctt cctcgtcgtc gactgtaacg ttttcgggaa
     9241 gttcgtcttt gggcgatggt tcgactgtct gaggggcggg tttgggacgg gacgatggcg
     9301 cggcgggttg gggcttttcg gctggtgccg catcgactgc cgcagggcta cccgaaccga
     9361 tgggaactgc gcctactttg ttcataagcg agaggatagc gccttgacgt ttacgcatat
     9421 aggccgaagg ggccccggga ttacgtttgc gtggattggg caacgcagcg gcgataagcg
     9481 cggcttctga acgagtcaac gaggcagctg acttagaaaa gtaggttctg gaagcggcct
     9541 cgacgccgaa aatgccacgt cccatctcga tggagttgag atagacttcc ataatacgct
     9601 ccttgcccca cacgaactcg atgaggacgg taaaataggc ttccaagcct ttgcggatcc
     9661 acgatcgacc gggccagagg aagacgtttt tagccgtctg ctgcgatatg gtgctggctc
     9721 cacgcttccg tccgccgcgc ttggcttctt ccatcgcttg acggatctgc tcatggtcga
     9781 aaccatgatg cgtcatgaaa cgattgtctt ccgaagccac cacagctagt ggcatggcat
     9841 gcgaaatctt atcaatggat acccaatggt gtttcatttg cggtgtttcg gggtcgaggg
     9901 cacggatgaa catcagcggc gtgaacggaa cgggcaacca cttatatacg agcaccataa
     9961 agaggctaaa aacaaacaac gccagcaccg cgttgcggca ccagcgtagt atgcgtttga
    10021 aacgtagttt catcagatga aaaaatgaga tcgaggggct cttcgaatca tttccgaagc
    10081 ctgtcgagcg agcgaacgag catctcgtca gcaccgatgg ctcggatagc caaccaattt
    10141 aggatgagcg aaataagtgg gaaggccagg gcgatccgaa aattgaaggt gaaggcgtcc
    10201 atcgagcctg caagtcgcca gagatagaag gcgaagaggc cataaaagcc tacgatgagc
    10261 agcgtattga aggtgcaaag cctaatctgc agcatgcgtc ggcgaaaaag gaagatggtg
    10321 acaagtgcca acagcgaaat gagcgccgaa agggccatca aggcccacgt gggatagacg
    10381 agcgcctcgg gagaggccat tgtgctcatt cccgaggcgt cgaacgaata aaaaatgccg
    10441 tcaaactgca ccgtagccag cggcatgaac accacaagga ggttaagtgc ggccacgatc
    10501 agcaaataga cggtctgaat acgttgaatc atatctgaat atcagaacga ttagaaactc
    10561 ttctcgcgtg acggattttt gtagtaaatc ttgtcctcga gatactcctg agtagcgatg
    10621 agggtcggtt tgggcatttt ttcgtaggat cgggagattt cgatctgctc gtggttttca
    10681 aaaacctctt ccaggttgtc gctgaggttc gtaaactcct cgagtttctt ctccagatcc
    10741 tgcttcattt cgttactgat ctgattggcg cgtttggcaa tcaccatgac ggtttcgtac
    10801 acgttgtctt gattgtcgtg acagagttta atcatgtctc gcgtgacggt attcgtcggc
    10861 gccgttgtct tgcggtaatc catttctcgt tatgctcttg ttaaagaatt gatgtgtcaa
    10921 tatttcgttg tgatgtgtga gttggcctcg ttgaagtact tctgtacttg tcggctgtac
    10981 ttcccgtcgg ggaactcgtt cttataattg taatattcgt ctactacgtc acgatagcgg
    11041 ccctgcaaac gatcttctac gctgaccgag gctaactcga acttcgattt gatcttcagg
    11101 aagataaaat cctcacggta cttagtgtag ggataatcgc ggagagcatt atcggccgtg
    11161 atgacgcacg atctgtaatt atttcccatg taggtaccta agttgtagta taattcggcg
    11221 gcaagaagct ccttgtaggc caatttttcc tgcaattgaa agaggatttc ttgggcttgt
    11281 ttggcgcgct cgctctgcgg ataatattcc atgtagagtt ggagttgcgc aatggcctcg
    11341 taggtttgcg attggtcaag tcgagggtcc ggggagtcca aatagagccc ataaccggag
    11401 taaaaacggg cctgctcggc gtattcgcct ttgggatacg tggtgtaata ggttttgaaa
    11461 tactctgcgg ccgtttcata gtccttctgg ctataataag tttgagccag caggtaaagc
    11521 gactcctcgg cgtgcgttgt acccttaaaa atgggcacaa gctcctccag cagcgtggct
    11581 gctttggcgt atttcttttc gtcgaagtat tttttagcgt aggagtactt caattcgtag
    11641 tccgtgctct tgaggatctt gttgtattcg ccgcatgagg caaacaggag catgatccca
    11701 ataacccatc cgatattctt cattctgcta tagttaggcg ctgtttttta acggcggcaa
    11761 aagtaattca tcccccgaaa ccggaaagtg acgctgtctt tcagcccaaa agggccatca
    11821 gcaacacctg caccaggatc acacgggcaa acatgcttag cggataaacc gtggcatagg
    11881 caacggcagg gttatcgcca gaaacggtat cgttgacata gttcagcgcc atcggattgg
    11941 ccatgctgcc acacagcatg ccgaatacgc tggcaaaatc gatcttcagc cacttcatag
    12001 ctatcgcacc gacaatcaaa gtggggataa gtgtcaacac gaagcccaat ccgatccaca
    12061 acaagccctc gggacgaaac acggtctcga aaaaatgcgc tcccgcgtcg agtccgaggc
    12121 atgcgaggta catcgacagt cccaaggcgc gcaacatgag gttcgcacta cgcgtggtgt
    12181 acgtaatcat gtgcaaccgt gggccgaacg tgcccaaaag aatgcctacg atgatcggtc
    12241 cgccggccag acctaactta acgggcgtag aaatgcccgg aatggcgatg ggtaatgatc
    12301 ccagcacgag ccccagcact atacctataa atatgactac cagattcggt tcattgaggc
    12361 ttttcaccgc attgccaagt accttttcga cgttccgaat ggctgccgac tcacccacaa
    12421 cggtcaatcg gtcgccaagt tggagcacca gctcaggcgt agccagtagt tgcaccccgg
    12481 aacgatagac gcggctgata ttgatgccgt aatgattgcg taggcggagg gatccgaggc
    12541 gcttgccatt caattcgggg cgcgtaacga cgatacgctc cgacgcgagc tcgctatcga
    12601 tggcgttcca gtcgatgtcg tccttattcc agtctttatt ttcctgttcg ccgaagagta
    12661 cggtcaacgc gggtacgtct ttttcggacg taatgaccag cagacggtcg ccctcacgga
    12721 gcgtagaggc cgatgtgggg atgctgacat gcccgtcacg ccaaagacga gagatgacga
    12781 agcgtgtggc actgatggcc ccaatgtcct tcacgctttt gccgaagacg gcggggttgt
    12841 gcacctgaaa ggcggccata tagaccttgt tcgcgtcctc cttctcctga gcgcctgtat
    12901 cgccgggctt cacgagtgtc ttgcgcatga gcatgacggc gatgatgacg cccacgacac
    12961 ccagtgggta agtcacggcg caaccgaggg ccgccgtcga tccgtcgagt ccgagttgca
    13021 cgagcgtctg ctgtgcagca ccgagcgcag gtgtattcgt cgtggcaccg cagagtatgc
    13081 cgaccatgtc aggcagggaa acgcccgtag cgtacgaaaa ggcgacggcc ataagcgtgc
    13141 cgagcacaac gacgcccatc gaaagcatgt taagcgtcaa tccgcccgta tgaaacgagc
    13201 tgaagaagcc cgggccgacc tgtagcccga gggcgtaaac gaaaatgacg aggccgaaac
    13261 tctcggcgta ggtgcgcatg gccggatcga cggtaaagcc gaggtggcca gccagaatgc
    13321 ccacaaaaaa gacaaacgtg acgccgagcg agatgcccat aaggcgcact ttgcccagtc
    13381 ccaatccgat ggcggagata aaagagatca ccaccatcgc ttgtagtgca gtgtgttcgc
    13441 tgaataaact gataaaccaa tccattgttc ttctctctga gttcggccgc aaaggtagag
    13501 ggtgaataag acttagattt ttgtccaagc actgaaatcg cggatttcag ggtcatgcca
    13561 aaaaacatag cccccggtcg tattttctat tcttcctttc tctatttatg tccgtatgct
    13621 tacaaatccc cacgccctcg gatgaaaagc ccgactttcg cgacccattt tttctgatcc
    13681 tctacccatt gatccaaaat gacaagaaga attttctgcg ctctgctcat gcttctgggg
    13741 ctctgtggcc cgtggacgac acggacgctg gcgcaacaca cggtgcacgt cgagggtatc
    13801 gtaaaagact ccgtcacagg tgaggcgctg ccggccgtcg ccgtgatgct gaaaggaacg
    13861 accatcggta ccgtcaccga caacgacggc cgcttcaccc tcgaggctga atccgccgca
    13921 cggaccctca gcgtctcgta tttgggatac gaaacttatg agcgccccct taccggcacg
    13981 aaccgcctta ccattcggct ccagcccacg acctacacgc tgaatgatgt tgtggtgcgg
    14041 cccggacacg agcgttactc ccgccgcaat caggcggtgg actttgtccg gaacgtgatc
    14101 gaacgccgcg agcttaatgc ccctcgcaac cacgactact tcagcttcag cacttacgac
    14161 cgtaagattt tcgccaaaaa cgacttcgag gaggctgagg agcgcggcaa gaagcgttac
    14221 cgccgcatcg acttcatctt cgactatatc gacacctcgc acgtctccgg aaagcccatc
    14281 ctgccgctct acaacgagga agtgatcgaa cagacctact tccgccgtac gccgcgcacg
    14341 gagcgtcgct tggtgcaggg cgtcaagcgg gcggggctcg tagagatctt ctctgaggac
    14401 ggcatcacgc agttcgtcaa tgaggtgttc cgtgagccgg acgtctttca ggacaacatt
    14461 cccctcttcc tccagcgctt cgtcagtccg ctagcctcct tcggccctac cttttataag
    14521 tactatctca cggacaccgt cgagatcgat ggcgagcgct gtgccgacct cagcttcgtg
    14581 cccttcaacg ccgaatcgtt tggcttcact ggccacctct acgtcacgct cgactccacc
    14641 tacttcgtcc gccgcgtccg cctgaatgtg cctaaacaca tcaatctgaa ctacgtcgac
    14701 ttcatgcaga tcgagcagga tttccgccgc accgacgacg gcacacggct catcctcaag
    14761 aacgacatca cggtcgagtt ccgcctccat gccaagagca agggcaccta tgcgcgtcgc
    14821 atctgcctct accgcaacca atcgttccgg gcgcccgacg acccgtccgt ctttcgcgaa
    14881 aacaaccccg tgatggagac cgaggaggca cgccgccggt cggacgacta ctggcagcag
    14941 caacgcgcgc agcagggcga cagcaccagc gacgccaccc gccagacgtc ggtcgagcga
    15001 atgatggccc agctgcggcg cgtccccgtc ttctactgga cggagaaggt ggccagcgca
    15061 ctgatcggcg gctacgtgca gccgatggag aagaatagcc ccgtggagtt cggcccggtc
    15121 aacaccttca tcagtggcaa cgtcctcgag ggggcccgct atcgcttcgg tggaacaacg
    15181 accacggccc tcagcaaccg cttcttcatc gatggttacg cggcctacgg ggcgggcgac
    15241 aggaagctga agggtgacat tttggccgaa tattccttca acaagaagcg caacttccgc
    15301 aaggagttcc ccttccatta cctacgcgcc gagtatcgct acgacatcaa tcagatcggt
    15361 caacactacc tctacaccaa ccccgacaac atctttatga tgcccaagcg ccgccgcaac
    15421 gacctcatca cctacatgcg caacgccgag ctgagctact accatgagca ttacaacggc
    15481 ctcggctatg gcctcaccct gcgccaccgc accgagtggg ccacccgcta cgtgcccttc
    15541 cagcgcttcc ttcccgacgc taccaccgtg cccgtaaaga gctatcaatc ggcacagtta
    15601 gaagtcagca tacgctgggc gcccaacgaa aagttctacc agtcgcgcaa ctaccgctat
    15661 cccatcacgc tcgatgcgcc catcatcacc ctcacccaca cgatggcccg ccgcggcatc
    15721 ctcggcaccg agcataatta caaccgtacc gagctcggcg tccgcaagcg cttctggctc
    15781 tcgccctttg gctacatcga cctctacggc caggcgggcg ccgtctggaa ccgtgtgccc
    15841 tacccgctac tgatcattcc gaatgccaac ttgtcatact ccatcgagcc cgagagctac
    15901 gccctaatgg acccgatgga gttcatcaac gaccgcttcg tctcttggga agccacctat
    15961 ttcccgagcg gcgcgctgct caaccgcctg ccgctcctca agcgcctgca actgcgcgag
    16021 gtcgttgcct tccgcggctg gtacggcacg ctcacggata agaacaaccc cttcctcgcc
    16081 gacaacgccg acctctacgc cttcccctcg aacacctacc tcatgggccg ccgtccctac
    16141 atggagctca gcgtcggcct cgacaacatc ttcaagctcg tccgcgtgga ctacgtctgg
    16201 cgcctctcct accgcgacca cccgcacacg cccaacagcg gcgtccgctt caaggtgcaa
    16261 ttctcgtttt gaggcactgt ttgggcgcag gggcgttcat ttccgcggca gaatgtctgc
    16321 cggcatactc atggggtgtg gtagtcgcgg cagaatgtct gccggcacga tcatggggtg
    16381 tgatagtcgc ggcagaatgt ctgccggcac gatcatgggg tgtgatggtc gcggcagaat
    16441 gtctgccgac gtactcatgg ggtgtgatag cctcggcaga atgtctgccg gcgtactcat
    16501 ggggtgtgat agtcgcggca gaatgtctgc cgacacgatc atggggtgtg gtagcctcgg
    16561 cgacactgtc gccagcatga tcatggggtg tggtagcccc ggcgacactg tcgccagcat
    16621 gatcatgggg tatgatagcc
//
LOCUS       SEQF2638.1|AYYF01001070.1 4076 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4076
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             85..2679
                     /locus_tag="SEQF2638.1_00748"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIRTVILILLSAVTLHTSAQRVTLSGRVTDGATGRPMAGVLVTV
                     RPAGEQKVLAFAQTSAEGRFEVTLTAYAPDRVLHFSMMGYAPRTLSIEAGRTTYDVTL
                     KEQATALREVVIRAPSIHERGDTITYIVARFATAGDRSLADVLKKMPGIEVEKSGAIK
                     YNGTAINKFYIEGKDMLGGRYGIATNNIHPADVGSVEVMENHQPVKALENISFSHNPA
                     INIRLKEDAKARWVGSIRAAVGGSPLLWDAELALMRFKRQSQTLNTLKSNNTGRDVTR
                     EATAYLDAGDHEALLTEHITVAPDRLREIDGDRSRFNRSHIVTSNNLWGVAKNYDLTS
                     QVTYADHRLTSDVESRQTYFLDDSTVVTEADEHTVSRRNAFTGDVTLTANTPTWYFRN
                     KLRTDLRWDDTQQSVAGTYPNHQSAALPRHAFSDDLELIRRHGRRAYSLHSLNVYRVH
                     PHRLDVERADGTTQQQSVESSVFYTHTHTALSFYFAPVALSLRAGLVGTWRRLQSALT
                     GVPDSLGPLRNDIATRHLRLYVSPELAYRRDAVEATLRAPLSLQPYRHTDRLDDRRAG
                     RCLFLFAPSAYITWYATSRLSLSLDGGVVRTQPDERTFYRGLILGDYRNLSQGAVDDR
                     WGQRSSAELSVRYRHPLRALFAHAAVGYAHSRTPRTADRRFLGEYLLNTSLPLASDTR
                     TWTADASLSKGIDALRSIVTLSANLITTRGTAYRNGVSTPFTSTDREAVGKLSTRLTT
                     WCNAAYELTFARSTLRIEHPDLHTSTADLSQRLTVHLTPHRMWVVHLSAEHYSNEIAH
                     GVRKQLLLADAELTCSLKGGWEVNLTARNLFDRRTYAYTLYDGPAAFRKSYLLRPRNI
                     TAGVFFRF"
ORIGIN      
        1 tttctgacat atccaagtgt tttgagaact ttgtttctca ggcacttgga gttcttacaa
       61 gaatttatgc tgcggaatta aggcatgata cgaactgtga tacttattct cctgtctgct
      121 gtcaccctcc acacctccgc gcagcgcgtg acgctgtcgg ggcgggtgac ggacggggcg
      181 acgggccgac cgatggcggg cgtgctcgtc accgtgcggc ctgccggcga gcagaaggtg
      241 ctggccttcg cgcagacgtc ggccgaggga cgcttcgagg tgacgctcac ggcctacgcg
      301 cccgaccgcg tgctgcactt ctcgatgatg ggctacgccc cgcgcacgct ctccatcgag
      361 gcgggccgga cgacgtacga cgtcacgctg aaggagcagg ccacggcgct gcgggaggtc
      421 gtcatccgcg cgccgagcat ccacgaacgc ggcgacacga tcacctatat cgtcgcccga
      481 ttcgccaccg ccggcgaccg ttcgctggcc gatgtgctca agaaaatgcc gggcatcgag
      541 gtggaaaaaa gcggcgccat taagtacaac ggcaccgcca tcaacaagtt ttacatcgaa
      601 ggtaaagaca tgctcggcgg acgctacggc atcgccacga acaacatcca tccggcggac
      661 gtgggcagtg tggaggtcat ggagaatcac cagccggtga aggcactcga gaacatctcc
      721 ttctcgcaca acccggccat caacatccgc ctcaaggagg acgccaaggc gcgttgggtg
      781 ggctcgatcc gggccgcggt gggcggcagt cccctgttgt gggatgccga gttggcgctg
      841 atgcgcttca agcggcaatc gcagacgcta aacacgctca agtcgaacaa cacgggtcgt
      901 gacgtgacgc gcgaagccac tgcttactta gacgccggcg atcacgaggc attgctaacg
      961 gaacacatca ccgtggcgcc tgaccgcttg cgcgagatcg acggcgaccg cagccgcttc
     1021 aaccgatcgc acatcgtgac ctcgaacaat ctctggggcg tggctaagaa ttatgacctg
     1081 acgtcgcagg tgacctacgc tgaccaccgc ctgacgtcgg acgtagagag ccgccagaca
     1141 tacttcttag atgattcgac cgtcgtcacc gaggccgacg agcacaccgt gagccgccgc
     1201 aacgcgttca cgggcgacgt gacgctgacg gccaacaccc cgacgtggta cttccgcaac
     1261 aagctccgca ccgacctccg atgggacgac acacagcagt ccgtagccgg cacttatccc
     1321 aaccaccagt cggccgcgct gccccgccac gccttttccg acgatctcga gctgatccgc
     1381 cgccatggcc gacgcgccta ctcgctccat tcgctgaacg tctaccgtgt ccatccccac
     1441 cgcttagacg tggagcgcgc cgacggaacc acgcaacagc aaagcgtgga gtcgtccgtc
     1501 ttctacaccc acacgcacac cgcgctctcg ttctacttcg cgcccgtcgc cctctccctg
     1561 cgcgccggcc tcgtcggcac gtggcggcgc ttgcagagtg cgctcaccgg tgtccccgac
     1621 tcactcggcc cgctccgcaa cgacatcgct acgcgccact tgcgcctcta tgtctccccc
     1681 gagttggcct accgccgcga cgccgtcgag gccaccctcc gcgcgccgct ctcgctccag
     1741 ccttaccgcc acacggatcg cctcgacgac cgccgcgccg gccgctgcct tttcctcttc
     1801 gcgccctcgg cctacatcac gtggtacgcc acgtcgcgcc tcagtctctc ccttgacgga
     1861 ggcgtggttc gcacgcagcc tgacgagcgg acgttctacc gcggactgat cctcggcgat
     1921 taccgcaacc tctcgcaggg cgccgtcgat gatcgttggg ggcaacgcag ctcggctgaa
     1981 ctcagcgtcc gctatcgcca cccgctgcgc gcgctcttcg cccacgccgc cgtcggctat
     2041 gcacacagcc gcacgccgcg cacagctgac cgccgtttcc ttggcgaata cctgctcaac
     2101 acctctctgc ccctcgcctc cgacacccgc acatggacag ccgacgcgag cctcagcaaa
     2161 ggcatcgacg cgctccgcag catcgtcacg ctcagcgcca acctcatcac cacgcgcggc
     2221 acggcttacc gtaacggtgt ttccacgccc tttacctcta ccgaccgcga ggccgtcggc
     2281 aaactctcta cacgcctcac gacatggtgc aacgcagcct acgagctgac ctttgcccgc
     2341 agcacgctcc gcatcgagca ccccgacctc cacacgtcca cagccgacct atcccagcgc
     2401 ctcaccgtgc acctcacgcc gcaccgcatg tgggtcgtcc acctctcggc cgagcattac
     2461 agtaacgaga tcgcccatgg tgtccgcaag cagcttcttc tggccgacgc cgagctaacc
     2521 tgtagtctaa agggcggttg ggaggttaac ctcaccgccc gcaacctctt cgaccgccgt
     2581 acctacgcct acaccctcta cgacggcccg gccgccttcc gcaaatccta cctcctgcgc
     2641 ccgcgcaata tcaccgcggg ggtattcttt aggttctgaa aaccgatgaa atcaaaacag
     2701 aaaggatttc ccttcgtcaa gcagcccgat gcgatggact gcggtccggc aagccttgtc
     2761 atgatcgcac aacattatgg gcgccattac acgctggaac atttgcgcga gcgatgctct
     2821 cttgcgcgcg acggcgtatc gctgttaggt atcagcaaag cagccgaaga gatcggattc
     2881 cggactgtcg gcggacggct gacgtttgac aaattggccg aaaaggcgct cttaccttgc
     2941 attgttcatt ggaatcagga gcatttcgtg gtggtatatg ccatccgaaa gcaacggaaa
     3001 gactataccg ttttcgtcgc cgatccaggt aaaggacttc tcacgtactc ccgtgaagaa
     3061 ttttgtgaac attgggtcag tacccgcacc aacggagaag aaaaaggcat tgccttgctg
     3121 atggagccca cacagttgtt ttacgaacaa gagggagacc aactaccgtc agaaaatcgc
     3181 atccgcttcc tttggaaata cctgcttcgc taccgccgtt tcttcggcca attgatactt
     3241 gggctactta ttgggagctt gctgcaactc gttttcccat ttctgacgca agccatcgtt
     3301 gatacaggga tccaaggaaa agacattggt tttgtatggt tggttttact tgctgaaatg
     3361 atgctgcttt tcagtcgtac agccatcgat tttatccgcc gtaagatcct gctacacatc
     3421 agcacacgga ttaacgtgtc acttatctcc gacttcttca tcaaactaat gaagctgccg
     3481 atgaagtttt tcgacaccaa gctgacaggt gacctcttac aacgcatcga agatcatcga
     3541 cgcatcgaga atttcctcac caatcaaacg atctccatca tcttttcggc cttcacgttt
     3601 gtcatcttct ccgtcgtact attcatctat catatcccca ttttcctcgt ctttcttgcc
     3661 ggaagcatcc tttatggcat ttggatacga gtatttctaa agaagcgtcg ccaattggac
     3721 tacaagatgt ttgagcagct gggcatcaac cgtaatgtgg tgtaccagct tatcacgggc
     3781 atgcaggaaa tcaagctgca agggtgcgag caacgcaaac gatgggaatg ggaagatgtg
     3841 caggccgacc tgttcgacgt gaacatgcag gcactcaatc tgtcgcagaa ccaagaagcc
     3901 gggggcatct ttatcaatga gctgaagaat gtccttgtaa cagcattggc tgccgcggct
     3961 gtgatcaatg gcagcctaac gctgggcatg atgctatcta ttcaatacat catcggacag
     4021 ctgaacagcc ccgtcgagca gttgatgaat ttcatctacc aatggcagga cgtcag
//
LOCUS       SEQF2638.1|AYYF01001071.1 4430 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4430
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(236..4387)
                     /locus_tag="SEQF2638.1_00749"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLGQVRFTSARLIGFDIQLRKANPDSPLNAQFIFDALASKDTTS
                     TGGIDLAIRGIRLSRGRISYDVGRDQPLAGRFDVAHLRADDIDAKATLHELHGDRLRV
                     EVHRLRFRERSGLEIRHLSGDLRKLGKQLELRHLLLHLPRTYLHIAVATTRLPLDSDD
                     TPIRLNLQPSEVCLADLGALVPALSDLPETLRVAATVSGTLNNPVLDELSVSQDEALS
                     LTARAMLRDVRYAQRLYVDGRVSRLQVTTAGAGMLLRRLGGNPSAALPSVIERLGTLH
                     FSGEISGFLDKLVAYGTLNSDVGRLAMDIMIGRDRSQRIATSLQGRIESSDLDMHRLF
                     DEGNAFGNVRFSAELDASQPIGGEWAGIVRARIGRLEYNQYGYENIELDGSFRPREFR
                     GSIRMDDPNGSIQADGLFLSNGAASAFDFTATVHHLRPDRLRLTDRYEEPDLSFAIRS
                     NITGNSPDNFRGTVCIDAPVFRTRTDSLALRSVCIEADGGPSDRRIAVRSELLDGELR
                     GAFAVADLPAAFREVMHACLPSVFEVPPKRTTTAGEPPRFALNASVRNTEVLSRLLGL
                     PVTVVEPATIAADYDGRTGRVHLTADLPHFLAAGSTFRSGKLAANNADGPVRVQIEAD
                     RLQQEGNLSHIHVEAEAESDRLKTRLAFRYPEAGVDLALSAATHFSMHTGADGRQALL
                     ADIDLEPNRLVIRDSTWQTEPASVTIDGRDITIRNIHLANGSQYLRINGRLSERDPQE
                     TLLLDLNDLELRDIFRIVDIPVLQFGGRATGTVRLNDLYGSRIISTDLDIRDFAFNDV
                     VQGRLNLFSAWDNARNGILMRGTIFKDSTTFTDVNGYIFPVGDSAGLALQFDAHNLDV
                     GLLRPYLDAFTHTLDGRATGRMRLYGTFSEINFEGSAMIRDGRIGVDFLNTVYSFNDS
                     VRLTPTAIEGRAITLTDRNGHTGTLDFTVRHNHLENFSFQADIAARNLLLYDVPRKMN
                     PRIYGSVSGTGTARLRGTEQLIDIDAAVTTDRQTAMSFDFNSASSAEDYGFIRFLPPV
                     LTDTALALRPPLIVPTADDDATEIRINITTDITPDASFELVMDPIAGDRIRGNGTGNL
                     QIKYSTNADLGLYGTYTIREGNYNFSLEQVLHKEFRIREGSRIDFRGNPTDALLDLSA
                     VYALKADIEDLDERLASESGSQRTIPVNCILRLNGRLTSPAIAFDMEFPNSTGELARQ
                     VRAFIGTEDMMTRQIIYLLAIGRFYTPGYSGNGFRAGELNAVASSALSAQLSGILSSL
                     TDKVRIGTNIRTQQDGTSDSDTEMEMLLSGRLLNNRLLFNGNFGYRGNYIQRNAFIGE
                     FDLEYLLGPTGDIRLKAYSHANDLYRYNFKSLTRQGVGILFHRDFTSPAELIRRRSPR
                     PVQSK"
ORIGIN      
        1 aaactttttc agctcatttc ctcaggaaat cggccgccac aaactttttc ggctcatttc
       61 ctcaggaaat cggccgccac aaaacttttt cagctcattt cctcaggaaa tcggccgctc
      121 acttactcac tcatttcctc aggaaatcga tggatggtct tccactcatt tcctcaggaa
      181 atcagccgga tgtggatcgc ctccgtgtca aactcacgat acgctgaggg gcgccctact
      241 tcgactgaac ggggcgtggt gaacggcggc ggatcagctc cgcaggcgag gtgaagtcgc
      301 ggtggaagag gatgccgacg ccctggcggg tgagcgattt gaagttgtag cgatagagat
      361 cgttggcgtg gctgtaggcc ttgaggcgga tgtcgccggt gggccccagc aggtactcga
      421 ggtcgaactc gccgatgaag gcgttgcgct ggatgtagtt gccgcggtag ccgaagttac
      481 cgttgaagag gaggcgattg ttgagcaggc ggccggagag gagcatttcc atttccgtgt
      541 cgctgtcgct ggtgccgtct tgctgggtgc ggatgttggt gccgatgcgg actttgtcgg
      601 tcaggctgct gaggatgccc gaaagctgcg ccgagagggc ggacgaggcc acggcgttga
      661 gctcgccggc gcggaagccg ttgccggaat agccgggcgt gtaaaagcgg ccgatggcga
      721 ggaggtagat gatttgtcgc gtcatcatgt cctcggtgcc gatgaaggcg cgcacctgtc
      781 gggccagctc gccggtggag ttggggaact ccatgtcgaa ggcgatggcg ggcgaggtga
      841 ggcggccgtt gaggcgcagg atgcagttga cggggatggt gcgctgggaa ccactttcgc
      901 tggccagccg ctcgtccaga tcctcgatgt cggccttgag ggcgtagacg gcgctgaggt
      961 cgagcagggc gtcggtgggg ttgccgcgga agtcgatgcg gctgccttcg cggatgcgga
     1021 actctttgtg gagcacttgc tcgaggctga agttgtagtt gccctcgcgg atggtgtagg
     1081 tgccgtacag gcccaagtcg gcgttggtgg aatacttgat ttgcaggttt ccggtgccgt
     1141 taccgcggat gcgatcgcct gcgatggggt ccatgacgag ttcgaaggag gcgtcggggg
     1201 tgatgtcggt ggtgatgttg atacggatct cggtggcgtc gtcgtccgcc gtgggtacga
     1261 tgagcggggg gcggagggca agggcggtgt ccgtcaggac gggggggagg aagcggatga
     1321 agccgtaatc ttcagccgag gaggcggagt taaagtcgaa gctcatggcc gtctgacggt
     1381 cggtggtgac ggcggcgtcg atgtcgatca gctgctctgt gccgcggagg cgagccgttc
     1441 cggtgccgct gacggagcca taaatgcggg ggttcatctt gcggggcacg tcgtagagga
     1501 gcaggttgcg ggcggcgatg tcggcttgga aggagaagtt ctccaagtgg ttgtgtcgga
     1561 cggtgaagtc cagcgtgccg gtgtgcccgt tgcggtctgt gagggtgata gcgcggcctt
     1621 cgatggcggt cggggtgagg cgtacggagt cgttgaagct gtagaccgtg ttgaggaagt
     1681 ccacgccgat acgtccatcg cggatcatgg cgctgccctc gaagttgatt tcggagaagg
     1741 tgccgtagag gcgcatacgc cccgtggcgc gtccatcgag ggtatgggtg aaggcgtcga
     1801 gatagggacg gagtaggccc acgtcgaggt tgtgagcgtc gaattggagc gccagaccgg
     1861 cactgtcgcc cacgggaaag atgtagccgt tgacgtcggt gaaggtagtg gagtctttga
     1921 agatcgtacc gcgcatgagg ataccgtttc gggcgttgtc ccacgcgctg aagaggttaa
     1981 ggcgaccctg tacgacgtcg ttgaaggcga agtcacgaat gtccaggtcg gtgctgatga
     2041 tgcggcttcc gtagaggtcg ttcaggcgga cggtacctgt ggcgcggcct ccgaactgta
     2101 gcacggggat gtcgacgatg cggaagatgt cgcgtagctc gaggtcgttc aggtcgagta
     2161 ggagcgtctc ctgcggatcg cgttcggaga gtcgaccgtt gatgcgcaag tattgcgagc
     2221 cgttggctaa gtggatgttg cggatcgtga tgtctcggcc gtcgatggtc acggaagccg
     2281 gttccgtctg ccaggtggaa tcgcggatga cgaggcgatt cggctccaga tcgatgtcag
     2341 ccagcaatgc ctgccgaccg tccgcgccag tgtgcatgct gaaatgcgta gcggccgata
     2401 gcgccagatc tacgccggcc tccgggtagc ggaaggctaa gcgcgtcttc aaccggtcgc
     2461 tttccgcctc cgcttctacg tggatgtggc tcaggttgcc ctcttgctgc agccgatcgg
     2521 cttcgatctg cacgcgtact gggccgtcgg cattgttggc tgcgagtttc cctgagcgga
     2581 aggtggatcc agccgccaga aagtggggca agtctgccgt gagatgtaca cgccccgtgc
     2641 ggccgtcata atccgctgcg atggtggcag gctccaccac cgtgacgggc agtccgagta
     2701 ggcgcgagag tacttctgtg tttcgcaccg acgcattcag ggcgaagcgt ggcggctcac
     2761 cggcggtggt agttcgtttg gggggcacct cgaagacgga cggcaggcag gcgtgcatca
     2821 cctcacggaa tgcggccggt aggtcggcca cagcaaaggc accgcgtagc tctccatcta
     2881 agagctccga gcgcactgcg atacgtcggt cggacggccc accgtcggct tcgatgcaga
     2941 cagatcggag cgcgaggcta tcggtgcggg tgcgaaagac aggggcgtcg atgcaaaccg
     3001 tgccgcgaaa gttgtccggg ctgttaccag tgatgttact gcggatggca aagctaaggt
     3061 cgggctcttc gtagcggtcc gttaggcgaa gtcggtcggg gcgcagatgg tggacggtag
     3121 ccgtgaagtc gaacgcggac gctgcgccgt tgctcaggaa taggccgtcg gcctgtatgc
     3181 tgccattggg atcgtccatg cgtatgctgc cacgaaactc gcgcggtcgg aagctgccgt
     3241 cgagctcgat gttctcgtat ccgtattggt tgtactctaa gcggccgatt cgtgcgcgga
     3301 ctatgcccgc ccattcgccg cctatgggct gtgacgcgtc gagctctgcg ctgaaacgta
     3361 cgttgccgaa tgcattgccc tcatcgaaga ggcgatgcat gtccagatcg gacgactcta
     3421 tccgcccttg tagcgacgtg gctatccgtt ggctccggtc tcgcccgatc attatgtcca
     3481 tggcaagtcg gcccacgtcg gagttcagcg taccgtatgc gacgagcttg tccaggaagc
     3541 cggagatttc ccccgagaag tgtagcgtgc ctaaccgttc gatgaccgaa gggagcgcgg
     3601 cggacggatt gccacctaac cgccgcaaca gcatgccggc accggccgtg gtgacttgca
     3661 gccgcgatac acgaccgtcg acatagagtc gttgcgcata gcgtacgtcg cggagcattg
     3721 cccgcgcggt gagcgatagc gcttcatcct ggctcaccga tagctcatcg agcacaggat
     3781 tgttcaatgt cccggacacg gtggctgcca cgcgcaatgt ctcaggcaaa tcgctgagtg
     3841 cgggcactaa tgctccgagg tctgcgaggc aaacctccga gggctggagg ttgaggcgga
     3901 tcggtgtgtc gtccgagtcg agaggcaggc gggtagttgc tacggcgata tgtaggtaag
     3961 tgcgcggtag gtggagtagg agatggcgaa gctcgagctg cttcccgagc ttgcggaggt
     4021 cgcccgatag atggcggatc tccaatcccg atcgctcgcg gaaccgcaaa cggtgcactt
     4081 cgacacgaag tcggtcgccg tgtagttcgt gaagtgtagc tttagcgtcg atgtcgtcgg
     4141 cgcggaggtg ggcgacatcg aaccggccgg cgagtggttg gtcgcgaccc acgtcgtaac
     4201 ttatccgtcc gcgggagagt cgtatgccgc ggattgccaa atcgatgccg ccggtcgaag
     4261 tagtgtcttt cgaggcaagc gcgtcgaaga tgaattgggc attcagcgga ctgtcggggt
     4321 tcgctttccg aagttggatg tcgaagccga tgagtcgggc ggaggtaaaa cggacttgcc
     4381 cgagcaagag cgcgcccaga tcgataccgc ccgagagtcg gtcggcacga
//
LOCUS       SEQF2638.1|AYYF01001072.1 1004 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1004
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             26..421
                     /locus_tag="SEQF2638.1_00750"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTRENCSGFLLTPGNVDDRAPLKHMDFHKRIFGKLFGDRGYISK
                     DLFEQFFIDGVHLITRLKKGMKNALMLQHDKIMLRKRSLIETVNDQLKNICQVELDPP
                     SLLPKFHYQSVIGFGRFLLLRQKTFNQHR"
     CDS             complement(570..899)
                     /locus_tag="SEQF2638.1_00751"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDSLIPASKISNLTQGMFVGAVSDNFDERIEQKIFHAEIVVDTA
                     KVSAEMKSYRPIPVIADFRDAAGNDTMKASIDANYRQIKQEILSLVDSEIARIKADPK
                     LQGLMKG"
ORIGIN      
        1 ggattcaaac tccacttgat cattaatgac aagggagaac tgctcgggtt ttcttctgac
       61 tccgggcaat gtagacgaca gagccccctt gaaacacatg gacttccaca aacggatctt
      121 cgggaagctc ttcggagaca ggggctatat ctcgaaagac ctcttcgaac agttcttcat
      181 tgacggagtc cacctcatca cacgtctgaa aaagggtatg aagaatgcct tgatgcttca
      241 acatgacaag attatgcttc ggaaaagatc tctgatcgag actgttaatg atcaactcaa
      301 gaatatctgt caagtagagc ttgacccgcc atcgttgctt cccaaatttc attatcaatc
      361 tgttatcggc tttggccgct ttctccttct tcgacaaaaa accttcaatc aacaccgctg
      421 aggagattgt acacacctct ttcctgccgg ttgcttaggt cgaactcgcg ttctataagt
      481 aagatgcata tatggctgat atataaacaa caacttcgtc aatagaaatg ctagacatat
      541 ggtctttact cagttgtctc tattcaactt caccccttca tcagcccctg tagcttcgga
      601 tcagctttga tgcgggcgat ttcggagtcc acgagcgaga ggatctcctg cttgatttgg
      661 cgatagttcg cgtcgatgga ggctttcatc gtgtcgttac ctgcagcgtc gcggaagtca
      721 gcgatgacgg ggatcgggcg gtaagacttc atctcagcgg acactttggc ggtatcgacc
      781 acaatctccg cgtggaagat cttctgctct atgcgttcgt cgaagttgtc ggagacggcg
      841 ccgacaaaca tgccctgcgt caggttgctg atcttcgagg cgggaatcag gctgtccatt
      901 tgcgtgttga tggaggtcga aacgtcctgc cgattgatgg agacggactg ccttctttgc
      961 aggactttgc cgaacctttc ggagagcgtc ttggcagttt ctcc
//
LOCUS       SEQF2638.1|AYYF01001073.1 5245 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..5245
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             16..879
                     /locus_tag="SEQF2638.1_00752"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLNFYQIMDNVITYLNQEDLETLKLKDPVKAFTDKFNDFDKLIQ
                     PMRSSGLAKDLIDLDHQRDKALGHLATHLRLFSDHPEADKAKAAKELLQIYRKYGDKP
                     QNKPNREETALIKNLLQDLDPADIKAKLTLIGADKWVGVLKEANEAFSAMYGRQVKHE
                     SSLDPGAVKEKRAAVYDEFKKLTNVINALATLGGEAAYKSIIDMINTEMKKAILAERP
                     ETKKPSDPTDPKAPKQPKDPKTPDQPKDPKQPETPGGGAGEQPKKPDEKPKDPKKPGD
                     DGNPDITLPEE"
     CDS             complement(1162..2682)
                     /locus_tag="SEQF2638.1_00753"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFTRFMFTLHRVTGTLLSLLFVVWFVSGIVMMYHGFPRVTADDR
                     LARLEPLDTADLPPVESVLCRVPDSLGHIDGLSVSRYLGQTVFEVHAGDETLRLPADS
                     TQSLPTIDAAYLRRVATTWCDAPIAAVDTLRDLDQWIPFGRLREDLPILRFRFADADH
                     TQLYVASLTGEVLQRTTLKERIWAWLGPIPHWVYFTRLRQDVDLWRRTVIWLSGIGCI
                     MVIAGLYVGIYTTVQARRRRQKRFIPYKKRWYYWHHLTGLVFGLVTLTWAFSGMMSLA
                     DPPEWFMPQHAPSAAQDTIKALAPNPASYPMDYRELFTTDNSSINGSIVQIRWTHFFG
                     RPAYEVRLQDEKEGQTLDATTLRPLALTREQVTEAVRRLHASDAQISTESMVDYDIYY
                     FDRKGRLPLPVYRIRVADADHTTYYINPANGQLRDYSDHRRAGFWMYKGLHSLRFPFL
                     IDHPVLWTVVMWVLLLGGTAVSVSGFVLGLRYIGRLFRRKRRGKRKADDVNRQVPM"
     CDS             complement(2801..5230)
                     /gene="cntO"
                     /locus_tag="SEQF2638.1_00754"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q9HUX3"
                     /codon_start=1
                     /transl_table=11
                     /product="Metal-pseudopaline receptor CntO"
                     /db_xref="COG:COG1629"
                     /translation="MLNFYQIMDNVITYLNQEDLETLFLGLGLTLTTTLHAQDGQPKR
                     EYTNFQDTTFRLDEVSVTATRQRPMSITKLGVPNAYLPVSGSVIPTSMLTDRGIVNLQ
                     DAVKFLPGTRMRTTYGAYQQFQVRGFDHTPVMIDGVRDERTSINNSAPMGDLASVERI
                     ELLKGPASVLYGHSTVGGILNIIRKSPTARTTLNTRLTYGSWNDRRAMIDIGGRLIGP
                     FNYRAVLNWQDVEGYRYANDRRFSGYAAIGARWENQELDIRGGFNRDSYGTDIGLPKL
                     MANDIFNADGTPYLAKGESLPGLNPRWRYNNESDFMLHHGSNVSVKYNYRFSPAFKLE
                     NRLAYTYDNIDYFSTEELSYPTSDEPIYKHYYMAGGKKKFIDLDTVQLTYPLRFAYTV
                     HTVNEQLEASGSVSLGRGMKYNYLAGYNYVYFFRDTYRGYGGGYKLSDLIEGPGLYSK
                     VAVRNPHSMGYMEPHFSGGTSTRNYTHSVYLQNLLELSEKFKVMVSGRFDQFIFKTAT
                     AKINRLKTREYSELPDYDQTSTSAFTYRIGAVYLPTPGLSLYGSFANFFQPYRNIVNT
                     ATTVYIGADGNRFYPTSGEEAFKAQKGYQGEIGARYNLTSRLQATASLFYIRRENENK
                     TLNSRYVDPTDGKTKSVVGQVAGSDSKGLEVEVAYTPTDGLSLLAGYGYTDSRIRKFS
                     FSPERLIEDGFMDKGTQVQDGMRQAGIPINTFYLAASYTFTRGPLQGLGLNATANYMD
                     NVYRDLNKTLIYGAYWDTDLGIAYRLKNGVRLQVNINNVLDDRTFTQSLGTQITPRTP
                     RSYLFTIGYSL"
ORIGIN      
        1 ttgacaagag tccgcatgct gaatttctat cagataatgg acaacgtaat cacctatttg
       61 aatcaggaag acctggaaac cctgaagtta aaggatccgg ttaaggcctt cactgacaag
      121 ttcaacgatt tcgacaagct catccagccg atgcgtagca gtgggctggc gaaagatctg
      181 atcgatctcg accatcagcg tgacaaggca ctggggcacc tcgcgaccca cttgcgcctt
      241 ttctctgatc atcccgaagc ggacaaggcc aaggcggcta aggagctgct tcagatctat
      301 cgcaaatacg gcgacaaacc gcagaacaag ccgaatcgtg aagagacggc cctcatcaaa
      361 aacctcctgc aagaccttga tccggccgac atcaaagcga agctcaccct gatcggcgcc
      421 gataagtggg tcggcgtgct caaggaggca aacgaggcat tcagcgccat gtatgggcga
      481 caggtcaagc acgaatcttc gctcgatccg ggcgccgtga aagagaaacg cgccgcggtg
      541 tacgacgagt tcaagaagct cacgaacgtc atcaacgcgc tggcaacgct cggtggcgag
      601 gcggcataca agtcgatcat tgacatgatc aataccgaga tgaagaaagc catcctggcc
      661 gagcgtccgg agaccaagaa gccgtccgac cccaccgacc ccaaggctcc caagcaaccc
      721 aaggacccca agacgcctga tcagccgaag gatccgaagc agccggagac gcccggtggt
      781 ggcgctggcg aacagcccaa gaaaccggac gagaaaccga aggatccgaa gaaaccgggt
      841 gacgacggta accccgacat cacgttgccg gaggaatagg ggcgtcaggg acgcctgccc
      901 aattttccgg gtacatgtga ttcgattcac atgtacccgg cttttttgta cccggttgta
      961 ggggcgtatt gcatacgccc cgcatacgcc ccggaatgat taaagggcat ccccaaacag
     1021 atgggggtgc ccttttttgt acccggttgg tggggaccgg ccggccccgt tgggaccgtg
     1081 tggtggggcg tatgcaatac gcccctacag gtatccggat aaattcgccg gcgtccgtag
     1141 acgcccgtat gcaatacgcc cctacatggg tacctggcga ttcacgtcgt cggcttttcg
     1201 tttcccccgt cgcttacggc ggaagaggcg gccgatgtaa cgcaggccga ggacaaagcc
     1261 gctgaccgaa accgccgtgc cgccaagcag taacacccac atgacgaccg tccacagcac
     1321 gggatgatcg atcaggaacg ggaaccgtag gctgtgcagc cccttgtaca tccaaaagcc
     1381 cgcgcgacga tggtcgctgt agtcgcgcag ctggccgttc gcggggttga tgtagtacgt
     1441 ggtatgatcg gcgtcggcta cgcgaatgcg gtagacgggc agcgggaggc gccccttgcg
     1501 gtcgaagtaa tagatgtcat agtctaccat cgattccgtg ctgatttggg cgtctgaagc
     1561 gtggagtcgc cgaacggctt cggtcacttg ctcgcgggtg agagccagcg gacggagcgt
     1621 agtggcgtcc aaggtctgtc cctctttttc gtcttgtaga cgcacctcat aagcggggcg
     1681 gccgaagaag tgcgtccagc ggatctgcac gatggatcca ttgatagagc tgttatccgt
     1741 cgtgaaaagc tcgcgatagt ccatcgggta cgacgcgggg ttgggcgcga gggccttgat
     1801 cgtgtcttgg gcggccgagg gggcgtgttg cggcatgaac cattcgggtg gatcagccag
     1861 cgacatcatg ccactgaagg cccacgtgag ggtgacgagt ccgaagacga gacccgtgag
     1921 gtggtgccag taataccacc gctttttgta agggatgaac cgtttctgtc ggcggcgacg
     1981 agcttggacg gtggtgtaga tgccgacgta gaggccggca atgaccatga tgcaaccgat
     2041 gccggagagc cagatgacgg tgcggcgcca gaggtcgacg tcctgcctga ggcgggtgaa
     2101 gtagacccaa tgcgggatgg gcccgagcca agcccagata cgctctttga gggtggtgcg
     2161 ttggagcact tcgccggtga gtgaggcgac gtagagctgc gtatggtcgg cgtcggcaaa
     2221 gcggaagcgg aggatgggca gatcctcgcg cagtcggccg aaggggatcc actggtcgag
     2281 gtcgcggagg gtgtcgacgg cggctatggg tgcgtcgcac cacgtggtgg ctacgcggcg
     2341 gaggtaggcc gcgtcgatgg tgggcagcga ctgggtgctg tcggccggaa ggcggagcgt
     2401 ctcgtcgccg gcgtgcacct caaagaccgt ctgcccgaga taacggctga cggaaagtcc
     2461 gtcgatgtgg ccgagcgagt caggcacgcg gcagagcacg gactcgaccg gaggcagatc
     2521 ggccgtgtct aagggctcga gtcgggcgag gcgatcgtcg gccgtgacgc gtgggaagcc
     2581 gtggtacatc atcacaatcc cggagacgaa ccagacgacg aagagtagac tcagcagcgt
     2641 gcccgtgaca cgatgcaggg tgaacataaa gcgggtgaac atagagggta gagggtagag
     2701 ggtagagagt agagggtgga gagtagagag tagagagtag agaatagaga atacaggggc
     2761 gaaccattgc tgatccgccc ccagacataa aaagaacaga ttacagactg tatccgatcg
     2821 taaacaggta gctacgcggg gtgcggggcg tgatctgtgt gccgagcgac tgcgtgaagg
     2881 tgcggtcgtc gaggacgttg ttgatgttca cttgcagacg gacaccattc ttcaggcgat
     2941 aagcgatgcc gaggtcggtg tcccaatagg cgccgtagat gagggtcttg ttcaggtcgc
     3001 ggtagacgtt atccatgtag ttggccgtgg cgttcagccc aagaccttga agcggtccgc
     3061 gggtgaaggt gtagctggct gcgaggtaga acgtgtttat gggaataccg gcctggcgca
     3121 tgccgtcctg cacctgggtg cctttgtcca tgaagccgtc ttcgatcagg cgttcagggc
     3181 tgaagctgaa cttgcggata cgggagtcgg tgtagccgta gcccgccagg agtgaaaggc
     3241 cgtccgtcgg cgtgtaagcc acttccacct cgaggccctt agagtctgat ccggccacct
     3301 gacctacgac gctcttcgtt ttcccgtccg tgggatcgac gtagcgactg ttgagcgtct
     3361 tgttctcgtt ttcgcggcgg atgtagaaga ggctggccgt ggcttggagg cgagacgtga
     3421 ggttgtaacg ggcaccgatc tcaccctgat accccttctg cgccttgaat gcttcttcgc
     3481 ccgaggtggg atagaagcgg ttaccgtcgg cgccgatgta gaccgtagtg gcggtattca
     3541 cgatgttgcg gtagggctgg aagaagttgg cgaatgagcc atagagggag aggcccggcg
     3601 taggcaggta gacggcgccg atgcggtagg tgaaggccga ggtagacgtc tggtcgtagt
     3661 ccggcagttc gctgtattcg cgcgtcttga ggcggttgat cttggccgtg gcggtcttga
     3721 aaatgaactg atcgaagcgg ccggagacca tcactttgaa cttctcagag agctccaaga
     3781 ggttttgcag gtagacgcta tgcgtatagt tacgcgtgga cgttccgccg ctgaaatgag
     3841 gctccatgta acccatgctg tgcgggttgc ggacggccac tttagagtac aggcccgggc
     3901 cttcgatcag gtcggagagc ttgtagccgc cgccatagcc gcgataggtg tcacggaaga
     3961 aatagacata gttgtagccc gcgaggtaat tgtacttcat gccgcggccg agcgagacgc
     4021 tacccgaagc ctcgagctgc tcgttgacgg tgtgcacggt gtaggcgaat cgcagcgggt
     4081 aggtcagctg tacggtgtcg aggtcgatga acttcttctt gccgccagcc atatagtaat
     4141 gcttgtagat cggctcatcg ctggtgggat agctgagctc ctcggtgctg aagtagtcga
     4201 tgttgtcgta ggtatatgcc aatcgattct cgagcttgaa agcgggcgag aagcggtagt
     4261 tatacttcac cgatacgttc gagccgtgat gcagcatgaa gtccgattca ttattgtagc
     4321 gccagcgagg attgagtccc ggcaggcttt cgcccttggc cagatacggc gtaccgtcgg
     4381 cgttgaagat gtcgttagcc atgagtttcg gcagaccgat atccgtgcca taactgtcac
     4441 ggttgaagcc gccgcggatg tccagctcct gattctccca gcgggcaccg atggcggcgt
     4501 agcccgagaa gcggcggtcg ttggcatagc gataaccctc tacgtcttgc cagttgagga
     4561 cggcgcggta gttgaacggt ccgatgagtc gtccgcctat gtcgatcatg gcgcgacggt
     4621 cgttccatga gccgtaggtg aggcgtgtgt tgagcgtcgt gcgggcggtc ggcgatttac
     4681 ggatgatgtt gaggatgccg ccgacggtcg agtggccata gagcacggag gcagggcctt
     4741 tgagcagctc gatacgctcc acggaagcca agtcgcccat cggcgcggag ttgttgatcg
     4801 aggtgcgctc gtcacgcaca ccatcgatca tcaccggggt gtggtcgaag ccgcgcactt
     4861 ggaactgttg gtaggcgcca taagtagtgc gcatgcgggt gccgggcagg aacttgacgg
     4921 cgtcttgcag gttgacgatg ccgcggtctg tgagcatgga ggtggggatc acggagcccg
     4981 atacgggcag gtaagcattg ggcacgccaa gcttcgtgat cgacattggc cgctgacgcg
     5041 tggcggtgac ggatacctcg tcgagtcgga aggtggtgtc ctgaaagttg gtgtactcgc
     5101 gtttgggctg accgtcctgc gcgtgaagtg tggtggtgag ggtaaggccg aggccgagga
     5161 aaagggtttc caggtcttcc tgattcaaat aggtgattac gttgtccatt atctgataga
     5221 aattcagcat gcggactctt gtcaa
//
LOCUS       SEQF2638.1|AYYF01001074.1 204 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..204
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gttaataaag catagaatac tatctataac ctctcaagct ctcgattgcc cgcgccggtg
       61 cccttgtact tgctcttggc ggctacacca tcctcgcccc gcgcatggtc tatgagcaat
      121 gcgaccgcta cgactcgcgc gagttcgagg tcaccctgcg atacaagttc aacgccgcca
      181 agagcaagta caagggcacc ggcg
//
LOCUS       SEQF2638.1|AYYF01001075.1 2211 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2211
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             113..601
                     /locus_tag="SEQF2638.1_00755"
                     /EC_number="2.4.-.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q55487"
                     /codon_start=1
                     /transl_table=11
                     /product="putative glycosyltransferase"
                     /translation="MQPNTGDFRLLDAVCIRALRRLRESQRYTKGMFSWIGFRKHELL
                     FDQQDRVAGQSKWGFFKLLNLAIEGITSFTVAPLRIASVCGAIVSLLAFAYGLFILLK
                     NLIYDDPVAGFPTLMVTILFLGGVQLLCIGIIGEYLGRIFTETKQRPVYFVSSYNGER
                     AD"
     CDS             complement(795..1238)
                     /gene="dps"
                     /locus_tag="SEQF2638.1_00756"
                     /EC_number="1.16.-.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:B2RMG0"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA protection during starvation protein"
                     /db_xref="COG:COG0783"
                     /translation="METKASIIESLADLLANRQVSYTNLRGLHWDIKGDKFYELHALY
                     EGYYNDEAEAIDELAERIVMLGGHPENRFSEYLKVAEIKETHNVSDWKQGVDQVLATW
                     KMLQAKYHALDKLATAAGDVTTHSIVEHHLSAIETNLWKLGAYAS"
     CDS             complement(1299..2168)
                     /gene="hcp"
                     /locus_tag="SEQF2638.1_00757"
                     /EC_number="1.7.99.1"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q01770"
                     /codon_start=1
                     /transl_table=11
                     /product="Hydroxylamine reductase"
                     /db_xref="COG:COG1151"
                     /translation="MLSAHYYPAFKKYKHFVGNYGNAWWQQREEFESFNGPIVFTTNC
                     IVPPTPRNTYLSRMFTANSTGYPGCKHIEEDANGHKDFSEVIALAKTCQPPKEIETGT
                     IVGGFAHHQVFQLADKIVDAIRSGALRKFVVMGGCDGRFASRSYYTDYALGLPKDVVI
                     LTSGCAKYRYNKLGLGDIGGIPRVLDAGQCNDSYTWAVVALKLKEIFELNDINDLPIV
                     FNIAWYEQKAVIVLLALLSLGIKNIHIGPTLPAFLSPGVAKVLTETFGLAGNGTVEDD
                     LKLVMPAEAEVLA"
ORIGIN      
        1 gggctacgac gacgtctatg cccgccgccg tacccgcggc cgcgagtcct tcctccgccg
       61 acggctcacg gccgccttct acgccctgct ccgccacacc acgcgtgtgc ccatgcaacc
      121 caacacgggc gacttccgcc tcctggacgc cgtctgcatc cgtgccctgc gccgcctgcg
      181 cgagtcgcaa cgctacacga agggcatgtt cagctggatc ggcttccgca agcatgagct
      241 gctcttcgac cagcaagacc gcgtagcggg ccagagcaag tggggcttct tcaagctgct
      301 caacctggcc atcgagggca tcacctcctt caccgtggca ccgctgcgca tcgcctccgt
      361 ctgcggcgcc atcgtctcgc tgctggcctt cgcctacggg ctcttcatcc tgctcaagaa
      421 cctgatctac gacgatcccg tggccggttt ccccacgctg atggtgacca tcctcttcct
      481 cggcggcgtg caactgctct gcatcggtat catcggcgaa tacctcggcc gcatcttcac
      541 cgaaacaaag caacgccccg tctacttcgt cagctcctac aacggagagc gggcagacta
      601 aaagacgaaa agcgaaacga agccgggtac atgtccgggg gagtcctccg atcatgtacc
      661 cggcttcgtt ttcgtttccg ctggggtata aaaaaggcgt ccggaacccg tccggacgcc
      721 ttcgaattgc atttatgcct gaatacaata catctgcccc caaaatccat aaaaggggct
      781 gaatgcttct tcaattaaga tgcgtatgca cccaatttcc acaggttagt ctcgatcgcc
      841 gacaggtgat gctcaacgat cgaatgcgtt gtcacgtcgc cagcagccgt cgccagctta
      901 tccagcgcgt gatacttggc ctggagcatc ttccaagtag ccagtacttg gtcaacgccc
      961 tgcttccagt ctgacacgtt gtgtgtctcc ttgatctcag ccaccttcag gtattccgag
     1021 aagcggttct ccgggtggcc acccagcatg acgatgcgct cagccagctc gtcgatggct
     1081 tcagcctcgt cgttgtaata cccttcgtag agcgcgtgca gttcatagaa cttgtcgccc
     1141 ttgatgtccc agtgcaaacc acgcaggttc gtgtagctca cttgacggtt ggccagcaga
     1201 tcggccagac tctcgatgat tgatgctttt gtttccatct aattctttga tttgattctg
     1261 ttcttactcg aaaaattcga gaccgtatct gtcaaacact atgccaaaac ctcagcttcg
     1321 gcaggcatga caagtttgag gtcatcctct acggtgccgt ttccagccag gccgaacgtc
     1381 tcagtcagca ccttggctac gcccggagag aggaaggcgg gcagcgtggg gccgatgtgg
     1441 atgttcttga tgccaaggct gaggagggcc agcagaacga tgacagcctt ctgctcatac
     1501 caagcgatgt tgaagacgat cggcaggtcg ttgatgtcgt tcagctcgaa gatctccttg
     1561 agcttcaggg cgaccacggc ccaggtatag ctgtcgttgc actgaccggc atcgagcacg
     1621 cgggggatac cgccgatgtc gcccagcccc agcttgttgt agcgatactt ggcgcaaccg
     1681 gaggtgagga tcacaacgtc cttgggcaga cccagggcat agtccgtata gtagctgcgt
     1741 gaggcgaagc ggccgtcgca accgcccatg acaacgaact tgcgcagggc acccgagcgg
     1801 atggcgtcga caatcttgtc agccagctgg aagacctgat ggtgagcaaa tccgcccacg
     1861 atcgtaccgg tctcaatctc tttgggcggc tgacaggtct tggccagggc gatcacctcg
     1921 ctgaagtcct tatgaccgtt agcgtcctcc tcgatgtgct tgcagccggg gtaacctgtc
     1981 gaattggcag taaacatacg gctgaggtag gtgttgcgcg gcgtgggcgg cacgatacag
     2041 ttggtagtga agacgatcgg gccattgaac gactcgaact cctcgcgctg ctgccaccag
     2101 gcgttgccat agttgcccac gaagtgcttg tatttcttga acgccggata gtaatgtgcc
     2161 gaaagcattt cgccgtgcgt atagacgtct acgcctgtgc cctcggtctg c
//
LOCUS       SEQF2638.1|AYYF01001076.1 393 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..393
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggcgagatcg ttccctgttg tgttataaaa caaattgcta ccaaaccaat gatacgttgc
       61 attaggcaaa gagatgctat ggattgcggt ccatcgtgtt tagctacgat agcagggtac
      121 tacaaattac gtgtagatat agatgcgtta cgaagggctt gtgctattgg taaagaaggc
      181 gtaactttat ttggaatcag caaggcggca gaagagatcg gtttcaagac aattggaggg
      241 aggattacct ttgaaacact ttctgcggaa gctccacttc catgcatagc tcattgggat
      301 caaaatcact ttgttgtcat atataaaatc caaaagcaca gaaggggaga ttacacaatc
      361 tatgtggcag atccgggaaa aggtcttctc aca
//
LOCUS       SEQF2638.1|AYYF01001077.1 7991 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..7991
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(49..699)
                     /gene="vraR_1"
                     /locus_tag="SEQF2638.1_00758"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q7A4R9"
                     /codon_start=1
                     /transl_table=11
                     /product="Response regulator protein VraR"
                     /translation="MITFLLADNQDITRAGLRAYIADTFGEAGCCTLEVANKKALIEA
                     LTTHRDSTVVILDYALFDLASVEELLNLGRRFPEVAWLLCSNELSDALIRRLSAEHHV
                     GMILKDCTADEIRAALRHTVQGDRFLCHRIADFLLTVHRQPDTHEALTATETEILRLI
                     ARGLSVKEIASERISSTHTIITHKKNIFRKLGVNNVYEATKYALRAGLVEMVEYYI"
     CDS             complement(762..1709)
                     /gene="cysK"
                     /locus_tag="SEQF2638.1_00759"
                     /EC_number="2.5.1.47"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q7DDL5"
                     /codon_start=1
                     /transl_table=11
                     /product="Cysteine synthase"
                     /db_xref="COG:COG0031"
                     /translation="MARVYQNLTALVGGTPLLEVSNIEKSEGLKARVIVKLEYFNPGG
                     SVKDRIALAMIEAAERSGELKPGSIIIEATSGNTGIGLAWVASVKGYKLILTMPETMS
                     VERQNLLKALGATLVLTPGSEGMKGALRRAGELKEEHPGSIILQQFENEANPEVHTRT
                     TAEEIWNDTDGKVDIFVAGVGTGGTVSGVAEGLKKHNPKVKAVAVEPVGSPVLSGGQP
                     GPHKIQGIGAGFVPKNYHADAIDEVLQVQDNEAIGASRLLAAREGLLVGISSGAALHA
                     ALELARKPENEGKTIVALLPDTGERYLSTVLYAFEEYPL"
     CDS             1935..3884
                     /locus_tag="SEQF2638.1_00760"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAWSYRKRVRIAPGVHLNLSRRGVSTTIGVRGASVNFGKKGTYV
                     NTGIPGTGFYNRQKISGGRGRPHASIKRNIHTSPSGGGQLLGYGCAGILALLFLFMGL
                     IWLIEEKQIFTGIIFLSFALYVVVGAILINTSISAKPKAPSINWVDQAKRMLPRTSGT
                     ARSILQNFIQCYELAQQIDEESAIVQGLEKKLSKKPNEQLERLLKDYRGVLTKRMRQL
                     EATQINVDSQLSEEEKAAYSRLCKRFEALLSTDKIWLITDEMLTTQRKAFSNISIKRC
                     EASIYVGVFNFLKSAFDIPVLDSGDARYYIYPKFIIKATDVCHFYVYPHDPDGLTAAT
                     VNYQESEARPVDAEFLKYTWQYVNKNGEPDKRYANNSRYPVFKYCFLFVNTGNTTAKF
                     MFSNYTTASEFATAYTVYANLLTSPNTTPTEPAPEVAPSEPIPEAVPTESIPKAEPKT
                     PVVSVRGFSAIERETTNLYLYIKSLDSMAAVREALRKHTALDFAEEIKFTVSGRLAFA
                     VWIDVLKCYKKLGYEIDPSKGECIALSVFVAELYLPDALMLEMSEDKMVEVLPATKRL
                     VSMTEELYPFTEPDDELLFVKVLRADGVDEAIVNKYMALLHQFVSVVVKADGRVDEQE
                     KTWLKQLKTFTPLENRVVLKGPVTR"
     CDS             3881..3970
                     /locus_tag="SEQF2638.1_00761"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRFISAYPDFQSRFNRYIHFGDYSIAEP"
     CDS             4183..5592
                     /locus_tag="SEQF2638.1_00762"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKHTLILWMTFALPICAVYGQEALTLEQCRQLAIDNNKELKIAE
                     AQVDRAAQERRAARTKYFPQLSATGSYMHNSKPLELVDYTRFEAMTGQLLPQLAPLLM
                     KYPQLAQSLSQIMEELKSLTHVDMQNVWIGDVSLVQPVFMGGKIVSYNQITGYARELA
                     ESMHDTKLQDVICRTDETYWQVISLANKKKLADAYVDLLRKMDTDIAAMITAGVATKA
                     DELSVKVKLNEAEMAQTKVNNGLALSRMLLAQLCGLDMEHPPLLADERIEQFAVQPTA
                     TQANAEEAFSHRPELKSLELATKIYRKKEQIALAEMLPTVALTANYLVTNPNAYHGFK
                     KEFSGMYNVGVLVRVPLSAWWEGSYKRNAARAETVIKRLETEEAREKVELQVNQSVYK
                     VNEAGKQLTASTRNMERAEENLRYANVGFEEGVIPALNLMEAQTAWVSARSQLIDAQI
                     EVKLTEVYLSKALGRLGKE"
     CDS             5775..6779
                     /locus_tag="SEQF2638.1_00763"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P75777"
                     /note="UPF0194 membrane protein YbhG"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSEKKYSINNMLLAFIAVVIVIGLVSLAGFILLTPPDDIIMGQA
                     EATQVRISGKVPGRIEAYRFGEGDRVHAGDTLVYLNTPEVDAKLRQAEAVRSAAEAQS
                     AKAMAGARSQEVTGAYELWQKAKAGLDIAKKSYDRVQHLYDQGVMSAQKRDEAEANYQ
                     AMVATEKAAHSQYDMAREGARREDKAAASALVRQAGGVVDEVEAYLGERALISPIDGE
                     VVERFPQIGELVGTGAPIMNIADLNDMWVTFSVREDLLRDIKIGAEIRGFIPALGDKE
                     VVMKVYFMKDMGTYAAWKATKTTGQYDSKTFEVRGRPTSPVADLRPGMSVIIKRPGKR
                     "
     CDS             6776..7678
                     /locus_tag="SEQF2638.1_00764"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTLREGTYAILRIARRELRRLVANPVYFFCMVVAPVGCLFFFTT
                     LMRSGLPTDLPVAVVDLDNTPTSRRLVRQLDAFEQTAVHMQCASFDEARHEMQQGSIY
                     GVFLIPKNFQQGATSGKRPRLSFYTNGSYLIAGSLMFRDMKTLSVLAGASVGLQQGQA
                     RGMTDAQIMGQIQPIIVDTHAIGNPWLNYSVYLSNAMLPGLLQLLVFIVTVYSIGAEI
                     KQRSSRRWLSLGNGSLAVSLAGKLLPHTIIFTVVGLLICAVLYGYNAFPLASGWLPIL
                     AAMTLLVIASQAVGVFMIGVLPTV"
     CDS             7709..7954
                     /locus_tag="SEQF2638.1_00765"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLGFSICGLSYPVTAMYPPFHALSYLYPLRHYLLIYIDQALNGR
                     ALAYTWGEYVWLAAFFLLPLTIYRNLKRALLYFHYIP"
ORIGIN      
        1 ccgcccaaac agctcctaac aatcactcaa taaattcaca acagcttctc atatatagta
       61 ttccaccatc tccaccaggc cggcacgcag ggcatacttc gtggcctcgt aaacgttgtt
      121 aacgcccagc ttacggaaga tgttcttctt gtgggtgatg atggtgtgtg tgctggaaat
      181 gcgttcggag gcgatctcct tgaccgacag tccgcgggcg atgagtcgga ggatctccgt
      241 ctcggtggcc gtgagcgcct cgtgcgtatc cggctgacgg tgcacagtga gcaggaagtc
      301 ggcaatgcga tgacagagga aacggtcgcc ctgcaccgtg tgtcggagcg ccgcgcggat
      361 ctcgtcggcc gtgcaatcct tgaggatcat tcccacgtgg tgctcggcgc tgagacggcg
      421 gatgagggcg tcgctcagtt cgttggagca gagcagccac gcgacctccg gaaagcgtcg
      481 ccccaagttt aagagctcct ccacgctggc caggtcgaag agcgcatagt caaggatcac
      541 caccgtgctg tctcggtgcg tcgtcagagc ctcgatcagc gccttcttat tggccacctc
      601 gagcgtgcag cagcccgcct cgccgaaggt gtcggcgatg taggcacgca gtccagcccg
      661 cgtgatgtct tgattgtcgg ccagaaggaa agtgatcata aggggagaaa ggtgagacga
      721 ctgaaggggg ggcacagcgc ccccctttca gtgtgcttta attacagcgg atactcttcg
      781 aaggcataga gcacggtcga gaggtagcgc tcgcccgtgt caggcagcag ggccacgatc
      841 gtcttaccct cgttttcggg cttgcgagcc agctccagcg cggcgtgcag cgcggcgcca
      901 gacgagatgc cgacgagcag accttcacgg gcagccagca gtcgggaggc gccgatggcc
      961 tcgttgtcct gcacttgcag cacttcatcg atcgcgtcag cgtgatagtt cttcggcaca
     1021 aagccagcac cgataccctg aatcttgtgc ggccccggct gtccacccga cagcaccggc
     1081 gatcccaccg gctccacggc cacggccttc accttcgggt tatgcttctt caatccctcg
     1141 gccacaccgc tcacggtgcc gcccgtgcct acgcccgcca cgaagatgtc gacctttccg
     1201 tccgtatcgt tccagatctc ttcagccgtc gtgcgggtgt gcacttcggg gttggcctca
     1261 ttttcaaact gctgcaggat gatcgatccc ggatgctcct ctttcagttc gccagcacga
     1321 cggagcgcac ccttcatacc ctcgctaccg ggcgtcagca ccaacgtagc gccgagggct
     1381 ttgagcagat tctgacgttc cacgctcatc gtctcgggca tggtcaggat cagcttgtaa
     1441 ccctttacgg aggccaccca ggccagtccg atacccgtgt tgccactggt agcctcgatg
     1501 ataatagagc cgggcttcag ctcgccgctt cgctctgcgg cctcgatcat ggccagtgcg
     1561 atacgatcct tgacgctacc gccggggttg aaatactcca gcttaacgat cacgcgtgcc
     1621 ttgaggcctt ctgacttctc gatgttgctc acttccagga gcggggtgcc gcctacgagg
     1681 gcggtcaggt tctgataaac tcttgccatt ttctttcggt gtttaatttg agcgcaaagg
     1741 tatgggcgtc ccataggccc gacaatacca tatgtgtggt atattggtga ttacccgcat
     1801 ggaatgcggg ttttggaggg ggtatgtgga ggatatacag cgctccggaa tgcgttgaag
     1861 ggcggataaa tcagatggaa catctttgcg gcaggtaaac cgcattgtat tcatcaataa
     1921 aacagagaac aatcatggct tggagctatc ggaagagagt aagaattgcg ccgggtgtac
     1981 acctaaatct gagcagaaga ggtgtgagca ccacgatagg cgtcagaggg gcaagtgtaa
     2041 acttcgggaa gaaagggacg tatgtcaata ccggtattcc cgggacgggc ttctataacc
     2101 ggcaaaagat ctcgggcggc aggggacggc cgcatgcgtc tatcaaacgc aacatccaca
     2161 catcgccaag cggtggcggc caacttctcg gctatggttg tgctgggatc cttgcacttc
     2221 tctttctttt tatgggtttg atatggctga tagaagagaa gcagattttc accggtataa
     2281 tcttcctctc gtttgccctt tatgttgtag tcggagccat tctaataaac acctcaatct
     2341 cagctaagcc gaaagctccg agcatcaatt gggtggatca ggcgaagcgg atgttacccc
     2401 gtacgagcgg cacggcccgg tcgatcctcc aaaacttcat ccaatgctac gaactggcgc
     2461 agcaaatcga cgaagagtcg gccattgtgc agggcttgga aaaaaagcta tcaaagaaac
     2521 ccaacgagca gctcgaacgt cttctgaaag actatcgtgg cgtgttgacg aaacgcatgc
     2581 ggcagctgga ggccacgcag atcaatgtcg actcccagtt gtcagaagag gagaaagcgg
     2641 cgtacagccg gctgtgcaag cgatttgagg cgctactctc gacggacaaa atatggctca
     2701 tcacggacga gatgctcacg acacaacgaa aagcattctc caacatctcc atcaaacgat
     2761 gcgaagcgtc gatctacgtc ggcgtcttca acttcctcaa gtctgccttc gatatccccg
     2821 tattagactc cggcgacgcc cgctattaca tctatcctaa gttcatcatc aaggccaccg
     2881 acgtctgcca cttctacgtc tatccccacg acccggacgg acttaccgcc gctacggtca
     2941 attaccaaga gagcgaagcc agacccgtgg atgccgagtt ccttaagtac acctggcagt
     3001 acgtaaataa gaacggcgag ccggacaaga ggtacgccaa caactcgcgg tatcccgtgt
     3061 tcaaatactg cttcctcttc gtaaacacgg ggaacaccac ggccaaattc atgttctcga
     3121 actacactac ggcgagcgag tttgccacgg cctataccgt ttacgcgaac ctgctcacct
     3181 ccccgaatac gacgccaaca gaacccgctc cggaagttgc gccttcagaa ccaatcccgg
     3241 aagcagtgcc gacagagtct atcccgaaag cagagccgaa gacacccgtt gtgtcagtgc
     3301 gcggtttctc ggccatcgaa agagagacca ccaacctata cctttatata aagagcctcg
     3361 acagcatggc ggccgtgagg gaggccctcc gcaaacacac agcgctggac tttgctgagg
     3421 aaatcaagtt tacggtcagt gggcgactcg cctttgccgt atggatcgac gtgttgaagt
     3481 gttacaagaa gctgggctac gagattgatc cttccaaagg ggagtgcatc gcattgtctg
     3541 tctttgtggc tgagttgtac ctccccgacg cccttatgct ggaaatgtcg gaagacaaaa
     3601 tggtggaagt gctccctgcc acgaaaaggc tcgtgtccat gaccgaagaa ctctatccct
     3661 tcacggagcc cgacgacgaa ctccttttcg tcaaggtgct acgggctgat ggcgtggatg
     3721 aggcgatcgt caacaaatac atggcacttc tccaccaatt tgtctccgtg gtagttaaag
     3781 ccgacggtcg ggtggatgag caggagaaaa cttggctgaa gcagctgaag acgtttacac
     3841 cgctggaaaa ccgagtagtt ctcaaaggcc cggtgacgag atgaagcgct tcatctcggc
     3901 ctatcccgac tttcaatctc gcttcaaccg atacattcac ttcggcgact acagtattgc
     3961 ggagccatag ctaatgattg gatccgtttg ggcgcatagc cccaatcgtt ttgggtctat
     4021 aggtccgatc tgtttgggtg tataatgcta atcagtttgg gcctataggg ccgaaatgat
     4081 agaactgtac gattcgcgcg tcttatgtcc atttcggtgg aattatggaa cagcggcttt
     4141 atgcgctaat atctttgcgc ccctgaaaaa taaacacgaa gaatgaagca cacattgatt
     4201 ttatggatga ctttcgcact gcccatttgt gccgtttacg ggcaggaggc gctcacgctg
     4261 gagcaatgcc gacagctggc tatcgacaac aataaggagc tgaaaatcgc cgaggcacag
     4321 gtggatcgcg ctgcgcagga acgacgcgct gcacgcacga aatacttccc ccaactctcg
     4381 gccacaggct cgtatatgca caacagcaag ccgctcgaac tggtggatta cacccgtttt
     4441 gaggccatga ccggccaact gcttccgcaa ttggcgccgc tactgatgaa gtatccgcaa
     4501 ttggcgcaat cactctctca aatcatggag gagctgaaaa gcctcacgca tgtggatatg
     4561 cagaacgttt ggatcggcga cgtatcgctt gtgcagcccg ttttcatggg tggaaagatc
     4621 gtctcgtaca accagatcac gggttacgcc cgcgagttgg ccgagtcgat gcacgacacg
     4681 aagttgcaag acgtgatctg ccgcacggac gagacctatt ggcaggtcat ctcgctggct
     4741 aacaagaaaa agttggccga cgcgtacgta gacctgcttc gcaaaatgga caccgacatc
     4801 gccgccatga tcacggccgg cgtggccacg aaggcggacg aattgtctgt caaagtgaag
     4861 ctcaacgagg ccgagatggc ccagacgaag gtaaacaacg ggctggcgct ctcgcgcatg
     4921 ctcctggcgc aactctgcgg gctcgacatg gagcatccgc ccctgctggc agacgaacgt
     4981 atcgagcaat tcgccgttca acccaccgca acgcaggcca acgccgagga ggcattcagc
     5041 catcgccccg agctgaagag cctcgagctg gccacgaaga tttaccgcaa aaaggagcag
     5101 atcgcactgg ccgagatgct tcccaccgtc gcactgacgg ccaactacct cgtcacgaat
     5161 ccgaacgcat accacggttt caagaaggag ttttcgggca tgtacaacgt cggcgtgctg
     5221 gtgcgcgtgc ccctctctgc atggtgggaa ggctcctaca agcgtaacgc cgcacgtgca
     5281 gagacggtga tcaagcgact cgaaacggag gaggcacgcg agaaggtcga gctgcaagtc
     5341 aatcaatccg tctacaaggt gaacgaggcc ggcaaacagc tcaccgcctc cacgcgcaac
     5401 atggagcgcg ccgaagagaa cctccgctac gccaacgtcg gctttgagga gggcgtcatc
     5461 cccgcgctca acctcatgga ggcacagacc gcgtgggtct ccgcccgttc gcaactgatc
     5521 gacgcccaaa tcgaggttaa gctcaccgaa gtctacctca gcaaagccct cgggcgctta
     5581 ggcaaagagt agcccgcctg taccaagcca acttggccgg cgtccctgac gccttgattt
     5641 tcttttgctt cttttcttgc atcaaggcaa gaaaagaaga agtaagtata cctattatat
     5701 atgggcgccc acaaggctcc cccctctact acgtataaat cccggggcca agccccataa
     5761 ctaccctaca tacaatgagc gagaaaaaat attcgatcaa caacatgcta ctggccttca
     5821 tcgctgtcgt catcgtgata ggcttagtgt cactggcagg cttcatcctg ctcactcccc
     5881 ccgacgacat tatcatgggt caggcagagg ccactcaggt acgcatctcc ggcaaggtgc
     5941 ccggacgcat cgaggcttac cgcttcggcg agggcgaccg cgtgcacgcc ggtgacacgt
     6001 tggtttacct aaacaccccc gaggtggacg ccaaactgcg tcaagccgaa gccgtacgat
     6061 ctgccgccga ggcacagagc gccaaggcaa tggctggcgc ccgatcgcag gaagtgaccg
     6121 gtgcctacga gctttggcag aaggccaagg cgggactcga catcgccaag aagtcgtacg
     6181 accgcgtgca acacctctac gaccaaggcg tcatgtctgc ccaaaagcgc gacgaggccg
     6241 aggcaaacta tcaggcgatg gtggctaccg agaaggccgc gcattcgcag tatgacatgg
     6301 cccgcgaggg cgctcggcgg gaggataagg cggctgcatc ggcccttgtc cgtcaggctg
     6361 gcggcgtcgt cgacgaggtg gaggcttacc tcggcgagcg tgccctcatt tcccccatcg
     6421 atggagaagt ggtggagcgt ttcccgcaga tcggcgagct ggtgggtacc ggtgcaccga
     6481 tcatgaacat tgccgacttg aacgacatgt gggtcacctt cagcgtccgc gaagacttgt
     6541 tgcgcgacat caagatcggc gccgagatcc gaggcttcat ccccgcgctc ggcgacaaag
     6601 aggtggtgat gaaggtctac ttcatgaagg acatgggcac ctacgctgca tggaaggcca
     6661 cgaagactac cggccagtat gactcgaaga ccttcgaggt gcgcggacgt cccacatcgc
     6721 ccgtggccga cctccgcccc ggcatgtccg tcatcatcaa acgccccggt aaacgatgac
     6781 ccttcgcgaa ggcacatacg ccatcttgcg catcgcccga cgggagctgc gccgtttggt
     6841 ggccaacccg gtctacttct tctgcatggt cgtggccccc gtcggctgtc tctttttctt
     6901 caccacgctc atgcgcagtg gcctgcccac cgacctgcct gtggccgtcg tcgatctcga
     6961 caatacgccc acttcgcgcc gtctcgtccg ccagcttgac gcttttgagc agaccgccgt
     7021 acacatgcag tgcgcctctt tcgacgaggc gcgacacgaa atgcagcagg gcagcatcta
     7081 tggcgtcttc ctgatcccga aaaacttcca gcagggcgct acctctggca agcgtccccg
     7141 gctgtcgttt tataccaacg gctcgtacct catcgccggt tccctcatgt ttcgcgacat
     7201 gaagacgctg tccgtgctag ccggcgcctc cgtcgggcta cagcaggggc aggcgcgcgg
     7261 catgaccgat gcgcagatca tgggtcagat tcagcccatc atcgtcgata cgcacgccat
     7321 tggcaacccg tggctgaact actccgtcta tctcagcaac gccatgctgc ccggactgct
     7381 gcagttgctt gttttcatcg tcaccgtcta cagcatcggc gcggagatca aacagcgctc
     7441 ttcccgccgt tggctcagcc tcgggaacgg ctcgctggcg gtcagcctgg ccggcaaact
     7501 gcttccgcac acgatcatct tcaccgtcgt cggactgctc atctgcgccg tgctctatgg
     7561 ctacaacgcc ttcccattgg ccagcggttg gcttcccatc ctcgccgcca tgacgctatt
     7621 agtcattgcc tcgcaagccg tcggcgtgtt tatgatcggc gtcttaccca ccgtctgact
     7681 tggcctcagc ttcgccagcc tctttggcat gctcggcttc tccatctgcg gcctgtcgta
     7741 ccccgtgacg gccatgtatc ctcccttcca cgccctgtcg tacctctatc ccctgcgcca
     7801 ctatctgctc atctacatcg atcaggccct caacggtcgc gcgctggctt acacctgggg
     7861 agaatacgtc tggcttgccg ccttcttcct gttgcccctc accatctacc gcaacctgaa
     7921 aagggccctg ctctatttcc attacatccc atgatcatag aggatagaga ttagagggta
     7981 gagggtagag g
//
LOCUS       SEQF2638.1|AYYF01001078.1 952 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..952
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             122..637
                     /locus_tag="SEQF2638.1_00766"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVIEGEMSRRDDVAIVRRERFTASSDAERSLAVILEIAQRVARA
                     FYNAFGSERAADLDFFTQREDFRDRHRGDLERINRSHVQTAITADQTKPGQEQDAYHP
                     CRITDVRFHDSLGLEVDAETCRDSRSEKIDVRAEEEQPAAADDKEQVIRQEQLYGEMH
                     APAPDYARTVK"
     CDS             complement(467..928)
                     /locus_tag="SEQF2638.1_00767"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIQNEKLIQPETFTANISFTRYLKAENYTFLSAVYERQNLPYGK
                     SNVPLSDALLLAGYMHPLLSDGGKNAFVYAGCSALAGYEELNRGESVLPDGAELLDRS
                     RIVGGGGVHLAIELFLSDHLLFVVGSRGLFLFGSDVYLFRPAISAGFRINL"
ORIGIN      
        1 cagataggtc ttccgaagag actttgttct ccttatggtt gaagtcgaag gcgagcgttt
       61 gactctggcc gtggttgtcc tcaatcacga cttcgagcga ctgccgctcg gcagagagtg
      121 aatggtaata gagggtgaaa tgtcccggcg cgatgacgta gcaatcgttc ggcgtgagag
      181 gtttaccgcg tcgagcgatg ctgagcgctc ccttgccgtc atactggaaa tagcgcaacg
      241 tgtagcgcgt gccttttaca atgcgttcgg gagcgagcgt gcagcggatc tcgacttctt
      301 cacccagcgt gaggattttc gggataggca tcgtggtgac ttggaacgga taaaccgttc
      361 gcacgtccag acggcgatca cagccgacca aacaaaaccc ggccaggagc aggacgccta
      421 tcacccatgc cgcattacgg atgttcgttt tcatgattca ttggggttag aggttgatgc
      481 ggaaacctgc cgagatagca ggtcggaaaa gatagacgtc cgagccgaag aggaacagcc
      541 cgcggctgcc gacgacaaag agcaggtgat ccgacaggaa cagctctatg gcgagatgca
      601 cgcccccgcc cccgactatg cgcgaacggt caagtagctc cgcaccgtcg ggcaacacag
      661 actcgccgcg gttaagctcc tcgtagccgg ccaatgcgga gcaccccgca tagacaaagg
      721 cattcttccc accatccgag agcagcgggt gcatgtatcc ggccagcaga agcgcgtcac
      781 tcagcggtac gttcgacttc ccgtaaggca gattctgccg ttcatacacg gccgagagga
      841 aggtgtaatt ctcggctttg aggtagcggg tgaatgaaat atttgcggtg aaagtctcgg
      901 gttggatcag cttttcgttc tgaatcaccg ggacgcccgc cgtgatttcg ac
//
LOCUS       SEQF2638.1|AYYF01001079.1 9716 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..9716
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             307..846
                     /locus_tag="SEQF2638.1_00768"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPIEEHEVVTLEQLVGELGERHAHVRIGAEAFLDGVFGHHIVHG
                     DVLADVADEVEEGVILHPVVVIDQLGGVGRIGVEVKKLGQLTLDALLVVSEGGFVEEV
                     ALGRFHRGVADHAGSTADKGDGPMSSALEVTEHHHADQVSDMQRVGCGINADVGRGHA
                     LLQTFFRSGHHVVDHAPPS"
     CDS             complement(1100..2158)
                     /gene="queA"
                     /locus_tag="SEQF2638.1_00769"
                     /EC_number="2.4.99.17"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q9WZ44"
                     /codon_start=1
                     /transl_table=11
                     /product="S-adenosylmethionine:tRNA
                     ribosyltransferase-isomerase"
                     /db_xref="COG:COG0809"
                     /translation="MKLSRYKFTLPPELIATHPAPYRDESRLMVVHRDTGKIEHRVFK
                     DLVKYFGAGDVFVMNNTRVFPARLYGNKEKTGARIEVFLLRELNESLRLWDVLVDPAR
                     KIRIGNKLYFGKDENMEDLVAEVIDNTTSRGRTLRFLCEGDHDAFKKKLYELGETPIP
                     KYMNREAEEEDKERYQTIYATEEGAVVAPAAGLHFSRELMRRLEIKDSRFVYLTVHSG
                     LGIYREIDVEDLSKHKIDSEQMIIGRETIDAVNTAIDTNHRVCAVGTSVMRAIETAVG
                     TDGHLKEFDGWTNKFIFIPYEFSIANSMITNFHQPYSTLLLMTAAFAGYELTMEAYDI
                     AIKEKYRFCAYGDAMLIL"
     CDS             complement(2188..2901)
                     /gene="truB"
                     /locus_tag="SEQF2638.1_00770"
                     /EC_number="5.4.99.25"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P9WHP7"
                     /codon_start=1
                     /transl_table=11
                     /product="tRNA pseudouridine synthase B"
                     /db_xref="COG:COG0130"
                     /translation="MDFLKGEIVGFDKPLDWTSFDVVNKFRYALSRRLSVKKIKVGHA
                     GTLDPKATGVLVLCTGGATKRIEELQSHTKEYIATLRLGATTPSFDLEKPIDATYATD
                     HITREMVEQVLTAFTGEIRQVPPTFSACKVDGKRAYELARRGKDVELEARPIVISEME
                     LLDCQLPDMIRIRCVCSKGTYMRALARDIGEALQSGAHLIELQRTRSGDMTLDRCITP
                     DQIGDFLDRALGATHSTRI"
     CDS             complement(2901..3713)
                     /gene="uppP"
                     /locus_tag="SEQF2638.1_00771"
                     /EC_number="3.6.1.27"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P60932"
                     /codon_start=1
                     /transl_table=11
                     /product="Undecaprenyl-diphosphatase"
                     /db_xref="COG:COG1968"
                     /translation="MNEAEAIVLGLIQGLTEFLPVSSSGHLTIAGTLFGMNSGKEMLA
                     FTTLLHVATVFSTLVVLRSEIGELIRGLFAFRRNDETAMVGKLLLSAVPVGIVGLFFR
                     DWVEAVFGEGLLLVGCMLLLTALLLGLASFIKPQMERPEISYRDAFVIGVAQACAVMP
                     GLSRSGTTIATGLVLGNKREAVAKFSFLMVLIPVLGEALLDVVKILKAGSTEAAFGGI
                     SPAAMVLGFLAAFVTGVMACRWMIGVVKRGRLIYFAIYCVIAGAVAIVYSLL"
     CDS             complement(3710..3979)
                     /locus_tag="SEQF2638.1_00772"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDKEDKMKDFALGKLNFMLIGAAVVLIAVGFMLMSGGGSTDGVS
                     FNPAIFSKQRISVAPIVTMAGFILMVFGILVGDRKTTSDKDQTEA"
     CDS             complement(4048..4923)
                     /gene="ftsX"
                     /locus_tag="SEQF2638.1_00773"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q81X30"
                     /codon_start=1
                     /transl_table=11
                     /product="Cell division protein FtsX"
                     /db_xref="COG:COG2177"
                     /translation="MAYKKSGSASFFSSRLTSVISIALALYMTGVFFVFGLLSRGLSV
                     YMKENLAFSVVLKDDLRESDIRRMQDYLEAQPFVRSTEYVSKAEAAEEMKAELGEDPE
                     VFLGYNPFHASIGVTLKSEYANAENLREIEKKLTADVRVMELAYRKDIMQTVNDNIRR
                     IGLVLALLIALLMVISFVLISNTIRLLIYSKRFLIYTMRLVGATPEFIRRPFIHSAVV
                     NGAVAGGLADMLLALTAVYLQNELSGLDHILPVGGVVTVCLVLPLLGVALSVGAAYFS
                     VNRYLYMERGQLYSV"
     CDS             complement(5040..6392)
                     /gene="miaB"
                     /locus_tag="SEQF2638.1_00774"
                     /EC_number="2.8.4.3"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:O31778"
                     /codon_start=1
                     /transl_table=11
                     /product="tRNA-2-methylthio-N(6)-dimethylallyladenosine
                     synthase"
                     /db_xref="COG:COG0621"
                     /translation="MNEKMKGETKKLYVETYGCQMNVADTEVVASVMQTDGYELTANL
                     EEADAVFVNTCSVRDNAEQRVVSRLQYFRSLKRGGRPRLIVGVLGCMAERAKEELVEK
                     HGVDLVAGPDSYMDLPNLVGAVERGEKAVNVSLSTEETYRDVKPLKMAGVHVTGFVSI
                     MRGCNNFCSYCIVPYTRGRERSRDVDSILSEIEDMRAKGYRDVTLLGQNVNSYLYRSA
                     EGEEVSFARLLERAAEAAPDVRIRFMTSHPKDMSDEMLHVMAAHRNICKYIHLPAQSG
                     SSRMLAVMKRGYTREWYLDRIAAIRRILPGCAISTDLFCGFHSETEAYHQETLSLMRE
                     VGYDSAFMFKYSERPGTYAARHLEDDVPEEVKVRRLQEMIALQNELSEASNRRDVGRR
                     FEILVEGFSKRSRERMYGKTEHNKVVVFDRGGHRIGDFVRVEVEEATSATLLGREVFD
                     "
     CDS             complement(7329..7505)
                     /locus_tag="SEQF2638.1_00775"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGALKYLGILILLIGVGVLAATTAGDTSSNTMLLLGLALIICGY
                     LAHIFFNKNSKRIE"
     CDS             7655..8401
                     /gene="plsC"
                     /locus_tag="SEQF2638.1_00776"
                     /EC_number="2.3.1.51"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P26647"
                     /codon_start=1
                     /transl_table=11
                     /product="1-acyl-sn-glycerol-3-phosphate acyltransferase"
                     /db_xref="COG:COG0204"
                     /translation="MAKLLYPIYFILIALPLFVLLTALTALLTTVGCLLGGERVFSYY
                     PGMIWSRLTCLLVLSPVHVRGREHLQRGRSYVFAANHQGAFDIFLVYGFIGLPIKWMM
                     KAGLERIPLVGYACRAAGFIFVDNSSPRAARRSIAEAERRLKDGFSLAVFPEGSRSKT
                     GRMGRFKKGAFQVALDRGLPVVPITLNGPYHVLPIGRWLAWPHRLEMVIHPPIDCGSL
                     AEGEDEFARMQQVADRTRETIASALWPEFR"
     CDS             complement(8416..9675)
                     /locus_tag="SEQF2638.1_00777"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSLVAATPRVGRHVFVEEAYAALSYRDRLALSIGSRAWDGNASA
                     SRPTSPDPTLSSGDLLLSPNARPIPEITLYTPRLMAVPLTGGWLATGGDFAVGRSFDT
                     DYLRTAIAPERHYVQGVLWHRKALYLRLRDPRPASLPLAFTIGIRHMAQWGGTSTLPK
                     MGRQPQSLKDFARIILGQSGGSDATVSDQINVLGNHYGTFDFRLDYTGPRFVISAYYQ
                     HFWEDRSGIEWYNGLDGLAGISIDLPTFPHVRRIVVEHLSTMDQSGPFHFIQYDHKKY
                     PGYGGGADNYYNNGEYTTGASYFGRALGSPLLLSPAYNANRSPAFLHNRIRAWHIGAE
                     GRIAGLWSWRARLSTLRSYGTPYAPTLHPLDDTSLSLDIHYLLPDAHSAALSGWEFTA
                     TLALDRGSLIGPRTGVGLTVSRCGWIR"
ORIGIN      
        1 tgggccgatg tccagcgcgt tggaagtgac ggagcgggtg agggaggtga agattttgat
       61 gtacttggcg gcgtcggcgt cgctgacgtt gagccagaac tggtagaagg cgtagggcga
      121 ggtgtagcgc gggtcgagcc agacgttgcc ggactcggtc ttgccgaact taccgccgtc
      181 ggccttggtg atcagggggc aagtcagggc gtaggcctcg ccgccgagtt cgcgtcggat
      241 cagctctgtg ccggtggtga tgttgcccca ctgatcgctg ccacccatct gcaggcggca
      301 gttttcgtgc cgatagagga acatgaagtc gtaaccctgg agcagctggt aggagaactc
      361 ggtgaacgac atgcccacgt tcgaatcggc gctgaggcgt ttcttgacgg agtctttggc
      421 catcatatag ttcacggtga tgtgcttgcc gatgtcgcgg atgaagttga ggaaggtgta
      481 atccttcatc cagtcgtagt tattgaccag cttggcggcg ttgggcgcat cggagtcgaa
      541 gtcaagaaac ttggccagct gacgcttgat gcactcttgg ttgtgtcgga gggtgggttc
      601 gtcgaggagg ttgcgctcgg ccgatttcat cgaggggtcg ccgatcatgc cggtagcacc
      661 gccgacaagg gcgatgggcc gatgtccagc gcgttggaag tgacggagca tcatcacgcc
      721 gaccaggtgt ccgatatgca gcgagtcggc tgtgggatca atgccgacgt aggccgaggt
      781 catgccttgt tgcaaacatt cttccgttcc gggcatcatg tcgtggatca tgcccctcca
      841 tcttagttct tctataaaat tcatcgtgta tggtttatgt gttatgattc aaaacggcgc
      901 caaaagtaga gattagaggg tagagggtag agggtagggg ggagattaga ggatagagat
      961 tagaggatag ggggtggagt cggatggtcg agtatttatg ctttacgctc tctttcgttt
     1021 tgcttctacc ctctaccctc taccctctac cctccactct ctaccctcta ccctctaatc
     1081 tctaccctct accctctaat tacaggataa gcatcgcgtc gccataagcg cagaagcgat
     1141 atttctcctt gatggcgatg tcgtaggctt ccatcgtcag ctcatagccc gcgaaggcgg
     1201 ccgtcatcag cagcagcgtg gagtaaggct gatggaagtt ggtgatcatc gagttggcaa
     1261 tggagaactc gtaggggatg aagatgaact tgttcgtcca gccgtcaaac tccttgagat
     1321 gcccgtccgt accgacggcc gtctcgatgg cgcgcatgac ggaggtgccg acggcgcaga
     1381 cgcgatggtt ggtgtcgatg gccgtattga cggcgtcgat cgtctcgcga ccgatgatca
     1441 tctgctcgga gtcgatctta tgtttggaga gatcctcgac gtcgatttcg cgatagatgc
     1501 ccagcccaga gtggacggtg aggtagacga agcggctgtc cttgatctcg agtcggcgca
     1561 tcagctcgcg gctgaagtgc agtccggccg cgggggctac gacggcgccc tcttcggtgg
     1621 cgtagatggt ctggtagcgc tccttgtctt cctcctcggc ctcgcggttc atgtatttcg
     1681 gaatcggcgt ctcgcccagc tcatagagtt tctttttgaa ggcatcgtgg tcgccttcgc
     1741 agaggaagcg cagcgtacgt ccgcgcgagg tggtgttgtc gatcacctcg gccacgaggt
     1801 cctccatgtt ctcgtccttg ccgaaataga gcttgttgcc gatgcggatc ttacgcgcag
     1861 ggtcgaccag cacgtcccac aggcgcaggc tctcgttcag ctcgcgcagc aggaagacct
     1921 cgatccgtgc accggttttc tccttgttgc catagaggcg ggcagggaag acgcgcgtgt
     1981 tgttcatcac aaacacgtcg ccggctccga agtatttgac caggtctttg aagacccgat
     2041 gttcgatctt acccgtgtcg cggtgtacca ccatgaggcg tgactcgtcg cggtagggcg
     2101 cgggatgcgt agcgatcagt tctgggggca gggtgaattt gtatctcgaa agtttcatgt
     2161 ggcgtaaaaa gggtatttgg tcagtgatta aatacgtgtt gaatgcgtcg cgccgagggc
     2221 acggtctaag aaatccccga tctgatccgg ggtgatgcag cgatcgagcg tcatgtcgcc
     2281 gctgcgtgta cgttgtagtt cgatgaggtg ggcgcccgac tggagcgcct cgccgatgtc
     2341 gcgcgccaag gctcgcatgt aggtgccttt gctgcatacg cagcggatgc ggatcatgtc
     2401 cggcaattgg cagtccagca gctccatctc gctgatgacg attggcctcg cctccagctc
     2461 cacgtccttg ccacggcgag ctaattcgta ggctcgtttc ccgtccactt tgcaggctga
     2521 gaacgtgggg ggcacctgtc ggatttcgcc cgtgaacgcc gtgagcactt gctccaccat
     2581 ctcgcgggtg atatggtctg tggcgtacgt ggcgtcgatg ggcttctcta agtcgaacga
     2641 gggcgtggtg gcgcccagtc gcagtgtggc gatgtattcc ttcgtgtgac tttgcagctc
     2701 ctcgatacgc ttcgtggcgc cgcccgtgca gagcaccaag acgcccgtgg ccttcgggtc
     2761 gagcgttcct gcgtgcccca ccttgatctt cttcacgctg aggcgtcgag agagggcata
     2821 gcgaaacttg ttgaccacgt caaacgacgt ccagtccagc ggcttgtcga agcctacgat
     2881 ctcccccttc agaaagtcca tcacagcagc gaataaacga tggccaccgc tccggctatg
     2941 acacaataga tagcgaaata gatcagtcgg ccgcgcttca ccacgccgat catccagcgg
     3001 caggccatga cgcccgtcac gaatgcagcc aagaaaccga gcaccatcgc cgccggtgaa
     3061 ataccaccga aagccgcctc ggtcgatccc gccttgagga ttttcacgac gtccagcagg
     3121 gcctcaccga gcacagggat cagcaccatc agaaacgaga acttggccac cgcctcacgc
     3181 ttgttgccca gcaccagacc cgtcgcaatg gtcgtccccg accgtgacag tccgggcatc
     3241 acggcacagg cttgcgccac gccgatcacg aatgcgtcgc gatacgagat ctcaggtctc
     3301 tccatctgtg gctttatgaa cgatgccaag ccaagtagca acgccgtcag cagcaacatg
     3361 cagcccacga ggagcaatcc ctcgccaaac acagcctcca cccagtcgcg gaagaacagc
     3421 cccacaatgc ccactggcac cgccgacagc aacagcttac cgaccatcgc cgtctcatcg
     3481 tttcgccgaa aagcgaacag tccgcggatc agctcgccga tctcactacg caacacgacc
     3541 aacgtgctga ataccgtagc cacatggagc agcgtcgtga aggccagcat ctccttcccg
     3601 ctattcatgc cgaacagcgt gcccgctatt gtcaggtggc cgctgctgct gacgggcaga
     3661 aactctgtca ggccttggat caggcccagc acaatcgctt ccgcctcgtt catgcctccg
     3721 tctgatcctt gtccgacgtc gtcttacggt cgcccaccaa aatcccgaag accatcagta
     3781 taaatccggc catcgtcacg atcggtgcca ccgagatccg ttgtttgcta aagatcgcag
     3841 gattgaacga cacgccgtcc gtcgacccgc caccgctcat cagcataaag cccacagcga
     3901 tcagtaccac cgcggccccg atcagcataa agttgagttt ccccaacgca aaatctttca
     3961 tcttatcttc tttatccatg attcaaatca catatataat aggtatcgcc gtccgctact
     4021 tctcactctc cccttacccg acccggacta caccgaatac agctgccccc gctccatata
     4081 cagatagcgg ttcacggaaa aatacgccgc accgaccgac agcgccacgc ccagcaatgg
     4141 cagcacgagg cacaccgtca cgaccccgcc cacgggcagg atatggtcca gtccgctcag
     4201 ttcgttctgt agatagacag ccgtcagcgc cagcaacatg tcggccagcc cacccgccac
     4261 cgcaccgttc actacggcgc tgtggatgaa cggccgccgg atgaattccg gcgtggcgcc
     4321 caccagtcgc atggtgtaaa tcagaaaacg tttcgagtaa atcaggagtc ggatcgtgtt
     4381 gctgatcagt acgaacgaga tcaccatgag cagcgcgatc agcagtgcca gcaccagccc
     4441 gatgcgccgg atattgtcgt tcactgtctg catgatgtcc ttgcgatagg ccagctccat
     4501 cacacgcaca tcagccgtca gtttcttctc aatctctcgg agattctccg cattcgcata
     4561 ttccgacttc agcgtcacgc cgatcgaagc atgaaacggg ttgtagccta aaaacacctc
     4621 tggatcctcc cccagctcgg ccttcatctc ctccgccgcc tcagccttcg agacgtactc
     4681 cgtggagcgc acgaacggct gcgcctcgag gtaatcctgc atgcggcgaa tatccgactc
     4741 gcgcaggtcg tccttcagta cgactgagaa cgccaagttc tccttcatgt acaccgacag
     4801 cccgcggctc aacagcccaa acacaaaaaa aacgcccgtc atgtacagcg ccaatgcgat
     4861 gctgatgacg gaggtcaaac gtgagctgaa aaaggatgcc gaaccggatt ttttataggc
     4921 catgcgatgc gcgcggggat gatgatgagc gcgaaaaaga aaggctaatc cacggcccgc
     4981 tcgccccctt tgtgatattt aacagcctcc aaaacacctc tcaagccgac tttgaggcgt
     5041 caatcgaaca cctcccgacc cagtagcgtg gctgatgtgg cctcctcgac ttcgacccgc
     5101 acaaagtccc cgatccgatg cccgccgcgg tcgaaaacaa ccaccttatt gtgctccgtt
     5161 ttcccgtaca tccgctcccg agaacgcttc gagaagccct cgaccaagat ctcgaatcga
     5221 cgccccacat ctcgccgatt gctcgcctcc gagagctcgt tctgcagcgc aatcatctcc
     5281 tgtagccgcc gcaccttcac ctcctccggc acgtcgtcct cgaggtgtcg cgccgcatac
     5341 gtccccggcc gctccgagta cttgaacatg aaggccgaat cgtagcccac ttcacgcatc
     5401 agcgagagcg tctcctggtg atacgcctcc gtctcggagt ggaagccgca aaagagatct
     5461 gtcgaaatgg cacacccggg caggatccgc cgaatggccg ctatccggtc cagataccac
     5521 tcccgggtgt agccccgctt catcaccgcc agcatccgcg agctgcctga ctgcgccggc
     5581 aggtggatgt atttgcagat gttccggtgt gccgccatca cgtgcagcat ctcgtcgctc
     5641 atgtccttcg ggtgcgacgt catgaagcgg atcctgacgt ccggagccgc ctccgcagcc
     5701 cgctccagca gtcgcgcgaa gctcacttcc tcgccctccg ccgaccgata gagatacgag
     5761 ttcacgttct gccccagcag cgtcacatcg cggtatccct tcgcccgcat atcctcgatt
     5821 tcggacagga tgctgtccac atcgcggctc cgctcccgcc cccgcgtgta gggcacaatg
     5881 cagtacgaac agaagttatt gcacccccgc atgatcgaaa cgaaccccgt cacatgcacc
     5941 ccggccatct tcaatggctt cacgtcgcga tacgtttcct ccgtcgagag tgacacattg
     6001 acagccttct cgccgcgctc caccgctccc acgaggttcg gcaggtccat gtacgaatcc
     6061 ggccccgcca ccaggtccac accatgcttc tcgaccagct cctccttggc tcgctcggcc
     6121 atgcagccca gcacaccgac gatcagccgc ggccgtcctc cgcgcttcag cgaccggaaa
     6181 tattgcagcc ggctcaccac ccgctgttcc gcattgtcgc gcaccgaaca cgtgttcacg
     6241 aacaccgcgt ccgcctcctc caggttggcc gtcagctcgt agccatcggt ttgcatcacc
     6301 gacgccacca cctccgtgtc cgccacattc atttggcacc cgtacgtctc cacatacaac
     6361 tttttcgtct ctcccttcat cttttcgttc atcgtatacc ttaaaaaaat cgggcggcaa
     6421 aggtagccgc cgacccgaat ctcccattga tcgaggcgac agcctttccc attcgcctct
     6481 cgctccgaaa aacgcgcgca atcggtttca ccctcgccgt gatggcccca aaaacgcctc
     6541 aagggctaaa actgtgattc ttcaaggtgt tgttttattc atagatgaac tgtccaaaaa
     6601 ctcttatcta ctgttttgat cataaacagt aagtataaaa cattactcga tctgtctttg
     6661 cttcatacag ccttacttct gttttatagg tcctatctat taaacaaaca acttatagaa
     6721 tcatttatac ataccgtacg cgatcaaaat aagcatgtaa atccttttta tatgttgatc
     6781 atgacataaa tgagctgcat atcgcatttt actacttgtc tatgatcgat ataagatcat
     6841 gaatatttta ttcagttcgt ttttgtcata gacagcatga tatatctctt agatagcttt
     6901 ttttgatcat aaacgagatt tcgagctatt tctacataag gatatgcatc caaacagaat
     6961 ggaattactt tttgaatagg cgtcaataga aagaaatatg gataaaatac attgtagatc
     7021 ccgtcaagaa gataaacgct ttggaaacac ttttggatat agtgtctatg aataaaacat
     7081 ctggttgaaa gtccatgaca ttcgcttcgc attcgttttt gagggttgcc tgagggcggg
     7141 aaaagccgat ggcgtaacgc ttgggggtgt cacgatccgg gcgaagccga tggcgtgcgt
     7201 ttttgggaga cggagcgggg tggaggttcg tgtcgtgcgg ggtttgggga caaaaaaaag
     7261 catcccccac cgcgatggtg gaggatgcac gaaagacgtt aaagaggcag ggcccgagag
     7321 cccgcttttc attcgatgcg cttactgttc ttgttgaaga agatgtgcgc caggtagccg
     7381 cagatgatca atgccagccc gaggaggagc atggtgttac tgcttgtgtc gcctgccgtg
     7441 gtggcagcca aaacgccgac gccgatgagg aggatcagga tccctaaata cttcaaagca
     7501 cccatagttc gatctattac tgttgattga ttacgatttc tacgcacaaa agaagggata
     7561 aaaatcagat cgcatgcgcg gggcgctgta aaaagtgccc gagggaacgg ggcaagggac
     7621 gtatctttgt tgcaagaaaa gactgacaaa aacgatggct aaattgcttt atcccattta
     7681 tttcatcctg atcgcgctgc cgctgtttgt gctgctgacg gcgctgacgg cgctcttgac
     7741 aacggtaggc tgcctgctgg gtggggagcg cgttttctcg tattacccgg gcatgatttg
     7801 gtcgcggctg acgtgcctat tggtgctttc gccggtgcat gtgcgggggc gcgaacatct
     7861 gcaacggggc cgctcgtacg tcttcgcggc caatcatcag ggggcgttcg acatttttct
     7921 ggtttacggc ttcatcggcc tcccgatcaa gtggatgatg aaggctgggc tggagcgtat
     7981 tccgctggtg ggctatgcat gtcgggccgc ggggttcatt ttcgtggata attcgtcgcc
     8041 gcgggctgca cgccgcagca tcgcagaggc tgagcgacgg ctgaaggacg gcttttcgct
     8101 ggcagtcttc cccgaggggt cgcggtcgaa gacggggcgg atggggcgct tcaagaaggg
     8161 tgcttttcag gtggcgctcg accgggggct gcccgtggtg ccgatcacgc ttaatgggcc
     8221 gtatcacgtg ctgccgatcg gccgttggtt ggcctggccg caccgcctgg agatggtgat
     8281 ccatccgccg attgattgcg gttcgttggc cgagggcgag gatgagtttg cgcgtatgca
     8341 gcaggtggcc gaccgtacgc gtgagacgat cgcctcggcg ctctggccgg agttccgatg
     8401 acctatcgtc cggcctcacc ggatccatcc gcagcggctg acggtcagtc cgacgccggt
     8461 tcgggggccg atcaggctac cgcgatcgag ggccagcgtg gccgtaaatt cccagccaga
     8521 cagcgccgcg ctgtgagcgt cgggcaggag gtaatggatg tcgaggctga gggaggtgtc
     8581 gtcaagcggg tgcagcgtgg gggcgtaggg cgtgccgtag ctgcggaggg tcgagaggcg
     8641 ggcacgccag ctccaaagtc cggcgatgcg cccctcggcg ccgatgtgcc acgcgcggat
     8701 gcggttgtgg aggaaggctg gcgaacggtt ggcgttgtag gcgggcgaga ggaggagcgg
     8761 cgagccgagg gcgcgcccga agtaggaggc tccggtggtg tactcaccgt tgttgtagta
     8821 gttgtctgcg ccgccgccgt agccgggata tttcttgtgg tcatactgga tgaagtggaa
     8881 ggggccgctc tgatccatcg tcgagaggtg ctccacaacg atgcggcgca cgtgtgggaa
     8941 ggtgggcagg tcgatggaga ttcccgcgag gccgtcaagc ccgttgtacc attcgattcc
     9001 ggagcgatcc tcccagaaat gctggtagta ggcggagata acgaagcgtg ggccggtgta
     9061 gtcgaggcgg aagtcgaatg tgccgtaatg attgccgagc acattgatct gatccgagac
     9121 ggtggcgtcg ctaccgcccg attggccaag gatgatgcgc gcaaagtcct ttagcgactg
     9181 cggctgacga cccatcttgg gcaaggtcga tgtgccgccc cactgcgcca tgtggcgtat
     9241 gccaatcgtg aaggcgagcg gaagggatgc agggcgagga tcgcggaggc ggaggtagag
     9301 cgctttgcgg tgccacagta cgccctgcac atagtggcgc tcgggggcga tggcggtacg
     9361 cagatagtcc gtgtcgaacg atcgccccac ggcaaagtcg ccgcctgtcg cgagccatcc
     9421 gcctgtcagc gggacggcca tgaggcgtgg cgtgtagagc gtgatctcgg ggatgggacg
     9481 tgcgttgggc gagaggagca agtcgccgct gcttagcgtt gggtcggggc tggtcgggcg
     9541 agatgctgag gcgttaccgt cccatgcacg actgccgatg gagagcgcga gtcggtcgcg
     9601 gtaagagagc gcggcgtaag cctcctcgac gaagacgtgt cgcccgacgc gtggtgtagc
     9661 ggctacgagg ctcattgccc cttcccaccg ccaacggtcg gtgagtcgcc ccgtgt
//
LOCUS       SEQF2638.1|AYYF01001080.1 1752 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1752
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(26..700)
                     /gene="ddpX"
                     /locus_tag="SEQF2638.1_00778"
                     /EC_number="3.4.13.22"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P77790"
                     /codon_start=1
                     /transl_table=11
                     /product="D-alanyl-D-alanine dipeptidase"
                     /db_xref="COG:COG2173"
                     /translation="MKRPLLALLVALVLAATARAEDWDARLRAAGYVDLQLLIPSLRV
                     ELKYATADNFMGRPVYDGLTRAFLHPDAARKLRRAHELLRLERPDLTLLVYDAARPIA
                     VQRIMWSLVRGTPNTYYVASPARGGLHNFGLAVDLTLCDTLGHALPMGTPFDHFGPTA
                     NIDREPSLVRTGRITQQELQNRLLLRRVMRAAGFTTVTSEWWHFNACPAARARASYPL
                     VSYTHL"
     CDS             complement(697..1563)
                     /gene="racE"
                     /locus_tag="SEQF2638.1_00779"
                     /EC_number="5.1.1.3"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P94556"
                     /codon_start=1
                     /transl_table=11
                     /product="Glutamate racemase 1"
                     /db_xref="COG:COG0796"
                     /translation="MNDKPTPIGIFDSGFGGLTIFDKIREALPDYDYIYLGDNARTPY
                     GTRSYDAVYRFTREAVMHLFAEGCPLIILACNTASAKALRTIQQRDLPAGHDPSRRVL
                     GVIRPTAEIVGRLTHTGHVGLLGTTGTVASRSYPMEIAKLYPDVTVVGEACPMWVPLV
                     ENGEADSPGADYFVQKHIERLFNRDPQIDTVILGCTHYPLLTDKIRRYLPEGVTLFSQ
                     GDRVADRLKDYLTRHPEIERRLSRHAEVRFQTTDSPERFADMASLFLRKDVGRAERVA
                     LTSDTVTQRRIR"
ORIGIN      
        1 gcatacgaga tccttgccag cccgctcaga gatgtgtata agagacaagg gggtatgagg
       61 cgcgggctcg ggcggcggga caggcgttga agtgccacca ttcgctggtg acggtggtga
      121 aacctgcagc gcgcatgaca cgacggagca gcaggcgatt ctggagctcc tgttgggtga
      181 tgcggccggt gcgaacgagc gacggctcgc ggtcgatgtt ggccgtgggg ccgaaatggt
      241 cgaagggcgt gcccatgggc agggcgtgtc cgagggtgtc gcagagggtg aggtcgacgg
      301 cgaggccgaa gttgtggagg ccgccgcggg cgggactggc cacgtagtag gtgttcgggg
      361 tgccgcggac gaggctccac atgatgcgct gcacggctat gggccgcgcg gcatcgtaga
      421 cgagcagggt gaggtcgggg cgctcgaggc ggagcagctc gtgggcgcgg cggagcttac
      481 gggcggcgtc ggggtggagg aaggcgcggg tgaggccgtc gtagacgggg cggcccatga
      541 agttgtcggc cgtggcatac ttcagctcca cgcgtaggct ggggatgagg agctggaggt
      601 cgacgtaacc ggcggcccgg aggcgggcgt cccagtcctc ggcgcgggcg gtggcggcga
      661 ggacaagggc gacaaggagg gcaaggaggg ggcgcttcat cggatgcgcc gctgtgtgac
      721 ggtgtcggac gtcagggcga cgcgctcggc acggccgacg tctttgcgga ggaagaggga
      781 ggccatgtcg gcgaatcgct cgggggagtc ggtcgtctgg aaacgcactt cggcgtgtcg
      841 gctgaggcga cgctcgatct cggggtggcg cgtgaggtag tccttgaggc ggtcggccac
      901 gcggtcgccc tgcgagaaga gggtgacgcc ctcggggagg tagcggcgga tcttgtcggt
      961 gagcagcgga tagtgcgtgc agccaaggat gacggtgtcg atctgcggat cgcggttgaa
     1021 gaggcgctcg atgtgcttct ggacgaagta gtcggcgccg ggcgagtcgg cctcaccgtt
     1081 ctcgacgagg ggcacccaca tggggcaggc ctcgccgacg acggtgacgt cggggtagag
     1141 cttggcgatc tccatggggt aggatcggga ggcgacggtg ccggtggtgc ccagcagtcc
     1201 gacgtggccc gtgtgtgtga gccgcccgac gatctctgcg gtgggccgga tgacgcccaa
     1261 gacgcgccgc gaggggtcgt gcccggcggg cagatcgcgc tgctggatgg tgcggagagc
     1321 cttggccgag gcggtgttgc aggctaggat gatgaggggg cagccttcgg cgaagaggtg
     1381 catgacggct tcgcgggtga agcggtagac ggcgtcgtag gagcgtgtgc cgtagggtgt
     1441 gcgggcgttg tcgccgaggt agatgtagtc gtagtctggc agggcttcgc ggatcttgtc
     1501 gaagatggtg agtccgccga agccagaatc gaagatgccg atgggggtag gtttatcgtt
     1561 cattttttag gggagttacg cgctgttggc gcggggtgtt atgcggccgt tggtcgcggt
     1621 agttgcggcc ttgtggccgg ggagttaggg gtagttatag gaagagggtg gcggggataa
     1681 aaagggaaag gatgccggcc gcacatcgat tggcggggca tcccttctct gatttttact
     1741 tcggattaca cg
//
LOCUS       SEQF2638.1|AYYF01001081.1 1346 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1346
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(59..1225)
                     /locus_tag="SEQF2638.1_00780"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNFWWGRSFVNSSAGTMVHTLEASPVWLKQKGELITGCNWTGEY
                     MDMHEEKAALYFSDDWQATDRLWLSGGLRMEYYGIGGLTTLAYMTYPKLDGMKPDHPE
                     NVRKENWSIKDGKLVDFSKGWINPAAAINGRYTLLDGFGLTGEYVFAMRRPYAYDFAG
                     EEIPNLDPVSIHLGRAGIFWNNSWIQLASQFSFVRQTNYKWRTQFNHPTNETDFTTVF
                     VNYDVQTLGWTTDMVLQPAKGFTFHALFTLQDPRYKNYEIDPVFKDGTKSHASFSNKK
                     TTGVSDVIIELNPSYTYDKFNIWLSARYSSAYYVNKMNTLKFNGLWTTFAGVSYALNK
                     NVDFSVNFVNLLNVSGASGGVSTSDLKPKNVENYLAVGSYIRPFTVSFGAKVRF"
ORIGIN      
        1 tttggggtta atcagctctc ccgcttgcct taatattcaa gcgatgggga gccattagtt
       61 agaatctgac tttcgctccg aacgatacgg tgaacggacg gatgtaggag cctacggcca
      121 gatagttctc tacgttcttc ggcttcaggt cagaggtcga tacgccacca ctggcaccgc
      181 ttacgttaag caggttgacg aagttgacgg agaagtctac gttcttgttc agtgcgtagc
      241 tgacgccagc gaaggtggtc caaaggccat tgaacttgag tgtgttcatc ttattgacgt
      301 agtaggcgct ggagtagcgt gcgctcagcc agatgttgaa cttgtcgtat gtatagcttg
      361 ggttcagctc gatgatcacg tcgctgacgc cggttgtctt cttgttgctg aagctggcgt
      421 ggctcttcgt tccgtctttg aatacggggt cgatctcgta gttcttgtag cgcggatctt
      481 gcagggtgaa gagggcgtgg aaggtgaagc ccttagctgg ttgcagcacc atgtcagtgg
      541 tccaaccgag cgtctgtacg tcgtagttta cgaatacggt ggtgaagtcc gtctcgttgg
      601 tcgggtggtt gaactgcgtg cgccatttgt aattggtctg gcgaacgaac gagaactgcg
      661 aagccaattg aatccaagag ttgttccaga agataccagc gcggcccaag tgaatgctca
      721 cggggtcgag gttcggtatt tcttcaccag caaagtcata agcgtagggg cgacgcatcg
      781 cgaagacgta ttcacccgtc aggccgaagc cgtcaagcag cgtatagcga ccattgatgg
      841 ctgctgcggg gttgatccaa cccttagaga agtcaaccaa tttgccatcc ttgatgctcc
      901 agttctcttt acggacgttc tcgggatggt cgggcttcat accgtccagc ttgggatagg
      961 tcatgtaagc cagcgtggtg agtccaccga tgccgtagta ttccatgcgg agaccgccag
     1021 agagccagag gcgatcggta gcctgccagt cgtcagagaa ataaagagcg gccttctctt
     1081 cgtgcatatc catatactcg cctgtccagt tgcaaccggt gataagctca cccttttgct
     1141 tcaaccatac gggcgatgcc tccaaggtgt gcaccatcgt tccggcgctg gagttgacga
     1201 acgaacgtcc ccaccagaag ttcatacccg cgcgccagct gtggcgtgca gaagcgcgag
     1261 agagttcgga gcgaaagtca gattctaact aatggctccc catcgcttga atattaaggc
     1321 aagcgggaga gctgattaac cccaaa
//
LOCUS       SEQF2638.1|AYYF01001082.1 306 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..306
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tcgcttggcc gtgcgatcct tgatttccat ctcctgaatc agcagttcgc tgaggttttt
       61 gtaggacagt ttggcggtat gcaggaagat ctctttaacc acggcaatca attcgtcggc
      121 cttccgacgc tccttgtcct ctttcgattt ctcgccgcgg tagacgtgca tgtcctgctg
      181 tttgtcccaa ccaaagagca tgatcgggac gtcgagcgga ctgctgtcgc gtaccttcag
      241 ggccttcacg accgagtatt cgggatcgtc atccttctcg atagacagga tgccggcggc
      301 tttgcg
//
LOCUS       SEQF2638.1|AYYF01001083.1 1783 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1783
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             52..909
                     /gene="apxIB_1"
                     /locus_tag="SEQF2638.1_00781"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P26760"
                     /codon_start=1
                     /transl_table=11
                     /product="Toxin RTX-I translocation ATP-binding protein"
                     /db_xref="COG:COG2274"
                     /translation="MNFIYQWQDVSISLDRMNEIHTQQNEEDADRHVKALPENNTNIH
                     IHDLCFKYDGARPDYVLEGIDLHIPQGKVTAIVGASGSGKTTLVKLLLGFYAPNEGEI
                     RIGDENLSTFNLSWWRTQCGAVMQEGYLFSDTIARNIAISDDEIDLNRLRQAARVANI
                     AEYVEKLPLGYNTKIGQDGQGVSQGQRQRILIARVVYKNPRFIFLDEATNSLDANNER
                     AIVENLSAFYKGKTVIVVAHRLSTVKHADQIVVLDGGKISETGTHAELTARHGKYYEL
                     VKNQLELGG"
     CDS             918..1388
                     /locus_tag="SEQF2638.1_00782"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEERPIELRSEKVRNIIGRMPSALIRYGTMIIGAALLMLCAVS
                     AFIPYRETVPVTITIQQTATGLQGVALVPKDRLPLVHSGSKVTIDDPLAGFIEATVSG
                     TSKEPAPTDGRQREVTIRFTSADHLHLGDVMDGRIILSDVPVLQRFLQSVGIGR"
     CDS             1534..1719
                     /locus_tag="SEQF2638.1_00783"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEENSDRYVLVLEDRSETKSPTDPGRLSVISGQDEKGKIKTVEP
                     TEENRAAFLVFNLNSAA"
ORIGIN      
        1 ctatctattc aatacatcat cggacagctg aacagccccg tcgagcagtt gatgaatttc
       61 atctaccaat ggcaggacgt cagcattagc ctcgatcgta tgaatgagat tcacacgcag
      121 cagaacgaag aagatgcaga ccgtcacgtc aaagcgttgc ctgagaacaa cacaaacatc
      181 catatccatg acttgtgctt caaatatgac ggtgctcgac cggattatgt gctcgaaggc
      241 atcgacctgc atattcctca aggaaaggtg acggccatcg tgggcgccag tggaagcggt
      301 aagacgacgc tggtgaaact gctgttgggt ttctatgcgc ccaatgaggg ggagattcgc
      361 attggcgatg agaacctctc gacattcaac ctctcatggt ggcgtacaca gtgcggagcg
      421 gtaatgcaag aaggatattt gttttcggat acgatcgcac gaaacattgc catatcggac
      481 gacgaaatcg accttaaccg cctgcgccag gcggctcggg tggcaaacat tgccgagtat
      541 gtagagaagt tgccactcgg ttataacacg aagatcgggc aagacgggca gggcgtcagt
      601 cagggacagc ggcaacgcat tttaatcgct cgcgtggtgt acaagaatcc ccgattcatc
      661 tttttggacg aagccaccaa ttcactcgat gcaaataatg agcgggccat cgtggagaac
      721 ctgtcggcct tttataaagg gaagacggtc atcgtggtgg cgcaccgcct gagtaccgtc
      781 aagcatgccg atcagatcgt ggtattggat ggcggaaaga tttccgaaac aggtacgcat
      841 gccgagctga ccgcccgaca tggcaagtat tatgaactag tcaaaaacca attagagctg
      901 ggaggataac gtagacgatg aaagaagaaa gacccatcga actgcggagc gagaaagtcc
      961 gcaacatcat cgggcgcatg ccgtcggcgt tgatccgtta tgggacgatg atcatcggag
     1021 ccgcattgct gatgctttgc gctgtctcgg cctttatccc ctatcgagaa acggtgcctg
     1081 tgaccattac aatccaacaa accgccacag gcttacaagg tgttgccctt gtaccgaagg
     1141 atcggcttcc gctggttcat tcggggagca aggtgaccat agacgacccg ctggcgggtt
     1201 ttatcgaagc gaccgttagc gggacatcga aagaaccggc accgaccgat ggccggcaaa
     1261 gggaagtcac gatccgattt acttctgccg atcatctaca tttgggcgac gtgatggacg
     1321 gccggatcat cctgtccgac gtccctgtct tgcagcgctt tctgcagtcg gtggggatag
     1381 ggcgttaatc tccatcagcg gagagcacct ccttttctcc tccctccatt tcccttcttc
     1441 tccctcccaa gccatacaga gtcattccgc atagccatcc cggatcgggg tggctatttt
     1501 cgtatctgtt tcatcttaaa atcagatact actatggaag aaaattcgga tcgctatgtg
     1561 ctcgtgctgg aagatcggag cgagactaaa tcgccgactg atcccggccg cctgtctgtc
     1621 atttcggggc aggacgagaa gggaaagatc aaaaccgtag aaccaaccga ggagaatcgg
     1681 gcggctttct tggtgtttaa ccttaattcc gcagcataaa ttcttgtaag aactccaagt
     1741 gcctgagaaa caaagttctc aaaacacttg gatatgtcag aaa
//
LOCUS       SEQF2638.1|AYYF01001084.1 228 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..228
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtagagttca actcgatctt ctcgtccaac accgagtaat ctcgtttcat ctcaagtatg
       61 aagtcggcaa tccggtttat gctttccttc aatgagtgca actctgccag caaatgttcg
      121 tcggaataaa tctcagtatc catcatttcc tctccattaa gtgaagaagt tgcggattct
      181 ttgaatgctt aaggatcttt ccgagagctt ctggttgatc ctctaaat
//
LOCUS       SEQF2638.1|AYYF01001085.1 9045 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..9045
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             193..927
                     /locus_tag="SEQF2638.1_00784"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MCTHMIRAPKVAAGGKHPRPRCSLDLLLHPFLSSRAEKDVESRG
                     TLAYSFPYINRYSNRATFRVTWVRGRVRHATFWRACVPAAPSCDILRSLRASGPVMRH
                     FEEPACQRPRHATFWRACVPAASSCDILESLRASGLVMRHFGEPACQRSRHAAFWRAC
                     VPAEPSSDFLESLRASGAVKRLFRVAACQRARQATFSRRCVPAEPSSDFFASLRASGA
                     VKRLFRATYDPAAPSSGLATYERQKM"
     CDS             1096..1692
                     /gene="atpE"
                     /locus_tag="SEQF2638.1_00785"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_00311"
                     /codon_start=1
                     /transl_table=11
                     /product="V-type proton ATPase subunit E"
                     /translation="MDSKIQELTEKIYREGVEKGNEEAGRIVADAKEKEASMLREART
                     EADAIVEQARREADELRKNTEAELRMYAAQAVEALKTEVADLVTDRVVRKEVKAATGD
                     ADFMRQMMLEIAREWAKNGEMTIQTSDADKLSAYFKAKAAELLQGGVRIEEVNGHKTS
                     FAIAPADGSFKVQFGEAEFVEYFKEFLRPQLIEMLFSK"
     CDS             1689..2558
                     /locus_tag="SEQF2638.1_00786"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSKYYYLIAGLPEVALDDGRRPYTVADFKAEVMPMLSATDRPLF
                     SCFFLQYDNRNVLSMLQHAETAWDARGTVTRDDAEAVLTALKTEETLPRTSLPAYLVD
                     FMREYLQVAEEGREMDAVVWQDRLSARYFRYAMGSKNAFVSAWYELNLNMANVLTAIT
                     CRKHGLDRAEYVVPGNETAELLRTSNARDFGLGESLDYLPELMRVAEETDLLMRERRL
                     DVMKWNWLEEETFFRTFDFESVFAYLLRLEMLERWATLDAAAGEKTFRSMVGALKKGS
                     AAVLDEFKRNHTK"
     CDS             2571..4337
                     /gene="ntpA"
                     /locus_tag="SEQF2638.1_00787"
                     /EC_number="7.2.2.1"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q08636"
                     /codon_start=1
                     /transl_table=11
                     /product="V-type sodium ATPase catalytic subunit A"
                     /translation="MTTKGTVKGIVSNLVTVEVDGPVSQNEICYITVSGVRLMAEVIK
                     VIGRNAYVQVFESTRGMRVGDEAEFMGHMLEVTLGPGMLSRNYDGLQNDLDKMDGVFL
                     KRGEYTYPLDNDRLWDFKPLAKAGDTVEAGAWLGEVEENAQPHRIMVPFKFEGTYKVK
                     SVVAAGKYPVTHTIAVLTDEQGAEHEVTMIQKWPVKRANTCYKEKPRPYKLLETGVRI
                     IDTVNPIVEGGTGFIPGPFGTGKTVLQHAISKQAEADIVIIAACGERANEVVEIFVEF
                     PELVDPHTGRKLMERTIIIANTSNMPVAAREASVYTAMTIAEYYRSMGLKVLLMADST
                     SRWAQALREMSNRLEELPGPDAFPMDLSAIVANFYARAGMVVLNNGKTGSVTFIGTVS
                     PAGGNLKEPVTENTKKVARCFYALEQARADRKRYPAVNPIDSYSKYLEYPEFEAYVSE
                     HISPEWLGMVNEVKTRMLRGKEIAEQINILGDDGVPVDYHVTFWKSELIDFVILQQDA
                     FDATDSMTPLERQEYMMKRVIDICHQDFAFDNFSQVTDYFKRLINVLKQMNYSEFRSE
                     QFENYSRQAETLLQEAAAESKQ"
     CDS             4352..5677
                     /gene="ntpB"
                     /locus_tag="SEQF2638.1_00788"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q08637"
                     /codon_start=1
                     /transl_table=11
                     /product="V-type sodium ATPase subunit B"
                     /translation="MATKAFQKIFTKITQITKATCSLKATGVGYDELASVDGKLAQVV
                     KIAGDEVTLQVFSGTEGIRTNAEVVFMGKAPSLKVGDQLAGRFFNAYGDPVDGGPVPE
                     GREVEIGGPSVNPVRRKQPSELIATGIAGIDLNNTLVTGQKIPFFADPDQPFNEVMAM
                     VALRAQSDKIVLGGMGMTNDDYLFFKNTFSNAGALDRIVSFINTTEDPSVERILVPDM
                     ALAAAEYFAVEKHEKVLVLLTDMTNYADALSIVSNRMDQIPSKDSMPGSLYSDLAKIY
                     EKAVQFPDGGSITIIAVTTLSGGDITHAVPDNTGYITEGQLYLRHDSDVGKVIVDPFR
                     SLSRLKQLVTGKKTREDHPQVMNAAVRLYADAADAKTKLENGFDLTDYDNRALAFARD
                     YSEKLLAIDVNLNTTEMLDVAWTLFAKHFKQEEVNIKQALVDKYWPTAK"
     CDS             5702..6313
                     /gene="atpD"
                     /locus_tag="SEQF2638.1_00789"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_00271"
                     /codon_start=1
                     /transl_table=11
                     /product="V-type ATP synthase subunit D"
                     /translation="MAIKFQYNKTSLQGLDKQLKVRERALPTIKSKESALRMEVKRTK
                     GEAAALEDRLENEIRNYEYMMALWNEFRPELISVEDVRLSARKIAGVPIPVLDGVEFR
                     IARYSLFSAPSWYADGIELLKTMAETGIEAEFTNLKLDMLERARRRTTQKLNLFEKVQ
                     IPGYKDAIRKIKRFMEDEESLSKSSQKIMRANQEKRNAKEAEA"
     CDS             6310..8178
                     /locus_tag="SEQF2638.1_00790"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIVKMSKYAFMVYHKEYDAFLELLRSLGVVHIRETKSEKDDAGL
                     QRLMAERKRLESEMRQLKHTQESRLEALKADAKATGNKAKITLPLAPERPVTADEGAA
                     LLDRIDDLRDRIEKAQAAEQATEKDLATMQVWGEFDYANLRRLREVGHEVTFFSCPAA
                     RYDEAWETDFYAVPIATAQSATYFITITPVGSPIEIDAERVRMPEKDLRALRDLREAQ
                     RRQREELNAELLAVALNDYRTLEAYGRLLENEYTWDNAKVQTEREADDRLMLLEGWIP
                     TAEAQSLESALDRGDYYCRKLEISDEDNIPIELKNNRFNRLFEPITRLYSLPNAHEFD
                     STPLFAPFFMLFFGICFGDGGYGLLLLLLGTLMKRKAKADMKPILSLLQCFGIATLVV
                     GTLSGSFFGVNIAEIPALASVKRYFLTSDNIMTLSLVIGFIHVLYGKFVAAMKVKVQR
                     GLKYSLAAFAWVFLILALALAVGLPMMNIHLPQPVVYALYGVAGVGALIAFFYNSPGK
                     NVFLNFGSGIWATYNTASGLLGDTLSYIRLYAIGLTGSLLGGVFNTMAVDMTATMPIW
                     VRWLPMLLILLVGHALNIGLSMVSSLVHPMRLIYVEYYKNSEFEGGGTAYAPFRKI"
     CDS             8226..8687
                     /gene="ntpK"
                     /locus_tag="SEQF2638.1_00791"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P43457"
                     /codon_start=1
                     /transl_table=11
                     /product="V-type sodium ATPase subunit K"
                     /translation="MGPVLLAYVGVALMVGLSGIGSAFGLTICGNAVVGAMKKAPEKM
                     GTYIALSALPSSQGLYGFVAYMMVQKFLVADMPWVTAAGIFGAGLIMGFAGFYSSVRQ
                     AHVCANGIAATGAGHNVFAATMVMAVFPELYAILALVVSILISFTFPAVAA"
     tRNA            8844..8917
                     /locus_tag="SEQF2638.1_00792"
                     /product="tRNA-Lys"
                     /inference="COORDINATES:profile:Aragorn:001002"
                     /note="tRNA-Lys(ctt)"
ORIGIN      
        1 gcaaagagat ctatgaaagt gaagtgtgaa cagattggag gcgagaatgg cacggctgca
       61 tctataaaat gaggatataa ttgccgatag tcggaatcaa aaacccgaca gttgttcggc
      121 ataggattta catagagaag agtggatata ttcattttga gaacctataa aagacgtaga
      181 tagataggaa ctatgtgtac acacatgatt cgggcgccaa aagtagccgc gggcggcaaa
      241 catccccggc cccggtgtag ccttgatctt cttttgcatc cttttctttc atcacgggca
      301 gaaaaggatg tggaaagcag gggtaccctc gcttactcct tcccctatat aaataggtat
      361 agcaaccgcg ccacatttcg ggtcacatgg gtgcgagggc gggtccgtca tgcgacattc
      421 tggagagcct gcgtgccagc ggccccgtca tgcgacattc tgagaagcct gcgtgccagc
      481 ggccccgtca tgcgacattt tgaggagcct gcgtgccagc ggcctcgtca tgcgacattt
      541 tggagagcct gcgtgccagc ggcctcgtca tgcgacattc tggagagcct gcgtgccagc
      601 ggcctcgtca tgcgacattt tggagagcct gcgtgccagc ggagccgtca tgccgcattt
      661 tggagagcct gcgtgccagc ggagccgtca agcgactttt tggagagcct gcgtgccagc
      721 ggagccgtca agcgactttt tcgcgtcgct gcgtgccagc gggcccgtca agcgactttt
      781 tcgcgtcgct gcgtgccagc ggagccgtca agcgactttt tcgcgtcgct gcgtgccagc
      841 ggagccgtca agcgactttt tcgcgccact tacgacccag cggccccgtc aagcggcttg
      901 gcgacgtatg aaaggcagaa gatgtagagc gtcaggccca cgattcgtgc catgatgaca
      961 gtgctacggc gttctgcaac gggtcggcac gggggcgtgg acagggcttc ggccccgaga
     1021 ggtcggtgga attgccgtaa ctttgtggca tcaaaacagt aaacagatac actctaacaa
     1081 gaaaatatcg tcgttatgga cagtaagatt caggaattga ccgagaaaat ttatcgggaa
     1141 ggcgtggaga aaggcaacga ggaggccggg cgcatcgtgg ctgacgccaa ggagaaagag
     1201 gcgagcatgc tgcgcgaggc gcgcacggag gccgacgcta tcgtagaaca ggcgcgccgt
     1261 gaggccgacg aactgcgtaa gaacacggag gcagaactcc ggatgtatgc cgcccaggct
     1321 gtggaggcgc tcaagacgga ggtggccgac ctcgtcaccg accgcgtggt gcggaaggaa
     1381 gtgaaggccg ccacggggga cgccgacttc atgcggcaga tgatgctcga aatcgctcgc
     1441 gaatgggcga aaaacggcga gatgaccatc caaacctccg acgccgacaa actgtcagcc
     1501 tatttcaagg ctaaggctgc ggagctgctc cagggtggcg tgcggatcga ggaggtgaac
     1561 ggccacaaga cttcgtttgc catcgccccg gccgacggct cgttcaaggt gcagttcggc
     1621 gaggcggagt tcgtggagta tttcaaggag tttctgcgcc cgcagctgat tgagatgctg
     1681 ttctcgaaat gagcaaatac tattacctga tcgcggggct gcccgaggtg gctctggacg
     1741 acggaaggcg cccctacacg gtggcggact tcaaggcgga ggtgatgccg atgctttcgg
     1801 ccacggatcg cccgctgttt tcctgctttt tccttcaata tgacaaccgg aacgtgctgt
     1861 cgatgctgca acacgcggag acggcatggg acgcgcgcgg aacggtgact cgtgacgacg
     1921 cggaggcggt gctgacggcc ctgaagacgg aggagaccct gccgcggacg tcgctgccgg
     1981 cgtatctcgt ggacttcatg cgggagtatc tccaggttgc agaagagggg cgagagatgg
     2041 acgcggtggt gtggcaagac cgactctcag cgcgctattt ccgctatgcg atgggctcga
     2101 agaacgcgtt cgtgagcgca tggtatgagc tgaatctgaa catggccaac gtgctgacgg
     2161 cgatcacctg tcggaagcat ggcttggacc gcgcggagta tgtcgtgccg ggcaatgaga
     2221 cggccgaact gctccgcacg tcgaatgcgc gcgactttgg gctgggcgaa tcgttggact
     2281 acctgccgga gctgatgcgc gtggccgaag agacggattt gctgatgcgc gagcggaggt
     2341 tagacgtgat gaaatggaac tggttagagg aggagacgtt cttccgaacg ttcgacttcg
     2401 agagcgtctt tgcttacctg ctgcgcctgg agatgcttga gcggtgggca acgctcgacg
     2461 cagccgcggg cgagaagaca ttccgcagca tggtgggcgc gctcaagaag ggcagcgccg
     2521 cggtgctgga cgaattcaaa cgaaatcata caaaatagat actacagaga atgacaacaa
     2581 agggaactgt gaagggcatc gtgtcgaacc tggtcactgt ggaagtggac gggccggtgt
     2641 ctcaaaacga aatatgctac atcaccgtga gcggcgtgcg tctgatggcc gaggtgatca
     2701 aggtgatcgg tcgcaacgcc tatgtgcagg tcttcgagag cacacgcggc atgcgcgtgg
     2761 gcgacgaggc ggagttcatg ggccatatgt tagaggtgac gctcgggccg ggcatgctct
     2821 cgcgcaacta cgacgggctg caaaacgatc tggacaagat ggacggcgtc ttcctcaaac
     2881 gcggcgaata cacctacccg ctcgacaacg accggctgtg ggacttcaag ccgctggcta
     2941 aggccggcga cacggtcgag gccggcgcat ggctcggcga ggtggaagag aacgcacagc
     3001 cgcaccgcat catggtgccg ttcaagtttg agggtacata taaggtgaaa tcggtggtag
     3061 ctgcgggcaa gtatcccgtg acgcacacca tcgccgtact gacggacgaa cagggtgcag
     3121 agcatgaggt aacgatgatc caaaagtggc cggtgaagcg cgccaacacg tgttacaagg
     3181 agaagccgcg gccgtacaag ttgctcgaaa caggcgtgcg catcatcgac acggtgaacc
     3241 cgatcgtcga gggtggcacg ggcttcatcc ccgggccgtt cggaacgggc aagacggtgc
     3301 ttcagcacgc tatctcgaag caggccgagg cggacattgt gatcatcgcg gcctgcggcg
     3361 aacgtgccaa tgaggtggtg gaaatcttcg tggagttccc cgagctggtc gatccgcaca
     3421 cgggccgcaa gctgatggag cgcacgatca tcatcgccaa cacctcgaac atgcccgtgg
     3481 ctgcgcgtga ggcatcggtc tacacggcca tgactatcgc agaatattac cgcagcatgg
     3541 ggctgaaggt gctacttatg gcagactcca catcacgctg ggcacaggca ctccgcgaga
     3601 tgtccaaccg actcgaagag ctgccgggac cggacgcctt cccgatggac ttgtctgcga
     3661 tcgtggccaa cttctacgct cgcgccggca tggtagtgtt gaataatgga aagaccggtt
     3721 cggtgacgtt catcggtacc gtatcgcccg cgggcggtaa cctgaaagag ccggtgacgg
     3781 agaacacgaa aaaggtggca cgttgtttct acgccctcga gcaggcacgc gccgaccgca
     3841 agcgttaccc ggccgtcaac ccgatcgaca gctactcgaa atacttggaa taccccgagt
     3901 ttgaagccta cgtctcggaa cacatctcgc ccgaatggct cggcatggtg aacgaggtga
     3961 agacgcgtat gctgcgcggt aaggaaatcg cggagcagat caacatcttg ggcgacgacg
     4021 gtgtgccggt ggattaccac gtgacgttct ggaagtcgga gctgatcgac ttcgtcatcc
     4081 tgcagcaaga cgccttcgac gccaccgact ccatgacgcc gctcgagcga caggaataca
     4141 tgatgaagcg cgtgatcgac atctgccacc aagactttgc cttcgacaac ttcagccagg
     4201 tgacggacta cttcaagcga ctgatcaacg tgctcaagca gatgaactat tcagagttcc
     4261 gcagcgaaca gttcgagaat tacagccggc aggccgagac gctccttcag gaggctgccg
     4321 ccgagtcgaa acaataagaa tcaagtgaga tatggcaaca aaagcatttc aaaagatatt
     4381 tacgaagatc acgcagatca ccaaagcgac ctgttcgctg aaagctacag gcgtgggcta
     4441 cgacgaactg gcttcagtgg acggcaagct ggcgcaggtg gtgaagatcg ccggcgacga
     4501 ggtgacactg caagtgttct ccggcaccga aggcattcgt acaaacgccg aagtggtgtt
     4561 catgggcaag gcaccatcgc tcaaggtggg cgaccagctg gcggggcgtt tcttcaacgc
     4621 ctatggcgac ccagtggacg gtggccccgt acccgaaggg cgcgaggtgg agatcggtgg
     4681 gccatcggtg aaccccgtgc gccgtaaaca gccgtcggaa ctgatcgcta cgggtattgc
     4741 tggcatcgac ctgaacaata cgctcgtgac gggacagaag atccccttct ttgccgaccc
     4801 tgatcagccg ttcaacgagg tgatggccat ggtggccctg cgcgcccagt cggacaagat
     4861 cgtcctcggc ggcatgggta tgacgaacga cgactacctc tttttcaaga acaccttcag
     4921 caatgccggt gcactcgacc gcatcgtcag cttcatcaat acgaccgaag acccatccgt
     4981 ggagcgcatc cttgtgcctg acatggcgct ggcagccgcg gaatatttcg ccgtagagaa
     5041 gcacgagaaa gtcttggtac tgctgaccga catgacgaac tatgccgacg cgctctccat
     5101 cgtgtcgaac cgtatggatc agatcccatc aaaggactcc atgccgggtt cgctctactc
     5161 agacctcgcc aagatctacg agaaggccgt gcagttcccc gacggcggat cgatcaccat
     5221 cattgccgtg acgacgctct ccgggggcga catcacgcac gccgtgcccg acaacacggg
     5281 ttacatcacc gagggacagc tctacctgcg acatgacagc gacgtaggca aggtcatcgt
     5341 cgacccgttc cgttcactct cccgactgaa gcagttggtg acgggtaaga agacgcgtga
     5401 ggatcacccg caggtgatga acgccgccgt ccgactctat gccgacgccg ccgatgccaa
     5461 aacgaaattg gagaacggtt tcgacctaac cgattacgac aaccgcgccc tggccttcgc
     5521 ccgcgactac tccgagaagc tccttgccat cgacgtcaac ctcaacacga cggaaatgct
     5581 cgacgtggcg tggaccctct ttgccaagca tttcaagcag gaggaggtca acatcaaaca
     5641 ggcgcttgtg gacaagtatt ggccgacggc gaaatgagcg aacgcttcgc agtgaactgt
     5701 catggctatt aaatttcaat acaacaagac ctcccttcag ggcctcgata agcaactgaa
     5761 ggtgcgcgag cgtgccctac cgacgatcaa aagcaaggag agcgcgctgc gtatggaggt
     5821 gaaacgaacg aaaggcgagg ctgcggcgtt ggaggatcgg ttagagaacg agattcggaa
     5881 ctatgagtac atgatggcgc tctggaacga gttccgcccc gaactgatct ccgtagagga
     5941 cgtccgactg tcggcccgaa agatcgccgg cgtgcccatc ccggtgcttg atggcgtaga
     6001 gttccgcatc gcccgctaca gcctcttcag cgccccctcg tggtacgctg acggcatcga
     6061 gctactcaag acaatggccg aaacgggtat cgaagcagag ttcaccaacc tgaaactcga
     6121 tatgctcgag cgtgcccgtc gacgcaccac acagaagctg aacctcttcg aaaaggtgca
     6181 gattcccggc tacaaggacg ccatccgtaa gatcaagcgc tttatggaag acgaagagag
     6241 cctctccaaa tcgtcgcaga agattatgcg cgccaatcaa gaaaaacgta acgcgaagga
     6301 ggcagaagca tgattgtaaa aatgagcaag tacgccttca tggtgtacca taaagaatat
     6361 gacgcctttc tggaactgct gcgctcctta ggcgtggtgc atatccggga aacaaagtcg
     6421 gagaaagacg acgcggggct gcaacgcctc atggccgagc gcaaacgcct cgaaagcgag
     6481 atgcgccagc tgaagcacac gcaggagagt cgactcgaag ccctcaaggc cgacgcgaaa
     6541 gccaccggta acaaggcgaa aatcacgctg cccctcgccc ctgagcgacc cgtgacggcc
     6601 gacgagggcg ctgccctgtt agaccggatt gacgacttac gcgaccggat cgaaaaggct
     6661 caggccgctg agcaggccac agagaaagat ctcgccacaa tgcaagtctg gggtgagttc
     6721 gactacgcca acctacgtcg cctccgcgag gtaggccacg aagtcacctt cttctcctgc
     6781 cccgccgcac gctacgacga agcctgggag acggacttct atgctgtccc catcgccacc
     6841 gcacagtcgg ccacctactt catcaccatt acacccgtag gcagcccgat cgagatcgac
     6901 gccgaacggg tgcgtatgcc agagaaggac ctccgtgccc tccgtgacct gcgcgaggca
     6961 cagcgtcgcc agcgcgagga gttgaacgct gagctgttgg ctgtcgctct caacgactac
     7021 cgcacgctcg aagcctacgg ccgactgctt gaaaacgagt acacgtggga caacgccaag
     7081 gtgcaaaccg aacgcgaggc tgacgaccga ctcatgctcc tcgaggggtg gatccccacg
     7141 gctgaggcgc agtcgctcga gtcggccctc gaccgtggcg actactactg ccgcaagctc
     7201 gagatcagcg atgaggacaa catccccatc gaactgaaga acaaccgctt caaccgactc
     7261 ttcgaaccta tcacccggct ttactccctg cccaacgccc acgagttcga ctccacgccc
     7321 ctcttcgccc ccttctttat gctcttcttc ggcatctgtt tcggcgacgg cggctacggg
     7381 ctcctactcc ttctcctggg cacactgatg aagcggaagg ccaaagccga catgaaaccg
     7441 atcctctcgc tcctccagtg ttttggtatc gctacgttag tcgtgggtac cctatccggc
     7501 tccttcttcg gcgtcaacat cgccgagatc cccgccctag ccagcgtcaa gcgttacttc
     7561 ctgacgagcg acaacatcat gaccctctca ctcgtcatcg gcttcatcca tgtgctctac
     7621 ggcaagtttg tggccgcgat gaaggtcaag gtgcagcgcg gactcaagta cagcctcgcc
     7681 gccttcgcgt gggtcttcct catcttggcg ctggcgctgg ccgtcggact gccgatgatg
     7741 aatatccacc tgccgcaacc cgtcgtttac gccctctatg gcgtggctgg cgtcggcgcc
     7801 ctcatcgcct tcttctacaa ctcgcccggc aagaacgtct tcctcaactt cggttcaggc
     7861 atttgggcga cgtataacac cgcatccggc ctcttgggcg acaccctctc ctacatccga
     7921 ctctacgcca tcggcctgac cggatcccta ctgggaggtg tcttcaacac gatggccgtc
     7981 gacatgaccg ccaccatgcc catctgggtg cgctggctac cgatgctcct catcctgctc
     8041 gtcggccatg ccctcaacat cggcctgagc atggtcagct cgctggttca ccccatgcgt
     8101 ctgatctacg tggagtacta caaaaactcg gagtttgaag gcggcggcac cgcctacgct
     8161 cccttccgga aaatatgaat caatgaatag aataatagaa cctcaaaaac aaagtattta
     8221 gaattatggg accagtatta ttagcgtatg taggagtagc actgatggtc ggcctgagcg
     8281 gcatcggcag tgcatttgga ttgacaattt gcggtaacgc cgtagtggga gcgatgaaga
     8341 aagccccaga gaaaatgggt acatacatcg ccctgagcgc cctgcccagt tcgcagggac
     8401 tttacggctt cgtagcctat atgatggtgc aaaaattcct cgttgctgac atgccttggg
     8461 tgacggccgc cggtatcttc ggtgccggac tgatcatggg ctttgccggc ttctactcat
     8521 ccgtccgtca ggcacacgtc tgcgccaacg gtatcgccgc caccggcgcc ggccacaacg
     8581 tctttgccgc cacgatggtt atggccgtat tccccgagct ctacgccatc ctcgccctcg
     8641 ttgtgtccat cctgatatcg ttcaccttcc ccgctgtggc agcctaactg ccctccaaaa
     8701 ggaatcatca gcccccttcc tctcccccaa agagtgaggg ggcttttttg tgccatcaga
     8761 gaaaaaatag gggtcgagat ttggagaagt gaatcgaagc actacttttg cggccgtaat
     8821 cattcgacgg aatgatgatt tttgactccg tagctcagtt ggtagagcaa atgactctta
     8881 atcattgggt cgagagttcg agcctctccg gggtcacacc gaaacaattt cttccgattg
     8941 aatagataaa agcaaaggct gcgctggttc atccagtgca gcctttttgt tttcatccct
     9001 tcgcctcctg aatccgatcc gcactctcct gccggcgcat gacac
//
LOCUS       SEQF2638.1|AYYF01001086.1 228 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..228
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 atttagagga tcaaccagaa gctctcggaa agatccttaa gcattcaaag aatccgcaac
       61 ttcttcactt aatggatggg aaatgatgga tactgagatt tattccgacg aacatttgct
      121 ggcagagttg cactcattga aggaaagcat agaccggatt gccgacttca tacttgagat
      181 gaaacgagat tactcggtgt tggacgagaa gatcgagttg aactctac
//
LOCUS       SEQF2638.1|AYYF01001087.1 9481 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..9481
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             231..1937
                     /gene="udk"
                     /locus_tag="SEQF2638.1_00793"
                     /EC_number="2.7.1.48"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_00551"
                     /codon_start=1
                     /transl_table=11
                     /product="Uridine kinase"
                     /translation="MLTPTTFTPDESRVDSIEIYCKNTEQTVCVPVGATLEAIYEAAG
                     RPLRYPPLGARVNKRVEGLTYRCWNPKDVEFVDYTHPSGYRIYLRSLCFILVKAVYDL
                     YPSRPFSLEHPVSKGLYCAFEHREPMTEDDVRRIKQRMQEIIGEDRPFVRYVVRTEDA
                     LATFRERGMNDRALLIETAGMAYTTYYGLNGYIDYFYGCLTPSSGRIPLFDLIPYADG
                     VLLQLPQREDPTRLYPLVPQQKMFNAYKQHLQLQRTVGVNYVGDLNRAVSEGHARDII
                     MVSEAMQEKQIAQIADDIARRYREDGVRIVLISGPSSSGKTTFCKRLQVQLVTNLLHP
                     LGISLDDYYVNREDTPRDDDGAYDFESLYAIDLPYFHRDLERLLRGDEIELPSFDFSS
                     GRRVFRGDMLQIRDNSVLILEGIHGLNPELTAHIPPERIYRIYVSALTTISLDGHNWI
                     PTSDNRLLRRIVRDYHYRGYSARETIAMWPKVRRGDDRWVFPYQENADAMFNSAMIYE
                     LAALRRYAEPVLSEIRERDAESAEAYRLLRFLRYFNYIPIEELPATSLLREFLGGGVF
                     RY"
     CDS             2843..3082
                     /locus_tag="SEQF2638.1_00794"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTVENNRPRNPLVRVARFYIDGFRQMTWGRTLWILILVKLIIMF
                     VVLRMIFFPRFLSRFDTEGERRQYVSEELIHRATP"
     CDS             3117..4667
                     /gene="cydA"
                     /locus_tag="SEQF2638.1_00795"
                     /EC_number="1.10.3.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q09049"
                     /codon_start=1
                     /transl_table=11
                     /product="Cytochrome bd ubiquinol oxidase subunit 1"
                     /db_xref="COG:COG1271"
                     /translation="MQQLDTSLIDWSRAQFALTAIYHWLFVPLTIGLGVVMALMETMY
                     VRTGRAFWKQTTKFWMKLFGINFAIGVATGLILEFEFGTNWSNYSWFVGDIFGAPLAI
                     EGIVAFFMEATFVAVMYFGWGKVSRGMHLASTWLTVIGATLSALWILVANAWMQYPVG
                     MQFNPETVRNEMFDFWAVALSPMAVNKFLHTVTSSWVLGAVFVVGVSSWFLLRNRHRE
                     FAVQSIRVAAIFGLVASGLAVLTGDGSAYNVAQFQPMKLAAMEGLYKGTNGAGLVAVG
                     ILNPAKQSHADSTDPFVMKVEIPYALSYLAERDLDAFVPGITDLIEGGYTTRSGARAL
                     SVEERIASGRLAIAALADYRKALAAKDEEAMRTSRAVLEENFPNFGYGYIKDPAELIP
                     PVGLTFYAFHVMVALGGYFVLMFLLVLWLGRKNRIASHRWLQTVCLWTIPLAFVASQS
                     GWIVAEAGRQPWVIQDLMPTTAAVSKLQTGSVQLTFFLFLILFTVLLVAELRIMTRAI
                     KQGPDMES"
     CDS             4686..5837
                     /gene="cydB"
                     /locus_tag="SEQF2638.1_00796"
                     /EC_number="7.1.1.7"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0ABK2"
                     /codon_start=1
                     /transl_table=11
                     /product="Cytochrome bd-I ubiquinol oxidase subunit 2"
                     /db_xref="COG:COG1294"
                     /translation="MDITYSFLQHYWWLLVSLLGALLVFLMFVQGGQSLLFTVGRTER
                     QQKLLINSIGRKWEFTFTTLVTFGGAFFASFPLFYSTSFGGAYWVWTIILLCFVLQAV
                     SYEFQAKRGNLLGKRTYQVFLFINGVLGPLLLGTAVGTFFSGASFVVDRVQLTDIGMP
                     VISRWATSWHGLEAALVVWNLLLGASVFFLSRVLALLYFINNIRDEEVSAACRRRLPI
                     EAVAFLVVFLPFVGHLLMADGFAVDPATGNVFMEPHKYLNNLVQMPLVAVLFLVGVVG
                     VLFGIGRTVFSATCTKGIWSAGAGTVLTVLALLLTAGWNNTAYYPSTVDLQSSLTIVN
                     SSSSEFTLRTMMYVSFIIPFVLAYIFYTWRALDLHKIDDKEMQEGEHNY"
     CDS             complement(5990..6415)
                     /gene="hslR"
                     /locus_tag="SEQF2638.1_00797"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0ACG8"
                     /codon_start=1
                     /transl_table=11
                     /product="Heat shock protein 15"
                     /db_xref="COG:COG1188"
                     /translation="MDEVRIDKWMWAVRLFKTRSLAAEACKKGRISMGGNNVKPSRTV
                     RVGDVIEVRKPPVTFSFRVLDLTESRMGAPLVPRFMENVTPPEQYEILEMNRISGFVD
                     RARGLGRPTKKERRDLEQFTHPDAPDFPFFDLDEDDDGE"
     CDS             complement(7097..7678)
                     /gene="pth"
                     /locus_tag="SEQF2638.1_00798"
                     /EC_number="3.1.1.29"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q6YP15"
                     /codon_start=1
                     /transl_table=11
                     /product="Peptidyl-tRNA hydrolase"
                     /db_xref="COG:COG0193"
                     /translation="MKFLIVGLGNIGSEYWGTRHNIGFRVVNAVAEAASADFTEERYG
                     AVARLRFKSAELVVLKPNTFMNLSGNAVRYWLQRESIPRERLLVVADDLSLPFGSLRL
                     KARGSHGGHNGLRNIGELLSTDDYARLRFGIGNNFPRGRQVDYVLSPFTDDELAQMPA
                     IVDRAVEIVRSFCLEGVDVAMNRYNRNAPGNAS"
     CDS             complement(7781..8485)
                     /locus_tag="SEQF2638.1_00799"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTFNLNCTPREDLGKKATKALRKQGLIPAVLYGNEPVKLPYTG
                     TLKPGEKLVEIEGGMGIIVTDFTVSFDGVRKLIYTPDIHLVEIDWEDGRRNRAILKDI
                     QFHPVTDAILHLDFLEVFGDKPIVMNVPVELVGHAKGVKAGGKLNHAMRRLKVKGQAE
                     QIPEKLVVNVDKLELGQVIKVGELTFENVEVMSPKNAVVCAVKMTRAAQSAAGAQTFD
                     EEGEEHTEGEEAPAAE"
     CDS             complement(8696..9481)
                     /locus_tag="SEQF2638.1_00800"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQDSDEPTVDEPQPIDAAQPEDAIPTEAPHATDSIAPTDSVTIT
                     QDQPAASVKKKKTKEERAQERAEKAERKKQEKAAKAAEAERKKQEKAAKKQAATSVRR
                     RKNKAVQQADEPLPTDTTARPESLPSDTATTETPAIDTTATPEVDMDTVLVKPKEITL
                     EYLKKRRELEERKARMAQGEKAQTQAERRQEAAEQRKQQLKEREAQRKQKEKEARERM
                     KQREKERKEREKTNKQRLKEKEAARRAALREKEAARREKAKSK"
ORIGIN      
        1 ccggtgaagc ggttagtcgt catcacagag aggatgttgc gcagcttatc gccggccact
       61 ttctggagcc cttcactcat gatcttcatg ccatagagga acatgccgag cgaaccgagc
      121 agcgtcagaa agtcaagaaa ggagtagttc atacggggtt atgtttcggg ataatcaatt
      181 tttctttgcc cgacaaaagt agagattaca ctaaacacga aaggaagaca atgcttaccc
      241 ccaccacatt tacccccgac gaaagccggg tggactccat tgagatctac tgcaaaaaca
      301 ccgagcagac cgtctgcgtc cccgtcggtg ccaccctcga agccatctat gaggccgccg
      361 gccgaccctt acgttacccg cccctcggcg cacgggtcaa caagcgcgta gagggcctca
      421 cctatcgctg ctggaacccg aaggacgtcg agtttgtcga ctacacccac ccctcgggct
      481 atcgcatcta cctgcgctcc ctctgcttca tcctcgtcaa ggccgtctac gacctctatc
      541 cctcgcgccc cttcagcctc gagcaccccg tgtcgaaagg tctctactgc gccttcgaac
      601 accgcgaacc gatgaccgag gacgacgtcc gccgcatcaa gcagcgcatg caggagatca
      661 tcggcgagga tcgccccttc gtccgctacg tcgtccgcac cgaggacgct ctggctacct
      721 tccgcgagcg aggcatgaac gaccgtgccc tgctcatcga gaccgccggc atggcctaca
      781 ccacctatta cggcctcaac ggttacatcg actacttcta cggctgcctc acgccctcct
      841 ccggccgcat cccgctcttc gacctcatcc cctacgctga cggcgtcctc ctgcagctgc
      901 cccagcgcga agaccccact cggctctacc ccctcgtgcc gcagcagaag atgttcaacg
      961 cctacaagca gcacctccag ctgcagcgca ccgtgggcgt gaattacgtc ggcgacctga
     1021 accgggccgt ctccgagggc cacgcccgcg acatcatcat ggtctccgag gccatgcagg
     1081 agaagcagat cgcacagatc gctgacgaca tcgcccgacg ctaccgcgag gacggtgtcc
     1141 gcatcgtcct catctccggc ccctcatctt cgggtaagac caccttctgc aaacgcctcc
     1201 aggtgcagct cgtcaccaac ctgctccacc cgctgggcat ctccctcgac gactactacg
     1261 tcaaccgtga ggacaccccc cgcgacgacg acggcgccta cgactttgag tccctctacg
     1321 ccatcgacct cccctacttc caccgcgacc tcgagcgcct cctccgcggc gacgagatcg
     1381 agctgccctc gttcgacttc tcctccggcc gacgcgtctt ccgtggcgac atgctccaga
     1441 tccgtgacaa ctccgtcctc atcctcgagg gcatccacgg cctcaacccc gagctcacgg
     1501 cccacatccc gcccgagcgc atctatcgca tctacgtctc ggccctgacc accatctcgc
     1561 tcgacggcca caactggatc cccacgtccg acaatcgtct gctccgccgc atcgtccgcg
     1621 actaccacta tcgtggctac tccgctcgcg agacgatcgc catgtggccc aaggtgcgcc
     1681 gcggcgacga ccgctgggtc ttcccctacc aggagaacgc cgacgcgatg ttcaacagcg
     1741 ccatgatcta cgagctggct gccctccgcc gctacgccga gcccgtcctg agcgagatcc
     1801 gcgagcgtga cgccgagagc gccgaggcct accgcctgct tcgcttcctc cgctacttca
     1861 actacatccc catcgaggag ctgcccgcca cctcgctcct ccgcgagttc ctcggcggcg
     1921 gcgtcttccg ctactgaagt tcacggcgag ccctcgggta ggggcacccc agtgggtggc
     1981 gctcagaacg gccggatata gatgggaggc ccactccgcc tgtatccggc ctttctatgc
     2041 ccccgaacat gcccggcact gtgtctgcca cgatcttctc gggccacctt cctctcatca
     2101 aggcgtgcaa agcgaatcat cggccccacc caacccccgt cacaccctct gccgcccttt
     2161 acgtgccccg tccgactctc ggcagacctt ctgccccgat tcctatgcct tgtagaggta
     2221 gtgtctatat catgaacatg ttagatcaca ttttagagcc actgttttga agtcaaacgg
     2281 ctattcaaaa tcttttcgtc tgatgtccat aatatagact gtatcatcaa tcttatttgg
     2341 ctctcgtttt gatcataaac aggatggata aggattttag cgtctatatt ttgaagatga
     2401 acgagcttat aaattatttt tacatgatat ttatagatag agtatcggat aaaaatgatt
     2461 tactatcatg ttttgatcat agacaagcgt catacatctt tttacttgat agttgaatca
     2521 taaacagtgg ataaattctt ttagacatac cgttcatgga ataaacacta catctacaag
     2581 gcatgggaat cggggcagaa ggtctgccgc gaatcggatg gggcatagtg atccgggcag
     2641 agggtctgcc gcgagttggg cagggcgagt caaggccgtc gaagcggata aagggaggct
     2701 catggggtag gtcaaggccg tcagaagggg cgatggaggt tgagggatag agggatgcgt
     2761 cggcggcgac gtgtttcgcg gaaagaggaa agggcttact ttcgcacccg aataaaattg
     2821 tatttggtac aaaaagaaag agatgactgt agagaacaac cgcccccgca accccttggt
     2881 gcgtgtcgca cgcttctaca tcgacggctt ccggcagatg acctgggggc gcacgctgtg
     2941 gattctgatc ctggtgaagc tgatcatcat gttcgtcgtg ttgcgcatga tcttcttccc
     3001 ccgcttcctg agccgcttcg acacggaggg cgagcgccgg cagtatgtct ccgaagaact
     3061 catccaccgc gccacaccct gacccccacc gacttactct aactacacat ttatatatgc
     3121 aacaattgga tacttctttg atcgactggt cgcgggcgca gtttgcgctg acggccatct
     3181 atcactggct gtttgtgccg ctcacgattg ggctgggcgt cgtcatggcc ttgatggaga
     3241 cgatgtacgt ccgcacgggg cgggcgtttt ggaaacagac gaccaagttc tggatgaagc
     3301 tcttcggcat caacttcgcc atcggcgtgg ccacggggct gattctggag tttgagttcg
     3361 gcaccaactg gtcgaactac agctggttcg tgggcgacat cttcggcgcg ccactggcca
     3421 tcgaaggcat tgtggccttc tttatggagg ccacgtttgt ggccgtgatg tatttcgggt
     3481 ggggcaaggt gagccgtggc atgcacctgg cttctacgtg gctgacggtc atcggggcca
     3541 ccctctcggc gctgtggatc ctcgtggcca acgcgtggat gcagtacccc gtggggatgc
     3601 agttcaaccc ggagacggtg cgcaacgaga tgttcgactt ctgggccgta gcgctctcgc
     3661 cgatggcggt gaacaagttc ctgcacaccg tgacctcgtc gtgggtcttg ggcgccgtgt
     3721 ttgtggtggg cgtcagcagt tggttcctgc tccgcaaccg gcatcgtgaa tttgcggtgc
     3781 agagcatacg tgtcgctgcc atcttcgggc tggtggcttc gggattggcc gtcttgacgg
     3841 gcgacggttc ggcgtataac gtggcgcagt ttcagcccat gaagctggcc gccatggagg
     3901 gcctgtataa gggcacaaac ggtgcggggt tggtggccgt gggcatactg aacccggcta
     3961 agcagtcgca cgctgacagt acggatccat tcgtgatgaa ggtggagatc ccctacgcgc
     4021 tgtcgtatct ggcggagcga gatctggacg cgttcgtgcc gggcatcacg gacctgatcg
     4081 agggtggata cacgacgcgg tcgggcgcac gggcgctctc ggtcgaggaa cgcatcgcca
     4141 gcggacgcct cgccatcgca gcgctggctg actatcgcaa ggcactcgcg gcgaaggatg
     4201 aggaggccat gcgcaccagt cgggccgtgc tggaggagaa cttccccaac ttcggctatg
     4261 ggtatatcaa ggatccagcc gagctgatcc cgcccgtggg cctgaccttc tacgcgtttc
     4321 acgtgatggt ggcgctgggc ggatacttcg tgctcatgtt cctcctggtg ttgtggctcg
     4381 ggcgaaagaa ccggatcgcg tcgcaccgtt ggctgcagac cgtctgcctg tggaccatcc
     4441 cgttggcttt tgtggccagc caatccggct ggatcgtggc tgaagcgggg cgtcagccgt
     4501 gggtcatcca agacctgatg ccgacgacag ctgcggtctc gaagctgcag accggctcgg
     4561 tgcagctcac cttcttcctt ttcctcattc tcttcaccgt gctgttagtg gccgagctgc
     4621 gcatcatgac gcgggccatc aagcagggac cggacatgga atcttaaccc ttagcacatc
     4681 gtctcatgga tataacgtat agctttcttc aacactactg gtggttgctc gtgtcgctgc
     4741 ttggcgcact gttggtgttc ctcatgtttg tacagggcgg gcagtcgctg ctctttaccg
     4801 tcggccgcac ggagcggcaa caaaagctgc tgatcaactc catcggccgc aagtgggagt
     4861 tcacgttcac gacgctcgtg accttcggcg gcgccttctt cgcctccttc ccgctgtttt
     4921 actccaccag cttcggcgga gcctattggg tgtggacgat catcctgctg tgcttcgtgc
     4981 tgcaggccgt atcgtatgag tttcaggcta agcggggcaa cctgctcggc aaacgcacgt
     5041 accaggtgtt cctctttatc aatggtgtcc tgggcccgct cttgttgggc acggccgtgg
     5101 gcacgttctt cagcggcgct tcgttcgtcg tggaccgcgt gcaactgacg gacatcggta
     5161 tgccggtcat ctcgcgttgg gccacgtcgt ggcacgggct cgaggctgcg ctcgtggtgt
     5221 ggaacctgct ccttggtgcg tccgtcttct tcctctcccg cgtgctggcg ctgctctatt
     5281 tcatcaacaa catccgcgac gaggaggtga gcgccgcttg tcgtcgccgc ctgcccatcg
     5341 aggcggtggc cttccttgtg gtcttcctgc ccttcgtggg tcacctgctc atggccgacg
     5401 gcttcgcggt cgatccggcg acgggcaatg tcttcatgga gccgcataag tacctcaaca
     5461 acctcgtgca gatgccactc gtggcggtgc tcttcttggt cggtgttgtc ggtgtactct
     5521 tcggcattgg tcggacggtc ttctccgcca cgtgcacgaa aggcatctgg tcggctgggg
     5581 cgggcaccgt cctgaccgtg ctcgcgctgc tgctcacggc cggctggaac aacacggctt
     5641 actacccctc gacggtcgac ttgcagagct cgctgacgat cgtcaacagt tcgtcgagcg
     5701 agttcacgct gcggacgatg atgtatgtgt cgttcattat ccccttcgtg ctggcttaca
     5761 tcttctacac ctggcgtgcg ctggatctgc acaagatcga cgataaggag atgcaggagg
     5821 gagagcacaa ctactaaacg aaaagccgtg atcaggcgga tcatgatcca ctgacacaaa
     5881 caacctgcat gagaaaaggt gactacccga atgggggtgg tcaccttttc gttttctgat
     5941 aggggaagca tggcccgcac ccgaccagag gggagatgtg aggctgagct tattcgccgt
     6001 cgtcgtcctc atcgaggtcg aagaagggga agtccggagc gtcggggtgc gtgaattgct
     6061 ccagatcgcg ccgctccttc ttggtgggtc gacccaggcc acgggcgcgg tcgacaaagc
     6121 cggagatgcg gttcatctcc agaatctcgt actgctcggg cggcgtgacg ttctccatga
     6181 accgcggcac gagcggagca cccatgcggc tctccgtgag gtcgagcacg cggaaagaga
     6241 aggtgactgg tggcttacgc acctcgatga cgtcgcccac gcggacggta cgcgacggct
     6301 tgacattgtt tccgcccatc gagatgcgcc ctttcttgca ggcctcggcc gccagcgatc
     6361 gcgtcttgaa gagtcgcacg gcccacatcc atttatctat tctgacttcg tccataagtt
     6421 gtagtcgtta gagggatagt tatcgttcgt caggaatgga tggcgaatgc ggcacccccg
     6481 cggggcatac gcctatgaat gggccgtcca ttcctctttg gggtataaaa tagcgcccgg
     6541 gcacgcctca tgattctctt ttcacctccc gcgcacccaa gaactgtgaa aaacgggccg
     6601 cctttttgac cgcgcaccca agaactgtga aaaacgggcc gcctttttga ccgcgcaccc
     6661 aagaactgtg aaaaacagcc cgcctttttc gccgcgcagg caagaactgt gaaaaacagc
     6721 ccgccgtttt gaccgcgcac ccaagaactg tgaaaaacag cccgcctttt tcaccgcgca
     6781 gcccggaatg gtgcaaaaca gcccgccttt ttgaccgcgc agcccggaac ggtgtaaaac
     6841 ggaccgcctt tttcgccgcg cagcccggaa cggtgccaaa cggaccgcct ttttcgccgc
     6901 gcagcccgga acggtgcaaa acgggctgcc tttttcactg cgcagtccgg aacggtgcaa
     6961 aacagcccgc ctttttcatc gcgcagcccg gaacggtgca aaacagcccg cctttttcat
     7021 cgcgcagggt ggcgactatg caaacggcgg cgcctttggg gcgctccagc cgtcgcttta
     7081 tgccgcagtt ggccctttat gaggcgttcc cgggtgcgtt gcggttgtat cgattcatcg
     7141 ccacatccac gccctcgagg cagaagctgc gcacgatctc cacggcccgg tcgacgatgg
     7201 cgggcatctg ggcgagttcg tcgtccgtga agggactgag cacatagtcc acctgccgtc
     7261 cgcgagggaa gttgttgccg atgccgaagc gtaggcgggc gtagtcgtcc gtggagagca
     7321 gttcgccgat gttgcgcagg ccgttgtggc cgccgtgact gccgcgcgcc ttgaggcgca
     7381 ggctgccgaa gggcagcgag aggtcgtcgg ccacgaccaa cagccgctcg cgggggatgg
     7441 actcgcgttg cagccagtag cgcactgcat ttccgctgag gttcataaac gtattgggct
     7501 tgaggacgac cagctcggcg ctcttgaagc gcagacgggc tacggcgccg taacgctcct
     7561 cggtgaagtc tgccgaggcg gcctccgcca cggcattgac cacgcggaag ccaatgttgt
     7621 ggcgcgtgcc ccagtattcg gagccgatgt tgcccagtcc gacaatgaga aatttcatct
     7681 ctgagtcatg tttgaagcac gaagaagggg gagggatgcg ccgctaagca cgggcaccct
     7741 ccccctcctt gaatattcac gaaatgatat cggcctgttg ttattcggct gccggagcct
     7801 cttcgccctc ggtatgctct tcgccctcct cgtcgaaggt ctgtgcaccg gcggcactct
     7861 gagcggcacg cgtcatcttc acggcgcaaa ccacggcgtt cttcgggctc atcacttcca
     7921 cgttctcgaa ggtcagttcg ccgaccttga tcacctgtcc cagctccagc ttgtctacat
     7981 tgaccacgag cttctccggg atctgctccg cctggccttt caccttcagg cgacgcatag
     8041 cgtggttgag cttaccaccg gctttcacac ccttggcgtg gcccaccagc tcaacgggca
     8101 cgttcatcac gatcggcttg tcgccgaata cctcgaggaa gtccaggtgc aggatggcgt
     8161 ccgtcacggg gtggaactgg atgtccttca agatggcgcg gttgcggcgt ccatcttccc
     8221 agtcgatctc tacgaggtgg atgtctggcg tgtagatcag cttgcggaca ccgtcgaacg
     8281 agaccgtgaa atccgttacg ataatgccca tgccaccttc gatctcaacc agcttctcac
     8341 ccggtttgag cgtgcctgtg tagggcaact tcaccggttc gttgccgtag agtacggcgg
     8401 ggatcagtcc ttgtttgcgc aacgccttgg ttgctttctt gccgaggtct tcccgcggcg
     8461 tgcagttcaa attgaatgtc ttcattttcc ttaagctatt gtgttactca aaatcagtct
     8521 tgctctttcc gatttcccat cacacgtgta gataggcttt tcttcaaagc ggcggcaaaa
     8581 ataagccgct gtttggaata tacgggggcc gattaggcca cccggaacag ccctcatcgt
     8641 gtgtgcgaag cattcggggc ggggaaaacg gggtgcgagc gatgcctccg acggcctact
     8701 tactcttcgc cttctcacga cgggcagcct ccttctcacg cagtgccgca cgacgggccg
     8761 cctctttctc cttcaggcgt tgcttgttgg tcttctcgcg ctccttacgc tccttttcgc
     8821 gctgcttcat gcgctcgcgg gcctccttct ctttctgctt acgctgcgcc tcgcgctcct
     8881 tgagctgctg cttgcgctgc tcggcggcct cctggcgtcg ctcggcctgg gtctgggcct
     8941 tctcgccttg tgccatacgt gctttgcgct cttccagttc gcgccgcttc ttgaggtatt
     9001 ccagcgtgat ctctttcggc ttcacgagca ccgtgtccat gtctacttcg ggcgtggcgg
     9061 tggtgtcgat tgccggggtt tcggtcgtcg cagtgtcgga gggtagggac tcgggccgtg
     9121 ccgtggtgtc ggtcgggagg ggttcgtcag cctgctgcac cgccttgttc ttgcggcggc
     9181 ggacggaggt ggccgcttgc ttcttggccg ccttctcctg cttcttccgt tccgcttcgg
     9241 cagccttggc ggctttctcc tgcttcttcc gctcagcctt ctcggccctt tcctgcgctc
     9301 gctcctcctt cgtcttcttc tttttgacgg aggcggcggg ctgatcttgc gttatggtga
     9361 cgctgtcggt gggggcgatg gaatcggtag cgtggggtgc ttccgtgggg atggcgtcct
     9421 ccggttgggc ggcatcgatc ggttgcggct cgtccacggt gggctcgtcg gagtcttgca
     9481 c
//
LOCUS       SEQF2638.1|AYYF01001088.1 757 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..757
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(78..725)
                     /locus_tag="SEQF2638.1_00801"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLSCINTYAQLGYQYGSEYIYLKPDRTMYFIQTKDVVSERTMED
                     TLSVRQQQKIVKSFDKISTNRFLVVSAEEAVANTLGYVSDVYRNPDQCKIVVLPRIVL
                     SMKEGRMIDPILEKFYGKVSVEQKDGSRYILRCHLNHSKDVLDVIATLNTLNEIEWCE
                     PEMLSDYKLDNPLYSAQYYLKNTGQNGGIRGIDINAEPAWQITNGSPNIKVAVIP"
ORIGIN      
        1 tttctgacat atccaagtgt tttgagaact ttgtttctca gacacttgga gttcttacaa
       61 gaatttatgc tgcggaatta aggtattact gcaactttta tattggggct cccattcgtg
      121 atctgccatg ccggctcggc attgatatca atacctctaa ttccaccatt ctgtccggta
      181 ttctttagat agtattgagc agaataaagc ggattatcca acttgtagtc tgataacatt
      241 tctggttcac accattcaat ttcgtttaaa gtgttcagcg ttgctatcac gtccaataca
      301 tctttggaat gattcagatg gcatctcagg atatacctag atccatcctt ttgctctacg
      361 gacacttttc cataaaactt ctccaagatg ggatcaatca ttcggccttc tttcatagaa
      421 agtacaatcc gaggcaaaac aacaattttg cattgatctg ggtttctgta tacgtcggaa
      481 acataaccca atgtatttgc aactgcttct tctgctgaaa caacaagaaa tcggttggtg
      541 gaaatcttat cgaatgactt tactattttt tgctgctgcc gaacactcaa ggtatcttcc
      601 atcgtccttt cgcttacgac atcctttgtc tgtataaaat acatcgtgcg gtcgggtttc
      661 aaatagatat attccgatcc atactggtaa ccaagctgag catatgtatt tatgcacgag
      721 agcattaata caatggctga tatgattctt ttcatca
//
LOCUS       SEQF2638.1|AYYF01001089.1 1735 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1735
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(99..596)
                     /locus_tag="SEQF2638.1_00802"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKLVVLIFMLLPLGGVFAQDKIAIVNTADIFNAMPEVAAVEKK
                     MAALNEQYEKEFKTMQDEYTKKYSEYMSKQDSLTENIKLRRQQEIQDLETRIQNFVPV
                     AQQEIQKKQQELYEPIQKKMQAAIKAVGDEKGYTYIINPQVLLYTGSSAIDATPLVKA
                     KLGLK"
     CDS             complement(753..1250)
                     /gene="skp"
                     /locus_tag="SEQF2638.1_00803"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P31519"
                     /codon_start=1
                     /transl_table=11
                     /product="Chaperone protein Skp"
                     /db_xref="COG:COG2825"
                     /translation="MIGMVLLFSVASMAQKFALVDMEYILKNIPAYEMTNEQLSQLSK
                     KWQNEVEAIQQEAQNMYKKYQSDLVFLSAEMKTKREEEIVKKEQAAQDLKRKYFGAEG
                     ELYKKRESLMKPIQDEIYNAVKEIANDKGYQMVIDRASAGSMIFASPRIDISNEVLTK
                     LGYAK"
     CDS             complement(1355..1735)
                     /locus_tag="SEQF2638.1_00804"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSGYSGNGYPTELVALRGYENNSIAGNSVVPYAYAYSRLSMELR
                     YPLILEPTSTIYGLAFVEGGNAWGSVRDFNPFDLKRSAGVGARIFLPMIGMIGIDWAY
                     GFDRPYPGAQRGGSQIHFYLGQEF"
ORIGIN      
        1 ggcggggata aaaagggaaa ggatgccggc cgcacatcga ttggcggggc atcccttctc
       61 tgatttttac ttcggattac acgtgcgtct cgtcccgatt acttgagccc aagtttggcc
      121 ttaaccagcg gtgtggcgtc gatagcggag ctacccgtgt agagaagcac ttgggggttg
      181 atgatgtagg tgtacccctt ctcatcgccc acggccttga tggcggcctg catcttcttt
      241 tggatgggct cgtagagctc ttgctgcttc ttctggatct cttgttgggc cacggggacg
      301 aagttttgga tccgggtttc gaggtcttga atctcctgct gacggcggag cttgatgttc
      361 tcggtcaggg agtcctgctt ggacatgtac tcggaatact tcttcgtgta ctcgtcctgc
      421 atggttttga actccttttc atactgctca ttgagggccg ccatcttctt ttcaacggct
      481 gcgacttcag gcatggcatt gaaaatgtct gccgtgttga caatagcgat cttgtcttgt
      541 gcgaagactc cgcccagggg caggagcata aaaatcagca ctactaactt cttcattact
      601 ctaaaaatct cttgttacta aaatggattg ttctgtctat tcaaaagcgg gcggcaaaga
      661 tggaggtaaa agcgaaatgc gaaaagctaa gggggacggc tggtccagat gtggggtccg
      721 ccttcgggct tttggctttt cgtcgttccg ctctacttcg cgtagccgag tttggtgagc
      781 acctcgttgc tgatgtcgat ccgtggcgag gcgaagatca tgctgccggc cgaggcacga
      841 tcgatgacca tctggtagcc cttgtcgttg gcaatctcct tgacggcgtt gtagatctcg
      901 tcttggatgg gcttcatcag gctctcgcgc ttcttataga gctcgccctc ggctccgaaa
      961 tatttccgct tcaggtcttg ggctgcctgt tccttcttca cgatctcttc ctcgcgcttg
     1021 gtcttcatct cggccgatag gaagacgagg tcgctctgat acttcttata catgttctgc
     1081 gcctcttgct ggatggcctc gacctcgttc tgccacttct tggagagctg cgacagctgt
     1141 tcgttggtca tctcataggc cggaatattc ttcaggatat actccatgtc cactaaggcg
     1201 aacttctgcg ccatcgatgc cactgagaac agcagcacca ttccgatcat caaaatactt
     1261 ttccttttca tcgctctatg gtcattaaaa atttatcgtc gcaacagacg gactgcctgc
     1321 gtagaggttt gagtcgtccg cttcataaat cacattaaaa ttcttggccc aaatagaagt
     1381 ggatctggct gccgccgcgc tgtgcaccgg gataaggccg atcgaagccg taggcccagt
     1441 cgataccgat catgccgatc ataggcagga agatgcgcgc accgacaccg gccgaacgct
     1501 tcaagtcgaa cggattgaag tcgcgcaccg atccccaggc attaccaccc tccacgaagg
     1561 ctaggccata gatcgtagat gtcggctcga ggataagcgg atagcgcaat tccattgaca
     1621 ggcgggagta ggcgtaggcg tagggcacaa cactgttgcc ggcgatggag ttgttttcgt
     1681 agccgcgtag ggcaacaagc tcggtgggat agccgttgcc ggaatagccc gacat
//
LOCUS       SEQF2638.1|AYYF01001090.1 4331 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4331
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(85..264)
                     /locus_tag="SEQF2638.1_00805"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAQIPFQHGEQYVYTNGPMGPEYVTFVYPGINHYNFMDADGRTI
                     RLSHSEAVSFIQPIQ"
     CDS             complement(236..928)
                     /locus_tag="SEQF2638.1_00806"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTTLELSHELKMANANVADTINKALERYNAGLPDRREHIVLHRT
                     ATPSHLLRAVYELPDPVMRMLYTYKATCGRFWRRIYELHPEWVPDDRTRAELTPASMR
                     LEREELLEARRRLHGAYTPQMLIEARLYGFERAARKLRFADGYALRAWLRDLRLLHRR
                     YTLWVLLPPYDARGYTQTVTMAAGRKGEEKTPIEVTVWTERGLQFLARLKRKHPPQNV
                     PDSYGTNPLPTR"
     CDS             complement(946..1872)
                     /gene="xerC_5"
                     /locus_tag="SEQF2638.1_00807"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01808"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerC"
                     /translation="MKTFKELAHAWLEDKRKYVKPSTIGTYALQMNKHILPAFGDHES
                     VSENDVQAFILDKLHSGMNIKSVRDIVVTTKSIVYFREKQLGLPHVGMRLVYPTHAMK
                     QDRVSTLSRQQQKVITDYVIANFTFRNLGLLICLNTGLRIGELCALRWSDIDVKEGVI
                     RVQRTIQRVPSVDRDLRLKGTKLMETDPKTINSVRDIPFGGKLAQQLRKLNHIVCPEY
                     YVLTNEPKPTEPRVYRTYYNALIEQLGLPHLKFHGLRHTFATRCIEVGCDYKTVSALL
                     GHADISTTLNLYVHPDMDQKRRCVEKMNKELR"
     CDS             complement(1869..3884)
                     /gene="smc"
                     /locus_tag="SEQF2638.1_00808"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01894"
                     /codon_start=1
                     /transl_table=11
                     /product="Chromosome partition protein Smc"
                     /translation="MKRITIEELRLLNFRGARDVRVSFTAGTNIVCGDNGTGKSTLMD
                     AFLWVLFGKDAEDRKDCEIKRIEAGKTLRRTDATVECRLSVDGRQHTLRRSFREVWSK
                     PRGATEPVFKGNETEYSINDVPKKMSEFDAWVAEHMAPADVFRMLTDADCFPRLRWEK
                     QREKLFELAGGVDEEAVQDGVDGLADLLARLSDKSLEDYKRELAARKRKLRKALDEIT
                     PRTDQTRLMIPTTDARDVWERRLAEADQKLAELNREAADFAAQERARGAEARRRVEEV
                     EALKTRMARRTAELRRAAIEEAERLNEGRRQVEVRLQDLQAAEATATRRLKDATAEVD
                     ELALRINQKEEACERLRAAWYVESARPYTGDNVCPHCLQPLPEEMQRDNRRRFEESKN
                     ERLSQIQTDGHRTKAEITRLEEEMKAAEARVDKAAAEVFEAEKRAETLREELAALPAA
                     VAPAAVDPMADEAYRAMAEELERLEADAPQTSPAPEPNGGAAITARLAALNKERDAVR
                     AGLQLCDTADNLRAEIRRLDEESRTLAQQLSDADRDEDTMRRYTRARIEALERRVNSL
                     FRTVRFRLFAYTQEGGEVEVCVPLVGADGVPYPVANTAAQVLAGLEIIHVLQQHAGVS
                     APVFVDGAERLTHFPRMDHQAILLKVAQGVRPMRVECAEAQKEEERA"
     CDS             complement(3915..4277)
                     /locus_tag="SEQF2638.1_00809"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METEKVNTGETAPDKDFLDRVDEIADELRDMAQKDRKNRFVLLI
                     AGDGNLTTRLLQGHAGRLTNISGRSLAADEEGSAIMLGIIISWLGSIDPRFAPGIVRA
                     LFEMVVKKEEVSRPKAEA"
ORIGIN      
        1 ctcgacggtc acattgccgc cggctgcggg cacctcgatc gtgccacggg tgatttgctc
       61 tgttacgttc attttgtttg aggtttattg aatgggttgg ataaaggaca cggcctcgga
      121 atggctgagc cggatcgtgc ggccgtcggc gtccatgaag ttgtagtgat tgatcccggg
      181 atacacgaag gtcacgtact ctgggcccat cgggccgttg gtgtagacgt attgctcacc
      241 gtgttggaag gggatttgtg ccataggaat cgggtacgtt ttggggtgga tgtttgcgtt
      301 tgagtcgggc gaggaactgg aggccgcgct ccgtccagac ggtgacctcg atcggggtct
      361 tctcctcgcc cttacgaccg gcggccatcg tcaccgtctg ggtgtaccct cgggcatcgt
      421 agggcgggag gagcacccaa agcgtatagc ggcgatggag cagtcgcagg tcgcggagcc
      481 acgctcggag cgcataccca tcggcaaagc ggagcttccg ggcggcgcgt tcgaagccgt
      541 acagacgggc ctcgatgagc atctggggcg tgtaggcccc gtgaaggcgg cgccgggctt
      601 cgagcagctc ctcgcgttcg aggcgcatgc tggcgggcgt cagttcggcc cgtgtgcgat
      661 cgtcgggcac ccattcgggg tgcagctcgt agatgcgtcg ccagaaccgt ccgcacgtgg
      721 ccttgtaggt gtagagcatg cgcatcacag ggtcgggcag ctcgtagacg gcccgaagca
      781 ggtgggacgg cgtcgccgtg cgatgcaaga cgatgtgctc gcgccgatcc ggcagacctg
      841 cgttgtagcg ctccagcgcc ttattgatcg tgtcggccac gttggcgttt gccatcttga
      901 gctcgtggga tagttcgagg gtggtcatgg gtgcggcggg gctggttatc tcagttcctt
      961 attcatcttc tcgacgcacc gccgcttttg atccatatcc ggatggacgt agaggttgag
     1021 cgtggtgctt atgtcggcgt gtccgagcag ggcgctgacc gtcttatagt cgcaccccac
     1081 ctcaatgcag cgcgtggcga acgtgtggcg aagcccgtgg aacttcaggt ggggaaggcc
     1141 gagctgctcg atcagggcgt tgtaatacgt ccgatagaca cgtggctcgg tgggcttagg
     1201 ttcgttggtg agcacgtagt attcggggca gacgatatga ttgagcttcc gaagctgttg
     1261 cgccagcttg ccgccaaagg ggatgtctcg gacggagttg atcgtcttgg ggtcagtctc
     1321 catcagcttt gtccccttca ggcggagatc tctgtccacc gaagggacgc gctggatggt
     1381 gcgctgcacg cgaatcacgc cttccttgac gtcgatatcc gaccatcgga gggcacacag
     1441 ttcgccgatg cgcaggcctg tgtttaggca gatgaggaga ccgaggttgc gaaacgtgaa
     1501 gttggctatc acgtagtccg tgatcacttt ctgttgctgg cgtgagagcg tgcttacccg
     1561 atcctgcttc atggcatgcg tggggtaaac gagccgcatg cctacatgtg ggagccccag
     1621 ctgcttctct cggaagtaga cgatggactt agtcgtgacc acaatatccc tgacgctttt
     1681 gatgttcatc ccgctatgca gcttatccaa aatgaacgcc tgcacgtcgt tctccgagac
     1741 agactcgtga tctccgaatg ccggcagaat gtgtttgttc atctgcaatg cataggtgcc
     1801 tatcgtggag ggcttgacgt atttcctctt atcctccaac catgcgtggg cgagttcttt
     1861 gaaggttttc atgccctctc ctcctctttt tgcgcctccg cgcattctac ccgcatcggc
     1921 cggacgcctt gcgccacctt gagcaggatg gcctgatgat ccatccgggg gaagtgggtc
     1981 aggcgctcgg cgccgtccac gaacacgggg gccgagacgc cggcgtgctg ttgcaagacg
     2041 tggatgatct ccagacccgc cagcacctgc gcggccgtgt tggccaccgg atacggcacg
     2101 ccgtcggcgc ccacgagcgg cacgcagacc tccacctcgc ccccctcctg ggtgtacgca
     2161 aagaggcgga agcgaaccgt gcggaagagg ctgttcaccc gccgctccag ggcctcgatg
     2221 cgggcgcggg tgtagcggcg catggtgtcc tcgtccctgt cggcgtccga gagctgctgg
     2281 gccagcgtgc ggctctcttc gtccaagcgc cggatctccg cgcggaggtt gtcggcggtg
     2341 tcgcacagct ggaggccggc gcggacggcg tcgcgctcct tattgagggc cgccagtcgg
     2401 gcggtgatgg ccgcgccgcc attcggttcg ggcgccggcg aggtctgcgg ggcatccgcc
     2461 tccagccgct ccagctcttc ggccatggcg cggtacgcct catccgccat cggatccacc
     2521 gcagcgggcg ccaccgcggc gggcagcgcg gccagctcct cccggagcgt ctctgcacgc
     2581 ttttcggcct cgaagacctc ggcggcggcc ttgtccaccc gcgcctcggc ggccttcatc
     2641 tcctcctcca gccgggtgat ctccgccttc gtccggtggc cgtcggtctg gatctggctg
     2701 aggcgctcgt ttttcgactc ctcgaaccgc cggcgattgt ctcgctgcat ctcctccggc
     2761 agcggctgaa ggcagtgcgg gcacacgttg tcgcccgtgt aaggccgggc actctcgacg
     2821 taccacgcgg cgcgcagccg ctcgcaggcc tcttccttct ggttgatccg tagggccagc
     2881 tcgtccacct ccgccgtggc gtccttgagc ctgcgcgtgg cggtggcctc cgccgcttgg
     2941 aggtcttgaa ggcgcacctc gacctgccgg cgcccctcgt tcagccgttc ggcctcttcg
     3001 atggctgcac gccttagctc ggccgtgcgg cgggccatgc gggtcttgag cgcctcgacc
     3061 tcctccaccc ggcgacgggc ctcggcgccc cgcgcacgct cctgggcggc aaagtcggca
     3121 gcctcccggt tcagctcggc cagcttttgg tcggcctcgg ccagccgacg ctcccagacg
     3181 tcgcgggcgt cggtggtggg gatcatcagg cgcgtctgat cggtgcgcgg cgtgatctcg
     3241 tcgagcgcct tccggagctt cctctttcgg gcggccagct cccgcttgta atcctcgagc
     3301 gacttgtccg agaggcgtgc gagcagatcc gcgaggccgt ccacaccgtc ctgcacggcc
     3361 tcttcgtcca cgccgccggc cagctcaaag agcttctcgc gctgtttctc ccacctcagg
     3421 cgggggaagc agtcggcgtc ggtcaacatg cggaagacgt ccgcaggcgc catgtgctcc
     3481 gccacccagg cgtcaaactc gctcatcttc ttgggcacat cgttgatcga gtactccgtc
     3541 tcgttgccct tgaagacggg ctccgtggcg ccgcgcggct tactccagac ctcccggaac
     3601 gagcgccgca gcgtgtgctg tcggccgtcc acgctgagcc gacactccac cgtcgcgtcc
     3661 gtgcgtcgga gtgtcttgcc ggcctcgata cgtttaattt cgcagtcttt cctgtcttcc
     3721 gcatccttgc cgaaaagcac ccagaggaag gcgtccatca gcgtagactt gcccgtgccg
     3781 ttatcgccgc agacgatgtt cgtcccagcc gtgaagctga ccctaacgtc ccgcgctccg
     3841 cggaagttca ggaggcgcag ctcttcaatc gttattcttt tcattgttgt gttcgtgttt
     3901 gtgtggattc gtctttatgc ctcagccttc gggcgggata cttcttcttt tttcactacc
     3961 atttcaaaga gcgctcttac aatacccggt gcgaagcgcg ggtctatcga tcccaaccag
     4021 ctaataatga ttccaagcat gatagcgctc ccctcttcgt ctgccgccaa agaccgcccc
     4081 gagatgtttg taagacgacc tgcatggcct tggaggagtc ttgttgtaag gttcccatct
     4141 ccagcgatca gtaaaacgaa cctgttttta cggtccttct gcgccatgtc tcgcagttca
     4201 tctgctattt cgtctactct gtctaaaaaa tctttgtcag gcgccgtttc gcccgtgttt
     4261 actttctcgg tttccatttc tttctattcg tgtttgtgtg tgtgatcctc agtttaccgg
     4321 tacgccgatg c
//
LOCUS       SEQF2638.1|AYYF01001091.1 1782 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1782
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             22..789
                     /locus_tag="SEQF2638.1_00810"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGDLDRPRLVFFFDEAHLLFNGIAPSLLEKVEQVVRLIRSKGVG
                     IYFCTQNPADIPDTVLGQLGNRVQHALRAFTPRDQKAVSTAASTFRPNPAFDARTAIT
                     ELGVGEALVSFLDAAGRPSIVERAVIIPPEGRAGALSADERRAVIQSSPFLGKYDQAV
                     DNESAFELLTARMERASREQADALREKEELRQQKEQERRERAERVERERLERQRQREK
                     DNSLTGSLTKMASTKAKREVINLLFKFGRGLLGSLLK"
     CDS             complement(1369..1524)
                     /locus_tag="SEQF2638.1_00811"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGERGIKNDFFSGGKEGTFPGFVDGSMPSEDEASEIRDYYAIIN
                     KEDAFDM"
     CDS             complement(1537..1761)
                     /locus_tag="SEQF2638.1_00812"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGDLDRPRLVFFFDEAHLLFKEERTVIVATERSDSVQSENALLV
                     ELGQQGTDVVPDSLLRLVEIHAVHLHIRLG"
ORIGIN      
        1 ctttttgagc gcctgcccga ggtgggcgac ctcgaccggc cgcgcctcgt cttcttcttc
       61 gacgaagccc acctgctctt caatggcata gccccctcgt tgctcgaaaa ggtcgaacag
      121 gtggtccggc tcatccgctc caaaggcgtg ggcatctatt tctgcacaca aaatccggcc
      181 gacatccccg acactgttct cggtcagctc ggcaaccgtg tgcagcatgc cctgcgtgcc
      241 ttcaccccgc gcgaccagaa agccgtctcg acggccgcct ccaccttccg ccccaatccc
      301 gcttttgatg cgcgcacagc catcacagag cttggcgtgg gcgaggcgct cgtctccttc
      361 ctcgacgccg ccggacggcc atccatcgtc gagcgcgctg tcatcatccc gcctgagggc
      421 cgcgccggcg ctctctccgc agacgagcgt cgggccgtga ttcagtcgtc gccattcttg
      481 ggcaagtatg accaagcggt ggacaacgaa tcggccttcg aactcctcac cgcccgtatg
      541 gagcgcgcca gccgtgagca agccgacgcc ctccgcgaaa aggaggagct gcgtcaacaa
      601 aaggagcaag agcgtcgcga gcgggccgag cgtgtcgagc gagagcgcct cgaacgccag
      661 cgccagcgcg agaaggacaa cagcctcacg ggaagcctca ccaaaatggc ctccaccaaa
      721 gccaagcgtg aggtgatcaa tctcctcttt aaattcggtc gcggcctgct ggggtcgctg
      781 ctgaaatagc cacaaggccc gcatatcaca ccgatgtgcg ggccttcttt tttgggggaa
      841 ccccgaccta cactgtcgat gaggcttttc agacttgaaa agcgccgacc tacactgtca
      901 atggggcatt tcggacttga aaaacgccga cctacactgt caattcggct tttcggactt
      961 gaaaaacgcc gacctacact gtcgatgagg catttcagac ttgaaaaacc ccaacctaca
     1021 ctgtcaattc ggcttttcag acctgaaaaa cgccgaccta cactgtcatt ccggcttttc
     1081 agacctgaaa aacgccgacc tacactgtcg atggggcatt tcagccttga aaaacgccga
     1141 cctacactgt cgatccggct tttcggactt gaaaaatgcc gatctacact gtcgatgggg
     1201 catttcagac ttgaaaaacc ccaacctaca ctgtcaatgg ggcattttca tggggaaaat
     1261 gtggatttga acagcgccgg aggctcatcc gtactttcaa acgcgtcccg ttcggcatct
     1321 ccgcaattcc gaaaaaaaaa tacttttgcg ctcgtgctac gaatcccgct acatatcgaa
     1381 cgcatcctcc ttgttaatga ttgcgtaata atcccggatt tcggaggctt catcctccga
     1441 cggcatgctg ccgtccacaa aacccgggaa tgtgccttcc ttcccgcccg aaaagaaatc
     1501 gtttttaatc ccacgctcac ccataacgac ggcctgctag ccgagtcgta tatggagatg
     1561 tacggcatgg atttcaacga ggcgcaacag gctatccggc acgacgtcag tgccctgctg
     1621 acccagctcg acgaggaggg cattctccga ttggacgcta tcggaacgct ccgtcgcaac
     1681 gatgacggtg cgctcctctt tgaagagcag gtgggcttcg tcgaagaaga agacgaggcg
     1741 cggccggtcg aggtcgccca cctcgggcag gcgctcaaaa ag
//
LOCUS       SEQF2638.1|AYYF01001092.1 9511 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..9511
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             972..1331
                     /gene="rplS"
                     /locus_tag="SEQF2638.1_00813"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:A0QV42"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L19"
                     /db_xref="COG:COG0335"
                     /translation="MDLIKIAEEAFATQKEHPAFKSGDTVTISYRIKEGNKERIQQYR
                     GVVIRISGEGDKKRFTVRKMSENVGVERIFPIESPFIEQIVVNKVGRVRRSKLYYLRN
                     LTGKKARIKEKRGTATA"
     CDS             1487..2689
                     /gene="sufS"
                     /locus_tag="SEQF2638.1_00814"
                     /EC_number="2.8.1.7"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:O32164"
                     /codon_start=1
                     /transl_table=11
                     /product="Cysteine desulfurase SufS"
                     /db_xref="COG:COG0520"
                     /translation="MLDIERIREDFPILRREVYDRPLVYFDNAATTQKPRCVVEKIEA
                     AYYNVNANIHRGVHFLSQQATEAHEAARETVRAFLNAPSSAEIIFTRGTTEAINLVAS
                     SYARACMQPGDEVIVTAMEHHSNIVPWQLQGMRLRVIPIDERGTLDLEALPGLFTDRT
                     RIVAVTHMSNVLGTVNPVAEIARVAHAHGVPILVDGAQAVAHRAVDVQAADVDFYAFS
                     SHKIYGPTGMGVLYGKAEWLDRIPPYQGGGEMIRNVSFEKTTYNELPYKFEAGTPDFI
                     GSTALATALDYVQRIGLDAIAEHEHELLRYATERLGAIPGMRFIGQAPEKGSVLSFLV
                     GDIHPYDLGMILDRLGIAIRTGHHCAEPLMHVLGVEGTARASFALYNTKAEVDALAEG
                     IERAQKMF"
     CDS             2729..3043
                     /locus_tag="SEQF2638.1_00815"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0A8C1"
                     /note="UPF0145 protein YbjQ"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MILTTTPSLEGKKITHYYGVVSGEAIIGANVFRDFFASITDFVG
                     GRSNAYEVVLRKAKDTALNEMSHHAQSLGANAVVGIDLDYETIGSSMLMVTASGTAVI
                     VE"
     CDS             3058..3666
                     /gene="rnhB_2"
                     /locus_tag="SEQF2638.1_00816"
                     /EC_number="3.1.26.4"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P10442"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribonuclease HII"
                     /db_xref="COG:COG0164"
                     /translation="MLQPFLEPGRTEAGCDEAGRGCLAGPVFAAAVVLPPDFQNEELN
                     DSKQLTERARERLRTVIEREAVAWAIGVATAEEIDQMNILRASILAMHRAVAGLCLRP
                     DFLLIDGNRFAPCPEGIPYATIVHGDAQMMSIAAASVLAKTHRDEMMAALHADYPAYG
                     WAKNKGYPTAAHRDAIRRFGVTPHHRRSFALLPKATQGEIEW"
     CDS             complement(3712..5376)
                     /locus_tag="SEQF2638.1_00817"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRGVMEGRTARVFYALAAVVAVAYFALVGHFADNIPFWDDYLAE
                     QNFLVRFLQSPGLSERLRMLIEQHNEHRLLFTRLTALVVYLFTGKLNYAVYIILANAM
                     LIGTGLLMYKTINDDRKKAFGTFLIALLLCNGQHLETSVWAMSGLANIGTLFLAFASL
                     FCVLRRETAWVVVGFALSVLTVFSNGNGMFILIPALIGLALQRRAKTCMAYAIVAAFS
                     VMFYFLNYVRPERTDIGLTDMLAHAPQILINLCTFVGLNFWVPSFRIVSIAVGAACLS
                     VYLWGIWKGWYRTDLFSYASLTFLYLTAGAVAVVWVKDDSFYAPLRYRVYCSSFLLLS
                     ALLLLNHSRFSQIKWVVYPAVILLLLFNLSGFIYIPKEQHRQEWRMISAYKWQHDGQG
                     LAISSDEQVVPYLQAAERMGLYQMPRYPMSKYAAFIVEQSVEPNTDAEEMPHGIDSIS
                     TRDGYLIIEGWAFLRDRSMNFSDISVCLTSPRHSYVCTSLAERRYDLMLDVSLDRIEH
                     CGFFSVIDARSIEPGTYRIGIEIRRLFDKRSYSLVTEQTVEVKHPA"
     CDS             complement(5364..6362)
                     /locus_tag="SEQF2638.1_00818"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNDTYLIITSIAPDTHPVLNLYAREASKAGVPFLVIGDRKSPRF
                     HLDGCDFYSVERQAELPYQLARLLPYGHYARKNLGYIEAANRGAEVIIETDDDNYPDA
                     AFLSARSRETEAARIEGAGWVNVYRYYSDQNIWPRGFALEHVLDTPADLDTPQMVVSP
                     IWQGLADRNPDIDAIYRLTQPLPVHFDKTKRRMALAEGSICPFNSQNTTWFHEAFPLM
                     YLPSYCSFRMTDIWRSFVAQRIAWTCGWSVLFHEATVWQERNEHSILNDFKDEISGYC
                     NNGEIMRRLTALNLREGTEAIPENLRHCYRELVDMQLIDGRELPLLEAWIEDICGA"
     CDS             complement(6359..7099)
                     /gene="ppm1_2"
                     /locus_tag="SEQF2638.1_00819"
                     /EC_number="2.4.1.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:A0QZ12"
                     /codon_start=1
                     /transl_table=11
                     /product="Polyprenol monophosphomannose synthase"
                     /translation="MIFSYAIVVPMANEEDDFEAFVAVLREALDRIGSGAVYFVVDGV
                     SKDATRRLCEELSAADERFVTVWAPENRNVVDAYLRGYREAYAGGYEYIIEMDGGLSH
                     DPRALPMFLRVLNEGNECAFGSRFMNGGSICDSNPRRTFLSRSGTILSNILLGTKLHD
                     MTSGYQGFHRSVVASFMNYPLLSKAHFYQTELRYLLRKTRYAEVPIHYRAPSPRVSRN
                     AIRNSFAVLFHYFFRRLRFQSTFIKQPS"
     CDS             complement(7410..7838)
                     /gene="sufE"
                     /locus_tag="SEQF2638.1_00820"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q9EXP1"
                     /codon_start=1
                     /transl_table=11
                     /product="Cysteine desulfuration protein SufE"
                     /db_xref="COG:COG2166"
                     /translation="MNTINELQDEVIEEFSTFTDWMDKYALLIEMGNALEPLEERFKT
                     SDNLIEGCQSRVWLTADLDADGRITFRGDSDAVIVKGIVSLLIRVLSGHTPSEITASD
                     LYFIDRIGLKEHLSPTRSNGLVSMLKQMKMYAVAFQAKGE"
     CDS             complement(7929..8954)
                     /locus_tag="SEQF2638.1_00821"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNLKLMTKWIIPATVGLLLATACGRKVEPATQGEAAAPTGATAT
                     APDFDADSALAYVARQVDFGPRVPGTEAHRACATYLADELRRHGATVTVQEAEVTTYD
                     GRRLTAKNIIGALAPDRTRRILLCAHWDSRPFADRDPDAGRQRTPIDGADDGASGVGV
                     LLEIARQLNASGLPADVGVDIVFFDAEDGGTPAFDPASNDPQSETTWCLGSQHWARYP
                     HTAGYTAEYGILLDMVGSRDAVFYREQTSDRYAAAYVDRVWSAARDLGFGRYFVNAPG
                     GNLVDDHVYVIRGLRIPCLDIVNYAPDRSTGFGTYWHTGGDTMDNIDRATLRAVGQTV
                     LYVIKGS"
     CDS             9078..9494
                     /locus_tag="SEQF2638.1_00822"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTKAIHNIKAAEALIDKAEEGYYTASIHHVYYAVFQYMKYDLA
                     HTDVEPLSYEEQTVKAKEYRMGSHDFIIKEIRRRIGRLANLDTAKDFARDVRELKGDR
                     IDADYRSRQFTLEESLACKRLAEELITKLKTYFGDL"
ORIGIN      
        1 gggggagcgt gtagtgagag tcgctggagg tattgccgtg gccgggatag tgcttggcga
       61 cggccataat gccacgactt tcgagtccgc gggcataagc gatgccccgc tttgcgaccg
      121 cttcgggatc atcgccaaag gagcgggtgc caataatagg gttgctggca ttcgtattca
      181 cgtcgaccga cggcgcaaag ttgatgtgta tacccatttc gcgacattga cgggccacct
      241 cggcaccata atcctcgatc agtcgggtgt cttgtacggc accgagcatc atgtttttag
      301 ggaagcgcgt ggtgccacgt agtctcatgg agagccccca ctcaccatcc aaggcgataa
      361 agaggggtag gcgggcggcc cgttgtagtc ggttcgtgac ttcggcctgg gtgccgggat
      421 ctcccgtgtg gaagagtacg ccaccgatct tcagctccga aacatagcgc tccagacggc
      481 gcatattggc ggcgtcgagc ttcggttcgg cgataatcat aatcaattgc ccgacacgtt
      541 cgtcgtcggt catggcgtta tagacggaat cgacccagcg attcattttt tcgcggtcgg
      601 ccttgcggag gaggctcggt tcgtgctgcg ccgagactgt gggcgtggcg agagagaggc
      661 aaaatgtaag caggaggggg agtaggaggg gaattttctt catgtttctg ttccgtttgt
      721 ttttttacgg ccggcaaaag tatatgccac tacagaaagg gcaatcgtcg actaaagtgg
      781 tcttagcaca gggctgcacg atgcgttggg atgttgttaa aaagccgcat aatacttaga
      841 tggaagtgtg tgaagaggct tttctgtcct ttctttgcgg ccgctttacg taatcgctgg
      901 cgggcaaaca cgagagaccc gttatgttgc gttttgttcg atttcaaaac atataaagag
      961 catcattaga aatggattta atcaagattg cagaggaagc atttgctact caaaaggagc
     1021 atcccgcatt taagagcggc gacacggtga cgatttcgta ccgaatcaaa gagggaaaca
     1081 aggaacgtat tcagcagtac cgcggtgtgg tgatccgcat ctcgggcgag ggcgacaaga
     1141 agcgttttac ggtgcgtaag atgtcggaaa acgtcggcgt ggaacgtatc ttcccgattg
     1201 agtcgccgtt catcgagcag atcgtggtga acaaggtcgg cagagtgcgt cgctcgaagc
     1261 tgtactatct gcgcaacctg acgggtaaga aggcacgtat caaggaaaaa cgcggtacgg
     1321 ccacggcctg ataaggcgca gcgagaaaca gtgagaaacc ccgggagcct actattcgtg
     1381 gatggctttc ggggtttctt gttaccgacg ctcttgagac gaaggatgcg atgctgtaag
     1441 catactctca cctctacttt tgtgcactta ttcattagat atagacatgt tagatataga
     1501 acgtatcagg gaagactttc ccatcctgcg gcgtgaggtc tacgaccggc cgcttgttta
     1561 tttcgataat gccgccacga cccagaagcc gcgttgcgtg gtggagaaga tcgaagcagc
     1621 ctattacaac gtcaacgcca acattcaccg cggtgtgcat tttctcagcc agcaggctac
     1681 ggaggcgcat gaggccgcgc gtgagaccgt gcgggcgttt ctgaatgcac cgtcgtccgc
     1741 agagatcatc ttcacgcggg gcacaacgga ggcgatcaac cttgtggctt cgagttatgc
     1801 acgcgcttgc atgcagccgg gtgacgaggt gatcgtcacg gccatggagc atcactcgaa
     1861 cattgtgccg tggcaattgc aaggcatgcg gctgcgagta atccccatcg atgagcgcgg
     1921 cacgctggac ttggaggcgc tgccgggatt gttcaccgac cggacgcgta tagtggccgt
     1981 gacgcacatg tcgaacgtgt tagggacggt caatccggtg gctgagatcg ctcgcgtggc
     2041 acatgcgcac ggggtgccga tccttgtgga cggtgcgcag gcggtggccc atcgcgcggt
     2101 cgatgtgcag gcggcggacg tggactttta cgccttttcg tcgcataaga tctacggccc
     2161 gacgggcatg ggcgtgctct atggcaaggc cgaatggctc gaccggattc cgccttatca
     2221 gggcggcgga gagatgattc gcaacgtgtc gtttgagaag acaacctaca acgaattgcc
     2281 ttacaagttt gaggctggca caccggactt catcggcagt acagcgttag ctacggcgtt
     2341 ggattatgtg cagcgtatcg gtcttgatgc catcgctgag cacgagcacg aactgctccg
     2401 ttacgccacg gaacgccttg gcgccatccc cggcatgcgc ttcatcggac aggcgccgga
     2461 gaagggcagc gtgctgtcgt tcctcgtggg tgacattcac ccctacgatc tcggcatgat
     2521 cctcgatcgt ctcggcattg ccatccgcac ggggcatcac tgtgccgaac cactcatgca
     2581 tgtgcttggt gtggaaggca cggcgcgtgc ctcgttcgct ttatacaaca caaaggccga
     2641 ggtcgatgcg ctggctgagg gtatcgagcg ggcgcagaag atgttttaat cgatagttat
     2701 tcacccttta accactcatt aaacccctat gattcttacg acaactccct cactggaggg
     2761 gaaaaagatt acgcattact atggcgtcgt cagtggcgaa gccatcatcg gcgccaacgt
     2821 gtttcgggac ttttttgcca gcatcaccga ctttgtcggc ggccgttcaa acgcctacga
     2881 ggtggtgcta cgcaaggcca aggacacggc gctgaacgag atgtcgcacc acgcgcagtc
     2941 gctgggtgcg aacgccgtgg tgggcatcga tctggactac gagacgatcg gcagtagcat
     3001 gctcatggtg acggcttcgg gcacagccgt gatcgtggag taaaggaggg ggcaccgatg
     3061 ctccaacctt ttttggaacc cggccggacg gaagcgggct gcgatgaagc aggccgtgga
     3121 tgtctggccg gacctgtgtt tgcggccgcc gttgtgttgc cgccggactt tcagaatgag
     3181 gagctgaatg acagcaagca gctcacggag cgtgcccgag aacgtttgcg aacggtcatc
     3241 gaacgtgagg ccgtggcgtg ggctatcggg gtggcgacgg cggaggagat cgatcagatg
     3301 aacatcctgc gggcatcgat cttggccatg catcgtgccg tggctggact ctgtctgcgg
     3361 ccggacttct tgctcatcga tgggaaccgt tttgcgccgt gtccggaagg gatcccgtac
     3421 gcgacaatcg tgcatggcga tgcgcagatg atgagtattg cggctgcgtc ggtactggct
     3481 aagacacatc gcgacgagat gatggcggcg cttcatgcgg attatcccgc ctatggttgg
     3541 gcgaaaaaca agggctaccc gacggccgcc caccgcgacg cgatccgtcg gttcggcgtc
     3601 acaccgcacc accgacgctc tttcgcgctg ttgcccaagg cgacgcaggg ggagattgaa
     3661 tggtagaaac gtttccagtg tttgtgccgc cagaacaaac actggaaacg gttacgccgg
     3721 atgtttcact tctaccgttt gctcggtgac aagactgtaa gatcgtttgt cgaagaggcg
     3781 gcggatctca attcctatcc ggtaggtacc gggctcgatg cttcgcgcat caatcacgga
     3841 aaagaaaccg caatgttcga tgcgatcgag ggaaacgtcg agcattaggt cgtagcgacg
     3901 ttcggctagt gaggtgcaga catagctgtg ccgtggactg gtgaggcaga cggagatatc
     3961 gctgaagttc atagagcggt ctcgcaggaa ggcccacccc tcaatgatca gatagccatc
     4021 cctggtcgaa atgctatcga tgccatgggg catctcctcg gcgtccgtgt tcggttcaac
     4081 cgattgctcc acaatgaatg ctgcgtattt ggacattggg taacgaggca tctggtacaa
     4141 ccccatccgt tcggccgctt gcagataggg aacgacttgc tcgtctgaag aaatggccaa
     4201 accctgcccg tcgtgttgcc atttgtacgc agagatcatc ctccattcct gccgatgctg
     4261 ctctttcggt atataaatga agcccgataa gttgaagagc aagagtagga tgactgcggg
     4321 ataaaccacc cactttattt gcgagaatcg gctgtggttc aacagcaata aggcggaaag
     4381 gagaaggaac gatgaacaat acacacgata gcgcaggggc gcgtagaacg aatcgtcctt
     4441 cacccacacc accgctaccg cgccggccgt caggtagagg aacgttaggc tggcgtaact
     4501 aaaaaggtca gtgcgatacc accctttcca aattccccat agatagaccg atagacaagc
     4561 ggcaccaacg gcaatcgaca ctatgcgaaa tgatggcacc cagaagttca gaccaacgaa
     4621 cgtacatagg ttgatgagga tctgcggtgc gtgggcgagc atgtccgtca gtccgatgtc
     4681 cgttcgttcg ggccttacgt agttgaggaa atagaacatg actgagaacg cggctacgat
     4741 cgcataggcc atgcacgtct ttgcccgcct ctgcaaggcg aggccgatca gtgcgggaat
     4801 gaggatgaac atgccattac cgtttgagaa aacagtcagg acggacagtg cgaaacccac
     4861 cactacccaa gcagtctccc tgcgcagcac gcagaataac gacgcgaagg cgaggaagag
     4921 cgtgccgatg ttcgccaagc cggacatggc ccaaacggac gtctctaagt gttggccgtt
     4981 gcagagcagc agagcaatca gaaaggtacc gaacgccttt tttcggtcat cgttgatcgt
     5041 tttatacatc aacaacccgg tgccaattag catcgcgttg gccaagatga tgtagaccgc
     5101 ataattcagt ttgcctgtaa aaagatagac tacgagcgcc gtcagtcggg tgaagagaag
     5161 gcggtgctcg ttgtgctgct caatcagcat gcggagccgt tcggagagac cgggcgactg
     5221 gaggaaacgc acgaggaagt tttgttccgc taaataatcg tcccaaaacg ggatgttgtc
     5281 cgcgaaatgt ccaacaagag caaagtaggc cacggccacc acagctgcaa gcgcatagaa
     5341 gacgcgtgct gttctacctt ccatcacgcc ccgcatatat cctcgatcca tgcttcaagt
     5401 aatggcagct cgcgcccgtc gatcagctgc atgtcgacca actcacgata gcagtggcgg
     5461 aggttctcag ggatggcctc agtgccttcg cgcaggttaa gggctgtcag gcggcgcatg
     5521 atctcgccgt tgttgcagta gcctgagatt tcgtctttga agtcgttcaa gatgctgtgt
     5581 tcgttgcgct cctgccacac ggtggcttcg tgaaatagta cgctccagcc gcaggtccac
     5641 gcgatacgct gagccacgaa cgagcgccag atgtctgtca tccgaaaact gcaataggag
     5701 ggcagataca tcagtgggaa agcttcatgg aaccacgtcg tgttttggct gttgaacgga
     5761 cagatgcttc cctcggccaa ggccatgcgt cgttttgttt tgtcgaagtg tacgggtagc
     5821 ggctgtgtga gtcgatagat ggcatcaatg tcaggattcc ggtctgccag cccttgccat
     5881 attggcgaaa cgaccatttg aggcgtatcc agatcggccg gtgtatccaa gacatgttca
     5941 agggcaaaac cgcgcggcca aatgttttga tcggaatagt aacggtagac gtttacccaa
     6001 ccggcgcctt ctatccgcgc ggcttccgtc tcgcggctgc gtgcactgag gaatgcggcg
     6061 tcgggataat tgtcatcatc cgtctcgatg atgacctctg cacctcgatt ggccgcttct
     6121 atatagccga ggttcttacg ggcataatgt ccgtagggta ataatcgggc tagttggtat
     6181 ggcaactccg cctgacgttc gacggagtaa aaatcacagc cgtcgaggtg gaaccgtggg
     6241 ctcttccgat cgccgattac aaggaaaggc acacccgctt tcgaggcttc gcgggcgtaa
     6301 agatttagca ccggatgtgt gtccggggcg atggaggtga tgattaagta agtatcgttc
     6361 atgagggttg tttgataaat gtcgattgaa aacgaaggcg ccgaaagaag tagtggaaga
     6421 ggacggcaaa ggagttgcgg atggcgttcc gcgagacgcg aggcgaggga gcacggtaat
     6481 ggatgggcac ctccgcatag cgcgtcttgc gcagcaggta gcgtaactct gtctggtaaa
     6541 aatgggcttt ggagagcagc gggtagttca taaaactggc cacaacactg cggtggaagc
     6601 cttgatagcc cgacgtcatg tcgtgcagtt ttgtgcctaa gaggatgttg gaaaggatcg
     6661 tccccgagcg ggagaggaac gtgcgtcgtg gattggagtc gcagatggag ccgccgttca
     6721 tgaagcggct gccgaaggca cactcgttgc cctcgttgag cacgcgcagg aacatgggca
     6781 gcgcacgcgg atcgtgcgac agccctccgt ccatctcaat gatgtattca tagcctccgg
     6841 catacgcctc gcgatagcca cgcagatagg catccacgac gttacggttc tctggcgccc
     6901 agaccgtgac aaagcgctcg tctgcggccg atagttcttc acagagccgc cgggtggcat
     6961 ctttcgagac accgtctacc acaaaataga ccgcgcccga accgatgcga tccagcgctt
     7021 cgcgtaagac ggcgacaaac gcttcaaaat cgtcctcttc attggccatc gggacgacga
     7081 tggcatagct gaatatcata atccaaaaaa actctgcact gtacgtaacg gcataaaaaa
     7141 gagcatgaag ccaattcgct ctcgttctat tgggcgtttg gcgttattca gagtataaac
     7201 gaaataggtt gatcccacgc cgtaaggcgc aggcttgcca aacctattcc actgtactca
     7261 tctatagtca ccaaacatcc ggggggtaga acgaagttga agatggcttt tcgttatgcc
     7321 ttatgatcgt atctgttctg tcattcgttt atatgtcgtt cccttctttc ggcgggcaaa
     7381 gatgaaggaa aaagcggggt accccttggc tattccccct tcgcttggaa ggctacggcg
     7441 tacatcttca tctgcttgag catggagacg aggccgttgg agcgcgtcgg ggagaggtgc
     7501 tccttgaggc cgatgcggtc gatgaagtag agatcggagg ccgtgatctc cgacggggtg
     7561 tgacccgaaa gcacacggat cagtagcgac acgatgcctt tgacgatcac cgcatcgctg
     7621 tcgccgcgaa acgtgatccg accgtcggcg tccaagtcgg ccgtcagcca gacacgactt
     7681 tggcagccct cgatgaggtt gtccgacgtc ttgaagcgct cctcgagcgg ctccagcgcg
     7741 ttgcccattt cgatcagcag cgcgtattta tccatccaat cggtgaacgt ggaaaactcc
     7801 tcaatcacct cgtcttgcag ttcgtttatc gtattcatat agggggggta tgggtagtta
     7861 gggggtagtc aaagggtagt tatagggtag ttagggggta gttataagta ggtagagggt
     7921 aggaccttct atgatccttt gatgacgtag aggacggttt ggccgacggc gcggagtgtt
     7981 gcgcggtcga tgttgtccat cgtgtcgccg cccgtgtgcc aatacgtgcc gaagcctgtg
     8041 gagcggtcgg gggcgtagtt gacgatgtcg aggcagggga tgcgcaggcc gcggatgacg
     8101 tagacgtggt cgtcgaccag gttgccaccg ggggcgttga cgaagtagcg tccgaagccg
     8161 aggtcgcggg cggccgacca gacgcggtcg acgtaggctg cggcgtagcg gtcggaggtc
     8221 tgctcgcggt agaagacggc gtcgcgcgag ccgaccatgt cgagcaggat gccgtattcg
     8281 gccgtgtagc ccgctgtgtg cgggtagcgc gcccaatgtt gcgagccgag gcaccaggtg
     8341 gtttcactct gcgggtcgtt cgaggcggga tcgaaggccg gtgtaccgcc atcctcggcg
     8401 tcgaagaaga cgatgtccac gcccacgtcc gcaggtagcc ccgaggcgtt gagctggcgg
     8461 gcgatctcca gtaagacgcc cacaccgctg gccccgtcgt cggccccgtc gatgggtgtg
     8521 cgctggcgac ccgcgtccgg gtcacggtcg gcgaaggggc gcgagtccca atgcgcgcaa
     8581 agcaggatgc gccgtgtgcg atcgggggcc agtgcgccga tgatgttttt ggccgtgagg
     8641 cgacggccgt cgtaggtggt gacctccgcc tcctgcacgg tgacggtagc gccgtggcgc
     8701 cgcagctcgt cggccagata ggtggcgcag gcacgatgcg cctccgtgcc gggcacgcgt
     8761 ggcccaaagt ccacctgtcg ggctacgtag gccagggcac tgtcggcgtc gaagtcgggc
     8821 gccgtagccg tcgccccggt tggagccgcc gcttcgccct gcgtcgccgg ctcgaccttt
     8881 cgtccgcaag cggtggccag gagtaggccg acggtcgcgg ggatgatcca tttagtcatc
     8941 aatttcaagt tcatgttacg ttcgtttgtt agaagcggcg gcaaaagtag gggcctgagg
     9001 agggaaaatc gaaaaatgca aaacgaaaaa cggggccacg gctatctttg cgcccacacg
     9061 aaaggcaaca ggagcagatg aagacgaaag ccatccataa cataaaagcc gccgaggcgc
     9121 tgatcgacaa agcggaagaa ggctattaca cggccagcat acaccatgtc tattacgccg
     9181 tgttccaata catgaagtac gatctggcgc acaccgacgt ggagccgctc tcctacgagg
     9241 agcagacggt gaaagcgaag gagtaccgga tggggtcgca cgactttatt atcaaggaga
     9301 tcaggcggcg aatcggccgt ttggccaatc tggatacggc gaaagatttt gctcgcgatg
     9361 tgcgtgaatt gaagggcgac cggatcgatg ccgattaccg ctcgcggcag ttcacactgg
     9421 aagagagcct ggcctgcaaa cgcctggcgg aggaattgat tactaaactc aaaacgtatt
     9481 ttggtgacct atgaaagatc ttgaagtaga a
//
LOCUS       SEQF2638.1|AYYF01001093.1 8525 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..8525
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             327..878
                     /locus_tag="SEQF2638.1_00823"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVDVRGGDDGEERVAVTVGAEEVFAAFVGGQGIACHVSVEGAEV
                     VEIGLEEVGRDVAASRFLEHLQRFLIHARDGECTGTVESGVDTESGFGESGQQAFLLM
                     DQLQGGVRLIGHVSLIESAVEIEPRGVRVGAVETASQAVDRTFLIGLKSGPSSDHVVQ
                     PPERVTPAARLHAARTADTQNDV"
     CDS             complement(991..1662)
                     /locus_tag="SEQF2638.1_00824"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDFGIPRDHFDRLTHLLTDALHGTPYRLHTYHNSPNKINYLKVV
                     DTRTCIRGAWETTDTGVNIDLFPLDRGPRPGFLTRPFAAYVYLLLFVKDYKQLDASPR
                     RGLKRLIADTLKRLPFRTDTLIAHIDRCILRHSTGGRERCINYFGHWRAREIFPADVF
                     SAPVDYAFEGMTLSGVTHPDAYLAQLYGDYMQLPPPEKRLAHTDTIFWASADASEVAS
                     RAPSA"
     CDS             complement(1684..1821)
                     /locus_tag="SEQF2638.1_00825"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRPIDIHECHRLLLDMAAILDRVCRENAIPYYMLGGTMLGAVRH
                     G"
     CDS             complement(1818..3068)
                     /gene="mshA_1"
                     /locus_tag="SEQF2638.1_00826"
                     /EC_number="2.4.1.250"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01695"
                     /codon_start=1
                     /transl_table=11
                     /product="D-inositol-3-phosphate glycosyltransferase"
                     /translation="MKVLLIDVYHYNRGGAETVCFNTGQLLQAHGHEVVYFCLKWKRN
                     LPSPFERYFPESKETRRGVFRQVKNLVNYFYHFEAARKMDQLLRDEQPDIAHIHLIWG
                     QITESILPVLRRHGVPVVLTAHDFRVVCPAYVFRDGRGQLCERCQGRYFYHCFLHKCA
                     KNNWVMSGVMAAEQYFRNAFFNPSRLIDGFIYVSHFTKKKHETYMPALRQKPNMVLYN
                     NAPEIAAEPYKKQGEPYFLFMGRLSGEKGIRTLVEAMNGLPSCRLKVAGTGPQEAELK
                     RYAAEHGLSNVDFCGYQTGEPLATLVREARFIVVPSECYENNPMSIIEAYAIGTPVVG
                     ANIGGIPEIVPEGVTGFRFESRNADDLRAKLTAAASLSSDAYAAMQRAALAFAREHFN
                     TENYYPRLIAFYRQCMKAPSTARP"
     CDS             complement(3065..4327)
                     /locus_tag="SEQF2638.1_00827"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQDYINKSFFALLVFTLIFGVMFYDMIDRLGFSYVDEICALLIF
                     GLFGYHTSQSRTWAFNRGFLFVIGVFVFYFIYSLLIGSNSVQGIAMDFLIQIKPYIAF
                     FCIYSLRTKLTENQKSILRNLVVLFTLYMIPIGLAEAVYGGHIIQAFFGHESRLATSA
                     TILAMIYLYCSDFTSKDKFVYVCILAVGLFSGRSKLFGFLALSTLMLIYMNRSFRMRF
                     DLRNTFFLLMALAATAYVAKDKIELYFITGGFGGGRSEEDLYARMALYYFSIPIFLQY
                     IPFGSGFASYGTYASGVYYSKLYNRFGMDHLYGLTESNPNFVADTYYPVLAQFGFVGV
                     ALFFSFWIYLGSQAMKAYRVGMKKESILVLLIVFFFAIESTSDATITHNRGLFIMMLL
                     GLLMSDIRSGMQVATGPNRYPERNRLNE"
     CDS             complement(4424..5422)
                     /locus_tag="SEQF2638.1_00828"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTKRTYNSIDVAKLVSAFFVAAIHANPFSGLSSTIAISLFARMA
                     VPFFFMVSAFFFFRAGCDGEKLVAYLKRLGRLYLIWFIVGLPVIVKRSFLDHEGGFGA
                     DLLVLIRNFFLGSTFRGSWFVMALMIAIPLVYAISKRLSTGWAIGIGALCYLPVTLLS
                     NYHNYLPTGVQQFHDWTVATFGPIQFTFLAAIVFCSIGKYLSEKQDAIERIPRWATDT
                     ALLLSISGAALEVLSHTAFSDDTYFMLVPVTTLLLVFVLRHEVHWKVNYAFIRNQSTV
                     TYFAHFTFINFLDDIIGLEMHTWLFYVLVVAPCFFLTIFMRWIAEKKYFGWVKYSF"
     CDS             complement(5419..6156)
                     /locus_tag="SEQF2638.1_00829"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEIDYPDMRRANNGAHGMFMKSVSERLEKESEVMKNAVMQRAA
                     MALKAAMEEESLYLGRSRKSLLTDEIKTADKERDGLLTGLRATVRGLRRLPDPEKAKA
                     AQELEVMLSGNRVKRSMQLDRETGMITKLTEELETTYASQVSLLSIGLFVSGLKAANE
                     RVKGLIDERSNGEVERKPAAMQQARLRTDAAFRQVARVANAMAVLEDEAVVAPFINFV
                     NELVRRYRQQVFPKRKKKAESTKTENA"
     CDS             6555..6647
                     /locus_tag="SEQF2638.1_00830"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQYELHIDDILFYGVDEYIDMIILDSTCLE"
     CDS             6800..6952
                     /locus_tag="SEQF2638.1_00831"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MCVHEELNFYPVSGFTTPETLTGITVGCSLSLFSFFAAAFDPQS
                     TVTWLL"
     CDS             6985..7719
                     /gene="coaX"
                     /locus_tag="SEQF2638.1_00832"
                     /EC_number="2.7.1.33"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P37564"
                     /codon_start=1
                     /transl_table=11
                     /product="Type III pantothenate kinase"
                     /db_xref="COG:COG1521"
                     /translation="MNLILDQGNTATKIVLADRGQAVYSAAYPRLEPDELAALIDRYR
                     PERGIIASVATPDPAWLDLLRRRLRRFLSLNDDPAIRLPITLGYRTPETLGRDRIAAA
                     VGAWTLRPEVPLLIIDAGTAITYDVVLPPGHFVGGNISPGLTTRFRALHDYTRRLPLI
                     SQRDEVPDLGVTTEEAILSGVVRGIVYEMNGYIETMHTKHPHAAVFLTGGHAPYFDRR
                     LKCRTFASENLVWLGLNRIIEYNEDK"
ORIGIN      
        1 cgggcgttgc aggcgccggc gtcctcgagg gcgcacttca tgtagtcgta ggcgcggtcg
       61 atgtcgccgt cctcgtagag caggaaggcc agttggcgca gtgagatgta ttcgcggacg
      121 gagagccgga ggtcagcctc agccgatagg gccagataac gcttctgccg ctcgcggtcg
      181 cccagccggc cgtaagcgtc ggccagggtg taggccagga agcgcatgac ggcggactgg
      241 ctgcaggtgt cggccacggg ctggagcaga cggacggcct cggccggtcg gccgcgggcg
      301 atgagctggt cggcgcggat gatgcgatgg ttgacgtccg cgggggggat gacggagagg
      361 agcgagtcgc ggtaacggtc ggcgcggagg aagtattcgc ggcgttcgtc gggggtcagg
      421 gcatagcctg ccatgtgtcc gtagagggtg cggaagtggt ggaaataggc ctggaggagg
      481 tcgggcggga tgtcgctgcg agtcgtttct tggagcacct ccagcgcttc cttatacatg
      541 cccgcgatgg tgagtgcacc ggcacggttg agtcgggcgt cgatacggaa tcggggttcg
      601 gcgagtcggg gcagcaggcg ttccttctca tggatcagct tcagggcgga gtccgtttga
      661 taggccacgt aagcctcata gagtcggctg tagagatcga accgcgcggc gtccgtgtgg
      721 gcgctgtaga gacggcgtcg caggctgtcg atcgcacgtt ccttatcggc ctgaaaagcg
      781 gcccgtcgtc ggatcacgtc gtccagcctc cggagcgcgt cacgccggcc gcccgcctgc
      841 acgccgcccg cacagcagac acacagaatg atgtataaac agatgcgtaa atcccgttgc
      901 atgggttgcc ttctcctctc tatcactgat ctatggctct gattttcgcg gtaaaggtag
      961 agggtacatc taaaaatgaa gagctaagag ctaagccgag ggtgcacgtg aggcaacttc
     1021 gctggcgtcc gcagacgccc agaatatcgt gtccgtgtgt gccagacgtt tctcgggcgg
     1081 aggcagctgc atatagtcgc cgtagagctg ggcgaggtag gcgtcgggat gggtgacgcc
     1141 actcagcgtc atgccctcga aggcgtagtc caccggcgca ctgaagacgt cggcggggaa
     1201 gatctcccgc gcccgccaat ggccgaaata gttgatgcaa cgctcgcgtc ctccggtgct
     1261 gtggcgcagg atgcagcggt cgatatgcgc gatcagtgtg tccgtgcgga agggtaggcg
     1321 cttcagggtg tcggcaatga ggcgcttcag gccgcgtcgg ggcgaggcgt cgagctgctt
     1381 atagtccttg acgaagagca ggaggtagac gtaggcggcg aagggacggg tgagaaaccc
     1441 cggccgtggg ccgcggtcga gcgggaagag gtcgatgttg acgcccgtgt cggtcgtctc
     1501 ccatgcgccg cggatgcagg tgcgcgtatc gaccaccttt aggtagttga tcttgttcgg
     1561 cgagttatgg taggtgtgca gtcggtaagg tgtgccgtgt agggcgtcgg tgagcaggtg
     1621 ggtaaggcgg tcgaagtggt cgcgggggat accgaaatcc atgtcgtcgt cccaggggat
     1681 aaatcagccg tgacggacag cgccgagcat ggtgccgccc agcatgtagt aagggatggc
     1741 gttctctcgg cagacgcgat cgaggatggc ggccatgtcg agcagtaggc ggtggcattc
     1801 gtggatgtcg atcggtctca tgggcgggct gtcgatgggg ctttcatgca ctgtcggtag
     1861 aacgcgatga gccgcgggta gtagttctcc gtgttgaaat gttcgcgggc gaaggcgagt
     1921 gcggcgcgtt gcatagcggc ataggcatcg ctcgagaggc ttgcggcggc ggtcagtttg
     1981 gcgcgcagat cgtcggcgtt gcgactctcg aagcggaagc cggtgacacc ctcgggcacg
     2041 atttctggga tgccgccgat gttggctccg acgacaggcg taccgatggc gtaagcctcg
     2101 atgatgctca tcgggttgtt ctcgtagcac tctgacggca cgacgatgaa gcgtgcctca
     2161 cgtaccaacg tagccaatgg ctcgcccgtt tggtagccgc aaaagtctac gttgctcagc
     2221 ccgtgctccg ctgcgtaacg cttcaactcg gcctcctgcg gacccgtacc ggccaccttc
     2281 agcctacacg acggcagacc gttcatggcc tccaccaagg tgcggatgcc cttctcgccc
     2341 gatagccgac ccatgaatag gaaatacggt tcgccttgct tcttgtatgg ctccgcggcg
     2401 atctccggcg cattgttata gagtaccatg ttgggtttct ggcgcagggc gggcatgtag
     2461 gtttcgtgct tcttcttcgt gaaatggctg acgtagataa agccgtcgat cagtcgtgag
     2521 gggttgaaaa aggcgttgcg gaaatactgc tcggcagcca tcacgccgct cattacccag
     2581 ttgtttttcg cgcatttgtg caggaagcag tggtagaagt atcgcccctg acaacgctcg
     2641 cagagctgtc cgcggccgtc gcgaaagacg taggcggggc agaccacccg gaagtcgtgc
     2701 gccgtcagca cgacgggcac gccgtggcga cgcagaacgg gcaggatgga ctccgtgatc
     2761 tgtccccaga tgaggtggat gtgggcgatg tcgggctgct cgtcgcggag cagttggtcc
     2821 atcttacggg ccgcctcaaa atggtagaag taattgacga ggttcttgac ttggcggaac
     2881 actccgcggc gcgtctcttt cgattcgggg aagtagcgtt cgaaggggga ggggaggttg
     2941 cgcttccatt tgaggcagaa atagactacc tcgtggccgt gtgcttgcaa tagctgtccg
     3001 gtgttgaagc agaccgtctc ggcgccgccg cggttgtaat ggtacacgtc gatcaagagc
     3061 actttcattc gttcaagcga tttctttcgg ggtaacgatt cgggcccgtg gcgacttgca
     3121 tcccgctacg gatgtcggac atgagcagtc cgagcagcat cataataaac agtccgcggt
     3181 tgtgcgtgat ggtggcgtcg gatgtgcttt cgatcgcgaa aaagaagacg atcagcaaga
     3241 cgagtatcga ctcctttttc atccccaccc gataggcctt catggcctgt gaccccagat
     3301 aaatccagaa ggagaaaaag agcgctacgc cgacgaaacc gaactgggcc agcaccgggt
     3361 aatacgtgtc ggctacgaag ttgggattcg attccgtgag gccgtacaga tgatccatgc
     3421 cgaagcgatt gtagagcttg gaatagtaga cgcccgaggc gtaggtgccg tacgaggcga
     3481 agccggagcc gaaggggatg tattgtagga agatggggat ggagaagtag tagagcgcca
     3541 tgcgggcgta gagatcctcc tccgaccgtc cgccgccgaa gccgccggtg atgaagtaga
     3601 gctcgatctt atccttagcc acataggccg tcgccgccag cgccatgagc aggaagaagg
     3661 tgttgcgcag gtcgaatcgc atgcggaacg agcggttcat gtagatcagc atcagggtgg
     3721 atagggccaa gaagccgaac agcttcgagc gcccggagaa gagccccacg gccaggatgc
     3781 agacgtagac gaatttgtcc ttcgacgtga agtcgctgca ataaaggtag atcatggcca
     3841 ggatggtggc cgatgtggcc agacgcgatt cgtggccgaa gaaggcttgg atgatgtgcc
     3901 ccccgtagac ggcttcggcc agtccgatgg ggatcatata aagcgtgaag aggaccacca
     3961 agttgcgcag gatgctcttt tggttctccg tcagcttcgt cctgagcgaa tagatgcaga
     4021 agaaggcgat gtagggcttg atctgaatca agaaatccat agcgataccc tgcaccgagt
     4081 tgctgccgat gaggagggaa taaatgaagt agaagacgaa gacgccgatc acgaaaagga
     4141 agccccggtt gaaggcccac gtgcgcgact gcgacgtgtg gtagccgaag aggccgaaga
     4201 tgagcagcgc gcagatctcg tcgacgtagc taaagcccag ccggtcgatc atgtcgtaaa
     4261 acatcacgcc gaagatgagc gtgaagacca gtagcgcgaa gaagctcttg ttgatataat
     4321 cctgcatcgt gtggttttta ctgttgttcc taagagcgcg gcaaaagtaa gccggggggc
     4381 taaacctttg caaaagcgtg ccggagggga ggcgtctgca cggttagaaa ctgtatttca
     4441 cccagccgaa gtacttcttc tccgcgatcc atcgcatgaa gatggtcagg aagaagcacg
     4501 gcgccacgac caacacgtag aacagccacg tgtgcatctc gaggccgatg atgtcgtcca
     4561 gaaagttgat gaaggtgaag tgagcgaagt aggtcactgt gctttgattg cggatgaagg
     4621 cgtagttcac tttccaatgc acctcatgac gcaaaacgaa caccagaagc agggtcgtca
     4681 cgggcactaa catgaagtag gtgtcgtccg aaaaagccgt gtgagagagc acctcgaggg
     4741 ctgcaccgga aatgcttagc agtaaggccg tgtcagtcgc ccaacgtggt atccgctcga
     4801 tggcgtcttg cttttccgag aggtatttgc cgatactgca aaacacgatg gcggccaaaa
     4861 aggtgaattg aatcgggccg aaagtggcca ccgtccagtc gtggaactgc tggacgcccg
     4921 ttggcagata gttgtggtaa ttcgagagta atgtcaccgg gaggtaacac agcgccccga
     4981 tgccaatggc ccaccccgtg gatagccgtt tgctgatggc gtacaccagt gggatggcta
     5041 tcatcagcgc catgacgaac caggagccgc ggaaggtgct gcccagaaaa aagttgcgaa
     5101 tcaggacgag cagatccgct ccgaatccac cctcatgatc gaggaatgag cgcttgacaa
     5161 tgaccggtaa tccgacgatg aaccagatca ggtacaggcg ccctaagcgc ttcagatagg
     5221 cgacgagctt ctccccgtcg caccccgccc ggaagaagaa aaaggcgctc accatgaaga
     5281 aaaagggcac cgccatgcgg gcaaacaggc tgatggcaat cgtggagctg aggccgctga
     5341 agggattggc gtggatggcg gccacgaaaa aggcgctgac caatttggcc acatcgatgc
     5401 tgttgtaggt tcgctttgtc atgcgttttc cgtctttgtg ctttccgcct tctttttccg
     5461 tttggggaag acctgctgcc gatagcgccg caccagctcg ttcacgaagt tgatgaacgg
     5521 cgccaccacc gcctcgtcct ccagcaccgc catcgcgttg gccacccggg ccacctgcct
     5581 aaaggctgca tcggtccgca gccgcgcctg ctgcatagcc gccggtttac gctccacctc
     5641 gccatttgat cgttcgtcga ttaggccttt cactcgctcg ttggccgctt tgagcccact
     5701 cacgaacagg cctatactaa gtagtgacac ttgcgaggca tacgtcgttt ccagctcctc
     5761 cgtgagcttc gtgatcatgc ctgtttcgcg atccagctgc atgctgcgtt ttacccggtt
     5821 gccgctcagc atcacttcca attcttgagc agccttggcc ttctcaggat cgggcagacg
     5881 ccgaagtccg cgcaccgtgg cacggaggcc cgtcagtagg ccatctcgct ccttgtccgc
     5941 agtcttgatt tcgtccgtca ataggctttt acgcgaccgt cctagataga gtgattcctc
     6001 ttccatagcc gccttcagcg ccatagccgc ccgttgcatc acggcgtttt tcatcacctc
     6061 cgattccttc tccagccgct cgctgactga tttcatgaac atgccatgcg ccccgttgtt
     6121 cgcacgcctc atgtcgggat aatcgatctc cttcatataa ttaatggtgt aagttccgtt
     6181 tgcagaaagg ttccaccaaa aatcgtttgg gtcgatgatc gttggcggag ctttcgctga
     6241 aatattttca cttccgtgtg acctcgcaat aggttctcat cctcttgttt tatatctgtt
     6301 tgatgccaca aagataagtc taaaatgatc ctattcgctt cgtgcgcgaa catgaatctg
     6361 tatttactta tctctatgat tatatggatg tcctataaaa tagatcagat agagttctct
     6421 acttcatgat gtcacggaga taagaaaaaa tgatttgatt atttctgtgc gcacatgtgt
     6481 attatacgaa tataatatct atattcactt ccatgcgtat atagtttgat catattgtat
     6541 agtaattaaa ttccatgcag tatgaactgc atatagatga tattctattc tacggtgtgg
     6601 atgaatatat agatatgatc attcttgact ctacatgttt ggagtgaaat ctataatcga
     6661 tttttgtatg gcgataggta tacacgaatg atttagcaca tagttatttg ctatttcgtg
     6721 cttgcaggat gaatttcaaa cgaatataac atcctatatg tgtgtgcatt tttcagtata
     6781 gataattcat caaagattga tgtgcgtgca cgaagaattg aatttttatc ccgtgagcgg
     6841 ctttacaacg ccagaaaccc tcacggggat caccgtcgga tgttcgcttt cgcttttctc
     6901 tttctttgcc gccgctttcg acccccaatc tacggtcact tggctcttgt aactcgtaac
     6961 cattcgctcg taactcgttt ttagatgaat ctcatattgg atcaaggcaa cacggccacg
     7021 aaaatcgttc tcgccgaccg cgggcaggcc gtctacagcg ccgcataccc ccgtttggag
     7081 ccagatgagc tggctgcgct catcgatcga taccgccccg agcgcggcat catcgcttcc
     7141 gtcgccacgc ccgatcccgc ctggctcgac ctcctccgcc gtcgccttcg ccgcttcctc
     7201 tccctcaacg acgaccccgc gatccgccta cccatcaccc tcggctaccg tacgcccgag
     7261 accctcggcc gcgaccgtat cgccgctgcc gttggcgcct ggacgctccg cccagaggtg
     7321 ccgctgttga tcatcgatgc gggtacggcc atcacgtacg acgtcgtcct cccgccgggc
     7381 catttcgtgg gcggaaacat ctcgcccggc ctcaccaccc gcttccgtgc cctgcacgat
     7441 tacacccgtc gcctgcccct catcagccag cgcgacgagg tgcccgatct gggcgtcacc
     7501 accgaagagg cgatcctctc gggcgtcgtc cgcggcattg tctacgagat gaatggctac
     7561 atcgagacca tgcacaccaa gcacccccat gcggctgtct tcctcaccgg cggacatgcc
     7621 ccctattttg atagaaggct caaatgccgc acctttgcct ctgaaaattt agtgtggctc
     7681 ggattaaatc gaattattga atataatgaa gacaagtagg tcagtcctct ccctcctcct
     7741 tggcatcctc ctttgtggcg ccctgccgat gatggcacaa aacagcacaa actcccctta
     7801 tacacgtttc ggatatggca tgcaggccga ccgctccttt gcggccgggc gagcgatgag
     7861 cggcatcgga tacggcctcc gctccgcacg ccaaatcaat ccgatgaacc ccgcgtcgta
     7921 caccggcatg gactcgttga ccttcctttt cgacggcggc atatcggcgc aaatgtcttg
     7981 gttcaacgat ggcacccatc ggcagcgcga cctcaatggt ggcttcaatt acgccgctat
     8041 gcagtttccg ctccatcgtc gcctggccgt cagcatcggc ctgctacctt tctcgtccgt
     8101 cggttacaac tataccgcac ccagccaggg cgacacccgc tatacggatc gattcagcgg
     8161 cacgggggga ttaaacgaaa tctacggggg cctgtcattc gcgccgtgga aagagagatt
     8221 atccataggc gccaacatca gttacatgtt cgggacgatc acccacagca gcgtgacgaa
     8281 cttgacgaac acgttttact ggcggaataa gatccgggta cacaacgtca agtacgactt
     8341 cggcctgcaa tacacgcatc ccctctcgaa gaccgatcga ctcaccctcg gtgcggtcta
     8401 ttcgcccaag ctccgcctcg gcactacagt gagcaacgag accagcttcc gcgaagactt
     8461 ctccaccgtc gtcgagggcg acacgatgcg caacgcaggc ttcgaccttc cggatatgta
     8521 cggcg
//
LOCUS       SEQF2638.1|AYYF01001094.1 32912 bp   DNA    linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..32912
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             126..965
                     /locus_tag="SEQF2638.1_00833"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPVVVAKEAVLHAGHEHRCALWTVVLWQGREGKEHLALEFPLVV
                     LDQLVALGRVVDLGVVLAIDERVGRRERDGSQELRAVARVDRVIDRVALQTQIEADLV
                     ADAVGYVEVPVVVHMIQLIAQREHGVEIVVGPIKTLTETYTSANHFDVLRWVVGLLIG
                     IVTIASITIATVDAVVVEAVGHVAAVFLIKIAGIITRVLGIIEPDRECVRALATEPRV
                     EEGEAVGLIVFTTRLAVDGKRLAVALGDNAAVGAGVEKVAHGEVVELQTDAPKQSARS
                     PSG"
     CDS             1728..2387
                     /locus_tag="SEQF2638.1_00834"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVAIEVDLANPRLLVFGDVHVHDHLAVFPRILTLHDVHLHVLEA
                     LAVEIFLDERLCAIHHVGRDLMALAQPELCLEVFAFALLHAVIMDLRDTWALLQADLE
                     PHLIALDASGQDLHVRKQPMLPEAPHRVRDLIARDRHLVANREAGEADEDEIVVVLGA
                     GHLDAGDGVAFRRQRIGYRRHLASWHRIRRCRVRRCEVRKHRPSVHGRGVDLRPRAAH
                     R"
     CDS             complement(2530..3345)
                     /gene="ispU"
                     /locus_tag="SEQF2638.1_00835"
                     /EC_number="2.5.1.31"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P60472"
                     /codon_start=1
                     /transl_table=11
                     /product="Ditrans,polycis-undecaprenyl-diphosphate
                     synthase ((2E,6E)-farnesyl-diphosphate specific)"
                     /db_xref="COG:COG0020"
                     /translation="MQQHKGHRGADGIIETLNQLKTYQSMSLKEQIDRNRLPQHVAII
                     MDGNGRWAQARGEDRSAGHREGVVSVRKVVEAAVAIGLRYLTIYTFSTENWNRPAAEV
                     HALMALMVAAIQRETPDLMRNNVRLEAIGDLDRLPAEVRATLEECLRETSGNTGTTLV
                     LALSYSARWEILRATRELAEAVRDGRLRPEEVTEACFSDHLTTRHLPDPDLMIRTGGE
                     QRISNFLLWQLSYAELYFTDTYWPDFREEELYTAILDYQHRERRFGKTGEQLR"
     CDS             complement(3294..4013)
                     /locus_tag="SEQF2638.1_00836"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSAAFFRHLAAGLVFAVVGVSAFAQEYKYEIGGMGGGAFYMGDV
                     NKSTPLKGMNPSLGLVFRYNANFRIAFKGGLTWARVTGSTAGLKNAFPGGMQTAFSRN
                     VVDLGGQFEFNFFPYSDKFAYLNTQRLAPYLLVGLGGTVATGQDRTFGGLNLPIGVGI
                     KYKLRNRVNIGAELTVHKVLGDGLDNAQLDNPYNIPGSVMKNGDWYTLTTLFLTWDFG
                     PRNRKCNSTKGIEALMGLSKH"
     CDS             complement(4082..5470)
                     /locus_tag="SEQF2638.1_00837"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRNNGLRSVLVSCLAALVLSSCLKDEAQRTTPKWRQKNCQIASF
                     LLKNVTKDKDSIAGLSRVTFTIDQLRGEIYNTDSLPYGTRVTHKLACQIVYDEAVGPS
                     SVEFEPEATGKRISGREDDSIDFSRPVRIYVTSLDRTEAKTYTVRLNVHQQDPDSMAW
                     QHTSPLLRQSNLVEARVLAHTGAYLLLARTTDGLSAYRSIDAQTWTALTPAGLPAGKT
                     FEAAYATLLRHTYYIHATDGALYRSADGATWTSVAGAPTIVRLLGAVDTVTYGSQPVA
                     LAAIVRSKDNTLHFASMDASGAWTTGDAVPTTFPTEGFGSTSYEAAHRRHLLIAGGRR
                     RDGILTDQTWETTDGRTWICLNQYTASGLPALEGVAIANYSGAIVLVGGLNASGTAQR
                     TLYLSYDRGATWIAAAHKLQLPTEFVARGYASAAVTSDGYLLLVGGRTSRTGAMRDEL
                     WRGRINRLGYGR"
     CDS             6147..6404
                     /locus_tag="SEQF2638.1_00838"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGTLGQPATREQSERPSLLPLTRRRTPKCPSNCRLTPLTDRLHF
                     VFSVLPCGMFPRKGGICFCAPTRPSLLYLTKLRLPPQSPLS"
     CDS             6468..7574
                     /locus_tag="SEQF2638.1_00839"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q01609"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /db_xref="COG:COG1073"
                     /translation="MEGFTDNRPNKNPRMKHLFIGALALLVALHGGAAYGQKAKQKQK
                     SAAVNVLANDTRVFKVDPAIDVQGVRFKNRFGIELAGHLYMPKGYEASKRYPAVAVCG
                     PFGAVKEQASGLYAQELAARGFVALAFDPSFTGESGGEVRSVAAPDINTEDFGAAVDY
                     LMRLRNVDVSKIGLVGIGGWGGMAVNEASVDTRVKATVICSFYDMKRLFADVYYDSKS
                     DDARYEELRRLSNQRTRDAQTDTHEVTGDNLDRIAANAPRYLRDFQAYYKSARGFHKR
                     SVNSTGGWTKTTPISFIGSPLCSRVGEIRGAVLIVQGEKSHTRSMAEDIFKRLNGSNK
                     ELYIVPGAYHIDLYDDMKRIPFDIIDRFLKEYLK"
     CDS             7654..10326
                     /locus_tag="SEQF2638.1_00840"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIAGLLLLLFAAFGCTKSEHFITDASYRARVEADFKTKREAFAD
                     SSLFAIFQTEMTTPEREAMEFLYAYMPIGDVADYDGAFYLRNVRAAFTARREMPWGQQ
                     IPEDIFRHFVLPIRVNNENLDESRTVFFEELKDRVRGLSLREAVLEVNHWCHEKVIYT
                     PSDARTSSPLASVCTAYGRCGEESTFTVAALRAVGIPARQVYTPRWAHTDDNHAWVEA
                     WVDGRWYFFGACEPEPALNLAWFNAPAYRGMLMHTKVFGYYDGPEDVMERTACYTEIN
                     VIDNYAPTGHTTITVKGTDGKPVTDALVEFQLYNYAEFFTVARKQTDADGKASLTAGK
                     GDMLVWVSKDGRYGYHKVTFGKDDAVTIALDHTPGDTATVEMDIVPPVEGAIPPEREV
                     TDAEKAENTRRMLAEDSIRNAYVATFYTDTLSAALAKVLGMSNADELRKIMPKTRGNH
                     QEVEHFLREADQANRLPDALRLLNNISEKDLRDTPADVLLDHLNNTPQIPEGLIDRPD
                     ATLFAEYVVNPRVWNEYLTPYKQFFAERIDTSLATAARRNPQSLVEWVKTHIALRNDL
                     NPQYISIMPTGVWRARMADTYSRNIFFVAVARSLGIPARIELMTGKVQYYNHGWQDVN
                     FEADHQTNAPQGMLTASYSPTPSLDNPKYYSHFTIARLRDDAQMRTLDFESQGGVGDT
                     WQDLLRAPSSLRLDCGNYVLVTGTRMASGKVLARLTFFSIHEGQTTNVPLVMRADTTD
                     ISVIGSIDPEAKFDNETGSKVSILSTTGRGYFIIGILGARQEPTNHALRDIARLKADF
                     EGWNRGIVLLFKDKASLDGFDRKEFGPLPSTITWGTDADGSVTRMIAEAMKLRNTNDL
                     PIFIIADTFGRVVFVSQGYTIGLGEQMMQVVRKL"
     CDS             complement(10394..10510)
                     /locus_tag="SEQF2638.1_00841"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRKVRMPFHEGAAEPCVDFFFIPTYFAGTREDKKMPGT"
     CDS             complement(10647..13271)
                     /locus_tag="SEQF2638.1_00842"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMNRGLLFWTILFMLTVAGSSAQQQLKGHTRAKTNGAPIPDVYV
                     MLMSADGRRILSYDYSRDDGAFTLDLPSDGAPEYVVSTSRLGFEALRQSVRRDAGTVE
                     LRLQETSVKLREVKVEAAPMRRRGDTLTYFMSNFSRPQDKTLAEVLERMPGIEVRSDG
                     LVKYDGRPINRFYIEDLNLLGNRYSLATKNLSPSDIASVQVYENHEPIKMMRGRTDPD
                     EAALNIRLKSGSRAKWLLTGDFGLGGFPMLYDATVTPARFARRNQTLIVAKANNTGRD
                     IAMELRIHSMGATVFNPATLEGIPDQLSPLTMTSAFFVRDRARFNRSAIASVNQLWRL
                     ADDVDLRLNLNYGYERESRSRSVETEYRLGNGQTYTVGDYTSQIIRRHKLEGEWTLTA
                     NRTRYFLENKLSAEIHWKDARADVAAGGRQMQQQMNLPRTLIKNHLKLSRLIGRVAFG
                     FGNETEFIRMPQWLTVSSQDSIPLFRQLFVRQSIRYEAGSNDSYLTLNFHSGAHTLDL
                     KTGFAWKGQAVQSALQPQPEGVEGPYTNDLRWRLWQLYAVPAYRFVYGAWSLTSSAML
                     EQRQTTYAGHTDRDLQIHPAIRFSYEPSAVFKSSASWKRTIRRGDLDNRLTGYVMKRY
                     NLLTRGTDREERNVSDMLSLDLSVKDLSHFFNLSYMTYFSRYQGSLISAYLIRDFYTF
                     SWLRPFDQRSTYWSHTLSATRLLTRLSLTAGLQIAYARNASILEQQGATIDYTDHSFT
                     LSPSLKWNARRNLNFDYVASLSYTGVSIDRSAVDRYIPFLDHRLYTYWGLTPRLSLTS
                     TLQHYYTQSPDISATNLFFADLGLRFSFPHMTVSLDWTNLLNRRTYVVTGYNAINTYT
                     RTDRLRPSEFLISFRFKR"
     CDS             complement(13379..14179)
                     /locus_tag="SEQF2638.1_00843"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAMHAQETIDTARFWAVYTFSYKTRPELVRFDERDRMLLDMGDR
                     LTKFYSHYTQMRDSIASEGFKNKLSMADIQDKRRGIPWGTESVYYQWYSKKKTQVSTV
                     FLHNGYTYEEPMAMPEWILHEDTMMVLGYVCKRATTHYRGRDWEVYYTSDIPLSRGPW
                     KLWGLPGLIVHATDADGYFLFEMTNFERIPESVVRPILYIHHKDGPKGDYKGAEYKKV
                     SKKTYIQYEKAYHEDVNAFREFEFGHKVFTPDGSPLPITKTDYIPLEK"
     CDS             complement(14421..15263)
                     /locus_tag="SEQF2638.1_00844"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRRIPIFFFAWIFATVAMHAQETIDTARFWAVYKFSYKTAPEQP
                     EFDWMDWMYLDIGDKATKYFNRYAEIKDSVKNEGLKKGLSGWELFEMTKKYPIRGAAP
                     IYYQLYNEKKTRVAIEYVAHGYVYEEPLEMPNWTLQEDTMTILGYLCHRATTHYLGRD
                     WEVYYTTEIPLNRGPWKLWGLPGLIMRATDADHYFLIEMDQFKRLSHPDPIVYIHREL
                     GHKGGYIGDEYKKITKATYLKYEASYHEDVNAFMNFEIGSEIRDTEGNPLPVNKLPYI
                     PLEK"
     CDS             complement(15460..16296)
                     /locus_tag="SEQF2638.1_00845"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRVLIFLFAWTLVVFALQAQTEIDKAMFRAMYKFSYKTSPEQP
                     TFDWVDWMYLDIGNKATMFYNRYAELKDSMTNECLKQNMPPEAIHERTKNYPVRGDAP
                     VYCQLYNEKTTRVATRYAKGYYYEEPMVMPQWILDNKSLTLYGYTCRRATTHYLGRTW
                     EVYYTTDIPLSYGPWKLWGLPGLIVRATDADHYFLFELDHFKRLSKPEPIIYIHREFG
                     NKGGYTGSEYKKVSKKTFVEYERLFHKDAMAFLDFEMGDTGPTSGDPTPVAEIPYIPL
                     EK"
     CDS             16312..16533
                     /locus_tag="SEQF2638.1_00846"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFPHKETMTFCIIKNRATCYTTCFQIPANAQIRVFAASGGVCGA
                     YAIRPYRVAGMESEKSIRLYPIGKSEIKK"
     CDS             complement(16609..17646)
                     /locus_tag="SEQF2638.1_00847"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDELVEIQKMRLTRLDNALHVLYHSDAYDIVHAVDITKLGLTLA
                     LLNEWNGNLLTEKDLNLEAQANHNTKLLNEKNEERNKLITFIFNVVRTYQRSPDADEA
                     KAATQLDIITRRYRGIQYGSKSHETVHIDGLLIDLKKAEMTPLLATLRLTSAVSLLET
                     ANAEFNKFRKARTASRAKKDLPKIVEVRPKTDAVYERVIFMLQAAYLSGSATVDKELI
                     RTVAKQLNQRMDEINDTFSQILARRKSDKSKDPKTPKEPKKPRKPKDKDDPDIRLPET
                     EEPKKPGDSGKDKKPEGGGTPKPGGGGKKSEGGGSGTEGGGKNSKEGGSGSEGGGGAS
                     GGGPEIHLPEN"
     CDS             complement(18186..18455)
                     /locus_tag="SEQF2638.1_00848"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPEIWLALDLQTGTKPNLAGIPDALIFFCFFSSIKRRKEDNDAR
                     KILHQKNKISYTLKISTYNSSVKIFLRFFREKFVAIQNSYTLAAA"
     CDS             complement(18778..20220)
                     /locus_tag="SEQF2638.1_00849"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNYLKYLTLILAASLITSCGNDWLDVEPSTSIQTESGVKSLKEV
                     EFSLNGIYSTMQSADAYSGRLVYYADVTGDDMQAVSSTKRTANYYRFNFTKDNGPSSH
                     WAYLYNIIQNCNVVLASLDRITANDAEKAYRNDLRGQALAIRGMALFDLTRIFGYPYT
                     KDGGASMGVPIIETVSGTENKPSRSSVAECYTHIIADLKSASELLGEKFNKGKFNKWA
                     ALTLLSRVYLYKGENEEALKAAKSAISGAEKNGYALWSNKSYPTAWGADASSADQGEV
                     LFEIVNLTTDSPGKESMGYLNSKDGYDDMCITASFYRLLKENPRDVRLKLLSFDGKQY
                     AYVNKYQPQPGENIADANIPLLRLSEAYLNAAEAAVKTGDNATAVTYLDAIVHRADPD
                     STVKGKTLTLANVLNERRKELVAEGHRMYDVMRNGLSIKREDVEESAISRTRHDTPYM
                     DYDRTFYMIVLPIPKGEIDANPNIKQNPGY"
     CDS             complement(20242..23391)
                     /locus_tag="SEQF2638.1_00850"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:T2KPJ3"
                     /codon_start=1
                     /transl_table=11
                     /product="TonB-dependent receptor P3"
                     /translation="MNRKDHYTSHRTKQGSWRKLLPAIGLVVTLSMQAEGAGAATVGS
                     AASRAPEMATLTQHQKRTVVGTVIDETGEPVIGANILVKGTATGTTTDLDGHFSIEAE
                     GSQVTLVISYIGYKRLEVSATAGQPVKVRLEPEDNVMDEVVVTGYGTFKKSAYAGSAS
                     NVKADKMQDVPAVSFKDLLQGNASGVQFSSSSGQPGAASTLKIRGMGSFNASNAPLYV
                     IDGVPVRSGSINSLSSRAGLDIMSTLNSSDIESITIIKDAAAASLYGSRAANGVVLIT
                     TKRGKSGKPAFSFKADFGSSDFAMEYRPIMGGEERRQYIYDGLVAGQMKRGKSESVAR
                     AYADKRINNFAPIPWSGYTDWDDVLFRKGSHSSYEASITGGSDKFKYYSSLSYLKQEG
                     IAYNSGLERISGRLNVDYQATDRLKLGVNMLLATVNQEVNSEGTSYVSPFYTSRNAVV
                     PSDPVYNKDGSWNRNMIRIGDRNPAQSAAYDYQREYVTRTFNTLFAEYEFIRDLKFRS
                     TFSYDYVNTKGKDWSDPRTAEGQDKNGIMDKRYSELSKMTWANQLSYRTTLSDNHHLD
                     ALIGYEVDDQYSDYLLGIASNFATPQKNDISNGMKTEAVGGSNTRSRMVSYISRLNYD
                     YRNRYYLGGSFRTDGSSRFHRNSRWGSFWSLSGAWRAIEESFMEPTKGWLSDLKLRAS
                     YGVNGTLPSDLYGYMGLSDLTNGYLEQPGIIRSRLPNIDLQWETNHNLNLGLDLGLWN
                     RINVTLEYYVRTTKNLLMDRPISMTTGFSSYLMNIGEVKNQGVELEIGSTNVQTKDLT
                     WTTNFNISHNRNEIVKLDGLQTEIIGGYQIHQVGKPYRTFYMIEFAGINPETGAPQFY
                     TNERDANGNYKKDITEDVSKANAAVLDKYADPAVIGGLSNSIRYKWFDLSCMFSYQFG
                     GYAYDVWAQKTEHGGNDMRANVPTYYRNSWRKPGDATSYELFYENPAVAMNKISTSRR
                     LHSTDFIRLKTLTLGFTLPKSWVKAAHLENVRLYASANNLWTWAAYDYYDPEATESGS
                     ATWGTPPLKTVIFGVNMNF"
     CDS             complement(24079..26574)
                     /gene="mrcA"
                     /locus_tag="SEQF2638.1_00851"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:O66874"
                     /codon_start=1
                     /transl_table=11
                     /product="Penicillin-binding protein 1A"
                     /db_xref="COG:COG5009"
                     /translation="MAHFSLIPHTICYYIYPFYFDMKEIKKNVGHFAANGAGSHHKSG
                     DPTNRKLHFPSRGRQRFIAAIWITAGSIAALVFIIFFAISQGWIGYVPAVEQLENPID
                     RYATQLISADGKSLGSFSYSQDNRFYASYQDLSPDLVQALIATEDVRFTDHSGIDVRG
                     LFRAIVKRGLMGQRSGGGGSTITQQLAKQLYSPSVENLTERLLQKPIEWVIAVRLERY
                     YTKEEIINMYLNKFDFLHNAVGIRSAAQSYFGKTPATLTTEEAAMLIGMCKNPSYYNP
                     IRYPERTLERRNTVFRQMVKAGFMTEARCEELSAKPIVLHYTQLDHTDGIAPYFREYL
                     RVTMMAKKPERSDYSKWQQQKYLDDSLAWETNPLYGWCNKNRKANGDPYNLYTDGLKV
                     YTTIDSRMQQYAEEAIAEHLGKHLQPAFFREKRRKPYAPFSEDITEKQRKDILDRAMK
                     QSDRYRALKQAGYSEKKIRENFNEKVEMQVFTWKGIVDTTMSPMDSIIYCKSLLRTAF
                     MAMDVRTGQVKAYVGGINFDKFRYDMVTTGRRQIGSTMKPYLYSLAMIEGFTPCDQLL
                     HVQPVLYDEGGNAWIPRNPGARRIGEMVTVQWGLQVSSNWVTAYLMKQLSPYSLVRLL
                     RSYGMHSHIDPVVSICLGTPDISVSEMVSGYSVFANKGIRVEPLYVTRIEDSFGNTIA
                     TFAPQVNEVLPEEAAYKMLYMLRSVVDGGTAGRVRYGYDITAQMGGKTGTTQNNSDGW
                     YMGFTPSLVAGCWVGGEDRSIHFDKMDEGQGAAMALPIYGLFMKKVYADKKLGYSQSE
                     TFDVPKEYANPCRGYVPMESDYSNHTGIDDLFN"
     CDS             26939..27622
                     /locus_tag="SEQF2638.1_00852"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSPINKNKARRESLRGPHDGQSVFGNACGSSANQKKNVLAFAGL
                     PQIKKRTLWRLRKFRKSKRERFGVCGTPANQKKNVLALAEVPQIKKRTLWRLRKFRKS
                     KRERFGACGTPANQKKNALAFAEVPQALPKTLWSLQRSIQAILQGLGASFFRSSSRCK
                     DFWKGRSAVEGIRFAPIDRLEAIRSCDLYPKCQSDPATHFRPRWTGHRIANGFSPFQT
                     APTFAALKT"
     CDS             27636..28517
                     /gene="fabD"
                     /locus_tag="SEQF2638.1_00853"
                     /EC_number="2.3.1.39"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q7A5Z3"
                     /codon_start=1
                     /transl_table=11
                     /product="Malonyl CoA-acyl carrier protein transacylase"
                     /translation="MNAYVFPGQGAQFVGMGKPLYDEKPLAKDLFEQANDILGFRITD
                     LMFAGTDDDLKQTKVTQPAVFLHSVILARTLGEDFRPDMTAGHSLGEFSALVAVRALS
                     FEDGLQLVSKRAQAMQKACEKAPSTMAAIIGLADEQAEQICAEITDEVVVCANYNCPG
                     QIVISGTIAGVDAACEKMKAAGAKRALKLKVGGAFHSPLMEPARAELAEAIESTHFNQ
                     PVCPVYQNVDARPQTDPDAIRRNLIAQLTSPVRWTQTVRNMASDGATHFTELGPGNVL
                     QGLIKKIEPAVAVDGLQ"
     CDS             28524..29099
                     /locus_tag="SEQF2638.1_00854"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYSNKEPMEKGNNPLYDKNTLEFVAVAFECCSWLEKTEREGADL
                     FAFVDKATKLLPLLYLKATLLPEVEVDDDEDVDLAPFITEETYEALRTRLSALLGQHD
                     SYLETFLPDMRYSDTPIAAFISENLSDLYQDLGDFVSLFREEHEPTMHAALARCTENF
                     RLYWGQALLNALKALHALRYNEDISLTDPTT"
     CDS             29096..29686
                     /gene="rnd"
                     /locus_tag="SEQF2638.1_00855"
                     /EC_number="3.1.13.5"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01899"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribonuclease D"
                     /translation="MTLHPPLPAKITKEEIATLPQEEYAGQIVVVDRPEDVARAVAEL
                     SAEARVGFDTETRPNFRKDQHHKVSLVQVATEETCYLFRLNCLGGIPEPLVGFLSNAD
                     VTKIGLSLADDFHMLRERVETLQPAGFIELQKLMPSYGINEAGLQKIYAILFQKKISK
                     RARLTNWDANVLTPAQQKYAALDAWACLRIYKHLCS"
     CDS             29683..30873
                     /gene="rlmI"
                     /locus_tag="SEQF2638.1_00856"
                     /EC_number="2.1.1.191"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P75876"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosomal RNA large subunit methyltransferase I"
                     /db_xref="COG:COG1092"
                     /translation="MTYPKIYLKPKKEESVLRLHPWIFSGAVARIDGQPEEGAVVEVF
                     ATDGRLLGVGHYQIGSIAVRLLAFDEVTIDHAFWLDRLRSAYNLRQMLGLDHAPENDT
                     YRLVYGEGDRLPGLVIDMYADTAVMQAHSVGMHHARHDIATALRELLGDRLQAIYYKS
                     DGTLPFKAALDHTDEYLLGRYTGGEHLATERGLRFGIDWLKGQKTGFFVDQRENRRLL
                     EQYAGGRTVLNMFCYTGGFSVYAMRGGARAVHSVDSSSKAVSLTERNVALNFPDDDRH
                     RAFAEDAFDYLRRAGNDYDLIILDPPAFAKHRDVLRNALQGYRKLNAAAFEKIRPGGI
                     LFTFSCSQVVSRNDFRLAVFTAAAQTRRHVRILHQLTQPADHPVSIYHPEGEYLKGLV
                     LEVE"
     CDS             30877..31461
                     /locus_tag="SEQF2638.1_00857"
                     /EC_number="2.3.1.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q7A3E8"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative acetyltransferase"
                     /translation="MHRTEIEKMRRGESPDFQLPELQASFRHAKELLARMRTMSTYSD
                     GFRELLEQLIPGIPPTSVVCPPFHCDHGHGIRLGHGVYINAGCTFLDGGWIRIGDHTL
                     VGPAVQIYTPHHPLNYLERRTGREYARPVTIGADCWIGGGAIICPGVTIGDRTVIGAG
                     SVVTHDIPADSLAVGNPCRVIRPLEAGEDASHSL"
     CDS             31471..32790
                     /gene="nhaC"
                     /locus_tag="SEQF2638.1_00858"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:O07553"
                     /codon_start=1
                     /transl_table=11
                     /product="Na(+)/H(+) antiporter NhaC"
                     /db_xref="COG:COG1757"
                     /translation="MDHNPAQEINPHIPAAARWIGATPLVVFLAVYLLTSLILRDFYA
                     MPITVAFLVSSVYAVAITRGLSTEKRVLRFSRGVADYNLLMMIWIFVLAGAFSEAAKS
                     IGAIDATVHLILRLLPAGLLLPGLFLASCVISLSIGTSVGTVVALVPIALGLSGPLGL
                     PVEYIAAVVTGGAFFGDNLSFISDTTIAATRTQGCSMRDKFRVNLRIVLPAAIATFVI
                     YAFQGAHLAETPLSTDTHSPWLALPYLVVLIAAARGINVTAVLTLGIVVCGLVGAVFG
                     TVTFWPWIGALGQGIVGMGELIIVTMLAGGMLELIRFNGGIDYLMSGLTRGIRGKRGA
                     EAAIAALVSVANICTANNTIAILTTGSMAREITARYGIDPRKSASILDTFSCLIQGLI
                     PYGAQLLLAARFAEVSPIAIVGYLYYPFIMGLCAILAIALRLPRKYS"
ORIGIN      
        1 ctgttgccgg cgatggagtt gttttcgtag ccgcgtaggg caacaagctc ggtgggatag
       61 ccgttgccgg aatagcccga cataccgtcg ccacccattt gataagactc gaagggggag
      121 atcttatgcc ggttgtagta gccaaggaag ccgtactcca cgcgggtcat gagcaccggt
      181 gtgcgctttg gaccgttgtt ttgtggcagg ggcgtgaggg gaaagaacat cttgccttgg
      241 aatttccact tgtggtactc gatcagcttg tggcgctcgg ccgggtcgtt gatcttggag
      301 tagtccttgc catcgatgag cgagtagggc ggcgtgaacg agacggaagc caagaactgc
      361 gagccgtagc gcgtgtagat cgggttatcg atcgagttgc gttgcagact cagatcgagg
      421 ctgatcttgt ggcagacgcc gttggctacg tcgaagtacc ggtagtcgtg catatgatac
      481 agctgatagc ccagcgtgag catggtgtag aaatagtcgt cgggccaatt aagacgctta
      541 ccgaaaccta tacttccgcc aaccatttcg atgtacttcg ttgggtcgta ggcttgctca
      601 tagggattgt aaccattgct tccataacta ttgcgaccgt agatgccgtt gttgtagaag
      661 ctgttggcca tgtagcggct gtattcctga ttaaaatagc ggggattata acccgtgtac
      721 ttggaataat agagcccgac agagagtgtg ttcgggcgct tgccaccgaa ccacgggtcg
      781 aggaaggaga ggctgtagga ctgatagtat ttaccactcg tctggccgtt gatggtaaac
      841 gtttggccgt cgccctgggg gataatgccg cggtaggtgc cggggtggaa aaggttgcgc
      901 atggagaagt tgttgaactt caaaccgacg cgcccaagca atccgcccgg tccccatccg
      961 gctgataact cgatctgatc gctggcctta gagacgaggt tgtagcggat gtccaccgtg
     1021 ccattgtccg ggttggggat gggttcgggg ttcatcttct caggatcgaa gtggcccgtc
     1081 tgcgcgatct cacgcgccga acggatcagg tcgtcgcggc tgaagagctg tcctggcttg
     1141 gtgcgcaact cacggcggat attgttttcg tagagccgat cgttaccgtt gatgatcacc
     1201 ttattgatcg tggcctgcgg gccttcctgt atgcggattt caagcgagat cgagtcgttc
     1261 tccacctcca cttcaacagg gtcggcgtag aagaagaggt aaccgttgtt gtagtagatg
     1321 ttcgagacgg cgtcgtcgtc ggactgtagg cgttcctgca acttcttctg gttgtagacg
     1381 tcgcccgcct tcatgttcag cagcatggag agctgctcgg tgggatactt cgtgttgccc
     1441 acgaagcgga tgtccttgag atagtatcgg tcgccctcgt taaggttgag gtagatgtcg
     1501 acgtatttgt cgtccacggg cacgatgctg tctgaggtta cgacggcatc gcgatagccg
     1561 tactcattgt atttatcgat gaggttcttc ttgtcgtttt catactcctc gctagtgaac
     1621 ttcttcgtgc tgaaaagctc caaccaactg gtgcggaagc gcttcttgag gtcgaacttc
     1681 tcgttcgtct tcttcatggc cttcttcagt gtaacatccg agagggcatg gttgccattg
     1741 aggtggatct cgcgaatcct cgtcttttgg tttttggaga tgttcacgtc cacgatcacc
     1801 tcgccgtctt tccccgcatc ctcacgttgc acgatgtcca cctccacgtt cttgaagccc
     1861 ttgccgtcga aatatttctt gacgagcgtc tttgcgcgat ccatcacgtt gggcgtgatc
     1921 tgatggccct tgcgcagccc gagctttgcc tcgaggtctt cgcgttcgct cttcttcacg
     1981 ccgttataat ggatctccga gatacgtggg cgctgcttca ggcggatctc gagccacacc
     2041 ttatcgcctt ggatgcgagt ggccaggatc ttcacgtcag aaaacagccc atgcttccag
     2101 aagcgccgca ccgcgtccga gatctcatcg cccgggatcg acacctcgtc gccaacagag
     2161 aggccggaga agccgatgag gatgaaatcg tcgtagttct tggtgccggt cacttggatg
     2221 ccggcgatgg tgtagcgttt cggcgtcagc gtataggata ccgtcggcac ctcgccagct
     2281 ggcaccgtat ccgtcggtgc cgcgttcgtc ggtgtgaggt ccgaaagcac cgtcccagcg
     2341 tgcacggccg tggtgtcgac ctgcgcccac gcgctgccca ccgttaaggc tgccattagg
     2401 gccgccgcca tcaagcgtaa tctcttctgc atagtaaagt cgttagaagt agtaggggtg
     2461 tggtttaagg tagtaagtcg tagggaagcg gtgcccccag cgaggttcgt acctgtgtac
     2521 ttgtcttatt tatctgagtt gttcgcctgt cttgccaaag cgccgctcgc ggtgctgata
     2581 gtccaagatg gccgtgtata attcttcttc cctgaaatcg ggccaatagg tgtcggtgaa
     2641 atacagctcg gcgtaggaga gttgccaaag caggaagttg ctgatgcgtt gctcgccgcc
     2701 cgtgcggatc atcagatcgg ggtctggcag atggcgggtg gtgagatgat cggagaagca
     2761 cgcctccgtc acctcctccg gccgtagccg accgtcacga acggcctcgg ctaattcacg
     2821 cgtagcacgc aggatctccc aacgcgccga atagctgagc gcaagaacga gcgtcgtgcc
     2881 tgtattgcct gacgtttcgc gcagacattc ctcaagcgtg gcccgcactt cggccggcaa
     2941 ccgatctaag tcgccaatgg cctcaaggcg cacgttattc ctcatcaggt cgggtgtctc
     3001 gcgctggatg gcggccacca tgagcgccat cagggcgtgc acttcggccg cggggcggtt
     3061 ccagttttcg gtagagaagg tgtagatggt caggtagcgc agcccgatgg ccacggccgc
     3121 ctcgaccacc ttacgcacgg agacgacgcc ctcgcggtgt cccgcgctgc gatcttcgcc
     3181 acgcgcttgc gcccatcggc cgtttccgtc catgatgatc gccacatgct gcggcaatcg
     3241 gttgcggtct atttgttctt tcaacgacat gctttggtaa gtcttcagtt ggttcaatgt
     3301 ttcgataatc ccatcagcgc ctcgatgccc tttgtgctgt tgcatttgcg gttgcgcggc
     3361 ccgaagtccc acgtgaggaa gagcgtcgtg agcgtgtacc agtcgccgtt cttcatcacg
     3421 ctgccgggta tgttgtacgg gttgtccagc tgcgcattgt ctaagccatc gcccaagacc
     3481 ttgtgcaccg tcagctctgc gccgatgttg acgcggttgc ggagcttgta tttgatcccc
     3541 acaccgatgg gcaggttcag cccgccgaac gtacggtctt ggcctgtagc cacggtaccc
     3601 cccagcccga cgagcaggta gggcgcaagg cgctgcgtat tgaggtaagc gaacttatcg
     3661 ctgtagggaa agaagttgaa ctcgaattgc ccaccaaggt ccaccacgtt gcgcgagaaa
     3721 gcggtctgca taccgccggg gaaggcgttc ttgaggccag ccgtgctacc cgtgacccgt
     3781 gcccacgtca agccgccctt gaaggcaatg cggaagttgg cgttgtagcg aaagaccagc
     3841 cccaacgacg ggttcatgcc cttgagcggt gtactcttat tcacatcccc catgtaaaac
     3901 gctccgccgc ccatgccgcc gatctcgtat ttgtattcct gcgcaaaggc cgacacgccg
     3961 acgacggcga agacgagccc cgccgcaagg tgtcgaaaga aagctgctga cattatcctt
     4021 gattattacg gtcattactt tctccctaac gcgaaaagtg tttcaaaatt acgttcaccc
     4081 tttaccgccc gtaacccagt cgattgatgc gtccacgcca cagttcgtcc ctcatggcac
     4141 ccgttcgcga ggtgcgtccg ccgacgagca gcaggtagcc gtccgacgtg acagcggccg
     4201 aagcatagcc acgcgccacg aactccgttg gcagctggag cttgtgcgcc gctgcgatcc
     4261 atgtcgcgcc gcggtcgtag gagaggtaga gcgtgcgctg tgcagtgccc gaggcgttca
     4321 ggccgcccac aaggacgatg gcgccgctgt agttcgctat cgccacgcct tccaaggccg
     4381 gcagaccgga ggcggtgtac tggttgaggc agatccacgt gcgaccgtcg gtcgtctccc
     4441 acgtctgatc cgtcaggata ccgtcgcgcc gacgaccgcc cgcgatcagc aggtgccgac
     4501 gatgggccgc ctcgtagctc gtactgccga agccctccgt ggggaacgtg gttgggacgg
     4561 cgtcgcccgt ggtccaagcg cccgacgcat ccatcgaggc gaaatggagc gtgttgtcct
     4621 tactgcgcac gatggccgcc agcgccaccg gctgtgagcc gtaagtcacc gtgtccacgg
     4681 cgcccaagag gcggacgatt gtgggcgccc ctgctacgga cgtccacgtg gcgccgtcgg
     4741 ccgagcggta gagcgcgccg tcggtggcgt gtatataata ggtatggcgg aggagggtgg
     4801 cgtaggccgc ctcgaacgtc ttgcccgcgg gcaggccggc cggagtgagg gccgtccacg
     4861 tctgcgcgtc gatcgagcga taggcgctca ggccgtcggt tgtgcgggcc aagagcaggt
     4921 aggcaccagt gtgggccagc acgcgtgcct caacgaggtt gctctggcgg agcagcggcg
     4981 aggtgtgttg ccaggccatc gagtcggggt cttgctggtg gacattcagg cgcacggtgt
     5041 aggtcttggc ctcggtgcgg tcgagcgacg tgacgtagat gcgcacaggc cgcgagaaat
     5101 cgatcgagtc atcctcccgc cccgaaatgc gtttgccggt cgcctctggc tcgaactcca
     5161 cgctcgacgg gcccacggct tcgtcgtata cgatctggca ggccaactta tgggtgaccc
     5221 gtgtgccgta cggcagtgaa tcggtgttgt agatttcccc tcgcagttgg tcgatggtga
     5281 aagtcacccg actcaggcct gcgatggagt ccttgtcctt ggtgacattc ttcagcaaaa
     5341 aggaggcgat ttggcagttt ttctgccgcc atttcggcgt tgtcctctgc gcttcgtcct
     5401 tcaagcagga cgacaaaacg agcgctgcta aacagctgac aagcaccgat cgtaacccgt
     5461 tatttctcat ttacacaatt gttttttctg aacgaggggc aaaagtagat agatattcgt
     5521 cctacacaac cggcgtccgg agcaagggtc aggggtcaaa tccccctgat tacgggtgcg
     5581 cacaacggct cacccggcat cgccatttcc gttgtcctac attcaccctg cgccgcgccc
     5641 gaagcacctc attttgcccg atagacgccc tgcgtggccc ctaatgcgcc tcattttacc
     5701 cgataggcac ccagcgcggc gcccgaagcg agtcattttg ccccacaact tccccgctca
     5761 gccctaaaaa gagccatata ttccatgctt ttacattaaa agcacaagat gtacgatgca
     5821 ggtaatgagc ttctatattg aaaggataag atattcgaca tgcattgaat gctatcatat
     5881 taaaagccta ttatatacga tctatattcg atgcttttat actgagagga tataatatac
     5941 atgatatatc tgatcctttt aatctaaaag cattgaatat acgatgaagg tatatatctt
     6001 tcaaattgat acactccgac ttgcaatata tattccatcc tttcagatta aaagcataaa
     6061 atatacgtgt gatattctat gctatcacat taaaagcgtc tgatatacac ctccatttaa
     6121 ggctacgcgg cggggaggag tttcgaatgg ggacgctggg gcagcccgcc acccgggaac
     6181 agtccgaaag gccgtcgctt ttgcccctca cacgacgtcg cacccctaaa tgcccttcca
     6241 attgcaggct aacgcccctc acggatcgac tccacttcgt cttttccgtc ctcccctgcg
     6301 ggatgttccc ccggaaggga ggcatatgct tttgcgcccc tacccgaccg tccctcctgt
     6361 atctgaccaa actgcgcctg cctccgcaga gccccctatc ataaatcgaa cagccgctta
     6421 gctttgcgcc tccaaatttc cagagagtaa gaagtgacaa taggacaatg gaaggattca
     6481 cagataacag accaaacaag aacccccgca tgaagcatct atttatcggc gctttggcgc
     6541 tgctcgtcgc cctacatggg ggcgcagcct acgggcaaaa agcaaaacag aaacagaagt
     6601 cggctgcagt caatgtgctg gctaacgaca cgcgcgtctt caaggtcgat ccggcgatcg
     6661 atgtgcaggg cgtgcgcttc aaaaaccgct tcgggataga gttggccggc cacctctaca
     6721 tgcccaaagg ctatgaggca tcgaagcgat accccgccgt ggctgtctgc gggccctttg
     6781 gggcagtcaa ggagcaggcc tccggactct acgcccagga gttggcagcg cgcggctttg
     6841 tggccctggc cttcgacccc tcgttcacgg gcgagagcgg cggcgaggtg cgcagcgtgg
     6901 ccgcaccaga cattaacacg gaggacttcg gcgcggccgt ggactatctg atgcgcctgc
     6961 gcaacgtcga cgtctcgaag attggcctcg tgggcatcgg tggctggggc ggcatggcgg
     7021 tcaatgaggc ctcggtcgac acgcgcgtca aggcgactgt catctgctct ttctacgaca
     7081 tgaagcgcct cttcgccgac gtctattacg actccaaaag cgacgatgcg cgctacgagg
     7141 agctgcgccg actgagcaat cagcgcaccc gagacgcgca gacggatacg cacgaggtga
     7201 cgggtgataa cctggatcgt atcgccgcca acgcgccccg ctacctgcgc gactttcagg
     7261 cctactacaa gtcggcccgc ggcttccaca agcgctcggt gaactccacg ggcggctgga
     7321 caaagacaac gcccatctcc ttcatcggct cgccgctctg ctcgcgagtg ggcgaaatcc
     7381 gcggcgcggt gctcatcgtc cagggcgaaa agtcgcacac tcgcagcatg gccgaggaca
     7441 tcttcaagcg cctcaacggc tcgaacaagg agctctacat cgtgcccggc gcctaccaca
     7501 tcgacctcta tgacgacatg aagcgcatcc ccttcgatat catcgatcga ttcctgaagg
     7561 aatatctgaa gtgaggcggc tcgacgccgc aggtgcgcaa cgacctatgc aaggctctat
     7621 aactacctat tcattatgag aacatactca cccatgatcg caggactctt gctcctgctc
     7681 tttgctgcgt tcggctgcac gaaatccgaa catttcatca cagacgcctc ctatcgcgct
     7741 cgcgtggagg cggatttcaa aacgaaacgt gaggccttcg ccgactcgtc gctcttcgcc
     7801 atcttccaaa ccgagatgac cacccccgag cgtgaggcga tggagttcct ctatgcctac
     7861 atgcccatcg gcgacgtggc cgactacgac ggcgccttct atctgcgcaa cgtccgggcg
     7921 gccttcacgg cccgccgtga gatgccatgg ggacaacaga tcccggagga catctttcgc
     7981 cactttgtcc tcccgatccg tgtcaacaac gagaatctgg acgagagtcg caccgtcttc
     8041 ttcgaagagc tgaaggaccg cgtgcgggga ctctcactgc gcgaggcggt gcttgaggtg
     8101 aaccattggt gccacgagaa ggtgatctac acaccctccg acgcccgcac cagttcaccg
     8161 ctcgcctccg tctgcacggc ctacggacga tgcggcgagg agtccacctt caccgtggcc
     8221 gccctacgcg ccgtcggcat tcccgcgcgg caggtctaca cgccacgctg ggcccatacg
     8281 gacgacaatc atgcctgggt cgaggcgtgg gtcgatggcc gctggtactt cttcggcgcc
     8341 tgtgagcctg agccggcact caatctggct tggttcaacg ctccggccta tcgcgggatg
     8401 ctgatgcaca cgaaggtgtt cggctactac gacggaccgg aggacgtgat ggagcgcacg
     8461 gcctgctaca cggaaatcaa cgtgatcgac aattacgctc cgacgggtca cacgacaatc
     8521 accgtgaagg gtaccgatgg caagccggtc acggatgcgc tcgtagagtt ccagctctac
     8581 aactacgctg agttcttcac cgtggcgcgc aagcagaccg atgccgacgg caaggcctca
     8641 ctgacggcgg gcaagggcga catgctcgtg tgggtgtcga aagacggacg ctatggctac
     8701 cacaaggtga cgtttggtaa agacgacgcc gtgacaatcg ccttggatca tacgccaggt
     8761 gacacggcta cggtagagat ggacatcgtg cccccggtgg aaggtgccat cccaccggag
     8821 cgtgaggtga cggatgcgga gaaggccgaa aatacgcgtc gcatgctggc cgaggacagt
     8881 atccgcaacg catacgtggc cacattctat accgacaccc tgtctgctgc cttggcgaaa
     8941 gttttaggta tgtcgaacgc ggatgagctg cggaaaatca tgcccaagac acgtggcaac
     9001 caccaggagg tcgaacattt cctgcgtgag gcagatcagg ccaaccgact gcccgacgcg
     9061 ctgcgcctat tgaacaatat ctccgaaaag gacctccgtg atacgccggc ggacgtacta
     9121 ctcgaccatc tgaacaacac gccgcaaatc cctgagggcc ttatcgaccg gcctgatgcc
     9181 actctttttg cggagtacgt agttaaccca cgcgtgtgga acgagtatct gacgccttac
     9241 aaacaattct ttgccgagcg gatcgatacg tcgctggcta cggcagctcg acgcaatccg
     9301 cagtccctcg tggaatgggt gaagacacat atcgcccttc gtaacgacct caatccgcag
     9361 tatatctcta tcatgccgac gggtgtatgg cgtgcgcgca tggcggacac ctattcgcgc
     9421 aacattttct tcgtggccgt ggcgcgaagc ctgggcatac ctgcccggat cgagttaatg
     9481 acgggtaagg tgcagtacta caaccacgga tggcaggatg tgaactttga ggcggaccat
     9541 cagactaacg cgccccaagg aatgctcacg gccagctact cccccactcc ctcgcttgac
     9601 aatccgaaat actacagcca cttcacgatt gcccgattgc gtgacgacgc acaaatgcgg
     9661 acgctcgact ttgaatcgca gggcggtgtg ggcgacacgt ggcaggatct gcttcgcgcg
     9721 ccgtcctcat tgcgactcga ttgcggcaat tatgtactcg tcacgggtac gcgtatggcc
     9781 agtggcaagg tgctggcacg tctcaccttc ttctctattc acgaagggca gacgacgaac
     9841 gtgccgcttg tcatgcgtgc ggatacgacg gacatcagcg tgatcggtag tatcgatccc
     9901 gaagccaagt tcgacaacga aacaggctcg aaggtctcca ttctttcgac cacaggccgc
     9961 ggatacttca tcataggcat tctcggtgca cgacaggaac cgacgaacca tgcactgcgc
    10021 gatattgccc gtctgaaggc cgactttgaa ggttggaacc gtggcatagt gcttcttttc
    10081 aaggataagg cttccttgga tggctttgat cgaaaggagt tcggcccgct accgagcaca
    10141 attacgtggg gcacggacgc agatggttcc gtgacgcgta tgattgccga ggccatgaaa
    10201 ttgcggaata cgaacgacct gccaattttc attatcgccg acacgttcgg tcgggtagtc
    10261 tttgtatcgc agggctatac gattggctta ggtgagcaga tgatgcaggt ggtgcggaag
    10321 ctgtaaaacg taggtcgaca aaagtctaag gccttcaaac gaaagccggg tacacgggcg
    10381 ggatttcccc aagtcatgta cccggcattt ttttgtcctc acgtgtaccg gcaaaataag
    10441 ttgggatgaa aaagaagtct acacatggct ccgcggctcc ttcatgaaac ggcatgcgga
    10501 ccttacgcat tgttggaggt cgcgtaagat tttgcgatct taccttcgga tagtcggatg
    10561 gataaaaaac ggccggatac gtgatgagaa aactcgcagg cgtccggcca ttttttgttt
    10621 ttcgattttc gttttctcct gatcccctat cgcttaaaac gaaagctgat cagaaattcc
    10681 gagggccgca gccgatcggt acgcgtgtag gtattgatgg cgttatagcc tgtaaccaca
    10741 tacgtgcgac ggttcaggag gttcgtccag tctaaactga cggtcatgtg agggaacgaa
    10801 aaacgcagac ctaagtcagc gaaaaaaaga ttcgttgccg atatgtctgg gctttgtgtg
    10861 taataatgtt gcagggtgct ggtcagcgag aggcgcggcg tgaggcccca ataggtgtac
    10921 agacgatggt cgaggaatgg aatgtaccga tccacggcgc tccgatcgat gcttaccccg
    10981 gtatacgata gcgacgcgac ataatcaaaa tttaagttcc tccgagcgtt ccatttgaga
    11041 gaaggcgaaa gcgtgaaact atgatcggta taatctatcg tagctccctg ctgctccaag
    11101 atcgatgcgt tgcgagcgta cgcaatttgc agccctgcgg taagggaaag gcgcgtcaat
    11161 agccgagttg ccgaaagggt atgagaccaa tacgtactgc gttgatcaaa aggacgaagc
    11221 caggagaagg tatagaaatc gcgaataaga tatgccgaga tcaggcttcc ctgataacga
    11281 gaaaaatacg tcatataact caagttaaag aaatgcgaca gatccttgac tgagaggtcg
    11341 agactcagca tgtccgaaac gttgcgttcc tcacgatccg tgccacgcgt gagcaggtta
    11401 tagcgtttca tcacatagcc cgtgaggcga ttgtccaggt cgccacggcg aatcgtacgc
    11461 ttccaactgg cgctcgactt gaataccgcc gaaggctcat agctgaaacg tatcgcgggg
    11521 tggatttgca gatcgcgatc ggtatggccg gcatacgtgg tctgtcgttg ctccagcatc
    11581 gcggacgatg tgaggctcca agccccatac acgaatcgat aagcaggcac cgcgtatagc
    11641 tgccataggc gccaacgaag atcgttcgtg tagggaccct ccacgccctc cggttggggt
    11701 tgcagggcgg actgcacggc ttgtcccttc catgcaaaac ccgtttttaa gtccagcgta
    11761 tgtgccccgg agtggaagtt gagcgtcaga tacgaatcgt tgctacccgc ctcatagcga
    11821 atagattgcc ggacgaatag ctgtctaaaa agtggtatcg aatcttgcga agaaaccgta
    11881 agccattgcg gcatacgtat aaattctgtc tcatttccga atccaaaagc cacgcgaccg
    11941 atcaaacgag aaagttttaa gtgattcttt atcaaggtgc gtggcaaatt catctgctgc
    12001 tgcatttggc gacctccggc agctacatcg gcacgcgcat ccttccaatg aatttctgcg
    12061 ctgagcttat tctccaaaaa ataacgtgta cgattggctg tcaaagtcca ttcgccttcc
    12121 aatttatgac gtcgaatgat ctgcgaggta taatcgccga cggtatacgt ctgtccgttg
    12181 cccagccggt actccgtctc aacgctacgg ctgcgcgact cccgttcgta gccataattg
    12241 agattcaaac gcaagtccac gtcgtccgcc aaccgccaaa gttgattcac tgaggcgata
    12301 gcagatcgat tgaagcgtgc gcgatcgcga acgaagaagg ccgaggtcat cgtgaggggt
    12361 gaaagttgat ccggaatgcc ctccaaagta gccggattaa agacggtggc gcccatcgaa
    12421 tggatccgga gctccatggc aatgtcccgc cccgtattat tggccttggc gacaatcagc
    12481 gtctggtttc gacgcgcaaa gcgggccggc gtcacggtcg cgtcatagag catcggaaaa
    12541 ccgcccaaac cgaagtcacc cgtgaggagc catttggcgc gcgatcccga tttcagtcta
    12601 atgtttaggg ccgcctcgtc gggatccgtg cgtccacgca tcattttgat tggctcatga
    12661 ttttcgtaaa cctgtacgga agcgatgtca gatggagaaa gatttttcgt agccagtgaa
    12721 taccgattgc caagcagatt caaatcttcg atataaaagc ggttgatagg ccggccgtca
    12781 tatttgacaa gtccgtcact acggacttca atgccgggca tacgctccag cacttcggcc
    12841 aacgtcttat cctgcggccg cgaaaaatta gacatgaaat aggtcagcgt atccccgcgg
    12901 cgtcgcatgg gcgcggcctc gaccttcact tcgcgcagct tgaccgaagt ctcctgcaaa
    12961 cgcagttcca cagtgcccgc atccctccga acactttgcc gcagggcttc aaaacctaac
    13021 cgggaggtcg atacaacgta ttccggagca ccgtccgacg ggaggtctaa agtgaaagcg
    13081 ccgtcatccc tcgagtaatc gtaggacagg attcgccgcc cgtccgcact catcagcatg
    13141 acgtagacgt ctggaatggg tgcgccattg gtcttcgcgc gggtatggcc cttcaattgc
    13201 tgttgcgcgc tggacccggc gacggtcagc ataaaaagta ttgtccaaaa aagtagtcca
    13261 cgattcatca taggtcattc ttacgctaaa gtgagtaatc aaaaaacctc agaatgtgtc
    13321 tttcgtctaa agaaaagcac aaactgaggt ctgtaaagta cttcttgaaa agtaaaagct
    13381 atttctccag tgggatataa tccgtttttg ttatgggcaa tgggctgccg tcaggagtga
    13441 aaaccttgtg cccgaattca aactctctaa aagcatttac atcttcatga taggcttttt
    13501 catactgtat ataggttttc ttggagacct ttttatactc agctcctttg tagtcgccct
    13561 tgggtccatc tttatgatgg atatacaaga tcggacgtac cacggactca ggtatgcgct
    13621 caaagttggt catctcaaaa agaaaatagc catctgcatc tgtcgcatgg acgatcaaac
    13681 ctggtaaacc ccaaagtttc catggcccgc gacttagcgg aatgtcggaa gtgtaatata
    13741 cctcccaatc acgacctcga tagtgtgtcg tagcccgttt gcatacataa cctaacacca
    13801 tcatcgtatc ttcatgcaat atccattccg gcatcgccat tggctcctca tacgtatatc
    13861 cattatgtaa aaacacagta gaaacctgtg ttttcttttt gctgtaccac tgataataaa
    13921 cagactccgt accccaggga ataccacgtc ttttatcttg aatatctgcc atggataatt
    13981 tattcttgaa tccctcactt gctatagaat cccgcatttg ggtataatga ctgtagaatt
    14041 ttgttagcct atctcccata tcgagaagca tgcgatcacg ctcatcaaag cgcactaatt
    14101 ccggacgggt tttatacgag aaagtatata ccgcccagaa ccgtgcagtg tctattgttt
    14161 cctgtgcatg catcgccatt atagagaaaa tccatgcgaa aaagaatatc ggtattcgtc
    14221 tcattaggaa tgtccttatt tgttctccac aaagaacgca gaaacaactg tagactcaaa
    14281 aacaagagcg catgctttac aacatgtttt ttggctcctg aaaattgggg agcttgctat
    14341 tggagatgct caatgactgc catagccgct taaaaacaga gtccccatat ataggcaata
    14401 ggaatacgtt tttgaggaag ctatttctcc aatggtatgt aaggcaattt gtttacaggt
    14461 aagggattac cctccgtatc tcttatttcc gaaccaattt caaagttcat aaaagcattc
    14521 acatcttcat gataagaggc ttcatatttg agataggtcg ccttagtgat ctttttatac
    14581 tcatccccta tatatccacc tttgtggcca agctctcgat gaatataaac gattggatct
    14641 ggatgggata gacgcttaaa ttgatccatc tcaattaaaa agtaatgatc tgcatctgtc
    14701 gcccgcataa ttaatccagg taatccccag agcttccatg ggccacgatt aagaggtatt
    14761 tctgttgtat aatacacttc ccaatctcgt cctaaatagt gagttgttgc ccggtggcat
    14821 aagtaaccca aaatggtcat cgtatcttct tgtagtgtcc aattgggcat ttctaagggt
    14881 tcctcataga catatccatg agctacatat tcaatcgcca ctcgcgtctt tttttcattg
    14941 tataattgat aatagatagg agctgctcct cttattggat actttttggt catctcaaaa
    15001 agttcccagc cagatagccc cttcttcaat ccttcatttt taacagaatc cttgatctcg
    15061 gcatatcgat tgaaatactt tgtcgcttta tcgcctatat cgagatacat ccaatccatc
    15121 caatcaaact ccggctgttc cggagcggtc ttataagaga atttatagac cgcccagaac
    15181 cttgcagtgt ctattgtttc ctgcgcatgc attgccactg tagcgaagat ccatgcgaaa
    15241 aaaaatattg gtattcgtct cattcagaat gtccttattt gttctccaca aagaacgcag
    15301 aaatgactgt agactcaaaa ataagagcgc atgttttaca acatattttt cggctcctga
    15361 aaattgagcg gcttgctatt ggagatactc aatgactgct atatccgatc aaaaatagag
    15421 tccccatata taggcaatag gaatacgttt ttgagaaagt tatttctcta atgggatata
    15481 tggaatttct gcaactggag tgggatcacc cgatgtaggt cctgtatctc ccatctcaaa
    15541 atcgagaaac gccatagcat ccttatggaa caatctctca tattccacaa aagtcttctt
    15601 ggataccttc ttatactcac ttcctgtgta tccaccctta ttgccaaatt cccgatggat
    15661 ataaataatg ggttcaggct tggatagacg tttgaaatga tctaattcaa aaagaaaata
    15721 atggtctgca tctgtagcac gaactatcaa tccgggcaat ccccataatt tccatggtcc
    15781 ataactcaag ggaatgtctg tggtataata gacttcccat gttcgaccta aataatgggt
    15841 tgtagctcga cggcaagtat aaccatataa ggttagcgac ttattgtcaa gtatccactg
    15901 cggcatgacc atcggttctt catagtaata acctttggca taccgtgtag caacccgcgt
    15961 tgtcttctca ttatacaact gacaataaac cggcgcatct ccccttacag gatagttttt
    16021 tgtccgctca tggatcgcct ctgggggcat attctgcttt agacactcgt tcgtcataga
    16081 atctttgagt tcggcataac gattataaaa catcgttgcc ttattcccta tatcgagata
    16141 catccaatcc acccaatcaa atgtgggctg ttccggactt gttttataag agaacttata
    16201 catagcccgg aacatcgcct tatcgatttc tgtctgcgct tgcagagcga agactactaa
    16261 tgtccacgcg aaaagaaata tcagtactcg tttcatttga attatcctta tatgtttccc
    16321 cacaaagaaa caatgacctt ctgtatcatc aaaaatagag ctacatgtta tacaacatgt
    16381 ttccaaatcc ctgcgaatgc acaaatacgc gtcttcgctg cctccggcgg cgtttgtggg
    16441 gcgtatgcaa tacgccccta ccgtgttgca ggaatggaat ctgaaaaatc aatacgcctc
    16501 taccctatcg ggaaatctga gatcaaaaaa tgaaaacgaa aaatccggat acatgattcg
    16561 acatgtaccc ggatttgttt ttaggtttat ggtgttcgtt ctctctgttc aattttccgg
    16621 aagatggatc tcggggccgc cgccactggc accacctcca ccttcggaac ctgagccgcc
    16681 ttctttagag ttctttccgc cgccttcggt acccgagccg ccgccctcgg acttcttgcc
    16741 accgcctccg ggcttcggcg taccgccacc ctctggcttt ttgtcttttc cactatcgcc
    16801 gggtttcttg ggctcctcgg tctctggcag acggatatcc ggatcatcct tatccttcgg
    16861 cttacgcggt tttttaggct ccttgggtgt cttgggatcc ttactcttgt ccgatttgcg
    16921 gcgcgcgagg atctggctaa acgtatcgtt gatttcgtcc atccgctgat tgagctgctt
    16981 agctactgta cggatcaatt ccttatctac cgttgccgaa cctgacaaat aggcggcttg
    17041 aagcataaaa atgacgcgct catataccgc atccgtcttc ggacgtacct cgacgatctt
    17101 cgggaggtct tttttagcgc gagatgcggt gcgggcctta cggaacttgt taaactcggc
    17161 gttggcagtc tccaaaagtg acacggccga cgtcagtcgc aaggtagcga gtagcggagt
    17221 catctcagcc ttcttcagat cgatcagcag gccatcaata tgcactgtct catgcgattt
    17281 gctgccatac tgtatgcccc gatagcggcg agtgatgata tccaactgtg tagcggcttt
    17341 cgcctcgtcg gcatccggtg aacgctggta ggtacgaacc acattgaaaa taaaggtgat
    17401 caatttgttt cgttcctcat ttttctcatt caggagcttc gtgttgtgat tggcttgtgc
    17461 ttccaaattg agatctttct ccgtcagcag attgccattc cactcattga gtagcgcgag
    17521 ggtcaatccg agtttcgtaa tgtctacagc atgaactatg tcgtacgcat ccgaatgata
    17581 cagtacgtgc agcgcgttgt caagcctcgt aaggcgcatt ttttgaatct cgactaattc
    17641 gtccattcgt ttttctcctt tctttatagg tacatatata atgatgaatg cttccgacgg
    17701 cagcgtaagc tgttccacat atctccacag tcctttttga gcctcaaaat tgacctcaaa
    17761 cgcttttgta gtcctttttg agcctcaaaa tcgacctcaa acgctttttc agtccttttt
    17821 gagcctcaaa attgacctca aatgcttttg cagtcctttt tgagcctcaa aatcgacctc
    17881 aaacgctttt gcagtccttt ttgagcctca aaatcgacct caaacgcttt tgcagtcctt
    17941 tttgagtctc aaaatcgacc tcgaacgctt ttgtagtcct ttttgagcct caaaatcgac
    18001 ctcaaatggt tttgtagccc tttttgagcc tcaaaattga cttcaaacgg tttttggctc
    18061 cttccgagct gtaaaaacac atccaaagcg tatttggcgc tttctcttta tcctcaaaat
    18121 ctatctggag tgtttcccac gactcgaaag tgtttcaata tgtagtttga cttatgaccg
    18181 ctgtcctaag cggcggctaa agtataactg ttttgaatag caacaaactt ttcgcgaaaa
    18241 aatcgtagaa aaatttttac ggagctgttg tatgtgctga ttttcagggt gtagctgatt
    18301 ttattctttt gatgcaagat ctttctggca tcattatctt cttttcttct cttgatagaa
    18361 gaaaagaagc aaaagaagat caaggcatca gggatgccgg ccaagtttgg cttggtacct
    18421 gtttggagat ccagcgccag ccaaatttca ggcatccgac ttatatgaat gtatccggcc
    18481 aaacttcctc gccctcggca gagggcttga gtttcttttg cttcttttct ttcctcaagg
    18541 aaagaaaaga aggtctcatt agagagccaa gtaaagctcc atgatcttct tttcttctct
    18601 tgatagaaga aaagaaacaa aagaaaatca aggcgtcagg gacgccagcc aagtttgact
    18661 tgatacgtat ttggaggtct agcgccggcc tatttccgaa ctaacgcatg ggtggaaaca
    18721 cagagcggca gaccaaactg gcctgccgct ctttttgttc tcctaaatga gatccaatca
    18781 atagccgggg ttttgcttga tgttgggatt ggcatcaatc tcgcccttgg ggatgggcag
    18841 gacgatcata tagaacgtgc gatcgtagtc catgtagggc gtgtcgtggc gggtgcgact
    18901 gatcgcgctc tcctcgacgt cttcacgttt gatcgaaagg ccattacgca tcacatcata
    18961 catgcgatgt ccttctgcaa ctaattcttt gcgtcgctca ttgagtacat tggccaaagt
    19021 caaggttttt cccttcaccg tagagtcggg atctgctcga tgaacaatgg catcgaggta
    19081 agtcacggct gtggcattgt cgcctgtctt gactgccgcc tcagcggcat tcagataggc
    19141 ttctgacaga cgcaaaaggg gtatattggc atcggcgata ttctctcccg gttgcggctg
    19201 atacttattg acatacgcgt actgcttgcc gtcgaagctc aggagcttca gacgtacatc
    19261 gcgggggttc tccttgagca aacgatagaa cgaggcagtg atgcacatgt cgtcgtatcc
    19321 gtctttggag ttcaggtaac ccatgctctc cttgccgggc gagtcggtgg tgagattgac
    19381 gatctcgaac agtacttcgc cttgatctgc ggacgacgcg tctgctcccc aagccgtcgg
    19441 ataagactta ttggaccaga gggcataccc attcttctcc gcgcccgaaa tagcggactt
    19501 ggcggctttc agggcctcct cattttcgcc tttatagagg tacacgcggc tcagcaacgt
    19561 cagggcggcc cacttattga acttcccctt gttgaacttc tccccgagga gttccgaggc
    19621 ggacttcagg tcggctatga tgtgcgtgta gcattcggcc acggagctgc gggagggctt
    19681 attctccgtt ccggaaaccg tttcgatgat ggggacaccc atcgaggccc caccgtcttt
    19741 cgtatagggg tatccgaata tccgggtcag gtcaaagaga gccatgccac ggatggcgag
    19801 cgcctgacct cgcaaatcgt tgcgataagc cttctcagcg tcgtttgcgg tgatacgatc
    19861 gaggctggct aacactacgt tgcaattctg aatgatgttg tagaggtaag cccaatgact
    19921 ggacggaccg ttgtctttcg tgaagttaaa gcgatagtaa ttggccgttc gcttggtcga
    19981 gctgacggcc tgcatgtcgt cgcccgtcac gtcagcgtaa taaacgagtc ggccggaata
    20041 agcatcggca ctttgcatcg tgctgtaaat gccgttgaga gaaaactcca cttccttcag
    20101 cgacttgacg ccgctttcgg tctgtatgga tgtcgagggc tccacgtcga gccaatcgtt
    20161 gccgcacgaa gtgattagag atgcagcaag gatgagggta aggtatttca aatagttcat
    20221 gattcgatct ttcttgaggg attagaagtt catgtttacg ccaaagatga cggttttgag
    20281 cggaggagtt ccccacgttg ccgaaccgct ttcggtggct tcgggatcat aataatcgta
    20341 tgcggcccac gtccagaggt tgttggcaga agcataaaga cgtacatttt cgagatgcgc
    20401 agccttcacc cagctcttgg gtagcgtgaa gcctaaggtg agcgttttta gacggatgaa
    20461 gtctgtgctg tgcaggcgtc tggaagtcga aatcttgttc atggctaccg cggggttctc
    20521 atagaaaagc tcatagctgg tcgcgtcgcc cggcttccgc caactgtttc gataataggt
    20581 cggcacgtta gcccgcatgt cgtttccgcc gtgttccgtc ttctgcgccc atacgtcgta
    20641 ggcgtatccg ccaaactgat aggagaacat gcagctcagg tcgaaccatt tgtaacgaat
    20701 cgagttgctc agaccgccta tcacggccgg atcagcgtat ttatcgagca ccgcagcgtt
    20761 tgccttgctt acatcttcgg taatatcctt cttatagttg ccgttagcat cccgctcgtt
    20821 cgtatagaac tgtggcgcac ccgtttcagg gttaatgcca gcaaattcaa tcatataaaa
    20881 ggtgcggtaa ggctttccga cctggtgaat ttgatatccg ccgatgatct cagtctgtaa
    20941 tccgtcgagt ttgacaattt cgttgcggtt gtgcgagatg ttgaaattcg ttgtccaggt
    21001 caagtccttc gtctgcacgt tcgtcgaacc aatttccaac tccacgcctt gattcttcac
    21061 ctctccgatg ttcatcaggt agctcgaaaa tcccgtagtc atcgaaatcg ggcgatccat
    21121 gagtagattc ttcgtcgtac ggacataata ttccagcgtc acattgatgc gattccagag
    21181 gcccagatcg agacccagat tgaggttgtg gttcgtctcc cactgcaaat cgatgttcgg
    21241 gagccgcgac cggatgattc caggttgctc taaatagcca tttgtgaggt cgctaagtcc
    21301 catatagcca tagagatccg aaggaagtgt tccgttcacg ccgtacgaag cgcggagctt
    21361 caaatcggac aaccagcctt ttgtaggttc cataaacgat tcctcgatgg cccgccaagc
    21421 gcctgagagg gaccagaagc ttccccaacg gctattgcgg tggaagcgag agcttccgtc
    21481 ggtgcggaaa ctacctccca ggtagtagcg attgcgataa tcataattta agcgagagat
    21541 gtaagacacc atccgtgagc gcgtattgct tccgcctacg gcttcggttt tcataccgtt
    21601 actgatgtcg tttttctgtg gcgtagcgaa attactggct attccgagta aatagtcact
    21661 atattgatcg tccacctcat atccgatcag cgcatcgagg tgatgattgt ccgatagggt
    21721 cgtccgatag ctcaattggt ttgcccaagt cattttactc aattcgctgt agcgcttatc
    21781 catgatacca tttttgtcct gtccctcggc cgtgcgtggg tcactccagt cttttccctt
    21841 cgtgttcacg taatcataac tgaaggtgga gcggaacttg aggtcacgaa tgaattcata
    21901 ttcggcaaag agcgtattaa aagtacgcgt aacgtattcg cgttgatagt cgtaagctgc
    21961 cgactgggcc ggattgcggt cgccgatacg aatcatattg cggttccaac tgccgtcttt
    22021 gttgtaaacg ggatctgaag gcacaacggc attgcgcgat gtgtagaaag gtgaaacata
    22081 agacgttccc tcgctgttca cttcttgatt tacggtggcc agcaacatat ttacacccaa
    22141 tttcaagcga tccgtggcct gataatccac gttaaggcgt ccgctgatgc gttccagacc
    22201 tgagttatag gcgataccct cttgcttgag gtaagagaga gatgaatagt atttgaactt
    22261 gtccgatccg cccgtgatcg aggcttcgta actgctgtga ctgcctttgc gaaacaatac
    22321 gtcatcccag tccgtatagc cgctccacgg aatgggcgcg aagttgttga tgcgtttatc
    22381 ggcatatgca cgcgccacac tttcggactt tccgcgtttc atctggcccg ccacgagtcc
    22441 gtcgtagata tattggcgac gttcttctcc gcccatgatc gggcgatact ccatagcgaa
    22501 gtctgaacta ccaaaatcgg ccttgaatga gaatgcaggc tttccggact tgcctcgttt
    22561 ggtggtaatc agcaccacac cgttagccgc acgcgatccg taaagcgaag ctgcagctgc
    22621 atccttaatg atggtaatgc tttcgatgtc ggagctattt aacgtggaca tgatgtcgag
    22681 ccctgcacgc gagctgagac tattgatcga tcccgaccgt acgggtacgc cgtcgatgac
    22741 ataaagcggc gcattgctgg cgttgaacga tcccatgcca cggatcttga gtgtcgaggc
    22801 ggctcccggc tgaccggaag aggaggaaaa ctgcacgccg gaagcgtttc cttgcaacaa
    22861 atccttgaac gagacggctg gaacatcctg cattttgtcg gctttcacat tcgaagccga
    22921 tccagcatag gctgactttt tgaatgtgcc ataacccgtg acgacaactt cgtccatcac
    22981 gttgtcttcc ggctccagac gtaccttaac gggttgcccc gccgtagccg acacctccaa
    23041 acgcttgtaa cctatgtaag agatgactaa cgtgacctgc gaaccctcgg cttcgatcga
    23101 aaaatgtcca tcgaggtctg tcgttgtgcc tgtagctgtt cccttcacga ggatgttggc
    23161 cccgatgacc ggctcgcctg tttcgtcgat aaccgttccg accacggtac gtttttgatg
    23221 ttgtgttagc gtcgccattt ccggtgcacg actggctgca ctgcctacgg tcgccgctcc
    23281 ggcaccttcg gcttgcatcg aaagggtgac aaccaggcca atggcaggca acagctttcg
    23341 ccaactacct tgtttcgttc gatgacttgt gtaatgatct tttctattca tgtggatatg
    23401 gattaaaaaa cgattacaaa gatacaccct gaaagtatcc ttgacaaaaa ggcttccgcc
    23461 atatacggaa tttcatccat cgacacaccc gacaatagaa gacaaaaggg aactgcatca
    23521 aacgcagttt ttttgaggag agagatcttt ttattccggt agatagtagg aacgtatagc
    23581 atacgtccct ctacatctcc tatcgagaag ctattcgaga ccgcacaaat ttggaggcca
    23641 gtaatctgag agattcaaga ccttcagcta ttctcgaggt acccggaaaa acttccccgc
    23701 cctcggaaga gggcttgagt ttcttttgct tcttttcttt tctcaaggaa agaaaagaag
    23761 gtcccattag aaagccaggt ttggctgggt acgtatttat aggtcaataa tttgagagaa
    23821 tcagaacctc cgggtattct cgatgtaccc ggccaaactt ccccgccctc ggcagagggc
    23881 cttttcttgc cttgatagaa gaaaagaagg caaagaagat caaggcgtca gggacgccag
    23941 ccaaatttgg cctgggtaca tgttggaatc tctccgtttg ggttcgaatt ggactttgtg
    24001 tttatctaaa aataaaaggt ctccagtcgg atggactgga gacctttcgg ggctgcctta
    24061 gaacttaatt tcgagcctct aattgaatag atcgtcgatc ccggtgtgat tggagtagtc
    24121 ggactccatc ggaacgtatc cgcgacaggg gttggcgtat tctttgggta catcgaaggt
    24181 ctccgattgt gagtaaccaa gcttcttgtc ggcatagacc ttcttcatga agaggccata
    24241 gataggtaaa gccattgcgg caccctgtcc ttcgtccatt ttgtcaaagt ggatcgatcg
    24301 atcttccccg cctacccaac aaccggctac taaggagggc gtgaagccca tataccaacc
    24361 gtcggagtta ttttgagtgg ttcccgtctt gcctcccatt tgcgcggtaa tatcatagcc
    24421 gtatcgcaca cgccctgctg taccgccatc gaccacactg cgcaacatgt atagcatctt
    24481 gtaagccgct tcttcaggta aaacctcgtt gacctgcgga gcgaacgtgg cgatagtatt
    24541 tccgaaggag tcctcaatgc gtgtcacata aagcggctct acacgaatgc ctttattggc
    24601 gaaaacgcta taaccactga ccatttcact cactgagatg tccggcgtac ccaagcaaat
    24661 agagaccacg gggtcgatgt ggctatgcat gccataggaa cggagcaatc gaaccagact
    24721 gtagggcgaa agttgtttca tcagataggc cgtgacccag ttggaggata cttgtaaccc
    24781 ccattggaca gttaccatct ctcctatacg gcgtgcgccg gggtttcgag gtatccacgc
    24841 gtttccgcct tcgtcataaa gaacgggttg gacatgtaaa agctgatcgc aaggcgtaaa
    24901 accttcaatc atggccagtg aatagaggta gggcttcatg gtggatccga tttgacggcg
    24961 cccagtagtc accatgtcgt atctgaattt atcgaagttg atgccgccta cgtaggcctt
    25021 gacttgcccc gtacgaacgt ccatggccat aaaggcggtg cgcaataaac ttttgcaata
    25081 gatgatggag tccatcggcg acatcgtcgt gtcgacaatt cccttccagg tgaagacctg
    25141 catctctact ttttcgttga agttctcccg aatcttcttc tcggagtatc cggcttgttt
    25201 gagtgcgcgg taacgatcgc tctgcttcat ggctcgatcg agaatatcct tccgctgctt
    25261 ctcggtaata tcttctgaaa aaggcgcata gggtttccga cgcttctcac ggaaaaaagc
    25321 aggctgaaga tgctttccga ggtgttcagc aatggcttct tcggcgtatt gctgcatgcg
    25381 ggagtcgatg gtggtgtaga ccttcagtcc gtcggtatat aaattatagg ggtcgccgtt
    25441 ggcctttcga tttttgttgc accagccata aagagggttc gtctcccaag ccagggagtc
    25501 gtccaaatac ttctgctgct gccatttgga ataatcgcta cgctcgggct ttttagccat
    25561 catcgtgaca cggagatatt cgcggaaata gggtgctata ccgtccgtat gatcgagttg
    25621 tgtatagtgt aagacaatcg gcttggcgct caattcttcg cagcgggcct cggtcataaa
    25681 cccggccttg accatttgac ggaagacggt gttgcggcgt tccagggtgc gctcgggata
    25741 acgaatcggg ttgtagtagg aagggttttt gcacataccg atcagcattg cagcctcctc
    25801 ggtagtcagc gtagccggag ttttcccaaa gtaggactgc gcagcggacc gtattccgac
    25861 tgcgttatga agaaagtcga acttattgag gtacatattg atgatttcct ctttggtata
    25921 gtagcgctcc aaacggacgg caatgaccca ctcaatgggc ttctgaagga gtcgctcggt
    25981 caaattttcg acgctggggg agtacagctg tttggccaac tgctgcgtga tggtactacc
    26041 gccaccaccg ctacgttggc ccatcaatcc gcgtttcaca atggccctga agagtccacg
    26101 gacatcgatt ccgctgtgat ccgtgaagcg cacgtcctcc gtggctatga gcgcctgaac
    26161 caaatcgggg gacagatctt gatagctggc ataaaagcgg ttgtcctgac tgtaggaaaa
    26221 gctcccgaga ctctttccgt cggccgaaat gagttgcgta gcatagcgat ctatcggatt
    26281 ttcgagctgc tccacagccg gcacatagcc aatccatcct tgcgagatgg caaagaagat
    26341 gatgaacacg agtgccgcta tacttcctgc ggtgatccat atggcggcaa tgaagcgctg
    26401 tcgaccgcga gacggaaagt gcagcttgcg gttcgtgggg tcgccggatt tgtgatgaga
    26461 ccccgcccca ttggcagcga agtgtccgac gtttttcttt atctctttca tatcaaaata
    26521 gaaggggtag atgtaatagc aaatcgtgtg gggaataaga ctgaagtgag ccatcggtta
    26581 gcgatagccg tatcatgccg atcggtggtg tgtcgttttc ggccgacacg aacgcagtcg
    26641 tgtccgtagg gtctgcgcca aacgtttgag tacctcccac gtccgtcgat ctccgaaaag
    26701 caaagccaaa atggctatcg caagaagcac ttctccaacg ccccaatggg ccatgagtag
    26761 cagagggttc atgtttccgt atcacttgaa atcttctctt ttccaagggc gcaaaagtac
    26821 acgcagcgaa ttaatttgat ttcagggtct atcgggagga gtatttctcg gacaaccaca
    26881 tcaaaaaccg cagccacctt caagccttct gcccatctat ggcgatttag aactacgcgt
    26941 gagtccgata aataagaata aagcccgccg ggagtctcta cgggggccac acgatggcca
    27001 aagtgttttt ggaaatgctt gcggaagttc cgcaaatcaa aaaaagaacg ttttggcgtt
    27061 tgcgggactc ccgcaaatca aaaagagaac gctttggcgc ttgcggaagt tccgcaaatc
    27121 aaaaagagaa cgctttggcg tttgcgggac tcccgcaaat caaaaaaaga acgttttggc
    27181 gcttgcggaa gttccgcaaa tcaaaaagag aacgctttgg cgtttgcgga agttccgcaa
    27241 atcaaaaaga gaacgctttg gcgcttgcgg gactcccgca aatcaaaaaa agaacgcttt
    27301 ggcgtttgcg gaagttccgc aagcacttcc aaaaacactt tggtcgttac agcgctctat
    27361 ccaagccatt cttcagggat taggagcctc attctttcgt tcaagctcac gttgcaaaga
    27421 tttctggaaa gggagatccg ccgtcgaggg catccgtttc gctccgatag atcgtttaga
    27481 ggctatacgc tcctgcgatc tatatccgaa gtgccaatct gatcccgcta cgcactttcg
    27541 ccctcgatgg acaggccatc gaatcgcgaa cgggttttcc cctttccaaa ctgcgcctac
    27601 ttttgccgcg ctaaaaacct aaacgataaa aaaatatgaa cgcctacgta tttccaggtc
    27661 agggagccca gttcgttgga atgggcaagc cgctgtacga cgagaagcct ctcgcgaaag
    27721 atctgtttga acaagccaac gacatccttg gcttccgcat caccgatctg atgttcgccg
    27781 gcacggacga cgacttgaag cagacgaaag tcacccagcc cgccgtattt ctgcattccg
    27841 tcatcttggc tcgcacgctg ggagaagact tccggcccga tatgaccgcc ggccattcgc
    27901 tgggtgagtt ctcggccctc gtcgccgtcc gcgcactttc gttcgaggac ggccttcaac
    27961 ttgtttccaa acgtgcacag gccatgcaga aagcctgcga gaaagcgcct tccacgatgg
    28021 ccgccatcat cggactggcc gacgaacagg ccgagcagat ctgcgctgag atcacggacg
    28081 aggtcgttgt ctgcgccaac tataattgcc ccggacagat cgtcatctcg ggtaccattg
    28141 ctggtgttga cgccgcctgc gagaagatga aagctgccgg agccaaacgc gccctcaagc
    28201 tgaaagtggg cggtgccttc cactccccgc tgatggagcc cgcacgcgcc gaactggccg
    28261 aggcgatcga gtcgacccac tttaaccagc ccgtttgccc cgtctaccag aacgtggacg
    28321 cacgaccgca gaccgatccc gacgcgatcc gccgcaacct catcgcgcag ctcacctcgc
    28381 ccgtccgctg gacgcaaacc gtgcgcaaca tggcctccga cggcgctaca cacttcacgg
    28441 agctgggccc gggcaatgtg ctgcagggat tgatcaagaa aattgagccc gccgtggctg
    28501 tcgacggttt gcagtaatct ataatgtata gcaacaagga gccgatggag aagggaaaca
    28561 atccactcta cgataagaac acgctggagt ttgtcgctgt ggccttcgag tgctgttcgt
    28621 ggttagaaaa aaccgagcgt gagggcgccg acctcttcgc atttgtcgac aaggcgacca
    28681 agctgctccc cttgctctat ctcaaagcga cgctcctacc cgaggtcgag gtcgacgacg
    28741 atgaggacgt cgacctcgcg cctttcatca ccgaagagac ttacgaggcg ctgcgcaccc
    28801 gactctccgc tttgctcgga caacacgata gctacctcga aaccttcctg cccgacatgc
    28861 gatacagcga cactcccatc gcagctttta tctccgaaaa cctctccgac ctctaccaag
    28921 acctcggcga tttcgtctcg ctctttcgag aggaacatga gcccacgatg cacgccgcac
    28981 tggcgcgctg cacggaaaac ttccgcctct attggggcca agcgttactc aacgccttga
    29041 aagcccttca tgcactgcgt tacaacgaag acatttccct aaccgacccc acgacatgac
    29101 actacaccct cctctccccg ccaaaatcac caaagaagaa atcgctacgc tgccccaaga
    29161 agaatatgcg gggcaaatcg tcgtcgtgga tcgcccggag gacgtagctc gggccgttgc
    29221 cgaactatca gccgaggcac gcgtaggctt cgacaccgag acgcgcccca actttcgcaa
    29281 ggatcagcac cacaaggtgt cgctcgtaca agtagctacc gaagagacgt gctacctctt
    29341 tcggctgaac tgtctcggcg gtattccgga gcctctcgtg ggcttccttt ccaacgccga
    29401 cgtgacgaag atcggcctct cgctggccga cgacttccat atgcttcgtg aacgagtaga
    29461 gacgctccag ccggcgggct ttatcgaact acaaaagctc atgccctctt acggcatcaa
    29521 cgaggccggc ctacaaaaga tctacgccat cctcttccaa aagaaaatct ccaaacgggc
    29581 acgcctcacc aactgggacg ccaacgtgct cacccccgcg caacagaaat acgccgccct
    29641 cgacgcttgg gcctgcctgc gcatctacaa acacctctgc tcatgacata ccccaagatt
    29701 tacctcaagc ccaagaagga ggagtccgtg ctgcgcctcc atccgtggat cttctccggc
    29761 gccgtggcac gtatcgacgg ccaacccgaa gagggcgccg tggtagaggt cttcgctacc
    29821 gatggccgac tgctcggcgt agggcactat cagatcggta gcatcgccgt ccggctgctt
    29881 gccttcgatg aagtgacgat cgaccatgcc ttctggcttg accgactccg ctcggcctac
    29941 aacctccgtc aaatgctggg cttagaccat gcaccggaga acgatactta ccgacttgtc
    30001 tacggcgaag gcgaccgcct gccgggcctc gtcattgaca tgtatgccga cacggccgtc
    30061 atgcaggcac actccgtcgg catgcaccac gcccgccacg acatcgccac ggccctgcgc
    30121 gagctcctcg gcgatcgcct acaagccatc tactataaat ccgacggcac actgcccttc
    30181 aaggccgccc tcgatcacac cgacgagtac ctactggggc gttacaccgg cggcgaacac
    30241 ctcgccacgg aacgcggctt acgctttggc atcgactggc tgaaggggca gaagacaggc
    30301 ttctttgtcg atcaacgcga gaaccgtcgg ctcttagagc agtacgccgg cggtcgcacg
    30361 gtgctgaata tgttttgcta caccggcggc ttctccgtct acgccatgcg cggcggtgcg
    30421 cgggcggtac actctgtcga tagctcctcg aaagcggtct ccctgaccga gcgcaacgtc
    30481 gccctcaact tccccgacga cgaccgccac cgtgcctttg ccgaagacgc cttcgattac
    30541 ctccgacgtg ccggcaacga ctacgacctc atcatcctcg atccgccggc cttcgccaag
    30601 catcgcgacg tgctccgcaa cgccctccaa gggtatcgca aactcaacgc cgcggctttc
    30661 gagaagattc gtcccggagg catcctcttc accttctcct gctcgcaagt agtcagtcgc
    30721 aacgacttca gactggccgt cttcaccgcc gctgcacaga cgcgtcgcca cgtccgcatc
    30781 ctgcatcagc tcacccaacc cgccgatcat cccgtcagca tttatcaccc cgaaggcgaa
    30841 tacctcaaag gcctcgtctt agaagtcgaa tagcccatgc atcgcaccga gatcgagaaa
    30901 atgcgccgcg gcgagtcgcc cgacttccaa ttgcccgagc tgcaagccag cttccggcac
    30961 gctaaggagt tgctggcccg catgcgtacc atgtcgactt acagcgacgg cttccgcgag
    31021 ctgctcgaac agcttattcc cggcatcccc ccgacgtccg tcgtctgtcc gcctttccac
    31081 tgcgaccacg gccacggcat ccgcctcggc cacggcgtct acatcaatgc tggctgcacc
    31141 ttcctcgacg gcggatggat ccgcatcggc gaccacaccc tcgtcggccc cgccgtacag
    31201 atctacacgc cccatcaccc gctgaattat ctcgagcgcc gcacgggccg cgagtatgcg
    31261 cgccccgtca ccatcggcgc cgactgctgg ataggcggcg gagcgatcat ctgccccggt
    31321 gtcacgatcg gcgatcgcac agtgatcggc gccggcagcg tcgtcacgca cgatatcccc
    31381 gccgactcgc tcgccgtcgg caatccctgc cgcgtcatcc gcccattaga ggccggagaa
    31441 gacgcttctc actccctata acgcatcaca atggaccata accccgccca agaaatcaat
    31501 ccccacatcc cggccgcggc acgatggatc ggcgccacgc cgctcgtcgt cttcctggcc
    31561 gtttacctgc tgacctcgct catcctccgc gacttttacg cgatgcccat caccgtggcc
    31621 ttcctcgtct cctcggtcta cgccgtggcc atcacccgcg ggctatcgac cgagaaacgc
    31681 gtcctgcgct tctcccgcgg cgtggctgac tacaatctgc tgatgatgat ctggatcttc
    31741 gtcctggcgg gcgccttctc cgaggccgcc aagagcatcg gcgccatcga cgctacggtt
    31801 cacctcatcc tccgcctgtt gcccgccgga ctgctcctgc cgggcctctt cctcgcctcc
    31861 tgcgtcatct ccctctccat cggaacgagc gtcggcaccg tcgtcgccct cgtgcccatc
    31921 gccctcggac tctccgggcc gctcggcctg cccgtggagt acatcgcggc cgtcgtcacc
    31981 ggcggcgcct tcttcggcga caacctctcg ttcatctccg acaccaccat cgccgccaca
    32041 cgcacccagg gctgtagcat gcgcgataaa tttcgggtca acctccgcat cgtcctgccc
    32101 gcggccatcg ccaccttcgt catctacgcc ttccaaggcg cccacctggc cgagacgccg
    32161 ctcagcaccg acacccattc gccctggctg gccctcccct acctcgtcgt cctcatcgcc
    32221 gccgcccgcg gcatcaacgt gacggccgtc ctgaccctcg gcatcgtcgt ctgtggactc
    32281 gtcggcgccg tcttcggcac ggtcacgttt tggccatgga tcggcgcctt ggggcaaggc
    32341 atcgtcggca tgggcgaact cattatcgtc accatgctcg ccggcggcat gctcgagctg
    32401 atccgtttca acggcggcat cgactacctc atgagtggcc tcacgcgcgg cattcgcggc
    32461 aagcgtggcg ccgaagcggc catcgcagcg ctcgtctccg tggccaacat ttgcacggcc
    32521 aacaacacca tcgccatcct caccaccggc tcgatggcgc gcgagatcac cgcccgttac
    32581 ggcatcgatc cgcgcaagtc ggccagcatc ctcgacacct tctcctgcct catccaaggc
    32641 ctgatcccct atggcgcgca gctgctcctg gccgcccgtt tcgccgaagt ctcgcccatc
    32701 gccatcgtcg gctacctcta ttatcccttc atcatgggcc tctgcgccat cctggccatc
    32761 gccctgcgtc tgccgcgcaa atacagctga atcagggtgc cgcggtcggt caggcctatc
    32821 cgtcgaatcg aaatccatct tttgaaacga tgcggcgaaa cgccgaaagc ccatcttttc
    32881 gcccgaaacg actaaaaaga ggattttggc ca
//
LOCUS       SEQF2638.1|AYYF01001095.1 3262 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3262
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             181..1428
                     /locus_tag="SEQF2638.1_00859"
                     /EC_number="4.3.1.2"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q05514"
                     /codon_start=1
                     /transl_table=11
                     /product="Methylaspartate ammonia-lyase"
                     /translation="MKITQVICAPGKTGFFFDDQKAIKNGAKNDGAFYEGTPVTPGFT
                     AVRQAGESISVIFVLENGAMAYGDCAAVQYSGAGGRDPLFLAKDFIPVIEKEIAPLYV
                     GKEITTFREMADRTDKYVDPKTGQKYHTAIRYGVTQACLDAVAKSRGVLMAEVIADEY
                     GTKISDTIIPIFSQSGDDRYLNADKMIMKAADVLPHALFNHVETKVGLKGEKIKEYVE
                     WLRNRIQKLKPFEGYNPTIHIDVYGTLGIVFNNDPEAIAHYIGEVAAIAAPFKLRVEG
                     PVDMGEREAQIKALRDIRAVIDREGINAEIVADEWCNTLEDIVDFSKEKSGHMAQIKT
                     PDLGGINNAIEAVLYCKEHAMGAYLGGTCNETNRSAEVCAHIAMATQPVQYLAKPGMG
                     VDEGYMIVFNEMSRILAIRKAKK"
     CDS             1562..2935
                     /locus_tag="SEQF2638.1_00860"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEELRVLSPTAILGYGFPMESFVEGMKRAPHVIAVDAGSSDPGP
                     YYLGAGKSFTDRNSVKRDLEIMIPAAIEAGIPVIVGTAGGSGATPHLDWAVDIVKEIA
                     REKKLSFKMAIIGSELDKELVKEKLRKGQVTPLHPAKEIAEKDVDEAVHIVAQIGEEP
                     YIKALDEGANVIIAGRSYDPAVFAALAIKQGYDKALALHMGKILECAAIAALPGSGSD
                     CMFGYLRRDHFVLEPLSPLRKCTTLSIAAHTLYEKTNPYVLPGPGGALDLHECTFTQV
                     DDNKVKVAGSKFVPTDKFFVKLEGVRRVGYRTISCAGVKDPIMISKIDDIVRSVKDRV
                     KNNFEHYGITDFYLDFKIYGKKGVMAMFKDAEESHSDELLIIIEAVAATQEQANTICG
                     FARSTMLHFGYEGRIATAGNLAFPFSPSDAKMGEVFEFNIYHLMQVDNSTELFPARYI
                     SFNQGKE"
ORIGIN      
        1 ggccaaacca ggtggtttga agcaaaaccc aaccccgatt ggggtcaaac caggtggttt
       61 gaagcaaaac ccgaccccga ttcgggtcaa accaggtggt ttgactccat ccgtagcctc
      121 ggcgtagggc atcacacata gacataagga ataagtacac acaatcaaat agaaacagaa
      181 atgaaaatca cccaagtaat ctgcgctccc ggcaagacgg gcttcttctt cgacgatcag
      241 aaggccatca agaacggagc aaaaaacgac ggcgctttct atgaaggaac gcctgtaacc
      301 cccggattca cggccgttcg tcaggctggc gaatcgatct cagtcatctt cgtactcgaa
      361 aacggtgcga tggcttacgg cgactgcgcc gctgtgcagt actccggagc cggcggacgc
      421 gacccgctct tcctggccaa ggactttatc cccgttatcg agaaggaaat cgctccgctc
      481 tacgtaggca aggagatcac caccttccgc gagatggccg accgcaccga caagtatgta
      541 gaccccaaga cgggccagaa atatcacacc gccatccgct acggcgtgac ccaagcctgc
      601 ctcgacgctg tggccaagag ccgcggcgtg ctgatggccg aagtcatcgc cgacgagtac
      661 ggcacgaaga tctccgacac catcatcccc atcttctccc agtcgggcga cgaccgctac
      721 ctgaacgccg acaagatgat catgaaggcc gccgacgtac tgccgcacgc cctcttcaac
      781 cacgtcgaga cgaaggtggg cctcaagggc gagaagatca aggaatacgt ggagtggctg
      841 cgcaaccgca tccagaagct gaaacccttc gagggctaca acccgacgat ccacatcgac
      901 gtctacggca cgctgggcat cgtcttcaac aacgaccccg aggccatcgc tcactacatc
      961 ggtgaggtgg ctgccatcgc agcgccgttc aagctgcgcg tcgagggtcc cgtggacatg
     1021 ggcgagcgcg aggcacagat caaggctctg cgcgacatcc gcgccgtgat cgaccgcgaa
     1081 ggcatcaacg ccgaaatcgt agccgacgaa tggtgcaaca cgctggagga catcgtagac
     1141 ttctcgaagg agaaatccgg ccacatggcc cagatcaaga cgcccgacct cggcggtatc
     1201 aacaacgcca tcgaggctgt cctctactgc aaggagcacg ccatgggcgc ctacctcggc
     1261 ggcacctgca acgagacgaa ccgctcggcc gaagtctgcg cacacatcgc tatggccacc
     1321 cagcccgtgc agtatctggc taagccgggc atgggcgtcg acgagggcta tatgattgta
     1381 ttcaacgaga tgagccgcat cctggccatc cggaaagcaa agaagtaaaa cccttagagg
     1441 gtagagggta gagattagag ggtagaggga tgctttgatc tctatcctcc gatctctacc
     1501 ctccaccctc taacctctac cctctaacct ctaccctcta acctctaccc tctaaataga
     1561 aatggaagaa ttaagagtct tatcccccac agccatcttg ggctacggct tcccgatgga
     1621 gtcgttcgtg gagggcatga aacgtgcgcc gcacgtcatt gctgtcgacg ccggatcgtc
     1681 cgatcccggc ccctattacc tcggcgccgg caagtcgttc accgaccgca actcggtgaa
     1741 gcgcgactta gagattatga tccccgccgc catcgaggcc ggcatccccg tcatcgtcgg
     1801 tacggctggc ggcagcggtg ctacgccgca tctggactgg gccgtggaca tcgtcaagga
     1861 gatcgcccgc gagaagaagc tcagcttcaa gatggcgatc atcggctccg agctggacaa
     1921 agagctcgtt aaggagaagc tccgcaaggg tcaagtgacg cccctgcacc cggccaaaga
     1981 gatcgccgaa aaggacgtcg acgaggccgt ccacatcgtc gctcagatcg gcgaagaacc
     2041 ctacatcaaa gccttggacg aaggcgcgaa cgtgatcatc gccggtcgct cgtacgaccc
     2101 cgccgtcttc gccgccctgg ccatcaagca gggctacgac aaggccttgg cgctccacat
     2161 gggcaagatc ctcgagtgtg ccgccatcgc cgccctgccc ggcagcggta gcgactgcat
     2221 gttcggctac ctccgccgtg accactttgt gctcgagccc ctctcgccct tgcgcaagtg
     2281 caccacgctc tccatcgccg cccatacgct ctacgaaaag accaaccctt acgtactgcc
     2341 tggccccggt ggcgccctcg acctgcacga gtgcaccttc acgcaggtgg acgacaacaa
     2401 ggtgaaggtg gccggatcga agttcgtccc cacggacaag ttcttcgtca agctcgaagg
     2461 cgtgcgccgc gtgggctatc gcaccatctc gtgcgccggc gtcaaggatc cgatcatgat
     2521 ctcgaagatc gacgacatcg tccgcagcgt caaggatcgc gtgaagaaca acttcgagca
     2581 ctacggcatc accgacttct acctcgactt caagatctac ggcaagaagg gcgttatggc
     2641 catgttcaag gacgccgaag agtcgcacag cgacgagctg ctgatcatca tcgaggccgt
     2701 ggccgccacc caggaacagg ccaacaccat ctgcggattc gcccgcagca ccatgctcca
     2761 cttcggctac gaagggcgca tcgctacggc cggcaacctg gccttcccct tctcgccctc
     2821 ggacgccaag atgggcgagg tcttcgagtt caacatctac cacctgatgc aggtcgacaa
     2881 ctccaccgag ctgttccccg cgcgctacat cagcttcaat cagggtaaag agtaagaaag
     2941 gaggatatct atcatgcatt acaaactgac agacgtggct tcggtgatcc gaagcaagaa
     3001 ctcgggtccc tacgagctga ccttcgacgt catcttcaag gactatgaga tgtatgagcg
     3061 cgtcaaggct gccggcgtat tcaacaacgc catgttcgcc tcgctctacc acatccccga
     3121 gacggacatc atcggcatcg tgcacttcga ccccgccaag gcgatcaaga ccaccatcgt
     3181 gcgtccgatc ccctccggcg cgctcggcga aacggacgtc tacggcgccc aacagcacgt
     3241 ccccctgatg aagttagagt tc
//
LOCUS       SEQF2638.1|AYYF01001096.1 302 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..302
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 attgcaccct tacaaccttg gttggggtgg attggtaatg gccgtgtcac ctgatggctc
       61 gcaattgagt gatctctcgg acgattatca caattttgaa gcacgattag tccaacgtag
      121 gatcattgac tatttccgtc ttttggggag ccccaaacgg tggcttgagg atataatggc
      181 acgttacaaa gcagaaaaaa gtcctgctcc tccacctcag ttagctgtcg cttcgtggat
      241 agtcggtggg ctttgtacca atctgttatt ttgccttgcc accggatacc gagtaaaatg
      301 gt
//
LOCUS       SEQF2638.1|AYYF01001097.1 6934 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..6934
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             26..859
                     /locus_tag="SEQF2638.1_00861"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MCRKHFAVRIDVYACALGLLEQHFHVMHVMSADEDTRTLTYTDV
                     HLRHHGVAISRGMRTVEQGHALHAEAPRLKHQLRKRRSVQIADGHVAQGTLHEGVDRI
                     VLLTEAHGMLYVSGQALETIDSQLLERAHIFVLFAQYTFSEALRLVLVSHRHPCHFVS
                     RISQSDRSSLLFQLIAELKHPIHTATEALLVKVGVRDRGKQGVYNGVIHLTSHRLLQL
                     TQSRGQHTDATHGEQQHIHHGGEIALLSAYTLHCAANTLGRLLALIAKHLVVHLLFFL
                     C"
     CDS             1221..2045
                     /locus_tag="SEQF2638.1_00862"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MILDRKLLRLPIRGEIRGEKAAISRPQQPLLQAYMRKSITLRRM
                     AGLTCLWLMAVTCLQAQRRRPQNQPYVDYKRYHFGFHVGLHTQDLILTNTGVAGADGK
                     TWFAEIPAYTPGFSVGVIGDLFLNPVLSVRLTPTVHFGDKRLTFIDPQTKEQFVTSLR
                     SNYLAIPIDFKYTAMRLNNYRPYMLAGVFTQFDMGRKRGYPMLLRGVDYGVEFGLGCD
                     IYLPYFKLCPELKFCFGLADVLEPDRSDLANPLDRVYSHALSRATSRLIVLTFNFE"
     tRNA            complement(2158..2229)
                     /locus_tag="SEQF2638.1_00863"
                     /product="tRNA-Gln"
                     /inference="COORDINATES:profile:Aragorn:001002"
                     /note="tRNA-Gln(ctg)"
     CDS             2366..2725
                     /gene="rsfS"
                     /locus_tag="SEQF2638.1_00864"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q02SH2"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosomal silencing factor RsfS"
                     /translation="MDQTKTLVNAIVRGLQEKKGRSIVTVDMTAQSGAICQYMVICEG
                     ASPTQVSSLSDSVWDVVRTDTGEKPLSMAGTQNAQWIGMDYGTVLVHIFLPEQRAFYN
                     LENLWADSKIDRLPDVE"
     CDS             2759..4723
                     /gene="ftsH"
                     /locus_tag="SEQF2638.1_00865"
                     /EC_number="3.4.24.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0AAI3"
                     /codon_start=1
                     /transl_table=11
                     /product="ATP-dependent zinc metalloprotease FtsH"
                     /db_xref="COG:COG0465"
                     /translation="MDKKDNQPKNNGNKPRLRFNFYWIYGIVFVALMGLYLMNDFSMS
                     KELGWTDFQRFTADDAFSRIVVHNRKNILEATVKSDFRDRIFTPREVQQLTTEPKVYV
                     RIPSSDKFSDFYDKMVAEKHISTQVTYKESDDILWNILASVGPFVIIILLWLFLMRRM
                     AGGGAGGAGGVFSVGKARAQLFDKNTNVKVTFKDVAGLMEAKQEVEEIVEFLKNPEKY
                     TELGGKIPKGALLVGPPGTGKTLLAKAVAGEAHVPFFSLSGSDFVEMFVGVGASRVRD
                     LFRQAKEKAPCIVFIDEIDAVGRARGKNVNMTSNDERESTLNQLLTEMDGFGSNSGVI
                     ILAATNRADVLDKALLRAGRFDRQIHVELPDLNERKEIFNVHLRPIKIDSSVDTDFLA
                     RQTPGFSGADIANVCNEAALIAARGGKRFVQKDDFMNAVDRIIGGLEKRTRITTAQER
                     RSIAYHEAGHASISWLLEYANPLVKVTIVPRGKALGAAWYLPEERQITTREQLLDEMC
                     ATLGGRAAEEIFLGAISTGASNDLERVTKQAYAMVTYFGMSDQLPNLNYYDSTGQEWG
                     FTKPYSEETARLIDKEVQKIINEQYDRARTILRDNAAKHNQLAEKLLECEVIYSEDLE
                     KIFGKRPWASRSEEIMEQQAADASTSAPHA"
     CDS             4720..5586
                     /locus_tag="SEQF2638.1_00866"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKNFTLRGITGAAFVAAIIAALTLHPFLFLGLFAAVVGAALWEF
                     YGLTERIGLEPDAAAPAPRTADRLWGIAGGLYLFTATFLYASARASAVVYAPYAAFLI
                     GGLVSGLYHRGGNPIHRWAVGLLAQAYAAGTFATLNFIVFNPADTTLPRTFHSHYALL
                     LFVLIWLNDTGAYFVGSAIGRRKLFPRISPGKSWEGFLGGLAIVACAALLLAPLFPEL
                     AWYHRVALSLIIVGVGTWGDLVESLIKRTAGAKDSGTLLPGHGGILDRFDSVMLATPA
                     ALLYLEVFVRGS"
     CDS             complement(5830..6750)
                     /locus_tag="SEQF2638.1_00867"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKIEVFNVKGLRVEDDFGYLGFVKRKLTLLPLADSAAGYTVGLK
                     EAANKFSTAVDELDKVLEPARNLPSTKEATQKDEDRDKAWNAFRRIAKATKGHPNKEI
                     ADFAVKTEEIFLRYGDMLPLAQQEETARIDNLVQDLKALDTTKMTQAGFTPFLTDLEQ
                     KQTAYVTISDTQSSEHGHRMVGVIKQKRTEADAAYRRLVETVNALVVVNGETAYKEFV
                     LDLNGRIDQNKAMLANRRTIAEKKKKPADPKDPKQPKDPKDPDQPKEPKQPEKPGGGA
                     GEQPKKPDEKPKDPKKPGGDGNPDITLPEE"
ORIGIN      
        1 tgtatttctt gaacgccgga tagtaatgtg ccgaaagcat ttcgccgtgc gtatagacgt
       61 ctacgcctgt gccctcggtc tgctggagca gcatttccat gtcatgcatg tcatgtccgc
      121 tgatgaggat acccggacgc ttacctacac cgatgttcac ctccgtcatc acggggttgc
      181 cataagccga ggtatgcgca ccgtcgagca gggccatgcc ttgcacgccg aagcgccccg
      241 tctcaagcac cagctccgta agcgccgcag cgtccagatt gccgatggtc atgtcgctca
      301 gggcacgctc catgaaggcg tagatcgcat cgtcctcctt accgaggcgc atggcatgct
      361 ctatgtaagc ggccaagccc ttgagaccat agacagtcag ctccttgagc gagcgcacat
      421 cttcgttctg ttcgcgcagt acaccttcag cgaagccctt cgactcgtac tcgtcagcca
      481 ccggcaccca tgtcacttcg tcagccgcat aagtcagtcc gaccgcagca gcctgctttt
      541 tcagctcatc gcggagctca aacatccgat ccacacggcg acggaggctc tccttgtcaa
      601 agttggcgtt cgtgatcgtg gcaaacaggg cgtctacaac ggcgtgatcc acctcacgtc
      661 ccaccggctg ctccagctta cgcagtcccg tggccagcac actgacgcca cgcacggcga
      721 acagcagcat atccatcatg gcggagagat cgctcttctt tccgcataca ccttgcactg
      781 tgcagccaac acccttggcc gtctcttggc attgatagca aaacatcttg tagtccatct
      841 tcttttcttt ctctgttgaa tttttctgtc aattaaattt ctatcgtcga gcccactttg
      901 aggcccaatt gcggcgcaaa gatccgtcag cggccccgcc caaactgtaa gctatgtgac
      961 aagcggggca ggaataacaa actacaacac ctatcatcct accgatacat ttccgcgccc
     1021 cgtttctccc ccttgaggcc atcaaacagg tcccatttgg ccgaacatcc cgccaagaat
     1081 tgcccgtcga atgcgattta gccgtaacct ctcccagaaa tattgaatca aatgcatctt
     1141 atctcgcgca ggaatcataa tcgaatcgag catgaattat tatacccccc cgagcatcgt
     1201 gagtcaattg cgcacggatt atgattcttg atcggaaatt gctccgcctg cccattcgcg
     1261 gcgagattcg aggtgagaaa gctgcaataa gtcgccccca gcagccgtta ttgcaggcgt
     1321 atatgagaaa aagcatcaca ctcagacgga tggcgggcct aacctgcctg tggctgatgg
     1381 ccgtcacgtg cctccaggcg cagcgtcgac gtccacagaa tcagccgtat gtcgactata
     1441 agcgttacca cttcgggttt cacgtcgggc tgcacacgca ggatctgatc ctgaccaaca
     1501 ccggcgtggc tggcgccgac ggcaagacgt ggttcgctga gataccggcc tacacgcccg
     1561 gattcagcgt cggcgtcatc ggcgacctct tcctcaaccc cgtcctcagc gtacgcctca
     1621 cgccgaccgt ccactttggt gacaaacgcc tcaccttcat cgacccgcag accaaggagc
     1681 aattcgtcac ctccctccgc tccaactatc tggccatccc catcgacttc aaatacaccg
     1741 ccatgcgcct caacaactac cgtccctaca tgctggcggg cgtcttcaca cagttcgaca
     1801 tgggccgcaa gcgtggctac ccgatgctgc tgcggggcgt agactatggg gtcgagtttg
     1861 gcctcggatg cgacatctac ctgccctatt tcaagctctg ccccgagctc aagttctgct
     1921 tcggcctggc cgatgtgctc gagcccgacc gtagcgacct ggccaacccc ctcgaccgcg
     1981 tttacagcca cgccctctct cgagccactt cgcggctgat cgtactgacg ttcaactttg
     2041 agtaacgctc cgactcgtcg ccccgcagac agggcttgcg cctacctgct ggcatgcgca
     2101 gcaaaagaaa cgggaggccg cccgaacgta tcggacggcc tcccgtggtt ttgctctgtt
     2161 gttctactag gactcgaacc tagaatttca ggaccagaat ctgacgtgtt accattacac
     2221 catagaacaa tgtctttgct cgctctctcc ggggcctctc gcccctcgat tgcggccgca
     2281 aacatacatc tcttcttcac acctccaaaa aacggcccca aaaagtttgc catatctttg
     2341 gcccgtctaa cagaaacatc gaattatgga tcaaacaaaa acgctggtaa atgccatagt
     2401 cagaggactt caagaaaaga agggacgcag catcgtgacc gttgacatga cggcacaatc
     2461 gggcgccatc tgccaataca tggtcatctg cgaaggtgca agccccacgc aggtgtcctc
     2521 tctttcagac tccgtttggg acgtcgtgcg gacggacacc ggagaaaagc ccctctctat
     2581 ggccgggacg caaaacgctc aatggatcgg catggactat ggcacggtac ttgtccacat
     2641 cttcctgccg gagcagcgcg cgttttacaa cctcgaaaac ctctgggccg actcgaagat
     2701 cgatcgactt cccgacgtgg agtgaccgcc acggctcctt cccccttaca ttagttttat
     2761 ggacaaaaaa gacaatcagc cgaagaacaa cggcaacaaa ccccgcctgc gcttcaactt
     2821 ttactggatc tacggaatcg tcttcgtcgc cctgatgggg ctctatctga tgaacgattt
     2881 ctccatgtcg aaggagctcg ggtggaccga ttttcaacgc ttcacagccg acgatgcctt
     2941 tagccgcatc gtggtgcata accgaaaaaa catcctcgag gccactgtca aaagcgactt
     3001 ccgcgaccgc atctttaccc cgcgtgaggt gcagcagctc actaccgagc ccaaggtcta
     3061 cgtccgcatc ccctcatccg acaagttctc cgacttctac gataagatgg tggccgagaa
     3121 gcatatctcc acccaagtga cctacaagga gagcgacgac atcctttgga acatcctcgc
     3181 ttccgtgggg cccttcgtca tcatcatcct gctttggctc ttcctcatgc gacgcatggc
     3241 gggcggcggt gcaggcggtg ccggtggggt cttcagcgta ggcaaggcgc gtgcgcaact
     3301 cttcgataag aacacgaacg tgaaggtgac cttcaaagac gtggccggac tgatggaggc
     3361 caaacaggag gtcgaggaga tcgtggagtt cctcaagaac cccgagaaat acaccgagtt
     3421 gggcggcaag atccccaagg gtgcgctgct cgttggccct ccgggaacgg gcaaaacgct
     3481 cttggcaaag gccgtcgcag gtgaggccca cgtgcccttc ttctcgctct cgggatcgga
     3541 ctttgtggag atgttcgtcg gtgtgggcgc ctcacgtgtc cgagacctct tccgacaggc
     3601 caaagagaaa gccccgtgca tcgtcttcat cgacgagatc gacgccgtcg gacgggcgcg
     3661 tggcaagaac gtgaacatga ccagcaacga tgagcgcgag agtaccctca atcaactcct
     3721 cacggagatg gacggcttcg ggtcgaacag tggcgtgatc atccttgctg ccaccaaccg
     3781 cgccgatgtg ctcgacaaag ccctgctgcg tgccggacgc ttcgaccgac agatccatgt
     3841 cgagctgccc gacctcaacg aacgcaagga gatcttcaac gtgcacctcc gcccgatcaa
     3901 aatcgactcc agcgtcgaca ccgacttcct ggcccgacag accccgggct tctctggcgc
     3961 cgacatcgcc aacgtctgca acgaggccgc actgatcgcc gcacgcggtg gcaaacgctt
     4021 cgtccagaag gacgacttta tgaatgccgt cgaccgcatc atcggcggac tcgaaaagcg
     4081 cacccgcatc accaccgcgc aggagcgacg cagcatcgcc tatcacgaag ccggacacgc
     4141 ctccatcagc tggctgctgg agtatgccaa cccgctcgtc aaggtgacga tcgtgccacg
     4201 aggcaaggcc ctcggcgccg cctggtacct gcccgaagag cgacagatca cgacccgcga
     4261 acagctcctc gacgagatgt gcgctacgct cggcggacgc gccgccgaag agatcttcct
     4321 cggggccatc tccaccggag cctcgaacga cctggagcgt gtcaccaagc aagcctacgc
     4381 catggtcacc tatttcggca tgagcgacca gctgcccaac ctcaactatt acgactccac
     4441 gggccaggaa tggggcttca ccaaacccta cagtgaggag acggcccgcc tgatcgacaa
     4501 ggaggtgcag aagatcatca acgagcagta cgaccgcgcc cggaccatcc tccgcgacaa
     4561 cgccgcgaag cacaaccagc tggccgagaa gctccttgag tgtgaagtga tctactccga
     4621 agacctcgaa aagatcttcg gcaaacgtcc ctgggcctcg cgctccgaag agatcatgga
     4681 gcaacaggcc gccgacgcct caaccagcgc cccacacgca tgaagaattt cactctccga
     4741 ggcatcacgg gtgcagcctt tgtcgcagcc atcatcgctg cgctgacgct gcacccgttc
     4801 ctgtttctgg gcctcttcgc cgccgtcgtc ggcgcggccc tgtgggagtt ctacggcctc
     4861 accgaacgca tcgggttgga gccggacgcc gccgcccccg caccccgcac cgctgaccga
     4921 ctctggggca tcgccggcgg cctctacctc ttcaccgcca ccttcctcta cgccagcgca
     4981 cgcgcctcgg ccgtcgtcta tgccccctac gcggccttcc tgatcggcgg cctcgtcagc
     5041 ggcctctacc accgcggcgg caaccccatc catcgatggg ccgtcggcct cctggcccaa
     5101 gcctacgccg cgggcacctt cgccacgctc aacttcatcg tcttcaaccc ggccgacacg
     5161 accctcccgc gcaccttcca cagccactac gccctgctgc tcttcgtcct catctggctc
     5221 aacgacacgg gcgcctactt cgtcggatcg gccatcggtc ggcggaaact cttcccgcgc
     5281 atctcgcccg gcaagtcgtg ggagggcttc ctcggcggac tcgccatcgt ggcctgcgcc
     5341 gccctgctgc tcgcgcccct cttccccgag ctggcgtggt atcaccgcgt ggccctctcc
     5401 ctcatcatcg tcggcgtcgg cacgtggggc gacctcgtcg agtcgctcat taagcgcacc
     5461 gccggcgcta aggattcggg cacactcttg cccggccacg gcggcatcct cgaccgtttc
     5521 gatagcgtca tgctggccac ccccgccgct ctcctctacc tcgaggtgtt cgtgcgcggg
     5581 agctaagaag accggtacag cgggcagcaa aggcatcagg gatggcccct gcgggggcag
     5641 cgaaggcatc ggggatgcct gccaagtttg ccgggtacaa aaaatggcgt gtacccatgt
     5701 aggggcgtat tgcatacgcc ccaccacacg gccccgcggg gccgaacgat ccatgccaac
     5761 cgggtacaaa aaagggcacc cccatctttg gggatgccct ttaatcattc cgggggcgtc
     5821 tgcggacgcc tattcctccg gcaacgtgat gtcaggatta ccgtcgccac ccggtttctt
     5881 cggatccttc ggtttctcgt ccggtttctt gggctgttcg ccagcgccac caccgggctt
     5941 ctccggctgc ttcggttcct tcggctgatc gggatccttg ggatccttgg gttgcttagg
     6001 atccttcgga tcggcaggct ttttcttctt ctcggctatg gtgcggcggt tggcaagcat
     6061 ggctttgttc tggtcgatgc gtccgttcag gtctaagacg aactccttat aagccgtttc
     6121 accattgacc acgacgagcg cattgaccgt ctccacaagt cggcgatagg cggcgtcggc
     6181 ctcagtgcgt ttctgcttga tgacgcccac catgcggtgc ccgtgctccg agctctgcgt
     6241 gtcggagatg gtgacgtaag ccgtctgctt ctgctccagg tcggtgagga agggggtgaa
     6301 tccggcctgg gtcatcttcg tcgtgtcgag cgccttgaga tcctgaacga ggttgtctat
     6361 acgcgccgtc tcttcctgct gagccagtgg cagcatgtcg ccgtatcgca ggaagatttc
     6421 ttctgttttg acggcgaagt cggcaatctc cttgtttggg tgtcccttgg tggccttggc
     6481 gatcctgcgg aaggcattcc acgccttgtc gcgatcctcg tctttttggg tggcctcctt
     6541 ggtcgaggga aggttccgag ccggctccaa cactttgtcg agttcatcga cagcggtgga
     6601 gaacttgttg gcagcctctt tcaatcccac ggtgtagccc gccgccgaat ccgcaagcgg
     6661 caggagggtt agtttacgct tgacgaatcc gaggtacccg aaatcgtctt ctactctgag
     6721 tcctttgaca ttgaatactt caattttcat gattcaaata gctattaaag tgattataaa
     6781 tgactgctgt ctatctgtaa acagcgggcc gaagatagaa tatacttcca agaaaaaaag
     6841 aagggccaaa ccctcagggt tcggggctgc ttgaaaaata gtggcgctaa accctcaggg
     6901 ttcagggctg cttgaaaaat agtggcgcta aacc
//
LOCUS       SEQF2638.1|AYYF01001098.1 343 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..343
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggacatacaa atgatgaaca gtcgaccctg aatgaatcgg ggaagggaat attcttactg
       61 cgaaacggat tgacccagcg ggtgtcccag ctcgaggcat agagctcgtc ggcagggaag
      121 cgtagctctt cattgcggag aagctctgct tgggaagagt aggtgacggg ggctaacttg
      181 tccgacgtca tcttcttttt tgtcacgtct atgtgaccgg cgatcaattc cgacgcctta
      241 cgttccatcg tacgagagcg tacggtttgt tgcacacgtg tcggcaacct tttgttgtga
      301 gttctttgtg catagcctcc tcctacagag aatagggcaa agc
//
LOCUS       SEQF2638.1|AYYF01001099.1 11027 bp   DNA    linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..11027
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(174..812)
                     /gene="pyrE"
                     /locus_tag="SEQF2638.1_00868"
                     /EC_number="2.4.2.10"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0CB78"
                     /codon_start=1
                     /transl_table=11
                     /product="Orotate phosphoribosyltransferase"
                     /db_xref="COG:COG0461"
                     /translation="MKALERIVAEKLLKIKAVKLQPGNPFTWASGWKSPIYCDNRKTL
                     SYPALRTFLKIELARTIVENFGEVEAVAGVATGAIAQGALVADLLGLPFVYIRSTPKD
                     HGLENLIEGELRPGSKVVVVEDLISTGGSSLKAVEAVRNFGCTVIGMVAIYTHGFPVA
                     EEQFQAANVRLITLSNYDAVIKEALKTEYITPTEEAILQEWRKDPAHWNPQD"
     CDS             complement(962..1570)
                     /gene="nreC"
                     /locus_tag="SEQF2638.1_00869"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q7WZY4"
                     /codon_start=1
                     /transl_table=11
                     /product="Oxygen regulatory protein NreC"
                     /db_xref="COG:COG2197"
                     /translation="MSRKKKVLIVEPSIIIKEGLIKILGKSPELDVLRPSDGTEDYAE
                     RISVARPDILLINPTVMPYSKRYPVYSLAQEYPHMTIIALVYQYIDNAILHAFHSVLE
                     IRESAERIVDIILEAYASTSDRAEMLDPAGGHELTRRETDVLVLVAKGLMSKEIAERL
                     HISVHTVISHRKNITRKTNIKSVAGLALYALMNNLMEEGDAS"
     CDS             complement(1567..2271)
                     /locus_tag="SEQF2638.1_00870"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDKMLFSENMKLADLISANHNLILMLPRFGIPLGFGERSVARVC
                     AAYDVPVDFFLLVCNVYTFDAYLPNRETLQSIDMRLLVPYLHASHQYYLRHLPYLGRL
                     LDGMASKVDKRYGNMLRHFFAGYKNEVEEHFDYEEQVVFPYIERLRIASENGETLPES
                     YHIHDYAEAHDNIEDKLSDLTQIIFKYLPGNVSPEDSIDVVFDIFQLSADLNKHALIE
                     DRILVPYVEMLEAKRA"
     CDS             complement(2712..2828)
                     /locus_tag="SEQF2638.1_00871"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDRVLGSSIAKSPKMDLVLGSSIAESPKMDRVLELHLL"
     CDS             complement(2856..3215)
                     /locus_tag="SEQF2638.1_00872"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPFFCLVFQPLSAETTKMDRVLQLSSAESTQMRRVLQLLSAETI
                     KMDLVFLLSRAETTQTRRVFLLSRVESSKMDLVLGSSIAESLKMDLVLQLLIVESSKM
                     DLVLGSSIAESPKMDLI"
     CDS             complement(3270..4463)
                     /gene="resA_1"
                     /locus_tag="SEQF2638.1_00873"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01319"
                     /codon_start=1
                     /transl_table=11
                     /product="Thiol-disulfide oxidoreductase ResA"
                     /translation="MKKYLFLAVMALLAVACKQKASDGFVIDGKLTGNVENAVVKIFD
                     AADPTMTVVDSAVVKEGKFQLKGKVDEPTMFQLTIDLPDASLSEQERTLAYAFYVENA
                     PMTFTADAATMPTLFYIPDRKTVNPVITGSPTQELNEKFNAQMADKENRLSELSEKQA
                     SVYYSAEERTDSIIAEAVRMESEIEALRKECNDARLDFIRKNAASIVALDQAGILVYA
                     DELTTSDVDEILKVLEPSWKGKARYDLLVQQMTTKKNMALGSVIPDADFSTTDGKTVK
                     LHDVLPKEGYALVEFWASWCSPCRAEIPHLKQIVSKYPAFHIISLSVDDDDAAWKKAL
                     DQDKPSWTQLRCPDGIQGMANKVYGIMGVPACFLVDSEGKIIRVGARGPVLDMMLSQL
                     YASNK"
     CDS             complement(4538..5947)
                     /locus_tag="SEQF2638.1_00874"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:T2KPM5"
                     /codon_start=1
                     /transl_table=11
                     /product="SusD-like protein P38"
                     /translation="MKTTHAIIGLCLALALTACELVGSLDKIEPEHKLTDNNVITDAK
                     SAEAALNGVYLSWRTYRIGWMRHLLGALTGVENEVNIAGIDGFADNEVTDDNTGVESN
                     YIELYFVVQNASAILEHLESTAAIQSLSPARRTEIVGEVKCSRALARLMLLRQYGEFY
                     DRTSAYGIVLYPGNRSIKDNTALPRASVEESYRAILSDLDEAIAKAPETNTHYRMSRL
                     TAKALKARVMLYRKEFAQAATLARQVIAEAPAAGYALEDSFKQLFVNSFQSQEMLFAV
                     YAMAPDELYSDGVWNRSTAGPVTSKLASAVAPSDSVPDKRFAAIYKDLDPGRPEVVNN
                     KYPITEGLAGTKQDSHYYIRLAEMYYLIAEAEARLGNPTAARAALKEILCIDRAGYTQ
                     AYVEAIPDSRLLEMILRHKWLEFFTENSEEWFDLVRFHAWDNYPIAPYYVKSDRHLIL
                     PIPRKALGGNRALKQNPGY"
     CDS             complement(5975..9385)
                     /locus_tag="SEQF2638.1_00875"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:T2KPJ3"
                     /codon_start=1
                     /transl_table=11
                     /product="TonB-dependent receptor P3"
                     /translation="MGELMKVSIFAPFILLGANVHLTRMSGEISNQNIDNEYFISIHL
                     MTYKYDCKKHGGRRLGWAMMSLCIVAATGLQPAWAAEFDPTTGHMTATQQKGIITGRI
                     VDETGEPVVGANIVVKGTTTGTTTDLEGRFSLTVEGPNVTLVVSYVGYEQMELPAVAG
                     STLNLRLVPDCKMLDDLVVIGYGSKDKKSLTSSISSLKNDDIERLARSASTVDGMLGG
                     AVKGVFSVQSSGAPGAGPLINVRGITSPIPRDKMTKQSNAPLYVIDGMPYFVEDNNLN
                     PLLAISPYDIESVDILKDASATAIYGSRGANGVVIVKTRNGRKNEKMTIDAGYTLSVG
                     NPIKEYSPLNPTEFRQLQGEIMDGTVRHIRENLGGMMDANMYAVLQSFGKVEATLDED
                     TYLYKLTAYNGLRDDVFGRANTNWNDEITHRNATTQQYYVSLRGGSAVTNYSVSLNAM
                     DQEGLMKNDRLKHYGGRMAIDTEVSKWVKAGATLSYSGSARHSGNLREGFQEGLTAWR
                     MRPDLPVRDEQGNFMRFDATPLYGVPIMSPNPVAVRDRKNRAVSSQFMGNGYADVTIL
                     EGLKAHAEVNVSVFGQRDRTFIPSHAQSLIPGVELKAELGEEYSTTTQTSANVRLDYN
                     RSFGHHNLAALLGVGADRTHYQLRTLSASDFFNESDMDNIGSANTYLPIMDAYARGGL
                     NSTYARVSYDYAQRYLTELSLRSDASSKFGPNNRTAVFPAVSLGWRLGNEQFMAGACS
                     WLDDLKLRLSWGKTGSTNVDDFSYLRYYSKGGRYGEKPGVWLERNLPNRDIRWEITTE
                     YNGGIDFSLFDHRLYGSIDLYNRTTKGALVNSPYLAESGMNSYTSNLIDMSNRGFELE
                     LGGDIVRTADFTWSTSFNIASNRNKVLKLNGANLNSQMQDLIVEGEPVGVIKGFRTKG
                     IAKDQAEIDRLNAQAAAKGYGTYQTSLGVGDYILEDVNGDGRITSDDRTVIGSPLPKF
                     FGGWNHTLTYRNVDLSLFMQFSQGGKAFYSDVGLDLESTLGQSITRETFGRTWTPERR
                     EALFPRLVYGQYSSYNAKTNDRMIYSTSYLRMKNITLTYRLPKAALRLVGVQSASVFA
                     MVTNLFTLTAWPGLDPELVGSGIHRGQGNDADPYPLSRTVSFGVHLQF"
     tRNA            complement(10281..10356)
                     /locus_tag="SEQF2638.1_00876"
                     /product="tRNA-Met"
                     /inference="COORDINATES:profile:Aragorn:001002"
                     /note="tRNA-Met(cat)"
     misc_RNA        10563..10745
                     /locus_tag="SEQF2638.1_00877"
                     /product="Bacteroidales-1"
                     /inference="COORDINATES:profile:Infernal:001001"
ORIGIN      
        1 cctacttttg cgcccacaaa cattacccat ccatccatta atagagaata tgaaagcatg
       61 gcgaaaacgc gggcgtcgtt gtggggaatg gggcggatgg tgctggtgaa ttctgtcatt
      121 atgtatgtac taaggaggag taaggagggg gtagggtggg ggagtagtcg gggttagtcc
      181 tgtgggttcc agtgggcggg atctttgcgc cattcttgca ggatggcctc ctcggtcggg
      241 gtgatgtatt cggtcttgag ggcttctttg atcacggcgt cgtagtttga gagggtgatg
      301 aggcgcacgt tggcggcttg gaattgttct tctgccacgg ggaagccgtg ggtgtagatg
      361 gccaccatgc cgatgaccgt gcagccgaaa ttgcggacgg cttcgacggc tttgaggctg
      421 ctaccgcccg tagagatgag gtcttccacg acgacgacct tcgatccggg tctcagttcg
      481 ccctcgatca ggttttccag tccgtgatct ttcggcgtgg agcggatgta gacgaagggg
      541 agtccgagca ggtcggccac cagggcaccc tgcgcaatgg cgcctgtggc gacgccggcc
      601 acggcctcca cttcaccgaa attctctacg atggtgcgcg ccaattcgat cttgagaaag
      661 gtgcggaggg cgggatagga gagcgttttg cggttgtcgc aataaatggg tgacttccag
      721 cccgaggccc aggtgaaggg gtttccgggt tgcagcttga cggctttaat cttgagcaac
      781 ttctcagcga cgatgcgttc taatgctttc atattctcta ttaatggatg gatgggtaat
      841 gtttgtgggc gcaaaagtag ggtaaaatgc ccacgcggcc ggaacgcgct tcgttatcgg
      901 aggctgtccc ggccgcacgt gtgggataag tggcgtggcg acccgttggg cggcgctcgg
      961 actacgatgc gtcgccttct tccatgaggt tattcatcag ggcgtagagc gcaaggccgg
     1021 ccacggattt tatgttcgtc ttgcgggtga tgtttttgcg gtgtgagatg acggtgtgga
     1081 cggagatgtg gaggcgttcg gcgatttcct tactcatcag ccctttggct acgagtacga
     1141 ggacgtccgt ctcacgtcgc gtcagttcgt gaccgcctgc ggggtcgagc atttcggctc
     1201 tatcggacgt ggatgcgtag gcctcgagta tgatatcgac tatccgttcg gcggactcgc
     1261 gtatctcgag cacgctatgg aaagcgtgca ggatggcgtt gtcgatatat tggtaaacga
     1321 gggctatgat ggtcatgtga gggtattcct gggctaagct atagactggg tagcgcttgg
     1381 agtagggcat tacggtcggg ttgatcaata aaatgtctgg acgcgccacg gagatgcgtt
     1441 ccgcgtagtc ctccgtgccg tcggatgggc gtaggacgtc cagctccgga gacttcccca
     1501 ggattttgat cagcccttcc ttaatgatga tggagggctc gacgataagt accttctttt
     1561 tgcggctcat gcacgttttg cctccagcat ttcgacatac gggacgagga tacgatcttc
     1621 gatcagcgca tgcttgttta agtcggccga taattggaat atatcgaaga cgacgtcgat
     1681 agagtcttca ggcgacacat tccccggcag gtatttgaag atgatttggg tcaagtcgct
     1741 gagtttatcc tcgatattgt cgtgcgcctc ggcatagtca tggatatgat acgattcggg
     1801 taaggtctcg ccgttttcgg aggctattcg cagtcgctcg atgtagggaa aaacgacctg
     1861 ctcttcgtag tcgaaatgtt cctcaacttc atttttatac cccgcgaaga agtggcgcaa
     1921 catatttcca tatcgcttat ccactttcga ggccatcccg tcgagcagac gtcccaaata
     1981 gggcaaatga cgcaggtaat actgatgaga agcatgcaaa tagggcacga gtaggcgcat
     2041 gtcgatcgat tgaagggtct cacgattcgg cagataggca tcgaaggtgt agacgttgca
     2101 gaccaggagg aagaaatcca ctggcacgtc gtacgcggcg catactcgcg ctacgcttcg
     2161 ctccccgaaa cccagaggaa tgccgaaacg aggcagcata agaatgaggt tatggttggc
     2221 ggaaatcaaa tcggccagtt tcatgttttc cgagaaaagc attttatcca ttattcgttc
     2281 aattcattca ttgatcacgg acgcaaaagt agacctttcc catcgcatga actctcttcg
     2341 gggcatcgct aatgatagcg attttttagc ttcatctcta cccaataata gggataggcg
     2401 cgagtagtga cccgccccgg cttgatggcg actgcttctc gtctcctcga taggtgcctc
     2461 ttccatccgt ggtactccca aacgcttctc gtttccctgt tcacccccga tgggggtgtc
     2521 tgtggggcgt atgctgttgc gccctacagc gggtatatct ggaaaacgtg ccgcatttct
     2581 tgattcgatc ccgtggggat cgtttgtggg gcgtatgctg ttgcgcccta cagcgggtat
     2641 atctggaaaa cgtgccgcat tttttgattc gatcccgtgg ggatcgtctg tggggcgtat
     2701 gcaatacgcc cctacagcag gtgcaactcc aaaacgcgat ccattttggg actctccgcg
     2761 atggatgacc ccaaaacgag gtccattttg ggactctttg cgatggatga ccccaaaacg
     2821 cgatccattt tgggactctt tgcaatagat gactcctaaa tgaggtccat tttgggactc
     2881 tccgcgatgg atgaccccaa aacgaggtcc attttggagc tctccacgat gaggagttgt
     2941 aaaacgaggt ccattttgag actctccgcg atggatgacc ccaaaacgag gtccattttg
     3001 gagctctcca ctctggagag taggaaaacg cggcgcgttt gggtggtctc cgctctggag
     3061 agtaggaaaa cgaggtccat tttgatggtc tccgcgctga ggagttgtaa aacgcggcgc
     3121 atttgggtgc tctccgcgct ggagagttgt aaaacgcggt ccattttggt ggtctccgcg
     3181 ctgaggggtt ggaaaacgag acaaaaaaag ggcatccccg aggtgggaat gccctttagt
     3241 gatcgacggg atcgaccgtc gctaacggat tacttattgg aggcgtacaa ttggctgagc
     3301 atcatgtcca ggacagggcc gcgggcgcct acccgaatga tcttaccctc tgagtctacc
     3361 aagaagcagg ccggtacacc cataatgccg tacactttgt tggccatgcc ttggatgcca
     3421 tcagggcagc ggagctgcgt ccaggagggt ttgtcttgat cgagggcttt cttccaagcc
     3481 gcgtcgtcgt cgtcgacgga gaggctaata atgtggaagg cggggtactt cgacacgatc
     3541 tgcttgagat gtggaatttc tgcgcggcag ggcgagcacc acgaggccca gaactctacg
     3601 agcgcgtaac cttctttcgg gagcacgtcg tgcagcttga cggtcttgcc atctgtggtg
     3661 gagaagtcgg cgtcggggat gacggagccg agagccatgt ttttcttcgt cgtcatctgc
     3721 tgtaccaaca gatcataacg tgctttaccc ttccacgagg gctccaagac cttgaggatc
     3781 tcgtccacgt ccgacgttgt cagctcgtcc gcgtagacga gtatgccggc ttgatccagc
     3841 gcgacgatgg aggcggcgtt tttgcggata aagtccaggc gggcgtcgtt gcactccttg
     3901 cggagggctt caatttcgct ctccatgcgg acggcctcgg cgatgatgct gtcggtgcgc
     3961 tcctcagcgg agtagtacac ggaggcctgt ttctcgctga gctcgctcag gcggttctcc
     4021 ttgtcggcca tctgggcgtt gaacttctcg ttcagctcct gcgtgggtga gcctgtgatg
     4081 acggggttca ccgtcttacg atccgggatg tagaagagcg tgggcatggt agccgcatcg
     4141 gctgtgaagg tcatgggtgc gttctcgacg taaaaagcat aagctaacgt gcgctcctgc
     4201 tccgagagcg aggcgtcggg cagatctatc gtcagctgga acatggttgg ctcgtccact
     4261 ttgcctttca gctgaaactt gccctcctta accacggcgc tgtcgacaac ggtcatcgtc
     4321 ggatcagccg catcgaagat ctttactacg gcattctcaa cgttaccagt caatttgccg
     4381 tcaatcacga agccatctga ggctttctgt ttgcatgcca cggcgagtaa ggccatgact
     4441 gcgaggaata agtacttttt catctcttgt ttatgtagaa attaaacgta gttgtgtgtg
     4501 ggtgagcctc tcggaagtac acttgcaggg cgtcgggtca atagccgggg ttctgcttca
     4561 aggcccgatt tccgccgagt gccttgcggg ggatcgggag gatgaggtgt cggtcggatt
     4621 tgacgtaata gggggcaatg gggtagttgt cccaagcgtg gaagcggact aagtcgaacc
     4681 attcctcact gttttcggtg aagaattcca gccatttatg gcggaggatc atctccaaga
     4741 ggcgggagtc cggaatggcc tccacgtagg cctgggtata tccagcgcgg tcgatgcaga
     4801 ggatctcctt cagggccgcg cgtgcggcgg tggggttgcc cagacgcgcc tcggcctccg
     4861 cgatgaggta gtacatctcg gccagacgga tgtagtagtg cgaatcttgt ttggtgcccg
     4921 ccaggccctc cgtgatgggg tacttattgt tcaccacctc cggccgcccg ggatcgaggt
     4981 ccttgtatat ggctgcgaag cgcttgtctg gcacgctatc ggagggggcc acggcgctgg
     5041 ccagcttact ggtgaccggg ccggccgtcg aacggttcca gactccgtcg ctgtagagct
     5101 catcgggggc catcgcgtag acggcgaaga gcatttcctg cgattggaaa ctgttcacga
     5161 agagttgctt gaaactgtcc tccagcgcgt aaccggccgc gggcgcctcg gcgatcactt
     5221 gacgcgccag ggtggccgcc tgggcgaact ccttcctgta gagcatcacg cgggccttga
     5281 gcgccttggc ggtgagtcgg ctcatgcgat agtgcgtgtt cgtctcgggg gccttggcga
     5341 tggcttcgtc cagatcggag aggatggcgc ggtagctctc ctccacggag gcgcgcggca
     5401 gagccgtatt gtctttgatg gagcgattgc cgggatagag gacgatgcca taagcggacg
     5461 tgcggtcgta gaactcgcca tactgacgca gcagcatgag gcgggccaag gcgcgcgagc
     5521 atttcacctc gcccacgatc tccgtgcggc gcgcggggct gagcgactgg atggcggcgg
     5581 tggactccag gtgctcgagg atcgccgagg cgttctgcac cacgaagtag agctcgatgt
     5641 agttgctttc cacaccggtg ttgtcgtccg tcacctcgtt gtcggcaaag ccgtcgatgc
     5701 ccgcgatgtt cacttcgttc tcgaccccgg tgagggcacc gagcaaatgg cgcatccagc
     5761 caatgcggta ggtgcgccag gagagataga cgccgttgag ggccgcttcg gccgatttag
     5821 cgtcggtgat cacgttgttg tccgtcagct tgtgctccgg ttcgatctta tctaagctgc
     5881 ctaccaattc gcaggccgtg agggccaagg caaggcagag acctatgata gcatgtgtcg
     5941 ttttcattac tgtatagttg gggatgtgtg gaatttagaa ctgtaggtgc acgccaaacg
     6001 atacggtgcg gctcagggga tacggatcgg cgtcgttgcc ttgtccgcgg tgtatgccgg
     6061 agcccacgag ctcaggatcc agtccgggcc aggccgtgag ggtgaacaag ttggtgacca
     6121 tcgcaaagac ggatgcgctc tgtacgccca cgaggcgcag ggccgccttg gggagtcggt
     6181 aggtcagggt gatgttcttc atccgcaaat aggaggtgga gtaaatcatg cggtcgttgg
     6241 tcttcgcatt gtagctgctg tactgtccgt agacgagtcg ggggaagagc gcctcgcggc
     6301 gttccggcgt ccaggtgcgg ccaaaggtct cccgggtgat gctctgcccg agggtgctct
     6361 ccagatccag ccccacgtcg gagtagaagg ccttgccgcc ctgcgagaac tgcatgaaaa
     6421 gcgagaggtc cacgttgcga taggtgagcg tatggttcca tccgccgaag aacttgggca
     6481 ggggcgaccc gatcacggtg cgatcgtccg acgtgatgcg gccgtcgcca ttgacgtcct
     6541 ccagaatgta gtcccccacg ccgagggacg tttggtaagt cccgtaaccc ttcgctgctg
     6601 cctgggcgtt aaggcggtcg atctccgcct gatccttggc gatacccttg gtccggaagc
     6661 ccttaatcac gccgacgggt tccccctcga cgatcagatc ctgcatctgg ctgttcaggt
     6721 tggccccgtt cagcttcaag accttgtttc ggtttgaggc gatgttgaag gacgtgctcc
     6781 aggtgaagtc cgccgtgcgg acgatgtcgc cacccagctc cagttcgaag ccgcgattac
     6841 tcatgtctat caaattggag gtatagctgt tcatgcccga ttcggctaag tagggcgaat
     6901 tgacaagtgc gcccttcgtc gtgcggttgt agaggtcgat cgagccatag agccgatggt
     6961 cgaaaaggga gaagtcgatt ccgccgttat actccgtggt gatctcccag cggatgtcac
     7021 ggttgggcag gttgcgctcc aaccacacgc ccggcttctc gccgtagcgc ccgcctttgg
     7081 agtagtagcg gaggtaggag aagtcgtcca cgttcgtcga ccccgtctta ccccagctta
     7141 gtcgcagctt gaggtcgtct aaccagctgc acgcccccgc catgaactgc tcattgccca
     7201 agcgccaacc cagagagacg gccgggaaga cagccgtgcg attgttcggc ccaaacttcg
     7261 acgaggcgtc gctgcggagg ctcagttcgg tcaggtaacg ctgcgcatag tcatagctga
     7321 cacgcgcgta ggtggagttc agtccgccgc gggcataagc gtccatgatg ggcaggtagg
     7381 tattggctga ccctatgttg tccatgtccg attcgttgaa gaaatcgctt gcactcagcg
     7441 tccggagctg atagtgcgta cggtcagcac ccacacccag cagggccgcc aggttatggt
     7501 gcccgaaaga gcggttgtaa tcaagccgga cgttggccga cgtctgcgtc gttgtgctgt
     7561 attcctcgcc cagctcagcc ttcagctcca cgcccgggat aagcgactgc gcatgcgagg
     7621 gaataaaggt gcggtcgcgc tgaccaaaga cagagacgtt gacttcagca tgcgccttga
     7681 gaccttccaa gatcgtcacg tccgcatacc cattgcccat gaattgactc gacacggcgc
     7741 ggttcttccg gtcccttacc gccacggggt ttgggctcat aatgggcaca ccgtagagcg
     7801 gcgtcgcatc gaagcgcatg aagttgccct gctcatcacg taccggcaga tccgggcgca
     7861 tacgccacgc cgtcaggccc tcctgaaagc cttcccgtag gttgcccgaa tggcgtgccg
     7921 atcccgaata gctcagcgta gccccagcct tgacccattt cgagacctcc gtgtcgatag
     7981 ccatccgtcc gccgtaatgc ttcaggcgat cgttcttcat cagaccctct tgatccatcg
     8041 cgttcagcga cacggagtag ttcgtcaccg ccgagccacc tcggagcgag acgtaatact
     8101 gctgcgtggt ggcgttccgg tgcgtgatct cgtcgttcca attcgtgttt gcacgaccga
     8161 agacgtcgtc acgcaacccg ttgtaagccg tcagtttata gaggtacgta tcctcgtcca
     8221 gcgtcgcttc cactttcccg aacgattgaa gcacggcgta catgtttgcg tccatcattc
     8281 cgcccaggtt ctcgcggatg tggcgcaccg ttccgtccat gatctcgccc tgtagctgcc
     8341 tgaactccgt cgggttgagt gggctgtatt ctttgatcgg attgccgacg gagagggtgt
     8401 aacccgcatc aatcgtcatc ttttcgttct tcctcccgtt gcgtgtcttg acgatcacca
     8461 cgccattggc accgcgcgaa ccatagatgg ccgtggccga ggcgtccttg aggatgtcta
     8521 cgctctcaat gtcgtacggt gagatggcca gcagcggatt caggttgttg tcctcgacga
     8581 agtagggcat accgtcgatc acgtacagcg gggcgttgga ctgtttcgtc atcttatccc
     8641 gcggtatggg cgacgtgatg ccgcgtacat taatcagtgg cccagcccct ggcgcaccgc
     8701 tcgattgcac actgaagacg cccttcacag cgccgcccag catgccgtcc accgtcgagg
     8761 ccgaccgtgc cagccgctcg atgtcgtcgt tcttcagcga cgagatggag ctcgtcaggc
     8821 tcttcttgtc cttgcttcca tagccgatca cgaccaggtc gtccagcatt ttgcagtctg
     8881 gcaccaatcg cagattcagc gtgctacctg ccaccgcagg cagttccatc tgctcgtagc
     8941 ccacgtaaga gactaccagc gtaacgttcg gaccctccac cgtgagcgaa aagcgcccct
     9001 ctaaatccgt cgttgttcct gtcgtcgtac ccttcacgac gatgttcgca cccaccactg
     9061 gctcgcccgt ttcgtccacg atccgtcccg tgatgattcc tttctgttgc gttgctgtca
     9121 tgtggcctgt tgtcgggtca aactccgcag cccaagctgg ctgtaacccc gttgcagcca
     9181 cgatgcagag tgacatcatg gcccatccaa gcctccgccc gccatgcttt ttacaatcgt
     9241 atttgtaggt cataaggtgt atggatataa agtattcgtt gtcgatgttt tggtttgaaa
     9301 tctcaccact cattctcgtc agatgcacat tggcaccgag caaaatgaac ggcgcgaaaa
     9361 tagaaacttt cattaactcg cccatgatcg taacaaatcg ccgccctttt tgcgctcttt
     9421 cttgcatttg taaagtatag aggcgggcgt tgcaccgcaa tccaccattc cgacgcccat
     9481 ccatgcccac ttgcccgccg caccaagcct tcgccccccc atccaacgtc tcgccatgcc
     9541 ttacaccaag acttcgatcc ccatccaagc ctcgctatgc cttatgacaa ctctttttct
     9601 tctcataagc tgcttttata tgctatgaaa atcgtttttt attcgtggga taactttcat
     9661 agcctatgag gatcattttt ctcttgagga atatccatca cagtctatga aaatcatatt
     9721 ctgcttatag aagaactttc atagtctatg aggatcgttt ttctcttgag gaatatcaat
     9781 cacagtctat gaaaatcatt ttcagcttgt agaagaactt tcatagcata tagagatcgt
     9841 tttctagtta tagaggaacc ctcatagcct atgaaactac gtatggtata gaattaggtc
     9901 gaatatagcc tgagagaatt acttttcatc tgcggaatga ttttcatagc ctatgaaagt
     9961 agcaattcgc ttgtagaaga acttttatag cctatgatga ttagttgtcg agcgaaaaag
    10021 ttccctcata aggcgcactg ccccttcgac gaaaggcgaa gtgttgacac atcacatgat
    10081 gccccctttg acaaaaaacg aagccccgtc gcgcagtgcg acagggcttc gacggaaacg
    10141 aattgaatac aaagacagtc gagatcactc cttttcgaga aaatccgatt cctcgcactg
    10201 aaataccacc acgatacggc aatacaagtg tggggggtag gcaaaaaaaa tggccttgcg
    10261 gccatttctc atcttttgtc ggtagcgaga cccgggattg aaccggggac ctcatgatta
    10321 tgaatcatgc gctctaacca gctgagctat ctcgcctctt gtttcaaaaa gacgccgcaa
    10381 agatagacgt aggtttgaca tacaaaagca ccgacctctt tttttggtcc tatcgaccct
    10441 gcgtgaagtg ataggcgcaa aacgtcacgg tgcgtttttt cttcacagat ccttgccggt
    10501 cttcattctc gttttatatt tgcgacacga taacgcaaga gagcgatcac aacaccgagt
    10561 taagccgcac ttgttcgatt gggaaactca tcataaatat cagaattccg agacacgctc
    10621 ttggcaccaa tggcgggctg caaccttcgg gtttgcctct cgaggcacag cagattacaa
    10681 cgatgtcaat ggcactcaaa tcttgtcatt cggagtttgt tcaattccac agtgcggctt
    10741 tcatacgaga gagaggtgac ttttcaacga gtcgcctctc tttttttgcc ctctagcttg
    10801 ctctgagctg tggagaaagt gtaacgcacg gctccttcct gcgtcatgtc tgtagaaaac
    10861 ctaaatagac acggacatga gacgaatcta tctcctattg atcggcatac tggccgcagc
    10921 atgtgctact tacgcacaac aaacattgac cgggcgcgtg gtagacgcgc aaaaccaacc
    10981 cattgagttt gccaacgtag cgctgtatgc gttgcccgac tcgtcgc
//
LOCUS       SEQF2638.1|AYYF01001100.1 915 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..915
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             86..301
                     /locus_tag="SEQF2638.1_00878"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTDAKLAKKMKQIITHSVFNTQKFGQLAYFLYFCLHNSFVFKIS
                     YLAIANLQRKFDKLLFSYLFIRVGNFS"
ORIGIN      
        1 agattatttc tcagacgtcg ataatacgag aaaatatcct gctgcgccgt taccaaatta
       61 tctccaatga cagacgagat aacaggtgac cgatgccaaa cttgccaaaa agatgaaaca
      121 aatcatcact cattcggttt ttaacactca aaagtttgga caactcgctt attttctcta
      181 tttttgcctc cacaacagtt ttgtctttaa aatcagttat ttagcgattg ctaatttaca
      241 aagaaaattt gacaaactgt tattttccta tctatttatt agggtgggaa actttagtta
      301 gtaacaagga caaactgatt ccagaatatg taaggttcct tcacgaaggt aggacaaaaa
      361 gacttcacgc ctatgtgtta aactgtgtaa aaagccttta tggatatact cttgacaaat
      421 tgacaataaa caatataatc gactcattag aatagtggta gttcatcccc cttcaggata
      481 ggcacagaat cgtggctatc ctgaagggga aggcagaagt tcgaatcttc tatgagtcac
      541 ttacaactcg attaatggaa gaacctatag ttaacgatac actggaactt gaagataatt
      601 tggtaacggc gcagcaggat attttctcgt attatcgacg tctgagaaat aatctcttct
      661 cggacacgga ggtcgtgtac gagaccaagc tcactcctga actctttgac ctgaaattgc
      721 aacagctctc gcaggataag aaacagtcgg agtttgagaa ctttgtttta gtgctggcag
      781 cacgactggt gacacccaac ataaaaccgc agaccggtcc cgatggcgga ggtgatggta
      841 aggtggatgg agagacgtat cctgtcgaca aagcaatatc agacagatgg tgggtgtctg
      901 aaggcagtac tggcg
//
LOCUS       SEQF2638.1|AYYF01001101.1 1696 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1696
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             207..1004
                     /locus_tag="SEQF2638.1_00879"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEKPDVLVLVWPYLLHLFFDRTILYVMNRNNIRLVIREIPFQT
                     PPFGKLDYFAHHPAYDEDLNLLSTGFLFKVRAWSTMYIRRFIYQRAHAYIAYYSQAKN
                     IVLSYGLSSTAFFYGNTTDTDSLLSIREVLIGKPLLMDKRRRILHIGRLVKWKKVDLL
                     IKAFSLIVERYRDSELVIVGDGPEKDALIKRAIDLGLRDKIIFTGAVYDLIELAQYMN
                     ESSVYVLAGMGGLSINDAMCFSLPIICSVCDGTEKDLVFEGENGFFF"
ORIGIN      
        1 cattaacacc atacacacat gcgcagtatg agaaaatctc atcaaaagga tgtgagattc
       61 tcgtactttt accgagaata cgtagtagtg ttgggaaaaa tgtcaaggaa tgtgagctga
      121 gatcctgtat ctatagatta tgttatagca gagtgaaaaa aaaatggtac ggaaaacatg
      181 ctttgattga tttgaaagat atattaatga aggaaaagcc ggacgtatta gttcttgttt
      241 ggccctattt gttacatctg tttttcgaca gaactatact ttacgttatg aataggaata
      301 acatacgttt ggttataagg gagatacctt ttcagacgcc tccatttgga aaattggact
      361 acttcgctca ccatccggct tatgacgaag acttgaatct gcttagtacg ggatttttat
      421 ttaaggtcag agcttggtca acaatgtata tccgccggtt tatttatcag agggcacatg
      481 cttacatcgc ctattattct caggctaaaa acatagtgtt atcttatgga ttatcttcga
      541 cagctttctt ttatggtaat acgactgata cagattcact gctttctatt cgagaggttt
      601 tgattggtaa gcctttgctt atggataaga gacggcgtat tttgcatata gggcgtttgg
      661 tgaaatggaa aaaagtagac ttactaataa aggctttcag tttaatagtt gagaggtata
      721 gagatagtga gttggtaatt gtaggagacg gaccagagaa agatgccctt atcaaaagag
      781 ctatagattt aggtctcaga gataagatta tatttaccgg tgcagtgtat gaccttatag
      841 agcttgctca atatatgaat gaatcatctg tatatgtttt agcaggcatg ggggggctgt
      901 ccataaatga cgcaatgtgt ttctccttac ccattatttg ttctgtttgt gatggaacag
      961 aaaaagactt agtgtttgaa ggagagaatg gtttcttttt ctgagaggac gatgtggccg
     1021 atttaactga aaagttaatt tggatattgt ctgatttgcc taaggctgtg caaatgggaa
     1081 aaaaatccct tcagataata aaagaaagag ccaaccttga cgttttttct aatatgtaca
     1141 aaaaggcgct tagttatgct gtacagcact gatacacttg ccttctgata ttttttaatg
     1201 agatacttgc gctatttaac tcaagctatt cgtcagccaa ttatttggga ccgtatttct
     1261 acaacaccga tttcaaatga ttttggtttg tcgcgcggta ctcccatcga tcggtactat
     1321 atagaatcct ttcttaaaga aaatgaggtt gacataaagg ggactgctct tgaaatcgcg
     1381 gaaaacactt atacaaaaca gttcggttgc ggtgtaactt catttgaagt gctgcatgtt
     1441 gacaaatcga atcgtaaagc tactattatt ggggatttag ctcggcctga tactcttcct
     1501 gagaaaatag tggattgttt tatttgcacg caaactttaa atttcatttt tgatgtaaga
     1561 cgggcaatag aaggatgttt taaattgcta aaagacggtg gggtttttct aggtacggta
     1621 agcggaattt ctcaggtttc tcggtatgat atggatcgat ggggggatta ttggcgattt
     1681 acagatctgt cattga
//
LOCUS       SEQF2638.1|AYYF01001102.1 663 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..663
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(480..653)
                     /locus_tag="SEQF2638.1_00880"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAVAAFLSGKIGFLAMSDLIAETMARTTFIATPTYGDYVQTDTE
                     ARRIATEITGSQK"
ORIGIN      
        1 aagttgaaga gcacaccgcc gaccatgatc agcagccgtt gcccggccgg tttggagcgg
       61 aactcccacg gctgcggggg ttgcgccatc tgctccttgt ccatcgattc gtcgatcatg
      121 ccggagattt tgcagtaccc gccgaggggc agccagccga cgccgtattc cgtgtcgctg
      181 tttttgggtt tgaaccggaa cagggcgaac caggggtcga agaaaaggta gaacttctca
      241 acgcgcacct tgaagaggcg ggcgaagagg aaatgcccga actcatgcac cagcacaaga
      301 atcgataggc tgaggatgag ctgtagggct ttgatcaaaa aggtttccat ttatctctga
      361 gtagttaggg gtagttatgc ggcctgcggc cgcggtagtt acggggcttt cgccccgggt
      421 agtcaaaggg tagttagaag tagtagggga gtagttaggg ggagtagttt gaagtcattc
      481 tacttctgac tacctgttat ttctgttgca atgcgccgag cttcggtgtc ggtctgcacg
      541 taatcgccgt aggtcggtgt ggcgatgaac gtcgtgcggg ccatcgtttc ggcgatgagg
      601 tcgctcatgg ccaagaagcc gatctttccg ctgaggaagg ccgcgacggc cacctcgtcg
      661 gcg
//
LOCUS       SEQF2638.1|AYYF01001103.1 21947 bp   DNA    linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..21947
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             122..472
                     /locus_tag="SEQF2638.1_00881"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLTGHEIPTEDDGSLTQFNGRPAATIHPDRMQHGEGQTDKTYGP
                     RTFKTPAFFEMGARVAYNIPLYKTYTLQLHAGVQNMFNAFQDDFDRGPSRDSAYIYGP
                     GSPRCWYAGMKLTL"
     CDS             660..1139
                     /locus_tag="SEQF2638.1_00882"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG3477"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDSINNIADYIILKAKSEDGAASLINLKLQKLLYYVQAWSYGIN
                     KTKMFDGDFEAWIHGPVNRTIYDRFSSTKSLYSEINIEDCLNKQVKLSDEDAEFVDFI
                     LENYLKYSGAELERLSHNERPWIETRGSLDVNERCNKVIPAELMKAYYGKKWQEINA"
     CDS             1108..1452
                     /locus_tag="SEQF2638.1_00883"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MARNGKRLTPDVPKYGRKRLVTADEERDLKRRRITFSFSFFRQI
                     KHFGIGDCTREWYAGLLQRLSTLCDMTLQELLEENKGSKALRCHPIDWSAKHVPLRRE
                     DLDWLPPRDPRE"
     CDS             complement(1790..4051)
                     /gene="btuB_3"
                     /locus_tag="SEQF2638.1_00884"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01531"
                     /codon_start=1
                     /transl_table=11
                     /product="Vitamin B12 transporter BtuB"
                     /translation="MRIIYLPLLMLCASLTQPVWAGTTDPTIGSEQVKPKTDAVVTGH
                     VVDAKTGEHLPYINVVVKGTTIGVATDATGHYMLKDLPAGELTIEASFIGYKKVVKKV
                     KTKPNTMVEVNFELEEEALAIDEVVVSATRSETMRREAPSLVNVLDTKLFERTQSTDI
                     AQGLKFQPGVRVETNCQNCGFSQVRINGLDGPYSQILIDSRPIFSALAGVYGLEQIPA
                     NMIERVEVVRGGGSALFGSSAIAGTINIITREPTGNSASLSHQTRGLGGLNTFENTTN
                     FNGSMVSENGRLGVTLFGQARHRTGYDHDGDGYTELPVLDGRTLGFRTFLKPNIYSRF
                     TLEFHNTHEFRRGGDLLKEQPHNAHIAEQLEHINNVGSLGYQYFSPDGHHRFNAYGSF
                     MKVQRKSYYGGGDRTADEIINEGKKNVEAAKDAFIAELKKKNPDITDDELEAEVKKSF
                     LPGSHNGLTNEDMLELNKRMASYGLTNGLTYMFGAQYAADFDRLLFLPSTLTAGIEYN
                     HDHLDDKSGYREAPIDQRVNTKSAFLQNEWKDDRWSILVGARLDKHSMVSRAILSPRL
                     NLRFAPSKDFTLRASYSKGFRAPQLFDEDLHVDNAGGDLIVSRNAPGLREETSHSFSA
                     SIDWYHRFGVWQLNLLAEGFYTQLVDAFGFTQKDTVIGGISQILKTRENSDGAKVYGL
                     NFEGKIAYLNTWQLQGGLTAQRSLWNTERQWNENDAYKTRRIYRTPDLYAYFIGTLNI
                     TRFDDLPQRIPLQ"
     CDS             complement(4769..5125)
                     /locus_tag="SEQF2638.1_00885"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHCTEKVRRRLALWLCILFIGYTAATSFFYHAHYVNGRWIVHSH
                     PYTQAPETGHHTHTQAGFATLACLTAALMTSIAPTPYTEPFTHLSAVIIETIRIALVS
                     QEFLHLSLRGPPAMCL"
     CDS             5344..7932
                     /locus_tag="SEQF2638.1_00886"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNKAVIRTLFAVLLLIGLGRQAAYAQHATSVAGMVVDSITGEPL
                     PFVTIVFEGSTIGGVTDMDGNFQLKNDRGLTRLKISYVGYDTKTVTLTAGHATTDLRI
                     RLAPSTIQLSEIVIRPKRERYTRKNNPAVELMKRVVARKDSNRITQLDDYSTECYEKM
                     TLSLDKFDTRLEKSKVLKRFKFLKNYLDTSEFDGRPILTLSLREKISDIYYRREPRSE
                     KVVVRATRQQGIDQSLDEYGTLTANLDEIFQGVDIFDNNITFLLNRFVSPLSSTLANT
                     FYHYYIMDTVDVGGEPCTDLAFVPVNAQSYGFTGRLYVTTDGTYSVKKVLLNVPRHIN
                     LNFVRELRVEQQFRRRTDGLWELDTDNTYVLFQLFDGGQQMYAHQLRSYSDYRTNIAS
                     ADSIFALSGRVQTPLSRYLAQPDSFWANRRHTPLRERESGIESLLNQLKEVTAFKVLL
                     KTAEILISGYIPINDVHEKNKLDFGPMNTVFSANNIEGFRIRAGAMTTANLHPHLFLG
                     GYGAFGLNDRRWKYSATATWAFNEKEYHEKESPVNNLSLQHEYDLYTPGQDFLFTSKD
                     NVFVAWKVGHPNRNMNYLRKTRLQYEREWRNGFSVKTWAQVMNNEAAGTLRYIVRNSA
                     DDFTRLQDYNTTEWGIQLRFAPGERAYNSRLGKSSIFNLSKDAPVFRLSHQVGFRGIL
                     GGDYRYNRTEAGVSKRIWLSSFGHIDASLRGGIVWDKVPFPLLITPNTNQSVTIQPEA
                     FHLMNPMEFMADRYVSFDARYHLKGWILNRIPLINLLGLREVASVSGVWGSLSDRNNP
                     DKTDGLMLFPDGSHAFGTSPYMEFSVGLENIFRVLEVSYYRRLTYLNHSDIQRHGFRI
                     ALHFDF"
     CDS             complement(8477..11197)
                     /locus_tag="SEQF2638.1_00887"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRHFHRSASAALPATLWLGHVRKHTPIAIGLGCLASALRCKVSF
                     RTLLISLALMTGVAATAQRVTLSGTVTDGANGQPIAGVLVTVRPSGAQKVLAFTQTMA
                     NGRFEVTLTADAPDRVLHFSMMGYAARTLPIEKGRTTYDVTLKEQATALREVVIRAPS
                     IHERGDTITYIVSRFATTGDRSLGDVLKKMPGIEVEKSGAITYNGKPINKFYIEGKDM
                     LEGRYGIATNNIHPSDVGSVEVMENHQPVKALENISFSQNPAINIRLKEDAKARWVGT
                     AKAAVGASPFLWEGELALMRFKRKSQTLNTLKSNNTGRDVTREAALLIDGERAESALM
                     EHIDVSPDRLRAIDGDRSRFNRSHLVTTNNLWGVSKDFDLTSQVTYGNHRLTSDVASS
                     QTYFLDDSTVFTESDEHTLSRRHTCTGDITLTANTPSLYVRNKLQVDLRWDDTQQTVH
                     GTYPNHQAATLPRRSFSDELELIRRHGRRAYSLRSLNVYRAHPHRLTVRRSDGDEQQQ
                     HVESSVFYTHTHTAFSFYFDPVALSLRAGLVGTWRSLRSALTGLSDSLGSLRNDISTR
                     RLRLYVSPELAYRHADLEATVRLPLSLLPYRHTDHITGRTTTRGHLLFAPTAYIQWYL
                     TSRLTLSLDGRLSPIAPDEQTFYEGLILRDYRYLSQGLIDDHLGQHISADITLRYRYL
                     LRALFAHASAGYMQRHQPRTVDSRFLGAYLLQTTIPEATDTRSWTADASLSKGIDALR
                     SIVTLSASFLSTRGTAYRNRVPTFFTSTNRDASCKLSTRLATWCNAAYELSLSQSTIH
                     VDRPDLRSSYLDLSQRLTLHLIPHRMWSLRLTAEHYSNEIAPRLRKQLLLADAELTCS
                     LKGGWEVNVSARNLFNRRTYAYTLYDGPSTFRKSYLLRPRNLTVGLFFRF"
     CDS             complement(11197..12033)
                     /locus_tag="SEQF2638.1_00888"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTIRYLLLFTALAVHASAQKDVLDRASMKCMYRATELKDTLDV
                     AFYEDLLILQIGPQVSKCFSYYTFQNDSLRQTPEGNRQASELFNRALADFHKHRDRSR
                     FLNSFPRNRTITIVYKNHPAGAITVTDGLREDQVTYRDTLNAQQWTIVDSTREVLGYT
                     CQQATADFRGRHWTAWFATDIPVSNGPWKLGGLPGLILEAYDKGHQYTFTAVGLERVA
                     EEPIVFTPCEEKNGYRTVDRRAFLKAEMFDLTHGGALGASGLKSTDYEPVYMDLIERD
                     YR"
     CDS             complement(12045..12890)
                     /locus_tag="SEQF2638.1_00889"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKVILYLLLTSLAVQATAREPMIDRAHMKCLYRYVYTFDTLKNE
                     LRDDLLILQIGKEVSKCYSYYTFQSDSLQRTPDGAKVWSELFRRATEKDGIYGDFPHV
                     RMSTYVYKNYPTGQMTITDRISSQGYRYADSLHAQTWIMGDSTRQVLGYTCQQATADF
                     RGRHWTAWFATDIPISDGPWKLGGLPGLILEAYDRGDDYRYTAVRIVESGLDPVTFYC
                     FDGKPFFDTDRQTFLRSQRAFLSGQGNVYDIELIRAIVQSGRRKTYMQREAHRLLFDP
                     LERDY"
     CDS             complement(12898..13758)
                     /locus_tag="SEQF2638.1_00890"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRQTYKLNEMKIVVYLLLLASLAVQAAAREPVLDRAYMKCLYRY
                     VYLNDTLTGKTKDDLLILQIGKSISKCFSHYSNQVDSLSALPNGDMIIGKMINDAMNN
                     GEFMRGKYPHKRLKTYIYKNYPEGRMTVTDGLILQDYCYVDSLHTQTWTMGDSTREVL
                     GYTCQQATADFRGRRWTAWFATDIPVSDGPWKLGGLPGLILEAYDEGQQHLFTAVGLE
                     RVKDEPIIFNRSFGDNQKFEQTNRLEFLRSKKKSLMDFNGYIQMDTGIDLSQGKPQKV
                     MRYDLLERDY"
     CDS             14369..15340
                     /locus_tag="SEQF2638.1_00891"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKISTINIARLRVQEDFGFQELVKNETDQLPLLESASGYTAGLK
                     TDVENHGKAFGEFDTALKAASSVPSAAEVSNLDRQRDDSCTKLYTFVRGVSGHPDKEK
                     AKVGAEAVAVFKKYGGGSIVDQPQNQESGTLRNLIQDFRAMDVSKLTQTGIKDFVDDL
                     EQKQTAYLAAVKKRAKEERSELTGVIKQKRKACDEAYLKLIETVNALVVVNGDVPYRG
                     FVESVTSHINHQKSTLANRQTNADKKPKDPKQPKQPKQPKEPKPQKPGKDDGKPDIHL
                     PEKEEPKKPGGDSGSGKKPEGGGGAGGHSGTGGAGDSGDPDIHLPEE"
     CDS             complement(15347..15550)
                     /locus_tag="SEQF2638.1_00892"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MALSSKINYPQCTTLPLPSKKCSPDSNQHFNPNKKTPNTKHQTT
                     KNDQKPMSDARQVSGRLGMSVSD"
     CDS             16387..17136
                     /gene="cutC"
                     /locus_tag="SEQF2638.1_00893"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P67825"
                     /codon_start=1
                     /transl_table=11
                     /product="Copper homeostasis protein CutC"
                     /db_xref="COG:COG3142"
                     /translation="MNRIIEICANSAQSCVEAEAGGAARVELCAGIPEGGTTPSYGEI
                     VMARQSTERIAIHVLIRPRAGDFLYTATEVGAMLHDIQVAHQLGVQGVVIGCLTPDGD
                     IDEPLLDRLMAAARPLSVTFHRAFDVCRDPHTALELLIRHGVDRVLTSGQEATAVQGI
                     PLLRELVSQADGRIVVMPGCGVRADNIARIESETGAREFHTSARRVVESGMIYRNERV
                     PMGSCAVTSEFETVQTDRREVARYVSQTCIK"
     CDS             17516..18499
                     /gene="dusB"
                     /locus_tag="SEQF2638.1_00894"
                     /EC_number="1.3.1.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0ABT5"
                     /codon_start=1
                     /transl_table=11
                     /product="tRNA-dihydrouridine synthase B"
                     /db_xref="COG:COG0042"
                     /translation="MKIGTIELGGRPVMQAPMEDVTDAAFRLMCKRFGADMVYTEFVS
                     SDALIRGVSRTEEKLRVRDEERPVAIQIYGRDVQSMVEAAQICEAARPDVLDINFGCP
                     VKKVAGKGAGAGMLRNVPLMLEITRAVVRTVRIPVTVKTRLGWDADHRIIVELAEQLQ
                     DCGIAALTIHGRTRAQMYTGEADWTLIGAVKSNPRMTIPIIGNGDITSAESCREAFDR
                     YGVDGVMIGRGCIGRPWIFREVKHYLQTGEPLAPEPFAWYLDVLKQQVLQSVERLDER
                     RGILHIRRHLAATPLFKGIPDFKPTRVAMLRAETVGELFAIMDAIPAPTAE"
     CDS             18655..21693
                     /gene="secD"
                     /locus_tag="SEQF2638.1_00895"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01463_B"
                     /codon_start=1
                     /transl_table=11
                     /product="Protein translocase subunit SecD"
                     /translation="MQNKGFVRVFSILLALVCLYYLSFSFVTRKYYKEAAEYANGDPA
                     KESFYLDSLANKKVWFGAYTLKQCREMEVTLGLDLKGGMNVVLELNVPDVVRSLADNN
                     PDANFNKALDAAYARQATSQKNYIDLFAEEYKKLDPGAHLAALFSTFELKDKITPQSS
                     DAQVIAVLKEELQSAIDNSFNVLRTRIDRFGVVSPNIQRLETAGRILVELPGVKEPAR
                     VRKLLQGSANLEFWETYNLTEIGQQLTAADHALAEALKSTKSSSSATTDTTATAAKSD
                     LTAKADSATSETDSLMAQINAESQQSPAAGQMTPEEYAKEHPLFALLQLNVDRTGRYL
                     VPGPVVGYAKKTDMDKITEYLNRPEVKAVLPNNVLFRWSVKAMDDNDQFYQLFALKVT
                     NRDGTPALSGDVVTNAVADFAQQQIGRPQYQVSMTMNAEGAREWARLTKENIKRSIAI
                     VLDGMVYSAPTVQSEITGGQSQITGNFTQDEGKDLANVLKSGKMAASVNIVQEDIVGP
                     SLGQEAINAGIISFALALILLMVYMCAMYGLLPGMIANGALVINIFFTMGILASFQAV
                     LTLPGIAGMVLTLGMAVDANVLIYERSKEELRAGKPLARAIADGYSNAFSAIFDSNLT
                     TIITGVVLFVFGTGPIRGFATTLIIGLISSFLTSVFITRLVYEALLAKEKIKHLTFTT
                     SISKNFLNDPKINFLGKRKVGYIIPLAIILLGCVSMATIGLNNGIDFTGGRNYVIRFD
                     KDVRTDEVRAALEPQFKGGSVSVITIGSQNQVRVSTNYKITDNSAGIDDEIIGKLYAG
                     LKPFLGNATQEQFASDNIQSSQKVGPSMADDIKNSAVLAVLFAMVCMALYILVRFRDV
                     AFSVGVFVSVAVTTLCIIAFYTLLWKIMPFSMEVDQTFIAAILTVIGYSINDTVVVFD
                     RIRETIKLYPKRDRYEVINDALNSTLSRTFSTSLSTFIVVFVIFLLGGSTIQSFTFAI
                     LLGVIVGTYSTLFVATPIAYEIQHRKSLKAAGATAATATA"
     CDS             complement(21627..21833)
                     /locus_tag="SEQF2638.1_00896"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKPSLCGSASQVYPQREVLAPKKDEGAAPPYVETAPFSQRRNLE
                     AIRYAVAVAAVAPAALSDLRCWIS"
ORIGIN      
        1 gaacgacgcc tacaagacgc gccgcatcta ccgcaccccc gacctctacg cttacttcat
       61 cggcacgctg aacatcaccc gcgccctcag cttctccctc acgggcaact acacgggcag
      121 catgctcacc ggccacgaga tcccgaccga ggacgacggc tcgctcacac agttcaacgg
      181 ccgccccgcc gccaccatcc accccgaccg catgcagcac ggcgaaggtc agacggacaa
      241 gacctacggc ccacgcacat ttaagacgcc ggccttcttc gagatgggcg cccgcgtggc
      301 ctacaacatc ccgctctaca agacctacac gctgcagctc cacgccggcg tgcagaacat
      361 gttcaacgcc ttccaagacg acttcgaccg cggcccctcg cgcgactcgg cctacatcta
      421 cggccccggc tcgccccgct gctggtatgc cggcatgaag ctcacgctgt aatcgtcaga
      481 gggttcattc ccatgataga aagggcatct ccgctggtcg ggggtgccct ttttcgtgtt
      541 acaccccgtc cggcagcctt ccgcctaccg ccgatcgccc ccctacccta cctcggcccc
      601 ccgcgcctat ctttgccgcc caaacaacac atggcattta ccattcaacc tactcactaa
      661 tggactcgat aaataacatc gccgactaca tcatcctcaa agccaaatcc gaggatggag
      721 cggcttcact gatcaatctg aagctgcaaa aactgctgta ttatgtacag gcttggtcgt
      781 atggaatcaa caaaacgaag atgttcgacg gagattttga ggcttggatc cacggccccg
      841 tgaaccgcac gatctacgac cgattcagca gcacgaagag cctgtattcg gaaatcaaca
      901 tcgaagactg cctgaacaaa caggtaaagc tctctgatga ggatgcggag ttcgtagact
      961 tcattttaga gaactacctc aagtatagcg gcgcagagtt ggagcggctc tcgcacaacg
     1021 agcggccttg gatagaaact cgaggcagct tagacgtaaa cgaacgctgc aacaaagtca
     1081 tcccagcaga actgatgaag gcttactatg gcaagaaatg gcaagagatt aacgcctgac
     1141 gtccccaagt atggccgcaa acgcttggtc acggccgacg aagagcgaga cctgaagagg
     1201 aggagaatca ctttctcctt ctcttttttt cgacagatca aacattttgg aatcggggat
     1261 tgtacgcgag aatggtacgc aggactgcta caaagactca gtacactctg cgacatgacc
     1321 ctgcaagaac tgctggaaga aaacaaaggg agcaaggccc tacggtgcca cccgatagac
     1381 tggtccgcca aacacgtccc actccgacgc gaggatctcg attggctccc cccaagagat
     1441 ccgagagaat gatgtggaat ttcccatcat gcagatctcc atctcccaaa gcacagggcg
     1501 catcatcggg tattttgacc gagacgcctc gatattccac atcgtgctac tcgatcccaa
     1561 acacaatctg cagccagcag caaagacaaa ctatcaggtg cagcccactc aggaagcgct
     1621 atcgcaatac gacgaactgc tgaaaaagct ggagtatttc aaggagttgg tgaaaagctg
     1681 tccaaacatg gacgacaagc tccatgagca cctcaaggcc atggaaaggc tgcatgataa
     1741 catcgtctat atcgacctcg acgacgactt ctacgaaatc taccgtgatc tactgaagcg
     1801 gtattcgttg agggagatca tcgaagcggg tgatgttcag cgtgccgatg aagtaagcgt
     1861 agaggtcggg ggtgcggtag atgcggcgcg tcttgtaggc gtcgttctcg ttccactgtc
     1921 gctcggtgtt ccaaaggcta cgttgcgcgg tgagtccgcc ttgcagctgc caggtgttga
     1981 ggtaagcgat tttaccctcg aagttgaggc cgtacacctt ggcgccgtcg gagttttcgc
     2041 gcgtcttgag gatctgcgag atgccaccga tcacggtgtc cttctgcgta aacccaaagg
     2101 cgtccacgag ctgcgtgtag aagccttcgg ccagcaggtt gagctgccaa acgccgaagc
     2161 ggtggtacca gtcgatggag gcgctgaagc tgtgcgaggt ctcctcgcgg aggcccgggg
     2221 cgttgcgaga gacgatgagg tcgccaccgg cgttgtccac gtgcaagtcc tcgtcaaaga
     2281 gctgcggggc gcggaatccc ttgctgtagc tggcgcgcag ggtaaaatct ttcgaggggg
     2341 caaagcgcag gttgaggcgc gggctgagga tggcgcggct gaccatcgag tgcttgtcga
     2401 gtcgggcacc gacgaggatg ctccagcggt cgtctttcca ttcgttttgc aggaaggcgc
     2461 tcttcgtgtt cacgcgctga tcgatgggcg cttcgcggta tccgctctta tcgtccaggt
     2521 gatcgtgatt gtactcgatg cctgcggtga gcgtcgaggg gaggaagagc aggcgatcaa
     2581 agtcagcggc atactgtgcg ccgaacatgt aggtcaggcc attggtcagg ccgtaagagg
     2641 ccatgcgttt gttcagctcc agcatatcct cgttcgtcag gccgttgtgc gagccgggta
     2701 agaaggactt cttcacctcg gcctccagct cgtcgtccgt gatgtcgggg ttcttctttt
     2761 taagctcggc gatgaaggcg tccttggcgg cctccacgtt cttcttgccc tcgttgatga
     2821 tctcgtccgc cgtgcgatcg ccaccgccgt agtagctctt gcgctgcacc ttcatgaagg
     2881 agccgtaggc gttgaagcgg tgatggccgt cggggctgaa gtattggtag ccgaggctgc
     2941 ccacgttgtt gatgtgctcc agctgctcgg cgatgtgggc gttgtggggt tgttccttga
     3001 gcaggtcgcc gccgcggcgg aactcgtgtg tgttgtgaaa ctctaaggtg aagcgcgagt
     3061 agatgttcgg cttgaggaag gtgcggaagc ctaaggtgcg accgtcgagc acgggcagct
     3121 ccgtgtagcc gtcgccgtcg tggtcgtagc ccgtgcggtg gcgtgcctgg ccgaagaggg
     3181 tgacgcccag ccgaccgttt tcgctcacca tggagccgtt gaagttcgtc gtgttctcaa
     3241 acgtgttcag gccgcccagt ccgcgcgtct ggtgcgagag ggaggcagag ttgcccgtcg
     3301 gttcgcgggt gatgatgttg atcgtgcccg cgatggccga cgatccgaac agcgccgatc
     3361 cgccgccacg caccacctcg acgcgctcga tcatgttggc cgggatctgc tccagcccgt
     3421 agacgcccgc cagcgcgctg aagatgggtc gcgagtcgat caggatctgc gaataggggc
     3481 cgtcgaggcc gttgatgcgc acttggctga agccgcagtt ctggcagttg gtctccacgc
     3541 gcacgccggg ttggaacttc agtccctggg cgatgtcggt cgattgggtg cgctcgaaga
     3601 gcttcgtgtc aagcacgttc acgagcgacg gtgcttcgcg gcgcatcgtc tcgctgcgtg
     3661 tggccgagac gaccacctcg tcgatggcca gcgcctcttc ctcgagctca aagttgactt
     3721 cgaccatcgt gttgggcttc gtcttgacct tcttcacgac ctttttgtag ccgatgaagc
     3781 tggcctcgat ggtcagttcg cccgcgggca ggtccttgag catgtagtga cccgtggcgt
     3841 cggtggccac gccgatggtg gtgcctttga ctacgacgtt gatgtagggc aagtgttcgc
     3901 ccgtcttagc gtcgaccacg tggccggtga cgacggcgtc tgtcttgggt ttgacttgtt
     3961 ccgaaccgat cgtgggatca gtcgtgccgg cccagaccgg ctgtgtgagt gatgcgcaaa
     4021 gcatcagcag ggggaggtaa atgattctca ttttcttact tgtgtttatt agtgtgatat
     4081 ctgtttgttt ttagacagtt ggaatactgt atatcgaagc catgcaagcg tgcttgaggc
     4141 tgatatactg tatatcgggg ccatgcaagc ctgcttgaag ctgatttacg gtaaatcgga
     4201 gccatgcaag cgtgcttgaa gctgatttac ggtaaatcga gtccatgcaa gcgtgcttga
     4261 agctgattta cggtaaatcg agtccatgca agcctgtttg acgctgattt acggtaaatc
     4321 ggggccatgc aagcctgctt gaagctgatt tacggtaaat cgagtccctg caagcctgcg
     4381 tgaagctggc gaagacttcg acgagtccct gcaagcctgc gtgaagctgg cgaagacttc
     4441 gacgagtccc tgcaagcctg tttgaggctg gcgaagactt cgacggggcc ctgcaagcct
     4501 gcgtgaggct ggcgaagact tagacgagtc tctgcaaacc tgcttgaagc tggcgaagac
     4561 ttcgacgagt ccctgcaaga ctacatcggc ctgatagcgt gtatttccga agcaggagca
     4621 cgcaacaatg gccgtcgggg cgaatcatgg cgccctatga ccattgacaa tgatcaattg
     4681 acaggtggat tacagggcgg tgttcataaa tggatgaagt gcaaggcgtc cgagactgag
     4741 agtcgatcgc aacgcagcaa ttcgccattt agaggcacat cgccggcggg ccgcgaaggg
     4801 ataggtggag gaactcctgg ctgacgaggg cgatgcggat cgtctcgatg atgacagccg
     4861 agagatgcgt gaaaggttca gtgtaaggcg tgggcgcgat ggaggtcatc agcgctgcgg
     4921 tgaggcaggc cagcgtagca aagcccgcct gcgtgtgggt gtggtggccc gtctcgggcg
     4981 cctgagtgta ggggtgagag tgcacgatcc atcgaccgtt cacgtagtgc gcatgataga
     5041 agaacgacgt cgccgccgtg tatcctatga agaggatgca cagccacaag gccagtcgtc
     5101 gtcttacttt ttcagtgcaa tgcatgcgtg gggtgtgtat ggatggaatg cgcttgaaac
     5161 gtgtttgaaa tcgggtgcaa agaaatgtag tgagatcaga tctaccaatc ccatcgaatg
     5221 gggacggtgg ggggaggcct tcccctcgac gaatttgcca cctccttttg gatggtcggg
     5281 tttttacgct cactctatct ttggcgccgc ttaattgaac agtaacaagt tatcttacac
     5341 agaatgaaca aagcggttat ccgaaccctc tttgcggtcc ttttgctcat cggcctcggc
     5401 cgacaagccg catacgcaca acacgctact tccgtcgctg gcatggtggt cgactccatc
     5461 actggcgaac ccctgccctt cgttacgatc gtcttcgagg gatccaccat cggtggggtc
     5521 accgacatgg atggcaactt tcagctgaag aacgatcgcg ggctgacacg cctcaagatc
     5581 tcttacgtgg gctatgacac caagaccgtc accctcaccg ccgggcacgc cacgaccgac
     5641 ctccgcatcc gcctcgcacc ctccaccatc cagctctccg agatcgtcat ccgccccaaa
     5701 cgcgaacgct acacccgcaa gaacaacccc gccgtggagc tgatgaagcg cgtcgtggcc
     5761 cgcaaggaca gtaaccgcat cacccagctg gacgactaca gcacggagtg ctacgaaaag
     5821 atgacccttt cgctcgataa gttcgacacc cgactggaga agagcaaggt gctcaagcga
     5881 ttcaagttcc tgaagaacta cctcgacacc tccgagttcg acggccgccc catcctcacg
     5941 ctctccctgc gcgagaagat ctccgacatc tactaccgcc gcgagccccg atccgaaaag
     6001 gtcgtcgtcc gcgccacccg tcagcagggc atcgaccaga gcctcgacga atacggcacc
     6061 ctcaccgcta acctcgacga gatcttccaa ggcgtcgaca tcttcgacaa caacatcacc
     6121 tttctgctca atcgcttcgt cagtcccctc tcgtccaccc tggccaacac cttctaccat
     6181 tattatatca tggacaccgt cgacgtgggc ggcgagccct gcaccgacct ggccttcgtg
     6241 cccgtcaatg cgcagagcta cggcttcacc ggccgactct atgtcacgac cgacggcacc
     6301 tactcggtca agaaggtgct cctcaatgtg ccccgacaca tcaacctcaa cttcgtccgt
     6361 gagctgcgcg tcgagcagca gttccgccgc cgcacggacg gcctctggga gctggacacg
     6421 gacaacacct acgtgctctt ccaactcttc gacggcggtc agcagatgta cgcccaccag
     6481 ctgcgcagct actcggacta tcggacgaac atcgccagtg ccgactccat cttcgccctc
     6541 tccggacgcg tccagacacc cctctcacgc tatctcgcgc agcccgattc cttctgggcc
     6601 aaccgccgcc acaccccgct ccgagagcgc gaaagcggca tcgagagtct gctcaatcag
     6661 ctcaaggaag tgaccgcctt caaggtgctc ctcaagacgg ccgagatcct catctctggt
     6721 tacatcccca tcaacgacgt gcacgagaag aacaagctcg actttggccc catgaacacc
     6781 gtcttcagcg ccaacaacat cgagggtttc cgcatccgcg ctggcgccat gactacggcc
     6841 aacctccacc cgcacctctt tctcggtggc tacggcgcct tcggcctcaa cgaccgccga
     6901 tggaaataca gcgccaccgc cacctgggcc ttcaacgaaa aggagtatca cgaaaaggaa
     6961 tcgcccgtca acaacctctc cctccagcac gagtacgacc tctacacccc cggccaggac
     7021 ttcctcttca ccagcaagga caacgtcttc gtggcttgga aagtgggcca cccgaaccgc
     7081 aacatgaact acctccgcaa gacccgcctg caatacgaac gcgagtggcg gaacggattc
     7141 tccgtcaaga cttgggcgca ggtgatgaac aacgaggccg ctggcacgct ccgctacatc
     7201 gtccgcaaca gcgccgacga cttcacccgc ctacaggact acaacaccac cgagtggggc
     7261 atccaactcc gcttcgcccc cggcgagcgc gcctataaca gtcgcctggg caagagctcc
     7321 atcttcaacc tcagcaaaga cgcccccgtc ttccgcctct cgcatcaggt cggtttccgc
     7381 ggcatcctgg gcggcgacta ccgctacaac cgcaccgaag ccggcgtcag caaacgcatc
     7441 tggctctcct ccttcggtca catcgacgcc tccctgcgcg gcggcatcgt ctgggacaag
     7501 gtgcccttcc cgctgctcat caccccgaac acgaaccagt ccgtcaccat ccagcccgaa
     7561 gccttccacc tcatgaaccc gatggagttc atggccgacc gctacgtctc gttcgacgcc
     7621 cgctatcacc tcaaaggctg gatcctgaac cgcattccgc tcatcaacct cctcgggttg
     7681 cgtgaggtag cctccgtcag cggcgtctgg ggcagcctca gcgaccgtaa caacccggac
     7741 aagaccgacg gcctcatgct cttccccgac ggatcgcacg cctttggaac ctcgccctac
     7801 atggagttca gcgtcgggct ggaaaacatc ttccgcgtgc ttgaggtcag ttattaccgc
     7861 cgtctgacct acctcaatca ctccgacatc cagcgccacg gcttccgtat cgcgctgcat
     7921 ttcgacttct aacgtctacg gtcgcttgat cataacgaaa ggcgcctctg tcacctcttt
     7981 ggtgatcggg gcgctttttt gcgtttacgc ctctcttttc gagaggagag gactgttgtc
     8041 gtgaaaaaat agctcctccc ttgaagagaa aatgctgtcg ctgtgaaaaa atagctcctc
     8101 cctcgaaaaa aaagggctgt cgctgtatgg atttagtgct tcccttaaat cgaaaaggct
     8161 atcgccgtaa aaaatagctc ttctctcgaa aagaaagggc tgtcgctgtg aaaaaacagc
     8221 tcctcccttg aaaaaaaagg gctgtcgctg tatggattta gtgctttcct taaatcgaaa
     8281 aggctatcgc cgtgaaaaaa tagctcctcc ctcgaaaaag aagggctgtc gatgtgaaac
     8341 aatagctttt ccttcgaaaa gaaagggctt tcgccgtaaa aaaatagcgc ttcccccaaa
     8401 aataaagagg tgtcgctgtg aggcaatagg actttccgct tggggggagg ggtgttgtcg
     8461 ggtgggggag ggggtgtcag aagcggaaga agaggccgac ggtgaggttg cgcgggcgga
     8521 ggagatagga tttgcggaat gtcgatgggc cgtcgtagag ggtgtaggcg taggtgcggc
     8581 ggttgaagag gttgcgggcg gaaacgttta cttcccagcc acctttcagg ctgcacgtca
     8641 gctcggcatc ggccaggagg agttgcttgc ggaggcgggg ggcgatttcg ttgctgtagt
     8701 gctcggccgt gaggcgtagg ctccacatgc gatgcgggat gaggtgtagc gtgagacgtt
     8761 gggagaggtc aagatacgag gatcggaggt cgggacggtc gacgtgaatg gtgctctggg
     8821 aaagcgagag ctcgtaggcg gcgttgcacc acgtcgcgag acgggtggag agcttgcaac
     8881 tggcgtcgcg attcgtagac gtaaaaaaag tgggcacgcg attgcgatag gccgttcctc
     8941 gggtggagag gaagctggcg ctcagggtga cgatgcttcg aagggcgtcg atacccttgc
     9001 tcagactggc gtcggccgtc catgaccggg tgtcggtggc ctctgggatg gtcgtctgga
     9061 ggagataggc gccgaggaaa cggctgtcga cggtgcgcgg ctggtgacgc tgcatgtagc
     9121 cggcggaggc gtgggcgaac agcgcacgaa gcagatagcg gtaacggagc gtgatgtcgg
     9181 ccgagatgtg ttgccccaaa tggtcgtcga tgagtccctg cgacagatag cgataatcgc
     9241 gcaggataag gccttcgtaa aacgtctgct cgtcgggcgc gatgggggac aggcgaccgt
     9301 cgagggacag ggtgagtcgc gaggtgaggt accactggat gtaagccgtg ggcgcaaaaa
     9361 gaaggtgtcc gcgcgtggtc gtgcgaccgg tgatgtggtc cgtatggcga taggggagga
     9421 gggagagcgg cagtcggacg gtcgcctcca ggtcggcgtg acggtacgcc agctcggggg
     9481 agacgtacag gcggaggcga cgcgtcgata tgtcgttgcg gaggctgccg agcgagtccg
     9541 agaggccggt caacgcactg cgcaagctcc tccaggtgcc gacgaggccc gcgcgcaggg
     9601 agagggcgac ggggtcgaaa tagaacgaga acgccgtatg cgtgtgggtg taaaaaacgg
     9661 acgactcgac gtgctgttgc tgctcgtcgc cgtcgcttcg gcggacggtg aggcggtgcg
     9721 gatgggcgcg gtagacgttg agcgagcgga gcgagtaggc gcgacggccg tggcgacgga
     9781 tcagctccaa ttcgtcggag aaggaacggc gagggagcgt ggctgcttga tggttggggt
     9841 aggtgccatg gacggtttgc tgtgtgtcgt cccaccggag gtcgacttgc agcttattgc
     9901 gcacgtataa ggacggggtg ttggccgtca gcgtgatgtc gcccgtgcag gtgtggcggc
     9961 ggctgagggt atgctcgtcg gattcggtga aaacggtcga gtcatcgagg aaatacgtct
    10021 ggctgctggc cacgtcggac gtgaggcggt ggttgccata ggtgacttgc gacgtgaggt
    10081 caaaatcttt ggacacgccc cagaggttgt tcgtcgtcac gaggtgagaa cggttgaaac
    10141 gactgcggtc gccatcgata gcccgcaggc ggtcagggga cacgtcgata tgctccatga
    10201 gagccgattc ggcacgctcg ccgtcgatga gcaacgcggc ctcacgcgtc acgtcgcgac
    10261 ccgtattgtt cgacttcaac gtgttcaacg tttgcgattt ccgcttaaaa cgcatcagcg
    10321 ccagctctcc ctcccaaagg aaaggactcg cgccgacggc cgccttggct gtccccaccc
    10381 agcgcgcctt ggcgtcctcc ttcaaccgga tattaatggc cgggttttga gaaaaagaga
    10441 tgttctccag cgctttcacc ggttggtggt tctccatcac ctccacgcta cccacgtcgc
    10501 tgggatggat attgttcgtc gctatgccgt atcggccctc cagcatgtcc tttccctcga
    10561 tgtagaactt gttgataggc tttccgttgt aggtgatggc cccgctcttc tcgacttcga
    10621 tgcctggcat ctttttgagg acgtctccca gcgaacggtc gcccgttgtc gcaaatcggg
    10681 agacgatata cgtgatggtg tccccccttt cgtgaatgct gggagcgcgg atgacgacct
    10741 cccgcagcgc tgtggcctgt tctttaaggg tcacgtcgta cgtcgtccga cctttctcga
    10801 tcgggagtgt gcgtgcggca tagcccatca tcgaaaagtg gagcacgcga tcaggcgcgt
    10861 cggccgtcag cgttacttcg aaccgtccgt tagccatcgt ttgcgtgaac gccagcactt
    10921 tctgcgctcc ggaagggcgc accgtgacga gcacacccgc tatgggttgg ccgttagcgc
    10981 cgtcggtcac cgttcccgag agggtcacac gctgggccgt ggctgcgacg cccgtcatga
    11041 gggctaacga aatcaggagc gtacgaaatg agaccttgca gcgtagtgca gatgcaaggc
    11101 atcccagacc gatggcgatg ggagtgtgct tacgcacatg accgagccag agtgtcgcag
    11161 gtaacgcagc agatgcgctg cgatgaaagt gtctcatcac cggtagtccc tctctatcag
    11221 atccatatat acaggctcgt agtccgtcga cttcagaccc gaggcgccga gtgcgccgcc
    11281 gtgcgtcaaa tcgaacattt ccgctttgag gaaagcacgc ctgtctaccg tccggtagcc
    11341 attcttttct tcgcaagggg tgaagacgat cggttcctcc gctacccgct ccagcccgac
    11401 ggctgtaaac gtatattgat ggcccttatc gtacgcctcg aggatcagcc ccggaagtcc
    11461 gccgagcttc catgggccgt tgctgacggg aatgtccgtc gcgaaccaag ctgtccagtg
    11521 gcgaccgcga aagtcggccg tcgcttgctg acacgtatat cccaacacct cgcgcgtgct
    11581 gtcgacgatc gtccactgct gggcgttgag ggtgtcgcga tacgtcactt gatcttcccg
    11641 cagtccgtcg gtcacggtga tggcgcccgc ggggtgattc ttgtaaacga ttgtgatggt
    11701 gcgattgcgc ggaaagctat tcaggaaccg actacggtcg cgatgcttat ggaaatcggc
    11761 caaggcacga ttaaaaagct cgctcgcctg acgatttccc tccggcgtct gtcggagaga
    11821 gtcgttctgg aacgtgtaat agctgaaaca tttagagact tgaggtccaa tctgcagtat
    11881 caagaggtct tcataaaaag cgacgtcgag cgtatccttt aattccgtcg cccgatacat
    11941 acacttcata gatgcgcggt cgagcacgtc cttctgtgcc gaggcatgga cggccaacgc
    12001 cgtaaataac aagaggtagc gaatcgtttt cataccctat cgtgttagta atccctttcc
    12061 aatggatcga agagcagccg atgggcctca cgctgcatgt aggtcttccg gcggccggat
    12121 tgcacgatcg cgcggatcaa ttcgatgtcg tagacgttgc cttgtccgct gaggaaggca
    12181 cgctgggagc gaaggaaggt ctgtcgatcg gtgtcgaaga agggtttgcc gtcgaaacag
    12241 tagaacgtca cgggatcgag gccactctcc acgatccgga cggccgtgta acggtagtcg
    12301 tcgccccggt catacgcctc gaggatcagc cccggcagtc cgccgagctt ccacgggccg
    12361 tcgctgatgg ggatgtccgt cgcgaaccaa gccgtccaat ggcgaccgcg aaagtcggcc
    12421 gtcgcctgct gacacgtata tcctaacacc tggcgcgtgc tgtcgcccat tatccatgtc
    12481 tgcgcgtgca gcgaatccgc gtagcgatag ccctgcgaag agatccgatc cgtaattgtc
    12541 atctgtcccg tcgggtaatt tttatagaca taggtgctca ttcggacgtg tgggaagtct
    12601 ccataaatcc catccttttc tgtcgctcgt cggaacagct cgctccacac ttttgcccca
    12661 tcgggcgtgc gctgcagcga atcggattga aaggtatagt aactgtaaca cttcgatacc
    12721 tctttcccga tttggagaat aagtaagtcg tcgcgcaact cgtttttcag cgtgtcgaag
    12781 gtgtaaacat aacggtagag gcacttcatg tgcgcccgat cgatcatcgg ctcccgcgcg
    12841 gtagcctgta cggcgagaga ggtgaggaga agatagagga tgactttcat tttgaaatca
    12901 gtaatcacgt tccaacaggt cgtatcgcat cactttttgc ggctttccct ggctcaagtc
    12961 aatgcctgta tccatctgaa tgtagccatt gaaatccatc agtgattttt tcttcgatcg
    13021 gagaaactca aggcggtttg tctgctcaaa tttctgatta tctccaaacg atcgattaaa
    13081 aatgatcggt tcatccttta cccgttctaa gccgacggca gtaaacagat gttgctgccc
    13141 ctcatcatac gcctcgagga tcagccccgg cagtccgccg agcttccagg ggccgtcgct
    13201 gacagggatg tccgtcgcga accaagctgt ccatcggcga ccgcgaaagt cggccgtcgc
    13261 ttgctgacac gtatatccta acacctcgcg cgtgctgtcg cccatcgtcc atgtctgcgt
    13321 gtgcagcgaa tccacgtagc aatagtcctg taggatcagc ccatcggtca ctgtcatgcg
    13381 tccctctggg taattcttat aaatgtaggt cttcagacgc ttgtggggat attttccccg
    13441 cataaattcg ccattattca tggcgtcgtt aatcattttt ccaattatca tgtctccatt
    13501 cggcagcgca gagagagaat cgacttgatt gctgtaatga ctaaagcact tggagatgct
    13561 tttcccgatt tgtaagatga gcagatcatc cttggtcttt cctgtcaacg tatcattgag
    13621 gtaaacataa cggtagaggc acttcatgta cgcccgatcg agcaccggct cgcgcgcagc
    13681 agcctgtacg gcgagagagg cgaggagaag caggtaaaca acgattttca tctcgttcag
    13741 tttgtaggtt tgccgcaaat atatgccttc tctttgtttt tggatacgtt aaaaacgaat
    13801 atcaggcata tttcccttga aaaataagcg gtgtagacaa gagcgggtag gccttttgtt
    13861 aaaaagcagg cgtcttcgct gacgtgcaat caacttcccc cgaaaagcaa gcactgtcga
    13921 cggcttgcaa tttgctttcc tcaaaaagta agcgctattg acggcttgca attcgctttc
    13981 ctcaaaaagt aagcgctgtc tacggcttac aattcgcttt cctcaaaaag taagcactat
    14041 ctacggctta caattggccc tccttgaaaa gtaagtgctg tctacggctt acaattcact
    14101 ttcctcgaaa agtaagtgct gtctacggct tacaatcagc ttcccttaaa aagtaagcgc
    14161 tgtcgacggc ttgcaattgg cttccttcga aaaggttatg ctgtctacgt tttacaatta
    14221 ttcttcctgt agaaggtttg cgtgatcgat gaatgacgat aggcagaaat caaaaatatg
    14281 actgccattg atgtgaaaaa tttggaaggt cagaaaaaag atagatcttc gcaccccaaa
    14341 cagataccat ttttatagag agttagtcat gaaaatatca actatcaaca ttgcaagact
    14401 ccgagtgcag gaggattttg ggttccaaga gttagtcaag aacgagacag accagttgcc
    14461 gctgctcgaa tcggcttctg gatacacggc cggactaaag acggacgtcg agaatcacgg
    14521 caaggctttc ggagagtttg atacggcgct caaggctgca tccagtgtgc cgtcagcggc
    14581 cgaggtgtcg aacttggatc gtcagcgcga cgattcttgc acaaagctct acactttcgt
    14641 gcgaggcgtt tcgggacatc cggacaagga gaaggccaag gtcggtgccg aagcggtggc
    14701 agtattcaag aagtacggcg gcggcagtat cgtcgatcag ccacagaacc aagagtccgg
    14761 cacactgcga aacctgattc aagatttccg cgcgatggac gtcagcaagc tcacccagac
    14821 cggtataaaa gactttgtcg acgatctgga gcagaaacaa acggcttact tggcagcagt
    14881 taagaagcgc gccaaagagg agcgatcgga gttgacgggc gtcatcaagc agaagcgcaa
    14941 agcctgcgac gaagcgtacc tcaagctcat agagacggtc aatgccctcg tcgtagtgaa
    15001 tggtgacgtc ccatatcgcg gctttgtcga gagcgtaacg tcgcacatca accatcagaa
    15061 gtccactctg gcgaaccggc agacgaacgc cgacaagaaa ccaaaggatc cgaagcaacc
    15121 caagcagccg aaacagccga aggagcccaa accccaaaaa ccggggaagg acgacggcaa
    15181 gccggacatc cacctccccg agaaggaaga gccgaagaag cccggcggcg atagcggctc
    15241 tggaaagaaa cccgaaggcg gcggaggcgc cggcggtcat tccggcaccg gaggtgccgg
    15301 agatagcggc gatcccgata tccatctgcc ggaagagtga tcactgtcag tcgctaacgc
    15361 tcatccctaa acgaccggat acttgccgag catcgctcat aggtttctgg tcgtttttcg
    15421 ttgtttgatg tttggtgttg ggtgtttttt tgttggggtt gaagtgttga ttgctgtcgg
    15481 gagagcattt tttagagggt aggggtagcg tggtgcattg agggtaatta atttttgaag
    15541 aaagggccat tgtttgcggt cggtgatagt tattttttag aagcaggatc gtcgatgggc
    15601 atcggtgggg tactttttta gggaggagga gtgtcattga gcatcggtga ggtgcttttt
    15661 taggggggaa gggtatcgtg gaaagttttg atagtacttt tttagaggag agggagatca
    15721 ttaggcatcg gtggggtact tttttagaag ggaagggtgt cgtggtgcat tgaggatagt
    15781 tactttttga agtgagggta attgtttgcg atcggtgata gtcgcttttt aggagtagat
    15841 tcgttgatgg gaatcggtga ggtatttttt tagggaagag ggatgtcgtg gtgcattgag
    15901 ggtaataact ttttgaagta agggatatta tttgcggtcg gtgatagtcg ctttttaggg
    15961 ttagagttgt cgatgggggg cggagaggtg tttttttaga ggggagggat gtcgtggtgc
    16021 attgaggata attgcttttt ggagtaaggt atattgtttt cggtcggtga tagttatttt
    16081 ttaggggtag agtcgtcgat gggcatcggt aaggtgcttt tttagaggag agggggatcg
    16141 tggaaagttt tgagagtact tttttagagt gtaggggtac cagcgggaat cggtgaggta
    16201 tttttttaga gggtagggat gtcagcgggc agcggatatg tactttttga taggatagag
    16261 ctgtctacag ctatcggatg gtcacttttt tatagggtag agatgccgat gattatcgag
    16321 gatcctctat ttttgtgatt tagtttttag cttttcattt gtccctctat tcctgattat
    16381 agagatatga atcgaatcat cgaaatctgc gccaactcgg cgcaaagctg cgtggaggcc
    16441 gaagccggcg gagctgcacg tgtggaactc tgcgccggca tccccgaagg cggcacaacg
    16501 cccagctatg gcgagatcgt catggcgcga cagtccactg agcggatcgc gatccacgtc
    16561 ctcatccgtc cgcgggccgg cgactttctc tataccgcga ctgaggtcgg tgccatgctc
    16621 cacgacatcc aagtagccca ccagctcggc gtgcaaggcg tcgtcatcgg ctgcctaacg
    16681 cccgacggcg acatcgacga gcccctcctc gaccgactta tggccgccgc ccgaccgctt
    16741 tcggtcacct ttcatcgtgc cttcgacgtc tgccgcgatc cgcacaccgc actcgagcta
    16801 ctgatccgtc acggtgtcga tcgcgtgctc acttccggcc aggaagctac cgccgtgcag
    16861 ggtattcccc tcctccgcga gctggtgagc caggccgacg gacgtatcgt cgtcatgccc
    16921 ggctgtggcg tgcgggcgga caacatcgcg cgcatcgagt cggaaaccgg agcccgcgag
    16981 tttcacacct ccgcgcgacg cgttgtcgag agtggcatga tttaccgcaa cgagcgcgta
    17041 cccatgggca gttgcgccgt gacgtcagag ttcgaaaccg tgcagactga tcggcgcgaa
    17101 gtggcgcgct acgtctctca gacttgcata aaatgaaaag gggtgtactt ttggcgtcga
    17161 aaagaaattt atttgacgtt ttccactaag aaacagcaat caaaacagtc gaattcgatc
    17221 aaattggtca cagcgagcct tcacgccacg caggagagag aatatacgca aggcagcgac
    17281 tccgagaggc gggcgtcgaa ccgcggcggg ctccacgaga cattgttttt ttgagattaa
    17341 gagcggcgca ttgcccatca tatcgccgct ctggtgtagt gtttaaaatt cttctgaggg
    17401 ggcgaagatg tgaatcttcg cctttccttt ttttagaggg cagaggatcg ggagcatcct
    17461 atggacagga tcaagagaag gcccccatac atatattata ggtacaaaga ggaagatgaa
    17521 aattggaaca attgaattag gtggtcggcc cgtcatgcag gcgccgatgg aagacgtcac
    17581 ggatgccgcc ttccgactga tgtgtaaacg cttcggcgcg gatatggtgt acactgaatt
    17641 tgtctcgagc gatgcgctca tccgtggcgt cagccgcacc gaagaaaagt tgcgggtacg
    17701 cgatgaagaa cgccccgtgg cgatacagat ctacggccgc gacgtccagt ccatggtcga
    17761 ggccgcacag atttgcgagg ccgctcggcc cgatgtgctt gacatcaatt tcggatgtcc
    17821 ggtcaagaag gtggccggta aaggtgccgg agccggcatg ttgcgtaacg tgccgctcat
    17881 gcttgagatc acgcgggccg tcgtccgtac ggttcgtatt cccgtgaccg tcaagacgcg
    17941 cctcggttgg gacgctgatc atcgtatcat cgtcgagctg gcggaacagt tgcaagactg
    18001 tggcatcgcc gccttgacga tccacggccg tacccgcgcg cagatgtaca ccggcgaagc
    18061 cgactggacg ctcatcggcg ccgtcaagtc gaatccccgc atgacgattc ccattatcgg
    18121 caacggcgac ataacctccg ccgagagttg tcgtgaggcc tttgaccgct acggtgtcga
    18181 tggtgtgatg atcgggcgtg gctgcatcgg tcgaccgtgg atcttccgtg aggtgaagca
    18241 ctatctacag acgggtgaac cactcgctcc agagccgttc gcgtggtatc tcgatgtgct
    18301 caagcagcag gttttgcaga gtgtggagcg tcttgacgag cgccgtggca tcctccatat
    18361 tcgccgccat ttggctgcta cgccgctctt caaaggcata ccggacttca agccgacgcg
    18421 tgtagctatg ctgcgcgctg agacggttgg cgagcttttc gccatcatgg acgccatccc
    18481 cgcaccgacg gccgaatagt cccctttcgc aaggcttcat ttgggggcta cttccctgta
    18541 ttgatggggc ttttgcaaag gttcttttcc gtgtagttgg aataaaaaac gcgctatatt
    18601 tgcgccctga aaaaaaagaa taaggtataa ataacaataa atcaggaatt tcaaatgcag
    18661 aacaaaggat tcgtgagggt cttctccata ctgctcgctt tggtttgctt gtactatctc
    18721 tccttctcgt ttgtgacgag aaaatactac aaggaagccg ccgagtatgc taacggggac
    18781 cctgctaaag agagttttta tttagactca ttggccaaca agaaggtctg gttcggcgcc
    18841 tatacgctga agcaatgccg cgaaatggag gtgaccttgg ggcttgacct gaagggcggt
    18901 atgaacgtcg tattggagct taacgtgccc gatgtcgttc gttcgctggc ggacaataat
    18961 cccgacgcca acttcaacaa ggcgctcgat gcggcttatg cccgtcaggc aaccagccag
    19021 aagaactaca tcgatttgtt tgccgaagaa tacaagaagc tggatccggg cgctcatctc
    19081 gcagccctct tcagcacttt tgagttgaaa gataaaatca ctccccaaag ctccgacgcg
    19141 caagtcattg ccgtactgaa agaggagctg cagagcgcta tcgacaattc atttaatgta
    19201 ttgcgtacac gtatcgaccg cttcggcgtc gtgtcgccca acatccaacg cctcgagacg
    19261 gctggtcgta tcctcgtcga gctgccgggt gtgaaggagc cggcacgtgt ccgcaaactc
    19321 ttgcagggta gcgccaatct ggagttctgg gagacataca acctgaccga gatcggacag
    19381 caactcaccg ccgctgacca cgctttggcg gaggcgctga agtccacaaa gtcttcgtcc
    19441 agcgccacga ccgatacaac ggctaccgcc gccaaatctg acctcacggc taaggctgac
    19501 tcagccacct cagagaccga ttcgctcatg gcgcagatta acgccgaaag ccagcagtcg
    19561 cctgcagccg gtcagatgac ccccgaagaa tacgccaagg agcacccgct ctttgccttg
    19621 ttgcaattga atgtcgaccg taccggtcgc tacctcgttc ccggccccgt cgtaggttac
    19681 gccaagaaga cggacatgga caagatcacc gaatacctca accggcccga agtgaaggct
    19741 gtgttgccca acaatgtcct cttccgctgg agcgtgaagg cgatggacga taacgatcag
    19801 ttctatcagc tctttgccct gaaggtcacc aatcgtgatg gtacgcccgc cctgagtggt
    19861 gacgtagtca cgaacgccgt ggccgacttc gcccagcagc agatcggccg cccacagtac
    19921 caagtcagca tgacgatgaa cgccgaaggt gcccgcgaat gggctcgcct gaccaaggag
    19981 aacatcaagc gtagcatcgc catcgtactc gacggcatgg tctactccgc tcccacggta
    20041 cagtcagaaa tcaccggcgg ccagtcgcag atcacgggca acttcaccca agatgaaggc
    20101 aaggacttag ccaacgtgct caagtcgggt aagatggccg cctcggtcaa cattgtgcag
    20161 gaagacatcg tcgggccgtc gctcgggcag gaagccatca acgccggcat tatctcgttt
    20221 gccctcgcgc tcatcctcct catggtctac atgtgcgcca tgtatggcct gttgccgggt
    20281 atgattgcta acggcgccct cgtcatcaac atcttcttta cgatgggtat cctcgcctcc
    20341 ttccaagccg tgctcaccct gcccggtatc gccggtatgg tgcttacgct cggtatggca
    20401 gtcgacgcca acgtgctcat ctatgagcga tcgaaggagg aactccgcgc cggcaaacct
    20461 ttggcccgtg ccattgctga tggttactcc aatgccttct ccgccatctt cgactcgaac
    20521 ctcacgacga tcattaccgg tgtcgtactc ttcgtctttg gtaccggacc catccgcggt
    20581 tttgccacca cgctgatcat cggcttgatc tcatccttcc tgacctctgt cttcatcaca
    20641 cgtctcgtct acgaagccct cttggctaag gagaagatta agcacctaac cttcaccaca
    20701 tcgatctcga agaacttcct caacgatccg aagatcaact tcctcggtaa gcgtaaagtg
    20761 ggctacatca tcccgctcgc catcatcctt ctcggttgtg tttcgatggc tacgattggc
    20821 ctcaacaacg gcatcgactt taccggcggt cgcaactatg tgatccgttt cgataaggat
    20881 gttcgcaccg acgaggtgcg tgcggccctc gaaccgcaat tcaaaggcgg atccgtcagc
    20941 gtcatcacca tcggctcgca gaaccaggtg cgcgtctcga ccaactataa gatcacggac
    21001 aactcggccg gcatcgacga cgaaatcatc ggcaagctct acgccggcct caagcccttc
    21061 cttggcaacg ccacacagga gcagttcgcc tcggacaaca tccaaagctc gcagaaggtc
    21121 ggccccagca tggcggacga catcaagaac agcgccgtcc tggccgtcct cttcgctatg
    21181 gtctgcatgg cgctctatat cctcgtccgt ttccgcgacg tagccttctc cgtcggtgtg
    21241 ttcgtctccg tggccgtcac cacgctctgc atcatcgcct tctacacgct gctgtggaag
    21301 atcatgccct tctctatgga ggtcgaccag accttcattg cggccattct gaccgtcatc
    21361 ggttactcga tcaacgacac cgtggtcgtc ttcgaccgta tccgcgaaac gatcaagctc
    21421 tatcccaagc gcgaccgtta cgaggtgatc aacgacgccc tgaactccac actctcgcgt
    21481 acgttcagca cgtcactctc caccttcatc gtcgtcttcg tgatcttcct cctcggtgga
    21541 tccacgatcc agagcttcac gttcgccatc cttctcggtg tcatcgtcgg cacctactcc
    21601 acgctcttcg tggccacgcc gatcgcttac gagatccaac atcgcaaatc gctcaaggcg
    21661 gccggtgcaa cggcagccac tgcgacggca taacgtatag cttctaagtt tctcctctga
    21721 ctgaaggggg ctgtctccac atagggtggg gcagccccct cgtctttttt gggggccagc
    21781 acctctcgct gtggatatac ctgcgaggca ctcccgcaga ggcttggttt catctctcta
    21841 tcggtcggta ggggcgaatg gcattcgccc catgtgtgcc gagggtggga gaggcagacc
    21901 tacgtgtccg cccgcctcct tattctatcg gtcgcggggt aggggcg
//
LOCUS       SEQF2638.1|AYYF01001104.1 7507 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..7507
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             361..1254
                     /locus_tag="SEQF2638.1_00897"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTKKNLPRLLLGLALCCALTACKGSAVKEEADTLVQIDKYTLTR
                     SEVTKLIPEGSSPADSLLIAENYIKKWITDVLIYKVAERNIGNGGEEIERLVEEYRQA
                     LLRQRYLDIMVHDKLSAQISEKDKQAYYREDSQRFVLKTNLIRGLFVKVPADAPGLDN
                     VRKWYRSEKTDAVENIEKYSLSNAAVYEYFYDRWMDLDEVLQKMPIQVTDKAQFLRTN
                     RAIETTDSTYCYFLNISRYVTAGSIAPYDYARPEIEETMINQRKVDFLRNFEEELYRD
                     AVRKGDVTFFYDTKQDNNKKK"
     CDS             1251..2615
                     /gene="surA"
                     /locus_tag="SEQF2638.1_00898"
                     /EC_number="5.2.1.8"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0ABZ6"
                     /codon_start=1
                     /transl_table=11
                     /product="Chaperone SurA"
                     /db_xref="COG:COG0760"
                     /translation="MKRIACLSLLAVCLAGTAYGQDNVVDEIVWVVGDEAILRSDVET
                     QRLYMQNEGQRFDGDPYCIIPEQIAIQKLYLNQAKIDSIDVSESQVLRSVDQWINMAI
                     NQVGGREKLEEYFNKKLSQIKEERKTMVREQQIVQEMQKKLVGKIKLTPSDVRHYFQN
                     VPQDSLPMIPATVEVQIVTLEPKIPFEETDAIKARLREFTEQVNNGKMEFSTLARLYS
                     QDPASASRGGEMGFVGKSSLVPEFANVAFNLTDPKRVSNIVETEYGYHIIQLIEKRGD
                     RINCRHILLRPKVSDRELEEATARLDSIYTDIEAGKLTFEDAATYLSADKDTRNNKGL
                     MVNQNYESSHVGTPKFEMQELPQDISKVVYGMKPGDISKPFRMLTDKQREVVAIVKLK
                     ARTDSHRANLADDYQVMKTMVENHKREELLNDWITKQQKTTYVRIADGWRNCDFKFPG
                     WIKK"
     CDS             2612..4354
                     /gene="lptD_1"
                     /locus_tag="SEQF2638.1_00899"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01411"
                     /codon_start=1
                     /transl_table=11
                     /product="LPS-assembly protein LptD"
                     /translation="MMKPAVYSAFLAGAPGALIFFGLLFSRQGKKRGWGIGCNAPEVC
                     SVGRLPFLLLLFLLPLTLTDSLSAQTPLASPPGKTKVFLEHADVQSFDKEVSADRQVL
                     SGDVCFRHDNSYMYCDSAYFYEANSSLEAFGEVRMEQGDTLFVYGDYLYYDGNIRVAK
                     MRDNVRMESVRADGSIVTLFTDSLNYDRVANIGYYFDGGTIVDDANELSSYYGQYSPA
                     TRIAIFNDSVRVFNDKFTLYSDTLQYSTQTKVATILGPSVIISDSGNIYTSRGWYNTV
                     QNTSLLLDRSQVTSGNRILVGDTIAYDRDRGFGEAFGRVVLRDTTERVMLEGNYGSYD
                     ERSGHALATDSARCMEYSQGDTLYMHADTFEMISIDSTARQVKAYRGVRFFRADFQGI
                     CDSMQFNTVDSTLYFYLDPVLWNNRNQLYGDTIVVHMADTTIDFVHVIRLAFSIEQVD
                     TSHFNQLKGNDLKAYFEGREVRRIDIDGNAESIFFPLEDDGSMVGMNETKSSYLTIWI
                     KDRKIEKLRLWPSPQGTLTPLPDLSPDRMTLRDFHWYEDLRPRDKDDIFRNARRSIEA
                     DAPSKRSNKFRSIE"
     CDS             4421..4729
                     /locus_tag="SEQF2638.1_00900"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGMFSFYNMRKPRQFEHKPIYWDPRKEKLEQRIHKVKMEMGVEE
                     TDYEQYKDAIRGSFVEGTHHLKKSKDKGDDARDRLYRNMRLILLLALLAAIYWFLYLR
                     "
     CDS             4823..6643
                     /gene="mutL"
                     /locus_tag="SEQF2638.1_00901"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P65492"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA mismatch repair protein MutL"
                     /translation="MSDIIHLLPDHIANQIAAGEVIQRPASVVKELMENAVDAGADQI
                     TVIIKDAGRTLVQVIDNGKGMSETDARMAFERHATSKIAAAEDLFSLRTMGFRGEALP
                     SIAAVAQVELRTRARGAELGTRLEIDGSELVDLAPDACAEGAIFSVKNLFFNIPARRK
                     FLKSNETEFRNILTEFEHVVLAHPDITFRLVHGDSEVMNLPAAPLRRRIVDVFGKSFN
                     RRLLPVETDTSLVKIEGFVGRIDAVRRRGYRNYFFVNGRYMRHPYFHKAVIRAYENLT
                     PPGELPDYFIYLTLDPATIDVNIHPTKTEIKFENEQPIWQILSSAVRETLGKFNAAPS
                     IDFDTEGAIDIPVYNPAADRTAVRQPSVEVNTRYNPFRAAPPLAADRNWEKLYQDFER
                     DGRPALPEVDPPTAPSTTAPLFPDPTPVASNCFQFRNRYILTALKSGLVMIDQHRAHV
                     RILYDRYLRNVRQHTAASQQLLFPELVELTASEAALLPSLLDDLHRLGFELSPMGGNS
                     FSVTALPTGLPDTDPKRLLKELLDSAADALPAAADALTERLALALARSAAIRPGRPLS
                     AEEMEEMVATLFSTDSNQLTPDGKPVLILLTDDELATRFK"
     CDS             complement(6991..7485)
                     /locus_tag="SEQF2638.1_00902"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSGKAAGETEVRHLVVLPTGAGGALDEEAVEKDADVLADGVDAS
                     AEELPVEGCAHLVGQMVSRKMGDAEAEGHVEVARPGFRGLVREAVDEVDADVGEARLE
                     AAVDGPDGALGVVAAVEAAEVGVVEALHAEADAADGELGVELAEVIGGEVVGVGLQSD
                     LAAG"
ORIGIN      
        1 ccctaaaccc tcaggggtca gcttcgctag aaaaaaagaa gggctaaacc ctcagggttc
       61 agtgtcactt gaaaaaaagt agagctaaac cctcaggggt cagcgctact tgaaaaaaag
      121 aagggccaaa ccctcagggg tcagtgctcc ttgaaaaaaa gtagggctaa accctcaggg
      181 ttcagcgtca cttgaaaaaa agtagcctca aaccctcagg gtttggtctc acttagaaaa
      241 aagaagggct ggaacgctca ggggttagcg ccgctcagaa aaaatttgaa ccccagcgcc
      301 tccgtatatg tttcaaggtc atcgattcgt ttcattcatc aaacaagatc ctccatgctt
      361 atgacaaaga agaacctgcc ccgactgttg ctgggcctcg cactctgctg cgcgctcacg
      421 gcctgcaaag gatccgccgt caaagaagaa gccgacacgc tggtgcagat cgacaaatac
      481 accctgaccc gcagcgaggt gacgaagctc atccccgagg gtagctcgcc tgctgacagc
      541 ctgctcatcg ccgagaatta catcaagaag tggatcacgg acgtgctgat ctacaaggtg
      601 gccgagcgca acataggcaa cgggggcgag gagatcgagc gccttgtgga ggagtatcgc
      661 caagccctac tgcggcaacg ttacctcgac atcatggtgc acgacaagct ctcggcccag
      721 atcagcgaga aggacaaaca ggcctattac cgcgaggaca gccagcgctt tgtgctcaag
      781 acgaacctta tccgcggact cttcgtcaag gtgcccgccg atgctccggg gctcgacaac
      841 gtgcgcaagt ggtaccgttc ggaaaagacc gacgccgtcg aaaacattga gaagtacagc
      901 ctcagtaacg ccgccgtcta tgagtatttc tacgaccgct ggatggatct cgacgaggtg
      961 ctccaaaaga tgcccattca agtcacggac aaagcccaat tcctccgcac caaccgcgcc
     1021 atcgaaacca ccgacagcac ctattgctac ttcctcaaca tctcgcgcta tgtaaccgct
     1081 ggcagcatcg ctccctacga ctatgcccgg cccgagatcg aggagacgat gatcaatcag
     1141 cgcaaggtgg acttcctgcg caacttcgag gaggaactct atcgtgacgc cgtccgtaag
     1201 ggcgacgtga cgttttttta cgacaccaaa caggataaca ataagaagaa atgaagagaa
     1261 tagcatgctt gagtctgctc gccgtctgcc ttgcgggcac ggcttacgga caggataacg
     1321 tggtggatga gatcgtctgg gtggtgggcg acgaggccat cctccgctcc gacgtggaga
     1381 cgcaacgcct ctatatgcag aacgagggcc aacgcttcga cggcgatccc tactgcatca
     1441 tccccgaaca gatcgccatc cagaagctct acctcaacca agccaagatc gatagtatcg
     1501 acgtgagcga aagccaggtc ttgcgctccg tggatcagtg gatcaacatg gccatcaatc
     1561 aggtgggcgg acgcgaaaag ctcgaagagt atttcaataa gaagctctcg cagatcaagg
     1621 aagagcgcaa gacgatggtg cgcgaacagc agatcgtgca ggaaatgcag aagaagctcg
     1681 tgggcaagat caagctcacg ccctcggacg tgcgccacta tttccagaac gtgccacagg
     1741 acagcctgcc catgatcccc gccaccgtag aggtgcagat cgtgactctg gagccgaaga
     1801 tccccttcga ggagacggac gccatcaagg cccgtctgcg tgagttcacc gagcaggtga
     1861 acaacggcaa gatggagttc tcgaccctcg cccgactcta ctcccaagat ccagcctcgg
     1921 cctcgcgcgg cggtgagatg ggttttgtgg gcaagtcgag cctcgtgccc gagtttgcca
     1981 acgtggcctt caacctaacc gaccccaagc gcgtctcgaa cattgtggag acggagtatg
     2041 gttaccacat catccagctg atcgagaagc gtggcgaccg aatcaattgc cgccacatcc
     2101 tgctccgccc caaggtctct gacagagaac tcgaggaggc taccgcgcgc ttggattcga
     2161 tctacaccga catcgaggcc ggcaagctca ccttcgagga cgccgcaacc tacctctccg
     2221 ccgacaagga cacgcgcaac aacaagggcc tcatggtgaa ccagaactat gagagctcgc
     2281 atgtgggcac gcccaagttc gagatgcagg agctgccgca ggacatcagc aaggtggtct
     2341 acggcatgaa gccgggcgac atctcgaagc ccttccgcat gctcaccgac aagcagcgcg
     2401 aggtggtagc catcgtcaag ctgaaagcgc gcaccgacag ccaccgcgcc aacctggccg
     2461 acgactatca ggtgatgaag acgatggtgg agaaccacaa gcgcgaagag ttgctcaacg
     2521 actggatcac caagcagcag aagaccacct acgtccgcat cgcagacgga tggcggaact
     2581 gcgactttaa gttcccgggc tggatcaaga aatgatgaag cctgccgtgt actcggcctt
     2641 cttggccggc gcccctggcg ccttgatctt ctttggcctc cttttctccc gtcaagggaa
     2701 gaaaaggggg tgggggattg ggtgcaacgc ccccgaggtc tgctcggtcg gacgcctgcc
     2761 attccttctc ctcctgttcc tcctgcccct caccctcaca gattccctgt cggcgcagac
     2821 acccctcgcc tcgcctcccg gtaaaacgaa agtcttcttg gaacatgccg acgtgcaatc
     2881 cttcgacaaa gaggtcagcg ccgaccggca agtgctctca ggcgacgtct gctttcgcca
     2941 cgacaactcc tacatgtact gcgacagcgc ctacttctac gaggccaaca gctcgctcga
     3001 ggccttcggt gaagtgcgca tggagcaggg agacacgctc ttcgtctacg gcgattacct
     3061 ctactacgac ggaaacatac gcgtggcgaa gatgcgtgac aacgtccgta tggaaagtgt
     3121 ccgcgccgat ggttccattg tcaccctctt caccgacagc ctcaactacg accgcgtcgc
     3181 caacatcggc tattacttcg atggcggcac gatagtagac gatgccaacg agctttcctc
     3241 gtactacggc cagtattcgc ccgccacgcg gatcgccatc ttcaacgaca gcgtgcgagt
     3301 cttcaacgac aagttcacgc tctactccga cacgctgcaa tacagcaccc agacgaaggt
     3361 ggccaccatc ctcggccctt cagtcatcat ctccgacagc ggcaacatct acacctcccg
     3421 cggctggtac aacacggtgc agaacacctc cctactgctc gaccgctcgc aggtcacgtc
     3481 cggcaaccgc atcctcgtcg gcgacaccat cgcctatgat cgtgacaggg gcttcgggga
     3541 ggccttcgga cgcgttgtcc tacgcgacac gacggaaagg gtgatgctgg aaggtaacta
     3601 cggctcgtac gacgagcgtt ccggccacgc tctggccacc gacagcgcac gctgcatgga
     3661 gtactcgcag ggcgacacgc tctatatgca cgctgatacg ttcgagatga tctccataga
     3721 ctccactgct cggcaggtga aggcctaccg cggcgtgcgc ttcttccgcg cggacttcca
     3781 gggcatctgc gactcgatgc aattcaacac cgtcgactcc acgctctact tctacctcga
     3841 cccagtgctc tggaacaacc ggaatcagct ttacggcgac accatagtcg tccatatggc
     3901 cgacacgacc atagactttg tgcacgtcat ccgcctcgcc ttctccattg agcaggtcga
     3961 cacgagtcac ttcaaccaac tcaaaggcaa cgacctcaag gcctacttcg aaggccgcga
     4021 agtgcgacgc attgacatag acggcaacgc ggaatcgatc ttcttccccc tcgaggacga
     4081 cggtagcatg gtgggaatga acgaaacgaa gagcagttac ctcaccatct ggatcaagga
     4141 tcggaaaatc gagaagctcc gcctctggcc ctcgccgcag ggtaccctca ccccgctgcc
     4201 cgacctctcc ccggaccgga tgactctccg cgacttccac tggtacgaag acctccgccc
     4261 ccgagataag gacgacatct tccgcaacgc ccgccgctca atcgaagccg acgccccctc
     4321 gaaacgcagc aacaagttcc gcagcataga gtgatccgac gcccgcaatg gcgccctcct
     4381 tcaccggata tttcaacaac ctatcacagc aagaccgatc atgggaatgt tttctttcta
     4441 caacatgcgc aaaccacgcc agttcgagca caagcctatc tactgggatc cccgcaagga
     4501 aaagctcgag cagcgcatcc acaaagtcaa gatggaaatg ggcgtggagg agacggacta
     4561 cgaacaatac aaagacgcca tccggggcag cttcgtcgag ggtacgcacc acctgaagaa
     4621 gagtaaggat aagggcgacg atgctcgcga ccgcctctac cgcaacatgc gcctcatcct
     4681 cctcctcgcc ctcttggccg ccatctactg gttcctttac ctccggtgac cccggagcgc
     4741 acacaccgct aactccctcg gcccaaggcc ccataacgac cgggtgcaca ctgcgcgccc
     4801 ccaccatccc caaccacaca gaatgagcga catcatccac ttactccccg accacatcgc
     4861 caaccaaatc gccgccggag aggtcatcca gcgacccgcc tccgtcgtca aggaactgat
     4921 ggagaacgcc gtcgatgccg gcgccgacca aatcactgtc atcatcaagg atgccggacg
     4981 gacgctcgtg caggtgatcg acaacggcaa gggcatgtca gagaccgacg ctcgcatggc
     5041 tttcgaacgg cacgccacgt cgaagatcgc tgccgctgaa gatctcttct ccctccgcac
     5101 gatgggcttc cgcggcgagg cgttgccctc catcgcggcc gtggcacagg tggaactccg
     5161 cacccgcgcc cgaggggccg agctgggaac gcgcctcgaa atagacggct ccgaactggt
     5221 cgacctcgca cccgatgcct gcgccgaagg ggccatcttt tctgtcaaga acctcttctt
     5281 caacatcccc gcgcgcagaa agttcctcaa gtcaaacgaa accgagttcc gcaacatcct
     5341 caccgagttc gagcatgtcg tcctcgctca ccccgacatc accttccgcc tcgtgcatgg
     5401 cgacagcgaa gtgatgaatc tgccggccgc ccccctgcga cggcgcattg tggacgtgtt
     5461 tggcaaaagt ttcaaccgtc gactcctgcc tgtcgaaacg gatacgtcgc tcgtaaaaat
     5521 tgaaggtttc gtcggccgaa tcgatgccgt gcgccgccgc ggttaccgca actatttctt
     5581 cgtcaacggt cgctacatgc gccaccccta cttccacaag gccgtcatcc gcgcctacga
     5641 gaacctcacg ccccccggcg aactgcccga ttacttcatc tacctcacct tagatcccgc
     5701 cacgatagac gtcaacatcc acccgaccaa gacagaaatt aagttcgaaa acgagcagcc
     5761 catctggcaa atcctatcct cagccgtccg cgagacgctc ggaaagttca acgccgcacc
     5821 cagcatcgat tttgacaccg agggagccat cgacattcca gtctataacc ccgccgccga
     5881 tcgcacagcc gtccggcagc catccgtcga agtcaatacg cgttacaacc ccttccgtgc
     5941 cgcgccgccc ctcgctgccg accgcaactg ggagaagctc taccaagact tcgaacgcga
     6001 cggccgaccc gccctcccgg aggtcgaccc gcccacggct ccgtccacga cggcgcccct
     6061 cttccccgac cctacgcctg tggcctccaa ctgcttccag ttccgcaacc gatacatcct
     6121 caccgccctc aagtccggac tggtgatgat cgaccagcac cgcgcgcacg tccgcatcct
     6181 ctacgaccgc tacctccgca acgtccgcca gcacacggct gcctcccagc agctcctctt
     6241 tcccgaactc gtggagctca ccgcctccga ggccgcgctc ctgcccagcc tcctcgacga
     6301 cctgcaccgc ctcggcttcg agctaagccc catgggcggc aacagctttt ccgtgaccgc
     6361 cctccccacc ggcctccccg acacggaccc caagcgcctg ctcaaagagc tgctcgacag
     6421 cgccgccgac gccctccccg ccgccgccga cgccttgacc gaaaggctgg ccctcgccct
     6481 ggcccgatcc gccgccatcc gccccggccg accgctctcg gccgaagaga tggaggagat
     6541 ggtcgccacg ctcttctcca ccgactccaa ccagctcaca ccggacggca aaccggtgct
     6601 tatcctcctc accgacgacg aattggccac gcgatttaag tagcccccac cgacgaagct
     6661 ccccgccgga tcgcccactg cgcctcacgc cgcggccagt ccgaacgttt cgtccctcac
     6721 acctcacccc tcctccaccc aatggccggc ctctacgtcc acgtcccctt ctgcacccag
     6781 cgctgcagtt attgcgactt ctacactcaa accgacagca gtctccgcac cgactacctc
     6841 cgcgccctcc ggcgcgagct ggccgaacgc gccgcggagc tggaccatga gccgctcgac
     6901 accatctact tcggcggcgg caccccctcg cagctcccca tcgagatgct ccgcgccatc
     6961 ttccgcacca tccacgccca ctacgacgtc tcatcctgcc gcgagatcac tctggaggcc
     7021 aaccccgacg acctctccgc cgattacctc cgccagctcc actcccagct cgccatccgc
     7081 cgcatcagcc tcggcgtgca gagcttcgac gacgccgacc tccgccgcct ccaccgccgc
     7141 cacgactccc agggcgccat ccgggccgtc gaccgctgcc tcgaggcggg cttcaccgac
     7201 atcagcatcg acctcatcta cggcctcccg gaccagaccc cggaagcctg ggcgcgcaac
     7261 ctcgacgtgg ccttccgcct cggcgtctcc catctttcgg cttaccatct gacctacgag
     7321 gtgggcacac ccctccaccg gcagctcctc agcggacgcg tccacgccgt cagcgaggac
     7381 gtcagcgtcc ttctctaccg cctcctcatc gagcgcgccg cccgcaccgg ttgggagcac
     7441 tacgaggtgt cgaacttcag tctccccggc cgctttgccc gacacaactc ggcctactgg
     7501 accggtg
//
LOCUS       SEQF2638.1|AYYF01001105.1 4669 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4669
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             86..1612
                     /locus_tag="SEQF2638.1_00903"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDIKDSKLRLTKYGIYTTGGNPFTISGTVDLSKPMKETADLRLA
                     AQDMLLIDAPDGAPGAMLYGRLPIDLNLTARGPLRALKVRGGVHVRSGTNVTYVMPDA
                     NDELQDNFAGLVSFTYFSDTVPQRIRDIERQNAARTSSIGGLDAQLTLRVDPTARLKV
                     DMGGAGERSNRIELRGGGDLSFHYTPLGDMNMSGRYTLSGGLIRYSIPVIPLTDFTIQ
                     DGSYVEWQGDLMNPYLNLTALTRQRSTVNLDGRSQMVDFNVGLQVRQQLRNIALKFIL
                     EAPKNGTVQTQLAAMGEEERSKQAIGLLVTGVYLAQSGTGNEHLDVGTAISSLLQREI
                     NNMLGSMGGEVPFSFDVNTYDGTDGKGRRIDYLGRFYMGFLKERIYTTLGMRYSTNDP
                     VMGNQFFIDEASLEYRLDADGSRFVKVYNQTDYENLFEGEIRKTGVSAIFRRKVKRLV
                     DLFDFRKRRNRTVVTEPDPLIPDKDETDKEDTQDKLRQDELREDANDSTNEPKKKDEE
                     "
     CDS             1602..3929
                     /gene="bamA"
                     /locus_tag="SEQF2638.1_00904"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01430"
                     /codon_start=1
                     /transl_table=11
                     /product="Outer membrane protein assembly factor BamA"
                     /translation="MKSNPCLPLLPFFLILLFSASCSTTKMLPPGEVLYTGIERIVVN
                     DPANQRHRGADEVMGKVEEALAYAPNNALLGSSTTRTPLPIGLWVYNAHVGKKGRFHQ
                     WMYRWLAARPVTLTTVKPANRALAAQNVLHENGFFRGAARYEIIPDHKDSLKARVRYL
                     VTLGEPYVIDSVRFRRMQDRSDTTIKWRDEERLLHRGDLFTLDRLEAERQRIATIMRN
                     NGYYYFRPEYIEVQADSTKGDHLVDLRVRVRRDIPRDFIRKPWFMGRTAIRLIGYDGE
                     EPTDSLTYGPVTIHYEGRLRLRPAVLRNALRYHRGDRYSLAAQEQTQAAMSKLRTFRF
                     VDMQYTPTDTSAACDTMNVRIRATYDYPLNSRLEIKGTINDNRYAGPGFTLALTRMNL
                     FRGGENLSASVFGSYEWQTGARTAGHTGLVNNYEIGARGSLTFPRLVLPKFGHKDRDL
                     IATSRIDAQATVLNRARFFNQLSFGGSLSYDFVPNPIRRHTFTPLRLTFSRLLSTTSG
                     FDSIVARNPSVRQSLQDQFIPVVEYTYTLDNSTVRDDRSKTRWYFSIAEAGNLLSATN
                     LLFGQRWDEKYKTVFKNPYSQFLKMTTELRYNHYIDRHQRLAFRIGGGIIYSYGNASE
                     APYSEQFYVGGANSIRAFTIRSVGPGHFAPDKNDPYAYIDQIGDIKLEANAEYRFRIV
                     GDLAGAFFLDVGNVWLLRDDPLRPGGQFKWKNLLSDLATGTGVGFRYDINLLVFRFDI
                     GYALHFPYDTGRNGYFNAPNFRDAFGVHLALGYPF"
ORIGIN      
        1 cccccttcgg ggtcattaga ggggcgtatg caatacgccc ctacagccta ccggcaggag
       61 gcgttttttc ttatggttga ttgaggtgga catcaaggac agtaagctgc gcctcaccaa
      121 atatggcatc tacaccacgg gcggcaatcc gttcacgatc agcggcacgg tggacctcag
      181 caagcccatg aaggaaacgg ccgacttacg tttggcggcg caggacatgc tactcatcga
      241 cgcccccgac ggcgcacccg gtgccatgct ctacggccga ctgcccatcg atctgaatct
      301 cacggctcgc ggcccactgc gcgcgctcaa ggttcgcggt ggcgtgcacg tgcgcagtgg
      361 tacgaacgtc acgtatgtca tgcccgacgc caacgacgag ctgcaagaca acttcgccgg
      421 gctggtctcc ttcacctact tctccgacac cgtcccgcaa cgcattcgtg acatagagcg
      481 gcagaacgct gcgcgtacga gttcgatagg cggactggac gcccagctca cgctgcgcgt
      541 ggatcccacg gcgcgcctaa aggtggatat gggcggcgcc ggcgaacgct cgaaccgtat
      601 cgagctgcgt ggcggcggcg atctgtcgtt ccattacacc ccgctcgggg atatgaacat
      661 gagcgggcga tacaccctct ctggcggatt gattcgctac agcatccccg tgatcccgct
      721 gacggacttc acgattcaag acggcagcta cgtagagtgg cagggcgact tgatgaatcc
      781 ttacctcaac ctgacggccc tcacccgaca gcggtcgact gtcaacctcg acgggcgttc
      841 gcagatggtg gacttcaacg taggcttaca ggtcaggcaa cagttgcgca acatcgccct
      901 caagttcatc ctcgaggcgc ctaagaatgg caccgtgcag acgcagctgg ccgccatggg
      961 cgaagaggag cgcagcaagc aggccatcgg cctcctcgtc acgggtgtct atctggccca
     1021 gagcggcaca ggcaacgagc atctggatgt gggaacggcc atcagcagcc tcctccaacg
     1081 cgagatcaat aacatgctcg gcagcatggg cggtgaggtg cccttctcgt ttgacgtaaa
     1141 cacctacgac ggtaccgacg gaaagggtcg gcgtatcgac tatctcggcc gcttctatat
     1201 gggcttcctc aaggagcgca tttacaccac cctcggtatg cgttattcca ccaacgaccc
     1261 cgtgatgggc aaccagttct ttatcgacga ggcctcgctt gagtatcgcc tcgatgccga
     1321 cggttcgcgc ttcgttaagg tctacaatca gacggactac gagaatctct tcgagggcga
     1381 gatccgcaag acgggcgtga gcgccatctt cagacgtaag gtgaagcgct tagtcgacct
     1441 cttcgacttc cgcaaacgcc gcaatcgtac ggtagtgacg gagccagacc cactcatccc
     1501 cgacaaggat gagacggaca aggaggacac ccaagacaaa ctccgccagg atgagctgcg
     1561 cgaggacgcc aacgattcca ctaacgaacc caaaaagaaa gatgaagagt aacccctgcc
     1621 tccccctcct cccttttttc ctgatcctgc tgttcagcgc gtcctgctct acgacgaaaa
     1681 tgcttccccc gggcgaagtg ctctacaccg gcatcgagcg catcgtagtc aacgaccccg
     1741 ccaatcagcg ccaccgcggc gcggacgagg tgatgggcaa ggtggaagag gctctggcct
     1801 atgcgccgaa taacgccctc ctaggcagtt ccaccacacg cacgccgctg cctatcgggc
     1861 tctgggtcta taatgcccac gtcgggaaaa aggggcgctt ccaccagtgg atgtaccgat
     1921 ggctcgcggc gcggccggtg acgctcacca ccgtaaagcc tgccaaccgg gcgctggcag
     1981 cgcagaacgt actccacgaa aacggtttct tccgcggcgc ggcccgctat gagatcatcc
     2041 ccgaccacaa ggattcgctc aaagcccggg tgcgatacct cgtcaccctg ggcgagcctt
     2101 acgtgatcga ctctgtccgc tttcgccgca tgcaagatcg gagcgatacc accattaagt
     2161 ggcgcgacga agagcgtctg cttcaccgag gcgatctctt caccctcgat cgcctcgaag
     2221 cggaacgcca gcgcatcgcc accatcatgc gcaacaacgg ctattattac ttccgaccgg
     2281 agtacatcga ggtgcaagcc gactcgacga agggagacca cctcgtagac ctacgcgtac
     2341 gtgtccggcg cgacattccc cgcgacttca tccgtaagcc gtggttcatg ggacgcacag
     2401 ccatccgcct gatcggttac gacggcgagg agccaacgga tagcctcacc tacggccccg
     2461 tcaccattca ttacgagggc aggctgcgcc tccgcccggc tgtcctccgc aacgcgcttc
     2521 gctatcatcg cggcgaccgc tattccctcg ccgcccagga acagacgcag gcagcgatga
     2581 gcaaactccg cacgttccgt tttgtggata tgcaatacac gccgactgac acttcggccg
     2641 cgtgcgacac catgaacgtg cgcatccgtg ccacctacga ctatccgctc aatagccgcc
     2701 tcgagatcaa gggcaccatc aacgataatc gctatgccgg acccggattc actctggcgc
     2761 tgacccggat gaacctgttc cgtggcggcg agaatctctc cgcgtccgtg tttggctcgt
     2821 acgaatggca gacgggtgcg cgcaccgccg ggcatacggg gctggtgaac aactacgaga
     2881 tcggcgcacg cggctcgctg accttccctc gcctcgtctt accgaaattt ggtcacaaag
     2941 accgggatct gatcgccacc agccgtatcg atgcgcaggc gacagtgctg aaccgtgcgc
     3001 gattctttaa ccagctcagt ttcggtggca gcctctcgta cgacttcgtt cccaacccca
     3061 ttcgccgaca cacgttcaca ccactacgcc tcaccttctc gcgactgcta agcaccacct
     3121 cgggctttga cagcatcgtc gcgcgaaacc cttccgtccg ccagagcctc caggatcagt
     3181 tcattcccgt cgtagagtac acctacacgc tcgacaactc caccgtgcgc gatgatcgca
     3241 gcaagacgcg ctggtatttc tcgatcgcgg aggcgggtaa cctactctcg gccactaacc
     3301 tccttttcgg tcaacgctgg gacgagaagt acaagactgt cttcaagaac ccgtattcgc
     3361 agttcctgaa gatgaccact gagcttcgct acaatcatta catagatcgc catcagcgcc
     3421 tcgccttccg catcggcggc ggcatcatct acagctacgg caatgcctcg gaagccccgt
     3481 acagcgagca gttctacgtc ggcggtgcca acagcatccg cgctttcacc atccgcagcg
     3541 tcggccctgg ccacttcgcc ccggataaga atgacccgta cgcctacatt gatcagattg
     3601 gcgacatcaa gctggaggcc aacgccgagt atcgtttccg catcgtgggc gacctggccg
     3661 gcgccttctt cctcgacgtc ggcaacgtct ggctgctgcg cgacgaccca ttgcgccccg
     3721 gcgggcagtt taaatggaaa aatctgctct cggaccttgc caccggcacc ggggtaggct
     3781 ttcgttacga catcaacctg ctcgtcttcc gcttcgatat cggttacgcc ctccatttcc
     3841 cttacgacac cggtcggaac ggctatttca acgcccccaa ctttcgcgac gccttcgggg
     3901 ttcacttagc cctcggctac cccttctaaa tttttatcga gcgaagggcg gctgcggccg
     3961 ccggcgaagt tttccccgtc aggtttttcg atcaccacca atcaaccata agaaaaaacg
     4021 cctcctgccg gtaggctgta ggggcgtatt gcatacgccc ttctggcggg cccaaagggg
     4081 ccattttgca cctacccgga tagacccatt cgcccacagt gtgggcgttc ggagggcgta
     4141 ttcaatacgc ccctaccctg ccggcaggag aaggccttca atcccttgaa acaaatagga
     4201 atccatacgt actccacctc ccctatgccg gcaagaatcg gtaagtccat gatgccggct
     4261 atccttcccc cgtcacgttt ttcgatccac cccaatcaac cataagaaaa agcgcctcct
     4321 gccggtaggc tgtaggggcg tattgcatac gcccctctaa caattccaaa ggggccgtct
     4381 tgcacctact ccaatagacc cattcgccca cggggtaggc gtctgtaggg cgtattcaat
     4441 acgcccctac cctgccggca ggagaaggcc ctcaatccct tgaaacaaat aggaatccat
     4501 acgtactccg cctcccctat gccggcgaga atcggtaagt ccatacctac ggctatcctt
     4561 ttcccgacgc gtttacctgt ccaccccaat caaccataag aaaaaacgcc tcctgccggt
     4621 aggctgtagg ggcgtattgc atacgcccct ctaatgaccc cgaaggggg
//
LOCUS       SEQF2638.1|AYYF01001106.1 419 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..419
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(186..347)
                     /locus_tag="SEQF2638.1_00905"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLFVPRINALWRISTKKVLIIIQAGLIFQYRHTFFFCTTRINRR
                     FIDDNVSFF"
ORIGIN      
        1 cctccttgtt gaaagaacgt ctctcttctg atcacgttct tgaagggagg ttgtttttga
       61 cttcgaatct tgaagatatt cgtctctgtc aaatttatat tgtcacggtt ccaacaccaa
      121 tttctaaact caaaacaccc gatctttctt tcttgttgga tgcgacaaaa tcaattgctc
      181 aaatcctaaa aaaaggagac attgtcgtct atgaatctac ggtttatccg ggttgtacag
      241 aagaagaatg tgtgcctgta ctggaagatg agtccggctt gaattataat caagactttt
      301 tttgtggata ttctccagag cgcattaatc ctggggacaa aaagcataca ctgaccacga
      361 ttaagaaggt tgtttctgcc tccacttcaa tggtgctgga tgagttggaa gaattatac
//
LOCUS       SEQF2638.1|AYYF01001107.1 1093 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1093
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             175..468
                     /locus_tag="SEQF2638.1_00906"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTRRQADSLLRADLKKRLVTFRRFGRDSLLLAVLSYNVGEYRLL
                     GYGKQPKSRLVQKLESGDRDIRGEYISFCRYRGKELKALRLRRRVELALLYEK"
     CDS             complement(520..795)
                     /locus_tag="SEQF2638.1_00907"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTERSYHPQNRFETKRRLLALPHKIVWIVVYVVALKAIGTSEE
                     LTAILMLFAFVYLIRATLQITFRLLLFLIRWICIAAALAWIVCRLLL"
ORIGIN      
        1 cccgctgtac caaacgcata tgcacagcgc gccggcgatc ggctgttcag ccttccgctc
       61 ttcgagcgcg ccgtcgtgtg tatcaaacat tacgaagggc tgcatggccc gaagaaccac
      121 ccttatgtcg gctacggtca ccgtctgttg cccggtgagc ggctttcgtg tacgatgaca
      181 agacggcagg cggactcctt gcttcgcgca gatctaaaga aacggctcgt cacgtttcgt
      241 cgcttcggtc gcgactcctt acttcttgct gtgttgtcgt ataacgtcgg tgaataccgc
      301 ctcttaggct acggcaaaca gccgaaaagt cgcctcgtcc agaagttgga atcgggcgac
      361 agagacatcc gaggcgagta catttcgttc tgccgatacc gtggcaaaga gctgaaagca
      421 ctgcgtttac ggcgccgtgt ggagcttgcg ctgctctatg aaaagtgacg gggagagggt
      481 tccgatggag cctctccccg tcattgttat tgtaacgtct caaagtagta gtcggcaaac
      541 gatccaagcc aatgcagcgg caatgcagat ccatcggatc aggaagagca gaaggcggaa
      601 ggtgatttgg agcgttgctc gaataagata cacgaaggca aacagcatca agatagcagt
      661 caattcttcc gaagtgccta tggctttcaa cgccacaaca tagacgacga tccaaacgat
      721 tttatgcggt aatgcgagga ggcgtcgttt cgtttcaaac ctgttttggg ggtgataaga
      781 tctttccgtt ttcatcgtgc tgacattttt ttttgcgttc aaagctcgga gtatgtcggg
      841 ttcgtttcga gggccacaaa gggcagacga tgaggggaaa agacaaggct ctacgccgat
      901 aaaatacgct gcgaagcagg aagattttat cggtggcgaa ggctttgggg gcgttcggcc
      961 ttgacatcgc ccttatcgtc tgctgacctt tgcccgaaga aaagggaacc gacatcggct
     1021 ccgagccgcg aacaaaaagt ggaagcaggg aaacccgtag aggaaagatc ctcggaattg
     1081 gatattttag gtg
//
LOCUS       SEQF2638.1|AYYF01001108.1 2816 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2816
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(422..1114)
                     /locus_tag="SEQF2638.1_00908"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:O31533"
                     /note="UPF0702 transmembrane protein YetF"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEYIAIAAKLVVGMVGILVFLRVAGKAQMAQLTPLDTVSAFVIG
                     ALVGGVLYNPDMSVWHILFALAVWTAFNLFIRFCMRSALLRRLIKGDSVYLVKNGVLN
                     FKVFKRNSLEMEQFRLMLRQKGIFSMFDVEDVRFETNGAVTVPGIGDTTTSYLLVNNG
                     AIVQSSLVHCDRTEEWVLQVIHAYGYKRPSELFCLEWTPGRGFYLVAKSGDVKREDEV
                     FGVEKIGSEVLN"
     CDS             complement(1284..1850)
                     /gene="tag"
                     /locus_tag="SEQF2638.1_00909"
                     /EC_number="3.2.2.20"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P05100"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA-3-methyladenine glycosylase 1"
                     /db_xref="COG:COG2818"
                     /translation="MKTTKRCNWCERDALYRAYHDEEWGRPIHDDRRLFELFVLESFQ
                     AGLSWYTILAKREGFRAALDGFDYRLIAAYDNAKVEALMQDTRIVRNRLKILATIQNA
                     ALFMEIQQEFGSFSAFIWAFVGGSPCVNHPRKLEDVPASNQTSDAIAAELKRRGFKFF
                     GTTVAYAFMQSAGLVNDHIEDCAFKYPD"
     CDS             complement(1890..2432)
                     /locus_tag="SEQF2638.1_00910"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEYENDTLDDYSSSSERYRTRHVNIRTLRVEPQFNFDETYITIF
                     SERRIYDPDGDIHYDPIKPRRTSTQVEMFDAFRYYLDEGKSSLRNFCRSYGLTVPYLH
                     GLIFCLTGMDATDYRLSWQMKRADELLRYTNLSIPEVARMSGVGTPPNLFYAYQRDYD
                     CSPSERRRAIRQPNDVGRFR"
ORIGIN      
        1 tcattaggga taactttttc tgtcggtaag gtagggacgt attgcatacg ccccacgtgt
       61 acctggcgcc aaatcataca cccctcgcaa agtgcattct atggagcgta tgcttttacg
      121 taccaccccc gaatacacct cgaacaatcg attggctatc gaacggagcc gcgaataggc
      181 attctgtggt tcggagggct ttcgtctgag gcggcggata ggttactgaa attccggagg
      241 actttcgtct agtgcggtga ataggctaac ggaatcgctg agggttttcg gatcgaccgg
      301 cggataacga aaaatgccga gcacatgctt gcggatattt cccgcgcatg cgctcggcat
      361 tcgtttttgg caaccccaga ctgaaggggg atgcacatag ctttcgatac gtccctacgg
      421 tttagttcag cacttcggaa ccgatcttct cgacgccaaa cacctcgtcc tcacgcttca
      481 cgtctccact tttagcgacc aagtagaaac cgcgacccgg agtccactcc aaacagaaaa
      541 gctcagacgg ccgcttgtag ccataggcgt gaataacttg tagcacccac tcctccgtgc
      601 gatcgcaatg caccagcgaa ctctgtacga ttgcgccgtt attcaccaat aggtacgagg
      661 tagttgtatc gccaatcccg ggcaccgtga ctgcgccatt cgtttcaaag cgtacgtcct
      721 ccacgtcgaa catgctaaag attccttttt gccgaagcat tagccggaac tgctccattt
      781 ccaaactgtt tctcttgaag actttgaagt tcagtacgcc attcttcacc agatagacgc
      841 tgtccccttt gatgagtctc cgcaataggg cagaacgcat acagaagcgt atgaacaggt
      901 tgaaggcagt ccacaccgct aatgcaaata ggatatgcca gacactcatg tcagggttat
      961 agagaacacc gccgacaagc gcgccgatca cgaaggcgct caccgtatct aatggcgtca
     1021 attgcgccat ctgtgcctta cccgccacac gtaaaaatac caatatgccg accatgccga
     1081 caaccaattt cgctgcaatt gcaatatact ccattgttca gtgatagata aaatgaatga
     1141 tgattcgtat tcgctgagtg cgtctacgtg cccgcaaaga tcgttgttgg gcttcagtca
     1201 gcccaaacgc ttgggaatag tatcgtctat agggattcaa tcagcccgga tgcttgggaa
     1261 aagcatcgtc tataaggctt caatcagtca ggatacttga aggcacaatc ctcgatatgg
     1321 tcgttcacca agccggcgga ttgcataaag gcgtaggcca cggttgtgcc gaagaacttg
     1381 aatccgcggc gcttgagctc ggcggctatc gcgtcggacg tctgattgct ggccggaaca
     1441 tcctccagct tgcggggatg attcacgcaa gggctcccac cgacaaacgc ccaaatgaag
     1501 gcggagaatg atccgaattc ctgttgtatt tccatgaata gggcggcatt ctgaatggtc
     1561 gccaagatct tgagccggtt gcggacgatc cgtgtgtctt gcatcaatgc ctccactttc
     1621 gcattatcgt aagcggcgat aagccgatag tcgaatccgt cgagagccgc gcggaatccc
     1681 tcacgcttgg ccagaatcgt gtaccaactc aacccggctt ggaaactctc caaaacaaac
     1741 agctcgaaca atcgccgatc gtcatggata ggcctccccc attcttcgtc atgataggcg
     1801 cgataaaggg catcccgttc gcaccaattg catcgtttcg ttgtcttcat atgattgtat
     1861 ctaatcgttc tttttcggat tcattcagtt cagcggaaac gccccacatc attcggttgg
     1921 cgaatggcgc ggcgccgctc agagggcgag caatcatagt cgcgttggta agcataaaag
     1981 aggttgggtg gcgtacctac accgctcatt cgggcaacct ctgggataga cagattggtg
     2041 taccggagca attcgtcggc acgcttcatt tgccaagaga gacgatagtc agtggcgtcc
     2101 ataccggtga ggcagaagat caggccatgc aaatagggga cggtgagtcc gtaggatctg
     2161 caaaagttac gcaggctaga cttcccctcg tccaagtagt agcgaaaagc atcgaacatc
     2221 tccacctgtg tggacgtccg gcgaggcttt atgggatcgt aatgtatatc cccgtcagga
     2281 tcgtatatcc gacgttcgga gaaaatggta atgtaggtct catcgaagtt gaattgcggt
     2341 tcgactctca gcgttcggat gttcacatgg cgtgtcctat acctctccga cgatgaactg
     2401 tagtcgtcca gcgtatcgtt ctcgtattcc ataatgggtt gcgtttacgt atagtggata
     2461 tgaataatga ttgtctctct gaagctcggg cttcattggg tgccaaaaat aagtccgacg
     2521 ccctatcagg caagcgttcc gatactgtcc ataatgtgag ttcgacaaaa gaatgagatt
     2581 ctcttattca tagagaatgt ctctgatagc atgttgtaac ggccaaagag cctttggaaa
     2641 tgcttgcaac agtcttgtaa gcgccaaaat ggagaaaagc gctcttgcgg gactcccgca
     2701 aacgctctgg catttgccgc gagacttgcg ggagtacccg caaacgccaa agcaaccgcc
     2761 gcaagacttg cgggagtacc cgcaaacacc aaggcaaatg ccgcgagact tgcgtg
//
LOCUS       SEQF2638.1|AYYF01001109.1 247 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..247
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 atcgcacagt ttagttgcaa gcagtcttgc aactccgatc tatggaaccc gcgcgaaagt
       61 cggatggatg gaaagagtcg cgaggcggtc gaggttaata ccaagttgga caacctcctt
      121 ctcgccgttc aggtatccta tcagtccttg cttgccaagg gatcgccgtt tgacgcaacc
      181 gacatcaagg aacatttcca aggtagcatg caaagtcgaa ctatgctttt ggaacggttc
      241 gacggcc
//
LOCUS       SEQF2638.1|AYYF01001110.1 1994 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1994
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(359..583)
                     /locus_tag="SEQF2638.1_00911"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEILNMFLGALRMTSAGMWLRFGCLGMLLSCSPTEGAESVTDIA
                     FYLALAATVGWIWWRDRARVKRIADHLGED"
     CDS             complement(618..791)
                     /locus_tag="SEQF2638.1_00912"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNTRLLRPGACYWYTGRGRREMVRYRYKELDRYLFDSDEGQSVR
                     LTADRVERYLQGA"
     CDS             complement(845..1030)
                     /locus_tag="SEQF2638.1_00913"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDANKLIIGARYIYRTMDGKDVEVTHTGDNGDGRYVFHTRRRMY
                     RFVFGPDTVKDRVSECE"
     CDS             complement(1182..1496)
                     /locus_tag="SEQF2638.1_00914"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDAKKENVEAGSEAPKSDFIQRADEMSHVLMDMADQKAASRAVL
                     IVAIEDDDKGDTNSAGVIGGNEKQLLRMFKAMWHDKNTGRFMRMAAFLEMGKAVLNDG
                     RK"
     CDS             complement(1496..1834)
                     /locus_tag="SEQF2638.1_00915"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQAINNSENEMKNVKCNDEAVLAGLPFLARATEHAAELKAMAEE
                     QPKGRTMLVGAGEDCEDGQLRFAFSYTGPRGILTEMLDGLLDDDDLREVLEQVMARRQ
                     EEENSETMPE"
ORIGIN      
        1 atataagggt tagaaagagc tattcgaggc cgggttttgg actccaaaat ggtttttgat
       61 gcaatcctcg gcgggttttg ggcttccaat cggtttttgg tcaaatcctt ggcacgtttt
      121 gggcttcaaa tcggtttttg gtcaaatcct tggcacgttt cgggcttcaa aacggttttt
      181 ggtgcaatcc ttggcacgtt ttgggcttca aaacggtttt tggtcaaatc cttggcacgt
      241 tttgggcttc caaacggttt ttggtcaaat ccgaggctca tttcgggctt caaaccggtt
      301 tttggtcaaa tccgaggctc atttcgggtg gttatttaga cattgaacaa agcaacaatt
      361 aatcctcgcc caggtggtca gctattcgct tcactcgtgc ccggtcacgc caccagatcc
      421 agcccacggt cgcggccaga gccagataaa aggcaatgtc tgtgaccgat tccgccccct
      481 ccgtcgggct gcacgaaagc agcatcccga ggcacccgaa ccgtagccac atccccgcgc
      541 tggtcatgcg cagcgcgccc aaaaacatgt tcagtatttc catcgtctaa gtcgctcttt
      601 gtttttagca ggtgtctcta cgctccttga aggtatcgtt ccacccggtc ggccgtcagg
      661 cggaccgact gcccctcgtc cgagtcgaag agatacctgt ccaactcctt atagcggtag
      721 cgcaccatct ctcggcgccc tcggcccgtg taccagtagc acgccccggg tcttagcagt
      781 cttgtgttca tatataattc cgatcgattt ttgtatataa ttctcgccga ttgttgtatg
      841 tccgtcattc gcattccgac accctgtcct tcaccgtatc cggcccaaac acgaaccgat
      901 acatccgtct tcgggtgtga aacacatagc gcccgtcacc gttgtcaccc gtatgcgtca
      961 cttccacgtc cttcccatcc atcgtccggt agatataccg cgcgccgatg atcagtttgt
     1021 ttgcgtccat gactcaatcc tccggatggc tcgttccaca tgcggccggc ccagcatcat
     1081 ttgccccact ggggggcatt tggggaggcg tatgcaatac gcccctacgc cgggtgctcg
     1141 gccaaacttc gccggtggcc gcagccaccc ccggcaccaa ttcacttacg tccatcgttc
     1201 aatacagctt ttcccatctc aaggaatgcg gccatcctca taaatcggcc ggtattttta
     1261 tcgtgccaca tggccttgaa catcctcagc aactgctttt cgtttcctcc tatgacaccg
     1321 gcactattgg tgtcgccttt gtcatcgtcc tctatcgcaa caatcaagac cgcacgagaa
     1381 gcggcctttt ggtcggccat gtccatcagt acgtgtgaca tttcgtcagc acgttggata
     1441 aagtcgctct tcggagcctc ggagcctgct tctacgtttt ccttcttcgc atccatcact
     1501 ccggcattgt ttctgagttc tcctcttcct gcctacgtgc catcacctgt tcaagcacct
     1561 cgcggaggtc gtcgtcgtcc aatagcccat ccagcatttc cgtcagtatc cctcgggggc
     1621 ccgtgtagct gaaggcaaac cgcagctggc catcctcgca gtcttcaccc gcaccgacca
     1681 gcatcgtgcg acctttcggc tgctcctcgg ccatcgcttt caactcagcg gcatgctccg
     1741 tggcgcgcgc caaaaagggc agcccggcca gtacggcctc gtcgttacac ttcacgttct
     1801 tcatctcgtt ctcgctgttg tttattgctt gcatatcgtt atgtatttgg tgagtaatta
     1861 tttcctcttg attgcagaag ccgcctgccg gcagggccgc acacgcttga ggcttcgttt
     1921 ttagctgttc atgattagct cgatcgcttc gctcagcgcg tcgatacgcg cctgagctcg
     1981 gagcagttct acat
//
LOCUS       SEQF2638.1|AYYF01001111.1 481 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..481
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             233..400
                     /locus_tag="SEQF2638.1_00916"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQSCEEDFRGDMPGFENRITLPKGVFIGLGRGVRSVADKRLVGQ
                     PFGMIIFQIGL"
ORIGIN      
        1 ccttcacgcc gtccgcctcg agcagttcga caatgacgcc ggtgagctcg gtgtagagct
       61 ggtcgtactc cgaacttccg tcgaaatcgt cacccggctc gtacttctcg atggtctcgc
      121 ggatggagtt gctctgcaac agccgcagcg caaaatccgc ggcacgttca ggcggaacca
      181 cgttggcaaa ctcgttctcg ataatctgtt cgagtgtgta gtacggcgaa aaatgcagtc
      241 ctgcgaagag gacttccgtg gcgatatgcc cggcttcgag aacaggataa ccttgccgaa
      301 aggcgtcttc ataggcctcg gccgcggcgt ccgatcggtc gcggataaac gcctcgtcgg
      361 ccagccgttc gggatgataa tctttcaaat aggactctaa tcgcagtcgg taataggaga
      421 attccttttt tctctgtgtc atggggtttg gggtttgtgg gtgatacgat ggagggggcg
      481 a
//
LOCUS       SEQF2638.1|AYYF01001112.1 367 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..367
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 catactcccc gcgcatgatc cattcgggca gttcgccttc gtctgcccct tgacgatgga
       61 actccaaggc cgaggcataa gcctgtttca cctcgctggg tgtcttaccg gtggccacgc
      121 aaccgattat atccggcgcc gatgccccga aattgtcgcc cgtccattcc acaatgactg
      181 tcagtttctt attcatatct ccttgttctc ctctttgtcc ggcaggatga tttagcgcca
      241 tccggcctgt ttactgatgc tgtttatcat gaattgactc tgcgtttcgc tcatctttcc
      301 gtttatcgtc acagtacctt ttttcgtcgg atgcttgaac tgccggtgcg atcctcgctg
      361 cctggcg
//
LOCUS       SEQF2638.1|AYYF01001113.1 400 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..400
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             21..275
                     /locus_tag="SEQF2638.1_00917"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHERFGTVMPRADGNAEAIEDHAKIVGVNVTHEKRQHAALLRRL
                     SDEAHAGDGAKAIRGVTEQFVLVLSDGIKADTLHIIQRRS"
ORIGIN      
        1 gtgccttcca cgccaagcac atgcatgagc ggttcggcac agtgatgccc cgtgcggatg
       61 gcaatgccga ggcgatcgag gatcatgcca agatcgtagg ggtgaatgtc acccacgaga
      121 aacgacagca cgctgccctt ctccggcgct tgtccgatga agcgcatgcc ggggatggcg
      181 ccaaggcgat ccgtggcgta acggagcagt tcgtgctcgt gctcagcgat ggcatcaagg
      241 ccgatacgct gcacataatc caacgccgta gctaacgccg tactgccgat gaagtccggt
      301 gtgccagcct caaacttgta aggcaattcg ttgtaggtcg tatgctcgaa cgacacgttg
      361 cgaatcatct cgccgccgcc ctgataaggc ggaatccggt
//
LOCUS       SEQF2638.1|AYYF01001114.1 331 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..331
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gggcgtatgc aatacgcccc taccctgacg gatgaaaaac aggaactgcc gagatagggc
       61 gtttgtcccc tttatgccgt tttccggacg cgtaatggat ggcggatacc ctgacggacg
      121 aaaaacggga accgttgggt tgatgttatt cgctaaacat ttcattcatt tccaccgcct
      181 gcgctatgca gcatctcccc ccaccccctc catcttaacc acatagacgt ctcacttctc
      241 aaacacacac agatatgaaa actattgcac gtttagggct ccttgccctg ttgctgtcca
      301 tcgtctgggc agcctgtaca cacgaaccgg a
//
LOCUS       SEQF2638.1|AYYF01001115.1 5419 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..5419
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             288..536
                     /locus_tag="SEQF2638.1_00918"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLRVVRILVINQDILGAGHPLEKSWKIVRDNHMHTLLALLREIV
                     GHSERRTDRVAIGREMGRQYKFFAFFKVAAKAMHRVFV"
     CDS             complement(795..1325)
                     /locus_tag="SEQF2638.1_00919"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEIYIQLFITFFKIGIVGFGGGYAMLSMVQYEVVEAHNWLSVGE
                     FTDIVAISQMTPGPIIINCATYIGYTATGDSILGSLLATTAVCLPAIIIMTLICRFFL
                     LFHNNAYMSGALSWMKPAAIGLIAAAALLLMNEHNFIDWRSVVIAIGAFVASYFFRVG
                     TIRLILAAGLAGWLLF"
     CDS             complement(1711..2262)
                     /gene="srpC"
                     /locus_tag="SEQF2638.1_00920"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q55027"
                     /codon_start=1
                     /transl_table=11
                     /product="putative chromate transport protein"
                     /db_xref="COG:COG2059"
                     /translation="MKKYIQIFLSFFKIGAFTIGGGYVMIPLIEKEVVERRRWIEREE
                     FTEMLTLAQSAPGPISINSAVFVGYKTLGLGGMITAVLGTVIPSFVVILLVAMFFTDI
                     RENPTVERIFRGIRPAVVSLIVVPVVNMLKKSGFSPFVVSLATIAALAVWLFGVSPVW
                     VIAAAGVTGVIYHSWIAKEHPEK"
     CDS             complement(2533..3984)
                     /gene="mltF_1"
                     /locus_tag="SEQF2638.1_00921"
                     /EC_number="4.2.2.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q9HXN1"
                     /codon_start=1
                     /transl_table=11
                     /product="Membrane-bound lytic murein transglycosylase F"
                     /db_xref="COG:COG4623"
                     /translation="MNKTGLAFLATLLLMAGCHSEQKKTELAPDLPVLQSRGVITAVT
                     LNSSTSYFQYKMQPMGYEYDLIADFAARNGLKLEIKVAESVAQSIEMLQNGQADVVAY
                     PVPIDNERKQSLRFCGRERQSSLVVVQRSSNRDSVLTDVTQLIGREVHIKPDSRYRDR
                     LENLNRELGGGIRIVEMKSDTLSVEDLIGMVSRGEIQYTICEDDVARLNRTYYGNLDV
                     SLAVSFRQRSAWAVRRDCPLLGMAIDLWAAGATGDDTYRAAEKRYFELSKGGPEAIEA
                     DAETPDTVKQTKPKVPKMRPGMISPYDDLFKRHAKSLGWDWRLLAAIAYFESHFRPNA
                     VAWTGAKGLMGIMPSTARALGFRYEEMGDPEKNIRAGIECLRRFRSSFPAASEEERVK
                     LTLASYNAGVGHINDAQRLAKKYGHNPNVWTDNVAEYIRLKAEPKYYTDSVCRFGYLR
                     GRETYRYVDAVLGRYHHYRELTEKQTAEKTEKE"
     CDS             4895..5116
                     /locus_tag="SEQF2638.1_00922"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQNRENLFLIREKPMPNGLDLFLNQKRLVPNGGTLFLNQKRLVQ
                     NGGNGYGVKKWRLYLYWYPIWRTASSTAD"
ORIGIN      
        1 ctaaacgctc ctgtatcggt catcataccc gtataaaggc actccgcagc gttgcggctg
       61 atgtcatcgt acgctttcat ggcgcagagc aaccggaaga ccaattcgca cgtcgaagaa
      121 agctccgggt gagagatcac gaggcgacaa aagtcgggag cgggatagag gtgatgatcg
      181 atcatcacct ttcgccccga agcggcttcg acgagaggtg caaggtctcc aatacgtttc
      241 ggttcgttaa agtcgagatt gataatcacg tctgcttcgc gaattaattg ctccgcgtag
      301 tccggatact tgttataaat caggacatcc tcggcgccgg gcatccactt gagaaaagct
      361 ggaaaatcgt tagggacaat cacatgcaca cgctccttgc cctgctccga gagatagtgg
      421 gccattccga gcgccgaacc gatcgcgtcg ccatcgggcg agagatgggc cgtcagtaca
      481 aatttttcgc ctttttcaag gtagcggcta aagcgatgca ccgcgttttc gtctaaaatc
      541 ttcgttagca taatgtgatg agaaaatagg gttcgttaat gggttgcttg tacgcctacg
      601 cggcaaggaa atgcccccga gagagcctga tttccttttg cccctttcct tttatcaaga
      661 aaaggagagg ggataggagt ggcaggctga aatctgttga caagtagaga cttacgccgg
      721 tcgaaggcaa aaaaatatac ctccaaacag gccttatgca tctgctaagg agccatttta
      781 agttcgatga acgactaaaa cagcagccaa cctgccaatc cggcagctaa aataaggcgg
      841 attgtgccaa cacgaaaaaa ataagacgcc acgaaggccc cgatggcgat caccacgcta
      901 cgccaatcga tgaaattatg ttcgttcatc aacagcaggg ccgctgctgc gatgagtccg
      961 atggccgcgg gcttcatcca gctcaaagct ccgctcatgt aggcgttgtt gtgaaagagc
     1021 aggaagaaac gacaaatcaa tgtcataatg atgatggccg gcaggcagac cgctgtcgtg
     1081 gcaagtaggg agccgaggat actgtcgccc gttgctgtgt agccgatata ggtggcgcaa
     1141 ttgataatga tcggtcctgg cgtcatttgc gagatggcca caatgtcagt aaactcgccc
     1201 acgctgagcc agttatgtgc ttcaacgacc tcgtattgaa ccatcgaaag catggcatat
     1261 ccaccgccga agcctacaat cccgatcttg aaaaacgtaa taaacagttg gatgtaaatt
     1321 tccattgagg gaaaaatata tctcgtgaaa ctaaaagtga aaatctaaga gcgaaaaacg
     1381 tgtcttgtga aacggaatgc taaaaacaaa gatcgaaaaa tggatctcgt gaaactaaaa
     1441 gtaaaaaact aagatcgaaa aatggatctc gtgaaactaa aagtaaaaaa ctaagatcga
     1501 aaaacgtatc tcgtaaaacg gaatgctaaa aacaaagatc gaaaaatgga tctcgtagaa
     1561 ctaaaagtga aaaactaaga tcgaaaagtg tatctcgtga atcggaatgc taaaaacaaa
     1621 ggtcgaaaaa tggatctcgc aaagcggcat ggaggaaaat agttgagaag cggggaatat
     1681 gaatagccgc ggcctgtcat tttgtccatt ttatttctcg gggtgctctt tcgcgatcca
     1741 agaatggtag atgacaccgg ttacgccggc cgccgcaata acccaaacgg gcgaaacgcc
     1801 aaacaaccaa acagccagcg ctgcaatcgt ggccaatgag acgacgaagg gactgaaacc
     1861 gcttttcttc agcatgttga caacaggcac gacaatcagc gagacaaccg ctggccggat
     1921 gccacgaaag atgcgttcca ccgtggggtt ttctcggatg tcggtaaaga acatggcaac
     1981 cagcaggata accacaaatg acggaatgac agtccctaaa acggcggtga tcattcctcc
     2041 gagaccgagc gtcttgtacc caacgaaaac ggcggagtta atcgaaatcg ggcctggtgc
     2101 agattgcgcc aaggtgagca tttcggtaaa ttcctcacgt tcaatccatc gccgacgctc
     2161 cacgacttct ttttcgatca gcgggatcat cacgtaacct ccaccaatgg tgaaggctcc
     2221 tatcttgaaa aacgagagga aaatttggat gtattttttc ataatgaggg tgtgtatgat
     2281 aaaaaaatga ggtcatgtat ttgacctgaa gtttcgatga atagaaagtg tatggctgga
     2341 gatacttctg tcaattggca cgtataaatt cctgcatttg gcggggctta tgaggagctt
     2401 cgccaccgat tccgcacctt cttttctttc cttgatgaaa gaaaagaagg caaaagaaaa
     2461 tcaagccccc gcgggggcat ttctcatcca tgtaggagat ggaagaaaat ggatgatgtc
     2521 ttttcgcacg cctcattctt tctccgtttt ttctgccgtt tgcttttccg tgagttcgcg
     2581 ataatggtga taacggccaa gcactgcgtc gacatagcga taagtctcgc ggccgcgtaa
     2641 atacccaaag cggcaaacgg aatcggtgta atatttgggt tctgccttga ggcggatgta
     2701 ttctgccacg ttgtcagtcc atacgttggg gttatggcca tattttttgg ccaaacgttg
     2761 ggcgtcgttg atgtgtccga cacctgcatt ataggaagcg agtgtcaatt tgacacgttc
     2821 ctcttcactt gccgctggaa aagagctgcg gaaacgtcgc aggcattcaa ttcctgcgcg
     2881 aatgttcttc tcggggtcgc ccatctcttc atatcggaag ccgagggcac gcgcggtgga
     2941 cggcatgatg cccatcagcc ccttagcgcc tgtccaggcg actgcgttgg gtcggaaatg
     3001 cgattcaaaa taggctatgg cggccagcag gcgccaatcc cagccgagac ttttggcgtg
     3061 acgcttgaaa agatcgtcgt aaggcgaaat cattcccggc cgcattttgg gcactttcgg
     3121 tttcgtctgc ttgacggtgt cgggcgtttc tgcatcggcc tcgatagcct ccgggccgcc
     3181 cttggagagt tcgaaatagc gcttttctgc cgcccgatag gtgtcgtcgc ccgttgcacc
     3241 ggccgcccaa agatcgatgg ccatcccaag caaaggacaa tcacgccgta cagcccacgc
     3301 ggaacgttgg cggaaactga ctgccaaact gacatctaaa tttccgtagt atgtacgatt
     3361 gagtcgagcc acatcgtcct cacaaatcgt gtattgaatt tcgcctcgag aaaccattcc
     3421 gataagatct tcaaccgaca aagtgtcaga cttcatttcc acgatacgaa tgcctccgcc
     3481 cagttcgcgg ttcaaatttt ccagccgatc gcgatatctg ctgtctggtt tgatatgcac
     3541 ttcgcggccg ataagctgcg tgacgtccgt cagcaccgaa tctcggttcg agctgcgctg
     3601 caccacaacg agactcgact gtctttcgcg accgcaaaag cgcagcgatt gttttcgctc
     3661 attatcgatc ggaaccgggt atgccaccac atcggcctgc ccattttgca gcatttcaat
     3721 cgattgcgcc acactctcgg ccactttaat ctccaatttg agaccgttgc gggctgcaaa
     3781 atcagcaatc agatcgtatt cataacccat gggctgcatc ttgtattgaa aatacgacgt
     3841 agagctattc agcgtgactg ccgtgatcac gcctcgcgac tgaaggacag gcaggtcagg
     3901 tgccagctcc gtttttttct gctcactgtg acatccggcc atcagcagca gcgttgcaag
     3961 gaaagccaaa ccggtcttgt tcattctcat tactcatttt tagttgcgta cataataaaa
     4021 gatacgcgcg tacatattat atatgagccg aaagccatgc gtgccattcg tcacgaccct
     4081 cgctcgaaac cacaaaaatc gcctgcaaaa atgggacacc atttgcattt atcggcagag
     4141 gggtatgctg aaatgtttgc catccgtttg gccgacagcg atcatcatgc catgcgtcgt
     4201 accccgcgct ctgtcgaatc gtccgctatg cagtgctaca gcagaccgtc tttcgcggaa
     4261 gatattaagt cgcatgaatg ttatttagtt gctctgataa agcaattaag ccgcagaaat
     4321 gtctcttaat tgctctattg aagcaattaa gccgagaaaa tgtctcttag ttgctctgtt
     4381 gaagcaatta agccgcagaa atgtctctta gttgctctgt tgaagcaatt aagccgcaaa
     4441 aatgtctctt aattgcttcg gtcaatcagc taaataagaa gaatgtctct tactaatttg
     4501 ctcccaaaga ggcctctcgc catcctgcac atcccttttt aaggccaatg tgagataccc
     4561 gagaaaccgt ttaccccctt ccttgatcca aaaaagtatc ctgcaaaacg gagagaacct
     4621 atttttgatc cgaaaaagtc tcacgtaaaa cgaaaggaac tcatttttga ttcaagaaga
     4681 gcttatgcga aacggaagga actctttttt gattcagaat agacctattc tattagtaag
     4741 gtaggggcgt attgcatacg ccccacgtgt accagatggc agattatatg atctttacaa
     4801 ggcgacctat gaagcgtata tttttacgcc actaccttag aatcccattg ataaacgatt
     4861 cggattaagc cgctattgga ctcaaaaaag acctatgcaa aacagagaga acctcttttt
     4921 gattcgagaa aagcctatgc caaatggatt agaccttttt ttgaatcaga aaagacttgt
     4981 gccaaacgga ggcaccctct ttttgaatca aaaaaggctc gtgcaaaatg gagggaacgg
     5041 ctatggggtg aaaaagtgga ggctttattt gtactggtac ccgatttggc gcaccgcttc
     5101 ctccacggcg gattgatcgg ctgtccgatg gacgaaaaaa acgtactcgt cagcttgcgt
     5161 atcaataaaa ccgagcttca aatcgtactt gctgagtgcc gcctcatagt caggaaagac
     5221 ttttggatcg tagacaggtg tatcgctata atcctgagga tcaggaaggg agatgcagag
     5281 tccaaaattg ttttttaccg cattatcgat cctccattcc aacgtatcga cctcctcttt
     5341 ccaatcgacg gcatgatgcc catcagcccc ttagcgcctg tccaggcgac tgcgttgggt
     5401 cggaaatgcg attcaaaat
//
LOCUS       SEQF2638.1|AYYF01001116.1 1170 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1170
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(300..554)
                     /locus_tag="SEQF2638.1_00923"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSDENLKMIGVSALSGSCDLTMSSLSRTSFVSSLMSLPYSNSSW
                     MSDKFSDEREVICFRLLTVLRLFSSGRETFVSMSDALAPG"
ORIGIN      
        1 cccgcctccc tcgcgccatc gagatgtgta taagagacaa ctgctctccg gccttgatgg
       61 cgaagccgac gtcgttgtcg acgggcagta tcagtcggct gtcaaggaca gcgcacaagt
      121 ggaagtggta aagaattaat caagcacccc atgagcttat acgaaggagc cgtaaagaag
      181 cccattatga cgagcctgag ctttctggcg atcgtcatct tcggactctt ctccctatcc
      241 cgtctgccgg tagacctcta tccggacatt gaaacgaaca ccatcatggt gctcaccgcc
      301 tatcctgggg ccagcgcgtc ggacatcgag acgaacgtct cccggccgct cgagaacagc
      361 ctcaacacgg tcagcaacct gaagcatatc acctcgcgct cgtccgagaa cttgtcgctc
      421 atccagctcg agttcgagta tggcaacgac atcaacgagc tgacgaacga cgtgcgcgat
      481 aagctcgaca tggtcaagtc gcagctgcct gataacgccg agacgccgat catcttcaag
      541 ttctcgtcag acatgatccc gatcttgatc ctgtcggtcg aggcgggaga gagtcagcag
      601 gcgctctaca agatcctcga cgacaacgtg gccaacccct tggcgcgcat ccccggcgtg
      661 ggcaccgtgt cgatcaacgg tgcacccaag cgcgagatcc aagtctattg cgaccccgcc
      721 aaactggagg cctacaacct gaccgtcgaa gccatcggcg ccatcatcgg cgcagagaat
      781 cgcaacatcc ccggcggtag cctcgacatc ggtaacgaga cgtacgcgct gcgtgtggag
      841 ggtgaattca aggacgcccg cgagatggag agcatcgtag tcggaacggt cggcggtgcg
      901 aacgtctacc tgcgcgacgt ggcgcgggtg gtcgacaccg tggaggagcg cacgcaggag
      961 gcttacacga acgccatccg cggcggtacg atcatcatac agaagcaatc cggcgccaac
     1021 tctgtcaaca tcgccaagca agtactcgcc aagctgcccg agctgcaaaa gaacttgccg
     1081 cccgacgtga agctgggcat catctgggac tcgtcggaga acatcctcga gaccattgac
     1141 agcctcacag agacggtgct ctacgccctg
//
LOCUS       SEQF2638.1|AYYF01001117.1 13596 bp   DNA    linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..13596
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(3..1445)
                     /locus_tag="SEQF2638.1_00924"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRSNLRILAALLFVGWLSFCPACSDDLTQVGSSTLPDGDRNTVY
                     SDTFQMTAATVRVDSLYLRSSDGMLGNLDDPAFGQIKYDYLCQFYCVQGFRFPHTPHN
                     GRIDSVVLRLRFYNWTGDARVSMRARVYALNRQPVRSPYGRLNPEDYADMQTVLGTRV
                     YRLTDFPSLRNDSTIRDLYNASTRSYQPVSIHGRDLRITLPKSLGQSFYDETVARPAS
                     FATQDAFNRFFPGLYITTDYGTGSMIEVGETRLLIYYSRPKSAKNDTLVRDSVTFRFT
                     REVIQYNHIRTSDDNSLLRPSADSFAYVKTPSGICPRIVIPAAEIARKTQGRVLNAAS
                     LSLRFMPQDAWNDALVPPPFLLLLPEDSARAFFDNRTIDNGLLYLRSTNESNSPDIGF
                     DAITRNYRFANIAPIIQAHIRRNPGTDLRLLAIPIDRRYSVTTDRNNQPTRHTTAIIP
                     YLYPGGVRLRVDPASMKLVLLSSQHGTGLR"
     CDS             complement(1442..2254)
                     /gene="glgA"
                     /locus_tag="SEQF2638.1_00925"
                     /EC_number="2.4.1.21"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P39125"
                     /codon_start=1
                     /transl_table=11
                     /product="Glycogen synthase"
                     /db_xref="COG:COG0297"
                     /translation="MDAKRILFITQEVTPYIPDTLIGDISRNLPQGVQERGYEIRTFM
                     PKYGCINERRNQLHEVIRLSGMNLIIDDTDHPLIIKVASIQMARMQVYFIDNEDFFHR
                     KATLTDESGNGFPDNDERTIFFVRGVYETVRKLRWMPDIIHCHGWFSALAPLYLKRKY
                     FDDPCFARSKVVYSLYDQSFQPALDSRIARRLKQDGATERDLKLFEDHDYMGLSKLAI
                     KHADGIIQGSPTINGELEEFITQSKKKLLPSQGPEQYIEAYDEFYQTILKKK"
     CDS             2426..3268
                     /gene="panC"
                     /locus_tag="SEQF2638.1_00926"
                     /EC_number="6.3.2.1"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q9X0G6"
                     /codon_start=1
                     /transl_table=11
                     /product="Pantothenate synthetase"
                     /db_xref="COG:COG0414"
                     /translation="MNTITTVRELRQLLDEERKAGRRIGLVPTMGALHAGHLSLVRRC
                     VSENDVCVASVFVNPTQFNDPHDLETYPRTPERDAAMLAEAGCRYVFMPSVDEMYPET
                     DTRVFNLGTVATVMEGAFRPGHFNGVAQIVSKLFEAVEPDRAYFGEKDFQQIAIIRAM
                     VHELGLRVEIVPCPIVREADGLALSSRNARLTPEGRQVAPAIYRTLTESRTLVDSKTP
                     DEVKAWVTERLNAVGGLRVEYYEIVDSTTLQPIHAWADSPEPRGCIAVYCGEVRLIDN
                     ISYK"
     CDS             3314..3667
                     /gene="panD"
                     /locus_tag="SEQF2638.1_00927"
                     /EC_number="4.1.1.11"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q9PIK3"
                     /codon_start=1
                     /transl_table=11
                     /product="Aspartate 1-decarboxylase"
                     /db_xref="COG:COG0853"
                     /translation="MFIEVLKSKIHRVTVTDADLNYIDSITIDRTLMEAAGLIEYEKV
                     QILDNNNGERFETYVIAGEANSGTICLNGAAARRVQRGDIILILSYASMDFEEAKRFK
                     PTVIFPDTATNRLVK"
     CDS             3765..5087
                     /gene="mdtK"
                     /locus_tag="SEQF2638.1_00928"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P37340"
                     /codon_start=1
                     /transl_table=11
                     /product="Multidrug resistance protein MdtK"
                     /db_xref="COG:COG0534"
                     /translation="MYTNRQIWDISLPIFLSLLAQNVINITDTAFLGRVGEVALGASA
                     MGGLYYICIFTVAFGFSAGSQIIIGRRNGERRYEAVGPVVLQGTLFLLVLAAVCFVAS
                     RLWGERMMGVMVSSDELRRATMEYLDWRIYGFFFAFTSVMFRALFVGITRTRVLTLAS
                     VVMSVVNVVLDYLLIFGHAGLPRLGIAGAAIASVVAEAASVLFLAVYTRLTVDRRRYG
                     LDRLRRFDFRLIRQVLSISGFTMLQYFISMSTYFIFFLAVERLGQRDLAVANIARSLY
                     IALFIPVSALSTAANTMVSNLLGAGRTQEVIPLIRHLTLISVGITALFAALLVLLPRL
                     FLSVYTNEAELITASIPSVVVIALASLSSAASSIAFSAISGTGNTRHAFLLEMLALAV
                     YTLYIYVAVVRLRLPVHLSFVSDIVYYVAITIGSIVYFRRAAWYQKDV"
     CDS             5154..5357
                     /locus_tag="SEQF2638.1_00929"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIKLIGTNAGLVWRALSKAGRMSVKELKKETKLRTDKELFAAIG
                     WLAKEGKIESGEKDSEIYFWLLQ"
     CDS             6071..6346
                     /locus_tag="SEQF2638.1_00930"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNEKDQKIWAVLEVRLQDLMSLCDERKQTIESLTQTIQRMEADY
                     RTLEAKYTDLLAAGYIASADENERKVARKRLSDMVREVDKCLALLNG"
     CDS             6322..6672
                     /locus_tag="SEQF2638.1_00931"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFGPAERIAQKDKSVKANEFIIHLEIAGKKYPVTLRRGDVQTER
                     RARLAARRVQQMYLERKNIFSKAVDDKDLLAMVAIQLATDMIPLEERNDTKPLIERIQ
                     RLTADLERYLKENR"
     CDS             6836..8377
                     /gene="rny_1"
                     /locus_tag="SEQF2638.1_00932"
                     /EC_number="3.1.-.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:O31774"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribonuclease Y"
                     /db_xref="COG:COG1418"
                     /translation="MSWIWMIVAFVAGGVIAALVVAAMNKATQAKRREEMQREMERET
                     DVMKKNKMLEVKEKFIQLKAELEKQVAARNSKIQSVETKLKQHELSLSQRQEELQRKL
                     TEADILKENLNNQAQLIEKRKLDLEKMHQQEVVHLETISGLSAGEAKERLIESLKDEA
                     KTDAASYINEIMEEAKMTANMEAKKVVIKTIQRVATETAIENSVTVFHIDSDEIKGRI
                     IGREGRNIRALEAATGIEIIVDDTPEAIVLSGFDPVRREVARLALHQLVLDGRIHPAR
                     IEEVVNKVRKQVEEEIIETGKRTTIDLGIHGLHPELVRLIGKMKYRSSYGQNLLQHAR
                     ETANLCAVMAAELGLNPKKARRAGLLHDIGKVPDDEPELPHAILGMKICEKYKEKPDI
                     CNAIGAHHDEVEMQTLLAPIVQVCDAISGARPGARREVVEAYIKRLNDLEQLAMSYPG
                     VVKTYAIQAGRELRVIVGADKIDDKDTENLSNEIAKKIQDEMTYPGQVKITVIRETRA
                     VSYAK"
     CDS             8430..9086
                     /gene="tal"
                     /locus_tag="SEQF2638.1_00933"
                     /EC_number="2.2.1.2"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q9WYD1"
                     /codon_start=1
                     /transl_table=11
                     /product="Transaldolase"
                     /db_xref="COG:COG0176"
                     /translation="MKFFLDTANLDQIREANDLGVLDGVTTNPSLMAKEGIRGEENIR
                     NHYVEICRIVGGDVSAEVISTDFEGMVREGEVLADLDPHIVVKVPCIADGIKAIRHFS
                     TKGIRTNCTLVFSPGQALLAAKAGATYVSPFVGRLDDISSDGIALVAQIVKMYSYYGY
                     STEVLAASIRTTQHIIQCLEVGADVATCPLSAIKGLLRHPLTDSGLATFLADYHKLNG
                     "
     CDS             9195..9650
                     /locus_tag="SEQF2638.1_00934"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIEQDYLLKIMQEFIDAIGKIMRRPDEDDRAAEARMQAHFDAVS
                     RQFFQQPTSHFLRLEKEDILDDLLAQSDPRRTEGRAQMLAELFYRNALIKSSLVERLD
                     LLEKSLYLFAYIGRTSRTYSWDRERKMADIRRRIDEFETGGREVCRVHD"
     CDS             10057..11790
                     /gene="recJ"
                     /locus_tag="SEQF2638.1_00935"
                     /EC_number="3.1.-.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P21893"
                     /codon_start=1
                     /transl_table=11
                     /product="Single-stranded-DNA-specific exonuclease RecJ"
                     /db_xref="COG:COG0608"
                     /translation="MTHRWNIRPQTKEEIHLRDALAATLGLNPIISLLLVQRGITTAD
                     QALHYFNPDLRDLHDPFLMPDMLKAVKRLNKALGNKERIMIYGDYDVDGTTAVALVYK
                     FLRAYSSSIEYYIPDRYDEGYGISFKSIDYAVSRGISLVISLDCGIKAIDKVAYANER
                     GVDFIICDHHMPDDELPEAVAVLDAKRADSQYPYAHLSGCGVGFKFMQAFAQSNDIPF
                     STLEGLLELVAVSIASDIVPITGENRILAFHGLRQLNNNPSFGLKGIINVCGLSGKDI
                     LVSDIVFKIGPRINASGRMMNGKEAVDLLLSRDMEAAEELSENIDRYNEDRRELDKKI
                     TDEANAIIEQIHDMEAQKGIVVYDPTWHKGVIGIVASRLTEKYCRPTVVLTRSSELIT
                     GSARSIPGFDIYRAIESCRDILENFGGHMYAAGLSLREENLQAFIDRFMEQAARDIGP
                     EQMTPQIDIDTVISLRDINTKLMADLKRMEPLGPENERPVFATMHVRDHGTSRRVGRE
                     LEHLKLELTDRHGGGPVHGIAFGMSEHSYYVKQQNAFDLCYTLEENTYNDNTTLQLMV
                     KDIRPSSIAEE"
     CDS             complement(12048..13244)
                     /locus_tag="SEQF2638.1_00936"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNVGEAIDGAEGLEREAVAGEEAVARGDAEVATEGVVNAEDELA
                     VGIFVADSSAQTLGIAWVAEGDGVGPFAVASGTASLLEVLLERAGDVDVHHQSHVGLI
                     DAHAKGVRGHHDAQLAVHPSALPFGLLLAAESGVKEGGRDAFSMQRSGDLGRALAAAD
                     VDDGRSACALEDANELAQLVVAAADEVGEVGSGEALAEDVGGAETELLLHVVDGLRGS
                     RSGEGQHGDVGRERLADLGNAEVGGPEIVAPLRDAVTLVDGQQTDVHGAELRQEALRG
                     EAFGREVEELVVAEDAVVELRVDLGRGHAHVDSRGLDATSAQVVHLVFHQGDERRDDE
                     AEPVHGQSRDLESERLAASGRHERERVTSGPDGADDVFLQRSEGIVAPVLLEDFVIAI
                     HPWGSL"
ORIGIN      
        1 gatcagcgca accccgtgcc gtgttggctg gagaggagga cgagcttcat actggccgga
       61 tcgacacgca ggcggacgcc accggggtag agatagggga tgatggccgt ggtgtgtcgc
      121 gtcggttggt tgttgcggtc ggttgtcacg gagtatcggc gatcgatggg gatggccagc
      181 aggcggagat ccgtgccggg gttacggcgg atgtgcgcct ggatgatcgg ggcgatgttg
      241 gcgaatcgat agttgcgcgt gatggcgtca aagccgatgt cgggactatt gctctcgttg
      301 gtggaacgca ggtaaaggag gccgttgtcg atcgtacggt tatcgaagaa ggcacgtgcc
      361 gaatcctctg gcaagagcag caggaagggc ggcggcacga gggcgtcatt ccatgcgtcc
      421 tgcggcatga agcgcagcga gaggctggcg gcgttgagca cacggccttg ggtcttacgt
      481 gcgatctcag cggcggggat gacgatgcgc ggacagatgc ccgacggggt cttgacgtag
      541 gcaaagctat cggccgaggg acggaggagg ctgttgtcgt ccgaggtgcg gatatggttg
      601 tactggatca cctcgcgggt gaagcggaag gtgacggagt cgcgcaccaa ggtgtcgttc
      661 ttggcgctct tgggtcgact ataatagatg agcaagcgcg tttctcccac ctcgatcatg
      721 gacccggtac catagtcggt ggtgatgtaa agaccgggga agaaacggtt gaaggcgtct
      781 tgcgtggcga agctggcggg ccgggccacg gtctcgtcgt agaaggactg cccgagcgac
      841 ttaggcaagg tgatccgcag gtcgcgtccg tgaattgaga ccggttgata gctgcgcgta
      901 gaggcgttgt agagatcgcg gatcgtggag tcgttacgga gactcgggaa gtcggtgagg
      961 cgatagacgc gtgtaccgag gacggtctgc atgtcggcgt aatcctccgg gttgaggcgt
     1021 ccgtagggcg accgcacagg ctgacggttg agggcataga cacgggcacg catggagacg
     1081 cgggcgtcgc ccgtccagtt gtagaagcgg aggcggagga cgacggagtc gatgcggccg
     1141 ttgtgcggtg tgtgagggaa tcggaagccc tgcacgcaat agaattggca gaggtagtcg
     1201 tacttgatct gcccgaaggc ggggtcgtcc aggttgccga gcatgccgtc gctggaccgc
     1261 agatagagcg aatcgacgcg gacggtggca gccgtcattt ggaaggtgtc gctgtagacc
     1321 gtgttacggt cgccgtcggg cagcgtggag gagcccacct gggtcaggtc gtcgctacag
     1381 gcagggcaaa aggaaagcca ccccacaaag agcagggcgg ccaagatccg gaggttgctt
     1441 ctcatttctt tttcaggatt gtctggtaaa actcgtcgta ggcttcgata tattgctcgg
     1501 ggccttggga ggggaggagt ttctttttgc tctgggtgat gaactcctca agttcaccgt
     1561 tgatggtggg gctgccttgg atgatgccgt cggcatgctt gatagcgagc ttggaaagcc
     1621 ccatatagtc gtggtcttcg aagagcttga ggtcgcgctc ggtagcaccg tcctgcttga
     1681 gcctccgagc gatgcggctg tcgagtgcag gctggaagga ctggtcgtag agggagtaaa
     1741 cgactttcga ccgtgcgaaa caggggtcgt cgaagtattt gcgcttgaga tagaggggag
     1801 ccagggcgga gaaccaaccg tggcagtgga tgatgtcggg catccagcgg agcttgcgga
     1861 cggtttcata gacgccacga acgaagaaga tggtgcgttc gtcattgtcg ggaaatccgt
     1921 tgcccgattc gtcggtgagt gtggcttttc ggtggaagaa gtcttcgtta tctatgaagt
     1981 agacctgcat acgggccatt tgtatggagg ctactttgat gataagtggg tgatcggtgt
     2041 cgtcgatgat gagattcatg cccgagagtc ggatcacttc gtggagctgg ttccgacgtt
     2101 cgttgatgca tccgtatttg ggcataaaag ttcggatctc atagcctcgc tcctgcactc
     2161 cctgcggtag gtttcggctg atgtcgccga tcagtgtgtc gggaatgtat ggcgttactt
     2221 cctgcgtgat aaacaaaatt ctttttgcgt ccatattttt cttcgataac gtgaaactga
     2281 gcacaaaggt agtaaaaaac aggcagtcag ccgactgcct ctgtggcccg gggccgctac
     2341 atcagccggg agtgtatgtg tggtagattt tgttgctttg cggccgtttc agacgaaccg
     2401 ttttatccat ataatccgca taagaatgaa tacaataacc accgtccggg agctacgcca
     2461 actcttggac gaggagcgaa aggccggccg acgcatcgga ctggtgccca cgatgggcgc
     2521 actgcatgcg gggcatctga gccttgtccg tcgctgtgtg agcgagaacg acgtgtgtgt
     2581 ggccagtgtc tttgtcaacc cgacgcagtt taacgatccg cacgacttgg agacttaccc
     2641 gcgcacgccg gagcgtgacg ccgctatgct ggccgaggcg ggctgtcggt atgtcttcat
     2701 gccgtcggtc gatgagatgt accccgagac ggatacgcgt gtgttcaacc tcgggaccgt
     2761 agccaccgtc atggagggcg ccttccggcc gggccacttc aacggcgtgg cgcagatcgt
     2821 cagcaagctc ttcgaggctg tggagcctga cagggcgtac ttcggagaga aggactttca
     2881 gcagattgcc atcatccgtg cgatggtgca cgaactgggg ctacgggtcg agatcgtgcc
     2941 ctgccccatc gtgcgcgagg ccgacgggtt ggcgctgagc agccggaatg cacgccttac
     3001 gcccgaaggc cgacaggtgg cgcccgcgat ctatcgcaca ctcacggaga gtcgcactct
     3061 cgtggactcc aagacgccag acgaggtcaa ggcgtgggtc acggagcgat tgaacgctgt
     3121 cggaggactc cgcgtggagt attacgagat cgtcgacagc accaccctac agcctatcca
     3181 cgcttgggcc gactcgcccg agcctcgcgg gtgcatcgct gtctactgcg gcgaggtgcg
     3241 actgatcgac aacatcagct acaagtaatt tccagcttct aactactggg catacgcccc
     3301 tacaccaacc cctatgttta ttgaagtatt aaaatcgaag attcaccgcg tgacggtgac
     3361 ggacgccgat ctgaattata tcgacagcat tacgatcgac cgtaccctga tggaggccgc
     3421 gggattgatc gagtatgaga aggtccagat cttggacaac aacaacggcg aacgcttcga
     3481 gacgtacgtc atcgctggcg aagcgaactc gggcacgatc tgcctcaacg gtgcggcggc
     3541 cagacgggta cagcgtggcg acatcatcct catcctctct tacgcctcga tggactttga
     3601 ggaggcgaag cgattcaagc ccaccgtcat cttccccgac acggccacca accgcttggt
     3661 gaagtaagac tccctcctat cagagtacaa gacacaggtc tgtcggcgca atagacggca
     3721 ggcctgtttc atgtttcccc cccaccccac tccgcacgaa acgcatgtac accaaccgac
     3781 agatttggga catctccctg cccatcttcc tcagccttct ggcgcagaac gtgatcaaca
     3841 tcaccgacac ggccttcctg gggcgcgtcg gcgaggtggc gctcggtgcc tcggccatgg
     3901 gcggactgta ctacatctgc atcttcaccg tggccttcgg cttcagcgcc ggatcgcaga
     3961 tcatcatcgg ccgacgtaac ggggagcgac gctacgaggc tgtcggtccc gtcgtccttc
     4021 agggcaccct cttcctgctc gtgctggcgg cggtgtgctt cgtcgcctcg aggctctggg
     4081 gcgagcgaat gatgggcgtc atggtctcgt ccgacgagct gcgcagggcc acgatggagt
     4141 atctcgattg gcgcatctac ggcttcttct tcgccttcac cagcgtcatg tttcgcgccc
     4201 tctttgtggg tatcacccgg acgagggtcc tgacgctggc ctcggtcgtc atgtccgtcg
     4261 tcaacgtggt gctggactac ctgctcatct tcggccacgc tggcctaccc cgacttggga
     4321 tcgccggtgc cgccatcgcc tccgtggtgg ccgaagccgc ctcggtgctc ttcctggcgg
     4381 tctacacccg cctcacggtc gaccgtcggc gctacggcct ggaccgcctc cgacggttcg
     4441 acttccggct catccgccag gtgctcagca tctccggctt caccatgctg caatacttca
     4501 tctcgatgag cacctacttc attttcttct tggccgtcga gcgcctcggg caacgcgatc
     4561 tggccgtggc caacattgcc cgcagcctct acatcgcgct cttcatcccc gtcagcgccc
     4621 tctccacggc cgccaacacg atggtcagca acctgctggg tgccggtcgc acgcaggagg
     4681 tcatccccct tattcgccac ctgacgctca tctccgtggg catcacggcc ctctttgccg
     4741 ctctgcttgt gctcctgccg cgcctcttcc tatccgttta cacgaatgag gccgagctga
     4801 tcaccgcctc catcccctcg gtcgtcgtca tcgccctggc ctcgctcagc tccgcggcct
     4861 cgagcatcgc cttcagcgcc atctccggca cgggcaacac gcggcacgcc ttcctcttgg
     4921 agatgctcgc cctggcggtc tataccttat atatctacgt cgccgtcgtc cgcctccgcc
     4981 tgccggtaca cctgagtttc gtttcggaca tcgtctacta cgtcgccatc acaatcggca
     5041 gcatcgtcta tttccgccgc gccgcgtggt accagaagga cgtttgatag tgcctcgatt
     5101 tcaaaagcac tcctatcttt gcgcccacgt taaacataca ttttcaaggg aatatgatta
     5161 agctgatcgg aacaaacgca ggccttgtat ggagagcttt gagcaaggct ggacgcatga
     5221 gtgtaaaaga gctcaagaag gaaacaaagc tgagaacaga caaagaactg tttgccgcca
     5281 tcggatggct ggccaaagaa gggaaaatag aatccggcga aaaagactcc gagatctact
     5341 tctggctgct gcaataagcc ccccccgacc atcccaatgg aagagacgaa aagaaagagc
     5401 cgctcgatca aatcaagtga tcgggtggct cttctgtttt tgggtgaaaa ggtccggttg
     5461 cctcgacacg ttccgaacgt atcgtaatac gttccgaggt ggttggaata cgttggggag
     5521 gtggttctaa tacgttccga ggtggtcgga atacgttggg gaggtggttc taatacgttc
     5581 cgaggtggtc agaatacgtt ggggaggtgg ttctaatacg ttccgaggtg gttggaatac
     5641 gttggggagg tggttctaat acgttccgag gtggtcgaaa tacgttaggg aggtggttct
     5701 aatacgttcc gaggtggttg gaatacgtta gggaggtggt tctaatacgt tccgaacgtg
     5761 gtcgtgatac gttccgaacg tggtcttgat acgttccgaa cgtggttgtg atacgtcccg
     5821 aacgtggtct tgatacgttc agaacgtggt tgtgatacgt tccgaacgtg gttacgatac
     5881 gtccggaacg tggttgtgat aggttccgaa cgtggttagc gggctggggg atgcgcttca
     5941 tgggggaatc ggacgaggcg ctgcgggtag gcggaggggg cgatcctcgg cccctttggc
     6001 gactgcgcgc caatggtctc ccgaactttt ttatacttct ttctactttt gcccagcgat
     6061 ttggcagaag atgaacgaaa aagatcagaa aatatgggcc gtgctggagg tcagactgca
     6121 agacttgatg tccctctgcg acgaacgaaa acaaacaatc gaaagcctga cccaaaccat
     6181 ccaacggatg gaagccgact atcgcaccct cgaagccaaa tacaccgacc tgctggcggc
     6241 gggctacatc gcctcagccg acgagaacga acgaaaggtg gcccggaaac gcctctcgga
     6301 tatggtgcgg gaggtcgata agtgtttggc cctgctgaac ggatagcgca aaaggacaag
     6361 agtgtgaaag caaacgagtt cattatccat ttggaaatag ccggaaagaa gtatccggtc
     6421 accctccgac ggggcgacgt gcagacggag cgacgcgcac gcctggccgc ccgacgtgtg
     6481 cagcagatgt atctggagcg caaaaacata ttctccaaag ccgtagacga caaggacctt
     6541 ctggccatgg tggccataca gttggccacg gacatgatcc ccctggagga gcgtaacgac
     6601 acgaaacccc tcatcgaacg catccaacga ctcacagccg acctggagcg ctacctgaag
     6661 gagaatcgct gacgcccgcc ccgaacggat caggaaacag aagggaaaac aagggaatgt
     6721 agacgcacgc aagctctttt tgtaagccgg gggatacggg ccccctcgcc cccccccctc
     6781 cggaacagaa agaggatgag tgctttttta taacacatca aacagaacag aagaaatgag
     6841 ttggatatgg atgattgtag ccttcgtggc cggcggagtg atcgccgcgc tggtggtggc
     6901 tgcaatgaac aaagccaccc aagccaagcg cagggaggaa atgcaacgcg aaatggaacg
     6961 cgaaacggac gtgatgaaga agaacaagat gctggaggtg aaggagaagt tcatccagct
     7021 caaggccgaa ctggagaagc aggtggccgc acgaaactcc aaaatccagt ccgtcgagac
     7081 caagctcaag caacacgagc tgagcctcag ccaacgccaa gaggagctgc aacgtaagct
     7141 caccgaggcc gacatcctga aggagaacct gaacaatcag gcccagctga tcgagaagcg
     7201 caagctggac ttggaaaaga tgcaccagca agaggtcgta cacctggaga ccatctccgg
     7261 actctccgct ggcgaagcca aagagcgcct catcgagtcg ctcaaggacg aagccaaaac
     7321 cgacgccgca tcgtacatca acgagatcat ggaggaggcc aagatgacgg ccaacatgga
     7381 ggccaaaaag gtggtcatca aaaccatcca gcgcgtagcc accgagaccg ccatcgagaa
     7441 ctccgtcacc gtctttcaca tcgattcgga cgagatcaag ggccgcatca tcggccgcga
     7501 agggcgtaac atccgcgcgc tggaggccgc tacgggcatt gagatcatcg tcgacgacac
     7561 gcccgaggcc atcgtccttt cgggcttcga ccccgtgcga cgtgaggtgg cacggctggc
     7621 actgcatcag ctcgtccttg acggacgcat ccacccggca cgcatcgaag aggtggtcaa
     7681 caaggtgcgc aaacaggtcg aggaggagat catcgaaacg ggcaaacgca ccacgatcga
     7741 cctcggtatc cacggcctac acccagagct ggtgcgacta atcgggaaga tgaaataccg
     7801 ttcgtcgtac ggccagaacc tcctccagca tgcccgcgag acagccaacc tctgcgccgt
     7861 catggccgcg gagctgggcc tgaacccgaa gaaggcacgc cgagccggac tgttgcacga
     7921 catcggcaag gtgcccgacg acgagcccga attgccgcac gccatcctcg gaatgaagat
     7981 ctgcgagaag tacaaagaga agcccgacat ctgcaacgcc atcggtgcgc accacgatga
     8041 ggtcgaaatg cagaccctgc tggcgcccat cgtgcaagtg tgcgacgcca tctccggcgc
     8101 ccgccccggt gcccgccgcg aggtggtgga ggcctacatc aagcgcctca acgacctgga
     8161 gcagctggcc atgtcgtacc ccggcgtcgt caagacgtac gccatacaag ccggccgtga
     8221 gctgcgcgtc attgtcggtg ctgacaagat cgacgacaag gacacggaga acctctccaa
     8281 cgaaatcgcc aagaagattc aggacgagat gacctacccg ggacaagtca agatcaccgt
     8341 cattcgcgag acccgcgccg tgagctacgc caagtgacac ggccagacta ctatatactt
     8401 acccctaact acttattact acccatacaa tgaagttctt tttagatacg gccaacctgg
     8461 atcagatccg ggaggccaac gacctgggcg tcctcgacgg cgtcaccacc aacccctcac
     8521 tgatggccaa ggaaggcatc cgcggtgagg aaaacatccg caaccattac gtggagatct
     8581 gccgcattgt cggtggcgac gtgagcgccg aagtgatctc gaccgacttc gagggcatgg
     8641 tgcgcgaagg tgaggtgctg gccgacctcg acccgcacat cgttgtcaaa gtgccctgca
     8701 tcgccgacgg catcaaggcc atccgccact tctccacaaa aggcatccgc accaactgca
     8761 ccctcgtctt ctcgcccggg caggcactgt tggccgccaa ggctggcgcc acgtacgtct
     8821 cgcccttcgt cggccgactc gacgacatct ccagcgacgg catcgctctg gtggcgcaga
     8881 tcgtgaagat gtacagctac tacggctact cgaccgaggt gctcgcagcc tcgatccgca
     8941 ccacgcagca catcatccag tgcctcgagg tcggcgccga cgtggccacc tgtccgctct
     9001 cagccatcaa gggcctgctc cgccacccgc tcaccgacag tggtctggcc accttcctgg
     9061 ccgattacca caaactgaac ggatgagaga gcgctaaaaa caagaagtga acaacgaaga
     9121 agtcctgccg gccctgattg gaagcaatca ctcggcagga cttctctttc ccatccccat
     9181 ccttcccccc tacgatgatc gaacaagact atctcctgaa gatcatgcag gagttcattg
     9241 acgccatcgg caagatcatg cgccggcctg acgaggacga ccgggcagcc gaagcgcgca
     9301 tgcaggcaca cttcgacgcc gtcagccgcc agttcttcca gcagcccacg agccacttcc
     9361 tccgcctcga gaaggaggat attctagacg acctcctcgc ccagtccgac ccccgacgca
     9421 ccgagggccg tgcccagatg ctggccgaac tcttctatcg caacgcactc atcaagtcct
     9481 cgctggtgga gcgcctcgac ctactcgaga agtcgctcta cctctttgcc tacatcggtc
     9541 gcacaagccg cacctactcc tgggatcgcg agcgcaagat ggccgacatc cgccgccgca
     9601 tcgatgagtt cgagacgggc ggccgcgaag tttgccgggt acatgattga gaaacccaac
     9661 catcagccat cttggccggc gtccctgacg ccttgatctt cttttgcttc ttttcttcca
     9721 tcaagggaag aaaagaagag caactgatgg actaaccatc aatccacaaa ttgactccgc
     9781 gcaggcctct gccgaggccg gggaagtgtg cgcggtacaa gccgcccccg cgcggagccg
     9841 gcctccaaac aggcgcctcg cagaatctcc ctacctttac ccccgtcaaa aaggaagcat
     9901 tcccacacac ggcggatccc ccacggggcc tattccccca gaagaaacat tgaagcggaa
     9961 cgcctccccc aaagagaaaa ccgatgccta ccgaagagaa gacggggttt cggttttcat
    10021 tttataggta cgacagaaac aaaaccacaa tagataatga cacacagatg gaacatccga
    10081 ccccaaacga aagaggagat acacctccga gacgcattgg ccgccacgct ggggcttaac
    10141 ccaatcatca gcctgctgct cgtgcagcga ggcatcacca ccgccgacca ggccctccac
    10201 tacttcaacc ccgacctccg cgacctgcac gaccccttcc tgatgcccga catgcttaag
    10261 gctgtcaagc gcctcaacaa ggctctaggc aacaaggagc ggatcatgat ttatggcgat
    10321 tacgacgtgg acggcacaac ggccgtggcg ctggtctaca aattcctccg cgcctactcc
    10381 tcgtcgatcg aatactacat ccccgaccgc tacgatgagg gctacggcat ctcgttcaag
    10441 agcatcgact acgccgtcag ccgtggcatc tcgctcgtca tctcgctcga ctgcggcatc
    10501 aaagccatcg ataaggtggc ctacgccaat gagcgcggcg tggacttcat catctgcgac
    10561 caccacatgc ccgacgacga gctgccggag gccgtggccg tgctcgatgc caaacgcgcc
    10621 gactcccagt atccctacgc ccatctcagt ggctgcggtg tgggcttcaa gttcatgcaa
    10681 gcctttgcgc agagcaacga cattcccttc agcacactcg aggggctgct cgaactcgtg
    10741 gccgtcagca tcgcctcgga catcgtcccc atcacgggcg agaaccgcat cctggccttc
    10801 cacggcctac gccagctgaa caacaacccc agcttcggac tcaagggcat catcaacgtc
    10861 tgcggactct ccggcaagga catcttggtc agcgacatcg tcttcaagat cggcccacgc
    10921 atcaacgcct ccggacgcat gatgaacggc aaggaggccg tcgacctgct cctctcgcgc
    10981 gacatggagg cggccgagga gctcagcgaa aacatcgacc gctacaacga ggatcggcgc
    11041 gagctggaca agaagatcac cgacgaggcg aacgccatca tcgagcagat tcacgacatg
    11101 gaagcgcaga agggcatcgt cgtctacgac cccacgtggc ataagggcgt gatcggcatc
    11161 gtggcctcac ggctgacgga gaaatactgt cggccgacgg tcgtcctcac ccgctcatcc
    11221 gagctcatca ccggatcggc gcgctccatc cccggcttcg acatctaccg cgccatcgag
    11281 tcctgccgcg acatcctcga gaacttcggc ggacacatgt acgccgccgg actctccctg
    11341 cgtgaggaga acctccaagc cttcatcgac cgcttcatgg agcaagccgc acgcgacatc
    11401 ggcccggagc agatgacgcc acagatagac atcgacaccg tcatctccct ccgcgatatc
    11461 aacaccaagc tcatggccga cctcaagcgt atggagccac tcggcccaga gaacgagcgg
    11521 cccgtcttcg ccaccatgca tgtgcgcgac cacggcacca gtcggcgtgt cggtcgtgag
    11581 ttggagcacc tcaagctcga gcttacggac cgtcacggtg gcggacccgt gcacggcatc
    11641 gctttcggca tgagcgagca cagctactac gtcaagcagc aaaacgcctt cgacctctgc
    11701 tacaccctcg aagagaacac ctacaacgac aacaccacgc tgcaactcat ggtcaaggac
    11761 atccgtccct catcgatcgc tgaggagtaa ggctcagacc aagtacccgg ccccaaacag
    11821 gccggcgtcc ctgatgcctt gactttcttt tcgcctcctt ttccccgtgt caagacaaga
    11881 aaaggaggaa agaagggggc gttgccccca aacccctacc agcttttctt tccttgatga
    11941 aagaaaagcc ggctaaaaga aaatcaaggt gccaggggca ccagcccaat tgggccgggt
    12001 actcatattt tgccagttac tcggattaat cattggacat ggacagctca caaactcccc
    12061 caagggtgga tcgctatcac gaaatcctca agaagtactg gggctacgat gccttccgac
    12121 cgttgcaaga agacatcatc cgctccgtcg gggccggacg tgacacgctc gcgctcatgc
    12181 ctaccggagg cggcaagtcg ctcactttcc aagtccctac tctggccatg gacgggctct
    12241 gcctcgtcgt cacgccgctc atcgccttga tgaaagacca ggtggacaac ctgcgccgac
    12301 gtggcatcaa ggccacggct gtctacatgg gcatgaccac gaccgagatc gacacgcagc
    12361 tcgacaactg catcttcggc gactacaagt tcctctacct ctctcccgaa cgcctcacca
    12421 cggagcgctt cctgacgaag ctccgcgcca tgcacgtctg tctgctggcc gtcgacgagt
    12481 gtcactgcat ctcgcagtgg ggctacgatt tccggccctc ctacctccgc attgccgaga
    12541 tccgcgaggc gctcccgacc gacgtccccg tgctggccct caccgctacg gctaccccgc
    12601 aaaccgtcga cgacgtgcag gagaagctcc gtttccgcgc ccccaacgtc ctccgcaaga
    12661 gcttcgcccg acccaacctc acctacctcg tccgccgctg cgacgacaag ctgagccagc
    12721 tcattcgcat cctccagcgc acacgcggat cggccgtcgt ctacgtccgc agccgccaac
    12781 gcacggccga gatcgccgct gcgctgcatg ctgaaggcat cacggccacc ttctttcacg
    12841 ccggactcag ccgcgagaag aagtccgaac ggcagcgcgc ttggatggac ggccaactgc
    12901 gcgtcatggt ggccacgaac gcctttggca tgggcatcga taagcccgac gtgcgactgg
    12961 tggtgcacat cgacatcccc agctcgctcg aggagtactt ccaagaggct ggccgtgccg
    13021 gacgcgacgg cgaacgggcc tacgccatcg ccctctgcga cccacgcgat acccagcgtc
    13081 tgcgccgacg aatcagcaac gaatatcccg accgcgagct catcctccgc gtttacgacg
    13141 ccctcggtag ccacctcggc gtcgcctctg gctacggcct cttcacccgc cacagcttct
    13201 cgctcgaggc cttctgcacc atctatcgct tctcctacat tcacgcctac tacgccctca
    13261 aaatcctcga gctatcgggc tacttgctct acgaggagga gcccgaaaac gcctcccgcg
    13321 tgcgcatcct cgtcacccgc gaggacctct acgacctggc ccacaacacg ccccacacgg
    13381 acatcgtcct gcgggagctg ctccgctcct acagcggact ctttgccgat tacgttttca
    13441 tcgacgagga gctactggcc acccgcggcc aactcacacg cgctgaggtc tgcgaggcgc
    13501 tcatccagct ctcccgcgcg cacatcatca gctacatccc ccgccgcgac acgcctcgca
    13561 tcaccttcac ccgctcccgc gaagagccgc gacacg
//
LOCUS       SEQF2638.1|AYYF01001118.1 2828 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2828
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             14..175
                     /locus_tag="SEQF2638.1_00937"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGDIESLPFIESVRFYGNIKNSVGISVWAFDHAFIELFNEMSMI
                     VLAIMTGKQ"
     CDS             complement(442..1572)
                     /locus_tag="SEQF2638.1_00938"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYLLFVYEDDGSVMRSVPRIHFLDELKRAGHTLIIFNPLEYPDV
                     EQFNEALAKAAGTVPVDLMVSLHGDELVRPETVVQFKRRGIPTLLFCFDNLQAPYMQR
                     QIASLFDLVWLSSFETMPLFKSWGCTCIFLPYAANPYVFQPRFTTEIPTVGFIGTPYG
                     TRVMKINDLLKGGVPCSLYSDYLLSNSSSEIIRTTSKNKRLVRIDPNDWNLIRFPIGR
                     RILWSKVKKKITPHPQLLESDLLHIHSSVSLEEMNCLYSNFALSLGITEVWDTYLLRT
                     PVHKIHLRTFEIPMCGGLQFAPYLDELAGYFEDGKEIVLYRTKEEYIDKAKFYLRSNK
                     GSERRIMKINARKRAEQEHTWTNRFNNVFKIIFPHHSTRARS"
     CDS             1834..1953
                     /locus_tag="SEQF2638.1_00939"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKIPSLLFTLVIGEAYFINRKTYVRYGGEDLNRVSGYNK"
     CDS             complement(1899..2804)
                     /locus_tag="SEQF2638.1_00940"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLYCLTHQTRFILHSYKGNFAREKGWEDFFLPFCTIIQDKPDVY
                     VHTYANFRPFGLHGKIQMQDGVWKWQLKKRVLNVLARGYNLFYPRTYLTQDLWDQFFY
                     SQPHYDIPELGINGNIVQACHRLAQMTWHFNGKTGEEIQVLEEGLKLPQRYVSCHIRG
                     GDKFMETKLLTIDPYIERIKEQPYKDIFVLTDDYTVIDQLATQYPTYKWYTLCEETER
                     GYFHQNFSKSDRELKYRSLLKLLASVDIMARSQRFIGTTTSNPSIFMDICRPDISESV
                     DGDKNMLYYLLYPETRLRSSPPYRT"
ORIGIN      
        1 gatcggtggc acggtgggcg acatcgagtc gctgcccttc atcgagagcg tccggtttta
       61 cggtaacatc aaaaactccg tcggtatatc cgtatgggcc ttcgaccatg cttttatcga
      121 gcttttcaac gagatgtcta tgatagttct cgccataatg acaggaaaac aataatacat
      181 cttcgtatac atgacgcaac acgtctaatt tttcaggatc gtgagagatg tcaggaatct
      241 tggcgccgtt aaaattaaag catctttctt ccggatcaaa atatctcata accgattgat
      301 gcttagccct acgaagccgt tcctcaaaga aagggtgtgc aatctttgtc ttctcagcca
      361 ttctgcgcaa aaaatagcaa acggcttcag cctttgtcca tttcaaacga gtatatccgt
      421 tccaagtatt tgacagaagt ttcatgatct tgcacgtgtg gaatgatgtg gaaatataat
      481 tttaaacaca ttgttaaagc gattagtcca tgtatgttct tgttcagctc tttttctcgc
      541 atttatcttc ataatcctcc tttcagagcc tttgttgctg cgtagataaa atttagcctt
      601 atcaatatat tcttcttttg tacggtagag tacaatttct ttcccatcct caaaataccc
      661 agccaattca tccagataag gggcgaactg caggcctccg cacatgggta tttcaaatgt
      721 gcgcagatgg attttgtgta ccggtgtgcg cagtagatag gtgtcccaca cctcagtaat
      781 tcccagtgag agcgcgaagt tggagtaaag acaattcatc tcttcgagcg aaacggacga
      841 atgaatgtgt aaaaggtctg attcaagcaa ttgcggatga ggtgtaattt tttttttcac
      901 tttactccaa agaattcgtc ggccgattgg gaatcttatc aaattccaat cgttcggatc
      961 gattcggaca agacgcttgt ttttactcgt cgttcgaatg atttcagacg aggaattact
     1021 cagcaaatag tctgaataga ggctgcacgg aacgccgcct ttcagcagat cgttgatttt
     1081 catcacccgt gttccataag gtgtaccaat aaagcctacg gtggggattt cggtcgtgaa
     1141 acggggctga aaaacatacg gattagcagc gtaaggcaga aagatgcacg tacagcccca
     1201 gcttttaaac aaaggcatgg tttcaaatga gctaagccag accaagtcga aaagagaagc
     1261 tatttgccgt tgcatatagg gcgcttgcag attatcgaag caaaacaata gggtcggtat
     1321 acctcgccgt ttgaattgca cgacggtctc gggtctcact agctcatccc catgaagact
     1381 aaccattagg tcaaccggta ctgtaccagc agcttttgca agtgcttcat tgaattgctc
     1441 tacatcggga tattcgagtg gattgaagat aataagggtg tgcccggcac gtttcaattc
     1501 gtccagaaaa tgaatacgtg gaaccgaacg cataacagac ccgtcgtctt cgtagacaaa
     1561 taacagatac atttcttgtt gccgtgtctt tatatctgtg ggggagatga cttcatcctc
     1621 tcttttttac gtttttctac ggtatgggag tttcggtccg aaattcggtg ctcatattct
     1681 ttgacagcat ctcttctcat cggtcggagt ctcttctaac tctaaacttc cgcgtgctca
     1741 attcgcaatc catttctagt tgactataat ctactccgaa cagggtaaga cgtatcatta
     1801 taaagagcct ttttactact actctctttt tcaatgaaaa ttccctccct cttattcact
     1861 ctagtgattg gtgaagctta ttttatcaac cgtaaaactt acgttcggta tggaggggag
     1921 gatctcaacc gcgtctcagg atataataag tagtagagca tatttttatc accatccaca
     1981 ctctcagata tatccgggcg acatatatcc atgaagatac taggattaga cgtagtcgtt
     2041 ccaataaatc gttgcgatcg ggccataata tctacagaag ctagcaattt gagcagagat
     2101 ctatatttta actcgcggtc actctttgag aaattctgat gaaaatagcc tcgctctgtt
     2161 tcttcacaca atgtgtacca cttataagtc ggatattgag tggccaactg atctattaca
     2221 gtataatcgt ctgtcaaaac aaatatatcc ttatatggtt gttctttaat tcgctctata
     2281 taaggatcga tagtcagtaa tttggtttcc atgaatttat ctccaccccg aatgtgacaa
     2341 ctcacatacc tttgcgggag cttcaaacct tcctccaata cttgaatctc ttctcccgtt
     2401 ttaccattga aatgccatgt catttgtgct agtctatggc aagcctggac aatattacca
     2461 tttattccaa gctctggaat atcatagtga ggctgggagt aaaagaactg atcccataaa
     2521 tcttgggtga gataagtgcg aggataaaat aaattgtatc cacgagccag tacattaaga
     2581 acacgtttct tgagttgcca tttccacact ccgtcttgca tttgaatttt accgtggagc
     2641 ccaaatgggc gaaaattagc gtatgtatgt acataaacat ctggcttatc ctgaattatt
     2701 gtacaaaatg gaagaaaaaa atcctcccac cctttctctc gagcaaaatt tcccttataa
     2761 gaatgaagaa taaagcgtgt ctgatgagtt aaacaataga gcatggctag aatcataccg
     2821 ttatattc
//
LOCUS       SEQF2638.1|AYYF01001119.1 329 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..329
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtatcatccg atgtaggcga ctgcaaaaat ggcgtactaa tttcatttgc ccatatatga
       61 cccccgaaaa aatgcggcgc cctcgttttg ccgatagaaa gggtcatgca cctcttcaga
      121 aagccatcca ttgctcaaaa cactaagcga gatgaatgtt gtttagtgaa tctcacagaa
      181 acgattaagc ggcaggaata ttccttagtt gctctactga agcaattaag ccgtaaaaat
      241 gtctcttagt tgctctactg aagcaattaa gccgagaaaa tgtctcttaa ttgcttcatc
      301 agagcaacta aataacatga atgtgattt
//
LOCUS       SEQF2638.1|AYYF01001120.1 286 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..286
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gccgccccat tgcgtacagg ccagcgacgg cgccgccctc cacccccgac tcgacacggc
       61 acccatcgcc gctatcttcc gcaaaggcat ccaccccgac atcgacagct acagcgcctt
      121 cttcgacaac ctccgccgac gtcagacagg cctcgacggc tacctccgtg gtctcggcat
      181 cggccgactc actatcgccg gtctggccgc cgactattgc gtctattaca ccatcaagga
      241 cgccctctcc ttaggctacg aagtcaccct ctccgaacgc ctcacc
//
LOCUS       SEQF2638.1|AYYF01001121.1 289 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..289
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tgaaagcatt cacgactgtg atgtttgcgt ttggattgat gcttagcagt ctttctttca
       61 acgcttcgac ctttggtttc ccaatgtcgc atatccgata attttgtcgg ttcagattcg
      121 attcttccac cttgtctcca tccacaatgg taagcgtttc aaatccgaat ctgagcgcac
      181 attcagaaat gatgctaccg atgccggcac cacccaaaaa cactcgaaat tcgcgcactt
      241 tctcttgctc ttccgcatct acgtaaatgc ggttcctgct atatcgttc
//
LOCUS       SEQF2638.1|AYYF01001122.1 2238 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2238
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             350..1234
                     /locus_tag="SEQF2638.1_00941"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNIGYTKGLTLLLLVRMLSACHSEGKEIEENAIRFESVVVEKTY
                     PVENKKDTTTEGRVLKIHFTYPTEYANRGVLEAVQQQFVRSMLGDTYAQLPIKEAVNK
                     YVEDYGLHLKDRDVSDFEQDTEDRTAVMDFEGEEFDTSDRPSLPEYELLNDSILFNQK
                     DVLCYSVYREYNAGTPSPVRTYTNWVIDLKTGNRVTESEIFNEDYKDDLAKIIVDAIA
                     LYNNVDKVADLENIGFYNINEIYPNRNFYVDDIGITYTFNESDIAAGALGATSVRIPY
                     EKVRHLMRHDSPIAHLVF"
     CDS             1243..1863
                     /gene="rsmG"
                     /locus_tag="SEQF2638.1_00942"
                     /EC_number="2.1.1.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P25813"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosomal RNA small subunit methyltransferase G"
                     /db_xref="COG:COG0357"
                     /translation="MEAVNRYYPDLNETQRRQFEALGALYTDWNAKINVISRRDIENL
                     YLHHVLHSLSIERMIRFRAGSAVMDVGTGGGFPGIPLAILFPEVTFHLVDSVGKKIRV
                     AQAVAEALELRNVTTCHERVEDERGRFDFVVSRAVMPLRDLAAAVRKNIREEQQNALP
                     NGLICLKGGELQHEIAPFKKQAVRLDIDAYFREPYFMTKQIVYIPL"
ORIGIN      
        1 tgatcttcgc cagatcgtcc ttgtagtcct cattgaaaat ctcgctttcc gtcacgcggt
       61 tgcccgtatt ccgatcgatt aaaaatgcgg tctataaggg cttaacaggg cggaacgagc
      121 ttgttttcgt gcttcataag gccttaacga ggcggagcgg gcttgttttc gtgcttcata
      181 agggcttaac ggggtggagc gggcctgttt tcgttcttca taagagcttc gaggtggcga
      241 agaaggggtg cgaggtggcg cgcggagcct tcggggaggc agaatgggcc gaaatagtag
      301 ggatttcgaa cagcgtctta catttgccac gtatttacac gcaagaagta tgaatattgg
      361 ttacacaaag gggttgaccc ttcttctgct tgtccgaatg ctctcagcgt gccattcgga
      421 ggggaaagag atcgaagaga atgcaattcg tttcgagtcg gtggtggttg aaaagactta
      481 tcctgtggaa aacaagaagg acactacgac cgaggggcgt gtgctgaaga tccacttcac
      541 gtatccgacg gagtatgcca accggggcgt gcttgaggct gtgcaacagc aattcgtccg
      601 gagcatgctg ggcgatacgt atgcgcaact gccaatcaag gaggcggtga ataagtatgt
      661 cgaggattac ggcttgcacc tgaaggacag ggacgtttcg gattttgagc aggacacgga
      721 ggaccgcacg gcggtgatgg acttcgaggg tgaagaattc gacacctccg accggccgtc
      781 gctaccggaa tatgagctgc tgaacgatag cattctgttt aaccaaaaag acgtgctgtg
      841 ttactccgtc tatcgggaat acaacgctgg gacaccctcg ccagtccgca cgtacaccaa
      901 ttgggtgatc gacctgaaga cgggtaaccg cgtgacggaa agcgagattt tcaatgagga
      961 ctacaaggac gatctggcga agatcatcgt ggacgccatt gcgctatata acaatgtaga
     1021 caaggtggcc gatctggaga acatcggctt ctataacatc aatgagattt acccgaaccg
     1081 caatttctat gtagacgaca tcgggatcac ctatactttc aacgaaagcg acatcgccgc
     1141 gggcgcgctg ggagccactt cggtgcgtat cccctacgag aaagtccgcc atctgatgcg
     1201 ccatgacagc ccgatcgcac atctggtctt ttgacgcacg gaatggaggc tgtcaaccgt
     1261 tattatcccg acctgaacga gacgcaacgt cggcaatttg aagcgctggg tgcgctttac
     1321 accgactgga atgcgaagat caacgtgatc tcgcgtcggg acatcgaaaa tctgtatttg
     1381 catcacgttc tacactcgct gagcatcgag cggatgatcc gttttcgggc gggatcggcg
     1441 gtgatggacg tgggtacggg cggagggttt ccgggcattc cgctggccat cctttttccc
     1501 gaagtgacgt tccatttggt ggacagcgtg ggaaagaaga tccgcgtggc gcaggccgtg
     1561 gcggaggcgc tggagctacg gaatgtgacg acgtgccacg agcgcgtgga ggacgaacga
     1621 ggccgatttg acttcgtggt gagtcgggcg gtgatgccac tgcgcgactt ggccgcagcg
     1681 gtgcggaaga acatccgtga agaacaacaa aacgcgctgc ccaacggatt gatctgcctc
     1741 aagggcggag aactgcaaca cgagattgcg ccgttcaaga agcaagccgt gcgcctcgat
     1801 atcgatgcct atttccggga accttatttc atgaccaagc aaatcgtcta tatcccctta
     1861 tgattacgat caaacagttt gaattcaatc ccttcgggga gaatacctat gtgctcagcg
     1921 atgagacacg ggaggccgtc gtcgtggact gcggctgcat gatggcgcgc gaacggagcg
     1981 cgctctcaga ttacatcacg gagcacggtc tgacgccggt caggctgctc tgcacgcatc
     2041 tgcatttcga ccatatcatc ggtaacgcct tcatccgcga tacgtacggg ttgctgcccg
     2101 aggcttcgca aaaggatgtg gaagcgttgc cgtcgcttga ggagcagatg gctggactgg
     2161 gtttgccgcc gagcaaagcg ttcgagacgg tgccggtgac gaaacacctg tccgagggcg
     2221 acacggtgcg cttcggac
//
LOCUS       SEQF2638.1|AYYF01001123.1 768 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..768
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(56..526)
                     /locus_tag="SEQF2638.1_00943"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEERPIELRSEKVRNIIGRMPSALIRYGTMIIGAALLMLCVVS
                     AFIPYRETVPVTITIKQTDSGLQGLALVPKDRLPQIHPGSKVTIDDPLAGFIEATVSE
                     TSREPASADGRQREATIRFTSAGRLHSGDVMDGRIILSDIPILQRFLQSVGIGR"
     CDS             complement(535..732)
                     /gene="yheH"
                     /locus_tag="SEQF2638.1_00944"
                     /EC_number="3.6.3.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:O07549"
                     /codon_start=1
                     /transl_table=11
                     /product="putative multidrug resistance ABC transporter
                     ATP-binding/permease protein YheH"
                     /db_xref="COG:COG1132"
                     /translation="MENLSAFYKGKTVIVVAHRLSTVKHADQIVVLDGGKIAETGTHA
                     ELTARHGKYYELVKNQLELGG"
ORIGIN      
        1 ggagaaggcg ggaaatggat ggaggagaaa aggaggtgct ctccgctgat ggagattaac
       61 gccctatccc caccgactgt agaaagcgtt gtaagatagg gatgtcggac aagatgattc
      121 ggccgtccat cacgtcgccc gaatgcagcc gtccggcaga agtgaaccgg atcgtggcct
      181 ccctttgccg accatcggct gatgccggct ctcttgaggt ttcgctgacg gtcgcttcga
      241 taaaacccgc cagcgggtcg tcaatcgtca ccttgcttcc cggatgaatc tgtggaagcc
      301 gatcctttgg cacaagggcg aggccttgca gcccgctgtc agtttgcttt atggttatgg
      361 ttacgggtac cgtttcccgg taggggataa aggccgaaac gacgcaaagc atcagcaatg
      421 cggctccgat aatcatcgtc ccataacgga tcaacgccga cggcatgcgc ccgatgatgt
      481 tgcggacttt ctcgctccgc agttcgatgg gtctctcttc tttcatcgtc tacgttatcc
      541 tcccagttcc aattggttct tgactaattc gtagtacttg ccatgtcggg cggtgagttc
      601 ggcatgcgta cctgtttcag caatctttcc gccgtccaat accacgatct gatcggcgtg
      661 tttgacggta ctcaggcggt gcgccaccac gataaccgtc ttccctttgt aaaaggccga
      721 caggttctcc acgatggccc gctcattatt tgcatcgagt gaattggt
//
LOCUS       SEQF2638.1|AYYF01001124.1 843 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..843
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tgcgcaaaga tagacgccgc ccgaaactcc ctgaaaagtt caggcgctct cacccgacga
       61 ttcccctttt tgtcaaggtt tcatgaggta tgttttgggg agatgcgttt tggggtaagg
      121 gttaggtggg aacgcttttc gggattgctt ttggggataa gattcactgg gtacattttg
      181 gggaggtgcg ttttggggta agggttaggc gggtgcgttt gtccggatag ctttttaggg
      241 caaagattcg tggggtatgt tttggggagg tgcgttttgg gttaagaatt aggcggggac
      301 gctcgtcggg aatgtgtttt ggggcaaggt tttgtggggt atgttttggg gaggtgcatt
      361 tcgggttaag ggttaggcgg gaacgtttgt caggatagct ttttagggca aagattcgtg
      421 gggtatgttt ttcaggatcg cttttttggt caggttttgt ggggtacgtt ttgagagggt
      481 gtgttttgga ataaggtttt ggtgggtacg cttttggggg attatatctc agatccattt
      541 tccggtcgca cagattgcgc tgaacatcaa acgcaatgaa acacctccga gacggtattc
      601 tgatcgtcct ttttcccgaa aaacggattc aagacctact tccgaccgtg cttctcactc
      661 gtttttccgt gcgattcctg tgtgattctc ccatttgcgc cccaaaatgc accgcggtat
      721 cgggatgaat ttcagacaat ccacgatagg ccatcgtggc ggctgattag gtccaaaaac
      781 agcccctccc ctcctacttc catatgatcg ataataacaa ttatgttaac ctgtaatcat
      841 agg
//
LOCUS       SEQF2638.1|AYYF01001125.1 3435 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3435
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(19..2880)
                     /gene="gcvP"
                     /locus_tag="SEQF2638.1_00945"
                     /EC_number="1.4.4.2"
                     /inference="ab initio prediction:Prodigal:002006"
                     /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
                     PERVEVKTLREIALECNINLRYFEDGHVGISLDETTQPKSLAVLLQMFAGVAGKTYAA
                     NVDDINRGRYFDEKFVRTSKFMEQELFAKYHTETELMRYIKRLERRDISLAHSMIPLG
                     SCTMKLNAASEMLPLSRPEFQNIHPYAPVDQAAGYIEMIENLSAALIEITGLKGVTLQ
                     PNSGAAGEYTGLRIIRSYLESIGQGHRNVVLLPASAHGTNPASAIQCGFTTVTVRCDE
                     KGNVDLADFRAKAEENRDNLAASMITYPSTHGIFETDIKEMCDIVHACGGQLYMDGAN
                     MNAQVGLTNPGTIGADVCHLNLHKTFASPHGGGGPGVGPVCVAEHLLPFLPSHPVAFG
                     NSLNTVAAAPYGSAGILPITYGYIRMMGADGLTEATKVAILNANYLAAKLEKDYGIVY
                     NGARGRVGHELILECRTIKEQSGIDESDIAKRLMDFGYHAPTLSFPVHGTLMIEPTES
                     ESKHELDRFVEVMQCIRKEIDEVEKGTADKEDNVLKNAPHPEYEVTADAWSHPYPRTK
                     AAFPLEWLHDGKFWVNVARVNNAYGDRNLVPTLCGCCQC"
     CDS             complement(2903..3394)
                     /gene="gloB"
                     /locus_tag="SEQF2638.1_00946"
                     /EC_number="3.1.2.6"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01374"
                     /codon_start=1
                     /transl_table=11
                     /product="Hydroxyacylglutathione hydrolase"
                     /translation="MDDLGRIVATYPRARVHVSRAQLDACAAPNALEKDSFSTEHIDA
                     IRHAGLLSPIDTFETVPVTKYLSEGDTVRFGQSELQVLATPGHSPGSLSFYASQDGFV
                     LSGDALFEGSIGRTDLWGGDLRTLITAIREKLLTLPDATVVYSGHGPATTVGIEKNEN
                     PYL"
ORIGIN      
        1 atatgtacgt caccgcgatc agcactggca gcagccgcag agggtgggca ccaggttacg
       61 gtcgccatag gcattgttga cgcgagccac attgacccag aacttgccgt cgtgcaacca
      121 ctccagcggg aaggctgcct tggtgcgcgg atagggatgg ctccacgcgt cggccgtcac
      181 ctcatactcg gggtgcggtg cgttcttgag cacattgtcc tccttgtcgg ccgtaccctt
      241 ctctacctcg tcgatctcct tgcggatgca ctgcatcact tccacaaagc gatccagctc
      301 gtgcttgctc tcgctctcgg tcggctcgat catgagcgtg ccgtgcacgg ggaaggagag
      361 tgtgggggcg tgatagccga agtccatcag gcgcttggcg atgtcgctct cgtcgatgcc
      421 ggattgctcc ttgatggtgc ggcattcgag gatcagctca tgaccgacgc gtccacgtgc
      481 accgttataa acgatgccgt agtccttctc cagcttcgcg gccaagtagt tggcgttgag
      541 gatggccacc ttggtcgctt ctgtcagccc gtcggcaccc atcatgcgga tatagccata
      601 ggtgataggc aggataccgg cgctaccgta aggcgcagca gccacggtgt tgaggctgtt
      661 accaaaggca acggggtggg aggggaggaa gggcagcagg tgctcagcca cgcaaacagg
      721 acctacaccg gggccaccgc cgccgtgagg cgaagcgaag gtcttgtgga ggttcaggtg
      781 gcagacgtca gcgccgatcg ttccggggtt cgtcagaccg acctgggcat tcatgttggc
      841 gccgtccatg tagagttgtc caccgcaggc atgcacgatg tcgcacattt ccttgatgtc
      901 cgtctcgaag atgccgtgcg tcgaggggta ggtgatcatg ctcgcggcca gattgtcgcg
      961 gttctcctcg gccttagcgc ggaagtcggc caggtcgacg tttcctttct cgtcgcagcg
     1021 tacggtgacg gtcgtaaagc cacactggat ggcgctggcg gggttcgtac cgtgagccga
     1081 agccggcagc agcaccacgt tgcggtgtcc ctgtccgatg ctttcgaggt aagagcggat
     1141 gatgcgcaga ccggtgtact cgcccgcagc gccggagttc ggttgcagtg tgacgccctt
     1201 cagaccggtg atctcgatca gtgccgcgga gaggttctcg atcatttcaa tgtatccggc
     1261 cgcctgatcc acgggggcgt aggggtggat gttctggaac tccggccgac tgagcggcag
     1321 catttcagaa gcagcattga gcttcatcgt gcacgaaccc agcggaatca tggagtgagc
     1381 cagcgagatg tcgcggcgct caaggcgctt gatgtaacgc atcagctcgg tctcggtgtg
     1441 atacttagcg aagagttcct gctccatgaa cttggaggtg cgcacgaact tctcatcgaa
     1501 gtagcgaccg cggttgatgt cgtccacgtt ggcggcatac gtcttgcctg ccacaccggc
     1561 aaacatttgc agcagtacgg ccagcgactt gggttgcgtt gtctcgtcaa ggctgatgcc
     1621 cacgtgaccg tcctcgaagt agcgcaagtt gatgttgcac tccagtgcga tctcgcgcag
     1681 cgtcttgacc tctacgcgct ccggcagtgc gatcttgagc gtgtcgaaga agttcttgtt
     1741 cacctgctta tagcccagct tctcaagttc ttcggctaag aatccggcgt aagcgtgaat
     1801 acgtgaggcg atgtcgcgca gtccgtcggg accgtgataa acggcgtaga atccggccat
     1861 cgtagccagc agggcctgtg cagtacagat gttcgacgtg gccttctcgc gcttgatatg
     1921 ttgctcgcgc gtctgcagtg ccagacggta agcggggtga ttgtaagcgt cgaccgagat
     1981 accgatgata cggccgggga tggtacgctt atactcgtcc ttcgtggcga aatagcctgc
     2041 cgatggaccg ccgtagaaca tcggaatacc gaagcgttgg ctgctaccga acaccacgtc
     2101 cgcaccccat tcgcccggag gcgtcagcag cacaaggctc atcaggtcag ccgctacagc
     2161 cacgcgcaca tccttggcgt gagctgcctc cacaaacgca cgataatctt cgatctcacc
     2221 gtcgccattc gggtattgca cgatggcggc gaataccttg tcggtaaact caaacgtctt
     2281 gaagtcgccc gtcaccacct cgatgccttg cggctccatg cgcgtatgga tcacagcctt
     2341 ggtcgactca aacacgtgct catcgacgaa gagcgtgttc gccccagcct tggcctgagc
     2401 gcggctacgc gtaccatgaa acattgtagc ggcctcagcg gcggccgtag cctcgtccaa
     2461 gagcgagcag ttagtcagcg gtagcccggt cagttcacag atcacggtct ggaaattcag
     2521 tagcgcctcc aaacgaccct gcgagatctc ggcctgatac ggcgtgtaag aggtgtacca
     2581 cgcggggttc tcaaacacat tgcgcacaat gggcgccggg caaaccgtgt cgtaccatcc
     2641 cataccgatg taggaggtga atatcttgtt cttgcctgcc agctcagcga tgtgctcagc
     2701 gaacttgcgc tccgtcatcg cggggggcag gttcagcggt ttcgtcaggc ggatgtccga
     2761 gggtatcgtt tgttcgatca gctcatccag cgagtttacc ccgatggctt tcagcatcgc
     2821 agctttgtcg tcatcggtcg taacgccgat atgacggttg gaaaatttgt tcgtatccat
     2881 gtctcttttg attgtatgat gattataagt aaggattctc gtttttctct atgccaacgg
     2941 tcgtcgcggg gccgtggccc gaatagacga ctgtagcgtc aggcagcgtc agcaacttct
     3001 cgcggatggc cgtgatgagc gtccttaagt cgccgcccca taggtctgtc cgaccgatgc
     3061 tgccttcaaa caacgcgtcg ccggacagca cgaagccatc ctgcgacgca taaaaggaaa
     3121 ggctacccgg tgaatggccc ggtgtagcca gcacttgtaa ttccgactgt ccgaagcgca
     3181 ccgtgtcgcc ctcggacagg tattttgtca ccggcaccgt ctcgaacgtg tcgatggggg
     3241 agaggaggcc ggcgtggcgg atggcgtcga tatgttcggt ggaaaaggag tctttctcga
     3301 gggcgtttgg agcggcgcag gcgtcgagct gggcacggct gacgtgaacg cgagcgcgcg
     3361 ggtaggtggc tacgatgcgc cccaagtcgt ccattcgggt cgtgccgccg cagtgatcaa
     3421 agtgcaggtg ggtga
//
LOCUS       SEQF2638.1|AYYF01001126.1 361 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..361
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gagacgggta cgggatgcgt tgatgtgatg taccaggccc attttcccag ccccggcagg
       61 ggccgtcagg gacgccagcc aaatttgccg ggtacgggat gcgtccatgt gatgtaccag
      121 gcccattttc ccagccccgg caggggccgt cagggacgcc agccaaattt gccgggtacg
      181 ggatgtgtct atgtggtgta cccggccatt tttcccagcc ccggcagggg ccgttaggga
      241 cgccggccaa atttgccggg tacgggatgt ggggtggacc tatgtgcctc cccgttggat
      301 ggggtttgat cgggctgcgt atgtgctccg ccccttaacg gtcttatgcg atccgttata
      361 c
//
LOCUS       SEQF2638.1|AYYF01001127.1 19476 bp   DNA    linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..19476
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             478..966
                     /locus_tag="SEQF2638.1_00947"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGDGVADPYLFRGLNARDDIAYIAGTDLLARAHFELQGAHLVGV
                     VLATGSHELDHVAAPNHPVYHLEIGDNSSEGVEDRVEDEALQRCVGIALGGWDPIDHG
                     VQHFRHAQARLSAGTKDGLAGTADEFNDLVFNLLRLGAWEVDFVDHRDDLEVIFDGHV
                     EI"
     CDS             complement(1722..2732)
                     /locus_tag="SEQF2638.1_00948"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTRKPLLFLTLILLLTSSCHSTSADVDSTADPAPIARFDRDLFA
                     YVDADSTRATTLRDGLLRAYPEMLRILSLALFEHPDTPTVDYFGRLSDYFSEPTLHRL
                     YADALERYPDSAVDSLSRTLGAAFTRLEADLPGHRRPALCLHVSGLYQNVLVGDSLLS
                     ISIDKYLGADYPLYADFFAPYVRRRMAPEYVAPDAVAAYLMSEFPFRGNEAVLLDRMI
                     YEGALRYAVLRALPSFPMTTLMGWTPDELKEVERNEAGIWRAIVERHALYTPDRTATA
                     RYFLDRPSDFLSDKLPGRLGAWIGLRIVSRYMDHTHAPLDSLLRTTDAQAVLIASKYR
                     PR"
     CDS             complement(2729..3853)
                     /locus_tag="SEQF2638.1_00949"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYFHNVIGQDDLKARLTDTARRGIIPHARLFCGRTGSGTFPLAL
                     AYARYLNCSDRTDTDACGKCHSCRQYDALAHPDLHFVFPIVADKKRKRTVCDDYLGEW
                     RAMLTEHTYFDLDEWLDRMETAGKQALIYAEESDQMIRKTSLRIYEAQYRVLIVWMPE
                     RMHAACANKLLKLIEEPPARTVILMVSDAPDLILGTILSRTQRLDVRPIEADALARAL
                     EQRNGLPPDAARRTAHLAHGDLLAAERSMGDDERQRLFLDFFIRIMRNAWKRDVRAMK
                     QTADELAALSREQQRAFLAYCQHLVRENFVRRFRSDDLNYLRPDEAAFSARFSPYVNE
                     RNVFDFAAELADAERHIAQNGNAKMIFFDLTLRITVLLKK"
     CDS             complement(4013..4966)
                     /gene="metF"
                     /locus_tag="SEQF2638.1_00950"
                     /EC_number="1.5.1.20"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0AEZ1"
                     /codon_start=1
                     /transl_table=11
                     /product="5,10-methylenetetrahydrofolate reductase"
                     /db_xref="COG:COG0685"
                     /translation="MERVIDLINKSRGTAFSFEILPPLKGNSIQSVYRVIDKLRDFDP
                     KYINITSHHSEAIEVRGTDGMVRTVNLRKRPGSVAIASAIQNRYGIAAVPHLVCKGFT
                     KDETEYGLIDLNFLGVNNLLLLRGDVKRLHEPDNAELYHDHATDLQLQVNNFNRGIAL
                     DGSPITDIETPFSYGMACYPEMHEDALSMDDDVRYAKLKVEQGAEYLVTQMFFDNAKY
                     YAFVDRMRAEGVTVPIIPGIKPIVLRDQLEVIPRIFHCTFPPEFAAALGRCRTDEEAK
                     EVGVEWCTAQCRDLVAHGVPSIHFYTLMASDSIRRVAKEIY"
     CDS             complement(5428..5781)
                     /gene="folB"
                     /locus_tag="SEQF2638.1_00951"
                     /EC_number="4.1.2.25"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P56740"
                     /codon_start=1
                     /transl_table=11
                     /product="Dihydroneopterin aldolase"
                     /db_xref="COG:COG1539"
                     /translation="MNGKIALRGMKFYAHHGVFEQETVIGGYYTVDVAFALPTLASTE
                     TDELSDTVNYAEIYGLVQAEMARPSRLIEHVAGRIHRALHAYRSDLTELRVTVTKHHP
                     PLGGEVRDATVTLED"
     CDS             5963..6382
                     /locus_tag="SEQF2638.1_00952"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVRTKNEEIPLSSGGMHNVLAAGTVVTGSVASESDFRLDGRIEG
                     DINCKGKIVIGPKGSIVGNIISDNAEILGDVEGSIRIKEKLVFKSTAIIKGDIFTQTL
                     EIEPGAHFNGTCTMSGKVDDPRTQGNNKSNVTPLNKK"
     CDS             complement(6422..9103)
                     /locus_tag="SEQF2638.1_00953"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTLTFHLFYPAPTGHTVQLVSRDIATAAGADPAVGLPMTSTDGA
                     HWSLSLDVPTSLLEADYAYRSVDADGQPSAEPWRPMRHVALDPSHAVYTLHDRWQTIP
                     GDSPLYTAAFTHAHFARLEPQSPTKATHPRSLILRVSAPRVGKDEHVAIVGSCDSLGN
                     WDPTRAVRMSDAHFPDWEVCLDLDTLTLPFEYKFILRNTDGQHHQWEADFNRTWTGST
                     PRASEVVIVSETPFRDARPSWKGAGTVIPVFSLRSETSFGVGDLHDLRLLIDWAAETG
                     QSVVQVLPMNDTTATYTYRDSYPYSAISVYALHPIYLSLTDLEPLKDAHQSAVFQRMQ
                     RQLNTLPEMDYVAVLKGKLDYCRTYFSESGAKGLQSDGYRRFVRENRAWLMPYAVFCY
                     YRDLHGTVDFTRWGDDATYDADRVRALFDAQWKTSGEVGYHCFLQYILHTQFSDVADY
                     ARRRGVILKGDLPIGVNRASVDAWADTPYFNPQQQAGAPPDDFSAVGQNWGFPTYNWE
                     VMEHDGFAWWKARLGKLSEYFDCFRIDHILGFFRIWEVPIDYVRGLCGHFRPALPLTP
                     DEIEAFGLPFDVRYARPMIRRECLAEVFGDKSDEVLARFLTSIDDAYLAPNALCDTQQ
                     KIAALFQNTNDIGLRDALYRLTEEVLFVEDPYTPGHYHPRISADRSLRYHTLTEAHRI
                     AFDRLYADFFFVRHHDFWRDTALRRLHPLTASTDMLVCGEDLGMIPDSVHEVMDRLRI
                     LSLELGRISKIYGVEFTDLRSAPYLSVCTTSTHDMAPLRLWWEEDAERTRRYLQALSY
                     PTHNENEEATPEAAECIVRDHLQAASILTVLPLQDWLAMDDSLRDPDPARERINIPAD
                     PDHYWRYRMHLTLEELLGAEAFNKKIGAMLRESNRTD"
     CDS             complement(9114..11675)
                     /locus_tag="SEQF2638.1_00954"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG0088"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKIHFMGAETETYTFDEAYAASLDYFTGDELAAKVWVNKYALK
                     DAYGNIYEQSPADMHRRLAREIARVERKYPNPLTEDQLFELFDHFRYIVPQGSPMTGI
                     GNDHQIASLSNCFVIGVEGNADSYGAVIRIDEEQVQLMKRRGGVGHDLSHIRPKGSPV
                     KNSALTSTGLVPFMERYSNSTREVAQDGRRGALMLTVSIKHPDAESFIDAKMTEGKVT
                     GANVSVKIDDEFMQAVINDTPYRQQYPVAGPDPMVKKDISARSLWKKIIHNAWKSAEP
                     GVLFWDTILRESVPDSYADLGFRTVSTNPCGEIPLCPYDSCRLLAINLYSYVVNPFTP
                     DAHFDFDLFKKHVGLAQRIMDDIIDLESEKIDKILEKIDSDPEADEIKRAERELWQRI
                     RRKTLMGRRTGVGITAEGDMLAALNLRYGTEEATDVAEEIQKTLALAAYSSSVELARD
                     RGAFEIYDAEREKNNPFIARLREADPALYERMTKFGRRNIACLTIAPTGTTSLMTQTT
                     SGIEPVFLPVYKRRRKVNPNDTDVHIDYVDETGDAFEEYVVFHHKFVTWMLANGYPAA
                     KKYTSAEIDDMIAHSPYYKATSNDVDWVQKVKMQGRIQRWVDHSISVTINLPNDVSED
                     LVDQLYVEAWRSGCKGCTVYRDGSRAGVLISAEDKKKKGETKMAPPQIVSTRPQELDA
                     DVVKFQNNREKWIAFVGLLNGRPYEIFTGLADDEEGIMLPKTVEKGSIIKSYDSDGRK
                     HYDFQFKNKRGFKMTLEGLDSKFEPEYWNYAKLISGVLRYGMPITQVIKLVQEMELNN
                     ESINTWKNGVARALKKYLPNGTEVKGQECPNCGSETLVYQEGCLLCANCGATECG"
     CDS             12374..12970
                     /locus_tag="SEQF2638.1_00955"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MALDNLISVSFTDEELTKISTAIEQINTILKGKAINLTPEDRRQ
                     YGSIADRNKLLVDKAKFYMEKAPHTVPKTIDKAEFDRDYAARGQVETPLRELTMVAEK
                     LRDTKTLLDYDNLQMAQAYYRYVKFLADQNEPGTTTIYQDLKQHYHGGRKAADKDKQP
                     DGKQPGDKKPEGKKPEDKKPDDKKKPDNGGPDIHLPEE"
     CDS             13068..13247
                     /locus_tag="SEQF2638.1_00956"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTFRSGHNHVPDVIKYPSEVVVITFGTVLNNPPNVIKYPSERYY
                     IPLETILNTSRNVVK"
     CDS             complement(13416..14315)
                     /gene="axeA1"
                     /locus_tag="SEQF2638.1_00957"
                     /EC_number="3.1.1.72"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:D5EV35"
                     /codon_start=1
                     /transl_table=11
                     /product="Acetylxylan esterase"
                     /db_xref="COG:COG0657"
                     /translation="MKHFILLCVCVGYMQTAAAQDKPIKLFPEGVPGGADTVAEKRNT
                     DGNRVAGGNVLRITNVSQPTITIYQPPQEFAAGSAVIVCPGGGYDLLAYDLEGDEACL
                     WLNDLGITAVLLKYRVPQREGRPPYEAPLQDLQRAISYVRAHRASLNIDPERIGVLGF
                     STGGHLAALAATQFDRRTYPLRAVDKASCRPNFCLLVYPSHLGARATDSCLQTAPELR
                     VTKRTPPTMIVQTEDDKSFIDGSLSYYRALKSVGVRAWLFLYSRGGHGYGLRDTGAMV
                     NSWPDRAEDWFREIGVITADTDD"
     CDS             complement(14435..16015)
                     /gene="rng"
                     /locus_tag="SEQF2638.1_00958"
                     /EC_number="3.1.26.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0A9J0"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribonuclease G"
                     /db_xref="COG:COG1530"
                     /translation="MVSELIVDVKRDEISIAVLEDRSLVELQKEQQSDSFAVGNIYLA
                     RIKKLLPGLNAAFVDVGYKKEAFLHYQDLGPTFKTQQKFLKQWRGDPKRRQPVQKVSL
                     QPDIDKDGTIGDALTVGDEILVQIAKEPISTKGPRLTAEISFAGRFLVLIPFADKISV
                     STKIKSSEERARLRQLIQSVKPKNFSVIVRTSAEGKRVAELDGELRILQKRWEDNILK
                     VAAKTKAPLVIYEETARTVALLRDIFNASFQNIYVNDQHVFESVYDYVSLIAPEQKEI
                     VKLYTGELPIFDNFGVTKQIKSLFGRTVTYKGGAYLIIEHTEAMHVIDVNSGNRVKGN
                     TEQEKTAFNVNIAAAEEIARQLRLRDMGGIIVIDFIDLTEASNRQQLFEHMTKAMAND
                     RAKHNILPLSKFCLMQITRQRVRPILDVQTTESCPSCFGTGVVKSSILFTDNLEGKID
                     CLVNRHNVKRLTLNVHPYVAAYINKGIFSLAMKWKMKYTHQLKVVPDQSLAFLEYKFY
                     DQDKNELDMQEEKEIVKK"
     CDS             complement(16247..16588)
                     /locus_tag="SEQF2638.1_00959"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P19436"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA-binding protein HU"
                     /db_xref="COG:COG0776"
                     /translation="MAIYLQSKILDGYIIYNYNRDMTKADIVSEIARSTGIDKNTVLT
                     SVESFMEEVKKSLAAGENVYLRGFGSFIVKRRAQKTARNISQNTTMIIPEHDIPSFKP
                     ARIFMNQVANK"
     CDS             complement(16665..16868)
                     /gene="copZ"
                     /locus_tag="SEQF2638.1_00960"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q7A3E5"
                     /codon_start=1
                     /transl_table=11
                     /product="Copper chaperone CopZ"
                     /translation="MEMRIRINGMSCSHCQARVEKGLSELDGVTSVRVDLSTGTATVV
                     GDVTEDRLRTALDDLGYEYGGKL"
     CDS             17245..17454
                     /locus_tag="SEQF2638.1_00961"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNHLECVTAQRNQWYWYLLILFLSFLISNTLGTIPYMAVLVWNI
                     LRSGGAAKHAGGALWWQPLVFDRRD"
     CDS             17402..18196
                     /locus_tag="SEQF2638.1_00962"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPEVLSGGNLSFLTEGIDSNLMLFVMLFAFVILLVAGAYLIQQL
                     QGRTWRMVVNGTQRVRWSHFFGGFAVWGVINVASMAVGYVTDPDNFEFRFDAARFIPL
                     VLVAVTMIPIQSASEEFFFRGYLAQGVASWTGSRWWALVVPSVLFGLMHAANPEVAQY
                     GFWVMMPQYILMGVAFGLAALLDDGIEVAMGAHAANNLCGALLTTYEGAAIQTDALFM
                     VRELNPMADLPELILSGALFVGLLAYLYKWQFGVLRRPVPPPFKYA"
     CDS             18245..19435
                     /gene="norM"
                     /locus_tag="SEQF2638.1_00963"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:O82855"
                     /codon_start=1
                     /transl_table=11
                     /product="Multidrug resistance protein NorM"
                     /db_xref="COG:COG0534"
                     /translation="MAYSLRTYLPFYRRNLKVALPIVFSQLGGALVQLVDTLMVGRLG
                     TVQLASVSFATSVFIIGFVFSIGILMGLTPLVGMAYVRGDRARVTDLFQNSLTLATLS
                     AVVMCSLLFGVIHLMPYMGQDAAVVETAIPYFKTLVFSLIPFLYFTAIKQFFEGMGNT
                     MIAMVITIISNLINVLFNYLLIYGKFGFPELGVLGAGVSTLISRLTMPLMFLLAIRLR
                     SEWWAYFRAFRMHLFSWRRLIELVKVGAPIAAHMLLEVLAFALSAIMVGWLGATPQAG
                     HQIAQNMSHLTYMIVLGIGAATTVRVSHQLGALDLDAARKAGNASVHLCLVYNTLAGT
                     LLITFRHAIASAFTSDPAVIDIGGRLIIMAGIFQVSDGLQTIGAGILRGLTDVIRRVP
                     ARVL"
ORIGIN      
        1 aacctgcgcg cctcgctcga gaagctccag ctcaacgatg cctccctgac cttccagccc
       61 gatgaaagtg gtttgggtga tgatcgaagc gcggatgaag ggctcgtcga tgtgatcgat
      121 aagcgtaggg tcggggaggc ctccggggtt gtgcacttcg gtgcacacgc ctttgcggtc
      181 gtacaccttg taagatacgt tcggcaccgt ggtgatcaca tccattccga actcgcgttc
      241 gagacgttcc tgcacgatct ccatgtgtaa taacccgagg aaaccacatc gaaatccgaa
      301 tccgagggcc acggagcttt cgggctggaa ggtcagggag gcatcgttga gctggagctt
      361 ctcgagcgag gcgcgcaggt tttcaaagtc ctccgatgcg atggggtaga caccggcaaa
      421 gaccatcggc ttgacttctt ggaagccttc gatacgttca ctggcagggc gggccacatg
      481 ggtgatggtg tcgccgaccc gtacctcttt cgaggtctta atgcccgaga tgatatagcc
      541 tacatcgccg gtacagacct cctcgcgcgg gctcatttcg agcttcaggg cgcccacctc
      601 gtcggcgtcg tactcgcgac cggtagccat gaacttgacc atgtcgccgc gccgaatcac
      661 cccgtttacc accttgaaat aggcgataat tcctcggaag gggttgaaga ccgagtcgaa
      721 gatgaggcat tgcaacggtg cgtcgggatc gcccttgggg gctgggatcc gatcgaccac
      781 ggcgttcagc acttccgcca cgcccaagcc cgtctttccg ctggcacgaa ggatggactc
      841 gcggggacag ccgatgagtt caatgatttg gtcttcaatc tcctcaggct tggcgcttgg
      901 gaggtcgact ttgttgatca ccgggatgat ctcgaggtca ttttcgatgg ccatgtagag
      961 atttgagatc gtttgggcct gaatgccttg tgcggcgtcg accaccagca gtgcgccctc
     1021 acaggcggca atggaacgcg atacttcata cgagaaatcg acatgcccgg gcgtgtcgat
     1081 caggttcagc acccacttct cgtcccgata tgcatagtcc atttggatcg catggctctt
     1141 gatagtgatt ccgcgctcgc gttcgagatc catattgtcg agcacctgag cttgcatgtc
     1201 tttgggggat accgtcttgg tgtactcgag caatctgtcg gcgagggtac ttttcccgtg
     1261 gtcgatgtgg gcgatgatgc agaagttgcg tatgtggttc atattgtgaa atgttcgctt
     1321 gaggggatga tttcggcccg caaaagtaag ataggatacg gattgttgca tttccggcct
     1381 ccccttccgt cgcatgcccc gaaaagcgtc gctgcacata ggtcgtccct ccgtcaggcc
     1441 cctcgaaagt ccgacggacg ccgtcgctct attataaagg tacgtgcgcg tacgttcata
     1501 tatttctctc cgctatgtat gcgcccccaa acagcaaaaa cgcagggctt caaaacgtgt
     1561 tacccgaaga atgcgcgaaa atccatcccc ctcgatttat gcgactgaag aatacagtgt
     1621 agttcgggac tttacacctg tgcagcgcta tttgccccga aaaatggaat gtataaatga
     1681 gtggaacgag aaaaaacagc cgcgaaaggg cagtgcaggg gttagcgggg acgatatttc
     1741 gaggcgatga ggacggcttg tgcgtcggtg gtgcggagga ggctgtcgag tggggcgtgc
     1801 gtgtgatcca tatagcgact gacgatgcgg agaccgatcc acgcgccgag tcggcccggc
     1861 aatttgtcgg agaggaagtc cgacgggcgg tcgaggaagt aacgcgccgt ggcggtacga
     1921 tccggcgtgt agagggcatg gcgctcgacg atggcacgcc agatgcccgc ttcgttgcgc
     1981 tcgacttctt tcagctcgtc gggggtccag cccatgagcg tggtcatggg gaacgaaggc
     2041 agggcacgaa gcacggcgta gcggagggcg ccttcgtaga tcatccggtc gagcagcaca
     2101 gcctcattac cgcggaaggg aaattcggac atcagatagg ccgccacggc gtccggagct
     2161 acgtattcgg gagccatcct gcggcgcaca tagggcgcga agaagtcggc gtagagcgga
     2221 tagtcggcgc cgaggtattt gtcgatagaa atggagagta ggctgtcgcc cacgagtaca
     2281 ttttgataga gcccagagac gtgcaggcag agtgcgggcc gacggtgccc aggcagatcg
     2341 gcctcgaggc gggtgaaggc cgcgccgagc gtgcgggaaa gagagtcgac agccgagtcg
     2401 gggtatcgct cgagggcgtc ggcatagagc cggtgtaggg tgggctcgct gaagtagtcg
     2461 gagaggcgcc cgaagtagtc cacggtcggc gtgtccgggt gctcgaagag ggccagggag
     2521 aggatgcgga gcatttcggg gtaggcgcgg agtagaccgt cgcgcagggt ggtcgcacgt
     2581 gtgctgtcgg catccacata ggcgaagaga tcgcgatcaa agcgagcgat gggagcagga
     2641 tcggcggttg aatccacgtc ggccgaagtg gagtggcatg acgaggtgag gagcaggatg
     2701 agggtgagaa aaaggagggg tttacgggtc atttctttaa taggactgtg attcggaggg
     2761 tgagatcgaa gaagatcatt ttcgcgttgc cgttttgagc gatgtgacgc tcggcgtcgg
     2821 ccagctcggc ggcgaaatcg aagacattcc gctcgttgac atagggcgag aagcgggcgg
     2881 agaaggcggc ctcgtccggg cggaggtaat tgaggtcgtc ggaacggaat cggcggacga
     2941 aattctccct aacgaggtgt tggcaatagg ccagaaaggc gcgctgctgc tcgcgggaga
     3001 gcgcggcaag ctcgtcggcg gtctgcttca tggcgcggac gtcgcgtttc caggcgttgc
     3061 gcatgatgcg aatgaaaaag tcgaggaaaa gacgctggcg ctcgtcgtcg cccatggagc
     3121 gttcggcagc gagcagatcg ccatgggcga ggtgggccgt gcggcgagcg gcgtcggggg
     3181 gcagcccgtt gcgctgctct aaggcgcggg cgagggcgtc ggcctcgatg ggtcggacgt
     3241 cgagcctttg ggtgcgcgaa aggatcgtgc cgaggatcaa gtctggggcg tcggagacca
     3301 tgaggatcac ggtgcgtgcc gggggctctt cgatgagctt gagcagcttg ttggcgcatg
     3361 cggcgtgcat gcgctcaggc atccagacga tcagcacgcg gtattgggcc tcgtagatcc
     3421 ggaggctcgt cttgcggatc atctggtcgc tttcctctgc gtagattagg gcttgcttac
     3481 cggcggtctc catcctgtcg agccactcgt cgaggtcaaa ataggtgtgc tcggtgagca
     3541 tcgcgcgcca ttcaccgagg taatcgtcgc agacggtccg cttcctcttt ttgtcagcga
     3601 caatggggaa gacgaagtgc aaatcggggt gtgcgagcgc atcatactgg cgacaggaat
     3661 ggcatttccc gcaggcgtcc gtgtccgtac ggtcggagca attcagatag cgggcgtaag
     3721 cgagggccag cggaaaggtg ccgctgcctg tgcgtccgca aaagaggcgg gcatggggga
     3781 tgatgcctcg gcgtgctgtg tccgtgaggc gcgccttgag gtcatcctgc ccgataacgt
     3841 tgtggaaata catagagaga actaaaatct acatgctgaa aacgaaaacg agggcgtaga
     3901 gttgtgtgtg ccccgatttt ctgagcgaga aaccgataga gggtggtggg taaaaacgaa
     3961 aaatgggggc gtccccggat gagcgtcccc attttcatag ttcacattaa tcttaataga
     4021 tctccttggc cacgcggcgg atgctgtccg aggccatgag ggtgtagaaa tggatgctgg
     4081 gcacgccgtg tgccaccagg tcgcgacact gggctgtgca ccactctacg ccgacctcct
     4141 tggcctcctc gtcggtccgg caacggccga gcgcggcggc aaactcgggc gggaaggtgc
     4201 agtggaagat gcgcggaatg acctccaact ggtcgcgcag cacgatcggc ttgatgcccg
     4261 ggatgatggg caccgtgacg ccctccgccc gcatgcgatc gacgaaggcg taatacttcg
     4321 cattgtcgaa gaacatctgc gtaacgagat actccgcgcc ctgctccacc ttcagcttgg
     4381 cgtatcggac gtcgtcgtcc atcgacaggg cgtcctcgtg catctcgggg tagcaggcca
     4441 tgccgtatga gaagggcgtc tcgatgtccg tgatcggcga gccgtccagg gcgatgccgc
     4501 ggttgaaatt gttcacttgg agctgtagat cggtggcgtg atcgtgatag agctcggcgt
     4561 tgtccggctc gtggagccgc ttgacgtcgc cgcggagcag gagcaggttg tttacgccca
     4621 agaagttcag gtcgatcagg ccatactccg tctcatcctt ggtgaagccc ttgcagacga
     4681 ggtgtggcac ggctgcgatg ccgtagcggt tctgtatggc cgaggcgatg gcgactgatc
     4741 cggggcgttt gcgcaggttg acggtgcgca ccatgccgtc cgtgccgcgc acctcgatgg
     4801 cttcgctgtg gtgcgaggtg atgttgatgt acttggggtc gaaatcgcgc agcttgtcga
     4861 tgacgcgata gacgctctgg atgctgttgc ccttcagcgg cggcaggatc tcgaacgaga
     4921 aggccgtgcc tcggctcttg ttgattaaat cgatgactct ttccatatat agggtagtta
     4981 tagggtggtt tgatcggggg ggagatacat ataataagag gtgtacattc acccgcggcc
     5041 cttttcggcg gacaaaagta gcacgagact tgtcaagcgg cgggcgggtc caccttcctc
     5101 tcatctttct gttaaaatat ttaagagatc ggccattgac agcagtcaga ggcatgcaaa
     5161 acgcgttttt ctatccattg acaatagtca gagggggcta aaacgcgttt gggaacccat
     5221 tgacaacagt cagaagcgtc caaaacgtat ttcttagccc attgacggta gtcagaggca
     5281 tctaaaacgc attttgcatg cctctgactg ctgtcaacgt ctttttttct ttcgctatcc
     5341 gacttatttg tacccggttg taagggcgca aaagcagatg ccccgggaat ccaggtttca
     5401 atcaataacc aacgatataa ctccgcttca gtcctccagc gtcacggtgg cgtcacggac
     5461 ttcgccacca aggggcgggt gatgtttggt gaccgtgacg cgtagctcgg tcaggtcaga
     5521 tcgataggcg tgcagggcgc ggtggatgcg tccggccaca tgctcgatca ggcgcgaggg
     5581 acgggccatc tcggcctgca cgaggccgta gatttcggca tagttgaccg tgtccgacag
     5641 ctcgtccgtc tccgtggaag caagggtggg cagggcgaag gccacgtcga cagtgtagta
     5701 tccgccgatc acagtttcct gttcaaagac gccgtgatgg gcgtagaatt tcatgccgcg
     5761 tagggcgatt tttccgttca taatcagaga ttgttagggc catagggccg actggttttg
     5821 agggcttcac cctcggtaat cgttggtagt tacggccttt agccgggttg ctgccatgta
     5881 ggaatagatc tcgtctctgt tcgttctgtc tttcgtcgcc ggaaaaactg tctatatttg
     5941 cgaaaaccaa acataaaaaa tcatggtacg aacaaagaac gaagagatac cgctgagtag
     6001 cggtgggatg cacaatgtgc tggccgcggg aacggtcgta acgggtagcg tggcctcgga
     6061 atcggacttc cggttggacg gacgtatcga gggcgacatc aattgcaagg gcaagatcgt
     6121 catcggccct aagggtagca tagtcggtaa catcatctcc gacaatgctg agatcttggg
     6181 cgatgtagaa ggctcgatcc gtatcaagga gaagctggtc ttcaagtcga ccgccatcat
     6241 caagggcgac atcttcacgc aaacgctgga gatcgagccg ggtgctcact tcaacggtac
     6301 gtgtacaatg tcaggcaagg tggacgatcc gcgtacacag ggcaacaaca agtcgaacgt
     6361 cacgccgctc aataagaagt agccctccca catctttcat tcgtttcaca cacaatcgcc
     6421 ttcaatcggt gcggttgctc tctcggagca tcgcaccgat ttttttgttg aatgcctcag
     6481 ctccgagtag ctcctcgagt gtgaggtgca tgcggtaacg ccagtaatga tccgggtcgg
     6541 cggggatgtt gatccgctcg cgggccgggt ccgggtcacg cagactgtcg tccattgcca
     6601 gccagtcctg gagagggagg acagtgagga tggaggccgc ctgaaggtgg tcgcgaacga
     6661 tacactcagc ggcttcgggc gtagcttctt cattttcatt gtgggtaggg taggataggg
     6721 cctgcaggta gcggcgggtg cgttcggcat cctcttccca ccagaggcgc agcggcgcca
     6781 tgtcgtgcgt ggaggtggtg cagacggata ggtagggcgc gctgcggagg tcggtgaact
     6841 ctacgccgta gatcttggag atgcgcccca gctcaagact gaggatgcgc aggcggtcca
     6901 tgacttcgtg caccgaatcg gggatcatgc cgagatcttc gccacagaca agcatatcgg
     6961 tggaagccgt cagggggtgg aggcgacgga gggccgtgtc acgccaaaag tcgtggtggc
     7021 ggacgaagaa aaagtcggca tagagtcggt cgaaggcgat acgatgggcc tcggtcagtg
     7081 tgtggtaacg tagtgagcga tcggccgaaa tacgcggatg gtaatggcca ggcgtgtagg
     7141 gatcttccac gaagagcact tcctcggtga gacggtagag ggcatcgcgc agaccgatgt
     7201 cgttggtgtt ctgaaacagt gcggcgatct tttgttgggt gtcacaaagg gcgttcggag
     7261 ccagatacgc gtcatcgata gaagtaagaa aacgtgccaa cacttcgtcc gacttatcac
     7321 cgaatacttc ggcgaggcat tcgcgtcgga tcatagggcg ggcataacgt acatcgaagg
     7381 gcaacccaaa ggcctcgatc tcgtccgggg tgagtggaag agccggacga aagtgtccac
     7441 aaaggccacg cacatagtcg atcggtactt cccaaatacg gaagaaaccg aggatatggt
     7501 cgatgcggaa acagtcgaag tattcgctga gcttaccgag tcgagccttc caccatgcga
     7561 aaccgtcgtg ctccatcacc tcccagttgt aggtcggaaa gccccaattc tgccccacgg
     7621 cggaaaagtc gtcgggcgga gcgcctgcct gctgttgcgg gttgaaatac ggcgtgtcgg
     7681 cccacgcgtc cacgctggcc cggttgacac cgatgggtag atcgcccttg aggatcacac
     7741 ctcgacggcg tgcatagtcg gccacgtcgc tgaactgtgt gtgcaggatg tattgcagga
     7801 agcagtggta acccacctcg ccagacgtct tccactgtgc atcgaagagc gcccgcaccc
     7861 ggtcggcgtc gtacgtcgca tcgtcgcccc agcgggtgaa gtcgaccgtg ccgtgtaggt
     7921 cgcggtagta acaaaagacg gcgtaaggca tgagccatgc gcggttctcc ctgacgaaac
     7981 ggcgatagcc gtcgctctgc aaccccttcg cccccgactc gctgaagtag gtgcgacaat
     8041 agtccagctt gccctttagt accgctacat aatccatctc cggcaatgtg ttgagttggc
     8101 gttgcatacg ttgaaagacg gccgattgat gcgcgtcttt tagcggctcg aggtcggtca
     8161 gtgaaagata gatggggtgg agggcgtaga cagagatggc gctatagggg taggagtcgc
     8221 ggtaggtgta agtggcggtt gtgtcattca tcggcagcac ctgcacgacg gactgtcccg
     8281 tctcggcggc ccagtcgata aggagtcgca ggtcgtgcaa gtcgcctacg ccgaagctcg
     8341 tttccgatcg cagggagaag acgggaatca ccgtaccagc gcccttccat gacggacgtg
     8401 cgtcgcggaa gggtgtttct gacacgatca cgacctcaga cgctcgtggc gtactccccg
     8461 tccacgtacg gttaaaatcg gcctcccatt ggtggtgttg gccgtcggta ttgcggagga
     8521 tgaacttgta ttcgaacgga agggtgagcg tatccaagtc taagcagacc tcccaatcgg
     8581 ggaagtgggc gtcgctcatt cgtacggctc gcgtgggatc ccagttgccg aggctgtcgc
     8641 agctaccgac gatggccacg tgctcatcct ttccgacgcg tggggcggac acacgcagga
     8701 tgaggctacg cgggtgagtc gccttggtcg gagattgtgg ctcgagcctg gcaaagtgtg
     8761 cgtgggtaaa ggccgcggtg tagagtgggc tgtcgccggg gatagtctgc caacggtcat
     8821 gcagggtgta gacagcgtga gacgggtcga gcgctacgtg gcgcatcggt ctccaaggct
     8881 cggcagacgg ttgcccgtcg gcgtctacgg atcggtaggc atagtcggcc tccagcaacg
     8941 acgtgggcac atcgagcgag agcgaccaat gcgccccgtc ggtggaggtc atcggtagac
     9001 ccacggcggg gtcagcaccg gcagctgtcg cgatgtctcg gctgacaagc tgcacggtgt
     9061 ggcccgtcgg tgcggggtag aagaggtgga aagtgagagt cataggggaa agattatccg
     9121 cactccgtgg cgccgcagtt ggcgcagagt aggcagcctt cttggtaaac cagcgtctcg
     9181 ctgccgcagt tggggcactc ttggcccttc acctccgtgc cgttcgggag gtacttcttc
     9241 agcgcgcggg ccacgccgtt cttccacgtg ttgatcgatt cgttgttcag ctccatctcc
     9301 tgcaccagct tgatgacctg cgtgatgggc atgccgtagc gcaggacacc ggagatcagc
     9361 ttcgcgtagt tccaatactc cggctcgaac ttgctgtcga ggccctcgag cgtcatcttg
     9421 aagccgcgct tgttcttgaa ctggaagtcg taatgcttgc gaccatcgga gtcgtaactc
     9481 ttgatgatgg agcctttctc gaccgtcttg ggcagcatga tgccctcctc gtcgtcggcc
     9541 agaccggtaa agatctcgta cgggcgaccg ttgagcaggc ccacgaaggc gatccatttc
     9601 tcgcggttgt tctggaactt caccacgtcg gcgtccagtt cctgcgggcg ggtggagacg
     9661 atctgcgggg gagccatctt ggtctctccc ttcttcttct tgtcctcggc ggagatgagc
     9721 acgccggcac gtgatccgtc gcgatagacg gtgcagccct tgcaacccga gcgccaagcc
     9781 tcgacgtaga gctgatctac gaggtcctca gagacgtcgt tcggaaggtt gatcgtcaca
     9841 ctgattgagt ggtcgaccca acgctggatg cggccttgca tcttcacttt ctgcacccag
     9901 tcgacgtcgt tcgaagtggc cttataataa ggtgagtgcg cgatcatgtc gtcgatctcg
     9961 gccgaggtgt acttcttggc cgccgggtag ccgttggcca gcatccaggt gacgaacttg
    10021 tggtggaaga cgacgtactc ctcgaaggcg tcgcccgtct cgtccacata atcgatatgt
    10081 acgtccgtgt cgttcgggtt caccttgcgg cggcgtttgt agacaggcag gaagacgggc
    10141 tcgatgccgg acgtggtctg cgtcatgagg ctcgtggtgc cggtgggggc gatggtgagg
    10201 caggcgatgt tgcgtcggcc gaacttcgtc atgcgttcgt agagggccgg atcggcctcg
    10261 cgcaggcggg cgatgaaggg gttgtttttc tctcgttcgg cgtcgtagat ctcgaaggcg
    10321 ccacggtcgc gggccagctc gacagacgag gagtaggcgg ccagagcgag tgtcttctgt
    10381 atctcttcgg ccacgtcggt agcctcttcc gtaccgtaac ggaggttgag ggctgccaac
    10441 atgtcaccct cggcagtgat gcctacgccg gtgcgtcgac ccatgagtgt cttgcgacgg
    10501 atgcgctgcc agagctcgcg ttcagcacgc ttaatctcgt cggcctcggg gtcggaatcg
    10561 atcttctcga ggatcttgtc gatcttctca gactcgaggt cgataatgtc gtccatgatg
    10621 cgttgagcca gtccgacgtg cttcttgaac aggtcgaagt cgaaatgggc atcgggtgtg
    10681 aaggggttga caacgtagga gtagaggttg atagccagca gtctgcagct gtcataggga
    10741 cagaggggaa tctcgccgca ggggttggtg gagacggtgc ggaagcccag atcggcgtag
    10801 ctgtcgggta cggattcgcg caggatggtg tcccagaaga gcacgcctgg ctcggctgat
    10861 ttccatgcgt tgtggatgat cttcttccac agcgagcggg cgctgatgtc cttttttacc
    10921 atcggatcgg ggcctgcgac ggggtattgc tggcggtaag gggtgtcgtt gatgacggct
    10981 tgcatgaact catcgtcgat cttaactgac acattggcac ccgtcacttt gccctcggtc
    11041 atctttgcgt caatgaatga ttcggcatcg gggtgcttga tggagacggt gagcatgagg
    11101 gcaccgcgtc ggccgtcctg tgccacctcg cgggtggagt tcgaatagcg ctccatgaag
    11161 ggcacgaggc cggtggaggt gagcgcggag ttcttcacgg gcgagccttt tgggcggatg
    11221 tgcgagaggt cgtggccgac gccgccgcgt cgcttcatga gctgcacctg ctcctcgtca
    11281 atacggatca cggcgccgta ggagtcggcg ttgccctcga cgccaatcac gaagcagttc
    11341 gagagcgagg cgatctgatg gtcgttgccg atgcccgtca tggggctgcc ctggggcacg
    11401 atgtagcgga agtggtcgaa gagttcgaag agctggtctt cggtcagcgg gttgggatac
    11461 ttgcgctcca cgcgggcgat ctcgcgtgcc aggcggcggt gcatgtcggc gggcgactgc
    11521 tcatagatgt tcccgtaagc atctttcaat gcgtacttgt tgacccagac tttggcggcc
    11581 agttcgtcgc cagtaaagta gtcgagcgat gcggcgtaag cctcgtcaaa ggtgtacgtt
    11641 tccgtctctg cgcccatgaa gtgaatcttt ttcattgagg tgtatatgta tgcgtttgta
    11701 gattcgtttt gtgccgcaaa ggtagacttt tctctatgcc ttgtttgtgg aaagaaggcg
    11761 cctaaaagat ggtgcaagtg aagaagtttc ccgaaacgat tctctaacgt gctataaaca
    11821 agcgtataat gattttgagt aggccgaaat gttgtccaaa aagaatcacc cagaaaaaga
    11881 acaatcgaca ttcccaagca tcttgcgaat tacttttcaa caagttatta tctggcttgg
    11941 ggcactcggt ggagggatag gtgggatgaa acaagcctat ctgaggggca gccactgtac
    12001 ttcagtttcg caaactcaat ggatggcagc ctcaatggag ggggctaaat tgtaggaaaa
    12061 caagataggg agcccccgat ggaagctccc tttatacatc ggtgcaggca ggcgacgacc
    12121 ctgcaatatg acgcggctat gccgtatccc cgctaccact ttgcgaccat cagcaccgac
    12181 gtttcggggg caaagatagc cgtggcggtg cgggatggaa aggaccgaaa gagaatagga
    12241 ggggccggga agacatgaaa tcgcgttcct cacttttgga tatgatccat gtgggcctac
    12301 ttttgtcgcc gatgaaaaca tcatcataac ccataacgag cacatacaca ttaaaaagaa
    12361 aggaacatca cccatggcat tagacaattt gatttcggtt tcattcaccg acgaggagct
    12421 gacgaagatc tccaccgcca ttgagcagat caacacgata ctcaagggca aggctatcaa
    12481 ccttacgccc gaggatcgcc gacagtatgg cagcattgcc gaccgcaata agttgctggt
    12541 agacaaggct aagttttaca tggagaaggc gccgcacacg gtgccgaaga cgatcgataa
    12601 ggccgagttc gaccgcgact atgcggcgcg tggacaggtg gagacaccac tccgcgagct
    12661 gactatggtg gccgaaaagc tgcgcgacac gaagacgctg ctcgactacg acaacctaca
    12721 aatggcacag gcctattatc gttatgtgaa attcttggcc gatcagaacg agccgggcac
    12781 gacgaccatc tatcaggatc tgaagcagca ctaccacggt ggtagaaagg ctgcggataa
    12841 ggataagcag ccggatggta agcagccggg agacaagaaa ccggagggca agaagccaga
    12901 ggacaagaag ccggacgata agaaaaagcc tgataacggc ggccccgata tccacctgcc
    12961 ggaggaataa ataggagagc tgtacacgtg atccgtatga cattcggaat ctatcccact
    13021 gggggtaggt tccgaacgtg tttttacccc tttccgaacg tggtctaatg acgttccgaa
    13081 gtggtcacaa ccacgttccg gacgtaatta aatatccttc agaggtggtc gtaatcacgt
    13141 tcggaacggt attaaataac cctccgaacg tcattaaata cccttcggaa cggtattaca
    13201 tacccctcga aaccatatta aatacctctc ggaacgtggt aaaataacgt tcggaacgtg
    13261 gttgtgacca cctcggaata gtattaaacc acgttcggaa cgtcattaaa tacccttccg
    13321 gacgtgatta aatacccctc agaacctatt acgcccactt cgggacgtgt ccccccgccc
    13381 cccaagggat aaggccgcac ggggggggag gcccgtcaat cgtcggtgtc ggccgtgatg
    13441 acgccgatct cgcgaaacca gtcctcggcg cggtcgggcc aactgttgac catcgcgccc
    13501 gtgtcgcgca gcccgtagcc gtgcccgccg cggctgtaga ggaatagcca agcgcggacg
    13561 ccgaccgact tcagggcgcg atagtaggag aggctgccgt cgatgaagga cttgtcgtcc
    13621 tcggtttgca cgatcatcgt cgggggggtg cgcttggtga cgcgcagctc gggcgccgtc
    13681 tgcaaacagc tgtcggtggc gcgggccccg aggtgggagg ggtagacgag gaggcagaag
    13741 ttggggcggc aggaggcttt gtcgacggcc cgcagcgggt aggtgcggcg gtcgaactgt
    13801 gtggcggcca gggcagccag gtgtccgccg gtcgagaagc cgagcacgcc gatgcgctcc
    13861 gggtcgatgt tgagcgaggc acgatgggca cgcacgtagc tgatggcgcg ttggaggtct
    13921 tggaggggcg cctcgtaggg cggtcggccc tcgcgttggg gcacgcgata cttgagcagc
    13981 acggccgtga tgcccagatc gttgagccag aggcaggcct cgtcgccctc caagtcgtag
    14041 gccaggaggt cgtacccgcc gcccgggcag acgatgacgg ccgatccggc ggcaaactcc
    14101 tgcgggggtt gatagatggt gatggtgggt tggctgacgt ttgtgatgcg cagcacgttt
    14161 ccaccggcta cgcggttgcc atccgtattt cttttttcgg ccacggtgtc ggcgccgccg
    14221 ggcacgcctt cgggaaagag tttgatgggt ttgtcctgcg ccgcggccgt ctgcatatag
    14281 cccacgcaga cgcataagag gataaagtgc ttcatcgctc aatcgtttgt tttaggggag
    14341 aaggggggga atcgtgtaga aaaaggaggg gggatacatt atatatatgt gggaacatgg
    14401 ggggggaggg gcatcggccg ctccgcccca cgcttcactt cttgacgatt tctttttctt
    14461 cctgcatgtc cagctcgttc ttgtcctggt cgtagaattt gtattccaga aaggcaaggc
    14521 tctggtcggg cacgaccttg agctggtgcg tatatttcat cttccacttc atggccagcg
    14581 agaaaatacc cttgttgatg taggccgcca cgtaggggtg gacgttgagg gtgagtcgct
    14641 tcacgttgtg gcggttgacg aggcagtcaa tcttgccctc gaggttgtcg gtgaagagga
    14701 tggacgactt gaccacgcct gtgccgaagc atgagggaca gctttcggtg gtctgcacgt
    14761 cgaggatggg gcgcacgcgt tggcgtgtga tctgcatgag gcagaatttg ctcaagggga
    14821 ggatgttgtg cttggcgcga tcattggcca tcgccttggt catgtgctcg aagagttgct
    14881 ggcggttgga ggcctcggtg aggtcgatga agtcgatgac gatgatgccg cccatgtcac
    14941 gcagtcggag ctgtcgggct atctcttcgg cggcggcgat gttgacgttg aaggccgtct
    15001 tttcctgctc ggtgttcccc ttgacgcggt tgccactgtt gacgtcgatg acgtgcatgg
    15061 cctcggtgtg ctcgatgatg aggtaggcgc cgcctttgta ggtgacggtg cggccgaaga
    15121 gcgacttgat ctgcttcgtg acgccgaagt tgtcgaagat ggggagctcg ccggtgtaga
    15181 gcttgacgat ttctttctgt tcgggagcga tgaggctgac gtagtcgtag acgctctcga
    15241 agacgtgttg gtcgttgacg tagatgtttt ggaacgaggc gttgaagatg tcgcgtagca
    15301 gggcgacggt gcgggccgtt tcctcgtaga tgacgagtgg ggctttcgtc ttggcggcca
    15361 ctttgaggat gttgtcctcc cagcgttttt gtaggatgcg cagttcgccg tccagttcgg
    15421 ccacgcgttt gccctcggcg gaggtgcgga cgatgacgct gaagtttttc ggctttacgc
    15481 tttggatgag ttggcgaagg cgggctcgct cttcgctcga tttgattttg gtggagacgg
    15541 atattttgtc cgcaaagggg atcaggacga ggaatcgtcc ggcgaaggat atttcggccg
    15601 tcagtcgtgg gccctttgtc gagatgggct ctttggctat ttgcaccagt atctcgtcgc
    15661 ccacggttag ggcgtcgccg atggtgccgt ccttatcgat gtcgggctgt aggctgactt
    15721 tctgcacggg ctgtcggcgt ttagggtcgc cccgccactg cttgaggaac ttctgttgcg
    15781 tcttgaacgt ggggcccagg tcttgatagt gcaggaaggc ttccttttta tatcccacgt
    15841 cgacgaaggc ggcgttcagc cccggcagta gcttcttgat gcgtgccaga tagatgttgc
    15901 ccacggcgaa ggagtcgctc tgctgttctt tttgcagttc caccaggctc ctgtcctcga
    15961 gtacggcgat cgatatctcg tcacgcttga cgtctacaat taattcgctt accacaattt
    16021 gatcttgttg cttattcgtg tatatatgaa atggaagaac aaacgtaaaa gctgagcgct
    16081 cagagtttgt tcttccaaaa gttcccgggt tgagacttac ttcttcttat gccgattctt
    16141 tttcagtctc ttcttacgct tgtgtgtgga catcttgtgt ctctttcttt tctttccgct
    16201 tggcatgact ttgaataatt aaatgggtta tataagtgtt cctgttttat ttgttcgcta
    16261 cttgattcat gaagattcga gctggcttga atgacgggat gtcgtgctcg ggaatgatca
    16321 tcgtggtgtt ctgtgagatg tttctggcgg tcttttgcgc gcgtctcttg acgataaagc
    16381 tgccaaatcc acggaggtac acgttctcgc ctgctgcgag tgatttcttt acctcttcca
    16441 tgaacgattc cacgcttgtc aagaccgtat ttttatctat ccccgtgctc cttgcgatct
    16501 cgcttacaat gtctgctttg gtcatatctc tattatagtt atatataatg tatccgtcta
    16561 atattttgga ctgcaaatat atagccattt gaataatctg gaaggggggc gccaaaaaac
    16621 agtccgcggg gagggacgag ccgttcgttc cggtggggga ggggtcagag cttgccgccg
    16681 tattcgtaac cgaggtcgtc gagggcggtg cggaggcggt cttcggtcac gtcgcccacg
    16741 acggtggcgg tgccggtcga gagatcgacg cgaacagacg tcacgccgtc cagttcagag
    16801 agcccttttt ctacgcgagc ctggcaatgg ctgcaactca ttccgtttat tctaattctc
    16861 atttccatat tggcttattc ctttcttatt ctattggctg tcggcctgtt ccggcagcgc
    16921 ggcgcaaaaa tagaccgaaa acgcggagtg aaaagccgcg gataagccaa actgtagtcg
    16981 cttaccgctc ggaaacgctt cggaaacagt gtatctaagc tgaaactgct cgggaatgct
    17041 tcggaaacag tgtatctaag ctgaaaccgc tcgggaatgc tccagaaaca gtgattctaa
    17101 gccgaaacca cgcgggaggg acttgacgga agcgatcagc ggggtagaat ttggaaggac
    17161 gcgcctgatg ctacctttgc ggccgtcagc ccgacacctg gggtgacgca aatcggacta
    17221 catatattat aggtatacat tcagatgaat catttagaat gcgtgactgc gcagcgaaac
    17281 cagtggtatt ggtatctgct gatccttttc ctgagtttcc tcatttcaaa caccctcggc
    17341 accatcccct atatggccgt ccttgtgtgg aacatcctgc ggtcgggggg ggctgcaaaa
    17401 catgccggag gtgctctctg gtggcaacct ctcgtttttg accgaaggga ttgactcgaa
    17461 cctgatgctt ttcgtgatgc ttttcgcctt cgtgatcctg ttggtggcgg gcgcttacct
    17521 gatccagcag ctgcaggggc gcacgtggcg gatggtggtc aacgggacgc agcgggtgcg
    17581 ctggagtcat ttcttcggtg gctttgccgt gtggggcgtc atcaacgtgg cctcgatggc
    17641 tgtgggctac gtgacggatc cggacaattt cgagttccgc ttcgatgccg cgcggttcat
    17701 cccgctggtg ctggtggcgg tgacgatgat cccaatccag tccgcctcgg aggagttctt
    17761 ctttcgtggc tatctggctc agggcgtggc ctcgtggacg ggcagtcggt ggtgggcgct
    17821 ggtggtgccc tccgtgttgt ttgggctcat gcacgcggcc aacccggagg tcgcccagta
    17881 tggtttctgg gtgatgatgc cgcaatacat cctcatgggg gtagccttcg gattggcggc
    17941 gttgctcgac gacggcatcg aggtggcgat gggggcgcac gcggccaaca acctctgcgg
    18001 cgccctgctg accacgtatg agggggcggc gatccagacg gacgccctct tcatggttcg
    18061 tgagctcaat cccatggcgg atctgccgga gctgatcctt tcgggggcgc tattcgtggg
    18121 ccttttggca tacctatata aatggcagtt cggggtgctc cgccggcccg tgccgcctcc
    18181 cttcaaatac gcctgaagct cactccgaac aacgacaatt ccccctcttt tgaaataagg
    18241 agcgatggct tacagcttac gtacctactt gccgttctat cggcgcaacc tcaaggtggc
    18301 actcccgatt gtgttctcac agctgggcgg tgcgctcgtg caattggtcg acacgctgat
    18361 ggtcggccgg ctgggcaccg tgcaactggc atcggtctcg ttcgccacgt ccgtcttcat
    18421 catcggcttc gttttctcga tcggcatact gatgggcctc acgccactgg tgggcatggc
    18481 ctacgtgcgt ggcgaccgtg cccgtgtgac ggatctcttc cagaactcgc tcaccctggc
    18541 caccctctcg gccgtcgtca tgtgcagcct gctcttcggc gtcatccatc taatgcccta
    18601 tatggggcag gacgcggctg tggtcgagac ggccatccct tatttcaaga cccttgtttt
    18661 tagcctgatc ccctttcttt atttcactgc catcaagcag ttctttgagg gcatgggcaa
    18721 caccatgatt gcgatggtga tcaccatcat ctcgaatctc atcaacgtgc ttttcaacta
    18781 tctgctcatc tatggcaagt tcggatttcc cgagctgggc gtgctgggtg cgggtgtctc
    18841 cacgctcatt tcacgcctga cgatgcccct catgttcctc cttgccatcc gtctgcgcag
    18901 cgagtggtgg gcctatttcc gtgcctttcg catgcacctc ttcagttggc gccgcctcat
    18961 agaactcgtg aaagtcggtg ctcccattgc ggctcacatg ctccttgagg tgttagcctt
    19021 cgcgctctcg gccatcatgg tcggttggct cggtgccaca ccgcaagccg gccatcagat
    19081 cgcgcaaaac atgtcgcacc tcacctatat gatcgtgctc ggcattggcg ccgccaccac
    19141 cgtccgcgtc agccatcagc tcggcgccct cgacctcgac gccgcacgta aggccggcaa
    19201 cgcctccgtc catctctgcc tcgtctacaa caccctggcc ggcaccctcc ttatcacctt
    19261 ccgccatgcc atcgcctcag ccttcacctc cgatccagcc gtgatcgaca tcggcggacg
    19321 cctcatcatc atggccggca tcttccaagt ttccgacgga ctacagacca tcggcgccgg
    19381 catccttcgt ggcctgacgg acgtgataag gagggtgccg gccagggtgt tgtagacgag
    19441 gcagagatgg acggaggcgt tgccggcctt acgtgc
//
LOCUS       SEQF2638.1|AYYF01001128.1 3969 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3969
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             182..292
                     /locus_tag="SEQF2638.1_00964"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTERNQIVTYDSRGNENAKYGGKRLLVKRAYYAYL"
     CDS             372..1586
                     /gene="xerC_6"
                     /locus_tag="SEQF2638.1_00965"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01808"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerC"
                     /translation="MKVLLYLKKSSIDKSGRAPIMGRITYAGTMAQFGSKFSCPPDLW
                     NPRESRLRGKSREAVVTNEKLDDLMLAISQAYRTLADRGAAFTAADIKERLQGNAHSR
                     TTFLERYDRLLEEVDARVGVDLTRHSALKYHQARKHFANFMQSRFGREDMTFGEMTED
                     FFPQFERYIKGELGLSDEVFVKLTGLLKKVCRLAYREGLSDRPLFEGICIRHEKRSAP
                     RSLDRTAFDRLLALTFPPHQKDLAIARDLFAFTCYTGAAYCDMVRITRSHLFRDDRGD
                     LWLKFKRQKTESLCRVKLLPEAVALIERYRSDERETLFSPIPYYTYLIRLKAVGLKAG
                     LAFPLTAHIGRHTFATLITLENGAPIETVSRMLGHGSLKMTERYARVTSRKLFEEFDR
                     FLAFTQDLRLTL"
     CDS             1599..2846
                     /gene="xerC_7"
                     /locus_tag="SEQF2638.1_00966"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01808"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerC"
                     /translation="MRSTFRILFYINRNKTKKNGKAAVLCRITVDGRSAVIATGEECA
                     PEAWQTKSGETGDRKINLRLQALRERIEASYTTLLRREGVVSVERLKLRLQGVNETPT
                     MLLETSAEELRAVEACVGRSRSPGTYKKNCRSDSGLRDFVRSRGEMDIPIPALAPDFF
                     EAYRFYLKRRGYAASTTNRYLHWLGRLIKRAVARGVIRFNPFEGVRYETAKYRPRFLQ
                     KHEVERLLAFPVRDEATELSRRMFLFSVFTGLAYADLRALKVSQIETDGAGRRYIRKA
                     RQKTREESLVPLHPIAERILSLYLKGDKTADRRIFPDASYDRLAHRLKAVGTACGLRE
                     PLTFHVGRHSFGTLTLEAGISMESIARMMGHASVTTTELYARITDQKISEDVDRLIAR
                     RRKAGEGGAAPGNRMGKSPEQGA"
     CDS             2905..3210
                     /locus_tag="SEQF2638.1_00967"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDYVIIESSAWEALKSRIEGLRERMSELFGSKVEPTELLPGETV
                     CQILGVSRRTLQYYRDTAALPFVRIEHKCYYRREDVTALLAESGSPEPPLNRLPEGV"
     CDS             3285..3626
                     /locus_tag="SEQF2638.1_00968"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTEEEIIRQESPEMEALFDGLASVAEQMSEIAATHRPLFGGDVY
                     LTGSEVTERLFISRRTLQDYRDRGLLPYTRIGGKMLYKLSDLEHLLRENYRTQTPPRP
                     LHCITHKPQTP"
     CDS             complement(3665..3832)
                     /locus_tag="SEQF2638.1_00969"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQSCEEDLRGDMPGFEDGIALPKGVFIGLCRGVRSVADKRLVGQ
                     PFGVIIFQIGL"
ORIGIN      
        1 gtcttgcggg agtcccgcaa gtctctcgga aaactttttg gcgtttgcgg gagtcccgca
       61 agtctattag tatggaggaa gcctaaggaa ggcagtggga aaaacgatcg ggttttgggt
      121 gataagtgca tcggttctaa cggatttgca tcggcaaaga aaaggcaaag cgttgggatc
      181 gatgaagacg gagcgtaacc aaatcgttac ctatgattcg agaggtaacg aaaacgcaaa
      241 atacggcggt aaacgtcttt tggtgaaacg tgcgtattac gcttatttgt agcgttttgt
      301 atagctctga atgcttcgct gacaggtaac tttgtacacc ctaaaaaacc gaagtaatga
      361 agagagaaac gatgaaggtt ttgctctacc ttaaaaagag cagcatagac aaatcgggac
      421 gggcaccaat catggggcgc atcacgtatg ccgggacaat ggctcaattc ggtagcaaat
      481 tttcttgccc gcccgacctc tggaatcccc gcgagagccg ccttagaggc aagagccggg
      541 aggccgtcgt caccaatgag aagttagacg atctgatgtt ggccattagt caggcttacc
      601 ggacactggc cgatcggggt gcggctttca cagctgccga catcaaggaa cgattgcaag
      661 gcaatgccca cagtcggacg accttcctcg aacgctacga ccggctattg gaggaagtag
      721 atgcacgtgt cggcgtcgat ctgacgagac attcggcgtt gaagtatcac caggcgagaa
      781 agcacttcgc gaactttatg cagagccgtt tcggacggga agacatgacc ttcggtgaga
      841 tgactgaaga cttctttccg cagtttgaac gctatatcaa aggagagttg gggctctctg
      901 acgaggtctt tgttaagctg accggcttat tgaaaaaggt atgccgactg gcttatcggg
      961 aggggctctc cgaccggccg ctcttcgagg gaatctgcat caggcatgag aaacgaagcg
     1021 cgccgcggtc gctcgaccgg acggccttcg accgactgct ggcactcacc tttccacccc
     1081 atcaaaagga cttggcgatt gcccgcgatc tgttcgcgtt tacctgctac accggggcgg
     1141 cctattgcga catggtgcgg attacgcgct cacacctctt ccgagacgat cgcggcgatc
     1201 tatggctaaa gttcaaacgg caaaagacgg agtcgctctg ccgggtgaag ctcctgcccg
     1261 aggccgtggc gctcatcgag cgttaccgct ccgacgagcg ggagacgctt ttctcgccga
     1321 tcccttacta cacttacctc atccgactga aggccgtcgg actgaaagca ggcctcgcat
     1381 tcccgctaac ggcacacatc gggcgacaca cgttcgccac gctgattacg cttgaaaacg
     1441 gtgcacccat tgaaaccgtg agccgcatgt tgggccacgg tagcctcaaa atgaccgagc
     1501 gatacgcccg agtcacgtcg cgcaaactct tcgaggagtt cgatcgtttc ctcgccttca
     1561 cccaagatct tcgtctgact ctttaacccc ggaatctcat gcgcagcaca tttagaatcc
     1621 tgttttacat caatcgaaac aagacgaaaa agaacggaaa ggcggccgtg ctctgtcgaa
     1681 tcaccgtgga cggccgttcg gcggttatcg ctaccggtga ggagtgcgcg cccgaggcgt
     1741 ggcagacgaa gtcaggtgag acgggcgacc ggaagatcaa tctccgcttg caggctctcc
     1801 gcgaacgaat cgaagcgagc tacacgacgc tcctccggcg cgagggcgtg gtcagcgtcg
     1861 agcggctgaa gctccgcttg caaggggtga acgagacccc gacgatgctt ttggagacga
     1921 gcgccgagga gctgcgggcc gtggaagcct gcgtggggcg ctcaaggagc cccggcacct
     1981 ataaaaaaaa ctgccgttct gacagtgggc tgcgagactt tgtccgaagc cggggagaga
     2041 tggatattcc gatcccggca ctcgcgccgg acttcttcga ggcgtatcgc ttttacctga
     2101 agcgaagggg ctacgctgcg tccacgacaa accgatacct ccactggctc ggccggctga
     2161 ttaagcgagc cgttgcccgc ggtgtgatcc gcttcaaccc cttcgagggt gtgcgatacg
     2221 agacggcgaa gtatcgcccg cggttcctgc aaaagcatga agtagagcgt cttctggcct
     2281 tccccgtccg ggacgaggcc acggagctga gccgccgcat gttcctcttt tcggtcttca
     2341 cggggttggc ttacgccgac ctgcgggcgc tcaaggtgtc gcagatcgag acggacggcg
     2401 cgggccggcg gtacattcga aaggcgcggc aaaagacccg cgaggagagc ctcgtccccc
     2461 tccatccgat cgccgagcgg atcctctcgc tctacttgaa aggtgacaaa acggcagacc
     2521 gcaggatctt ccccgatgcg agttacgatc gattggccca ccgtctcaag gccgtcggca
     2581 cggcgtgcgg cctacgtgag ccgctgacgt ttcacgtcgg gcgccactcg ttcggcacgc
     2641 tcaccctcga ggccgggatc tctatggaga gcatcgcccg catgatgggt cacgcctccg
     2701 tcaccaccac ggaactctac gcccgcatca ccgatcagaa gatttcggaa gatgtggatc
     2761 ggctcattgc ccgaagaagg aaggcggggg aaggcggtgc cgcgccgggt aaccggatgg
     2821 gaaaaagccc ggaacagggc gcataggttt gcagttgtga ttgtcagaca aaacagaaga
     2881 ataaccccca aaaatgaagt gattatggac tatgttatca tcgaatcgtc cgcatgggag
     2941 gcgctgaaaa gccgcattga agggctgcgc gaacgcatga gcgaattgtt cggatcgaag
     3001 gtcgaaccga cggaattgct gcccggcgag accgtttgcc agatcctcgg cgtcagccgt
     3061 cgcacgttgc aatactatcg ggatacggcg gcgctgccct tcgtccgcat cgagcacaag
     3121 tgttactacc ggcgagagga cgtgacggca ctgctcgccg aaagcggaag ccccgagcct
     3181 cccctcaatc ggttgccgga aggcgtgtga ggagccaatt gatcgagtca aacggccacg
     3241 ggaacaacaa tgacctatca gaaacaaccc ccaaacaaga cacaatgaca gaagaagaaa
     3301 tcatccggca agaatcgcct gaaatggaag cgctcttcga cgggctcgcg tccgtcgcgg
     3361 agcagatgag cgagattgcc gccacgcacc gccctctctt cggcggtgat gtctacctga
     3421 cgggtagcga ggtgacggaa aggcttttca tcagtcgccg cacgctgcag gattatcgcg
     3481 accgcggcct cctgccctat actcggatcg gcggaaagat gctctacaaa ctctccgatt
     3541 tggagcacct gctccgagag aattaccgga cgcagacacc gcctcgcccc ctccattgta
     3601 tcacccacaa accccaaacc ccatgacaca gagaaaaaag gaattctcct attaccgact
     3661 gcgattagag acctatttga aagattatca ccccgaacgg ctggccgacg aggcgtttat
     3721 ccgcgaccga tcggacgccg cggcacaggc ctatgaagac gcctttcggc aaggctatcc
     3781 catcttcgaa gccgggcata tcgccacgga ggtcctcttc gcaggactgc atttttcgcc
     3841 gtattacatg ctcgaacaga ttatcgagaa cgagttcgcc aacgtggttc cgcctgaacg
     3901 cgccgcggat tttgcgctgc ggctgttgca gagcaactcc atccgcgaga ccatcgagaa
     3961 gtacgagcc
//
LOCUS       SEQF2638.1|AYYF01001129.1 11526 bp   DNA    linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..11526
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             479..685
                     /locus_tag="SEQF2638.1_00970"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQVAREADKVARVVTPIFERTDGHLQTAPSVIVENKGWPVTARI
                     GLGEIAAVDYVNAHCPEEVPRYVD"
     CDS             821..1003
                     /locus_tag="SEQF2638.1_00971"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMTSDGSVELYHGDLIAVKTDDVGAQKTVLQLNEARANDQRHRY
                     DELQADEHEPEPPSAR"
     CDS             1130..1249
                     /locus_tag="SEQF2638.1_00972"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRQCVGLNESQQTALMHAPNKYYREQKRRETNGTSLDQ"
     CDS             1227..1346
                     /locus_tag="SEQF2638.1_00973"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAQASISSERRRAEFVLPKTLCVLMLFILSGVMAVLKLV"
     CDS             1925..2179
                     /locus_tag="SEQF2638.1_00974"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTGAVVSHDRKIDLADEGVDQRACFNMWGRGDDGLHEGTRQDGR
                     ELAGLREIHSKNMFGLGVTAVKISLVIDLHENRHEGCKGE"
     CDS             2519..2773
                     /locus_tag="SEQF2638.1_00975"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPAKLARYFKRDKEARAKLHVSGQTSLAAEAALIFFCLLFFYQE
                     KKRRDAFCEKEETSVKLQETIMRSKKVPGKLPRPRQRAFP"
     CDS             2773..3018
                     /locus_tag="SEQF2638.1_00976"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEKEAKKIKAAGPPAKLAGYLKGDKERSGRLSGYLKRDKETSA
                     KLQETIVRSKKVPGKLIGPRQGALFVLAVSLYLFIRS"
     CDS             complement(3005..5368)
                     /locus_tag="SEQF2638.1_00977"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHTIYRNLLSVFRRFKMATLFNLCGLAVAFAAFMTILMQVEYDY
                     TFDHFDPNYSRIFRVEFVHKEGGVQAILNRPMIETLIASSPHIQAGTYQNMDYDFVFS
                     IENGADKKKFRELYQTVSPGFTDVFHFDFVEGSPDVLKTPDQVMIPESMARKIFGQES
                     AVGKKLINPYLTLTVGAVYRDFPDNTLVSNVIYHAISEQENKTNWGNWNYTAFIRVDD
                     AANLPTIEENFKKHFTNVLKEQFGAEGVAEWEAVGADLRFTPLPDVHFVSGVQFDNMP
                     KANAQALHVLTAIAFVVLLIAGINFTNFSIALTPMRIRSINTQKVLGSSVGNIRRALV
                     AESILISLAAYILAVGLVALFARSPLSALVTTDLGILSHKVVVGATAFIALCTGLAAG
                     IYPAFYMTSFPPALILKGSFGLSTRGRALRNALIGVQYFASFALIIGAGCMYLQNHFM
                     QHAPLGYERDQIIIAELSDEGRLHPETFMNKIKSYAGVSGITRSEQILSSADSYMTWG
                     RDYRGKQIDYVVIPVEASFLDVLGISVSEGRTFRTEDALTRHGAYVFNERAKQEYGLE
                     LGTMIDSTQIVGFMPDVKFASFRNAVEPMAFYVWGKENRGNNSRYVYIRMKAGTDMRA
                     AMEHVQSALKELDPDYPFNVFFFDKVLQQLYEKERAVGSLITLFSAIAIFISMVGVFG
                     LVVFDSEYKRKEIGIRKVFGSSTRQILVRFNRTYFKIVIVCFVAAAPVAYYGVSQWLT
                     NFAYRTPIRWWIFALAFVAVTAITFFTVTFQNWRAANANPVDSLKSE"
     CDS             complement(5535..6209)
                     /gene="yknY_1"
                     /locus_tag="SEQF2638.1_00978"
                     /EC_number="3.6.3.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:O31711"
                     /codon_start=1
                     /transl_table=11
                     /product="putative ABC transporter ATP-binding protein
                     YknY"
                     /db_xref="COG:COG1136"
                     /translation="MIKVENLTKYFETEEIQTIALNKVSLEVADGEFVAIMGPSGCGK
                     STLLNILGLLDNPIEGNYYLDGREVGHLREKERTEVRKGQIGFVFQSFNLIDELNVFE
                     NVELPLTYLGIKASERKERVQNILKRMSISHRGRHFPQQLSGGQQQRVAIARAVVANP
                     KLILADEPTGNLDSKNGLEVIRLLNDLHDEGTTIVMVTHSQHDAGFANRIINLFDGQI
                     VNTTRL"
     CDS             complement(6536..8080)
                     /locus_tag="SEQF2638.1_00979"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKENTYTTTHQKKKTDIDTHTIMYQAKFAGRHTESKMYPAKFAA
                     IDIETIMYQAKFAGGRSRLDLLLPSFLPSREEKKKQERRKQSIYSGAEWHTPHTDRVR
                     TEKKKQERIFCPLRGHAVGRMQYAPTSCRQKMLFPINSQEERIETKMQEQKSRPLGSK
                     GVLHTPHTDRVRIETKKQDRIFCPLRGHAVGRMQYAPTSCRQETLYLINSRKERTETK
                     MQEQKNHPSGSRGVLHTPHMDRVRIETKKQERIFCPLRGHVVGRMQYVPTSCRQETLY
                     PINSQEERTETKMQEQKNHPSDSGAKWHTPHMDRVRTETKKQERIFCPLRGHAVGRMQ
                     YAPTSCRQETLFPINSRKERTETEMQEQKNRPLGSRGVLHTPHTDRVRIETKMQEQIF
                     CPLRGHAVGRMQYAPTSCRQETLFPINSWEERTKTKIQEQKNRRLGNCAEWHTPFMRH
                     GERDAVWREAFLEQRARVAIWRDRRLEERSSHARLQLKTFGENSNSYKSSLVALSEQL
                     RDIFAD"
     CDS             complement(8125..10515)
                     /locus_tag="SEQF2638.1_00980"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMTNYFLSAFRSLTKRGRNHGMKILSLGVGLAMGLVLIAKVFFE
                     QSYDTFYPDADRIYRMNEMIVMNGELKDYGQVSGGVAVGMRQDVAGVQQATRCTWIYI
                     GNVYTDDKKKISINMIAADDSFFNVLPRPMLQGNAEKILSAPRGDRLIMISKELADKL
                     GGDVVGKTLRVEDWGGAVLTIGGVFETIPENATLKYDAVISIDLLRTPNFDGTMNWIG
                     NDRYMAFVKLQPGVSADSLSDAMHAMQEKHQDLEQLKKAGVELSYSLTPLNDLHDSLP
                     EVRRMTWLLLLLAFALVFTAVMNYVLIVVSSLVSRTKEVAVHKCYGASGRDIVRMILS
                     ETFLHLILSLLLAVALILAFRATVEELLDASLGALFTTRSLIFLFAICVVVFLTAGLL
                     PGRLFARIPVAAAFRHFSTHRRRWKLALLAVQFMAVGFLLSLLVVITLQYRRMIDDDP
                     GYRYENLAYVSMGGIDSTLRRKLIDEAQRLPELSAVSTFYQPFFTGTSGNNVYLPNDS
                     RELFNIADLYECGNGFLEALEVPIIAGKSFTEDVAWSHEVMVSRRFVDKMKAFADWRD
                     GAVGKQILVTEHSGANNDEPFTICGVYDDIRIGTIQEEDERPSILFYSSDPEESNYLL
                     LKFHHMTPEAMQHVRQELQKLMPDREVELCDWRAEMETCYTDTRRFRNAVMIGVVITL
                     LISLVGLMGYTGDEINRRRKEIAVRKINGATLGEVLHLFERDIIRIAAPALVAGCGAA
                     AYVATLWQTGFSEKISLAWYLFALSGLLLLCLIIVVVALHVRRAAAENPVKSIKTD"
     CDS             complement(10777..11409)
                     /gene="mdtA"
                     /locus_tag="SEQF2638.1_00981"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01422"
                     /codon_start=1
                     /transl_table=11
                     /product="Multidrug resistance protein MdtA"
                     /translation="MDQMEDNLMNMRRNVLLIRERKNKLEVRSQIDGELGLLDVVLGQ
                     NVQPGQKIGQINDLSDYKVQALIDEHYIDRVRAGLPATFDRQGTHFALTVRKVYPEVR
                     DGKFRTDFVFTGERPDNIRTGQTYYINLELGQPTEAVVIPKGTFFQNTGGNWIFVLDR
                     DGKKAYRRHIKIGRQNPQYYEVTEGLEPGEKVIVSGYESYKDSEVLILEK"
ORIGIN      
        1 gggtacggta ggcgaaatgt tcgagccatt ttgttacgcc gtaataagcc acgggcgagg
       61 ccacgacaaa gcagatagcg acaatacgca ggtaagtacg attgaatagg acaagaattt
      121 gtccggtaga cgatccgaag actttgcgga ggccgatctc cttccgacgg tactcactgt
      181 caaacaccac gaggccaaat acgccgacga gagacagtaa cacggccagc agaccaaaaa
      241 atgtgatgag cgtgcgtagt gtcgtttcgc ggtgataaag ctcgtcgtag attgtgtcgt
      301 agaaggtgat atcgatcgga aaagagggat cgatggcggc tatggtcttt cggatgtgtg
      361 ctgtaacggc gcgaacgtcg gtgccggact ttaggcggat gtaagaaaca aacagacggg
      421 aaccgagcgg actggcagca aggcatatgt tggtcgattc ttgtcgcagc gaagcgatat
      481 gcaagtcgcc cgtgaagccg acaaggtcgc ccgagttgtc acgccaatat ttgaaaggac
      541 cgacggacat ctgcagactg cgccgagcgt gatcgttgaa aataaaggct ggccggtcac
      601 tgcgcgcatc ggcctcggtg aaatcgcggc cgtcgactat gtgaatgccc attgtccgga
      661 ggaagttcca cgatacgtag attagattgt aggaaaaatt gcggccgttg tagtctgacg
      721 attccgtcat gtagacatct ttcgcgccga tcttctccga ggcaaacgcc acgtcctcaa
      781 tacctgcgta agatttcaat ccgtcgacat actcacgggc atgatgacca gcgatggctc
      841 cgttgagctc taccacggcg atttgatcgc ggtcaaaacc gatgatgtgg gtgcgcagaa
      901 aacggttttg caactgaacg aagcccgcgc caatgatcag cgtcatcgat atgacgaatt
      961 gcaggctgac gagcatgagc ctgagcctcc ttccgcgagg tgagaggccg aagctaccct
     1021 tcagcaccat cgcaggtggg aaagaggtca tgtagtaagc cggatagacg cctgctgcga
     1081 ggccgacgag taacgataca atggcggtaa ccaataaaag taccgggtga tgaagcggca
     1141 atgtgtcggc ctcaacgaaa gccagcaaac ggctctgatg catgccccaa acaagtatta
     1201 ccgcgagcaa aaacgccgtg agacaaatgg cacaagcctc gatcagtagc gagaggcgaa
     1261 gagcggaatt tgtactgcct aaaactctct gcgtattgat gctcttcatt ctcagcggtg
     1321 tcatggcggt gctgaaattg gtgtaattca ctgctgcaat gacaagtatc agcagtgcga
     1381 tgcccataag tagatttaca acatcggcgt taccactccg aaaaagacgt ccgtcgccgc
     1441 tctcgttcat aaaatagata ctggtgaggg gcgtgagctt catctgctca accggatggc
     1501 cgatttggct aaagttgaaa tgtcgattga agttttcctc tacgtcgacg gctgaggcgg
     1561 cattgtccaa gcgaacgtaa cagatgaagt tgctggcgtc gtaattctcc ttcagaaatg
     1621 ctccatcgat ggcggtatag atgacgttgc gcagctgcgt attccccgga aaatcgcggt
     1681 agacggcacc caccgtaagc tccaactgcg tgctatcgtc gtcgtggctt ttgctccaga
     1741 tcgattcttc ggcgcgcaat ggacgcccga cggccgacac ggatccaaaa agtcggcgag
     1801 ccatactctc ggggatcagc accttatccg gactgcggag acaatcggtg tcgccttccg
     1861 taatggggaa attaaacgtg cggacgagcg tcgggtgaca cgtctgcacc gtttcgcgga
     1921 agccatgacg ggtgccgtcg tttcccacga ccgtaaaata gacctcgccg acgaaggggt
     1981 tgatcagcgt gcctgcttca atatgtgggg acgaggcgat gacggcctcc acgaaggcac
     2041 gcggcaggac ggtagagaac tcgccgggtt gcgagagatc cactcgaaaa atatgttcgg
     2101 cctcggggtg acagcggtca aaatttcgct cgtaatcgac ctgcatgaga atcgtcatga
     2161 aggctgcaaa ggcgaatgag aggccgaaga cgttgagcac ggtcgccaca cggaagcggc
     2221 ggacgatgct gagtaggttg cgggatattg ttttcatatc ggagaaactg tatttgaatt
     2281 gcttggatcc tttcttcttt tctttccttg atgcgcaaaa tggaggctcc tctttctcct
     2341 tttctttcct tgatgaaaga aaaggaggca aaagaaaatc aaggcctcac cgaggccggg
     2401 gaagttgcgg gagataataa tgcgtccgga aaaagtaccc ggcaaacttc cccgccctcg
     2461 gcagagggcc tttccttgat gaaagaaaag gaggcaaaag aaaatcaagg catcagggat
     2521 gcctgccaag ttagccaggt acttcaaacg agacaaagag gctcgtgcca agttgcatgt
     2581 atccggccaa acttcgttgg cggccgaagc cgccttgatc ttcttttgcc ttcttttctt
     2641 ctatcaagag aagaaaagaa gggacgcttt ttgtgagaaa gaagagacct ctgtcaagtt
     2701 gcaggagaca atcatgcgct cgaaaaaagt acccggcaaa cttccccgcc ctcggcagag
     2761 ggcctttcct tgatgaaaga aaaggaggca aaaaaaatca aggcggcagg gccgcctgcc
     2821 aagttagccg gataccttaa aggcgacaaa gagaggtcgg ggaggttatc cgggtacctt
     2881 aaacgcgaca aagagacctc tgccaagttg caggagacaa tcgtgcgctc gaaaaaagta
     2941 cccggcaaac tgatcggccc tcggcagggt gcacttttcg ttcttgccgt ttcgctatac
     3001 ctttttattc gctcttgagg ctgtctaccg gattggcatt ggcggcgcgc cagttctgaa
     3061 acgttaccgt gaaaaatgtg attgctgtca cggcgacaaa cgcgagtgcg aagatccacc
     3121 agcggatcgg tgtgcgatag gcgaagttcg tgagccattg cgacacgcca taataggcga
     3181 cgggggcggc cgcgacgaag cacacgatca caatcttgaa ataggtgcga ttaaaacgaa
     3241 ccagaatctg cctcgtggac gagccaaaaa ccttccggat gccgatctcc ttccttttat
     3301 actcgctgtc gaagaccacg aggccgaaca cgcctaccat cgagatgaaa atggctatcg
     3361 cgctgaacag cgtgatcaaa gaaccgacgg cgcgctcctt ctcgtagagt tgctggagga
     3421 ctttatcgaa gaaaaagacg ttgaacggat agtccggatc caattccttc agcgcagact
     3481 gtacatgctc cattgcagca cgcatatctg tgcccgcttt catgcggata taaacgtagc
     3541 gagagttgtt tccccgattt tcctttcccc acacatagaa tgccatcggc tcgaccgcat
     3601 tacggaacga tgcaaacttc acgtctggca taaagccgac gatttgggtg ctgtcgatca
     3661 tcgtgcctaa ttccagccca tattcttgct tcgcgcgttc attaaataca tatgccccat
     3721 gccgtgtaag ggcatcttcc gttcggaacg ttcgcccctc gctgaccgaa atgcccaaaa
     3781 catcgaggaa cgaagcttcc acggggatga ctacgtaatc tatctgtttg ccgcgataat
     3841 cccgtcccca agtcatgtat gaatccgcac tggataggat ttgttcggag cgcgtaatgc
     3901 ctgaaacacc tgcgtacgac ttgattttgt tcataaaagt ctccggatgc aatcggccct
     3961 catcgctcag ctcggcaata atgatctgat cacgttcgta acccaacggc gcgtgctgca
     4021 taaagtgatt ttgcaaatac atacaccccg ccccgatgat gagcgcgaag gatgcaaagt
     4081 attgcacacc aatcagggcg ttgcgcaagg cccgtccgcg tgtggatagg ccaaaactgc
     4141 ctttcagaat gagtgcgggc ggaaaagacg tcatataaaa agccggataa atgcctgctg
     4201 caagtccggt gcataaagca atgaacgccg ttgctcctac aacgactttg tgcgataaaa
     4261 ttccgaggtc ggtagtgact aatgcagaaa gcgggctacg cgcaaagagc gcaacaagcc
     4321 ctaccgccaa aatgtatgcg gccaaactga tcaaaataga ctctgccacc aaagcgcggc
     4381 ggatattccc gaccgaactc ccgagcactt tctgcgtgtt gatgcttcga atgcgcatgg
     4441 gcgtgagtgc gatgctgaag ttggtgaaat ttattcccgc gatcaggagc acgacgaatg
     4501 cgatggccgt caacacatgc agggcttggg cgttggcttt cggcatgttg tcaaactgca
     4561 caccagaaac gaagtgcaca tctggcaggg gagtaaaacg caggtcggca cctaccgctt
     4621 cccactccgc gacaccttcc gctccgaatt gttccttcaa gacattcgta aaatgctttt
     4681 tgaagttctc ttcaatggtc gggaggttgg ccgcgtcgtc cacccgaata aaggcggtgt
     4741 agttccaatt gccccagttc gttttattct cttgctctga gatggcgtga taaatcacgt
     4801 tactcaccag cgtgttatcg gggaagtcgc gatacaccgc acctaccgtc agcgtgagat
     4861 atgggttgat gagctttttc ccgactgctg attcctggcc aaatatcttg cgggccatac
     4921 tctcggggat catcacttga tcgggagtct tcaagacatc tggcgagcct tctacaaaat
     4981 caaagtggaa gacgtcggta aatcccggag aaacggtttg atacagttct cgaaatttct
     5041 ttttgtcagc accattttct atggaaaaaa caaaatcata atccatgttt tgatacgttc
     5101 ccgcctgaat atgaggtgat gaagcaatga gcgtttcaat catgggccta ttcaggattg
     5161 cttgcactcc gccctcttta tgcacaaact ccacacggaa tatgcgcgaa tagttcgggt
     5221 caaaatgatc aaaagtataa tcatattcca cttgcatgag gatcgtcatg aaggccgcaa
     5281 aagctaccgc caacccacac agattaaaaa gggtcgccat cttgaatcgg cgaaaaacgc
     5341 tcagaagatt tctgtatatc gtatgcatat tttctgttct aaagtttagg cttaccgagg
     5401 cgagccgatt tcaggggatt caggggctgt ctattttttg aaccgtttga acgcatgcca
     5461 ccctgcacgc ctccaaacgc tccaaaaaat atgagccctc aaccattcaa tgaggaataa
     5521 cctctcaata atccttacaa acgcgttgta ttcacaattt gtccgtcgaa aaggttgatg
     5581 atgcgattcg caaagcctgc atcatgctgc gagtgagtca ccatgacgat cgtcgtgcct
     5641 tcgtcatgca ggtcgtttag gagcctgatg acttccaagc cattttttga gtccaaattt
     5701 cctgtcggct cgtccgccaa gatcaatttt ggattcgcga caacggccct ggcgatggcc
     5761 acacgttgct gttggccgcc agaaagctgc tgcgggaaat gccgccctcg atgactgatg
     5821 ctcattcgct tcaagatgtt ctgcacgcgt tcctttcgct ccgatgcttt gatgccgaga
     5881 tacgtcagag gtaattctac gttctcaaaa acattcagct catcgatcag attgaaactt
     5941 tggaacacga agcctatctg ccctttgcgc acttcggtgc gttccttttc gcggaggtgt
     6001 cccacttcgc ggccgtccag ataatagtta ccctcgatcg ggttgtccag caggcctaaa
     6061 atattgagca aggtggactt gccgcaacct gacgggccca taatagccac aaattctccg
     6121 tccgccactt ctaacgagac cttattcagg gcaatggttt ggatctcttc ggtctcaaaa
     6181 tactttgtca gattctctac tttaatcatg atgttttgcg tgttataaaa atgaatgtct
     6241 atttgttatc ggtgaaaacg agagcacgtt tttcgatctc gagaaagggt gttgcaaaag
     6301 tgcagcatga tttttttcgc ccctatggga ctcatgccaa acggcaacac acattttcga
     6361 tttcgaaaag gtctcctgta aaacggtttt cctcttgctc ggactgaaaa tattaaaccg
     6421 catgaatctt atttagttgc tcggctgaag caattaagcc gcagaaatgt ctcttagttg
     6481 cttcattaga gcaattaagc cgtaaaaatg tctcttagtt gctcggctga agcaattaat
     6541 ccgcaaaaat gtctcttaat tgctctgata gagcaactaa ggaagattta tacgaattac
     6601 tattttctcc gaaagtcttc aattgcaacc ttgcgtgtga agatctttcc tccaagcgcc
     6661 tatctcgcca aatggcaaca cgcgctcttt gctccaaaaa agcctctcgc caaacggcat
     6721 ctctctctcc gtggcgcata aagggtgtat gccattcggc gcaattgcct aaccttcgat
     6781 ttttttgttc ctgtatcttc gtttttgtcc tttcttccca agaatttatt ggaaacaacg
     6841 tctcctgccg gcaggatgta ggggcgtatt gcatacgccc caccgcatga ccccgtaggg
     6901 ggcaaaagat ttgttcctgc atcttcgttt ctatccttac gcgatccgtg tggggcgtat
     6961 gcaatacgcc cctactgcct aacggacgat ttttttgttc ctgcatctct gtttctgtcc
     7021 tttctttccg agaatttatt ggaaacaatg tctcctgccg gcaggatgta ggggcgtatt
     7081 gcatacgccc caccgcatga ccccggaggg ggcaaaaaat tctctcttgt ttctttgttt
     7141 ctgtccttac gcgatccata tggggcgtat gccatttggc gccactatct gatggatgat
     7201 ttttttgttc ctgcatcttt gtttctgtcc tttcttcctg agaatttatt ggatacaacg
     7261 tctcctgccg gcaggatgta gggacgtatt gcatacgccc caccacatga ccccgaaggg
     7321 ggcaaaaaat tctctcttgt ttctttgttt ctatccttac gcgatccatg tggggcgtat
     7381 gcaatacgcc cctactgcct gacggatgat ttttttgttc ctgcatcttc gtttctgtcc
     7441 tttctttccg agaatttatt agatacaacg tctcctgccg gcaggatgta ggggcgtatt
     7501 gcatacgccc caccgcatga ccccgaaggg ggcaaaaaat tctatcttgt ttcttcgttt
     7561 ctatccttac gcgatccgtg tggggcgtat gcaatacgcc cttgctacct aacggacgac
     7621 ttttttgttc ttgcatcttt gtttctatcc tttcttcctg agaatttatt ggaaacaaca
     7681 tcttctgccg gcaggatgta ggggcgtatt gcatacgccc caccgcatga ccccgaaggg
     7741 ggcaaaaaat tctctcttgt ttcttctttt ctgtccttac gcgatccgtg tggggtgtat
     7801 gccattcggc gccactgtat atcgattgct ttcttctctc ttgtttcttc ttttcttccc
     7861 ttgatggaag aaaagaaggc aaaagaagat caaggcggct gcggccgccg gcgaattttg
     7921 cctgatacat gattgtttct atgtctatgg cggcgaattt tgccgggtac atttttgatt
     7981 ctgtgtgtcg gccggcgaat tttgcctgat acatgatggt atgtgtatcg atgtccgtct
     8041 tttttttctg atgcgtggtt gtatatgtgt tttctttcat ctgaaatacg tttttcgttt
     8101 ttacatgttc gtttttcgat cccattaatc tgtcttgata ctcttcaccg gattttccgc
     8161 cgccgcgcgt cgcacatgca gcgcaacaac aacgatgata agacacagga gaaggagccc
     8221 ggaaagggca aagaggtacc acgcgagtga aattttctcg ctgaatcctg tttgccataa
     8281 agtggcgacg taggcggctg cgccacaacc tgcaacaagg gcgggcgccg caatgcgaat
     8341 gatgtcgcgt tcaaaaagat gcaatacttc gcccagagtg gccccgttga ttttgcgaac
     8401 agcgatttcc ttacgccggc gattgatctc atcacctgta taacccatta atccgacgag
     8461 ggagatgagc agcgtaatca caacaccgat cataacggca ttgcgaaagc ggcgcgtatc
     8521 ggtataacag gtctccatct ccgcacgcca atcgcacagc tccacttcac ggtcgggcat
     8581 caatttttga agctcctgcc gaacgtgttg catggcttcg ggcgtcatgt ggtggaactt
     8641 cagaagcaaa tagttcgatt cttccggatc agaactataa aacagaatcg aaggacgctc
     8701 gtcctcctcc tgaatcgttc cgatccgaat gtcatcatag acgccacaga tcgtaaaagg
     8761 ctcgtcgttg tttgcaccac tatgttccgt gactaaaatt tgcttgccca cagcgccatc
     8821 cctccaatct gcaaacgctt tcatcttatc cacaaagcgc cgactgacca tcacttcgtg
     8881 cgaccatgcg acatcttctg taaagctctt tcccgcgatg atgggcactt caagcgcttc
     8941 taaaaatccg tttccacact cgtagagatc ggctatgttg aacagctcgc ggctatcatt
     9001 gggcagataa acattgttgc cagatgtccc ggtaaaaaat ggctgataaa atgtagacac
     9061 ggcggacagc tcgggcagcc tctgcgcctc atcgatgagc ttgcggcgca gcgtggagtc
     9121 tatcccgccc atactgacat aggcgaggtt ttcgtagcga tatcccggat cgtcgtcgat
     9181 catgcggcgg tattgcaggg tgatcaccac gagcagcgaa aggaggaatc cgaccgccat
     9241 gaattgcacc gccagcaggg cgagcttcca gcggcgccga tgggtcgaaa aatggcggaa
     9301 agcggcggcc acggggatcc gcgcgaagag tctcccgggc aataatccgg ctgtgagaaa
     9361 gaccacgaca caaatggcga acaaaaaaat aaggctgcgc gtcgtaaaga gtgcccccag
     9421 cgaggcgtcg agcagctctt caaccgtcgc gcgaaaagcc agaatgaggg cgacggcaag
     9481 cagcagtgaa aggatcaaat ggaggaacgt ttcggaaagg atcattcgga caatatcgcg
     9541 tcccgaggcg ccataacatt tatgcacagc cacttccttc gttctcgaca ccagggaaga
     9601 gacgacgatc agcacataat tcataaccgc cgtaaaaaca agcgcaaacg caagcaaaag
     9661 aagcagccac gtcatccggc gcacttcggg cagactgtcg tgaaggtcgt tcaggggcgt
     9721 gagggaatag ctcagttcta caccggcctt ttttaactgc tccaaatcct gatgtttttc
     9781 ctgcatagcg tgcatggcgt cggaaaggct atctgcagaa acgcccggct gcaatttgac
     9841 gaaagccata tatcgatcgt ttccgatcca gttcatcgtg ccgtcaaaat tgggcgtgcg
     9901 aagcagatcg atcgaaatca cggcgtcata tttgagcgtg gcgttttccg ggatcgtctc
     9961 aaacacgccg ccgatggtca atacagctcc cccccagtct tccacccgaa gagttttgcc
    10021 cacgacatct cccccgagct tatccgccaa ctctttagag atcatgatca accgatcgcc
    10081 cctcggcgcg ctgaggattt tctccgcgtt gccttgcagc atcggcctcg ggaggacgtt
    10141 aaaaaaggag tcgtccgccg caatcatatt tatcgagatt tttttcttgt cgtcggtgta
    10201 cacgttcccg atatagatcc aggtgcaacg cgtggcttgc tgcacacccg ctacgtcctg
    10261 ccgcattccc acggccactc cgccactgac ctgtccgtaa tcttttaatt ctccgttcat
    10321 cacaatcatc tcgttcatgc gataaatacg gtctgcatcc ggatagaacg tatcgtaaga
    10381 ctgctcaaaa aagaccttgg caatcagcac cagccccatc gccagcccga caccgagcga
    10441 gaggattttc atgccatgat tccgcccgcg tttagtcagc gaacgaaaag ccgagaggaa
    10501 ataattcgtc atcataaggg tgttgttgaa ctaaaaatga aaatctaaaa actgaaaaag
    10561 gatcatgtaa atcggcacaa cccattcaga ccaatccgtg gaactattgt tgcactcaaa
    10621 atgaaaatct acaaacggaa aaaggatcat gtaaatcggc acaaccaatt cagaccgaaa
    10681 aaataaatac gaacctatcg gaaggacaaa aaacgagggc taaaaatttt tcatgcagac
    10741 cgggagcacc gttttcggct ctccgttttt tatggttcac ttttccagga tcagcacctc
    10801 gctgtcttta taactctcgt agcctgacac gatcactttt tctcccggtt cgagaccctc
    10861 ggtaacttcg tagtattgag gattttgcct gccgatcttt atgtggcgtc gatacgcctt
    10921 tttcccgtcc cgatcaagaa cgaagatcca gttgccgccc gtattctgga agaaggttcc
    10981 tttcgggata accaccgcct ccgtcggctg accgagttcg agattgatgt aatacgtctg
    11041 gcccgtccga atgttatccg gacgttcgcc ggtaaacaca aaatccgtcc taaacttccc
    11101 gtcacgaacc tcgggatata ccttacgtac cgtcagcgcg aagtgagtcc cctggcgatc
    11161 gaacgtggcc ggtaacccag cgcgaacacg atcgatgtaa tgttcatcaa tcaacgcttg
    11221 caccttataa tcagagaggt cgtttatctg ccctattttt tgtcccggtt gaacgttctg
    11281 gccaagcacc acgtcaagca aacccagctc gccatcgatc tgcgaacgca cttcaagctt
    11341 gtttttccgc tcgcgaatga gcagcacatt gcggcgcata ttcatgaggt tatcttccat
    11401 ctgatccatt tggatagacc gataaagtga gtcttgacgg agtcgttcat taatgagcgt
    11461 atgtttccgc cgcgccaatt cgtagtcttc ttttgcctgc acaaaatcct cccgggcggt
    11521 gagctt
//
LOCUS       SEQF2638.1|AYYF01001130.1 534 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..534
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             6..506
                     /locus_tag="SEQF2638.1_00982"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSKHLADGLDGHSLLQGDERSEGMPGGVRREGQRDTGPQSEGFQ
                     VRLIGCVMDVRKQRVPSLIRQPVHQSERLGQQLYAAKDTRLLPAELQPKGAFVVADKM
                     LRAQRHQIAIGGAGVTGKKKHIAGGLHILFQTVKIERFQLLHRSLVECLRRFLVPSLY
                     AYLIKQ"
ORIGIN      
        1 gtgctatgtc caagcatctt gctgacggtc tcgatgggca ctccctgctc caaggtgatg
       61 agcgtagcga aggtatgccg ggcggtgtgc gtcgtgaagg gcagcgtgat accggcccgc
      121 agtcggaggg ctttcaggtg cgattgatag gttgtgtaat ggatgtgagg aagcaacgtg
      181 ttccttctct catcagacag cctgttcatc aatcggagcg cctcgggcaa cagctttatg
      241 cggcaaagga cacccgtctt ctgcctgctg aacttcagcc aaagggcgcc ttcgtcgtcg
      301 cggacaagat gctcagggcg cagcgccatc agatcgcaat aggcggcgcc ggtgtaacag
      361 gcaaaaagaa acacatcgcg ggaggtctcc atatcctctt ccaaactgtc aaaatagagc
      421 gctttcagct tctccatcgc agccttgtcg agtgccttag gcgttttctt gtcccctcgc
      481 tctacgcgta ccttattaaa cagtaagacg tccgtcagcc cttcgcggta agcc
//
LOCUS       SEQF2638.1|AYYF01001131.1 957 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..957
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             1..114
                     /locus_tag="SEQF2638.1_00983"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLKTAKTRKQSTRTRRSRKKSAVDATVEAETTEGAAE"
     CDS             complement(261..527)
                     /locus_tag="SEQF2638.1_00984"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRHDLIRLIAELEANPMLGADLGNGFRKVRLAIKSKSSGKRGGA
                     RVITLTILFSTDEAEVGLLYIYDKSDRASISIKELNALKRESGL"
     CDS             complement(589..837)
                     /locus_tag="SEQF2638.1_00985"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MATVNLQTEQNDIIRRVLNIEDANILTQIKDFITVHAPEDDDYR
                     PMTKEEIMAELKEAFLVAKAAREGKVKGRPVEEFLSEL"
ORIGIN      
        1 atgctcaaga ccgccaagac gcgtaagcag tcgacaagga cacgtcgctc gcgcaagaag
       61 tcggccgttg atgccaccgt cgaggccgag accaccgagg gcgcagccga ataaattccc
      121 cccctcgatg aacgataata gctaatagat catctgcccg ctttcaccgt tagagacgga
      181 cagaagcaat aaggccgggg ccaacattcc tgaaacaatg gagtgcggct ccggccttcg
      241 ttatatccgg gggggagaga ctatagcccg ctttccctct ttaatgcgtt cagctctttg
      301 atcgaaatgc ttgcgcggtc agatttgtca tagatataga gcaaaccgac ctcagcctcg
      361 tcggtagaga ataggatggt aagcgtgatg acacgtgcgc caccacgctt acccgaggat
      421 ttcgacttaa tagcaagtcg caccttccga aatccattgc caagatcagc acccagcatt
      481 gggttggctt ccaattcagc gatcagtcga atgaggtcat gtctcaatga tttgtagcgt
      541 ttgagaagtc gttttgatgc tcgttcgaaa ggctgaagga tgataacctt acaattcact
      601 aagaaactcc tccaccggac ggcctttgac ttttccctcc cgtgctgctt tagctacgag
      661 gaatgcctct ttcaattcgg ccatgatctc ctctttggtc atcggcctgt aatcgtcgtc
      721 ctcaggcgca tgtacggtga taaaatcctt tatctgcgta aggatgttcg cgtcctcaat
      781 gttgagcaca cgacggatga tatcgttctg ctccgtctgt aaattaactg ttgccataat
      841 gattcgatgt gatgattagt agccgcaaag atctgtgaat gggggcgatg tcagtccatc
      901 ctctgagtgg tatttttctg cttttgtgtc ctgcctctcc tgccggtagg gtagggg
//
LOCUS       SEQF2638.1|AYYF01001132.1 230 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..230
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 agagtgacaa caatgcaagc aaccttatgt ttaaggatat ggttaatgtc gctcaaacag
       61 atagttttat agccacactc atttaggcat atctctcagc gagacagtat ggactgtggt
      121 tctgcatgtc tattaatgat tgtagagcat tacgggatca ttataaatca ggataaatta
      181 agacgagact gtgatatagg gagatccgga gtctcattgt taggtatcag
//
LOCUS       SEQF2638.1|AYYF01001133.1 295 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..295
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gccgccaaga gcaagtacaa gggcaccggc gcgggcaatc gagagcttga gaggttatag
       61 atagtattct atgctttatt aacacgtggg caaatcgcaa gaaatacaaa acgcattaca
      121 gataattaat ggcaatatct tcctcattta ggcatatctc tcagcgagac agtatggact
      181 gtggttctgc atgtctatta atgattgtag aacattacgg gatcattata aatcaggata
      241 aattaagacg agactgtgat atagggagat ccggagtctc attgttaggt atcag
//
LOCUS       SEQF2638.1|AYYF01001134.1 10989 bp   DNA    linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..10989
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             145..1179
                     /locus_tag="SEQF2638.1_00986"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKVSVILLNWNGRKLLEKFLPSVVAHTPSDVAEVVVADNGSTDD
                     SVAMLRERFPGVRLILLDRNYGFAEGYNRAIEQTTAEYTVLLNTDVEVTPGWLTAPLE
                     ELDADASVAAVQPKLLSRRDRSFFEYAGAAGGWIDRYGYPFCRGRVLSVVEEDRGQYD
                     TPADILWASGACLFIRTNVYRRVGGLDARFFAHQEEIDLCWRLRSRGYRLRCTPQSVV
                     FHVGGGTLHTESPYKTFLNFRNNLLMIYKNLPDRELPRVMRLRRVLDYFAALHFLLTG
                     HAKNALAVVRARREFRRLRPAYTPVRVENLRLSTLDPIPEQMNRSLLAAFYFKGQKQF
                     DQLMPCRIKN"
     CDS             1237..1482
                     /locus_tag="SEQF2638.1_00987"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METIVERKQTSFRLRTDLLKRMEKEASKENRSLNDFVESILMDN
                     MYFQPNETTLAAMREAESGVELEELDVDNFIEYVKSL"
     CDS             1479..1748
                     /locus_tag="SEQF2638.1_00988"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRLKQTGQFKKDLKRIQNNPRKLFSLNVVIDLLRETGTVPREY
                     YPHLLTGNYRGYMECHIGSDFLLIWIDEKEDVIKLVRLGSHSELF"
     CDS             complement(1834..5079)
                     /gene="tri1"
                     /locus_tag="SEQF2638.1_00989"
                     /EC_number="3.4.21.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q9RDE2"
                     /codon_start=1
                     /transl_table=11
                     /product="Tricorn protease"
                     /db_xref="COG:COG0793"
                     /translation="MKKRHLCTVICAALVAAAHGKADEARLLRFPTTNGNEIVFSYAG
                     DLYKVPATGGEARRLTAHPGYEMFPRFSPDGRTIAFTGQYDGNTEVYTIPADGGEPVR
                     LTYTSTNARDNLGDRMGPNNIVMAWTTDGARIVYRNRISDGFSGRLLTVSRDGGLSEA
                     IPLPEGGFCSYAPDGRRLAYNRVMREFRTWKYYKGGMADDVWIYDPDKKTVENVTHND
                     AQDIFPMWVGDEIYFLSDRDRTMNVFVYNTTTKETKKVTDFKDYDVKFPSTNGRLIVF
                     ENGGYIYRLDPATKKAEKVQITLASDNVYARSAIKDGGQYLRGAGLSPDGKRIVATAR
                     GEIFNLPVEKGVTKNLTRSPGAHDRSGAWSPDGKHIAYISDATGETELWMQPAEGGEP
                     IQLTKNNDTYIRNFSWSPDSRWIVYTDRKNRIRLVDVATKAVTEVMQDPRKEPSDVSF
                     SPDSRWLAYTRMADNQYDIIYVYRIADKQEYAVTDRWYDSGDPVFSTDGRYLIFSSTR
                     DFQPIYGSKEWNHVYGYTNGVYLALLSKDTPSPFLQKDDGAKADRKVEIKVEEGGKKK
                     EAAAEKKSEGVTVKVDGDGLTRRIVKLPLTADGYYGNFYSDGKRVYYSRKGNTYVFDL
                     EKQKEETVAEGAQMWVEPGGKKAGFFKGRQVYVTDIPTGKADLKDAVNTADMKITTDY
                     PKEWAQIFDESWRAFRDGFYLENMHGVDWKAIKAKYAALLPYVKNRQDLTYIIGEMIG
                     ELGCGHAYVTTGEIDAPKRVKMGLLGAKISRDKSGFFRIEEILPGETWDPTLRSPLAD
                     PGINAKVGQYIVAVDGVAANTVGDLYALLVGKANVPTELSLNDRPQMAGARRVVIRPL
                     ENEHPLYHYQWVQNNIAKVDKASGGKIGYIYIPDMGPEGLNEFTRYFYPQLDKEGLII
                     DDRANGGGNVSPMILERLSREPYRMTMRRGSIHNGTVPDAVQVGPKVCLINKYSASDG
                     DLFPWGFRALKLGKLIGTRSWGGIVGISSSLPFIDGQDLRVPFFTSYDMQGNWIIENH
                     GVDPDIRVDNDPIKEWNGEDEQLNRAIEEVMNQLKDRKPLPKTPAPRVWNK"
     CDS             complement(5347..5835)
                     /gene="dfrA"
                     /locus_tag="SEQF2638.1_00990"
                     /EC_number="1.5.1.3"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P11045"
                     /codon_start=1
                     /transl_table=11
                     /product="Dihydrofolate reductase"
                     /db_xref="COG:COG0262"
                     /translation="MITLIAALDEHNAIGLGNTLPWHLPADMKHFRSLTVGHTVLMGR
                     CTFDSLPKGALPDRRNVVLTAQSDLQCPGCLMVHSMDEALEVCRTADEAFIIGGREVY
                     RQFLPVADRLCLTRVHHVFPEADVFFPDVDWSLWREAERTDYAPDERNPYALTFATYL
                     RR"
     CDS             complement(5983..6777)
                     /gene="thyA2"
                     /locus_tag="SEQF2638.1_00991"
                     /EC_number="2.1.1.45"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P11044"
                     /codon_start=1
                     /transl_table=11
                     /product="Thymidylate synthase 2"
                     /db_xref="COG:COG0207"
                     /translation="MKQYLDLLDEVLREGTVKEDRTGTGTLSVFGRQLRFDLDQGFPL
                     LTTKQLHLKSIIYELLWFLSGDTNVRYLQEHGVRIWNEWADDRGDLGHVYGYQWRSWP
                     DYDGGSIDQIATIVDDIRRTPDSRRLIVSAWNVADLPRMNLPPCHLLFQFYVADGRLS
                     LQLYQRSADLFLGVPFNIASYALLLQMTAQVTGLRPGDFILTLGDAHIYRNHLDQVRL
                     QLSRTPRPLPRMELNPARRSLFDFCYDDFRLVGYDPYPHIAGQVSV"
     CDS             7182..7793
                     /locus_tag="SEQF2638.1_00992"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDNVFFTPYIGPNYPQGYKGKKILALGESHYINDDDEGRDHFHD
                     YPQLRHFTSDIVQRYLNYLSSRMNYRGWMGTYTKFARAFYNGNLSFAGIADFWSHTAF
                     YNYIQEPMANNRQTPPKKLFTECEAAFWEVVRDCRPDLIVVWGYRLWERLPFPKTPLT
                     DSLFQISATADDQPTRILPITHPSAPSFSYQTTYDLLSAALTE"
     CDS             7876..9294
                     /gene="ahcY"
                     /locus_tag="SEQF2638.1_00993"
                     /EC_number="3.3.1.1"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:A0A087WNH6"
                     /codon_start=1
                     /transl_table=11
                     /product="Adenosylhomocysteinase"
                     /translation="MVKESTEKLPYKVADINLADFGRKEIEIAEHEMPGLMALREKYA
                     GKKPLAGARITGSLHMTIQTAVLIETLVDLGADVRWASCNIFSTQDHAAAAIAAAGVP
                     VFAWKGETLEEYWWCTNEALSFPGGKGPNLIVDDGGDASLLVHRGYAAENDPTLLDRK
                     GSNKEEQVIIDLLKAVHAATPTRWHDMLKEMKGVSEETTTGVHRLYQMMERGELLVPA
                     INVNDSVTKSKFDNLYGCRESLADGIKRATDVMIAGKVVVVAGYGDVGKGCSHSMRSY
                     GARVLVTEIDPICALQAAMEGFEVTTMEEAVKEGNIFVTTTGNCDVITIDHMSQMKDQ
                     AIVCNIGHFDNEIQVDRLENFPGIVRLNIKPQVDKYTFPDGHSIFLLAEGRLVNLGCA
                     TGHASFVMSNSFTNQTLAQLDLWQKDYKPGVYCLPKYLDEEVARLHLARIGVKLSKLT
                     QKQADYIGVPVDGPFKSEIYRY"
     CDS             9512..10159
                     /gene="vraR_2"
                     /locus_tag="SEQF2638.1_00994"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q7A4R9"
                     /codon_start=1
                     /transl_table=11
                     /product="Response regulator protein VraR"
                     /translation="MTNVILVDDHELFRLGIRGSLKRADVCILGEAESGKQLFTLLKT
                     LKPDLIFLDIILPDTTGIDIARRLRDSFPEIKILILSAENTMETVSDLLRIGIDGFIS
                     KRRCNSIELAKAVRVIMEGENYYGRDISSLMYEIVAMKRKMGKEGPVLFSDREAEIIR
                     LSHEGLTAREIGERLYISRRTVETHKTHIFQKLGINNTHEMLQYAIRCGLISPDG"
     CDS             10257..10976
                     /gene="btuB_4"
                     /locus_tag="SEQF2638.1_00995"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01531"
                     /codon_start=1
                     /transl_table=11
                     /product="Vitamin B12 transporter BtuB"
                     /translation="MKRNFILSLLLCSGMAGAVQAQQAVPNETVDPSDVDTTLYLDEQ
                     VVVGHRMKRLSLFRLPVTLSETPLTMAIVDSKALRDLNITDLLQINKTTAGIRIMNNY
                     GGFHMFRARGMDGLVLLSNGIRDERAEIYSCAPTSSFVGVDRVEVIKGPSSALIGHSA
                     IGGIINVLYSQPSARTSVDARIAVGSWNTYTAQVGATGALSPTVNFRLDYTGIQSDGW
                     RDNTRRSNNVYAALDFRPSEW"
ORIGIN      
        1 acgagtgcag atgttcttag ccaagatcaa tcctctgcaa ctcttcgaac tggggctata
       61 gtgcggatta tgcgtcagcc ctgcagccgc cccgcagatt ggcctctcgg tttacttttg
      121 ccgccatcat ttacgaaccc atcaatgaaa gtatctgtca tccttttgaa ttggaacggg
      181 cgaaagttgc tcgagaagtt tctgccgtcg gtcgtggcgc atacgccgtc ggacgtggcc
      241 gaggtggtcg tagccgacaa cggttcgacg gacgactctg tggccatgct ccgcgagcgc
      301 ttccccggtg tccgcctcat cctgctcgac cgcaactatg gctttgccga gggttacaac
      361 cgggccatcg agcagaccac ggcggagtac acagtgctgc tcaacaccga cgtagaggtg
      421 acgcccggct ggctcacagc gccgctcgag gagttagacg ccgacgcctc ggtggcggcc
      481 gtgcagccca agctgctctc acgccgcgac cgctcgttct tcgagtatgc cggggcggcc
      541 ggtgggtgga tcgatcgcta cgggtatccc ttctgtcgcg ggcgtgtgct cagcgtcgtg
      601 gaggaggatc gcggacagta cgacacgccg gccgacatcc tttgggcctc gggcgcctgc
      661 ctcttcatcc gcaccaacgt ctaccgccgt gtgggtgggc tggacgcacg cttcttcgcc
      721 caccaggagg agatcgacct ctgttggcga ctccgctcgc ggggctatcg cctgcgctgc
      781 acgcctcagt cggtcgtctt ccacgtcggc ggcggcacac tccacacgga gagcccctac
      841 aagacgttcc tcaacttccg caacaacctg ctgatgatct acaagaacct gcccgaccgt
      901 gagctgcccc gcgtgatgcg tctacggcgc gtgctggact atttcgcggc gcttcacttc
      961 ctcctgacgg gtcacgcgaa gaacgccctg gccgtcgtcc gtgcccgccg cgagttccgc
     1021 cgcctgcgcc cggcgtacac ccccgtccgc gtcgagaacc tccgcctctc caccctcgat
     1081 cccatcccgg aacagatgaa taggtcgctg cttgcggcgt tttatttcaa gggacaaaag
     1141 cagtttgatc aattgatgcc gtgccggatc aagaattgaa gcgattgcct tatgggcata
     1201 cctttgcatc acatttacga taagcgataa acagtcatgg aaacgattgt agaaagaaag
     1261 cagacctctt ttcggttaag aaccgatctg ctgaaaagaa tggagaaaga ggcgagtaaa
     1321 gagaaccgga gcttgaatga ctttgtagaa agcatcctta tggacaacat gtattttcag
     1381 cccaacgaga ccacgctcgc ggcaatgcga gaggctgaga gtggcgtgga gttagaagaa
     1441 ctggacgtcg acaacttcat cgaatacgtc aagtcgttat gaaaaggctg aagcaaacag
     1501 gtcagtttaa gaaggacttg aagcggattc agaataatcc ccgaaagcta ttcagcttga
     1561 atgttgtgat agatctattg agagagacag gaactgtgcc acgagagtat tacccccatt
     1621 tattgacagg aaactatcga ggctacatgg agtgtcatat cggtagcgac ttcctgctca
     1681 tctggatcga tgagaaagag gacgtgatca agctcgttcg attgggaagc cattcggagc
     1741 tcttctaacg acctgtcctg catgcacaac acaaagggca cccccgacgt tcggaggtgc
     1801 ccttttcatt gtagatcact aatcatcgat cgatcacttg ttccataccc gcggcgcagg
     1861 cgtcttgggg agcggcttgc ggtccttgag ttggttcatc acctcctcaa tggcgcggtt
     1921 cagctgttcg tcttcgccgt tccactcctt gatcgggtcg ttgtctacac ggatatccgg
     1981 gtctacgccg tggttctcga tgatccaatt accctgcata tcgtagctcg taaagaaggg
     2041 cacgcgcagg tcttgtccgt cgatgaatgg caacgagctg ctgatgccta cgatgccacc
     2101 ccacgaacgc gtaccgatca gcttgcccag cttcagggcg cggaagcccc acgggaagag
     2161 gtcgccgtcg gaagccgaat acttgttgat gaggcacacc ttcgggccca cctgcacggc
     2221 atcgggcacg gtgccgttgt ggatcgatcc gcggcgcatc gtcatccgat acggttcgcg
     2281 ggagaggcgc tcgaggatca tcggcgagac gttgccgcca ccgttggcgc ggtcgtcgat
     2341 gatgagtccc tccttgtcga gctgcgggta gaagtagcgc gtgaactcgt tcagcccctc
     2401 cggacccatg tcggggatat agatgtagcc gatcttaccg cccgaagcct tgtccacctt
     2461 ggcgatattg ttctgcaccc attggtaatg gtagagcgga tgctcgttct ctaacggacg
     2521 gatcaccacg cggcgtgcac cggccatctg cgggcgatcg ttgagcgaaa gctccgtcgg
     2581 cacattggcc ttacccacca gcaaggcgta gaggtcgccg accgtgttcg ccgcgacccc
     2641 gtcgacggct acgatgtact ggcccacctt ggcgttgatg cccggatcag caagcggcga
     2701 gcggagcgtc ggatcccacg tctcgcccgg caggatctcc tcgatacgga agaagccact
     2761 cttatcgcgc gagatcttgg cgccgagcag tcccatcttc acgcgcttcg gggcgtcaat
     2821 ctcgcccgtc gtcacgtagg catgaccgca acccagctcg ccaatcatct caccgatgat
     2881 atacgtcaag tcctggcggt tcttcacgta gggcagcagg gcggcatact tggccttgat
     2941 cgccttccag tccacgccat gcatgttctc gagatagaag ccgtcgcgga aggcccgcca
     3001 cgactcatcg aagatctgcg cccattcctt cggatagtcc gtcgtgatct tcatgtccgc
     3061 cgtgttgacg gcgtccttca gatcggcctt acccgtgggg atgtccgtga cgtacacctg
     3121 acggcccttg aagaagccgg ccttcttgcc gcctggctcc acccacatct gggcgccctc
     3181 ggccacggtc tcctccttct gtttctccag gtcgaagacg tacgtgttgc ctttgcggga
     3241 gtagtagacc ctcttgccgt cggagtagaa gttgccgtaa tagccatcgg cggtgagcgg
     3301 cagtttgacg atgcgtcgcg tcaggccgtc gccgtccacc tttacggtca caccttcaga
     3361 cttcttttcg gcggcagcct ctttcttctt gccgccctct tccaccttga tctccacctt
     3421 ccgatcagcc tttgcgccgt catccttttg caggaagggc gagggagtat ccttcgacag
     3481 cagcgcgagg tagaccccat tcgtgtagcc gtagacgtgg ttccattcct tcgagccgta
     3541 gatgggctgg aagtcgcgcg tggagctgaa gatgaggtag cggccgtcag tgctgaagac
     3601 gggatctccg gagtcgtacc agcggtcggt gacggcgtac tcctgtttgt cggcaatgcg
     3661 atagacgtag atgatgtcgt actggttatc ggccatgcgg gtgtaggcca gccagcggct
     3721 gtcgggcgag aaggagacgt cggacggctc cttgcgcgga tcttgcatca cctcggtcac
     3781 ggccttcgta gccacgtcga cgaggcggat gcggttcttg cggtcggtgt agacgatcca
     3841 acggctgtcc ggactccaag agaagttgcg gatatacgtg tcgttgtttt tcgtcagctg
     3901 aatcggttcg ccaccctcgg cgggctgcat ccatagctcc gtttcgccgg tggcgtcgga
     3961 gatgtaagcg atgtgtttgc cgtcgggcga ccaggcgccg ctgcggtcgt gtgcgccggg
     4021 cgaacgggtg aggtttttcg tcacgccctt ctctacgggc aggttgaaga tttcgccgcg
     4081 agccgtggcc acgatccgtt tgccgtccgg cgaaaggcct gcgccgcgca ggtattggcc
     4141 gccgtccttg atggcgctgc gggcgtaaac attgtccgac gccagcgtga tctgcacctt
     4201 ctcggccttc ttcgtggccg ggtcgaggcg gtagatgtag ccgccattct cgaagacgat
     4261 cagccggccg ttggtggagg ggaacttgac gtcgtagtcc ttgaagtcgg tcaccttctt
     4321 cgtctccttc gtcgtcgtgt tgtagacgaa gacgttcatc gtgcggtcgc ggtcagagag
     4381 gaagtagatc tcgtcgccca cccacatggg gaagatgtct tgggcgtcgt tgtgggtcac
     4441 gttctccacg gttttcttgt ccgggtcgta gatccagacg tcgtcggcca tgccgccttt
     4501 gtaatacttc cacgtgcgga actcacgcat cacgcggttg taagccagac gtcggccgtc
     4561 gggcgcgtag ctgcaaaagc cgccctcggg cagggggatc gcctcggaga gtccgccgtc
     4621 acgactgacg gtgaggagtc ggccgctgaa gccgtcgctg atgcggttgc gatagacgat
     4681 gcgcgcgccg tccgtggtcc aggccatgac gatgttgttc ggccccatgc ggtcgccgag
     4741 gttgtcgcgg gcgttggtcg aggtgtaggt caggcgcacc ggctcgccgc cgtcggcggg
     4801 gatggtgtag acctccgtgt tgccgtcgta ctggccggtg aaggcgatcg tgcggccgtc
     4861 gggcgagaag cgcggaaaca tttcatagcc cgggtgcgcc gtcagccgtc gggcctcgcc
     4921 gcccgtagcg ggcactttgt ataaatcacc ggcatacgag aagacgatct cattgccatt
     4981 cgtggtcggg aagcgcaaga ggcgcgcctc gtcggccttt ccatgcgcag ccgccacgag
     5041 cgccgcgcaa atcacagtac ataggtgtct ctttttcatt ttgagtgttt gatatttgat
     5101 tgcggacaaa gatagagcgg gtagttagat ggataaggtg tcgatcgggg catcttttca
     5161 cccgaaacga ctaaaaagag gtttgcagcc atttcgggtc accagaaacg actaaaaaga
     5221 agtttgcagc cgtttcgggt caccagaaac gaccaaaaag tagtttgcgg ccatttcggg
     5281 ccacccgaaa tgaccaaaaa gaggtttgca gccgtttcgg gtgaaaagat agctctgccg
     5341 aggcctttac cgccggaggt atgtggcgaa tgtgagcgcg taggggttac gctcgtcggg
     5401 ggcgtagtcg gtacgctccg cctcgcgcca gagactccaa tcgacgtcgg ggaagaagac
     5461 gtcggcctca gggaagacgt gatgcacgcg tgtgaggcag aggcgatcgg ccacgggaag
     5521 gaactggcgg tagacctcgc ggccgccgat gatgaaggcc tcgtccgcgg tgcggcagac
     5581 ctcaagcgcc tcgtccatgc tgtgcaccat gaggcagccg gggcattgaa ggtcggactg
     5641 agcggtgagg acaacgttgc ggcggtcggg cagggcgccc ttgggcaggg agtcgaacgt
     5701 gcaacggccc atgaggacgg tgtggcccac ggtgaggctt cggaaatgct tcatatcagc
     5761 aggcaaatgc cacggcaggg tgttgcccag gccgatggcg ttgtgctcgt caagagcggc
     5821 aataagagtg atcatatagg ggtagtaaag ggtagtcaga agtagttaga ggggagttaa
     5881 ggggaagtta gaggaaggca gaggggagac agagggggct tatcgtcaga ctacttctga
     5941 ctactcttta actaccctct gactaccctc tgcctacctt atttataccg agacctgtcc
     6001 ggcgatatgg ggatacggat cgtagcccac gaggcggaag tcgtcgtaac agaagtcgaa
     6061 aaggctgcgg cgcgcggggt tcagctccat gcggggcaga gggcgcggcg tgcgggagag
     6121 ttgcaggcgc acctggtcga ggtggttgcg atagatgtgg gcgtcgccga gggtgaggat
     6181 gaagtcgccc ggacggaggc cggtgacctg cgccgtcatc tgtagcagca gggcgtaaga
     6241 ggcgatgttg aacggcacac cgagaaagag gtcggcgctg cgctggtaga gctgtaggct
     6301 gaggcgcccg tcggcgacgt agaactggaa gagcaggtgg cagggcggca gattcatgcg
     6361 cggcaggtcg gccacgttcc aagcactgac gatgagccgg cgtgagtcag gcgtgcggcg
     6421 gatatcgtcc acgatggttg cgatctgatc gatcgacccg ccgtcgtagt cgggccagga
     6481 gcgccactga tagccgtaga cgtggcccaa gtcgccgcga tcgtcggccc actcgttcca
     6541 gatacgcacg ccatgctcct gaaggtatcg tacgttcgtg tcgccgctga ggaaccagag
     6601 tagttcgtag atgatggatt tcagatgcag ctgcttcgtc gtcaacagcg ggaatccctg
     6661 gtcgaggtcg aaccgcagct gccggccaaa cacactgagg gtgcccgtgc ccgtgcggtc
     6721 ttctttcacc gttccctctc ggagcacctc gtcgagtaga tccaaatatt gcttcatgtc
     6781 ggagtgtcta ttataaatga tcggagggcg caaagaaagg ggaaggccgt gagcccagat
     6841 agaaggcgct tggggagacg cccctccgcg gcattcgctc ccgtcacggc cacgtgccaa
     6901 agtcgtatgt ccagcctttc atttcccttt ttctcagccg atcaaacctt aaaagtcccc
     6961 aaaaactggc ctccctatga accttcacca ttcgggagcg ttttatgttc gaaggtcggg
     7021 cggttaaccc cccggccggt tatagataaa tagttgtttg ttttagttga tttgaagaaa
     7081 ggtcagactg tgaagcccga ccttttttta tgtccatacc cctgcgactt tctacatcta
     7141 acgcggattt tacctttgcc ccatcaaaca acattaccca tatggacaac gtatttttca
     7201 ccccctacat cggccctaat tacccgcagg gttacaaagg caaaaagatc ctcgccctcg
     7261 gcgagagcca ttacattaac gatgacgacg aaggccgcga ccattttcac gactatcccc
     7321 agctgcgcca cttcacgagc gacatcgtcc agcgttacct caactatctc agtagccgaa
     7381 tgaactaccg aggttggatg ggcacctaca ccaagttcgc ccgtgccttc tacaacggca
     7441 acctttcctt cgcgggcatt gccgacttct ggagccacac cgccttctac aattacatac
     7501 aggagcccat ggccaacaac cgccaaacac cgccgaaaaa gctgttcaca gaatgtgagg
     7561 cggccttctg ggaggtggtg cgcgactgtc ggccggacct catcgtcgtc tggggctatc
     7621 gcctctggga gcgcctgccg ttccccaaga caccgctcac ggacagcctc ttccagatca
     7681 gcgccacggc tgacgatcag cccacacgca tcctccccat cacgcacccc tcagccccca
     7741 gtttctccta tcaaacgacc tacgatctgc tttccgccgc actgacagag taatcagggg
     7801 ccccgtcgcc cctcccagct ttattctact ttcgcggcca attcattcaa aaacaaaaca
     7861 gagaaaggcc atatcatggt aaaagaatca acggaaaagc tgccctacaa agtggcagac
     7921 atcaatctgg ccgacttcgg ccgtaaagag atcgagatcg cagaacacga aatgccgggc
     7981 ctcatggccc tgcgcgagaa atacgctggg aagaaacccc tggccggcgc acgcatcacg
     8041 ggctcgctcc atatgaccat ccagaccgcc gtcctcatcg agacacttgt cgatctgggt
     8101 gccgacgtac gttgggccag ctgcaacatc ttctccaccc aagaccacgc cgccgcagcc
     8161 atcgccgccg ccggtgtacc cgtcttcgcg tggaagggtg agacgctcga ggaatactgg
     8221 tggtgcacga atgaagcgct cagcttcccc ggcggcaagg gtccgaacct gatcgttgac
     8281 gacggtggcg acgcctccct gcttgttcac cgtggctatg cagccgaaaa cgatcccacg
     8341 ttgctcgatc gcaagggcag taacaaagag gaacaggtga tcatcgacct cctcaaggcc
     8401 gtacacgccg ccactccgac gcgctggcac gacatgctga aggagatgaa gggtgtatcc
     8461 gaagagacta ccacgggcgt gcatcgcctc tatcagatga tggagcgcgg cgaactgctc
     8521 gtgcctgcca tcaacgtgaa cgactccgtg acgaagtcga agtttgacaa cctctacggc
     8581 tgccgcgaat ccttggccga cggtatcaag cgcgctacgg acgtgatgat cgccggtaag
     8641 gtggtcgtcg tggctggcta cggcgatgtg ggcaaaggct gctcacactc catgcgctcc
     8701 tatggcgccc gtgtgctcgt taccgagatc gaccccatct gcgccctgca ggccgctatg
     8761 gaaggcttcg aggtaaccac gatggaagaa gccgtgaagg agggtaacat cttcgtcacc
     8821 accaccggca attgcgacgt catcaccatc gaccacatga gccaaatgaa ggatcaggcc
     8881 atcgtctgca acatcggcca cttcgataat gagatccagg tagaccggct ggagaacttc
     8941 cccggcatcg tccgcctcaa catcaagccg caggtcgaca agtacacctt ccccgacggt
     9001 cactccatct tcctcttggc tgaaggccgc ctcgtgaacc taggttgcgc caccggccac
     9061 gcatcgttcg tgatgagtaa ctccttcacc aaccagacgc tcgcccagct tgatctctgg
     9121 cagaaggact acaagccggg cgtctactgc ctgcccaagt acctcgacga ggaagtggcc
     9181 cgcctgcact tggctcgcat cggcgtcaag ctctcgaaac tgacccagaa gcaagccgac
     9241 tatatcggtg tccctgtcga cgggccattc aaatccgaga tttaccggta ttgacacggt
     9301 gttgtctgta ctgttaattt gtttaattgt ttaattgtta gttgttggag gtcgggcatt
     9361 ggacgtgagt cccgtgcccg acccattttt tatccctaca tcccgcgatt gaagcgcggc
     9421 aaacgtcctg tgtatcggca cttttctcag caaggaaaag ctatattttt gcgacccgat
     9481 tgtaatgtaa gacaacgaga accggccgat tatgaccaac gtgatattag tggacgacca
     9541 cgagctcttc cggctcggca tacgcggatc gctcaagcgg gcagacgtct gcatcctggg
     9601 cgaggccgag agcggcaagc aactcttcac cctgctcaag acgttaaagc ccgacctcat
     9661 ctttctcgac atcattctgc ccgacacgac cggcatcgac atcgcccgac ggctacggga
     9721 ctcctttcca gaaatcaaga tcctcatcct ctccgctgag aatacgatgg agaccgtcag
     9781 cgacctgctc cgcatcggca tcgatggctt catcagcaag cggcgctgca actccataga
     9841 gctggctaag gccgtcaggg tgatcatgga gggcgagaat tattacggac gcgacatctc
     9901 gtcgctgatg tacgagatcg tggccatgaa gcggaaaatg ggcaaagagg ggcccgtgct
     9961 cttctccgac cgcgaagccg aaatcatccg cctatcgcac gaaggactga ccgcacgcga
    10021 gatcggcgaa agactctaca tcagccgtcg caccgtcgag acccacaaaa cgcacatctt
    10081 ccaaaagctc ggcatcaaca acacccacga aatgctccag tacgccatcc gatgcggcct
    10141 tatcagcccc gacggctgag gcttcgtgga gtcttcatta ctacacacac cacacacgga
    10201 gatcagaaga atttttctcc atacataaac attacacaca ctaaaaatca accgaaatga
    10261 aaaggaactt catcctgagt ttgcttttgt gttcggggat ggcgggcgcc gtacaggcgc
    10321 agcaggccgt accgaacgag accgtcgacc cttctgacgt cgacaccacc ctctatctcg
    10381 acgagcaggt cgtcgttggg caccgcatga agcggctgag cctcttccga ctgcccgtga
    10441 ccctctccga gacgccgctg acgatggcca tcgtcgactc taaggcgctg cgcgatctga
    10501 acatcaccga cctcttgcag atcaacaaga caacggccgg tatccgcatc atgaacaact
    10561 acggcggctt ccacatgttc cgcgcacgcg gcatggatgg cctcgtactg ctctcgaatg
    10621 gtatccgtga cgagcgtgca gagatctatt cctgcgcacc gacttcatcg ttcgtcggtg
    10681 tagaccgcgt ggaagtgatc aagggtccgt cgtccgcact gatcggacac tcggccatcg
    10741 gcggcatcat caacgtgctt tacagccagc cctcggcccg cacatcggtc gatgcacgca
    10801 tcgctgtggg cagctggaac acgtacacgg cacaagtggg agctaccgga gccctctcgc
    10861 ccacggtcaa cttccgcctc gattacaccg gcattcaaag tgacggctgg agggacaaca
    10921 cccgccgatc gaacaacgtc tacgcggcgc ttgacttccg gcccagcgag tggtagtact
    10981 cgatgatgt
//
LOCUS       SEQF2638.1|AYYF01001135.1 314 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..314
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 atcgtttcga tgtacgcatt gacggccgaa cctaactcgc ccgcctctgt ctttgtgaca
       61 ggttcgtcgg cacttttcca cagtgtaagc agcagcgtac agatgctttc gcgcttctcc
      121 acgtcgaaca cgtagtcgtc ggtgtagaag gggttgaagg agatcggctg ggcatcggtg
      181 tatgtgaaat aaatcccgtc tgcacccttt gtctttcggt tgatcaggcc gcaaagcccc
      241 tcgtaggagt tgcccgtgtc gacgagcagc acgtgcgcgc cttgctcgta atactgccgc
      301 accatgtggt tcgt
//
LOCUS       SEQF2638.1|AYYF01001136.1 5385 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..5385
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             188..1147
                     /gene="tkrA"
                     /locus_tag="SEQF2638.1_00996"
                     /EC_number="1.1.1.79"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P58000"
                     /codon_start=1
                     /transl_table=11
                     /product="Glyoxylate/hydroxypyruvate reductase B"
                     /translation="MAKILVAFDTVSEGFEALTSEHEVIFPPRGRDFTQAEIAERIGD
                     CDVLCSVFDIPVGRDLIDCGHSLKLIANYAVGYNNIDTAYAAEKGIVVTNTPRSVIEP
                     TADLALALLLSCSRRIAEWDRAFRRDRDAIEHGRLCRLGVNLYGKTLGILGYGNIGAA
                     VARRCQAFGMTVLYNKRTRYSEAEERERGITYAEKDEVIRRADVLSLHTPLTPETRHL
                     IGARELAMMKPTAILINTARGAVVDEPALVAALKEGRIAAAGLDVFEQNDVPSPELFE
                     LENVSLTPHIGTQTYDSRVEMVHELCNNVIGFLRGDRKIDRVN"
     CDS             complement(1228..1521)
                     /locus_tag="SEQF2638.1_00997"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRVNAQSIGEILREFFAQNPEIGRRLDEVRLVHAWREMLGPGV
                     AQATHEVYVRGATLHVVLDSAVLRSELMMWRDRLVRTLNERVGTDVIREIRFR"
     CDS             complement(1518..2624)
                     /gene="recF"
                     /locus_tag="SEQF2638.1_00998"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P9WHI9"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA replication and repair protein RecF"
                     /db_xref="COG:COG1195"
                     /translation="MILNKLSVLNYKNIQQADIVCSPKINCFFGNNGMGKTNLLDAIY
                     YLSFCKSHVYTTEERLLRRGEDLCVLQGEYLFGDRTESIFFALPRGQRKQFKRNQKPY
                     PRLSDHIGLLPLVMISPSDAELIRGGSDERRRWMDMILSQYDGLAMHALIRYNKALQQ
                     RNRMLREQSTDTALYEVLEMQLAQHGRLIFDARTRLIEEFLPFFDEYYRAIGRDDEAV
                     GLRYISQLQTVSLEEELARHRERERREVGYTTTGIHKDDLEMTLDGLPIRHLGSQGQN
                     KTCLVALKLAQYSFLSAKNATLPILLLDDIFDKLDATRVEHIVRLVGEERFGQIFITD
                     TNRKYLDSILESIRKEYAMFHVDAGMVTAMEEGR"
     CDS             2785..3477
                     /locus_tag="SEQF2638.1_00999"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAKKTTNEEKEIEVEEIVSRSEQFIEKHKQKIIAGISAIAVVVG
                     LILAYHYLYAKPQAEKAKLAIFKGEQYLAMDSFALALNGNGVDYDGFEAIIDRFGGTK
                     TGNLAKAYAGICYYHLGDPEKAIQRLKAYKGDDAQIAPTIIGLIGDCYVTTGNTKEGI
                     SYFEKAASKANNDLISPIYLKKAGLAYESLKQYPDALKAYETIRDKYNQSMEAMDIDK
                     YITRVKLLSESK"
     CDS             3490..3993
                     /gene="ribH"
                     /locus_tag="SEQF2638.1_01000"
                     /EC_number="2.5.1.78"
                     /inference="ab initio prediction:Prodigal:002006"
                     /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            4026..4110
                     /locus_tag="SEQF2638.1_01001"
                     /product="tRNA-Tyr"
                     /inference="COORDINATES:profile:Aragorn:001002"
                     /note="tRNA-Tyr(gta)"
     tRNA            4147..4220
                     /locus_tag="SEQF2638.1_01002"
                     /product="tRNA-Gly"
                     /inference="COORDINATES:profile:Aragorn:001002"
                     /note="tRNA-Gly(tcc)"
     CDS             4391..5038
                     /locus_tag="SEQF2638.1_01003"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P67143"
                     /note="UPF0056 inner membrane protein YhgN"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDTSLLSFALLCFTSFFTLTNPLGTMPVFLTMTNGLDERQRRAI
                     VRRATIVAFITVLVFTFSGQFLFKFFGISTNGFRIVGGVIIFKVGFDMLQARYTSLRL
                     KKEEIKTYANDISITPLAIPILCGPGAIANAIVLMQDAHTLEMKGVLIGVIAFIYLFA
                     YVILGFSTHLVRFLGETGNNVMMRLMGLILMVIAVECFVGGARPILVEILREGLR"
ORIGIN      
        1 agctcggaaa gtcgattcca cgagtgcaga tgttcttagc caagatcaat cctctgcaac
       61 tcttcgaact ggggctatag ttcggattat gcgtcagccc tgtaaggagc atgcagagct
      121 gggacttttc tgcttctttt gcgtggacag aaaacagatg gtttaaccga taaacacaag
      181 aaagaaaatg gcaaagattt tagtggcatt cgacacggta agcgaaggct tcgaagcgct
      241 tacctctgaa catgaagtga ttttcccgcc tcgtgggcgc gactttacgc aggccgagat
      301 cgccgaacgc attggcgatt gcgatgtgct ctgctccgtt tttgacatcc ccgtcggccg
      361 tgacctgatc gactgcgggc attcgctcaa gctgattgcg aactacgccg tgggctacaa
      421 caacatcgac acggcctatg cggccgagaa ggggatcgtg gtgacgaaca cgccgcggtc
      481 ggtgatcgaa ccaacggccg acttggcgct ggcgctgctg ctgagctgct cgcggcgcat
      541 cgcggagtgg gatcgtgcct tccgccgtga tcgcgatgcg atcgagcacg gacgactctg
      601 ccgactcggc gtcaacctct acggtaaaac gctcggcatc ctgggctatg gcaatatcgg
      661 tgcggctgtg gcgcggcgct gccaggcctt cggcatgacg gtgctttaca acaaacgcac
      721 ccgttacagc gaggccgagg agcgtgaacg gggcatcacg tatgcggaga aagacgaggt
      781 gatccgtcgc gccgatgtgc tgtcgcttca cacgccgctg acgcccgaaa cgcgccacct
      841 gattggcgcc cgcgagctgg cgatgatgaa gcctacggcg atcttgatca atacggcgcg
      901 tggggccgtg gtggatgaac ctgcactggt ggccgcactc aaagaggggc ggatagccgc
      961 cgcgggtctc gatgtattcg agcagaacga cgtgccttcg cccgagcttt tcgagctgga
     1021 aaacgtctcg ctcacgccgc acattggcac gcagacgtac gactcgcgcg tggagatggt
     1081 gcatgagctg tgcaataacg tcatcggctt cctgcgtggg gatcggaaga ttgatcgcgt
     1141 gaactgatct ctttgggagc gttcatcaaa caccggctgc tttccgcttg agaaggggag
     1201 ggcggccggc gttgtgttgg gtgggggcta ccgaaaacgg atctctcgga tgacgtcggt
     1261 gcccacccgc tcgttgagcg tgcggacgag gcggtcgcgc cacatcatca gttcgctgcg
     1321 caggacagcg gagtcgagca caacgtgcag cgtggcgcct cgcacgtaga cttcgtgcgt
     1381 agcctgcgcc acgcccgggc cgagcatctc gcgccaggca tggacgaggc gtacctcgtc
     1441 taatcgacga ccgatctcgg ggttttgggc aaaaaactca cggagaatct cgcctatgga
     1501 ttgggcgttg acgcgtttca tcggccttcc tccatggccg tcaccattcc tgcgtcgacg
     1561 tggaacatgg cgtactcctt gcggatagac tcgaggatgc tatctaagta tttgcggttg
     1621 gtgtcggtga tgaagatctg cccaaatcgc tcctcgccaa caagccggac gatgtgttcc
     1681 acgcgcgtgg catccagctt gtcgaatata tcgtcgagta gtaaaatcgg cagcgtagcg
     1741 ttcttggccg agaggaaaga gtattgcgcg agcttgaggg ccacgaggca cgtcttgttc
     1801 tgtccctgcg aaccgaggtg gcggatgggc aggccgtcga gtgtcatctc cagatcgtct
     1861 ttgtggattc ccgtcgtggt atagcctacc tcacgccgct cacgctcgcg gtggcgtgcc
     1921 agctcctctt ccaagctgac cgtctgtaac tgcgagatgt agcgcaaccc cacggcctcg
     1981 tcgtcccgcc cgatggcgcg atagtactcg tcgaagaagg ggaggaactc ctcaatgagg
     2041 cgggtgcgag catcaaagat cagtcggccg tgttgcgcga gctgcatctc cagcacctcg
     2101 taaagggcgg tgtcggtgct ctgttcgcga agcatacggt tgcgttgttg cagtgccttg
     2161 ttgtagcgga tgagggcatg catggcaaga ccgtcatatt gcgagaggat catatccatc
     2221 caccgtctcc gctcgtcgct ccctccgcga atcaactccg catccgacgg cgagatcatc
     2281 accagcggca gcagtccgat gtggtccgac agccgcgggt aaggcttttg gttgcgcttg
     2341 aattgcttgc gttggccgcg tgggagggcg aaaaagatgg actcggtgcg gtcgccaaag
     2401 agatattcac cctgcagcac gcagagatcc tcgcctcgcc ggaggagtcg ctcttcggtg
     2461 gtgtagacgt ggctcttgca gaaggagaga taatagatgg cgtcgagcag attggtcttg
     2521 cccataccat tattgccgaa gaagcagttg atcttcggcg agcaaacgat gtcagcctgc
     2581 tggatgttct tatagttcag gacggagagc ttgttcaata tcatacgaat aaataggtag
     2641 gggggaatat ggagggtgct gtgtgcgggg gcaaaaataa attgaggaga gaccgaagta
     2701 ggcctttcgg gtaaaaaatt acttttgcgc ctcgaatttc aagaagcaaa aacgaatagt
     2761 aaacagaaag aaaaaaggat cgttatggcg aaaaagacaa caaacgagga gaaggaaata
     2821 gaagtagaag aaatcgtttc ccgatcggaa cagtttattg aaaagcataa gcagaaaatc
     2881 atcgccggga tatcggccat agctgttgtg gtcggcctca ttttggccta ccactacctc
     2941 tacgccaagc cgcaagccga gaaggctaag ctggccatct tcaagggcga gcaatatctg
     3001 gccatggact ctttcgcctt ggcgctgaac ggaaacggtg tcgactacga cggtttcgag
     3061 gccattatcg atcgctttgg tggcaccaag accggcaatc tggccaaggc ttacgctggt
     3121 atctgctact atcacctcgg cgatcccgaa aaagccattc agcgactcaa agcctacaag
     3181 ggtgacgacg cccaaatagc tcccaccatc atcggattga tcggcgattg ctacgtcacc
     3241 acgggcaaca cgaaggaagg catcagctac ttcgagaaag ccgcatcgaa agccaacaac
     3301 gacctgatca gccccatcta cttgaagaag gccggcctcg cctacgagtc cctcaagcaa
     3361 taccccgacg ccctgaaggc ctacgagacc atccgcgaca aatacaacca gtcgatggag
     3421 gcaatggaca tcgataagta catcactcgc gtcaaactcc tctccgaatc caaataagac
     3481 cccggaagca tggcaactat ctatcacaac ttgtcggaat acgacttcga gaccgtcccc
     3541 gatgcctccg aaatgcgctt cgggatcgtg gcctcagagt ggaatcagaa cgtcaccgaa
     3601 aaactcttgg aaggcgcctg caacacgctg gagcgtcatg gcgccaagca ggaaaacatt
     3661 cacatcgagc gcgtgcctgg tagcttcgag ctcactttcg gcgccaagat gatggcccag
     3721 tcgcaggacg tcgacgtcgt gatcgtcatc ggttgcgtca ttcggggcga tacgccgcat
     3781 ttcgactacg tctgttcggg ggtgacacag ggtgtcactg ggctgaacct cgagggcgac
     3841 atccccttca tcttcggcat gctcacgacc gagaacctca agcaagccga agatcgctgt
     3901 ggcggtcgct acggcaacaa aggcgatgag gcggcggtga ccgccattaa aatggtcgat
     3961 ttcgctcgcc ggatttgcac ggctcgaaaa tagatctacc tttgcgccgc atttgacaga
     4021 aaaacgggca gttaccagag tggccaaatg gggcagactg taaatctgct ggcttacgcc
     4081 ttcggtggtt cgaatccatc actgcccacc ccactggggg atgaaaagtt gtcgcaatgc
     4141 aaccatgcgg aagtagctca gttgatagag cattagcctt ccaagctgag ggtcgcgggt
     4201 ttgagccccg tcttccgctc ttttaagttt aatagatttg ggtggcagag gctttacaaa
     4261 acgattttgt agagcctctg ttttttagta tccagatcat agcccgacct tccgcctgag
     4321 cacagagcaa ctaccctcag gccgatccgt acgaaataca gccagagaaa atcatcaaac
     4381 aacacccctc atggatactt cactgctctc cttcgcactg ctctgcttta catcgttctt
     4441 cacgctgacg aacccgttgg gcaccatgcc tgtctttctg accatgacga acggcctgga
     4501 cgagcgtcag cgccgtgcca tcgtccgtcg tgccaccatc gtggccttta tcaccgtgct
     4561 ggtcttcacc ttttcgggcc aattcctctt caaattcttc ggtatttcca cgaatggctt
     4621 ccgcatagtc ggtggcgtga tcatcttcaa agtcgggttc gacatgctcc aagcgcgcta
     4681 cacctcgctg cgcctcaaaa aggaggaaat caagacctac gccaacgata tctccatcac
     4741 gccactggct atccccatac tctgtggccc cggcgccatc gccaacgcca tcgtgctaat
     4801 gcaagacgcc cacacgctcg agatgaaagg cgtgttgatc ggcgtcatcg ccttcatcta
     4861 cctctttgct tacgtcatcc tcggcttctc cacccacttg gtgcgttttc tgggggagac
     4921 cggcaacaac gtcatgatgc gactcatggg cctgatactg atggtcatcg ctgtggagtg
     4981 tttcgtgggt ggtgcccggc cgatcttggt cgaaatcttg cgagaaggcc tcagatagct
     5041 gtgcccagac gttgagactc tcgttataga ttgttgtcga ggcgtttttt ctgcggttac
     5101 accctcaccc cctgagggga taggggcgtc atcgtgaaaa aacgcctcgt cccctgaggg
     5161 gataggggtg tcatcgtgaa aaaacgcctc gtcccctgag ggggtgaggg tgtcatcgtg
     5221 aaataacgcc ttatcccctg aggggataga ggtgtcatcg tgaaaatggc tctcatcccc
     5281 tgaggggata ggggtgtaat cgtaaaaatg gctcccatcc cctgagggga taggggtgtc
     5341 atcgtgaaat aacgcctcat cccctgaggg gataggggct gtctc
//
LOCUS       SEQF2638.1|AYYF01001137.1 536 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..536
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             10..195
                     /locus_tag="SEQF2638.1_01004"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRGQVIRSVRTPFVPRQESDKKTVAKSFVHSGEANSPVERSKFS
                     RIVSTTSSVSCRSRKAA"
ORIGIN      
        1 actgccccga tgcgcggcca ggtgatccgc tccgttcgga cgcccttcgt gccgaggcag
       61 gagagtgaca aaaagacagt agcaaagagc ttcgtccaca gcggcgaggc gaacagcccg
      121 gtggaacggt cgaagttcag caggatagtg tcgacgacct caagcgtgag ctgccggtcg
      181 cggaaggccg cgtagcagaa ccagtacgcg tgcatggcgg tgaaaaggat tgcgatcgct
      241 cgcatgaggt ccatcgtctt ggcgaggcct ctcaaatcat cttcgttttg catggggtgt
      301 tggtgtgaat ttgtttggct ttctattgat tctaagtgtt ttatgaatgg tctccttctt
      361 aaaaaggaag gctaaactct ggagggttta gtgctccgac gaccgtcgaa gagcaaaacc
      421 ctcggggttc agtgctccga cgagcgtcga agagcaaaac cctcggggtt cagtgctccg
      481 acgaccgtcg aagggcaaaa ccctcggggt tcagtgctcc gacgaccgtc gaaggg
//
LOCUS       SEQF2638.1|AYYF01001138.1 359 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..359
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 atgggcgact cgaaaatccc atttgaggaa ctatgaacgt caaagaagaa atcctacaac
       61 gcaccaacag ggggttggac attttctact tctatatgcc catcaacttt gtccctaagc
      121 gtaacttccg gaaccctcta tatgacgaca aacgggcttc atgcaacatc tatctcgacg
      181 ccaagtcaga ctgttatcgg atgaaagact tcgggaatga cctctactcc ggcgattgct
      241 tttggttcgc tgcgaccatg cagggactcg atgcgcacac ggagtttatg caggtcttag
      301 aaaccatcat ccgagatcta caactgagta tttcacttcc cggaaaagca cgtagtgct
//
LOCUS       SEQF2638.1|AYYF01001139.1 463 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..463
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 caggccggca cacacaacca agccatcatg gagttcggcg ccctgcagtg cgtcccccgc
       61 aaccccgatt gcagcgtctg cccactcgtc gcgcgttgcg ccgcccatgc cgccggaacg
      121 cccgaacgct tccctgtcaa gcagcaccgc acgaagaccg tcgaccgtta ctttcattat
      181 ttctacgtca ccacgggcga cgatctcttc ctccatcgcc ggccagcggg cgacatctgg
      241 caaggcctct tcgagctccc gctcatcgag acgtccgccc ccgccgacct cgacgcgctc
      301 atgcgtacgg acgacttccg cgcgctcttc gccgacacgg gcaacacgca gtttgcgatt
      361 gtcgccgccg acgtccgcca cgtgctcacc caccgcatcc tccacgccac ctgctacctc
      421 gcccgcatcc aacacccctc cgaggccctc ctccgcctca ccc
//
LOCUS       SEQF2638.1|AYYF01001140.1 3792 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3792
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(361..2463)
                     /gene="cfiA"
                     /locus_tag="SEQF2638.1_01005"
                     /EC_number="6.4.1.7"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:D3DJ41"
                     /codon_start=1
                     /transl_table=11
                     /product="2-oxoglutarate carboxylase large subunit"
                     /db_xref="COG:COG0511"
                     /translation="MTQKLLIRDLTLRDGQQSSFATRMNQSQVDRVLPYYKDANFYAM
                     EVWGGAVPDSVMRYLGENPWDRLEKIKASVGDVSKLTALSRGRNLYGYAPYPDEIIDG
                     FFRNAVKSGLDIMRIFDALNDVNNVKSSVKSIKKYGGMADCAVCYTVDPKYDDDREPV
                     FTDAYFLNKAQEMLALGADMITIKDMSGLIPPSRVAKLMPLFKKHLNVPVDFHTHCTP
                     GFGLASVLTAIMCGADIVDTNIWYFAGGTGAPAIELIYIFCKKLGVELDVNMEAVAKI
                     SKELKEIRKELEAYDASKLFPNPFNPLTDTLPAEIDALFDKAIEAVRKEDEAALLDAC
                     HTIEAYFNFPKPNELVKNAEIPGGMYSNMVAQLKQFNAMDLLEDSMKLIPSVRLDAGL
                     PPLVTPTSQIVGAQAVSCALSLKKGLDKYANTSSQFVNLVKGEYGKTPVPVDPKFREQ
                     ITGSPVETPYDTTTHKTPDNPVLEEFGGVRLAKDEKDMLLLELFPNVATGFLRKKREA
                     EYNETQKSSCACACGGKETAQDEATAVVDDSVKGRMVECPMPGNVIEVNVKVGAKVKK
                     GDTLLILESMKMENDITADFSGTVRRILVKAGDSVQVGAPMVEIVDEAAAAASPAPKA
                     DDAGKGRMVECPMPGSVIEVTVKEGSKVNKGDKLLVLESMKMENDITADFAGTVRRIL
                     VKAGDSVQVGAPMVEIVE"
     CDS             complement(2686..3786)
                     /gene="glcA"
                     /locus_tag="SEQF2638.1_01006"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q46839"
                     /codon_start=1
                     /transl_table=11
                     /product="Glycolate permease GlcA"
                     /db_xref="COG:COG1620"
                     /translation="MSLIANSVPTGFGAVGVPVITLANEVAPSGAATPDAICDIASKV
                     VIQLSPLMLIIPFIILTLTDSSPKKIVKHILLSLWIGGISLVVQYLCARYLGAETPAI
                     LGSVAAILAIILYARLFGEKDTEDVAPKETFTMAQTLRAWSVYGFILFFIIFSGPLVK
                     PVNEFLRTHLVSSVHLPIYAEGKAFKFGWISNAGLMLFLGTFLGGLVQGVSAQKLIVV
                     LARTVKNLGKTVITIMSLVSIASVMNYAGMILVIAEALANATGAYYPLFVPLIGAIGT
                     FVTGSDTSSNILFGKLQANVAAKLNYADPNWLVGANTAGATGGKIISPQSIAIATASC
                     NMPGRDGEILRSALPYAIGYIVLAGLMVYFAA"
ORIGIN      
        1 ggaaaaatgg cccttgcgga acttccgcaa gcatcaaaat ggaggaaatg gcccttgcgg
       61 aacttccgca agcgtcaaaa tggggaaaat ggcccttgcg ggacttccgc aagcgtcaaa
      121 atggggaaaa tggcccttgc gggactcccg cagacaccaa aaaagttctc cggagccctt
      181 gcggggttcc cgcaagcatt tccaaaagtg atttcccccc ttttgatgtt cgatttttgg
      241 ccatagcgcg aggataggca caaaaaaagc agggcctgcg atgtcgaatc gcaagccctg
      301 ctttgtctat cagcgaaaaa ccgatgcacc gggggagcgg tgcgcggtct ttcatgtcat
      361 ctattctacg atctcaacca tcggcgcacc cacctgaacg gagtcgcctg ccttgacgag
      421 gatgcggcga acagtaccag caaagtcggc cgtgatgtca ttctccatct tcatggattc
      481 gagcaccagc agcttgtcgc ccttgttcac cttcgagccc tccttgaccg tcacctcgat
      541 gacactacca ggcatggggc attctaccat gcggcccttg ccagcgtcat cggccttggg
      601 tgcgggagat gctgctgcgg ctgcctcgtc tacgatctca accatcggtg cacccacctg
      661 aacagagtcg cctgccttca cgagaatgcg acgaaccgta ccggagaagt cggccgtgat
      721 gtcgttctcc atcttcatgg attcgaggat cagcagcgta tcgcccttct tcaccttggc
      781 acccactttc acgttcacct cgatgacatt gcccggcatg gggcattcta ccatgcggcc
      841 cttcacggag tcgtccacta cagccgtagc ctcgtcctgc gccgtttcct taccgccgca
      901 agcgcaagcg caagaagact tctgcgtctc gttgtactcg gcttcacgtt tcttgcgcag
      961 gaagccggta gctacgttcg ggaagagctc aagcagcagc atatccttct cgtccttggc
     1021 caaacgtaca ccgccaaact cctcaagcac ggggttgtct ggtgttttgt gagtggtcgt
     1081 gtcgtacggt gtttcaacag gcgaacctgt gatctgctcg cggaacttag gatcaaccgg
     1141 aaccggcgtc ttaccatatt cacccttcac caagttcacg aactggctcg aggtgttggc
     1201 gtacttatcc agccctttct tcaagctcag cgcgcaagac acggcctgtg cgcctacgat
     1261 ctggctggtc ggtgttacga gcggtggcag accggcgtcg aggcgtacgc tcgggatgag
     1321 tttcatcgaa tcttcgagca gatccatcgc gttgaattgc ttcaactgag ccaccatgtt
     1381 gctgtacata ccgccgggga tctcagcatt cttcaccagc tcgttcggct tcgggaagtt
     1441 gaagtaagcc tcgatggtgt ggcaagcatc cagcagcgcg gcttcgtctt ccttgcggac
     1501 agcctcgatt gccttgtcga acagggcatc gatctcagcc ggcagcgtgt cggtcagcgg
     1561 gttgaacgga tttgggaaca gcttcgatgc gtcgtaagcc tcgagctcct tgcggatctc
     1621 tttcagctcc ttgctgatct tggccacggc ctccatgttc acgtcgagct ccacaccgag
     1681 tttcttgcag aagatgtaga tcaactcaat agcgggagca cccgtaccac cggcgaagta
     1741 ccagatgttc gtgtccacga tgtcggcacc gcacatgata gccgtcagga cggaagccag
     1801 accgaagccc ggcgtacagt gcgtatggaa atctacgggc acattgaggt gtttcttgaa
     1861 gagcggcatc agcttggcta cgcgtgaggg cgggatgagt ccgctcatgt ccttgatggt
     1921 gatcatgtca gcacccagtg ccaacatttc ctgtgccttg ttcaggaaat aagcgtcggt
     1981 gaagaccggc tcgcgatcat catcatactt cggatccacg gtgtagcata cggcgcagtc
     2041 ggccataccg ccatacttct taatgctctt cacgctcgac ttcacgttgt tcacgtcatt
     2101 cagggcatcg aagatgcgca tgatgtccag gccggatttt acggcgttac ggaagaaacc
     2161 gtcgatgatc tcgtcgggat acggagcata accatagagg ttacggccac gggagagggc
     2221 ggtcaacttg gagacatcgc ctacagaggc cttgattttc tccagtctgt cccaagggtt
     2281 ctcgccaagg taacgcatca cggagtcggg cacggcgccg ccccatactt ccattgcgta
     2341 gaagttggcg tccttgtaat agggtaaaac acgatcaacc tgcgattgat tcatacgcgt
     2401 tgcaaacgaa gactgctgtc cgtctctcaa tgtgagatct ctgatcaaaa gtttctgtgt
     2461 catgattaaa tctgtttctt atgagatgaa tttttaattg gataaaatcg attccttttc
     2521 ttccacgtgg atctccggat acgacgtcaa tgagccatag gcgccggcgg agtggccgca
     2581 aagaaaaggc ttttcgaaga gaccctaccc gaattacaga aatatttccg caattcgggc
     2641 agggctcact ctttcattgg attctgggca ttaagctcat gaaagtcatg cagcaaaata
     2701 gaccatcaaa ccagctagga cgatgtatcc gatggcgtaa ggcaaggcgc tgcggaggat
     2761 ctcaccgtca cgtccaggca tgttgcaaga ggccgtggcg atggcaatac tttgcggcga
     2821 gatgatctta ccaccggtgg caccggccgt attggcaccc accaaccagt tcgggtcggc
     2881 gtagttcaac ttggcagcca cattggcttg gagctttccg aagaggatgt tcgacgaggt
     2941 atcgctaccc gtaacgaacg taccaattgc accgatcagc ggcacaaaga gcggataata
     3001 agctcccgtt gcattggcca aggcctcagc gattacgagg atcataccgg cgtagttcat
     3061 taccgacgca atggagacaa ggctcatgat cgtgatcacc gtcttcccga ggttcttcac
     3121 cgtacgcgcc aacacgacga tcagtttctg agctgacaca ccctgtacca gtccaccgag
     3181 gaacgtgccg aggaagagca tcagaccggc gttggagatc cagccaaact tgaaggcttt
     3241 gccttcagca taaatgggca ggtgtacact gctgaccaag tgcgtgcgga ggaactcgtt
     3301 gacgggcttt accagcgggc cactgaagat gatgaagaag aggatgaagc cgtacacact
     3361 ccaagcgcgg agggtctgtg ccatcgtgaa cgtctctttc ggtgctacgt cttcagtatc
     3421 cttttcgcca aagaggcgtg cgtagaggat gatcgctaag atggcggcca cactaccgag
     3481 gatagctggc gtttctgctc cgagatagcg tgcgcagagg tactgcacga cgagcgaaat
     3541 accaccgatc cagagggaga gtaggatgtg cttcacgatc ttcttcggcg agctgtccgt
     3601 cagtgtgagg atgatgaacg ggatgatcag catgagcggc gagagctgga tgaccacctt
     3661 ggatgcgatg tcgcagatgg catccggcgt ggctgcacca gagggagcca cttcgttagc
     3721 caacgtgatg acaggcacac ccacggcacc aaagcccgtc ggcacgctgt tcgcgatcaa
     3781 cgacaccaaa gc
//
LOCUS       SEQF2638.1|AYYF01001141.1 445 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..445
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tggaacggtt cgacggcctg atcgaggaca tggaggagca cgtcggagta gacatcaaaa
       61 gagagtcttt ggtcttgtat cgtcagacga gagcgcgatt gcaacagttc attcgagcga
      121 agcataacgc ttccgactta accttttcgc agctgacgga ggacttcgtc aagcagttcg
      181 agcagttcgc tactggagag gtggggctga aacaaagtac ttgctacaac atggtcatcc
      241 ttgttaaaaa ggtctgcaag ctggcgtatc gagagggcgc ggcagactcc ttgctattcg
      301 acaatgtgca tgtagacaag ggagaccgcc gattacccaa agcgctcgat agggacgcgt
      361 tagacaagtt aaaggcgctc tgttttgacg gctgggaggc tgacttggag acagcgcgcg
      421 atgtgtttct tttcgcctgt tacac
//
LOCUS       SEQF2638.1|AYYF01001142.1 335 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..335
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tggaacggtt cgacggcctg atcgaggaca tggaggagca cgtcggagta gacatcaaaa
       61 gagagtcttt ggtcttgtat cgttagacga gagcgcgatt gcaacagttc attcgagcga
      121 agcataacgc ttccgactta accttttcgc agcccacgga agacttcatc aaacaattcg
      181 agcagtatgt aatcggagag atgggtctga aacagagcac ttgctacaac atgatcgtcc
      241 ttatcaagaa ggtctgcaaa ctggcttatc gcgaaggagt ggcagactcc ttgttatttg
      301 acaatgtgca cgtgggcaag ggagatagcc gatta
//
LOCUS       SEQF2638.1|AYYF01001143.1 1109 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1109
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(190..1086)
                     /gene="ttgB"
                     /locus_tag="SEQF2638.1_01007"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:O52248"
                     /codon_start=1
                     /transl_table=11
                     /product="Toluene efflux pump membrane transporter TtgB"
                     /translation="MTIADVWEGDRQIPIVMKNDTREGRQSVQSLGDLYLSTMGGQSV
                     PLRQIASVEPSWSESKIIRRNGVHTVTVTADLKRGVMSSQVVGEIKRVAAEEIVSKLP
                     PDVRFEIGGEEENNNEILPPIATGIGISLVIIFFFILFSFKKFGITIVSMVSTTLCLF
                     GAMLGLWISGVPVGVTSMFGFISLLGMIMKNVILMYQHAEDERHLAHRSARDAAYDAG
                     ARRMTPIFLTTATTAVGVIPMIIEGSSFWSPVGVSIFAGGIGALIAVVTVLPVLYWKL
                     YGKEDQKRQMRGAVAPPETHTA"
ORIGIN      
        1 cctctcccga aggttgggcc catttcctga ctcgggaaat gacctctccc gaaggttggg
       61 cccatttcct gactcgggaa atgccctctc ccgaaggttg ggcccatttc ctgactcggg
      121 aaatgccctc tcccgaaggt tagacccatt tccgaggctc ggcgaaaggg gtggcttacg
      181 ttgagacgtc tacgccgtgt gcgtttctgg aggagcgacc gccccgcgca tctgcctttt
      241 ctgatcctct ttgccgtaga gtttccagta gagcacgggc aggacggtga ccacggcgat
      301 cagcgcaccg atgccaccag cgaagatgga gacgcccaca gggctccaaa acgagctgcc
      361 ctcgatgatc atggggatca cacccacggc cgtcgtggcg gtggtcagga agatgggcgt
      421 catgcgtcgg gcgccggcgt cgtacgccgc atcgcgtgcc gatcggtggg ccaggtggcg
      481 ctcgtcttcg gcgtgctgat acatgaggat gacgtttttc atgatcatgc ctaagagcga
      541 gatgaagccg aacatggacg ttacccccac cggcacgccg gagatccaca accccaacat
      601 ggcgccgaag aggcagagcg tggtggagac catggagacg atggtgatgc cgaatttctt
      661 gaacgaaaag aggatgaaaa agaagatgat gacgagcgaa atgccgatcc cggtggcgat
      721 gggcggcagg atctcgttgt tgttctcctc ctcgccgccg atctcgaagc gcacgtcggg
      781 gggcagcttg ctgacgatct cttctgcggc cacccgcttg atttcgccta cgacctggct
      841 ggacatcacg ccgcgcttca ggtcggccgt gaccgtcacg gtgtgcacac cgttgcggcg
      901 gatgatcttc gactcgctcc agctgggctc cacgctggcg atctgcctga ggggcaccga
      961 ctggccgccc atggtggaga ggtagaggtc gcctaaggat tgcaccgatt gacgcccctc
     1021 gcgcgtgtcg tttttcatca ctatggggat ctggcggtcg ccctcccaga cgtcagcaat
     1081 cgtcaccgcg tcggtggccg ggcttagac
//
LOCUS       SEQF2638.1|AYYF01001144.1 333 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..333
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cgtaaaggtt ctgtgtctcc aagttggaca gatccaactc cacccggtag gtcgcttttt
       61 cgccacatgc acacagcaac cagaccacac aactgatgat atacaacttc tttaacggca
      121 tcttacgtga aaatttgcca caaagatagt gcgcttttta gcagagttga aaaaatgata
      181 ttaaaattgg tctaatgtaa aaaataaagt cagcagtggc cagggctgac gcataatcgc
      241 ttttcgaggt cagggatttc gtttagcttc gtctcatcaa actatacatg acaataatgg
      301 aactgcccag ccttatccgg agtctcaccc tga
//
LOCUS       SEQF2638.1|AYYF01001145.1 406 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..406
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ctgacatccc ctgccggtac ccgccaaatt tggctggcgt ccctgacgcc ttgattttct
       61 tttgcctcct tttctttcat caaagaaaga aaaggagaaa agaggacaaa gcgacatccc
      121 cgtttgtagg ggcgtattgc atacgcccca cagacgatcc gcgaggatcg aatgattgaa
      181 tccgaatgcc cgtatttatc ccctttcggg aacagacaca ggtcggcggg ttccttccct
      241 cgtccctgac ggatcatccg aggggcgtat gcaatacgcc cctacagtct accggaagaa
      301 aaggccgttc ctacctatat atttaggcgc atcaaggaaa gaaaaggaga aaggaagacc
      361 aagcgccatc cctgcctgta ggggcgtatt gcatacgccc cacaga
//
LOCUS       SEQF2638.1|AYYF01001146.1 209 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..209
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ttgtttgtgc agattccagc aacctcaagc gcttcgctcg tttccacttc gttacctatc
       61 caatgcctac gaccgagtaa cttcttcttt ttcagaggaa tatttgctta taattttctc
      121 atacacccta ttccgaccac ctccccaacg tattctaata ggttcggaac ctattccgac
      181 cacctcccca acgtattcta ataggttcg
//
LOCUS       SEQF2638.1|AYYF01001147.1 612 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..612
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tcttaggcgt cgttgccatg cgatctcggc gtagtctgcg ccgtgtgtct gtagagctgt
       61 gacctctcca gtctccgaaa gaaagctttc cgcgacatct aaagcagtgt ccacaacgga
      121 acctgtgact tgtacgatag aggtactgtc tttcgtagga ctcatggagg aatggctgga
      181 ggggatgatg ggcttctgca cattgccgga ctcgaactgc ttcggcagga tgcggtagcc
      241 gaactcacgg ccgatctcgg aggccttgaa actgtgatcg ccgtaggtaa acttcagccc
      301 gtagactttc ccctgcttgt tcttcaagcg gtcgatctcg acgccacttc ggtacaactc
      361 atagaggaag atggagtgac ccgacagacc tttcccgcgg tgcttctcga gcagggcgta
      421 gcagatgttc cgaacctgct gctttgtccg ctctcttgct ggatcggatt gggctttccg
      481 atgtggtcgc gcggaacgga catcgttggc gatggtcagc tcgtacttgt gactgagttc
      541 ttcggccact ctcgcggctc ggttactgac gaaggtggtg tcgtagacct gcccaccgag
      601 gctgatccga tt
//
LOCUS       SEQF2638.1|AYYF01001148.1 907 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..907
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(139..540)
                     /locus_tag="SEQF2638.1_01008"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFLYELFRSGVTIERMKNKQGKVYGLKFTYDDHSFKASEIGREF
                     GYHTLPKQFENGNAQKPIIPSGYSSMKSTNDSIPTAQVARSVVDTAESLLSEVGEVTI
                     LQTHGTDYAEIAWQRRLRNQAGKKKRRGRGI"
ORIGIN      
        1 acaaacaaag ggcgcttgtc atttgagggt gcaatgttac tatgactatt tgaattacag
       61 gcgtttttga tgcgattctc tcgctttggc tttcggtttg ggaaaggttg tgatgaacga
      121 ccggatgagc gcacaagctc atatccccct ccctcgtctc ttctttttcc cggcttggtt
      181 tcttaagcgt cgctgccatg cgatctcggc gtagtctgtg ccgtgggtct gtaggattgt
      241 tacttcgccc acctctgaaa ggaggctttc cgcagtgtct acaacggatc ttgcgacttg
      301 tgcggtaggt atactgtcat tcgtggactt catggaagaa tagccggagg ggatgatggg
      361 tttctgcgca ttgccgttct cgaactgctt cggcagggtg tggtagccga actcacggcc
      421 gatctcggag gccttgaaac tatggtcgtc ataggtgaac ttcagcccgt agactttccc
      481 ctgcttgttc ttcatgcgct cgatcgtgac gccgcttcgg aagagctcgt agaggaacat
      541 ggaatggccc gacagacctt tcctcggtgc ttctcgagca gggcgtagca aatgtcccga
      601 acctgctgct ttgtccgctc tcttgccgga ttggcttgag cttttcgatg tggttgtacg
      661 gagcggactt cgttggcaat ggccagtccg tactcgcgac tgagtttttc gacaactctg
      721 gctgctcgat tgccaacgaa ggtggtatcg tagacctgtc cgcagaggct gattcgattg
      781 gcgatgatgt gcatgttgtc gatgttttct gtggtactta ttctatggtt ttggccgatg
      841 agaacggatg tgattacggc cctctccacc gaccgacagg ggtgggggag caagcgcagt
      901 ttgtggg
//
LOCUS       SEQF2638.1|AYYF01001149.1 9371 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..9371
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             347..748
                     /locus_tag="SEQF2638.1_01009"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRILFVLTAILMMTAGALSAQEKSASITATGSATFDFGDIKES
                     AGPASHVFTVMNNGELPLVISRVVASCGCTTPEWTKEPIAPGKTGQIKVTYNPAGRPG
                     KFVKTISVYSNGKADGGNYVLTIRGNVIQNS"
     CDS             756..2177
                     /locus_tag="SEQF2638.1_01010"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:vienna_vog:VOG03564"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIGKPHRALSLLVTIGCLFLWQYSAAQKEAKLFIGQTVHDFGRI
                     DEKKGAVKHDFILRNDGQAPLELQRVTCANRSVITRWSRTPIAPGQTARLEVTYNPAG
                     HSGDFSILIDVLSSASSEATALVIKGSVKPNPNAPKQPMADFSPDQWTFDFGKIKEED
                     GFAMHVFRIKNTGTAPLNISHVQSSCGCAEPEWTRTPIPVGGIGDVVITYDPTDRPGP
                     FRKNITVYSDAKGGRHKLTITGEVIAKARNHKILFPDTIGRIGTQQRRFDFYLLRERE
                     IASQEVWIENLSDEDVRLSFGHLPAYVHVDAPRLLAPHKAERIKVTVDAKAIHGKGRT
                     EGYLVWKSEDAKGREIASREIPVAVNVVDDFSTLSQADKDAGPALSLSATVIDFSAKK
                     GATKQQLTITNTGHAPLVFHSITCDASWVKVSGNKKKELRPRESMTLTFALKDKAHKG
                     ATDLYIVCNDPQGPVRIVRIKAE"
     CDS             2304..3386
                     /locus_tag="SEQF2638.1_01011"
                     /EC_number="3.6.-.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P9WPZ1"
                     /codon_start=1
                     /transl_table=11
                     /product="putative GTPase"
                     /db_xref="COG:COG1703"
                     /translation="MNHPENDEKYKGLKVNSGTSYAPTVSPYLTARRPRRFTTTEFVE
                     GILRGDTSILSQAVTLVESSRHEHQQQAQEIIERCLPHTGHSVRIGITGVPGAGKSTS
                     IDVFGMHVLKRGHKLAVLAIDPSSERSKGSILGDKTRMEALAREKNAFIRPSPTAGSL
                     GGVARKTRETIILCEAAGFDTVFVETVGVGQSETAVHSMVDFFLLIQLAGTGDELQGI
                     KRGIMEMADGIVINKADGDNIRRAEMAAGHFRNALHLFPPTESGWFPKVLTYSGYYGL
                     GIDEVWAMIDEYIAFTKQNGYFDRKRNRQAKYWMYESIHDMLRDAFYRHPGIEERLPI
                     VEQQVLHNEISSFVAAKEMMDIFLKK"
     CDS             3489..3692
                     /locus_tag="SEQF2638.1_01012"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSMPHTAEKGVYGRLLPNPFLIRYPRHQTTINLFLIHYPRRQTT
                     INQFLIRYPRHQTTINPLLIHYS"
     CDS             complement(4191..4676)
                     /locus_tag="SEQF2638.1_01013"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKAKIFSAAALCLLAVSAVLFTACEKENSDVTKPVIKLEEPENG
                     DTLLIGDTHGVHLEMDLSDDVMLKSYKIDVHNNFDGHSHTRAGDGTTPFSFKKEYDLT
                     GKREAHIHHHDIKIPATATPGKYHLMIYCTDEAGNESYVARDIVLSKTAKPHDHHDDH
                     D"
     CDS             complement(4673..6832)
                     /locus_tag="SEQF2638.1_01014"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q9JZN9"
                     /codon_start=1
                     /transl_table=11
                     /product="putative TonB-dependent receptor"
                     /db_xref="COG:COG1629"
                     /translation="MRIQLLSGTLGILFAGAIHAQQSADSVRTVALGEVVVSESYRTR
                     QEKLTALPVDVVRKDFLSRHFSGNLVQTLEQIPGVHSMDIGAGFSKPVIRGLGFNRIA
                     VSENGIKQEGQQWGSDHGLEIDAFNIDEVRVRKGPASLLFGSDAMGGVIEVLPPVTPI
                     LNGLAGEAVLLGKMVNGTLGGSLMLGWKRGAWYVKGRYSEQRYGDYRVPTDTVVYLTQ
                     KMPVYGRRLKNTAGVERNASLFSAYARGHYRMNVALSNAYQKMGFFAGAHGVPDLTRV
                     QDDGDSRNIDLPFSRVNHLKLTTHQELFSERFILSGDFGWQYNHREEWSAFHTHYDTQ
                     PLPERDPDKELEFRLHTFSASLRLRLLPSTTWEHTVGLDAQAQRNDIGGYTFLLPEYR
                     RLTTGAYWLTTYRPSNRFMVSGGARYDLGRVRVASSTDPYLAEFLRRQGYEEEKVKAY
                     EQRSVGADRTFGDYSLSAGIVWNPTPQHLVKVNLGRSFRLPGANELASNGVHHGTFRH
                     EQGDPSLGSERGWQVDASYSFRRGALELTVSPFLSLFDNYIYLRPTGQWSVLPHAGQI
                     YRYTGARVVFAGGEVTFDVPLPANLSYRLAGEYVYTRNRDERTALSFSPPASMRNTLT
                     WERGRVRLYAEWQAIASQRRIASNEDETPGANLLHVGGSLRLHALGTHVEVALDARNV
                     FDMKYYNHLSFYRKVEIPEPGRNFQLSIKIPFNQHSK"
     CDS             complement(6931..7200)
                     /locus_tag="SEQF2638.1_01015"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPFFAVKAIHHHEVVPSAICQTTDAGQSQSACGDDSCPICHFSL
                     EPFTPGESLTLSVTLSFIHHEPGTLRAPLFGQPVASYNLRAPPAC"
     CDS             7378..8070
                     /locus_tag="SEQF2638.1_01016"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDIWPDSYTIKMIDMKTYLLNGLFLLAVCLSSACTEKTLNKKND
                     GQKDFPTLSAMEIFDNLDASFEAEMPLVDSGGTPIRSAGMGIHPSLPDFYGGGYYDVE
                     GHAVVLVKGDPDAYLDEIRVRTKSNNVIVQRCDYAYNELVALNDSLGIPFEDEALCRE
                     LGWTGSGIDSEKNRVMVGLLPLTEKAKRRFKERVCSSGAIEFEERGVSVLDAARLKQP
                     QASPLHLRPSNR"
     CDS             8141..8851
                     /gene="cobI"
                     /locus_tag="SEQF2638.1_01017"
                     /EC_number="2.1.1.130"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P21639"
                     /codon_start=1
                     /transl_table=11
                     /product="Precorrin-2 C(20)-methyltransferase"
                     /translation="MHLISIISLGPGDPELITLKGLRRLREADAIYCPATVQPDGSLA
                     SRAADILRALDIDLAAIRPFPVAMRDDRAAALADYGAAVERIAAECAEGRRVAVTAEG
                     DAGFYSSSGYVSALLAERGLSTERIAGIPAFVACAASEGVVIAEQTEETDVLTTLASA
                     DELLARVAAGRSVVLMKPSRYASAVKEAIAQAPDGVAFHYFEHAGADAERAFYSCRRD
                     AILERRFPYFSLLIVRRG"
ORIGIN      
        1 gtgagaaagg ctcagttacc tgcttttgca ccatcgttac ctgtcgcggg gcggggtaat
       61 gctttggtaa ctgaacttct gctcaagacc gcacttttct gccttttaca ctctatgcaa
      121 tcagaagtat atcgttccct tttctcctaa taatcagtcc acttgcttca acctcggagc
      181 ttctgctttt taggagaata gttgctggcg catgagcttc cccttgctgg tgcgcgagcg
      241 ccttgttgct ggcggatgag ctggccgtgg ctggggcgcc agcttgctac tctccccttg
      301 cgtactactt ttgcggccgg tatttactat taatcattag acagaaatga aacgtatctt
      361 atttgtattg acagccatct taatgatgac ggcaggagct ctctcggctc aagagaagag
      421 cgcgtcgatc acagctacag gcagtgcgac gtttgacttt ggtgacatca aagaatcggc
      481 cggccccgcc agccatgtct ttacggtgat gaacaacggc gagctgccgc tggttatctc
      541 gcgtgtcgta gcctcttgcg gctgtactac accggaatgg accaaggaac cgatcgctcc
      601 gggtaagacg ggacagatca aagtgaccta caaccccgcc ggacgccccg gtaagttcgt
      661 caagaccatc tcagtctaca gcaatggtaa agccgacgga ggcaactatg tgctgaccat
      721 ccgcggtaat gtcatacaaa actcctgaga cagggatgat cggtaaacct caccgcgcac
      781 ttagtttact ggtgacaatt ggatgtctct ttctgtggca gtactcagct gcccagaaag
      841 aggcaaaatt gtttataggc cagacggttc acgacttcgg acgcatcgac gagaagaaag
      901 gcgccgtcaa gcacgacttc attctgcgca acgacggaca ggcgccgctg gagctgcaac
      961 gcgtcacctg tgccaaccgt agcgtcatca cccgctggtc ccggacgccc atcgcacccg
     1021 gacagacggc tcgcctggag gtgacctata atcccgcggg ccattcgggc gacttcagca
     1081 tcctcatcga cgtgctcagc agtgcctcat ccgaggccac cgcactcgtc atcaagggca
     1141 gcgtgaagcc caacccaaac gcccccaagc agccgatggc cgacttctcg cccgaccagt
     1201 ggaccttcga cttcggtaag atcaaggagg aagacggctt tgcaatgcac gtctttcgca
     1261 tcaagaacac cggaacggcg ccgctgaaca tctcccacgt gcagtcgtcc tgcggctgcg
     1321 ccgaaccgga gtggacacgc acaccgatcc ccgtcggtgg cataggcgac gtggtcatca
     1381 cctacgatcc caccgatcgc cccggcccct tccgtaagaa catcaccgta tactccgacg
     1441 ccaaaggtgg ccgccacaag ctgaccatca ccggcgaagt gatcgccaag gcacgcaacc
     1501 acaagatcct cttccccgac accatcgggc ggatcggcac ccagcagcgc cgcttcgact
     1561 tctacctgct ccgtgagcgc gagatcgcct cgcaagaggt atggatcgag aacctctcgg
     1621 acgaagacgt ccggctctcc ttcggccatc tgcccgccta tgtgcacgta gatgcccccc
     1681 gactgctggc tccgcacaag gcggaacgca tcaaggtgac cgtcgacgcc aaggctatcc
     1741 atggcaaggg ccgcaccgag ggctatttgg tctggaagtc tgaggacgcc aaaggccgcg
     1801 agatcgcctc gcgggagatc cccgtggccg tgaacgtggt ggacgacttc agcaccctct
     1861 cgcaagccga taaggacgca gggccagcgc tctcactctc cgccaccgtc atcgacttca
     1921 gcgccaagaa gggcgccacg aagcaacagc tgaccataac caacacgggc cacgcccccc
     1981 ttgtctttca cagcatcacc tgcgacgcat cgtgggtcaa ggtgagcggt aacaagaaaa
     2041 aggagcttcg cccacgcgaa tcgatgacgc tcacctttgc cctgaaggac aaagcccaca
     2101 agggcgccac cgacctctat atcgtctgca acgatcccca aggccctgtg cgcatcgtgc
     2161 gcatcaaggc tgaataatta gttagcgggt agtaggaagt agtcgtgggg attcaagcgt
     2221 agaacccact atttcccgct acccctaact actttctcac tactcctcat tcactacccc
     2281 cactcatata atcactgaca cacatgaatc atcctgagaa cgacgagaaa tacaaagggc
     2341 tgaaggtgaa cagcggcacc tcttacgcgc cgactgtcag tccctacctc acggcccgac
     2401 gcccgcgcag attcaccacc acggagtttg tcgaaggcat cctccgcggt gacacctcca
     2461 tcctcagcca ggccgtcaca ctggtcgaga gctcccgcca cgaacaccaa cagcaggccc
     2521 aagagatcat cgagcgctgc ctgccacaca ccggacactc cgtccgcatc ggtatcacgg
     2581 gcgtacccgg tgccggcaag agcacctcga tcgacgtctt cggcatgcac gtcctcaagc
     2641 gcggccataa gctggccgta ctggccatcg accccagtag cgaacgctcg aagggcagta
     2701 ttctgggcga taagacccgc atggaagcct tggcgcgcga gaagaacgcc ttcatccgac
     2761 cctcccccac ggccggctcc ttaggtggcg tggcccgtaa gacgcgcgag acgatcatcc
     2821 tctgtgaggc cgcaggcttc gacaccgtct tcgtcgagac cgtcggcgtg ggccagagcg
     2881 agacagccgt ccattcgatg gtcgacttct tcctgctcat ccagctggct ggcacaggcg
     2941 acgagctgca aggcatcaag cgcggcatca tggaaatggc cgacggcatc gtcatcaaca
     3001 aggccgacgg cgacaacatc cgccgcgccg agatggccgc gggccacttc cgcaatgccc
     3061 tccacctctt ccccccgacg gagtccggct ggttccccaa agtgctcacc tactccggct
     3121 attacggcct cggcatcgac gaggtctggg ccatgatcga tgaatacatc gccttcacca
     3181 agcagaacgg ctacttcgac cgtaagcgta accgtcaggc caaatactgg atgtacgaga
     3241 gcatccacga catgctccgc gacgccttct atcgccaccc cggcatcgag gagcgcctgc
     3301 ccatcgtcga acaacaggtg ctgcacaacg agatcagctc cttcgtcgcc gccaaggaga
     3361 tgatggacat cttcctgaag aagtgaacaa agtgctaaca acgcaaaagg tggggtgacg
     3421 cccccaacaa gtcttgtaag cgcaggcgag gagaacgcat ccggtttctc ttcgcctgcg
     3481 cgctttttat gtccatgccg cacactgcgg agaagggtgt gtacgggagg cttcttccca
     3541 atccgtttct gattcgctac ccccgacacc aaacaaccat caatctgttt ctgattcact
     3601 atccccgacg ccaaacaacc atcaatcagt ttctgattcg ctatccccga caccaaacaa
     3661 ccatcaatcc gcttctgatt cactattcct gacaccaaac aaccttcaat ccgtttctga
     3721 ttcactatcc ccgacaccaa acaaccatca atcagtttct gattcgctat ccctgacacc
     3781 caacaacctt caatccgttt ctgatttgct acccctgaca ccaaacaacc ttcaatccgt
     3841 ttctgatttg ctacccctga cacccaacaa ctcccaatca gtttctgatt cactatcccc
     3901 gacaccaaac aaccatcaat ccgcttctga ttcgctatcc ctgacaccca acaaccccca
     3961 atcagtttct gattcgctac ctctgacacc aaacaaccat cgatcagttt ctgattcgct
     4021 atccctgaca cccaacaacc cccaatctgt ttctgattcg ctatccccga caccaaacaa
     4081 ccatcaatcc gcttctgatt cacctctaaa gacaaaagcc cctccacccg caggaatggg
     4141 gcagaggggc tctcggaaca acacccacgg atgggcacga ggaggaacga tcaatcgtga
     4201 tcgtcgtggt ggtcgtgcgg cttagccgtc ttgctgagca cgatgtcgcg agccacatac
     4261 gactcgttgc cggcctcgtc cgtgcagtag atcatcaggt gatacttgcc cggcgtagcc
     4321 gtagccggga tcttgatgtc gtgatgatgg atgtgcgcct cacgcttgcc cgtgagatcg
     4381 tactccttct tgaagctgaa gggtgtcgta ccatctcctg cacgcgtgtg gctatggcca
     4441 tcgaagttgt tgtgcacatc gatcttgtac gacttcagca tcacgtcgtc cgagagatcc
     4501 atctccagat ggacaccgtg tgtgtcaccg atcaggaggg tgtcgccatt ctcaggctct
     4561 tcgagcttga tgacaggctt cgttacgtca gagttctcct tctcacaagc ggtgaaaagg
     4621 acggcgctca cggccaagag gcagagcgcg gctgcggaaa aaatcttcgc tttcattttg
     4681 aatgttgatt aaaggggatt ttgatggata attggaagtt tcgacccggt tcagggatct
     4741 ccactttccg ataaaaactc agatgattgt aatacttcat atcgaacaca tttcgggcat
     4801 ccagcgccac ctccacgtgc gtaccgaggg catgcaggcg gaggctgcca ccgacgtgga
     4861 gcaggttcgc cccaggcgtc tcgtcctcgt tactggcgat gcggcgctgg ctggcaatgg
     4921 cctgccactc ggcgtagagg cgcacgcggc cacgctccca cgtcagcgtg ttgcgcatgg
     4981 aggcgggagg cgagaagctc agcgccgtgc gctcatcgcg gttgcgggtg tagacatact
     5041 cgccagccag gcgatagctg aggttggccg gcaggggcac gtcaaaggtc acctcgcctc
     5101 cggcaaagac aacccgcgca ccggtgtagc gatagatctg tccagcgtga ggcaagacgg
     5161 accattggcc cgtggggcgc aagtagatgt aattgtcgaa gaggctgagg aagggcgaga
     5221 cggtcagctc cagcgccccg cggcggaagc tgtacgaggc atccacctgc catccgcgct
     5281 cggaaccgag cgaggggtcg ccttgctcat ggcgaaaagt gccatgatgg acgccgttgg
     5341 aggctaactc attcgcaccg ggcagacgga agctgcggcc gaggttcacc ttcacgaggt
     5401 gctgcggcgt aggattccag acgatacccg ccgagaggga gtagtcgcca aacgtgcgat
     5461 cggcgcccac gctccgctgc tcgtaagcct tcaccttctc ctcctcatac ccctgccgac
     5521 ggagaaactc tgcgaggtag ggatccgtgg aggaagccac gcgtacacgc cccaagtcgt
     5581 aacgcgcgcc accgctcacc atgaagcgat tgctgggccg atacgtcgtg agccagtagg
     5641 cacccgtggt gaggcgtcgg tattcaggca gcaggaaggt gtacccgccg atgtcgttgc
     5701 gctgcgcttg ggcgtcaagt cccacggtgt gctcccacgt ggtggagggc agcaaccgga
     5761 gtcggagcga agcgctgaag gtgtggagtc ggaactccag ctccttgtca gggtcgcgct
     5821 cgggcagggg ttgcgtgtcg tagtgggtgt ggaaggcgct ccactcctcg cggtggttgt
     5881 attgccaacc gaagtcgccg gagaggatga agcgctcgct gaaaagctcc tggtgggtag
     5941 tcagcttgag gtggttgacg cggctaaagg gcaggtcgat gttgcgcgaa tcaccgtcgt
     6001 cctgcacacg agtcaggtcg ggcacgccgt gtgcaccggc gaagaagccc atcttctggt
     6061 aggcattgct cagggctacg ttcatgcggt aatgaccgcg agcgtaggcc gagaagagcg
     6121 atgcgttacg ttccacgcca gccgtgttct tgagtcgccg cccgtagacg ggcatctttt
     6181 gcgtcaggta gacaaccgtg tccgtgggaa cccgatagtc gccgtatcgc tgctccgaat
     6241 aacgcccctt gacgtaccat gcgccgcgct tccagcccag catgagcgat ccgcccagcg
     6301 tgccgttgac catcttgccg agcaacaccg cctcgcccgc cagtccgttc aggatgggcg
     6361 tcacgggagg caatacctca atgacgccac ccatcgcatc gctaccgaag aggagcgatg
     6421 cgggcccttt acggacgcgc acctcgtcga tattgaaggc gtcgatctcc agcccgtggt
     6481 cactgcccca ctgctggcct tcctgcttga tgccgttttc ggataccgca atgcgattga
     6541 accccagtcc gcgaatgacg ggcttggaga atcccgcacc gatatccatc gaatgcacgc
     6601 cggggatttg ttcgagggtc tgcaccaaat tgcccgagaa atgacgcgaa aggaagtcct
     6661 tacgcaccac atcgacgggt agcgccgtca gcttctcctg ccgcgtgcgg taactctccg
     6721 agacaacgac ctcgccgagt gctaccgtac gaaccgaatc ggccgactgc tgcgcatgga
     6781 tagcccctgc gaacagtatg cccagcgtac ccgaaaggag ttggatacgc atgtattctg
     6841 cttaaaaaat gaatggataa tgaatggctg aaacacgtgc cccgcgcctc cgtcggacga
     6901 tggaagcgcc tctgggggcg gagggaaggt tcagcaggcg ggcggtgccc ggaggttgta
     6961 cgaagcgacg ggctggccaa agagtggcgc gcggagggtg cccggttcgt gatggatgaa
     7021 agaaagggtg acggagagtg tgaggctctc gcccggggtg aagggttcga gggagaagtg
     7081 gcagatgggg cagctgtcgt cgccgcaggc tgactgcgac tgcccggcgt ccgtcgtctg
     7141 acagatggcc gacggcacga cctcgtggtg atggatagcc ttcaccgcga agaagggcat
     7201 gagcgttgcc aaaagcaacc atgcgatccg tattctgcct tgtaaactcg tcttcactgt
     7261 cgttctcgtt ctctctcatg gatcctgggg gatgcccccc tttttcccag agcggcggca
     7321 aagaaagggc aaaatctcag tgaatgcatt gattgcctcc ctgtactgca tcaaatcatg
     7381 gatatttggc ctgattctta cacgataaag atgatcgata tgaaaacgta tttattgaat
     7441 ggacttttct tgcttgctgt ttgtctgtca tcagcctgca cagagaagac tttgaataaa
     7501 aaaaacgacg gacagaagga cttccccaca ttgtctgcca tggagatttt tgacaatctg
     7561 gatgcttctt ttgaggcgga aatgcccctt gtggattctg gaggcacacc aatccgctcg
     7621 gcaggtatgg gtatccatcc aagccttccc gacttttatg gtgggggata ttacgatgta
     7681 gagggtcatg cggtggtgct tgtgaaagga gatcccgacg cttatctcga tgaaatacgg
     7741 gtgcgtacga agagcaataa tgtgattgtc caacgctgcg actacgctta caatgaactg
     7801 gtcgcattga atgacagctt ggggattccg tttgaagacg aggccttgtg ccgcgagctg
     7861 ggatggaccg gcagcggaat tgattcagaa aagaaccggg tgatggtggg tctgcttccc
     7921 ctcacggaaa aagcaaagcg tcggttcaaa gagcgggttt gcagttccgg agccatcgag
     7981 tttgaagaga gaggagtcag tgtattggat gccgctcggt tgaagcaacc acaagcctcg
     8041 cccttacatt tgcggccttc aaacaggtag cgacgcctct cctgcacgat ggatcggcac
     8101 gtctctccct ttcattaccc ctaaccccca tccccccgtt atgcacctca tctccatcat
     8161 ctcgctcgga ccgggcgacc ccgagctgat caccctcaaa ggcctacgcc gactgcgcga
     8221 ggccgacgcc atctattgcc ctgccaccgt ccagcccgac ggctcactcg cctctcgcgc
     8281 ggccgacatc cttcgcgcac tcgatatcga cctggcggcc atccgaccgt tccccgtcgc
     8341 catgcgcgac gaccgagcgg cggcgctggc ggactatggc gcggccgtcg agcggatcgc
     8401 ggccgaatgt gccgaggggc gtcgggtggc cgtcacggcc gagggagatg cgggcttcta
     8461 ctcctcgtcg ggctacgtca gcgcactgct tgctgagcgg ggactctcga cggaacgcat
     8521 cgccggcata cccgcctttg tggcctgtgc agcgtcggaa ggcgtcgtta ttgccgagca
     8581 gacggaggag acggacgtac tgactaccct cgcttcggcc gacgagctgc tcgcccgtgt
     8641 ggctgcgggg cgtagcgtgg tgctgatgaa gccctcgcgc tatgcctcgg ccgtcaagga
     8701 ggccatcgcg caggcccccg acggcgtggc cttccattat ttcgagcacg ccggcgccga
     8761 cgcggagagg gcgttctaca gctgccgtcg cgacgccatc ctcgagcgcc gtttcccgta
     8821 cttctcgctg ctgatcgtcc gtcgggggtg acgcagcggt tgcatcctgg ggcagaaaag
     8881 ggcattgctg acggacaaag ccaatttctg ggtcaggaaa gtgctttgtt ggccaacaat
     8941 gcccttttct gggtcaggaa aatgctttgt tggcgagcaa tgctgattcc tgggtcagga
     9001 aaatgctttg ctggtgaaca atgccgattt ctgactcagg aagcgggctt gtcgaagttc
     9061 atttcacaca aaaaggcgcc atcaaaaggg cattgttggc ccagatagcc gacccaacga
     9121 cctctttcgg gcctgttctg ccgtgcgaaa ggcctcacac tcccacacac gggggccgat
     9181 ctttgttacc gaccgcctct aatccctctt tacctttgcg gcattcatta taaatacgaa
     9241 cacgatgacg acgatccgac cgaaaaaggc gctgggccaa catttcctca tagatgattc
     9301 catcgcggcg cgcatagccg acacgctggc cgactaccgc gggcggcctg tgctggaggt
     9361 ggggccgggg a
//
LOCUS       SEQF2638.1|AYYF01001150.1 38133 bp   DNA    linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..38133
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(463..1377)
                     /locus_tag="SEQF2638.1_01018"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTKHSIRATLFLVFTLLIAVAAPAQVSELNARLTINSDKIQGTN
                     KDIFKTLQTALNEFINNRKWTNARFAPNERIDCTFTLIVNTMENDRFGCELQVQARRP
                     VYNSAYTTTILNFRDTKLDFTYTEHEPLEYNEATLQSNLTATIVFYIYTILGLDFDSF
                     SPKGGSSFLSQAQQIVTLAQSEPSWNGWKAFDNTANRHALITALTEPQGEGFRQFWYD
                     YHRKGLDEMAANPDRGRTNIIAALPALTALKSARPTSVLLNLFSDAKLDELTAIYAKA
                     TTQEKQEGYKLLSNLFPGSTSRFESLRN"
     CDS             complement(1381..2619)
                     /gene="undec1A"
                     /locus_tag="SEQF2638.1_01019"
                     /EC_number="4.1.1.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:A0A2I9"
                     /codon_start=1
                     /transl_table=11
                     /product="Cysteine/Cysteine sulfinic acid decarboxylase"
                     /translation="MNSQSPSPRLAERKIILGVTGSIAAYKAAYLTRALIKEGAEVQV
                     VMTPAAKEFITPLTLSTLSRKPVVSEFFSRRDGSWHSHVDLGLWADAMLIAPATAATI
                     GKMAQGVADNMLVTTYLSCKAPVFVAPAMDLDMYAHPATQANLARLRTFGNRIIEPAE
                     GELASTLVGRGRMEEPERIVDILASALNEVGDLRGRTVLITAGPTYEKIDPVRFIGNY
                     SSGKMGFALAEACARRGAEVQLVAGPVALSTTHPHITRTDVESADEMYDAATALFPGC
                     DIAILAAAVADYRPHTPAEVKIKREETGHLTLPLVSNRDIAAALGRRKRPDQRLVGFA
                     LETNDERAHAEEKLRRKRLDLIVLNSLQDAGAGFGVDTNKITVIDALGNARDFPLKSK
                     TELADDIIDCLLPFLPPKNE"
     CDS             complement(2659..3420)
                     /gene="dinG"
                     /locus_tag="SEQF2638.1_01020"
                     /EC_number="3.1.-.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_02206"
                     /codon_start=1
                     /transl_table=11
                     /product="3'-5' exonuclease DinG"
                     /translation="MQLNLANPIVFFDLETTGVNISKDRIIEISLLKVAPNGKEESKT
                     RRINPGIPIPPEATAIHGISNEDVKDCPTFKEIAKSLAAQIEGCDLAGFNSNRFDIPL
                     LAEEFLRADVDIDLSKRKFVDVQTIFHKMEQRTLSAAYKFYCGKSLEDAHSAAADTFA
                     TYEVLKAQLDRYPDLKNDIRFLSEFSCFTNNVDFAGRMIYNDKGEEVINFGKYKGRLV
                     AEVLKADPGYYAWMMSGDFPLNTKQKLTEIRMRLK"
     CDS             complement(3634..4767)
                     /gene="dnaN"
                     /locus_tag="SEQF2638.1_01021"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q9I7C4"
                     /codon_start=1
                     /transl_table=11
                     /product="Beta sliding clamp"
                     /db_xref="COG:COG0592"
                     /translation="MKFDVSSSALSFHLQAISKVIASKNTVPILDCFFFRLDKERRRL
                     FITASDIETRLETSITALNVEGEGVFAIPAKILLDPLKELPEQPLMFDVNDNNLSTVM
                     LYENGKYEFVAQRGDTYPQQKEMKSDAATFSIEAPVLLNGVSRTLFATAEDELRPVMN
                     GVFLDIQPNSVTFVASDGHKLVQISNLATRSGTHASFVLPKKSATLLKTLLAKETEEV
                     SIRFDENTASIKASHFEMVCRLIEGRYPNYSSVIPKDNPNRVTVDRLYLLNVLKRISL
                     SSNPASGLVRLQLSQEDGLTISAQDIDFSTSAEEIVKCQYDGTDLDIGFKGTFLIEML
                     NNINATEICIELADPSRPGVIVPTENEKDEQLLALLMPMMLNN"
     CDS             complement(4929..5084)
                     /locus_tag="SEQF2638.1_01022"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAKKTVATFKSGEGGRTYSKVIKMVKSPKTGAYVFQEEMIPNDD
                     VKEYFKK"
     CDS             complement(5106..5294)
                     /gene="rpmG"
                     /locus_tag="SEQF2638.1_01023"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P35871"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L33"
                     /db_xref="COG:COG0267"
                     /translation="MAKKVKGNRIQVILECTEHKESGMPGMSRYITTKNRKNTTQRLE
                     LKKYNPILKRMTVHKEIK"
     CDS             complement(5328..5564)
                     /gene="rpmB"
                     /locus_tag="SEQF2638.1_01024"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0A7M2"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L28"
                     /db_xref="COG:COG0227"
                     /translation="MSKSCQITGKKAMSGNNVAHSNVRTRRKFNVNLFAKKFYWVEQD
                     CWVTLNVSAAGLRLINKIGLDAAIKNAAAQGFLS"
     tRNA            complement(5658..5742)
                     /locus_tag="SEQF2638.1_01025"
                     /product="tRNA-Leu"
                     /inference="COORDINATES:profile:Aragorn:001002"
                     /note="tRNA-Leu(gag)"
     tRNA            complement(5754..5837)
                     /locus_tag="SEQF2638.1_01026"
                     /product="tRNA-Leu"
                     /inference="COORDINATES:profile:Aragorn:001002"
                     /note="tRNA-Leu(cag)"
     tRNA            complement(5957..6030)
                     /locus_tag="SEQF2638.1_01027"
                     /product="tRNA-Gly"
                     /inference="COORDINATES:profile:Aragorn:001002"
                     /note="tRNA-Gly(gcc)"
     CDS             complement(6165..6686)
                     /gene="proX"
                     /locus_tag="SEQF2638.1_01028"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q9L4Q7"
                     /codon_start=1
                     /transl_table=11
                     /product="Prolyl-tRNA editing protein ProX"
                     /db_xref="COG:COG3760"
                     /translation="MIGPAPLYALLRRLDIPFDYIEHPPLPTLDIAREVLRDRDVHLC
                     KNLFFRNHKGNRHYLVILSGDSSMDIHAIEHRLHEGKLTFASEHRLQRYLGVTPGSVS
                     PFALIHDTDHHVRVFLDKNLRDSPHLSFHPCLNTASLTLPLDGFIRFMDHTGNAYEWI
                     NLYPDDPQQTGSK"
     CDS             complement(6702..7526)
                     /gene="punA"
                     /locus_tag="SEQF2638.1_01029"
                     /EC_number="2.4.2.1"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P46354"
                     /codon_start=1
                     /transl_table=11
                     /product="Purine nucleoside phosphorylase 1"
                     /db_xref="COG:COG0005"
                     /translation="MKTSLSTYQEAADFLAGLIPDMPRTAIILGSGLGALADRLTDAT
                     AIPYAAIPHFSRSTATGHKGNLLFGRLGSQYVMAMQGRFHYYEGYSMDQVTFPIRVMA
                     LLGVRRLLVSNAAGGINNTFHVGDLMIIRDHINMMPNPLIGPNDERFGPRFPDMTRAY
                     DRDLIRAAEEIALEQGITLRKGVYVGLTGPSYETPAEYAAYGRLGGDAIGMSTVPEVI
                     VARHAGLRVFGMSVITNEGYHFADDFVNDADEVVRAANRATDVMTRLFTALIERTE"
     CDS             complement(7548..7943)
                     /locus_tag="SEQF2638.1_01030"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPLPLRRLHHVAVIASDYRRSLQFYTDVLGLTLRAEHYRADRQS
                     YKADLALGDTYVVELFSFPSPPPRPSHPEAAGLRHLAFEVDNIDDAVRHLDRLGVPHE
                     PVRTDPYTGRRFLFFTDPDRLPLELYEKD"
     CDS             complement(8050..9006)
                     /locus_tag="SEQF2638.1_01031"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKILEVTLPRVMKFEGGNRQMLNISLHTQFHYLQYGLVKAVDQT
                     KLKIPVTVMNAWDTTIGAQTKLVEQSAVSERTAKMLALDNERDNLLDGIFHVVSGLKY
                     SPTEATREAALRLEAKLKPYTNLRSRPFEMESVGIRGLEDDMKTKTADIAAVGLTDVL
                     TRLHTVNEEYEKLRTDRRIQTSDEKLPTAQQVRPLTDAAYDVVCQYIQSAYLTATADE
                     DKAMIEQLVDRMNKVVIDIKGSQRHILASRKPKNPNAPKKPKDPKTPKDPKQPKDPKT
                     PEQPKEPKQPETPQPPKPGGEKPKDPKKPGGDGNPDITLPEE"
     CDS             9559..10872
                     /gene="tuaD"
                     /locus_tag="SEQF2638.1_01032"
                     /EC_number="1.1.1.22"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:O32271"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-glucose 6-dehydrogenase TuaD"
                     /db_xref="COG:COG1004"
                     /translation="MKIAIVGTGYVGLVTGTCFAEMGVEVFCVDIDRQKIENLRNGVV
                     PIYEPGLEEMVIRNYEVGRLHFTTELTEVLDQVEIVFSAVGTPPDEDGSADLKYVLDV
                     ARTIGRAMNKYLLVVTKSTVPVGTACRIRQTIADELDRRGVTIDFDIASNPEFLKEGA
                     AVKDFMHPDRIVVGVESDRARRLMEKLYHPFMLNNFRIIYMDIPSAEMTKYAANAMLA
                     TRISFMNDMANLCEIIGADVNMVRKGIGADTRIGSSFLYAGCGYGGSCFPKDVKALIS
                     TAAEHGYPMRILKAVEDVNEEQKTLLFRKLSAHFGGDLQGRKVAMWGLAFKPETDDMR
                     EAPSLVLIDRLLEAGCQITAYDPVAIPEARRRIGDRIAYAKNIYETVEGADVLMVVTE
                     WKEFRLPAWARIRSLMKTPLILDGRNIYNIAEIEEAGFTYHCIGR"
     CDS             10901..11362
                     /gene="nlpE"
                     /locus_tag="SEQF2638.1_01033"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P40710"
                     /codon_start=1
                     /transl_table=11
                     /product="Lipoprotein NlpE"
                     /db_xref="COG:COG3015"
                     /translation="MKKNLLLCGTAAALTLSLASCNSAGKVNDNAEAPTDSTVAVAET
                     QPESTAFDKAGVYTGVIPCADCGGIETTLELRADGTYSLTEIYKDKKDGRFESSGKFQ
                     WDAANACITVGEGDDMISYIVEGDHLIMLDQDGHRVTGELADHYVLTKQAV"
     CDS             complement(11432..14890)
                     /locus_tag="SEQF2638.1_01034"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTRILTTICCALALWALTATAARADAKLYARSSALAEGRWVKVR
                     VADDGIYKLTYDQLRAMGFADPTKVSVHGYGGYILDEDFSHGGYVDDLPATPVYRGAD
                     YILFYGRGPIKWTYDRKAGTFTHEVNPYATHGYYFVTDATPTADAGTTSADVTTARDV
                     TVFDDHLLHEVDREFLQKLGQTGSGRDLFGESFSSTLSQTFPFAVPGITAEEGKVTLR
                     FVAYTGVTGAGTVTLAIDGTQLLRGTIPFDNETYTKAHEYVGTSSWRGEKSEAPKVTV
                     AYDKAAAANSFLDYIRLQVRRTLRAYDAPFTFFRDLTSMRSASRFVISGATEAMIVLD
                     VTHPQRVSRMATRRDGSALTFSIPASGDTLREFVLIDPTKTFPTPETVGAVTAQNLHA
                     LPQTDMVILSPPAFLSEAERLAAKHRTKRDSISVTIVTPEQVYNEFSSGTPDATAIRR
                     FMKMFYDRRSSESDAPKYLLLFGDGSHDNRQLSSAWKGIDMTNFLLTYQSHFSLGGNW
                     TGGGEEHETFVTDDYFGFLDDGEGSRIGTCNLRLGIGRFPVRTVSQARAAVNKVVGYI
                     DNPSFGAWKNNLCFIGDDGNSTDGYKTRHMSDANRLSQFVEQNYPEYINHRLLFDAYK
                     KSSSGGGGSGAYPDVVTALRNLQREGTMLINYNGHGNAQALSDEHVITQSMIQQYTYS
                     HLPLWITASCDFTPFDHTVTSAGEDVFLNEKSGGIALITTSRVAYDEPNFNMNGILLE
                     QLFKRRADGRRATLGEALMGMKNGYLSYLNRCFVLIGDPALTLSFPTYGIRVTEINGK
                     SATEGTVNLRALDRVTIKGEVIGLDSARLTDFNGALTAVVLDSEKEITTLNNNRTGHT
                     YTYTDYPNTIHRGNTVVTNGQFTLSFTVPADISYSNRNGKMSLYAYDAAQQREANGAY
                     RRYTVGGTATQIERDTVGPDVRLLYLNDSTWSEGDKTNETPFFVAHLRDASGINITGS
                     SVGHDITLTIDNNPALSYNLNSYYADRTDVPGEGVVRFSIPRLAEGTHTAEFKVWDIF
                     NNSTTRTFTFQVEKGLRPSITELRAGPVPARDQVTFYLDHNRPESRMEVTIGVYDLAG
                     RLQWQHTEQGSSELFHAYTVTWDLTNGRGARLRPGIYIYRAAVRTAGSSEATRAQKMV
                     ILGAKN"
     CDS             complement(15574..16188)
                     /gene="ycgM"
                     /locus_tag="SEQF2638.1_01035"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P76004"
                     /codon_start=1
                     /transl_table=11
                     /product="putative protein YcgM"
                     /db_xref="COG:COG0179"
                     /translation="MKIFAVGMNYADHNKELQHTFFSPEPTIFMKSDPVLKDGKPFFL
                     PDFTDEVHYETELVIKINRLGKNIDERFAARYYDEVTVGIDFTARDRQRDLRSKGLPW
                     ELCKAFDNAAAVGHFVPLQEVGGEIGQITFRLDLNGQTVQLGRTADMLFPVDRIVAFV
                     SRFFTLRMGDLIYTGTPSGVGPVAIGDHLEGFIGDKRLLDFYIK"
     CDS             complement(16185..16841)
                     /gene="rex"
                     /locus_tag="SEQF2638.1_01036"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:O05521"
                     /codon_start=1
                     /transl_table=11
                     /product="Redox-sensing transcriptional repressor Rex"
                     /db_xref="COG:COG2344"
                     /translation="MTASDERPRHERLPEPTLRRLPWYLAYLKLIRGRGETVVSSTRI
                     GEETGVTPVQVAKDLSYINISGKTRVGYEVDALVGILDDFLGFSHAHRALLFGVGQLG
                     AALMRDAGLGQYGLDIVAGFDVRPELVGTEIEGIPVYHIDHLPDRCPTLDATIAVITV
                     PVEEAQRVTDQVLACGIRALWNFTPFRIRVPHNVVVQNTSIYANLAVMFNRLNSLTTR
                     "
     CDS             complement(16838..18010)
                     /locus_tag="SEQF2638.1_01037"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METTYPSPAFDDIRPVNDAEVPQAVEDLISSDGLWRALSYIAPD
                     ADRAALIETMRSCRTKAEFKQTIGYKTVMAIARRSTFSLTISGRSRLPEGKAPCTFIS
                     NHRDIVLDAAFLNVLLYDVGYDMTQIAIGDNLLIYPWIRLLVRLNNSFIVKRNLSARR
                     LLENSRILSAYIRHTLRQTHESIWIAQREGRAKDSNDQTQTSVLKMLCMAGEGDEGLL
                     DNLMELNIVPIAISYEYDPCDYLKAREFQLRRDDLNYVKSERDDLLSMETGIMGDKGR
                     VHFTIGTPLNDTLRQFDPAMPRHELLAAAATAIDRDIYAHYRFYPSNYVAYDLLHATL
                     RFRMNYDLRDKARFEAYLQRQLDRIDLPQKDEPYLRTKMLEMYANPLKNHWDTKPE"
     CDS             complement(18061..19050)
                     /gene="ddl"
                     /locus_tag="SEQF2638.1_01038"
                     /EC_number="6.3.2.4"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q81Q29"
                     /codon_start=1
                     /transl_table=11
                     /product="D-alanine--D-alanine ligase"
                     /db_xref="COG:COG1181"
                     /translation="MKKQIALVAGGYSGEYEVSLKSADGLYSFIDRTRYDLHRVLLTR
                     EVWSVLLADGSQVPIDRNDFSYRTPDGRQVHFDLAYITIHGTPGEDGRLQGYFDMIGL
                     PYSSCGTLASALTFNKYTCTQFLRSQGLRVADAIRLRRGEQVSEDTVVKSLGLPVFVK
                     PNAGGSSLGTTKVKVADKIEEAVQQALTCDDEVIIERFVAGTEVTCGCYQANGRMTLL
                     PLTEVVTSNDFFDFDAKYNGQVSEITPARISDEMTQRVQNLTQNIYRLIGAKGIIRVD
                     FILPPDGSEPVVLEVNTTPGMTTTSFIPQQIRAAGLQITEVMTEIIENELNNR"
     CDS             complement(19074..20138)
                     /gene="rluD"
                     /locus_tag="SEQF2638.1_01039"
                     /EC_number="5.4.99.23"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P33643"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosomal large subunit pseudouridine synthase
                     D"
                     /db_xref="COG:COG0564"
                     /translation="MTLQDAMADGLFDEEDDDEAPEVLYEHFRFTADPNQSLLRVDKF
                     LIDRMTHTSRNRIQLAADAGYVRVDGVPVKNNYRVKPGDVVTIVMARPRHAFEVIAED
                     IPLNIVYEDEDLLVVNKPAGLVVHPGHGNYTGTLVNALAYYLRNLPNYDPNDPRLGLV
                     HRIDKDTSGLLVVAKNIDAKAHLSRQFFEKTTQRCYQTLVWGIPKADEGHIEGNIGRD
                     LRDRLRMAVYPPGSEEGKWAATNYRVTERLGYVSLLTCQLETGRTHQIRAHMSHIGHP
                     VFNDARYGGERILKGRPTGSYRQFVQEAFDTCPRQALHAETLGFVHPTTGKELFFTAP
                     LPDDMQGLINKWRTYCANNT"
     CDS             complement(20171..20851)
                     /locus_tag="SEQF2638.1_01040"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEKKKDAEDIREWFMRLPVVVHIFLAAIALWLLSLMVLKSLDVY
                     TRHNESIVVPNVKGKTPEEAHREIRKIGLRYIVLDSIYSKDMAPGAIVEVVPAIGSKV
                     KKDRILYLTINARTAQMAVVPDVTDLSLRQAFALLQSHGFTSIDVVYVSGSYRDLALG
                     VQLRGKTLRAGDRAPIAAKIVLRVSDGGEGGTDSTFWSPRSESEWRASRSSDDSNDEE
                     ERGTDDEE"
     CDS             complement(20981..21136)
                     /gene="rpmH"
                     /locus_tag="SEQF2638.1_01041"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q9RSH2"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L34"
                     /db_xref="COG:COG0230"
                     /translation="MKRTFQPSNRKRKNKHGFRLRMSTANGRRVLAARRAKGRKKLTV
                     SDEYPKA"
     CDS             21817..23250
                     /locus_tag="SEQF2638.1_01042"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRQPIHSAIALLLILLFAPRTAAQYAHYPPAVPDTVAVGGYGM
                     RHMPDSATIVPRRRMHTVFDHDAMRIGFAPALFFTASALTWSEREHIRHIRNRYVPGF
                     RNTFDNYLQYAPAVATYGLKLAGVRGRNKWPRTLLSHAASLAIMTAVVNSIKYTARVE
                     RPDASTRNSFPSGHTATAFANATLLHKEYGDVNPIYSISSYASATFVALGRSLNNRHW
                     VPDILAGAGIGILSTQLGYFFIDKIYHNRGDNLSLFSRFESSGTPSFLTVRVGSAVAM
                     HNLLAYPGTGADAPTRPGLEAGFEGAWFTGPRWGVGGECAFVTFAVDPSEEMAVDAAR
                     PERGHMRLQAQSVGTVNMSVGPYFAVEPGERWVFIAKANVGLAFAAKGTVTAEPAHDT
                     RDLQRELSLYTYEPQTAWMGGVGASMTYKFRDELGVTLYTDYHYARPSVRITYTNPDR
                     PEEQIRSVSQVRTFDYLSAGLRLTAFF"
     tRNA            23340..23422
                     /locus_tag="SEQF2638.1_01043"
                     /product="tRNA-Leu"
                     /inference="COORDINATES:profile:Aragorn:001002"
                     /note="tRNA-Leu(tag)"
     CDS             complement(23508..24236)
                     /locus_tag="SEQF2638.1_01044"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:O24970"
                     /codon_start=1
                     /transl_table=11
                     /product="putative transcriptional regulatory protein"
                     /db_xref="COG:COG0217"
                     /translation="MGRAFEFRKARKFKRWGNMARVFTKLGKEITIAVKAGGPDPGSN
                     PRLRVLMQTAKKENMPKDNVDRAIKRASSKDYTDYKEMNYEGYGPFGIAVFVETATDN
                     TTRTVGNVRSYFNKAGGTLGTTGSLEFLFDHKCVFHILKKDGVSLDDLELELIDYGVD
                     ELEEDEGEVILYGDFAQNAAIQKYLEENGYEITSSEFVRIPNDLKDVTPEQRETIDKL
                     IERLEEDEDVQNVFHNMKESEEEE"
     CDS             complement(24282..26750)
                     /gene="pheT"
                     /locus_tag="SEQF2638.1_01045"
                     /EC_number="6.1.1.20"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q5LC76"
                     /codon_start=1
                     /transl_table=11
                     /product="Phenylalanine--tRNA ligase beta subunit"
                     /db_xref="COG:COG0072"
                     /translation="MNISYNWLRDYLPFDLTPEEVAAALTSIGLETGSVETVQSVRGG
                     LAGLVTGRVLTCTAHPNSDHLHLTTVDVGGDEPLKIVCGAPNVAAGQMVVVAVIGTKL
                     YDGDKEFVIKKSKIRGEESFGMICAEDEIGVGASHDGIIVLPADTPVGLPAAAYYKVE
                     TDHVLEVDITPNRVDATSHYGVARDLAAYLQQRGTPVALQRPSTEGFGMDDPSPAIVI
                     ESVDSEGCPRYSGLTIRGVTVRESPEWLRRRLTAIGLRPINNVVDVTNYVLHELGQPL
                     HAFDAAKITGGRIQVRTMPAGTPFTTLDGIERTLTADDLMICDAKKPMCIGGVFGGLD
                     SGVTESTTDVFLESACFNPTWIRRTARRFGLSTDASFRFERGLDPNGTIEVLKRAALL
                     IREVAGGRITGEIQDVYPNKVEPYAVDITYRKIDETIGQTIPPETVKSILRSLEIEIA
                     HETPEGLSLRVPVYRIDVRRDVDVIEDILRIYGYNNVAFDDRVQSTLSYRTPTDRSQR
                     LESLIAEQLCGAGFHEIMNNSLTRRANYEGLATMPADACVTLMNPLSADLNVMRQTLL
                     FGGLQTIAHNINHKQRNLRFFEFGNCYTRRAEGASTEADRPLKGFEEEHRLGLWLSGT
                     RTENSWLHADEQTSVYELKAYVENILRRLGVDEKKTVRRTFSNEIYSSGMTIETAAGR
                     TLATFGIVDRRIARQADIDTEVSFAELSWTALMKETRQATTVFSEIPKFPEVRRDLAL
                     LVDTAVTFAQIEQTAAETDRKLLRRVVLFDVYEGKNLPAGKKSYAVSFYLQDAERTLT
                     DRRIDDLMAKLRRNLESKLGAQLR"
     CDS             27425..27637
                     /locus_tag="SEQF2638.1_01046"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVVVNTERCKGCDLCVVACPSDVLELHPREVNNKGYHYVYMKTP
                     KACTGCCSCGWVCPDACLTIYRAKVG"
     CDS             27645..28721
                     /gene="korA_1"
                     /locus_tag="SEQF2638.1_01047"
                     /EC_number="1.2.7.3"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:O53182"
                     /codon_start=1
                     /transl_table=11
                     /product="2-oxoglutarate oxidoreductase subunit KorA"
                     /db_xref="COG:COG0674"
                     /translation="MEDVRLMKGNEAIAHAAIRSGADGYFGYPITPQSEVMETLMAEK
                     PWETTGMVVLQAESEVSSINMVYGAAGSGKRVMTSSSSPGMSLMQEGVSYIAGAELPC
                     LLVNVMRGGPGLGTIQPSQADYFQTVKGGGHGDYRLITLAPSSVQEMADFVALGFDLA
                     FKYRTPAMVLSDGMIGQLMEKVVLPPFRPRKTDEEIEKESPWATTGRKGGREPNIITS
                     LELDPSIMEKRNLHLLEKYRQIEENEVRYEEIGCEDADYLLVAFGSSARICQKAMEVA
                     RGEGLKLGLLRPITLWPFPTKAISDRADKVKGILSVELNAGQMVEDVRLAVNGRVKVE
                     HFGRLGGIVFTPDEIIAAVKEKLM"
     CDS             28759..28935
                     /locus_tag="SEQF2638.1_01048"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRRGDRWDELFTLLFMLLAIAAGILYFTVKGNRLPFMLCGGAAI
                     LLRLVQYFLRMGGR"
     CDS             28966..29790
                     /locus_tag="SEQF2638.1_01049"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METLELIETETELVETLTEPNEIDFDIIKPENLVYTKPALMNDT
                     PMHYCPGCSHGVIHKLVAEVIGEMGMEDKTVAVSPVGCAVFAYNYIDVDWVEAAHGRA
                     PAVATALKRVNPGKLVFTYQGDGDLAAIGTAETIHAANRGENIVIIFVNNAIYGMTGG
                     QMAPTTLIGMPTATCPYGRDVALNGYPLKIGNILAQLDGTCLVTRQSVQTPAAVRKTK
                     KMLRLAFENSMAGKGTSVVEVVSTCSSGWKKSPTASNRWMEENMFPAYPLGDLKNI"
     CDS             29827..30372
                     /locus_tag="SEQF2638.1_01050"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQHEIIIAGFGGQGVLSMGKILAYSGLMEDKEVTWMPSYGPEQR
                     GGTANVTVILNDERISSPILNSYDIAIVLNQPSLDKFEPKVKPGGVLIYDGYGIQRPA
                     TRTDINVYRIDAMDAATELNMQKTFNMIVLGGLLKVVPMVQMESVLRGLKKTLPERHH
                     KLIPVNEEAIRKGMELIRKVG"
     CDS             complement(30990..33095)
                     /gene="bepA_2"
                     /locus_tag="SEQF2638.1_01051"
                     /EC_number="3.4.-.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_00997"
                     /codon_start=1
                     /transl_table=11
                     /product="Beta-barrel assembly-enhancing protease"
                     /translation="MRRALTYLFFLLAIAVNMQAQVNTDRVMAIGRNALYFEDYVLSI
                     QYFNQVIKAKPWMAEPYFYRAVAKLNLDDFQGAEEDCTLSLERNPFLAQAYYARGIAR
                     QSLEKYAEAIEDYTKGLEFKPGDRAMMSNKAIAYVQKKDFTDAEQVFEELIRAHPKQS
                     LGYLTRAAMYLEKGDTAKALSDYDRAIALDSFYAPCYANRALTLYQSGRYTEALKDLN
                     QAIRLNTREPGYYINRGLVRYELNDLRGAMADYDQVIEMDADNRIARFNRGLLRAQVG
                     DDNRAIEDFDVVLRLEPDNDIARYNRATLLFKTGDYRATIRDLDAVLRRYPDFVQGYY
                     YRADVKRRLNDLKGADRDYIAAMKIEEDRRRGRRSVASTAAKDSIRSGANDRTREESD
                     RNIEKFSRLVVYDRKEEQKSKYQSEIRGRVQDRNVQVELEPMFVLTYYERQADVRERV
                     FYDRLVERFNDRRVLAWRLLLTNREAALTEEQIAAHFASIDSYSKRIERTPGNADLHF
                     GRALDYLLVQDFTEALRDLDRTIELAPDAAPLAYFARAVVRYKQLESARSQQPDVTSA
                     AASPFRFGAAATRPSTSADTRDPSPADEARRHEHELILRDYDQVIRLAPDFAFAYFNR
                     GNLRCTGRDFRAAIADYDEAIRRDPELAEAYFNRGLAELSMGNATRGIADLSKAGELG
                     LPSAYSIIRRMTEESKSNE"
     CDS             complement(33102..33662)
                     /gene="def"
                     /locus_tag="SEQF2638.1_01052"
                     /EC_number="3.5.1.88"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P96113"
                     /codon_start=1
                     /transl_table=11
                     /product="Peptide deformylase"
                     /db_xref="COG:COG0242"
                     /translation="MILPIYTYGQAVLREETKPIDSSYPELQQLIADMFETMYNADGI
                     GLAAPQIGRSIKLLVIDGTPLANDHLDCKDFKRVLINPEIVEESPERVTYEEGCLSFP
                     GVHERVTRAERIRVKYLNERFEPVEEALGGFAARIVEHECEHLAGELFIDNISPIRRQ
                     LNKAKLNNIIKGKASCRYRIKPANKK"
     CDS             complement(33726..34175)
                     /gene="yrrK"
                     /locus_tag="SEQF2638.1_01053"
                     /EC_number="3.1.-.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:O34634"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative pre-16S rRNA nuclease"
                     /db_xref="COG:COG0816"
                     /translation="MGRILAVDYGAKRTGLAVTDTLQIAAGGLTTVASAEAVNYIVAY
                     AAREPLERVVVGLPKQMDNRPSENMARVEAFARRLEAALPAGVEVTFYDERFTSVMAH
                     RAMIDGGLGRKRRQDKALADEISAVLILQGYMEWMKSPGATGHPHLL"
     CDS             complement(34178..35575)
                     /locus_tag="SEQF2638.1_01054"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEKNSRQGYFLQWLIGVGDLVLINALFLVLYRALSADYTRLIGH
                     SLKEIILLLNFCYFFALYFVPVRVHLSVVFLDNIVKRSFMLITFQMIMFTTCLIFMRI
                     GHGSARFLIILYGTLLVAFSLWRVVMRVIVKIYRRKGYSVKNVIIVGAGKNGLELYKV
                     LKNDMAYGFNVYGFFDDNEALRGELPNYLGRLKETEAFIETHPVDEIYCTIPGANSEK
                     ISGLLSFAEKHMIRFYILPDFYRDIKKSMVMEIMEYVPLLSIRNEPLQSASNRAVKRA
                     FDILFSSLVMLLLYPMLYLVIGLLIKLSSPGPILFKQKRTGLYGKEFDCYKFRTMRVN
                     KEADEKQATRDDPRTTPIGAFLRHTNLDEIPQFVNVLKGDMSVVGPRPHMLKHTEQYS
                     KLIDKYMVRHLVKPGITGWAQITGYRGETKTLEQMEGRVKRDVWYIENWSFFLDLKII
                     YVTVINMFQGEKNAY"
     CDS             36312..37097
                     /locus_tag="SEQF2638.1_01055"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKVDGLSIGLLLSMEDFGYQSLIQEMLPDLPLETADEGYSDKLK
                     SAVEDYRAAYRAFDDAVETSGTTSPAVIAARHDKARDNAWRTLRAYVKVCTRHPDPDV
                     AATSTRALQLIRNIGDLSIRNRTDETGRLNTLIQSLREIGAAPLAQAGITPFIDDLER
                     KDHAYREAYQHWIDVKGDRTIGLVQLKRRAADAAYRNLITTVNALIHLNGDAPYAAFV
                     RSVNALIKRNKTALITRQTLRAKRHHSLIAPPPTTENQQHTES"
     CDS             37094..37567
                     /gene="rlmH"
                     /locus_tag="SEQF2638.1_01056"
                     /EC_number="2.1.1.177"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0C1V0"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosomal RNA large subunit methyltransferase H"
                     /db_xref="COG:COG1576"
                     /translation="MNVELWMIGKTDLSYWREAQDEYVRRLTHYLPFSLRIIPDVKNA
                     ARLTESQQKAQEGQQILKALQPSDQCILLDEKGTEHTSVGFSVYLSKRLQQPSRRLIF
                     VIGGPYGFSDAVYTRATDRLSVSRMTFSHQMVRVIFLEQLYRSMTIIKGESYHHE"
ORIGIN      
        1 aactgaactc ttgctcggat ccgcactttt ctgccttttc cgctcgacgc aaccggaagc
       61 atatcgaccc ctttccgcct aataatcagt ccacttgctt cgacatcggg acttctgctt
      121 ttgagaggat taataccgtc ctgaggggta tttaataccg tcctgagggg tatttaatga
      181 cgttccgagg ggtatttaat accgttccga ggggtattta ataccgttcc gaggggtatt
      241 taatacggtt cggaacgtga ttatgaccac ctctgaaggg tatttaatga ggttcggaac
      301 gtatcgacga ccacctcgga acggtatttc accacgttcc gaagggtatt tcacgtgagc
      361 tcgtacgcgt cgaactcacg tgatttagag gattcaggct ttgctggtcg tgccgggtga
      421 tgagcctttt gttggggtgc acgtggtgtg agtcatgcct aatcaattac ggagtgactc
      481 gaagcgactg gtggatccgg ggaagaggtt ggaaagtagc ttgtacccct cttgcttttc
      541 ctgcgtggtc gccttggcat agatggcggt cagctcgtcg agtttcgcgt cggagaagag
      601 gttcaacagg accgaggtgg gacgtgcgct tttgagcgca gtcagcgcgg ggagcgcggc
      661 gatgatgttc gtgcgcccgc gatccggatt ggcggccatc tcgtcgagcc ccttgcgatg
      721 atagtcatac cagaactgcc ggaagccctc gccctgcggt tcggtgagtg ccgtgatgag
      781 ggcatggcga ttggccgtgt tgtcgaaggc cttccagccg ttccaggagg gctcggactg
      841 cgcgagggtg actatctgct gcgcttggct cagaaatgag ctgccacctt tgggcgaaaa
      901 gctgtcgaaa tccaacccga ggatggtgta gatatagaac acgatggtgg cggtgagatt
      961 actctggagc gtggcctcgt tatactcgag cggctcgtgc tcggtgtaag tgaaatcgag
     1021 cttcgtgtcg cggaaattca gaatggttgt ggtgtaggcg gagttataga cggggcggcg
     1081 ggcttggact tggagttcgc aaccgaacct atcgttttcc atcgtgttga cgataagcgt
     1141 gaaggtgcaa tcgatgcgct cattgggcgc gaagcgcgcg ttagtccatt tcctgttgtt
     1201 gatgaactcg ttgagcgcgg tttgaagggt cttgaagatg tccttgttcg tgccttggat
     1261 tttatcgctg tttatcgtca ggcgggcatt caattcggag acttgtgcgg gggctgccac
     1321 ggcgatgaga agggtaaaaa ccaagaaaag cgtggctcgg atgctatgct tcgtcattgt
     1381 ttactcgttt tttgggggga ggaaggggag caggcagtcg atgatgtcgt cggccagctc
     1441 tgtcttgctt ttgagaggga agtcgcgggc gttcccgagg gcgtcgatca cggtgatctt
     1501 gttcgtgtcg acgccgaaac cggcgcccgc gtcttgcagg gagttgagga cgatgaggtc
     1561 gaggcgctta cggcggagct tctcctcagc gtgcgcgcgc tcgtcgttcg tctcgagtgc
     1621 gaagcccacg aggcgctggt cgggacgttt gcgacggccg agcgcggcgg caatatcgcg
     1681 gttggagacg agcggcaggg tgaggtggcc cgtctcttca cgtttgattt tcacctctgc
     1741 gggggtgtgg ggccgataat ctgcgacggc ggcagccaag atggcgatgt cgcacccggg
     1801 gaagagcgca gtggcggcgt catacatttc gtcggccgac tcgacatcgg tgcgggtgat
     1861 gtgcggatgt gtcgtgctca gcgccacggg gccggccacg agttgtacct ctgcgccgcg
     1921 acgtgcgcag gcctcggcga gggcaaaccc catcttgccg gaggagtagt tgccgatgaa
     1981 acggaccgga tcgatcttct cataggtcgg cccggcggtg atcagaaccg tacgcccgcg
     2041 tagatcgccc acctcgttga gtgcagaggc cagtatgtcg acgatgcgct ccggctcctc
     2101 catccgccca cggcccacga gtgtactggc cagctcgccc tcagcgggct caatgatccg
     2161 gttgccaaag gtgcgcaagc gggcgaggtt agcctgtgtg gcggggtgcg catacatgtc
     2221 gagatccatt gcaggggcca cgaaaacggg cgccttgcac gagaggtaag tggtgacgag
     2281 catattgtcc gccacgccct gagccatctt gccgatcgta gccgccgtgg cgggcgcgat
     2341 gagcatggcg tcggcccaga gacccagatc gacgtggcta tgccatgagc cgtcgcgtcg
     2401 ggagaagaac tcgctgacga cgggctttcg actgagggtg gagagggtga gcggggtgat
     2461 gaactccttg gctgcgggcg tcataaccac ctgcacctct gcaccctcct tgatgagggc
     2521 acgagtgagg taggccgcct tatacgcggc tatacttccc gtgacgccga ggatgatttt
     2581 ccgctccgcg agtcttgggg agggggattg actattcatc gtgcttgggt tggggggata
     2641 aacggtgtga tccgcaggct acttgaggcg catgcgtatc tcggtcagtt tttgtttggt
     2701 gttcagcggg aaatcgccgc tcatcatcca cgcataatag cccggatcag ccttcaagac
     2761 ctccgcgacg aggcgcccct tgtatttgcc gaagttgatc acctcttcgc ccttgtcgtt
     2821 gtagatcata cgtccggcaa agtccacgtt gttcgtgaag caggagaatt ccgaaaggaa
     2881 gcggatgtcg tttttgagat ctgggtaacg gtccagttgt gccttgagca cctcgtacgt
     2941 agcgaaggtg tctgccgcgg cactgtgggc gtcttcgagg ctttttccac aatagaactt
     3001 gtaggcagcc gacagtgtgc gctgctccat cttatggaag atggtctgca catcgacaaa
     3061 tttgcgtttg gagagatcga tatcgacgtc cgcccgcaga aattcctcgg caaggagggg
     3121 aatatcgaat cgattggaat taaatccggc taaatcacag ccttcaatct gtgcggcgag
     3181 cgatttggcg atctctttga aggtaggaca gtccttgaca tcctcgttgc tgataccgtg
     3241 aatagccgtc gcctctggcg ggatgggtat gcccggattg atacgacgag tcttactttc
     3301 ctccttaccg ttgggggcga ctttcaggag agagatttcg atgatcctat ccttgctgat
     3361 atttacgccg gtggtctcga gatcgaagaa gacgataggg ttggctaagt tcagttgcat
     3421 gacttagaag ctgtttggaa tttattgagc gattgtttta tggaactgtt tgggcgggtt
     3481 attctccttt ctatttcggg tctatcgggg cctgtttctg cccttttgtt ccatcattaa
     3541 tcctcacata gcttgctatg ctcgtctaat gatgaaataa aatcatcaga aatatactcc
     3601 cgatatcctc cgaaataaat tccaaacagc ttcttaattg ttcagcatca tgggcatgag
     3661 tagggcaagc agctgttcgt ccttctcgtt ttctgtgggt acgatgacac ccggccgcga
     3721 cggatcggcc agttcgatgc agatctcggt agcgttgatg ttgttcaaca tttcgattag
     3781 gaacgtcccc ttaaaaccaa tgtctaagtc agtgccgtcg tattggcact taacgatctc
     3841 ctcggccgag gtggagaagt cgatatcctg tgctgaaatg gtgagcccgt cctcctgact
     3901 tagctgcaat cgcacaagtc cgctggcggg attggaggag agagagatac gcttgagaac
     3961 atttagcaga tagagcctat cgaccgttac acgattcggg ttgtctttcg gaatcacact
     4021 gctgtagttg ggataacgtc cctcaatcag gcggcaaacc atctcaaaat gggaggcctt
     4081 gatagaggcg gtgttttcgt cgaagcgaat gctcacttct tctgtctctt tggctagcaa
     4141 cgtcttcaga agggttgccg attttttcgg tagcacgaac gacgcgtggg ttccgctcct
     4201 cgtcgccaga ttgctaatct gcaccagctt gtggccatca gaagcgacga atgtgacact
     4261 gttcggctgg atatctaaga aaacgccatt cataaccgga cggagctcat cctcggccgt
     4321 agcaaagagt gttcggctga cgccgttaag cagtactggt gcttctattg agaatgtggc
     4381 ggcgtcgctc ttcatttcct tttgctgtgg ataggtgtcg cctcgttgtg caacaaattc
     4441 atacttccca ttttcgtata gcatgactgt tgagaggttg ttgtcgttaa cgtcaaacat
     4501 tagcggctgc tctggcaatt ccttcaacgg atccaataat attttagcag gtatggcgaa
     4561 tacaccttct ccttccacgt tcagcgcagt gatcgaagtc tctaagcgcg tctcaatgtc
     4621 cgaggcggtg atgaagagtc tacgtctttc tttatccaga cgaaagaaga agcaatcaag
     4681 aatgggtacc gtattctttg aagcgattac tttactgatt gcctgtaagt gaaatgatag
     4741 ggctgagctt gatacatcga atttcatgag ggtctatatt tttttgattt tgtacagcta
     4801 agtgagatat agtgatgtgg catttgccgg tttcgatttc gcggagggtc taactaaata
     4861 ctaaaagctc ttacccaata agatattgag taagagcttt tattacttgc gattcttatt
     4921 caaaaagact atttcttgaa atattctttt acgtcgtcat tcgggatcat ctcttcctga
     4981 aaaacgtaag ctccagtttt tggtgacttc accattttga tcactttcga gtaagtacgt
     5041 ccgccttctc cagacttaaa cgttgcgacg gtcttttttg ccatgatcta cgatctcctt
     5101 attgattact ttatctcttt gtgtactgtc attcttttca gaatcggatt gtatttcttc
     5161 aactcaagtc gctgtgtggt gtttttgcga tttttcgttg tgatgtaacg cgacattccg
     5221 ggcataccgc tctctttatg ctctgtgcat tcgagaatca cttgtattct attgcctttt
     5281 accttctttg ccatcgcttg tttcctcctt ttatatgggc gttatagtca gctcaagaac
     5341 ccttgagcgg ctgcattttt gattgctgca tcgagtccta ttttgttgat gagccgtaat
     5401 cctgcggctg agacattcaa tgtaacccag caatcctgct ctacccaata gaacttcttt
     5461 gcgaagaggt tcacgttgaa cttgcgcctt gttcgcacat tagaatgagc gacgttgttt
     5521 cccgacatcg ctttctttcc cgtaatctga caactcttag acattgcttc gtattttcta
     5581 tcttgtttat tcggtgatgt ggagacgaaa aaaaagagaa tcgcttctct tttctatgtt
     5641 atcttcttcc acttcttgta cgcaggatga gatttgaact cacacaccgt taccggcact
     5701 accccctcaa agtagcgtgt ctaccaattt caccacctgc gcattatgaa aggggtgccc
     5761 agaacaggac tcgaacctgc atgcctctcg acacacgcac ctgaaacgtg cgcgtctacc
     5821 aattccgcca cctgggccta ttcatctatt gctggaaaga cgagcgttca ttcatttcat
     5881 tcttttgctg tatctctttc ttcgtgtatt ctatagaggc tacagtgatt ggaggtgtta
     5941 ctcgtctaca aaaagagagc ggaagacgga actcgaatcc gcgaccccaa ccttggcaag
     6001 gttgtgctct accaactgag ctacttccgc ttatgttttt tttcgtctct ctctctcgat
     6061 tgacgggcgc aaagatagag ccgttttcca aacgtccaaa cgttctgcga ttattttttc
     6121 tcgcgaattc tgaggctaat cgctggcgaa gcgggctatc ttacttattt tgagcctgtc
     6181 tgctgtggat cgtcgggata aagattgatc cactcgtaag cgtttccggt gtgatccatg
     6241 aagcgaatga agccgtcaag ggggagggtc agggaggccg tgttgaggca gggatgaaag
     6301 ctgaggtggg gggagtcgcg gaggtttttg tcgaggaaga cgcgcacatg gtggtcggtg
     6361 tcgtggatga gggcgaaggg gctgacggat ccgggcgtga cgccgaggta acgctgcagg
     6421 cggtgctcgg aggcgaaggt gagcttgccc tcgtggaggc gatgctcgat ggcatggatg
     6481 tccatcgagc tgtcaccgga gaggatgacg aggtagtgac ggttgccctt gtgattgcgg
     6541 aagaagaggt tcttgcagag gtggacgtcg cggtcacgga ggacttcgcg ggctatgtcg
     6601 agggtgggga gtgggggatg ctcgatgtag tcgaagggga tgtcgagacg tcgcaggagg
     6661 gcgtagagtg gggcgggacc gatcatgggg ggaggggagc cttactcggt gcgttcgatg
     6721 agggcggtga agaggcgtgt catgacgtcg gtggctcgat tggcggcacg gacgacttca
     6781 tcggcgtcgt tgacgaaatc gtcggcgaag tggtagcctt cgttcgtgat gacggacatg
     6841 ccgaagacgc gtaggccggc gtgacgggcg acgatgactt cggggacggt gctcatgccg
     6901 atggcgtcgc caccgaggcg accgtaggcg gcgtattcgg cgggagtctc gtaggagggg
     6961 ccggtgaggc cgacgtagac gcctttccgg agcgtgatgc cttgctcgag ggcgatctct
     7021 tcggcggcgc ggatgaggtc gcggtcgtag gcgcgggtca tgtcggggaa gcgtgggccg
     7081 aagcgttcgt cgttggggcc gatgagcggg ttgggcatca tgttgatatg atcgcggatg
     7141 atcatcaggt cgccgacgtg gaaggtgttg ttaatgcccc cggcggcgtt ggagacgagc
     7201 aggcggcgga caccgaggag ggccatgaca cggatcggga aggtgacctg atccatgctg
     7261 tagccttcat aataatggaa gcggccctgc atggccatga catactgact gccgaggcgg
     7321 ccgaagagga ggttgccttt gtggcccgtg gccgtggagc gtgagaagtg gggaatggcg
     7381 gcgtagggga tggcggtggc gtcggtcagg cggtcggcca gggcgccgag gccgctgccg
     7441 aggatgatgg ccgtccgggg catgtcggga atgaggccgg cgaggaagtc ggcggcttct
     7501 tgataggtgg agagtgaggt tttcatattc ctgcggagtg tttggggtta gtctttttcg
     7561 tagagttcga gtgggaggcg gtcggggtcg gtgaagaaga ggaatcgtcg gccggtgtaa
     7621 ggatcggtgc ggacgggctc gtgggggacg ccgaggcggt cgaggtgacg gacggcgtcg
     7681 tcgatgttgt cgacctcaaa ggccaagtga cgcaatcctg cggcttcggg atgcgacggc
     7741 cgcgggggcg gggaggggaa ggagaagagc tcgacgacgt aggtgtcacc cagcgcaagg
     7801 tcggccttgt acgactgccg atcggcgcga taatgttcgg cgcggagggt gagcccgagg
     7861 acgtcggtat agaactgtag cgatcggcga tagtcactcg cgatgacggc tacgtggtgt
     7921 aggcggcgga gggggagggg catgcggtct cggatgattt tgtgatcaat gggttggccg
     7981 atgatccccc ggggagcagc cccctttggg gccgtccccg gacgatcatg tgccactctt
     8041 ttggggggct tattcctccg gcaacgtgat gtcaggatta ccgtcgccac ccggtttctt
     8101 cggatccttc ggtttctcgc cacccggttt gggcggctga ggcgtctccg gttgcttagg
     8161 ttccttaggc tgctcgggag tcttgggatc cttaggctgc ttgggatcct tcggggtctt
     8221 gggatcctta ggtttcttgg gtgcgttcgg attcttaggc ttgcgactgg ccaagatgtg
     8281 acgctgacta cccttgatgt cgatcacaac cttattcata cgatcgacga gctgctcgat
     8341 catcgccttg tcctcgtcgg ccgtagcggt gaggtaggca gattggatgt actggcagac
     8401 aacatcgtag gcggcatcgg tcagcggacg cacctgctga gctgtcggga gtttctcgtc
     8461 ggaggtttgg atacggcgat cggtgcggag cttttcgtac tcctcattga cggtatgcag
     8521 ccgtgtcaga acgtcggtga ggccaacggc tgcaatgtcc gccgtcttcg tcttcatgtc
     8581 gtcttccaag ccgcgtatac ccacactttc catttcgaac gggcgactgc ggaggttggt
     8641 gtacggtttc agtttggcct cgaggcgcag cgcggcttcg cgggtagctt ccgtgggcga
     8701 gtacttcaaa ccgctgacga catgaaagat gccgtccagc aggttgtcgc gttcgttgtc
     8761 cagagccagc attttggcgg tacgctcgga aacggccgat tgttcgacga gcttcgtctg
     8821 cgcgccgatc gtcgtgtccc aagcgttcat cactgtgaca gggattttga gctttgtctg
     8881 atccaccgcc ttcaccagtc cgtattgcag gtagtgaaac tgggtgtgga gcgagatgtt
     8941 caacatctgt ctgttgcccc cttcaaattt catgacccgg ggcaaggtca cttcgagtat
     9001 tttcatttct ctcagggtgt ttattaacca tgcaaaggtg catgaaatgc cagaagattc
     9061 gatgctcccc gaattggagc aagatgtttt tgaagcagaa aggtcgtcct caaacacgaa
     9121 atggatctct gctcccgtga aacgccaaaa tgaaacgcga aaccgatcgc tgatttccca
     9181 aaacgccttc ccgccgcggg aaaccgatca aaacttccga aaaatgcctt cccgcggcgg
     9241 gaaatggggt aaattctcag aaaaacgcct tcccgcggcg ggaaatggga aaaattctcc
     9301 gaaaaacggt ttcccgcggc gggaaagcga taaaatctcc cgaaaaacgg tttcgtgcgg
     9361 cgggaaggcg gtaaaatttg ctggagatcg gtttcccgcg gcgggaaatg gggcaaattc
     9421 tccgaaaaac gctttccgcc gcgcgaagag cattttcaag aagccgccgt ccccgccgcg
     9481 ggaagcgccc cccggcccgc ttccctgcaa atcgtttctt ttgcgcccca aatcacttac
     9541 ctattatata cgtaacgaat gaagattgca atcgttggaa caggctacgt cggtctcgtc
     9601 accggcacct gctttgctga gatgggcgtc gaggtgttct gtgtggacat tgatcgccaa
     9661 aagattgaga acctccggaa cggcgtcgtg ccgatctatg aacccggcct cgaggagatg
     9721 gtgatccgca actacgaagt gggccggctc catttcacca ccgagctgac cgaggtgctc
     9781 gaccaggtcg agatcgtctt tagcgccgtc ggtacgccgc cggacgagga cggcagcgcc
     9841 gacctcaagt acgtcctcga cgtggcccgc accatcggcc gggcgatgaa caaatacctc
     9901 ctagtggtca ccaagagcac cgtccccgtg ggcaccgcct gccgcatccg ccagaccatc
     9961 gccgacgagc tcgaccgccg cggcgtgacg atcgacttcg acatcgcctc caaccccgag
    10021 ttcctcaagg agggcgccgc cgtcaaggac ttcatgcacc ccgaccgcat cgtcgtcggc
    10081 gtcgagtccg accgcgcccg acggctcatg gagaagctct atcacccctt tatgctcaac
    10141 aatttccgca tcatttatat ggacatcccc tcggccgaga tgaccaaata tgccgccaac
    10201 gccatgctcg ccacccgcat cagcttcatg aacgacatgg ccaacctctg cgagatcatc
    10261 ggcgctgacg tcaacatggt gcgcaagggc atcggcgccg acacccgcat cggcagcagc
    10321 ttcctctacg ccggctgcgg ctacggcggc tcgtgcttcc ccaaggacgt caaggcgctc
    10381 atcagcaccg ccgctgagca cggctacccg atgcgtatcc tcaaggccgt ggaggacgtg
    10441 aacgaggagc agaagacgct ccttttccgc aagctctcgg ctcacttcgg cggtgatctc
    10501 caaggccgca aagtggccat gtggggcctg gccttcaagc ccgaaacgga cgacatgcgt
    10561 gaggccccgt cgctcgtcct catcgatcga ctgctcgagg ccggttgcca gattacggcc
    10621 tacgaccccg tggccatccc cgaggctcgc cgccgcatcg gtgatcgcat cgcctacgcc
    10681 aagaatatct acgagaccgt cgagggcgcc gacgtgctca tggtcgtcac cgagtggaag
    10741 gagttccgcc tgcccgcctg ggcccgcatc cgcagcctga tgaagacgcc cctcatcctc
    10801 gacggccgca acatctacaa catcgccgag atcgaagaag ccggcttcac ctatcactgc
    10861 atcggacgat aatccataac cattatataa tagtagagat atgaagaaga acctcttact
    10921 ctgcggcacg gccgccgcgc tgacgctgag cttggcgtca tgcaattcgg ccggaaaagt
    10981 gaacgacaac gccgaggcgc cgaccgatag cacggtcgcc gtggctgaga cccaaccgga
    11041 atccaccgcc ttcgacaagg cgggcgtcta taccggcgtc atcccctgcg ccgactgtgg
    11101 cggcatcgag acgaccctcg agctgcgtgc cgatggcacc tacagcctga ccgagatcta
    11161 caaggacaag aaggacggcc gattcgagtc cagcgggaag ttccagtggg acgccgctaa
    11221 cgcctgcatc accgtgggcg aaggcgacga tatgatctct tacatcgtcg agggcgacca
    11281 cctcatcatg ctcgatcagg acggccaccg cgtcaccggt gagttggccg accactacgt
    11341 gttgactaag caggccgtgt aagcgaaaag ctgaaaaata aagccgggta cacgagggaa
    11401 cgcatcccat catgtacccg gcttttcgtt tttagttttt cgccccgagg atcaccatct
    11461 tctgggcgcg ggtggcctct gacgagcctg ccgtacggac ggccgcgcgg tagatgtaga
    11521 tgccggggcg cagacgggcg ccgcgtccgt tggtcaagtc ccacgtgacg gtgtaggcgt
    11581 ggaagagttc cgacgatccc tgctcggtgt gctgccattg caggcgacct gccagatcgt
    11641 agacgccgat cgtgacttcc atgcgtgact ccgggcgatt gtggtcgagg tagaaggtca
    11701 cctggtcgcg ggctggcacg gggccggcgc gtagctcggt gatggacggt cggagtccct
    11761 tctcgacttg gaaggtgaag gtgcgcgtgg tggagttgtt gaagatgtcc cacaccttga
    11821 actccgccgt gtgcgtcccc tcggcaaggc gcgggatgga gaagcgcacc acgccctcac
    11881 ccgggacatc ggtacggtcg gcgtagtagc tgttcaggtt gtagctcagg gcgggattgt
    11941 tgtcgatggt cagcgtgatg tcgtgtccga cgctgctgcc ggtgatgttg attcccgagg
    12001 cgtcgcgcag gtgggcgacg aagaagggcg tttcgttcgt cttgtcgccc tcgctccagg
    12061 tgctgtcgtt gaggtagagt aggcggacgt ccgggccgac ggtgtcacgt tcgatctggg
    12121 tggcggtgcc gcccacggta tagcgacggt aggcaccgtt tgcctcgcgc tgctgcgcgg
    12181 cgtcgtaggc gtagaggctc attttcccgt tgcgattgga gtaagagatg tcggcaggga
    12241 cggtgaagct gagcgtgaac tggccattgg tgacgacggt attaccccgg tggatggtgt
    12301 tcgggtaatc ggtataggtg taggtgtggc ccgtgcggtt gttgttgagc gtggtgatct
    12361 ctttctcgct gtcgaggacg acggccgtca gggcgccgtt gaaatccgtg agccgcgcgc
    12421 tgtccaatcc gatcacctcg cccttgatcg tcactcggtc gagggcccgg aggttcaccg
    12481 tcccctcggt ggcggacttg ccgttgatct ctgtcacacg gatcccgtag gtggggaagg
    12541 agagcgtcag ggccgggtcg ccgatgagga cgaagcagcg gttgaggtac gacaagtagc
    12601 cgtttttcat ccccatcagt gcctccccca gggtggcccg acgaccgtcc gcgcggcgtt
    12661 tgaaaagttg ctcgaggagg atgccattca tattgaaatt aggctcatcg taggccacgc
    12721 gtgaggtggt gatcagcgca atgccgccac tcttctcgtt gaggaagaca tcctctccgg
    12781 cagaggtgac cgtatgatcg aagggcgtga aatcgcacga agccgtgatc cagagcggca
    12841 ggtgggagta ggtatattgc tggatcatgc tctgggtgat gacgtgctca tcgcttaggg
    12901 cttgggcgtt accgtggcca ttgtagttga tcagcatagt gccttcgcgc tgcaggtttc
    12961 ggagggcggt gaccacgtcg gggtaggcgc cgctgccgcc tccgcccgag ctgctcttct
    13021 tataagcgtc gaaaaggagg cggtggttga tgtactccgg gtaattctgc tccacgaatt
    13081 gcgagaggcg gttggcgtcg ctcatgtggc gcgtcttgta gccgtcggtg gagttgccgt
    13141 cgtcgccgat gaagcagaga ttgtttttcc aggcgccgaa ggaggggtta tcgatgtagc
    13201 cgacgacctt gttgacggcc gcacgcgcct ggctgactgt gcggacgggg aatcggccga
    13261 tgccgagtcg caggttgcag gtgccgatgc gagatccctc gccgtcgtcc aggaaaccga
    13321 agtaatcatc cgtcacaaag gtctcgtgct cctcgccgcc gcccgtccaa ttgccaccta
    13381 aggagaagtg ggactggtaa gtgaggagga aattcgtcat gtcgatgccc ttccaggccg
    13441 aagaaagctg acggttgtcg tgcgacccat cgccgaagag caacagatat ttcggggcgt
    13501 cggactccga ggagcgacgg tcgtaaaaca tcttcatgaa gcgacggatg gcggtcgcat
    13561 ctggcgtgcc gctcgaaaat tcgttgtaga cctgctcggg agtaacgatg gtgacgctga
    13621 tcgagtcgcg cttcgtgcgg tgcttggcag ccagccgctc ggcctcgctg aggaaggccg
    13681 ggggagagag gatcaccatg tcggtttgcg gaagggcgtg caggttttgc gccgtcacgg
    13741 ccccgacggt ctcgggggtg gggaaggtct tcgtggggtc gatcagcacg aactcccgga
    13801 gcgtgtcgcc actggcgggg atggagaacg tgagcgcgga gccgtcgcgg cgcgtggcca
    13861 tgcggctgac gcgttgaggg tgggtgacgt cgaggacgat catcgcctcc gtggcgccgg
    13921 agatgacgaa gcgggaggcc gaacgcatcg aggtcaggtc gcggaagaag gtgaagggcg
    13981 cgtcgtaagc gcggagcgtg cggcggacct ggaggcggat gtagtcgagg aagctgttgg
    14041 cggccgctgc cttgtcgtag gccacggtca ccttcggcgc ctcgctcttt tcgccgcgcc
    14101 aggagctggt gccgacgtat tcgtgggctt tggtgtaggt ttcgttgtcg aacgggatcg
    14161 tgccgcggag cagctgcgtg ccgtcgatcg cgagcgtgac tgtgccggcg cccgtcaccc
    14221 cggtgtaggc cacgaaacgg agcgtgactt tgccctcttc agccgtgatg cccggcacgg
    14281 cgaaggggaa agtctgcgat agggtgctgg aaaaactctc gccgaagagg tcacggccgg
    14341 atccggtctg ccctaacttc tggaggaact cgcggtccac ctcatgcagc aggtggtcgt
    14401 cgaagacggt cacgtcgcgt gcggtcgtga cgtcggcgga ggtcgtgccc gcgtcggcgg
    14461 tgggcgtggc gtcggtcacg aagtagtaac cgtgcgtggc gtaggggttc acctcgtggg
    14521 tgaaggtgcc ggccttgcgg tcgtaggtcc acttgatggg gccgcgcccg taaaagagga
    14581 tgtagtccgc gcctcggtag acgggcgtgg cgggcaggtc gtcgacatag ccgccgtgcg
    14641 agaagtcctc gtcgaggatg tagccgccgt agccgtggac ggagaccttg gtcgggtccg
    14701 cgaatcccat ggcgcggagc tggtcgtagg tgagtttgta gatgccgtcg tcggcaacgc
    14761 ggaccttcac ccaccgtccc tcagccagcg cggagctgcg ggcatagagc ttggcgtctg
    14821 cgcgcgcggc cgtggcggta agggcccaga gggcgagggc gcagcatatc gtggtcagta
    14881 tacgtgtcat atgtagaagt tagatgtaga catgagcgaa aaagtggggc gaatctatgg
    14941 ataacgcgcc atggattcaa acgaagaagt tcgaaaaatg tacccatctc ccgctgtttt
    15001 gagcaataag aaacgccttc agcctgaagg ttccattgtc cgagacaata gaaaacatct
    15061 tctacccgaa ggtctcattg tccgagacaa cagaaaacac ctcacacctg aaggtctcat
    15121 tgtccgagac aacagaaaat gccctctgct cgaaggtctc attgcccgaa acaataagag
    15181 aaaacgggtg cctacgaaaa ccgttgtctc agacaatact aaatacctga tcgaggtatt
    15241 cgtgattgat cgagacaatg ctaaacggcg gtaatctcat ttatgattgt ctgagatgat
    15301 cgtagatttc cggatcgtcc atttattatt gtctgagaca ttattgaata cccggatcag
    15361 gtatttagta ttgtctgaga caacgagatt ttcctgtggt ggaaacgcgt cattgttcaa
    15421 gacaataaga gatcccgagc gcaggcgttg gccattgttt aagacagtga gaccttcacg
    15481 cagacggcat tacccattgt ttcggacaat gagagatccc ggccgcagac gtttcccact
    15541 gtttgaaaca acgggagatg ggggaaaacc aaattactta atgtagaaat cgagcaaccg
    15601 cttgtcgccg atgaagccct ctaaatggtc gccgatggct acggggccga cgcccgaggg
    15661 ggtgccggtg tagatcaagt cgcccatgcg cagggtaaag aatcgactga cgaaggcaac
    15721 gatgcggtcg acggggaaga gcatgtcggc cgttcggccc agttgcactg tctgaccgtt
    15781 gaggtcgaga cggaaggtga tttggccgat ttcgccgccc acctcttgca aggggacgaa
    15841 gtggccgacg gctgcggcgt tgtcaaaggc cttacagagc tcccagggca gacctttgga
    15901 gcgcaggtct cgctgccgat cgcgagcggt gaagtctatg ccgacggtca cctcgtcata
    15961 gtatcgagca gcgaaccgtt cgtcgatgtt tttacccagc ctgttgatct tgatgacgag
    16021 ctccgtctcg tagtgcacct cgtccgtaaa gtcggggagg aagaagggct tgccatcttt
    16081 cagcacggga tcggatttca tgaagatcgt aggctccggg gagaaaaacg tgtgctgtag
    16141 ttctttattg tgatcggcgt agttcatgcc gacggcgaaa atcttcatcg ggtggtgagg
    16201 ctgtttaggc gattgaacat gacggcgaga ttggcataga tggaggtgtt ctgcaccacg
    16261 acgttgtggg gtacccggat gcggaagggg gtaaagttcc agagggcgcg gattccgcag
    16321 gccaggactt ggtcggtgac gcgctgggct tcctctaccg gcacggtgat gacggcaatg
    16381 gtggcgtcga gcgtggggca gcggtccggg aggtggtcga tgtggtagac ggggatgcct
    16441 tcgatctcgg tgcccaccag ctcggggcgg acatcgaagc cggccacgat gtcgagtccg
    16501 tattgcccca gaccggcgtc acgcatgagg gcggccccca gctgaccgac gccgaagagc
    16561 agggcccggt gggcatgcga gaagccgagg aagtcgtcga ggatgcctac cagggcgtcc
    16621 acctcgtaac cgacgcgggt tttgcccgat atgttgatgt aggagaggtc cttggctacc
    16681 tgcacggggg ttacgcccgt ctcctctccg atgcgggtgg aggagacgac cgtttcgccg
    16741 cgcccgcgga tcagcttgag gtaagccaga taccagggca ggcggcggag tgtgggttcg
    16801 ggcaggcgtt cgtggcgggg acgttcgtcg gaggcggtca ttcgggtttc gtgtcccagt
    16861 ggttcttgag ggggttggcg tacatctcga gcattttggt gcgcaggtag ggctcgtctt
    16921 tttggggcag gtcgatgcgg tcgagttgtc gctggaggta agcctcgaag cgagctttgt
    16981 cgcggaggtc gtagttcatg cggaagcgca gcgtggcgtg tagcagatcg taggccacgt
    17041 aattgcttgg gtagaagcgg taatgggcgt agatgtcgcg gtcgatagcc gttgctgcgg
    17101 ccgcgaggag ctcgtggcgg ggcatggcgg ggtcgaactg tcggagggtg tcgttcaggg
    17161 gcgtgccgat ggtgaaatgc acgcgccctt tgtcgcccat gatgccggtc tccatgctca
    17221 gcaggtcgtc gcgctcgctc ttgacgtagt tcaggtcgtc gcgtctcagt tggaactctc
    17281 gggctttgag gtagtcgcac gggtcgtact cgtaggagat ggcgatgggc acgatgttga
    17341 gctccatcag gttgtcgagc aggccctcgt cgccctctcc ggccatgcag agcattttga
    17401 ggactgaggt ctgggtctgg tcgttggagt ctttagcgcg gccctctcgc tgggcgatcc
    17461 agatggactc gtgcgtctgg cggagggtgt ggcggatgta ggccgagagg atgcggctgt
    17521 tttcgagcag tcgtcgggca gacaggttgc gcttgacgat gaagctgttg ttgagtcgca
    17581 ccaggagtcg gatccaggga tagatgagga ggttgtcccc gatggcgatt tgggtcatgt
    17641 cgtagcccac gtcgtagagt aggacgttga ggaaggcggc gtcgaggaca atgtcgcggt
    17701 ggttggagat gaaggtgcag ggcgctttgc cttcgggcag tcggctgcgg ccggagatgg
    17761 tcagcgagaa ggtgctccgc cgtgcaatgg ccatgactgt cttgtagccg atggtctgct
    17821 taaattcagc cttggtgcgg caggagcgca tggtctcgat gagggctgcg cggtcggcat
    17881 ccggggcgat gtagctgagg gcgcgccaga gtccgtcgga cgagatcaga tcctcgacgg
    17941 cttggggcac ttccgcgtcg tttacggggc ggatgtcgtc gaatgcgggg gaggggtagg
    18001 tcgtttccat tgcgatgtct cggtgtttat gtggatagga agggtggggt ggggcgttgt
    18061 tcagcggttg ttcagctcgt tctcaatgat ttccgtcatc acctcggtga tttggagacc
    18121 ggcggcgcgg atctgctgcg ggatgaagct cgttgtggtc atgcccgggg tggtgtttac
    18181 ctccagcacg acgggttcgc tgccgtccgg gggaagaatg aagtccacgc ggatgattcc
    18241 cttggccccg atcaggcggt agatgttttg cgtcaagttt tggaccctct gggtcatctc
    18301 gtctgagatc cgcgcggggg tgatctcgct cacctgtccg ttgtatttgg cgtcgaagtc
    18361 aaagaagtcg ttgctggtca cgacctccgt cagcggcagc agcgtcatgc gcccattcgc
    18421 ctggtaacag ccgcacgtca cctcggtacc ggccacgaag cgctcgatga tcacctcgtc
    18481 gtcgcaggtg agggcttgct ggacggcctc ctcgatcttg tcggccacct tcaccttcgt
    18541 cgtgccgagg ctgctccccc ccgcgttggg tttgacgaag acgggcaggc cgaggctctt
    18601 gacgaccgtg tcctcggaga cctgctcgcc gcgccgcaaa cggatcgcgt cggcgacgcg
    18661 tagcccctga ctccgtagga actgcgtgca ggtgtattta ttaaaggtga gggccgaggc
    18721 caacgtgccg caggaggagt aggggaggcc gatcatgtcg aaatagccct gcagccgacc
    18781 gtcctcgcct ggcgtgccgt ggatggtgat gtaggccagg tcgaagtgta cttgtcggcc
    18841 gtcgggggtg cggtagctga agtcattgcg atctatgggc acctgggatc cgtcggccag
    18901 aagtacgctc cagacttcac gggttagtag gacgcgatgg aggtcgtagc gcgttcgatc
    18961 gataaaggag tagaggccgt cggcgctctt gagcgagact tcgtactcgc cggagtagcc
    19021 cccggctacc agtgcaatct gctttttcat tgttcgtcta tgggtggtaa gggttaggtg
    19081 ttgttggcgc agtaggtgcg ccatttattg atcagcccct gcatatcgtc gggcaaggga
    19141 gccgtgaaaa agagctcctt tcctgtggtg ggatgcacga agcctaacgt ctcggcgtgc
    19201 aaagcctgac gcggacaggt gtcgaaggcc tcctgcacga actgtcggta gctgcccgtg
    19261 gggcgtccct tgaggatgcg ttcgccgccg tagcgggcgt cgttgaagac ggggtggccg
    19321 atgtggctca tgtgggcgcg gatctggtgc gtgcgaccgg tttcgagttg gcaagttagg
    19381 aggctgacgt atcccagccg ttcagtgacg cggtagtttg tggcggccca ctttccctcc
    19441 tcgcttccgg gcggatagac tgccatgcgg aggcggtcgc gtaggtcgcg gccgatgtta
    19501 ccctcgatgt gcccctcgtc cgctttgggg atgccccaga cgagtgtttg gtagcagcgt
    19561 tgggtagtct tctcgaaaaa ttggcggctg aggtgggcct tcgcgtcgat gtttttggct
    19621 acgacgagca gtccggacgt gtctttgtcg atacggtgca cgagtcccag gcgggggtcg
    19681 ttggggtcgt aattcggcag gttgcggagg tagtaggcca gagcattgac cagcgtgccg
    19741 gtgtagttgc cgtgtccggg atgcacaaca agacctgccg gcttattgac caccagcagg
    19801 tcctcgtcct cataaacgat attgagggga atatcctccg cgatgacttc gaaggcgtgc
    19861 cgcggacgcg ccatgacgat cgtgaccacg tcgcccggct tcacccggta gttgttcttt
    19921 accggcaccc cgtccactcg cacatagccc gcatcggcag ccagctggat gcggttgcga
    19981 ctcgtatgcg tcatgcggtc gatgagaaac ttgtcgacgc ggagcagaga ttggttcggg
    20041 tcggccgtaa accggaaatg ctcatagagc acttcgggag cctcgtcgtc gtcctcttca
    20101 tcgaagaggc cgtctgccat ggcatcttgg agggtcatag gtcggtggtc ggtagttact
    20161 tcgttgggga tcattcttcg tcgtcggttc ctcgttcttc ttcgtcgttt gagtcatcgc
    20221 tgctgcgaga ggctctccat tccgattcgg agcgtggcga ccagaatgtg gagtctgtgc
    20281 cgccttcgcc gccgtcgctt acccggagca cgatcttggc tgcgatgggc gcgcgatcgc
    20341 ctgccctcag agtcttaccg cgcaactgca cgcccaacgc cagatcgcgg tagctgccac
    20401 tgacgtagac gacgtcgatg gacgtgaatc cgtgcgattg cagcagggcg aaggcttggc
    20461 gcagagagag gtcggtgacg tccggtacga cggccatctg tgcggtgcgg gcgttgatgg
    20521 tcaggtagag gatgcggtct ttcttgacct ttgatccgat ggcgggcacc acctcaacga
    20581 tggctcccgg ggccatatcc ttggaataga tggagtcgag cacgatgtaa cgcagcccta
    20641 tttttcggat ctcccgatgg gcctcttcag gcgtcttccc cttcacgttg ggcacgacga
    20701 tggactcgtt gtggcgggtg tatacgtcca gggacttcag caccatgagt gaaaggagcc
    20761 agagtgcgat ggcggccagg aagatgtgca ctaccaccgg caggcgcatg aaccattccc
    20821 gtatgtcttc ggcgtctttt ttcttttcca taaggctgcg tgtgcgcttt gtttgggtct
    20881 taaaacgaag aaagtaaaag tcttttcctt caaactttta ctttctcatg tgtggggcca
    20941 gacagttttt tctgtggctt tttattcccg atggggactt ttaggccttc ggatattcgt
    21001 cggatacggt cagtttctta cgtccctttg cacgacgtgc ggccaatacg cggcgtccat
    21061 tagcggtcga cattctcagg cgaaaaccat gcttattctt tctctttcgg ttggagggtt
    21121 ggaatgttct tttcatttga tctatctgtt attgttatga taatccgtgg attcagggcg
    21181 caaatgtaaa tccatttttg attgcagcaa gccggccggc cgggctggaa acggccggta
    21241 gagccatgaa atgccccctg tttaacgtga gttcggtgta agaataaagc ccgcagagag
    21301 tttctacgga agcccgacca aaacgttttt ggaaatacct acaacactgt tgcaagtgcc
    21361 tcgaagaact tttgggcgtt tgcggggtgt cccgtaagtc tcccggcatt tgctttggcg
    21421 tttgcgggag tcccgcaggt ctcccggcat ttgctttggc gtttgcgggg agtcccgcaa
    21481 gtgctttgga gaacttgttg gccgttacaa catgctatca atgacattct ctatgaataa
    21541 gggtatctca ttctttcgtc gaactcacgt ctgtttaccg tctgctgaag ccttttgttg
    21601 gcgcccgaat tacgctgctt atccgggcca ctgtgcgaag ccgatcgagt gcctgtttga
    21661 ggccacgcag gcctctgccg gggaagtatg cttggtacat gatgaggtgg attttcacct
    21721 cgtacccggc caaactttgc cggcggctgt agcagccccg atcgctgcga aaagagcccg
    21781 ccctatcttc gcgcccacga tttttgactc gtaagcatga aaagacaacc catccatagc
    21841 gcgatcgctt tgctgctgat cctccttttc gccccacgta cggcggcgca atacgcccat
    21901 tatccgccag cggtgcctga cacggtggca gtcggcggct acgggatgcg acatatgcct
    21961 gacagtgcga ccatcgttcc ccgtcgtcgt atgcacactg tctttgacca cgacgccatg
    22021 cgtatcggct ttgccccggc actcttcttt accgcctcgg cactgacgtg gagcgagcgc
    22081 gaacatatcc gacatatccg caatcgttat gtgccgggtt ttcgcaatac gttcgacaac
    22141 tacctgcaat atgcgccagc ggtggcgacc tatggattga aactggcggg tgttcgtggg
    22201 cgtaacaagt ggcctcggac gctgctttcg cacgctgcga gcctagccat tatgacggcc
    22261 gtggtgaact ccatcaagta taccgcccgc gtggagcggc ctgacgcctc gacgcgcaac
    22321 tccttcccct cggggcacac ggccacggct tttgccaacg ctaccttact gcacaaggag
    22381 tatggcgatg tgaatcccat ctacagcatc tcgagctatg ccagcgccac cttcgtggcc
    22441 ctcgggcgca gcctgaacaa ccgccattgg gtgcctgaca ttctggccgg tgctggtatc
    22501 ggtatcctct ccacgcagct cggctatttc ttcatcgata agatctatca caaccgcggc
    22561 gacaacctca gcctcttctc gcgcttcgag agtagcggca cgccgtcgtt cctaaccgtg
    22621 cgcgtgggca gcgccgtggc catgcacaat ctgctggcct atccgggtac gggcgccgat
    22681 gcgccgacgc gcccggggct ggaggcgggc ttcgagggtg cgtggtttac tgggccacgc
    22741 tggggagtgg gcggcgagtg tgccttcgtg acgttcgctg tcgatccctc ggaagagatg
    22801 gcggtcgacg ccgcacggcc cgagcgtgga cacatgcggt tgcaggcgca gtccgtgggg
    22861 acggtgaaca tgagcgtggg cccctacttc gccgtcgagc cgggcgaacg ttgggtgttc
    22921 atagctaagg caaacgtggg gctggccttt gccgccaagg gtacggtgac ggctgagccg
    22981 gcgcacgaca ccagggatct acagcgcgaa ctctcgctct acacctatga gccgcagacg
    23041 gcatggatgg gcggcgtggg ggcgtcgatg acgtacaaat ttcgcgacga gctgggcgtg
    23101 acgctttaca ccgactacca ttacgctcgc ccttcggtgc gcatcactta caccaatccc
    23161 gatcgccccg aggagcaaat ccggtccgtc agccaggtgc gcaccttcga ttatctctcc
    23221 gccggcttgc gcttgacggc cttcttctga tgcggaattg caaactgctt ctatatttgc
    23281 cgcccgttaa cgcatcgccc acctcagggc ggaagttaac ccggataatc ccgaaacagg
    23341 cggctgtggt gtaattggta gccacgtcag acttaggatc tgatgcctcc gggcgtgggg
    23401 gttcgagtcc cttcagccgc acgcggacag aaagagagag ggggtgtcga cagtagatgt
    23461 cggcaccccc tcttcatttt tcttctgggg cgaggcggag gagggggtta ttcctcctct
    23521 tcgctctctt tcatgttgtg gaagacgttc tgcacgtctt catcctcctc gagtcgctcg
    23581 atgagcttgt cgatcgtctc gcgctgctcg ggcgtcacgt ccttgaggtc gttggggatg
    23641 cggacaaatt cgctggaggt aatctcgtag ccgttctctt cgagatactt ctggatggcg
    23701 gcgttctgcg caaagtcgcc atagaggatc acctcgccct cgtcttcttc cagctcgtca
    23761 acgccgtagt cgatcagctc cagctcgagg tcgtcaagcg acacaccgtc cttcttgagg
    23821 atgtggaaca cgcacttatg atcgaagagg aactccagcg atccggtcgt gcccagtgtg
    23881 ccgccggcct tgttgaaata gctgcggacg ttgcccacgg tgcgtgtggt gttatccgtg
    23941 gcagtctcca cgaagacggc gatgccgaac gggccgtaac cctcgtagtt catctccttg
    24001 tagtccgtgt aatcttttga actggctcgc ttgatggctc ggtcgacgtt gtccttgggc
    24061 atgttctcct tcttggctgt ttgcattagt acgcgcagcc tcgggttgct gcccgggtct
    24121 ggtccgccgg ctttgacggc gatggtgatc tccttaccca acttcgtgaa tacgcgggcc
    24181 atgttgcccc aacgtttgaa tttccgcgct ttgcggaact cgaatgctct tcccatagtc
    24241 tgtctctttt atcttattgt tttacggttt gcagtttaca gttatctcag ttgtgccccc
    24301 agcttcgact ccaagttgcg acggagcttg gccatgaggt catctatacg gcggtcagtg
    24361 agggtacgtt cagcgtcttg caggtagaag ctcacggcgt acgacttctt gccggccggc
    24421 agattcttgc cctcataaac atcgaacaag acgacgcggc ggagcagttt gcgatccgtc
    24481 tcggcggctg tttgttcgat ctgtgcgaac gtcacggcgg tgtcgacgag cagcgccaaa
    24541 tcacgccgca cttcggggaa tttcgggatc tcactgaaga cggttgtcgc ctgacgtgtc
    24601 tctttcatca gcgccgtcca ggatagttcg gcaaagctga cttccgtgtc gatgtctgcc
    24661 tgtcgagcaa tgcgtcggtc gacgatgccg aaagtggcta gcgtgcgtcc cgcggccgtc
    24721 tcgatggtca tgcccgagga gtaaatctcg ttggagaatg tgcgccgcac agtcttcttc
    24781 tcatctacgc cgaggcgccg gaggatgttc tccacataag ccttcagttc ataaacagag
    24841 gtctgttcgt cggcgtgcag ccaactgttt tccgtgcgtg tgccactcag ccaaagcccc
    24901 agtcgatgct cctcttcgaa gcctttaagc ggtctgtcag cttccgtaga cgctccctca
    24961 gcgcggcgcg tgtagcaatt gccaaactcg aagaagcgga ggttgcgctg cttatggttg
    25021 atgttgtgcg cgatggtctg caagccgccg aagagtagcg tttggcgcat cacgttcaag
    25081 tcggcactca gcgggttcat gagcgtcacg caagcgtcgg caggcatcgt tgcgaggcct
    25141 tcgtagttgg cgcggcgcgt gagcgaattg ttcatgatct cgtggaagcc tgcgccgcag
    25201 agctgctctg cgatgagcga ctctaagcgt tggctgcggt ccgtcggcgt gcgatagctc
    25261 agcgtggact gcacgcggtc gtcgaaggcc acgttgttgt atccgtaaat gcgaaggatg
    25321 tcttcgatca cgtcgacgtc gcggcggacg tcaatgcggt agacgggcac acgcagcgag
    25381 aggccctcgg gtgtctcatg agcaatctct atttctaacg agcggaggat gctcttcact
    25441 gtctcgggcg ggatggtttg cccgattgtc tcatcaatct tgcggtaggt gatgtcgacg
    25501 gcgtacggct cgactttgtt cggatagacg tcttgaatct cgcccgtgat gcgtccgcca
    25561 gccacctcac ggatgagcaa tgcggcgcgt ttgagcacct caatcgtgcc gttcggatcc
    25621 agtccgcgct cgaagcggaa ggaggcatcc gtgctcaacc cgaagcgacg agctgtgcga
    25681 cggatccatg tggggttaaa gcaagccgac tcgaggaaga cgtccgtcgt ggactctgtc
    25741 acgcccgaat cgagtccgcc aaatacgcca ccgatacaca tcggtttctt ggcgtcgcag
    25801 atcatcagat catcggctgt gagtgtgcgt tctatgccgt cgagcgtcgt gaagggtgtg
    25861 cccgcgggca tggtgcgaac ctgaatccgg ccgccggtga tcttcgccgc gtcaaaggcg
    25921 tgcaacggct gaccaagctc gtgcaggacg taattcgtca cgtccaccac gttgttgatc
    25981 ggtctgaggc caatggccgt caatcgacgg cgcagccact cgggactctc gcggacggtc
    26041 acgccgcgga tcgtcaggcc ggagtaacgt gggcagccct cggagtcgac ggactcgatg
    26101 acgatggccg gcgatgggtc gtccatgccg aagccctcgg tggatgggcg ttggagcgct
    26161 acgggagtgc cccgttgctg gaggtaggcg gccaagtcgc gagccacccc gtagtgcgac
    26221 gttgcatcga cgcggttcgg cgtgatgtcg acctccagca catggtcggt ctcgacctta
    26281 tagtatgctg ccgcgggcag gcccacgggt gtgtcggcgg gcaggacgat gatgccgtcg
    26341 tggctcgcac cgacgccaat ttcgtcttcg gcgcagatca tgccgaacga ctcctcgccg
    26401 cgtatcttgc ttttcttgat tacaaactcc ttgtcgccgt catagagctt cgtgccgatc
    26461 acggccacga caaccatctg tccggccgcc acattgggtg cgccacagac gatcttcagc
    26521 ggctcgtcgc cgcccacatc gaccgtagtc aggtgcagat ggtccgaatt ggggtgtgcc
    26581 gtgcaggtca gcacgcgacc cgtcacgagt cccgccaatc caccgcggac ggactgcacc
    26641 gtctctacgc tgcccgtttc gagtccgatg gatgtcagcg ccgccgccac ctcctcaggc
    26701 gtcaggtcga acggcagata atcccttagc cagttgtacg atatattcat tgcttataaa
    26761 taagtaggta gtaaaaatgc agcctctggg ggagtgcctg gcctccgtat cactatatat
    26821 aataggtata ggggtaaccg actatatagc taatctcccc ttttgaaaat aggcgcgcaa
    26881 atgtaaacta aaatggacgg tgactcttgt gaagcaatag ccgcgggcag ggcaactgcg
    26941 tcaaaacctt gtatccctac ggagattaaa accacacgtg gttctgatct ccgtagagat
    27001 acagacatta aaaccacacg tggttctgat ctccgtagag atacagacat taaaaccacg
    27061 cgtggttttg atctccgtag gggtacagac attaaaacca cgcgtggttt tgatctccgt
    27121 aggggtacag acattaaaac cacacgtggt tttgatctcc gtaggggtac agacattaaa
    27181 accacgcgct gggagtggct ccctattcct tgatatcgga gatacgcaag agggatcggc
    27241 gcacggatcc accgtcggat ggccttcgtt agaggttttc actctgttcc gtccgctcct
    27301 atatagatgt aagcaaaggc ctgtgtggta aagaaaattt gaaagttatt tgctgctgtg
    27361 ataagctttt ctatttttgc gacggatacc taaaaaacaa tagcttatgg caagagtaaa
    27421 aggaatggta gtcgtaaaca ccgaaaggtg taaaggctgc gacttatgtg tagtagcgtg
    27481 tcccagtgac gtcttggagt tgcatccgcg ggaggtcaac aacaagggat accattatgt
    27541 gtacatgaag acgcctaagg cgtgcactgg ctgctgtagc tgcggctggg tgtgcccaga
    27601 cgcctgtctg acgatttaca gggctaaagt aggatgaacg agccatggaa gatgtcagat
    27661 taatgaaggg aaacgaagcg atcgcacatg ctgcgatacg ctccggagcg gacggctatt
    27721 tcggttatcc gatcacgcca cagtccgagg taatggagac attgatggct gagaagcctt
    27781 gggaaacgac cggtatggtt gtcctgcagg ctgagagcga ggtctcctcg atcaacatgg
    27841 tgtatggtgc tgcggggtcg ggcaagcgag tgatgacctc ttcgtccagc ccgggcatga
    27901 gcttgatgca ggagggcgtc tcttacatcg cgggcgccga gctgccctgt ttgctggtga
    27961 acgttatgcg tggcggcccg ggtctgggaa cgatccagcc aagtcaggca gactatttcc
    28021 aaaccgtcaa aggcggcggg catggcgatt atcgcctcat cacactggca ccctcgtcgg
    28081 tgcaggagat ggccgacttt gtggcgctgg gcttcgactt ggcgttcaag tatcggacgc
    28141 cggccatggt gctctctgac ggtatgatcg ggcagctgat ggagaaggtg gtgctgccgc
    28201 ctttccgccc acgcaagacg gacgaagaaa tcgagaaaga atcgccttgg gccacgacgg
    28261 gtcgcaaggg cgggcgcgag ccgaacatca tcacgtcgct cgagctcgat ccgtccatca
    28321 tggagaagcg caacctgcac ctgttagaga agtatcgcca gatcgaagag aacgaggtgc
    28381 gctacgaaga aatcggctgt gaggatgccg actatctatt ggtcgccttc ggttcgtcgg
    28441 ctcgtatttg ccagaaggcc atggaagtgg cgcgtggcga gggactgaag ctgggtctgc
    28501 ttaggcccat caccctgtgg ccgttcccca cgaaggccat ctcagaccgt gcggacaaag
    28561 tcaagggcat cctctccgtc gagctcaacg cgggccagat ggtagaagac gttcggctgg
    28621 ccgtcaacgg acgcgtgaaa gtggaacact tcggccgctt gggcggaatc gtcttcacac
    28681 cggacgagat catcgccgcg gtgaaggaga aactgatgtg acgcttatac cgtaaacatt
    28741 gaaaggagac cagacaagat gagacgcgga gaccgatggg acgaactatt cacgttacta
    28801 ttcatgctgc tcgccatcgc ggccggcatc ctctatttta cggtaaaagg aaatcgcctg
    28861 cccttcatgc tgtgcggtgg cgcggctatc ctgctgcgac tggtgcagta tttcctacga
    28921 atgggcgggc gataagtcga taatcataaa agacacctgc ataaaatgga aacattagaa
    28981 ttgatcgaaa ccgaaactga gttggtggaa acgctgaccg aacccaatga gatagacttt
    29041 gatatcatca aaccggaaaa cctcgtctac acgaagccgg cgctgatgaa cgataccccc
    29101 atgcactact gccccggctg tagccacggc gtgatccaca aactggtcgc ggaagtgatc
    29161 ggcgagatgg gcatggagga taagacggtg gccgtgtcgc ctgtgggctg cgccgtcttt
    29221 gcatacaact atattgatgt ggactgggtg gaagcggccc acggacgcgc accggccgta
    29281 gccacggccc tcaaacgcgt gaacccgggc aagctggtct tcacctatca gggcgacggc
    29341 gacttggccg ccatcggtac cgctgagacc atccacgccg ccaatcgcgg ggaaaacatc
    29401 gtcatcatct tcgtcaacaa cgccatctac ggcatgacgg gcggacagat ggcccccacc
    29461 acgctgatcg gtatgcctac cgccacctgc ccctacggcc gcgacgtggc cctgaatggc
    29521 tacccgctca agattggtaa catcctggct cagctcgacg gcacctgcct cgtgactcgc
    29581 cagagcgttc agacacccgc cgctgtaagg aagacgaaga agatgctccg actggctttc
    29641 gagaactcga tggccggcaa aggcacttcc gttgtggaag tcgtttcgac ttgctcctca
    29701 ggctggaaga agtcgcccac ggcgtccaac cgctggatgg aagagaacat gttccccgcc
    29761 tatccgctgg gcgacctgaa gaatatctga ccccgatccg ttttaaccga taaagaagat
    29821 acaaccatgc aacatgagat tatcatcgcc ggattcggcg gacagggagt gctctcgatg
    29881 ggtaagattt tggcttactc ggggctgatg gaagataagg aggtcacttg gatgccctcc
    29941 tacggcccgg agcagcgcgg cggtacggcc aacgtgaccg tgattctgaa tgacgagcgg
    30001 atcagctcgc cgatcttgaa ctcgtacgac atagccatcg tgctcaatca gccctcgttg
    30061 gacaagtttg agccgaaggt gaagccgggc ggcgtcctga tctacgacgg ctatggcata
    30121 cagcgccccg ccacacgcac cgatatcaac gtctatcgca tcgacgcgat ggacgcggct
    30181 acggagctga acatgcagaa gacgttcaac atgatcgtcc tcggcggcct cctcaaggtg
    30241 gtgccgatgg tacagatgga gagcgtcctg cgtgggctga agaagacgct ccccgagcgg
    30301 caccacaagc tgatccccgt caacgaggag gctatccgca agggaatgga gctgattcgt
    30361 aaggtcggct aaggccggcc gcacttgatg cgatttttct ttttcataag tcatcaacat
    30421 tagacgtgag ccgtcgcctt cagagtgtat cactcggggg cggcggctct ttttttgccc
    30481 ggacgggatg cgtatcggga agcgcatctt ttgaaaaggc gtcggcgatc ttcggagccg
    30541 cgtcatgtcg catgaaatga cctttccagc cctcgaaacc gttaactggt gacccgaaat
    30601 ggccgcaaac tactttttgg tcgtttctgg tgacccgaaa tggctgcaaa cctcttttta
    30661 gtcgtttctg gtgacccgaa atggccgcaa actacttttt ggtcgtttct ggtgacccga
    30721 aatggctgca aacctctttt tggtcgtttc gggcgacccg aaatggctgc aaacctcttt
    30781 ttagtcgttt ctggtgaccc gaaatggctg caaacctctt tttggtcgct tttggtcacc
    30841 cgaaatggcc acaaactact ttttagccgt ttcgggtgaa aagatgtgcc ttcgaggggg
    30901 gcgatatgtc tgcccaaaaa gcagaaaggc cgttcgacac ttggtcaaac ggcctttttt
    30961 cgtggataca ggggggggcg aacgggcggc tactcgttgc tcttgctttc ctccgtcatg
    31021 cgacggatga tgctgtaggc gctcggcaga cccaactcgc cggctttgct caggtcggcg
    31081 atgccgcgcg tggcgttgcc catcgagagt tcggccagcc cacggttgaa gtaggcctcg
    31141 gccagctcgg ggtcgcggcg gatggcctcg tcatagtcgg cgatggcggc gcggaagtct
    31201 cggcccgtgc agcgcaggtt gccgcggttg aagtaggcaa aggcgaagtc cggagcgagg
    31261 cggatgacct ggtcatagtc gcgcaggatc agctcgtgct catgccgtcg ggcctcgtcg
    31321 gcgggggagg ggtcgcgggt gtcggccgag gtggacggtc gcgtggcggc ggcgccgaat
    31381 cggaagggcg aggcggcggc agatgtgacg tcaggctgtt gcgaacgcgc ggactcgagc
    31441 tgcttgtaac gcaccacggc gcgggcgaag taggcgaggg gggcagcgtc cggggccagc
    31501 tcaatcgtgc ggtcgagatc gcgcagggcc tcggtgaaat cctgcacgag caggtagtcc
    31561 agggcgcgcc cgaagtgcag atcggcgttg ccgggcgtgc gttcgatgcg cttggaatag
    31621 ctgtcgatgg aggcgaagtg ggccgcgatc tgttcttcgg tcagggccgc ctcgcggttg
    31681 gttaggagca gtcgccaggc cagcacccga cggtcgttga agcgctccac gagccggtcg
    31741 tagaagacgc gctcgcggac gtcggcctgc cgttcgtagt acgtgaggac gaacatcggc
    31801 tccagctcca cctgcacgtt gcggtcctgc acccggccgc ggatctcgct ttggtacttg
    31861 cttttctgct cctccttgcg gtcgtagacg acgaggcggc tgaacttttc gatgttgcgg
    31921 tccgactcct cgcgcgtgcg atcgttggcg cccgaccgga tgctgtcctt cgcggcggtg
    31981 gaggcgacgc tgcggcgtcc gcgccggcga tcctcctcga tcttcatcgc cgcgatatag
    32041 tcgcgatcgg cacccttgag gtcgttcagg cgtcgcttca cgtcggcgcg gtaatagtag
    32101 ccctggacaa agtcggggta gcgacggagc acggcgtcga ggtcgcggat cgtggcccga
    32161 tagtcgcccg ttttgaagag caacgtggcg cggttatagc gggcgatgtc gttgtcaggc
    32221 tccagtcgga gcacgacgtc gaagtcctcg atggcgcggt tgtcgtcgcc cacctgcgcc
    32281 cggagcagtc cgcgattgaa gcgggcgatg cggttgtcgg cgtccatttc gatcacctga
    32341 tcatagtcgg ccatcgcgcc gcgcaggtcg ttcagctcgt agcgcaccag tccgcggttg
    32401 atgtaataac cgggctcccg cgtgttgagt cggatggctt ggttgagatc cttgagcgcc
    32461 tcggtgtagc gaccggactg gtaaagcgtc agggcgcggt tggcgtagca cggtgcatag
    32521 aacgaatcga gggcgatggc ccgatcgtag tccgaaagcg ccttcgccgt gtcgcccttt
    32581 tcgagataca tggcagcgcg cgtgaggtag cccagcgact gcttcgggtg cgcgcgaatc
    32641 agttcctcga agacctgctc ggcgtccgtg aaatccttct tctgtacata tgcgatggct
    32701 ttgttcgaca tcatcgcccg gtcgcccggc ttgaactcca gccccttcgt gtaatcctcg
    32761 atcgcttcgg catacttctc gaggctctgc cgggcgatgc cgcgcgcata gtaggcctgc
    32821 gccaggaagg ggttgcgctc gaggctgagc gtgcaatcct cctcggcgcc ctggaagtca
    32881 tccaagttca gcttcgccac agcgcggtag aagtacggct cagccatcca tggcttggcc
    32941 ttgatcacct ggttgaagta ctggatggac aggacataat cctcgaaata gagcgcatta
    33001 cggcctatgg ccatcacccg gtcggtgttg acctgcgcct gcatgttgac cgcgatcgcg
    33061 agcaggaaga agaggtatgt cagtgcccgt ctcatggcga cttacttttt gttggccggc
    33121 ttgatgcggt agcgacacga cgctttgccc ttgatgatgt tgttcagctt cgccttgttc
    33181 agctgccggc ggatgggcga gatgttgtcg atgaagagct ctccagccag gtgttcgcac
    33241 tcgtgctcca cgatgcgcgc tgcgaatccg cccagcgcct cctcgaccgg ctcgaagcgt
    33301 tcgttcaggt acttcacgcg gatgcgctcg gcccgcgtca cgcgctcatg cacgccgggg
    33361 aagctgaggc agccctcctc ataggtcacg cgttccggac tctcctccac gatctcgggg
    33421 ttgatcagca cgcgtttgaa gtctttgcag tccagatgat cgttagccag cggtgtgccg
    33481 tcgatcacaa gcagcttgat ggagcgcccg atctgcggcg cggccagccc gatgccgtca
    33541 gcattgtaca tcgtctcaaa catgtcggcg atcagctgtt gcagctcagg atagctgctg
    33601 tcgatgggct tcgtttcttc tcttagtacg gcttggccgt aggtataaat cggtagtatc
    33661 attagtagta ataagtagtt atgtggacct gatgcccaca gtcgttatag ggttgttata
    33721 agtagtcaaa gtaggtgtgg atgaccggta gcgccgggac ttttcatcca ttccatatag
    33781 ccctgcagga tgagcacggc gctgatctcg tcggccaggg ctttgtcttg ccgacgtttc
    33841 cgaccgagtc ctccgtcgat catcgcccga tgtgccatga cagacgtgaa gcgttcgtcg
    33901 taaaacgtga cctccacacc tgccggcagt gcggcctcca accgacgggc gaaggcctct
    33961 acccgagcca tattttccga cggccgattg tccatctgct tgggcagccc cacgacgacc
    34021 cgctccagtg gttcgcgtgc ggcataggcc acgatatagt tcacggcctc ggcactggcc
    34081 accgtcgtca gcccgccggc tgcgatttgc agcgtgtcgg tgacggccag ccccgtacgc
    34141 tttgcgccgt agtccacggc taggattcgt cccatcgtca gtacgcgttt ttttcgcctt
    34201 gaaacatgtt gatcaccgtc acgtagatga tcttcagatc gaggaagaag gaccagtttt
    34261 cgatgtacca cacgtcgcgc ttgacgcgcc cctccatctg ctccagcgtc ttcgtctcgc
    34321 cgcgatagcc cgtgatctgc gcccaacccg tgatgccggg cttgaccaga tggcgcacca
    34381 tgtatttgtc gatcagcttc gagtattgct cggtgtgctt gagcatgtgc ggccgcggcc
    34441 cgacgacgga catgtcgccc ttcagcacgt tcacaaactg cgggatctcg tccagattcg
    34501 tatgtcggag gaaggccccg atcggcgtcg tgcgcgggtc gtcgcgcgtg gcctgtttct
    34561 cgtcggcctc cttgttgacg cgcatggtgc ggaacttata gcagtcaaat tccttgccgt
    34621 agagccccgt gcgcttctgc ttgaacaaga tcggcccggg cgaactgagc ttgatcagca
    34681 gcccgatcac gagatagagc atggggtaaa ggaggagcat caccagcgat gaaaagagga
    34741 tgtcgaacgc ccgcttcacg gcccggttcg aggccgactg tagcggctcg ttgcggatcg
    34801 acagcagggg cacgtactcc atgatttcca tcaccatact tttcttgatg tcgcgataaa
    34861 aatcaggcag aatgtagaag cggatcatgt gcttctcggc gaacgacagc agccccgaga
    34921 tcttctcgct attggccccc gggatggtgc aataaatctc gtccactggg tgcgtttcga
    34981 tgaaggcttc cgtctccttc agccgcccga ggtagttcgg cagttcgcct cgaagcgcct
    35041 cgttatcatc gaaaaagccg tacacattga agccgtacgc catgtcgttt ttgagcactt
    35101 tgtacagctc cagcccgttc tttccggccc ccacaatgat cacgtttttc acgctgtacc
    35161 ccttccgccg atagatcttt acaatcaccc gcatcaccac gcgccacagc gaaaaagcta
    35221 ccaacagcgt gccgtaaaga atgatcagaa agcgcgccga cccgtgcccg atacgcatga
    35281 aaatgaggca tgtggtgaac atgatcatct gaaacgtaat cagcatgaac gaccgtttga
    35341 cgatgttgtc caagaagacc accgagaggt gcacccggac gggaacgaag tagagggcga
    35401 agaagtaaca gaagttcagc aacaggatga tttccttgag gctgtgaccg ataagtcgcg
    35461 tgtaatcagc gctgagcgca cgatataaaa cgagaaacag ggcattgatg agcaccaagt
    35521 cacccacccc gatcaaccat tgaagaaaat atccctgtct cgagtttttt tccatttcca
    35581 cttgaagtta aggcaaaggt acggacgatt atcccagcgc acaaaatggc acgaatcagc
    35641 ggatctatgt cgtgcggacc ggccacaccg ccgcttggaa gcgctttttg ggccatcaaa
    35701 cggcccgtca tgccgcattc cggctcctcg ttttgcgtcc gatcgccccc ttgtcttatt
    35761 cccgtgctta gtctctcgtc tgtctctcca agcagtccta taatctcatt atttcatctg
    35821 aatgtatatc tccatagcct atgaaagatg atattagtgt attgatttag tattattgac
    35881 tatgatatta agtgtatggt ctgttattta ttttcatagg atatgaggga gtatatgcgt
    35941 ataaagaaga tatatcatag tctataattc tttctattga tatgtgtaaa gatattcata
    36001 gcatataatg agaggtataa tccatctaag gactattcat aggctatgat ttttatgttt
    36061 catgcgtata agaactttca tagcctatga cagatggtat ctattccata aagtattatc
    36121 atagactatg atgcatactc ttcatatgaa gaatgatcgt catagcctat gacgatcgtc
    36181 ttccttttag aaataccttt gcgcaaggag gagttgggtc tttgttcgct gtcgaagtga
    36241 caaaatggca tgcggtcagg cctcgacaac tcgaaaaagt acactatata taatgtaagg
    36301 agaacgacaa aatgaaagta gatggattga gcataggact gctcctttcg atggaagatt
    36361 ttggctatca atccctgata caggagatgc ttccggatct gccgctcgaa accgcggatg
    36421 aaggctattc cgacaaactc aaatcggccg tcgaggacta tcgggcggct tatcgtgcgt
    36481 tcgacgacgc cgtcgaaacc tctggaacca cctctccagc cgtcatcgcc gcccgccacg
    36541 acaaggcgcg cgacaatgcc tggcgtaccc ttcgcgctta cgttaaggtc tgcacccgcc
    36601 atcctgatcc ggacgtggcc gccacctcaa cccgcgccct tcaactgatc cgtaacatcg
    36661 gagacctctc cattcggaac cgcaccgacg aaacagggcg tctcaatacc ctcattcaga
    36721 gcctccgcga gatcggcgcc gccccactcg cgcaggctgg tattacgcct ttcatcgacg
    36781 atctggagcg taaggatcat gcctatcgag aggcttatca acactggata gacgtcaagg
    36841 gcgaccgtac gattggcctc gtccaactca aacgccgcgc tgccgacgcc gcctatcgca
    36901 accttattac gactgtcaac gccctcatcc acctcaatgg tgacgcaccc tacgccgcct
    36961 tcgtgcgctc cgttaacgcc ctcatcaagc gcaacaagac ggcccttatc actcgccaga
    37021 ccctccgtgc taagcgtcac cactcactca tagcgccccc tcccacaacc gaaaaccagc
    37081 agcacaccga atcatgaacg tcgaactttg gatgatcggc aaaaccgacc tctcctattg
    37141 gcgcgaggca caagacgagt atgtccgccg cctgacccac tatctgccct tctccttacg
    37201 catcattccc gacgtcaaaa acgccgcccg cctcaccgaa tcgcagcaaa aagcccaaga
    37261 gggccaacag atcctgaaag cgctacaacc aagcgatcaa tgtatcttac tcgacgaaaa
    37321 gggtaccgaa cacacctccg tcggcttctc cgtctacctc tcgaagcgac tgcaacagcc
    37381 ctccagacgg cttattttcg tcattggcgg cccttacggg ttcagtgacg ctgtctacac
    37441 ccgcgcgaca gatcgtttgt ccgttagccg aatgaccttc tcccatcaaa tggttcgagt
    37501 gattttctta gaacagctat accgctcaat gacgatcatc aaaggggaat cctaccacca
    37561 tgaatagaga ttttgcctct tgaattggct gtcttgataa aaaaacagcg atcctcgttt
    37621 tttgtatagt atctaagaat cagcgatcaa gcataattta acacgatgga tatggtggta
    37681 agatttggat gagaagaaag tccatgtact tttgcacccg ctttcgagag agggagcgac
    37741 gataaagatg aaatgctgga agagcgaacg gcgagaattg ctggaagagc ttaaagaaga
    37801 tttctcctag ttattaaata ggaagaagtc gatatattta agtgtaagat tcagcggtgg
    37861 gaagcttgat aagagttatc cactcaaatg tgagtaaaga agcaagcacc gttcaacaag
    37921 agaatccact caaaaatttt tctcgaaaaa tttggtggaa tgaaataaag ggttttatct
    37981 ttgcaccccg aaacctgcaa gagacagcag gccggaagaa agaaaaaatg ctagaatggg
    38041 gagagtcaat aatagattcc tctatcagcg aaagagcgat ctttgtaaga tttacatgta
    38101 tacaagatgt agtacagaaa gaataagaag tac
//
LOCUS       SEQF2638.1|AYYF01001151.1 425 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..425
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ttgctcgttg ctgtgttcgc agcgcctgca ctcggattcg ctcccgaggg ttacacgcag
       61 ttcggtgtct tttgggcctt catcgagggt ctactgaagg ccaccttccc cattctgatc
      121 atcattttga tggccattta cagctacaac acattgctcg aaagtggcga gatcgaagtg
      181 atcaagaaac aattcacctc tctgacgaac gaccgtggca tcatcgtgct gctccttgtt
      241 tggggcttcg gtggcttgct tgaaggcatg gccgggttcg gtacagccgt agcgattcct
      301 gccgctattc tgatcggcct cggcttcaag cccggcttca gtgctttggt gtcgttgatc
      361 gcgaacagcg tgccgacggg ctttggtgcc gtgggtgtgc ctgtcatcac gttggctaac
      421 gaagt
//
LOCUS       SEQF2638.1|AYYF01001152.1 13780 bp   DNA    linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..13780
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             13..261
                     /locus_tag="SEQF2638.1_01057"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNKQTDRIETVYRQSLAQRKAAGDKKPKEPKQPKEPKEPKQPKD
                     PKPAPDPKQPEQPKKPDEKPKDPKKPDDGNPDITLPEE"
     CDS             complement(495..1760)
                     /locus_tag="SEQF2638.1_01058"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYNKMKTTNVFRMAGLAVLAAMTLTWTGCKEDTPTPKPNPNPPT
                     PGGAKGDVAVVSMLSNPDGQSGTAWMQLVDGIAPRTIDNSKAHQIGFGMPPMDVLGNY
                     IFTIPQYGQSNTFTKWERTADGALNKVAELTLPVNSVSTHGRIYSAEKGFLSTIIGKL
                     LIFNPTTMKLTGEIDLSSYADKGVSVPQFGSLFFDGETMYVPLSQVNTQRMPVGDPGI
                     DLLLIDLKTNKVIKRIKDSASGLSSLGYPYGVQKNVFKDEQGDVYYVAGGAFSTDPKY
                     KTGIVRIKKGEIDPTYNWVLNDQAIEGETGKMVWLACVYYAGNGKLYGMADIPNYWAD
                     KTKPNWLRDRSVISVEIDLRAKTVKKLPIPHSCAYSTHVAAYNDLIVFSVWGDKETGF
                     YTYDPKTGKASDGAVIKMPGFPFWFYQFK"
     CDS             complement(1775..4177)
                     /gene="btuB_5"
                     /locus_tag="SEQF2638.1_01059"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01531"
                     /codon_start=1
                     /transl_table=11
                     /product="Vitamin B12 transporter BtuB"
                     /translation="MRSATAYLCDPIFNVNSMMTTRRTFLWIWIACFAALAWGQMEAQ
                     TARITGVVIDAANEEPLIGASAYIEQLKRGEVAGRNGDFTLDGLRAGSYTVRFDYMGY
                     ESRTEQITLREGETRRLKVRLKGESKSLGEVIVTAKSEARQLREQAMPVTVLSADQLA
                     GSVSDVSDILSKTMGVTLRSQGGVGSVSRLSVRGLEGKRIGFFIDESPMNDHSDFIDI
                     NDIPVSMIERIEIYKGVVPAKFGGSAMGGAINIVLKEYPPRYLDLSYAIESFNTHKAT
                     AVVKRNLANAGLEIGGGGFYTYSDNDYTMESPYQKGLLIKRDHDRFSSAAGAIGIKAR
                     KWYFDELKINFEGLINSKQIQGVYYNIQHAHSRSKVGVMELELKKKNFLVEGLDLDFK
                     GASAFSRYHFIDTAMHRYDWDMKPYIPVHPLGGEIGAAPSNSTLDKFHVGTKLNLNYI
                     LSARNAINLNLLQQYANGHPKDTLRDRAMGYKMNYDSRMNSLVVGLSYDYKSNNDRLL
                     NSLTGKYYFYSMKTILREVYGGHDEIPIHLEKHYWGISDALRYRFMPEWMGKFSVAYE
                     VRTPTENELIGDGYLLSPSGDLRPERGVNVNLGTLWDRRIPNGIFQLEVNLFGNYLRD
                     MIRQTQNYTQTRYENFGEMRTLGVEAEVKADVLPWLYGYANVTFQDLRDVREYEPDSK
                     APNPTRHLRMPNIPYFLANAGLEYHRENLFGTKRTNTRLFADASFVEEYFYDFEQSIH
                     QERRIPRSMRLDLGLEYSLMDGRIILSGKVGNATGAKLFSEFNYPQPGRTYSLRLRYV
                     LK"
     CDS             complement(4187..5020)
                     /locus_tag="SEQF2638.1_01060"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTMQHLRGAVAVCETTMQHLHSVFTVCETTMHHLRSVVAVCETT
                     MQPLHSLVAVCETATHHLHSVVAVCETTMQHLRGVVAVCEMTMQHLRSVVAVCEMTMQ
                     HLRSVVAVCEMTMQHLQSPVAVCKTTMQHLRSPFAVCEMTTQHLHSLVAVCEATTQHL
                     HSLVAVCERIMQHLHSVVAVCVTTMQHLRSVVAVCEMTTQHLRSPFVMCAPTRGQSFI
                     PAGCLGGVCNTPLHGYNHLAPGIRQTSLPPQGPPLHGYQANFAAPAGAAPTCLLPPPN
                     Y"
     CDS             5188..6468
                     /gene="bchR"
                     /locus_tag="SEQF2638.1_01061"
                     /EC_number="2.1.1.331"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q8KCU0"
                     /codon_start=1
                     /transl_table=11
                     /product="Bacteriochlorophyllide d
                     C-12(1)-methyltransferase"
                     /db_xref="COG:COG1032"
                     /translation="MKLKLIYPKWKKLKGQTTFNLPPHGPVVFAATLPEDVDVSFTDE
                     NVEALDYDEACDLVAISMMLSTQVKRGWAIADEYRRRGKKVLFGGISTMLHAEETMEH
                     ADAVFLGESEGRMQEVIDDFRRGCLKRVYNYMTRQPAIEDVGPARRDLYKRHLYNHKG
                     VQMVDLFHASRGCRFSCYPCAVTYLGGRIFRPRPMDKVIEDLASIDNNRLFIVDNSLA
                     QNKQWEMDLFREMIPFKKKWISHTIEDDPKVLDLAAQAGAWYVYQAVYDTSNYIRERV
                     KRYHDHGIGVEGTILLGLDNQSEDDIKRLIDFLLEIDLDLAEFTVMTPFPHTKGYDDY
                     LRQGRIFDFDWDHYNAGQVVFHPKQMSAERLQELYEYAWDTFYHDESQEQKMFRLFTQ
                     VVMREMEDGTFRPRNRALANKSFGRDVVRNIKAS"
     CDS             6489..7412
                     /locus_tag="SEQF2638.1_01062"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MARTLTVAVFYYTQTGQALAIARSLCAPLEAAGCRVVKREIRPV
                     TAYPYPWSSEAFFQVFPESRLGIACAIEPVDLSGAVAEADLVIVAGQSWYLSLSTPLH
                     AFFQSPEVRAYLHGRPVVFVNGCRNMWVMTQSETRRYLREMGARYVGFIELHDKAPNL
                     VSVLTIIRWLFYGRKEATRLLPAAGVSQRDVADADRFGLIILRTLYDGQWEQLQERLM
                     REGAVTFIPQLYFIERNGYRMWGRWAHFVRHRGGAGDPRRQGRLRLFKAYLFFVLYAV
                     SPFGLLFYGLTYPLRRATLKRAQREVCYELS"
     CDS             7420..7536
                     /locus_tag="SEQF2638.1_01063"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYPANLAGTPGALIFFCFFSCIKARKEVEAQQLNIPNA"
     CDS             7565..8710
                     /locus_tag="SEQF2638.1_01064"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEYIYITHLSTFFPNAPVRNEEMEDYIGLVNPKSSIAKRLVLEK
                     NGIRSRYYALDKSGRVTHTNVEMAALAVRHLLAEAAMTPAEIDLLACGTASPEQLMPS
                     HGVMVHGALGGDGGAEVVSFAGSCCTGMHALKYAWLSMRTGDAQRAVCVASERLSAWM
                     QARYFEREAELIDQLMEKPILAFEKEFLRWMLSDGSAALLLGHEPPTDGRLAFRIEWI
                     EGTSYADRVETCMYAGGEKDAEGQLVGWAQHPEAEWLSRSLFALKQDTRILDRNIITL
                     GGDFLRRVMKKRAFDLSSVDWFLPHLSSMYFKKKIEAELERMGYDIPAERWYVNLPEI
                     GNVASVSAFAMLDGLRQTGRLRPGQRILLMVPESARFSYSYALLTVV"
     CDS             9079..9477
                     /locus_tag="SEQF2638.1_01065"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTINEVPQDLKYMAGGVIRDVAYAVDEDGRYQSVVSDGWAVKND
                     VLDLVWDDIRASCEAIREQVLRHEASPLAYHMTKNLQDVSMLAAYADIPKRKVKKHLA
                     YDAFMQLDDRTLERYADALRITVDELRSVE"
     CDS             9474..10496
                     /locus_tag="SEQF2638.1_01066"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIEIAFDHRPSAHCENGVTRNLLHFYGYDYSEPLVFGLSASLYF
                     VHLPFVRLAGFPVTSFRPLPGMIFSRTTRLLGFGTRQHIYFNRSRAERKLDSLLAEGT
                     PTGAVVGMYFLPYMPAEYRFHFNAHNIAVFGKDGDDYLVSDPIAMEKVRLSARDMMRA
                     RFARGTYPPMGKLYYIRSLPRHTPDLPPLVRRAILTNCNRMIHQPGPVPWVGINTFDY
                     LGRQIPRFPQQYGPKRAALHLAQLIRMMEEIGTGGAGFRFLYAAFLQEAADVTGIPTL
                     NELSARLTEIGDQWRRFAADAGRVCKNRSSADVDYRTLGADLKAIGGMERTLFTDLER
                     VVKAHK"
     CDS             10493..11236
                     /gene="lnrL"
                     /locus_tag="SEQF2638.1_01067"
                     /EC_number="3.6.3.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P94440"
                     /codon_start=1
                     /transl_table=11
                     /product="Linearmycin resistance ATP-binding protein LnrL"
                     /db_xref="COG:COG1131"
                     /translation="MTSAIDIRDLRKTYRGAAAPSVDGLTLHVSEGEFFGLLGPNGAG
                     KTTTLSILAGLLSFDRGTVHLCGLDVRRDRARIRPLIGVVPQDIALYPELTAAENLHF
                     FGRMHGLPTRTLRERIDTDAGRLDLRAHLHKRIEHLSGGMKRKLNLLVALLHRPRILF
                     LDEPTVGVDVHSRQEIIAYLRALNTDGMTIIYTSHDMVEAERLCTRVALMNRGATVCE
                     GTPEALLTEARMPSLEALFIARTEEAGRV"
     CDS             11233..12522
                     /locus_tag="SEQF2638.1_01068"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRLVALFRKDLLLLLRDPWGLVLLFLMPWALVILMASLQDSTFR
                     TLDEQHIPLLLLNEDVDSLGNTVSRELADSHLFDITSTAPDGRPLTAEAVETAVARGD
                     YLIGVVIPSGTTDRLRQRVACGVAQAFGGEEDTVAEAETDTLSAQPLEIRLWVDPTAK
                     PSFRATLLSAVREHMLTVQNRLLLGEISRHVNRLIPMPIDLEMETEGWITVHESYART
                     SSTADLLPNATQHNVPAWSMFAVFFIVISLAGNMIRERETGCFARLLTMPCPYALYLT
                     GKVLVHLLVCLLQLALLLLTGLYLMPHLGLPPLRLGHDHAALALMCIAVSLSAVGYGL
                     AIGSVARTAQQASIFGAVSVVILAAIGGVWIPTFVMPPLMRTVARISPLNWGLEGFNT
                     LFVRGGELSDVAPYAVASLVFFAIMLGVAIVRRKMKS"
     CDS             complement(12725..13648)
                     /locus_tag="SEQF2638.1_01069"
                     /EC_number="6.2.1.30"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q72K16"
                     /codon_start=1
                     /transl_table=11
                     /product="Phenylacetate-coenzyme A ligase"
                     /db_xref="COG:COG1541"
                     /translation="MATNDRCFMAGQACLLGSFRLGSAIVRVGNGIPELQWNMIRRLR
                     PTVCVCVPSFILKLIDYARAQGIDYRNCSLRRAFCVGETVRTDTHELNLLGRKIHDLW
                     PELSLHVNYASTEMQSSFMECEHQCGSHHKPDLTIVEFLDDDNRPVGPDEPGEITITT
                     LGVEGMPVVRFKTGDVCRHFEDPCACGRHSLRVGPIIGRKGQMIKFKGTALYPAALYD
                     ILDNVPEVTNYIVEVYTNAIGTDGIRILVGAGESADEGFEKRLKDLFRSKVRVAPDIV
                     FAPTELIARKQMPPTSRKLIKFIDYRGETFA"
ORIGIN      
        1 gtggccgaag cgatgaacaa gcaaaccgac cgcatcgaaa cagtttatcg ccagagcctc
       61 gcccagcgta aggccgccgg ggacaagaag ccgaaggaac ccaagcagcc caaggaaccg
      121 aaggaaccta agcaacccaa ggaccctaag cctgcgcccg acccgaaaca accggaacag
      181 cctaagaagc cggacgagaa accgaaggat ccgaagaagc cggacgacgg caatcctgac
      241 atcacgctgc cggaggaata aggcgtccgg tacccgggta ggggcgtatt gcatacgccc
      301 caccacacgg acccgaaagg ggccgaatga tcaggcggcc gggtacacgt ggggcgtatg
      361 cttttgcacc cctacagcct gccggcagcc gcccccggaa tgattaaagg gcatccccta
      421 acagatgggg atgccctttt ttgtacccgg gtcggggctt tctctatgca tagagaccgg
      481 atcaatatgt catcctactt gaactggtag aaccagaagg ggaagccggg cattttgatc
      541 acggcgccgt cgctggcctt acccgtcttc gggtcgtagg tgtagaagcc cgtctcctta
      601 tcgccccaaa cggagaagac aatcaggtcg ttgtaagcgg caacgtgtgt ggagtaggcg
      661 cagctgtggg ggatgggcaa cttcttgacc gtcttggcgc ggaggtcgat ctcgacggag
      721 atcaccgagc ggtcgcgcag ccagttgggc ttcgtcttgt cagcccaata gttggggatg
      781 tcggccatgc cgtagagctt gccattgccc gcataataga cacaggctaa ccataccatc
      841 ttgcccgtct cgccctcgat cgcctgatcg ttgagcaccc agttgtaggt ggggtcgatc
      901 tcgcccttct tgatgcgcac gataccggtc ttgtatttcg gatcggtgga gaaggcgccg
      961 ccggccacat agtagacgtc gccctgctcg tccttgaaga cgttcttctg cacaccgtag
     1021 gggtagccga ggctggagag ccccgaggcc gagtccttga tgcgcttgat cactttgttc
     1081 gtcttcaggt cgatgagcaa gagatcgatg cccggatcac cgacaggcat acgttgggtg
     1141 ttgacctgcg aaagggggac gtacatcgtt tcgccatcga agaagaggga gccgaactgc
     1201 ggcacagaca cgcctttgtc cgcataggag gagaggtcga tctcgcccgt gagcttcatc
     1261 gtggtgggat taaagatgag cagcttgccg attatggtgc tgaggaaacc tttctcggcg
     1321 gagtagatgc gaccatgcgt ggagacgctg ttgacgggca gcgtcagctc ggccaccttg
     1381 ttgagggcac cgtcggcggt gcgctcccac ttggtgaagg tgttcgactg gccatactgc
     1441 gggatggtga agatgtagtt accgagcaca tccatcgggg gcatgccgaa gccaatctgg
     1501 tgcgccttgg agttgtcgat cgttcgcggc gcaatgccgt cgacgagttg catccaagcg
     1561 gtgccagact gtccgtcggg gttactgagc atggagacga cggccacgtc gcccttcgca
     1621 ccaccaggcg tcggcgggtt cggattgggt ttgggggtag gcgtgtcttc tttgcaccct
     1681 gtccaagtca gggtcattgc ggcaagcaca gcaaggcctg ccattcggaa tacattcgtt
     1741 gttttcatct tgttatacat atatgaatta ggttttactt gagtacgtag cgcaggcgga
     1801 gggaataggt tcgcccgggc tgcggatagt tgaactcgct gaagagcttg gcgccggtgg
     1861 cgttgcccac cttaccggag aggatgatgc ggccatccat gaggctgtat tccagcccaa
     1921 ggtcgaggcg catggagcgc gggatgcggc gctcttggtg gatgctctgc tcaaagtcgt
     1981 agaagtattc ctccacgaag gaggcgtcgg caaagagccg cgtgttggtg cgcttcgtgc
     2041 cgaagaggtt ttcgcggtga tactctaatc cggcgttggc taagaagtag gggatgttgg
     2101 gcatgcgcag atgccgggtg gggttggggg ccttgctgtc gggctcgtat tcacggacgt
     2161 cgcggaggtc ttggaaggtg acgttggcgt agccgtacaa ccagggcaag acgtcggcct
     2221 ttacctcagc ctcgacgccg agggtgcgca tttcgccgaa gttctcgtag cgcgtctgcg
     2281 tatagttctg cgtttggcgg atcatgtcgc ggaggtaatt gccgaagagg ttgacctcta
     2341 actggaagat gccgttcggt atgcgccgat cccaaagcgt accgagattg acgttgacgc
     2401 cgcgctcggg ccggaggtcg cccgacgggg agaggaggta gccgtcgccg atcagctcgt
     2461 tttcggtcgg ggtgcgcacc tcgtaagcca cggaaaactt gcccatccat tcaggcataa
     2521 agcggtaacg caaggcatcg ctgatacccc aataatgctt ttcgaggtgg ataggtatct
     2581 catcgtgccc cccatagact tcgcgaagga tggtcttcat ggagtagaag tagtacttac
     2641 cggtgaggga gttgagcagg cggtcgttgt tcgacttgta gtcgtaactc aggccgacga
     2701 cgaggctatt catgcggcta tcgtagttca tcttgtaacc catcgcacgg tctcggaggg
     2761 tgtccttggg atgcccattg gcgtattgct ggagcaggtt caggttgatg gcgtttcggg
     2821 ccgagaggat gtagttcagg ttgagcttcg tgccgacgtg aaacttatcg agggtgctgt
     2881 tggagggcgc cgcgccgatc tcgccgccca gtggatggac ggggatgtag ggcttcatgt
     2941 cccaatcgta gcgatgcatg gcggtatcga tgaaatggta tcgcgagaag gcggaggcgc
     3001 ccttgaagtc gaggtcgagc ccttcgacaa ggaagttttt cttcttcaac tccagctcca
     3061 tcaccccgac cttcgatcgg ctgtgggcat gctgaatgtt gtaatagacg ccctgtatct
     3121 gcttgctatt gatgaggccc tcgaagttga tcttcagctc gtcgaaatac cacttgcggg
     3181 ccttgatgcc gatggcacca gcggcggagc tgaagcggtc gtgatcgcgc ttgatgagta
     3241 gccccttctg gtagggcgac tccatcgtgt agtcattgtc cgaataggtg tagaagccgc
     3301 caccaccgat ctcgaggcct gcgttggcca ggttgcgctt gacgacggct gtggctttgt
     3361 gagtattgaa ggactcgatg gcgtaggaga ggtctaagta gcgcggcggg tattccttga
     3421 gtacgatgtt gatggcaccg cccattgcgg agccgccaaa cttggccggg acgacgccct
     3481 tgtagatctc gatccgctcg atcatactga cggggatgtc gttgatgtcg ataaagtcgg
     3541 agtgatcgtt catgggcgat tcgtcgataa agaagccaat gcgtttaccc tcgaggccac
     3601 gtacggaaag gcgtgagacg ctgcccacgc cgccctgcga gcgaagggtg acgcccatcg
     3661 tcttgctcaa aatgtcgctc acatcgctca ccgaaccggc cagctgatcg gccgaaagga
     3721 cggtgacggg catagcctgt tcgcgcagct gacgggcctc gctcttggcc gtgacaatca
     3781 cttcgccaag cgacttggac tcgcccttga ggcgcacttt cagccgccgc gtctccccct
     3841 cgcgcagggt gatctgttcg gtgcggctct catagcccat ataatcgaag cgtaccgtat
     3901 agctgcccgc gcgaaggccg tcgagggtaa aatcgccgtt gcgcccggcc acttcgccac
     3961 gcttcagttg ctcgatatag gcgctggcgc cgatgagtgg ctcctcgtta gcggcatcga
     4021 tcacgacgcc cgtgatgcgt gccgtctgcg cctccatctg tccccaagcg agggccgcga
     4081 aacaggctat ccatatccat aagaaggttc ttcttgttgt catcatgcta ttcacgttaa
     4141 aaatagggtc gcaaaggtag gccgtggcgc tacgcattca caatccctaa taattggggg
     4201 gggggaggag gcatgtaggg gcggcccctg cgggggcagc gaagtttgcc tggtacccgt
     4261 gtaggggcgg cccctgcggg ggcagcgaag tttgccggat acccggggcc agatgattgt
     4321 acccgtgtag gggcgtattg catacgcccc ccagacatcc cgcagggatg aatgattgtc
     4381 cccgggtagg agcgcacatt acgaaaggac tgcgcaggtg ttgcgtggtc atttcgcaca
     4441 ctgcgacgac gctgcgcagg tgttgcatgg tcgttacgca cactgcgacg acgctgtgca
     4501 ggtgttgcat gatcctttca cacactgcga cgaggctgtg caggtgttgc gtggtcgctt
     4561 cgcacactgc gacgaggctg tgcaggtgtt gcgtggtcat ttcacacact gcgaaagggc
     4621 tgcgcaggtg ttgcatggtc gttttacaca ctgcgacggg gctttgcagg tgttgcatgg
     4681 tcatttcaca cactgcgacg acgctgcgca ggtgttgcat ggtcatttca cacactgcga
     4741 cgacgctgcg caggtgttgc atggtcattt cgcacactgc gacgacgccg cgcaggtgtt
     4801 gcatggtcgt ttcacacact gcgacgacgc tgtgcaggtg gtgcgtggcc gtttcgcaca
     4861 ctgcgacgag gctgtgcaag ggttgcatgg tcgtttcaca cactgcgacg acgctgcgca
     4921 ggtggtgcat agtcgtttca cacactgtga agacgctgtg caggtgttgc atggttgttt
     4981 cgcacactgc gacggcgccg cgcaggtgtt gcatggtcat ttcgcacact gcgacgaggc
     5041 agtgcaggtg ttgcgtgatc gcttcacaca ctgcgacggg ccacgcaatg gggcgtatgc
     5101 aatacgcccc tatatgtacc cggccaaatt cgcagacgcc cgcagacggt tacatttgcg
     5161 cgcttttcac tgtaaataca gtcagagatg aagctgaaat tgatctatcc gaaatggaag
     5221 aaactaaagg gccaaaccac gttcaacctg cccccacacg ggccggtcgt gtttgcagcc
     5281 accttgcccg aggacgtcga cgtgtcgttc acagacgaga atgtcgaagc gctcgactat
     5341 gacgaggcgt gcgacctcgt agccatatct atgatgctca gcacgcaggt caaacgcgga
     5401 tgggccatcg cggacgaata ccgccggcgc ggcaaaaagg tgctcttcgg gggcatctcg
     5461 accatgcttc acgccgaaga gacgatggag catgccgacg ccgtcttcct cggcgaatcc
     5521 gagggccgca tgcaggaggt catcgacgac ttccgccgcg gctgtctcaa gcgcgtctat
     5581 aactacatga cccgccagcc ggccatcgag gacgtcggcc ccgcccgccg cgacctctac
     5641 aagcgccacc tctacaacca taagggcgtg cagatggtcg acctctttca cgcctcgcgc
     5701 ggctgccgct tcagctgcta tccctgcgcc gtgacctacc tcggcgggcg catcttccgc
     5761 ccccggccga tggataaggt gatcgaagac ctggcctcga tcgacaacaa ccgcctcttc
     5821 atcgtcgaca actcactggc ccaaaacaag cagtgggaga tggatctctt tcgcgagatg
     5881 atccccttca aaaagaagtg gatcagccac accatcgagg acgatccgaa ggtgctcgac
     5941 ctggccgcac aggccggcgc ctggtacgtc tatcaggccg tctacgacac atcgaactac
     6001 atccgcgagc gcgtcaagcg ttaccacgac cacggcatcg gcgtcgaagg caccatcctg
     6061 ctgggcctcg acaaccagtc cgaagacgac atcaagcgcc tcatcgactt cctcctcgag
     6121 atcgacctcg acctggccga gttcaccgtc atgacgccct tcccccacac caagggctac
     6181 gacgactacc tccgtcaggg gcgcatcttc gacttcgatt gggatcacta caacgccggg
     6241 caggtggtct tccaccccaa acagatgtcc gccgaacggc tccaagagct ttacgaatac
     6301 gcctgggaca cgttctatca cgacgagagt caggagcaga agatgttccg cctcttcacg
     6361 caagtcgtca tgcgcgagat ggaggacggc accttccgcc cccgcaatcg cgcgttggcc
     6421 aacaagtcgt tcggccgcga cgtagtccgc aacatcaaag ccagctgacc gacggagacc
     6481 cacacagaat ggcacgcaca ctcaccgtcg cagtctttta ttacacccag accgggcagg
     6541 cactcgccat cgcccggagc ctctgtgcgc cgctggaggc ggccggctgt cgggtcgtca
     6601 agcgggagat ccgccccgtg acggcttacc cctacccgtg gtcgtccgag gcattctttc
     6661 aagtctttcc cgaatctcgc ctcggcatcg cctgcgccat cgagccggtg gatctgagcg
     6721 gtgcggtggc cgaagctgac ttagtcatcg tggccggtca gagctggtac ctctcgctct
     6781 ccacgccgct gcacgccttc ttccagtcgc ccgaggtgcg ggcctacctc cacggccgac
     6841 ccgtcgtctt tgtcaacggt tgccgcaaca tgtgggtgat gacgcaaagc gaaacgcgcc
     6901 gttacctgcg cgagatgggc gcccgttacg tcggcttcat cgagctgcac gacaaggcgc
     6961 cgaacctcgt cagcgtgctg accatcatcc gttggctgtt ctacggacgc aaagaggcca
     7021 ctcgcctctt gcccgccgcg ggcgtctcgc agcgcgacgt ggccgacgcc gatcgcttcg
     7081 gcctcatcat cctccgcacg ctctacgacg ggcagtggga gcaacttcag gagcgactca
     7141 tgcgcgaggg cgccgtcacc ttcatccccc agctctactt tattgagcgc aacggctatc
     7201 gcatgtgggg ccgttgggcg cacttcgtac ggcatcgggg cggcgcgggc gatccgcgtc
     7261 ggcagggacg gctgcggctc ttcaaggcct acctcttttt cgtgttatac gccgtctccc
     7321 ccttcggcct actgttttat ggactcacct acccactgcg ccgcgccacg ttgaaacgcg
     7381 cgcaaagaga agtatgctat gagctgtcgt aatccactca tgtacccggc aaacttggcc
     7441 ggcacccctg gtgccttgat cttcttttgc ttcttttctt gcatcaaggc aagaaaagaa
     7501 gtggaggccc aacagctaaa catccccaac gcctaaacag ctaaacgcct aaacatcccc
     7561 aacaatggaa tatatctaca tcacccacct ctccaccttc ttccccaacg cgccggtgcg
     7621 caacgaagag atggaggatt atatcggact cgttaatccg aaatcgtcca tcgccaagcg
     7681 attggtcttg gagaagaatg gcatccgcag ccgctattac gcattagaca agagcggccg
     7741 cgtgacgcac acgaacgtcg agatggccgc gctggccgtg cggcatctgc tcgcggaggc
     7801 cgcgatgacg cccgccgaga tcgacctgct ggcctgcggt accgcctcgc ccgaacagct
     7861 catgccctcg cacggcgtga tggtgcacgg cgcgctcggt ggcgatggcg gcgcggaggt
     7921 ggtctccttc gccggatcgt gttgcacggg catgcacgcg ctgaagtatg cctggctctc
     7981 gatgcgcacg ggcgacgccc agcgggccgt gtgcgtggct tcagagcgac tctcggcctg
     8041 gatgcaggcg cgttatttcg aacgggaggc agagctgatc gaccagctga tggagaagcc
     8101 gatcttagcc ttcgagaagg agtttctgcg ctggatgctg tcagacggca gcgcggcgct
     8161 gttgctgggg cacgaaccgc cgacggacgg tcggctggcc ttccgcatcg aatggatcga
     8221 gggcacgtcg tacgccgatc gggtggagac gtgcatgtac gccggtgggg agaaggacgc
     8281 cgaggggcag ctcgtcggtt gggcgcaaca tcccgaggcc gaatggctgt cgcgatcgct
     8341 cttcgccctg aagcaggaca cgcgcatcct ggatcgcaac atcatcacgc tgggcggcga
     8401 cttcctccgc cgggtgatga agaagcgcgc cttcgatctc tcgtcggtcg actggttcct
     8461 gccgcacctc tcgtcgatgt atttcaagaa gaagatcgag gccgagctgg agcgtatggg
     8521 gtacgacatc cccgccgaac gctggtacgt caacctgccc gagatcggca acgtggcctc
     8581 cgtctcggcc ttcgccatgc tcgacgggct gcgccagacg gggcgactgc ggcccgggca
     8641 acgcatcctg ctgatggtgc ccgagagcgc ccgcttctcg tattcctacg cgttgctgac
     8701 ggtggtgtaa agcctctcgt taggcttccg aaaacgtttg cagcattcct gcaaagaccc
     8761 caaagggaaa aatggagctt gcagaacttc tgcaaacgcc aaaaagggaa aaacggagct
     8821 tgcagaactt ctgcaaatgc ccaaaaggag aaaatggagc ttgcagaact tctgcaaaga
     8881 cccaaaagag aaaaatggag cttgcaggac ttctgcaaag acccaaaagg gaaaaacgga
     8941 gcttgcagaa cttctgcaaa tgcccaaaag agaaaaatgg agtttgcaga acttctgcaa
     9001 acgccaaaaa gtttttcaag gcacttgcgg agttcccgca aacgctttca tgaatgatta
     9061 gaacaagaca catacgagat gacgataaac gaagtacccc aagacttgaa atacatggcc
     9121 ggcggtgtga tccgcgacgt ggcgtatgcc gtcgatgagg acgggcgcta ccagagcgtc
     9181 gtcagcgacg gctgggcggt gaagaatgat gtgctggacc tcgtctggga cgacatccgc
     9241 gcctcctgcg aggccatccg cgagcaggtg ctccgccacg aggccagccc gctggcttac
     9301 cacatgacga agaacctgca agacgtcagc atgctggccg cctacgccga catacccaaa
     9361 cgcaaggtga agaaacacct cgcctacgac gcctttatgc agctcgacga ccgcaccctg
     9421 gagcgatatg ccgacgcgct gcgcatcacc gtggacgaac tgaggagcgt agaatgattg
     9481 aaatagcttt tgaccaccgc cccagcgccc actgcgagaa tggcgtcacc cgcaacctgc
     9541 tgcatttcta cggctacgac tactccgagc cgctcgtctt cggcctctcc gcctcgctct
     9601 acttcgtcca tctgcccttc gtccgcctgg cgggcttccc cgtgacgtcg ttccgccccc
     9661 tgcccggcat gatcttctca cgcaccacgc gtctgctcgg cttcggcacg cggcaacaca
     9721 tctacttcaa ccgctcccgg gccgaacgca agctcgacag tctgctggcc gaaggcacac
     9781 ccacgggcgc cgtggtgggc atgtacttcc tgccctacat gcctgcggaa taccgtttcc
     9841 atttcaatgc acacaacatc gccgtctttg gcaaggatgg cgacgactac ctggtcagcg
     9901 acccgatcgc gatggagaag gtgcgactct cggcgcgcga catgatgcgc gcccgcttcg
     9961 cccgcggcac ttatccgccc atgggcaagc tctactacat ccgctcgctg ccccggcaca
    10021 cgcccgacct gccgccgctc gtgcgccgcg ccatcctcac gaactgcaac cgcatgatcc
    10081 accagcccgg gccggtgcct tgggtgggca tcaacacgtt cgactatctc ggccgacaaa
    10141 tcccccgctt cccgcagcag tacgggccga agcgagccgc actccatttg gcgcaactga
    10201 tccgcatgat ggaggagatt ggcacgggtg gagccggctt ccgcttcctc tacgccgcct
    10261 ttctgcaaga ggctgccgac gtgaccggca tccctaccct caacgagctc tccgcccgcc
    10321 tgaccgagat cggcgaccaa tggcgacgct tcgccgccga cgccgggcgc gtctgcaaga
    10381 accgctcctc ggccgacgtc gactaccgca cactcggcgc cgatctgaag gccatcggcg
    10441 gcatggagcg cacgctcttc acggatctgg aacgcgtcgt aaaggctcac aaatgacatc
    10501 tgccatcgac attcgcgacc tccgcaagac gtatcgtggc gccgctgcac cctctgtcga
    10561 cggactcacg ctgcacgtct ccgagggcga attcttcggg ttactcggcc ccaatggcgc
    10621 gggcaagaca acgacgctct cgatcctcgc cggcctcctg tctttcgacc gtggcacggt
    10681 gcatctctgc ggcctcgatg tacgtcgcga ccgtgcccgc atccgtccgc tgatcggcgt
    10741 cgttccgcaa gacattgccc tctatcccga gctgaccgcc gccgagaacc ttcacttctt
    10801 cggtcgcatg cacggccttc ccacccgcac gctccgcgaa cgcatcgaca cggacgcggg
    10861 tcgcctcgat ctccgcgccc acctacacaa acgcatcgaa cacctctccg gcggcatgaa
    10921 acgcaagctc aacctcctcg tcgccctgct ccatcgcccc cgtatcctct ttcttgacga
    10981 gccgaccgtg ggcgtcgatg tgcattcccg gcaagagatc atcgcatacc tccgcgccct
    11041 caataccgac ggcatgacga tcatctacac ctcgcacgac atggtcgagg ccgagcgact
    11101 ctgcacccgc gtagccctca tgaaccgcgg cgcaaccgtc tgcgaaggca cccctgaagc
    11161 cctacttacc gaggcgcgta tgccctcgct cgaagcgctc tttatcgccc ggacagagga
    11221 ggcgggacgg gtatgaggtt ggttgcctta ttccgcaaag acctgctact gctcctacgc
    11281 gatccgtggg ggctcgtcct gctgttcctt atgccgtggg cgctcgtgat ccttatggcc
    11341 agcttgcagg acagcacctt ccgcaccctc gacgaacagc atatccccct cctcttactg
    11401 aacgaagacg tcgattcgct cggcaacacc gtcagccgcg agctggccga tagccatctc
    11461 ttcgacatta cctccacggc gcccgacggt cggccgctga cagccgaggc ggtggagaca
    11521 gccgtggcgc ggggcgatta tctgatcggc gtcgtcatcc cgtccggcac cactgatcga
    11581 ctgcggcaac gtgtggcctg tggcgtggcg caagccttcg gtggtgagga ggacaccgta
    11641 gccgaagccg agacggacac cctctcggcc cagcctcttg agatccgtct ctgggtcgac
    11701 ccgaccgcaa agccgtcctt tcgggccacg ctgctcagcg ccgttcgcga acacatgctc
    11761 acggttcaga accggctcct gctcggtgaa atctcgcgtc acgtgaaccg ccttatcccc
    11821 atgcccatcg atttagagat ggagacggag ggctggatca cggtccacga gtcctacgct
    11881 cgcacctcct ccaccgccga cctgctgcct aacgctacgc agcacaacgt accagcctgg
    11941 agcatgtttg ccgtcttctt catcgtcatc tcgctggccg ggaacatgat ccgcgagcgc
    12001 gaaacaggct gcttcgcccg cctcctgacc atgccctgcc cctacgctct ctacctcacg
    12061 ggcaaggtgc tcgtccacct cctcgtctgc ctcctgcagc tcgccctact tctcctcacc
    12121 ggcctctacc tcatgcccca cctcggcctg ccgcccctcc gcctcggcca cgaccatgcc
    12181 gccctcgccc tgatgtgcat cgccgtctca ctgtcggctg tgggttacgg cttggccatc
    12241 ggcagtgtgg cccgcacggc gcaacaggcg agcatcttcg gtgccgtatc cgtcgtcatc
    12301 ttggcggcca tcggcggcgt gtggatcccc acgttcgtca tgccccccct tatgcgcacc
    12361 gttgcccgca tctcacccct gaactgggga ttggaaggct tcaacacgct cttcgtacgg
    12421 ggcggcgaac tgtcggacgt ggccccctat gccgtagcct cactcgtttt cttcgccatc
    12481 atgctcggcg tagcgatcgt cagacggaaa atgaaaagct aacagagaga agctgtcggt
    12541 gaaccggcta aacggccaat ctgaatcagc gggtacaatg acaaagcggg ctgcaccatc
    12601 tgcgacggat gatgcagccc gctggtttct aatcacgcgc tctacgcggc agggggactt
    12661 tgcagagcga cggccataca tgaccgagcc tgagcttgtc gaagaccgcg cagcagatgc
    12721 gccgctatgc gaaggtctcc cctctgtaat cgatgaactt gatcaacttc ctgctcgtcg
    12781 gtggcatctg cttgcgggcg atcagctcgg tcggcgcgaa gactatgtcc ggcgcaacac
    12841 gcactttgga ccgaaagaga tccttgagac gcttctcgaa gccttcgtca gccgactcgc
    12901 cggcaccgac caggatgcgt atgccgtccg tgccgatggc gttggtgtag acttcgacga
    12961 tgtagttcgt gacttcgggc acgttgtcga ggatgtcgta gagggcggcc ggatagagcg
    13021 ctgtgccctt gaatttgatc atctgccctt tgcgaccgat gatcgggccg acgcgtaacg
    13081 agtgacggcc gcaggcgcag ggatcttcga aatggcggca gacgtcgccc gtcttgaaac
    13141 ggacaactgg cataccctcc acgccgagcg tggtgatggt aatctcgcct ggctcgtcgg
    13201 ggccgacggg gcggttgtcg tcgtcgagaa actccacgat ggtcaggtcg ggtttgtggt
    13261 gcgaaccgca ttggtgttcg cactccatga aggaggattg catctcggtg gaggcatagt
    13321 tgacgtgtag cgacagctcg ggccagagat cgtgaatctt gcggccgagt aggttcagct
    13381 cgtgggtgtc ggtgcggacc gtttcgccga cacagaaggc gcggcggagg ctacagttcc
    13441 ggtaatcgat gccttgagca cgggcatagt cgatcaattt gaggatgaag gagggtacgc
    13501 acacgcagac ggtcgggcgg agacgccgga tcatgttcca ttgcagttcg gggatgccgt
    13561 tgcccacgcg gacgatggcc gacccaaggc ggaagctgcc cagaaggcac gcttgaccgg
    13621 ccatgaagca gcggtcgttg gtggccatga gttggatgac atcgtccggg cgacagccgc
    13681 agatctcgta cgagaggtat tcgctgagcg cgaggcgatc gaggtcgcgg cgggtgtcgg
    13741 cgaaggtgac cggctcgccg cgggtgccgg aggtggtgac
//
LOCUS       SEQF2638.1|AYYF01001153.1 699 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..699
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cgacacgcgt ggtcgtccat cgcgttggcc actacggcca caagccattt tgtcaggtac
       61 agcagccatt tctccgggtt acggacgacg acacagtcag ccaattcacg gatggcgtgc
      121 gcgtttgggt catccaatgc agcggtgggc agggctttga aatattcctg tatgggattg
      181 acgcggggcg aaaagctgct ttcaatgatt gagtagaggt tgtccgggga ggtcatgatc
      241 ccggcctcgc tgtcgagttc gcggcgcagc gtgttgatct catagcgacc gaccttcacg
      301 aatcggctgt cctcccagcc gcgatattcc gcccgtcccc aaacggtgtt gtatcggaac
      361 gtgtaatgcc gggcgaggta ggcctcgatc tccccgttct ttgatgagcg tccgctgctg
      421 tccggtgttt tgctggtgtt tatgttgctt ctatctgcct gttttttcat ggtcggtttg
      481 gatgggttct cggaggcgaa agccgtaatc cgagtacgca gatgcatcaa ggagtccacg
      541 atcgatttac gtgctaagca tgcagcatct gtctgaatgc acggcatgca gtgatcacaa
      601 gaatcactgt agggtttgta ccggagcgtg acgacggtaa tgcaagacgt cagtttgttc
      661 ccacaaactg cgcttgctcc cccacccctg tcggtcggt
//
LOCUS       SEQF2638.1|AYYF01001154.1 391 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..391
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tttaatatct tctctggatt tcttttcatg tctctcacat tttccgagat aggacattaa
       61 acgataaagc tgcttccctt cgccatgtac aaggctttcc cttgctcaga ctacttatgg
      121 aagctctgtt gccatatggg tttccccact taggcaatcc ccgttaaagc atataataac
      181 tattggcatg atagattgtc ggatgcgact ttcgtccttt actatgtatg tagttgctct
      241 gtgataagtt cttttgccca atcgacctac aaggagaagt tgggtatcac agcataacgt
      301 ctgtaactgt cttccgttaa ggcttaacca tcgagccgct cggactatcg ttcaaccagt
      361 ataggcttta tcctcatatc tatcttttca c
//
LOCUS       SEQF2638.1|AYYF01001155.1 398 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..398
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tcctacctgc ccgaaatgga tgagtatatc ctctcctgcg atcagaagaa tcaagccatc
       61 tggcatactt acgccgtgca aggtgagttc aagcggtacg acggcctcca tctgctcaaa
      121 catgccctcc acaacacggt tccgaacatc accaaaagca aggaggtcac tgaccccaag
      181 acgggcgaga aggcgacgat caaggtacgc gacggtcgca ccatccaaat ggcagacacc
      241 aagatcgagg agatccggca ggcttttgtc agctggctcg ggcgcacacc ggagacgttc
      301 aaacagcagc ttgccgaccg ctacaatcgg ctattcaact gctttgtccg tcccgatttt
      361 gatgggtctc atcaaacctt cccgggactg gatttgaa
//
LOCUS       SEQF2638.1|AYYF01001156.1 420 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..420
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(159..401)
                     /locus_tag="SEQF2638.1_01070"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGLNALPPTAPKELLIFFSTHAMAAFSMRSLCCPSEGAKAMAKM
                     ATTAMSPAQSTTGFILRLSGSGVSGSGADDLFSIGG"
ORIGIN      
        1 acacacacaa aacatacaac aatggaaaat agagagatta ccccaaagaa gaaatgcccg
       61 tattgtggcg aagagattca gccggatgct gtgaaatgca agcattgcgg cgagtggctg
      121 acgaaagagt cggcgccagt accaccctca acagaggatc agcctcctat cgaaaacaag
      181 tcatcggcgc ccgaacccga cacgcccgaa cccgacagac gaaggataaa gcccgttgtg
      241 ctctgggcag gactcatcgc cgtggtggcc attttggcca ttgccttagc tccctccgaa
      301 gggcagcata gggagcgcat cgaaaaggcg gccatcgcat gtgtcgaaaa gaagatcagt
      361 agctctttag gcgctgtcgg ggggagtgcg ttaagcccca tttcttcgat tgctttcaac
//
LOCUS       SEQF2638.1|AYYF01001157.1 3775 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3775
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             346..1617
                     /locus_tag="SEQF2638.1_01071"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEDATKRCPYCGEEILAVAKKCKHCGEWLDENAQVSEPQLTSVP
                     EPVCEPTPEPKKDPVDEREEATSTAEPVRRPGFFEYYFIDLFIRRYADFKGKTSRQQF
                     WMGGLCFVLLLLTLFCIDLATGLMFVCTLVGTLALTVPFVAAAIRRLHDTGRSGWWFL
                     IQYVPVVGPIWLLVLLCQKGETRDDQRPAFQLPTDAIAAAAMVLIVGVSIIWVSIGSN
                     EYKRTKRAVYEEAYRSMAEAANAEKEANDDPNAIPDEVVDVANACSYYDNDRSLTAND
                     FTLIARYNDAGRHCAYYTQKEYQVVLYQYNLENRKVRVIDLNKTAITPKKEGQMEISP
                     VIFEVSQIVVKGDNFYIVGSTNANAGGYVAYLVSYDTGYESFECLDYGIDIRLINNNR
                     QAVVTHAKMIKEAECYADCEFKTWDVTVNLP"
     CDS             1652..2200
                     /locus_tag="SEQF2638.1_01072"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTEELHNEATTACPNCGQEILATAKKCKHCGEWLEKKCPHCGEW
                     VKIDAMKCRHCGSWLNKFAKERYERENNIPQAVDPELEKRRAEKEKKAEKAATAGCIM
                     MVECGIALTLLYFALNWSWWQVVLAGVGGFLLLSSRMVRFLYCIAISLFWGALGWEMG
                     DSFLLGVLFFGGSIALHWPAIK"
     CDS             2228..3028
                     /locus_tag="SEQF2638.1_01073"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDNNPTQSTRQCPYCGEDIQPGAIKCKHCNEWLVNNPPPTPKSP
                     EELAKEQKDKRDQKMVVGGCLTVFLVGLAGIILLVVLIAKWTVPDEEQHRRSIRKEVL
                     ECVDDKVDETLGFVGATLLSPFTSMAMKTDYVQSYLLDRFDQSNRIEYIRGTFTSEAR
                     IINRIYPEGETISFGFFGMVFPSFDWDDIAILTDAESKDIMKFFSDLTSSDPSSSGSS
                     SSTPAQSPKRHQEQTSTPARPSRSETAVQEEELTTEENDQSTPASDTE"
     CDS             3116..3250
                     /locus_tag="SEQF2638.1_01074"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSSSVRDRIIIMIICVVVWFVWRMVAVVIKENKEKKQKSDKDEK
                     "
     CDS             3282..3449
                     /locus_tag="SEQF2638.1_01075"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVGIRWLPPNLSTFSPPLRGREKKEASKHTLFDMLFLQNRVLDA
                     LQGLQWFKTGF"
ORIGIN      
        1 gttcggcttt gcataggcca cgtaggcgtt caggatcggt gagagcggaa cgggatatga
       61 gtcggctcat tttccgaata gtgacttgac catactgaca ccattcacgt ggaaattagt
      121 aggcaattcg cttacactca cgtttgactt ggaagagacg atgatcacag gagataccga
      181 agatcaagca gtggaagcga ttgcgacctc gctcctttcg ggttatagcg agccacgtac
      241 ttacactgtg aaaagagaga atgggaaagt gattatcgac ggtgatgatg tatacccaac
      301 ttatcgccag gatgactcat taccggattg atcccccctt gaataatgga agacgcaact
      361 aaacgatgcc cctattgcgg ggaggagatt ctggctgtag ccaagaagtg caagcattgc
      421 ggggagtggc tggatgaaaa tgcacaggtt tcggaaccgc aactgacgtc tgtgcctgag
      481 cctgtttgtg aacctacacc ggagcctaaa aaggatccgg tagacgagag ggaggaagct
      541 acgtctactg cggagcctgt gcgaagaccg ggattcttcg aatactactt catcgacctc
      601 tttattcgtc ggtatgccga ctttaaggga aagacgagtc gccaacaatt ctggatgggg
      661 ggcttgtgct ttgttctgct tctcctcacg ctgttctgca ttgatttggc tacggggctg
      721 atgttcgttt gcacgcttgt tggcaccctc gcgctcaccg tgccctttgt ggcagcggcc
      781 attcggcgcc tgcacgatac ggggcgaagc ggatggtggt ttttgataca atacgtcccc
      841 gtcgtaggtc cgatttggct gcttgtattg ctctgccaaa agggagagac acgagacgat
      901 cagcggccgg cgtttcaatt gccaacggat gcgattgcgg cagcggctat ggtactgatc
      961 gtaggcgttt ccatcatctg ggtttcgata gggtccaacg aatataaacg gacgaaacga
     1021 gccgtatacg aagaggccta ccggagtatg gcagaagcag ccaacgctga aaaggaagcg
     1081 aacgatgatc cgaacgctat ccctgacgag gtggtggatg ttgccaatgc atgcagttac
     1141 tatgataacg atcgatcatt gacggcgaat gattttaccc tgatcgcgag atataacgat
     1201 gcgggtcgcc attgtgccta ctatactcag aaagagtatc aggtggtgct ttatcaatac
     1261 aatttggaga acagaaaggt tcgagtgatc gatctaaaca agacggctat tactccgaaa
     1321 aaagaaggcc aaatggaaat ttcgcctgtc atattcgagg taagtcagat cgtcgtaaaa
     1381 ggggacaact tctatatcgt agggagtacg aatgccaatg caggagggta tgtagcttac
     1441 ttggtttcat acgacaccgg ctatgaatca tttgaatgct tggactatgg aatagatata
     1501 cggctgatca acaataacag acaggctgta gtcacacatg ccaaaatgat aaaggaagca
     1561 gagtgttatg ctgattgcga gttcaagact tgggacgtga ctgtcaacct gccgtaaacg
     1621 atatgtagac acaccataaa caacaaagac aatgacagaa gaactacaca acgaagcaac
     1681 gactgcctgc ccgaactgtg gacaggagat tttggccacg gctaagaagt gtaagcactg
     1741 cggcgaatgg cttgagaaga agtgccccca ctgcggggaa tgggtcaaga tcgatgccat
     1801 gaagtgccgc cactgcggca gctggctcaa caagttcgcc aaggagcgct acgagcgtga
     1861 gaacaacatc ccccaggcag tagatccgga attggaaaag agaagggcag agaaagagaa
     1921 gaaggccgag aaggcggcca cggctggatg tataatgatg gtcgagtgtg gtatcgcgct
     1981 tacgctactc tattttgccc tcaactggag ctggtggcaa gtcgtgctgg ccggtgtcgg
     2041 cggcttcctg ctgttgagct cccgcatggt acgcttcctc tactgcatcg ccatctccct
     2101 cttttgggga gctttaggct gggaaatggg agactcgttc ttgctgggcg tcctcttttt
     2161 cggcggatcg atagcactcc attggcccgc gataaaataa acgcaatcaa tcagacggag
     2221 aacacatatg gataataacc ctacacaatc aacccgacaa tgcccctact gcggcgaaga
     2281 catacagccg ggggcaatca aatgcaaaca ctgcaacgag tggttagtga acaatccacc
     2341 gcccacgccc aagtcgccgg aagagctggc caaagagcag aaggataaga gagaccagaa
     2401 gatggtcgtc ggaggatgcc taacggtatt tctggtgggg ttggctggga tcatcctcct
     2461 cgtcgttttg attgccaagt ggacggtgcc cgacgaggaa caacaccgga ggagcatccg
     2521 caaggaagtc ctcgaatgcg tggacgacaa ggtggacgag acgctcggct tcgtcggcgc
     2581 cacgctgctg agcccgttta cgtcgatggc catgaagacg gattacgtgc agtcgtatct
     2641 cttggatcgc ttcgaccagt ccaaccggat agagtacatc cgcggcacat ttacttcgga
     2701 ggcgcggatc atcaaccgga tctatcctga aggagagacc atcagcttcg gcttttttgg
     2761 catggttttc ccgtcgttcg attgggacga catcgccata ctgaccgacg cggagagcaa
     2821 agacatcatg aagttcttct ccgacctcac ctcgtccgat ccgtcatcgt ccggcagctc
     2881 gtcgtccacc ccggcccaat cgcctaagcg tcaccaagag caaacatcca cacccgcccg
     2941 tccatcgcgc tccgagacag cggtgcaaga agaagagctt accacagaag agaatgatca
     3001 gtccactccc gcatcggata cggaataagc accatagagg agaggcggct gaaaatccaa
     3061 ttttgacaca atagagagaa acgcatacat cacaacaata aaaaagagac aaactatgag
     3121 ttcttccgtt agagatcgca tcatcattat gatcatctgc gtagtcgtct ggttcgtatg
     3181 gcgcatggtc gcagtggtga tcaaggaaaa caaggagaaa aagcagaagt cggacaaaga
     3241 cgagaaatag aatagagacc tcccgcctga ctcctccatt aatggtgggc atccgttggc
     3301 tccccccgaa tctttccaca ttctcgcccc cgctgcgggg gcgagaaaag aaagaagcct
     3361 ctaagcacac gttgtttgac atgctctttc tccaaaaccg ggttttagac gcgttgcagg
     3421 gtctgcaatg gttcaaaacc gggttttaga cgcgttgcaa gggctgcaat ggctcaaaac
     3481 cgggttgtag acgaattgca gggtctgcaa tggctcaaaa ccgggttgta gacgaattgc
     3541 agggtctgca atggctcaaa accgggttgt agacgaattg cagagtctgc aatggctcaa
     3601 aaccgggttt ggggcaggtc gcaccgtttg catatcccca aaaatctcgc acacatttct
     3661 aattcactat tcatatgatc gaaaacacca gtttgacaag agtccgcatg ctgaatttct
     3721 atcagataat ggacaacgta atcacctatt tgaatcagga agacctggaa accct
//
LOCUS       SEQF2638.1|AYYF01001158.1 320 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..320
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gacgtgatcg aaagtgacct cggcgaacgc atcctgcaat taatgcacct ccatcccagc
       61 cacatcgtta tgcccgccat ccatattaag cgccaagctg tgggtgagct tttcgaggag
      121 aagttgggta gcgaaaaggg caattcagac ccgacgtatc tcacccacca ggctcgtcgt
      181 gccctgcgtc aagacttcct taattcagga gccggcatga cgggtggcaa ctttgccatc
      241 gctgccaccg gtgaggttgt agtttgtacc aatgagggta acgccgatat gggtatgtcg
      301 tgccagaagg tgaacattac
//
LOCUS       SEQF2638.1|AYYF01001159.1 546 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..546
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(107..493)
                     /locus_tag="SEQF2638.1_01076"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPIPKTLAPGEEVEIRCTLAPERIVKGTRYTLRYFQYDGRGALR
                     IGRRGKSLTPNDRYAIAPGHFTLYYHSLSAERQSLEVVIEDNHGQSQTLAFDFNSKEK
                     DADSDYSLLSQPDEPLTESAGSRASQ"
ORIGIN      
        1 ataaaaagac aaaagcaccg atccgtcgcg gacagatgct tttcatgtca gggttatgaa
       61 caaaataggc gatgaaaaaa gatttcgatg gactctggag agcgactcac tggctcgctc
      121 ttgatccagc ggactcggtg agcggctcat cgggctgtga aagcaaagaa tagtcactgt
      181 cagcgtcctt ttccttgctg ttgaagtcga aggcgagcgt ttgactctgg ccgtggttgt
      241 cttcgatcac gacctcgagc gactggcgtt cggcagagag tgaatggtaa tagagggtga
      301 aatgacccgg cgcgatggcg tagcgatcgt tcggcgtgag tgacttaccg cgtcgaccga
      361 tgcgcagtgc ccccctgccg tcgtactgaa aatagcgcag ggtgtagcgc gtgcccttca
      421 cgatgcgttc gggcgcgagc gtgcaacgga tctcgacttc ttcgcccggc gcaagggttt
      481 tcgggatggg catcgtagtg acttggaacg gataaaccgt tcgcacgtcc agacggcgat
      541 cacagc
//
LOCUS       SEQF2638.1|AYYF01001160.1 437 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..437
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(73..261)
                     /locus_tag="SEQF2638.1_01077"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQPFVMLDTRDGALEERKAKQPIVARPSIRVGRGERLDTNKERE
                     QAASDFRFHGGGQMFWGG"
ORIGIN      
        1 ttcatcgcct attttgttca taaccctgac atgaaaagca tctgtccgcg acggatcggt
       61 gcttttgtct ttttatccac cccaaaacat ttgaccaccc ccatgaaaac gaaaatcgga
      121 cgcggcctgc tcgcgctcct tgtttgtgtc caagcgctcg ccgcgtccaa cgcgtatgct
      181 tgggcgcgca acgatcggct gtttagcctt ccgctcttcg agcgcgccgt cacgtgtatc
      241 aagcattacg aagggctgca tggcccgaag aactatcctt atgtcggata cggtcaccgc
      301 ctgctgcccg gtgagcggct ttcgtgtgcg atgacaaaac ggcaggcaga ttccctgctt
      361 cgtgcagatc taaagaaacg gctcgtcacg tttcgtcgct tcggtcgcga ctccttactt
      421 cttgccgtgt tgtcata
//
LOCUS       SEQF2638.1|AYYF01001161.1 298 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..298
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(47..295)
                     /locus_tag="SEQF2638.1_01078"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQNESVVTLIIEVAHQVHGIFRAMYDDLGSLYLGDFFVFGLVYC
                     KVHYALVFLEREWDVDAPLCITLSCSQQVTRGGDRILP"
ORIGIN      
        1 ggacactacc gttttcgcgt gcttgaggcc aacgaacgtc gtgtgctcaa ggtaaaattc
       61 tatcgcctcc ccttgtcacc tgctgagaac acgaaagcgt gatgcacaag ggggcatcca
      121 catcccattc tctctcaaga aaaacaagcg cataatgaac tttgcagtac accaggccga
      181 aaacaaaaaa atcgccgaga tacaggcttc cgagatcgtc atacatagca cggaagatgc
      241 catgaacctg atgggcgacc tctattatca gggttacgac ggactcattc tgcatgag
//
LOCUS       SEQF2638.1|AYYF01001162.1 683 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..683
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             155..514
                     /locus_tag="SEQF2638.1_01079"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNLAVHQAGNKKIAELRASDIVIHSTEDAMNLMGDLYYQGYDGL
                     ILHEEQVTPAFFDLKTKMAGEILQKFSNYRFPLVLIGDFSKFPSQSLQDFIRESNKGR
                     LVNFVRTLPEALQRLSK"
ORIGIN      
        1 ggacactacc gttttcgcgt gcttgaggcc aacgaacgtc gtgtgctcaa ggtaaaattc
       61 tatcgcctcc ccttgtcacc tgccgagaac gcgaaagcgt gatgcacgag ggggcctcca
      121 cctcccattc tttctcaaga aaaacaagcg cagaatgaac ttagcagtac accaggccgg
      181 aaacaagaaa atcgccgagc tgcgagcttc cgacatcgtc atacatagca cggaagatgc
      241 catgaacctg atgggcgacc tctattatca gggttacgac ggactcatct tacatgagga
      301 gcaagtcacc cccgcattct tcgacttaaa aacgaaaatg gctggcgaga tcctccaaaa
      361 attctcgaac tatcgttttc cattggtctt gattggcgac ttttccaagt tcccaagcca
      421 gagtttgcag gattttatcc gagaaagcaa caagggacgg ctggtgaact tcgtccgtac
      481 ccttccggag gccctccaac gactgtcgaa gtgatgaagg cgcatcaggc gatccctgcc
      541 atcctctgtg cagccctctt tttcctcttc acggcctgca acacacccat gccaaagccc
      601 cgcggcatgc tgcgcatcga cttacccgcg ccacgatacg ccgaattttc cgcgccaggc
      661 cgtccctaca cctttcgttt ctc
//
LOCUS       SEQF2638.1|AYYF01001163.1 1564 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1564
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(400..906)
                     /locus_tag="SEQF2638.1_01080"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDIKKLHPIILIGEGLGEKYKALPIGEKKKVAILSDIEMSNIPA
                     SLSHKRNIGKNTLRKLATGLDVYPAFFFIPARCIQPECLVYKEDEGIVKVSDVRSILN
                     STVMDLSQETDPSDSFLYEREVYLMLDQLFEKLQRYNRSSISKQQFVRNLTPIMIQLF
                     SLMANNLS"
ORIGIN      
        1 tcaattccga actgagctgt tccggaagca ctctccggca gggagatgga tagggatagg
       61 tcacggatga tcttctccaa gatacgaggg aagtcctttt gcaaatccat gccgtgcagc
      121 gtcgctacaa accaaaagca gtcgcccgag caggtctgat ccccgaagtc gttcatgcgg
      181 taaatgcccg ttcgcggcac cttgtagatg aagcacgacg cccgccgatc gtcgtagagc
      241 ggattgcgga acttcttccc tggtgtgatg gcgaaggaga tgtaatggcg aaatacctgc
      301 aatccgccat ctgtggcatg caagatctgc tccttgattg ttcgtatcat ttccgattat
      361 ctcacctgta aaggataggt tcttttatcg atcttgatct caagataaat tgttggccat
      421 caaactaaac aactggatca taatcggggt aagatttcgc acgaattgct gtttgcttat
      481 gctggatcga ttgtatcgct gtaatttctc aaacaattga tccagcataa gataaacctc
      541 cctttcatag agaaaagaat cagatggatc ggtttcttgc gatagatcca tcaccgttga
      601 attcaagatg gatctaacat cactcacttt gacgatacct tcatcctcct tgtagactaa
      661 acattccggt tgaatgcatc gggcagggat aaagaaaaag gcaggataaa catccagccc
      721 tgtcgccaat ttcctgagtg tatttttgcc gatgttcctc ttgtgactta gcgatgctgg
      781 tatattggac atttctatat cggataaaat ggccactttc ttcttctcac caattggaag
      841 agctttgtat ttctcaccta acccttctcc tataaggatg atcggatgca atttctttat
      901 atccatatct gtctctctct tttttttgat tgcaaataac gatgagccgg atttctcgcc
      961 ggttatattt cataatgaac tgatatgata taaaataggt tcagatttaa ctcctcgaca
     1021 aacgaaggtc ttacatgggc gattcgattg gaacagttgt ctcgtaggtc ttatctcagg
     1081 ggagatatgt ccctaatgga gaagcatatg tgtggagtta tctctcagtg ccctccaaaa
     1141 tgaactccaa acagcttctg aatcttttcc cgtaatgcga aacacctccc agaggtgctc
     1201 cgagatggaa gcaccggaca gcatcccgca ggctttgttt gcgccaaagg gcagaaactt
     1261 accccgtaag gtaaaaacac ctccacaggt ggataccctc cgagaatacg gtagcaggca
     1321 gcatgtgcag gttttgtgcc taaaggcaga aacctatccc cataaggtaa aaacatcacc
     1381 acaggcagag accctccgag atggcggcag caggtttgca ggctttacgc ccaaggtcaa
     1441 aaccagtgcg acaacattcc gtcattcgca cagagcacag ggatgacaga cctcatcctg
     1501 atttttgcct tcatcttggg ggtgcagtat tcaaacccct tctgggtgca cgggcacgtc
     1561 cccc
//
LOCUS       SEQF2638.1|AYYF01001164.1 2206 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2206
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(341..763)
                     /locus_tag="SEQF2638.1_01081"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:vienna_vog:VOG06177"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQDGCRKVHSNFTHMYNIGDRLRKERLSRGYSMEYVAGKLQVNP
                     TTIYRMENKAKSFRTALLVGYCELLEIDPAELFADSAMEGKYRELMKYLQKILLICSN
                     IIIGLLKNNALFREIIKDLIREILDEREVHKSEKGEEA"
ORIGIN      
        1 tcaattccga actgagctgt tccggaagca ctctccggca gggagatgga tagggatagg
       61 tcacggatga tcttctccaa gatgcgaggg aaatcctttt gcaaatccat gccgtgcagc
      121 gccgctacaa accaaaagca gtcgcctgag caggtatgat ccccgaagtc gttcatgcgg
      181 taaatgcccg ttcgaggcac tttgtagatg aagcacgacg cccgccgatc gtcgtagagc
      241 ggattgcgaa acttcttccc aggtgtgatg gcgaagggaa tgtaatggcg aaacacctgc
      301 agcccgccat ccgtggcatg caggatcaat gctttctctt tcatgcttct tctcctttct
      361 ctgacttgtg cacctctctt tcgtctaata tctcccggat gagatccttt atgatctctc
      421 gaaaaagcgc gttgttcttc aggaggccga tgatgatgtt ggaacatatc aatagaatct
      481 tctgcagata cttcatcagc tctcggtact tcccttccat tgcagaatcc gcaaaaagct
      541 ctgccggatc gatctccaat agctcgcaat aaccgacgag aagcgccgta cggaagctct
      601 tcgccttatt ttccatccga tagatcgtgg ttggattaac ttgcaatttt ccagcgacat
      661 actccataga ataacctcta ctcagtcgct cctttctaag tctatctccg atgttgtaca
      721 tatgtgtaaa gttagagtgc accttacgac agccatcctg catcggacac caatctattg
      781 cgtttttcgc aggaaatatt gcgtaaaatg caagagttat cttcttcacc aaaagggagg
      841 gcctagagca aaccgtatca agatcaaaac cacgacgatt tgaacttttc actgctttga
      901 tgtggttgtc ccgcacaagg gatcctttcc ttgatgggcc actcccgccc ataaacaaga
      961 aaaatctccg atacaaccca cttgaaggtg ttagccgtac cggaaaatct atttggggta
     1021 tgaggcaaga gcaattatgc ttggatcgtt acttcatcag aaccatcttt gaggatgacg
     1081 tgaatgtaga tcatcttgct gtgcgaccag acgactgtgt ccaccctggt gacatcgatc
     1141 acggggtcat ggatccacag ctggctcgtc gggtcggcca caggctccga gaggcttgaa
     1201 gtgcaggtgc ttggagtaaa gacccactaa tcctgctttt gtagaggagg gggaaaacaa
     1261 agaagtccat cagacttgca gttcgtcaca aactgtaatc tggtggactt ctttcaactg
     1321 aattgaagcc aaacatctcg tttccattgc attttacaaa gaaggtgaga taggctaggt
     1381 tcacatgcca tcatacatct cagtgcggtc gcatgaagac atgaaaaggg aaggagacca
     1441 ttggacaaga ttgtgcaaag gcactctctt agtctcttag agagctaacc ttcgcatacg
     1501 tgcaaaagca tccacgtaca aacagagtga gcacttcact catatggggg tcgtaaatac
     1561 acaggaagta cagcttttaa caattgaaaa aagagaagag aatacaggta caactgccga
     1621 agccaaatga attggccttg tctatcccgt tgatcagata ggtcagggga aatgttccag
     1681 cccgtataaa cacttgcttt ttccatgtct tttactccgt ttgttcgtct aactaagagc
     1741 aaatgtaaac cgtattctga acacaaaaaa ggtgcttttc ttttccccat aaggatatag
     1801 acccgtctgc aagcagaaag tcggcggata acacgcctaa agaggcaggc aatctcttta
     1861 ggcatcattc ggggaaaggg acgtctcccc aaaggggcca ttcccccgta aggtaaaaac
     1921 acctccacag gtggataccc tccgagaata cggtagcagg cagcatgcca caggttttgt
     1981 gcctaaaggc agaaacctat ccccataagg taaaaacatc accacaggca gagactctcc
     2041 gagatggcgc agcaggtttg caggctttac gcccaaggtc aaaacctgtg cgacaacatt
     2101 ccgtcattcg cacagagcac agagatgaca gacctcatcc tgatttttgc cttcatcttg
     2161 ggggtgcagt attcaaaccc cttctgggtg cacgggcacg tccccc
//
LOCUS       SEQF2638.1|AYYF01001165.1 408 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..408
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cattccgaac agagaagtta agccccgtaa cgccgatggt actgctgaac taaaagtggg
       61 agagtaggta gctgccgttt tttaagaagg aagtccctct gttgatcgat taagatcggc
      121 ggagggattc tttttttgct gttatctcta tgtgcttccc ttgaaggaag aaagagaaga
      181 ggacgaaggg ggatcaagat ctcttctgga agtgaaacag aaggcttttg agggactgct
      241 tcggattgag gtgggctaag aagaagacag ctacttctgt cggtggcgga gaggaacgta
      301 ttgtacacgc tctacgtgta tttggatttt attgtcatcg ctattgcttc ccttgaagag
      361 agagcggggg ccgaaggggg gcatcaagat ctcctctggg agcggaac
//
LOCUS       SEQF2638.1|AYYF01001166.1 75191 bp   DNA    linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..75191
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             26..808
                     /locus_tag="SEQF2638.1_01082"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRHGAIPIVALRGILAVAEVGKRNVVRGDHASARPHFNRKIAER
                     QSALHGEAADGLARVFHKVTGGAAGCHAGDDIEREVFGGDARAGSAVDGDAHGLGFLL
                     QDALRGQRHLHLAGADAKSYGAHCAMRRGVAVAADDGHAGQRQAALGADDMDDSVLGM
                     HHAEVRETKFGCVLLKRVDLGARYGILDGFVLIVRGGVVVGHAKNLVGAEDAQLATAK
                     AGEGLGARHFVTVKAVDIELRRAVGHGLDDVGVPDFVEKGIH"
     CDS             complement(995..2506)
                     /gene="leuA"
                     /locus_tag="SEQF2638.1_01083"
                     /EC_number="2.3.3.13"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P09151"
                     /codon_start=1
                     /transl_table=11
                     /product="2-isopropylmalate synthase"
                     /db_xref="COG:COG0119"
                     /translation="MDNKLYIFDTTLRDGEQVPGCQLNTVEKIEVAKALETLGVDILE
                     AGFPVSSPGDFQSVVEISKAVTWPVICALTRGVEKDIDVAAEALQYARRKRIHTGIGT
                     SDYHIQYKFRSNREEIIERAVAATKHAKSYVEDVEFYCEDAGRTDNEYLARVVEAVIK
                     AGATVVNIPDTTGYCLPSEFGEKIRYLMEHVDGVHKAVLSVHCHNDLGMATANTMAGV
                     LAGARQAEVTINGIGERAGNTSLEEVAMILKCHHARLGIDTNINTQRIHATSRLVSSL
                     MNMPVQPNKAIVGRNAFAHSSGIHQDGVLKNVQTYEIIDPKDVGIDDNSIVLTARSGH
                     AALKHRLEVLGVDLGSREKLDKVYQDFLRLADRKKEISDDDLLMLVGEDRKALHRIKL
                     AYLQVTSGVGVRSVASVALTIAGETFEAASSGNGPVDAAIKAVKSIIRRKMTIREFLI
                     QAIDKGSDDMGKVHMQVEHEGNNYYGFAANTDIIAASVEAFVDAINKFEGAKG"
     CDS             complement(3164..4393)
                     /locus_tag="SEQF2638.1_01084"
                     /EC_number="1.1.1.382"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:A8ZTR0"
                     /codon_start=1
                     /transl_table=11
                     /product="Ketol-acid reductoisomerase (NAD(+))"
                     /db_xref="COG:COG0059"
                     /translation="MLSFLLLIEEKKQKKIKASGTPAEFGWVLDGVFDDAEGAGRTQA
                     HISVFYKHSPKPNYIDNDMAKMNFGGVEENVVTREEFPVVKALEALKGETIAVLGYGV
                     QGPGQACNLRDNGFHVIVGQRPGKTYEKAVADGWVPGETLFSLEEAAERGTVICMLLS
                     DAAQIQCWPQIKPHLTAGKTLYFSHGFAITWSDRTGIVPPKDIDVILVAPKGSGTSLR
                     TLFVEGRGINSSYAVYQDVSGRALDKTLAIGIGIGSGYLFETTVEREAVSDLTGERGS
                     LMGAIQGLFAAQYEVLREHGHTPSEAFNETVEELTQSLMPLVAQRGMDWMYANCSTTA
                     QRGALDWMGPFHDAVKPVVEKLYDEVKTGREAQRSIDSNSKPDYRVKLEAELKALRES
                     ELWQTAVTVRGLRPEGV"
     CDS             complement(4457..5194)
                     /locus_tag="SEQF2638.1_01085"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDPIGTYDYTTEAYSLDFMGRLPLPTLGNYLLDAATRHAEERGA
                     GYAVMEGRGTAWVLSRLAIEVIDTEGLTAPIRVSTWAEAVERIFIKRCFEVTSAATGK
                     PLAYARSIWAAIDKNTRRPTSLVGAWADRMMVPGRHCPVEIAGRIAAAEEAPDNEPTT
                     RVVRYSDLDINGHLNSIRHMEAMLDGFDLETYRTMRVQHFEISYHAEGRYGTPLALFR
                     RKFEPGAFACALVDGDRAVSRALIRFV"
     CDS             complement(5354..5947)
                     /gene="ilvH"
                     /locus_tag="SEQF2638.1_01086"
                     /EC_number="2.2.1.6"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P9WKJ3"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative acetolactate synthase small subunit"
                     /db_xref="COG:COG0440"
                     /translation="MQTNEKNIVAPTDGRRLYTVIIFSENTVGLLNQITIIFTRRQLN
                     IETLSVSPSAIPGIHKFTITTYADEVMIEKVVKQIDKRVDILKSYYNTDEDLVYQEIA
                     LYKLATDKFIRMGGVEDLIRKYDARILEINEDCVVVEMNGHYEETQALFHELSDRIGV
                     LQFIRSGRVAITRSRVERLSDMLSTIEEEMHQKGGSC"
     CDS             complement(5951..7645)
                     /gene="ilvG"
                     /locus_tag="SEQF2638.1_01087"
                     /EC_number="2.2.1.6"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0DP90"
                     /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             complement(7696..9477)
                     /gene="ilvD"
                     /locus_tag="SEQF2638.1_01088"
                     /EC_number="4.2.1.9"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P05791"
                     /codon_start=1
                     /transl_table=11
                     /product="Dihydroxy-acid dehydratase"
                     /db_xref="COG:COG0129"
                     /translation="MAGARALWAANGMKREQMGRPIVAVVNSFTQFVPGHTHLHDVGQ
                     LVKQEIERMGCFAAEFNTIAIDDGIAMGHDGMLYSLPSRDLIADSVEYMVQAHKADAM
                     ICISNCDKITPGMLMAAMRLNIPAVFVSGGPMEAGRHGERSLDLIDAMVMAADASVTD
                     AEVEAVERNACPTCGSCSGMYTANSMNCLNEAIGLALPGNGTVVATHANRLQLFRDAA
                     RRIVENAYRYYRDDDASVLPRSIATRASFLNAMRLDIAMGGSTNTVLHLLAIAHEAEV
                     DFTMDDIDALSRETPCLCKVAPNSAKYHIQDINRAGGVMAILGELSRAGVLDTTVRRV
                     DGLTLAEAIDRYDIRSPHVTDAAKAVYHSAPGLRFNLKMGSQRTIYDKLDTDRAEGCI
                     RDVAHAYSKDGGLAILKGNIALRGCVVKTAGVDERILRFSGPARVFQSQDDACEGILG
                     GQVSAGDVVVITHEGPKGGPGMQEMLYPTSYIKSMHLGAECALITDGRFSGGTSGLSI
                     GHISPEAASGGAIGLVRTGDIIDIDIPARTINVRLSEAELAERRREEEARGAEAWQPH
                     RDRTVSKALRAYASMVSSADEGGVRII"
     CDS             10469..11917
                     /gene="mggB_2"
                     /locus_tag="SEQF2638.1_01089"
                     /EC_number="3.1.3.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:A9BJC1"
                     /codon_start=1
                     /transl_table=11
                     /product="Mannosylglucosyl-3-phosphoglycerate phosphatase"
                     /db_xref="COG:COG0737"
                     /translation="MKRIFILWMIAVGFAACSTTKETQLVILSTNDMHAHIDDYAKVA
                     AFVSQEQKAHPGRVVVLSGGDLFSGNPVVDHCDRPGKGYPIIDLMNRVGYRASAIGNH
                     EFDYGQRVLSERIRQARFPFLCANMHVGEGAEIRQPEPSTVIRVGRLRLGIISGIQVE
                     AISGRLIPSSHPGRLVGLTFTEPVEELTKLRDMRKRCDVFLALNHMGVEEDKKLAERM
                     PELDLIVGGHSHTRLDTGVVVNGVLITQAGEYLQYVGRTELTLRGRKVVARRNRLIPV
                     ASMKAEDAEVKAAIKKFYDESSLNEVIGRVTARIEGKEGLGNLVTDAEAAMNGADFAF
                     QNAGGIRIGALEPGDMTAKMVYEMDPFGNEVNVVELTPAEMRDLIRVSHRYNKRRHAV
                     DLLVSGMTYTLYTKNGEPDRIEMAFPDGRPLEEGRYYRVVLNDYIVSAYKFPHARAAK
                     PTGKSSEETIIEYIRSRKEIGPQAPRTKLIEE"
     CDS             12062..15373
                     /locus_tag="SEQF2638.1_01090"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRIYLLLLAVILPAIASAQITTSAIGGKIADQEGEALIGAAIV
                     AVHEPSGTQYGAVTNVDGRYSIEGMRPGGPYKITMSYVGLKSVEYRDVTLQLGEMATL
                     DAVLRDDLTLNEVVVTAASSKFTGLKTGASTNVSKQQLQLLPSINRSLTDFTRMSPYS
                     GGGTVIASRDGRTNTFTVDGANLNNNFGLSGTLPGGGNPISLDAIEELQVVVAPFDVR
                     QTNFMGGGINAITKSGTNTLKGTAYTYHRNESLRGNTVDGHDLGDRARERTETYGFTL
                     GGPIIKNKLFFFINGEYENSPNPITKYHVSTDGVGNGATQTSRVTAADMEAFAKILRD
                     KYGYEPGSYTDFSDGGTKNYKALARLDWNINDAHKLSVRFNYTTNSHINEPNWTSGIN
                     PRASSSRISDKAFSFRNSCYGMENNVWSVTGELNSRFSNTLQNRILFTYSDIHDKRNS
                     TSKPFPFIDIWDGAGDAFMSAGYELFTWTTGSQNNVLNLQDHLTWTIGSHRLIGGLNV
                     EYQKAINTYMRYGTGYYKYASFDDFKAGNAPIAFGLTYGYNGDKNPASEVAFIQSGLF
                     LQDEWNVTDRFKLTYGLRADMTNFVTPIETNQAYLKLNWRDHFVAKNDPNYASFQSPR
                     VNTGKWPKTSVLLSPRVGFNYDVNGDRSLVVRGGTGVFTGRVPLVFLVNMPTNSAMIQ
                     NTITVTDAKTLEKFKNNMLTNVDDMIKLLDAPTTPIYGDPNSTASRASIAGIADDFKM
                     PQIWKNTLAVDYRLPVSFPLTLTVEGMYNKDIYNVVMRNWNIVNNGNLSRFAGPDNRL
                     DYSTSTTGNYLVDKNVTGGAVILDNDTRGYSASFNTMVTAEPIKDLNLMFSYTHQWAK
                     EITGLPGNQAYSTWQGLYAVDGPNNAELHNAQYLTPDKLIASLTYRKDYGKYFATSVG
                     LYYAAYSSGMYNYYYSNDMNGDKNSFDLMYIPRTKDELKFVDKNGFTAAEQAEAFWRF
                     VEQDKYLSAHKGEYAEAYGAALPWVHRFDLKVTQDFRLRAGKAIHTLQLSFDILNVGN
                     LLKSSWGVTQTTSPSNYGKILRYEGKDANGVPTYSMGYNTVNKQKQLYSRTYEPYRNS
                     SNCWQMQIGLRYIFN"
     CDS             complement(15962..16687)
                     /locus_tag="SEQF2638.1_01091"
                     /EC_number="1.-.-.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P9WGR7"
                     /codon_start=1
                     /transl_table=11
                     /product="putative oxidoreductase"
                     /db_xref="COG:COG1028"
                     /translation="MKRAVIIGATSGLGLEVARLLLERGWSIGVAGRCVEMLEQLRTV
                     APDRVCVHAIDVTRDDAPDHLHALIDDLGGMDLYFHSSGIGRQNSDLDPSIELSTVRT
                     NGEGFVRMVTAAYRYFRTQGRGHIAAITSVAGTRGMGAAAAYSATKRFQRTYLDALAQ
                     LAHREGLRLRITDIRPGFVRTALLSSEVRYPMLMEPAPVARRIVGAVERRRRVVTIDR
                     RYRALVLLWRLLPQCVWERMKWC"
     CDS             complement(16738..17313)
                     /gene="tpx"
                     /locus_tag="SEQF2638.1_01092"
                     /EC_number="1.11.1.15"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P80864"
                     /codon_start=1
                     /transl_table=11
                     /product="Thiol peroxidase"
                     /db_xref="COG:COG2077"
                     /translation="MRTTITLLFIQSIIQLVMAQEKENQGVVTFAGNPVTLLGELIKV
                     GDTAPEFTATGEGLKPVRLSDFKGKTVILSVFPSVDTKVCAAQTRRFNKEASELSENV
                     VVLTLSKDLPFALGRFCAAEGIDRIHTLSDYQHSEFGLKYGFLMKENMLLARGVVVVN
                     SEGKVTYVEYVKEVTHEPDYAKALEAARAAL"
     CDS             complement(17480..17911)
                     /locus_tag="SEQF2638.1_01093"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG4044"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTLARRNQNYWLPSIFNDFFENDWISRQGTTAPAINVKESKDAY
                     TVEVAAPGMTKSDFSVNIDADNNLAISMEKKDEHKEENRETRYLRREFSYAKFQQTMI
                     LPDDVDKDRITARVEDGVLLIGLPKVSREEVHRFGRSIEIA"
     CDS             17931..18122
                     /locus_tag="SEQF2638.1_01094"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLLFMLLGCLKRPSLLRGIGRFAIPYCKPCTEIGGRQFVRNGLS
                     NLSVVRGHFFPPILKLTGM"
     CDS             complement(18083..18676)
                     /locus_tag="SEQF2638.1_01095"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKKKMMWLCAAVAVVVLATACGVTKDLENAYNLKDCKYSYRSI
                     SNIRVNNEELGLVSGAKLLAQLSSGGSVSSLPLQFTLNLNVENPNASAAAFQAMEYKV
                     SIDSLDFTEGKLMEPFSVNAGQTKTLSVGIGTDVGRLFSGESRGAMMRILQNLVGWES
                     KTQSTVTVQLRPTFNVGGVPITSPLYIPVSFKIGGKK"
     CDS             18774..19436
                     /locus_tag="SEQF2638.1_01096"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDDIMHRQKGVYRDIMAQSKTQNHASILQAARAEFLERGFQDTS
                     MRTIARLSGVTLSNIYNYFRDKDTLFRAVLQPLLDAFEDLLARHNSDYYLTTDVYSMK
                     SYQEHMLNEFMRLPQHFRAELRLLLFHAAGSSLEHFRDTFCERQTREGIRYIRLMKER
                     YPDRVTGDVSPFFLRTVSSLWLTVMGEIVRHDELSEADIERFLSEYLAFGTAGWKALL
                     GL"
     CDS             19769..20656
                     /locus_tag="SEQF2638.1_01097"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLYADLSADNECLYAGFTPLSEEVRRNNDMKELMACNTTRLQQM
                     EFITLMRETVEQIEMRGATLIETDAPLKRYTMAIKAAIGPLEGATRDPLRRPETAVAH
                     TKNSERRTAISRFGLRFKVYRLSEDADERQAYEALNILWRKHRLVYPLNVQKLTGATD
                     NFLNDLTKSPYADAVQRLHLQTDVDAIRAANEAYRTHAAQRRANEAQRTPVDVGVMRR
                     AITEDYTRLSLYLAVMADAYPEEEAWSRTLSGLNILRKHYAELLARRAGARRAKKNAA
                     ALAEAAAESTAPSTFATNP"
     CDS             20709..22307
                     /locus_tag="SEQF2638.1_01098"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSMTMDALAGGEPKSAPAKLNEATVFYRGAVLEHTASVTLDKGD
                     NEVWIEGLSSGIDESSLRIGMSGGALITAYEYVPRHQTDKAADAGTQRMLDSLRTYEN
                     KLRQIGIETKTNEQMLKLLETGMTQKMATPSERGVSLDELSRSMDYYKTKMMAIENEL
                     IRLREEKKTCEATVKRLSQQLAEAGHNAGALRLNVTAPVAGAVRVAVSYCTFAASWTP
                     YYGINVESPEKPIRIVQKAKVKQTTGVDWKQVKLTLSTGSPNNGRVAPLFNTWFLREN
                     PPMILAEMTVQNSYSMKTRSVAKAEADMAVEDVADATPMEMSIDDHVIVSDNSAVATI
                     YAIDLPYTIPGNGKEQNIDLRTQEAAADYYYYAAPKLDTDAYLLAEIKESDKLDLPSG
                     SAQITYDGVYLGETYIDNAEALKKLTLTLGTDKRITIRREKVKDFSTKKVFGSDTRQV
                     FAYTISVKNNRKRDVRLTLKDQYPISTQKNIEVELLKDTTTPTTNNTETGVVTWNVTL
                     KAGEARTFTFSYSVKYPKGMDLDL"
     CDS             complement(22398..23915)
                     /gene="rlmL"
                     /locus_tag="SEQF2638.1_01099"
                     /EC_number="2.1.1.264"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01858"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosomal RNA large subunit methyltransferase
                     K/L"
                     /translation="MADEQFDLVAKTLYGLEDVLADELRALGAEAVETGRRMVAFRGD
                     KAMLYKANFHCRTALRILKPVARFRAENADEVYEAVKAVEWERYLSPERTFAVDAVIY
                     SENFRHSKFVAYRTKDAIADRFKERTGQRPSVRLSNPDMAIHIHISHNDCTLALDSSG
                     ESLHRRGYRVEQGEAPLNEVLAAGMILLTGWRGESHFVDPMCGSGTLLIEAAMIALNI
                     PPGVYRKGFAFERWPDFDRELFESIYNDDSGERDFEFLCHGTDISADAIRRTERNVRS
                     AGLSRYITLRTMPFQQFMRAPQPAILVTNPPYGERIAADNIGELYGMIGERLKHVFMG
                     CQAWILSYRDECFDHIGLRPKTKLQLMNGELACEYRGYELFAGTNKDYRKAQNEAPPA
                     RRFERGERPERTDRSERFERRERPERSERFERTDRGERTERFSRGERPERSERSERFK
                     RGDRPERPPRGERPERKERGERPARNTFTGKPRLSRLDLDALRRAIDKPDATAEE"
     CDS             complement(23921..24412)
                     /locus_tag="SEQF2638.1_01100"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKYLILLAAVIMALTACEGPMGPPGPVGPQGPPGTGSGSGDHV
                     RWKVFEYTVLERDWELVGGKDALNSHYIFEFKENLLTKEMTEGAIVGYRILTLDNGSK
                     VYTPMPYNLPRGERSGNRENLWNEVYTFDLQAGSIAFYAYYSDFKTGNRPPTCTFRIV
                     ILY"
     CDS             complement(24907..25797)
                     /locus_tag="SEQF2638.1_01101"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLTAATLPDFGLNLDADFHSKVILSVIVLVGVWLARVLILRMVW
                     RSTTNHKVRYRWKRALSYAAPACLFLFVALVWINAFRHVSTYLGLLSAGIAIALKDLL
                     ENMAGWLFIVIRKPFAVGDRVQIGDDRGDIIDIRLFQFTILEIGNRIDAEQSTGRIIH
                     IPNGRVFTTPQANYDQGFRYIWNEVSLRLTFDSNWQRAREILLEVLNRYGGDVVLDAE
                     QGLNEASKMYYVHYQHLTPIVYIALMEDGITLTGRYLCEPRRIRSTESAIWEDLLTAY
                     ATRNDIRWAYPTRRLVGYGD"
     CDS             26061..29060
                     /locus_tag="SEQF2638.1_01102"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:T2KMI3"
                     /codon_start=1
                     /transl_table=11
                     /product="TonB-dependent receptor P39"
                     /translation="MQKKVLYMLAFLLLGVGWASAQVSSVTGTVTSADDGEPVIGASV
                     LVKGTTTGTVTDIDGHFTLSVPAGAKTLVVSYIGFQTQEVAVAPRVTVVLKGDNELLD
                     EVVVTGYTTQRRASFTGAAAIVDKEALNKKTDASFMKSLEGAVPGVQMNNATSMPGTF
                     GSVFVRGRGSLNSGTAPLYVIDGVPVNAENEGSSSTSNNNVDPMSALNPSDIENITIL
                     KDAAATAIYGSRAGNGVIVITTKKGAEGATTVNFEMKQGAVSVGNHNMDYADAKSSMD
                     LYAKGWVAAGRAADYDAAYKTLTKNYGWDGTSSTDWFDLVTRTGHYQDYNLNVSGRTG
                     KTGYYLGLGYMDAEGIVINSDFSRFTGRLNVDSKFDRLTVGANTSFTYSVKNGFSQRL
                     TGTMNNPLVAAASLMKPFYTPRDANGNYTHIDEVNPLAVNDPELGNINRTKTQVVNLS
                     PYLQVDLGRGFYVKTTLGVNINDLNEYGYSSAIYDPDGRERNGSGSQYTSRTTVVTWT
                     NIGGWNKTLGDHNLNLLLGQESQRKHYSYTYLTGTDFPFAAVGQRELSTAGQWKDEQA
                     ELREARLASYFMDGHYSYADKYYASLAFRRDGSSVFGSNHRWGNFWSVGGKWRLTGEE
                     FLKDNRTITNTMLRVSYGTVGNQDIDWYAARGYYAANHNYNSVAGIAPEQISNPELTW
                     ETSKKFDVGFDLSFVNRYHLSVDFYNENTSDALYETPLSRSTGFKTLIKNIAAIRNQG
                     VEVALNGTLVRNKDLNWTAYVNMTYNQNKVVELANHQAIKNNYTIIEEGRPYRQFWMK
                     EYAGVDRETGKPLWYLKEEGNETTSDYSKAAKRYVGSADPKVYGGFGTSLTWKGFDAS
                     LAFNYRMGSKVFDFGASFTGWGMNNRPALKRIVEDSWTPENKDAKNPQYIFGDPNQAT
                     QRSTRFLFSGDFLRVSNLTLGYTLPANLTKKAFMNRVRIYGSVDNLYTFAAKDFVGYN
                     PETYDNGYIAWQYPASRTLIGGVQITF"
     CDS             29088..30566
                     /locus_tag="SEQF2638.1_01103"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKILIHTLVAATLTAGLSGCGDSFLETKFYKGQDIEKGLTSVP
                     IVDAALNGAYDRFYDYRFAGNYALAIGDVSTDIAYWNGVTGHWSNIYGYSFLDTEGYL
                     ADIWEYGYKVIDNSTRVIEDASKLYASSTDAEKKSLDRDIAEAYALRGFSRLILTNIF
                     GHQIKVNGKDFSDQPGILISDKIVGPEDQVKRATVGESYAAIVSDLKNALTRFTAAGG
                     DRGSKVYLGVAAVHGLLARTYLYMENWDEAVASAQAALTAGGVTTLATTPAAYRALYA
                     TELSNNESFFALAINSTKNFGASSLGTVWSVYCFSPSPKLQKMYKSTDVRTAIMLRDT
                     TKGSETVPYYRGGKFDNAAKSPAYSSNYMVNAPEMYLIQAEALLQKGDLDGSRKALLV
                     VAGRDVSIKAVSDLPQTKDALYSFIKDERARELFQEGFRLWDLRRWDTSAEVYAINAP
                     KVEYTYTGYKISNLVYPIPADEINTGSGATQTPGWSDALPKK"
     CDS             complement(31116..34277)
                     /locus_tag="SEQF2638.1_01104"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MALRSRRLIVGAWRTAWLTGTLWLGLTACNGGAGGSADGSDFVD
                     PYLEQDSGGRRNDVTRFQNSADLARDFTNPPSYARPRIVWQWPGGRISEEGIRHDLTE
                     MWRVGIRGAVIYETGVSAPDRTPGAASMGTGFMSPRWRALFRYACQVADSLGMEIGLN
                     LGSGADSGGPWITPELASKRLFWSQTDVEGGRRIRIQLALPEGVMMRPGLKVPFYIPV
                     AVLAVRMDDAYGGEEEVPTEPSTEPTDSTTTDAPKTTTRVLLPIRPGDVYDLSERVDA
                     DGNLSWEAPAGTFRLFRFVCSGTGRRSAHATPGAGGLTPDFLSVEATDVHFDHTVTVL
                     LGEMRDHRPQSWTYITDDGAMPSDADWTPSLATEFRRLNGYDLTRYLPVFAGLTIENY
                     DVSERFRADYRRTVADLLARNRYGRLRELAHQRNLSIHPISRSTLSVPADAVRNAAFS
                     DVPAAHFRLRTPSPLATYPTGRDASIKIAASAGHLYNRRFIAAKGPQTDGGGGWEVDL
                     RALKPLVDRVYVQGANRIFINAFTHSPASAGVPGIECPDGVCFNANATWWRQSRAFLT
                     WTARNAVMLVQGKPVSDVCVICDDEAAACEALLRRVEEELGGRYDYDVAGTDALLTRM
                     TAHSSGAIVLPDGVRYRLLVLPDRPAMRPEVMAKIKELVRGGAVVMAPKPLTSVGLQG
                     YPESEALLRADADSVWGRTFTGESVFGRGRVVWGKRLSEVLSHIGVQPDFEYISTPPL
                     GTHLSYIHRTTDGADLYLVVNRRDRPEFVNLTFRNGGGRRPEIWDPMTGTMTPQLIFR
                     SDRLGRISVPAFLPPYGSFFVVFRRPIEGPYFTALMRNGDDLFPKLPPYPFGQAPVTT
                     VESGAAFCFQTGWKYGLQKRGGHRLALRGYHTETVPVATAWSVWFDPRWGGPGELRFD
                     RLYSWPTHPDPGVRNYSGTAVYRNTFRLSTAQLSHTNVVLSLGQVLHLAEVEINGRPA
                     GVWWCPPYEREVTSLLREGENTLEVRVTNLWPNRLIADLREQPSDRLTQTNLRGRYTG
                     GSPSTISGLLGPVRLSVRPIKRP"
     CDS             complement(34680..36041)
                     /locus_tag="SEQF2638.1_01105"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKELICPNCQKAFKVDEADYAAILMQVKDREFKADLDRRIAELH
                     KQHEAEQAAATLKANQAYERSLQQREVALKEKDATIARLETQLNGMEEKKQLELSAQL
                     ARKEQEIDRLKAEIKGNDDRVKLEVLKEEQKWEKTLQQERNANERLQDRIKQEQQAAA
                     IRENALKEDYERRLKQQQEQVDYYKDLKARMSTKMIGESLEIHCSTEFNRVRSSVYPN
                     AYFEKDNDASRGTKGDFIFRDHIDGMEYISIMFEMKNEADTTATKHRNEDFLAKLDKD
                     RREKGCEYAVLVSLLEPESELYNEGIVDVSYRYPKMFVVRPQFFMPIIALLTQASRNS
                     VAYKKELEQVRQQSVDVHNFEEQLEMFKDGFARNYRLASERFHTAIDEIDKSIEHLQK
                     IKEALVGSENNLRLANNKAERLTIRKLTYKNPTMKRMFDEARAANQLEEVSEEIEEEN
                     VDE"
     CDS             complement(36038..36508)
                     /locus_tag="SEQF2638.1_01106"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKLAEALSLRADLQKRVNELKVRFKDSAKVQEGDTPAEDLAALD
                     VELNTALEELEDLIYRINATNMRTVHEGETVTRLMARKDVLAMRVQLMKEVLSHVVEG
                     DARYGRNEIKTVRVVDVPDLRRRTDAAARELRELDMKIQALNWSVDLIEEDTNK"
     CDS             36527..37168
                     /locus_tag="SEQF2638.1_01107"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIKCRSPFDGCAKVSRSSISDTSSVLSKRRQSPLREFRWTRGVC
                     LDVCRNAASATKNFLAFAGTLQVPRKTFWALQRRCKCFEKLFGVCRNAASAAKNFLAF
                     AGTLQVLRKTFWCLQERCKSREKLSGVCRNAASATKNFLAFATPLQVPRKTFWRLQKC
                     CKHLEKLFGVCNTVASLTKNFLVFATPLQAFPKTFWPSRGFRRNSLLAVELTL"
     CDS             37374..37958
                     /gene="mip"
                     /locus_tag="SEQF2638.1_01108"
                     /EC_number="5.2.1.8"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q5ZXE0"
                     /codon_start=1
                     /transl_table=11
                     /product="Outer membrane protein MIP"
                     /db_xref="COG:COG0545"
                     /translation="MDKISYALGLSIGNNFRASGIKGLEIDDFIKGINDVFNEAKPAI
                     AFDEAQHLLQAYFKDLQAEKFEMNKQVGEEFLRINKEKRGVVTLPSGLQYEVLKTGDG
                     QKPGPNDKVRCHYHGTLIDGRVFDSSIERGQPAVFGVSQVIRGWTEALQLMNVGSKWR
                     LFIPSDMAYGAHGAGEAIEPNMTLIFDVELLGIE"
     CDS             38019..38729
                     /gene="fklB"
                     /locus_tag="SEQF2638.1_01109"
                     /EC_number="5.2.1.8"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0A9L3"
                     /codon_start=1
                     /transl_table=11
                     /product="FKBP-type 22 kDa peptidyl-prolyl cis-trans
                     isomerase"
                     /db_xref="COG:COG0545"
                     /translation="MKKINVWMMAAAAAACVTMNSCNQGGVSADATLGSQNDSLSYAV
                     GVNVGNNIKASLATFPGDDSLKMDLVIKGILAVLKDTSALKMTSDNANAYLNAYVMKV
                     QQSQAEAELKVGQDFLAANRSKEGVITTASGLQYKVITEGTGAKPTAKDKVRCHYTGR
                     LLDGTVFDSSVQRGQPAEFEVGQVIPGWQEVLQLMPVGSKFQVWIPSNLAYGTQGAGP
                     IKPNSTLEFEIELLEIVK"
     CDS             38729..39628
                     /locus_tag="SEQF2638.1_01110"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKQFHKLTTLALVCAAMLLGGAMANAAVKPIRKASGPALKSPLD
                     TVSYALGVNIGSSLRENLKTFPNGPVNINVLAEIFVRTLKGDTAGLLMNNAASETCIQ
                     NYVMEAQQKEGDARKAEGEKFLAANKKKEGVVTTESGLQYKVLKPGEGDEKPTDADRV
                     KVHYTGRLLDGKVFDSSVERGEPAEFGVTQVIRGWQEALKLMCKGEKLQVWIPSDLAY
                     GTGGAGDMIKSNATLEFEIELLDIIKPEPKVEKAAEEAVESAEKVVNKAVEKVDKAAK
                     KAAKEAEKAAKKAEKAVKKTEKK"
     CDS             complement(39785..40096)
                     /locus_tag="SEQF2638.1_01111"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MITKDNMLTSISKEIEQEFGKPGTPERAKFDEEAYAFYTGQLLS
                     DARKEAKVTQAELARRLHATRSYIARVERGDIMPSAAMFYNMISALGLRIEIVKPVAT
                     I"
     CDS             complement(40059..40415)
                     /locus_tag="SEQF2638.1_01112"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGMKREIIAFGSYYKDFMSTLGEKERKKVLYILSLLENEERLPV
                     KFIKHLLRGLYELRIMYDGNIYRIFFIFDDNCIVVLFNGFQKKTQKTPKAEINKAIQI
                     MEEYYDHKRQHANEHQ"
     CDS             40597..42141
                     /gene="rssB"
                     /locus_tag="SEQF2638.1_01113"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_00958"
                     /codon_start=1
                     /transl_table=11
                     /product="Regulator of RpoS"
                     /translation="MKRNKILWADDEIDLLKPHILFLEEKGYDVTPVISGQDAIDSCS
                     EQTFDLIFLDENMPGLTGLETLVSIKEIDPAVPVIMVTKSEEESIMNQAIGNRIADYL
                     IKPVNPNQLLLSIKKNLHKNDIITTATSESYQQEFGRIGMQINDSFTADDWAEVYKKL
                     VYWEIELEENQAPMQEMLIMQKREANSAFGKFIRKNYMGWMADPASRPLMSPDLFKTK
                     VFPLLDAGEKVFFILIDNFRFDQWRVVRSLLSDRFTVDEEMYYSILPTATQYARNAIF
                     SGLMPAQIAQMFPDLWVDEESEEGKNTNEEPLIQTQIDRFRKRYDFSYHKVYESQYGE
                     RILNGLNDLLRNQLNVVVINFIDMLSHARTESKMIRELAQSAAAYRSLTRSWFQHSVM
                     LELLNRLADEGCRVILTTDHGTIQVDDPIKITGDRNTNTNLRYKTGRHMTCDSKYIFE
                     INDPARAGLPSPHLSTRYVFATNAYFFAYPNNYNYYVPYYRGTFQHGGISMEEMMVPF
                     ITLQPK"
     CDS             42138..42563
                     /locus_tag="SEQF2638.1_01114"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSTIHIPSLAYLHDAAQEFLRAVGPAPRVVAFYGEMGAGKTTFI
                     KALCEALGVRDAINSPTFAIVNEYVGRDADHLIYHFDFYRIRTLAEALDIGTEDYFER
                     PSWSFIEWPERIESLLPPQAVRVHITEQADGARELTISD"
     CDS             43325..44227
                     /locus_tag="SEQF2638.1_01115"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:vienna_vog:VOG02701"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNFPLLKWIEPRKPYRLGLALSGGGAKGLAYVGVFKFLEERGIR
                     PDVIVGTSAGAIAAVLWADGHTSDEIREMFAGREFSEFARVQVPTTGLFDSRGVSEFL
                     KRNLRAKTFEELRIPTIVMATDLDNGCGHRFSSGPIVEAVRASCSIPIIFSPVVIDGV
                     HYVDGGLFHNFPVSIIRDSCEMVIGVNVNPYTARKYSKNIYSIGERSFHYMFRANTVE
                     DRRLCDLLIETEEFGHYKLFDLKNIDHIARVGYVTAVRAYNRLARTADKNNKLLRAYP
                     PPKRTAPKSAAPTKQVAGEVGRPR"
     CDS             44298..46004
                     /gene="glgE"
                     /locus_tag="SEQF2638.1_01116"
                     /EC_number="2.4.99.16"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_02124"
                     /codon_start=1
                     /transl_table=11
                     /product="Alpha-1,4-glucan:maltose-1-phosphate
                     maltosyltransferase"
                     /translation="MNKNSKKPIIYQVLPRIFGNMQRPAKEYGNIEENGCGKMADFTP
                     EALDAIRQLGATHVWYTGILEHATRTDYSAYGIPKDHNAVVKGKAGSPYAVKDYYDVA
                     PDLAVSVPDRMAEFEALVERTHEAGLKVLIDFVPNHVARQYHSDAKDPLEPDLGQNDD
                     TSRAFARDNNFYYLPGQALAFHFGAKQEDFEYSEFPAKVTGNDCFSATPGRNDWYETV
                     KLNYGVDLQGGGTKYFYPVPDTWHKMLAILRFWIARGVDGFRCDMAEMVPVEFWQWVI
                     PRVKSWKQVIFIAEVYQPALYRDYIRTGGFDYLYDKVGLYDTLRSVVCGHAPASRITE
                     CWQAVDDIRPHMLSFLENHDEQRIASDFFAGRAEAGIPAMIVAAIIGTGPVMVYFGQE
                     LGERGMDEEGFSGRDGRTSIFDYWSLDTLRRRCHGGRYDEALLTDAERSLLHQYTAIL
                     RLSREEKALAEGTFFDLMYVNPASDSFDPARQYAYLRKADEVVVLVAVNFADTPRRVR
                     IRIPEDAFRAMSIPDNTPARLTDLLTGTVAIGTLTHACAYEVELPPCSGRLLKFDYSG
                     LS"
     CDS             46155..47099
                     /gene="prs"
                     /locus_tag="SEQF2638.1_01117"
                     /EC_number="2.7.6.1"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q63XL8"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribose-phosphate pyrophosphokinase"
                     /db_xref="COG:COG0462"
                     /translation="MSAYTPFAIFSGTNSRYLAERICKSLHCPLGQMNIEHFADGEFS
                     VSYEESIRGKDVFLVQSTFPNSDNLMELLLMMDAAKRASAHSVIAVIPYFGWARQDRK
                     DKPRVSIGAKLIADLLSVAGLDRLITMDLHADQIQGFFNVPVDHLYASSVFLDYIREE
                     LPFDNLVIATPDVGGTKRASSYSKFLELPMVICYKRRLKANQISDMKILGDVEGKDVL
                     LIDDIVDTAGTITRAADLLKQHGAKSVRAMASHAVMSDPATERIANSCLEEMIFTDSI
                     PYQKECSKVTILSVADMFAEAIRRVCHDESISTLYAIR"
     CDS             47124..47453
                     /locus_tag="SEQF2638.1_01118"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q9X113"
                     /codon_start=1
                     /transl_table=11
                     /product="Oxalate-binding protein"
                     /db_xref="COG:COG0662"
                     /translation="MIIDFPNIPEQRLPNFKGGEKEYIARMFFDGQNRIMYGRLEPGA
                     SIGLHTHETSSEIMYFLEGRGKVLLADGEERVAAGQCHYCPKGHTHSLVNDSDADLVF
                     FAVVPEQ"
     CDS             47723..49057
                     /locus_tag="SEQF2638.1_01119"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKIRRKKRAIILAVLAVLLLGAGYFLYPIVRYSVHNYQEFQRIP
                     DELSLDIPFSYDGHFSVRCTIGGKEVNMGISTSGICLMQEEDLKKYHAIYFGRAPLPM
                     RNVRGQWDWLRLYRIPDFRIDTFAMNPLFASVGKNNYMHLLVGDSVFEDNIFQRSKRI
                     FSVKEGQMHVVIALDEAEADIRRDNLMGNGVLGFNIMQQCNWLFSVDEGRVRIFSVAN
                     DKRLEQESKGFHKIQDGLENDGISARLGSLKEDLAFSLAIGVNAEVIVNNEVSAQLKK
                     RYPYKVILTLRGDNSIDSLFVFDGVPVVWDGITIPNCQIANNPKFAYNKNFFGSQLMH
                     RFNFILDYGADEGNDLYIQPSKDFEQQRAKPVLSAFGVNIGEREQGIIVYRLEPDGIA
                     AKAGIALGDVVLELDGRAPKALLTSQDFIRYTADKKEIRLRIKGKGEKRLAL"
     CDS             49425..52082
                     /gene="valS"
                     /locus_tag="SEQF2638.1_01120"
                     /EC_number="6.1.1.9"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P11931"
                     /codon_start=1
                     /transl_table=11
                     /product="Valine--tRNA ligase"
                     /translation="MALASKYDPSSVEGKWYQYWLDNGFFRSLPDEREPYTVVIPPPN
                     VTGVLHMGHMLNNTIQDILVRRARMTGRNACWVPGTDHASIATEAKVVARLAERGIRK
                     SDLTREEFLRHAWEWKEEHGGIILKQLRRLGASCDWDRTAFTMDDIRSRSVIRVFCDL
                     YRKGLIYRGVRMVNWDPAALTALSDEEVIYKEQQGKLYYLRYRIVGEDGYAIVATTRP
                     ETIMGDTAMCINPNDPKNQHLRGRRVIVPLVGREIPVIEDDYVDIEFGTGCLKVTPAH
                     DVNDYMLGEKYNLPSIDIFNDNGTIAPAGELYVGMDRFAVREQIVRDLDAAGLLEKTE
                     DYTNKVGFSERTNVPIEPKLSMQWFLKMDGLAKPALDAVMDDEIRFYPPKFKNTYRHW
                     MENVKDWCISRQLWWGHRIPAYYASPTDGEASGNVSPVVILVAETEEEARAQAAEHPM
                     LKGRPFTLRQDEDCLDTWFSSWLWPIALFDGINHPGNDEMRYYYPTADLVTGPDIIFF
                     WVARMIMAGYEYEGDKPFRSVYFTGIVRDKLGRKMSKSLGNSPDPLALIDQYGADGVR
                     MGIMLAAPAGNDILFDESLCEQGRNFNNKIWNALRLVKSWEVSDTAEQPEAARIAIDW
                     MEAKFCATIVELEDDFSRYRISEALMTAYKLFRDEFSAWYLEAVKPAYGQPIDAKTYR
                     STISLFEKLMLTLHPFMPFITEEVWQALADRQPGESIMVTQLPRLEQTNDRLTADFEV
                     VKSIVAGVRSIRLERNIPNKESLTLQVVTGDHNEAYNPVIMKMCNVDTIVRAPKDATA
                     ASFMVGTTEYAVPLGNTIDVAEEIQKMEAEIDYLEGFLRSVMKKLGNEKFVASAKPEV
                     VAVERKKRADAESKLALLRENVAKLKDNA"
     CDS             52100..53146
                     /locus_tag="SEQF2638.1_01121"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTQTDKRRGWGICVCLNLLLLLASCSTIRFIGIDTLEPSELHVP
                     HTVRRVLIVDNAAMPSTAPCALTLGKIPLEVTEVTTDSMAFYYCHTLGERIADAHRYD
                     DVRLYDRAYRPSHLSDQPLSASEVRQLCTDEGVDAVISLDRLQFSIKGDVDPLYFLTH
                     DPLRVEVSGLIRLSIPSDTLTMVRTVHLSDTLRAAFEGTIDSPESISQAMRTVLREVS
                     LYMADKSSSRFVPHWEPNVRWYYTSSSSAWKEASAYAAAEKWKEAAAIWHRLYDQARN
                     WKVKARLASNIAVSEELCGNLSTASDWAERSYTHYLEYASVIDSTTLNRQRRYTEAMK
                     QRLRSDKELRDWRK"
     CDS             53295..53753
                     /locus_tag="SEQF2638.1_01122"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKENPKIQGIIESIFLSAIDRVTKDGSIQTISRLYVQLDADAGE
                     IQIFDEPEHLLKKKVIFDWADPRNKGAVFLQRKLAMIRSAIARVAAKGVFNHPKCSKP
                     FFISLVDDEFKESEVLFGQKEQSEKGEECLMAGLEKELDDFYRKLFPDME"
     tRNA            53819..53892
                     /locus_tag="SEQF2638.1_01123"
                     /product="tRNA-Thr"
                     /inference="COORDINATES:profile:Aragorn:001002"
                     /note="tRNA-Thr(cgt)"
     CDS             54406..58002
                     /locus_tag="SEQF2638.1_01124"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNKKVFTLLAASFMLLLGAVGASARPAWGDSVKYLPDGTGKGAY
                     HLQVSFIGQRAIKDSVLMMDQEGRLDFADSAYVWNKDGDPDSAFFKLRSSLWCVNVGR
                     PENAGKVPAFTFINKEYGTELAFDYQPYLFTDTGTVNGLSARKIYHDSMARLIPGYGI
                     DLIAGQTVAPLVGGNLSKWKFSRTYNGAHGSAELEKDQYLAIEVKPDYYLTFAVPTDG
                     TSKGKIRLVVAHKNDFDPTAFFYKNNLVRFRLVNASPRVLTAHDFNTKMHQNPTEGPV
                     QLFFSPDVTSGQTNAFAQLLKATDVQSSTRGKDHHYLYLNTTGGQYVTMSTSDYNSDL
                     GIRYPKIETTGATNEDQSKWRLVYYPSEDSLIINVKGYKNHVSYGAQKDPSTGSYPTA
                     YPPYNNLYNDDILNYLIVRVQDLNATAGRILTVANAPANTRIHFNINNCVVYDTDRTT
                     VPSNLYTVRDREGRYLVVPMYAGDLTPQWMRLEDIENANRTPSDQWFVTKVNDGSGIS
                     KIHLTNREFNNIRIEFVQVYNDYHLFKGVWHRIDENGLGRDYSPIMGRNYVNLAGFTV
                     VPKPYRNDPYLGYKFFSKNPDEAAAIKEATDSLNWFAYAFNYLNKLSDGNHYMGFRDN
                     ASSTDTGLYILKDDRTYFQLVVPDTLRREAYGVEKYGIGWNDGLLANFSNTSSDDYIA
                     PLKRWFYHLQVNDYWKFKRNENYVVMDDNARYGYTPERNANSRRLNKAKFYLRFTYET
                     NGKDYYTLLDRIDISNFHYLTYVKNLAVTDTIKAYDWSHGSIRQNSFGVVAASVTDHA
                     PMYVAAQPKTIGTYRVSTFALTHETEPLYRRFNSLDEGSVATDDPDTVAFRRTAKPND
                     YLYEDAHSVYSATKKQNAAGYSNINFAGVENADDAIKNKDKDQVFKRHIDTDWAIYVD
                     TAYVNRGTGLIKPQYLLVVGPEFGWLGCPVCGEDELNRPYVYGRFLRNETDSARTDPQ
                     LGSQSAIRDRDYILPSNWDRLAFTPAIHAGDTLYVLNGHSIEEFYVKGANGQRYVNYK
                     KLNNTPRVKKVFLGNNLHKDEVFSFRYIEPRGGSKKDFLIESETWNRGAGRMIAPMQG
                     AWIKIQNGVPVVSRGSYYDAITEAEVWNVRKTDKAPLANKEVSTTNVVVTAGVGNVTV
                     LNASGKAVTVSNILGQTVAKAVLASDNETISAPQGVVIVSVEGENAVKAVVK"
     CDS             58108..62304
                     /locus_tag="SEQF2638.1_01125"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNKKIFTLLAGILMLGLFAVPGNAQFLKKQDLRVGKPVRKLQAG
                     PNKGYYYLSVDSVVGFGALNNVLDMLQLPRRDTVGHVLDGNDGSKNLMVLFMRPDTTK
                     NGRYSLFVDTLNVIRRSGSRDSVKAKWKGYFKDNTPKTEISASALWCVNVTDYLQGQN
                     PTFDFTNKQYETLLEIDAYNHESWRPDSSRSLNAYGNNWRMSPARGDTSLVPGGLSGW
                     EFSETYSTVLNAGRPLVTYLDDTHDTVAVLCMPRDTAGGLNFGNLVPDSFICVKIAPA
                     TDVRAGKVDGMLYFTLREALPFALDANDFNSLSRTNPLKFSPDAASNNIFTSGLKAAQ
                     LDTSAHRAALVDVAFLQSYGSAPAFTGNWQNPRLGDTTFVAFPDSVLDYMGYMHLKSG
                     NNYLRVDSNFHVRNAGGDQFLRFATGTQAQMWKKLTDTTDTVSRRDSLMYGQYVWRLV
                     YYPSGDSVYINPFKAAYRPEYDPAIWRNGADSVRSLGWVTQQRYTFAAIPDTSVLHMQ
                     SNLSSGRLGTAISFSLGQDRNTNTDNMINNFFPLSAGLDSNQIKTARLRDGFMVNALN
                     SASATKGRAENAPLPYKYRHRLYVSIQNLASGREVTLHSNHSGFLPAGDCSINTHINF
                     GGYYTPCLATGSDRVSIPSDLYLIRNTDGQYLHVPLYSAHDSAVWTYLDEFVHPEELP
                     SFQWIVEKRYRNSENSPINIINREFGHRVGNKYGLAFENVQLKKDMEHFSFRTDRWRW
                     NEEKKVNERTTTFDAAKSNMSEKNGATFIALPKKYKNDPLLGYQWINPDTSIVNLYAF
                     NYASGIDDSRYISTAKDFDMNAYPRTDTVLYIGAKDNFDVAYFRMDTIGAENGKLNEY
                     GYKVVSNKNQVDDLVTLKRQAYRLNFENPFKYCLGTLSVSNAAQHFYSLSSRLTAPLT
                     NILGRPVFYLRDVYMENDGVKDFALVQVMDTVAMQSADSTQLKTYMTQTLGSQISDLM
                     MRNLRIAGKFNPGLFVLAVDEPTLKLKFDYRGNSVTRVSTFRLKKDADPIYRRFNTEL
                     EGKVGDDSPRTMKFFRTSSMTTGKDYLFENTGALTDQKAYYKGPRNYLGLVSSNSNPN
                     AKTSIFVDTAYVNRGTGYIKPQYLLMIRPSIVSDTLGCDDNGELTIHLPGYRRGMYLI
                     NATDSANMERTAGVDDERNTYLWNTQWERFVFTDAIHANDALYILGGADLSNLYTKVD
                     AKGNAKALDLAKLDAVSDTTPAAPKNGKIRKIALGNNYHKDCVFSFRLVERGSPQKDF
                     LIESETAYRGEPITNRNPMIAPCVGGWLKIQNGVPVISRSDQEKRIPEGDLFNVEMTS
                     EDPVSNVVVPATTGVKVVAENGSVTVLNASGKRVVISNVLGQTVANTVLTSDRATVSA
                     PKGVVLVAVEGEPVVKALVK"
     CDS             62868..63683
                     /locus_tag="SEQF2638.1_01126"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTRLTLLLLLCLAVSLYMRAYDNVRRPDTRALGLAGSEVVYSP
                     LFNPSLTPFFAHRQLRGDYFNPYGMKELVTVSAGLNVPNRILPFGVHIASFGYDRYRE
                     SMFRLSVSKRLSSMWSLGVSMQYALLQSEIFEQDGQRLSADVGVALRPTDKWLLGLSV
                     LHFPAVSIGSDETNQVHMTPRMILLGARYMMDEGLELSAEAEYRQYEPFLFSVGAEYT
                     PFANFQLRAGVKSSPFSPSLGVSYSFIGLTLDTALYYHPALGASVGIGLAYSF"
     CDS             64012..65532
                     /gene="gltX"
                     /locus_tag="SEQF2638.1_01127"
                     /EC_number="6.1.1.17"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P27000"
                     /codon_start=1
                     /transl_table=11
                     /product="Glutamate--tRNA ligase"
                     /db_xref="COG:COG0008"
                     /translation="MSERKVRVRFAPSPTGPLHIGGVRTALYNYLFAKKHGGDFILRI
                     EDTDSQRFVPGAEEYIIQSFEWLGLRFDEGVGFGGNYGPYRQSERKEIYRQYVDQLLD
                     AGLAYIAFDTPEELEAKRKEIPNFQYDASTRGQMRNSLTLPADEVQRLIDSGARYVVR
                     IRIEPNEDIRVNDLIRGEVVINSSILDDKVLYKSADGLPTYHMANIVDDHLMEVTHVI
                     RGEEWISSAPLHVLLYRYLGWADTMPQFAHLPLLLKPEGGGKLSKRDGDRLGFPVFPL
                     EWHDPKSGEKSSGYRESGYLPEAVINFLALLGWNPGNDIELMTLDEMVCLFDLTHCSK
                     SGAKFDYEKGKWFNHRYIQLRSDRDIADMFRPVLESHGITDADQAYVEKVVGLMKERV
                     SFVPELWPLTYYFFVAPTEYDEKTRKKRWREDSAAQLTELIEVLRGREPFDVEGTEAY
                     VKEWIAAKGYHLGNIMNAVRLALVGQGIGPQIFHITEAIGKDETIRRIQRAIEILG"
     CDS             65532..66764
                     /gene="waaA"
                     /locus_tag="SEQF2638.1_01128"
                     /EC_number="2.4.99.12"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0AC75"
                     /codon_start=1
                     /transl_table=11
                     /product="3-deoxy-D-manno-octulosonic acid transferase"
                     /db_xref="COG:COG1519"
                     /translation="MRPLYTAAIRLYAAAVHAAAPFNGKARKMIDGRRSIDDVLREKI
                     IPGARYVWLHAASLGEFEQGRPLLEAIRQRHPDCKIVLTFFSPSGYDVRRDYPGADVV
                     CYLPFDFPRRIRRFLDRVRPTLALFVKYEFWLNTLDELRRRRVPTYLVSGIFRPGQLF
                     FRPIGRPYRDALRCFDHLFVQDEASRQLLAGIGLTNVTVTGDTRFDRVIDIRHAARPL
                     PVVAAFAERDARPVLIAGSSWPEDEALLIPYFNAHPDLKLILAPHEIHEAHLAAIETR
                     LTRPALRLSRADANTTAGVDCLIVDSFGLLSSIYRYARIAYIGGGFGHGIHNAPEAAV
                     YAVPVLFGPNYHKFREALELIACGGAFSITDASTLSARLDALLADPDACTAAGDSAGA
                     YIQQHSGATEQILRAIGL"
     CDS             complement(67113..69170)
                     /locus_tag="SEQF2638.1_01129"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLRPLFVVLLLLVVASNVVRSQDTHPTDDWMEQLRELSEYTDDE
                     FDEKRLEALYTDLSHLAEHPIDLNTATTYDLHQLPFLSDAQVDSILSYRQRHHYFLTV
                     YELRAIDVLDWITLRRVAPFVCVNRHGPERPAITLANLLHHGASEWVMKYGQTVERKR
                     GYTPAPDSSSRRYLGEPFSHAIRYAYTFDDRLQAGFAAEKDAGEPFANATHKGYDYYS
                     AHLVLKDFGHLRTLAVGDFKATFGQGLVVSHDYAPARGTLATEPEYRNNGFRRHYSTD
                     EQQFFRGIAATVALSYWQLSLFGSSRKVDATTDGTTITSLKVNGLHRTRNERRTRHTV
                     SLRAIGGNLRYARSRMHIGLTALAYDFGGQRVDPPPKPYNHYDFRGRSNVDLGLDYMI
                     KNDRLKLFGETALSTISGATATLAALQWTPSSEIIATLLYRNYSPRYHALFASAFART
                     ARVRNEEGLYLGLTFTPAPRWLLTGHADLFRFPWMKPRVSFPSTGSEYTLRIDWTDPR
                     EIIAAYVRFRSQRTEGDAVRGHEIALRPIIRHRLRAQITCTIDTVWALRTALDFSLHQ
                     PDGAPTARGHMLSEAISWRPQRLPIRAELFAALFLTDGFATRLYSYEKNLLYTFATPS
                     LYGRGLRLSGLLYWRPAGRRLTLSTKIGWTHLFTGGSIGSGLETIRGRNRTDLYAMLR
                     WTF"
     CDS             complement(69222..70385)
                     /locus_tag="SEQF2638.1_01130"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNKGIARVIHRSATRPHRLYWLAVALLFCIACTMHPREGQSGEL
                     DSSASDTVRREARLVFAGDLMQHMPQVRAAQRPNGRFDYAESFRYVKPLFEQADYAIL
                     NFETTLTPTTDYHGYPTFRSPGAVADALRDIGIDAVMFANNHICDNGRTGIEYTTRRF
                     DSLEIVHTGAFVDSSRIRREHPLLFQAGGLRFALFNYTYDTNGMPIPKGMIVNLIDTN
                     AIRRDLSQVNRKHIDCVIVFFHWGVEYVRRPNDEQRRLAALCHRLGTEIVIGSHPHVI
                     QPIEAKRDNEGVVRSVTVYSLGNLVSNQKERYRNGGLIVTLDIKKERNGALRIAPAYT
                     PGWVCRPGGYRIIPPSAADSIALPADLRTTCTQFFEDTRALLEGNKIFEERVR"
     CDS             complement(70378..70890)
                     /gene="yrdA"
                     /locus_tag="SEQF2638.1_01131"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0A9W9"
                     /codon_start=1
                     /transl_table=11
                     /product="Protein YrdA"
                     /db_xref="COG:COG0663"
                     /translation="MALIKSVRGFTPSIGKDTFLADNATIIGDVVLGEGCSVWFGTIL
                     RGDVNSIRIGNGVNIQDGSVLHTLYQKSTIEIEDDVSVGHNVTIHGAKICKGALLGMG
                     SVVLDHAVIGEGAIIAAGSVVLSHTQVEPWSIYAGVPAKFVKKVDPEQAKEMNQKIAR
                     NYHMYASWYE"
     CDS             71092..71283
                     /gene="rpsU"
                     /locus_tag="SEQF2638.1_01132"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P66519"
                     /codon_start=1
                     /transl_table=11
                     /product="30S ribosomal protein S21"
                     /db_xref="COG:COG0828"
                     /translation="MIVVPLKEGESIERALKRFKKKFEKTGVIRELRSRQAYTKPSVE
                     KRKERMRAVYVQHLQQEEE"
     CDS             71343..72239
                     /gene="xerD_2"
                     /locus_tag="SEQF2638.1_01133"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0A0P0"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerD"
                     /translation="MEASIASFIDYLRYERGASVATRVAYKNDLLQFVAYVREHTENG
                     KASLGSVDSDLIRLWIASLMDGRMSPTSVNRKLSALKSYFKYLMKQGLVLNNPAFLVI
                     GPKFFRPLPQIMKEDELAELLDGSCFKADFIGTRDRLMMEFLYETGLRRQELAFLKCS
                     DIDLMAMVVRVCGKRNKERIVPFSERLKVQIISYLQKRRSVLQCDNIHFFVCKDGRSV
                     TGATVYNVVKKYIFNRGLRTKCAPHMLRHSFATSLLNNGAELNAVKELLGHSSLASTS
                     IYTHITFDKLREMYCAHPRANR"
     CDS             72214..72549
                     /gene="hpf"
                     /locus_tag="SEQF2638.1_01134"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_00839"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosome hibernation promoting factor"
                     /translation="MLILGLIDKEVIMEIRIQAIHFDVTERLDAFIRKKVAKLSQYHD
                     GILDAEVILRVVKPETVRNKQAGIRLQIKSNDCFAEKVSDTFEEAVDEAVVALEKQLI
                     KAKEKSRSK"
     tRNA            72725..72797
                     /locus_tag="SEQF2638.1_01135"
                     /product="tRNA-Thr"
                     /inference="COORDINATES:profile:Aragorn:001002"
                     /note="tRNA-Thr(ggt)"
     CDS             72843..74039
                     /gene="tuf"
                     /locus_tag="SEQF2638.1_01136"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:B9K884"
                     /codon_start=1
                     /transl_table=11
                     /product="Elongation factor Tu"
                     /db_xref="COG:COG0050"
                     /translation="MAKEHFNRSKPHVNIGTIGHVDHGKTTLTAAITKVLAEKGFSSA
                     EGVKSFDQIDNAPEEKERGITINTSHVEYETANRHYAHVDCPGHADYVKNMVTGAAQM
                     DGAIIVVAATDGPMPQTREHILLARQVNVPKLVVFMNKCDMVDDEEMLELVEMEMREL
                     LSFYKFDGDNTPIIRGSALGALNGDPKWEEKVLELMEAVDTWIPLPPRDVDKPFLMPV
                     EDVFSITGRGTVATGRIETGIVKTGDEVEIIGLGADGKKSVVTGVEMFRKILDEGQAG
                     DNVGLLLRGIDKNEIKRGMVLCHPGQVKPHSKFKAEVYILKKEEGGRHTPFHNKYRPQ
                     FYIRTLDVTGEITLPAGVEMVMPGDNVTIEVELIYPVACNVGLRFAIREGGRTVGAGQ
                     ITELLD"
     tRNA            74094..74167
                     /locus_tag="SEQF2638.1_01137"
                     /product="tRNA-Trp"
                     /inference="COORDINATES:profile:Aragorn:001002"
                     /note="tRNA-Trp(cca)"
     CDS             74382..74924
                     /gene="nusG"
                     /locus_tag="SEQF2638.1_01138"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0AFG0"
                     /codon_start=1
                     /transl_table=11
                     /product="Transcription termination/antitermination
                     protein NusG"
                     /db_xref="COG:COG0250"
                     /translation="MPDSQQKFYVLRAISGKENKVREYLEAEIKNSDLGNYVSQVLIP
                     TEKTFVVRNGKKVMKERAYLPGYVLVEANLVGEVIHRLREIPNVIGFLGGEGQPVPLR
                     PSEVSRVLGTLDELQEQPEEMEIQYFVGETVKVISGPFNGFSGLVEEVNAEKKKLKVI
                     VKIFGRKMPLELSYVQVEKE"
ORIGIN      
        1 cgtcgtcgct gcggagggta cgccagtgcg ccacggcgcg atcccaatcg tcgcccttag
       61 gggcatactc gcggtcgcgg aggtaggcaa acgtaacgtc gtccggggcg atcatgcctc
      121 cgcgcgcccc catttcaata gaaagattgc agagcgtcag tcggccctcc atggtgaggc
      181 tgcggacggc ctcgcccgcg tattccacaa agtaaccggt ggcgccgccg gttgtcatgc
      241 gggcgatgac atagagcgcg aggtctttgg cggtgacgcc cgggccgggt cggccgtcga
      301 tggtgatgcg catggtcttg ggtttctgtt gcaggatgca ttgcgaggcc agcgccatct
      361 ccacctcgct ggtgccgatg ccaaaagcta cggcgcccat tgcgccatgc gtagaggtgt
      421 ggctgtcgcc gcagacgatg gtcatgccgg gcagcgtcag gccgcgctcg gggccgacga
      481 catggatgat tccgttcttg ggatgcatca tgccgaagtg cgtgagacca aattcggctg
      541 cgttcttctc aagcgtgtcg acttgggtgc gcgatacggg atcctcgatg ggtttgtctt
      601 gatcgtgcgt gggggtgttg tggtcgggca tgcaaaaaac ttggtcgggg cggaagacgc
      661 gcagctggcg acggcgaagg ccggcgaagg cctgggggct cgtcacttcg tgacagtaaa
      721 ggcggtcgat atagagctgc gtcgggccgt cggccacggt ttggacgacg tgggcgtccc
      781 agattttgtc gaaaagggta ttcattgaaa atgaaaaacg ggtgtgaact aaaagttagc
      841 tgtgaaaaac gtaatcggag gcgatgaacg ctaaaaacgc aaagctaaaa acgagattag
      901 cagcggtggg aaactgcgga cgataggcaa aaaacgaatc gaaccgatgg cctccctacc
      961 gcgcttggca tttttagtag tccgtgttta gccgtcagcc tttcgctccc tcaaacttat
     1021 tgatggcatc gacgaacgcc tcgacggagg cggcgatgat gtcagtgtta gcggcgaatc
     1081 cgtagtagtt attgccttcg tgctcgactt gcatgtgcac cttgcccatg tcgtcgctgc
     1141 ctttatcgat ggcttgaatg aggaactcgc ggatggtcat tttgcggcgg atgatgctct
     1201 tgacggcctt gatggcggcg tcgacgggtc cgttgccgga agaggcggcc tcgaacgttt
     1261 cgccggcgat cgtgagtgct acgctggcta cggagcgcac cccgacgccg gacgtgactt
     1321 gcaggtaggc caacttgatg cgatggaggg ccttgcggtc ttcgccgacg agcatgagca
     1381 gatcgtcgtc gctgatttct tttttgcggt cggccaggcg gaggaagtcc tgatagactt
     1441 tgtcgagctt ctcgcggctg cccaggtcta cgccgagcac ttcgaggcga tgcttgagcg
     1501 ccgcgtgacc actgcgggcg gtgagtacga tgctattgtc gtcgatgccc acatccttgg
     1561 ggtcgatgat ttcgtacgtc tgcacgttct tcagcacgcc gtcttgatgg atgccggagg
     1621 agtgcgcgaa ggcgttacgg cctacgatgg ctttgttggg ctgcaccggc atgttcatca
     1681 ggctggagac gaggcggctg gtggcgtgta tgcgctgggt gttgatgttt gtgtcgatgc
     1741 cgaggcgcgc atggtgacac ttgaggatca tggccacttc ttcgagagag gtgttgccgg
     1801 cgcgctcgcc gatgccgttg atggtcactt ccgcctggcg tgcgccggcc agaacgccgg
     1861 ccatggtgtt ggccgtcgcc atgccgaggt cgttgtgaca gtgtacggag aggaccgcct
     1921 tgtgtacgcc atcgacatgc tccatgaggt agcggatctt ctcgccgaac tcactcggca
     1981 gacagtagcc ggtcgtgtcc ggaatgttga ccaccgtggc gccggctttg atgacggcct
     2041 ccacaacgcg tgccagatac tcgttgtcgg tgcgtccggc gtcctcgcag tagaactcca
     2101 cgtcctccac gtagcttttg gcgtgcttcg tggcggcaac agcgcgctcg atgatctctt
     2161 cgcggttcga tcggaactta tactgaatgt ggtagtcgct cgtgccgatg cccgtgtgga
     2221 tacgtttgcg gcgggcgtat tggagggcct ccgccgccac gtcgatgtct ttctcgacgc
     2281 cgcgggtgag ggcgcaaatc acgggccagg tgacggcttt cgagatttcg acgaccgact
     2341 ggaagtcgcc tgggctggag acggggaatc cggcttcgag aatgtctacg ccgagcgttt
     2401 cgagggcttt ggcgacttcg atcttttcga ccgtattgag ttggcaaccg ggcacctgct
     2461 cgccgtcgcg cagggtggtg tcgaagatgt agagtttgtt atccatttat cctgtgtagc
     2521 taaaaatgaa aagagaaaag gggaaaagga agcgtgtggg gaagcataaa atgaaataaa
     2581 cgtcgtgtat ctgcacggga gcactgccat ttcgtcagga aaaatctatg ctcctcgcgg
     2641 gagcagtgct attcccttgc gcaacggggt gtatccgcac cggcgcactg ccatttcctc
     2701 gggaaaaacc tatgctcctc accggatacg ccttatttcc ttgcgcagcg gggtgtatcc
     2761 gcacgggagc atggctattt ccttgcgcag cggggtgtat ccacaccgga tacacgctgt
     2821 ttccttgcgc aacggggcgt atccgcacgg gagcatggct atttccttgc gcagcggggt
     2881 gtatccgcac cggatacgcg ctatttcctt gcgcaacggg gtgtatccgc acgggagcag
     2941 tgctatttcc tcacgcaacg aggtgtatcc acaccggata cgccttattt ccttacgcag
     3001 cgaggtgtat ccgcatggga gcagtgctga tggcaagggc gacggggatg ctctgtggtg
     3061 acgagtgaat ggagagcctc tcggcgggag tcgttcagac tgaggcgctc ccgccgaagg
     3121 tctcgacggc ggagcgagac gctgcccgcc cctgcctgat ccattaaacg ccctccggac
     3181 gcagcccgcg tacggtgacg gctgtctgcc aaagctcgct ctcgcgaagc gccttcagct
     3241 cggcctcgag tttaacgcgg tagtcgggct tcgaattgct gtcgatcgag cgttgagcct
     3301 cgcgtccagt cttcacctcg tcgtatagct tctcgacaac gggcttcacg gcgtcgtgga
     3361 aggggcccat ccagtcgagg gcgccgcgct gggctgtggt ggaacaattg gcgtacatcc
     3421 agtccatgcc gcgctgtgca accagaggca tgagcgattg ggtaagctcc tccaccgtct
     3481 cgttgaaggc ttcggaggga gtgtggccgt gctcgcggag cacctcatac tgcgctgcaa
     3541 agagtccttg gatggctccc atcagcgagc cgcgctcgcc ggtcagatcg gagacagcct
     3601 cacgctcgac ggtcgtctca aacaaatatc ccgagccaat gccgatgccg atggccagcg
     3661 tcttatcgag cgcccgcccg ctgacatcct ggtagacggc ataagaggag ttgatacccc
     3721 gtccctcaac gaagagggta cgcagcgacg tgcccgatcc cttcggtgca accaagatga
     3781 cgtcgatatc cttcggcggc acgatacccg tgcggtcgct ccacgtgatc gcaaagccat
     3841 gcgagaagta gagcgtcttg ccggccgtca aatgcggctt aatctgcggc cagcactgga
     3901 tctgagccgc gtcagagaga agcatacaga tcaccgtgcc gcgctccgcc gcctcctcga
     3961 gagaaaacag cgtctcgccc ggcacccagc cgtcagcaac agctttttcg tacgtctttc
     4021 cggggcgctg gcccacgatg acatggaaac cattatcgcg caagttgcac gcctgaccgg
     4081 ggccctgtac gccataacct aacacagcga ttgtctcgcc tttgagcgcc tcaagcgcct
     4141 tcacaactgg aaactcttcg cgggtaacta cgttttcttc aaccccgcca aaattcattt
     4201 ttgccatatc gttatctata taattgggtt taggtgaatg cttataaaaa acagaaatat
     4261 gcgcctgcgt ccggccagcc ccctcggcat catcaaagac gccatcgagc acccagccaa
     4321 actcggccgg cgtccctgac gccttgatct tcttttgttt cttttcttct atcaagagaa
     4381 gaaaagaaag catggatcac gttcgggcac aagtcaaaac aagaaaagaa agaaagaaca
     4441 aggagcacag gccccctcac acaaagcgga tcagcgcccg actgacagcg cgatcaccat
     4501 cgaccagcgc acaggcaaac gcccccggtt cgaacttgcg gcggaatagc gcgagcggcg
     4561 tgccgtagcg tccctccgcg tgataagaga tctcgaaatg ctgcacccgc atcgtgcggt
     4621 aggtttcgag gtcgaatcca tcgagcatcg cctccatgtg gcggatactg ttcaagtgac
     4681 cgttaatgtc gaggtcactg taacgaacga cgcgcgtggt aggttcattg tccggcgcct
     4741 cttctgcggc ggcgattcgt ccagcgatct ccaccgggca gtgtcggccg ggcaccatca
     4801 tccggtcggc ccacgccccg acgagcgagg ttggtctgcg cgtgtttttg tcgatcgccg
     4861 cccagatgga gcgggcgtaa gccagcggtt tgcctgtggc cgccgacgtc acctcgaagc
     4921 agcgcttgat gaagatccgc tccacggcct cggcccacgt gctgacgcgg ataggggctg
     4981 tcagtccctc cgtgtcgatc acctcgatgg cgaggcgaga gagcacccag gccgtgccac
     5041 ggccctccat cacggcatac ccggcgccgc gctcttcggc atggcgcgtg gcagcgtcga
     5101 ggaggtagtt gccgagcgtg ggcaggggca ggcgccccat gaaatcgagc gagtaagcct
     5161 cggtcgtgta gtcgtatgtg cctatgggat ccatattcta ttgatgtagt tagaaggagt
     5221 cgcgggtagt tatgcggctg cgcccagtag tcggaggtag tggaagaaac agcagcaagc
     5281 atatagctac ttgtaactac cgcggcgcag ccgcataact acccggcctt taggccgtaa
     5341 ctacccgggc agctcaacaa gagccgcctt tctggtgcat ttcctcctcg atggtggaaa
     5401 gcatgtcgct cagtcgctcg acgcggcttc gggtgatggc cactcggccc gagcggatga
     5461 actggaggac gccgatgcgg tcgctgagtt cgtgaaagag cgcctgcgtt tcctcgtaat
     5521 gcccgttcat ctccaccacg acacagtctt cgttgatctc aaggatgcgg gcgtcgtact
     5581 tacggatcag atcttccacg ccgcccatgc ggataaactt gtcggtggcc agtttgtaga
     5641 gcgcgatctc ttggtagacg aggtcctcat cggtgttgta atacgatttg aggatgtcca
     5701 cgcgcttgtc aatctgcttg acgacttttt cgatcatcac ctcgtcggcg taggtcgtaa
     5761 tggtgaactt gtggatgccg ggtatggccg agggcgagac ggagagcgtc tcgatgttca
     5821 gctgccggcg ggtgaagatg atggtgatct ggttgagcag gcccacggtg ttctccgaga
     5881 agatgatcac agtgtagagc cggcggccgt ccgtgggggc tacgatgttt ttttcgtttg
     5941 tctgcatggg ttacatcaat atgttgctga tactcgctcc ggcgggcacc atcgggtaga
     6001 tgattccgca tttttctacg tcggccacca ggaggtaggg cccgtcagtg gccatcattt
     6061 cttcgacggc ctcgtccaac tcttcgcgac gactgacctc ccgcgaggca atgcggaacg
     6121 cccgtgcgat ggccacaaag tcggggtttt ccatctccgt ggccgaatat cgttcgttga
     6181 aaaacagttc ttgccattga cgcaccatgc cgaggaagtg gttgttgagg aggatgatct
     6241 tcacgtccag ccgctcctgc atgatggtgc cgagttcttg gatcgtcatc tgcaatccgc
     6301 cgtcgccgac gaagaggcag acggtgcgat ccggtgcgcc gagcttggcg ccgatggcgg
     6361 caggcaggcc gaaacccatc gtgcccagtc cgccggaggt gacgacgctg cgcgtctggg
     6421 tgtactggaa gtagcgtacg cctaccattt ggttctgccc cacgtcggtc acgagcaccg
     6481 cgttatggtt cgtggcctcg gagacgcgcc ggactacttc gcccatgtgc agcttcccgt
     6541 cggtggggtg tatctctttt tcgatcactt tttcccactc ctcggcctcg tccgtggcga
     6601 acgactcgat ccacgctgtg tggcgtgccg ggcgtacggc gttggtgagg gcgctgaggg
     6661 aggccttagc gtcgcctaag actttgacgt cggcccggac gttcttcccc tgctccgagg
     6721 cgtcgatgtc gaggtggatg atcttggcct ggcgtgcata gctcttgagc tcgcccgtaa
     6781 cgcggtcgtc gaagcgcata ccgatggcga tgagcacgtc gcactggttc gtcttgcggt
     6841 tcggaccgac gttgccgtgc atgcccagca tgcctttgtt caggcggaag tcggtgggca
     6901 tggcagagag tcccagcatg gttgctccgg cgggaatgtc agctttttcg aggaagtcct
     6961 tcagctgctg ttcggcaccg ctgaggatga caccctgccc aaccagcgca aagggacgct
     7021 cggccgcgtc gatcagggcc gccgcctctg ccacacgctc ggcgttgatt tcgggccacg
     7081 ggcgatagct gcggatgaag tcgacgggct tgtgttcgaa gaccgtccgg cccacttgcg
     7141 cgtcttttga gatgtcgagc acgaccggcc cgggtcggcc ggtggaggcg atgtagaagg
     7201 cgcgagccac ggcccacgcg atctcgtcgg cgcggcgcac ttggtaggcc catttcgtga
     7261 tgggcgacat gatgccgatt acgtcgacct cctgaaaggc gtccgtgccc agcaagggtg
     7321 aggggacttg cccggtgatg acgacgatgg gggtgctatc gagcatggcg tcagctacgc
     7381 ccgtgatggt gttcgtagcg cccggtccgg acgtgaccag cgccacgccg acgcgtccgc
     7441 tgacgcgagc aaatccttgg gccgcatggg cggctccctg ttcgtggcgc accaagacgt
     7501 ggcgcagccg gtcgcggtag tcgtagaggc aatcgtagac tgggatcgcc tgtccgccag
     7561 ggtagccgaa gatgcactcc gttccctccg ctatcaatgc gcggagtaat gcctccgcac
     7621 cggttattgt atccttattc tccatttata agcgtatagt tagaagtagt cagaaagtag
     7681 tagttgaggg ggatgttaga tgattcgcac gcccccctcg tcggccgatg aaaccatgct
     7741 ggcgtaggcg cgtagagcct tcgatacggt acggtcgcgg tgtggttgcc acgcctccgc
     7801 accacgcgcc tcctcctccc gccggcgctc ggccagttcg gcctcgctga gacgcacgtt
     7861 gatggtgcgc gcggggatgt cgatgtcgat gatgtcgccc gtgcggacga gtccgatggc
     7921 gccgcctgag gctgcttccg gcgagatgtg cccgatgctc agccccgatg tgccgccact
     7981 gaagcggccg tcggtgatga gcgcgcactc ggcgccgaga tgcatggatt tgatgtacga
     8041 cgtgggataa agcatttcct gcatgccggg gccacccttc ggcccctcgt gcgtgatgac
     8101 gaccacatcg ccggcgctga cttgtccgcc gaggataccc tcgcaggcgt cgtcttgcga
     8161 ttggaagacg cgtgccggcc cactgaagcg taggatgcgt tcgtctacgc ccgccgtctt
     8221 gaccacgcag ccgcgcaggg cgatgttgcc cttgaggatg gccaggccgc cgtctttcga
     8281 gtaggcgtgc gccacgtcgc ggatgcaacc ctcggcgcga tccgtgtcga gcttgtcgta
     8341 gatggtgcgt tgcgacccca tcttgaggtt gaagcggagg cccggcgcgc tgtgatagac
     8401 ggcctttgcg gcgtccgtca cgtgcggact acggatgtcg tagcggtcga tggcttcggc
     8461 cagcgtcagt ccgtcgacac gccgaacggt ggtgtcgagc acacccgcgc gggagagttc
     8521 gccgaggatg gccatcacgc cgccggcgcg gttgatgtct tggatatgat acttcgccga
     8581 gttcggggcc accttgcaga ggcagggcgt ctcacgcgag agggcgtcga tgtcgtccat
     8641 cgtaaagtcc acctctgctt cgtgagcgat ggccaagagg tgaagcaccg tgttggtcga
     8701 tccgcccata gcgatgtcca gccgcatggc gttgaggaag gacgcacggg tggcgatgct
     8761 gcgcggcagt acggaggcgt cgtcgtcgcg atagtagcgg taggcgttct ccacgattcg
     8821 ccgggcggcg tcgcggaaga gttgcaggcg attggcgtgc gtggctacca ccgtgccgtt
     8881 gcccggcagc gccagtccga tggcttcgtt gaggcagttc atcgagttgg ccgtgtacat
     8941 gcccgagcag ctgccgcagg tagggcaggc gttccgctcg acagcctcca cttcggcgtc
     9001 ggtgacggac gcgtcggcgg ccatcaccat cgcatcgatg aggtcgagcg accgctcgcc
     9061 gtggcgcccc gcctccatgg gtccgccgga gacgaacacg gcggggatgt tcagccgcat
     9121 ggccgccata agcatgcccg gcgtgatctt atcgcaattg ctgatgcaga tcatggcgtc
     9181 ggctttgtgc gcctgcacca tgtattcgac gctgtcggcg atgaggtcgc gcgagggcag
     9241 ggagtagagc atgccgtcgt gccccatagc gatgccgtcg tcgatggcta ttgtgttgaa
     9301 ctcggccgcg aagcagccca ttcgctcaat ttcttgcttc actaattgcc ccacatcatg
     9361 cagatgtgtg tgtccgggca caaactgcgt gaacgagttg accacggcta cgatgggtcg
     9421 ccccatctgt tcgcgcttca tcccgttggc ggcccagagc gccctggcgc ccgccatgcg
     9481 gcgcccctgt gtactctttg aactacgtaa atccattctt cttatttctt ctgtttgttc
     9541 cgttgttgtg cggctctggg tcttcctcat gccttctaaa ggggggaagg ctcttggcaa
     9601 catgtcaaaa aaaaagccct ccccacgctt gatgagaaag gccctttttc gcacaaaacg
     9661 aattgtcaaa aaccgaatcg tttacaccct tcccgtaacg ccattggaat aataatgaca
     9721 ttaatcgata ggacgacgga aagtgtatat acggacttca tttttatctt acatatgcca
     9781 tgaaacggcg gcaaagatag agccgtttct gtaacaggca aacaaaatct ctacaatatc
     9841 ccgcaaaagg ccgaaaaata ttccattctc ttgcggcccg tcctctatgc cttctttttc
     9901 gcttgtggca gtcgatttcc tgaggctttt ggctgaaaaa gtttttttcg accgatttcc
     9961 tcaggctttt ggctgaaaaa gttttgtggc ggccgatttc ctgaggaaat gagccgaaaa
    10021 agttttgtga cggccgattt cctgaggaaa tgagccgaaa aagtttgtgg cgagcgattt
    10081 cctgaggaaa tgagccgaaa aagttttgtg acggccgatt tcctgaggaa atgggccgaa
    10141 aaagtttgtg gcgagcgatt tcctcaggct tttggtccta cggatgctat ggatcgatct
    10201 gatcgacgac atacctatat atatagcgca agagccgccc gagggacagt ccccggacgg
    10261 ctctgtgggc gccgctaatc gcttggggcg gagtgcgcgc tgaggcatcg gcagctggac
    10321 gttgtgcgcg tcgcctccga cgcctctgag cccgctcatt ttctgcacgt ggggcggata
    10381 gatggatctc ttcgtttccg ttttaatgat tttgaacagc ggagtacctt tgccttaaaa
    10441 gaaataacag caagaagaga tagcacacat gaaaaggatc ttcattctat ggatgatcgc
    10501 cgtcggattc gccgcttgta gcacgacgaa ggagacgcag ctcgtcatcc tttcgacgaa
    10561 cgatatgcac gcgcatatcg acgattatgc gaaggtggcc gccttcgtca gccaagaaca
    10621 aaaggctcac ccggggcgcg ttgtcgtgct cagcggtggc gacctattct cgggcaaccc
    10681 cgtggtggat cattgcgatc ggccgggcaa gggctacccc atcattgatc taatgaaccg
    10741 cgttggatac cgcgcatcgg ccatcggaaa ccacgagttt gactacggcc aacgcgtcct
    10801 ctccgaacgt atccgtcagg cccggttccc cttcctctgc gccaacatgc acgtcggcga
    10861 gggcgccgag atccgtcagc cggagccgtc gacggtgatc cgggtcggcc gcctgcgcct
    10921 cggcatcatc tccggcatac aggtggaggc gatcagcggg cggctcatcc cgtcgtcgca
    10981 cccggggcgc ctcgtcgggc tgacgttcac cgaaccggtc gaggagctta cgaagctgcg
    11041 cgacatgcgg aagcgttgcg acgtcttcct cgccctcaat cacatgggcg tggaggagga
    11101 taagaagctc gccgagcgca tgccggagct ggatctgatc gtgggcgggc attcgcacac
    11161 gcgcctcgac acgggcgtag tggtcaacgg cgtactcatc acccaggcgg gcgaatacct
    11221 gcaatatgtc gggcgtacgg agctgacgct gcgcggacgg aaagtcgttg cgcggcgcaa
    11281 tcggttgatc cccgtggcca gcatgaaggc ggaggacgct gaggtgaagg ccgccatcaa
    11341 gaagttctac gacgagtcat cgctgaacga agtgatcggt cgtgtcacgg cgcggatcga
    11401 gggtaaggag gggctcggca acttggtgac ggacgccgaa gcggccatga acggtgccga
    11461 ttttgccttc caaaatgccg gcggcatacg catcggggcg cttgagccgg gcgacatgac
    11521 ggccaagatg gtctacgaga tggatccctt cggcaacgag gtgaacgtgg tggagctgac
    11581 gccggcggag atgcgcgacc tgatccgcgt gtcgcatcgt tacaacaagc gtcgccacgc
    11641 cgtcgatctg ctcgtctcgg gcatgaccta cacgctctac acgaagaatg gcgagccgga
    11701 tcggatcgag atggcgttcc ccgacggccg accgctcgag gagggccgat actatcgcgt
    11761 ggtgctgaac gactacatcg tgtcggctta caaatttccg catgcgcgag ctgcgaagcc
    11821 cacgggcaag tcgtccgaag agaccatcat agaatacatc cgcagtcgca aagagatcgg
    11881 tccgcaagct ccgcggacta agctgatcga agaatagaaa ggcaaggggt ggcaacgaag
    11941 tgcatgaagg cttcgtcgcc gctccttctt ttataagcac acgggcggac gccgaaaggg
    12001 ccgcctacca gacactggct ctaactattt acttatatgt cacactaaac acgcattgat
    12061 catgaagaga atctatctgc tattgttagc agtgatcttg ccagccattg catcggcaca
    12121 gatcacgacg tccgccatcg gcggaaagat cgcagaccaa gagggcgaag cgctcatcgg
    12181 cgccgccatc gtggccgtgc atgagccttc gggcacgcag tacggcgccg tcacgaacgt
    12241 cgacggtcgc tattcgatcg agggtatgcg ccccggcggg ccgtacaaga tcaccatgtc
    12301 gtacgtcggg ctgaagtccg tcgagtatcg cgacgtaacg ctccaattgg gcgaaatggc
    12361 gacgctggac gcggtgctcc gcgacgactt gacgctgaac gaggtggtcg tcaccgccgc
    12421 ctcgtcgaag ttcacgggac tgaagacggg cgcctcgacg aacgtctcca agcaacagct
    12481 acaactcctg ccctccatca accgcagctt gacggacttc acgcgcatgt cgccttactc
    12541 gggcggcggt accgtgatcg ccagccgtga cggacgtacg aacacgttca ccgtcgatgg
    12601 ggcgaacctg aacaacaact tcggcctctc gggcaccctg cccggcggcg gtaatccgat
    12661 ctcgctcgac gctatcgagg agcttcaggt ggttgtagcg cccttcgatg tgcgccaaac
    12721 gaacttcatg ggcggcggca tcaacgccat caccaagtcg ggtacgaaca ccctcaaggg
    12781 tacggcttac acctaccacc gcaacgagag cctgcgcggg aacaccgtcg acggtcacga
    12841 cctcggcgac cgcgctcgcg aacgcaccga gacgtacggc ttcacgctcg gcggaccgat
    12901 catcaaaaac aagctcttct tcttcatcaa cggagagtat gagaactcgc ccaacccgat
    12961 cacaaagtat cacgtctcca ccgacggcgt gggcaacggc gccacgcaga cctcacgcgt
    13021 cacggcggcc gacatggaag ccttcgccaa gatcctccgc gacaagtacg gctacgagcc
    13081 cggctcctac accgacttca gcgacggcgg cacgaagaac tacaaggccc tggcccgtct
    13141 ggactggaac atcaacgacg cccacaagct gagcgtgcgc ttcaactaca ccacgaactc
    13201 gcacatcaat gagcccaact ggacgtcggg catcaaccca cgcgcctcgt cgagccgcat
    13261 ctctgacaag gccttctctt tccgcaactc ctgctatggc atggagaaca acgtctggtc
    13321 cgtcaccggc gagcttaaca gccgcttcag caacacgctc cagaaccgca tcctcttcac
    13381 ctactccgac atccacgaca agcgtaattc tacctccaag cccttcccct tcatcgacat
    13441 ttgggacggc gcgggcgacg cctttatgtc ggccggttac gagctgttta cctggaccac
    13501 cggatcgcag aataacgtcc tcaacctgca ggaccatctc acctggacca tcggttcgca
    13561 ccgtctcatc ggcggtctga acgtggagta tcagaaggcc attaacacct acatgcgcta
    13621 tggtacgggc tactataagt atgcctcgtt cgacgacttc aaggctggta atgcgcccat
    13681 tgctttcggt ctgacctacg gctataacgg cgataagaat ccggcttcgg aagtggcctt
    13741 catccagtcc ggcctcttct tgcaagacga atggaacgtc accgaccgct tcaaactgac
    13801 ctacggcctg cgtgcagaca tgacgaactt cgtcacgccc atcgaaacga atcaggctta
    13861 cctgaagctc aactggcgcg accatttcgt ggctaagaac gacccgaact atgcctcctt
    13921 ccagtcgccg cgcgtcaaca ccggcaagtg gcccaaaacc tccgtactcc tctcgccgcg
    13981 cgtaggattc aactacgacg tcaacggcga ccgctctctg gtcgtgcgtg gtggtacggg
    14041 cgttttcacc ggccgcgtac ccttggtctt cttagtcaat atgccgacca acagcgcgat
    14101 gatccagaac acgatcaccg tgaccgacgc caagacactc gagaagttca agaacaacat
    14161 gctcaccaac gtggacgaca tgatcaagct cctcgatgcc cccacgacgc cgatctatgg
    14221 cgacccgaac tccaccgcct cacgcgcctc gatcgcgggc atagcggatg acttcaaaat
    14281 gccgcagatc tggaagaaca cgctcgccgt ggactatcgc ctgcccgttt ctttcccgct
    14341 gaccctgacc gtggaaggga tgtataacaa ggacatctac aacgtcgtga tgcgcaactg
    14401 gaacatcgtc aacaacggca acctcagtcg cttcgctggc cccgacaacc gtctggatta
    14461 ctctacttcc accacgggca actacttggt ggataagaat gtgaccggtg gtgccgtcat
    14521 cctcgacaac gatacgcgcg gttacagcgc ctctttcaac accatggtga ccgccgagcc
    14581 gatcaaggat ctgaacctca tgttctccta cacccaccag tgggcgaaag agatcaccgg
    14641 cctgcccggt aatcaagcct actccacctg gcagggtctc tatgccgtcg acggccccaa
    14701 caacgccgag ctccacaatg cgcagtacct cacgccggac aagctcatcg cctccttgac
    14761 ctatcgcaag gactacggca agtactttgc gacctccgtc ggcctctact acgccgccta
    14821 ttcctccggc atgtacaact actattacag caacgacatg aatggcgaca agaactcctt
    14881 cgacctcatg tacatccccc gcacgaaaga cgagctgaag tttgtcgaca agaacggctt
    14941 caccgccgcc gagcaggccg aagccttctg gcgcttcgtg gagcaagaca agtacctgag
    15001 cgcccacaag ggcgagtatg ccgaggctta cggcgcagcc ttgccgtggg tacaccgctt
    15061 cgacctgaag gtgacgcaag acttccgcct gcgcgcgggc aaagccatcc acacgctgca
    15121 gctctcgttc gacatcctca acgtcggcaa cctgctgaaa agctcatggg gtgtgacgca
    15181 gaccacctcg cccagcaact acggcaagat cctccgctac gagggcaagg atgccaacgg
    15241 cgtgcccacc tactcgatgg gttacaacac cgtcaacaag cagaagcagc tttacagccg
    15301 cacctacgag ccgtatcgca acagttctaa ctgctggcag atgcagatcg gcttgcgcta
    15361 catcttcaac taaacttacc cgtaatcatg ccgtggggcc gcgtgccccc ggcctgtaaa
    15421 cagcgagagg gaggcgatac ggcaatcgtc tccctctctt tttccgtggg gtgtgggggc
    15481 taagaggcct ttccgagtcg cagattatca acccttaggc ttatgggtta acgtcggctc
    15541 gcctgccagt caatcttgaa atcaagattt agtatcggct cgcctgccag tcaatcttga
    15601 aatcaagatt tagtatcagc tcgcctgcca gtcaatcttg aaatcaagat ttagtatcgg
    15661 ctcgcctgac agtcaatctt gaaatcaaga tttagtatca gttcacctgc cagtcaatct
    15721 tgaaatcaag gcttaatatc tacttggccg ggtatgggat gtatccgaaa cgtgacgagg
    15781 aaaacttcgc cggcggccgc agccgccctt cccttgatgg aagaaaagaa gcaaaagaag
    15841 atcaaggcgc caggggcgcc agccaacttt ggccgggtac ttctcttcct tgatctgtca
    15901 tcaactcaac gcctcaacat ctcaacaaac caacacctca acatctcaac aaaccaacac
    15961 ctcaacacca cttcatcctt tcccagacgc actgcggcag gaggcgccag aggaggacga
    16021 gcgcacggta gcgcctgtcg atggtgacga cgcgccgcct acgctccaca gctccgacga
    16081 tccgtcgggc cacgggcgct ggctccatca gcatcgggta acgcacctcc gagctgagga
    16141 gggccgtgcg gacaaagccc gggcggatgt ccgtaatgcg caggcggagg ccttcgcggt
    16201 gggccagctg ggcgagggcg tcgaggtagg tgcgctggaa acgcttcgtg gccgagtagg
    16261 ccgcggcggc acccatgcca cgcgtaccgg ctacggacgt gatggcggcg atatgtccgc
    16321 ggccttgggt gcggaaatag cggtaggcgg ccgtcaccat acgcacgaag ccttcgccgt
    16381 tggtgcggac cgtggacagc tcaatgctcg gatctaagtc cgagttctgc cgaccgatgc
    16441 cggaggagtg gaagtagaga tccatcccgc cgagatcgtc gatgagggcg tggagatggt
    16501 ccggggcgtc gtcccgggtg acgtcaatgg cgtggacgca gacgcgatcc ggcgctacgg
    16561 tccgcagctg ctccaacatc tcgacgcatc ggccggccac cccgatgctc cacccccgct
    16621 ctaataacaa acgagccacc tccaggccca ggcccgaggt ggctccgatg attactgctc
    16681 gtttcataag aggaactatg tccttcgtgt ggcagtcata cattcatacg tggcggatca
    16741 gagcgcagcg cgagcagcct caagcgcctt ggcgtaatcc ggctcgtggg ttacttcctt
    16801 cacatactcc acatacgtaa ccttgccttc ggagttcacg accactacgc cacgcgccag
    16861 cagcatgttc tccttcatca ggaaaccgta cttcaggccg aactcggagt gctgatagtc
    16921 cgagagcgtg tggatgcgat cgatgccttc ggcggcgcag aagcgaccga gcgcgaaggg
    16981 caagtctttg gagagggtca gcacgaccac gttctccgac agctccgaag cctccttatt
    17041 gaagcgacgc gtctgtgcgg cgcacacctt cgtgtcgacc gacgggaaga cggacaggat
    17101 cacggtcttg cccttgaagt cagacaggcg gacgggtttc aggccctcgc ctgtagcggt
    17161 aaattcgggc gcagtatcgc ccactttgat cagttctccg agcagcgtca cagggtttcc
    17221 tgcgaacgtt actacacctt ggttctcttt ctcttgtgcc atgactaatt gaatgatgga
    17281 ttgaatgaat aatagggtga tggttgttct catatatcaa tgggtgtgtt cgcggcagcg
    17341 atgggaacag aaaaggggcg gagacccgag cgtcgttgta gcgccgaacc accgtccctc
    17401 atccactttc aatacattac catgaacacg ctatttctgt aattcctcgt gtgtctaaac
    17461 attgccgatt gtgtccggct catgcaatct cgatactccg tccgaagcga tgcacttcct
    17521 cacgcgacac tttagggaga ccgatgagca gcacgccgtc ttccacgcgg gccgtgatgc
    17581 gatccttgtc cacatcgtcg ggcaggatca tggtctgttg gaacttggcg taggaaaatt
    17641 cgcggcgcag gtaacgcgtc tcgcggttct cctccttgtg ctcgtccttc ttctccatag
    17701 agatcgccag gttgttgtcg gcatcgatgt tgacgctgaa atctgatttc gtcatgcccg
    17761 gtgcagccac ctccacggtg taggcgtctt ttgattcctt cacattgatg gccggggccg
    17821 tggtgccttg ccgacttatc cagtcgttct caaagaagtc gttgaagatc gacggcaacc
    17881 aatagttctg attccttctt gctaaagtca ttttctaatc ctccgttttt atgttactgt
    17941 ttatgttgtt gggttgtctg aagcgccctt ccctcttgcg ggggatcggc cgcttcgcca
    18001 tcccttattg caaaccgtgt accgaaatcg gaggcagaca attcgtccgg aacgggctgt
    18061 caaatctgtc agtcgtgcgg ggtcacttct tcccgccaat cttgaagcta accgggatgt
    18121 agagcggcga ggtgatgggc acaccgccta cgttgaacgt tgggcgcagc tgcaccgtga
    18181 cggtcgattg ggtcttcgat tcccacccga cgaggttctg caagatccgc atcatggcgc
    18241 cccgtgactc tccggagaag agtcgtccga cgtccgtacc gatacccacg ctgagcgtct
    18301 tcgtttgtcc tgcattcaca ctgaacggtt ccatgagctt gccctcggta aagtcgagcg
    18361 agtcgatcga caccttgtac tccatcgcct ggaaggctgc agcggaggcg ttcggattct
    18421 ccacgttgag gttgagcgtg aactgtagcg gtagcgacga gacggatccg ccgctgctga
    18481 gttgggccag cagcttggcg ccgctcacca gtcccagctc ctcgttattg acccggatat
    18541 tcgagatcga gcggtaggaa tacttgcaat ccttgaggtt gtaagcgttc tccagatcct
    18601 tcgtcacacc acaggccgtg gccagcacga ccacggctac ggcggcacag agccacatca
    18661 tctttttctt cttcatacgc tgtgatacat taattatttg gggtttatcg gccgcaaaag
    18721 tagcccccgc ctcctccttc tacaaagccc cctacttttg tcgcacatag aaaatggacg
    18781 atatcatgca tcgacagaaa ggagtttaca gagacatcat ggcacaatcc aagacacaga
    18841 accacgcatc catcctgcaa gccgctcggg cggagtttct cgagcgagga tttcaggata
    18901 cctccatgcg caccatagcc cgcctctcgg gcgtgacgct gagcaatatc tacaactact
    18961 tccgcgacaa ggacaccctc tttcgggccg tcctgcagcc cctcctcgac gccttcgaag
    19021 acctcctggc ccgccacaac agcgactatt acctgaccac ggacgtgtac tccatgaagt
    19081 cgtatcagga gcacatgctg aacgagttca tgcgcctccc gcagcacttt cgcgccgagc
    19141 tccgcctgct gctcttccat gctgcaggct cgtcgttgga gcatttccgc gacaccttct
    19201 gcgagcgcca gactcgcgag ggcatccgct acatccgcct gatgaaggag cgctatccgg
    19261 accgcgtcac gggcgacgta tcgcccttct tcctccgcac cgtcagctcg ctctggctga
    19321 ccgtcatggg cgagattgtc cgccacgacg agctttcgga ggccgacatc gagcgtttcc
    19381 tttcggaata cctagccttc ggcaccgccg gctggaaggc gctgctgggg ctgtgagaag
    19441 agggagcgct actgtcgccc tcgcctcact cccgcacgtt tgtcccctgt ctgctgttgc
    19501 agatgggggc tttttgtttt cgggcggagg gttgacggtc ggcaatgggc tggaaaacgt
    19561 gttacagttg attttgtctg cagacaaaat ggtcgtttac atctaaaaca taggattgtc
    19621 tatggacaaa acgagtcgtt acctattgtg gataggtttg tccgtagaca atagatgtgt
    19681 atagatataa tgcatacttt tgtctgctga caagagtatt tgaagcatgt aaatgcgagg
    19741 tttgtctata gacaatagag attgaaacat gttatacgcc gatttgtctg cagacaatga
    19801 gtgcttatac gccggattca cccccttgtc agaagaagtc agaaggaata acgatatgaa
    19861 ggaattaatg gcttgcaaca ccacccgttt gcagcagatg gagttcatca cgctgatgcg
    19921 cgagacggtg gaacagatcg aaatgagagg tgcgacgctg atcgagacgg acgcgccgct
    19981 gaagcgctac acgatggcta tcaaagccgc tatcggaccc ctggagggcg ccacgcgtga
    20041 cccactgagg aggcccgaga cggccgtggc gcacacgaaa aacagcgagc ggcggacggc
    20101 catcagccgc ttcggcctcc gcttcaaggt ctatcggctg tccgaggacg cggacgagcg
    20161 ccaagcctac gaggcgctga acatcctctg gcggaagcat cggctggtct accccctcaa
    20221 cgtccagaag ctgaccggcg ccacggacaa cttcctcaac gacctcacga aatcgcccta
    20281 cgccgatgcc gtccagcggc tccacctgca gacggacgtg gacgccatcc gcgccgccaa
    20341 cgaggcctat cgcacccacg cggcccagcg ccgcgccaat gaagctcagc gcaccccggt
    20401 cgacgtcggg gtcatgcgcc gcgccatcac ggaggactat acccggctca gcctttatct
    20461 ggccgtcatg gccgacgcct accccgagga ggaggcgtgg agccggacgc tctccggcct
    20521 caacatcctc cgtaagcatt acgccgagct cctcgcccga cgcgccggcg cccgacgcgc
    20581 caaaaagaac gccgccgccc tcgccgaggc agcggccgag agcacggcac cgtctacctt
    20641 tgccacgaac ccctaataga aaagagaata tgaaagcaac cctattaatc acagcaggta
    20701 ttttgtttat gagcatgaca atggatgcac tggccggcgg cgaacccaaa tcggcaccgg
    20761 caaaactgaa cgaggcgacc gtcttttatc gcggcgctgt gctggagcat actgcttcgg
    20821 tgacactgga taagggcgac aacgaggtgt ggatcgaagg cctcagctca ggcatcgacg
    20881 agagcagcct ccggatcggc atgagcggcg gcgccctgat cacggcctac gagtatgtgc
    20941 cgcgccacca gaccgataag gccgccgacg caggcacaca acgcatgctg gactcactcc
    21001 gaacgtacga aaacaagctc cggcagatcg gcatcgaaac gaagacaaac gagcaaatgc
    21061 tcaaactcct cgagacgggc atgacgcaaa agatggccac cccgtccgag cgcggcgtgt
    21121 cgctcgatga gctttcgcgg agcatggatt attacaagac gaagatgatg gccatcgaaa
    21181 acgagctgat tcgccttcgt gaggagaaga agacgtgcga ggccaccgtc aagcggctca
    21241 gtcagcagct cgccgaggcg ggtcacaacg ccggagcgct gcgcctcaac gtgacggcac
    21301 ccgtggccgg cgccgtacgc gtggccgtga gctactgcac cttcgccgcc agctggacgc
    21361 cttactacgg catcaatgtg gagtcgcccg agaagccgat ccgcatcgtg cagaaagcga
    21421 aagtgaagca gacgacgggc gtcgactgga agcaggtgaa gctgaccctc tccaccggat
    21481 cgcccaacaa cggacgcgtg gcgccactct tcaacacctg gttcctccgc gagaatcccc
    21541 ccatgatact cgccgagatg acggttcaga actcgtatag catgaagacc cgatccgtcg
    21601 ccaaggcaga ggctgatatg gcggtcgaag acgtggccga tgcgacgccg atggagatgt
    21661 caatcgatga tcacgtcatc gtaagcgaca actcggccgt ggccaccatc tacgccatcg
    21721 atctgcccta caccatcccc ggcaacggca aggagcaaaa catcgacctg cgcactcagg
    21781 aggccgccgc ggattattac tactacgccg cgccgaagct ggatacggat gcctacctcc
    21841 tggccgaaat caaggagagc gacaagctgg atctgcccag cggatcggcg cagatcacct
    21901 acgacggcgt ctacctcggc gagacctaca tcgacaacgc cgaggcgctc aagaagctca
    21961 ccctgacgct cggcaccgac aagcgcatca ccatacggcg tgagaaagtg aaggacttca
    22021 gcacgaagaa ggtcttcggt tcagacacac ggcaagtgtt cgcctacacg atctcggtga
    22081 agaacaatcg caagcgtgac gtccgcctca cactcaagga tcagtatccc atctcgacgc
    22141 agaaaaacat cgaggtggag ctgctcaagg acaccaccac gccgacgacg aacaacaccg
    22201 aaacgggcgt cgtgacgtgg aacgtgacgc tcaaggccgg cgaggcgcgc accttcacct
    22261 tcagttatag cgtgaagtat ccgaagggca tggacctcga tctgtaactc agtcaccgat
    22321 cacttgtaac aacaaaaggg ggacgcaccg agattggatt ctcaaggtgc gtcccccctt
    22381 tttttcggta cgtggggcta ctcctcggcc gtggcgtcgg gcttgtcgat ggctcggcgc
    22441 agggcgtcga ggtcgagccg actgaggcgg ggcttgccgg taaatgtgtt gcgggctggc
    22501 cgctcaccgc gctccttgcg ttctggtcgc tcgccgcgtg gaggacgttc gggccgatcg
    22561 ccgcgtttga atcgttcgct gcgctcgctg cgctccggac gctcgccacg agaaaaacgc
    22621 tcggtgcgtt caccgcggtc cgtgcgttcg aatcgttcgc tgcgctccgg acgctcacgg
    22681 cgctcgaatc gttcactgcg gtctgtgcgt tcggggcgtt cgccgcgctc gaatcggcgg
    22741 gcgggtggcg cctcgttttg cgccttgcga tagtccttat tcgttccggc aaagagttcg
    22801 tagccgcggt attcgcacgc cagctcgcca ttcatcagct ggagcttcgt cttggggcgg
    22861 agaccgatgt ggtcgaaaca ctcgtcgcgg tagctcaaga tccacgcctg gcagcccatg
    22921 aagacgtgct tcagccgttc gccgatcatg ccgtaaagct cgccgatgtt gtcggccgca
    22981 atgcgctcgc cgtagggcgg gttggtgacg aggatggcgg gctgcggtgc gcgcatgaac
    23041 tgctggaagg gcatggtgcg gagcgtgatg tagcgcgaga ggccagcgct gcgcacgttg
    23101 cgctcggtgc ggcggatggc gtcggcggag atgtcggtgc cgtgacagag gaattcgaag
    23161 tcgcgctccc cggagtcgtc gttatagatc gactcaaaga gctcgcggtc aaagtctggc
    23221 cagcgttcga aggcgaagcc cttgcgatag acgccgggcg ggatgttgag ggcgatcatg
    23281 gcggcttcga tgagcagggt gcccgagcca cacatggggt cgacgaagtg cgactcgccg
    23341 cgccatccgg tcaggaggat catgccggcg gccaagacct cgttcagcgg cgcctcgccc
    23401 tgctccacgc ggtatccgcg gcggtgcagg ctctcgcccg agctgtcgag ggccagcgtg
    23461 caatcgttgt gcgagatgtg gatatggatc gccatgtccg ggttgctcag gcgtacggag
    23521 gggcgctggc cggtgcgctc cttgaagcgg tcggctatgg cgtccttcgt gcggtaagcc
    23581 acgaacttgg agtggcggaa attctcggaa tagatcaccg cgtccacggc gaaggtgcgt
    23641 tcgggcgaga ggtatcgctc ccactcgacg gccttgacgg cctcgtagac ctcgtccgcg
    23701 ttttcggcac ggaagcgggc cacgggcttg aggatgcgca gggcggttcg acagtggaag
    23761 ttggccttgt aaagcatggc tttatcgcca cgaaaggcca ccatgcgtcg gcccgtctcg
    23821 acggcctcgg caccgagcgc gcgaagctcg tcggccagca catcctccag tccgtagagc
    23881 gttttggcta ctaaatcaaa ttgttcgtca gccattccta ttaatagagt atgacgatgc
    23941 ggaaggtgca cgtcgggggg cggttgccag ttttgaagtc agagtaatag gcatagaaag
    24001 cgatcgaacc ggcttgcaag tcgaaggtgt agacttcgtt ccagaggttc tctcggttgc
    24061 cgctgcgctc cccgcgaggc aggttgtagg gcatcggggt gtagaccttg ctgccgttgt
    24121 cgagcgtcaa gatccggtag cccacgatgg cgccttcggt catctctttg gtcaggaggt
    24181 tctctttgaa ctcaaagatg tagtgcgaat tgagcgcatc cttgccgccc accagctccc
    24241 agtcgcgctc caggacggtg tattcaaaga ctttccaacg gacatgatcc cctgatccgg
    24301 atcccgtacc cggagggcct tgcggtccga caggtcccgg aggccccatg ggcccctcgc
    24361 acgcggtcag cgccatgatg acggctgcca gtaagatgag atacttcttc ataatggtct
    24421 gctattttga tgatgatggg acaaaggtag gggcgtaggg agcgaaaaac taaaacctac
    24481 aaacgaaaaa tagccttcct ctccccaaac aggcgcctgt ttactctcgc gcaggctgga
    24541 gtgacccaaa caggcacctg tttaccctcg tgcaaattgt gtagcgccaa acaggcgcct
    24601 gtttaccctc gcgcagattg cgtggcctca aacaggcacc tgtttaccct cgcgcagatt
    24661 gcaggacgcc aaacaggcgc ctgtttagct tcgcgcagac tggagttccc caaacaggcg
    24721 cctgtttagc ttcgcgcagg ctggagtacc ccaaacaggc gcctgtttag cttcgcgcag
    24781 gctggagtga cccaaacagg cgcctgttta ccctcgcgca ggcctctgcc gaggcaggga
    24841 agtttgcttg gtacaagaaa tgacagggat ttgtcttgta cccggccaaa cttcgccggc
    24901 ggctgcttag tcgccgtatc ccaccaaccg ccgtgtgggg taagcccagc ggatgtcgtt
    24961 gcgggtggcg taggcggtca ggaggtcttc ccagatggcg gattcggtgc tgcggattcg
    25021 gcgtggttcg cagagatagc gtccggtcag ggtgatgccg tcctccatga gggcgatgta
    25081 gacgatgggc gtgaggtgtt ggtagtgcac gtagtacatc ttgctggcct cgttcagccc
    25141 ctgctcggcg tcgaggacga cgtcgccgcc gtaacggtta agcacctcga gcaggatctc
    25201 acgcgcacgt tgccaattgc tatcgaaggt caggcggagg ctgacctcgt tccagatata
    25261 gcggaagccc tggtcatagt tggcctgcgg ggtggtgaag acgcggccgt tggggatgtg
    25321 gatgatgcgg cctgtgctct gctcggcgtc gatgcggttg ccgatctcga ggatggtgaa
    25381 ctggaagagg cggatgtcga tgatgtcgcc gcggtcgtcg ccaatctgca cgcggtcgcc
    25441 cacggcgaag ggtttgcgaa tgacgataaa gagccatccg gccatgttct ccaggaggtc
    25501 tttgagggcg atggcgatgc cggccgagag gagtccgagg taggtgctga cgtgtcggaa
    25561 ggcgttgatc cagaccagag ccacgaagag gaagaggcag gctggagcgg cgtatgagag
    25621 ggcgcgcttc cagcgatagc gcaccttatg gttcgttgtg ctccgccaca ccatgcgcag
    25681 gatgaggaca cgagcgagcc aaacgcccac aaggacgatg accgagagga tcactttgct
    25741 atgaaagtcg gcgtcgaggt tcaggccgaa gtcggggagg gtggcggcgg taagcataat
    25801 aataggaata ggggggatgt ttgatgtgtg gcaaaggtag gcgcgcgcct tgtgccagtc
    25861 ggttaggggc gcttccccgt gtccgaattt ctttccgcga gtgggtgatg aaaggaagcc
    25921 gttgccgtaa gatgattcta cagattgggg gtaatcgatg gctgattttc tgttttgtgg
    25981 ggggagattg gggagatgat cctattacag atagttttgc cgccgcaaaa acaaaccgtt
    26041 ttactaatca aacaaagagt atgcagaaaa aagtactgta catgttagcc ttcctcctct
    26101 tgggggtagg ctgggcttcg gcccaggtgt cgagtgtgac ggggaccgtc acctcggctg
    26161 acgacggaga gccggtcatc ggtgcctccg tattagtgaa gggtacgacg acgggtacgg
    26221 tgacggacat cgacggacac ttcaccctct cggtgcccgc aggtgccaag acgttagtcg
    26281 tctcttatat cggcttccag acgcaagaag tggccgtagc gccccgtgtg acggtcgtcc
    26341 tcaagggtga caacgagttg ctcgacgagg tcgtagtcac cggttacacc acccagcgcc
    26401 gcgcctcgtt taccggcgcc gccgccattg tggacaagga ggccttgaat aagaagaccg
    26461 acgccagctt tatgaagtcg ctcgagggcg ctgtgccagg cgtgcagatg aacaacgcca
    26521 cgagtatgcc cggaacgttc ggaagcgtct ttgtgcgcgg ccgcggatcg ctcaactcgg
    26581 gtacggctcc gctgtacgtg atcgacggtg tgcctgtgaa cgccgaaaat gagggtagct
    26641 cctccacgag caacaacaac gtggacccaa tgtctgcgct gaacccttct gacatcgaga
    26701 acatcaccat cctcaaggac gctgccgcaa cggccatcta tggctcgcgc gctggtaacg
    26761 gtgtgatcgt tatcaccacc aagaagggcg ctgagggcgc tacgacggtc aactttgaga
    26821 tgaagcaggg cgctgtctct gtgggcaacc acaatatgga ctacgccgac gccaagtcgt
    26881 ccatggatct ctacgccaag ggatgggtgg ctgctggtcg cgctgccgac tacgatgcag
    26941 cctataagac cttgacgaag aactatggct gggacggcac ttcgtccacc gactggttcg
    27001 acctcgttac tcgtacgggc cactatcagg actacaactt gaacgtctcc ggccgcaccg
    27061 gaaagacggg ctactacctc ggcctcggat atatggacgc agagggtatc gtgatcaact
    27121 ccgacttctc tcgctttacc ggccgactga acgtggatag caagttcgac cgcctcactg
    27181 tgggcgccaa cacctcgttc acttactccg tcaagaacgg cttttcgcag aggcttactg
    27241 gtacaatgaa taacccgctg gtagctgctg cttcgctcat gaaaccgttc tacacgccgc
    27301 gcgatgcaaa cgggaactac acgcacatcg acgaggtgaa tccgctggcc gtgaacgacc
    27361 ccgagttggg taacatcaac cgcacgaaga cgcaggtggt caatctcagc ccgtatttgc
    27421 aagttgacct cggccgtggc ttctacgtga agactacgct gggcgtgaac atcaacgacc
    27481 tcaacgagta tggctacagc agcgccatct atgaccccga cggacgggaa cggaacggct
    27541 ccggatcgca gtacacctcg cgcacaacgg tcgttacctg gaccaacatc ggcggatgga
    27601 acaagacgct gggagatcat aacctcaacc tcctgctcgg tcaagagtcg cagcgcaagc
    27661 actactccta cacctacctt acgggtacgg acttcccctt cgcggctgtt ggccagcgcg
    27721 aattgtccac agccggacaa tggaaggatg agcaggctga gctgcgcgaa gcccgactgg
    27781 cgtcttactt catggacgga cattactcct atgccgataa atactacgct tcgctggcct
    27841 tccgccgcga cggttcgtcg gtcttcggat cgaaccatcg ctggggtaac ttctggtctg
    27901 tgggcggtaa gtggcgcctc acgggcgagg agttcctgaa ggataaccgc actatcacga
    27961 acaccatgct gcgcgtgtct tatggtacgg tgggtaatca ggacatcgac tggtatgccg
    28021 ctcgcggtta ctacgctgcg aaccacaact acaactctgt ggctggtatc gcaccggagc
    28081 agatctccaa cccggagctg acgtgggaaa cgtcgaagaa gtttgacgtc ggtttcgatc
    28141 tctctttcgt caaccgctac cacctctccg tagacttcta caacgagaat acctccgacg
    28201 cgctctatga gacgccgctc tctcgttcta caggcttcaa aaccctgatc aagaacatcg
    28261 ccgccatccg taaccaaggc gtcgaagtag ccctcaacgg tacgctggtt cgtaacaaag
    28321 acctcaactg gacggcttac gtcaacatga cttacaacca gaataaggtg gtcgagctgg
    28381 ccaaccacca agcgatcaag aacaactaca ccatcatcga ggaggggcgc ccctatcgcc
    28441 aattctggat gaaggaatac gcaggtgtgg accgcgagac gggtaagccg ctctggtacc
    28501 tcaaagagga aggcaacgag acaacgagcg actacagcaa ggctgccaag cgctacgtag
    28561 gatcggccga tccgaaggtg tacggcggtt tcggtacctc acttacatgg aaaggcttcg
    28621 acgcttcgct ggcgttcaac tatcgcatgg gcagcaaggt gtttgacttc ggcgcctcct
    28681 tcaccggatg gggcatgaac aatcgcccgg cgctcaagcg tatcgtggaa gactcttgga
    28741 cgcctgagaa caaggacgcc aagaatccgc aatacatctt cggcgatccg aaccaggcca
    28801 cgcaacgttc tacacgcttc ctcttcagtg gcgatttcct gcgcgtcagc aacctgaccc
    28861 tgggctacac cctgccggcc aacttgacca agaaggcgtt catgaaccgc gtacgtatct
    28921 acggctccgt agacaacctc tacactttcg ccgccaaaga cttcgtcggg tataaccccg
    28981 agacctatga taatgggtac atcgcttggc agtatccggc ttcgcgtaca ctcatcggtg
    29041 gcgtgcaaat cacattctaa ttcatgaccc attcaagaag aatagcaatg aagaaaatcc
    29101 tcatccatac attggttgct gcaacactga cggccgggct gtcgggctgc ggcgacagct
    29161 tcctcgagac gaaattctat aaggggcaag acattgagaa ggggctgacc tccgtcccca
    29221 ttgtcgacgc agcgctcaat ggcgcttacg atcgctttta cgactatcgc tttgccggta
    29281 actacgccct cgccatcggc gacgtctcta ccgacatcgc ctattggaac ggtgtcaccg
    29341 gtcactggtc taacatctac ggctacagct tcctcgatac agagggctat ctcgccgaca
    29401 tctgggaata tggctacaaa gtcattgaca actccacgcg cgttatcgag gatgccagca
    29461 agctctacgc ctcgtctacg gatgcagaga agaagagcct cgatcgtgac atcgcggaag
    29521 cctatgccct gcgcggcttc tcgcggctga tcttgacaaa catcttcggc catcagatca
    29581 aggtcaacgg aaaggacttc tctgatcaac cgggcatttt gatctccgat aagatcgttg
    29641 gtcccgagga tcaggtgaag cgtgctacgg taggcgaatc atacgccgcc atcgttagcg
    29701 acctcaagaa tgccctgacg cgcttcacgg ccgctggtgg cgatcgcggg tcgaaggttt
    29761 acttgggtgt agccgccgtg cacggcctct tggctcgcac ctatctctac atggagaact
    29821 gggacgaggc cgttgccagc gcgcaggctg cactcaccgc tggcggggtc accacgctgg
    29881 ctacgacgcc cgccgcttac cgcgccctct atgccacaga gctgagcaac aacgagtcgt
    29941 tcttcgccct ggccatcaat tcgacaaaga acttcggcgc ctcttcgctg ggtactgtct
    30001 ggagcgtcta ttgcttcagc cccagcccca agctgcagaa gatgtacaag tcgaccgacg
    30061 tccgcaccgc gatcatgctt cgggacacca cgaagggcag cgagacggta ccttattacc
    30121 gaggtggcaa gtttgacaac gccgctaagt caccggctta ctcgtcgaac tacatggtga
    30181 acgcccccga gatgtacctc attcaggccg aggcgctcct ccagaagggc gacctggacg
    30241 gctcacgcaa ggcactgctc gttgtggctg gtcgtgacgt atcgatcaag gccgtaagcg
    30301 acctgccgca gacgaaggac gccctctata gcttcatcaa ggatgagcgc gcccgcgagc
    30361 tcttccagga gggcttccgc ctctgggatc tccgccgttg ggacacctcc gctgaggtct
    30421 atgccatcaa cgcgccgaag gtggagtaca cctacacggg ctataagatc tccaaccttg
    30481 tttaccccat ccccgcagac gagatcaaca ccggttccgg tgcgactcag acgccgggct
    30541 ggtcagatgc cctgccgaag aagtagcgcc tctgaatcct tatgcaccgc gcccccggat
    30601 atgccttgcc gcatattcgg gggcgcttgc ttttacggag aagggcgaga gagatgttag
    30661 cccccgattt aggcccaacc aatggtttga agcgaaacct gaccccgatt gggctcaaac
    30721 caatggtttg aagcaaaacc cgaccccgat ttaggccaaa ccaatggttt gaagtgaaac
    30781 ccgaccctga tttaggccaa accaatggtt tgaagtgaaa cccgaccccg atttaggcca
    30841 aaccaatggt ttgaagcaaa acccgacccc gatttaggcc aaaccaggtg gtttgaagca
    30901 aaacccgacc ccgatttagg ccaaaccagg tggtttgaag caaaacccga ccccgattag
    30961 ggtcaaactg ggtggtttga agcaaaaccc gaccccgatt taggccaaac caggtggttt
    31021 gaagcaaaac ccgaccccga ttggggccaa accaggtggt ttgaagcaaa acccgacccc
    31081 gattggagcc aaactgggtg gttttgcgtt tctccttacg gtcgtttgat ggggcggacg
    31141 ctgagccgca cggggccgag gaggccggag atggtggaag gtgaaccgcc cgtgtagcgg
    31201 ccgcgcaggt ttgtctgtgt caggcggtcg gagggctgct cgcgcaggtc agcaatcagg
    31261 cggttgggcc agaggttcgt cacgcgcacc tctaacgtgt tctcaccctc gcggagcagc
    31321 gacgtcacct cccgctcgta gggcggacac caccacacgc cagccggtcg gccgttgatc
    31381 tcgacctccg ccagatggag cacttgaccg agcgacagca ccacattcgt gtggctcagc
    31441 tgggcggtcg agaggcggaa ggtgttgcga tagacggccg tgcccgaata gttgcgcacg
    31501 cccgggtcgg ggtgcgtagg ccaggagtag aggcgatcga aacgcagctc gccggggccg
    31561 ccccatcgcg ggtcgaacca gacgctccag gccgtggcca cgggcaccgt ctccgtgtga
    31621 tatccccgca aggccaaccg atggccgcca cgcttctgta ggccatactt ccagccggtc
    31681 tggaagcaga aggccgcgcc gctctcgacg gtcgtcacgg gcgcctgacc gaaggggtag
    31741 ggggggagct tggggaagag gtcgtcgccg ttgcgcatga gggcggtgaa gtaaggcccc
    31801 tcgatcgggc gacggaagac gacgaagaac gagccgtagg gcggcaggaa ggcgggcaca
    31861 ctgatgcggc ccagccggtc gctgcggaag atgagctgcg gcgtcatggt gcccgtcatc
    31921 ggatcccaga tctcgggccg acgaccgccc ccgttgcgga aggtcaggtt gacgaactcc
    31981 ggtcggtcgc gccgattaac cacgaggtag aggtcggccc cgtcggtcgt gcgatggata
    32041 tagctgaggt gggtgccgag aggcggggtg ctgatgtatt caaagtcggg ctggacgccg
    32101 atatggctta gcacctcgct gagccgtttg ccccaaacga ctcgcccacg cccaaagaca
    32161 ctctcgcccg tgaacgtgcg cccccaaacg gaatcggcgt cggcgcggag cagcgcctca
    32221 gactctgggt agccttgcag gccgacggag gtcagcggct taggtgccat gacgacggcg
    32281 ccaccccgca ccagctcctt gatcttggcc atgacctcgg ggcgcatggc gggacgatcg
    32341 ggcaggacga gcaggcgata gcgcacaccg tcgggcagga cgatggcgcc gctggagtgt
    32401 gcagtcatac gtgtcagcag ggcatccgtg ccggccacgt cgtagtcata ccgtccgccc
    32461 aactcctcct ccacccgtcg gagcagggcc tcacaggccg ccgcctcgtc gtcgcagatg
    32521 acgcagacgt cactcaccgg cttgccctgc accagcatga ccgcgttgcg agccgtccac
    32581 gtcaggaagg cccgtgactg gcgccaccac gtagcgttgg cattgaagca gacgccgtcc
    32641 ggacactcga tgcccggcac acccgccgag gcgggcgagt gcgtaaaggc gttgatgaag
    32701 atgcggtttg caccctgcac atagacgcga tcgacgaggg gtttaagggc gcggaggtcc
    32761 acctcccatc cgccgccgcc atccgtctgc gggcctttgg cggcgatgaa tcgccggttg
    32821 tagaggtggc cagcggaagc cgcgatcttg atcgacgcgt ccctgcccgt gggataggtc
    32881 gccaagggtg agggcgtacg gaggcggaaa tgggccgcgg gcacatcgct aaaagctgcg
    32941 ttgcgcaccg cgtcggcggg cacagacagg gtcgatcggc tgatggggtg gatactgagg
    33001 ttgcgctggt gagccagctc gcggagacgt ccgtaacggt tgcgcgccaa caggtcggcc
    33061 accgtgcgcc gatagtccgc acggaagcgc tcggagacgt cgtagttctc gatcgtgaga
    33121 cccgcaaaga cgggcaggta gcgcgtgagg tcgtagccgt tgaggcgtcg gaactccgtg
    33181 gccagcgagg gcgtccagtc ggcatcggac ggcatggcgc cgtcgtccgt gatgtaagtc
    33241 cagctctgcg gccgatggtc gcgcatctcc ccaaggagca ccgtcacggt gtggtcaaag
    33301 tgcacgtcag tagcctccac gctgaggaag tctggcgtca gtccgcccgc acccggcgta
    33361 gcgtgggccg atcgccgccc tgtacccgaa cagacgaaac ggaagaggcg gaaggtgcct
    33421 gcgggcgcct cccaagagag gttgccgtcg gcgtcgacgc gctcgctgag gtcgtagacg
    33481 tcgcccggac gaatcggcag cagcacgcgt gtcgtggtct taggcgcatc ggtcgtggtg
    33541 gagtccgtcg gctcggtcga gggttccgta ggcacctcct cctcgccgcc ataggcgtcg
    33601 tccatgcgca cagccagcac ggccactggg atgtagaagg gcaccttcag ccccgggcgc
    33661 atcatcacgc cctcgggcag tgccaactgt atgcgtatcc gtcggccccc ctcgacgtcc
    33721 gtctgactcc agaataggcg tttactggcc agctcgggcg tgatccacgg ccctccgcta
    33781 tcggcgccac tgcccagatt gagtccgatc tccatgccca gactgtcggc cacctgacag
    33841 gcgtagcgga agagtgcacg ccagcgcgga ctcataaagc ctgtacccat ggaggctgcg
    33901 cccggtgtgc gatccggggc ggagactccc gtctcgtaga tcacggcgcc gcgtatgccg
    33961 acgcgccaca tctcagtcag gtcgtgccga atgccttctt ccgagatgcg tccgccgggc
    34021 cattgccaga cgatgcgtgg gcgtgcgtag gaggggggat tggtgaagtc gcgagccagg
    34081 tctgcgctgt tctggaatcg ggtgacgtcg ttgcgtcgtc cgcccgagtc ctgctccaga
    34141 taggggtcga caaagtcgct gccgtcggca ctgccgcccg caccaccatt gcaagccgtg
    34201 agtccaagcc acagcgtgcc cgtgagccaa gccgtacgcc acgcgcctac gatcaggcgt
    34261 cgggaccgta gggccatcaa ccggatatgt cgtttgcgat tcacggaggc aaaagtaagg
    34321 acgcggttaa aacccggaga gaggtgtgtg gtgtgcagct tctcattccg cctgacggcg
    34381 ccccccggaa aagacgaagg gccgcagcac ccatgtgtgt gccgcagccc ttctacccac
    34441 tgtcccaccc gcgttcgtca cgttgtggcg tcggtcgata cgtggtgatg cgcaatgcac
    34501 cgaatcaatt acgtttcggg tatgctccct gcgcctgtgc gctgtgccga tgtgcacaat
    34561 gcgggctcga tttctaattc gatgactttt tgcctcgtct ccccgggggg ggagtgaggc
    34621 gggtttgtac cgcccccgta cgccactgat aatagacgaa cgctgccttt atgtcttact
    34681 cattcatcca cattctcctc ctcgatctcc tccgagacct cttccaattg gttagccgcg
    34741 cgggcctcgt caaacatgcg cttcatcgtc gggttcttgt aggtgagctt gcgaatggtg
    34801 agcctctcag ccttgttgtt ggccaggcgg aggttgtttt ctgagcccac gagcgcctcc
    34861 ttgatctttt gcagatgctc gatggacttg tcgatctcgt cgatggctgt gtggaagcgc
    34921 tcgctggcca agcggtagtt gcgcgcgaag ccgtccttga acatctccag ctgctcctcg
    34981 aagttgtgca cgtcgaccga ttgttggcgc acttgttcga gctccttttt gtaggctacg
    35041 ctgttgcgcg aggcctgggt gagcagggcg atgatgggca tgaagaactg cgggcggacg
    35101 acgaacattt tggggtaacg gtacgacacg tccacaatgc cctcgttgta aagctcgctc
    35161 tcgggctcaa gcagggagac cagcacggcg tattcgcagc ctttctcgcg gcgatctttg
    35221 tcgagcttgg ccaggaagtc ctcgttgcga tgcttggtgg cggtggtgtc ggcttcgttt
    35281 ttcatctcga acatgatgga gatgtactcc atgccgtcga tatggtcacg gaagatgaag
    35341 tcgccctttg tgcctcggct ggcgtcgttg tccttctcga aataggcgtt ggggtagacg
    35401 ctgctacgga cgcggttgaa ctccgtgctg caatggatct cgaggctctc gccgatcatc
    35461 ttggtcgaca ttcgggcctt cagatccttg taataatcca cctgctcctg ctgttgcttg
    35521 aggcgccgct catagtcctc cttgagcgca ttctcgcgga tggcggccgc ttgttgctcc
    35581 tgcttgatgc ggtcttggag gcgttcgttg gcgttgcgct cttgctgcag tgtcttctcc
    35641 cacttctgct cctctttgag cacttcgagc ttcactcggt cgtcgttgcc tttgatctca
    35701 gccttcaggc ggtcgatctc ctgctccttg cgggccagct gtgcgctaag ctccaactgc
    35761 ttcttctcct ccatgccgtt cagctgcgtt tcgaggcgtg cgatggtcgc gtccttctcc
    35821 ttcagcgcga cctccctctg ctgtagggag cgctcgtagg cttggttggc cttcagggtc
    35881 gccgccgcct gctcggcctc gtgctgcttg tgcagctcgg caatgcgtcg gtcgaggtcg
    35941 gccttgaact cgcgatcctt gacttgcatt aggatggccg catagtcagc ctcgtccacc
    36001 ttgaatgcct tttggcaatt gggacagatc agttccttca tttgttcgtg tcttcttcaa
    36061 tcaagtccac agaccagttc agggcttgga tcttcatgtc cagttcacgc agttcgcgtg
    36121 ccgcagcgtc cgtgcgtcgg cgcaggtcgg gcacatccac cacgcgcacc gttttgatct
    36181 cgttgcgccc atagcgagca tcgccctcca ccacatggct gagcacctcc ttcatcagct
    36241 gtacacgcat ggccagcaca tccttacggg ccatgagtcg cgtaaccgtc tcgccctcgt
    36301 gcaccgtccg catgtttgtt gcattgatgc ggtagatcag atcctccaat tcctccaaag
    36361 ccgtattcag ctccacgtcc agcgcagcca gatcttccgc cggcgtatcg ccttcctgca
    36421 ccttggcgct gtccttaaac cgcaccttca gctcgttcac tcgtttctgt aagtcagccc
    36481 tgaggctgag cgcttctgcc agtttcatcg tagtcgttat tgctatatga ttaaatgtag
    36541 atcccccttt gatgggtgcg caaaagtaag tcgcagcagc attagcgaca cgtcctcggt
    36601 attgtcgaaa cgaagacaaa gccccttgcg ggagttccgc tggactcgcg gcgtttgcct
    36661 tgacgtttgc aggaatgctg caagtgccac gaaaaacttt ctggcgtttg cagggacgct
    36721 gcaagtgccg cgaaaaactt tctgggcttt gcagcgacgc tgcaagtgct tcgaaaaact
    36781 ttttggcgtt tgcaggaatg ctgcaagtgc cgcgaaaaac tttttggcct ttgcagggac
    36841 gctgcaagtg cttcgaaaaa ctttttggtg tttgcaggaa cgctgcaaga gccgcgaaaa
    36901 actttctggt gtttgcagga atgctgcaag tgccacgaaa aactttctgg cgtttgcaac
    36961 accgttgcaa gtgccgcgaa aaactttttg gcgtttgcag aaatgctgca agcacctcga
    37021 aaaacttttt ggcgtttgca acaccgttgc aagtctcacg aaaaactttc tggtgtttgc
    37081 aacaccgttg caagcgtttc caaaaacgtt ttggccatcg cgtggcttcc gtagaaactc
    37141 tctgctggct gtcgaactca cattatagat aggcttgtaa ggcaagaata tccaaccggc
    37201 ggaaaagggt tgtctcggtt gattatgctg tctgtagggc ctatggagaa cttctccaca
    37261 tgtggtttcg gtacggtatc ccttggtctg acgcccattg ccagccctgt aggccgtatg
    37321 gaattgtttc tacttttgcg gcctgattta caaaacagaa agacagttcg ataatggata
    37381 agataagcta tgccctcggg ctgagcatcg ggaacaattt ccgggcatcg ggtatcaaag
    37441 ggctggaaat cgatgatttc atcaagggca taaacgacgt atttaatgag gctaagccag
    37501 ccatcgcttt cgacgaggcg caacacttgc ttcaagcgta tttcaaggac cttcaggccg
    37561 agaagtttga gatgaataag caggtcggtg aagagtttct acgaatcaat aaggagaagc
    37621 ggggcgtggt gacgctcccc agcggcctcc agtacgaagt gctcaagact ggcgacgggc
    37681 agaagcctgg gccgaacgac aaggtgcgct gccattacca cggcacactc atcgatggac
    37741 gcgtcttcga tagctccata gagcgtggtc agccggctgt gttcggcgtt tcgcaggtga
    37801 tccgcggatg gaccgaggcg ctgcaattga tgaacgtcgg atccaaatgg cgcctcttta
    37861 tcccctccga catggcctac ggcgcacacg gtgcaggcga ggctatcgag ccgaatatga
    37921 cgctcatctt cgacgtcgaa ctgctcggca tcgaatgaat gagagacgac gaagagaata
    37981 acaatagaat agtaactaca gaacaaccaa acaggaagat gaaaaagatt aatgtatgga
    38041 tgatggcggc cgcagcggct gcctgtgtaa cgatgaactc gtgtaatcaa ggcggcgttt
    38101 cagcagatgc cacgctgggc tcgcagaacg acagcttgag ctacgccgtc ggtgtgaacg
    38161 ttggaaataa catcaaggcc agtctggcta ccttccctgg cgacgactcg ctgaagatgg
    38221 atctcgtgat caagggtatc ctggctgtgc tgaaggatac ttcagccctg aagatgactt
    38281 ctgacaatgc caatgcctat ctcaatgctt atgtgatgaa ggttcagcag tcgcaggctg
    38341 aggccgagct gaaggtggga caggacttct tggccgctaa ccgttccaaa gaaggcgtca
    38401 taacgaccgc cagcggactc cagtataagg tcatcaccga gggcacggga gccaagccga
    38461 cggcgaagga taaggtgcgc tgccactaca ccggtagatt gctcgacgga accgtctttg
    38521 atagctcagt acagcgtgga cagcctgctg agtttgaagt gggtcaggtg attccgggat
    38581 ggcaggaagt gctgcagctg atgcccgtag gatcgaagtt ccaagtatgg atcccctcca
    38641 atctggctta tggtacgcag ggcgcagggc cgatcaagcc taactctacg ctcgaattcg
    38701 aaatcgaact gcttgagatc gtgaagtaat gaagcagttc cacaagttga caaccctcgc
    38761 actcgtctgc gcagccatgc tgctcggcgg tgcgatggct aatgcggctg ttaagccgat
    38821 acgtaaggca tccgggcccg cactcaagtc gccgcttgat acggtcagct atgcgctggg
    38881 tgtgaacatc ggtagcagcc tccgcgagaa tctcaagacg ttccccaacg gcccagtcaa
    38941 catcaatgtc ttggccgaga tcttcgtccg tacgctcaag ggcgataccg ctggactgct
    39001 gatgaacaac gcagcctccg agacgtgcat ccagaactat gtgatggaag cgcagcagaa
    39061 ggaaggcgac gctcgcaagg ccgaaggcga gaaattcctt gccgccaaca agaaaaagga
    39121 aggcgtggtg acgactgaga gcggtctgca atacaaggtg ctcaagcccg gtgagggtga
    39181 tgagaagccg acggacgctg accgtgtcaa ggtgcattac accggccgac tgctcgatgg
    39241 taaggtgttc gatagctccg tggagcgtgg cgaaccggcc gagttcggcg tgacgcaggt
    39301 tatccgcgga tggcaggagg cgctcaagct gatgtgcaag ggcgagaagc tccaggtgtg
    39361 gatcccttcc gatctggctt acggtacggg tggcgctggc gacatgatca agtcgaacgc
    39421 tacgctcgag tttgagatcg agctgctgga catcattaag cctgagccca aggtggagaa
    39481 ggcggctgaa gaggctgtgg aatccgccga gaaggtcgta aacaaagccg tagagaaggt
    39541 ggacaaagcc gctaagaagg ccgccaagga agctgagaag gctgctaaga aagccgagaa
    39601 agctgtcaag aagacggaga agaagtaaga cgagccaaat acccctccgc cccacaagag
    39661 caacctctgt gaggcgagac aacgaaacca tagcggtgta tcggtgggcc atgtccagag
    39721 agttggacac ccccgatgca ccgcttcttt atggcgcttg attgcggtct ctcgttagag
    39781 gccgttagat cgtcgctacc ggcttgacta tttcgatgcg cagccccagc gcactaatca
    39841 tattgtagaa catcgctgca ctgggcatga tgtctccgcg ttccactctt gcaatgtagc
    39901 tccttgtagc atgcagacgt cgggccaatt ctgcctgtgt cacctttgct tctttgcgtg
    39961 cgtcggagag taactgcccg gtataaaacg cgtaggcttc ttcatcaaac ttggctcgct
    40021 ctggtgtacc tggtttgcca aactcttgct cgatttcctt actgatgctc gttagcatgt
    40081 tgtcttttgt gatcataata ctcctccatt atttgaatcg ccttgttgat ttctgccttc
    40141 ggtgtcttct gcgtcttctt ctggaagcca ttgaagagca ctacgatgca gttgtcatca
    40201 aagatgaaga atatgcggta gatattaccg tcgtacataa ttctcaattc atacagacct
    40261 ctcagaaggt gcttgataaa cttcaccgga agtctctctt cattttccag taaagagaga
    40321 atataaagca ccttcttccg ctctttttct cccaatgtcg acataaagtc tttgtagtag
    40381 ctgccgaaag cgatgatctc tcttttcata cccatgtctt tgatgctgca aaggcacgaa
    40441 aaggattcaa cataccggtg catgacacaa agatcccgca tccataatat ccaccccacc
    40501 tccgccgttt aatccccggt tgaatcaggg tagagcggac ccttcaccac ttctaactac
    40561 tcgctctcac caccacttaa ttccccccta cttcttatga aaagaaacaa gatcctctgg
    40621 gctgacgacg agatcgacct cctcaagccg cacatcctct tcctcgaaga gaaaggctac
    40681 gacgtgacgc ccgtcatcag cggacaagac gctatcgaca gctgtagcga acagactttt
    40741 gacctcatct tcctcgatga gaatatgccc ggactcaccg gactcgaaac cttggtctcc
    40801 atcaaggaga tcgaccccgc cgtgcccgtc atcatggtca ccaagagcga ggaggagagc
    40861 atcatgaacc aggctatcgg taatcggatt gccgactacc tcatcaagcc tgtcaacccc
    40921 aaccaactgc tcctctccat caaaaagaac ctccacaaga acgacatcat tactaccgcc
    40981 acctccgaga gctatcagca ggagtttggt cgcatcggca tgcagatcaa cgactccttc
    41041 accgccgacg actgggcgga ggtctacaag aaactcgtct attgggagat cgaactcgag
    41101 gagaaccaag cccccatgca ggaaatgctc atcatgcaga agcgggaggc taacagtgcc
    41161 ttcggcaagt tcatccgcaa gaattacatg ggctggatgg ccgatcctgc cagtcgaccg
    41221 ctgatgagtc ccgacctctt caagacgaag gtcttccccc tgctcgatgc tggcgagaag
    41281 gtcttcttca tcctcatcga caacttccgt ttcgaccagt ggcgcgtcgt gcggtcgttg
    41341 ctttcggacc gcttcacggt ggacgaagag atgtactaca gcatcctccc caccgctacc
    41401 cagtatgccc gcaacgccat cttctccgga ctcatgccgg cacagatcgc ccagatgttt
    41461 cccgatctct gggtcgacga ggagagcgag gagggcaaga acacgaacga ggagccgctg
    41521 atccaaaccc agatcgaccg cttccgcaaa cgctacgact tctcttacca caaggtctac
    41581 gaatcgcagt atggcgagcg tatcctgaac ggcctcaacg acctgctgcg caaccagctc
    41641 aacgtcgttg tcatcaactt tatcgacatg ctctcgcatg cccgtaccga gagtaagatg
    41701 atccgtgagc tggcccagag cgcggccgct taccgcagct tgacccgctc ttggtttcaa
    41761 cattccgtca tgctcgagct gctcaaccga ctggccgacg agggttgccg cgtgatcctc
    41821 accaccgatc atggcaccat ccaggtcgac gacccgatca agatcaccgg cgatcgtaac
    41881 accaacacca acctccgcta caagaccggc cgacacatga cctgcgactc caagtacatc
    41941 ttcgagatca acgaccccgc ccgggccgga ctgccctcgc cgcacctgag cacgcgctac
    42001 gtcttcgcca ccaacgccta cttcttcgct taccccaaca attacaacta ctacgtcccc
    42061 tactatcgag gcaccttcca gcatggcggt atctcgatgg aggagatgat ggtgcccttc
    42121 atcaccctgc aacccaaatg agcacgatcc acatcccctc gctggcctac ctccacgacg
    42181 cggcccagga gttcctccgc gccgtcggcc ccgcaccccg tgtcgtagcc ttctacggcg
    42241 agatgggcgc cggcaagacc accttcatca aggccctctg cgaagccctc ggtgtccgtg
    42301 acgccatcaa cagccccacc ttcgccatcg tcaacgagta tgtcggccgc gacgccgatc
    42361 acctcatcta ccacttcgac ttctaccgca tccgcaccct cgccgaagcc ctcgacattg
    42421 gcaccgaaga ctatttcgag cgtccctcgt ggagcttcat cgagtggccc gagcgcatcg
    42481 agtcgctcct cccgccccaa gccgtccgcg tccacatcac cgagcaagcc gacggcgccc
    42541 gcgagctaac gatcagcgat taagccctct gccgagggcg gggaagtttg gccgggtaca
    42601 tcgagaatag ctgaagggct ccaattgggc cgacgcctct ctccgtcatg atgcgcggac
    42661 gaggcgtcgg gccaactgcc tgattgccga cctccgcgag cagccctccg tccgcctgac
    42721 gcagacaaac ctgagcggcc gttatacggg tggatcgcct tccaccatct ctggcctctt
    42781 cggccccgtg cggctcagcg tccgccccat caaacggccg tagggaaaac gcacctcgcc
    42841 ccgggtcgct ttcaccaaag cgatgcgaaa tggacctcgc cccgggtcac tttcatcaaa
    42901 gcgatgcgaa acgcacctcg ccccgggtca ctttcatcaa agcaatgcga aacgcacctc
    42961 gccccgggtc gctttcacca aagcgatgcg aaacgcacct cgccccgggt cactttcacc
    43021 aaagcgatgc gaaacgcacc tcgccccggg tcgctttcac caaaaaacgt gagttcgacg
    43081 aaaggatgag gttccttatc tcaggagaat atctttgata gagcgctgta acggccaaag
    43141 tgtttttgga aatgctttgc tcatctcgtg gcttccgtag aaacgcgctg ctggctttat
    43201 gcttagatcc agagtgcacc tcttcgacgc acacgaatag gggctccgtt ggcggagaaa
    43261 cgttttaccg ctaaaccata cttttgcccg catgttatag caattggtta tttgagcatt
    43321 acgtatgaat ttccccttat tgaaatggat cgagccgagg aagccctacc gactcggact
    43381 ggccctgagc ggcggtggtg ccaaaggatt ggcctatgtg ggcgtcttta agtttttgga
    43441 ggagcgcggc atccgccccg acgtcatcgt gggcaccagc gccggcgcca tagcggctgt
    43501 gctgtgggcc gacggacaca cctcggacga gatccgcgaa atgttcgccg ggcgtgagtt
    43561 ctccgagttt gctcgcgtgc aagtgcccac cacgggcctg ttcgacagcc gtggcgtgag
    43621 tgaatttctg aagcgtaacc tccgcgccaa gactttcgag gagcttcgta tccccaccat
    43681 cgtcatggcc accgacctcg acaacggctg cggccatcgg ttcagctccg gccccatcgt
    43741 ggaggccgtg cgcgcctcgt gcagcatacc gatcatcttc agccccgtcg ttatcgacgg
    43801 cgtgcactat gtcgacggcg gactcttcca caacttcccc gtctccatca tccgtgacag
    43861 ttgcgagatg gtcatcggcg tcaacgtcaa cccctacacc gcccgcaagt acagcaagaa
    43921 catctatagc atcggcgagc gctcgttcca ctatatgttc cgcgccaaca ccgtcgagga
    43981 tcggcgcctt tgcgacctgc tgatcgagac cgaggagttc ggccattaca agctcttcga
    44041 cctgaagaat atcgaccaca tcgcccgcgt gggctacgtc accgctgtcc gcgcctacaa
    44101 ccgcctggcc cggacggccg ataagaacaa taagctcctg cgcgcctatc cgccgcccaa
    44161 acgcaccgcg cccaagtcgg cagcccccac caaacaggta gctggcgaag tcggccgccc
    44221 tcggtagagg ccttgatctc cttttgcttc ttgcataaaa gaagcactcc gtcactcccc
    44281 tacatccgtc actcactatg aataagaaca gcaagaaacc catcatctat caagtcctcc
    44341 cgcggatctt tggcaacatg cagcgccccg cgaaggagta tggcaacatt gaagagaacg
    44401 gctgcggcaa gatggccgac ttcacccccg aggcgctcga tgccattcgc caattgggcg
    44461 cgacgcacgt ctggtacacc ggcatcttag agcatgccac ccgcacggac tactccgcct
    44521 atggcatccc caaggatcac aacgccgtgg ttaagggtaa ggccggatcg ccctacgccg
    44581 tgaaggatta ctacgacgtg gcgcccgatc tggccgtgag cgtgcccgac cgcatggccg
    44641 agtttgaggc cctcgtggag cggacgcatg aggctgggct gaaggtcctc atcgatttcg
    44701 tgcccaacca cgtggcccgt caataccact ccgacgccaa ggatcccctc gagcccgacc
    44761 tcggtcagaa cgacgacacc agccgcgcct tcgcccgcga caacaacttc tactacctgc
    44821 ccggacaggc cctcgcgttc cacttcggcg ccaaacagga ggactttgag tacagcgaat
    44881 ttcccgccaa ggtcaccggc aacgactgct tcagcgccac gcccggccgc aacgactggt
    44941 atgagacggt gaagctcaac tatggcgtcg acctgcaagg cggtggcacg aagtatttct
    45001 atcccgtgcc cgacacgtgg cataagatgc tggccatcct ccgcttctgg atcgcccgcg
    45061 gcgtggacgg cttccgttgc gacatggccg agatggtgcc cgtcgagttc tggcagtggg
    45121 tcatcccgcg ggtcaagagt tggaagcagg tcatcttcat cgccgaggtc taccagcccg
    45181 cgctctatcg tgactatatc cgcaccggcg gcttcgatta tctctacgac aaggtggggc
    45241 tctacgacac actccgcagc gtcgtctgcg gccatgcccc agcctcacgc atcacggaat
    45301 gctggcaggc cgtcgacgac atccgcccgc acatgctctc tttcctcgag aaccacgacg
    45361 agcagcgcat cgcctccgac ttctttgccg gccgcgccga ggcgggtatc cccgcgatga
    45421 tcgtcgctgc catcatcggc acgggcccgg tgatggtcta cttcggccaa gagctcggcg
    45481 agcgtggcat ggacgaggag ggctttagcg gacgagacgg tcgcacgtcc atcttcgact
    45541 attggagcct cgacaccctg cgccgacgtt gtcacggcgg acgctacgac gaggccctcc
    45601 tgaccgacgc cgagcgtagc ctgctgcacc aatacacggc catcttgcgc ctttcgcgtg
    45661 aggagaaggc cctggccgag ggcacgttct tcgatctgat gtacgtcaat cctgcctccg
    45721 acagcttcga ccccgcccgc cagtacgctt atctacgcaa ggccgacgag gtggtggtgc
    45781 tcgtggccgt gaactttgcc gatactccgc gacgtgtccg gatacgcatc cccgaggacg
    45841 ccttccgcgc catgtccatc cccgacaata cccccgcccg cctgaccgac ctcctcacgg
    45901 gcacggttgc catcggtacc ctgacccacg cctgcgccta tgaggtggag ctgccgccgt
    45961 gctccggtcg gctgctgaag ttcgattact ccggcctgtc gtgaccccgt tcatagggag
    46021 cttttagatt ttagctcgtc gcgccctact tttggcgcca tatttttaac tgatacagcg
    46081 ggggagacag tccgccatcg caaccggtga aggacgcccc tccgcgctca aactacttac
    46141 aacccactaa acggatgagt gcttatacgc cttttgccat cttctcggga accaactccc
    46201 gttacctcgc agagcgaatc tgcaaaagcc tgcattgccc cctcgggcag atgaacatcg
    46261 agcatttcgc tgacggtgaa ttttccgtct cgtacgaaga aagtatccgc ggcaaggatg
    46321 tcttccttgt gcaatccacc tttcccaact cggacaacct catggagctg ctgctgatga
    46381 tggacgcagc caaacgtgcc tcggcgcact cggtcattgc cgtcatcccc tacttcggtt
    46441 gggcgcggca ggacaggaag gacaagcccc gcgtctccat cggcgccaag ctgattgccg
    46501 acctgctcag cgtagccggt ctcgatcgcc tgatcactat ggacctgcac gctgaccaga
    46561 tccagggctt cttcaacgtg cccgtcgatc acctctacgc ctcgtcggtc ttcttagact
    46621 acatccgcga ggagttaccc ttcgacaacc tcgttatagc cacgcccgac gtgggcggca
    46681 cgaagcgcgc cagcagctac tctaagttcc tcgagctgcc gatggtgatc tgctacaaga
    46741 ggcgcctaaa ggccaaccag atcagcgaca tgaagatcct cggcgacgtg gagggcaagg
    46801 acgtcctcct tatcgacgac attgtggaca cggctggcac catcacccgt gcagccgacc
    46861 tgctcaagca acacggcgcc aagtccgtcc gcgcgatggc cagccacgct gtcatgtccg
    46921 atcccgccac ggagcgcatt gccaactcct gcctcgagga gatgatcttc accgactcga
    46981 tcccctacca gaaggagtgc agcaaagtca ccatcctctc cgtggccgac atgttcgctg
    47041 aagccatccg ccgcgtctgc cacgacgagt cgatcagcac gttgtacgcc atcaggtaac
    47101 cccccctcta accccattca attatgatta tcgacttccc caacatccca gaacaacgcc
    47161 tgccgaactt caagggcggc gagaaagagt acatcgcccg catgttcttc gacgggcaga
    47221 accgcatcat gtacggccga ctcgagcctg gcgcttcgat cggcttgcat acgcacgaga
    47281 cgagcagtga gattatgtat ttccttgagg gccgtggcaa ggtgctgctt gcggacggcg
    47341 aggagcgcgt cgccgccggc cagtgtcact actgcccgaa aggccacacg cacagccttg
    47401 tcaacgacag cgacgccgat ctggtcttct ttgccgtcgt acctgagcaa tgagtagctg
    47461 gcccagagtg gccggtttac cgatgaatca taggggcgct accttcgggg aatagcgccc
    47521 ctatttgtag ggcaaccgca tctaaaccgc gtgcggtttt gatctccgta ggggtgtgga
    47581 gcgcgaaaaa cgcatgtagc cccccaaggc tttctgtcat ttcgatgtgg ccaccctacc
    47641 tctatttgtg ccccgccccc gaggtggcag ttattggcta tactcctttt ttctcagaca
    47701 tctatacccc cagcttactg caatgaaaat tcgacgcaag aagagagcaa tcatcctcgc
    47761 cgtcctcgcc gtcctcctgt tgggtgccgg ttattttctg tatccgatcg tgcgatacag
    47821 tgtgcacaac tatcaagagt tccaacgcat tccggatgaa ctgtctcttg acatcccttt
    47881 ttcctatgac ggtcattttt ccgtacgatg caccattggc ggtaaagagg tgaacatggg
    47941 cataagcaca agtgggattt gcttgatgca agaagaagac ctcaagaaat atcacgccat
    48001 ctatttcgga agggctccgc tgcctatgag aaatgttcgt ggacagtggg attggctacg
    48061 cctttaccgc attcctgatt ttcgcataga taccttcgcg atgaatcccc tttttgcgtc
    48121 tgtcggtaag aacaattaca tgcatttgct ggtgggagac agcgttttcg aagacaatat
    48181 ctttcagcgg agcaaaagga tcttttcggt taaggagggg cagatgcatg tggtcattgc
    48241 tttagatgag gcagaggcgg acattagacg tgataacttg atgggaaatg gcgtcttggg
    48301 gttcaacatc atgcagcaat gcaattggct tttttcagtg gatgaaggac gggtgcgcat
    48361 attcagtgtt gctaatgata agcggctcga acaggagagc aagggcttcc ataagattca
    48421 ggacggactg gaaaacgacg gcatcagcgc ccgcctcgga tcgcttaaag aagatctggc
    48481 attttcgtta gctatcgggg taaacgctga agtcatagtc aacaatgagg tgtccgccca
    48541 gctgaagaaa cggtatcctt ataaggtgat tcttacgctt cgaggggata acagcatcga
    48601 ctccttgttt gtctttgatg gcgttccggt ggtgtgggat gggataacga tccccaactg
    48661 ccaaatcgcg aacaacccca agtttgctta taacaagaac ttcttcggat ctcaactgat
    48721 gcatcgcttc aattttattt tggactatgg agcagatgag ggaaacgacc tatacatcca
    48781 accgagcaaa gacttcgagc aacagcgcgc taagcccgtg ctttccgcat tcggagtcaa
    48841 tataggggag agggagcagg gaatcattgt ctatcgattg gagccggacg gcatcgccgc
    48901 gaaggccggc atcgccttag gtgatgtggt gctggagttg gacggacgcg cgcccaaagc
    48961 cttactcacc agccaagatt tcatccgata tacagccgat aagaaagaga tccgcttacg
    49021 aatcaagggt aagggagaga agcggctcgc gctgtgaggt cttgtttctt cgagtggatt
    49081 cctccaaccg atccgttttg aaggcgttcc ccagagtaaa ttcctccaac cgatctcttt
    49141 tgaaggaatt tcctcgagta aattcgtcca accgatctct tttgaaggaa tttcctcgag
    49201 taaattcgtc caaccgatct cttttgaagg aatttctccg agtaaattcc tccaaccgat
    49261 ctcttttgga ggaatttcct tgagtaattt tcaccgttga ctagtcatcg gtaaaaatta
    49321 ctcaaagaaa cgcctccatt gatccttagt tggcgttgtt gtcgcctcta aacgttcacc
    49381 gctgctgctt acttttgcgc gctgcaatta aaaatcatag gaacatggca ttagcatcga
    49441 aatacgatcc ctcgtcggtc gaggggaaat ggtatcaata ctggttggac aacggtttct
    49501 ttcgctccct cccggacgag cgcgagccgt acacggtggt catcccgccg cccaacgtca
    49561 ccggcgtgct ccacatgggg cacatgctca acaacacgat tcaagatatc cttgtgcgcc
    49621 gcgcacgcat gacgggccgc aatgcctgct gggtgccggg cacggatcac gcctccatcg
    49681 ccaccgaggc caaagtggtg gcacgactgg ctgagcgcgg catccgcaag tcagacctca
    49741 cccgcgagga gtttctgcgc cacgcttggg agtggaaaga ggagcacggt ggcatcatcc
    49801 tcaagcaact ccgacgcctc ggtgcctcct gcgactggga tcgcacggcc ttcactatgg
    49861 acgacatccg ctctcggagc gtcatccgcg tcttctgcga tctgtaccgc aaggggctga
    49921 tctatcgcgg cgttcgcatg gtcaattggg atcctgccgc cctcactgcc ctcagcgacg
    49981 aggaggtgat ttataaggag caacagggca aactctacta cctgcgctac cgcatcgtcg
    50041 gtgaagacgg gtatgccatc gtggccacca cccgccccga aacgatcatg ggcgacacgg
    50101 ccatgtgcat caatccgaac gacccgaaga accaacacct ccgcggacgg cgcgtcattg
    50161 ttccgctcgt ggggcgcgag attcccgtca tcgaggacga ctacgtagac attgagttcg
    50221 gcacaggctg cctcaaggtc acccccgcgc acgacgtaaa cgactacatg ctgggcgaga
    50281 aatacaacct cccctccatc gacatcttta acgacaatgg caccattgct cccgctggcg
    50341 aactctacgt cggcatggat cgcttcgctg tccgcgagca gatcgtccgt gaccttgatg
    50401 ccgccggact gctcgaaaaa acagaggatt acacgaacaa ggtgggcttc tccgagcgca
    50461 ccaatgtgcc catcgagccg aagctctcca tgcaatggtt cctgaaaatg gacggtctgg
    50521 ctaagcctgc actcgatgcg gtgatggatg atgagatccg cttctacccg ccgaagttca
    50581 agaacaccta ccgccactgg atggagaacg tgaaggattg gtgcatcagt cgccaactct
    50641 ggtgggggca tcgcattccg gcttactatg cctcgccgac cgatggggag gcgtcgggca
    50701 atgtgtcgcc ggtcgtcatc ctcgtggccg agactgagga ggaagcgcgc gcacaagccg
    50761 ctgagcaccc catgctgaaa ggtcgcccgt tcacgcttcg gcaggatgag gattgcctcg
    50821 acacttggtt ctcgtcttgg ctttggccca tcgccctctt cgacggaatt aaccatcccg
    50881 gcaacgacga aatgcgttat tactacccca cggcggacct tgtcaccggt ccggatatca
    50941 tcttcttctg ggtggcgcgt atgatcatgg ccggctatga gtatgagggg gataagccct
    51001 tccgtagcgt ctacttcacc ggcattgtgc gcgacaagct cgggcggaag atgtcgaagt
    51061 cgctcggcaa ctcacccgat ccgctcgccc ttatcgacca atacggcgcc gatggggtgc
    51121 gtatgggtat catgctggcc gctccagcgg gtaacgacat cctcttcgac gagtcgttgt
    51181 gcgaacaagg gcgcaacttc aacaacaaga tctggaacgc actccgtttg gtgaagagtt
    51241 gggaggtttc cgatacggca gaacagcccg aagcggcaag aattgcgatc gattggatgg
    51301 aggcgaagtt ctgtgcgacg atcgtggaac ttgaggatga tttttcgaga taccgtatct
    51361 ccgaagcgtt gatgacggct tacaaactct ttcgtgatga gttctctgcg tggtatctcg
    51421 aggctgttaa gcctgcttac ggtcagccca tcgatgcaaa aacatatcgt tccacgatct
    51481 cgttgtttga gaaactcatg ctgacccttc atccgtttat gcccttcatc acggaggaag
    51541 tatggcaggc attggccgac cgtcagccgg gtgagagcat tatggtcact cagctacctc
    51601 gcctggagca aacgaacgac cgattgacgg ccgatttcga ggtggtgaag agcattgtgg
    51661 ccggtgtacg ctccattcga ctcgagcgca acatcccgaa caaggagtcg ctcactttgc
    51721 aggtcgttac gggtgatcat aacgaggcgt ataatccggt cattatgaag atgtgcaacg
    51781 tcgatacgat cgtgcgagct ccgaaagatg ccactgccgc ctcgtttatg gtcggcacga
    51841 cagagtatgc tgtaccgctg ggcaacacca tcgatgtggc tgaagagatc cagaagatgg
    51901 aagctgagat tgactacctc gagggcttcc tccgttcggt gatgaagaag ctcggcaatg
    51961 agaagtttgt cgccagcgct aagcccgaag tcgtggctgt cgagcgaaag aagcgtgccg
    52021 atgccgagag taaactcgcg ctccttcggg aaaatgtagc taagctgaaa gacaatgcgt
    52081 gacttatcga agtagaaaaa tgacacaaac cgataaaaga agaggttggg gcatatgcgt
    52141 atgcctcaac ctcttactgt tacttgcctc atgcagtacc atccgcttca ttgggattga
    52201 cactttggag ccttccgagc tgcatgttcc gcacacagtc cgtcgagtgc tgattgtgga
    52261 caatgcagcg atgccatcta ccgccccttg tgcattgacg ttggggaaga tcccactgga
    52321 ggtgacggag gtaacgactg acagcatggc gttttactac tgccacacct tgggcgaacg
    52381 catcgccgat gcacaccgtt acgacgatgt tcgcctctac gacagagctt atcgcccctc
    52441 ccacctctcc gatcaaccgt tatcagcctc cgaagtccga caactatgta cggacgaggg
    52501 tgtagacgcc gtcatctcgc tcgatcgcct acagttcagc atcaaagggg atgtcgaccc
    52561 gctctatttt ctcacccacg acccgttacg ggtcgaagtg tctggtctca tccgtctttc
    52621 catcccatcc gataccctaa cgatggtccg taccgtccac ctatccgaca cgctccgcgc
    52681 tgcgtttgag ggtaccatcg atagtcccga atccattagc caggccatgc gtaccgtatt
    52741 acgtgaagtt tcactctaca tggctgacaa atcctcttcg cgctttgttc cacactggga
    52801 gccgaatgtt cgttggtact atacctcctc ttcatccgca tggaaagagg ccagcgccta
    52861 tgccgctgct gagaaatgga aggaggccgc cgcaatctgg catcgcctct acgaccaagc
    52921 tcgaaactgg aaagtcaagg cacgtttagc ctccaacatt gctgttagcg aggagctatg
    52981 tggcaatcta tcaacagctt ccgactgggc cgaacgttcc tacacccact atctcgagta
    53041 tgcctcagta atagactcca ccacactcaa tcgccagcga cgctacactg aagccatgaa
    53101 gcagcgtctt cgctctgaca aagaactgag ggattggagg aagtgagtct tgcgatgttc
    53161 cacgatgtgg ctttgtatag atgtgaattc gaggctaggc caagggaagg ggtacagcac
    53221 aaagaaatag ccacctgctt ttagaatctc cggccaaccc ttctatcttt gcccgccgac
    53281 aaacagaaga atacgtgaaa gagaatccaa agattcaggg aataatagag tccatatttt
    53341 tatccgcgat agatcgggta acaaaagatg gatcaataca gacgatcagc cgtttgtacg
    53401 tgcaattgga tgctgacgca ggtgagatcc agatttttga tgagcctgaa cacttattaa
    53461 agaagaaggt catcttcgat tgggctgatc cacgcaataa gggagctgtt tttttgcagc
    53521 gaaaacttgc gatgattcgt tcggcaatag ctcgtgtggc agcaaaaggc gtctttaatc
    53581 atccaaagtg ttcaaagccg ttctttatta gtctagtaga tgatgagttt aaagagtcag
    53641 aagtgttgtt tggacagaaa gagcagtcag aaaaaggaga ggagtgcttg atggcgggct
    53701 tagaaaaaga actggatgat ttttatcgga aactatttcc agatatggaa taaagctcta
    53761 tctttgtccc cgataagaag aacgattgtt ggatttgatg agatcatagt cgtaaattgc
    53821 cgaaatggct cagttggtag agcaattcat tcgtaatgaa taggtccccg gttcgagtcc
    53881 gggtttcggc tcaaataaaa ataataggaa tgtgaagggt atacgtatat atatgggcgt
    53941 ataccctttc ttgtaaaaga gaaatgcgga acacctctat gcggaataag tcaagtcacg
    54001 tagaagtcct taagcttcga tggaaggaga tcgattttac gtaagaagtg gtgcggaata
    54061 gaatgctagg atgaaaaagt agccttgtag attgtctatg tgtaatagaa taccgaatag
    54121 atgcaagtgt gcttcagaga gggattaagg ttcgagagtg aaagatgagc atagcgctgt
    54181 ttgttcttgg attttactgt tttgttggag cgctttgcct tttggataag aattagaaga
    54241 gtggatcaga aaaaagaggg ggatggattg tgagaatagg gctaatctgt atttttgttg
    54301 cggcgattga ctcgtgtgga gctaatgcag cgattgttgg ttgcagaggc gaaggatgag
    54361 gcgaaagaag agattttaag agtattaata tttaactaat tgattatgaa caaaaaagta
    54421 tttactttgt tggcggcttc gttcatgcta ctcttaggag cagtaggggc aagtgctagg
    54481 cctgcatggg gtgattctgt aaagtatcta cccgatggca caggaaaggg tgcttaccac
    54541 cttcaggtgt cgttcatcgg tcagagggct attaaggata gcgttttgat gatggatcag
    54601 gagggtcgtt tggactttgc tgatagtgct tatgtgtgga ataaggatgg agatccagat
    54661 tctgcatttt tcaaattgcg ttcctccttg tggtgcgtca atgttggtag accagagaat
    54721 gcgggaaaag ttcctgcctt tacctttata aacaaagagt atgggacgga gctggcattc
    54781 gattatcagc cttatttatt tacggacaca ggaactgtga atggcctctc cgcacgtaaa
    54841 atttaccatg acagtatggc acgtttgatt ccaggttatg gtatagatct gattgccggc
    54901 cagacggtgg ctccattggt aggtggtaac ttgtcaaaat ggaagttttc acgtacatat
    54961 aatggtgcgc atggatcggc tgaattggag aaagatcaat acttagctat tgaggtgaag
    55021 cctgactact atttaacttt tgcggttcct acagatggta cttcgaaggg aaaaattcgt
    55081 ttggttgtgg cgcacaaaaa tgattttgat cctacggcat ttttttacaa gaacaacctg
    55141 gtgcgcttca gattagtcaa tgcgtctccg agagtgttga ctgctcacga tttcaatacg
    55201 aagatgcatc aaaatcctac ggaaggtcca gttcagctgt tcttctctcc agatgtaaca
    55261 tctggacaga ctaatgcttt tgctcagttg ctgaaggcta cggacgttca gtcttccacc
    55321 cgcgggaagg accaccatta tctttacttg aataccacgg gaggacagta tgtaactatg
    55381 tctacatcgg actacaatag tgatttgggc attcgttatc cgaagattga aacgacaggt
    55441 gctactaatg aagatcagag taaatggcgt ttagtttatt atccttcaga agacagcttg
    55501 attatcaatg tgaaggggta taagaatcat gtaagttatg gtgctcagaa agatccaagc
    55561 acaggctctt atcctacagc atacccccca tacaataatc tgtataacga tgacatatta
    55621 aattatttga ttgttcgtgt acaggattta aacgctacgg ctggtcgtat actaacagtt
    55681 gccaatgcac cagctaatac acgcattcat ttcaatatta ataattgtgt ggtatatgat
    55741 acggatcgga caactgttcc ttcgaacttg tatacggtaa gggatcgtga gggtcgctac
    55801 ttagtggttc caatgtatgc aggtgatctc acaccacagt ggatgcgtct ggaagatatt
    55861 gaaaatgcaa atcgtacacc gtccgatcag tggtttgtga cgaaggtgaa tgatggatcg
    55921 ggtatatcga agattcatct gacgaaccgt gaattcaata atatccgcat cgagtttgtt
    55981 caagtatata atgactacca tctgtttaaa ggtgtatggc atcgtattga tgaaaacgga
    56041 ttaggacgtg actatagccc gattatgggt agaaattatg tgaatctggc tggttttact
    56101 gtagttccga agccatatcg taatgatcct tacttgggat ataagttctt tagtaagaat
    56161 cccgatgagg ctgctgctat taaggaagca acagactcac tgaattggtt tgcttatgcc
    56221 ttcaattact tgaataagct gagtgatggt aatcactata tgggcttccg tgacaatgct
    56281 tcgagtacgg atacgggctt atatatttta aaggatgata gaacatactt ccaacttgtt
    56341 gtccccgata ctttgcgtag agaggcctat ggtgtcgaga aatatggtat tggctggaat
    56401 gatggtttat tggcgaactt cagcaacaca agtagcgacg actatattgc tccgttgaaa
    56461 cgctggttct atcacttaca ggtgaatgac tattggaagt ttaagcggaa tgagaactat
    56521 gttgtaatgg acgacaatgc acgttatggt tatacgccag agagaaatgc gaatagtcgt
    56581 cgtttgaata aggcgaagtt ctatctgcgc tttacgtatg agacaaatgg caaggactac
    56641 tatacgctgt tagatcgaat cgatatctcg aacttccact acctgacgta tgtaaagaat
    56701 cttgctgtta cggatacgat taaggcttat gattggagcc atggcagcat cagacagaat
    56761 tcgtttggtg tagtagctgc tagcgtaacg gatcacgctc caatgtatgt agctgcacag
    56821 ccgaagacga ttggtacata tcgtgtttcg acgtttgctt taactcatga aacagagcca
    56881 ttgtatcgtc gcttcaattc tttagatgaa ggttctgttg cgactgatga tcctgatacg
    56941 gtagccttcc gtcgtacagc aaagcctaat gattatctgt atgaagatgc gcacagtgta
    57001 tactctgcga ctaagaagca gaatgcagct ggctatagca atatcaattt cgctggcgta
    57061 gagaatgcag acgatgctat caagaataag gataaggatc aggtattcaa acgccacatt
    57121 gatacagatt gggctattta tgtagatact gcttatgtga accgtggtac gggtctgatc
    57181 aaaccgcagt acttgctggt agtaggtccg gaatttggtt ggctgggttg cccggtttgt
    57241 ggcgaagatg agttgaatcg tccatatgta tatggccgct tcttacgtaa cgagacggat
    57301 tctgcacgca ctgatcctca gctgggttcg cagagtgcta tccgcgatcg tgattacatc
    57361 ttgccttcta actgggatcg tttggccttc accccagcta tccacgcagg tgatacgttg
    57421 tatgttctta atggacattc gatcgaagag ttctatgtga aaggtgctaa tggacagcgt
    57481 tatgtgaact acaagaaact gaataacaca ccgcgtgtga agaaagtatt cttgggtaac
    57541 aacctccata aagacgaagt gttctcgttc cgctatattg aacctcgtgg tggatcgaag
    57601 aaagacttct tgatcgagtc tgagacatgg aatcgtggtg ctggacgcat gattgctcca
    57661 atgcagggtg catggatcaa gattcagaat ggtgtgcctg ttgtcagccg tggatcgtac
    57721 tacgatgcga ttactgaggc tgaagtttgg aacgtccgta agacagacaa ggctccgttg
    57781 gccaacaagg aagtatctac gacgaatgta gtagtaactg ccggtgttgg taacgtaact
    57841 gttctgaatg cttcgggtaa ggctgttact gtaagcaata tcttgggaca aacggtagca
    57901 aaagccgtat tggcatctga taacgagacg atttctgcac cacaaggtgt cgttattgtg
    57961 tcggtagaag gtgagaatgc agtgaaggct gtcgtgaagt aaaagataga atagatgaag
    58021 attttcggac ggtagagttc tatctaccgt ccggattcct tcgatcgaat tataatcgac
    58081 tatttgaata ttaaaacgat aatgattatg aacaaaaaga ttttcacgct attagcggga
    58141 attctcatgt tggggctatt tgcagtcccg ggtaatgctc aattcttaaa gaagcaggac
    58201 ctgcgtgtgg gaaaacccgt gaggaaattg caggctggcc ccaacaaagg ctattactac
    58261 ttatctgtag atagtgttgt gggatttggt gctctcaata atgtgctgga catgctgcaa
    58321 cttccacgta gagatacggt tggccatgtg ctagacggta acgatggatc aaagaattta
    58381 atggttctgt ttatgcggcc ggacaccact aaaaatggga ggtactccct ttttgtcgat
    58441 acgcttaatg taatcagacg ttcaggaagt cgagactctg tgaaggctaa atggaagggg
    58501 tattttaagg ataatacgcc gaagacggag atttcagcat ctgctctgtg gtgcgtaaat
    58561 gtaacagact atctacaggg tcagaatcca acatttgatt ttacgaataa gcaatatgag
    58621 accttgttgg aaatagatgc ctataatcat gagagttgga gacctgactc gtccagatct
    58681 ttaaatgcat atggcaataa ctggaggatg tctccagcac gtggtgatac gtcgttagtt
    58741 cctggaggtc tttctggatg ggaattctca gagacttatt caactgtttt aaatgcaggt
    58801 cgtccattgg ttacttattt ggatgatacg catgatacag tagctgtatt gtgtatgcca
    58861 cgagataccg ctggtggatt gaattttggc aacttagttc cagatagctt tatctgtgtg
    58921 aagattgctc cggcaacgga tgtaagagct ggtaaagtgg acggtatgct ttacttcact
    58981 ttgcgtgaag cgctcccgtt cgcattggat gctaatgatt tcaattcgtt gagccgcaca
    59041 aatccgctga aattctctcc ggatgctgct tcgaacaata ttttcacctc tggtctgaag
    59101 gcagcacaac ttgacacaag tgctcatcgt gctgctttgg ttgatgtagc tttcttgcaa
    59161 tcgtatggat cagcacccgc ttttactggc aattggcaga atccgcgttt gggagatacg
    59221 acatttgtgg ctttccctga ctctgtattg gactatatgg gttatatgca cttgaagagc
    59281 ggtaataatt atctccgtgt tgattcaaac ttccatgtgc gtaatgctgg aggtgatcag
    59341 ttcctgagat ttgcaacggg cacacaggct cagatgtgga agaaacttac tgatactact
    59401 gatacagtgt ctcgtcggga ctcgttgatg tatggtcaat atgtatggcg tctggtttac
    59461 tatccttcgg gagatagtgt ttatatcaat ccattcaagg cggcttatcg tcctgagtac
    59521 gatccagcta tctggcgtaa tggtgctgat agtgtccgct ctcttggttg ggtgacccag
    59581 cagcgttata cttttgcagc aattccggat acgagtgtgt tacacatgca aagtaatttg
    59641 agttctggac gacttggcac tgctatctct ttttctttgg gacaagaccg gaatacgaat
    59701 acggacaata tgattaataa cttcttcccg ttatctgcgg gtcttgatag taaccaaatc
    59761 aaaactgcgc gtctgagaga cggattcatg gtgaatgcgc taaattctgc ttctgctact
    59821 aagggtaggg ctgagaatgc tccattacca tataagtatc gtcatcgttt gtatgtatcg
    59881 attcagaatc tggcatcggg gcgtgaggtt actctccact cgaaccatag cggattcttg
    59941 ccggctggtg attgcagtat caatacgcac atcaattttg gtggctacta tactccttgc
    60001 ttggctactg gctctgatcg cgtttcgatc ccgtcagatt tgtatctgat ccgtaataca
    60061 gatggacagt atctgcatgt tccgttgtat tctgctcacg actccgctgt ttggacttac
    60121 ttagacgagt tcgtacatcc ggaagaactt ccttctttcc agtggattgt tgagaagcgt
    60181 tatagaaact ctgagaactc tccgatcaac atcattaacc gtgagtttgg tcatcgagtt
    60241 ggtaataagt atggtctggc tttcgaaaac gtacagttga agaaagacat ggagcacttc
    60301 tccttccgta ctgatcgctg gagatggaat gaggagaaga aggtgaacga gagaacgact
    60361 acgttcgatg ctgctaagtc gaacatgagt gaaaagaacg gcgctacgtt tattgcgttg
    60421 ccgaagaagt ataagaatga tccgttgctg ggttaccagt ggattaatcc ggatacttcg
    60481 atcgtgaacc tctatgcatt taactatgca agtggtatcg atgacagccg ttacatctca
    60541 accgctaagg acttcgatat gaatgcttat cccagaacgg atacggttct ctatatcggt
    60601 gctaaggaca atttcgatgt ggcctacttc cgtatggata cgatcggtgc tgagaatggt
    60661 aagttgaacg agtacggtta caaggtggtt tctaataaga accaagtaga cgatctcgta
    60721 acgctgaagc gtcaggctta tcgtctgaac ttcgagaatc cgttcaagta ctgcttgggt
    60781 acgctttcag taagcaatgc tgcacagcac ttctattcat tgagctcgag attgacagct
    60841 cctcttacca acatcttggg cagacctgtc ttctacttgc gtgatgtata tatggagaac
    60901 gatggtgtaa aagacttcgc tcttgtacag gtaatggata cggtggctat gcagagtgca
    60961 gattctacgc agctgaagac ttatatgact cagacgctgg gatctcagat ctctgacctg
    61021 atgatgagga acctcagaat cgctggtaag ttcaatccgg gtctctttgt actggctgta
    61081 gacgaaccga cgctgaagct gaagtttgac tatcgtggta attctgtaac acgtgtatcg
    61141 accttcagac tgaagaagga tgctgatccg atttaccgtc gcttcaatac ggagcttgag
    61201 ggtaaggtcg gtgatgactc gcccagaacg atgaagttct tcagaacaag cagtatgacg
    61261 acaggtaagg attacctctt cgagaatact ggtgctctga cggatcagaa ggcttactac
    61321 aagggcccga gaaactatct gggtcttgta agtagcaact ctaatcctaa cgctaagact
    61381 tcgatcttcg tggatacggc ttatgtaaac cgtggaacgg gttatatcaa accgcagtac
    61441 ttgctcatga tccgtccgtc gattgtaagc gatacattgg gttgcgacga caatggtgaa
    61501 ttgacgatcc atctgccggg ctaccgtaga ggtatgtacc tgatcaatgc taccgactct
    61561 gctaatatgg agagaacggc tggtgttgat gacgagcgta acacttacct ctggaacact
    61621 cagtgggaac gcttcgtgtt cacggatgct atccatgcaa acgatgctct ctacatcctt
    61681 ggtggtgctg acttgagcaa cctctacacg aaggttgatg ctaagggtaa tgcgaaggcg
    61741 cttgatttgg ctaagttgga tgccgtatcg gatacgacac cggctgcacc gaagaacggt
    61801 aagatccgca agatcgcttt gggtaacaac taccacaaag actgcgtatt ctccttccgt
    61861 ttggttgagc gtggatcgcc ccagaaggac ttcttgatcg agtctgagac tgcatatcgt
    61921 ggtgagccta ttacgaatcg gaatccgatg atcgcaccgt gtgttggtgg ttggttgaag
    61981 atccagaatg gtgtacctgt aatcagccgc tctgaccaag agaagagaat accggaaggt
    62041 gatctgttca atgtagagat gacatctgaa gatcctgttt ctaacgtagt tgttccggct
    62101 actacgggtg tgaaggtggt tgctgagaac ggttctgtaa ctgtactcaa cgcttctggc
    62161 aagcgtgtag tgatcagcaa tgtactgggt cagacggtgg ctaatacggt attgacttct
    62221 gatcgtgcta cggtatccgc tccgaaggga gttgtgcttg tggccgttga aggcgaaccg
    62281 gttgtgaagg cactggtgaa gtaacatcta gtgatattaa ttgagggaag gctgctccta
    62341 tatgggggca gcctttcttt tttgatttta tggtccgatg gaattacagt caatcagaaa
    62401 tggatagggg ataatctttc acgcacgaag ggcgatccta ttaagacatg gcctcctttt
    62461 ccaagattcc cattcgttag gagagggcaa aaccgtacaa cggtgagggg gctgaggggc
    62521 tacagagatc aaaaccacgc gtggttctaa tctccgtaga ggtacagaca ttaaaaccac
    62581 gtgtggtttt gatctccgta ggggtacaga catgagaacc acgcgtggtt ttgatctccg
    62641 taggggtaca gacattaaaa ccacatgtgg ttttgatctc cgtaggagta agtatgaaga
    62701 atgtatctcg ggcctatcgc cattttgata caaggttacc ctaattcgtc ctcatatagt
    62761 tgatgcattc cattacaatt atttgctttg cgggagcatt tcgatttcta tgaacaaaca
    62821 gtcatggaag caatgaagat cactaaacat caaatgaaaa atagagtatg aaaacacgtc
    62881 ttaccctact gttactgctt tgcctcgctg ttagcctgta catgcgagct tatgacaatg
    62941 tgcgtcggcc agatacgcgt gcgctgggat tggctggttc cgaggttgtc tattcgccgc
    63001 tcttcaaccc atcgctgacg cccttctttg cgcatcgcca gctgcgcggt gactatttca
    63061 acccctatgg gatgaaggag ttggtcacgg tcagtgctgg gctcaacgta ccgaaccgca
    63121 tcctgccgtt cggtgtgcac atcgcctcgt ttggctacga cagataccgc gagagcatgt
    63181 tccgcctttc ggtctctaag cggctgagca gcatgtggtc actgggggtg agtatgcagt
    63241 atgccctcct gcagtctgag atctttgagc aggacgggca gcggctgtcg gctgatgtgg
    63301 gtgtggcgct acggccaaca gataagtggc tgctgggact gtcggtactt catttccccg
    63361 ctgtttcgat cggctccgat gagacgaatc aggtgcacat gacgccgcgg atgatccttc
    63421 tcggggcgcg ttatatgatg gacgagggct tggaactgtc ggccgaggcg gagtatcggc
    63481 agtatgagcc cttcctcttt tcagtcgggg cggagtacac gccttttgcc aatttccaac
    63541 tgcgtgccgg cgtgaagtcg tcacccttca gcccttcgct gggcgtgagc tattctttca
    63601 tcggcctgac cctcgacacg gcactatact atcaccccgc gcttggagcc agtgtgggaa
    63661 ttgggctggc atattcgttt tgatgcgaga agccgttctt tcttaacgcg agttcgacga
    63721 aagaatggac tccctaatcc ctgaagaatg tctttgatag cgcgcagtag cagccaaaag
    63781 cactttggcc atcgtgtgac tcccgtagga actctttgct gactttgttc ttatatcgag
    63841 ctcacgttaa ggggcagagc aagctatgtg acggaaaaga tgggacagaa aggtggaata
    63901 ggcctcgaat aagttcgacg gagaaggtcg tattgtgcca gctatggagg gcgggtaagc
    63961 attcgcccta tatttttggc accgttttca acgaataagc ctatacgaat catgtcagaa
    64021 cgaaaagtta gggtgcgatt tgcgcccagt cccacgggac cccttcacat cggcggtgta
    64081 cgtaccgcgt tatacaacta tctgtttgcg aaaaagcacg gcggcgactt cattctccgc
    64141 attgaggaca cggactccca gcgcttcgtg cctggtgcgg aggaatacat cattcagtcg
    64201 ttcgagtggc tcggcctccg cttcgacgag ggtgtcgggt ttggcggcaa ctacgggcct
    64261 taccgacaga gcgagcggaa agagatttat cgccagtatg tcgaccagct gctggatgct
    64321 ggtctggcct acatcgcctt cgataccccg gaggaattag aagctaagcg caaggagatc
    64381 cccaacttcc aatacgacgc ctcgacgcgt gggcagatgc gcaactccct gacgcttccg
    64441 gccgacgagg tgcagcggct gatcgacagc ggtgcgcgct acgtggtgcg tatccgcatc
    64501 gaaccgaacg aggatatccg cgtaaacgac ttgatccgcg gagaggtggt tatcaactcg
    64561 tccatccttg acgacaaagt gctttacaaa tcggccgacg gactgcccac gtaccacatg
    64621 gccaacatcg tggacgacca tctgatggag gtcacgcacg tgatccgcgg cgaggaatgg
    64681 atctcgagcg cgccgttgca tgtgctgctc taccgctact taggttgggc cgacacgatg
    64741 ccgcagtttg cgcatctgcc gctgctgctc aagcctgagg gcggaggtaa gctgagcaag
    64801 cgcgacggcg accgcctcgg attccccgtc ttccccctcg agtggcacga cccgaagagt
    64861 ggcgaaaagt catcgggcta ccgcgagagt ggctacctgc ctgaggccgt gatcaacttc
    64921 cttgcgctgc tcgggtggaa cccgggcaac gacattgaac tgatgaccct cgatgagatg
    64981 gtttgcctct tcgacctcac ccactgcagc aagagcggcg ccaagttcga ttacgagaaa
    65041 ggcaagtggt tcaaccaccg ctatatccag ctgcgcagcg atcgcgacat cgctgacatg
    65101 ttccgccctg tgctcgaaag tcatggcatt acggacgctg accaagcgta tgtcgagaag
    65161 gtggtcgggc tgatgaagga gcgcgtcagc tttgtgcccg aactctggcc gctgacctat
    65221 tacttcttcg tcgcgccgac cgagtacgac gagaagaccc gcaagaagcg ttggcgcgag
    65281 gacagcgccg cacaactcac ggagctgatc gaggttttgc gtgggcgtga acccttcgac
    65341 gtggagggca ccgaggcata cgtcaaggag tggatcgcag cgaagggcta ccacctcggc
    65401 aacatcatga atgccgtccg gctggcgctc gttgggcagg gcattgggcc gcagatcttc
    65461 catatcaccg aggctatcgg taaggacgaa accattcggc gcattcagcg cgccatcgaa
    65521 atactcgggt gatgcgcccc ctctacacgg cggctatccg cctctatgca gcggccgtcc
    65581 acgccgctgc gccttttaat gggaaggcgc gcaagatgat cgacgggagg cggagcattg
    65641 acgacgtttt gcgtgagaag atcatccccg gtgcgcgcta cgtctggctt cacgccgcct
    65701 cactcggtga attcgagcag gggcggcccc tgcttgaggc cattcgccag cgccaccccg
    65761 actgcaaaat cgtcctcacg ttcttctccc cctctggcta cgatgtccgc cgcgactacc
    65821 ccggcgccga tgtcgtatgc tacctcccgt tcgacttccc gcgccgcatc cgccgtttcc
    65881 tcgaccgtgt ccgccccacc ctcgccctct ttgtcaagta cgagttttgg ctgaacacgc
    65941 tcgatgagct gcggcgccga cgcgtcccca cctaccttgt gtccggcatt tttcgccccg
    66001 gccaactctt cttccgcccc atcggccgac cttatcgcga cgcgctccgc tgtttcgatc
    66061 acctctttgt gcaggacgag gcctcgcgcc agctcctcgc cggcatcggt ctgacgaacg
    66121 tcaccgtcac gggcgacacc cgcttcgatc gcgtgatcga catccgccat gccgcgcggc
    66181 cgctccccgt cgttgccgcc ttcgctgaac gcgacgcccg cccggtgctg attgccggta
    66241 gctcgtggcc ggaagacgag gcgctgctga tcccctattt caacgcccac cccgacctga
    66301 agctcatcct cgctccgcac gagatccacg aggcgcacct cgccgccatt gagacccgcc
    66361 tcacccgtcc ggccctgcgc ctctcccgtg ccgatgccaa cacgaccgcg ggcgtcgact
    66421 gcctcattgt cgactccttc ggcctcctct cgtccattta ccgctacgcc cgcatcgcct
    66481 acattggcgg cggcttcggc cacggcatcc acaacgcccc cgaggctgcg gtctacgccg
    66541 tccccgtgct cttcggcccc aattaccaca agtttcgcga ggccctcgag ctcatcgctt
    66601 gcggcggcgc cttctccatc actgacgcgt ctaccctctc tgctcgcctc gatgcgctcc
    66661 tcgctgaccc cgacgcctgc actgcggcgg gagattctgc gggcgcatat atccagcaac
    66721 atagcggtgc caccgagcag atcctccgcg ccatcggcct ataaaacagg ctgtgggttg
    66781 tctataatag gtacgtctcc ggttagcgat ggcataccat tgcttgttag tgacgaccta
    66841 ccatataggg tagtggtgac aaaccttggg gtgtgttttg aatcgatttg ggtgcatgaa
    66901 tccaattact ttgggcctat atccccaatc tctttggacg cataaaccca atctatttgg
    66961 gtctatagtt ctaatcgttt tggacttata gacccaatcg ctttgggcgc atagttctaa
    67021 tcattttgga cttataggcc caatcaaatt ggactcgtct gcccactcct actggtaggt
    67081 gtgcatgcac tttgcgttaa cgacggccca tcttagaacg tccagcggag catggcatag
    67141 aggtccgtgc gattgcgccc gcggatggtt tcgaggcccg agccgatgga gccgccggtg
    67201 aagaggtgtg tccagccgat tttagtcgag agggtgagcc gacgacccgc ggggcgccaa
    67261 tagagcaggc cggagagacg cagtccgcgg ccgtagagcg agggtgtggc gaaggtgtag
    67321 agcaggtttt tctcgtagga atagaggcga gtggcgaacc catccgtcag gaagagggca
    67381 gcgaagagtt cggcgcggat gggcagcctt tgagggcgcc aactgatggc ctcggagagc
    67441 atgtggccgc gtgcggtagg ggcaccgtcg ggctggtgaa gcgagaagtc aagggcggtg
    67501 cggagcgccc aaacggtgtc gatggtacag gtgatttggg cgcggagccg atgtctgatg
    67561 atggggcgaa gggcaatctc atgtccgcga acggcatcgc cttcagtgcg ttggctacgg
    67621 aaacggacgt aagccgcgat gatctcgcgt ggatcggtcc aatcgattcg caaggtgtat
    67681 tcgctgccgg tggaggggaa gctgacgcgg ggcttcatcc atgggaagcg gaagaggtcg
    67741 gcatgacccg tgagcaacca gcgtggggcg ggtgtgaagg tgaggccgag gtaaagcccc
    67801 tcttcgtttc tgacgcgggc ggtgcgcgcg aaggcagagg caaagagggc gtggtagcgg
    67861 ggcgaatagt tgcggtagag cagggtggcg atgatctcgg agctgggcgt ccattgcagg
    67921 gcggcgagtg tggccgtggc gccagaaatg gtggagaggg ccgtctcacc gaagagcttc
    67981 agacggtcgt ttttgatcat gtagtcgagg ccaaggtcga cgttgctgcg gccgcggaag
    68041 tcgtagtggt tgtaaggttt aggtggcgga tcgacgcgtt ggccaccgaa gtcgtaggcc
    68101 aaggctgtaa gtccgatgtg catgcgggag cgggcatagc gcaggttgcc gccgatggca
    68161 cgcaggctga ccgtgtgtcg ggtgcggcgt tcgttgcggg tacggtgcag gccgttgacc
    68221 ttgagggagg tgatggtggt gccgtctgtc gtggcgtcca ctttgcggct cgatccgaag
    68281 aggctcagct gccagtacga aagtgcgacg gtggctgcga tgccgcggaa gaactgctgt
    68341 tcgtcggtgg aataatggcg gcggaagccg ttgttgcggt attcgggctc ggtggcgagt
    68401 gtgccacggg cgggcgcata gtcatgactt acgacgagcc cttgcccaaa agtggccttg
    68461 aagtcgccca cagcgagggt gcgcaggtgc ccgaaatctt tcaggacgag gtgagccgaa
    68521 tagtagtcgt agcccttatg agtcgcatta gcaaagggct ctccggcatc tttctctgcc
    68581 gcaaagcctg cttgcagacg gtcgtcgaag gtgtaggcgt atcggatggc gtggctgaag
    68641 ggctcgccga ggtatcgccg ggagctgctg tctggggcgg gcgtgtaacc tcgtttccgt
    68701 tccacggtct ggccgtattt catcacccat tcgctggcgc cgtggtgtag cagattagca
    68761 agggtgatag ccgggcgttc ggggccgtgt ctgtttacgc aaacaaaggg ggcgacgcgt
    68821 cggagtgtga tccagtcgag gacgtcgatg gctctcagtt cgtagacggt gaggaagtag
    68881 tggtgccgct ggcggtagga gaggatggag tcgacttgtg cgtcggagag gaaaggaagc
    68941 tggtgaaggt cgtaggtggt ggctgtgttg aggtcgatcg gatgttcagc caggtgggag
    69001 aggtcggtgt agagtgcttc aagtcgcttt tcgtcgaact catcgtcagt gtattcggaa
    69061 agttcacgca actgttccat ccaatcgtcc gtcgggtggg tgtcctgcga cctgacgacg
    69121 ttgcttgcca caacgagtaa aagcaagacg acgaataggg ggcggagcat ggcatgtata
    69181 gattcaggtg ttggtagaat ttcaggatga gctggccgat tttaccggac tctctcctcg
    69241 aagatcttgt tcccttcgag caatgcgcgg gtgtcttcga agaattgcgt gcaggttgtg
    69301 cgtaggtcag ctggtagcgc gatggagtca gccgcagacg gaggaataat ccggtagcca
    69361 ccgggacgac agacccatcc gggcgtgtag gcgggagcaa tccggagagc accgttacgt
    69421 tccttcttaa tgtcgagcgt gacgatcagt ccgccgttcc ggtaacgctc cttctggttc
    69481 gagacgaggt tgccgagcga atagacagtg acgctgcgca cgacaccctc attgtcgcgc
    69541 ttcgcttcaa tgggttgaat aacgtgtggg tgactaccga tgacgatctc ggtgccaagc
    69601 cgatggcaga gcgcggccag tcggcgttgc tcgtcgttcg gccgcctaac gtactccaca
    69661 ccccaatgga aaaagacgat cacgcagtcg atgtgcttac ggtttacttg cgataggtct
    69721 ctacggatgg cattcgtatc gatcaggtta acgatcatgc ctttgggtat cggcatgcca
    69781 ttcgtatcat aggtgtagtt gaagagcgca aaccgtaacc ctccagcttg gaacaacagc
    69841 ggatgttctc tgcgtatccg actactgtcg acgaaggctc ccgtgtgtac aatttcgagc
    69901 gaatcgaagc gtcgtgtcgt gtattcgatt cccgtacgac cgttgtcaca gatatgatta
    69961 ttcgcgaaca tcacagcgtc gatccctatg tcacgcagag cgtcagccac agctcccggc
    70021 gatcgaaacg tagggtagcc gtgataatca gttgttggag tcagagttgt ctcgaagttc
    70081 aggatggcat aatcagcctg ttcgaaaagt ggcttgacgt aacgaaacga ttcggcgtaa
    70141 tcaaaacgac cgtttggacg ttgggctgct cttacttgcg gcatgtgctg cattaggtcg
    70201 cccgcgaata ccagtctcgc ctccctgcgc accgtgtccg aagcgcttga gtcgagttca
    70261 cccgattgtc cctcccgcgg atgcatcgtg cacgcgatgc aaaataggag agccaccgcg
    70321 agccagtaga ggcggtgggg gcgggtggcc gatctgtgta ttacgcgtgc gatgccttta
    70381 ttcataccac gaggcgtaca tgtgatagtt gcgagcgatc ttctgattca tctctttggc
    70441 ctgctctggg tctactttct ttacgaattt ggcaggtaca cccgcataaa tactccacgg
    70501 ctcaacttgt gtgtggctca atacaacaga tcctgcggct ataattgccc cttcgccgat
    70561 cactgcgtga tcgagcacta cggaccccat acccaaaagg gcccctttgc agatcttggc
    70621 tccgtggata gtgacattgt gtcctactga gacatcatcc tcaatctcta tcgttgactt
    70681 ttgatataag gtgtgcaaca ctgatccgtc ctgaatattt acaccgtttc cgatgcggat
    70741 agagtttacg tcgccacgca atatcgtgcc aaaccaaacg ctgcatcctt cgccaagcac
    70801 gacatcacca ataatcgtcg cgttgtctgc gaggaaagta tctttcccaa tactgggagt
    70861 aaatcctctt accgatttga taagcgccat tgttctcttc tttgatgggt tatgaatgaa
    70921 attagcgccg acaaaagtag acaaaagaaa gatagctatt ttgcgtggga gagcatggat
    70981 gaaaatccaa ctgaaagttt tgctgggaat aaaatatctc tacttttgca cctgattttt
    71041 agtataagta gaagagaaac agatactgag taattctaaa agcgataata tatgattgta
    71101 gttccgttga aagaaggaga gagcatcgag cgagcactga agaggttcaa gaagaagttt
    71161 gaaaagactg gtgttattcg agaactgaga agtcgtcagg cttatacgaa gccttcggtg
    71221 gaaaaacgaa aggaacgtat gcgtgcggtc tacgtgcagc acttgcagca ggaagaagag
    71281 taattccgct tacacgaagt gtctctcgtg tgtttgtcac aataggtgta tggagaggtg
    71341 atatggaagc atctatcgca tcttttatag actatctccg atacgagaga ggagcaagcg
    71401 ttgctacgag agttgcttat aaaaatgact tgcttcaatt tgtggcatat gtgcgtgaac
    71461 acacggagaa tggcaaagca agccttgggt ctgtcgattc ggacttaata cgtctgtgga
    71521 tcgcatcatt gatggatgga cgtatgtctc caacgtcagt gaatcgaaag ctgagcgcat
    71581 taaagtcgta ttttaagtac ttgatgaagc agggattggt cttgaacaat ccggcgtttt
    71641 tagttattgg tcccaaattc ttccgtccgt tacctcagat tatgaaggaa gatgagttgg
    71701 cagaattgct cgatggaagt tgttttaagg ctgattttat aggaacacgt gatcgactaa
    71761 tgatggaatt cctgtatgag accgggcttc gacgtcaaga acttgctttt ttgaagtgct
    71821 cagatataga tctaatggcg atggtggtaa gggtttgtgg aaagcgcaat aaggagcgta
    71881 tagtcccttt ctcggaacgg ttgaaggtgc agatcattag ctatctacaa aagagaaggt
    71941 ctgtgctgca atgtgataac attcactttt ttgtttgtaa ggatggtcgt tctgtcactg
    72001 gtgcaacagt atacaatgtc gtgaagaagt atatctttaa cagaggctta cgtacaaagt
    72061 gtgctcctca tatgctgagg cattcttttg cgacgagctt attgaataac ggtgcagaac
    72121 taaatgctgt gaaagaatta ctgggacata gtagtttagc ttcaacttcg atttatacgc
    72181 atatcacctt tgataagttg agagaaatgt attgtgctca tcctagggct aatagataag
    72241 gaggtaatta tggaaattag aattcaggca attcattttg acgtgacgga gcgcttagat
    72301 gcgtttattc ggaagaaagt agctaaattg agtcagtatc atgatggcat tttggatgct
    72361 gaagtcatat tgcgagtagt caagccggag acagtacgaa ataagcaggc cggcatacgt
    72421 ttacagatta agagcaacga ctgtttcgcc gaaaaggtaa gtgatacttt tgaagaggcc
    72481 gttgacgagg ccgtagttgc tttggaaaag caactgatta aagccaagga aaagagtaga
    72541 tccaaataaa aaaagcggga gatttgttgc ataacaaatt cattctaaat ttgcggccgt
    72601 ttcgcgtaat aacggaacgg ctcttttaaa ctaaactcga ccccttcatt gcagagtttc
    72661 catccattga tggcgctagc tgacttaggt tatgtgtgaa tgtgtcgttt ttcaagaggg
    72721 taatgcctgt gtagctcagc ggtagagcac ttccttggta aggaagaggt cccgagttca
    72781 agtctcggca ccggctcaat aattaaagat tagagaattg aatgtataaa ggcatttgag
    72841 ttatggcaaa agaacatttt aacaggagta aaccgcatgt aaacatcggt acgattggtc
    72901 atgttgacca cggtaaaacg actctgacag ctgcaattac gaaagtgttg gctgagaagg
    72961 gtttttctag tgcagagggt gtaaagtcat ttgatcaaat tgataacgca ccggaagaga
    73021 aggagagagg tattaccatc aatacttcgc atgtagagta tgagacggcc aatcgtcatt
    73081 atgcccatgt agattgtcca ggtcacgctg actatgtgaa aaatatggtt actggtgctg
    73141 cacagatgga tggtgccatt attgtagttg ctgcgactga cggtccaatg cctcagacac
    73201 gtgaacatat tcttttggct cgtcaggtga atgtgcctaa gttggttgtc ttcatgaata
    73261 aatgtgacat ggtagacgac gaagagatgt tggaacttgt agaaatggaa atgcgtgagt
    73321 tgctaagttt ctataagttc gatggtgata atacgccgat cattcgtggt tctgcattgg
    73381 gcgctcttaa tggcgatccg aagtgggagg agaaggtgct agagcttatg gaagctgttg
    73441 atacatggat tccgcttcct cctcgcgatg tcgataaacc tttcttgatg cctgtggagg
    73501 atgttttctc gattacaggt cgtggaacgg tagcaacagg tcgtatagag acgggtattg
    73561 tcaagaccgg ggatgaagtt gagattatcg gcttaggtgc tgatggtaaa aaatccgtgg
    73621 ttacaggcgt tgaaatgttc cgaaagatat tagacgaagg tcaagctggt gataatgttg
    73681 gacttttact ccgtggtatc gacaagaatg agattaagcg tggtatggta ctttgtcacc
    73741 caggtcaggt taagcctcat tctaaattta aggccgaggt ctatatcttg aagaaagagg
    73801 aaggaggtcg tcatactcca ttccataata aatatcgccc tcagttctat atccgtacat
    73861 tggatgtgac tggagagata acattaccgg ctggtgttga gatggtaatg ccaggtgata
    73921 atgttacgat tgaggttgag ttaatctatc ccgtagcatg caatgtgggt ctgcgctttg
    73981 ctattcgtga aggtggacgt acggtgggtg caggtcagat aacggaattg ttagattagg
    74041 attgggttaa ttgcagccga ttttcactga tattgtgagt cggctgcata tatacggaag
    74101 taactcagtt ggtagagtac cggtctccaa aaccggctgt cgggagttcg agcctctcct
    74161 tccgtgcaat aaataggata atgaatgaag aaggttatct catatattaa agactcatat
    74221 aacgaacttg tatataaagt atcttggccg acgaggtcgg agctttcgag tagtgctgtt
    74281 gttgttatgt tcgcttccct tatcatagca gtactaattg gggttgttga ctttggattt
    74341 gaggctgtga tgaatttcat ctatagctta taatggttat aatgccggat tctcagcaaa
    74401 aattttatgt tctcagagct attagtggca aggagaacaa ggtacgtgaa tatctggagg
    74461 ccgaaatcaa gaattcggac ttgggtaatt atgtttctca agttctgatt cctactgaga
    74521 aaactttcgt tgtaagaaac ggcaagaaag tgatgaaaga gcgggcatat ttgcctggat
    74581 atgttttggt agaggctaat ttggttggag aggttattca tcgcttacgt gagattccta
    74641 acgttatcgg ttttttgggg ggagaagggc aaccagtgcc gttgcgccca tctgaagtaa
    74701 gccgggtgtt gggcactttg gatgaactac aagagcagcc agaggaaatg gagattcagt
    74761 attttgtggg agaaaccgtc aaggtgattt ccggtccatt taatggtttt agtggcctag
    74821 tcgaagaagt caacgctgag aaaaagaagc tcaaggtaat agttaagatt ttcggacgca
    74881 agatgcccct tgagttaagt tatgtgcagg tggagaaaga atagccattg gttacggatg
    74941 gcggattttt attctatgag ataaattcgt gaattgtttt aggtaagaaa gatggcgaaa
    75001 gaaattgctg gacaaatcaa attgcagatt aagggaggag cggccaatcc ttctcccccc
    75061 gttggacccg cattgggttc taagggtatt aatataatgg agttctgcaa gcaattcaat
    75121 gccagaactc aggataaagc cggaaaagtt cttcccgtag taattactta ttatgcggat
    75181 aagacctttg a
//
LOCUS       SEQF2638.1|AYYF01001167.1 677 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..677
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggtacgctgc acggcgagga tgtggctggt tacggtctct ttatgaagac gcagggtaac
       61 aagcacaact ggacggacaa cattctcctg caagctccga agtgcccgac gacgtgtgct
      121 ccgacgggtt gcggtgaaag cggcagaccg gctacggctt tcttgcacaa cacggttcgt
      181 atgaccttcc acagcgatgc acgtttctat gccgaaaacc aacaggtaca tctcgagtct
      241 ccagtgatcg aaaccttcgg tgtactggag ttgaatgccg aggataacgc cggcgccaag
      301 gcgatgatta cgatcaagac ggactccttg atctgccacg atagcttgat ccgtaagggt
      361 aagggtaaag tgcagctgac gacatggagc ggtctgccga acgaccagcc gatcatcaag
      421 ctcggttata gccgtaaggc cgcgccgttc aaggaatatg cttatgacga tggcgccacg
      481 gagaagatct gccgcgagtg tgtgacgcac tacaaaggca aagtctaccc tccgggtgaa
      541 acgccgctcg atacgatgtt cgtgaagttc ggccctgaca ccgagtggga gcgccagaac
      601 gtgatggtgg ttgaccatac cgtgatctcc ttcctcaccg actcgttcga ccatgtgaag
      661 ggtggcgatg tattaaa
//
LOCUS       SEQF2638.1|AYYF01001168.1 3217 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3217
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             303..776
                     /locus_tag="SEQF2638.1_01139"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MCLRIFLVGLAQERILTRTNVGQTAIVQLDVVVRTNEYATAIIR
                     CRCDVAEVLQIDVVTLLFTITDTDVREFGDVCYLSQEEQATCHFLSVKRITHIDVALA
                     GTEDGVAIIVLEVQQAARIHNDVTTLTSIHRQVTLIALILERLLCELCQRRGCTN"
     CDS             2109..2477
                     /locus_tag="SEQF2638.1_01140"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MCIRSIYTQQNVLLRTRESLLLIKEIGICGVLCHTDAIDITFYA
                     ERKSSDINIGENKHGIRLCVRSVPCGMLRSAIRRLVFYIVFHTYPCVGLHNDSAVYQS
                     STSPHFMLPSHTKNECGIIS"
ORIGIN      
        1 cagttgtgct tgttaccctg cgtcttcata aagagaccgt aaccagccac atcctcgccg
       61 tgcagcgtac ctgtctccgg aactgtgctt aagccggaac ctgtaccgcc gtgataaatc
      121 aagttcttgt agacgtcgat catatccgaa gccacggctg cgaaaccgcc agaggttaca
      181 ctgccgttga aattgagttc taagtcacga gccttattct cgctgccgtc cagatcgcag
      241 tggaaagagt tgccacagcc acccgtacca ccggcgtatc cacggcccac cttcagcggg
      301 cgatgtgtct gcggatcttc cttgtaggcc ttgctcaaga acggatcctg acgcgtacca
      361 atgttggcca gaccgccata gttcagcttg atgttgttgt ccgcaccaac gaatacgcta
      421 ccgctattat tcgctgtcga tgcgatgtag ctgaagtctt gcagatagac gttgttacgc
      481 tcctcttcac aatcacagac accgatgttc gagagtttgg tgatgtctgc tatctgagcc
      541 aagaagagca ggctacctgt catttcctta gcgtcaaacg gatcacgcat atcgatgtcg
      601 ccctcgcggg tacggaagat ggcgttgcca ttatcgtttt ggaagtccag caggccgccc
      661 gtattcataa tgatgttacc acgcttacca gcatccaccg tcaggtgacc cttattgccc
      721 ttatactcga gagacttttg tgtgaattgt gtcagcgcag aggctgcacc aattagattt
      781 ccaccatagt gcgaccaatc tccctcttta ccgcaagcgc cgacaccgcc gatgataccc
      841 gagtgctcgt aagcctgata agtattcttg cggttgtgaa gcaattctcc gttcacatgt
      901 gcatcgcaga tgtattcact cgagtagggg atcgtaatga atgtcggata cttacccgta
      961 gcagccatat tggttttaac accagtaaag tagacgttac caccttccat gcctggggac
     1021 attgtcatgt tcgtttgcgt atcatcccaa ccggctttga tattcaacac gccttcattt
     1081 gccagatttg agattgtgta atcgaagaga ttcgtgttcg tggtcgtccc attagaagtt
     1141 acagtcgaag aacccgctgg atagtatgga gcagcttcgc cataacctaa atagagatcc
     1201 cccttacgag aaatgacatt cgtggtatcc ttatccgtgt tagagctcgt gaaggtgaac
     1261 ttcgttgtac gcacattatt ggcagcaatg acattcgttt ctgtagatcc accagcggca
     1321 cgtgtcactg acacattgtg attcatatac acattaccgc gctggctgtt gcgattagct
     1381 ggtgtgtttg tacatgaaaa actgtaacca gagggcgagt aatcttcggc ccagaatgtc
     1441 agcaaacctt cagctatacc attactgtaa tttccagtat agtctacctt ttgagtaatc
     1501 acatttcccc cgtctgaaag aaccagcaag ttgttctgct tgccaggcgt ccatgtttca
     1561 tctgtgcgga attccacatc gctcaaagcc tgaatacgga gcggaccatc accctgcgtc
     1621 aggggggtga cgtaattatt tccattgatc gcatcttgca cggtgtcggt cgcagtgtag
     1681 tggaagatca tcttcgcatc gcagccattg gtgctgttat ttccgtagtt cataatgtac
     1741 agcggtttgt cttttgtgat cttcagatcc ggtgtaccga actcaccgcc aaagtgcatt
     1801 gtgaaattgg taagtggcgt acaactctcg aagttcttca ccatgccacc cgaataagca
     1861 tgcatatgcc cgcgacctgt tccttgtggg ccaagttcaa tcacgccagg gatttcatct
     1921 ttatatccag tcagcgaggc cgtatccgta tggatatgac aagtatcagc cgctgcagga
     1981 cgatagttgc catatacacc aaagatagaa gcctcagcct ttaccggtgc ggctgcaatc
     2041 gggtgattag tgatgaaagc gctcgggttg ttattcttga attcacccaa atgatactca
     2101 ctaaatggat gtgcattcgc agcatctata cccagcagaa tgtccttctc cggacgcggg
     2161 aaagtctctt gcttataaaa gagattggta tttgtggcgt cttgtgccat accgatgcta
     2221 tcgatatcac cttttacgcg gaacgtaaat cgtccgatat taatatcggg gaaaacaagc
     2281 atggcatccg tctttgcgtc cggagcgttc cctgtggtat gctgcgatcc gcgatacgtc
     2341 gtctggtctt ttacattgtt ttccacacat acccatgcgt tgggctgcac aacgacagcg
     2401 ccgtctacca aagtagcacc agcccgcact tcatgctccc aagccacacg aaaaacgaat
     2461 gtggtataat atcctgaatt acaccaagtc aaagtggctc ccgtcgaagc attattgata
     2521 tctaatgatg tggctctaac agtgtcaatc tcgtattccc aatcaatatc cttatagata
     2581 aagttcttga aggtgtggtt aggcgccgga ttgttcggag tgattgacgc tggactctga
     2641 acgagtatcg tagtcggacg acggtagttg gtcaagtact ccaaattctt tgtcttagag
     2701 gtatcgcccc attctgcggg agttgtaaat gcagaagaag ccacatcgcc cagaggatgc
     2761 gctgcatcgg atttcaattt ataccgcggt tgattaacca gcgccttact gtcagccatt
     2821 atcgatccgg tgaactgcac caatgcaact ccatcatctg ttggatacat gattggagta
     2881 gggattgatt gctgaaaaga tcccgtctgc caagtctttg tgtaatttcc atcgatagtg
     2941 gtggtatata ttccgtgtgg acgtgcagaa ggactcaccg tcaccgttcg attactccca
     3001 tcatggtggg caacccgaac tgtactagta ccattgggat ggtttgtaac atccgagcta
     3061 aaaagcggcc ctccgcaagg cgcataggga tctgagagtg cgcatccaga agcaacgccc
     3121 caattcgcgt gccacggatt cttacatggt gacgacgaat gtgtgaagtg agaaacagac
     3181 tctgtttatg ggcctatgcg gcgtataaaa catgaaa
//
LOCUS       SEQF2638.1|AYYF01001169.1 619 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..619
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gaggatggat catcgacaac tacgccgagc ccacggtgcc gcgtaacatc gactttatca
       61 acctaaagac cgacaaaggc acgcgttact tcaccgccga aaacccgtgg aaggactacg
      121 ccgagccgca gatctcctcc ggaacgatca aggccgccga cggtcgcacg gatctttact
      181 atcgcctggt gaaacccgcc gacttcgacg cctcgaagaa gtatcccacc gtcgtttacg
      241 tttacggagg ccccatgacg cgcaacgtcg acgcctattg gcactatcgc ctgcgcggtt
      301 gggaggccta catggcgcag aagggattca tcgtcttcgt cctcgacaac cgtggcagta
      361 gcgaccgagg ccgcgacttc gagcaggcca cctaccgcca cctcggcacc gaggaaatga
      421 aggatcagat gaagggcgtg gatttcctca agaccttgcc ctacgttgac gccaatcgcc
      481 tcggcatcca cggttggagc ttcggtggct tcatgaccat caacttgatg accacctatc
      541 cggacgtctt caaagtgggt gtggcgtatc ggaggctctt cacacgatgg ttatcatcct
      601 tggcgccgat ccactggtt
//
LOCUS       SEQF2638.1|AYYF01001170.1 300 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..300
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cccgctttca tcaaacggac aaggtggagc aggacgtagc gagtcgtgtg gtgattggga
       61 aggtgggatg gagataaaca ggcacttgtt tgccttcgcg ccggcctctg ccgaggctgg
      121 gaagtttgcc tgatacaaga agggggtgga aattgccttg tacccggcca aacttcgccg
      181 gcggccgcag ccgcccccaa acaggcgccc gtttgctttc gcgcagactg gagtgactca
      241 aacaggcgcc cgtttgcttt cgcgcagact ggagtgaccc aaacaggcac ctgtttggct
//
LOCUS       SEQF2638.1|AYYF01001171.1 6843 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..6843
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(129..1997)
                     /gene="korA_2"
                     /locus_tag="SEQF2638.1_01141"
                     /EC_number="1.2.7.3"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:O53182"
                     /codon_start=1
                     /transl_table=11
                     /product="2-oxoglutarate oxidoreductase subunit KorA"
                     /db_xref="COG:COG0674"
                     /translation="MTEQTKVTTLDHVVIRFSGDSGDGMQLTGTIFSNLSAVFGNDIS
                     TFPDYPAEIRAPQGTLFGVSGFQLHLGTKKVYTPGDKADVLVAMNPAALKVNVKNLRK
                     GSIVIIDTDSFTKRDLEKAEFKTDDPIEELGLTEKVQLVAAPISTMVRDGLAEYGLDN
                     KSAVRCKNMFTLGLVCWLFDRPLDHAMTMLQTKFSKKPDIAKANIKALTDGYNYGHNI
                     HASVSTYRIEGSKKEPGIYKDVSGNNATSYGLIAAAEKSGLQLFLGSYPITPATDILH
                     ELSKYKNLGVITVQAEDEIAGICTSIGASFAGCLSATSTSGPGLALKSEAIGLAVIAE
                     LPLVIIDVQRGGPSTGMPTKSEQTDLMQALYGRNGESPLVVVAATTPTDCFDMAFWAA
                     KLAVEHMTPVILLTDSFIANGSAAWRIPDYINDFPDIKPNYVSNYHGEAVWKPYRRNK
                     ETFVRYWATPGMEGFAHRIGGLEKDYDTSAISTDPKNHQKMVETRQAKIDKIADFIPE
                     VEVKGDKDDADLLIVGWGGTSGHLHEVMDTMRRNGQKVALAHFRFINPLPKNTAEVLK
                     RYPKVVVAEQNKGQFANYLRSKIDDFTPYRFNRVKGQPFIVSRLVEEFTHIIEEKN"
     CDS             complement(2054..2596)
                     /gene="aroK"
                     /locus_tag="SEQF2638.1_01142"
                     /EC_number="2.7.1.71"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q8A2B2"
                     /codon_start=1
                     /transl_table=11
                     /product="Shikimate kinase"
                     /db_xref="COG:COG0703"
                     /translation="MQRIFLIGYMGVGKTTLGKALADRTGLSFIDLDLFIEGRYRKTI
                     RQIFEAEGEEAFREIERKALHEVAEFEDIILSTGGGTPCFFDNMTYMNRVGTTVYLKA
                     SPEALTERISLCKHSRPAVRHLDGEALAAFVRDALTHRTPYYERAHHAFDVERLVNDN
                     DTDDAAHRLQQLLYGHGERR"
     CDS             complement(2673..3422)
                     /gene="lptB"
                     /locus_tag="SEQF2638.1_01143"
                     /EC_number="3.6.3.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P45073"
                     /codon_start=1
                     /transl_table=11
                     /product="Lipopolysaccharide export system ATP-binding
                     protein LptB"
                     /db_xref="COG:COG1137"
                     /translation="MDEPKMILRTEDLVKKYKARTVVNHVSINVQQGEIVGLLGPNGA
                     GKTTTFYMTVGLVTPNQGRIFLDETEITDYPVYKRARLGIGYLAQEASIFRKMTVEDN
                     IRAVLEMTDRPKDYQQAKTESLIEEFGLQKVRKNLGDRLSGGERRRAEIARCLAIDPK
                     FIMLDEPFAGVDPIAVQDIQTIVARLKHKNIGILITDHNVHETLSITDRAYLLFEGKV
                     LFQGTAEELAANEIVREKYLGRDFELRKKNL"
     CDS             complement(4757..6487)
                     /locus_tag="SEQF2638.1_01144"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMKRIAIPSLLLAVALTSACNSFLDKEPLDMFTDENFWESENTV
                     ASYANSFYEQFAGYGNGNSYGDFYFKTLSDDQAGGYSFADWTFTNVPANSAEWKDGWV
                     EIRRANILVDRVDRVNMSDAAKAHWRGVGRLMRAWQYYKLVRDYGDLPWVDKPIDFHD
                     EAKLYGPRESRDVVMDKVLEDLNYACENMYDNASRTTLNRNVAYAMKAEICLFEGTFR
                     KYRKAEDGQTAPDAAGATRYLTAARDAAAHLMAKSFKLNPSYQENYNAVDLSSNPEMI
                     FYKAYKKDVMQHSLVAYVSSSTQLNGMSKDAFEAYLFTDGKPLALTSLDKGDAARAIP
                     VTRTVAGKTVHDTVMSISHLLALRDKRLSATIDTALCYVGRGFTRYGVGMAMTSSTGY
                     GVCKYDNPALPERDRNQTTRNYTHAPLFWLSVVYLEYAEACAELGSITQADLDRSVNL
                     LRDRAGLPHLNVNPGFDDPANKMGVSSLIWEIRRERRCELMFDNDFRYWDLIRWHQLD
                     RLDSSTHPDILNGANISADVTDKLVTRSGNYVNGSKGKTRTYDKKHYWYPIPTDQMDL
                     NKQLKQNPGW"
     CDS             complement(6533..6838)
                     /locus_tag="SEQF2638.1_01145"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:T2KPJ3"
                     /codon_start=1
                     /transl_table=11
                     /product="TonB-dependent receptor P3"
                     /translation="MEQGRNNFYPQTKYLVNMAYLRFKNLTVGYTLPQALTRKAHIQK
                     VRVYFSGSNIMEIIKRSKAPVDPEVNDKEEGAALGNATWGRIDPMYRTFSFGLQLTL"
ORIGIN      
        1 gcattaaata atgatgaagt gttgatgata tggggtagct ccccggcagg atcatccccg
       61 gccgtgggtg cgtatttcgc tcttgtagtc tttggggctg taggttatat ctgttgttgc
      121 gttcataatt agttcttctc ctcaatgatg tgggtaaatt cttcgacgag tcgcgaaacg
      181 atgaagggct gccctttgac gcggttgaag cgatagggcg tgaagtcgtc gatcttgctg
      241 cgcaggtagt tggcaaactg gcccttgttt tgctcggcca cgaccacctt cgggtaacgc
      301 ttcagtacct cggccgtgtt cttgggcagg gggttgatga agcggaagtg tgccaaggcg
      361 accttctgcc cattgcggcg catggtgtcc atcacttcgt gcagatggcc agaggtgccg
      421 ccccaaccta cgatcagcag gtcggcgtcg tccttgtcgc cctttacctc cacctcaggg
      481 atgaagtcgg cgatcttgtc aatcttggcc tgacgtgtct ccaccatctt ctggtggttc
      541 ttcgggtcgg tagagatggc gctggtatcg tagtccttct cgagtccgcc gatgcggtgc
      601 gcgaagccct ccatgccagg cgtagcccag tagcggacga aggtctcttt gttccggcga
      661 taaggtttcc agacggcctc accgtgatag ttcgagacgt agttcggctt aatgtcgggg
      721 aagtcgttta tgtaatctgg gatgcgccat gcggccgaac cgttggcgat gaaggagtcg
      781 gtgaggagga tgacgggcgt catgtgctcc acggccagct tagccgccca gaaagccatg
      841 tcgaagcagt ccgtcggggt ggtggcggct acgaccacga gcgggctctc gccgttacgt
      901 ccgtagaggg cctgcatgag gtccgtctgc tcgctcttcg tcggcatacc cgtcgaggga
      961 ccgccacgct gtacgtcgat gatgacgagc ggaagctctg cgataacggc caagccgatg
     1021 gcttcactct tcaatgccag accggggccg gaggtcgacg tggcactcag gcaaccggcg
     1081 aaagaggcac cgatggaggt acagataccg gcgatctcgt cttcggcctg cacggtgatc
     1141 acgccgaggt tcttgtactt cgagagctcg tgcaggatgt cggtggcggg tgtgatgggg
     1201 tagctaccaa ggaagagttg caagccagac ttctcggcgg cggcgataag accgtaggag
     1261 gtggcgttgt ttccgctcac gtccttgtag atgcccggtt ccttcttcga gccttcgatg
     1321 cggtaggtgg agacggaggc gtggatgttg tgcccatagt tgtagccgtc ggtcagggct
     1381 ttgatgttgg ccttggcgat gtcgggcttc ttggaaaact tggtctggag catcgtcatg
     1441 gcgtggtcga gcggacgatc gaagagccag cagacgaggc cgagggtgaa catgttctta
     1501 caccgcacgg cggacttgtt gtcgaggcca tactcggcca gtccatcacg caccatcgta
     1561 gagatggggg cggccacgag ttgcaccttt tccgtgaggc caagctcctc gatcgggtcg
     1621 tcggtcttga actcagcctt ctcgaggtca cgcttggtga aggagtccgt gtcgatgatg
     1681 acgatggagc ccttgcgcag attcttgacg ttgaccttga gcgcggcggg gttcatggcc
     1741 acgagcacat cggccttgtc accgggggta tagaccttct tcgtgcccaa atggagttgg
     1801 aagccagaga cgccgaagag tgttccttgc ggcgcgcgaa tttcggccgg gtagtcggga
     1861 aaggtggaga tgtcgttccc gaaaacggct gacagattgg agaagatggt gccggtaagc
     1921 tgcataccgt cgccgctatc tcccgaaaaa cggatcacga cgtgatccag agtcgttact
     1981 ttggtttgct ctgtcatgag ataaaaaaac tatactgtaa tacctaaatc aaataagcgt
     2041 gtgtggggat ggtttagcgg cgctccccgt ggccgtatag gagttgttgt agtcgatgag
     2101 ccgcatcgtc ggtgtcgttg tcgttgacga gtcgctccac atcgaacgca tgatgggcgc
     2161 gttcgtagta gggggtgcgg tgcgtgaggg cgtcgcgcac gaaggcggcg agggcctcgc
     2221 catcgaggtg gcgcaccgcg ggccggctat gcttgcagag cgagatgcgc tcggtcagcg
     2281 cctcgggtga ggccttgaga tagaccgtcg tgccgacacg gttcatgtac gtcatgttgt
     2341 cgaagaagca gggcgtgccg ccaccggtgg agaggatgat gtcctcaaac tcggctacct
     2401 cgtggagcgc cttacgttct atttcgcgga aggcctcctc gccctctgcc tcaaaaatct
     2461 gtcggatggt cttgcggtaa cgcccttcaa taaagagatc caagtcgatg aaggataatc
     2521 cagtgcggtc ggccagggct ttgcccaagg tcgttttacc gacgcccatg tagccgatga
     2581 ggaagatgcg ttgcatgtgt gtgtgaatag tgtagtggag atgtgtagcg ttgtagaaac
     2641 gcgggcaaaa gtaggaaagt tgccgtgctg ccctacaggt tcttcttacg cagctcaaag
     2701 tcgcggccga ggtacttctc gcggacgatc tcgttggcgg ccaactcctc ggcggtgcct
     2761 tggaagagca ccttgccctc gaagagcaga taggcgcgat cggtgatgct gagcgtctcg
     2821 tgaacgttgt gatcggtgat gaggatgccg atgttcttgt gcttgaggcg ggccacgatg
     2881 gtctgaatgt cttgcacggc gatggggtcg acgccggcga agggttcgtc gagcatgatg
     2941 aacttcggat cgatggccag acagcgggcg atctcggcgc gccgccgttc accgcccgag
     3001 agtcggtcgc cgaggttctt gcgcaccttc tgaaggccga actcctcgat gaggctttcg
     3061 gtcttggctt gctgataatc cttggggcgg tcggtcatct cgagcacagc gcggatgttg
     3121 tcctcgacgg tcatcttacg aaagatggag gcctcctgcg ccaggtagcc gatgccgagg
     3181 cgggcgcgtt tgtagacggg gtagtcggtg atctcggtct cgtcgagaaa gatgcgacct
     3241 tggttggggg tgaccagccc gacggtcatg tagaaggtcg ttgtcttgcc cgcgccgttg
     3301 ggcccgagca gcccgacgat ctcgccttgt tgcacgttga tggagacgtg gttcaccacc
     3361 gtgcgtgcct tgtatttctt caccagatcc tcggtgcgga ggatcatctt gggttcgtcc
     3421 atataaagag gtatagggtg ataatgaggg gcggcaaagg taagccgggc gacgaatgca
     3481 gaaagcggcc ccgtccccct ggcctgccag cccacgccgt tcagaagcag ccgtcccacc
     3541 gccttgggtc agtccccttc ttctccagca gcaggcgcac cgcctcgaga cgactctcct
     3601 tcttttcaag cattaggtgc accaccttgg gtcagccttc cttttcctca agcaataggc
     3661 acaccacctc gcgacgactc tccttcttct caagcattag gtgcaccgcc tcgcgacgac
     3721 tctccttctt ttcaagcatt aggtgcacca cctcgcgaca gccctccttt tcctcaaaca
     3781 ataggcgtac cgcctcgcga cagccttcct tttttccaag aagagccgat atagggttca
     3841 gatcgtacta tattttgaaa tatgctatga tctgaggtct cgtttgtctt ctcattttct
     3901 gatagggtat agatcatggc ttcattctat accgtatctt gaaattcgcg gttatatgtg
     3961 gctattttga tagcttattt ccgaatatgc tgatgtatac ggcttcattg atctatatat
     4021 tttgaaatgc atagataaac gatatgtatt tcatagctca ttttgaaata cgcttatatc
     4081 ctatgttctt attccattgt atctggaaat atggtatcat ataaggctta ttttgtatat
     4141 gcattttgag atgagataga atctctatct cgttttatag cgtatttcga gatgtgatat
     4201 ggacggaata cggattagtt atgtatttcg gaatatagat gtgtaggcgt atgatttgag
     4261 atcttctttt gagatatagt ctttgctgag gcctcgtttt tcatcatatc cagaaatatc
     4321 acactatctg aacagggtgc cagccctact tggaaaaaag gaaggctgtc gcgaggtggt
     4381 gcgactgctg cttgaggaaa aggagagctg tctcgaggcc gcgcgcctac tgcttggaaa
     4441 gaaggagagt tgaccagagg ccgtgcgcct attgctggag gagaaggaga accgtctcga
     4501 ggtgtagagc ttgctctgag ggaaaaagga gggcgaaacg gtgtgctttc gatgggagct
     4561 ttttgcgtag aagcgtgcgc atcgcctcgg gatgggtcgg gatacaaaaa aggcggaacg
     4621 gacctatctc aggtgcgtcc cgccgaagtc aaatgttata aaagtggtta caaaaagccg
     4681 tgtggaggag aagctgaagc gggaggggcg aatccagtgt ccgcccgcgt ccctcttcgc
     4741 gctgcgatgt gaagccttac cagccgggat tctgcttcaa ttgcttgttc agatccatct
     4801 gatccgtggg gatcgggtac cagtaatgct tcttgtcgta ggtgcgggtc ttgcccttcg
     4861 aaccgttgac gtagttgcct gagcgggtga cgagcttgtc ggtcacgtcg gccgagatgt
     4921 tggcgccgtt caggatgtcg gggtgcgtgg acgagtcgag gcggtcgagc tggtgccagc
     4981 ggatgaggtc ccagtagcgg aagtcgttgt cgaacatcag ctcgcaacgg cgctcgcggc
     5041 ggatctccca aatgagggag ctgacgccca tcttgtttgc cgggtcgtcg aagccagggt
     5101 tgacgttgag gtgcggcagt ccagcgcgat cgcggagcag gttgacgctg cgatcgaggt
     5161 cggcctgcgt gatggagccc agttcggcgc aggcttcagc atactccaga tagacgacgg
     5221 agagccagaa gagcggcgca tgcgtgtagt tgcgcgtcgt ttggttgcgg tcgcgctcag
     5281 gcagggcggg gttgtcgtat ttgcaaacgc cgtagccggt ggaggaggtc atggccatgc
     5341 cgacgccgta gcgcgtgaag ccgcggccga cgtagcagag ggccgtgtcg atggtggccg
     5401 agaggcgttt gtcgcgtagg gcgagcaggt ggctgatgga catgacggtg tcatggaccg
     5461 tctttccggc cacggtgcgc gtcacgggta tggcgcgggc ggcgtcgccc ttgtcgagcg
     5521 aggtcagggc caacggcttg ccatcggtga agaggtaggc ctcgaaggcg tccttcgaca
     5581 tgccgttgag ctgcgtcgag gagctgacgt aggcgaccag tgagtgttgc atcacatcct
     5641 ttttataggc tttgtagaag atcatctccg ggttcgagct gaggtcgacc gcgttgtaat
     5701 tctcctgata ggacgggttc agcttgaagc tcttcgccat caggtgcgcg gcggcgtcgc
     5761 gggcggcggt cagatagcgc gtggcaccgg cggcgtcggg ggccgtctgg ccgtcctccg
     5821 ccttgcgata cttgcggaag gtgccctcga agaggcagat ttcagccttc atggcgtagg
     5881 ccacgttgcg gttgagcgtc gtgcgcgagg cattgtcgta catgttctcg caggcgtagt
     5941 tgaggtcctc gagcacctta tccatcacca cgtcgcggct ctcacggggg ccgtagagct
     6001 tggcctcgtc gtggaagtcg atgggcttat cgacccaggg caggtcgcca tagtcgcgga
     6061 ctaacttgta gtactgccaa gcgcgcatca gtcggcccac gccgcgccag tgtgccttgg
     6121 cggcgtcgga catgttgacg cggtcgacac gatcgacgag gatgttggcg cgtcggatct
     6181 ccacccagcc atctttccat tcggcgctgt tggcgggcac gttggtgaag gtccagtcgg
     6241 cgaagctgta tccgccggcc tggtcgtcag agagggtttt gaagtagaag tcgccatagg
     6301 aattgccgtt gccgtagccc gcgaactgtt cgtagaagct gttggcgtaa ctggcgacgg
     6361 tgttctcgct ctcccagaag ttctcgtcgg tgaacatgtc gagcggctct ttatcgagga
     6421 agctgttgca ggccgaggtg agcgctacgg ccagcaaaag gcttggtatt gctattcttt
     6481 tcatcatgta tccttttaag tgatgattaa acgatggttg aatggagatg gattaaagcg
     6541 tgagctgaag gccgaatgag aaggtgcgat acatcgggtc gatgcgtccc caggtggcat
     6601 tgccaagggc ggcgccttcc tccttgtcgt tcacttccgg atcgacgggg gctttgctcc
     6661 gcttgatgat ctccatgatg ttgctgccgc tgaagtagac gcgtaccttc tgaatgtgtg
     6721 ccttgcgggt cagagcctgc ggcagggtgt agcccacggt gaggtttttg aagcgtaggt
     6781 aggccatgtt gacgagatac ttggtctgcg gatagaagtt gttgcggccc tgctccaaga
     6841 cgc
//
LOCUS       SEQF2638.1|AYYF01001172.1 830 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..830
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gcgtatgcaa tacgccccta cacagagacc tgaaaaatca atacgttttc gggtaacaag
       61 gtaggggcgt attgcatacg ccctacaaac gttccattta tggaacgaat aacccgaaaa
      121 tgtgatgcgt tttcagattg tacgatcgtt ataacctgaa aaattgacac gtttcgtgca
      181 ttcactatcc tttggatggc gttcggtgga gcgtatttct aataccccga ccttcttttc
      241 tttccttgat gaaagaaaag aaggcaaaag aaaatcaagg cctctaccga ggccgaggaa
      301 gttagccgga tacatgtggg ggatagaaaa cgtaccgtgt ttttgggtaa caaggtaggg
      361 gcgtattgca tacgccctac aaacgttcca tctatggaac gaataaccct gaaaatgtga
      421 tgcgttttca gattgtacga tcgttataac ctaaaaaatt gacacgtttc gtgcattcac
      481 tatcctttgg atggcgttcg gtgtggcgta tgcaatacgc ccctaccttc ttttcttgtc
      541 ttgatacaag aaaagaaggc aaaagaaaat caaggcctct accgaggcca gggaagttag
      601 acggatacgt gtggaggctg aaaaatggat cgagggcttg ggcttttacc tgaaatggat
      661 ctcacaactt gaggtagcgg ccggttaggg actcggggca agcgacaatc tcgcgcgggg
      721 tgccggcaca gatcaggtga ccgccggctt tgccgccttc gggaccgagg tcaatgacgt
      781 aatcggcaca cttgattacg tccggatggt gctcaataat aactaccgta
//
LOCUS       SEQF2638.1|AYYF01001173.1 389 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..389
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tccacgctga atccgtgctt cgagtcttct tcggcgatat gcacctcgat cagtacgcgg
       61 atctgccgcc ccacgcgttc tgctgcccga tccacttcgg ccagcaactt tagcgagtca
      121 atgctttgaa tggtgtggat gaagggagcg agatatttca ctttgttggt ctgtagcgat
      181 ccaatgaagt gccactcgat atcgttggga agtagaggct gcttggctac aagctcctgt
      241 acgcgactct caccgaacaa gcgttgcccg gcatcatagg cctcgcgcac gacttcagcg
      301 gggtgaaact tcgacactgc caccaactcc acgtctttgg gcaacgttct ccggatggct
      361 tccagacgtt ctgctaccgt gctcatgcc
//
LOCUS       SEQF2638.1|AYYF01001174.1 1572 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1572
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(769..1482)
                     /locus_tag="SEQF2638.1_01146"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAAKYLPSGNATPNPSANSSDKSTVKPPASELPAAELSPERETV
                     VSSLDQPISDSAFIAEYGYKERNMGFRSVGKATPSMARNTLSVVVDRTTTIRQGDFLR
                     LRLAESVRIEGMTLPPNTVLIAQSTIDGNRMKLHVTSVEHAGRILAVKLSAFDLDGQE
                     GLSIPGSEEVSALKEVGAGVGGTIGTSFTFASSAKDQLIAEAARGVMQGASQLLQKKL
                     RTIKVTVKSGHRLFLVQAK"
ORIGIN      
        1 cgcaggggct gcagcacgcg ttcctggata gccgttcgtt tgaccacttt cttgtcgacg
       61 actttgaagg agatcatgtc gatcgggtaa ggcaggtagg tctcgttttt taccgacaag
      121 tggaagtaga ggaggttgtt gtggacgtac aggccgcgaa gcaggaactc aaggccgaac
      181 tgtcgcgcgc cgatatggcg gacggtgcga cggttactct gcttgatcgt tttcatcagc
      241 aacttgacga gcatgggcga ttcgcgaccc agttccttga aatagatgtc ggcgcggttg
      301 gcaggcagac ggccatcaga ctgggaaagg aagtctgcca tctcgacaga caacttctcg
      361 ggctcgtcgg cgtacttcac gttaaaagaa tacaatgagc catcatcgca aatgaccgag
      421 aggttcgtct ccgtctcgaa gtcacgtacg gccgctttga cacgtaagac attctcagcg
      481 ccttcagctt tgcccgcgat caggttgttg ctacccaagt cgacgtagca gatcgcggcg
      541 gggaaaatga gatgcgtcgt cttgtcaaac gtcacctcga gaccgtatgg aacgaccatt
      601 cggccgttgg ggatggcacg gctcatacct tgatacaggt cgccggtaga gcgcatctgc
      661 gtgcgcaacg tgtcggtact tgtggcgaag gttgtagtga tgaatccgca gcaaagggca
      721 gcggatagga ggagtttttt catgggaatc agatgatgaa atagaggatt acttggcttg
      781 aacgaggaag agtcggtgac cgcttttgac ggtcaccttg atcgtacgga gcttcttctg
      841 gaggagctga ctggcgccct gcatcacgcc tcgggcggct tcggcgatca gctggtcttt
      901 agctgacgag gcgaaggtga agctcgttcc gattgttcca ccgacgcccg cgcccacttc
      961 tttaagggct gatacctcct cagagccggg gatggataag ccttcttgcc cgtcgagatc
     1021 gaaggcagag agcttgacgg cgaggatgcg gccagcgtgt tctacactcg taacatggag
     1081 cttcatccga ttgccgtcga tcgtagattg agcaataagc accgtgttag ggggcagcgt
     1141 catgccctcg atgcggaccg actccgcgag acggaggcgg aggaaatcgc cttgccggat
     1201 ggttgtcgtg cgatcgacaa cgaccgacag cgtgttgcgg gccatggagg gcgtggcctt
     1261 cccgacagag cggaagccca tgttgcgctc tttgtaacca tactcggcga taaaggccga
     1321 gtcgctgatc ggctgatcga gcgaagagac gaccgtctcc cgttcgggcg atagctccgc
     1381 cgcgggtagt tcggatgcag gtggcttgac cgtcgactta tccgaactgt tcgctgacgg
     1441 attcggtgtc gcgtttccgg aggggagata cttcgcggcc atctgatacg acttctctaa
     1501 cagttccaat tgatcgactt cgccgttcgc ttgggctttc tcctccttca gcgcaccgag
     1561 ttcggcgcgg ag
//
LOCUS       SEQF2638.1|AYYF01001175.1 353 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..353
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tggatgtcgg tgtctaagta gaacacgttg agctcgaggg cgtcggcgcc cgcgcgttcg
       61 atctcggcgg cgaagtcggc ccaagtgtcc gcgcggtagc agtttacgct ggcgatcacg
      121 gggatcacgt ggcaggcagc tttgctgtcg cggatcaact ggagatactc ttcgcgtccg
      181 ttcgcgcgga cgtaggcgcg gacgtaatct tcggcctccg ggtagtcgct tgcgccttcc
      241 attaataggt caccttgcgc ctcgatctgt tcttcgaaga gcgatttgag gaccacggcc
      301 cccgcacctg cttcttccca tttgccgttt ttatcagcct tgctcgtaag tcc
//
LOCUS       SEQF2638.1|AYYF01001176.1 5797 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..5797
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             48..815
                     /locus_tag="SEQF2638.1_01147"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHPALFLELLFATIGFPAIERFRIGHPLTGDLDVVIEHLGGVAV
                     FGQRDLFLFGNGEFGDQFLIVFRHPKPLFVVVVDVIQLHGQLISKAQAPFLECTVDGF
                     INLIGGLLIRLFGQIDEVFEVGRFFLREGGIFAIGLSFGLQHILLLLFDGSQFLLLIQ
                     FGLLALFVVAVIQQVDLLLRKLELVILPVSLIGLLQFEPFLLFAKRLFCILVPSSGAG
                     TRRLVYSAQFLFSFRVQFDQRGLQLVHLVDVFQTVCR"
     CDS             complement(1777..1908)
                     /locus_tag="SEQF2638.1_01148"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYKVPWSVVLAAINDQPKYGKKKPADEGEITSEAEAKKFFNLA"
     CDS             complement(1986..2480)
                     /locus_tag="SEQF2638.1_01149"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEEMENKRAVEIDVADALLDTGLLVKVPAPRPLRMLGIKVFPMR
                     FRRPVYAQLLRISRMYVRMHVDLETLETGEAAAVLTSAAKNGVRASRLIALGLIRSGL
                     MSALFHRAVAAYLRRRMDAQTMAELAKVIVLLSGAGHFTTIIRSIAHLQVTTPNLSRE
                     ATGS"
     CDS             complement(2480..3034)
                     /locus_tag="SEQF2638.1_01150"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MALGKKIRSIGLSAILFGDVTDGGAKMPEEMKQLARTLKGTATF
                     TTEQDQTQEFFCEEEPDAPAESVISEKGLKNLTFNILEWDNAVLQTLFGGKEVDGKIK
                     DLSGTDHNVKKFIPPKDYVEVEKAIRVLTPYKVGFDIPRAKILARFQWNLTRTEIAQI
                     EVTAHCMTPDGDDSGTYEPFSWTT"
     CDS             complement(3074..3751)
                     /locus_tag="SEQF2638.1_01151"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFPLTFLFVPRLRALADLSPGRVRAFFGELKTKSEKLKTKSPTG
                     RRGSRPRVVFHFSLFVFSSLLCLTSCRLLRMPYTEREMTQREVTETVRDTLVVIEPDS
                     ALIRAYLECQSGRVALSRLIAVNGARIVPNVTLTDVLTDTGYRGALLDVHCHEDSLRR
                     VIALRDRTIREMTDRVRTEYVTVERPFRWHHRALMGGGYAFLALVLGMAAWLIVRLYI
                     RGRGGIP"
     CDS             complement(3762..4277)
                     /locus_tag="SEQF2638.1_01152"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYRNETTGRRYTFVAPDSLDGPDVVMVPFPAAALRRPTADGIIG
                     HDCNPCIVPVTANDPTELRAFPQGIQPASMLIVENETDKPVTVSGIPCYPGDTVMMYT
                     GGADRYVRLGGSAPWVNPTETAPKPEESTAVEASEAAKAPETVEPSEATKAEPSTEVK
                     AQKADPTKTNK"
     CDS             complement(4806..5783)
                     /locus_tag="SEQF2638.1_01153"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDKDLEIKTVGQKKLDNAMHVTYHTEMHGILKSADQAKTGIPAE
                     IMTDYNGGITEETELNREAQADALTAELVKADTARDRAVQYFFAAVRAARLSPDEAVQ
                     KAAAALMPTVSVYSGAPTEAADRETALISGLVVDLKKAELTAHLTTLHLADLPAKLEA
                     LNKAFSDLATKRSDGRAATKLPLASKVRPRTDAAYERILFTLRSNYLFGSTPIEKPAI
                     EALAARLNQRAAELDAAWKQSAAQKKRAPRKPSVPKEPKQPKEPKDPKDPKQPKDPKK
                     PGGGDPKEPKDPKDPKKPGGGSGEQPQPGGEKPKKPGGDGNPDIHLPEE"
ORIGIN      
        1 gtcggggcga gcttgtaccg ctcttccatc agccggatac gttccttttg cacccggcgc
       61 tcttcctcga gttgcttttt gcgacgatcg gcttcccagc gatagaaaga ttccgcattg
      121 gccatccgct tacgggtgat ctcgatgtcg taatcgagca tctcggcggt gtagctgttt
      181 ttggccagcg tgatctcttt ctctttggca acggtgagtt cggcgatcag tttctcattg
      241 ttttccgcca tcctaagccg ctctttgtag tagttgtcga tgtcatccag ctgcacggcc
      301 agctcatcag caaagcgcag gcgcccttcc ttgaatgcac cgttgacggc ttcatcaatc
      361 tcatcggcgg acttcttata agacttttcg gccagatcga cgaggttttt gaagtaggtc
      421 gtttcttcct ccgagagggt ggcatttttg ccataggcct ctcgtttggc cttcagcata
      481 tcctcctcct gctgtttgat ggcagccagt tccttcttct tattcagttc ggcctgctgg
      541 cgttgtttgt agtagctgtc attcagcagg tcgatctgct tttgcgcaaa ctcgagttgg
      601 ttattctccc agtctctctg ataggacttt tgcagtttga gccgttcctg ttgttcgcga
      661 agcgcctttt ctgcatcctt gttccctctt ccggagccgg aacgcgccgc cttgtctata
      721 gcgcccagtt ccttttctcg ttccgtgtcc aatttgatca gagaggcctt cagctggttc
      781 accttgtcga tgtcttccag actgtttgtc gttagtttgt tttggccttc ctgtatgcgt
      841 agttcctcag taagttgccg cttccgctcg tcgtaaatct cattgacgac ggccttgtat
      901 tcgttggcta attggatccg ccttttgcct ttggcgcttt ccatctgttc gcgcagcttt
      961 tccgctttgg cctctttttc cgcttcttcc acccgccatt cgctacggtc acgcgacagc
     1021 ttttccccag ctacaccgag ctcagccgtt ttttgggcgg cttcatgtac ggaggtgatg
     1081 tagtctttca tgccttcgcg gacatgatca ataccccaat atacttttga ccacccctcc
     1141 gtgagattat taaaaccgtc cgtaaaaccc gacgagatga ttttacccag tgcttggaac
     1201 atctcaccca gacctaatag acgaacagaa aggctgttca ggatggcccc acatacatcg
     1261 tttacagcct ttatcggatc gcggagggct ctataaatcg tctcaccgag cttaatgagc
     1321 gattccctaa gctgccccat cacaccagaa agatagccag acgtacgggc aaactccatc
     1381 tgtccctcaa cagacgagtt gaaccacatc accaaggatc gcagggccac gacgatggcg
     1441 tcgaggagaa aaacaatccc agaggctttg agggccccaa aggctttaga gagggatccc
     1501 acacccgagg cggctgtatt cagtggcccg ggcagcttat tgatggcatc ggcttgcaca
     1561 cgaaagcctc gcgacacgag attgctcccc tcagccatct tttttaggac tttggaggcc
     1621 tctatctcta atcggtcgag actgttcgtc acgccgtcga catccttatc cagattgccc
     1681 tgaaactcga atgttacgta tatcgttttt tcgtcggcca cggccttttc tcgttagttg
     1741 ttggtgggtt atgggggcgg aggctgtccc gccgttttaa gccagattga aaaacttttt
     1801 ggcttcagct tcggaggtga tttcgccctc gtcagccggc ttcttctttc cgtatttggg
     1861 ttggtcattg atggccgcca gcacaacgct ccacggcact ttatacatca gttcgcgcca
     1921 cgtccaaacg ccttgcgagg cgatctggaa cagtgcgccg aaagggctat gggggccttc
     1981 gtcccttaac tccccgtcgc ttcccggctc agattcggag tcgtcacctg tagatgagca
     2041 atcgatctga taatagtcgt aaaatggccc gcgccactta gcaggacgat cactttggcc
     2101 agctcagcca tcgtttgggc atccatccgt cggcgtagat aggccgccac ggcacgatga
     2161 aacagtgcac tcatcagccc cgaacggatc agcccgaggg cgatcagccg actggcacgg
     2221 acgccgtttt tggctgctga ggtgagcacc gcggcggcct cgcccgtttc gagcgtttcg
     2281 aggtcgacgt gcatacgcac atacatccga ctaatgcgca gcagttgggc gtagacgggg
     2341 cgccgaaagc gcatcgggaa cacctttatc cccaacatgc gcagtgggcg gggcgccggc
     2401 accttgacca gcagccccgt atccaacagc gcgtcggcca catcgatctc gaccgcccgc
     2461 ttgttttcca tctcttccat tatgtcgtcc agctgaatgg ctcgtaggtg ccactatcgt
     2521 ccccatcggg agtcatgcag tgcgccgtga cttcgatctg cgcgatctcc gtacgggtca
     2581 ggttccactg gaagcgggcg aggatctttg cgcggggaat gtcgaagccc accttgtaag
     2641 gcgtaagcac acggatcgcc ttttccactt ccacgtagtc cttcggaggg atgaactttt
     2701 tcacgttatg atccgtgcca gacagatcct tgattttgcc atccacctct ttgccgccaa
     2761 acagggtttg cagcactgcg ttatcccatt cgagaatgtt aaacgtgagg ttcttcaatc
     2821 ccttttccga gatcacggat tccgccgggg catccggctc ttcctcgcaa aagaactctt
     2881 gtgtctgatc ctgttcggtg gtaaaagtgg ccgtgccctt cagggtgcgg gccagctgct
     2941 tcatctcttc cggcatctta gcgccgccgt ctgtcacgtc gccgaatagg atggcgctca
     3001 gtccgatgga tcggattttc tttcctaatg ccatgttctt tctttaattg ttaatggttg
     3061 ttggttataa taattagggg atacccccgc ggcctctgat gtagagccgc acgatgagcc
     3121 acgcagccat gccgagcacg agggccagga aggcgtatcc gccgcccatc agcgcccggt
     3181 gatgccaccg gaagggacgc tccacggtga catactccgt gcggacacgg tcggtcatct
     3241 cgcggatggt gcggtcgcgc agggcgatca cccggcggag gctgtcttcg tggcagtgca
     3301 catcgagcag ggcaccacgg tagcccgtat cggtcaggac gtccgtcagc gtcacgttcg
     3361 gcacgatgcg cgcaccgttc acggcgatca gccgcgagag cgccaccctg cccgactggc
     3421 attcgaggta agcgcggatc agcgccgaat cgggttcgat gaccacgagc gtgtcgcgca
     3481 ccgtctcggt cacttccctt tgcgtcatct cgcgctccgt gtacggcatg cgcaacaggc
     3541 ggcagctggt caggcagagc agggaactaa aaacgaaaag tgaaaagtga aaaacgaccc
     3601 gcggccggga gcctctcctg ccggtaggac ttttcgtttt tagcttttca cttttcgttt
     3661 ttagttcccc aaagaaggcg cgcacacggc cgggagagag gtcggccagt gcgcgcagcc
     3721 tcggaacgaa caaaaaagtg aggggaaaca ccttggcagg gttacttatt cgtttttgtg
     3781 gggtcggcct tttgggcctt cacctccgtg gatggttccg cctttgtagc ctcggaaggc
     3841 tccaccgtct cgggcgcctt cgcggcctcg gaggcttcca ccgccgtaga ttcttccggc
     3901 tttggcgccg tttccgtagg gttcacccac ggggccgagc ctcccagacg gacgtacctg
     3961 tccgcgccgc cggtgtacat catcaccgta tccccggggt agcacggaat gcccgaaacg
     4021 gtcaccggtt tatcggtctc gttttccacg atcagcatgg aagccggctg aatgccctgc
     4081 gggaaggcgc gcagctcggt cggatcattg gcagtcaccg gtacgatgca aggattgcaa
     4141 tcgtgaccga tgatgccgtc cgccgtaggc cggcgcagcg ccgcggccgg gaaaggtacc
     4201 atgaccacat ccggcccgtc taaactgtcc ggggcaacga acgtgtaccg ccgccccgtg
     4261 gtctcatttc tgtacatcat cgtttaattg ttattgtatt gtcactttta gcggcgaccc
     4321 gcacccgcga cccccaaaac ccgccgagga ttgcaccaaa aatcgatttg gagccccaaa
     4381 tgaccctcgg attgcgtcaa aaacggaatt taagcctgcg gcgaccctcg ttttgggtca
     4441 aaaactgatt tggagcccgc ggcgagggtc atttcacgtc aaaaacagga tttaggtctg
     4501 cggcgaccct cattttgggt caaaaaccga tttggggcct gcggcgaggg tcatttcacg
     4561 tcaaaaacag gatttaggtc tgcggcgagg gtcatttcac ggcgtctgtg taggggcggc
     4621 ctcttccgag gcagggaagt ttggccgggt acccgtgtag gggcgaattg cattcgcccc
     4681 atttgacggc cctgtggggc cgaataaatc tgtccggtgc ccgtccctgc cgggacgtct
     4741 gtggggcgta tgctgttgcg cccctacacg cctcaacggg ccttcaggcc ccaacacata
     4801 aacacttatt cctccggcag gtggatatcc ggattgccgt cgccgcccgg cttcttcggt
     4861 ttctcgccgc ccggctgggg ctgttcgccg gagccaccgc ccggcttctt ggggtctttg
     4921 ggatctttgg gttccttggg atcaccgccg cccggcttct tcggatcctt gggttgcttc
     4981 gggtctttgg gatccttcgg ctccttgggc tgcttgggtt ccttggggac ggatggcttg
     5041 cggggcgcgc gcttcttctg ggcggcggac tgcttccagg cggcgtccag ctcggcggcg
     5101 cgctgattga ggcgggcggc gagggcctcg atggccggct tctcgatggg cgtggagccg
     5161 aagaggtagt tggagcggag ggtgaagagg atgcgctcgt aggccgcgtc ggtccgcggg
     5221 cggactttgg aggccagcgg cagcttcgtg gccgcgcgtc cgtcgcttcg cttggtggcc
     5281 aagtcggaga aggccttgtt gagggcctcg agtttggccg gcaggtcggc gaggtgaagc
     5341 gtggtgaggt gggccgtgag ctccgccttc ttcaggtcga ccacgaggcc ggagatgaga
     5401 gccgtctcgc ggtcggccgc ctcggtgggg gcgccgctgt agacgctgac ggtgggcatg
     5461 agcgcggcgg cggctttctg tacagcttcg tcgggcgaga gtcgggcggc acggacggcg
     5521 gcgaagaagt actgcacggc gcgatcgcgg gccgtgtcag ccttcacgag ctcggccgtg
     5581 agggcgtcgg cttgggcctc gcggttgagt tcggtctctt cggtgatgcc gccgttgtag
     5641 tcggtcatga tctcggccgg gataccggtc ttggcctgat cggccgattt gaggatgccg
     5701 tgcatctcgg tgtgataggt cacgtgcatc gcgttgtcga gcttcttctg cccgacggtc
     5761 ttaatctcta aatctttgtc catactgatg tttgttg
//
LOCUS       SEQF2638.1|AYYF01001177.1 673 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..673
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(239..670)
                     /locus_tag="SEQF2638.1_01154"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTQTNNQTIDNMKRIDFSRIKLEVEPGRFEVLDQRRAFGNAIYG
                     PSLAPVTRLSHRERHEARRRLMAARFYYWTELRRRRFDDVMQILSESEFFVDERTVTN
                     VLRALSRYLSELCARGETAADLRRAYPSWNWEVAPAKKRRF"
ORIGIN      
        1 ataggtcacg tgcatcgcgt tgtcgagctt cttctgcccg acggtcttaa tctctaaatc
       61 tttgtccata ctgatgtttg ttggttgttg ggggctaaag ccccgttggt tgttggtttg
      121 tttaggtgtt tagttgttag ttgttcgttg gttcgttgtt cggcggcaaa ggtgaagggc
      181 gctcagacgc cccgcaaatc ggcgtgtaaa gaaccgcgga ttcaggcggt tttaacggtt
      241 aaaatcggcg cttctttgca ggcgctacct cccagttcca cgagggataa gcacggcgga
      301 gatcggcggc cgtctcgcca cgagcacaga gctcggaaag gtaacggctg agtgcccgga
      361 gtacgttcgt gaccgtccgc tcgtcgacga agaactcact ctcggacagg atctgcatca
      421 cgtcgtcaaa gcggcgtcgg cgcagctctg tccagtaata gaagcgtgcg gccatcagcc
      481 gacggcgcgc ctcgtgacgc tcgcggtgtg acaaacgcgt caccggcgcc agcgacggcc
      541 cgtagatggc attgccgaac gcccgccgct ggtcgagcac ctcgaagcgt ccgggctcta
      601 cttccaattt gattctgctg aaatcgattc ttttcatatt gtctattgtt tgattgttcg
      661 tttgtgtcat tcc
//
LOCUS       SEQF2638.1|AYYF01001178.1 8015 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..8015
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             151..855
                     /gene="truC"
                     /locus_tag="SEQF2638.1_01155"
                     /EC_number="5.4.99.26"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0AA41"
                     /codon_start=1
                     /transl_table=11
                     /product="tRNA pseudouridine synthase C"
                     /db_xref="COG:COG0564"
                     /translation="MYLSNETNMQVIYEDNHLIAVSKTCHEIVQGDKTGDPSLADELR
                     EWIREKYAKPGNVFVGVVHRLDRPVTGAVVFAKTSKGLARMNALFRDGGVRKTYWAIV
                     RQRPTEPEGVLVDWLWRNERQNKSYVCKSDRPGARRAELHYRLLASSDRYHLLEIDLR
                     TGRHHQIRCQLAHMGCSIKGDLKYGAERSNPDGGISLHARRIAFTHPVSGLSIEIVAP
                     VPAGDALWKALSEGMM"
     CDS             925..1227
                     /locus_tag="SEQF2638.1_01156"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG8904"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSELDEKVQEKVQYGLLLLKTQDRVSKKFVKFIRDELYELRVKC
                     GSDNYRVFFIFDEGQIVVLFSGFMKKTQETPKHEIEKALRIKEAYYGDKQSSDRRL"
     CDS             1193..1495
                     /locus_tag="SEQF2638.1_01157"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:vienna_vog:VOG06177"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METNNHQIVDYDLVLDEKFGKIGTPERAKSEEKARAYYASQILS
                     EARRESGMTQNELARRVGMTRAQIAKIENGTVEPGVGLFYRIVGELGLRVDIVRPL"
     CDS             1535..2005
                     /locus_tag="SEQF2638.1_01158"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MENQFVLPRRVRAKYSTFVKTLTAIVLVANVACMCLLLSGASLS
                     MWLVWGGGVPGLMLVFAGLAPVWFEEHEDRYVLRLVAMSMTFDRAVYVATPISKEDLE
                     GAIRLFASGGFCGFTGWFWSRRMGRFRCFASDLEAPLLRIHRPGEERGGVVVNG"
     CDS             complement(2131..3564)
                     /gene="clsA"
                     /locus_tag="SEQF2638.1_01159"
                     /EC_number="2.7.8.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P71040"
                     /codon_start=1
                     /transl_table=11
                     /product="Major cardiolipin synthase ClsA"
                     /db_xref="COG:COG1502"
                     /translation="MIDFPIHTALGVTFFSLYFLSMLGLALVILLENRNPLKTIPWII
                     VLLTLPGIGLVFYFFFGQDNRRRRIISRRTYRRIMRPLSAGGPRQDKVNVPPAYRPLM
                     RMLNRNGRTPLLYGSHIDIYTSGQEKFTAFLEALRSARHHIHLQYYIIADDEIGRCVR
                     QVLIERARAGVEVRVLYDDVGSWSVPRRFFDTMRNAGIEAHPFLRVVFPLFTSKVNYR
                     NHRKVAIIDGRIGFMGGMNIADRYLRGVSWGVWRDTHFRIEGKGVHGLQSSFLIDWYV
                     VTRQLIKGKDYYPDEKFYDDNLMQIFSGGPTGRWRILLQAFIFCITNAKRYLYIQTPY
                     FLPTEGLTQALQTAALGGVDVRLMLPERSDTRSAHLASHSYLDDMLRAGVKVYFYRAG
                     FLHSKLLVSDDEIACIGSANFDFRSFEHNFEINAFVYHRPFAESLRRMYMDDLRSCVP
                     VRAYDWARRPFHLRLIESFLRLFSPLL"
     CDS             complement(3854..5083)
                     /locus_tag="SEQF2638.1_01160"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFGKYGLVLKNASYLTLFEVMRMAMPFIALPYLFRVVGEERYGT
                     VVFAQAIVALFALFIHFGLDISAVRDVAIYRNNRERLNQIFSAVIFIKSTLALLVGAV
                     LALAIHLIPALGGLSTLILYAFIACLADIFLPVWYYQGCENMKVLTIVRFLSIAFYTA
                     ALFLCIHREEDYPLIALLQSLGLVVSAVVSCGYVFLHDRIRLRIPPTTILVRTFRDSV
                     PFFASRASLAVNTYMAKIMSGVYLSGAEVAAFDVAQKVLNGGMVPIQMLNQALYPNIS
                     RTRDRGMVRSLLRVVTLLVFGVAAALFTFADPIVRILSHGELTEATALLRMLCVQLTC
                     SGFSVFLGTSVLVAFGHQRPFNVSVICSTVALLICYSVMITLHLNSIYLYAGALILAE
                     MVVLAYRAFAARRYWLI"
     CDS             complement(5106..6767)
                     /locus_tag="SEQF2638.1_01161"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEANNQLPREDGRPAMNDADDREAVGLRPIIVGYLRQRTTILVS
                     AAISLLAAILYLVLYPKTYEIMARVQIQEDAGMLGTGSIGLGEASGLMKTFGIGSMGG
                     GSVSIDDEISTLKSNSLMRKMVVELGLYADYRRPYSLLRMYGEEPVRVTCDSATLAAL
                     NDEVEFKLHLTDGGAAEITAKTKGQKQTFHFDRLPAVVQLDKCTFTFTRNTEPTAKND
                     ITRLEITVYPPSWVAEKAADDFLIEDYSKSANIIELSCTDYERQRAKDMLNVLIDYYN
                     HDAYDYKKAQSDVSLAFLSERIIHVTDELEKVERQIEQYKAENKITDVEYDIQYYAEY
                     MRDIKGRLIEAETQSNIIAMMDAFVKNPANRYKLVPSLLTTSETESSPIFLYNQALLE
                     REKALRNSNESNPLVASLTTQVDRLRETVFQTINNAQQSMTQTRRTLEKQERELLDRM
                     GSVPVQERVYVDYKRQQEILQGVYLILLQKREEISLALGQRTDRAKIVDTAFVKAKPI
                     GPRKVFALAGFVVLTLLLSIGWIVCRDQYRLLRKELRDSRERSES"
     CDS             complement(6767..7570)
                     /locus_tag="SEQF2638.1_01162"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKGKLLPIVCVLTLLGACSVPKDVAYFQGIDRLTTADLERMNQT
                     YATTIAADDLLTINVTAWNTTVVAPFNPPPFAYIPQGETSVAADSKLTTYLVDKEGYI
                     NFPVLGKVHAAGLTKAELIDALQTRIREYVDGAMVHVQIVNFKITILGEVSRPGSVNI
                     RNDRVSILDALGMVGDLTINANRKNILIVRDNNGRKEYGRLDVTNPEIFASPYFYLKQ
                     NDVVYVEPNNAKKRNANYSSAQQYTLTIISTILTAASVITTVVVALRRK"
ORIGIN      
        1 tcctgcaatt tgcgggagct tattgtaggc gtacgaagat ctcctgcaac ttgcgggagc
       61 ttattgtagg tgtacggaga tctcccgcga actgcaaggg agcttattgt aggtgtacga
      121 agatcaaccc atattgccct caaccaccca atgtatctat ctaacgaaac gaatatgcaa
      181 gtcatttacg aagacaatca cttgatcgcc gtcagcaaga cgtgccacga gatcgtgcag
      241 ggcgataaga cgggcgatcc ctcgctggcg gatgagctgc gggagtggat cagagagaaa
      301 tacgccaagc cgggcaacgt gttcgtcggc gttgtgcatc gcctcgatcg accggtcacg
      361 ggcgccgtcg tctttgccaa gaccagcaag ggactggcgc gtatgaatgc gctttttcgc
      421 gatggcggcg tccgtaagac gtactgggcc atcgtgcgcc aacgaccgac ggagccggag
      481 ggcgtgctcg tcgactggct ttggcgcaac gagcgacaga acaaaagcta cgtctgcaag
      541 tccgaccggc caggcgcacg tcgcgccgag cttcattatc gtctgctggc ctcctcagac
      601 cgctatcacc tgctggagat cgacctccgt acgggtcgcc atcatcagat ccgttgccag
      661 ttggcacaca tgggttgctc gatcaagggc gacctgaagt atggtgccga acgctccaat
      721 ccggacggcg gcatcagtct gcatgcgcgc cgcatcgcct tcacgcaccc cgtctcgggg
      781 ctgtccatcg agatcgttgc ccccgtgccc gctggcgacg cactctggaa ggcactgtcg
      841 gaaggaatga tgtagggggg agattcataa ctttgtgcca tgaggaggaa gattagaaca
      901 tacggaggat acttcgaggc atttatgtct gaactggatg agaaggtgca agagaaagtg
      961 caatatggat tgctcctttt gaaaactcag gatcgggtgt cgaagaagtt tgtgaagttt
     1021 attcgtgacg aactgtatga attgagagta aagtgtggaa gtgacaatta tcgcgtgttc
     1081 ttcatttttg atgaaggtca gattgtggta ttgtttagtg gttttatgaa gaagacgcag
     1141 gaaacgccta agcatgaaat agagaaggct ttaagaatta aggaggctta ttatggagac
     1201 aaacaatcat cagatcgtag actatgatct tgtacttgac gagaaattcg gcaagatcgg
     1261 gacgccggag cgggcaaagt ctgaagagaa ggcgcgggcg tattacgcct cgcagatcct
     1321 ctctgaggcc cgtcgagagt cgggcatgac gcaaaacgaa ctcgcccggc gagtaggcat
     1381 gacgcgtgca cagatcgcta agattgagaa tggcactgtc gagccgggcg tggggctgtt
     1441 ttaccgcatc gtcggggaac tggggttgcg cgtcgatatc gtccggccgt tgtaatatcg
     1501 tattgacttt attcacttct aaaataggaa cctcatggaa aatcaatttg tattgccgcg
     1561 tcgtgtgcgc gcaaagtatt ccacgtttgt aaaaacgctg acggcgatag tgctcgtggc
     1621 gaacgtggcg tgtatgtgtc tgttattgtc gggagcaagt ctctcgatgt ggcttgtttg
     1681 gggcggagga gttcccggtt tgatgttagt gtttgctggt cttgcgccgg tatggtttga
     1741 ggagcacgag gatcgatatg tgttgcgctt ggtggcaatg agcatgacgt tcgatcgggc
     1801 tgtgtacgtc gcgacgccga tcagcaagga ggatttagag ggtgcgattc gcctgttcgc
     1861 gtcgggcggc ttctgtgggt tcacgggatg gttctggagt cgtcggatgg ggcgcttccg
     1921 ttgctttgca tcggacttgg aggcgccact cttacgtatc catcgcccgg gcgaggagcg
     1981 cggtggcgtg gttgtgaacg gttgacggca cgttgttagg ccgaaaggct tgtgatagaa
     2041 gttcggatgg agctttcctg gaatggggag actatccgaa cttttttgtt gtgcgtgttt
     2101 acgctcaaag agaaggaggt caccccaagt ttacagcagg ggcgagaaga ggcggaggaa
     2161 ggactcgatg agtcggaggt ggaaggggcg acgggcccag tcgtaggcgc ggacggggac
     2221 gcaggagcga aggtcgtcca tgtacatccg gcggagactt tccgcgaagg ggcgatggta
     2281 gacgaaggcg ttgatctcaa agttgtgctc gaagctgcgg aagtcgaagt tggcggaccc
     2341 tatgcaggcg atttcgtcgt ccgacacgag gagcttggag tgcaagaaac ccgcgcgata
     2401 gaagtacacc ttgacgccgg cccgaagcat gtcgtcgaga taggaatgcg aggcgagatg
     2461 ggcgctccgg gtgtcggatc gctcggggag catgaggcgc acatccacgc cgcccagcgc
     2521 ggcggtttgt agcgcttggg tgaggccctc ggtgggcagg aagtaggggg tctgaatgta
     2581 gaggtagcgc ttggcgttgg tgatgcagaa gatgaacgcc tgcaagagga tccgccagcg
     2641 cccggtggga ccgccggaga agatctgcat gaggttatcg tcgtaaaatt tctcgtccgg
     2701 atagtagtct ttgcccttga tgagctggcg ggtgacgaca taccagtcga tgaggaagga
     2761 cgattgcagg ccgtggaccc ccttcccctc gatgcggaag tgcgtgtcgc gccagacgcc
     2821 ccatgacacg ccgcggaggt agcgatcggc gatgttcatg ccgcccataa agccgatgcg
     2881 gccgtcgatg atggcgactt tccgatggtt acggtagttg accttgctgg tgaagagtgg
     2941 gaagacgacc cgcaggaagg ggtgggcctc aatgcccgcg ttgcgcatgg tatcgaagaa
     3001 gcggcggggc acactccagc tgccgacgtc gtcatacagc acccgcacct ctacgccggc
     3061 ccgggcgcgt tcgatgagca cttggcgcac gcagcgcccg atctcgtcgt cggctatgat
     3121 atagtattgc agatggatgt ggtggcgcgc gctgcggagt gcctcgagga aggcggtgaa
     3181 tttttcctgg ccggaggtgt atatgtcgat gtggctgccg tagaggagcg gcgtgcgacc
     3241 gttccgattg agcatgcgca tcagcggacg gtaagcgggc ggtacgttca ccttatcctg
     3301 acgcggtccg ccggcgctca aggggcgcat aatgcggcga taggtgcgtc gggagatgat
     3361 tcgacgacgg cgattgtctt gcccgaagaa aaaatagaag acgagaccaa tgcccggcag
     3421 ggtgaggagg acaatgatcc aaggaatggt cttcagcggg ttgcggttct ccaacaagat
     3481 tacgagggcg agacccaaca tggagaggaa gtacaggctg aagaaggtga caccaagggc
     3541 cgtatgtatg gggaagtcaa tcatgaattg cgggtggtgc ttgttccgag cgtaaaagta
     3601 cgccgaaagc cttaatcggg gcgctttagt aggataaggc tctaataaga cgtgagttcg
     3661 atgagggcca tcctacgatg gcctgaggaa cgtgagccga aaaagtttgt ggcaggtgct
     3721 ttcctccaga aaatcgcaca tcgaactcac gcgtttttga gggtaaacgg aggagtgtaa
     3781 gggggaagtc agaggtaaat gtgcttcacg tttttagcgc gcactgattc cgaatggctc
     3841 ggagcgtgcg attttagatg agccaatagc ggcgggcggc aaaggcgcgg taggcgagga
     3901 cgaccatctc ggccagaatg agcgccccgg cataaaggta gatggagttg aggtggaggg
     3961 tgatcatcac cgagtagcag ataagtagtg cgacggtgga gcagatgacg ctgacgttga
     4021 aggggcgttg atggccgaag gcgaccagca cggaggtgcc gagaaagacc gaaaagccgg
     4081 agcaggtcag ctggacgcag agcatacgta gtagcgcggt ggcctcggtc agctcgccgt
     4141 gcgagaggat gcggacaatg ggatcggcga aggtgaagag cgcagcggcg acaccgaaca
     4201 caaggagcgt gaccacgcgg agcagggagc gtaccatccc ccggtcgcgt gtgcgggaga
     4261 tgttggggta gagcgcctgg ttgagcatct gtatgggcac catgccgcca ttgagcacct
     4321 tctgcgccac gtcgaaggcc gccacctcgg cgccggagag gtatacacca ctcatgatct
     4381 tggccatgta ggtgttgacg gccagtgagg cacgtgaggc gaagaagggg acgctgtcgc
     4441 ggaaggttcg cacgagtatc gtggtcggcg gaatacggag acgaatgcgg tcatgcagga
     4501 acacatatcc gcaggagacg acggcggaga ccaccagacc gagcgactgc agcagtgcaa
     4561 tgaggggata gtcctcctcg cggtgaatgc agagaaagag cgccgcggta taaaaggcta
     4621 tggagaggaa gcggacaatg gtgaggacct tcatgttttc acagccttgg taataccaca
     4681 cgggcaggaa aatgtcagcc aggcaggcga tgaaggcgta aagaatgagc gtcgagaggc
     4741 cgcccaaggc ggggatgagg tgaatggcca gtgcaaggac ggcccctacg agaagggcga
     4801 gggtggattt gatgaaaatg acagccgaaa aaatctggtt gagtcgctcg cggttgttgc
     4861 gatagatggc cacatcgcgc acggccgaaa tatcgaggcc gaaatggatg aaaagggcga
     4921 acagggctac gatggcttgg gcaaagacga ccgtcccgta acgctcctcg cccacgacgc
     4981 ggaagaggta gggtagcgcg atgaacggca tggccatacg catgacctcg aagagggtca
     5041 ggtaggaggc attcttgagg acgaggccgt atttaccaaa catgtcgtgc ggggtggtga
     5101 cggcgtcagg attcggagcg ttcgcggctg tcgcgtagct ccttgcgcag caggcgatac
     5161 tgatctcggc agacgatcca cccaatcgag agtaataagg tgagcaccac gaagccagcc
     5221 aaggcaaaca ccttgcgggg gcctatgggc ttggctttga cgaaggccgt gtcgacgatt
     5281 tttgcacggt ccgtacgttg cccgagggca agactgatct cttcacgctt ctgcaagagg
     5341 atgagataga cgccttgcag gatttcttgc tgtcgcttgt agtcgacata gacgcgctcc
     5401 tgaacgggga cggatcccat gcggtcaagg agctcgcgtt cctgtttttc gagggtccga
     5461 cgggtctgcg tcatgctttg ttgcgcgtta ttgatggtct gaaacacggt ctcgcgcagt
     5521 ctgtccactt gtgtggtgag cgacgcgacg aggggattgc tctcgttcga gtttcggagg
     5581 gctttctcgc gctccaagag ggcttggttg tagagaaaga tggggctact ctcggtctcg
     5641 ctcgtagtga gcagggaggg gacgagctta tatcggttgg cggggttctt gacgaaggcg
     5701 tccatcatgg caatgatgtt cgactgggtc tcagcctcga tgagtcggcc cttgatgtca
     5761 cgcatgtact cggcgtagta ctggatgtcg tattctacgt cggtgatctt gttctcggcc
     5821 ttgtattgtt cgatttgcct ctcgaccttc tccagctcgt ccgtcacgtg tatgatccgc
     5881 tcactgagga aggccagcga gacgtcgctt tgggccttct tatagtcgta ggcatcgtgg
     5941 ttgtaatagt cgatgagtac gttcagcatg tccttggccc gctggcgctc gtagtcggta
     6001 catgaaagct cgatgatgtt ggccgatttc gagtaatcct cgatcaggaa atcgtccgca
     6061 gccttctcgg ccacccaact ggggggatag acggtgatct cgaggcgcgt gatgtcattt
     6121 ttagctgtcg gctcggtgtt gcgggtgaag gtgaaggtgc atttgtcgag ttgcacgacg
     6181 gccggaaggc ggtcgaagtg gaaggtttgc ttctgtccct tggtcttggc tgtgatctca
     6241 gccgcaccgc cgtccgtgag gtgtagcttg aactccactt cgtcgttgag ggcggccagc
     6301 gtggcggagt cgcaggtcac gcgcacgggt tcctcaccgt acatccgtag cagggagtag
     6361 ggcctccggt agtcggcata tagaccgagc tcgacgacca tcttgcgcat gaggctgttg
     6421 gacttcaggg tggagatctc gtcgtcgatg cttacactcc caccgcccat gctgccgatg
     6481 ccgaacgttt tcatgagtcc ggaggcttca ccgaggccga tgcttccggt tcccaacatt
     6541 ccggcgtctt cctgtatctg cacgcgagcc atgatctcgt aagttttggg gtacaacacg
     6601 agatagagta tggctgccag gagggagata gccgccgaga cgagtatggt ggtgcgttgt
     6661 cgtaagtaac cgacgataat ggggcgcagc cctacggcct cgcggtcgtc ggcatcattc
     6721 atggcggggc gcccatcttc ccgcggtagt tggttgtttg cttccatcac tttcttctga
     6781 gagccactac gacggtggtg atcaccgatg ccgccgtaag gatggtcgat ataatggtga
     6841 gagtatactg ttgcgcggag ctatagtttg cgttgcgttt cttggcattg ttgggctcga
     6901 cgtaaacgac gtcgttttgc ttgagataaa agtaaggcga ggcgaaaatc tccgggttgg
     6961 tcacgtccag cctcccatac tccttgcgtc cgttgttgtc gcgaacgatg agaatgtttt
     7021 tgcgattggc gttgatcgtt aagtcaccga ccatcccgag agcgtcgagt atagaaacgc
     7081 ggtcattccg gatgttgacg ctgcccggac gagacacttc accgaggatg gtgattttga
     7141 agttgacgat ctgcacatga accatagcgc catcgacata ctccctgatc cgagtctgca
     7201 atgcgtcgat gagttcagcc ttcgtcaggc ccgcagcgtg cacttttcct aaaacgggga
     7261 agttgatgta tccctccttg tcaactaaat aagtagtgag ctttgaatcg gctgccacag
     7321 acgtctcgcc ttggggaatg taggcaaacg gtggaggatt gaacggcgcc accacggtgg
     7381 tattccatgc cgtgacgttg atggtgagca ggtcgtccgc tgcgatagtg gtcgcatagg
     7441 tttgattcat ccgctccaag tctgctgtag tcagccggtc gatcccctga aaataagcca
     7501 cgtctttggg gacagaacag gcccccaaga gggtcaaaac gcatacgatc ggtaataatt
     7561 tacccttcat tcttaattat cattttttta atgggtcgca aagatatgga tatatcaact
     7621 cgtccgacgg gtctccatgc ttcacgaaat gcgctgttag aacgcgctcg gaggtggttt
     7681 attatcctaa gtgtttggtc ggatttgccc gcgttttgtc ggggtgcaga tctgtctggg
     7741 tattccttct tacgtgggga ggagggtatg tatgaccggt acggtgtcct tttcacgtac
     7801 agattagccc tatatggctt gatatcggtg ttgtacaacg tgaattcgac aaaaggatga
     7861 gattccctta ttgagaatgt cattgatagc atgctgtaat ggccaacagg ttctccgaag
     7921 tacttgcggg actcccgcaa gtgtctcgaa aaactttttg gtgtttgcgg gagtcccgca
     7981 agtgtctcga aaaacttttt ggcgtttgcg ggagt
//
LOCUS       SEQF2638.1|AYYF01001179.1 936 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..936
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gcggagcgct accgcatcat gtgtcgctac tacggggcgt tgcccacgca gatgcgtcac
       61 ctttggtttg ccacccgatt cctgtgggca aaagcttcct ttgaaatttt ataatgagtg
      121 gcagattgaa aatagtaaag tacaattaca tagatgctct aagaggttgg gcaattttag
      181 gggttgtttc aacgcactgt gattacacgc agctaccctc tcccttattg gttaatattc
      241 taaaatcagg aggtaacggc gtacaattat tctttgttgt aagtgcatgc actttatggc
      301 tgtctctaac agctcggaaa tcagaaaaag gatttatctc caatttcttt attcgccgca
      361 tttttagaat agcgccactg tattacttag ctattattta ttacctgttt caagatgggc
      421 ttggttcgaa tgggatagga gctgtgtcga gtataagtat tgggaatatt ctatcgaatg
      481 tgttgtttgt tcatggaatt aatccatatt ggatcaatag tttggttccg ggagggtggt
      541 ctataacaga tgaagtgatg ttttactgta tcttgcctat tttattttat cagataaaat
      601 ccatagatca cgcgctctcc tttttctttg tctccctttt tctaaaagga acgttgcatt
      661 ttattttatc ttctatacct atgatatcag actcgattct atggaattct tttttgtttt
      721 actatttccc taatcaactt cctgtctttc tctgtggcgt tattcttttc tttcttatct
      781 ttacgcccaa agaacaattg aaaatatctc caattgtcct cctaataatt tcgcttatta
      841 ttctattcga tttgtgtacg aagaaaccta tcatattcta ccacatccaa tttgggttgg
      901 ctttcgttct tatgggctat atgttatcat taaagc
//
LOCUS       SEQF2638.1|AYYF01001180.1 1401 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1401
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(134..1162)
                     /locus_tag="SEQF2638.1_01163"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKGLVIERVGMNKLDNAQHVQLHSALYAIMAEFDLTKIGIPEE
                     AKTEWDGSLHLEKDLNIETTASATSKLLKKKDEARTRLALFIFSQVRSFLLSPETDEV
                     EAAERLYVVTKGYAGIQQESQDRETAHIDGLVEDLKKTEHAADMTKLRLTSALTKLET
                     LNKEFAELHLQRTKERAAKKLPATAKVRAEVDEHFERILDLLKSNYLFGKTPIEPTLI
                     ETLVGRFNQRMHESDAAYRQGQAIKKASADKKKKPDAPKNPKDPKDPKPKKPGKDDGK
                     PDIHLPEGSDPKKPDAPKKPEGEGGGTGGGGAKPGGGSGTGGGEQPKKPKEGGGDSGN
                     PDIHLPEE"
ORIGIN      
        1 acccctacat ccttttcttg tcttgataca agaaaaggat gcgaaaagaa aatcaaggca
       61 tcagggatgc cggccaattt ggctgggtac cagaccctct cgttgttaga tcttcgtttt
      121 ttgtcccgta cggttactct tcgggcagat ggatgtcggg attaccactg tcgccgccac
      181 cttctttcgg tttcttgggc tgctcgccgc cgcccgtgcc actgccaccg cctggtttgg
      241 cgccaccgcc gcccgttccg ccaccttcac cttctggctt cttcggtgcg tctggctttt
      301 tcggatctga accctctggg aggtggatgt cgggcttgcc gtcgtccttc cctggctttt
      361 taggcttcgg atctttcgga tccttcggat tcttaggcgc atcaggcttc ttctttttgt
      421 ccgccgatgc cttctttatc gcctgaccct gccgataggc cgcgtcgctc tcatgcatgc
      481 gctgattgaa gcgtcccacg agcgtctcga tcaatgtcgg ctcgatagga gtcttgccaa
      541 agaggtagtt tgacttgagt aagtccaaga tacgttcaaa atgttcgtcc acttcggcac
      601 gcaccttcgc tgtagccggc aactttttcg ccgcacgctc tttcgtgcgc tgaagatgca
      661 gctccgcaaa ctccttattg agtgtctcca gcttagtaag tgccgaggtc aggcgcagtt
      721 tggtcatatc ggccgcatgc tccgtcttct tcagatcctc caccaagccg tcaatatgtg
      781 ccgtctcccg atcttgcgat tcttgctgga taccagcata acccttggtc acgacataga
      841 gacgctcggc agcctcaacc tcatccgtct ccggcgacag caaaaagctg cgcacctgac
      901 taaaaatgaa tagcgccaac cgggtgcgcg cctcatcctt cttctttagt agtttcgacg
      961 tagcgctggc cgtagtctct atgttcagat ccttctccag atgcaggctg ccgtcccact
     1021 ccgtctttgc ttcttctggt ataccgatct tagtcagatc aaactctgcc atgatggcat
     1081 acaaagcgct gtgcagttgc acatgttgtg cattgtcgag cttattcatc ccgacgcgtt
     1141 caataactaa tccctttttc atctcgtctt tcttgattga taatgataca tttactgttt
     1201 gtgttatggt gatcaatgat gcctcagaag accctcacga agaggaaatc ccaaagcgca
     1261 atacatttca aagttccatc ttagatggaa gtccaaaacg cggcgcgttt cattgttcca
     1321 tcttaggtgg aagtccaaaa cgcggcgcgt ttcactgttc catcttagat ggaagtccaa
     1381 aacgcggcgc gttttactgt t
//
LOCUS       SEQF2638.1|AYYF01001181.1 6149 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..6149
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             412..879
                     /gene="rimP"
                     /locus_tag="SEQF2638.1_01164"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01077"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosome maturation factor RimP"
                     /translation="MIERNTVMRLAEAALADSACYLVDVVIGADNAIVVEIDHDEAVS
                     IDDCVALSQYIEQHLDRDAEDYELEVTSAGLDRPFKIVRQYRKHIGSEIELKPREGTL
                     RTGVLKDADETGVTLTVAKKVKPEGARRKTTVYEDETYRYDEIAYAKSKIRFK"
     CDS             897..2384
                     /gene="nusA"
                     /locus_tag="SEQF2638.1_01165"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_00945_B"
                     /codon_start=1
                     /transl_table=11
                     /product="Transcription termination/antitermination
                     protein NusA"
                     /translation="MAKKQETVSMIDSLQEFKDLKNIDKETMINVLEESFRNVIAKMF
                     GTDENYDVIINPEKGDFEIWRNRTVVENGHVSDPNLEVSLRDAQQIDADCTIGEEVTD
                     EVHFADFGRRAILNLRQALASKILELQKDNLTAKYRELIGTIVVADVYQVWKKEVLLL
                     DDEGNELLLPKSEQIPGDFYRKGEAVRAVVQRVETDNNTKIYLSRTDKAFLQRLFEIE
                     VPEINDGLITIRSIARIPGERAKIAVESYDERIDPVGACVGMKGSRIRGIVRELRNEN
                     IDVVNYTTNTALYIQRALSPAKVSSIRVDEEEHKAEVFLRPEEVSLAIGKNGLNIKLA
                     SMLTDYTIDVFRDIDTADEEDIYLDEFADEVEPWVIEALKEIGCNTAKAVLALAPEEI
                     MERADLEEQTVDDLLRVLSAEFEDEAQPAPDDYAPEEEQPVDEQPVDATDASEPVDEQ
                     PAESTDEPDETPTEDEPEEDDADEEADEDTPEVFQEDDTDEKEED"
     CDS             2415..5399
                     /gene="infB"
                     /locus_tag="SEQF2638.1_01166"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_00100_B"
                     /codon_start=1
                     /transl_table=11
                     /product="Translation initiation factor IF-2"
                     /translation="MPVKLNKVLKDLNVGLQTVVDYLRGKRFEVESNPNVRIPDEQYT
                     LLVKEFGKNLPESERSRLLEKAAPTETHVKPEPKPEPVAQEPTKTEPDVIKTEIPDDI
                     LPKFVTKGKIDLPETSGHGSSHSRRRKHSGHSTTTHHTETKPAAAAPAPSEGEAKPET
                     PAVSAPTVEAPAPSVEQPKEGTAPVEIKAEASAPTAQTQEAPAPIAEAPAEPAPTVAE
                     TPKPEASVDSTAQTGSTEKKEDEVFRLETPRLESNIKVTGKIDLATINQSMRPKRRGS
                     ERNRDRRRQQQPQASATPAKPAASATPHAPATPSAAASADAKKKRKRIKKDRIDINAA
                     VNTGARSNDNKRSNDNKRPKRLVHTEVNEGDVQRQVKETLARLTSKGAKSKGAKYRRE
                     KRDAVAFREQELLRAEERESRILKLTEFVTANDLANMMDVSVSEVISTCMSIGMMVSI
                     NQRLDAETINIVAEEFGFKTEYVSAEVSEAIKEEEDNPEDWVPRPPIVTVMGHVDHGK
                     TSLLDNIRNANVIAGEAGGITQHIGAYSVTLPDGRHITFLDTPGHEAFTAMRARGAKV
                     TDIAIIIVAADDNVMPQTVEAINHASAAGVPIVFAINKIDKPGANPDKIKEKLSQMNY
                     LVEEWGGKYQSQDISAKKGIGVQDLLEKVLLEADLLELKANPKRRATASVIESSLDKG
                     RGYVATVLVSNGTLRQGDIVLAGTHYGRVKAMFNERNQRVESAGPSEPVLILGLDGAP
                     QAGDTLNVLETEQEAREIAARREQLQRELGLRTQKRFGLEELGRRRALGDFHELNLIV
                     KGDVDGSVEALSDTLIKLSTEEIQVNVIHKAVGQISESDIELAASSSAIIIGFQVRPA
                     QAARKLADKEGVEIRLYSIIYDAIEEVRSAMEGMLSPEIREEICGNLEVLQVFKISKV
                     GTVAGCLVKEGKIKRANKVRVIRDGIVIHTGELASLKRFKDEVKEVVAGQECGLFINN
                     YNDVQEGDMIEPFDEIEVKKTL"
     CDS             5420..6004
                     /locus_tag="SEQF2638.1_01167"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTWLDIVVLGLVGGGLVKGWHDGFVRQVAVLGAVVAVIYCCSRV
                     AHWLRALVLSAGWVSEGSVTFVSYIGAFVLIFATVRLAGRWMDHWVDESALNIPNRLA
                     GALCAASVALFVSSFTLNFVEGIDRHGFLLTEETKIRSRTYPFIRETVPTLFSPKFFV
                     WRERDLQESHRPTPTSRGGHSSPARGLCAGHPRI"
ORIGIN      
        1 cggtgcgctc catcggtgtc tcgatctcga cctccgtcag cggcagatcg cgcgtcacct
       61 cgtagcccat cagcatagca atctcgcgga gcaactcgcg gaagtccttc gcacccgtgt
      121 tcacatcccg gatccgcgtc aacttgtggc agatcatcgg gtgattaatg atatgcagtt
      181 cactcatata tctataggtg ttttgttttc aaacggcgca aacgtactta aaagggatct
      241 ttggaaaagg tcggccccgg cctcgcatct aagccacgcc cccaatccgc cttcacctct
      301 ccagccaaag cctggaaaac gcctttcctt agaaaaaggc tgattgattg tatatttgcc
      361 cccgaaatta cgacggggga acactttggt tccctttctt tttgcacaat aatgatcgaa
      421 cgaaatacag tgatgcgtct ggctgaagcc gccctggccg actcggcttg ctaccttgtg
      481 gatgtcgtca tcggcgccga caacgccatc gtagtggaga ttgaccacga cgaggctgtc
      541 agcatcgacg attgcgtggc cctgagccaa tatatcgagc agcacctcga ccgtgacgcc
      601 gaggattacg agctggaggt cacctccgcc ggcctcgatc gccccttcaa gatcgtccgc
      661 caataccgca agcatatcgg cagcgaaatc gagctcaagc cccgcgaagg caccctccgc
      721 acaggcgtgc tcaaggatgc tgacgagacg ggcgtcacgc tcaccgtagc caaaaaggta
      781 aagcccgaag gtgcccgtcg caaaaccacc gtgtacgaag acgaaacgta ccgatatgat
      841 gagatagcat acgcgaaaag taaaatccga ttcaaataga gagaagacaa gagaatatgg
      901 ccaagaaaca ggaaacagtc agcatgatag acagccttca ggagttcaaa gacctgaaga
      961 atatcgacaa ggagacgatg atcaacgtgc tcgaagagtc gttccgcaac gtgatcgcta
     1021 aaatgttcgg cacggacgag aattacgatg tgatcatcaa ccccgaaaag ggcgacttcg
     1081 agatctggcg caaccgcacc gtggtggaaa acggacacgt cagcgacccc aatctggagg
     1141 tctcgctacg cgatgcgcaa cagatcgacg ccgactgtac catcggtgaa gaagtgaccg
     1201 acgaggtgca cttcgccgac tttggccggc gcgccatcct caacctccga caggcgctgg
     1261 cctcgaagat cctggagctc caaaaggaca acctcacggc caaataccgc gagctgatcg
     1321 gtaccatcgt cgtggccgac gtctatcagg tatggaagaa agaggtgctg ctactcgacg
     1381 acgaaggcaa cgagctcctg ctgcccaaat cggagcaaat ccccggcgac ttttatcgca
     1441 agggcgaggc cgtacgcgcc gtcgtgcagc gggtagagac ggataacaac acgaagatct
     1501 acctctctcg taccgacaag gccttcctgc agcgcctctt cgaaatcgaa gtgcccgaga
     1561 tcaacgacgg cctgatcacc atccgctcta tcgcacgcat ccccggtgaa cgcgccaaga
     1621 tcgccgtcga atcgtacgac gaacgcatcg atcccgtcgg tgcctgcgtc ggcatgaagg
     1681 gttcacgtat ccgcggcatc gtccgcgagc tgcgcaacga gaatatcgac gtcgtaaact
     1741 acaccaccaa caccgcactc tatatccagc gcgcactcag cccggccaaa gtctcctcca
     1801 tccgcgtcga cgaagaggag cataaggcgg aagtcttcct gcgccctgaa gaggtttcgc
     1861 tggccatcgg taagaacgga ctcaacatca agctggccag tatgcttacg gactacacca
     1921 tcgacgtctt ccgtgacatc gatacggccg acgaggagga tatctatctc gacgagttcg
     1981 ctgatgaggt ggagccttgg gtgatcgaag ccctcaagga gatcggttgc aacaccgcca
     2041 aagctgtgct tgccctcgcc cccgaagaga tcatggagcg tgccgacctg gaagagcaga
     2101 cggtggacga cctgctgcgt gtcctctcag ccgagtttga agacgaagct caaccggcac
     2161 ccgacgatta tgctccggaa gaggaacaac ccgtcgacga acagcccgtt gacgcaaccg
     2221 acgcatccga acccgtcgac gaacagcccg ctgaatccac cgacgaaccg gacgagacgc
     2281 cgacagaaga tgaaccggaa gaagacgacg ccgacgaaga agcggacgaa gacacccctg
     2341 aagtgtttca agaagacgac accgacgaaa aagaggagga ttaaatcaga gataactaca
     2401 cgaggaagag agatatgcct gttaaattga acaaagtatt gaaggacttg aatgtcggct
     2461 tgcagacggt tgtcgactat ctgcgcggga agcgtttcga ggtcgaaagc aaccccaacg
     2521 tccgcattcc cgatgagcag tacaccctgc tcgttaagga attcggcaaa aacctgccgg
     2581 agtccgaacg aagtcgcctg ctcgaaaaag ctgcaccgac agaaacgcac gtgaaaccag
     2641 aaccaaaacc ggaacccgta gcccaggaac ccaccaagac ggaaccggat gtgatcaaga
     2701 ccgagatacc ggacgacatc ctccccaaat tcgtcaccaa aggcaagatc gatctacccg
     2761 aaacgagcgg acacggatcg tcgcactccc ggcggcgtaa acacagtgga cattccacga
     2821 ccacacacca cacggagaca aagcctgcgg ccgccgctcc agcgccctct gagggagagg
     2881 ctaagccgga gactccagcc gtaagcgctc caaccgttga ggcacctgcc cccagcgtag
     2941 agcaaccgaa ggaagggaca gcccccgtag agatcaaggc ggaggcctcc gcacccacag
     3001 cgcaaacgca ggaagcgcct gcacccatcg ctgaagcgcc cgcagaacca gctccgaccg
     3061 ttgccgaaac gcccaaaccg gaggcatcgg tcgacagcac ggcgcagacg ggatcgacgg
     3121 agaaaaagga ggacgaggtg ttccgtctgg agacacctcg cttggagtcg aacatcaaag
     3181 tgacaggcaa gatcgacctc gccaccatca accaatccat gcgccccaag cgcaggggct
     3241 ccgagcgcaa ccgtgaccgt cgtcggcagc agcagccgca ggcttccgcc accccggcta
     3301 agcccgctgc atctgcgacg ccccatgccc ccgccacccc atcggccgcc gcatccgccg
     3361 acgccaagaa gaagcgtaag cgcatcaaga aagaccgcat cgacatcaac gccgccgtca
     3421 atacgggtgc acggtcgaac gacaacaagc gatcgaacga taacaagcgc cccaaacgcc
     3481 tcgtgcatac ggaggtgaac gagggcgatg tgcagcgtca ggtgaaggag acactggccc
     3541 gtctgaccag caagggcgcc aagagcaaag gcgccaagta tcgccgcgag aaacgtgacg
     3601 ctgtggcctt ccgcgagcag gaactgctgc gcgccgaaga acgcgaaagc cggatcctga
     3661 agctcacgga gttcgtcacc gccaacgacc tggccaacat gatggacgtc tccgtctccg
     3721 aggtcatctc cacctgcatg agcatcggta tgatggtctc catcaatcag cgactcgacg
     3781 cggagacgat caacatcgta gccgaggagt tcggtttcaa gacggaatac gtcagcgccg
     3841 aggtgtcgga agccattaag gaagaggagg acaaccccga ggattgggtg ccgcgcccac
     3901 cgatcgtgac cgttatgggc cacgtggacc acggtaaaac gtcgctgctg gacaacatcc
     3961 gcaacgccaa cgtgatcgcc ggtgaggccg gtggcatcac gcagcacatc ggtgcctaca
     4021 gcgtgaccct gcccgacggt cgacacatca ccttcctcga caccccgggc cacgaggcct
     4081 tcaccgccat gcgtgcacgt ggcgccaagg tgacggacat cgccatcatc atcgtcgcag
     4141 ccgacgacaa cgtcatgccg cagaccgtcg aggccatcaa ccacgcctcc gcggccggtg
     4201 tccccatcgt ctttgccatc aataagatcg ataagcccgg cgccaatccg gacaagatca
     4261 aggagaagct ctcgcagatg aactacctcg tcgaggagtg gggcggcaag tatcagagcc
     4321 aagacatctc ggccaagaag ggtatcggcg tgcaagactt gctcgaaaag gtgctgctcg
     4381 aagccgacct tctggagctg aaggccaacc cgaaacgtcg cgccacggcc tccgtcatcg
     4441 agtcgtcgct cgacaagggg cgcggctatg tggccaccgt actggtgagc aacgggacgc
     4501 tgcgccaagg cgacatcgtg ctggcgggta cacactacgg acgtgtcaag gccatgttca
     4561 acgagcgcaa ccaacgcgtg gagagcgctg ggccatcgga gccggtgctg atcctcggcc
     4621 tagacggtgc accacaggcg ggcgacacgc tcaacgtctt ggagaccgag caggaggcgc
     4681 gcgaaatcgc tgcacgccgc gagcagttgc agcgtgagct ggggctccgc acccagaagc
     4741 gcttcggact tgaggaactt gggcgccgcc gtgcactggg cgacttccac gagctgaacc
     4801 tcatcgtcaa gggcgacgtg gacggctccg tcgaggcgct ctccgatacg ctcatcaagc
     4861 tctccaccga agagattcag gtcaacgtca tccacaaagc cgtcgggcag atctccgaat
     4921 ccgacatcga gctggccgcc tcatccagcg ccatcatcat cggcttccag gtgcgcccag
     4981 cacaggccgc ccgtaagttg gccgacaagg agggcgtcga gatccgcctc tactccatca
     5041 tctacgacgc catcgaggag gtgcgttcgg ctatggaggg catgctctcg cccgagattc
     5101 gggaggagat ctgcggtaac ctcgaggtgc tgcaagtctt caagatctcg aaggtgggca
     5161 ccgtggccgg ctgcctcgtg aaggaaggca agatcaagcg cgccaacaag gtgcgcgtca
     5221 tccgtgacgg tatcgtgatc cacaccggcg agttggcctc gctcaagcgc ttcaaagacg
     5281 aggtgaagga ggtcgtggcc ggacaagaat gtggcctctt catcaacaac tacaacgatg
     5341 tgcaagaggg cgacatgatc gagccgttcg acgagatcga ggtcaagaag acgctgtaac
     5401 ccgcagccct cggacgcgca tgacctggct ggatattgtg gtcttaggcc ttgtcggagg
     5461 gggcctcgtc aagggctggc acgacggatt cgtccgtcaa gtggccgttc ttggcgccgt
     5521 cgtggccgtc atctattgct gttcgcgcgt ggcccactgg ctgcgcgcgc tcgttctgag
     5581 cgcagggtgg gtgtcagagg gcagcgtgac gttcgtcagc tacatcggcg ccttcgtcct
     5641 catcttcgcc accgtccgcc tggccggtcg atggatggac cactgggtag acgagagcgc
     5701 gctcaacatc cccaaccgcc tggccggtgc gctctgtgcc gccagcgtcg ccctgttcgt
     5761 cagcagcttc acgctgaact tcgtcgaggg gatcgaccgc cacggcttcc tcctcactga
     5821 ggagaccaag atccgttcgc gcacctatcc cttcatccgc gagacggtac cgaccctctt
     5881 ttcgcccaag ttcttcgtct ggcgagagcg ggatctacag gagtcacatc gccccacccc
     5941 gacaagccgc ggggggcact catctccagc ccgaggtttg tgcgcagggc accccagaat
     6001 ctgattccgg gccatttgca gaccatgcaa atcctccaga atctgattct gggcaattgc
     6061 agaccgtgca aatcctccag aatctgattc tgagccattg cagaccatgc aaatcctcca
     6121 gaatctgatt ctgagccatt gcagaccat
//
LOCUS       SEQF2638.1|AYYF01001182.1 1108 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1108
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             121..381
                     /locus_tag="SEQF2638.1_01168"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSHQIPVLVSDIPANRAMGLPADCYFHYDEAGCVAALTQALGEK
                     VNHGVAHTYDLTRYDWDHIAQQTYAVYLQTVQREKTTEQTCV"
     CDS             complement(962..1075)
                     /locus_tag="SEQF2638.1_01169"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MCAREDFSGRHNFASTLAEHNQNALRYRQELNRRGIY"
ORIGIN      
        1 gcatgaacaa cctcgacctg ctgctcgatc tgcgccgcgg caaccagtca cccgtccgca
       61 tcaccttcca gaacgtccgc ctcgtcgcac gaagggctac ccatcacact gctggaagcc
      121 atgagccacc agatccccgt cttagtcagc gacattccag ccaaccgtgc catgggtcta
      181 cccgctgact gctattttca ttatgacgaa gcaggctgcg tcgccgccct aacgcaagcc
      241 ctcggagaga aagtaaacca cggcgtcgcc cacacctacg acctgacgcg ctacgattgg
      301 gatcacatcg cccaacagac ctacgccgtc tacctccaaa ccgttcaacg agagaaaacc
      361 acggagcaaa cgtgcgtttg acgtaggcca tcctatcgct tacgattgct tgaggaaatc
      421 gaccgaaaaa gtttgcggcg gccgattccc ttcagccgtc gtacactaaa ctcgcgtaat
      481 ttgcaaagta gattcactcc agatggcatg caatctgacg tgatataaaa ttgattcgga
      541 ttagattgcg cgcaatccaa tgcgatacaa aattgattca tgtcagattg tacgcaatcc
      601 gacgtgatac aaaattgatt cggattagac ttcatgcgat tcggagagaa tcaaatctgc
      661 atttatacgt atggaatacc attcaggcgg atacaaaatg gagtgacata aaagtctatg
      721 ccatacggga acaatcagaa aagtttgtgg atagatgacg tgcgatccgg ggtgtatcag
      781 attcggttga tttcgacggt tgccgtatag gaggtcaaaa cggtggggcc ggatgcctcg
      841 ctctggatca ttctcgggat aagaggccgt tggggacttg tttcggagga tattctgcgg
      901 attattccca gtcggttgtt aggaacgacc tcctcgaccc ggcggaggtc ggccgcggcc
      961 gtcagtagat cccccgacgg ttcaactcct gacggtagcg gagggcgttc tggttgtgct
     1021 cggccagggt ggaggcgaag ttgtgacggc cggagaagtc ctcgcgggca cacatataga
     1081 tatagtcgtg ctgggcatgg tggaggac
//
LOCUS       SEQF2638.1|AYYF01001183.1 342 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..342
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gaggagttcg atcgcttgat cgccttcacc gaagacttac acctgaccat ttaaccacaa
       61 agcactatga gaagtacatt caaaatcctg ttctacatca acagacagaa gacaaaagca
      121 gacggcaaga cggccatctt ttgccgcgtc accatcgatg gtaggagcac agctattacc
      181 acaggtgagg aatgtctgtc ggccgaatgg aacagcagac aggggacaac cggcgaaaag
      241 aaaatcaacc aacgcctcgc agcgttcagg gagcttgtgg aaaaggccta cgcggaaatg
      301 cttacgaagg acggcgtggt cagtgcagaa ctcctcaaga ac
//
LOCUS       SEQF2638.1|AYYF01001184.1 560 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..560
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtcttgttcg tcttcttgtt ttcctttttg gggtgtcttt tcatgtggat aggtcttttt
       61 tgtggtgctt atactatggt tggggccgat gagaacggat gtgattacgg ccccctccct
      121 cgggctccca aggccggggg agcaagcgca gtttgtggga acaaactgac gtcttgcatt
      181 accgtcgtca cgctccgtta cagacccctt atgtttcttg tgatcactgc ataccgtgca
      241 ttcaggcggt tactgctaga ttggcgtgca tattattcgt ggactctttg atggatccgt
      301 gtgcttggat tacagctttc gccacgcctc aatcacccca acgacggata acgaagtcgg
      361 tgcgctcctg tgtcgcccta ctcaaataga ccgcccggcg ttcgatcagc tcaagagatc
      421 tccgtttgag gtacggagat caaaaacact tgtcggggag atctccgtag gggtacagag
      481 attaaaaaca cttgtcaggg agatctccgt aggggtacgg agattaaaaa cacttgtcgg
      541 ggagatctcc gtaggggtac
//
LOCUS       SEQF2638.1|AYYF01001185.1 471 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..471
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gccttggccc aaaggggtct aaaaaacaat catgcaaccc tgcgggctgc gggatttaac
       61 gcgtcctcgg aagcgacttt cgtttggcct caagaccaag cgagttgcgg attgagtccg
      121 cggtaccctt ggcccaaagg ggtctaaaaa aaattcatgc aaccctgcgg gctgcgggat
      181 ttggcacacc ctcgggggcg acggtcgttt ggcctcaaag ccaagcgatt tgcgggctac
      241 gcccgcggta ccttagccaa aagagggcta aaaaacaatc atgcaaccct gcgggctgcg
      301 ggatttggcg tgccctcggg ggcgacggtc gtttggcctc aaggccgggc gggttgcgga
      361 ttgagtccgc ggtaccttgg cccaaagggg gctaaaaaac aatcatgcaa ccctgcgggc
      421 tgcgggattt ggcgtgccct cgggggcgac ggtcgtttgg cctcaaggcc g
//
LOCUS       SEQF2638.1|AYYF01001186.1 3280 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3280
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(36..344)
                     /locus_tag="SEQF2638.1_01170"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNKKKFTQLSLLLFSTLLAPSAFAQGNGLSGINEATKMVTSYFD
                     PGTKLIYAXGAVIGLIGGIKVXQKFASGDPDTSKTAASWFGACIFLIVAATIXRSFFL
                     "
     CDS             complement(495..1178)
                     /locus_tag="SEQF2638.1_01171"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNVMETFLLNLLLLLGVIWMLLGIGHFGYQVWQSRGQKQNPSDT
                     SGNASGEAAQEATLHDLVGKSRPFVSLPIPEVPAVSSQPTPEGDGSTFVEAYATNEVD
                     RANAADEIDEDEVIREDLSLSDDPLPEVSPTAILSRDLARVSGWSRNDDALDEESPDD
                     VRTTLQSLRGSDLMEKYKAYLAEQERDHRKLLAAIRRSEETETQTSEVVPAPIPDENT
                     DDKSLSYYL"
     CDS             complement(1175..1624)
                     /locus_tag="SEQF2638.1_01172"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MATIEERRRLLDDKLKEMAEDGVMKRNPKETIAFDPPEEEEEPP
                     AEIRVQTKELSPEAKSSLQRKTEEAPITLDDYRFTYMHPVRIREKTAFTMNVETLQIL
                     RNVLQDLGVRLPMAAYIDNILREHLRTHRDLLNNAAARQRRKTTVSL"
     CDS             complement(1611..2414)
                     /locus_tag="SEQF2638.1_01173"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG0985"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKATNTLPLFLGFSSQKGGVGKSTLAEITASMLYYEKGVELFVV
                     DCDLSQDSFYKLRQREKAAIEESPSLSEQMKSYFDHLGRKAYRVLKAAPKEAIAKTNA
                     YLSSHPNEDFKLVIFDFPGHAGTRELLELSLEMDCILSPIEADVQSIVSCLAYAKSIS
                     DLGVSIETARVKDIMLLWNKVDRRVKNTLMEHYSAYIKEEGLTLFPGCVYATHRFSHE
                     LEQYGFRGAFRSTYLPPHRSLRAGTGLDELVEALMERLGIEIQKHDGND"
     CDS             2886..3266
                     /locus_tag="SEQF2638.1_01174"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKDNSPRWDNWHVRLPAPEDQRKAIDLFQKSGAKTKSDFVRARL
                     LGEPFKVIAVDKSAVDYYRKLSELTAQIHKIGVLYNQAVSAINSYHSDQVARVLLERL
                     ERYSARIVLLLEEAVRLTIDFRSR"
ORIGIN      
        1 ccgccccacg cctttattga tctcccacga agccatcaga ggaagaaact ncgnangatc
       61 gtggcggcca caatcaggaa gatgcacgcc ccgaaccatg aggcggcggt cttcgangtg
      121 tcngggtcnc cggacgcgaa cttttgntac accttgatcc ctccgatcag tccgatgacg
      181 gcaccnatgg cgtagatcag tttcgtcccc gggtcgaaat aggaggtgac cattttcgtg
      241 gcctcgttga tacccgacag cccgttgccc tgcgcgaagg cggaaggggc gagaagggtg
      301 gaaaacagta acagagatag ctgtgtgaat ttctttttgt tcatgatgcg gtttgttatt
      361 cagtagtatg cattgggcgt ttttgttttc tgaaaaaggt ggggaacggc cgccggatcc
      421 ggctctgtgc ttccatccgt gtgtagcctt caagcggctc gcccccttcc tttcgtttct
      481 gtttgggtcg ttgtttacag atagtacgac agcgatttgt cgtctgtgtt ctcgtccgga
      541 atcggagcag gaacaacttc cgacgtttgc gtctcagtct cctccgaccg tcggatggcg
      601 gcgaggagct tgcggtgatc gcgctcctgc tctgccagat acgccttgta tttctccatc
      661 aggtcgctgc cgcgcagact ttgcagggtc gtccggacat cgtcgggcga ttcctcgtcg
      721 agtgcgtcat cgttccgact ccatccgctg acacgcgcca aatcccgcga gaggatggcc
      781 gtcggagaga cctcaggcag cgggtcgtcg gacagcgaca ggtcttcgcg tatcacttcg
      841 tcttcatcga tttcatcggc tgcattggcc cgatcgactt cattcgtcgc gtacgcttcg
      901 acaaatgtag atccgtctcc ttccggcgtt ggttgcgagg aaacggcggg aacttccggg
      961 ataggcaggg aaacaaacgg cctgcttttg ccgaccaaat cgtgtagtgt ggcttcttgt
     1021 gccgcctctc cggaagcgtt tccagaggtg tcggacggat tctgtttttg gcctcgggat
     1081 tgccatacct gataaccgaa gtgaccgatc ccaagcagca tccatatcac acccaagagg
     1141 aggagcaggt taagaagaaa ggtttccatg acgttcatag tgaaacggtc gttttacgtc
     1201 tttgtctggc cgcggcattg ttcagcagat cccgatgcgt tcggagatgt tcacggagaa
     1261 tgttatcgat ataagcagcc atcggtagtc gcacccccaa gtcttgcagc acgttccgca
     1321 ggatctgcaa agtctctaca ttcatcgtga atgcggtctt ctcacgaatg cggacgggat
     1381 gcatataggt gaaacgataa tcgtcgagcg tgatcggtgc ttcttctgtt ttcctttgga
     1441 gggaagattt cgcttcggga gatagctctt tggtttgcac tcgaatttca gctggaggtt
     1501 cctcttcttc ttccggagga tcgaaggcga tcgtctcctt gggattacgc ttcatcacgc
     1561 cgtcctcggc catctctttg agtttgtcat caagcaaacg acgacgttct tcaatcgttg
     1621 ccatcgtgtt tctgtatttc gataccgagg cgttccatca gggcttcgac caactcatcg
     1681 agtcccgtcc ccgcacgtaa tgatcggtgt ggaggcaaat aggtcgatcg aaatgcccct
     1741 cgaaatccat actgctccaa ttcgtgactg aatcgatgcg tagcatagac gcacccggga
     1801 aacagcgtca agccctcttc ctttatatac gcactgtaat gctccatcaa tgtgtttttc
     1861 actcgtcgat ccaccttatt ccatagcaac atgatgtcct tgacacgtgc cgtctctatc
     1921 gacacgccaa ggtcggatat gctctttgca tacgccaaac aagaaacgat cgactgaaca
     1981 tccgcctcaa tcggagaaag gatgcagtcc atttctaagg agagttcgag cagttcgcgg
     2041 gtgccggcgt gtccggggaa atcgaaaatg accagcttga aatcttcatt ggggtggctg
     2101 ctgagataag cgttcgtctt agctatcgcc tctttcggag cagccttgag cacgcgatag
     2161 gcctttcgcc ccaaatgatc gaaataggac ttcatctgct cggacaatga cggactctcc
     2221 tcaatggccg ccttttctct ttggcgcaac ttgtaaaacg aatcctgcga cagatcgcag
     2281 tcgacgacga agagctcgac tcctttttca tagtaaagca tgctggccgt gatctccgcc
     2341 agcgtacttt tccctacccc gcctttttgc gaggagaacc ccaagaacag aggcaatgtg
     2401 tttgttgctt tcatggttga agagagatgg tttgatggtt ggaacaatct tttgaacgag
     2461 cgataaaccg gccattagtc cgatagtatg atcgaaagaa tcttcatgcg acgggtcgat
     2521 caatcgatcg ttcgagatct cgaatcatcg aactggcgat cgacttctca aacgatagat
     2581 cggaggatta tccgctcgtt ctaccggcaa aacaaaaggt cgtttgtcgg gatattcatg
     2641 gtgaaggata taccgggaaa tcgcgggaag aagttcaaac agcccttatt acaagcggat
     2701 tgcagagtca tcatagcttt gccgccgaat tgaaagttga ggagttgagc tgccttttgg
     2761 catacggccc gaaggccggg caaggtgtgt ttttgtgaca caaactgccg tttgtaccat
     2821 gaaaaacctt gccccggctg ggggcggttc actccaaagt cgtaacctaa aaacctcaaa
     2881 tcgaaatgaa agacaacagc ccgcgttggg acaattggca cgtccgcctg ccggcccccg
     2941 aagaccaacg aaaagccatt gatctcttcc aaaaatcagg cgcgaaaacg aagtccgact
     3001 tcgtgcgtgc acgcttgctg ggggagcctt ttaaggtgat cgcggtggat aaatcagccg
     3061 tcgattacta ccgcaaactt tccgaattga cagcgcaaat ccacaaaatc ggcgtgctgt
     3121 acaatcaggc cgtcagcgct atcaactcgt accattctga ccaagtagca cgcgtgctgc
     3181 tcgaaagatt ggagcgttac tctgcccgaa tcgtcctctt gctggaagag gccgtccgcc
     3241 tgaccataga ctttcgcagc cgatgattgc caagatttcg
//
LOCUS       SEQF2638.1|AYYF01001187.1 5083 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..5083
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(1334..1657)
                     /locus_tag="SEQF2638.1_01175"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MASWEINKGVGRTVEFKGLKAQYLFLFAGGLLATFLLVVICYMC
                     GVDQYLCLGLGATGATLVVWQTFALNRRFGRYGLMKRAAVRMHPRYLLNRRSVRHILH
                     CLKRS"
     CDS             complement(1657..1995)
                     /locus_tag="SEQF2638.1_01176"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHIYRITNRIMNKKTITQLSLWLLSALLAPSAFAQGNGLSGINE
                     ATKMVTSYFDPGTKLIYAIGAVIGLIGGIKVYQKFASGDPDTSKTAASWFGACIFLIV
                     AATILRSFFL"
     CDS             complement(2117..2815)
                     /locus_tag="SEQF2638.1_01177"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKAFILEIMTTFLLNLLLFLGIVWMLLGIGYFSYQVWQSRKSKQ
                     ESSDTSGNASGEAAQEATLHDLVGKSRPFVSLPIPEVPAVSSQPTPERGRGTFVEAYA
                     ADGIGKANAADEIDEDEVIREDLSLSDEPLPEVSPTAILSQDLARVNGWSRNDDALDE
                     ESPNDVRTTLQSLRGSDLMEKYKAYLAEQERDHRKLLAAIRRSEEAEVQTSEVVPAPI
                     QDESTDDKPLSYYL"
     CDS             complement(2812..3333)
                     /locus_tag="SEQF2638.1_01178"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSSIQERRQQILSEKLREMGDIGVKTRTPEESPSFDPPVDLGAI
                     EDAQKPEAIPEETAAEQPQAITEQETAPASPPKDPKPRVKKDESTATPGVSFEQYSAR
                     FLVSVRTDGSKSGFTIRSSILQLLRDVLRDVRARITLTAYIENILLDHLKTHQSLLNK
                     AADRHKRNPTINL"
     CDS             complement(3330..4121)
                     /locus_tag="SEQF2638.1_01179"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG0985"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTQNTPESPIYLGFASQKGGVGKSSLAEALAAILYYEKEIPLLV
                     VDCDRTQESFFKLRERERELIEDSKELSDQLMAHFTRFGKPAYPIIRSRPGRAIGDAE
                     AFLRKTDKTAALVIFDFPGHAGAEELLELSIEMDYLISPIEADPQSLASGFAYAQTIR
                     DLGVSFGDARIRDLLLLWNKINRSANMAVVDYYTRYAEDESLNLFNARIYHSVRFARE
                     LGQGGVKGVFRSSYLPPARALRLPTGIDAWVEETIERLHLNPAAV"
     CDS             4689..5069
                     /locus_tag="SEQF2638.1_01180"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKDNSPRWDNWHVRLPAPKDQRKAIDLFQKSGAKTKSDFVRARL
                     LGEPFKVITVDKAAVDYYRKLSELTGQIHKIGVLYNQAVRAIHSYHSDQVARVLLERL
                     ERYSARIVLLLEEAVRLTIDFRSR"
ORIGIN      
        1 ggcccgagga tgaacttgtt gcggttggtg atgatgccct ttttcatcgg cagatcggag
       61 atgtcgagat ggatcgggcg gcccgagagg cggtcagcca ttttgatacc gaagggcgag
      121 agcgagtcgc ggtaattcgt ttcggcggtg aagaagcaga gcgccgggtc gatgaaggtg
      181 tagaaggatt cttcggccgg gaagtcggcg gcgttgccgg ggatggcggc ccaatagagc
      241 gtcgccgcgt cgaccgtgtt gtgccgtggg cgacattcca tgagcgcgag agcactaccg
      301 acgtcgttct tgatttggcg cagttcctcc gcgtcgtcgc tccacgccag cacgttgaag
      361 tgtgcacgaa tcgaggtcag cccctgcgac cgcgcgaggt tgagatactc ctgaatccac
      421 gcctcgttga tctgattgct ccgggaatag cgcgctaacg agtgcatgtt gcgtgcctgc
      481 ttttcaaacc ggttcaggtt ttcctcgctg tcctcgataa agaggtattg gttgaaaagg
      541 tgattgcacg agagcataag gccgacgggg gcggcgaacg agagtcggca gtcgctgcgg
      601 tcggtcgaga ggcgttcgta gcggctgtcg gtggagacca cggcggggag atcgtcggtg
      661 tcactgagcg tgtgcaggca gagccggttg tcgcctaccc ggacgaggtc ggcaccgagg
      721 cggatgtcct cgagtgaggc gtgacccgtg tcggagagcg agaagtaacg gtcgagcagg
      781 ccgctccgct ccttcgtgcc gacgagttcc tcctcggtca tgcgcgtcag gcggatgcgg
      841 tcgtcgtcgt tgatgatccg ctcaaactgg tcgacggcct ccatgaactt ggccacctct
      901 tcgcgatttc ccacttcctt cggaaggatc gtaccgcgac aaagcgagga gaagttactc
      961 tgccgagcca tgcgctggcg ggtcgttttg gtgagaaaga ggtagcaggc atggtcgagg
     1021 aagggtcgtt cgttgaagtg gcgttcggag gcgcgggcga ggaagctcag ctcgccgtcc
     1081 gagaggcggc cggcgtagcg ctccttgacg aaccaatcct gtttgtgcac gatggtaaag
     1141 tcgggtagca ccttgacggc cttgtgccac gcggcgtgca tggcctcgta ttcggccgag
     1201 gtgacggtga agagctcggg cagctcgacg cggaaggcga cggtgatgtc ggcatctttc
     1261 gagacgatgc acccttgctc gacagccagg agcgggaact tggattctaa ggtggtgacc
     1321 ttggtggtgt ttctcatgat cttttcaggc aatgaagaat gtggcggacg gagcggcgat
     1381 tcaggagata gcgtgggtgc atgcgaacgg cggcacgttt catcagacca tagcggccga
     1441 atcggcggtt cagcgcgaac gtttgccaca ccacaagcgt ggcacccgtt gcgccgaggc
     1501 cgagacagag gtactgatcc acgccgcaca tgtagcagat gacgacaagg aggaacgtag
     1561 ccagcagtcc gccggcgaag aggaagaggt actgcgcctt gagccccttg aactccaccg
     1621 tccgccccac gcctttattg atctcccacg aagccatcag aggaagaaac ttctaaggat
     1681 cgtggcggcc acaatcagga agatacacgc cccaaaccac gaggcggcgg tcttgctggt
     1741 gtccgggtcg ccggacgcga acttttgata caccttgatt cctccgatca gtccgatgac
     1801 agcgccgatg gcgtaaatga gtttcgtccc cgggtcgaaa taggaggtga ccattttcgt
     1861 agcctcgttg atacccgata gcccgttgcc ctgcgcgaag gcggaggggg cgaggagggc
     1921 ggaaagcagc caaagggata gctgcgtgat ggtttttttg ttcatgatgc ggtttgttat
     1981 tcggtagata tgcatggggt gtttttgttt tctgaaaaag gtggggaacg gccgccggat
     2041 ccggctctgt gcttccatcc gtgtgtagcc ttcaagcggc tcgctccctt cctttcgttt
     2101 ctgtttgggt cgctgtttat aagtagtacg acagcggttt gtcgtctgtg ctctcgtcct
     2161 gaatcggagc aggaacgact tctgacgttt gcacctcagc ctcctccgac cgtcggatgg
     2221 cagccaggag cttgcggtga tcgcgctcct gctctgccaa atacgccttg tatttctcca
     2281 tcaggtcgct cccgcgtaga ctttgcaggg tcgtccggac atcgtttggc gattcctcgt
     2341 ctaaagcgtc atcgttccga ctccatccgt tgacacgcgc caaatcctgc gagaggatgg
     2401 ctgtcggaga gacctcgggt agcggttcgt cggagagcga caggtcttcg cgtatcactt
     2461 cgtcttcatc aatttcatcg gctgcattgg ccttaccgat tccatccgcc gcgtacgctt
     2521 cgacaaatgt acccctgcct ctttccggcg ttggttgcga ggaaacggcg ggaacttccg
     2581 ggataggcag ggaaacaaac ggcctgcttt tgccgactaa atcgtgtagt gtggcttctt
     2641 gtgccgcctc tccggaagcg tttccggagg tgtcggacga ttcctgttta gacttacgtg
     2701 attgccatac ctgataactg aagtagccga tcccgagcag catccacaca atgcccaaga
     2761 agaggagcag gttcagaagg aaggtggtca tgatttccaa gatgaatgct ttcataagtt
     2821 gatcgttgga ttgcgcttgt gtcggtcggc cgctttgttc agcagcgact ggtgcgtttt
     2881 gaggtggtcg aggaggatgt tttcgatgta ggccgtgagc gtgattcgcg cgcggacgtc
     2941 ccgaaggaca tcccgtaaca attgcaggat gctgctgcgg atcgtgaagc ccgacttgct
     3001 gccatctgtg cgtacggaga cgaggaagcg ggcgctgtac tgctcgaaag acaccccggg
     3061 cgttgccgtc gattcgtcct tttttactct cggtttcggg tctttgggcg gagatgcggg
     3121 ggcggtctct tgttcggtga tggcttgcgg ctgttccgcc gcggtttctt cagggatcgc
     3181 ttccggcttc tgggcatcct ctatcgcccc gagatctacg ggcggatcga aggaaggcga
     3241 ctcctcgggc gtacgtgtct ttacgccgat gtcacccatc tcgcggagct tctcactcag
     3301 gatctgctgc cgcctctctt ggatggaact catacggcgg caggattcaa gtggagcctt
     3361 tcgatcgtct cctcgaccca cgcgtcgatg cccgtcggca gacggagcgc gcgggcgggc
     3421 ggcagatagg agcttcggaa gacacccttc acaccgcctt gccccagctc gcgggcgaag
     3481 cggacggaat ggtagatgcg ggcattgaaa aggttcaggg attcatcctc ggcatatcgg
     3541 gtataataat cgacaacggc catattggca ctgcggttga tcttgttcca caagagaagc
     3601 aggtcgcgaa tgcgggcgtc gccgaagctg acgccgaggt cgcggatagt ctgtgcgtaa
     3661 gcaaaaccag aggccaacga ttgcggatcg gcttcgatgg gcgaaatgag gtagtccatt
     3721 tcaatggaga gttcgagtag ttcctctgct ccggcatgcc cagggaagtc aaagatgacc
     3781 aaggctgccg ttttgtcggt ctttcggagg aacgcctccg cgtcaccaat ggctcggccg
     3841 gggcgcgagc gaatgatggg gtaggccggc ttcccgaacc gtgtgaagtg cgccatcagt
     3901 tggtcgctca gctccttgga atcttcgatg agttcacgct cccgttcccg tagtttgaag
     3961 aacgattctt gtgtcctgtc gcaatcgacg accaacaggg gaatctcttt ttcgtagtaa
     4021 agaatggcgg cgagggcctc ggccaagctg cttttgccga cgcctccctt ttgagaggcg
     4081 aagcccaaat agatgggact ttcgggtgtg ttttgcgtca tatatataaa ggtatagggt
     4141 gttacttgtg tgaggcttcg acttatcgac tgacatagct cgttgtggtc ggtcgatagg
     4201 ttggttggtc aatgagtcgg tcaccaagtc agtaggtcga taggtctgtg agcccgtcag
     4261 tcggtcaata agtcagtcac tgaatcaata ggtcgatagg tcaataagtc atcgagtcag
     4321 caggtcaata agtcaatcac tgagtcggtc ggtcattgag tccgccagtc agtcactaag
     4381 tcagtcggtt agtcagtaag tccggggcga agtaagtcgg taggtcagtc acgcccgacc
     4441 cctcaaggat acagcgggaa atcgcgggaa gaagttctaa catcccttat tacaagcgga
     4501 ttgcagagtc atcatagctt tgccgccgaa ttgaaagttg aggagttgag ctgccttttg
     4561 gcatacggcc ctgaaggccg ggcaaggtgt gtttttgtga cacaaaccgc cgtttgtacc
     4621 acgaaaaacc ttgcctcggc cgggggccgg ttcactccaa agtcgtaacc taaaaacctc
     4681 aaatcgaaat gaaagacaac agcccgcgct gggacaattg gcacgtccgt ctgccggccc
     4741 caaaagacca acgaaaagcc attgatctct tccaaaaatc aggcgcgaaa acgaagtccg
     4801 acttcgtgcg tgcacgtttg ctgggggagc cttttaaggt gatcacggtg gacaaagccg
     4861 ccgtcgatta ctaccgcaaa ctctccgaac tgacggggca aatccacaag atcggcgtgc
     4921 tgtacaatca agccgtccgc gccatccata gctaccattc tgaccaagta gcgcgcgtgc
     4981 tacttgagag attggagcgt tactctgccc gaatcgtcct cttgctggaa gaggccgtcc
     5041 gcctgaccat agactttcgc agccgatgat tgccaagatt tcg
//
LOCUS       SEQF2638.1|AYYF01001188.1 2770 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2770
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             48..386
                     /locus_tag="SEQF2638.1_01181"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRIYVVGLSMGGMGTLDLVSRRPQRFAAAVAICGGVNVHRLELL
                     RGTRTRFRLIHGDADPVVPVRFSREAAAALRRAGASVEYIELPGVGHGSWYNAFRRPD
                     FLEWLFEAKN"
     CDS             complement(648..2723)
                     /locus_tag="SEQF2638.1_01182"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRIYVVGLSMGGCGNSFHCDLDGSENKARDLELNFSGSVTSGGF
                     AAVASDMIDVYKNLIYHGGTGSGLSTVPETGTLHGEDVAGYGLFMKTQGNKHNWTDNI
                     LLQAPKCPTTCSPTGCGEGGRPATGFLHNTVRMTFHSDARFFAENQHVHLESPVIETF
                     GVLELNAEDNAGAKAMITIKTDSLICHDSLIRKGTGKVQLTTWSGLPKDQPIIKLGYS
                     RKAAPFAEYSVDEDLSGAPKLCRECVSHYKGKVYPPGETPLDTMFVKFGPDTEWERQN
                     VMVVDHTVISFLTDSFDHVKGGDVLNARYFVDTTKIRNQVEFWTDPKHERDGHLELIS
                     EEQMGSKDYAGLYTRHLHLEPIGACGRPTSELWLPGLALDVITTSTFGGFGIQYTDVH
                     VENGANLNPGFTSLRLRGQCYEQACGTLTMKDLRLDGGSELHFSVGTTKGLNGEYSDA
                     IDVDRLTTYGPVNVNIEIRPCEKMQKRCYPIMYYKSVTPNSLNNLKLNPRKVKIDGEE
                     YPLSLNVSTDGIVYVCVGDAVTPGLTHTVTMPETAGVKTTPSKGIYPLPTRTSFRFSA
                     TYSGAKPLVVRTNRKVNGQQEVLNGVKNANGEYEYIVPSVQQEVTLTFGPDVVANELL
                     TAGTAVWSHGEKIYIRVERADIASIYSVAGQLVKRVDLPEGDTSIPMSRGAYVITLKD
                     GSVHKVIVK"
ORIGIN      
        1 ccgatgagct gctggagcac acgatcacac agttccccat cgacacgatg cgcatctatg
       61 tagttggact ctcgatgggc ggcatgggca cgctcgactt agtcagtcgt cggccgcagc
      121 ggttcgctgc cgcggtggcc atctgtggcg gcgtaaacgt gcaccggtta gagctgctgc
      181 gtggcacacg gacacgtttc cgtctcattc acggcgacgc cgatccggtt gtgcccgtac
      241 gtttctcgcg tgaggctgcg gcggcattga ggcgcgcagg tgcgtcggtc gagtatatcg
      301 aactacccgg cgtcggccat ggcagttggt acaacgcctt ccgccgccca gacttcctcg
      361 agtggctgtt tgaagccaaa aactaaaaag gcatcaggga tacccgccaa gttggccgga
      421 tacatacgac gaggataaat aatcacgtat ccggtcaaac tctccagcct cggtgaggcc
      481 ctgatttttt tgtatccaag gcgaaaaaag atggtagata gagaaggaag tacacctccc
      541 atccaaaaac accgaatccc cgacacagcc tcatcagcta tgccggggat tcttctttga
      601 tgtatgggcg gacaccgagg cccacccata cgataggaac gggagcgtta cttcacgatc
      661 accttatgaa cggaaccatc cttcaaggtg atcacgtacg caccgcgact catcgggatc
      721 gacgtgtcgc cttcgggcag gtcaacgcgc ttcacgagtt ggccggctac ggagtagatg
      781 ctggcaatgt cagcacgctc tacacggatg tagatcttct caccgtgtga ccaaacggcc
      841 gtgccagccg tcagcagctc gttcgcaacc acatccggac cgaaggtcag cgtcacttct
      901 tgctgtacgc tcggcacgat gtactcgtat tcgccgttcg cattcttcac gccgttcagc
      961 acttcctgct gaccattgac cttgcggttc gtgcgaacca cgagcggctt cgcacccgag
     1021 taagtagcgc tgaagcggaa gctggtgcgc gtcggcagcg gatagatacc cttgctcggg
     1081 gtcgtcttca cgccagccgt ctccggcatc gttaccgtat gcgtcaagcc aggcgttact
     1141 gcgtcgccta cgcagacgta gacaataccg tcggtcgata cgttcagcga cagcggatac
     1201 tcctcgccgt cgatcttcac cttacgcggg ttcagcttca ggttgttgag gctgttcggc
     1261 gtcaccgact tgtagtacat gatcggatag caacgcttct gcatcttctc gcacggacgg
     1321 atctcgatgt tcacgttcac cgggccgtag gtcgtcagac ggtctacatc gatagcatcg
     1381 ctgtattcgc cattcaagcc cttcgtcgta ccaacagaga agtggagctc agagcctccg
     1441 tcgagacgga gatccttcat cgtcaacgta ccgcaagcct gctcgtagca ctggccgcgg
     1501 aggcgcagcg aggtgaagcc cggattcagg ttggcaccgt tctctacgtg cacgtcggtg
     1561 tactggatac cgaaaccacc aaacgttgac gtcgtgatca cgtcgagggc aagacccggg
     1621 agccacagtt cactcgtcgg acgaccgcaa gcgccgatcg gctccaagtg caagtgacgc
     1681 gtgtagagac cagcgtaatc cttcgagccc atttgctcct cagagatcag ttcgaggtga
     1741 ccgtcacgct catgcttggg gtcggtccag aactctacct ggttgcggat cttggtcgta
     1801 tccacgaagt agcgggcgtt taatacatcg ccacccttca catggtcgaa cgagtcggtg
     1861 aggaaggaga tcacggtatg gtcaaccacc atcacgttct gacgctccca ctcggtgtcg
     1921 gggccaaact tgacgaacat cgtatcgagc ggcgtttcgc ccggaggata cactttgcct
     1981 ttatagtgtg agacgcactc gcggcagagc ttcggcgcac cactgagatc ctcgtctaca
     2041 gaatactctg caaacggtgc ggccttacgg ctgtaaccga gcttgatgat cggttgatcc
     2101 ttcggcagac cgctccatgt tgtcagctgc accttgcccg tacccttacg gatcaagctg
     2161 tcgtggcaga tcagagagtc cgtcttgatc gtaatcatcg ccttggcacc ggcgttatcc
     2221 tcggcattca attccagtac accgaaagtc tcgatcaccg gagattcgag atgcacgtgc
     2281 tgattctctg caaagaaacg tgcatcgctg tggaaggtca tgcgcaccgt gttatgcaag
     2341 aaacctgtag ccggacgacc gccttcgccg caacccgtcg gggaacatgt cgtggggcac
     2401 ttcggtgcct gcaggaggat gttgtccgtc cagttgtgct tgttaccctg cgtcttcata
     2461 aagagaccgt aaccagccac atcctcgccg tgcagcgtac ctgtctccgg aaccgtgctt
     2521 aagccggaac ctgtaccacc gtgataaatc aaattcttat agacgtcgat catgtccgaa
     2581 gctacagctg cgaaaccacc ggaggttaca ctaccgctga agttgagctc taagtcacgc
     2641 gccttattct cgctgccgtc cagatcgcag tggaaagagt tgccacagcc gcccatcgag
     2701 agtccaacta catagatgcg catcgtgtcg atggggaact gtgtgatcgt gtgctccagc
     2761 agctcatcgg
//
LOCUS       SEQF2638.1|AYYF01001189.1 270 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..270
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggtacgcagg ataacctgtt ctgcatcacg ggtggcgagg gaacggggaa gagcaactac
       61 atcaccgcca tcttggccgg cactctggga gaaactatgc tacccgccga acggacgctg
      121 ggcttggaag tcacagccaa tcccaagcgg ctggccgtcc tgcattacga cacggagcag
      181 tccgaggcgc agctccataa gaacttaggc aagacgttgc ggcgtgcatc gcttgcggcc
      241 gtgcccgact tctaccactc gctctatttg
//
LOCUS       SEQF2638.1|AYYF01001190.1 270 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..270
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggtacgcagg ataacctgtt ctgcatcacg ggtggcgagg gaacggggaa gagcaactac
       61 atcaccgcca tcttggccgg cactctggga gaaactatgc tacccgccga acggacgctg
      121 ggcttggaag tcacagccaa tcccaagcgg ctggccgtcc tgcattacga cacggagcag
      181 tccgaggcac agctccataa gaacttaggc aagacgttgc ggcgtgcatc gcttgcggcc
      241 gtgcccgact tctaccactc gctctatttg
//
LOCUS       SEQF2638.1|AYYF01001191.1 966 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..966
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(52..888)
                     /locus_tag="SEQF2638.1_01183"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQEDFFDHGDQFVSLSSLLVLLRFLTAVDVHVLLLIPPEKHNRD
                     VERTAVTHLQRLHNRVFRIVVLLDGQDARGFALQLRSDVPAQFDAIGHEVKHTDDACV
                     VDASQPIEFVHDGDALRLIVGRTDQIGNAVNDYEVDAAVPVMKQIHAFTNQFQTVFAR
                     EGGQIERVIEVRHGYERCTPQRLAQVLMELRLGLLRVVMQDGQPLRIGRDLQAQRSFG
                     GQHGFAQGAGQDGGDVVALPRSLATRDAEQVILRTERHAVXGHXRXGCIGRIVIIDLA
                     RA"
ORIGIN      
        1 gcgctgttgt ccgagatgtt ttccaatttg tatgtgcaaa ccatgatgat gctacgctcg
       61 tgcgagatcg attatgacaa tccgcccgat gcatccangt cggtngtggc cntaaacggc
      121 gtgccgctcg gtacgcagga taacctgttc tgcatcacgg gtggcgaggg aacggggaag
      181 agcaactaca tcaccgccat cttggccggc accttgggcg aaaccatgtt gcccgccgaa
      241 cgaacgctgg gcttggaggt cacgtccaat cctaagcggc tggccgtcct gcattacgac
      301 acggagcagt ccgaggcgca gctccataag aacttgggca agacgttgcg gcgtgcatcg
      361 ctcgtagccg tgccggactt ctatcactcg ctctatttgg cctccctctc tcgcaaagac
      421 cgtctgaaac tgatttgtga aagcatggat ctgtttcatc accggcacgg cggcatccac
      481 ctcgtagtca ttgacggcat tgccgatttg atccgttcgg ccaacgatga gacggagagc
      541 atcgccatcg tggacgaact ctatcggctg gctggcatct acaacacatg catcatctgt
      601 gtgcttcact tcgtgcccaa tggcatcaaa ctgcgcgggc acatcggatc ggagctgcaa
      661 cgcaaagccg cgggcatcct gtccatcgag aaggacgacg atccggaata ctcggttgtg
      721 aaggcgctga aggtgcgtga cggcagtccg ctcgacgtcc cgattatgct tttcgggtgg
      781 gataagcagc aagacatgca cgtctaccgc ggtgagaaat cgaaggagga caaggagcga
      841 cgaaaggctg acgaattgat cgccgtggtc aaagaaatct tcttgcatac cgccaaactg
      901 tcctacaaaa acctcagcga actgctgatt caggagatgg aaatcaagga tcgcacggcc
      961 aagcga
//
LOCUS       SEQF2638.1|AYYF01001192.1 425 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..425
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cgcagctcca taagaactta ggcaagacgt tgcggcgtgc atcgcttgcg gccgtgcccg
       61 acttctacca ctcgctctat ttggcctccc tctcccgcaa agaccgtttg aaactgatcc
      121 gcgaaagcat ggatctgttt catcaccggc acggcggcat ccacctcgtg gtcatcgacg
      181 gtatcgccga cctgatccga tctgccaacg acgagacgga aagcattgcc atcgtggacg
      241 agctttatcg gctggccggc atctataaca cgtgcatcat ttgtgtgctt cacttcgtgc
      301 ccaacgggat caagcttcgc gggcanatcg gctcggagct acaacgcaaa gccgccggca
      361 tcctgtctat cgagaaggat gacgatcccg aatactcggt cgtgaaggcc ctgaaggtac
      421 gcgac
//
LOCUS       SEQF2638.1|AYYF01001193.1 425 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..425
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cacagctcca taagaactta ggcaagacgt tgcggcgtgc atcgcttgcg gccgtgcccg
       61 acttctacca ctcgctctat ttggcctccc tctcccgcaa agaccgtttg aaactgatcc
      121 gcgaaagcat ggatctgttt catcaccggc acggcggcat ccacctcgtg gtcatcgacg
      181 gtatcgccga cctgatccga tctgccaacg acgagacgga aagcattgcc atcgtggacg
      241 agctttatcg gctggccggc atctataaca cgtgcatcat ttgtgtgctt cacttcgtgc
      301 ccaacgggat caagcttcgc gggcanatcg gctcggagct acaacgcaaa gccgccggca
      361 tcctgtctat cgagaaggat gacgatcccg aatactcggt cgtgaaggcc ctgaaggtac
      421 gcgac
//
LOCUS       SEQF2638.1|AYYF01001194.1 371 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..371
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ccctccgttc cacagtgaga gagccgatgt tctgctacgc aatgggagcg tttgtcaagg
       61 tgtatcgccc attcagcacc atacgcttcc tgtatgcagg gaacaaaacg gatgattacg
      121 tcttcggctt tgagcagctc cccaacaaag gtgacatgtt gttcatcacc ggcggcgaga
      181 aggatgtgat gtcgctggcc gcacacggct ttcacgccat ctgtttcaac agcgagacgg
      241 cacaaatacc ggagaatatc atagaaagtc ttcggcttcg cttccgccat atcatcctgc
      301 tgtacgatac ggatgaaacg ggcaaacggg aatcggagcg acaggcggaa cagcttgcgg
      361 ggnatcatgt g
//
LOCUS       SEQF2638.1|AYYF01001195.1 371 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..371
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ccctccgttc cacagtgaga gagccgatgt tctgctacgc aatgggagcg tttgtcaagg
       61 tgtatcgccc attcagcacc atacgcttcc tgtatgcagg gaacaaaacg gatgattacg
      121 tcttcggctt tgagcagctc cccaacaaag gtgacatgtt gttcatcacc ggcggcgaga
      181 aggatgtgat gtcgctggcc gcacacggct ttcacgccat ctgtttcaac agcgagacgg
      241 cacaaatacc ggagaatatc atagaaagtc ttcggcttcg cttccgccat atcatcctgc
      301 tgtacgatac ggatgaaacg ggcaaacggg aatcggagcg acaggcggaa cagcttgcgg
      361 ggnatcatct g
//
LOCUS       SEQF2638.1|AYYF01001196.1 243 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..243
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggattgtcat aatcgatctc gcacgagcgt agcatcatca tggtttgcac atacaaattg
       61 gaaaacatct cggacaacag cgctctcaaa tccttttctc cataccctaa ttggaagtaa
      121 tcggagatgt ctttttcgct tttgaggcct tgaagaggga gtgtcagatt gagcagatga
      181 taccccgcaa gctgttccgc ctgtcgctcc gattcccgtt tgcccgtttc atccgtatcg
      241 tac
//
LOCUS       SEQF2638.1|AYYF01001197.1 243 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..243
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggattgtcat aatcgatctc gcacgagcgt agcatcatca tggtttgcac atacaaattg
       61 gaaaacatct cggacaacag cgctctcaaa tccttttctc cataccctaa ttggaagtaa
      121 tcggagatgt ctttttcgct tttgatgcct tgaaggggga gcgtcagatt gagcacatga
      181 taccccgcaa gctgttccgc ctgtcgctcc gattcccgtt tgcccgtttc atccgtatcg
      241 tac
//
LOCUS       SEQF2638.1|AYYF01001198.1 246 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..246
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 atccgaaaat ctacggtttg atgttccatc gcatggatgt cagttgtctt aaaacggcag
       61 cgtgcttctt gtctttcaag tgtatcccga actgatgaaa gagccatgag ttgtccctct
      121 attgagcctt ttggcgtttg tatatcaatc tgttcatcct ctgcttcatt agtacgatat
      181 ggtattacga ttatcggcat tgtattgctt tttctcttcg tgatcgcgta ttttcttccc
      241 tacaag
//
LOCUS       SEQF2638.1|AYYF01001199.1 247 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..247
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 atccgaaaat ctacggtttg atgttccatc gcatggatgt cagttgtctt aaaacggcag
       61 cgtgcttctt gtctttcaag tgtatcccga actgatgaaa gagccatgag ttgtccctct
      121 attgagcctt ttggcgtttg tatatcaatc tgttcatcct ctgcttcatt gcattcgctt
      181 attgcagaaa agccctttcc ttgtatcgct cattgggatc aaaatcactt tgttgtcata
      241 tataaaa
//
LOCUS       SEQF2638.1|AYYF01001200.1 356 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..356
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 aatccgaaaa tctacggttt gatgttccat cgcatggatg tcagttgtct taaaacggca
       61 gcgtgcttct tgtctttcaa gtgtatcccg aactgatgaa agagccatga gttgtccctc
      121 tattgagcct tttggcgttt gtatatcaat ctgttcatcc tctgcttcat tcattcgttt
      181 tgtctcaaat ctgagtagta tggttgtttc gacactgtct gcaggatttc ctggttccat
      241 ttcgcggata gttgcaacac ctgaatacac ttgcttgtag ggaagaaaat acgcgatcac
      301 gaagagaaaa agcaatacaa tgccgataat cgtaatacca tatcgtacta atgaag
//
LOCUS       SEQF2638.1|AYYF01001201.1 259 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..259
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tctatggtta taaatacata ttctatattt gcgagagcaa attaatcaac gaggctctgt
       61 tgtttaaata tgcatgcgat tgttcccctt ttgaagatga gtgttgcaaa gattgctacg
      121 tatttcccat ctgtcaggga ggatgcggct ggtatcgttt tcgcaataag tatcaagggg
      181 cgagggactt atctttgagg atttcaagga caagatgctg caaggaccac tccaacggtg
      241 gctcacggca gcagggata
//
LOCUS       SEQF2638.1|AYYF01001202.1 220 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..220
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(36..173)
                     /locus_tag="SEQF2638.1_01184"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGCTPKNPMRLRTAEKQTIKYKPXKTSIYGNKIKHTYQALQYRI
                     E"
ORIGIN      
        1 ggcgcatgta ttcggcagtc ctcctgttgt gagcctcact cgatgcgata ttgcagggct
       61 tgatatgtat gcttgatttt gttgccatag atacttgttt ttntgggttt gtactttatt
      121 gtttgctttt ccgctgtccg taaacgcatg gggttcttag gggtgcaacc cataagcgga
      181 gattgcaaag agagggtcac tctttgctct gggttctcag
//
LOCUS       SEQF2638.1|AYYF01001203.1 401 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..401
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ccgtaaacgc atgnggttct taggggtgca acccataagc ggagattgca aagagagggt
       61 cactctttgc tctgggttct caggggagaa acgccctgag tgggtcatta gggtaaaacc
      121 ctaatcccct cgggagagcc cacaactacg taagcggagc gtgtagttat agtgggctat
      181 atcaatggca agccattgtc tgcaaactcc agcctacggc ttccgctctc ctccgtcagg
      241 gaggtttttc atcatcgttg ccgattggag atgcaccgac cagcacaagg tctaaatcgt
      301 ctatcagttt ttgcaggacg ggattctcta aagaaatgac tgaaagtctt atagtcaaaa
      361 aagaagccct gaaatgtagc ggtaaaatct attccgagca a
//
LOCUS       SEQF2638.1|AYYF01001204.1 770 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..770
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             111..317
                     /locus_tag="SEQF2638.1_01185"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MISFYHIMEYSMYKTYAAKYTTSKKKIIAKYKKNGVFSIPYTNK
                     KGYEVKREFYDKGFKRKGNYRTAI"
     misc_RNA        574..672
                     /locus_tag="SEQF2638.1_01186"
                     /product="Intron_gpII"
                     /inference="COORDINATES:profile:Infernal:001001"
ORIGIN      
        1 atgagtttga cgataaaggt tggtgggatg gaaatataaa ctacttggat tacggttttt
       61 caatacctga atacggagct attcacgtta catatacatg tcttggaact ttgatttcgt
      121 tctatcatat tatggagtat agtatgtaca agacatacgc cgccaaatac actacttcaa
      181 aaaagaaaat cattgcgaag tataagaaga acggcgtgtt ctccatacca tacacaaata
      241 aaaagggata tgaagtcaag cgtgagtttt acgacaaagg tttcaaacgc aaggggaact
      301 accgaaccgc tatttgaatg acagactacc taacacagtc gctataacgg gtggcagaaa
      361 tgggttgatt gcaagattaa atgcacgagt atgtgaaaac tgcggagcaa cagatcatct
      421 tgaaatgcac catgtccgta aactcaaaga cttgaaaggt aaaagcgatt gggaaatcaa
      481 aatgatttct cgtaaccgta aaacactagc agtatgttct gcatgtcatc acaaaataca
      541 ttcggggaga aagttagact gaatgataag gtggagagcc gtgtacgggg agacttgtat
      601 gcacggttcg gaggcgagtg cttggaaacc taccattgta acaaatggca aggcgtcggg
      661 tgcttagcct atggccaact tgccagcgcc aaaatcccgc tttcgcgcat gatttcgccc
      721 gcgctttatt gggtgatgac gggtaacgat ttcacgctcg acatcaacaa
//
LOCUS       SEQF2638.1|AYYF01001205.1 261 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..261
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gngtatgaaa cagagtatga tatgatgaca tttcgtgaaa tacattgaaa aagaccgttc
       61 taaccgcaaa taacgggcag taattgggaa aaatagcatt aactttgcac aaaataatac
      121 aggaacattc aatctctcaa cgaaatatgg aancntatca tactctgttt catactctga
      181 ggggcttata aatggtggca tcaagccaaa aacatagagg ggcgattata gccttgtagc
      241 cataaccgcc cctctgaatn c
//
LOCUS       SEQF2638.1|AYYF01001206.1 260 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..260
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gngtatgaaa cagagtatga tatgatgaca tttcgtgaaa tacattgaaa aagaccgttc
       61 taaccgcaaa taacgggcag taattgggaa aaatagcatt aactttgcac aaaataatac
      121 aggaacattc aatctctcaa cgaaatatgg aancatcaat caaggacaaa tacatcatcn
      181 tggtcggcaa tgcgaggcag gtaataatgg caatactcca tgaccatgcg gatgcgctct
      241 tccttttccc gttgctctct
//
LOCUS       SEQF2638.1|AYYF01001207.1 357 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..357
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(183..344)
                     /locus_tag="SEQF2638.1_01187"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVMEYCHYYLPRIADQETVNHICTEVDKWMNLNTYTPKPKMMYL
                     SLIDDSIFR"
ORIGIN      
        1 gcccctctat gtttttggct tgatgccacc atttataagc ccctcagagt atgaaacaga
       61 gtatgatatg atgacatttc gtgaaataca ttgaaaaaga ccgttctaac cgcaaataac
      121 gggcagtaat tgggaaaaat agcattaact ttgcacaaaa taatacagga acattcaatc
      181 tctcaacgaa atatggaatc atcaatcaag gacaaataca tcatcttggg cttcggggta
      241 taagtgttaa gattcatcca tttgtccacc tcagtacaga tgtggttcac ggtttcttgg
      301 tcggcaatgc gaggcaggta ataatggcaa tactccatga ccatgcggat gcgctct
//
LOCUS       SEQF2638.1|AYYF01001208.1 282 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..282
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(137..262)
                     /locus_tag="SEQF2638.1_01188"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMKKAVILRNXRYEAIFNENNGFFDXPXMMYLSLIDXSIFR"
ORIGIN      
        1 gagtatgaaa cagagtatga tatgatgaca tttcgtgaaa tacattgaaa aagaccgttc
       61 taaccgcaaa taacgggcag taattgggaa aaatagcatt aactttgcac aaaataatac
      121 aggaacattc aatctctcaa cgaaatatgg aancatcaat caaggacaaa tacatcatcn
      181 tgggnttgtc aaaaaagccg ttgttttcat tgaaaatggc ttcgtagcgc nggttgcgca
      241 ggatgaccgc tttcttcatc atgcgtgcgt ngaagtcccg tt
//
LOCUS       SEQF2638.1|AYYF01001209.1 313 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..313
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cgaacggctg gagcctcttt ggcagacgat ttcaggcgct ctttgttcga tagggagtcc
       61 ttgaaaatga attcgatgcc tcgcttttca gcgtttacct gtagcgtggc gtcgaacggc
      121 ttgccgtgac gcgaaagcat gccctccacc tgcacgggtc gtccttcggt gagcgcgcgg
      181 tgctgctcct cggagagccg gacgcccttg atttcgtgcg ggatttgaac tcggtcagct
      241 cgcagcgaaa cgagttcgtt tgtcagccgg tcgacggaca cataagcgcg gaacggctca
      301 ctcttcttag ggg
//
LOCUS       SEQF2638.1|AYYF01001210.1 313 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..313
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cgaacggctg gagcctcttt ggcagacgat ttcaggcgct ctttgttcga tagggagtcc
       61 ttgaaaatga attcgatgcc tcgcttttca gcgtttacct gtagcgtggc gtcgaacggc
      121 ttgccgtgac gcgaaagcat gccctccacc tgcacgggtc gtccttcggt gagcgcgcgg
      181 tgctgctcct cggagagccg gacgcccttg atttcgtgcg ggatttgaac tcagtcagct
      241 cgcagcgaaa cgagttcgtt tgtcagccgg tcgacggaca cataagcgcg gaacggctca
      301 ctcttcttag ggg
//
LOCUS       SEQF2638.1|AYYF01001211.1 2466 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2466
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(1033..2334)
                     /locus_tag="SEQF2638.1_01189"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:ISfinder:ISBf12"
                     /codon_start=1
                     /transl_table=11
                     /product="IS1380 family transposase ISBf12"
                     /translation="MTKVAIKNENVTSFGGIYHIMDVFSKLGFEKLTESVLGKRGSSG
                     KAFSHGSIFGSLFFSYLCGGECLEDINALIGQFKQRPDTLLPGADTVGRGLKELAEEN
                     IIYKSEISGKSYSFNTAEKLNTLLLRMIRRMGLIKVGSHVDLDFDHQFVPAHKFDAKY
                     SYKQDLGYFPGWASIGGIIVGGENRDGNTNVKFHQEDTLRRIMDRVTSELGVVIERFR
                     ADCGSFSKEIIQTVEQRCNTFYIRAANCGSRYENFQQLKEWKDVEVGYEKCDVTSISI
                     DSLIEGKSYRLVVQRSPLKGKDGSEQTDMFGVIYTYRCILTNDWVSTEKDIITFYNER
                     GASEKNFDIQNNDFGWSHLPFSFMAENMVFMMVTAMLKNFYLYLVRHISDKVKPLKKT
                     SRLKAFILHFVSVPAKWVRTGRQNVLNLYTNKNYYAEVFIE"
ORIGIN      
        1 cgaacggctg gagcctcttt ggcagacgat ttcaggcgct ctttgttcga tagggagtcc
       61 ttgaaaatga attcgatgcc tcgcttttca gcgtttacct gtagcgtggc gtcgaacggn
      121 ttgccgtgac gcgaaagcat gccctccacc tgcacggggc gtccttcggt gagcgcgcgg
      181 tgctgctctt cggagagccg gacgcccttg atttcgtgcg ggatttgaac tcggtcagcc
      241 ctcagcgaaa cgagttcgtt tgtcagccgg tcgacggaca cataagcgtg gaacggctcg
      301 cccttcttag gggataattc gacagtccgt ccgaggttgc cccgagtgag gagttgctcc
      361 ttctcttcgg gcgaaaacgt gtgtcccatg taggggaaat cgagctgcgg ttcacggcgc
      421 aacgtatgga tattaaggcc gagtcgaccg tctgcccctg ttcggagagc cagccgtgct
      481 tcggtgtaaa tcgtagtgtc tccgaagggc acagcgaggc caataagccc cgttttctgc
      541 caatttagca gtcgatccaa gttcccgccc gcctcgagct tctcccgact cacaccgagg
      601 tgctccagct ccttccagtc caccttttcc gggtcgatgg aggacagctt ttgggtcgga
      661 gactcgtccg agctgacgcg aatgctgtct aatgcggcct tgttttgagg cacatcacgc
      721 gcggcgagca tgttcttcag cgactccaca gactcaccca ctcgatcggc tacgatccga
      781 taaacgccga aatgcgtcgg gtcattgaac tgccgacgga ggttcgtcat aaagttcttc
      841 agcagtccat cgttcttctt aaaccttaat tccgcagtat tttttcttgt gagaaaattt
      901 tatatgttga gatgtctttt gggggctcta tattttgata tgaggcgctt cggtgttttt
      961 tgggtctttt ctaagcataa aatcccccgc ccaaaccaat ggggaagtat gaaaaaccac
     1021 aaaaaatgat gtttattcaa tgaagacctc agcgtagtag tttttatttg tatataggtt
     1081 cagaacgttc tgccttccag tgcgcaccca ttttgctggt acgctgacga aatgtaggat
     1141 aaaggctttc agcctacttg tctttttcaa tggcttgacc ttatcgctga tatgacggac
     1201 gagatagagg tagaagttct tcagcatggc agtaaccatc ataaaaacca tgttctcagc
     1261 cataaaggaa aagggtagat gtgaccatcc gaagtcattg ttctgtatgt cgaagttctt
     1321 ttcgcttgct ccacgctcat tataaaatgt aatgatgtct ttctcggtag acacccagtc
     1381 gttggtgagg atacagcggt atgtgtatat tactccgaac atatccgtct gctcactgcc
     1441 atccttgcct ttcaaaggac tacgctgtac gacgagcctg tatgactttc cttctatcaa
     1501 gctgtctatg ctgatggatg tgacatcgca tttctcatag ccaacctcaa cgtctttcca
     1561 ttccttcaac tgttggaaat tctcgtagcg actgccgcag ttggcagcac gaatgtagaa
     1621 cgtgttgcag cgctgctcta cggtttggat gatttccttt gagaacgacc cgcagtcagc
     1681 acggaaacgc tctattacca caccaagttc tgaggttaca cgatccataa tgcgacggag
     1741 cgtgtcctcc tgatggaatt tcacattggt gtttccgtca cggttctcac ctccgactat
     1801 gattccccca atggaagccc aaccaggaaa atagccaagg tcctgcttat aagaatactt
     1861 agcatcgaac ttgtgggctg gaacgaactg gtggtcaaag tccaggtcaa catggctgcc
     1921 cacctttata agccccattc tccgtatcat ccgtaatagt aaggtgttca gcttctctgc
     1981 cgtgttgaaa ctgtaagact tgccggagat ttcgctcttg taaataatgt tctcttcagc
     2041 aagttccttt agtccgcgcc ccacagtgtc ggcaccgggt aacagcgtat caggtctctg
     2101 cttgaactgc cctataagtg cattgatgtc ctcaaggcat tctccaccac aaaggtagct
     2161 gaagaagaga gagccgaaaa tacttccatg gctgaatgcc ttgccgctac ttccacgttt
     2221 gcccaatacg gattcggtaa gtttttcaaa gcccaacttt gagaaaacgt ccataatgtg
     2281 ataaattcca ccaaaagaag tgacattctc gtttttaatt gctacctttg tcatgtcaga
     2341 tatttgctta cttgttatgt ttacagcacc aagataggtg aaatttctga catatccaag
     2401 tgttttgaga actttgtttc tcaggcactt ggagttctta caagaattta tgctgcggaa
     2461 ttaagg
//
LOCUS       SEQF2638.1|AYYF01001212.1 247 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..247
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 atcggagtgc ttttagatta ctaatcaaat tgcttctatt ataatttgaa tcctctactt
       61 tttctttctt cctgttgcgg caccaagagg agatgtatag ttagagtaag ccttgttatg
      121 gtcagccgac atttcctctt ccgtataagc tatctgaaaa cttgaacgag gaatgagtgt
      181 ggctataaaa ctatctgttt gagcgacatt aaccatatcc ttaaacataa ggttgcttgc
      241 attgttg
//
LOCUS       SEQF2638.1|AYYF01001213.1 287 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..287
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(69..260)
                     /locus_tag="SEQF2638.1_01190"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKQQSKPTAIGYIPPHYVEKSQSERSNFFRFLFTLLTSYYGDKA
                     KEVLKRLLGMIRXQAQGLM"
ORIGIN      
        1 cgaagccata gaggtgcagg aagaactgtc acaaaataca cttgaagaag ccacatctgt
       61 gcctggacct acatcagtcc ctgagcctgt ncccgaatca tccccaacaa ccgcttcaac
      121 acctctttcg ccttgtcgcc atagtaggaa gtaaggagtg tgaagaggaa acggaagaaa
      181 ttgctacgct cgctttgcga cttctccaca tagtgagggg gaatatagcc gatggctgtc
      241 ggcttacttt gctgcttcac tttcttctgc tctgctcttt gcctgtc
//
LOCUS       SEQF2638.1|AYYF01001214.1 574 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..574
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             153..569
                     /locus_tag="SEQF2638.1_01191"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPFILVQEDLQRCDSPASLTLLTEFTHVCQCGVRPDKQHSFTYG
                     GASRNLDYFTVLAFAFTLLFLHGTSGLFLYHLSDIVIMHPQIRTAEVGIYPLLIIGGE
                     FWNHIGSGLSDVAHVFGSPPVVSLTRCDIAGLDMYA"
ORIGIN      
        1 gaagccatag aggtgcagga agaactgtca caaaatacac ttgaagaagc cacatctgtg
       61 cctggaccta catcagtccc tgagcctgta cccgaatcat ccccgacttt gaagctttcc
      121 ctgtcttccg cttccggctg accgttcagc caatgccctt catccttgtg caggaagatt
      181 tgcagcggtg tgattcccca gcgtctttga cactcctcac cgaatttacg cacgtctgcc
      241 agtgtggtgt ccgacctgac aagcagcact ccttcacgta tgggggagca tcccgcaatc
      301 ttgactattt taccgttctt gcctttgcgt tcacgctcct tttcctgcat ggcacgtccg
      361 gtcttttcct ttaccatctg tctgatattg tcataatgca tccgcaaatc cggactgccg
      421 aagtcgggat ttatccactg ctcattatcg gtggagagtt ctggaaccac ataggttctg
      481 gactctccga tgtggcgcat gtattcggca gtcctcctgt tgtgagcctc actcgatgcg
      541 atattgcagg gcttgatatg tatgcttgat tttg
//
LOCUS       SEQF2638.1|AYYF01001215.1 310 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..310
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 catcggattc ttgtacacta ctcttgcgat aagaatccgc tgtcgctgtc cttggcttac
       61 cccttgtcca tcttgtccga tcatcgtatt gtatcccaac ggaagcgctt cgatatagtc
      121 tgcgatgttg gcaatacgtg cagcttcacg aatacgtgcg atatccggct catcgtctga
      181 tatggcgatg tttcttgcga tagtatcgga aaaaagatac ccttcctgca tcaccgctcc
      241 acattgattg cgccaccaag taaggttata tgtacttaag tcggcattgc ccacttgtat
      301 ctttcctttc
//
LOCUS       SEQF2638.1|AYYF01001216.1 683 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..683
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 attttacctt catctaatac cacaatctga tcggcatctc ggacggtgga aagtcggtga
       61 gcgacaacta taaccgtctt acctcgataa aaggaggcta aattttcggt aatcgctcgt
      121 tcgttgttgg catcgagtgc attggtggct tcatccaaga aaacgaacat cggattcttg
      181 tacactactc ttgcgataag aatccgctgt cgctgtcctt ggcttacccc ttgtccatct
      241 tgtccgatca tcgtattgta tcccaacgga agcgcttcga tatagtctgc gatgttggca
      301 atacgtgcag cttcacgaat acgtgcgata tccggctcat cgtctgatat ggcaatgttt
      361 cttgcgatag tatcggaaaa aagataccct tcctgcatca ccgctccaca ttgattgcgc
      421 caccaagtaa ggttatatgt acttaagtcg gcattgccca cttgtatctt tcctttcaac
      481 ggttcataga atccgagcag gagtttaacc aacgtggtct taccgcttcc gcttgctccc
      541 acgatggccg tgacctttcc gttgggtatg gaaagatcga tattcgagag tatatccttt
      601 gggctgtaca gatcatattt gaaagaaaca tcccgaacgg agagagaatg tccttctttt
      661 gtttcttccg tataagtgtt ttg
//
LOCUS       SEQF2638.1|AYYF01001217.1 516 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..516
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 catcggattc ttgtacacta ctcttgcgat aagaatccgc tgtcgctgtc cttggcttac
       61 cccttgtcca tcttgtccga tcatcgtatt gtatcccaac ggaagcgctt cgatatagtc
      121 tgcgatgttg gcaatacgtg cagcttcacg aatacgtgcg atatccggct catcgtctga
      181 tatggcaatg tttcttgcga tagtatcgga aaaaagatac ccttcccgca tcaccgctcc
      241 acattgattg cgccaccaag tanggttata tgtacttaag tcggcattgc ccacttgtat
      301 ctttcctttc aacggttcat agaatccgag caggagttta accaacgtgg tcttaccgct
      361 tccgcttgct cccacgatgg ccgtgacctt tccgttgggt atggaaagat cgatattcga
      421 gagtatatcc tttgggctgt acagatcata tttgaaagaa acatcccgaa cggagagaga
      481 atgtccttct tttgtttctt ccgtataagt gntttg
//
LOCUS       SEQF2638.1|AYYF01001218.1 400 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..400
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 catcggattc ttgtacacta ctcttgcgat aagaatccgc tgtcgctgtc cttggcttac
       61 cccttgtcca tcttgtccga tcatcgtatt gtatcccaac ggaagcgctt cgatatagtc
      121 tgcgatgttg gcaatacgtg cagcttcacg aatacgtgcg atatccggct catcgtctga
      181 tatggcaatg tttcttgcga tagtatcgga aaaaagatac ccttcccgca tcaatatttc
      241 actcatttct gatttcttca tcaagttgat gaaacttccg atgaaattct tcgacaccaa
      301 actgatggga gatctcctac agcgtatcga agaccacaga agggtggaac agtttctcac
      361 ctccagtagt ctgaacctat tgttctcctt ctttactttc
//
LOCUS       SEQF2638.1|AYYF01001219.1 335 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..335
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tacgaagacc aatggcgaag agaaaggcat cgttttactt ttagaaccta cagaaaaatt
       61 ctatacacaa aacagcacca aacaagcgtc gaaaagatat cgtttcaaat tcctttgggg
      121 ataccttaga aagtacaaac gttttttcgt acagctgatt ttgggactgt tactcggttc
      181 cttgctacaa ctcattttcc cgttcctgac acaagcgatt gttgataccg gaatcggagg
      241 taaagacata agcttcgtat ggcttgtttt attggcagag atgatgctgc ttttcagtcg
      301 tacagcgata gactttatcc gctcgaagat actgc
//
LOCUS       SEQF2638.1|AYYF01001220.1 430 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..430
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 acgttttttc gtacagctga ttttgggact gttactcggt tccttgctac aactcatttt
       61 cccgttcctg acacaagcga ttgttgatac cggaatcgga ggtaaagaca taagtttcgt
      121 atggcttgtt ttattggcag agatgatgct gcttntcagt cgtacagcga tagactttat
      181 ccgctcgaag atactgctgc gcactttctc actgcggagt tcaaagtttt tctcgtcctt
      241 tttgttcttc tcttccatat caattcccca gttctaattg atttttcacc agcgcaaaat
      301 actttcctcg ttttgcagtg agctcctcat gggtgcccac ttctgctatt ttaccttcat
      361 ctaataccac aatctgatcg gcatctcgga cggtggaaag tcggtgagcg acaactataa
      421 ccgtcttacc
//
LOCUS       SEQF2638.1|AYYF01001221.1 299 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..299
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tacgaagacc aatggcgaag agaaaggcat cgttttactt ttagaaccta cagaaaaatt
       61 ctatacacaa aacagcacca aacaagcgtc gaaaagatat cgtttcaaat tcctttgggg
      121 ataccttaga aagtacaaac gttttttcgt acagctgatt ttgggactgt tactcggttc
      181 cttgctacaa ctcattttcc cgttcctgac acaagcgatt gttgataccg gaatcggagg
      241 taaagacata agtttcgtat ggcttgtttt attggcagag atgatgctgc ttttcagtc
//
LOCUS       SEQF2638.1|AYYF01001222.1 204 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..204
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ccttgaaatc ctcaaagata agtccctcgc cccgttctcc cagcagtcca taggcttcat
       61 cactgatggg gttatgcact atttctttgg ttttctgcat acgggtggta acgaacatcc
      121 cgccgttggt gtatggttgt atctgctgcc acgtgagctg tctgatgtcg ctctttctca
      181 gtcccgtaag acaggcgaaa agaa
//
LOCUS       SEQF2638.1|AYYF01001223.1 204 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..204
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ccttgaaatc ctcaaagata agtccctcgc cccgttctcc cagcagtcca taggcttcat
       61 cactgatggg gttatgcact atttctttgg ttttctgcat acgggtggta acgaacatcc
      121 tgccgttggt gtatggttgt atctgctgcc acgtgagctg tctgatgtcg ctctttctca
      181 gtcccgtaag acaggcgaaa agaa
//
LOCUS       SEQF2638.1|AYYF01001224.1 1088 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1088
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(277..873)
                     /locus_tag="SEQF2638.1_01192"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEKGDAAGRLMIQLNNLKKRYALSILVLAHTPKRSLDCPITSND
                     LAGSKRLYNFFDSVFTIGKSAQDGGLRYVKQLKVRYGTFSHDADNVIVYEIDKVDAFL
                     QFVFRGYSTEKEHLKKLGDNESSQRDCQILQLSQSGKSVREIASQVNCGKSTVNRIIQ
                     RSKESKNAGVPSVPLSQPLECGTMGQDGTADNQPSKTD"
ORIGIN      
        1 ccttgaaatc ctcaaagata agtccctcgc cccgttctcc cagcagtcca taggcttcat
       61 cactgatggg gttatgcact atttctttgg ttttctgcat acgggtggta acgaacatcc
      121 tgccgttggt gtatggttgc atctgccgac cgatggatgc aacggcacat tattttcgtc
      181 cacgtaatag acgaaagaat gcctgtctcc gcatttgggg caggtatgcc gtgttgccgt
      241 tcctttatac ttctgtaatg aataattgcc catagcttag tccgtttttg atggttgatt
      301 gtcggctgtc ccatcctgtc ccattgtccc acactctaag ggttgggaca gtgggacact
      361 tgggacacct gcgtttttac tctctttgct gcgctggatg atacggttta cggtggactt
      421 gccacaattc acctgtgagg ctatctccct gacggacttg cccgattggg agagttgcag
      481 aatttggcaa tccctttggc ttgattcatt gtcgcccaat tttttcaagt gttccttttc
      541 cgtggaatag cccctgaaca cgaactgcaa gaaagcatcc accttgtcaa tctcgtaaac
      601 gattacatta tccgcatcat gagagaacgt gccatagcgc actttaagct gcttcacata
      661 gcgaagccct ccgtcttggg cactttttcc aatggtgaac acgctgtcaa agaaattgta
      721 gagccgtttg cttccggcaa ggtcgttgga tgtgatggga caatccaaag agcgtttggg
      781 cgtatgtgcc aggacaagga tagagagcgc atatctcttt ttgagattgt tcagctgaat
      841 catcagccgt cctgcggcat cgcctttctc catggcgcaa cacaggtagg taagattgtc
      901 aatgatgaaa atcttgcagt cggtctgccg gcaaggatgg acttgcccac gttggaatcg
      961 gcaaacaagc aggagagttc cccctcgtac caaaagctgt cccacagcgc acggggcgta
     1021 ggcaataacg atgcttcaag aatggtttgg tttgccgtct tgatattcat catgcctaca
     1081 ctgtcggg
//
LOCUS       SEQF2638.1|AYYF01001225.1 274 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..274
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 caacaatgca agcaacctta tgtttaagga tatggttaat gtcgctcaaa cagatagttt
       61 tatagccaca ctcattcctc gttcaagttt tcagatagct tatacggaag aggaaatgtc
      121 ggctgaccat aacaaggctt actctaacta tacatctcct cttggtgctg caatgttgat
      181 gaatcgtttg tttactgaaa gtcttatagt caaaaaagaa gccctgaaat gtagcggtaa
      241 aatctattcc gagcaacaca ggcggaactt tgat
//
LOCUS       SEQF2638.1|AYYF01001226.1 511 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..511
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ccgtaaacgc atgnggttct taggggtgca acccataagc ggagattgca aagagagggt
       61 cactctttgc tctgggttct caggggagaa acgccctgag tgggtcatta gggtaaaacc
      121 ctaatcccct cgggagagcc cacaactacg taagcggagc gtgtagttat agtgggctat
      181 atcaatggca agccattgtc tgcaaactcc agcctacggc ttccgctctc ctccgtcagg
      241 gaggtttttc atcatcgttg ccgattggag atgcaccgac cagcacaagg tctaaatcgt
      301 ctatcagntt ttctcgtcct ttttgttctt ctcttccata tcaattcccc agttctaatt
      361 gatttttcac cagcgcaaaa tactttcctc gttttgcagt gagctcctca tgggtgccca
      421 cttctgctat tttaccttca tctaatacca caatctgatc ggcatctcgg acggtggaaa
      481 gtcggtgagc gacaactata accgtcttac c
//
LOCUS       SEQF2638.1|AYYF01001227.1 336 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..336
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 attcgatcga tacaattctc caaaaagatt ctcaaaggag tcggactact tgaacagtct
       61 tctgtgagat tatcgctctt caaaaattga atcacgaacg catctgcnac ctgtcgtaga
      121 agatcttcct tgcctttgaa gtagtagaag ataatgccac gtgtaacatt tgcggcttga
      181 tatgtatgcn tgattttgtt gccatagata cttgtttttt gggtttgtac tttattgttt
      241 gcttttccgc tgtccgtaaa cgcatggggn tcttaggggt gnaacccata agcggagatt
      301 gcaaagagag ggtcactctt tgctctgggt tctcag
//
LOCUS       SEQF2638.1|AYYF01001228.1 821 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..821
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     misc_RNA        complement(501..599)
                     /locus_tag="SEQF2638.1_01193"
                     /product="Intron_gpII"
                     /inference="COORDINATES:profile:Infernal:001001"
ORIGIN      
        1 acgtcctgcc gattgatgga gacggactgc cttctttgca ggactttgcc gaacctttcg
       61 gagagcgtct tggcagtttc tcccaccacc tgccccgaaa acacattccc gaccgtgttc
      121 tgaatcaccc gactttcctt ttcaccgtag tcgcgcgtga gctgcgagaa gtcctgaaan
      181 ccgaggcaca cggcgacctt gttactgcgc gccgtggcga tcaggttgtc gagaccgcgg
      241 aagtaaatcg tcggcagctc gtcgatgatg actgaacttt tgagctgctt tttcttgttg
      301 atcagcttca caatacgact attgtatagc ccgagcgcgg ccgagtaaat gttctgccgg
      361 tcgggattgt tacctacgac taagatcttc ggcgacgcgg gattgttgat gtcgagcgtg
      421 aaatcgttgc ctgtcatcac ccagtaaagc gcgggcgaaa tcatgcgcga aagcgggatc
      481 ttggcactgg caatttggcc atgggctaag cacccggcgc cttgccattt gttacaatgg
      541 taggtttcca agcactcgcc tccgaaccgt gcgtacaggt ctccccgtac acggctctcc
      601 accttatcat tcagtctaac tttctccccg aatgtatttt gtgatgacat gcagaacata
      661 ctgctaatgt ttttctgtca ttcaaatagc ggttcggtag ttccttgcat ttgaaacctt
      721 tgtcgtaaaa ctcacgcctg acctcatatc cctttttatt tgtgtatggt atggagaaca
      781 cgccgttctt cttgtacttc gcaataattt tcttttttga a
//
LOCUS       SEQF2638.1|AYYF01001229.1 728 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..728
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ctttgatttg aatgcaatct tgtttactgc caattactcc aatcagaaaa tcatccgcgt
       61 atcttatgta tttcagtcgt ttgatactat catccatttc atcggcggca ggatagttca
      121 gtctttcttt gacaattcct ctgattttag ctaacaacag ctgacgtgta cntgttgcat
      181 tctcttcctc agtttccata tggatctcgt tcatgcggtc aaggctgatg ctcacatcct
      241 gccatgagta gatgaattgg atcaattgct ccacggggct gttgagttgt ccaatgatat
      301 attggacggc caacatcata cctaaagtca tgttaccgtg gattacggaa gcagcggcca
      361 atacagtgat gaggatattc ttcacctcgt taatcgtgac actcccggcc tgttgcacct
      421 gttgaaggtt tagtgcttgc agattgacct tgaacagatc ggcctgcacg tcttcccact
      481 cccaacgctt acgttgttca caaccttgta acttgatctc ctgcatcccg ttgacaagct
      541 gataggtcac attgcgatta cgcccggcct gctcgaaata tttatagtcc aatgtcctgc
      601 gtttcttaag gaaaaggatg atccacccag catagaggaa tgtccccaaa aggaagacaa
      661 tgaagatacc ggtgttatag acagctaaaa ccactccgaa aacaaagaaa gtaaagaagg
      721 agaacaat
//
LOCUS       SEQF2638.1|AYYF01001230.1 241 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..241
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ctgagaaccc agagcaaaga gtgaccctct ctttgcaatc tccgcttatg ggttncaccc
       61 ctaaganccc catgcgttta cggacngcgg aaaagcnaac aataaagtac aaacccaaaa
      121 aacaagtatc tatggcaaca aaatcangca tacatatcan gcccngaaat gtagcggtaa
      181 aatctattcc gagcaacaca ggcggaactt tgatataaag gatgatattt taagggtgga
      241 a
//
LOCUS       SEQF2638.1|AYYF01001231.1 290 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..290
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(97..234)
                     /gene="xerC_8"
                     /locus_tag="SEQF2638.1_01194"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01808"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerC"
                     /translation="MGTDMAVIQAYLGHKNITTTQIYSKIAAQQMRQVVDKITLKRKE
                     A"
ORIGIN      
        1 ggcttataaa tggtggcatc aagccaaaaa catagagggg cgattatagc cttgtagcca
       61 taaccgcccc tctgaatacc tgtcaatgtg agacatttat gcctccttgc gcttcaaggt
      121 tatcttgtcc accacctgnc gcatctgctg cgctgctatc ttggaataga tttgtgtggt
      181 ggtaatgttc ttatgtccga gataggcttg gatgacagcc atgtccgttc ccatttccac
      241 gtgcaggctt ccgaagctgt ggcgggtaca gtgaaaggtg attttcttgg
//
LOCUS       SEQF2638.1|AYYF01001232.1 287 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..287
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggcttataaa tggtggcatc aagccaaaaa catagagggg cgattatagc cttgtagcca
       61 taaccgcccc tctgaatacc tgtcaatgtg agacatttat gcctccttgc gcttcaaggt
      121 tatcttgtcc accacctgac acatctgctg cgctgctatc ttggaataga tttgtgtggt
      181 ggtaatgttc ttatgtccga gataggcttt tttgacaaga ccaagatgaa gggcgatttc
      241 cttgcctatt tcaaaggact ggctgaccgc aagaatatca agtggca
//
LOCUS       SEQF2638.1|AYYF01001233.1 218 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..218
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 aacgaggaat gagtgtggct ataaaactat ctgtttgagc gacattaacc atatccttaa
       61 acataaggtt gcttgcattg ttgtcntaga tacttgtttt ttgggtttgt actttattgt
      121 ttgcttttcc gctgtccgta aacgcatggg gttcttaggg gtgcaaccca taagcggaga
      181 ttgcaaagag agggtcactc tttgctctgg gttctcag
//
LOCUS       SEQF2638.1|AYYF01001234.1 325 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..325
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cactcatcat aggataaaca ctcttattat tgaccttaac cgtatctctg ttattaacaa
       61 taaccgccac accaatttcg ccaggacaag ctgagacaat ttgagaaatg ctatcagtca
      121 aaacatttgt taaaggagga tttgcgctat cttttgtcgc tgatttatgg aacaatgaaa
      181 ataccaagat gnaaatgcaa actaaagcta tactcaaaac tacgatttgt ttttttctgt
      241 tttttttcca tgtttatatt atttatattt gtttgacgag aatatcttta tttgccgaca
      301 caacgtaaag ctcaaaaaac ttgct
//
LOCUS       SEQF2638.1|AYYF01001235.1 754 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..754
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             35..577
                     /gene="apxIB_2"
                     /locus_tag="SEQF2638.1_01195"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P26760"
                     /codon_start=1
                     /transl_table=11
                     /product="Toxin RTX-I translocation ATP-binding protein"
                     /db_xref="COG:COG2274"
                     /translation="MVLAVYNTGIFIVFLLGTFLYAGWIILFLKKRRTLDYKYFEQAG
                     RNRNVTYQLVNGMQEIKLQGCEQRKRWEWEDVQADLFKVNLQALNLQQVQQAGSVTIN
                     EVKNILITVLAAASVIHGNMTLGMMLAVQYIIGQLNSPVEQLIQFIYSWQDVSISLDR
                     MNEIHMETEEENATXEYTCL"
     CDS             complement(478..735)
                     /locus_tag="SEQF2638.1_01196"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEEKNKKDEKNFELRSEKVRSIVGQIPSSLVRYGITIIGIVLLF
                     LFVIAYFLPYKQVYSXVAFSSSVSIWISFMRSRLMLTSCHE"
ORIGIN      
        1 attgttctcc ttctttactt tctttgtttt cggagtggtt ttagctgtct ataacaccgg
       61 tatcttcatt gtcttccttt tggggacatt cctctatgct gggtggatca tccttttcct
      121 taagaaacgc aggacattgg actataaata tttcgagcag gccgggcgta atcgcaatgt
      181 gacctatcag cttgtcaacg ggatgcagga gatcaagtta caaggttgtg aacaacgtaa
      241 gcgttgggag tgggaagacg tgcaggccga tctgttcaag gtcaatctgc aagcactaaa
      301 ccttcaacag gtgcaacagg ccgggagtgt cacgattaac gaggtgaaga atatcctcat
      361 cactgtattg gccgctgctt ccgtaatcca cggtaacatg actttaggta tgatgttggc
      421 cgtccaatat atcattggac aactcaacag ccccgtggag caattgatcc aattcatcta
      481 ctcatggcag gatgtgagca tcagccttga ccgcatgaac gagatccata tggaaactga
      541 ggaagagaat gcaacanctg aatacacttg cttgtaggga agaaaatacg cgatcacgaa
      601 gagaaaaagc aatacaatgc cgataatcgt aataccatat cgtactaatg aagagggaat
      661 ctgtcctaca atgctgcgca ctttctcact gcggagttca aagtttttct cgtccttttt
      721 gttcttctct tccatatcaa ttccccagtt ctaa
//
LOCUS       SEQF2638.1|AYYF01001236.1 797 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..797
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(482..667)
                     /locus_tag="SEQF2638.1_01197"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIERVNNRAVQIIFERNIPNGERMSFFCFFRISVLCTCCILFLS
                     FHMDLVHAVKADAHILP"
ORIGIN      
        1 attgttctcc ttctttactt tctttgtttt cggagtggtt ttagctgtct ataacaccgg
       61 tatcttcatt gtcttccttt tggggacatt cctctatgct gggtggatca tccttttcct
      121 taagaaacgc aggacattgg actataaata tttcgagcag gccgggcgta atcgcaatgt
      181 gacctatcag cttgtcaacg ggatgcagga gatcaagtta caaggttgtg aacaacgtaa
      241 gcgttgggag tgggaagacg tgcaggccga tctgttcaag gtcaatctgc aagcactaaa
      301 ccttcaacag gtgcaacagg ccgggagtgt cacgattaac gaggtgaaga atatcctcat
      361 cactgtattg gccgctgctt ccgtaatcca cggtaacatg actttaggta tgatgttggc
      421 cgtccaatat atcattggac aactcaacag ccccgtggag caattgatcc aattcatcta
      481 ctcatggcag gatgtgagca tcagccttga ccgcatgaac gagatccata tggaaactga
      541 ggaagagaat gcaacangta cacaaaacac ttatacggaa gaaacaaaag aaggacattc
      601 tctctccgtt cgggatgttt ctttcaaata tgatctgtac agcccggtta ttgactcgtt
      661 ctatcatatt atggagtata gtatgtacaa gacatacgcc gctaaataca ctacttcaaa
      721 aaagaaaatt attgcgaagt acaagaagaa cggcgtgttc tccataccat acacaaataa
      781 aaagggatat gaggtca
//
LOCUS       SEQF2638.1|AYYF01001237.1 505 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..505
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             273..422
                     /locus_tag="SEQF2638.1_01198"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MWSGDAGRVSFFRYYRKKHRQIKQEILSLVDSEIARIKADPKLQ
                     GLMKG"
ORIGIN      
        1 caaancactt atacggaaga aacaaaagaa ggacattctc tctccgttcg ggatgtttct
       61 ttcaaatatg atctgtacag cccaaaggat atactctcga atatcgatct ttccataccc
      121 aacggaaagg tcacggccat cgtgggagca agcggaagcg gtaagaccac gttggttaaa
      181 ctcctgctcg gattctatga accgttgaaa ggaaagatac aagtgggcaa tgccgactta
      241 agtacatata accttacttg gtggcgcaat caatgtggag cggtgatgca ggaagggtat
      301 cttttttccg atactatcgc aagaaacatc gccaaatcaa acaggagatc ctctcgctcg
      361 tggactccga aattgcccgc atcaaagccg acccgaagct acaggggctg atgaaggggt
      421 gaggttgata tctatcgccc gaggtcgccg agtattttcc gaagaagatt gcccgatgac
      481 cggacaatcc gaaaatctac ggttt
//
LOCUS       SEQF2638.1|AYYF01001238.1 280 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..280
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cgaaangata aaggtgggtg tgaaaaacct gcttttgcgc tcagatgtgg agcgtgtcat
       61 ggctgaaagg aacaaataac cgtgaaaaat cgggattatc gaaaattatt tcaaaatgat
      121 gtatcgtgga ggtattcacg gatatttcac gttgttcctt tgccatcgga aacatggata
      181 caactccaaa atgtatgcaa ccaattaaaa cataattatt atgagtaaat gcaaaacagt
      241 taccttgcgt aagcgcaaga ttaagaacgg gacacagtat
//
LOCUS       SEQF2638.1|AYYF01001239.1 434 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..434
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             101..274
                     /locus_tag="SEQF2638.1_01199"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNDERYYTVEQVQQIYGLSSANICHIVKVKHIEKIKVGVKNLLL
                     RSDVERVMAERNK"
ORIGIN      
        1 ccgtgcctac acctatcgcc ataagatacc cactaaaaga gagtacgggc gtacctatta
       61 ctccaaatca catttgaacg aactccgcag aactgacctt gtgaacgatg aacgctacta
      121 taccgttgag caggtgcagc aaatctatgg tctttcgtca gccaacatct gccatatcgt
      181 caaggtgaag cacatcgaaa agataaaggt gggtgtgaaa aacctgcttt tgcgctcaga
      241 tgtggagcgt gtcatggctg aaaggaacaa ataaccgnga aaaatcggga ttatcgaaaa
      301 ttatttcaaa atgatgtatc gtggaggtat tcacggatat ttcacgttgt tcctttgcca
      361 tcggaaacat ggatacaact ccaaaatgta tacaaccaat taaaacataa ttattatgag
      421 taaatgcaaa acag
//
LOCUS       SEQF2638.1|AYYF01001240.1 249 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..249
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtgttgcaaa gattgctacg tatttcccat ctgtcaggga ggatgcggct ggtatcgttt
       61 tcgcaataag tatcaagggg cgaaatttga catatgctct atatataaag acaaatccaa
      121 tttggaaaga gccctattgc tcagcctgaa caaatacgac aaggaatatc ctgaattgga
      181 tttatgaact cccctcgtgt agtgcgttta tttttatcaa tcaacaataa gcatgacacc
      241 tgcaaaaag
//
LOCUS       SEQF2638.1|AYYF01001241.1 345 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..345
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtgttgcaaa gattgctacg tatttcccat ctgtcaggga ggatgcggct ggtatcgttt
       61 tcgcaataag tatcaagggg cgaaatttga catatgctct atatataaag acaaatccaa
      121 tttggaaaga gccctattgc tcagcctgaa caaatacgac aaggaatatc ctgaattgga
      181 tttatgaact cccctcgtgt agtgcgttta tttttatcaa tcaacaataa gcatgacacc
      241 tgcaaaaatc aactttcctc taccaagaaa atcacctttc actgtacccg ccacagcttc
      301 ggaagcctgc acgtggaaat gggaacggac atggctgtca tccaa
//
LOCUS       SEQF2638.1|AYYF01001242.1 416 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..416
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gttgttttca ttgaaaatgg cttcgtagcg ctggttgcgc aggatgaccg ctttcttcat
       61 catgcgtgcg ttgaagtccc gttcctgctg gtttgcaggt ttggcgaaga tgtaaattcc
      121 taaggcttca cgtgtaatca ctctcatggt gacattgtca cggtagccgg gatagtagtc
      181 aaggcatagt gaatactgtg tcccgttctt aatcttgcgc ttacgcaagg taactgtttt
      241 gcatttactc ataataatta tgttttaatt ggttgatatc tatcgcccga ggtcgccgag
      301 tattttccga agaagattgc ccgatgaccg gacaatccga aaatctacgg tttgatgttc
      361 catcgcatgg atgtcagttg tcttaaaacg gcagcgtgct tcttgtcttt caagtg
//
LOCUS       SEQF2638.1|AYYF01001243.1 316 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..316
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gttgttttca ttgaaaatgg cttcgtagcg ctggttgcgc aggatgaccg ctttcttcat
       61 catgcgtgcg ttgaagtccc gttcctgctg gtttgcaggt ttggcgaaga tgtaaattcc
      121 taaggcttca cgtgtaatca ctctcatggt gacattgtca cggtagccgg gatagtagtc
      181 aaggcatagt gaatactgtg tcccgttctt aatcttgcgc ttacgcaagg taactgtttt
      241 gcatttactc ataataatta tgttttaatt ggttgtatac attttggagt tgtatccatg
      301 tttccgatgg caaagg
//
LOCUS       SEQF2638.1|AYYF01001244.1 302 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..302
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 aagctgaact gcaacgcatg gatgcagcca aacggcacaa agaagaacag ataaatcttg
       61 ccgagcagga actgaaacag gtgaaatcag aaatacgcac tgacaagtta aagaagacag
      121 ccaccacggc agcgacagcc ataactagtg gagttgcttc tcttttcggg agtggaaaac
      181 tgaaagaact ggaacgtgcc aacgaaaaac tgcaagacga ggtttcaaaa cggaacacca
      241 atattgaaaa attgcagagc caagtacagc agatgcagaa acagcatgan acgcaaatcc
      301 tc
//
LOCUS       SEQF2638.1|AYYF01001245.1 391 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..391
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 aagctgaact gcaacgcatg gatgcagcca aacggcacaa agaagaacag ataaatcttg
       61 ccgagcagga actgaaacag gtgaaatcag aaatacgcac tgacaagtta aagaagacag
      121 ccaccacggc agcgacagcc ataactagtg gagttgcttc tcttttcggg agtggaaaac
      181 tgaaagaact ggaacgtgcc aacgaaaaac tgcaagacga ggtttcaaaa cggaacacca
      241 atattgaaaa attgcagagc caagtacagc agatgcagaa acagcatgan acgcaaatcc
      301 acaatctcag agacacttat ccaaacacaa ccgatagagc ttactatcgc cccggatctt
      361 cacgaaaaga accgtgccaa ttacgcaagc a
//
LOCUS       SEQF2638.1|AYYF01001246.1 437 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..437
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             18..308
                     /locus_tag="SEQF2638.1_01200"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDAAKRHKEEQINLAEQELKQVKSEIRTDKLKKTATTAATAITS
                     GVASLFGSGKLKELERANEKLQDEVSKRNTNIEKLQSQVQQMQKQHXAQILL"
ORIGIN      
        1 aagctgaact gcaacgcatg gatgcagcca aacggcacaa agaagaacag ataaatcttg
       61 ccgagcagga actgaaacag gtgaaatcag aaatacgcac tgacaagtta aagaagacag
      121 ccaccacggc agcgacagcc ataactagtg gagttgcttc tcttttcggg agtggaaaac
      181 tgaaagaact ggaacgtgcc aacgaaaaac tgcaagacga ggtttcaaaa cggaacacca
      241 atattgaaaa attgcagagc caagtacagc agatgcagaa acagcatgan gcgcaaatcc
      301 tcctttaaca aatgttttga ctgatagcat ttctcaaatt gtctcagctt gtcctggcga
      361 aattggtgtg gcggttattg ttaataacag agatacggtt aaggtcaata ataagagtgt
      421 ttatcctatg atgagtg
//
LOCUS       SEQF2638.1|AYYF01001247.1 388 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..388
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     misc_RNA        192..290
                     /locus_tag="SEQF2638.1_01201"
                     /product="Intron_gpII"
                     /inference="COORDINATES:profile:Infernal:001001"
ORIGIN      
        1 ttttaccttt caagtctttg agtttacgga catggtgcat ttcaagatga tctgttgctc
       61 cgcagttttc acatactcgt gcacttaatc ttgcaataag cccatttctg ccacccgtta
      121 tagcgactgt gttaggtagt ttgtcattca aatagcgatt cggggagaaa gtcagactga
      181 atgataaggt ggagagccgt gtacggggag acctgtatgc acggttcgga ggcgagtgct
      241 tggaaaccta ccattgtgac aaatggcaag gcgccgggtg cttagcctat gggcaaatag
      301 catcggccaa aatcccgctt tcgcgcatga tttcgcccgc gctttattgg gtgatgacgg
      361 gtaacgattt cacgctcgac atcaacaa
//
LOCUS       SEQF2638.1|AYYF01001248.1 287 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..287
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ttttaccttt caagtctttg agtttacgga catggtgcat ttcaagatga tctgttgctc
       61 cgcagttttc acatactcgt gcacttaatc ttgcaataag cccatttctg ccacccgtta
      121 tagcgactgt gttaggtagt ttgtcattca aatagcgatt cggtagttcc ttgcgtttga
      181 aacctttgtc gtaaaactca cgcttgacct catatccctt tttatttgtg tatggtatgg
      241 agaacacgcc gttcttcttg tacttcgcaa taattttctt ttttgaa
//
LOCUS       SEQF2638.1|AYYF01001249.1 307 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..307
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ttttaccttt caagtctttg agtttacgga catggtgcat ttcaagatga tctgttgctc
       61 cgcagttttc acatactcgt gcacttaatc ttgcaataag cccatttctg ccacccgtta
      121 tagcgactgt gttaggtagt ttgtcattca aatagcgatt cggtagttcc ttgcgtttga
      181 aacctttgtc gtaaaactca cgcttgacct catatccctt tttatttgtg tatagaattt
      241 ttctgtaggt tctaaaagta aaacgatgcc tttctcttcg ccattggtct tcgtacttgc
      301 ccaacgc
//
LOCUS       SEQF2638.1|AYYF01001250.1 476 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..476
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ctgagaaccc agagcaaaga gtgaccctct ctttgcaatc tccgcttatg ggttgcaccc
       61 ctaagaaccc catgcgttta cggacagcgg aaaagcaaac aataaagtac aaacccaaaa
      121 aacaaatcgt agttttgagt atagctttag tttgcatttt catcttggta ttttcattgt
      181 tccataaatc agcgacaaaa gatagcgcaa atcctccttt aacaaatgtt ttgactgata
      241 gcatttctca aattgtctca gcttgtcctg gcgaaattgg tgtggcggtt attgttaata
      301 acagagatac ggttaaggtc aataataaga gtgtttatcc tatgatgagt gtgtttaagg
      361 ttcatcaggc attagctctt tgtaatgact ttgacaataa aggaatttca cttgatacct
      421 tagtaaatat aaatagggat aaacttgacc caaagacttg gagtcctatg ctgaaa
//
LOCUS       SEQF2638.1|AYYF01001251.1 214 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..214
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ctgagaaccc agagcaaaga gtgaccctct ctttgcaatc tccgcttatg ggttgcaccc
       61 ctaagaaccc catgcgttta cggacagcgg aaaagcaaac aataaagtac aaacccaaaa
      121 aacaagtatc tanctctnct ttcagacact natctttgnt anatacgaan tcnanaaaat
      181 cnagttcggc nagnaagaan cgnttgccgn agnc
//
LOCUS       SEQF2638.1|AYYF01001252.1 266 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..266
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ctgagaaccc agagcaaaga gtgaccctct ctttgcaatc tccgcttatg ggttgcaccc
       61 ctaagaaccc catgcgttta cggacagcgg aaaagcaaac aataaagtac aaacccaaaa
      121 aacaagtatc tanggnatta tcttctacta cttcaaaggc aaggaagatc ttctacgaca
      181 ggtagcagat gcgttcgtga ttcaattttt gaagagcgat aatctcacag aagactgttc
      241 aagtagtccg actcctttga gaatct
//
LOCUS       SEQF2638.1|AYYF01001253.1 269 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..269
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ctgagaaccc agagcaaaga gtgaccctct ctttgcaatc tccgcttatg ggttgcaccc
       61 ctaagaaccc catgcgttta cggacagcgg aaaagcaaac aataaagtac aaacccaaaa
      121 aacaagtatc tatgncacaa aacttttcca tgcgcagcat ttccctgaac atcggaaacc
      181 acctgaaagc cttgtctatg attctggcga gccgtgacag ttctttttct ttcatgtcaa
      241 gttcctgcct gtgcatttct ctgagantg
//
LOCUS       SEQF2638.1|AYYF01001254.1 218 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..218
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ctgagaaccc agagcaaaga gtgaccctct ctttgcaatc tccgcttatg ggttncaccc
       61 ctaagaaccc catgcgttta cggacagcng aaaagcaaac aataaagtac aaacccaaaa
      121 aacaagtanc tanggnanca atgcaagcaa ccttatgttt aaggatatgg ttaatgtcgc
      181 tcaaacagat agttttatag ccacactcat tcctcgtt
//
LOCUS       SEQF2638.1|AYYF01001255.1 254 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..254
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ctgagaaccc agagcaaaga gtgaccctct ctttgcaatc tccgcttatg ggttncaccn
       61 ctaagaaccc catgcgttta cggacagcng aaaagcaaac aataaagtac aaacccaaaa
      121 aacaagnatc tanggcnacn aantcangtt nggcaagaaa gaaacgattg ccgaagccat
      181 agaggngcag gaagaactgt cacaaaatnc acttgaagaa gccacatctg ngcctggacc
      241 tacatcagtn ccng
//
LOCUS       SEQF2638.1|AYYF01001256.1 496 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..496
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gagcgcaaaa ttgcaatcac tttttccatt ccaccaaatt tttctgcaac ttttttcgct
       61 gattaaaaaa gaaaggcgtg atagatgtag aaacatacag cctgcaactc ctcacaacac
      121 gcttattatc ttgcatttat acacgtctac tttttgtgat tttcacgtag cataaagaaa
      181 catcatgcag aagaaaaagt agagatgctg ttagaagaaa gatgaagaac gcctttcaat
      241 cgttgctaac cggagatgta taatagcaga aaaatttggt ggaatggaaa aagtgattgc
      301 aattttgcgc tcgaatgata ctgatcaacg agtcagtcaa aagcaatatc gacaagcnag
      361 aaatatgtca gaatttgtca aattagaaaa gacgatgcgg tatccaaaga aagagaagat
      421 ccttaccgag tcatttaggt tattcttatc cagaggatat gatgcggtca gttttactga
      481 tatagagaaa gccgca
//
LOCUS       SEQF2638.1|AYYF01001257.1 642 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..642
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(246..605)
                     /locus_tag="SEQF2638.1_01202"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG5036"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLAFITSRGVADSPTNASIREHLMEHSRLVSALRLPDGMFSENA
                     GTEVGSDLLILQKETGKGVQNELEQLFTQSVSIESGGESFIENALFADRKRVSRDVFP
                     APKWRQDRSFLLLYISG"
ORIGIN      
        1 gagcgcaaaa ttgcaatcac tttttccatt ccaccaaatt tttctgcaac ttttttcgct
       61 gattaaaaaa gaaaggcgtg atagatgtag aaacatacag cctgcaactc ctcacaacac
      121 gcttattatc ttgcatttat acacgtctac tttttgtgat tttcacgtag cataaagaaa
      181 catcatgcag aagaaaaagt agagatgctg ttagaagaaa gatgaagaac gcctttcaat
      241 cgttgctaac cggagatgta taatagcaga aaagacctat cctgtctcca cttgggggct
      301 ggaaatacgt ctctggacac tctctttcta tcggcaaaca gggcgttctc tatgaatgac
      361 tctccgcctg attcgatgga aacgctttgc gtaaagagct gctccaactc attctgtaca
      421 cccttccccg tctccttttg aaggataagg agatcgctac cgacctccgt gcctgcattc
      481 tctgagaaca tcccgtcggg cagacggagt gcggagacga gcctactatg ctccatcagg
      541 tgctcgcgga tggaggcatt cgtcgggctg tcagccacgc cgcgggaagt gatgaaggcc
      601 agcaatccgc cctcgcnaag gcagtcaagc cccttgacga aa
//
LOCUS       SEQF2638.1|AYYF01001258.1 1133 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1133
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gagcgcaaaa ttgcaatcac tttttccatt ccaccaaatt tttctgcaac ttttttcgct
       61 gattaaaaaa gaaaggcgtg atagatgtag aaacatacag cctgcaactc ctcacaacac
      121 gcttattatc ttgcatttat acacgtctac tttttgtgat tttcacgtag cataaagaaa
      181 catcatgcag aagaaaaagt agagatgctg ttagaagaaa gatgaagaac gcctttcaat
      241 cgttgctaac cggagatgta taatagcaga aaagacctat cctgtctcca cttgggggct
      301 ggaaatacgt ctctggacac tctctttcta tcggcaccca tcgcccaaac cacctaccaa
      361 cgacttccct ccatttcccg ccttctccct cccaagccat acagagtcat tccacatagc
      421 catcccggat cggggtggct attttcgtat ctgtttcatc ttaaaatcag atactactat
      481 ggaagacaat tcggagcgct atgtgctcgt gctggaagat cggagtgagg cgaagtcgcc
      541 tgctgaggca gggaaactgt ccgtcgtttc ggggcaggac gagaagggga agatcaaaac
      601 cgtagaacca accgaggaga atcgggcggc tttcttggtg ttcaagaaga acgatggact
      661 gctgaagaac ttcatgacga acctccgtag acagttcaat gacccgacgc atttcggcgt
      721 ttatcgggtc gtagccgatc gagtgggtga gtctgtggag tcgctgaaga gcatgctcgc
      781 cgcgcgtgat gtacctcaaa acaaggctgc attagacagc attcgcgtca gctcggatga
      841 gtcgccggct caaaagctgt ctgccatcga cccggaaaag gtggattgga aggagctgga
      901 gcgcctcggc gtgagtcggg agaagctcga ggcgggcgga aacttggatc gactgctaaa
      961 ttggcagaaa acgggacttg ttagcctcgc tgtgcccttc ggagacacta cgatttacac
     1021 cgaagcacgg ctggctctcc gtacaggggc agacggtcgc ctcagtctca acatccatac
     1081 gttgcgacga gaaccgcagc tcgatttccc ctacatgggg cacacgtttt cgc
//
LOCUS       SEQF2638.1|AYYF01001259.1 471 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..471
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gccgttggtg tatggttgta tctgctgcca cgtgagctgt ctgatgtcgc tctttctcag
       61 tcccgtaaga caggcgaaaa gaaaagcttt tttcaagacc tcctcctcac agggtgtttc
      121 ggcaagccgt atcagttcct cttggctcaa atgctccctg atggtgggaa tgcactcgat
      181 gcggtctaag aagccgtttg ggttctcctt tatcttcctg tcacggtagg cggtgtgcag
      241 cacggcacgg aaagttgacc aatagcctgc tgcggagttg atgtgcagct tttggttggt
      301 gtggatggat tggggtgcat caagcaggta ttccatgaac ttgcggcaca aatccacatc
      361 cacctcctca aaggtgcatt tgccgttcac gaaccgctgg aaatgcttgt atacgtgctg
      421 ccacttgata ttcttgcggt cagccagtcc tttgaaatag gcaaggaaat c
//
LOCUS       SEQF2638.1|AYYF01001260.1 363 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..363
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ccctaaganc cccatgcgtt tacggacagc ggaaaagcaa acaataaagt acaaacccaa
       61 aaaacaagta tctatggcaa caaaatcang catacatatc acgcctttct tttttaatca
      121 gcgaaaaaag ttgcagaaaa atttggtgga atggaaaaag tgattgcaat tttgcgctcg
      181 aatgatactg atcaacgagt cagtcaaaag caatatcgac aagcnagaaa tatgtcagaa
      241 tttgtcaaat tagaaaagac gatgcggtat ccaaagaaag agaagatcct taccgagtca
      301 tttaggttat tcttatccag aggatatgat gcggtcagtt ttactgatat agagaaagcc
      361 gca
//
LOCUS       SEQF2638.1|AYYF01001261.1 290 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..290
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ccattgtcgc ntttctacac agtgtgactg tttccgcata tcggggcggt tattgtcgct
       61 tgtcgtaaac ggttgtaaac ccttgtcaac tgtctgcacg gtgtgacaaa aaacaagccc
      121 cgcaaattct ccacgtcaga aatacgtctc aaaaatatgt ggaaatttgg gaagcgacaa
      181 atggcaacca attaaaacat aattattatg agtaaatgca aaacagttac cttgcgtaag
      241 cgcaagatta agaacgggac acagtattca ctatgccttg actactatcc
//
LOCUS       SEQF2638.1|AYYF01001262.1 408 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..408
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ccattgtcgc ntttctacac agtgtgactg tttccgcata tcggggcggt tattgtcgct
       61 tgtcgtaaac ggttgtaaac ccttgtcaac tgtctgcacg gtgtgacaaa aaacaagccc
      121 cgcaaattct ccacgtcaga aatacgtctc aaaaatatgt ggaaatttgg gaagcgacaa
      181 atggcaaccg aaaagtgtta aattttagaa tatgctggta attaaagatt tacactcgga
      241 tatttctgat tngtttttct cgtccttttt gttcttctct tccatatcaa ttccccagtt
      301 ctaattgatt tttcaccagc gcaaaatact ttcctcgttt tgcagtgagc tcctcatggg
      361 tgcccacttc tgctatttta ccttcatcta ataccacaat ctgatcgg
//
LOCUS       SEQF2638.1|AYYF01001263.1 262 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..262
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ccattgtcgc ntttctacac agtgtgactg tttccgcata tcggggcggt tattgtcgct
       61 tgtcgtaaac ggttgtaaac ccttgtcaac tgtctgcacg gtgtgacaaa aaacaagccc
      121 cgcaaattct ccacgtcaga aatacgtctc aaaaatatgt ggaaatttgg gaagcgacaa
      181 atggcaaccg aaaagtgtta aattttagaa tatgctggta attaaagatt tacactcgga
      241 tatttctgat tagttttggt tg
//
LOCUS       SEQF2638.1|AYYF01001264.1 1078 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1078
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(204..377)
                     /locus_tag="SEQF2638.1_01203"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGHTEAVNGFPVNSLCHIALFGIYVLVGYVVHLIIKQYPIQTFK
                     LVFQVGTMLRQTV"
ORIGIN      
        1 gggaaggtgc agtagcggcc atcctcgtaa attctcagga accaaatgat ggccgccaac
       61 aggataatcg gcgactcgac gaagaaatcg ccttgctttt gcacatcggg taaggcgggg
      121 gcattgcgaa gggaagcagc tttatcgttt aatgtcctat ctcggaaaat gtgagagaca
      181 tgaaaagaaa tccagagaag atattaaaca gtctgacgca acatagttcc gacttggaat
      241 acaagtttga acgtttgtat cggatactgt ttaatgatga gatgtactac atagcctacc
      301 agcacatata tgccaaacaa ggcaatatga caaagggagt tgacgggaaa accgttgacg
      361 gcttcagtgt gtcccatatt gagcagttga ttgatacgct taaaaatgag acgtatcagc
      421 cgaaaccctc acagcgagtt tatattccga agaaaaatgg gaagaagaga ccgctgggta
      481 ttccctcatt gatggacaaa cttcttcagg aggttgtcag aatgatttta gaagctattt
      541 acgagggcag ttttgaatac acttcgcatg gtttcagacc acaacgaagt cctcaaactg
      601 cactttcaag cattcaacgg tcattcaacg gtacgaagtg gtttattgaa ggagacatca
      661 aaggcttctt tgatcacatc aaccacgaaa tactgatagc cattctgtca gaaagaatct
      721 ctgatgagag attccttcga ctcatcagaa agttcctgaa tgcaggatat atggaagatc
      781 aggtattcca caaatcatac agtggaactc cacaaggtgg tatcatcagc cccatattgg
      841 ctaacatcta ccttgacaag tttgataagt atatcaaagc ctacatcaag cacttcaata
      901 aggggaaaag acgtaaggaa aatccgattg taaaacgttt ggggcaacgt aaagccaagt
      961 tagttgcgga attacgaaac acagttgata aaacaacacg tcagctgttg ttagctaaaa
     1021 tcagaggaat tgtcaaagaa agactgaact atcctgccgc cgatgaaatg gatgatag
//
LOCUS       SEQF2638.1|AYYF01001265.1 520 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..520
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     misc_RNA        complement(99..197)
                     /locus_tag="SEQF2638.1_01204"
                     /product="Intron_gpII"
                     /inference="COORDINATES:profile:Infernal:001001"
ORIGIN      
        1 ttgttgatgt cgagcgtgaa atcgttaccc gtcatcaccc aataaagcgc gggcgaaatc
       61 atgcgcgaaa gcgggatttt ggccgatgct atttgcccat aggctaagca cccggcgcct
      121 tgccatttgt cacaatggta ggtttccaag cactcgcctc cgaaccgtgc atacaggtct
      181 ccccgtacac ggctctccac cttatcattc agtctgactt tctccccgaa tgtattttgt
      241 gatgacatgc agaacatact gctaatgttt tacggttacg agaaatcatt ttgatttccc
      301 aatcgcttgt gtcaggaacg ggaaaatgag ttgtagcaag gaaccgagta acagtcccaa
      361 aatcagctgt acgaaaaaac gtttgtactt tctaaggtat ccccaaagga atttgaaacg
      421 atatcttttc gacgcttgtt tggtgctgtt ttgtgtatag aatttttctg taggttctaa
      481 aagtaaaacg atgcctttct cttcgccatt ggtcttcgta
//
LOCUS       SEQF2638.1|AYYF01001266.1 417 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..417
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 caaacgactg aaatacataa gatacgcgga tgattttctg attggagtaa ttggcagtaa
       61 acaagattgc attcaaatca aagaggacat aaagcaattt atggctgaca aattgaaatt
      121 ggaactatct gatgaaaaaa cgctgattac caatgcaaga aaacatgcca aatttcttgg
      181 atatgatgtc tttgtgcgaa agtccaatga tgcacgcaga gacaagaacg gtcatttgac
      241 aaggtcatta gaccacaaga ttgtcttata tgtaacaact gagacgatga gaaagaaact
      301 tcttgaatat gatgctgtaa agattgtcag gcaaaatggg aaagaggttt ggaagccaaa
      361 aggtcgttca tatatgagat gtcttgatga tttggagatt ataagccaat ataacgc
//
LOCUS       SEQF2638.1|AYYF01001267.1 455 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..455
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             14..373
                     /locus_tag="SEQF2638.1_01205"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVMEYCHYYLPRIADQETVNHICTEVDKWMNLNTYTPKPIQRPF
                     TKDINNIPLRHFVWNISERFLYKRYYNGDNRAKFIKALFPLLSACVIGXVLFVKIRGD
                     SKLYRLCLDKCLFFCRG"
ORIGIN      
        1 agagcgcatc cgcatggtca tggagtattg ccattattac ctgcctcgca ttgccgacca
       61 agaaaccgtg aaccacatct gtactgaggt ggacaaatgg atgaatctta acacttatac
      121 cccgaagccc atacaaagac cgtttaccaa agacatcaac aacattccac tccgtcactt
      181 cgtatggaat atctctgagc gtttcctgta caagagatac tacaatgggg ataaccgtgc
      241 caagttcatc aaagcccttt tcccgttgct ctctgcttgc gtaattggcn cggttctttt
      301 cgtgaagatc cggggcgata gtaagctcta tcggttgtgt ttggataagt gtctcttctt
      361 ttgtcgggga tgattcgggt acaggctcag ggactgatgt aggtccaggc acagatgtgg
      421 cttcttcaag tgtattttgt gacagttctt cctgc
//
LOCUS       SEQF2638.1|AYYF01001268.1 371 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..371
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tttcagcata ggactccaag tctttgggtc aagtttatcc ctatttatat ttactaaggt
       61 atcaagtgaa attcctttat tgtcaaagtc attacaaaga gctaatgcct gatgaacctt
      121 aaacacactc atcataggat aaacactctt attattgacc ttaaccgtat ctctgttatt
      181 aacaataacc gccacaccaa tttcgccagg acaagctgag acaatttgag aaatgctatc
      241 agtcaaaaca tttgttaaag gaggatttgc gctatctttt gtcgctgtcc gtaaacgcat
      301 ggggttctta ggggtgcaac ccataagcgg agattgcaaa gagagggtca ctctttgctc
      361 tgggttctca g
//
LOCUS       SEQF2638.1|AYYF01001269.1 281 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..281
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(130..261)
                     /locus_tag="SEQF2638.1_01206"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRYNNPFFIKKWSCYPIYTCFAXSSWYFHCSINQRQKIAQILL"
ORIGIN      
        1 cactcatcat aggataaaca ctcttattat tgaccttaac cgtatctctg ttattaacaa
       61 taacngccac accaatttcg ccnggacang ctgagacaat ttgagaaatg ctatcagtca
      121 aaacatttgt taaaggagga tttgcgctat cttttgncgc tgatttatgg aacaatgaaa
      181 ataccaagat gaaantgcaa aacaggtgta gataggatag cagctccact tcttgataaa
      241 gaaggggttg ttatagcgca taagacaggt tcaggtgatg t
//
LOCUS       SEQF2638.1|AYYF01001270.1 401 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..401
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tttcagcata ggactccaag tctttgggtc aagtttatcc ctatttatat ttactaaggt
       61 atcaagtgaa attcctttat tgtcaaagtc attacaaaga gctaatgcct gatgaacctt
      121 aaacacactc atcataggat aaacactctt attattgacc ttaaccgtat ctctgttatt
      181 aacaataacc gccacaccaa tttcgccagg acaagctgag acaatttgag aaatgctatc
      241 agtcaaaaca tttgttaaag gaggatttgc gctatctttt gtcgctgatt tatggaacaa
      301 tgaaaatacc aagatgaaaa tgcaaacttc agtaaaatct taaactgcac ttgctttgat
      361 aattaatgat aaacaatcta aaagcactct aatcgttatc g
//
LOCUS       SEQF2638.1|AYYF01001271.1 352 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..352
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cactcatcat aggataaaca ctcttattat tgaccttaac cgtatctctg ttattaacaa
       61 taaccgccac accaatttcg ccnggacaag ctgagacaat ttgagaaatg ctatcagtca
      121 aaacatttgt taaaggagga tttgcgctat cttttgncgc tgatttatgg aacaatgaaa
      181 ataccaagat gnaaatgcaa actaaagcta tactcaaaac tacgatttgt ttttttgggt
      241 ttgtacttta ttgtttgctt ttccgctgtc cgtaaacgca tggggttctt aggggtgcaa
      301 cccataagcg gagattgcaa agagagggtc actctttgct ctgggttctc ag
//
LOCUS       SEQF2638.1|AYYF01001272.1 313 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..313
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cactcatcat aggataaaca ctcttattat tgaccttaac cgtatctctg ttattaacaa
       61 taaccgccac accaatttcg ccaggacaag ctgagacaat ttgagaaatg ctatcagtca
      121 aaacatttgt taaaggagga tttgcgctat cttttgncgc tgatttatgg aacaatgaaa
      181 ataccaagat gnaaatgcaa actaaagcta tactcaaaac tacgatttgt tttttttctg
      241 ttttttttcc atgtttatat tatttatatt tgtttgacga gaatatcttt atttgccgac
      301 acaacgtaaa gct
//
LOCUS       SEQF2638.1|AYYF01001273.1 529 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..529
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gatttccttg gtgtggaggt gttgccgggc aggatgcggt gatagggatt gccctccaac
       61 atctgctcga tgtcggctct gcggatgaat gccatgcggt tgctgatgcg tgaggctttc
      121 agcttgccga tggctacaag tttgtaaatg tactgtcggg aacagcccat gaggatggct
      181 gctttggaaa aggtgagata ctcctgatgc tgtatctcca tcaagggttg ggcgactttg
      241 aagaggttgt tcttctgcat cactctggct cgtttggctt ctgcctgaca agcctcactg
      301 caatatcttt gcataccgct tcgggttaca aaggacttgc cgcaaaaact gcattttctg
      361 gttgctttca taccgtttta tcgtttaatg gttcatttct tcaatcctat atctctgaaa
      421 tggtaaacgg atgtgaacgg aagtcagcca ttgtcgcttt tctacacagt gtgactgttt
      481 ccgcatatcg gggcggttat tgtcgcttgt cgtaaacggt tgtaaaccc
//
LOCUS       SEQF2638.1|AYYF01001274.1 253 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..253
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 aaacaggtgt agataggata gcagctccac ttcttgataa agaaggggtt gttatagcgc
       61 ataagacagg ttcaggtgat gttaatgaaa atggtgttct tgcagctcac aatgatgttg
      121 cctatatatg tctgcctaat aatatcagtt ataccttagc ggcatttgtt aaggatttca
      181 agggaaatga atcacaagcg tcacaatatg ttgcgcatat atcagctgta gtatattctt
      241 tattaatgca aac
//
LOCUS       SEQF2638.1|AYYF01001275.1 220 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..220
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 aaacaggtgt agataggata gcagctccac ttcttgataa agaaggggtt gttatagcgc
       61 ataagacagg ttcaggtgat gttaatgaaa atggtgttct tgcagctcac aatgatgttg
      121 cctatatatg tctgcctaat aatatcagtt ataccttagc ggtatttgtt aaggatttca
      181 agggaaatga atcacaagcg tcacaatatg ttgcgcatat
//
LOCUS       SEQF2638.1|AYYF01001276.1 211 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..211
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cattacggga tcattataaa tcaggataaa ttaagacgag actgtgatat agggagatcc
       61 ggagtctcat tgttaggtat cagcaaggcc gctgaaaaaa taggaatcag gactgtggga
      121 gggatggttt cattgcattc gcttattgca gaaaagccct ttccttgtat cgctcattgg
      181 gatcaaaatc actttgttgt catatataaa a
//
LOCUS       SEQF2638.1|AYYF01001277.1 490 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..490
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(84..413)
                     /locus_tag="SEQF2638.1_01207"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDSLIPASKISNLTQGMFVGAVSDNFDERIEQKIFHAEIVIDTA
                     KVSAEMKSHRPIPVIADFRDASGDDTMKASIDANYRQIKQEILSLVDSEIARIKADPK
                     LQGLMKG"
ORIGIN      
        1 aaaccgtaga ttttcggatt gtccggtcat cgggcaatct tcttcggaaa atactcggcg
       61 acctcgggcg atagatatca acctcacccc ttcatcagcc cctgtagctt cgggtcggct
      121 ttgatgcggg caatttcgga gtccacgagc gagaggatct cctgtttgat ttggcgataa
      181 tttgcgtcga tggaggcctt catcgtatcg tcgccggagg cgtcgcggaa gtcggcgatg
      241 acagggattg ggcggtggga cttcatctcg gctgacactt tggcggtatc gatcacaatc
      301 tccgcgtgga agatcttctg ctcgatgcgt tcgtcgaagt tgtcggagac ggcaccgaca
      361 aacatgccct gcgtcaggtt gctgatcttt gaggccggaa tcaggctgtc catttgcgtg
      421 ttgatcgagg tcgagacgtc ctgccgattg atggagacgg actgccttct ttgcaggact
      481 ttgccgaacc
//
LOCUS       SEQF2638.1|AYYF01001278.1 317 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..317
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cagcccctgt agcttcgggt cggctttgat gcgggcaatt tcggagtcca cgagcgagag
       61 gatctcctgt ttgatttggc gataatttgc gtcgatggag gccttcatcg tatcgtcgcc
      121 ggaggcgtcg cggaagtcgg cgatgacagg gattgggcgg tgggacttca tctcggctga
      181 cactttggcg gtatcgatca caatctccgc gtggaagatc ttctgctcga tgcgttcgtc
      241 gagtcgccga ttatcctgtt ggcggccatc atttggttcc tgagaattta cgaggatggc
      301 cgctactgca ccttccc
//
LOCUS       SEQF2638.1|AYYF01001279.1 223 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..223
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             65..223
                     /locus_tag="SEQF2638.1_01208"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGHTFSPEEKEQLLTRGNLGRTVELTPKKSEPFRAYVSVDRLTN
                     ELVSLRAD"
ORIGIN      
        1 agacggtcgc ctcagtctca acatccatac gttgcgacga gaaccgcagc tcgatttccc
       61 ctacatgggg cacacgtttt cgcccgaaga gaaggagcaa ctcctcactc ggggcaacct
      121 cggacgaact gtcgaattaa cccctaagaa gagtgagccg ttccgcgctt atgtgtccgt
      181 cgaccggctg acaaacgaac tcgtttcgct gcgagctgac tga
//
LOCUS       SEQF2638.1|AYYF01001280.1 223 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..223
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 agacggtcgc ctcagtctca acatccatac gttgcgacga gaaccgcagc tcgatttccc
       61 ctacatgggg cacacgtttt cgcccgaaga gaaggagcaa ctcctcactc ggggcaacct
      121 cggacgaact gtcgaattaa cccctaagaa gagtgagccg ttccgcgctt atgtgtccgt
      181 cgaccggctg acaaacgaac tcgtttcgct gcgagctgac cga
//
LOCUS       SEQF2638.1|AYYF01001281.1 3572 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3572
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             65..496
                     /locus_tag="SEQF2638.1_01209"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGHTFSPEEKEQLLTRGNLGRTVELTPKKXEPFRAYVSVDRLTN
                     ELVSLRADRVQIPHEIKGVQLSEEQHRALTEGRPVQVEGMLSRHDKPFDATLQVNAEK
                     RGIEFLFKDSLSNKERLKSSAREAPAVRQIENKPQKRGIGR"
ORIGIN      
        1 agacggtcgc ctcagtctca acatccatac gttgcgacga gaaccgcagc tcgatttccc
       61 ctacatgggg cacacgtttt cgcccgaaga gaaggagcaa ctcctcactc ggggcaacct
      121 cggacgaact gtcgaattaa cccctaagaa gngngagccg ttccgcgctt atgtgtccgt
      181 cgaccggctg acaaacgaac tcgtttcgct gcgggctgac cgagttcaga tcccgcacga
      241 aatcaagggc gtccagctct ccgaggagca gcaccgcgcg ctcaccgaag gacgacccgt
      301 gcaggtggag ggcatgcttt cgcgtcacga caagccgttt gacgccacgc tacaggtaaa
      361 cgctgaaaag cgaggcatcg aattcctttt taaggactcc ctatcgaaca aagagcgctt
      421 gaaatcgtct gccagagaag ctccagccgt tcggcagatc gaaaacaaac cacagaaacg
      481 ggggatcggc aggtagctgc ccgttttggg ggctaatcaa gcgtatcgca ggccatgtgc
      541 gaagccattt gagtctccag tcttaactcg caaggtttcg agttagcaaa acgacaaaca
      601 atagcaactc gcgaacttgt gagttggcaa attcataagt aatagcaact cgaaaacttg
      661 cgagttggca aaatcataag caatagcaac tcacaaagtt gcgagttgct gtttgaccct
      721 catttccacc ttaaaaccat gacctaccac aaaaaagagg ctttgcaggc gaatctcgat
      781 gccgtccgca ccctgctggc cttagaaaac acgcgccgcg cgccgtcgga aagcgatcgg
      841 gcgacactgc ggcgatacaa cggcttcggc ggcctcaaat gcgtcctcct tccggccact
      901 gatccggcag acatcgaccg ctggccgcgg gacgaacgca acctgtttcc gctggttcgc
      961 gaactgcgcg aaatcatcga ccaaggcgcc tcggagagcg atgccacaca cctttggaac
     1021 ggcatcaaaa gcagcgtact cacttcgttt tacaccgacg aacgcatcgt ccgggccatc
     1081 gcctcagggc tgggacggag cggtttttcc actcgccgaa tgctcgatcc gtcggctggg
     1141 atgggtgtct tttcccgcgc gctggcggac gaacaaacgg acgtcgtctc gtttgaaaaa
     1201 gacctcgtga cggggcgcat catgcgactc ctcacagctg acaatccgcg gcaaaccgtc
     1261 cgcatcgaag gcttcgaaga gatcgaggca cgcgaggctg ggcggttcga cctcgtgacg
     1321 agtaacatcc cattcggaaa tttcgccatc tacgatcggg cgtacagcaa gggtaaagac
     1381 gcggcgaagc gggaggccac gcgcgccatc cacaattact ttttcgtcaa gggacttgac
     1441 tgccttcgcg agggcggatt gctggccttt atcacctcgc gcggcgtggc cgacagcccg
     1501 acgaatgccc ccatccgcga gcacctgatg gagcacagta gactcgtctc cgcactccgt
     1561 ttgcccgacg gcatgttctc agaaaacgcg ggaacagagg tcggcagtga tctccttatc
     1621 cttcaaaagg aaaccgggaa gggggtgcaa aatgagtggg agcagctctt tacgcaaagc
     1681 gtttccatcg aattgggcgg agagtcattc acggaaaaca ccctgttcgc cgaaggcaat
     1741 cacgccgttg ccacggccta tcgcatcggc acagatgctt atggaaagcc tgcgccgatc
     1801 tatacccatg aaggcgggat cgaaggcatc acacgggact tggaagcgcg gatctccgcc
     1861 gatatgacag cccgttttga tcagaaaatc taccagagcg ggctgtcgga agcggtcgaa
     1921 tcggaagcct ccactctcgc tcccgagggc gtacccgtcc tcactctaca ccagcaatat
     1981 gagacacccg tgccaaccaa ctcgcagccc gatatggagc caccgcgaga gatgaacggg
     2041 cagaccgtct atttcgatga ggagcaccat ccagtgacgg atcgtgagcg acaggctgaa
     2101 gtcgagacga gtctgtttgc ccccgaagcc tacacagatt ggcagcggga cgtggcccgg
     2161 gtcaaccggg agatcgcaga aaagccccaa cggcgaggtc ggtcggccgc agggtcgacg
     2221 ccccatcgca cggcacgcaa agccgggaaa gccaccccgt cagacaagca ccagctgtcg
     2281 tttctcgacc tgctgagcga gtccgaagcg cccccgtctg cacccgtccc tgaagtccga
     2341 cgaacgttcg acgtcagccc gcgccctttc ctttcacagc ccgactccca tctccgcgac
     2401 ggctctatcg tcgtgcaagg cgggcagatc ggctacctct ctaatctcca tctcaccccg
     2461 acgttccacc cgatggatct gccgctttct cgcatcacgc gcctcaaggc atacgtcgag
     2521 atccgcgaga gttaccatcg gctctacgat tatgaagcaa acaaccacct agcggatccg
     2581 gaggagcgcg agaagctaaa tcggctgtac gatgatttcg tccggcgttg ggggcagctc
     2641 aatctcaagg caaacgccga cctcctgaag atggatgcca cgggcgccga gatgcttttc
     2701 ttggaacgaa gtgagggggg acgatacatc aaggccgaca tctttgatca cccgacggcc
     2761 ttcgccctga ctgaatctgt cgcggccgac ccgtcagagg cgctctgcgc atcgctcaac
     2821 aagttcggca cggtggagtt gtcctacatg acctccctgc tgcccgacat ggaggagagc
     2881 gacatccttg ccgcactcga ggggcgcatc ttcttcaatc cgctcgcaga cgcctacgag
     2941 atcgcggatc agttcatctc gggcaatgtg atcgagaagg ccgaacggat cgacgcgtgg
     3001 ttgctcgatc acccggggca cgagatggca aagcaaagtc tcgcggcact ccgtacggct
     3061 atcccgacgc ccatcccgtt cgctgacttg gacttcaacc tcggtgagcg ttggatcccg
     3121 gctaaggtct acgcccgctt cgcctccgac ctgttcggca cggacgtcag cgtctcttac
     3181 ctccccgaca tggacgagta tatcctctcc tgcgatcgga aaaatcaagc catctggcat
     3241 acttacgccg tgcaaggcga gttcaagcgt tacgacggcc tccatctgct caaacacgcg
     3301 ctccacaaca cagttcccga catcaccaag agtaaggaga tcactgaccc caagacgggt
     3361 gagaaggcga cgatcaaggt gcgcgacggc cgcgccatcc aaatggcaga caccaagatc
     3421 gaggagatcc ggcaggcttt tgtcagttgg ctcgggcgta caccggagac gttcaaacag
     3481 cagctggctg accgctacaa tcggctattc aactgctttg tccgtcccga ttttgatggg
     3541 tctcatcaaa ccttcccggg actggatttg aa
//
LOCUS       SEQF2638.1|AYYF01001282.1 218 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..218
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cactcatcat aggataaaca ctcttattat tgaccttaac cgtatctctg ttattaacaa
       61 taaccgccac accaatttcg ccaggacaag ctgagacaat ttgagaaatg ctatcagtca
      121 aaacatttgt taaaggagga tttgcgtatc atgctgtttc tgcatctgct gtacttggct
      181 ctgcaatttt tcaatattgg tgttccgttt tgaaacct
//
LOCUS       SEQF2638.1|AYYF01001283.1 353 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..353
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tttcagcata ggactccaag tctttgggtc aagtttatcc ctatttatat ttactaaggt
       61 atcaagtgaa attcctttat tgtcaaagtc attacaaaga gctaatgcct gatgaacctt
      121 aaacacactc atcataggat aaacactctt attattgacc ttaaccgtat ctctgttatt
      181 aacaataacc gccacaccaa tttcgccagg acaagctgag acaatttgag aaatgctatc
      241 agtcaaaaca tttgttaaag gaggatttgc gcgttatact cttactcaga gtgacaacaa
      301 tgcaagcaac cttatgttta aggatatggt taatgtcgct caaacagata gtt
//
LOCUS       SEQF2638.1|AYYF01001284.1 206 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..206
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cactcatcat aggataaacn ctcttattat tgnccttaac cgtatctctg ttattaacaa
       61 taaccgccac accaatttcg ccaggacaag ctgagacaat ttgagaaatg ctatcagtca
      121 aaacatttgn taaggatttc aagggaaatg aatcacaagc gtcacaatat gttgcgcata
      181 tatcagctgt agtatattct ttatta
//
LOCUS       SEQF2638.1|AYYF01001285.1 208 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..208
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtgccgcaac aggaagaaag aaaaagtaga ggattcaaat tataatagaa gcaatttgat
       61 tagtaatcta aaagcactcc gataacgatt agagtgcttt tagantgttt atcattaatt
      121 atcaaagcaa gttttttgag ctttacgttg tgtcggcaaa taaagatatt ctcgtcaaac
      181 aaatataaat aatataaaca tggaaaaa
//
LOCUS       SEQF2638.1|AYYF01001286.1 4995 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4995
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             21..836
                     /locus_tag="SEQF2638.1_01210"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MISPALYWVMTGNDFTLDINNPASPKILXVGNNPDRQNIYSAAL
                     GLYXSRXVKLINKXKQLKSSVIIDEXPTIYFRGLDNXIATARSNKXXXCLGFQDFSQL
                     TRDYGEKESRVIQNTVGNVFSGQVVGETAKTLSERFGKVLQKRQSVSINRQDVSTSIN
                     TQMDSLIPASKISNLTQGMFVGAVSDNFDERIEQKIFHAEIVVDTAKVSAEMKSYRPI
                     PVIADFRDASGGDTMKAFIDANYGQIKQEILSLVDSEIARIKADPKFQVLMKG"
     CDS             927..1217
                     /locus_tag="SEQF2638.1_01211"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKERYGRNRIYVDAEEQEQVRGFRVFFGGAGIGSIIAECALRFG
                     FETLTIVDGDKVEESNLNRQNYRMCDIGRPKVEALKERLLSINPNANITAHR"
     CDS             1225..1683
                     /locus_tag="SEQF2638.1_01212"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVELLEGHSAAVNALDFSSNVPFLFDAHCRQCKIPVLHPYNLGW
                     GGLVMAVSPDGPQLSDLSDDYHNFEARLVQRRIIDYFRSWGRPKRWLEDIMARYKAEK
                     GPTPPPQLSVASWIVGGLCTNLLFCLATGYRVKWYPDFYLSSIIEDQCLY"
     CDS             complement(1694..2446)
                     /locus_tag="SEQF2638.1_01213"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIKKESFFTEYRVSAVPDEEYAKVSSYIDHFMRAFANTTYKSIY
                     LIDYYKKTFLYVSDNPLFLCGLSPKDVKELGFDFYLNYVPYVEQKMLIEINHAGFQFI
                     RTVEPEERYKYTISYSFHICPPHKEPLLINHKVTPVLLTTKGDIWLALCTAQLSSESA
                     SGHIEMTCQTNNKLWRLENGLWKEYPGVELTENERSMLRLTVGGLSIEKIADRLLRSA
                     ETIKSYRRFVFKKLEVGNITEAIMMAINKKLI"
     CDS             2574..2690
                     /locus_tag="SEQF2638.1_01214"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYKITLMRNHYIIRKLPKCKLYQLAEFVVYQNYRHHKK"
     CDS             2820..3275
                     /locus_tag="SEQF2638.1_01215"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKWDRKQRLPIQTYFHLPSFTHLLPNDKAAIWHIGRFAINSDAD
                     CGLILFKQLMLYAMIPIYENRNDVLLAECDNKLLGAIKLMGVQAQKLGEGISYLGSET
                     TPIYIRHDGLSDFFQKNRGLLHRIPKYLKSYCHQDPFLEGEEVHKSVIL"
     CDS             3425..4114
                     /locus_tag="SEQF2638.1_01216"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKLFLFLWSVIALTACSKEEGVVSKGKRKVVSTLLLITVSLFV
                     IKSQEINHGVILGGSLGFISNLQYDHSDNINGGSATFSRRGGLFIGYKLRMIYRQKPL
                     FYDVDLVAGGRAMEYSRYLISSLLVGNSILPSGQIALYSLSATPSINYRFWKGLYAGF
                     GISPTLYYRRAKDDRWVFDTSITPRLGYTFGKIDVALSYRWGLLNKLLDVDDFSGGRL
                     NSLDAQLFISF"
     CDS             4269..4529
                     /locus_tag="SEQF2638.1_01217"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSLRLLKPTHFSYRHYYIDDPLAGFIEATVSETSKEPAPADGRQ
                     REVTIRFTSAERLHSGDVMDGRIILSDVPVLQRFLQSVGIGR"
     CDS             4675..4962
                     /locus_tag="SEQF2638.1_01218"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEENPDNYVLVLEDRSEAKSPAEAGKLSVVSEQDEKGKIKTVEP
                     TEENRSAFLVFKKNDGLLKNFMTNLRRQFNDPTHFGVILAYNLQIIKTSHI"
ORIGIN      
        1 ccaaaatccc gctttcgcgc atgatttcgc ccgcgcttta ttgggtgatg acgggtaacg
       61 atttcacgct cgacatcaac aatcccgcgt cgccgaagat cttagncgtg ggcaacaatc
      121 ccgaccgaca gaatatttac tcggccgccc tcgggctnta caanagccgc nttgtnaagc
      181 tgatcaacaa gaanaagcag ctcaaaagtt cggttatcat cgacgagntg ccaacgatct
      241 acttccgcgg tctcgacaac cngatcgcca cggcacgcag caacaaggng gntgnctgcc
      301 tcggttttca ggacttctcg cagctcacgc gcgactacgg tgaaaaggaa agtcgcgtga
      361 ttcagaacac ggtcgggaat gtgttctcgg ggcaggttgt gggcgaaacc gccaaaacgc
      421 tgtccgaaag gttcggcaaa gtcctgcaaa aacgacagtc cgtctccatc aatcggcagg
      481 acgtctcgac ctccatcaat acgcaaatgg acagcctgat ccccgcaagc aagatctcca
      541 acctgacgca aggcatgttt gtcggtgccg tctccgacaa cttcgacgag cgcatcgagc
      601 agaagatctt ccacgcggag atcgtagtcg ataccgccaa agtgtcagcc gagatgaagt
      661 cctaccgccc gatccccgtc atcgccgact tccgcgacgc ctcgggagga gacacgatga
      721 aagccttcat cgacgcgaac tatggccaaa tcaaacagga gatcctctcg ctcgtggact
      781 ccgaaattgc ccgtatcaaa gcggacccga aattccaggt gctgatgaag gggtgaggtc
      841 aaaaacgcat tttgggggaa gaaatacact tttgtgtaat gcgattttct ttggtcttgt
      901 agatctttgc ggtaaaaatc aaagaaatga aagaacgata cggcaggaac cgcatttacg
      961 tagatgcgga agagcaagaa caagttcgtg ggttccgagt attttttggt ggtgccggta
     1021 tcggcagcat cattgctgaa tgtgcactca gattcggatt tgaaacgctt accattgtgg
     1081 atggagacaa ggtggaagaa tcgaatctaa accgacagaa ttatcggatg tgcgacattg
     1141 ggagaccaaa ggtcgaggcg ttgaaagaga ggttgctaag catcaaccca aacgcaaaca
     1201 tcacagccca tagataaaga caacatggtt gaattactcg aaggacattc cgcggccgtt
     1261 aatgcacttg atttctcgtc aaatgtaccg tttctgttcg atgcgcattg tcggcaatgc
     1321 aaaataccag tattgcaccc ttacaacctt ggttggggtg gattggtaat ggccgtgtca
     1381 cctgatggcc cgcaattgag tgatctctcg gacgattatc acaattttga agcacggtta
     1441 gtccaacgta ggatcattga ctatttccgt tcttggggga gacccaaacg atggcttgag
     1501 gatataatgg cacgctacaa agcagaaaag ggtccgactc ctccacctca gttatctgtc
     1561 gcttcgtgga tagtcggcgg gctttgtacc aatctgctat tctgccttgc caccggatac
     1621 cgagtaaaat ggtacccaga cttttatctc tcatcaatca tagaagatca atgcctatat
     1681 tgaatacgtg atattagatt aatttcttgt tgattgccat catgatagct tccgtgatgt
     1741 tgcctacttc taacttttta aacacaaatc gacggtatga tttgattgtt tctgctgatc
     1801 taagcaacct atcggctatt ttctcaatag agagtccccc tacagttaat cgtagcattg
     1861 agcgctcatt ttctgttaat tcaacacctg gatactcttt ccatagaccg ttctcaagcc
     1921 tccatagttt attatttgtt tgacaagtca tctctatatg tccggaagcc gattctgatg
     1981 aaagttgtgc ggtgcacaac gccaaccaaa tgtctccttt tgtggtcaat aaaactgggg
     2041 tgactttatg gttgataagg agaggctctt tatggggagg acatatgtgg aaactgtaag
     2101 aaatcgtata cttatatcgt tcttcgggct ctactgtcct gataaactga aaaccggcgt
     2161 gatttatctc gatcaacatt ttttgttcaa cataaggcac atagtttaga tagaaatcga
     2221 atcccaattc ctttacatct ttcggagaaa gaccacaaag gaatagtgga ttgtccgaca
     2281 cgtataagaa ggttttctta tagtaatcaa tgagataaat gctcttatac gtggtatttg
     2341 caaatgctct cataaaatgg tctatataag aagatacttt cgcgtattcc tcgtcaggaa
     2401 cggcagaaac tctatattct gtaaagaaac tctctttctt gatcatatgc tgtagtatta
     2461 ctgctgatta ttgctgcaaa taaaagaaat ctaagtgagc acacgaatca actgtgcaaa
     2521 aatgcattat attacatatt ccctaattcg ccctactaaa ataaatatgc aaaatgtata
     2581 aaattacttt aatgcgcaat cattacataa ttcgcaaact tcccaaatgt aaactatatc
     2641 aacttgcaga gtttgtggtc taccaaaatt atagacacca caagaaataa aaagaagttg
     2701 acagagatta taaacacgaa gcactctcgg tctatagaga ggaactaagc tattcggcac
     2761 gttctcatat attggtggcc acaaccgttg atgatcaaat tattgggtca atccgtctaa
     2821 tgaagtggga tcgaaagcaa agactcccaa tacaaaccta tttccaccta ccatctttta
     2881 cgcatcttct acccaacgac aaagctgcca tttggcatat aggacgattc gccatcaatt
     2941 cagacgctga ctgtggattg atcttattta aacagcttat gctctatgcc atgataccga
     3001 tctatgaaaa caggaacgat gttttattgg ctgagtgtga taataagcta ctaggagcta
     3061 taaagttgat gggtgtacaa gcacaaaagc tcggagaagg cataagctat ttaggttcag
     3121 aaactactcc gatttatatt agacacgacg gattgtccga cttctttcaa aagaacaggg
     3181 gacttctgca tcgtattccc aaatacttga aatcatattg tcatcaagat ccattcttag
     3241 aaggggagga ggtacacaaa agtgtaattt tatagatata gaagcggaat tacacttttg
     3301 tgtaacatca acaaaaagta gagagtgcaa ctttgcggtc gaattaatga ggctgaagac
     3361 gcaaagaggc gatataaagc atgcattaat acgattatat tattcacatt ataattacgt
     3421 agtcatgaaa aaattatttt tattcctatg gagcgttatt gctttaacgg catgctctaa
     3481 agaagagggc gttgtatcaa aaggcaagag aaaggttgtt tcaacccttc ttctaattac
     3541 agtttccctg tttgtaatta aatctcagga gattaatcac ggtgtgatac ttgggggctc
     3601 actcggattt attagcaacc ttcaatatga tcacagtgat aacatcaatg gaggaagtgc
     3661 aaccttctct cgtaggggag gtctctttat tggatataaa ttgcgtatga tttaccgaca
     3721 aaagcctctc ttttatgatg tggacttagt cgccggaggt agagcgatgg aatactcacg
     3781 ttatttaatc tcctctttat tagtaggtaa ctccattctt ccttctggac agattgcgct
     3841 ttattcacta tcagcaacac cgagtataaa ctaccgtttt tggaaaggtc tttatgctgg
     3901 attcggtata tctcctactc tttattatag acgtgcaaaa gatgaccgat gggtttttga
     3961 tacctctatt actccaagat taggatacac ttttgggaaa atagacgtcg cacttagtta
     4021 tagatgggga cttctaaaca aattgttgga tgttgacgat ttcagtggtg gaagattgaa
     4081 cagtttagat gcccaattat ttatatcctt ctaaagttcc cacagagtag atattgaatg
     4141 ttcataagcg caaaaggcgg agtacactat ctaaatcaca aacgtcatcc ttcaataaga
     4201 aggagatagt tgatagataa agatagtatc ttttctttac gcatatatgg tttgagttgg
     4261 tttcgacaat gtctttgaga ctgttgaagc caactcattt ttcgtacaga cattactata
     4321 tcgacgaccc gctggcgggt tttatcgaag cgaccgtcag cgagacatcg aaagaaccgg
     4381 caccggccga tggtcggcaa agggaagtca cgatccgatt tacttctgcc gaacggctac
     4441 attcgggcga cgtgatggat ggccggatca tcctgtccga cgtccctgtc ttgcagcgtt
     4501 ttctgcaatc ggtggggata gggcgctaaa cactatcagc ggagagcacc tccttttctc
     4561 ctccctccat ttcccgcctt ctccctccca agccatacag agtcattcca catagccatc
     4621 ccggatcggg gtggctattt tcgtatctgt ttcatcttaa aatcagatac taccgtggaa
     4681 gaaaatccag ataactatgt gcttgtgctc gaggatcgga gcgaggcgaa gtcgcctgct
     4741 gaggcaggga aactgtccgt cgtttcggag caggacgaga aggggaagat caaaaccgta
     4801 gaaccaaccg aggagaatcg gtcggctttc ttggtgttca agaagaacga tggactgctg
     4861 aaaaacttta tgacgaacct ccgtagacag ttcaatgacc cgacgcattt cggcgttata
     4921 ttggcttata atctccaaat catcaagaca tctcatatat gaacgacctt ttggcttcca
     4981 aacctctttc ccatt
//
LOCUS       SEQF2638.1|AYYF01001287.1 459 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..459
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(283..450)
                     /locus_tag="SEQF2638.1_01219"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMKKAVILRNQRYEAIFNENNGFFQDLLLTGCFGKPYQFLLAQM
                     LPDGGNALDAV"
ORIGIN      
        1 gatttccttg cctatttcaa aggactggct gaccgcaaga atatcaagtg gcagcacgta
       61 tacaagcatt tccagcggtt cgtgaacggc aaatgcacct ttgaggaggt ggatgtggat
      121 ttgtgccgca agttcatgga atacctgctt gatgcacccc aatccatcca caccaaccaa
      181 aagctgcaca tcaactccgc agcaggctat tggtcaactt tccgtgccgt gctgcacacc
      241 gcctaccgtg acaggaagat aaaggagaac ccaaacggct tcttagaccg catcgagtgc
      301 attcccacca tcagggagca tttgagccaa gaggaactga tacggcttgc cgaaacaccc
      361 tgtgaggagg aggtcttgaa aaaagccgtt gttttcattg aaaatggctt cgtagcgctg
      421 gttgcgcagg atgaccgctt tcttcatcat gcgtgcgtt
//
LOCUS       SEQF2638.1|AYYF01001288.1 443 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..443
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(170..343)
                     /locus_tag="SEQF2638.1_01220"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNDERYYTVEQVQQIYGLSSANICHIVKVKHIEKIKVGVKNLLL
                     RSDVERVMAERNK"
ORIGIN      
        1 acaatcgcat gcatatttaa acaacagagc ctcgttgatt aatttgctct cgcaaatata
       61 gaatatgtat ttataaccat agaacaacca aaactaatca gaaatatccg tgaatacctc
      121 cacgatacat cattttgaaa taattttcga taatcccgat ttttcncggt tatttgttcc
      181 tttcagccat gacacgctcc acatctgagc gcaaaagcag gtttttcaca cccaccttta
      241 tcttttcgat gtgcttcacc ttgacgatat ggcagatgtt ggctgacgaa agaccataga
      301 tttgctgcac ctgctcaacg gtatagtagc gttcatcgtt cacaaggtca gttctgcgga
      361 gttcgttcaa atgtgatttg gagtaatagg tacgcccgta ctctctttta gtgggtatct
      421 tatggcgata ggtgtaggna cgg
//
LOCUS       SEQF2638.1|AYYF01001289.1 9883 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..9883
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             887..1318
                     /locus_tag="SEQF2638.1_01221"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTKFILWFSALFLLLIAGVGCEKDSPSELVGTWVLIGFGDVTG
                     KTFREPEPRDCEKCYTISFLTNATFRGNTPTNDVVGTYTANGGVFRITNWGGTEVNEI
                     LDGPQYVEAMCKAFHYEIASEQLRLYYNEDKNYLLFKRKQQ"
     CDS             1275..1805
                     /locus_tag="SEQF2638.1_01222"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKIRITYCSKENNNETYCFFIGLFICALFLVKAQISTDEEPMSF
                     RENSAPSRFSVPQDIRIMPALDMNRIEQEDVQDEANGLPPRFGYPHKVSLNLGNSGRW
                     QELSNGDRLWQLTIRCPQALSINLLYDRFWIPEGGKFFIYTTDRKYSLGAFTSMNNKG
                     GRDNVQGFATGLLYGD"
     CDS             2004..2795
                     /locus_tag="SEQF2638.1_01223"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MILVNGTRYCTGSLINTTANDNRPLLLTAHHCLGGPGNNYIQYD
                     AINNPALNHWSFYWHYEAPKCGNVSIEPPHLSTIGATVIANNEASDFALLRLAEDPRN
                     KRGVTPYYLGWDRSGYPGTRGVGIHHPSGDVKKISTHNITPSNSNCFSSGEKNYNFWK
                     INWMRTANGISVTEGGSSGSPLLNQQRRVIGQLYGPGTCPNPNCSDPSKDIAVAFTFL
                     QGQVLLMERKISTAGLFSSVCRERFSFKSNLLYGCIFRSNLAKVG"
     CDS             complement(3068..3226)
                     /locus_tag="SEQF2638.1_01224"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMSKTEVMLVMIPFHGSGYRCFIETVNDELKNISQVEHSIHRYF
                     DRFIINLL"
     CDS             complement(4250..5419)
                     /gene="fucP_1"
                     /locus_tag="SEQF2638.1_01225"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P11551"
                     /codon_start=1
                     /transl_table=11
                     /product="L-fucose-proton symporter"
                     /db_xref="COG:COG0738"
                     /translation="MLFLAFMFFTCGFALGINSLLVPVLKVSLSVSSTEAYMLIGATF
                     LPFLIFGYPAGLLISKIGYKRTMAAAFAMFAIAFGVFILSAAERSFIIFLLASFLCGT
                     ANTFLQAAINPYVTILGPTESAAKRISIMGMINKLAWPVSPLFIALFASNSGGVGLED
                     LDKPFLVIICLFVILGVVALMSPLPEVKAAGEDDADADSAVSDYANSKHSVFQFPHLV
                     LGAIAIFFYVGSETIVLGTLIDYASELGLPHPHTYSWITPISISIGYIAGIILIPKYL
                     SQTKALQICSFVALFGTLLVLLLPGVYSIYAVGIMALGCSLMWPAFWPLALMDLGKYT
                     KEGSSLMTMGLIGGAAITVLFGLIKDVSNIQYAYGICFVSFSYILFYAFKGYKLR"
     CDS             5565..6353
                     /locus_tag="SEQF2638.1_01226"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:ISfinder:ISBf6"
                     /codon_start=1
                     /transl_table=11
                     /product="IS5 family transposase ISBf6"
                     /db_xref="COG:COG3039"
                     /translation="MYEVLDKDTIKSEILPFLSVAKRGYVTKSDLVEVIQCILYKLKT
                     GCQWHMLPVSAIFTGRVLSYKSVYAHFRKWSRNGEWKKVWGMILSRHRSFLDMSSVDL
                     DGSHTTTLRGGECCGYQGRKKRTTTNAIYVTDRQGIPLAMSTPVSGSHNDLHNISLVL
                     QDLFAGIKDSGLSVSGLFLNADAGFDSALFRRGCHQQEVFPNVAFNKRRGMRRDDELF
                     DELLYKERYSIERTNVWMDSYRSVLNRFDTTQTSWEGWNYIAFY"
     CDS             6570..7313
                     /gene="kly_1"
                     /locus_tag="SEQF2638.1_01227"
                     /EC_number="3.4.24.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:D0EM77"
                     /codon_start=1
                     /transl_table=11
                     /product="Karilysin"
                     /translation="MYTIQNLPSGTSVRVQWGASNNNLQLVSGQGTRTAVFSKRSKGQ
                     CAIRAQVIINGNTINTEKTGIWVGEPDIWGIDGYESLPAPGAEYYRAHVSGNTSCIWE
                     CNDKTWCEITPFQTSAVFDFKRAGTYIISATGVNDCGRSNTVYYTVRVYNRRTFSLFP
                     NPATDVVTLKLTESDDGILSSQGQGSLATRGVTNTYEIQLWNGLTMLRSFKTNQLTFQ
                     IPIAGLPAGLYFVRVIKDGQTYTEKLIKN"
     CDS             complement(7744..8331)
                     /locus_tag="SEQF2638.1_01228"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTIEEQRRARIAAKLEAMGGFGGYAEAKRKAQAEAEAKAEESLF
                     FDPPAKPTEEQRQAVLTAKLKEMGDMGVKRRTVEESPFFDPPAEIELERSPLDPPPAD
                     EPKEEVISAAPASVPRKAKSHKEDLAAFRETYLQPARISRRKAVYVSDETQQRLDFVV
                     RRIGLRGASISGYVERVLREHLDGYKDSIELWRKL"
     CDS             complement(8328..8636)
                     /locus_tag="SEQF2638.1_01229"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAEHAIITEESPQMQLFVQLMEGVLKKLERYCASARPTLAGEVY
                     LTGEEVCERLKLSTRTLQEYRGRGLLAFYKIGGKILYKQSDLQAMLDRHYNPIQKPSV
                     "
     CDS             complement(8640..8909)
                     /locus_tag="SEQF2638.1_01230"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQIILVDGKSWERHRSAFADFIHRIERLIGNPPEADEWLDNDAV
                     CRRLSISPRTLQTLRDTGKIPFSMVGHKCYYKAGDIAELLNSKAE"
     CDS             complement(9198..9878)
                     /gene="xerC_9"
                     /locus_tag="SEQF2638.1_01231"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01808"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerC"
                     /translation="MLEAGLREDPFDLIDIETPAYERNALSAEDLQRLLAYRPHRSVD
                     NHVRLIFLLGCFTGLAFSDLKKLRMEDVYTLGDGRRYLSICRTKTQNGSIVPLLPIAE
                     EILAFAAQGRTEGLYFREFPVNSHFNRKIRELLVKAGCSPHTEASSHTARHTFATTIC
                     LENGLPIETVSRMLGHRFISTTELYAKVSKQKIAQEMRPLMGSEQTQKLRRALRVCPP
                     RKRALEKK"
ORIGIN      
        1 aggctcattt tncnggcgag atctgtggcg ataagcatct tggccttctc ctccttttca
       61 ctcagcgggg cacgatctaa gatcgtagca tcgcctgtct tagcaaactc catcagctta
      121 ccaatgaacg cctcttgctc gggcgtgggt gggatgtgat gcaggatctc gcgcttctcc
      181 ggacggtcga tgccgatgtc cttggccgtg cggaaatcgc aaatntcccc ataaaacaaa
      241 agaatggggg cttaagtgtt tgccaatgag tggatactga ttgctctact cacccaaagg
      301 gaacgaataa gaaacgagcg aggtgcgcct gctttcgtta ctttgcagta gccataagac
      361 atctcatttc tcgtccgcaa aggtgcgcta aaatcttcgg caaatgtcac agcaaaagtt
      421 tgaaggcatg cgaaaatcct gcaatggcta cgaaggccca cccttcgatg attagataac
      481 agttccttgt cgaattgcta tcgatggcga agggcatttc ctttgctctc atatcgggct
      541 taagaagcga ttgaagaatg gccacttgtc agaaagttgc ctctctcaga aagttccaca
      601 ggatacgaga agcgagggag agcgaagttc ttcatctatt aaaaaagttt gatttgtaaa
      661 aaaagagctt ttaggaataa aacaccaaga atcacggaaa acaactttcg tattacagct
      721 atacgtacta tatttgcgtc gaatgtttaa caggccactt ttatgaaggt catagataat
      781 actccaccag accagtctgg gcgcccttag gagccgcacc ccggaggcgc agcgagataa
      841 atcgatccgg atgcggaatc gtgattaacg gaaaacatga tgaaaaatga agacgaagtt
      901 cattttatgg tttagtgcac tctttcttct gctgatagcg ggggtagggt gtgagaagga
      961 ctctccttct gaactggtcg gcacatgggt gctgataggt tttggagatg taaccggcaa
     1021 aactttccga gaacctgaac ccagagattg cgagaagtgc tatacaatct cattcctaac
     1081 gaatgcaacg ttcagaggga atacccctac taatgatgta gtaggaacat atacggcaaa
     1141 tggaggcgta tttcgcatca cgaattgggg cggtactgag gtgaatgaga tattagatgg
     1201 acctcaatat gtcgaagcca tgtgcaaagc tttccactac gaaatagctt ctgaacaact
     1261 taggttgtac tataatgaag ataagaatta cttactgttc aaaagaaaac aacaatgaga
     1321 cgtactgttt ttttataggt ctttttatct gcgctctttt tttagttaaa gcacagataa
     1381 gtaccgatga agaacctatg agttttcggg aaaatagcgc accttcccgc ttctcggtac
     1441 cgcaggatat taggatcatg cctgcgttgg atatgaatcg catcgaacaa gaagatgtgc
     1501 aagatgaagc aaacggcctt ccgcctcgct tcggttatcc tcacaaggtt agcctcaatc
     1561 tgggaaattc cggtcgatgg caagaactat ctaacggaga tagattatgg caattgacca
     1621 tacgctgccc acaggctctt tccataaacc tactttatga taggttttgg attccggagg
     1681 gggggaagtt ctttatttat acgactgacc gaaaatactc gctcggtgcc tttacttcta
     1741 tgaataataa aggcggccga gacaatgtgc agggctttgc cacagggcta ctgtatgggg
     1801 attagattac gctggagtat taccaaccga gacaggtcgc cgaacaggct ataatttcca
     1861 tagcttacgt agtacagggc tacagataca ttgaattgcc cagtaatatg acaacaagag
     1921 atttaggttc atcgggaagt tgtcaagtaa atgtaaactg ttcggaagga caaagctgac
     1981 agaaggaaaa gaatgctgta gcaatgatat tggtaaacgg tacccgatat tgcactggtt
     2041 ctctaatcaa tactacagca aacgataatc gcccattgct tttaacggca catcattgtt
     2101 taggtggtcc cgggaataat tatatccaat acgatgcaat caataatcca gctttaaatc
     2161 attggtcttt ttattggcat tatgaggcgc ccaaatgtgg taatgtatcc atagaaccgc
     2221 ctcatttatc aactatagga gctacagtga tagcaaacaa cgaagcctcg gattttgcac
     2281 tgttaagact agccgaagat cctcgcaaca aacgaggagt aacaccttac tatttaggct
     2341 gggatcgttc tgggtaccct ggaacgagag gagtcggtat tcatcatccg agtggagatg
     2401 tgaagaaaat atctacacat aacatcactc cctctaattc taattgcttc tcttcaggag
     2461 aaaaaaatta caatttctgg aagataaatt ggatgagaac agctaatgga atttctgtta
     2521 cagaaggtgg atcgtctggc tctcctttgt tgaatcagca gagaagagtt atcgggcaac
     2581 tttatggtcc aggcacgtgt cctaacccaa attgttcaga tccatcaaag gatattgcgg
     2641 ttgcctttac tttcttgcaa ggtcaagtcc tgctgatgga gcgaaaaatc tccaccgcag
     2701 ggcttttctc ttctgtctgc cgagaacggt tttcattcaa gtccaattta ttgtacggtt
     2761 gtatttttcg ctccaacctt gcgaaagtag gctgaccgcc aaagagaaat gcccgaacga
     2821 atacggcata ctcaggctct ttggacgcaa gcgataaaat aagcattcta cctgttaatc
     2881 gtacggacga tttatctatc taaccacaga gagatagata attcttacgt tcgtccaaac
     2941 ggtctatcgt tcgaactatc tatttaacgt gagttcgacg gattcagaac gatgtaaggg
     3001 gagtgtaaat gaggctttgt gcattgatag acggcttctt tggaaacagg aaataggtgg
     3061 taattgccta taataagttg atgatgaagc ggtcaaagta tctatgtatg gagtgttcca
     3121 cctgcgaaat gttcttaagt tcatcattca ccgtttcaat aaagcagcga taaccagaac
     3181 cgtggaaagg aatcattacc agcataactt ctgtctttga catcatagaa tcacgacgat
     3241 gctttcgttt tccggtaggt tttagcgtat attttgccgt cattacatca aaaaacttgc
     3301 aggaatcgac taccatacaa aatatttcag taactcctcc ataggtgatt attacggttt
     3361 ttatttataa ctgtttgtat attagctcct taatgctaca acgaatttca ctaatcacca
     3421 aatccataga cacttataat ttgtcgagat cacggtaaca taaaagcaaa aacaagagag
     3481 actgtgatct ataagaggct ttacgcggat accatcagta gtgagaacat taatcttaat
     3541 ataaagattt acacgctcat aacagctgtt ttttagggaa tctctgcgct ttctctcctc
     3601 gcattagggc agaacggagg gagggaagga ctgttcagat gtaaagatta ttcccatctg
     3661 ctttttaatc tacgaccttt tgtgttctaa aagatgcgct tttgatgtgc aaaagggcat
     3721 cttttagaat gtaaaaggca ccttttacaa gcccgtttgt aacctattga tatcttgatg
     3781 gttacaaagg tgataaagaa ggggtatggt agggaaagtg aaagatagcg aagtgagaag
     3841 tgtaaggatt tttgttactg ttcgttccgt tgtgtttttc aaggtaaggt cagtgcgctt
     3901 tgtcatcggg gtagcggctt taccgattca aaaggtgggt gaacagactg agaaacggcg
     3961 ggattggcaa tcaaaaatgt gtctttcagt cggtgatttt ttaacgttcc aacgacagtt
     4021 tacaaggaat taattgtgtt tcagcgacag aaccatgacc aataatatgg accattatgg
     4081 atatacagta agctgagagg ctacttaata gattcagctc gcacgctcta tgtcctcctt
     4141 taaaaaggac aaagagcttc acgagctgta gaaggagaag ttttcaattc aacttatatc
     4201 acttctcaaa tagattaccg atatccttat gctatagaag aagaagtttt tatctcaact
     4261 tatagccctt gaatgcatag aaaaggatat aagagaagct gacaaaacag atcccatacg
     4321 catattgaat gttgctaaca tccttaataa gtccgaacaa cacagtgata gcagcaccac
     4381 cgataagtcc cattgtcatt agtgatgagc cctccttggt atatttaccc aagtccataa
     4441 gagccaaagg ccagaatgct ggccacatca atgagcagcc taatgccatg atacctacag
     4501 cataaatact ataaacaccc gggagtaaca atacaagtag cgttccaaac agtgcaacga
     4561 aggaacagat ctgtaaggct ttcgtctgtg aaagatactt aggaataaga ataatacctg
     4621 cgatatatcc tatactgatg ctgattgggg taatccatga gtacgtatga ggatgaggaa
     4681 gacctaattc acttgcataa tctataagtg tacccaagac gatggtctct gaaccaacat
     4741 aaaagaatat ggcaattgct ccaagaacaa gatgtgggaa ctggaagaca gaatgcttac
     4801 tgtttgcgta gtcggatact gctgaatctg catcggcgtc atcttctcca gcagctttca
     4861 cctctggcaa tggtgacatg agtgctacga cacctaagat tacaaataag cagattataa
     4921 ccaagaacgg tttgtcaaga tcttccaagc caacacctcc actattactt gcaaaaagag
     4981 caataaacaa aggtgataca ggccatgcta acttgtttat catgcccata atagagattc
     5041 tttttgctgc actctccgtt ggtccaagga ttgttacata aggatttatg gcagcttgta
     5101 ggaacgtatt agctgttcca caaaggaaag atgccaataa aaagataatg aaactccttt
     5161 cagctgcaga gagaataaac actccgaagg ctatagcaaa catggcaaaa gctgcagcca
     5221 tcgtacgctt atatccaatt ttacttatca ataagcctgc tggataacca aagataagga
     5281 atggtaagaa cgtagcacct ataagcatat atgcttctgt ggacgaaacg cttagcgaaa
     5341 ccttcaatac tggtactaat aaggaattga ttcccaatgc aaagccacaa gtaaagaaca
     5401 tgaaagcaag gaaaagcatt ggtgtaatga agttgttttt acctttcacg tgtaaacttt
     5461 tttagttaaa aaataattga agtcatctag acttttaaaa tctctacaaa ttgagaggag
     5521 tttattatct ttgcactata aaaaccaaga taaacactcc tctcatgtac gaagtactgg
     5581 acaaagatac aataaaatct gagatcttgc catttttatc ggtggcaaaa cgcggttatg
     5641 tgacaaaaag tgacctggtg gaggtcattc agtgcattct ctacaagttg aaaacgggct
     5701 gtcagtggca catgcttccc gtttcagcca tcttcacggg gagggttttg agctacaaga
     5761 gtgtgtatgc ccatttccgc aagtggtcga ggaacggcga atggaaaaag gtttggggca
     5821 tgatattgag ccgtcacagg tctttcttgg acatgtccag tgtggatttg gacggcagcc
     5881 acaccaccac gcttcgcggt ggggagtgct gtggatacca aggacgcaag aaaagaacga
     5941 ccaccaatgc catctatgtc acagaccggc aaggcatacc gcttgccatg tccacacctg
     6001 tttcgggttc tcacaacgac cttcacaaca tctccctggt tcttcaggat ttgttcgcag
     6061 ggattaagga ttcaggcttg tccgtatcgg ggctctttct caatgcagat gccggctttg
     6121 actctgcact attcaggcga ggttgccatc agcaggaggt gttcccaaac gtcgccttca
     6181 ataagcggag agggatgcgg agagatgacg agttatttga tgagctgctt tacaaggaga
     6241 gatacagcat tgaaaggacc aatgtgtgga tggactcata caggagcgtg ctcaacaggt
     6301 tcgataccac acaaaccagt tgggagggat ggaactatat cgcattttac tgatttttct
     6361 aaaaaagaca agaaagaggg aaaagtctag atgacttcat tgcgaattat gggaaaataa
     6421 gcgtttcatg gactggcaat ggagcatcag attcgcgtcg tcgcctgaga gattggcttg
     6481 atccaaaagg cactaattct caaacattag atggaataga ggctttttct atttctatct
     6541 ccggacccgc cgttgtctgc aatcagggga tgtataccat tcaaaatcta ccttcaggaa
     6601 cttctgtacg tgtacaatgg ggagcaagca acaataatct gcaattagtc tccgggcaag
     6661 ggacaagaac agccgtattt tcaaaaagga gcaagggaca atgtgcaatt agagcccaag
     6721 taatcatcaa tggaaatacg attaatacag aaaaaacagg tatttgggtt ggagagccgg
     6781 atatttgggg tattgatgga tatgaatcgt tgcctgctcc aggggctgaa tattatagag
     6841 cgcatgtttc cggtaataca agttgtattt gggagtgtaa tgacaaaacg tggtgtgaaa
     6901 taaccccttt ccaaacaagt gcagtatttg attttaagag agcgggcact tatatcatat
     6961 ccgcaaccgg tgtgaatgat tgcgggcgtt caaatacggt gtactatact gtaagagtat
     7021 ataatcgccg cacattctct cttttcccca accccgctac ggatgtagtg acactcaaac
     7081 tgacagaatc ggacgatggc attttgtctt cccaaggtca aggctctttg gctacaaggg
     7141 gcgttacgaa tacgtatgag attcagcttt ggaatgggct gacgatgttg cgatcgttca
     7201 agacgaatca gctgaccttc caaatcccga tcgcgggact tccggcaggg ctgtatttcg
     7261 tgcgtgtgat caaagacgga cagacctata ccgagaagtt gatcaagaat tagcctcgaa
     7321 ggctcgctgt gtaaaagtag catgctagcg aactgttatc gggcaggccg aagggatgaa
     7381 agtccctcgg gtctgcccga ttttcgtatg gacgaatggc aacgccccct tcacttccct
     7441 ttcatcgccc cccttagctt cgggtcggct ttgatgcggg cgtcccattt cggggcgcgc
     7501 ggatgttttc ttgggggcga ttcatggggt tagtttttcg tatgggatta ggtggcgact
     7561 ttggagccga accgccgcag agtgaaggct ccgggggcaa ggcgttttgt ggcacaaaac
     7621 ggtttttgtg gcacaaaaac acaccttgcc gggccccaga atagaaggag cccgtaccct
     7681 gaacacttgc actcaataca tgcaagtgtt cgggagggca ttgcacgcta agcgtacatg
     7741 tgctcagagc ttccgccata gttcgatgct gtccttgtac ccgtcgagat gctcccgaag
     7801 cacgcgctcg acatagcccg agatgctggc gcctcgcaga ccgatcctgc ggacaacgaa
     7861 gtctaatctc tgctgggtct cgtcagagac gtagaccgcc ttgcggcggc tgatgcgtgc
     7921 gggttggagg tatgtctctc gaaatgcggc taaatcctcc ttgtgactct tggcttttcg
     7981 agggaccgaa gcgggagcgg ctgagatgac ttcttcctta ggctcatccg ccggaggagg
     8041 atcaagcggg cttctttcca gctcgatctc tgcgggcgga tcaaagaagg gtgactcttc
     8101 caccgtgcgc cgtttgacgc ccatgtcgcc catctctttc agcttggcgg tcaagacggc
     8161 ttgccgctgt tcttccgtcg gctttgcggg cggatcaaag aatagcgatt cttccgcctt
     8221 ggcctctgcc tccgcttggg ccttgcgctt tgcttcggca tagccgccaa agccgcccat
     8281 cgcttccagt ttggcggcta ttctggcgcg ccgttgttct tctatcgtca taccgatggc
     8341 ttttgaatgg ggttataatg tcggtcgagc atcgcctgca agtcgctctg tttgtagagg
     8401 atcttgccgc cgattttgta gaaggccaag aggccgcggc cgcgatactc ctgcagcgta
     8461 cgggtgctga gcttaagccg ctcgcagacc tcctcgccgg tgaggtaaac ttccccagcg
     8521 agtgtgggtc gggccgaggc gcaatagcgc tccagcttct tcaatacgcc ctccatgagc
     8581 tggacaaaca gctgcatttg agggctttct tccgtaatga ttgcatgctc tgccatcgtt
     8641 cattcagctt ttgagttcag taattcagcg atgtcgccgg ctttgtagta gcacttatgc
     8701 ccgaccatgg agaaggggat tttgcccgta tctctcaagg tctgcagggt gcgagggctg
     8761 atgctcagcc ggcggcacac ggcgtcgttg tcgagccatt cgtcggcctc gggcgggttg
     8821 ccaatgagcc gctcgatgcg gtggataaag tcggcaaagg cggagcgatg tcgctcccaa
     8881 gacttaccgt ctacaaggat gatttgcatg gtgtttcgat aagtatgagg ttgcgtaatt
     8941 ggattgaagc aagccggcgc gactgctcgc gcttgctgtt tcttttggag gcaaaagtcg
     9001 gcgaaaggac tcgctgcgcc atggattgat ggaacactga ggataaagag ggaaaacgct
     9061 ggaaacaggc gggcttaatc gtgagaaatt ctctggcagg cggcctgcca gcatcaccaa
     9121 agtgtccgat agtcccggca ggcggcctgc caacgtcatc ggagtgtcgg accactttgg
     9181 caggccgcct gccggcgtca ctttttctcg agcgccctct tcctcggcgg acaaactcgc
     9241 aaggcacggc gtagcttctg cgtctgctcg ctgcccatca gcgggcgcat ctcttgggca
     9301 atcttttgct tgctcacctt ggcatataac tcggtggtgg agataaagcg atgccccaac
     9361 atccgactca ccgtctcgat gggcaagcca ttttctaagc agatggtggt tgcgaaagtg
     9421 tgacgcgcgg tgtgcgaact ggcctcggta tgcggcgagc aacctgcttt gacgagcagc
     9481 tcgcggatct ttcgattgaa gtggctgttc acgggaaact cccgaaaata gagcccctcg
     9541 gtgcgtccct gcgctgcaaa agctagtatc tcttcggcga tgggaagcag gggcacgatg
     9601 ctgccgttct gcgtcttggt gcggcagatg gagaggtatc gacgcccgtc gccgagcgtg
     9661 tagacgtctt ccatgcggag cttcttgagg tcggagaagg ccaagccggt gaagcagccc
     9721 aagaggaaga tcagccggac gtggttgtcc acggagcgat gcgggcgata agccaagagc
     9781 cgttgcaggt cttcggcact gagggcgttg cgttcgtagg ccggcgtctc gatgtcgatc
     9841 aggtcgaacg gatcctctcg aagccccgcc tctaacatcg ccc
//
LOCUS       SEQF2638.1|AYYF01001290.1 1150 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1150
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gcttaccaat gaacgcctct tgctcgggcg tgggtgggat gtgatgcagg atctcgcgct
       61 tctccggacg gtcgatgccg atgtccttgg ccgtgcggaa atcgcaaatn tccccataga
      121 aggccgagag ctctggcagt ttgatgaacg tcctgaagcg ttccttccgg atgatctcgt
      181 tggtgacgga gaactcgtaa tcgccggact tcttagcgaa gacggccgcc cacgcgtcga
      241 aggatccgat gccttgcttc tccagggcac gcggacggag atacttgaag agcagatata
      301 gctccgtcag actgttgctg atggtggtgc cagaaaggaa ggttgcccca aggtctttgc
      361 ccgtccgctc ttgaatggtg cggatggcga acagcaagtt gagcgctcgc tgcgatccgt
      421 tcggattacc gaggcccgac acacggtcgt gacgagtgtt gaacatcaga ttcttgaact
      481 gatggctctc gtcgacaaac aggtgatcga tccccatcat tttgaagtcc accacgtcgt
      541 ccttgcgctc ggcgatggtg tcccggatgt cgcgcagttt ggccgtgagc gtcagcttac
      601 gttgctctaa ccctttaagc gcagaccggg agatctcccg tccctgcttc cttaacacgt
      661 cgaggttttc ctgcaccgan tccaattcct tttgcatgat cgcctcttgg atctcngccg
      721 actgtgggat ggcgccgaac tgatcgtgcg taaggatgac acaatcccag tcgttgtttt
      781 tgatgtcgct gaagatccgc gcccggttct tgaccgtgaa atcctcnttg ccgggataga
      841 gnatgcgggc gttgggntag gcnttgcgga angtgtcggc gatgtcgaag acgttngcct
      901 tgagtccgat gatcatcggc ttattcgcca gcccgaggcg cttcatctca taggccgccg
      961 tncacatgat nancgtcttg ccgcccccca cctcgtgatc gcagatcccg ccgccgttgg
     1021 ttttaagcat ccacacggcg tccttttggc ttggatagag gtcggggaag cttagcccct
     1081 tcaaatccag tcccgggaag gtttgatgag acccatcaaa atcgggacgg acaaagcagt
     1141 tgaatagccg
//
LOCUS       SEQF2638.1|AYYF01001291.1 1477 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1477
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gcttaccaat gaacgcctct tgctcgggcg tgggtgggat gtgatgcagg atctcgcgct
       61 tctccggacg gtcgatgccg atgtccttgg ccgtgcggaa atcgcaaatc tccccataga
      121 aggccgagag ctctggcagt ttgatgaacg tcctgaagcg ttccttccgg atgatctcgt
      181 tggtgacgga gaactcgtaa tcgccggact tcttagcgaa gacggccgcc cacgcgtcaa
      241 aggatccgat gccctgcttc tccagggcgc gcggacggag gtacttgaag agcagatata
      301 gctccgtcag actgttgctg atggtggtgc cagaaaggaa ggttgcccca aggtctttgc
      361 ctgtccgctc ctgaatggta cggatggcga acagcaagtt gagtgcccgc tgcgatccgt
      421 tcggatttcc gaggcccgac acacggtcgt gacgggtgtt gaacatcagg ttcttgaact
      481 gatggctctc gtcgacaaac aggtgatcga tccccatcat tttgaagtcc acgacgtcgt
      541 ccttgcgctc ggcgatggtg tcccggatgt cgcgcagttt ggccgtgagc gttagcttac
      601 gttgttctaa ccctttaagc gcagaccggg agatctcccg tccctgcttc cttaacacgt
      661 cgaggttttc ctgcaccgaa tccaattcct tttgcatgat cgcctcttgg atctctgccg
      721 actgtgggat ggcgccgaac tgatcgtgcg tgaggatgac gcaatcccag tcgttgtttt
      781 tgatgtcgct gaagatccgc gcccggttct tgaccgtgaa atcctccttg ccgggataaa
      841 gaatgcgggc gttgggatag gccttgcgga acgtgtcggc gatgtcgaag acgttggcct
      901 tgagtccgat gatcatcggc ttattcgcca gcccgagccg cttcatctca taggccgccg
      961 tacacatgat catcgtcttg ccgcccccca cctcgtgatc gcagattccc ccgccgttgg
     1021 ttttaagcat ccacacggcg tccttttggc tcggatagag gtcgggaaag cttagcccct
     1081 tcaaatccag tcccgggaag gtttgatgag acccatcaaa atcgggacgg acaaagcagt
     1141 tgaatagccg attgtagcgg tcagccagct gctgtttgaa cgtctccggt gtacgcccga
     1201 gccaactgac aaaagcctgc cggatctcct cgatcttggt gtctgccatt tggatggcgc
     1261 ggccgtctcg cactttgatc gtcgccttct cgcccgtctt ggggtcggtg atctccttgc
     1321 tcttagtgat gttcggaacc gtgttgtgga gggcatgttt gagcagatgg aggccgtcgt
     1381 accgcttgaa ctcgccttgc acggcgtaag tatgccagat ggcttgattc ttctgatcgc
     1441 aggagaggat atactcatcc atttcgggca ggtagga
//
LOCUS       SEQF2638.1|AYYF01001292.1 268 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..268
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             5..244
                     /gene="xerC_10"
                     /locus_tag="SEQF2638.1_01232"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P44818"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerC"
                     /db_xref="COG:COG4973"
                     /translation="MLQGPLQRWLTAAGITKKITFHCTRHSFGSLHVEMGTDMAVIKA
                     YLGHKNITTTQIYSKIAAQQMCQVVDKITLKRKEA"
ORIGIN      
        1 caagatgctg caaggaccac tccaacggtg gctcacggca gcagggataa ccaagaaaat
       61 cacctttcac tgtacccgcc acagcttcgg aagcctgcac gtggaaatgg gaacggacat
      121 ggctgtcatc aaagcctatc tcggacataa gaacattacc accacacaaa tctattccaa
      181 gatagcagcg cagcagatgt gtcaggtggt ggacaagata accttgaagc gcaaggaggc
      241 ataaatgtct cacattgaca ggtattca
//
LOCUS       SEQF2638.1|AYYF01001293.1 236 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..236
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gncaaagagc agagcagaag aaagtgaagc agcaaagtaa gccgacagcc atcggctata
       61 ttccccctca ctatgtggag aagtcgcaaa gcgagcgtag caatttcttc cgtttcctct
      121 tcacactcct tacttcctac tatggcgaca aggcgaaaga gaaatcattg gtagttctgt
      181 gttcaggatg ctcttgaaaa tactctttcg gagtgtagtg atacccacaa ccgctt
//
LOCUS       SEQF2638.1|AYYF01001294.1 655 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..655
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gacaggcaaa gagcagagca gaagaaagtg aagcagcaaa gtaagccgac agccatcggc
       61 tatattcccc ctcactatgt ggagaagtcg caaagcgagc gtagcaattt cttccgtttc
      121 ctcttcacac tccttacttc ctactatggc gacaaggcga aagaggtgtt gaagcggttg
      181 ttggaggaat accgtttggg ggctacccgt gacggctctg ttatcttttg gcagatagac
      241 aggacgggca aggtacgcac gggaaaggtg atgcagtaca atcccgaaga cggacaccgt
      301 atcaagggag gacagacatc ggcagtgaac tggatacaca gcatattgaa aaagcagcgt
      361 gtgttggcag aggattggca actatcccaa tgccttttcg gggaacactt gttgaaaacg
      421 catcccgaca aggtggtggt cttggtggaa tccgagaaga gtgccgttat cggttctgct
      481 atcttccccg attatgtatg gctggctacg ggtggtaaga gtcagatgag agaagagaaa
      541 ctccgtgtac tgtcagggcg aaccgtgctt ctctttcccg atgccgatgc ttatgccgag
      601 tggaaacagc gagccgagag catgtacttt tgtaaggtgg tggtttcgga catca
//
LOCUS       SEQF2638.1|AYYF01001295.1 1079 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1079
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             702..875
                     /locus_tag="SEQF2638.1_01233"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGHTEAVNGFPVNSLCHIALFGIYVLVGYVVHLIIKQYPIQTFK
                     LVFQVGTMLRQTE"
     misc_RNA        883..981
                     /locus_tag="SEQF2638.1_01234"
                     /product="Intron_gpII"
                     /inference="COORDINATES:profile:Infernal:001001"
ORIGIN      
        1 ctatcatcca tttcatcggc ggcaggatag ttcagtcttt ctttgacaat tcctctgatt
       61 ttagctaaca acagctgacg tgttgtttta tcaactgtgt ttcgtaattc cgcaactaac
      121 ttggctttac gttgccccaa acgttttaca atcggatttt ccttacgtct tttcccctta
      181 ttgaagtgct tgatgtaggc tttgatatac ttatcaaact tgtcaaggta gatgttagcc
      241 aatatggggc tgatgatacc accttgtgga gttccactgt atgatttgtg gaatacctga
      301 tcttccatat atcctgcatt caggaacttt ctgatgagtc gaaggaatct ctcatcagag
      361 attctttctg acagaatggc tatcagtatt tcgtggttga tgtgatcaaa gaagcctttg
      421 atgtctcctt caataaacca cttcgtaccg ttgaatgacc gttgaatgct tgaaagtgca
      481 gtttgaggac ttcgttgtgg tctgaaacca tgcgaagtgt attcaaaact gccctcgtaa
      541 atagcttcta aaatcattct gacaacctcc tgaagaagtt tgtccatcaa tgagggaata
      601 cccagcggtc tcttcttccc atttttcttc ggaatataaa ctcgctgtga gggtttcggc
      661 tgatacgtct catttttaag cgtatcaatc aactgctcaa tatgggacac actgaagccg
      721 tcaacggttt tcccgtcaac tccctttgtc atattgcctt gtttggcata tatgtgctgg
      781 taggctatgt agtacatctc atcattaaac agtatccgat acaaacgttc aaacttgtat
      841 tccaagtcgg aactatgttg cgtcagactg aatgataagg tggagagccg tgtacgggga
      901 gacctgtatg cacggttcgg aggcgagtgc ttggaaacct accattgtga caaatggcaa
      961 ggcgccgggt gcttagccta tgggcaaata gcatcggcca aaatcccgct ttcgcgcatg
     1021 atttcgcccg cgctttattg ggtgatgacg ggtaacgatt tcacgctcga catcaacaa
//
LOCUS       SEQF2638.1|AYYF01001296.1 2919 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2919
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             121..1053
                     /locus_tag="SEQF2638.1_01235"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG5036"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLKTNGGGICDHEVGGGKTXIMXTAAYEMKRLGLANKPMIIGLK
                     ANVFDIADTFRXAXPNARXLYPGXEDFTVKNRARIFSDIKNNDWDCVILTHDQFGAIP
                     QSAEIQEAIMQKELXSVQENLDVLRKQGREISRSALKGLEQRKLALTAKLRDIRDTIA
                     ERKDDVVDFKMMGIDHLFVDESHQFKNLMFNTRHDRVSGLGNPNGSQRALNLLFAIRT
                     IQERTGKDLGATFLSGTTISNSLTELYLLFKYLRPRALEKQGIGSFDAWAAVFAKKSG
                     DYEFSVTNEIIRKERFRTFIKLPELSAFYGEVWE"
     CDS             1314..2567
                     /gene="xerC_11"
                     /locus_tag="SEQF2638.1_01236"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01808"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerC"
                     /translation="MKEKTLKLLFYLKRGTKSXAGKSPIMARLSVGRTMVQFSCKTAC
                     SSSLWDSRKHRLVGKSAEAVAVNAELDSLQVSVCRAYEDLRKKQGEAVTAEEVKALVF
                     GLRSDSQGLLYHLEEYLARFRERVGVDRSERRYKFLRVFRGHLAAFLRHRYRVSDFPV
                     HKVDKAFIEDLEAYFAQEKAFKLNTTAGYLTVLASLLKDLYKRRVIDSYPFMGYSIRW
                     DVGTPRYITKDELRRIIDLDDSQLGSYECVSRDMFLFSCFTGLSYTDIYHLTRDHLIE
                     EGGMTWIRKPRVKTGRVCHIPLLPEASVIIERYKGIHTRAFRHEPPRGYLLPIPGCDT
                     VNIHLKKIAALCHIPKRLTFHMARHTFASQMTLAEGVSIESVSKMLGHSEIKTTQXXA
                     ETSPERIXKDVTRILPAXAHYHLTN"
ORIGIN      
        1 cggctattca actgctttgt ccgtcccgat tttgatgggt ctcatcaaac cttcccggga
       61 ctggatttga aggggctaag cttccccgac ctctatccaa gccaaaagga cgccgtgtgg
      121 atgcttaaaa ccaacggcgg cgggatctgc gatcacgagg tggggggcgg caagacgntn
      181 atcatgtgna cggcggccta tgagatgaag cgcctcgggc tggcgaataa gccgatgatc
      241 atcggactca aggcnaacgt cttcgacatc gccgacacnt tccgcaangc ctancccaac
      301 gcccgcatnc tctatcccgg caangaggat ttcacggtca agaaccgggc gcggatcttc
      361 agcgacatca aaaacaacga ctgggattgt gtcatcctta cgcacgatca gttcggcgcc
      421 atcccacagt cggcngagat ccaagaggcg atcatgcaaa aggaattgga ntcggtgcag
      481 gaaaacctcg acgtgttaag gaagcaggga cgggagatct cccggtctgc gcttaaaggg
      541 ttagagcaac gcaagctggc gctcacggcc aaactgcgcg acattcggga caccatcgcc
      601 gagcgcaagg acgacgtggt ggacttcaaa atgatgggca tcgatcacct gtttgtcgac
      661 gagagccatc agttcaagaa tctgatgttt aatacccgtc acgaccgtgt gtctggcctc
      721 ggtaatccga acggatcgca gcgagcgctc aacttgctgt tcgccatccg caccattcag
      781 gagcggacgg gcaaagacct tggggcaacc ttcctttctg gcaccaccat cagcaacagt
      841 ctgacggagc tatatctgct cttcaagtat ctccgtccgc gcgctctgga gaagcaaggc
      901 atcggatcct ttgacgcgtg ggcggccgtc ttcgctaaga agtccggcga ttacgagttc
      961 tcagtcacca acgagatcat ccggaaggaa cgcttcagga cgttcatcaa actgccagag
     1021 ctttcggcct tctatgggga agtatgggag tagggagcaa gggaaagcaa gaaagggcga
     1081 gagggctgat gggtagcgac ttttgccgca tcctgccgag gcttgcacca gaggaaaaag
     1141 gcgaaaaaag gggcttcaaa gagggagttc agttacctaa tcgttcccct ttttgccttt
     1201 cggcaagaag acgcaaaatg aggtaactaa accgaggctt tttctcttgc attcagtgtt
     1261 ttgcgtagcg acaagtatct cttttaaggt tccactttgt aagcaacaaa acgatgaaag
     1321 aaaaaacgtt gaagctgctc ttttacctca aacggggcac aaagagcaan gcgggcaaaa
     1381 gcccgattat ggcgcgcctc agtgtggggc gaacgatggt acaattcagt tgtaagacgg
     1441 cctgctcctc gtcgctttgg gacagccgta agcacaggct cgtcgggaaa agcgccgagg
     1501 cggtggccgt aaatgccgag ctggacagcc tacaggtcag cgtctgccga gcctatgagg
     1561 acttgcggaa gaagcaaggc gaggctgtaa ccgccgagga ggtcaaggcc ctcgtcttcg
     1621 gacttcggag tgacagccaa ggcttgctct atcatttgga ggaatacctc gctcgctttc
     1681 gggagcgggt gggggtggat cgcagcgaac gccgatacaa gttcctccgg gtttttcggg
     1741 ggcatctcgc agccttcctt cggcatcgct accgagtgag cgacttcccc gtgcacaagg
     1801 tggacaaggc ctttatcgaa gatctcgagg cctacttcgc gcaggagaag gccttcaagc
     1861 tcaacaccac cgccggctat ctcaccgtct tggcgtcgct cctcaaagac ttgtacaaaa
     1921 ggcgtgtcat cgactcctat cccttcatgg gatactccat ccgctgggac gtcggcacac
     1981 cgcgttacat taccaaggac gagctgcggc gcatcatcga tttggacgac tcgcagctgg
     2041 ggagttacga gtgcgtctcc cgagatatgt tcctcttttc ctgcttcacg ggcctctctt
     2101 acacggacat ttatcacttg acgcgtgacc atctgatcga ggagggcggt atgacttgga
     2161 tccgcaagcc gcgcgtgaag acggggcggg tgtgccacat tcctctgcta cccgaggcgt
     2221 cggtgatcat cgagcgatac aaaggtatcc acacgcgcgc cttccgccat gagccgcccc
     2281 ggggctacct ccttccgatc cccggctgcg acaccgtcaa tatccatctc aagaagatcg
     2341 ccgcgctttg tcacatcccg aaacggttga ctttccacat ggcccgccac accttcgcct
     2401 cgcaaatgac cctcgccgaa ggggtgtcga tcgagagcgt gtccaagatg ttagggcata
     2461 gtgagatcaa gacgacncag ntctangccg agacntcncc ngagcgcatt ttnaaggacg
     2521 tcacgcgcat cctcccngcg atngcccatt atcatctaac caattaatnc ccnacnaacn
     2581 caatgaaaag taccttctcg atcctcttct acatcgaccg nagcaagccg agcggcgaag
     2641 gnctgtgcct cgttcgctgt cgcatctcgt gcaatggccg gacggcctcg ttctccaccc
     2701 ggcaacagac cgcgcccgat gattggctgg cgaaaaaagg gagagtggnc cccacatccg
     2761 cggtngcgca nggngtcaat cangcactgn gtgncatcga acaacgattg aangcactct
     2821 atgagcgcac gctccgggag gagcgataca tcacggccga gtacctcaag gagcaatacc
     2881 tgcttcagga caagccgcgg cagacgttcg ccgacattt
//
LOCUS       SEQF2638.1|AYYF01001297.1 315 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..315
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cagcccctgt agcttcgggt cggctttgat gcgggcaatt tcggagtcca cgagcgagag
       61 gatctcctgt ttgatttggc gataatttgc gtcgatggag gccttcatcg tatcgtcgcc
      121 ggaggcgtcg cggaagtcgg cgatgacagg gattgggcgg tgggacttca tctcggctga
      181 cactttggcg gtatcgatca caatctccgc gtggaagatc ttctgctcga tgcgctcgtc
      241 gaagttgtcg gagacggcac cgacaaacat gccctgcgtc aggttgctga tctttgaggc
      301 cggaatcagg ctgtc
//
LOCUS       SEQF2638.1|AYYF01001298.1 1497 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1497
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ttgttgtcgg caaactgttt ggccacctcg ttgcctttac ggacggcacg cccgttgcgc
       61 tgctcgagat cggaaggcct ccaggctata tcgaggtgat ggactgccac cgcgcgctgc
      121 tgggcattca cgcccgtgcc gagcatggat gtcgagccga agacgatacg gatgtcacca
      181 cggttcacag cctctaccat cgctttcttg gctttctcat tcttgcattc ttggataaag
      241 cgaatctctg acgacgggat gccgtaatcc tccacgagct tgcgtttgat ttccgagtac
      301 acgttccatt cgcccgcctt gtatgttccg agatcggaaa agacgaactg cgtgcccttc
      361 tgctcgtcat acttgcgata gtactcgctg agcagcttgg cgcaatggct ggctttgttg
      421 tcgatgtgat ccgagtattt catcggatcg atcatccgca tatcgaggct cattttcctc
      481 gcgagatctg tggcgataag catcttggcc ttctcctcct tttcactcag cggggcacga
      541 tctaagattg tagcatcgcc tgtcttagca aactccatca gcttaccgat gaacacctct
      601 tgctcgggcg tgggtgggat gtgatgcagg atctcgtgct tctccgggcg gtcgatgccg
      661 atatccttgg ccgtgcggaa atcgcgaatc tccccataaa acaaaagaag ggggatttaa
      721 gtgcttgcca gtgagtggat acggattgct ctactcaccc aaagggaacg aataggaaac
      781 gagcgagata ctcctgcttt cgtcactttg ctgtagtcat aagacatctc atttctcgcc
      841 cgcaaaggac gccaaaatct tcaagaaacg tcacagcaaa agtttgggaa cctgcgaaag
      901 ccccgcaacg gttacgaaga ctcatccctc gatgatcgga tagccgttcc ttatcgaaat
      961 gctatcgatg gcgaagggca tttcctcttg cgttcatatc gggcttgacg ggcgcctgac
     1021 aaatgatcac ttatcagaaa gttctttctc tctgcaagtt ttataggata caagaagcga
     1081 taatagggga gaacaaagtt tttcatcgat tgaaaagttt gacttgtagg gtaaagagct
     1141 cttttatgga taaaacaacc agaattgcag aaagaagctt tcgtattgca atcatatcca
     1201 ctatatttgc gtcgaatatt caacgggtca gtcgtatgaa aaccatagat aatactccgc
     1261 cagacttgtc agggcgccct taggaaccgc accccggagg cgcagcgaga taaatcgatc
     1321 cgaatgcgga gtttgtgatt aacggaaaac atgatgagaa atgaaggcga agttcatttt
     1381 gtggattagc gctctctttc ttctactggc aggtggaggg tgcgaaaaag gaaaagacgt
     1441 ctcccaatgc tatactggaa aagtgctcac tctggttggc attggacttg agcaata
//
LOCUS       SEQF2638.1|AYYF01001299.1 517 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..517
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ttnttntcgg caaactgttt ggccacctcg ttgcctttac ggacggcacg cccgttgcgc
       61 tgctcgagat cggaaggcct ccaagctata tcgaggtgat ggactgccac cgcacgttgt
      121 tgggcattca cgcctgtgcc gagcatggat gtcgagccga agacgatacg gatgtcacca
      181 cggttcacgg cctccaccat cgctttcttg gctttctcat tcttgcattc ttggatgaag
      241 cgaatctctg atgaggggat gccgtaatcc tccacgagct tgcgtttgat ttccgagtac
      301 acgttccatt cgcccggctt gtatgttccg agatcggaga agacgaactg cgtgcccttt
      361 tgctcgtcat actttcgata gtactcgcag agtagcttgg cgcaatggct ggctttgttg
      421 tcgatgtgat ccgagtattt catcggatcg atcatccgca tatcgaggct cattttcctc
      481 gcgagatctg tggcgataag catcttggcc ttctcct
//
LOCUS       SEQF2638.1|AYYF01001300.1 321 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..321
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             10..282
                     /locus_tag="SEQF2638.1_01237"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNHICTEVDKWMNLNTYTPKPIQRPFTKDINNIPLRHFVWNISE
                     RFLYKRYYNGDNRAKFIKALFPKSFADTDLSTIKFSDSLYGRGNVG"
ORIGIN      
        1 caagaaaccg tgaaccacat ctgtactgag gtggacaaat ggatgaatct taacacttat
       61 accccgaagc ccatacaaag accgtttacc aaagacatca acaacattcc actccgtcac
      121 ttcgtatgga atatctctga gcgtttcctg tacaagagat actacaatgg ggataaccgt
      181 gccaagttca tcaaagccct tttcccgaaa tcgtttgctg atacagactt atcaaccatc
      241 aagttttcag atagcttata cggaagagga aatgtcggct gaccataaca aggcttactc
      301 taactataca tctcctcttg g
//
LOCUS       SEQF2638.1|AYYF01001301.1 280 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..280
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 caagaaaccg tgaaccacat ctgtactgag gtggacaaat ggatgaatct taacacttat
       61 accccgaagc ccatacaaag accgtttacc aaagacatca acaacattcc actccgtcac
      121 ttcgtatgga atatctctga gcgtttcctg tacaagagat actacaatgg ggataaccgt
      181 gccaagttca tcaaagccct tttcccgaaa tcgtttgctg atacagactt atcaaccatc
      241 aagaatttca aggtagagcc gttaaagacg gaaattccca
//
LOCUS       SEQF2638.1|AYYF01001302.1 416 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..416
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(120..305)
                     /locus_tag="SEQF2638.1_01238"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNLKHTHHRINTLIIDLNRISVINNNRHTNFATTSKKYVRICQI
                     RKDDAVSKEREDPYRVI"
ORIGIN      
        1 cctgtcgtag aagatcttcc ttgcctttga agtagtagaa gataatgcca cgtgtaacat
       61 ttgcggcttt ctctatatca gtaaaactga ccgcatcata tcctctggat aagaataacc
      121 taaatgactc ggtaaggatc ttctctttct ttggataccg catcgtcttt tctaatttga
      181 caaattctga catatttctt gcttgtcgtg gcgaaattgg tgtggcggtt attgttaata
      241 acagagatac ggttaaggtc aataataaga gtgtttatcc tatgatgagt gtgtttaagg
      301 ttcatcaggc attagctctt tgtaatgact ttgacaataa aggaatttca cttgatacct
      361 tagtaaatat aaatagggat aaacttgacc caaagacttg gagtcctatg ctgaaa
//
LOCUS       SEQF2638.1|AYYF01001303.1 397 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..397
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(83..388)
                     /locus_tag="SEQF2638.1_01239"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNHICTEVDKWMNLNTYTPKPIQRPFTKDINNIPLRHFVWNISE
                     RFLYKRYYNGDNRAKFIKALFPMLSACVIGXVLFVKIRGDSKLYRLCLDKCLFFCRG"
ORIGIN      
        1 gcaggaagaa ctgtcacaaa atacacttga agaagccaca tctgtgcctg gacctacatc
       61 agtccctgag cctgtacccg aatcatcccc gacaaaagaa gagacactta tccaaacaca
      121 accgatagag cttactatcg ccccggatct tcacgaaaag aaccgngcca attacgcaag
      181 cagagagcat cgggaaaagg gctttgatga acttggcacg gttatcccca ttgtagtatc
      241 tcttgtacag gaaacgctca gagatattcc atacgaagtg acggagtgga atgttgttga
      301 tgtctttggt aaacggtctt tgtatgggct tcggggtata agtgttaaga ttcatccatt
      361 tgtccacctc agtacagatg tggttcacgg tttcttg
//
LOCUS       SEQF2638.1|AYYF01001304.1 273 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..273
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ttgtttgacg agaatatctt tatttgccga cacaacgtaa agctcaaaaa acttgctgcc
       61 gtaatttcta ttccatcccc gacttcatca aaaaagnaac gaattctctc tctgattcga
      121 tcgatacaat tctccaaaaa gattctcaaa ggagtcggac tacttgaaca gtcttctgtg
      181 agattatcgc tcttcaagtg tattttgtga cagttcttcc tgcacctcta tggcttcggc
      241 aatcgtttct ttcttgccga acttgatttt gta
//
LOCUS       SEQF2638.1|AYYF01001305.1 332 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..332
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 aagaccacag aagggtggaa cagtttctca cctccagtag tctgaaccta ttgttctcct
       61 tctttacttt ctttgttttc ggagtggttt tagctgtcta taacaccggt atcttcattg
      121 tcttcctttt ggcgtttgta tatcaatctg ttcatcctct gcttcattca ttcgttttgt
      181 ctcaaatctg agtagtatgg ttgtttcgac actgtctgca ggatttcctg gttccatttc
      241 gcggatagtt gcaacacctg aatacacttg cttgtaggga agaaaatacg cgatcacgaa
      301 gagaaaaagc aatacaatgc cgataatcgt aa
//
LOCUS       SEQF2638.1|AYYF01001306.1 229 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..229
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 acatcncctg aacctgtctt atgcgctata acaacccctt ctttatcaag aagtggagct
       61 gctntcctat ctacacctgt tttgcantct tttaacgtat tcttaatgaa actttgtttc
      121 tcatcatcga taagaccttc agtaancaaa cgnctgaaat acataagata cgcggatgat
      181 tttctgattg gagtaattgg cagtaaacaa gattgcattc aaatcaaag
//
LOCUS       SEQF2638.1|AYYF01001307.1 403 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..403
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gaagtagtgt atttagcggc gtatgtcttg tacatactat actccataat atgatagaac
       61 gagtcaataa ccgggctgtt gttcgctatc gagtagtagt tatagaaccc catgatttca
      121 gcgttatatt ggcttataat ctccaaatca tcaagacatc tcatatatga acgacctttt
      181 ggcgtttgta tatcaatctg ttcatcctct gcttcattca ttcgttttgt ctcaaatctg
      241 agtagtatgg ttgtttcgac actgtctgca ggatttcctg gttccatttc gcggatagtt
      301 gcaacacctg aatacacttg cttgtaggga agaaaatacg cgatcacgaa gagaaaaagc
      361 aatacaatgc cgataatcgt aataccatat cgtactaatg aag
//
LOCUS       SEQF2638.1|AYYF01001308.1 203 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..203
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gaagtagtgt atttagcggc gtatgtcttg tacatactat actccataat atgatagaac
       61 gagtcaataa ccgggctgtt gttcgctatc gagtagtagt tatagaaccc catgatttca
      121 gcgttatatt ggcttataat ctccaaatca tcaagacatc tcatatatga acgacctttt
      181 ggcttccaaa cctctttccc att
//
LOCUS       SEQF2638.1|AYYF01001309.1 1141 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1141
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             216..812
                     /locus_tag="SEQF2638.1_01240"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEKGDAAGRLMIQLNNLKKRYALSILVLAHTPKRSLDCPITSND
                     LAGSKRLYNFFDSVFTIGKSAQDGGLRYVKQLKVRYGTFSHDADNVIVYEIDKVDAFL
                     QFVFRGYSTEKEHLKKLGDNESSQRDCQILQLSQSGKSVREIASQVNCGKSTVNRIIQ
                     RSKESKNAGVPSVPLSQPLECGTMGQDGTADNQPSKTD"
ORIGIN      
        1 cccgacagtg taggcatgat gaatatcaag acggcaaacc aaaccattct tgaagcatcg
       61 ttattgccta cgccccgtgc gctgtgggac agcttttggt acgaggggga actctcctgc
      121 ttgtttgccg attccaacgt gggcaagtcc atccttgccg gcagaccgac tgcaagattt
      181 tcatcattga caatcttacc tacctgtgtt gcgccatgga gaaaggcgat gccgcaggac
      241 ggctgatgat tcagctgaac aatctcaaaa agagatatgc gctctctatc cttgtcctgg
      301 cacatacgcc caaacgctct ttggattgtc ccatcacatc caacgacctt gccggaagca
      361 aacggctcta caatttcttt gacagcgtgt tcaccattgg aaaaagtgcc caagacggag
      421 ggcttcgcta tgtgaagcag cttaaagtgc gctatggcac gttctctcat gatgcggata
      481 atgtaatcgt ttacgagatt gacaaggtgg atgctttctt gcagttcgtg ttcaggggct
      541 attccacgga aaaggaacac ttgaaaaaat tgggcgacaa tgaatcaagc caaagggatt
      601 gccaaattct gcaactctcc caatcgggca agtccgtcag ggagatagcc tcacaggtga
      661 attgtggcaa gtccaccgta aaccgtatca tccagcgcag caaagagagt aaaaacgcag
      721 gtgtcccaag tgtcccactg tcccaaccct tagagtgtgg gacaatggga caggatggga
      781 cagccgacaa tcaaccatca aaaacggact aagctatggg caattattca ttacagaagt
      841 ataaaggaac ggcaacacgg catacctgcc ccaaatgcgg agacaggcat tctttcgtct
      901 attacgtgga cgaaaataat gtgccgttgc atccatcggt cggcagatgt aaccacgaaa
      961 gcggttgtgg gtatcactac actccgaaag agtattttca agagcatcct gaacacagaa
     1021 ctaccaatga tttctctttt gacagtgaga gatttgctgc gttatactct tactcagagt
     1081 gacaacaatg caagcaacct tatgtttaag gatatggtta atgtcgctca aacagatagt
     1141 t
//
LOCUS       SEQF2638.1|AYYF01001310.1 1297 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1297
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             216..812
                     /locus_tag="SEQF2638.1_01241"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEKGDAAGRLMIQLNNLKKRYALSILVLAHTPKRSLDCPITSND
                     LAGSKRLYNFFDSVFTIGKSAQDGGLRYVKQLKVRYGTFSHDADNVIVYEIDKVDAFL
                     QFVFRGYSTEKEHLKKLGDNESSQRDCQILQLSQSGKSVREIASQVNCGKSTVNRIIQ
                     RSKESKNAGVPSVPLSQPLECGTMGQDGTADNQPSKTD"
     CDS             816..1055
                     /locus_tag="SEQF2638.1_01242"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGNYSLQKYKGTATRHTCPKCGDRHSFVYYVDENNVPLHPSVGR
                     CNHESGCGYHYTPKEYFQEHPEHRTTNDFSFDSFM"
     CDS             complement(998..1243)
                     /locus_tag="SEQF2638.1_01243"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEKSILTFNDLPEVVAQLRDEVMSLKSLLAEQRSVNNAKTVDTH
                     VPMSVDEAAEYLGIPKGTLYMKLSKEKSLVVLCSGCS"
ORIGIN      
        1 cccgacagtg taggcatgat gaatatcaag acggcaaacc aaaccattct tgaagcatcg
       61 ttattgccta cgccccgtgc gctgtgggac agcttttggt acgaggggga actctcctgc
      121 ttgtttgccg attccaacgt gggcaagtcc atccttgccg gcagaccgac tgcaagattt
      181 tcatcattga caatcttacc tacctgtgtt gcgccatgga gaaaggcgat gccgcaggac
      241 ggctgatgat tcagctgaac aatctcaaaa agagatatgc gctctctatc cttgtcctgg
      301 cacatacgcc caaacgctct ttggattgtc ccatcacatc caacgacctt gccggaagca
      361 aacggctcta caatttcttt gacagcgtgt tcaccattgg aaaaagtgcc caagacggag
      421 ggcttcgcta tgtgaagcag cttaaagtgc gctatggcac gttctctcat gatgcggata
      481 atgtaatcgt ttacgagatt gacaaggtgg atgctttctt gcagttcgtg ttcaggggct
      541 attccacgga aaaggaacac ttgaaaaaat tgggcgacaa tgaatcaagc caaagggatt
      601 gccaaattct gcaactctcc caatcgggca agtccgtcag ggagatagcc tcacaggtga
      661 attgtggcaa gtccaccgta aaccgtatca tccagcgcag caaagagagt aaaaacgcag
      721 gtgtcccaag tgtcccactg tcccaaccct tagagtgtgg gacaatggga caggatggga
      781 cagccgacaa tcaaccatca aaaacggact aagctatggg caattattca ttacagaagt
      841 ataaaggaac ggcaacacgg catacctgcc ccaaatgcgg agacaggcat tctttcgtct
      901 attacgtgga cgaaaataat gtgccgttgc atccatcggt cggcagatgt aaccacgaaa
      961 gcggttgtgg gtatcactac actccgaaag agtattttca agagcatcct gaacacagaa
     1021 ctaccaatga tttctctttt gacagtttca tgtagagcgt acccttaggg atacctaaat
     1081 actctgctgc ctcgtccaca gacatgggca cgtgggtgtc caccgttttg gcattgttca
     1141 cactgcgctg ctcggcgagc aggcttttca ggctcatcac ttcgtctcga agctgagcga
     1201 caacctcggg gaggtcgttg aaggtaagaa ttgatttttc cattcgcgta ctcgtctctt
     1261 ttgtaagact tggcgcaaag gactgaaatg atatatc
//
LOCUS       SEQF2638.1|AYYF01001311.1 216 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..216
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtccatttgc gtgttgatcg aggtcgagac gtcctgccga ttgatggaga cggactgcct
       61 tctttgcagg actttgccga accgttcgga gagcgtcttg gcagtttctc ccaccacctg
      121 ccccganaac naagaaagta aagaaggaga acaataggtt cagactactg gaggngagaa
      181 actgttccnc ccttctgtgg tcttcgatac gctgta
//
LOCUS       SEQF2638.1|AYYF01001312.1 258 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..258
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 atatcctgaa ttggatttat gaactcccct cgtgtagtgc gtttattttt atcaatcaac
       61 aataagcatg acacctgcaa aaatcaactt tcctctacca agaaaataca aaaagacact
      121 tccttgttgt gcatcgctct acacgactga ttgaaataaa aaaaacatta ccacatgaga
      181 cgatgagaaa gaaacttctt gaatatgatg ctgtaaagat tgtcaggcaa aatgggaaag
      241 aggtttggaa gccaaaag
//
LOCUS       SEQF2638.1|AYYF01001313.1 2464 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2464
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(607..2379)
                     /locus_tag="SEQF2638.1_01244"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLIDHARGEDGVAALLATEHVPAAQRHAQTIAEEGAREPEIDDQ
                     RGVLQVEVALVACAPVARIERQEQSGRQAERVVERGAEERLVAAHRPTVNLHLSPLLD
                     KARAELRRPRPENRRDGCEDGQCGQAIEVAVSDERHLRVRRAALRPVDDGVALLSVAG
                     HQLHDAPRGREAHVVRHGRLQQRVARLERESVGVVDVAAELAIRRALRLGRVGQLEAD
                     SLHLRAQRHIREPLVVAAVLAREGSAVAEVIGADMLVAQPDAELPDRRLPCILRKETT
                     VPFVRGHIRRRDNALRVAVRVRAVRADVLAADGELAAKDWVRQDQLRRHQPVLHAILR
                     VYHAVFLHATRLLGVRARRASARVEIDVEVDPQAAHRAVVIRIETVCRVVRRTARIVA
                     MPFVVKGRVGVNHAVESRVVDVVAQGRRERVAKADVVRGRDLPIGARRDAHPPIDARG
                     VERVLLLPEGIEAGLLRDAAVDEVRPAAVERGAEDVPAVPPPVHVHLFAQVGRLALVP
                     ARSCIEPEAVARAPHGIDTDHGLDRGVVARAGIADDLHVADVGRVELIQLREVAHLAT
                     VDVDLGFALAEDGEDALVVRRQRG"
ORIGIN      
        1 atatcctgaa ttggatttat gaactcccct cgtgtagtgc gtttattttt atcaatcaac
       61 aataagcatg acacctgcaa aaatcaactt tcctctacca agaaaataca aaaagacact
      121 tccttgttgt gcatcgctct acacgactga ttgaaataaa aaaaacatta ccacatgaga
      181 cgattctatt tcctattggt cggcatcgtg ggcgcgatgg ttgcggccca cgcacagcaa
      241 ttgaccgggc gcgtggtgga ctcgcaaaac caacccatcg agtttgccaa cgtggcgctc
      301 tacgcgctgc ctgactcgtc gctcgtgacg ggcacgatca ccgacgcccg cggggcgttc
      361 gcgttggagg gcggcggcgc gcggcgcacg ttcctcaagg tctccttcgt gggctacgag
      421 acgcgaacca tcgatgcgcc gcagtcgggc gtcaccgtca cgctgcaagc cgaagccgcg
      481 cagctgggcg aggtgacggt gacggccagt cggccggcca tccgactgaa gaacgacgcg
      541 ctcgtggcgt cggtgcaggg ctccgtgctg agtcgggcgg gcacggcgaa cgatgtgctg
      601 cgacgcctac cctcgctgac gtcggacaac aagggcgtct tctccgtctt cggcaagggc
      661 gaagccaaga tctacatcaa ccgtcgcgag gtgcgcgacc tctcggagct ggatcagctc
      721 aactcggccg acatccgcga cgtggagatc gtccgcaatc ccggcgcgcg ctacgacgcc
      781 tcggtcaagg ccgtgatccg tatcaatacc gtgcggcgcg cgggcgacgg cttcgggttc
      841 gatgcacgat cgagctggta cgagggcgag acgaccgacc tgcgcgaaca ggtgaacgtg
      901 aactggcggc ggaacggctg ggacgtcttc ggcaccgcgc tctacggccg cggggcgtac
      961 ctcatcgaca gccgcatcgc gcaacagacc cgcctcgata ccctctggca gcaggagaac
     1021 acgctctacg ccacgggcgt cgatcggtgg gtgcgcatca cggcgggcac caattgggag
     1081 atctcgcccg cgcactacgt cggccttcgc tacacgctct cgcctaccct gcgcgacgac
     1141 atcaaccaca cgactttcaa cagcatggtt cacgccgact cggcctttta cgacgaatgg
     1201 catagcgaca atgcgcgccg tacgacgaac caccctgcac accgtctcaa tgcgtattac
     1261 aacggcacgg tgggccgctt ggggatcgac ttcaacgtcg atttctacac gagcggaagc
     1321 acgtcgcgct cgcacaccga ggagacgagt cgcatgcagg aagaccgcgt ggtaaactcg
     1381 gagaatcgcg tgcagaaccg gctggtggcg tcgaagctga tcctgtcgta cccagtcctt
     1441 ggcggcgagt tctccgtcgg cggcgagtac gtccgcacgc accgcacgga cacgtactgc
     1501 aacccggagc gcattgtccc gtcgtctgat atgaccgcgg acgaatggaa cagtagtctc
     1561 tttgcggagt atgcacggga gacgcctatc gggcaattcg gcgtcgggtt gcgctacgag
     1621 catgtccgct ccgattacct cagcgacggc cgacccctcg cgggccagaa ccgcagctac
     1681 aaccaatggt tcccgaatgt gtcgttgagc acgcaggtga agggagtcag cctccaactg
     1741 gcctacacgg ccaagacgca acgcccgacg tatcgccagc tcagcagcaa cgtctactac
     1801 gccaaccgac tctcgctcca gacgggcaac ccgctgctga agccgaccgt gacgcacgac
     1861 gtgagcctca cggcctcgtg gcgcatcgtg caactgatgg ccagctaccg acaagagcgc
     1921 gacgccgtca tcgactggac ggagcgcagc ccgtcggacc cgaaggtgtc tctcatcact
     1981 taccgcaacc tcgatcgcct gcccgcattg accgtcttcg caaccgtcac gccgattttc
     2041 gggccgtgga cgccgcaact cagcgcgggc cttatcaagc agtgggctga ggtggagatt
     2101 gacggtcggc cggtgcgctg cgacaagccg ctcttccgcg cctcgctcaa caactcgctc
     2161 cgcttgcctg ccggactgct cctgacgctc gatgcgcgct accggagcac aggcgacgag
     2221 cgcaacctct acctgaagga cgccacgctg gtcgtcaatc tcgggctcac gcgctccttc
     2281 ttcggcgatc gtctgagcgt gacgttgcgc ggctgggacg tgttccgtgg cgagcagggc
     2341 ggctacacca tcctcgcccc gcgcatggtc tatgagcaat acgaccgcta cgactcgcgc
     2401 gagttcgagg tcaccctgcg atacaagttc aacgccgcca agagcaagta caagggcacc
     2461 ggcg
//
LOCUS       SEQF2638.1|AYYF01001314.1 229 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..229
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gcnggctgaa cctgacaata aacaggaagc cgattgccga ctggttcagg gagcaatggc
       61 acaggcttag atatggagca agagtgccgc aacaggaaga aagaaaaagt agaggattca
      121 aattataata gaagcaattt gattagcaat ctaaaagcac tccgataacg attagagtgc
      181 ttttagattg tttatcatta attatcaaag caagtgcagt ttaagattt
//
LOCUS       SEQF2638.1|AYYF01001315.1 310 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..310
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tgcggctttc tctatatcag taaaactgac cgcatcatat cctctggata agaataacct
       61 aaatgactcg gtaaggatct tctctttctt tggataccgc atcgtntttt ctaatntgac
      121 aaattctgac atatttctng cttgtcgata ttgcttttga ctgactcgtt gatcagtatc
      181 attcgagcgc aaaattgcaa tcactttttc cattccacca aatttttctg ctacatttca
      241 gggcttcttt tttgactata agactttcag tcatttcttt agagaatccc agcatggcac
      301 aaaacttttc
//
LOCUS       SEQF2638.1|AYYF01001316.1 1123 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1123
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             216..812
                     /locus_tag="SEQF2638.1_01245"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEKGDAAGRLMIQLNNLKKRYALSILVLAHTPKRSLDCPITSND
                     LAGSKRLYNFFDSVFTIGKSAQDGGLRYVKQLKVRYGTFSHDADNVIVYEIDKVDAFL
                     QFVFRGYSTEKEHLKKLGDNESSQRDCQILQLSQSGKSVREIASQVNCGKSTVNRIIQ
                     RSKESKNAGVPSVPLSQPLECGTMGQDGTADNQPSKTD"
ORIGIN      
        1 cccgacagtg taggcatgat gaatatcaag acggcaaacc aaaccattct tgaagcatcg
       61 ttattgccta cgccccgtgc gctgtgggac agcttttggt acgaggggga actctcctgc
      121 ttgtttgccg attccaacgt gggcaagtcc atccttgccg gcagaccgac tgcaagattt
      181 tcatcattga caatcttacc tacctgtgtt gcgccatgga gaaaggcgat gccgcaggac
      241 ggctgatgat tcagctgaac aatctcaaaa agagatatgc gctctctatc cttgtcctgg
      301 cacatacgcc caaacgctct ttggattgtc ccatcacatc caacgacctt gccggaagca
      361 aacggctcta caatttcttt gacagcgtgt tcaccattgg aaaaagtgcc caagacggag
      421 ggcttcgcta tgtgaagcag cttaaagtgc gctatggcac gttctctcat gatgcggata
      481 atgtaatcgt ttacgagatt gacaaggtgg atgctttctt gcagttcgtg ttcaggggct
      541 attccacgga aaaggaacac ttgaaaaaat tgggcgacaa tgaatcaagc caaagggatt
      601 gccaaattct gcaactctcc caatcgggca agtccgtcag ggagatagcc tcacaggtga
      661 attgtggcaa gtccaccgta aaccgtatca tccagcgcag caaagagagt aaaaacgcag
      721 gtgtcccaag tgtcccactg tcccaaccct tagagtgtgg gacaatggga caggatggga
      781 cagccgacaa tcaaccatca aaaacggact aagctatggg caattattca ttacagaagt
      841 ataaaggaac ggcaacacgg catacctgcc ccaaatgcgg agacaggcat tctttcgtct
      901 attacgtgga cgaaaataat gtgccgttgc atccatcggt cggcagatgt aaccacgaaa
      961 gcggttgtgg gtatcactac actccgaaag agtattttca agagcatcct gaacacagaa
     1021 ctaccaatga tttctctttt gacaggcaaa gagcagagca gaagaaagtg aagcagcaaa
     1081 gtaagccgac agccatcggc tatattcccc ctcactatgt gga
//
LOCUS       SEQF2638.1|AYYF01001317.1 234 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..234
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtttggtgct gttttgtgta tagaattttt ctgtaggttc taaaagtaaa acgatgcctt
       61 tctcttcgcc attggtcttc gtacttgccc aacgctcaca aaattcctct ttatcatatg
      121 tgagaagacc ttttcccgga tctgccacat agattgntga taccggaatc ggaggtaaag
      181 acataagttt cgtatggctt gttttattgg cagagatgat gctgcttttc agtc
//
LOCUS       SEQF2638.1|AYYF01001318.1 247 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..247
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tttgtgtata gaatttttct gtaggttcta aaagtaaaac gatgcctttc tcttcgccat
       61 tggtcttcgt acttgcccaa cgctcacaaa attcctcttt atcatatgtg agaagacctt
      121 ttcccggatc tgccacatag attgtgtaat ctccccttct gtgctttcgg attttatata
      181 tgacaacaaa gtgattttga tcccaatgag cgatacaagg aaagggcttt tctgcaataa
      241 gcgaatg
//
LOCUS       SEQF2638.1|AYYF01001319.1 207 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..207
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggtaagncgg ttatagttgt cgctcaccga ctttccaccg tccgagatgc cgatcagatt
       61 gtggtattag atgaaggtaa aatagcagaa gtgggcaccc atgaggagct cactgcaaaa
      121 cgaggaaagt aaagaaggag aacaataggt tcagactact ggaggtgaga aactgttcca
      181 cccttctgtg gtcttcgata cgctgta
//
LOCUS       SEQF2638.1|AYYF01001320.1 538 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..538
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(65..184)
                     /locus_tag="SEQF2638.1_01246"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSYRMVVVGVVIILIPHIILGIVEIKFAVFGFINGNFRL"
ORIGIN      
        1 ccttttcccg aaatcgtttg ctgatacaga cttatcaacc atcaagaatt tcaaggtaga
       61 gccgttaaag acggaaattc ccattgatga acccgaaaac ggcaaacttg atttccacta
      121 tcccgaggat tatgtgcgga attaggataa tcacgacacc aacgacaacc atccggtaac
      181 tcataaccgc ctgttttaca tcgtttcccg agtaatttta cccgtcattt atggctgggc
      241 ttaattattc gggaattatt ttgcaatgac gtgtcgtgga gatattcacg gatatatcat
      301 ttcagtcctt tgcgccaagt cttacaaaag agacgagtac gcgaatggaa aaatcaattc
      361 ttaccttcaa cgagtcagtc aaaagcaata tcgacaagca agaaatatgt cagaatttgt
      421 caaattagaa aagacgatgc ggtatccaaa gaaagagaag atccttaccg agtcatttag
      481 gttattctta tccagaggat atgatgcggt cagttttact gatatagaga aagccgca
//
LOCUS       SEQF2638.1|AYYF01001321.1 965 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..965
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             312..719
                     /locus_tag="SEQF2638.1_01247"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLCIQFTADVCPPLIRCPSSGLYCITFPVRTLPVLSICQKITEP
                     SRVAPKRYSSNNRFNTSFAXSPIILLAAIIWFLRIYEDGRYCTFPHAVEFLNRPYAQI
                     FPILTSYDELANYLSPFMDAWEGNAQDQLQVRP"
ORIGIN      
        1 tgatgtccga aaccaccacc ttacaaaagt acatgctctc ggctcgctgt ttccactcgg
       61 cataagcatc ggcatcggga aagagaagca cggttcgccc tgacagtaca cggagtttct
      121 cttctctcat ctgactctta ccacccgtag ccagccatac ataatcgggg aagatagcag
      181 aaccgataac ggcactcttc tcggattcca ccaagaccac caccttgtcg ggatgcgttt
      241 tcaacaagtg ttccccgaaa aggcattggg atagttgcca atcctctgcc aacacacgct
      301 gctttttcaa tatgctgtgt atccagttca ctgccgatgt ctgtcctccc ttgatacggt
      361 gtccgtcttc gggattgtac tgcatcacct ttcccgtgcg taccttgccc gtcctgtcta
      421 tctgccaaaa gataacagag ccgtcacggg tagcccccaa acggtattcc tccaacaacc
      481 gcttcaacac ctctttcgcc ntgtcgccga ttatcctgtt ggcggccatc atttggttcc
      541 tgagaattta cgaggatggc cgctactgca ccttcccgca cgcagtcgaa tttctgaacc
      601 gtccctacgc gcagattttc ccaatcctga cgtcttacga cgaactcgcc aactacctct
      661 cgccctttat ggacgcgtgg gaaggcaatg cgcaggatca attgcaagtg cgcccgtaag
      721 ggcatataat aaatatagct ttggcaagct attaggttcg tgttctttga aataataacc
      781 tatcactagc cgacttatcc attcaacgaa agacgatggg gagtgtagca tgtcggcaaa
      841 gccacgagtg gatgaactgt caagtcttga ccgagtggca aagtgaaaag atagatatga
      901 ggataaagcc tatactggtt gaacgatagt ccgagcggct cgatggttaa gccttaacgg
      961 aagac
//
LOCUS       SEQF2638.1|AYYF01001322.1 912 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..912
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(255..896)
                     /locus_tag="SEQF2638.1_01248"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSFDEMAEVKIGGFGIERDLYFLPTKLHEIKELSEIVGEQYTRT
                     VEPIAKETPSFTNEATAETLPPKSVSPSSTLAPEGVPVLTLHQQYETPVPTNSQPDME
                     PPREMNGQTVYFDEEHHPVTDRERQAEVEASLFAPEAYTDWQRDVARVNREIAEKPQQ
                     RGRSAAGSTPRRTARRTGKATPSDKHQLSFLDLLSESEAPSPAVPLFCGRSWF"
ORIGIN      
        1 gcgaaaacgt gtgccccatg taggggaaat cgagctgcgg ttctcgtcgc aacgtatgga
       61 tgttgagact gaggcgaccg tctgcccctg tacggagagc cagccgtgct tcggtgtaaa
      121 tcgtagtgtc tccgaagggc acagcgaggc taacaagtcc cgttttctgc caatttagca
      181 gtcgatccaa gtttccgccc gcctcgagct tctcccgact cacgccgagg cgctccagct
      241 ccttccaatc caccttaaaa ccatgaccta ccacaaaaaa gaggcactgc aggcgagggc
      301 gcttcggact cgctcagcag gtcgagaaac gacagctggt gcttgtctga cggggtggct
      361 tttccggttc tgcgcgctgt gcgacggggc gtcgaccctg cggctgaccg acctcgctgt
      421 tggggcttct ctgcaatctc ccggttgacc cgggccacgt cccgctgcca atctgtgtac
      481 gcttcgggag caaacagact cgcctcgact tcagcctgtc gctcacgatc cgtcactgga
      541 tggtgctcct catcgaaata gacggtctgc ccgttcatct cacgcggtgg ctccatatcg
      601 ggctgcgagt tggttggcac gggtgtctca tattgctggt gtagggtgag gacgggtacg
      661 ccctcggggg cgagagtgga ggacggagag accgacttcg gggggagtgt ttcggctgtc
      721 gcctcgttcg taaacgaagg tgtctctttt gcgatcggct ctaccgttcg ggtgtattgc
      781 tcgcctacga tctcactaag ctctttaatc tcatgcagct tggtgggcaa aaaatagaga
      841 tcacgctcaa tgccgaaccc tccgatcttg acttcggcca tctcatcaaa agacatatac
      901 cccagctccc ag
//
LOCUS       SEQF2638.1|AYYF01001323.1 446 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..446
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             130..375
                     /locus_tag="SEQF2638.1_01249"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNHETGKSRKLNDDDMMQMQTLASDILLMERGQSKAVTGKEHLE
                     RNDFIIEKQKAELQRMDAAKRHKEEQINLAEQELKQV"
ORIGIN      
        1 caaatcttcc tgcacaagga tgaagggcat tggctgaacg gtcagccgga agcggaagac
       61 agggaaagct tcaaagtcgg ggacagatgg ttcaagccga actatcatgc ccatatcgtt
      121 ttcgactgga tgaaccacga aacaggaaag agccgaaagc tcaatgacga tgacatgatg
      181 cagatgcaga cccttgcatc cgacatcctg ctgatggaac gcgggcagtc aaaggctgtc
      241 actggtaagg agcatctgga acggaacgac tttatcattg agaagcagaa agctgaactg
      301 caacgcatgg atgcagccaa acggcacaaa gaagaacaga taaatcttgc cgagcaggaa
      361 ctgaaacagg tgtagatagg atagcagctc cacttcttga taaagaaggg gttgttatag
      421 cgcataagac aggttcaggt gatgtt
//
LOCUS       SEQF2638.1|AYYF01001324.1 977 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..977
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             17..658
                     /locus_tag="SEQF2638.1_01250"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSFDEMAEVKIGGFGIERDLYFLPTKLHEIKELSEIVGEQYTRT
                     VEPIAKETPSFTNEATAETLPPKSVSPSSTLAPEGVPVLTLHQQYETPVPTNSQPDME
                     PPREMNGQTVYFDEEHHPVTDRERQAEVEASLFAPEAYTDWQRDVARVNREIAEKPQQ
                     RGRSAAGSTPRRTARRTGKATPSDKHQLSFLDLLSESEAPSPAVPLFCGRSWF"
ORIGIN      
        1 ctgggagctg gggtatatgt cttttgatga gatggccgaa gtcaagatcg gagggttcgg
       61 cattgagcgt gatctctatt ttttgcccac caagctgcat gagattaaag agcttagtga
      121 gatcgtaggc gagcaataca cccgaacggt agagccgatc gcaaaagaga caccttcgtt
      181 tacgaacgag gcgacagccg aaacactccc cccgaagtcg gtctctccgt cctccactct
      241 cgcccccgag ggcgtacccg tcctcaccct acaccagcaa tatgagacac ccgtgccaac
      301 caactcgcag cccgatatgg agccaccgcg tgagatgaac gggcagaccg tctatttcga
      361 tgaggagcac catccagtga cggatcgtga gcgacaggct gaagtcgagg cgagtctgtt
      421 tgctcccgaa gcgtacacag attggcagcg ggacgtggcc cgggtcaacc gggagattgc
      481 agagaagccc caacagcgag gtcggtcagc cgcagggtcg acgccccgtc gcacagcgcg
      541 cagaaccgga aaagccaccc cgtcagacaa gcaccagctg tcgtttctcg acctgctgag
      601 cgagtccgaa gcgccctcgc ctgcagtgcc tcttttttgt ggtaggtcat ggttttaagg
      661 tggatataag gattggatta ttaaccggta aggttaatag ttgacttcct gccgcagggt
      721 attaattagc aagcttgctg attaatttca tgtgacagga tattaagtgg aaagctttct
      781 ggttaacttc ctgtcgtaga atcataactc gaaaggttag cgattaatat ccgctataaa
      841 taggggatga tttncctgcc gatcccccgt ttttgtggtt tgttttcggt cttccgaacg
      901 gctggagcct ctttggcaga cgatttcagg cgctctttgt tcgataggga gtccttgaaa
      961 atgaattcga tgcctcg
//
LOCUS       SEQF2638.1|AYYF01001325.1 1560 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1560
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(1097..1543)
                     /locus_tag="SEQF2638.1_01251"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPDGLILLIAGEDILIHFGQVGHANVCTEQIGGEAGVDLSRDPT
                     FTKVEVQVGKGDGRRDSRTECRETLLCHLVPRVIEQPRVDPFGLLDHIARDEPIRYLV
                     GVCDRIEEDAPLECGEDVALLHVREQGCHVGQLHRAELVERCAKRL"
ORIGIN      
        1 ctgggagctg gggtatatgt cttttgatga gatggccgaa gtcaagatcg gagggttcgg
       61 cattgagcgt gatctctatt ttttgcccac caagctgcat gagattaaag agcttagtga
      121 gatcgtaggc gagcaataca cccgaacggt agagccgatc gcaaaagaga caccttcgtt
      181 tacgaacgag gcgacagccg aaacactccc cccgaagtcg gtctctccgt cctccactct
      241 cgcccccgag ggcgtacccg tcctcaccct acaccagcaa tatgagacac ccgtgccaac
      301 caactcgcag cccgatatgg agccaccgcg tgagatgaac gggcagaccg tctatttcga
      361 tgaggagcac catccagtga cggatcgtga gcgacaggct gaagtcgagg cgagtctgtt
      421 tgctcccgaa gcgtacacag attggcagcg ggacgtggcc cgggtcaacc gggagattgc
      481 agagaagccc caacagcgag gtcggtcagc cgcagggtcg acgccccgtc gcacagcgcg
      541 cagaaccgga aaagccaccc cgtcagacaa gcaccagctg tcgtttctcg acctgctgag
      601 cgagtccgaa gcgccctcgc ctgcacccgt ccctgaagtc cgacgaacgt tcgacgtcag
      661 cccgcgccct ttcctttcac aacccgactc ccatctccgc gacggctcta tcgtcgtgca
      721 aggcgggcag atcggctacc tctctaacct caatctcagc ccgacgttcc acccgatgga
      781 tctgccgctt tcgcgcattt cgcgcctcaa ggcatacgtc gagatccgcg agagctacca
      841 tcggctctac gattatgagg cgaacaacca cctagcggat ccagaggagc gcgagaagct
      901 gaatcggctg tacgatgatt tcgtccggcg ttgggggcat ctcaatctca aggcaaacgc
      961 cgacctcctg aagatggatg ccacgggcgc cgagatgctc ttcttggaac gaagtgaggg
     1021 tggacgatat atcaaagccg acatctttga tcacccgacg gccttcgccc tgactgagtc
     1081 tgtcgcggcc gatccgtcag aggcgctttg cgcatcgctc aacaagttcg gcacggtgga
     1141 gttgtcctac atgacatccc tgctccctga catggaggag agcgacatcc tcgccgcact
     1201 cgaggggcgc atcttcttca atccgatcgc agacgcctac gagatagcgg atcggttcat
     1261 ctcgggcaat gtgatcgaga aggccgaacg gatcgacgcg tggctgctcg atcacccggg
     1321 gcacgagatg gcaaagcaaa gtctcgcggc actccgtgcg gctatcccga cgcccatccc
     1381 ctttgccgac ttggacttca accttggtga acgttggatc ccggctaagg tctacgcccg
     1441 cttcgcctcc gatctgttcg gtacagacgt tggcgtgtcc tacctgcccg aaatggatga
     1501 gtatatcctc tcctgcgatc agaagaatca agccatctgg catacttacg ccgtgcaagg
//
LOCUS       SEQF2638.1|AYYF01001326.1 315 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..315
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tgacctcata tcccttttta tttgtgtatg gtatggagaa cacgccgttc ttcttgtact
       61 tcgcaataat tttctttttt gaagtagtgt atttagcggc gtatgtcttg tacatactat
      121 actccataat atgatagaac gagtcaataa ccgagctgtt gttagctaaa atcagaggaa
      181 ttgtcaaaga aagactgaac tatcctgccg ccgatgaaat ggatgatagt atcaaacgac
      241 tgaaatacat aagatacgcg gatgattttc tgattggagt aattggcagt aaacaagatt
      301 gcattcaaat caaag
//
LOCUS       SEQF2638.1|AYYF01001327.1 5919 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..5919
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             46..327
                     /locus_tag="SEQF2638.1_01252"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFVGAVSDNFDERIEQKIFHAEIVIDTAKVSAEMRSYRPIPVIA
                     DFRDASGGDTMKASIDANYRQIKQEILSLVDSEIARIKADPKLQGMMKG"
     CDS             417..2114
                     /locus_tag="SEQF2638.1_01253"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEVMTCRYIGLIGVFISVFFFSSCDSHRANREMKQAEEMMAQNP
                     DSARAMLENIGSHHLMNEKSYAHWCMLLGRVRDEQQKKKRTSNPLSTRQWLKAQAYYD
                     RKGTPREQAEIRLYTGRSQKDDGEYDAAVDTYKDGLSLVAKSNDYSLAGYLSSYLADL
                     YFEKRLYGQAQGKYDDAASFHARSGNLRSQALALRDAAYCYFVEDKMAEALFTLQKAD
                     SIIGSTGDSTAIRAIFSDFGVFYGEMGMTDKAEMYLAANINSNDPWPTYLALADVYIK
                     KKEYGKAREYTEKAVSETTKGEVLRLHYLIEKSDGSPSKAIDYLEQYIDYLDSTYAAQ
                     NRSHVYEVEQRYDKSQLENENIRLQVAILYRTLAIIILSVCAAIGILLFRRVQKLRLD
                     RQQEALQQKENEIRFLTIELNEMKSALNERQESEANAYKVQREKIISLEKALAEKKEL
                     ILQSSTVGKKVVRVIRQGAAAKVSLSARDWTALEGDIKSLYPQAYAFFTGKIKTQKSS
                     APWKLCLLSFFNSDTKVEAFLLGLTDDIAARQCRYRLRKDLGVDGSQSLAVFLRSLG"
     CDS             complement(2082..2303)
                     /locus_tag="SEQF2638.1_01254"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MECCGKLIIMTLQNIAEYQFIIDYSRYIYMSWNFDFVLFMLRGN
                     QEVIRTSLSEERLWWTDAKSAQAPQKDGQ"
     CDS             2997..4250
                     /locus_tag="SEQF2638.1_01255"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNRLFFALVAICATFMLFSCNNEENSMTSFSKGNNDADVYPPQY
                     FARVLALSLKDEALRDFIKEEAAKQKDGDYDILIAEVIDRNIGSNGTLRSGMTDETPT
                     LRDHLKQNDLSDSRTSSITLQSVLKEIETNYPSLQIAVPNMENASWKEVVSGSSPFFV
                     AFLPKDYKEGDDVVAYDQKGKEHLLDGREEPKTPVIVISESERITAIPASAQIPSKYK
                     GMSSYYKNNIYTYLTEGYEGDKPKNISSLRSLRQYPYHTIRKAKFASQSAMRRYEPWT
                     KGRPEVCVLITNNTEHIENEFDDKGWWDGNINYLDYGFSIPEYGAIEHGNRPIAFFWY
                     EKDVEIDFSKILGKRAGSVNIPIYSPRNGNYKFGLIVSLSLLRLFEDHNDYIGCNVYP
                     NRASDGQLVALEHPVHANDFFFWVY"
     CDS             4290..5003
                     /locus_tag="SEQF2638.1_01256"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKLTRVLSTTVAIAAMVVCGVMPAKAQFNFGARVGWAISDLGQE
                     NSEEYLAGPSAGVTAEYYLPSSFGFRLGVGYARKGSGLIYGQLGPKENWSGFRPMPNA
                     PVYMNAGLDYLDIPLQVRYKRSIDEKARLSVGLGGYLGYGLGGDMNLVYPDEFLKSDV
                     FNGTMHGIRPERSIKAFNRTDFGALIDVEFVYRHFAVGLDYRLGLRNVHDHLPVYPNA
                     TNATARNHTLNISIGYNFK"
ORIGIN      
        1 gacagcctga ttccggcctc aaagatcagc aacctgacgc agggcatgtt tgtcggtgcc
       61 gtctccgaca acttcgacga gcgtatcgaa cagaagatct tccacgcgga gattgtgatc
      121 gataccgcca aagtgtcagc cgagatgagg tcctaccgtc cgatccctgt catcgccgac
      181 ttccgcgacg cctcgggagg agacacgatg aaggcctcca tcgacgcgaa ctatcgccaa
      241 atcaaacagg agatcctctc gctcgtcgac tccgaaatcg cccgtatcaa agccgacccg
      301 aagctacagg ggatgatgaa ggggtgaggt ggagtgcggg acatgcacag cagcttccgt
      361 tttgtctttt ttggtagact gttactttcg cgtctttttt cgaaaacgag atacaaatgg
      421 aagtgatgac ttgtagatat ataggattga taggagtgtt catcagtgtg tttttcttca
      481 gttcgtgtga tagccatcgt gcgaatcgtg agatgaaaca ggctgaggaa atgatggcgc
      541 aaaaccccga cagtgcgcgg gcgatgctgg aaaacatagg ttctcaccat cttatgaatg
      601 aaaagtcgta tgcccattgg tgcatgttgc taggccgggt gcgtgatgaa cagcagaaga
      661 agaaacgtac gagcaatccg ctttctacac gccaatggtt gaaagcgcag gcgtattacg
      721 atcgtaaggg aacgccgcga gagcaggccg agattcggct ctacaccgga cgctctcaaa
      781 aagacgacgg ggagtacgac gctgcggtcg atacgtataa ggatggactt tcattggttg
      841 cgaaaagcaa cgattattcc cttgcgggtt atttatcgag ctatttggct gatttgtatt
      901 ttgagaaaag gctatacggt caagctcaag gaaaatatga tgatgcagcg tctttccatg
      961 ctcgatccgg aaatctacgc agtcaagcgt tggcgctaag agatgctgcg tattgttact
     1021 ttgtagagga taaaatggca gaggcactct tcacactaca aaaagcggat tccatcatcg
     1081 gatcaacagg agattctact gctatccgtg ctatattctc cgatttcgga gttttttatg
     1141 gtgaaatggg aatgacggat aaggctgaga tgtatctcgc ggctaatata aactcaaatg
     1201 atccttggcc tacttatctg gctttggctg atgtctatat caagaaaaaa gaatatggta
     1261 aggctcggga gtatacagag aaggctgtct ccgaaaccac caagggtgaa gtgcttcgct
     1321 tacattatct gattgaaaag tcggatggca gcccgagtaa ggcaattgat tatttggagc
     1381 aatacataga ttatttagat tctacctatg ccgcacaaaa taggagccat gtctatgaag
     1441 tagaacagcg atatgataag tcacaattgg agaacgaaaa catccgccta caggtggcga
     1501 tactgtatcg cacgctcgcg attatcattc tttcggtatg tgcagccata gggattttgc
     1561 tatttcgacg tgtccaaaaa ctccggcttg acaggcaaca ggaggcgctg cagcaaaaag
     1621 agaatgagat acgcttcctt acgatagaat tgaacgagat gaaaagcgca ttaaatgagc
     1681 ggcaggagtc ggaggccaat gcatacaagg tgcagaggga aaagatcata tcgttagaaa
     1741 aggccctggc ggaaaagaag gagctgattc tccaatcttc gactgtcgga aaaaaggttg
     1801 ttcgtgtgat acgacaaggt gcggcggcaa aggtttcgct gtcggcaaga gattggacag
     1861 ctttggaagg agacatcaaa tcgctctatc cccaagcata tgcttttttt acagggaaga
     1921 tcaaaacgca aaagtcgagt gccccttgga aactttgcct actctctttt ttcaattctg
     1981 acactaaagt cgaggccttc ctacttggat tgacagacga cattgcagcg cgtcaatgcc
     2041 gctatcgcct ccgtaaggac ttaggagtag acggttctca atcactggcc gtctttctgc
     2101 ggagcttggg ctgatttcgc atctgtccac cagagacgct cctcacttag ggaggttctg
     2161 ataacctcct gattgcccct taacataaac agcacgaaat caaagttcca agacatgtat
     2221 atgtaacgtg aatagtcgat aataaactga tattcagcga tgttttgcaa cgtcattatt
     2281 atcaatttcc cacaacattc cattgccaag attaccatca taagcactta aagtctcatc
     2341 acttctcgtg tcgagcgcaa cttattcata catagcgata tattatcgta ccgtataacg
     2401 cgggatgtaa cgcattttat tgtaacttcc tgataatcag cattaggata taacgttttt
     2461 ccagccaaat ttttctcgac ctttgatctt ttcgcttcat ctttgcgacg aaataattca
     2521 aagccaaact ataatgttaa cgaggaagat tcaaaagacc agcgcgcttg tcgcgctttt
     2581 attagcaatg gcattgtcac catgcttcgg aaaaagtatc accctaacaa gagcgagcaa
     2641 gaaagcttca gcattcttgc gctctttaga attcatcact actatcaatg ctgattacga
     2701 tgaacaaagc cagaagttga caatcgactt cgatgaagat tttggggacg tgattgtctc
     2761 tatagagaat gaacaaggaa cgaaagttta tagtagattc tttcgagcga ctccgcgttc
     2821 aactatgtcc ttttctattc agtcaatctc atcgggaaca tataacttga ttattacccc
     2881 tgttagaagc gcatcagtgg aaggtagctt cacggtggac gattaaaata tcttgcgaat
     2941 agatcggtaa attgcatttc ttagaggatt aaaccattta tattatacac agtaaaatga
     3001 acagattatt ttttgcgctt gtagccatct gcgctacatt catgttgttt tcatgcaaca
     3061 acgaagagaa ttcgatgact agtttctcta aaggcaacaa cgatgcagat gtatatccgc
     3121 ctcagtactt tgcccgtgtt ttggctctct cattaaagga tgaagctcta cgtgacttca
     3181 ttaaagaaga ggccgctaag caaaaagatg gcgattacga catcttgatt gcagaggtaa
     3241 tagatcgaaa tattggatct aatggcacac tgcgttcagg tatgacagat gaaacgccaa
     3301 ctttacgaga tcatttgaaa cagaatgact tgagtgattc acggacgtct tctataacat
     3361 tacagtctgt gttgaaggag atcgagacga actatccatc cttacagatc gcggtgccca
     3421 atatggaaaa cgcctcgtgg aaagaggttg tctctggtag cagtcctttt tttgtagcct
     3481 tcttacccaa ggactataaa gagggagatg atgttgttgc gtatgatcaa aaaggaaagg
     3541 aacacctctt ggatggacga gaggagccaa aaacacctgt tattgtcatt agcgaaagcg
     3601 aacgtataac ggcgataccg gcatcagccc aaatcccttc caaatacaaa ggaatgagca
     3661 gttattacaa aaacaatata tatacatatt taacagaagg gtatgaaggt gataagccaa
     3721 aaaacatttc ctcattacgt tcactgcgtc aatatcctta tcacactatc agaaaggcca
     3781 aatttgcaag tcaaagtgca atgcgtagat atgagccatg gacaaagggg cgtcccgagg
     3841 tctgtgtcct catcacgaat aacacagaac atatcgaaaa tgagtttgac gataaaggtt
     3901 ggtgggatgg aaatataaac tacttggatt acggtttttc aatacctgaa tacggagcta
     3961 ttgaacatgg aaatcgtcct atcgccttct tttggtatga gaaggatgtc gaaattgatt
     4021 ttagcaaaat cttaggaaag agagccggta gtgtaaatat ccccatctat tctcctcgaa
     4081 acgggaacta taaattcggc ttaattgtaa gccttagttt attaagactt tttgaagatc
     4141 acaatgacta cattggatgt aatgtttatc caaacagggc ttctgatggt caactcgttg
     4201 cgttagagca tcctgtacat gcgaatgatt tctttttttg ggtttattga tttatacgtc
     4261 acatagcgta aattgcacat aacaagaaga tgaaattaac aagagtctta tccacaacgg
     4321 tggccatcgc agcaatggtc gtgtgtggag tgatgcctgc aaaagcgcag tttaatttcg
     4381 gcgcccgcgt cgggtgggcc atctcggatt tgggacagga gaactcggag gaatatctgg
     4441 ctgggccatc ggctggtgtg acggcggaat attacctgcc ctcgtccttc gggtttcgcc
     4501 ttggcgtagg ttatgcacgg aaaggctccg ggctgatcta cgggcaactt gggcccaaag
     4561 aaaattggag tggtttcagg cctatgccga acgctcccgt ctacatgaat gccgggctgg
     4621 actacctcga catcccgctg caagtgcgtt acaaacgatc gattgatgag aaggcacgcc
     4681 tcagcgttgg cctcggcgga tatttgggct atggcctcgg cggcgatatg aacctagtct
     4741 atcctgacga gtttctcaag agcgacgtct tcaacggcac catgcacggg atccgcccgg
     4801 agcggagcat caaggcgttt aatcgcacag atttcggcgc cctgattgac gtggaattcg
     4861 tctatcggca cttcgctgta gggttagact accggctcgg actgcgcaac gtgcacgacc
     4921 acttgccggt ctatccgaat gccacgaatg ccacggcgcg caaccacacg ctcaacatct
     4981 ccatcggcta taattttaag taaactcact tgtagcccat ttctgagttc ggaatgagtc
     5041 caaccttgcg ggataggtct ttcctgtgat tcggaaatgg gctacatatt atttgaggta
     5101 cgaaagggcg accgcttgca atgacataat gtcttaatca gccaactgta ttccctcttt
     5161 ctcccgcctt ctccctccca acccatactg agtcattcca catagccatc ccggatcggg
     5221 gtggctattt tcgtatctgt ttcatcttaa aatctgatac tactatggaa gaaaattcgg
     5281 atcgctatgt gcttgtgctg gaggatcgga gcgagactaa atcgccggct gaccccggcc
     5341 gcctgtccgt catttcgggg caggacgaga agggaaagat caaaaccgta gaaccaaccg
     5401 aggagaatcg gtcggctttc ttggtgttca agaagaacga tggactgctg aaaaacttta
     5461 tgacgaacct ccgtcggcag ttcaatgacc cgacgcattt cggcgtttat cggatcgtag
     5521 ccgatcgagt ggttgagtct gtgaaatcgc tgaagagtat gctcgccgcg cgcgatgtgc
     5581 ctaaaaacaa agccgtatta gatagtattc gcgtcagctc ggacgagtct ccggtccaaa
     5641 agccgtccgc catcgaccca gaaagagtgg attggaagga gctggagagc ctcggcgtga
     5701 gccgggagaa gctcaaggct ggcggggact tagatcgact gctaaattgg cagaaaacgg
     5761 gacttgttag cctcgctgtg cccttcggag atactacgat ttacaccgaa gcacggctgg
     5821 ctctccgtac aggggtagac ggtcgcctca gtctcaacat ccatacgttg cgacgagaac
     5881 cgcagctcga tttcccctac atggggcaca cgttttcgc
//
LOCUS       SEQF2638.1|AYYF01001328.1 326 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..326
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 attttacctt catctaatac cacaatctga tcggcatctc ggacggtgga aagtcggtga
       61 gcgacaacta taaccgtctt acctcgataa aaggaggcta aattttcggt aatcgctcgt
      121 tcgttgttgg catcgagtgc attggtggct tcatccaaga aaacgaacat cggattcttg
      181 tacactactc ttgcgataag aatccgctgt cgctgtcctt ggcttacccc ttgtccatct
      241 tgtccgatca gattgtggta ttagatgaag gtaaaatagc agaagtgggc acccatgagg
      301 agctcactgc aaaacgagga aagtat
//
LOCUS       SEQF2638.1|AYYF01001329.1 471 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..471
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(247..447)
                     /locus_tag="SEQF2638.1_01257"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAAIIWFLRIYEDGRYCTFPHAVEFLNRPYAQIFPILTSYDELA
                     NYLSPFMDAWEGNAQDQLQVRP"
ORIGIN      
        1 gtcttccgtt aaggcttaac catcgagccg ctcggactat cgttcaacca gtataggctt
       61 tatcctcata tctatctttt cactttgcca ctcggtcaag acttgacagt tcatccactc
      121 gtggctttgc cgacatgcta cactccccat cgtctttcgt tgaatggata agtcggctag
      181 tgataggtta ttatttcaaa gaacacgaac ctaatagctt gccaaagcta tatttattat
      241 atgcccttac gggcgcactt gcaattgatc ctgcgcattg ccttcccacg cgtccataaa
      301 gggcgagagg tagttggcga gttcgtcgta agacgtcagg attgggaaaa tctgcgcgta
      361 gggacggttc agaaattcga ctgcgtgcgg gaaggtgcag tagcggccat cctcgtaaat
      421 tctcaggaac caaatgatgg ccgccaacag gataatcggc gactcgacga a
//
LOCUS       SEQF2638.1|AYYF01001330.1 353 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..353
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cgaggcatcg aattcatttt caaggactcc ctatcgaaca aagagcgcct gaaatcgtct
       61 gccaaagagg ctccagccgt tcggaagacc gaaaacaaac cacaaaaacg ggggatcggc
      121 aggnaaatca tcccctattt atagcggata ttaatcgcta acctttcgag ttatgattct
      181 acgacaggaa gttaaccaga aagctttcca cttaatatcc tgtcacatga aattaatcag
      241 caagcttgct aattaatacc ctgcggcagg aagttttttg agctttacgt tgtgtcggca
      301 aataaagata ttctcgtcaa acaaatataa ataatataaa catggaaaaa aac
//
LOCUS       SEQF2638.1|AYYF01001331.1 970 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..970
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(320..964)
                     /locus_tag="SEQF2638.1_01258"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEQLFTQSVSIESGGESFIENALFAEGNHNIATAYRIGTDAYGK
                     PAPVYIHTGGIEGIARDLEARISADMAARFDQKIYRSGLPENVSQIATSEKKTSPSAE
                     KKSEREKQTEQEEASEAYDLMPKALARGLPKLYASEKQLIGDRTAYARYFFPMGAYTA
                     YLLEYDPKERIGFGAVTMGYGWELGYMSFDEMAEVKIGGFGIERDLYFCGRSWF"
ORIGIN      
        1 cgaggcatcg aattcatttt caaggactcc ctatcgaaca aagagcgcct gaaatcgtct
       61 gccaaagagg ctccagccgt tcggaagacc gaaaacaaac cacaaaaacg ggggatcggc
      121 aggnaaatca tcccctattt atagcggata ttaatcgcta acctttcgag ttatgattct
      181 acgacaggaa gttaaccaga aagctttcca cttaatatcc tgtcacatga aattaatcag
      241 caagcttgct aattaatacc ctgcggcagg aagtcaacta ttaaccttac cggttaataa
      301 tccaatcctt atatccacct taaaaccatg acctaccaca aaaatagaga tcacgctcaa
      361 tgccgaaccc tccgatcttg acttcggcca tctcatcaaa agacatatac cccagctccc
      421 agccgtaccc catcgtaacc gccccgaagc cgatgcgttc cttggggtca tactccaaaa
      481 ggtaagcggt ataggctccc atggggaaga agtaacgcgc ataggccgtg cggtctccga
      541 taagctgttt ctcggaggca tagagcttag gcagccctct ggcgagggct ttcggcatca
      601 aatcataagc ctcgcttgcc tcttcttgct ccgtttgctt ctctcgctcg ctcttcttct
      661 cggctgatgg ggatgtcttt ttctcggagg tggcaatttg cgacacgttt tccggcagcc
      721 cgctccggta gattttctga tcaaaacggg ctgccatatc ggcggagatc cgcgcttcca
      781 agtcacgtgc gatgccttcg attccgcccg tgtggatgta gactggggca ggctttccgt
      841 aagcatctgt accgatgcga taggccgtgg caatgttatg attgccttcg gcaaacaggg
      901 cgttctctat gaatgactct ccgcctgatt cgatggaaac gctttgcgta aagagctgct
      961 ccaactcatt
//
LOCUS       SEQF2638.1|AYYF01001332.1 1093 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1093
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cgaggcatcg aattcatttt caaggactcc ctatcgaaca aagagcgcct gaaatcgtct
       61 gccaaagagg ctccagccgt tcggaagacc gaaaacaaac cacaaaaacg ggggatcggc
      121 aggtaaatca tcccctattt atagcggata ttaatcgcta acctttcgag ttatgattct
      181 acgacaggaa gttaaccaga aagctttcca cttaatatcc tgtcacatga aattaatcag
      241 caagcttgct aattaatacc ctgcggcagg aagtcaacta ttaaccttac cggttaataa
      301 tccaatcctt atatccacct taaaaccatg acctaccaca aaaaagaggc actgcaggcc
      361 aatctcgatg ccgtccgcac cctgctggcc ttagaaaaca cgcgccgcgc gccgtcggaa
      421 agcgatcggg cgacgctgcg gcggtacaat ggctttggcg gactcaaatg cgtcctcctt
      481 ccggccactg atccggcgga catcgaccgc tggccgcgcg ctgagcatga gctatttcca
      541 ctcgttcgcg agctacgtga aatcatcgat caaggcgcct cggagagcga tgccacacgc
      601 ctttggaacg gcatcaaaag cagcgtactc acttcgtttt acaccgacga acgcatcgtc
      661 ggcgccatcg ccgcggggct tgggatgagc ggtttacccc tccgccgcat gctcgatccg
      721 tcggctggga tgggtgtctt ttcccaagcg ctggcgaacg aacaaacgga cgtcgtctcg
      781 ttcgaaaaag acctcgtgac agggcgcatc ttgcgacttc tcacggctga caatccgcga
      841 caaaccgtcc gcatcgaagg cttcgaagag atcgaggcac gcgaggccgg gcgattcgat
      901 ctcgtggcaa gtaacatccc cttcggaaat ttcgccatct acgatcgggc gtacagcaag
      961 ggtaaagacg cggcgaagcg ggaggccacg cgcgccatcc acaattactt tttcgtcaag
     1021 gggcttgact gccttcgcga gggcggattg ctggccttca tcacttcccg cggcgtggct
     1081 gacagcccga cga
//
LOCUS       SEQF2638.1|AYYF01001333.1 566 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..566
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             7..495
                     /locus_tag="SEQF2638.1_01259"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEQLFTQSVSIESGGESFIENALFAEGNHNIATAYRIGTDAYGK
                     PAPVYIHTGGIEGIARDLEARISADMAARFDQKIYRSGLPENVSQIATSEKKTSPSAE
                     KKSEREKQTEQEEASEAYDLMPKALARGLPKLYASEKQLIGDRTAYARYFFPMGAYTA
                     YQ"
ORIGIN      
        1 aatgagttgg agcagctctt tacgcaaagc gtttccatcg aatcaggcgg agagtcattc
       61 atagagaacg ccctgtttgc cgaaggcaat cataacattg ccacggccta tcgcatcggt
      121 acagatgctt acggaaagcc tgccccagtc tacatccaca cgggcggaat cgaaggcatc
      181 gcacgtgact tggaagcgcg gatctccgcc gatatggcag cccgttttga tcagaaaatc
      241 taccggagcg ggctgccgga aaacgtgtcg caaattgcca cctccgagaa aaagacatcc
      301 ccatcagccg agaagaagag cgagcgagag aagcaaacgg agcaagaaga ggcaagcgag
      361 gcttatgatt tgatgccgaa agccctcgcc agagggctgc ctaagctcta tgcctccgag
      421 aaacagctta tcggagaccg cacggcctat gcgcgttact tcttccccat gggagcctat
      481 accgcttacc aatgaacgcc tcttgctcgg gcgtgggtgg gatgtgatgc aggatctcgc
      541 gcttctccgg acggtcgatg ccgatg
//
LOCUS       SEQF2638.1|AYYF01001334.1 389 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..389
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tttttcatca tcgttgccga ttggagatgc accgaccagc acaaggtcta aatcgtctat
       61 cagtttttgc aggacgggat tcttctctat catccgctgg aggattctct cagcctcgac
      121 caagtggttg gctgtactca tcaccttgcc ctcccgtatc tgaaagataa tccaatcggc
      181 tatgtcgata tgggcttctt tttgtttcgg ggtggcattc ctttcgatga tgtccgaaac
      241 caccacctta caaaagtaca tgctctcggc tcgctgtttc cactcggcat aagcatcggc
      301 atcgggaaag caaacaataa agtacaaacc caaaaaacaa gtatctatgg caacaaaatc
      361 aagcatacat atcaagccct gcaatatcg
//
LOCUS       SEQF2638.1|AYYF01001335.1 288 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..288
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ccgatcagat tgtggtatta gatgaaggta aaatagcaga agtgggcacc catgaggagc
       61 tcactgcaaa acgaggaaag tattttgcgc tggtgaaaaa tcaattagaa ctggggaatt
      121 gatatggaag agaagaacaa aaaggacgag aaaaactttg aactccgcag tgagaaagtg
      181 cgcagcattg taggacagat tccctcttca ttagtacgat atggtattac gattatcggc
      241 attgtattgc tttttctctt cgtgatcgcg tattttcttc cctacaag
//
LOCUS       SEQF2638.1|AYYF01001336.1 935 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..935
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(61..363)
                     /locus_tag="SEQF2638.1_01260"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MATNKYGKEIITKERAAHDLAELLGCLPFEQRQNGRNFCSEQPD
                     KDGVYTLFIDKRQTNYHEARRIAVEYFDDKVLEEGGCKVENCLVLFTLISIGVPVN"
     CDS             complement(377..919)
                     /locus_tag="SEQF2638.1_01261"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLRKKEEDALSRIGANRDKGDKENFVSEVTEQSSKEFRIVEFVD
                     LHASAGPLGMNNIDILPDTNRRLIPREYESGNLLVVRVDGDSMNDGTPRSLYDGDEVL
                     IVERTYNHWYDLPIRKNLFVICSRGGNVLKQISEINRIKGYIVCHSFNPSHADYRIAF
                     EDIYQVFVVLHVVYRKISLD"
ORIGIN      
        1 tcgcccgtgt ttactttctc ggtttccatt tctttctatt cgtgtttgtg tgtgtgatcc
       61 tcagtttacc ggtacgccga tgcttatcag tgtgaaaagc accaagcagt tctcaacctt
      121 gcagccgccc tcctcgagga ctttgtcgtc gaagtactcc actgctattc gccgcgcttc
      181 gtgatagttc gtctgccgct tatcgatgaa aagcgtgtag acgccatctt tatcgggctg
      241 ctcgctgcag aagtttcgcc cgttctgcct ttgctcgaaa gggaggcacc ccaagagctc
      301 ggctaaatca tgcgccgcgc gctctttggt gataatctct ttaccgtact tattcgttgc
      361 cattatttcg ttgctgtcaa tccaaagaga ttttgcggta aaccacgtgc aggacgacaa
      421 agacttgata gatgtcctcg aaggctatcc gataatctgc gtgtgatgga ttgaaggagt
      481 gacaaacgat gtatcccttg atgcgattga tctcactgat ctgcttcaac acattcccac
      541 cccgtgagca gatcacgaaa aggttctttc gaataggcag atcgtaccag tggttgtagg
      601 ttctttccac gatgagcacc tcatcgccat cataaagaga gcgcggcgta ccgtcgttca
      661 tcgagtcgcc gtctacacgg acgactaaga ggttaccgct ttcgtattcc ctcgggataa
      721 ggcggcgatt cgtgtcaggg aggatgtcaa tgttattcat ccccagcgga ccggcggagg
      781 cgtgcaggtc tacgaactca actatcctaa attccttgga agactgctcg gtcacctcgc
      841 tgacaaaatt ctctttgtcc cccttatcac ggtttgctcc gattctcgac agcgcatcct
      901 cctccttctt gcgtagcatc tcgccctcgc ccgtg
//
LOCUS       SEQF2638.1|AYYF01001337.1 1791 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1791
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(61..363)
                     /locus_tag="SEQF2638.1_01262"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MATNKYGKEIITKERAAHDLAELLGCLPFEQRQNGRNFCSEQPD
                     KDGVYTLFIDKRQTNYHEARRIAVEYFDDKVLEEGGCKVENCLVLFTLISIGVPVN"
     CDS             complement(405..833)
                     /locus_tag="SEQF2638.1_01263"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIRAISRGNMPTGDTRLIDLSVDELEDVITRTVKRALAAELPQA
                     LTEAERRTEDGLLKVGRERYDFGIDGIARTFGVSRTTARRIKRSGVIDEAISQCGRSI
                     TINQTRALELTRGTRLGAMATAACREMDKSEKRTAKQEAL"
     CDS             complement(830..1096)
                     /locus_tag="SEQF2638.1_01264"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSDDTRAMLDELLLRRLTWRDRWVAVYFALSLAAIIITAEAPIW
                     VMIAMMLNFFNAARVVQTIDLPPEEDEATGEDNEDETEVEASKP"
     CDS             complement(1093..1323)
                     /locus_tag="SEQF2638.1_01265"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTRLMTREEREAGVYAFYKSRLEAGVGKMRSVYDTMGKFSIAAP
                     ITVYRIKSRVEKRLEAAAANGRTAEAAEGQEP"
ORIGIN      
        1 tcgcccgtgt ttactttctc ggtttccatt tctttctatt cgtgtttgtg tgtgtgatcc
       61 tcagtttacc ggtacgccga tgcttatcag tgtgaaaagc accaagcagt tctcaacctt
      121 gcagccgccc tcctcgagga ctttgtcgtc gaagtactcc actgctattc gccgcgcttc
      181 gtgatagttc gtctgccgct tatcgatgaa aagcgtgtag acgccatctt tatcgggctg
      241 ctcgctgcag aagtttcgcc cgttctgcct ttgctcgaaa gggaggcacc ccaagagctc
      301 ggctaaatca tgcgccgcgc gctctttggt gataatctct ttaccgtact tattcgttgc
      361 cattatttcg ttgtgtttgt gtgtgattac tgttgtgtgt tgtgttacag cgcctcttgt
      421 ttggcggttc gtttctcgga cttgtccatc tcacggcacg cggcggtggc cattgctccc
      481 agtcgagtac ctcgagtaag ctccaaggcg cgggtctggt tgatggtgat cgatcgcccg
      541 cactgcgaga tggcctcatc gatgacaccg ctccgcttga tccttcgggc cgtggtgcgg
      601 gatacgccaa acgtccgtgc gataccgtcg atcccgaagt cataccgctc acggccgacc
      661 tttaggagtc cgtcctccgt ccgccgctcg gcttcggtga gagcttgagg cagctcggcg
      721 gcgagggccc gtttgaccgt gcgagtgatc acgtcctcga gttcgtccac cgagaggtcg
      781 atcaggcgtg tatcgcccgt gggcatgtta ccccgactga tagcccgtat catggcttgg
      841 aggcctccac ctccgtctcg tcttcgttgt cctcacccgt tgcctcgtct tcctcagggg
      901 gcagatcgat ggtctgcacc acccgcgcgg cgttgaagaa gttcagcatc atcgctatca
      961 tcacccatat cggtgcttcg gccgtgatga tgatggccgc cagtgagagg gcgaagtaga
     1021 ccgccaccca tcggtcgcgc catgtgaggc gccggaggag caactcgtcc agcatggccc
     1081 gtgtgtcgtc gctcatggtt cttgcccctc cgcggcttca gcagtgcgtc cattggccgc
     1141 ggcggcctcg aggcgcttct ctacacggct ctttatcctg tagaccgtga tcggcgcggc
     1201 aatactgaac ttacccatcg tgtcgtacac ggatctcatc ttccccacgc cggcctccag
     1261 tctactcttg tagaaggcat atacgccggc ttctctttcc tctctcgtca ttagtcgtgt
     1321 catttcttct tttcctttcg ttctttcatt gtaagtttgc attgaaatcg gtggcaaaga
     1381 tatacacgaa tccgtgtata gaaacagtta tgtgtatgtt ttgggatatt taacaaaaga
     1441 gtctcttttt gtcggtctct tatatggtat aacaatgcgt actacctgct acatgttggc
     1501 agcacgaaaa cgattttgtt tatatggaaa cagagcaaga aagaatatcc gaggtgatcg
     1561 cccatttctg caaatcaaaa gcagagtttg ctagaagaat ggatgtccgc ccgcaagtag
     1621 tcagcaactg ggtcgcccgg ggtgctggaa aacaggtgtt gagtaagatc ttgacaaagt
     1681 tcccagaagt aaacgccaac tggcttctca cgggcgaggg cgagatgcta cgcaagaagg
     1741 aggaggatgc gctgtcgaga atcggagcaa accgtgataa gggggacaaa g
//
LOCUS       SEQF2638.1|AYYF01001338.1 14141 bp   DNA    linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..14141
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             17..559
                     /locus_tag="SEQF2638.1_01266"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLRKKEEDALSRIGANRDKGDKENFVSEVTEQSSKEFRIVEFVD
                     LHASAGPLGMNNIDILPDTNRRLIPREYESGNLLVVRVDGDSMNDGTPRSLYDGDEVL
                     IVERTYNHWYDLPIRKNLFVICSRGGNVLKQISEINRIKGYIVCHSFNPSHADYRIAF
                     EDIYQVFVVLHVVYRKISLD"
     CDS             599..1183
                     /locus_tag="SEQF2638.1_01267"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKYLLLALIALVAAACSKEEEDKSLEPASADDIITPEKTLGLI
                     GGTINEVKAAFQGFKPSSEYNTDVAYDLKMDDYKVGNGRAHILYRTGDDGRIRYIEVM
                     YYNAYEYLLPNYIEQVQKVYPSTTESFFGFVNPGRYAYGLCRSIEDFNATITDQSKIY
                     SLVSKFNFPEKSVKATVSYLADTSLDPTFILRIE"
     CDS             1214..1528
                     /locus_tag="SEQF2638.1_01268"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQLLFANSQIEKLCTSPERAVMKYGARCARILLDRMRQMRLAEN
                     LRELSQQAGHFHALTGERKGQWACRLQGGLRLVFVPGAHGEMVLKEITYLTITEIVDY
                     HK"
     CDS             1532..1897
                     /locus_tag="SEQF2638.1_01269"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METRKEYLSPVVIHPGELVKDWMEEKGVTASEMATLGNTSEASV
                     RSIADCWEDITPVSAAALERATGISANFWMRAQRLYEEDLERLYDDKSARHFARLTGQ
                     VWIMRGRPVSKAALAPAGV"
     CDS             2245..2508
                     /locus_tag="SEQF2638.1_01270"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVRVHVYTINVNEERAIGIDGLDLSRVPVIGDKLCICQKEHDQE
                     VVNVYKVVDVHLADQGFTDVVVAFVSEYNAYMKYLRTHPLPNT"
     CDS             complement(2498..2710)
                     /locus_tag="SEQF2638.1_01271"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIDPKTDVCSDKSFKEILSKVEKGCLPCLIGYTFNMVQAAEFKE
                     AVIRAQDMYFKGVVDAHTINTGRPKC"
     CDS             2847..3200
                     /locus_tag="SEQF2638.1_01272"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MELKEFVTDVLQQITDGVVDAQKRGVFVNPRKKHHGVKQSFYYT
                     IDGENYEESLQTVDFEVGLTNEEGSGGGKIGVSLASIISFDVNGGGKTSNSSVTRIRF
                     SIPMLLPVYKSHEKD"
     CDS             complement(3197..3412)
                     /locus_tag="SEQF2638.1_01273"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNIFKRLYITWLTQKIAFKVWRSMSFHNTGDMKEYVDPISMIDA
                     TVDRVLHMYRYNKKLRARFDKEENLVD"
     CDS             3521..4774
                     /locus_tag="SEQF2638.1_01274"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG0275"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLIRYSIRFLLRPKPSADGRVGLRMRVHIYGVGSVDIETGAAVL
                     PSDWDKDARRAHTDRAVNRAIDEYTAVAKEVFGRFEFVEKRVPTQDEFRALFLELSGR
                     GGRALSDERPRLADLYEEYIRTVCVQNSWTQATLRKVQTVGRHLMASRPPRYINDLTE
                     ESLQRFISRLLRAGMRNTTVAKDYAFVRWFLSWASKRGYYTGNLHQTFKPRLKGTDGN
                     AREIIYLTIPEMDRLRACQIPDNQKHLEQTRDVFLFCCYTSLRYSDVAALKVEDVKEG
                     YITVVTQKTSDGLKIELNRHAQAIIDKYHGKRFRGDRALPVISNQKMNDYLKELGRMA
                     GIDAPTRVVYFRGEQRFDEYHPKWELLTTHCARRTFVVTALQLGIPVEVIIRWTGHSS
                     YEAMKPYVAIVDDLKKKEMDKFNAL"
     CDS             complement(4784..7921)
                     /locus_tag="SEQF2638.1_01275"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:T2KPJ3"
                     /codon_start=1
                     /transl_table=11
                     /product="TonB-dependent receptor P3"
                     /translation="MKRKLFMLMALFLIGIGVAMAQTQVQGTIVDEQGEPVIGASVLV
                     KGTTTGTVTNIDGEFALSAPSNGTLVISYVGMQTMEVAVSPRIRVILRSDAELLDEVV
                     VTGYGTFKKSSFTGSAATVSTDKLKDVPVTSVSDKLAGNVAGVQINSESGQPGATESI
                     RIRGMGSINAGNNPLYVIDGVPVLSGNMSRFDYADAGTSILSTLNSSDIENITVIKDA
                     AAASLYGSRAANGVVVITTKKGKAGKTVFSVKANWGFSNMAVDYRPTLDGDARRELLH
                     LGLVNYAKYTEGKSDAEAKAYADENIDTYAPKPWSGWTDWRKILIRNGQYQNYDVSAQ
                     GGNEKTKFYSSISYAKQEGIYENSGFDRITGSVNVSHQASDKLTLDVSSLFSYSDQSS
                     VSEGYSYSSPIMAMASMVSPSSYPYNEDGTLGRYFPAIGDDWANPLRAIKYTSNKNKL
                     TRTFNTLSGTYTITKGLKLKEVLSYDFTQNASIAWWGPQSNDGRTANGVFQKYMINTS
                     KFNSQTQLTYDRSFDRVHNLSLLLGYETEAYKNEDTYANGSNYAAMDDPKPEIENAAI
                     TKSSSSISEYRMLSYLGRADYNYDSKYYVSASYRRDGSSRLAKANRWGDFWSLSGSWR
                     LTNEPFMESVREKVTDTKIRASYGVNGTQPWRYYDFMPVYSFGYNYDNQVGTSESTPG
                     NANLKWEKNYAFNAGIDLTFLNRFTLTVEWYTRKTQDLLLERPISGTIGFVDEYNHAN
                     ELVNVGAMRNSGIELELRSTNVQKKDFTWNTTLTLAHNQNKILQLNKDQDEIISYESI
                     HRVGQPYNSFYAYEYAGVDPQTGKELYYKNTNDEHARETTTDETKANRTIIGSADPKV
                     TGGLTNTLTWKFIDLNFTFTYSFGGKVYDGVSWLHSNGGIDLFYGAVPSHYKKEDMWR
                     NPGDNAKLPMFANGNVDVPSSRWLLPSDHVRLKNLTLGFTLPAKLSKKVGFDRIRAYM
                     SGNNLLTFKSKKLYVDPGESHAYRALEGRESSRLRYSCGFWAGFGAVLRTRKAPQKAT
                     EICLGVAMAWQKWGA"
     CDS             8984..10189
                     /gene="aspC"
                     /locus_tag="SEQF2638.1_01276"
                     /EC_number="2.6.1.1"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q9X0Y2"
                     /codon_start=1
                     /transl_table=11
                     /product="Aspartate aminotransferase"
                     /db_xref="COG:COG0436"
                     /translation="MPEISRLGIKMPESPIRKLAPLANEAKARGIKVYHLNIGQPDIP
                     TPEVGLEALRRIDKKVLSYCPSDGLPSLRQKMAEYYGRFAIEVTPDEIFITTGASEAL
                     TLVFLACLDPGDEILIPEPAYANYMSMAMSCGAVVKTVLSSIDNGFALPPIEAFEEAI
                     TPRTKAVLLCNPNNPTGYVYTREELGHIRDLVRRHDLFLFSDEVYREFRYTDAPYVSS
                     FHLEGIEPNVVMFDSMSKRYSECGIRVGAIVTRNARVRKSVMKWAQARLSPPLLGQIV
                     AEASIDAPESYLKGVYEEYIQRRDFLVKRINEIPGCYSPLPMGAFYTVAKLPVDDADK
                     FCAWCLRDFSYEGQTVMMAPASGFYVTPGYGRNEVRIAYVLERDELARALDVLEAALT
                     TYRDRWNKR"
     CDS             10232..11485
                     /gene="lolE"
                     /locus_tag="SEQF2638.1_01277"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P75958"
                     /codon_start=1
                     /transl_table=11
                     /product="Lipoprotein-releasing system transmembrane
                     protein LolE"
                     /db_xref="COG:COG4591"
                     /translation="MNVELFIARRIHFGGKADQGKTRITPPAVRIAVAGIAIGLAVMI
                     LTVAIVVGFKQEVRDKVIGFGSHIQITNFDSNSSYETAPIHVSDSLLDMLRQTHGVRH
                     VEAFATKPGLLKTDTDFQGIVLKGIGSDYDWGFFRKHLVEGRPFSVTPGRMTTDVLIS
                     RHLADLLRLRCGDSFLAYFVQDDVKARKFRISGIYDTGFSDYDQLFVLADIEQIRTLN
                     DWPSDAVSGLELLVDDYDRLDETAERVDTLLLNRRDNAGNTYFVRSIRELNPIIFNWL
                     DLLDLNVAVILALMMAVSGFTMISGLLIIILERTNMIGILKAVGQPDRSLRRVFLYIS
                     SFLIGRGMLWGNVIGLALCWVQWQFRLLTLDPSIYYLDAVPIRLSIWSWLLINVGTLT
                     VSLLMMLAPSYLITKINPARTIRFE"
     tRNA            11550..11637
                     /locus_tag="SEQF2638.1_01278"
                     /product="tRNA-Ser"
                     /inference="COORDINATES:profile:Aragorn:001002"
                     /note="tRNA-Ser(cga)"
     CDS             12024..13247
                     /gene="xerC_12"
                     /locus_tag="SEQF2638.1_01279"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01808"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerC"
                     /translation="MKTIFRTAFYLRSNYVNKDGKVPVMLRIYLNNERLSLGSTGIAI
                     LRSQWDGKKERVKGRSTEALSLNLELDNIQNGLQNIFRRMELGDYLSLERIKMEFLGK
                     KEDIGTIMELFDRHITDVKKQVGVSVSSATLQKYNVCKKHFTAFLKSKYSRTDLKLSE
                     LTYIVLHDFDLYLRTTVGQAPNTATKTLKTFKTITLFGRKLGILHHDPFVNLRFHMEP
                     VDRGFLTDEEILRVANKDLGIQRLELVRDIFIFSCFTGLAYIDVSNLTPDHIVTMDDK
                     QWIMTKRQKTSVETNVLLLDIPRAIIAKYSHKTYRDGKLFPVLTNQKTNSYLKEIADL
                     CGIKKKLTFHLARHTFATMSLSKGVPIESVSKMLGHTNIRTTQIYARITNKKIEHDME
                     QLSEKLGKFNSAMGI"
     CDS             13285..13740
                     /locus_tag="SEQF2638.1_01280"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTTNKKEFSYYRLRLESYLKDYHPERLADEAFIRDRSDAAAQA
                     YEDAFRQGYPVLEAGYIATEVLFAGLHFSPYYMLEQIIENEFANVVPPERAADFALRL
                     LQSGTIRETIEKYEPGDDFDGSPEYDQLYTELTGVIVELLEADGVKVLP"
ORIGIN      
        1 cacgggcgag ggcgagatgc tacgcaagaa ggaggaggat gcgctgtcga gaatcggagc
       61 aaaccgtgat aagggggaca aagagaattt tgtcagcgag gtgaccgagc agtcttccaa
      121 ggaatttagg atagttgagt tcgtagacct gcacgcctcc gccggtccgc tggggatgaa
      181 taacattgac atcctccctg acacgaatcg ccgccttatc ccgagggaat acgaaagcgg
      241 taacctctta gtcgtccgtg tagacggcga ctcgatgaac gacggtacgc cgcgctctct
      301 ttatgatggc gatgaggtgc tcatcgtgga aagaacctac aaccactggt acgatctgcc
      361 tattcgaaag aaccttttcg tgatctgctc acggggtggg aatgtgttga agcagatcag
      421 tgagatcaat cgcatcaagg gatacatcgt ttgtcactcc ttcaatccat cacacgcaga
      481 ttatcggata gccttcgagg acatctatca agtctttgtc gtcctgcacg tggtttaccg
      541 caaaatctct ttggattgac agcaacgaat cgaaacgaac tatttataca ataacaaaat
      601 gaagaagtat ttactattgg cgcttatcgc gcttgtggct gcggcgtgca gcaaggaaga
      661 agaagacaaa agcctcgaac cggcaagcgc tgatgatata atcacacccg agaaaacgct
      721 tgggcttatc ggaggaacga taaacgaggt aaaggccgcg tttcaaggat tcaagccttc
      781 ttctgagtac aacacagatg tcgcatacga tctcaaaatg gatgactaca aggtggggaa
      841 tgggagggcc catattctct accgcaccgg agatgatggg cgtattagat atatcgaggt
      901 aatgtattat aacgcgtacg aatacttgct gcctaactac atcgaacagg ttcagaaggt
      961 ttatccgtcg acaaccgaga gtttctttgg gtttgtgaac cctgggagat atgcttatgg
     1021 gttgtgccgg tctattgaag atttcaacgc cacaataaca gatcaatcga aaatatacag
     1081 cttagtaagt aagttcaact ttccagagaa gtctgttaaa gcgacagtct cctatctcgc
     1141 ggatacatca ttagacccaa cattcattct tcggattgag tgaacatcaa aaaggagaat
     1201 catattccct tgaatgcaac tcctctttgc caacagccag atagaaaagc tctgcacctc
     1261 gcctgagaga gccgtaatga agtacggggc gcgctgcgcg cggatactcc tcgataggat
     1321 gaggcaaatg agattggccg aaaatttaag ggagctatcg cagcaagccg ggcacttcca
     1381 tgccctcacg ggtgaaagga aggggcaatg ggcttgccgc ctacagggtg gccttcgatt
     1441 agtctttgtc cccggtgccc acggggagat ggtacttaaa gagattactt acctgacgat
     1501 tacagaaatc gtcgactatc ataaatgaat tatggaaaca agaaaggaat acctctcacc
     1561 cgtggttata cacccaggcg aattggttaa agattggatg gaggagaagg gcgttacggc
     1621 gtccgaaatg gctactcttg gaaacacctc cgaggcttcc gtacgtagca ttgctgactg
     1681 ctgggaggat attacgcccg tatcagctgc cgccctcgaa agggctaccg gcatctctgc
     1741 caacttttgg atgcgtgcgc aaaggctcta tgaggaagac ttggagcgcc tctacgacga
     1801 taaatccgcc cgccattttg cccgcctgac cgggcaagtg tggatcatgc gggggcgccc
     1861 cgtgtcgaag gcagcgcttg ccccggccgg cgtgtgaccc ggggagtctc gaaatgaccc
     1921 tcgcccgaga ccaaaaacgg aatttaagcc cgcagcgacc ctcgttttgg gctaaaaatc
     1981 gatttgaagc ccgcggcgag ggtcatttcg cgccaaaaac aggatttagg tccgcggcga
     2041 ccctcgtttc acgtcaaaaa caggatttta cacccaaccg aggcacgttt cgctggtttc
     2101 gggtacacgt cggcctcgat aggggcagca aacggcgctt tcgggtacac gtcacccaca
     2161 aaaacattcc ggggctgctt ctacgcagaa aagcagcccc gaaaacaaat caaggaaata
     2221 tcacatatca aataatagga tcatatggta agagtacatg tctatacgat aaacgtcaat
     2281 gaagagagag caatcggtat tgatggccta gatctctcaa gagtccccgt tattggtgac
     2341 aagctatgta tatgtcaaaa agagcacgac caagaggtcg tcaacgtata caaagtggtc
     2401 gatgttcacc tcgcagacca aggatttacg gatgtggttg ttgcttttgt cagtgagtac
     2461 aacgcataca tgaagtatct caggacgcat cctctgccta acacttagga cgccccgtgt
     2521 ttatcgtgtg agcatctacg acgcccttga aatacatgtc ttgggctcga atgactgcct
     2581 ccttaaactc cgcggcctgc accatattaa atgtgtaacc tataaggcac ggcaaacagc
     2641 ccttctctac tttcgacaaa atctctttga atgatttgtc tgaacataca tctgtttttg
     2701 gatctatcat agttgtcagg gggattgatt tagtacccgc aaagataggg agcacagacg
     2761 gagaccccca ctaaaacacg ccgggcgacc acgtagctct caccctacac ggccgcccgg
     2821 tcacacaaac aagaaatcaa agaataatgg aactcaaaga gtttgtaact gatgtgctac
     2881 agcaaataac agatggcgtc gtcgacgccc aaaagagagg ggtattcgtc aaccctcgca
     2941 aaaagcatca tggtgtaaaa caaagcttct actatacaat cgacggagag aattatgaag
     3001 aaagtctaca aaccgtcgac tttgaagtcg gcctgacgaa tgaagaaggg agcggtggag
     3061 gaaagatcgg cgtttcgttg gctagtatta ttagtttcga tgtaaacggc ggaggtaaaa
     3121 cctcaaactc gtctgtcact cgcattcggt tttcaatacc tatgctccta cccgtctata
     3181 agagtcacga gaaagactaa tcgacaaggt tctcttcctt gtcgaatcgc gctctcagct
     3241 tcttgttata tcgatacatg tgcaataccc gatcgactgt agcatcaatc atcgagatcg
     3301 gatcgacgta ttctttcatg tcccctgtgt tgtggaaaga catactccgc cacactttga
     3361 aggcgatctt ttgagtaagc catgtgatgt ataggcgctt gaaaatattc ataggagaat
     3421 gggctatcgg gttggttcca acttgttgat ttgacgccgg caaaagtatg actgacagcg
     3481 ccgcgcaccc actcatccgt ttcaaataga cttttctgac atgcttatcc gatacagtat
     3541 tcgcttccta ttgcgcccca aaccgtccgc ggacgggcgg gtcggcctgc gtatgagggt
     3601 gcatatctac ggcgtggggt cggtggacat cgagaccggc gctgccgtgc tcccctccga
     3661 ctgggacaaa gacgcccgac gggctcacac cgacagggcc gtgaaccgcg ccattgacga
     3721 gtataccgcc gtggccaaag aggtctttgg gcgcttcgag ttcgtggaaa agcgcgtccc
     3781 tacgcaggac gaattccggg ccctcttcct cgagctctcc ggacgtggtg gcagagcgct
     3841 ctccgacgag cggccacgcc tggctgacct ctacgaggaa tacatccgta cggtctgcgt
     3901 gcagaacagc tggacgcagg ccaccctgcg caaagtccag accgtcggcc gtcacctcat
     3961 ggccagccgc ccaccgcgct acatcaacga cctgaccgag gagtctctgc aacgcttcat
     4021 cagccgcctg ctccgagcgg gcatgcgcaa cacgaccgtg gctaaggatt acgccttcgt
     4081 ccgctggttc ctctcctggg cctcgaagcg gggatactac acgggcaacc tacatcagac
     4141 cttcaagccc cgcctgaagg gcacggacgg caacgcgcgt gagatcatct acctcaccat
     4201 cccggaaatg gatcggctgc gggcctgcca gatcccggac aaccagaaac acctcgagca
     4261 aacgcgtgac gtctttctct tttgctgcta cacctccctg cgctattccg acgtggccgc
     4321 cctgaaggta gaggacgtca aagagggcta catcacggtc gtgacacaga agacatccga
     4381 cggcctcaaa atcgagctca accgacacgc gcaagcgatc atcgacaagt atcacggcaa
     4441 acgtttccgt ggcgatcggg cgctccccgt gatcagcaac caaaagatga atgactacct
     4501 gaaagagttg ggtcgcatgg cgggcatcga tgcgcccacg cgggtcgtct atttcagggg
     4561 cgaacagcgg ttcgacgaat accacccgaa atgggagctt ctgaccacgc attgcgcccg
     4621 gcgcacgttc gtcgtcacgg ccttgcagct gggcattccg gttgaggtca ttattcgttg
     4681 gacgggtcac tcgagctacg aggccatgaa gccctatgtg gccatcgtag acgatctaaa
     4741 gaagaaggag atggataagt tcaacgcgct atgacgccca cgcctatgct ccccatttct
     4801 gccacgccat tgccacaccg aggcaaatct ctgtggcctt ttgcggcgct ttacgcgtcc
     4861 gcaaaaccgc cccaaaaccc gcccaaaacc cgcatgaata gcgcaatctt gaactctcgc
     4921 gtccttctaa ggctctataa gcatgggact ctccaggatc tacatagagt ttcttcgatt
     4981 tgaacgtaag caggttatta cctgacatgt aagcgcggat tctgtcgaag cctacctttt
     5041 tggatagttt ggccggcagg gtgaatccta aggtaagatt cttcaagcgc acatgatcag
     5101 acggaagtaa ccagcgcgaa gagggaacat ccacattgcc attggcgaac atcggcagct
     5161 tggcattatc tcccgggttg cgccacatat cttccttctt ataatgcgac ggaactgcac
     5221 cataaaacag atcaatacca ccgttagagt ggagccagct tacaccgtca tacaccttgc
     5281 cgccaaagga gtaggtgaag gtaaagttca agtcgatgaa cttccaagtc agcgtattgg
     5341 tcaaaccacc agttactttc ggatcggcac tgccaatgat cgttctattc gctttcgttt
     5401 cgtccgtagt tgtctcacga gcatgctcgt cgttggtgtt tttatagtac aactccttac
     5461 ctgtctgcgg atctacgccg gcgtattcgt aggcatagaa tgaattatag ggctgaccta
     5521 cacgatgaat agactcataa cttatgatct catcttgatc cttatttagc tgcaagatct
     5581 tattctgatt atgggccaaa gtcagtgtcg tattccatgt aaagtccttc ttctgcacgt
     5641 tagtcgaacg caactctaat tcgataccac tgtttcgcat agcaccgaca ttcacgagct
     5701 cgttggcatg gttgtattca tccacaaaac cgatagttcc agaaatggga cgttcgagaa
     5761 gcaagtcctg cgtcttgcga gtgtaccact ctacggttag ggtgaagcga ttgagaaacg
     5821 taagatcaat accagcgttg aaggcatagt tcttttccca tttcaggttt gcattacccg
     5881 gcgtcgattc gcttgttccc acttgattgt cataattata accgaagcta taaaccggca
     5941 tgaagtcgta gtagcgccac ggctgcgtac cattcacacc atacgaggcg cggatttttg
     6001 tatccgtcac cttctcacgg accgactcca tgaaaggttc gtttgtcagg cgccatgatc
     6061 ctgagagcga ccagaagtca ccccagcggt tggcttttgc tagacgtgag gagccatcgc
     6121 gacgatagct tgcgctcaca taatacttgg aatcatagtt gtaatccgca cgaccgagat
     6181 aggacagcat gcggtactcg ctgatggaac tggaagattt ggtgatagct gcattttcaa
     6241 tctccggctt cggatcgtcc atagccgcat aattactacc gttggcatag gtgtcttcat
     6301 tcttgtatgc ctccgtttcg tagccaagta agagactcag attgtgcact cggtcaaacg
     6361 agcgatcgta agtcagctgt gtctgcgagt tgaatttaga ggtattgatc atgtatttct
     6421 ggaacacacc gttggccgta cgtccatcat tggattgcgg cccccaccat gcgatgctgg
     6481 cattctgcgt gaagtcataa ctgagaactt ccttcagctt tagccccttg gtgatggtat
     6541 atgtaccgga gagggtgttg aaggtacgag tcagtttatt cttattcgag gtgtatttaa
     6601 tagcgcgaag cggattggcc caatcatcac cgatagcagg aaaataacgg cccaacgtcc
     6661 cgtcttcatt gtaaggatat gacgacggag ataccatcga ggccatagcc ataatcggac
     6721 tggagtagct gtagccctca ctgacggagc tctgatcgct ataggaaaag agtgagctaa
     6781 catcgagcgt cagcttgtca ctggcctgat gcgatacatt cacgctaccc gtgatgcgat
     6841 caaatccgga gttctcatag ataccttcct gcttagcata ggaaatggag ctataaaact
     6901 tcgtcttttc gttaccgccc tgtgcgctga cgtcatagtt ctggtactgg ccgttacgaa
     6961 tcaagatctt gcgccagtct gtccagcccg accaaggttt cggagcatac gtatcgatgt
     7021 tttcatctgc ataagctttg gcctcggcat ccgatttgcc ttcggtatac ttggcatagt
     7081 tcaccagacc gaggtgcagc aattcacgac gtgcatctcc gtccaatgtt gggcgataat
     7141 ccacggccat gttagagaaa ccccagttag cttttacgct gaaaacagtc ttgccggcct
     7201 tacccttctt cgtggtaatc acaaccacac cgttggcagc gcgcgatccg tagagcgaag
     7261 cggcggcagc atccttgatt acagtgatat tctcaatatc gctgctgttc agcgtggaga
     7321 ggatactcgt tccggcgtcg gcatagtcga aacgagacat attacccgag agtaccggta
     7381 caccgtcgat gacatagagc ggattgttgc ctgcattgat agagcccata ccgcgaatac
     7441 gtatgctctc cgtggcaccg ggctgaccag actcagaatt gatctgcaca ccggctacat
     7501 taccggccag cttgtccgac acgctcgtca cgggcacgtc cttcagcttg tccgtgctca
     7561 ccgtcgctgc cgagcccgtg aaggagctct tcttaaacgt accgtagccg gtgacgacga
     7621 cctcgtccag cagttcggcg tctgatctca ggatcactcg gatacgcgga ctgacagcga
     7681 cttccatcgt ctgcatgccc acatacgaga tcaccaacgt tccgttggac ggtgccgaca
     7741 gtgcaaactc tccatcgatg tttgtcaccg tccctgtggt ggtgcctttc accagcacag
     7801 aagcgccgat cacgggttct ccctgctcat ccacgatagt gccttgcacc tgtgtctgag
     7861 ccatcgcaac tcctattccg atcaggaata gagccatcag cataaataac ttccttttca
     7921 tacttccgtt tttaattgat tggtattatc tgttgattag tgccttgaag gtatggcaga
     7981 gcataggctg acggcccgcg tatggtttcg gctccgtccc ttcttgctct gcttagtcaa
     8041 cctatttttc attttcacgt attctacatg tttgtgctat cgattctttg cctttgcgcg
     8101 gccaaagata tacgctttta cacataggca actttctgtt cgagaaattg aaatttgtca
     8161 acctcgcgcg cggttttcag ccatttttac cgtccatcca agtgtttttg gcctatcaac
     8221 gacgatccgg ccttcgttta gcgagtattc tgccttgttg catgccgtcg gaagcgcatt
     8281 atccccagtt gacagccgtt cctctttcgt cgaagactta ctgcgatgaa ttacggtctc
     8341 tctcctttcg tatacctcct tttatctgct atgaaaatca ttatacactt gaataagaac
     8401 tttcatagcc tatgagaatc attatacgta caaataagag tctatatagc ctatgaaaat
     8461 cattatacac ttgaatagga actttcatag cctatgagga taattatacg ctcaaataag
     8521 agcctctata gcctatgaaa atcattatac actcgaacat aaacttttat agcctatgaa
     8581 aatcattata cactcgaata agagctttca tagtatatga aaataattat acacttaaat
     8641 aggaactctc atagcctatg acggtcatta tacatttgga taatagcttt catagactat
     8701 gaaaattatt atacacttga acagaaactt tcatagccta tgaagatcta tattcaaagg
     8761 aaaaattctt gtcatagcag gtgtcacgcg attttcaggc ggggatcggt cggattcgga
     8821 cggagtgaac gtttcgacgg agagaggagc cacgacgaca ggcagcgaac ccgtttattg
     8881 ccgcgaaaaa gctgtctatg gactttcaaa ttgattccta cactccgaag atctcaatca
     8941 ggcttctact tttgcggcct ataattcaat aattcataag gaaatgcctg agatctcacg
     9001 attgggtatc aagatgcccg aatcgccgat acggaagctg gcgccgttgg ccaacgaagc
     9061 aaaagccaga ggaatcaaag tgtatcacct aaatatcggc cagcccgaca tcccgacgcc
     9121 cgaggtaggc ctcgaggcgc tgcggcggat cgacaaaaag gtgcttagtt actgtccgag
     9181 cgacgggctg cccagcctgc gccaaaagat ggcggagtac tacggacggt ttgcgatcga
     9241 ggtcacgcca gacgagattt tcatcaccac cggcgcctcc gaagccctta cgctggtctt
     9301 cctggcctgc ctcgacccgg gtgacgaaat cctgatcccg gagccggctt atgccaacta
     9361 tatgtcgatg gccatgtcgt gcggtgcggt ggtcaagacg gtgctctcgt ccatcgataa
     9421 cggcttcgca ctgcccccca tcgaagcatt tgaagaggcc atcacgccgc gcacgaaggc
     9481 cgtcctgctc tgcaacccga acaaccccac gggctatgtc tacacgcggg aggagctggg
     9541 gcacatccgc gacttggtgc gccgccacga cctcttcctc ttttcggacg aggtctaccg
     9601 cgagtttcgc tacacggacg cgccctatgt ctcgtcgttc cacctcgaag gcatcgagcc
     9661 gaatgtggtc atgttcgact ccatgtcgaa gcgttacagc gagtgcggca tccgcgtcgg
     9721 agcgatcgtg acgaggaacg cgcgggtgcg taaaagcgtg atgaaatggg cgcaggcacg
     9781 cctcagtccg ccgcttttgg ggcaaatcgt ggccgaggcg tcgatcgacg caccggagtc
     9841 gtatctcaag ggcgtttatg aggagtacat ccagcgacgt gactttctgg tcaagcggat
     9901 caacgagatt ccgggttgct attcgccact gccgatgggc gcgttttata cggtagccaa
     9961 gttgccggtg gacgacgccg acaagttctg cgcctggtgc ctccgcgact tctcgtacga
    10021 agggcagacg gtgatgatgg cgcctgcgtc gggcttttat gtcaccccgg gttacgggcg
    10081 caatgaggtg cgcatcgctt atgtgttgga aagagacgag ctggcgcgcg cgctcgacgt
    10141 cttggaggcc gcgcttacga cctatcgtga cagatggaac aagcgttgac tttggccgcg
    10201 cccacaccta ttcataagga agcgtcgggt catgaacgtt gagctgttta tcgcccgacg
    10261 catccacttc ggtggcaaag ccgaccaagg gaagacgcgc atcacaccgc cagcggtgcg
    10321 catcgctgtg gccggcattg ccatcggctt ggctgtcatg atcctcaccg tggccatcgt
    10381 ggtgggcttc aagcaggagg tgcgtgacaa ggtgatcggc ttcgggtcgc acatccagat
    10441 caccaatttc gacagcaatt catcttacga gacggccccg atccacgtga gcgacagtct
    10501 gctggacatg ctccgccaga cgcatggcgt gcgacacgtc gaggccttcg ccaccaagcc
    10561 ggggctactc aaaaccgaca ccgatttcca aggcatcgtc ctgaagggca ttggttcgga
    10621 ttacgattgg ggctttttcc gcaagcacct cgtggagggc cgccccttta gcgtcactcc
    10681 tggacggatg acgaccgatg tgctcatctc gcgccatctg gccgacctgc tccgcctacg
    10741 ttgcggcgac tccttccttg cctacttcgt gcaggacgat gtcaaggccc gcaagtttcg
    10801 catcagtggc atctacgata cgggcttttc ggactacgac cagctcttcg tccttgccga
    10861 catcgaacag attcgcaccc tgaacgactg gccctccgac gcggtcagtg gattggagct
    10921 actcgtcgac gactacgatc gtctcgacga gaccgccgaa cgtgtcgaca ccctcctcct
    10981 caaccgtcga gataacgcag gcaacaccta cttcgtccgc tccatccgcg agctgaaccc
    11041 gatcatcttc aattggctcg acctactcga tctgaacgta gccgtgatcc tcgcacttat
    11101 gatggcagtc tcgggattca ccatgatctc cggcctactg atcatcatcc tcgagcgcac
    11161 aaacatgatt ggcatcctca aagccgtcgg ccaaccggat cgtagcctac ggcgtgtctt
    11221 cctctacatc tccagcttct tgatcggccg cggtatgctc tggggtaacg tcatcggact
    11281 cgccttgtgc tgggtgcagt ggcaatttcg cctactcact ctcgatcctt cgatctacta
    11341 tctcgacgcc gtacccatcc gtctcagcat ctggtcatgg ctacttatca acgtcggtac
    11401 gctcaccgtt tcgttgctga tgatgttggc accttcatac ctaatcacca aaatcaatcc
    11461 cgcccgcacc atccgcttcg agtagaagat tctcgtccat gctttgcacg tatagaaatc
    11521 attttacatt tgcgcgctct tcagcgaaag gaaagatgcc agagtggtcg aatgggccgc
    11581 actcgaaatg cggtgtacgg gtgactgtac cgggggttcg aatccctctc tttccgctgg
    11641 aggtgctctg aaacagtcat tcagagaccc tttaggaaaa acgtaggtgc cataacttga
    11701 atgagttatg gcacttttct tttgtacctg cctatcattc cagagcacgt attgaagtgg
    11761 ccgaaacgcc caaaatgctc cccaacagct acaatctggc tacaactttt tctgccaaat
    11821 gaaaattgta gccgggagcc cgtagagagc acgtagagat cactcatatg cagctgtttt
    11881 tcagtcatct atgtagaact ttgcaggcgt gatcgaagag aagaagttta cgccaaaaca
    11941 cccgtattcg gctacaatcg gaaggtgcct tggctacact tcttttctga cggtcatggc
    12001 tacagccaaa aacagtcatg tgtatgaaga ccatattcag aaccgctttc tatctcagaa
    12061 gcaactacgt gaacaaagac gggaaggtac ccgtcatgct gaggatctat ctcaacaacg
    12121 agcgactctc actcggctct accggcattg ccatcctgcg atctcaatgg gatggcaaga
    12181 aggaacgtgt gaaaggcaga agtacggaag cgctcagcct caatctcgaa ttggacaaca
    12241 tccaaaacgg attgcaaaac atcttcagga gaatggagct gggcgactac ctatccttgg
    12301 aacgcatcaa aatggagttc ctcgggaaga aagaagacat cggtacgatc atggagcttt
    12361 tcgacaggca tattaccgat gtcaagaagc aggtcggcgt gtcggtttct tccgcgacat
    12421 tgcagaaata caacgtgtgc aaaaagcatt tcacggcctt cctgaaaagc aaatacagcc
    12481 gcaccgactt aaagctctcc gaactgacct atattgtgct ccacgacttc gacctttacc
    12541 ttcggacaac cgtcgggcaa gcgcccaaca cggccactaa gacgctgaag acgttcaaga
    12601 cgattaccct cttcgggaga aagctcggca ttctccacca tgatcctttc gtcaatctcc
    12661 gcttccacat ggagcctgtg gacagaggct tcctgacaga cgaagagatc cttcgagtgg
    12721 ccaacaagga tttgggtatc cagcggctgg agttggtgcg ggacatcttc atcttttcct
    12781 gcttcaccgg actggcttac atcgacgtgt ccaacctcac gccagaccac atcgtgacga
    12841 tggacgacaa gcagtggatc atgaccaagc gacagaaaac gagcgtggaa accaacgtgc
    12901 tgcttctcga catcccgaga gcgatcattg cgaagtacag ccacaagacg tatcgagatg
    12961 gtaagctctt ccccgtcctg acgaatcaga aaaccaactc gtacctcaag gagatcgccg
    13021 acctctgcgg gatcaagaag aagctgacct tccatcttgc tcgccacacc tttgccacca
    13081 tgtcgctaag caaaggcgtc cccatcgaat ccgtttccaa gatgttgggg catacaaaca
    13141 tccgcacgac gcagatctac gcccgcatca cgaacaaaaa gatcgaacac gacatggagc
    13201 aactgtccga gaagctcggt aagttcaact ccgcgatggg gatctgatat aatagccaag
    13261 tcacatcaaa aacagaaaca cgatatgaaa acaacaaaca agaaggagtt ctcctattac
    13321 cgactgcgat tagaatccta tttgaaagat tatcaccccg aacggctggc cgacgaggcg
    13381 tttatccgcg accgatcgga cgccgcggcg caggcctatg aagacgcctt tcggcaaggc
    13441 tatcctgttc tcgaagccgg gtatatcgct acggaagtcc tcttcgcagg actgcatttt
    13501 tcgccgtatt acatgctcga acagattatc gagaatgagt tcgccaacgt ggttccgcct
    13561 gaacgtgccg cggattttgc gctgcggctg ttgcagagcg gcaccatccg cgagaccatc
    13621 gagaagtatg agccgggcga cgacttcgac ggaagtccgg aatacgacca gctctatacc
    13681 gagctgaccg gtgtcatcgt cgagttactc gaagcggacg gcgtgaaggt gctcccgtag
    13741 ccttcgcccc tttcgcgtcc cgtttttcat tcggccgtgg cgctccgctg cggccgtttt
    13801 tctgacccca acacctgcat atcctattcc gaggatcttt cctctacggg tttccctgct
    13861 tccacttttt gtttgcggct cggaggccga tgtcggttcc cttgtcttcg ggcaaaggtc
    13921 agcagacgat gcggcgtcgt caaggccgaa cgcttcaatg cgttcgccac cgataaaatc
    13981 ttcctgcttc acagcgtatt ttatcggcgt agagccttgc ctttccccct catcgtctgc
    14041 cctttgttgc cctcgaaacg aaaccgacat actccgagct ttgaacgcaa aaaaaaatgt
    14101 cagcacgatg aaaacggaaa gatcttatca ctcccaaaac g
//
LOCUS       SEQF2638.1|AYYF01001339.1 1181 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1181
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             459..1073
                     /gene="wbpA_2"
                     /locus_tag="SEQF2638.1_01281"
                     /EC_number="1.1.1.136"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:G3XD94"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-N-acetyl-D-glucosamine 6-dehydrogenase"
                     /db_xref="COG:COG0677"
                     /translation="MNELAKIFNAMGIDTQEIIDAASSKWNFIKFKPGLVGGHCISVD
                     PYYLIEKAKVYGVLPRIMMDARRLNDGMGYYIGGQVLRLMNKRGILVKNAAILILGIT
                     FKENCPDIRNTKVIDVYLALHEYTANIMFLDPWADAKTVEQIYKIKIHSRIDPSWYGA
                     FDVIISAVAHEEFKRIDIQSLLKENGIVYDVKGNLDRKVVSARL"
ORIGIN      
        1 cacaattctc gcaacatgcg gagtggatcc agaggttacc ttcttaatct tttcgacagt
       61 atactcttta tcccccggat ttatccgctc tggtgaatat ccagcaaaaa aatcagtatt
      121 aaacttcatt ccagaaacac gttcaatctc gggaatacag atctcttcag tcattcctgg
      181 ataaaccgta gattcatata tgacgatatt atttctagag ataacagagc ccacagccct
      241 gctagcagat agcaaaggtc ctaaatccgg gggataaaga gtatactgtc gaaaagatta
      301 agaaggtaac ctctggatcc actccgcatg ttgcgagaat tgtggatgat ttgtacaatt
      361 cgatccttgt aaatgggacg tatcgagctt catctatccg tatagctgag gcgtcaaaga
      421 ttatagaaaa cactcagcgc gatgttaata tagcattgat gaatgagttg gcaaaaatat
      481 tcaatgcgat ggggatagat acgcaagaaa ttatagatgc agcctcttca aagtggaatt
      541 ttatcaaatt taaacccgga ctggttggtg gacactgtat aagtgttgat ccctattatc
      601 ttattgaaaa agcaaaagta tatggtgtat tacctcgcat catgatggat gcacgccgac
      661 ttaatgatgg gatggggtat tatattggtg gccaggtgct tagattgatg aataagaggg
      721 gaattttagt aaagaatgcc gctattctta tattgggaat cacttttaag gagaattgtc
      781 cggatatacg taatacaaaa gtgatagatg tttatttagc tttgcacgag tacacagcga
      841 atattatgtt tcttgatcct tgggccgacg cgaaaacagt agaacaaata tacaaaataa
      901 aaatccattc tcgtatagat ccttcatggt atggtgcgtt tgacgtaatt atttcggctg
      961 ttgcacatga ggaatttaag agaatagata tacaatccct cttaaaagag aatggtattg
     1021 tgtatgatgt caaaggtaat ttagacagga aagtcgtttc cgccaggtta tgataggcac
     1081 agggctgacg cataatcgga actatagccc cagttcgaag agttgcagag gattgatctt
     1141 ggctaagaac atctgcactc gtggaatcga ctttccgagc t
//
LOCUS       SEQF2638.1|AYYF01001340.1 2786 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2786
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(539..1639)
                     /locus_tag="SEQF2638.1_01282"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGMNKNRVRLLALYLPQYHPIPENDRWWGKGFTEWTNVGKAKPL
                     FIGHYQPKVPADLGYYDLRLAESRNAQAQLAKQYGIEGFCYWHYWFGNGRQLLERPFN
                     EVLKSGEPDFPFCLAWANHSWEDKQFKKGGSNKLLIEQVYPGEADYVLHFNTLLPAFK
                     DKRYVKVDGKPLFYVYSPFDIPDVERFIVLWNHLSKQHGLSGIHFVTQTHNVDEIDFL
                     RDKGFDAVNIVRLFHFMKEDYSFIEKVYMKTLKNIFRCGQIVDYGRAAKYFSGKEDKL
                     DYCYPTIIPNWDHSPRSGRSGHILINETPEKFRKHVRSVLGSVFSKEKEHRLIFLRSW
                     NEWGEGNYIEPDLRFGRSFLEVLRSEIRDLYG"
     CDS             complement(1626..2306)
                     /gene="dapH"
                     /locus_tag="SEQF2638.1_01283"
                     /EC_number="2.3.1.89"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01691"
                     /codon_start=1
                     /transl_table=11
                     /product="2,3,4,5-tetrahydropyridine-2,6-dicarboxylate
                     N-acetyltransferase"
                     /translation="MKIFKRAPLFRSLYRKYDLFRFQKKWRKKNLHNETVAGNIFPIE
                     IVSVGKGGYGLLNIQSLSAHYGEELRIGDFVSIAPGVLFILGGNHQINTITTFPVFSK
                     FIGSNPELDAQSRGAIIIEDEVWIGTNAIILSGVVIGKGAIVGAGAVVTKDVPPYAIV
                     CGNPARIVKYRYSTQIINIVSSFKLSELSSKQIVESIELLYKRIETIDDAIFIKEKLK
                     KYRRNGYE"
     CDS             complement(2303..2656)
                     /locus_tag="SEQF2638.1_01284"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKFDIVGLYNKYMMFVNPEEIIGLPGIGFVEGMACGCAYIGLDS
                     SIYSDIGMKQGVHYIAYDGTLSDLCDKISYYQENEDELEEIAGNGKKFIRDNNDPIKI
                     MESFLQFLSFETQNR"
ORIGIN      
        1 cacaattctc gcaacatgcg gagtggatcc agaggttacc ttcttaatct tttcgacagt
       61 atactcttta tcccccggat ttatccgctc tggtgaatat ccagcaaaaa aatcagtatt
      121 aaacttcatt ccagaaacac gttcaatctc gggaatacag atctcttcag tcattcctgg
      181 ataaaccgta gattcatata tgacgatatt atttctagag ataacagagc ccacagccct
      241 gctagcagat agcaaaggtc ctaaatccgg ccgattacca caatcaatag gagtcggaac
      301 agtcactata tatacattac aatccttagt gtcctcaata tttgtcgtac attgtaatcc
      361 attatctata gctaccctaa gtgactcgga agagatttct aaggttacgt cgtggcctct
      421 tataagcgaa tttactcgct cttcacttat atcgtatcca attgtcgaat atttcgtaga
      481 caataatttg gctaaaggaa gacccacata ccccaagcct ataacagcta tctttatttt
      541 atccatacaa atcacgtatt tcacttctta gtacttccag aaaggacctg ccaaatctca
      601 aatctggttc tatataattt ccctcccccc attcattcca cgatcttaaa aaaatcaatc
      661 ggtgctcttt ctccttagaa aaaactgatc ctaaaacgga gcgaacatgc tttctgaatt
      721 tttccggagt ttcatttatt agaatatgcc cacttctccc agatcgagga gaatgatccc
      781 agttcgggat tattgttgga taacaataat ccaacttatc ctccttcccc gaaaaatatt
      841 tagccgcacg tccataatca acaatttggc cgcacctaaa aatattcttt agcgttttca
      901 tgtaaacttt ctcgataaaa gaataatctt ctttcataaa atgaaaaagt cgtactatgt
      961 tgactgcatc aaaccccttg tctctcaaaa agtctatctc atcaacatta tgcgtttgag
     1021 tgacaaaatg tattccactt aatccatgtt gcttagacag atgattccat aacactataa
     1081 aacgttctac atcagggata tcgaaaggag agtacacata aaatagtggt ttaccatcaa
     1141 cttttacata tcgtttgtct ttaaatgccg gcaataatgt attgaaatgg aggacataat
     1201 cagcctctcc tggatatact tgctctataa gcaatttatt actaccacct tttttaaact
     1261 gtttatcttc ccatgaatga tttgcccaag ccaaacaaaa tgggaaatca ggctcccctg
     1321 attttaatac ttcattaaac ggacgttcca ataattgtct cccatttcca aaccaataat
     1381 gccagtaaca gaaaccctct atcccatatt gctttgcgag ttgagcttgt gcattccgac
     1441 tctcagcgag tctcagatca tagtatccta aatccgctgg aactttcggt tgatagtgcc
     1501 cgatgaataa tggcttggcc ttacctacat ttgtccactc tgtaaatcct ttcccccacc
     1561 atctatcatt ctctggaatt ggatggtatt gaggaaggta tagggcaagc aatctcaccc
     1621 gattcttatt catacccatt tcgtctgtat ttctttaatt tttcctttat aaatatcgca
     1681 tcatcaatag tctctatcct tttgtagaga agttctatag attctacaat ctgcttactt
     1741 gagagctctg acaatttaaa tgatgacacg atattaataa tctgggtaga gtacctatat
     1801 ttcacaatgc gagctgggtt tccacagaca atagcataag gaggaacatc tttcgttaca
     1861 accgctccgg caccaacaat tgcccctttt cctattacta cacccgatag aataattgca
     1921 tttgtgccga tccacacttc atcctcaata ataatagcgc ctcgactttg ggcatcaagt
     1981 tcaggattgg atccaataaa ctttgaaaac actggaaatg ttgtaatagt atttatctgg
     2041 tgatttccac caagaataaa caatacaccc ggtgctatcg atacaaaatc acctatcctg
     2101 agctcttcac cataatgagc cgaaagactt tgtatattca ataacccata tcctcccttc
     2161 cccacagaga cgatttctat aggaaaaata ttcccagcga cagtttcatt gtgtaaattc
     2221 tttttcctcc attttttctg aaatctaaaa agatcatact ttcggtacaa agatctaaac
     2281 agaggtgcgc gtttaaatat tttcatctat tctgagtctc gaacgataga aattgcagga
     2341 aggattccat tattttgatc ggatcattat tatcccgaat aaactttttt ccattacccg
     2401 caatctcttc tagctcatcc tcattttctt ggtaataaga gattttatca cacaagtcgc
     2461 taagtgtacc gtcataagct atatagtgaa ctccctgctt cattccaata tctgaatata
     2521 tcgagctatc taaaccaata tacgcacatc cgcacgccat accctctaca aaaccgatac
     2581 ctggtaaacc aataatctcc tcaggattga caaacatcat atacttattg tatagaccta
     2641 cgatgtcaaa cttcatgtat tctcgatctc cttggtatac tctctgagaa actcgagtaa
     2701 aatagatccg cagtatatac aatgccaaac gagctctctt ttttatctcc cataatactc
     2761 ctcctgaaaa cctattatag cccctc
//
LOCUS       SEQF2638.1|AYYF01001341.1 3780 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3780
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             100..399
                     /locus_tag="SEQF2638.1_01285"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQLIHIHHSLCHSKITIGTCRDTNLDICIRSNLWHIINPDFIQE
                     IQFLFVKEVVSPFVCMEIYLFGGEFQAMRVKLLQCFCIFHLDMFYQMLSCSSTFT"
     CDS             778..1035
                     /locus_tag="SEQF2638.1_01286"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKSYCTSLLCFYGFVFNSCSMMEQHVFCCHLLQKDTSTTTRLQY
                     VSIRATIYAPMEYKRSNCRRCVIRTSQFLCGSVLNQLHIVL"
     CDS             complement(1010..3619)
                     /locus_tag="SEQF2638.1_01287"
                     /EC_number="3.1.21.4"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P25239"
                     /codon_start=1
                     /transl_table=11
                     /product="Type IIS restriction enzyme Eco57I"
                     /translation="MIYDTSIKVEETDTNQKALIKKYHYTEYEDKFEELQRLLGKDSV
                     YSGQFDEEWKDIEVRLKQWSVDKQFLKQINEWRLLLGKEILNAEPTIDMELLGDEVQS
                     YINKILFLRVCEDRNIETYKDLLAIADGGNFVKLLEKFRKADTKYNSGLFNQALSERV
                     VCNASSAFWTIIRQLYFPESPYSFSVFSSDILGRIYEIFIAEKLAVKDGKLQIVKKPE
                     NEDRDVVTTPTYIIREILRQTIIPLCKDKSAKEILKLNIADIACGSGAFLLETYQLLN
                     DILIDYYIQHDSSKLVQIGENSYRLKYAEKKQLLKNCIYGVDKDFNAAEACKFGLLLK
                     LLENEDSASLINEHPILPDLAKNIFFGNSLLSSCDIKATDASDINPFDFGTMRFDAII
                     GNPPYLTTEGMKNVTPKELPLYKQKYTSAYKQFDKYIVFVERAMDLLNDNGLLGYIVP
                     LKFMKVGAGQELRRLISIRKSLEAITAFGACKVFPGKSNYTCLLIVKKVEHETFRYNE
                     VSNLNQWKLADKNILPTDTKSYDEISESTWPLFPEQLRGAYDTILSNSTTLLAITGED
                     NIFNGIQTSANKVYVFQPKSERNGIYTFEKDGQDWKVEKEVTRPYFQTSTGDDALNTY
                     RTFKPNACVIFPYRKNDNDKLEMIPLDDIMHDYPKLYKYLFAHEDILNAASRDIKPVP
                     TTVNEWHRYGRHQSLDACNLPKKLIVGVLSAGDKYAVDSCSTFVSSGGTAGYCMIALP
                     EDSPYSIYYLQAILNCKYLEWISSLYGEIFGGGFIARGTKVLKQLPIRKIDFENNDER
                     LAHDSISDLQKQLIQMGDEIDAAHGNKRKLTILQRQFELSKQQLADFIMHLYGMEQYD
                     SIIPIIKEQYAAD"
ORIGIN      
        1 agcctttgca ccattttcaa gattctgctg ccaatcagct ttcgtgaagc acaagctatt
       61 cacctgaacg ctacgaccca ccataggacg agcatactca tgcaactgat acatatccac
      121 cactccctgt gtcacagtaa aataaccatt ggaacctgtc gtgataccaa cctcgacatc
      181 tgcatacgtt ccaatctttg gcatattatc aaccctgact ttattcagga aatccaattc
      241 ctctttgtca aggaagtagt aagtccattt gtctgcatgg aaatctatct gtttggtggg
      301 gagtttcagg cgatgagggt caagctgctg caatgcttct gcatctttca cctcgatatg
      361 ttctatcaga tgctctcctg ttccagtacg ttcacatagc aaaagcacta cctcttgctg
      421 gaccccctca aataccagat tctcaaacga tatgatattt atcttattga atgatgtggc
      481 cagatatttc ctcagttgtt gtgcataagt aacttgaagg agttcagatg gaataacgaa
      541 ccccatcttt cctgtttctt tcagtagcaa actacctcca acgacaaacg ttacccacgc
      601 attggtaagc ctagatctct ttaaacccgc tttcttgaat atctctcctg ccaacgcctg
      661 ctgttcttca tcataatatt gatagcggat aaatggtggg tttccaacaa cgagattgaa
      721 tctctgatcc gtatctaaac agaaacgatg gaaatcagag tttattacct ctgaatcatg
      781 aagtcctatt gcacgagcct tctctgcttc tacggcttcg tattcaacag ctgtagcatg
      841 atggaacaac atgtgttctg ttgccatctg ctccaaaaag acaccagcac cacaactcgg
      901 ctccaatatg tcagcatccg tgctaccatt tatgccccaa tggagtataa acgaagcaat
      961 tgcaggaggt gtgtaatacg cacctcgcaa tttctgtgtg gaagcgtcct caatcagctg
     1021 catattgttc tttgattatc ggaatgatac tgtcgtattg ctccatgccg tataggtgca
     1081 tgataaagtc tgctaactgc tgctttgaca actcgaattg gcgttgtagg atggtgagct
     1141 tacgcttgtt tccatgagcc gcatctatct cgtctcccat ctgtatcaac tgtttttgca
     1201 agtcactaat actatcgtga gccaaacgct catcattgtt ctcaaagtca attttgcgaa
     1261 taggaagttg tttcagcacc tttgttccac gtgctatgaa accacctcca aatatctcac
     1321 cataaagcga gctaatccat tccagatact tacagttaag aatagcctgc aaatagtaga
     1381 ttgaatatgg cgaatcttct ggcaaagcaa tcatgcaata gccagcagta cctcctgatg
     1441 acacaaaggt actacagctg tcaacagcgt atttatcgcc agcagaaagc acacctacaa
     1501 taagcttttt aggaagattg caagcatcaa gactctggtg cctgccatac ctatgccact
     1561 cgttgactgt cgttggtact ggcttaatgt cacgagacgc tgcattcaag atatcctcat
     1621 gagcaaaaag atatttgtat agtttgggat agtcatgcat gatatcatcg agaggaatca
     1681 tttccagctt atcattgtca ttcttcctat aaggaaatat cacacatgca tttggtttaa
     1741 atgtgcgata agtattcagg gcatcatcac cagttgaagt ttggaaatat ggccttgtaa
     1801 cctccttctc tactttccaa tcttgaccat ctttctcgaa ggtataaatg ccattccttt
     1861 ctgacttagg ctggaacaca tatactttgt tggcacttgt ttggatgcca ttaaagatat
     1921 tatcctcacc agtaattgca agaagtgtag tgctatttga caggatagta tcatacgctc
     1981 ccctaagctg ttcagggaac aagggccaag tactctcaga aatctcatca tagctctttg
     2041 tgtcagtagg cagtatattc ttgtcagcca acttccattg attcaaattg ctaacttcat
     2101 tgtatctgaa tgtctcgtgt tctaccttct taacaatgag taggcatgta taattggact
     2161 ttccggggaa taccttgcaa gcaccgaaag ctgtaatagc ttcaagagat tttcgtattg
     2221 agataagacg gcgaagttcc tgacctgctc caaccttcat aaactttaat gggacaatat
     2281 agccaagtag gccgttgtca ttcagcaaat ccattgctcg ttccacgaaa acaatgtatt
     2341 tatcaaattg cttgtaggca ctcgtatatt tctgtttgta caaaggaagt tccttgggag
     2401 tgacattctt cataccttcc gtcgtcagat agggcggatt accaatgatg gcatcgaagc
     2461 gcatggtgcc aaaatcaaac ggattaatat cactggcatc tgtagcttta atgtcgcaac
     2521 ttgatagcag actattgcca aagaagatgt tctttgccaa gtctggcaga atggggtgct
     2581 cgtttatcaa acttgcagaa tcctcattct ccagcaactt caacaacaac ccaaatttgc
     2641 atgcctctgc tgcattgaaa tccttatcta caccatagat gcaatttttc agtaattgct
     2701 ttttttcggc atatttcaac ctataagaat tctcgccaat ttgcacaagt ttcgaggagt
     2761 cgtgctgaat ataatagtct atcagaatat catttagcaa ctgatatgtc tccaataaga
     2821 aagcaccaga accgcatgct atatctgcta tatttaattt cagtatttct tttgcagact
     2881 tgtctttaca aagtggtatg attgtctgtc tgaggatttc acggatgata taagtgggcg
     2941 ttgttaccac atcacgatcc tcattctcag gcttcttgac tatttgcaat tttccatcct
     3001 ttaccgccag cttctcggca ataaaaattt cgtagatgcg acccaagata tcagatgaga
     3061 atacactgaa tgaatatgga ctttcaggga agtacaactg acgaatgata gtccagaaag
     3121 ctgaactggc attgcatacc actcgctctg aaagtgcctg attaaacaaa cctgagttat
     3181 atttcgtatc ggcctttctg aatttctcca gaagtttgac aaaattaccg ccatctgcta
     3241 ttgccaacaa atccttgtag gtctcgatat ttctgtcctc acaaacacga aggaagagaa
     3301 tcttgttgat ataactttgc acttcatcac ccagcagttc catatctatt gtaggttcag
     3361 cattaagaat ctctttgcca agcaacaagc gccattcatt aatctgcttc aagaactgtt
     3421 tatcaacaga ccactgtttc aggcggacct caatatcctt ccactcttca tcaaactggc
     3481 cagaatacac ggagtctttt ccaagcaaac gctgtagttc ctcaaatttg tcttcgtatt
     3541 ctgtgtagtg gtacttcttg ataagggcct tttggttggt atcagtttcc tctactttaa
     3601 tagaggtgtc ataaatcatc aggtactcga agttagatag tacagagatt ttcaggttgg
     3661 ctgtatatcc ataacgacga gcctgacgcg caggcgcatc aacatcgtta atatgcacac
     3721 acggtttctt cgcttcaagg aagaatttgc gttctgcaaa caaacggaaa gtataatctg
//
LOCUS       SEQF2638.1|AYYF01001342.1 2248 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2248
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             4..339
                     /locus_tag="SEQF2638.1_01288"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MASWEINKGVGRTVEFKGLKAQYLFLFAGGLLATFLLVVVCYMC
                     GMDQYLCLGLGATGATLVVWQTFALNRRFGRYGLMKRAAVRMHPRYLLNRRSVRHILH
                     CLKSTRKHS"
     CDS             complement(936..1604)
                     /locus_tag="SEQF2638.1_01289"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDRAAGETIGHFDAEGGERVTVVRFGGKEAERRIDEGVERFFGR
                     EVGGVAGDTRPVERCRVDRVVSGAAFHEGESTADVVLDLAQLLRVVAPRQHVEVRTDG
                     GQSLRPREVEILLNPRLVDLIAPGITRQRVHVARLFLETVQVLLAVLDKEVLVEKVIA
                     REHKADGRGEGESAVAAVGREALVAAVGRDHGREIVGVAERVQAQPIVAHPNEIGAEA
                     DVLE"
ORIGIN      
        1 ctgatggctt cgtgggagat caataaaggc gtggggcgga cggtggagtt caaggggctc
       61 aaggcgcaat acctcttcct cttcgccggc ggactgctgg cgacgttcct cttggtcgtt
      121 gtctgctaca tgtgcggcat ggatcagtac ctctgtctcg gcctcggcgc aacgggtgcc
      181 acgctcgtgg tgtggcaaac gttcgcgctg aaccgccgat tcggtcgcta tggtctgatg
      241 aaacgcgccg ccgtccgcat gcacccacgc tatctcctga accgacgctc tgtccgccac
      301 attcttcatt gcctgaaatc gacacgcaaa cattcatgag aaacacaagc aaggtcacca
      361 ccttagaatc taagtttccg ctgctggctg tcgaacaagg gtgcatcgtc tcgaaagacg
      421 ccgacatcac cgtcgccttc cgcgtcgagc tgcccgaact cttcaccgtc acctcggccg
      481 aatacgaggc gatgcacgcg gcgtggcaca aggccgtcaa ggtgctgccc gacttcacca
      541 tcgtgcacaa acaggattgg ttcgtcaagg agcgctacgc cggccgcctc tcggacggcg
      601 agctgagctt cctcgctcgc gcctccgaac gccacttcaa cgaacgaccc ttcctcgacc
      661 atgcctgcta cctcttcctc acgaaaacca cccgccagcg catggctcgg cagagcaact
      721 tttcctcgct ttgtcgcggc acgatcctgc cgaaggaagt gggcaaccgc gaggaggtgg
      781 ccaagttcat ggaggccgtc gaccagtttg agcggatcat caacgacgat gaccgcatcc
      841 gccttacgcg catgaccgag gaggaactcg tcggcacgaa ggagaaaagc ggtttgcttg
      901 atcgctactt ctcactctcc gacacgggtc acgcgtcact cgaggacatc cgcctcggcg
      961 ccgatctcgt tcgggtgggc gacaatcggc tgtgcctgca cacgctcagc gacaccgacg
     1021 atctccctgc cgtggtctcg accgacagcc gctacgagcg cctctcgacc gaccgcagcg
     1081 actgccgact ctccttcgcc gcgcccgtcg gccttatgct ctcgtgcaat caccttttca
     1141 accaatacct ctttatcgag gacagcgagg agaacctgaa ccgtttcgag aaacaggcgc
     1201 gcaacatgca ctcgctggcg cgttattccc ggagcaatca gatcaacgag gcgtggattc
     1261 aggagtatct caacctcgcg cggtcgcagg gactgacctc catccgtgcg cacttcaacg
     1321 tgctggcgtg gagcgacgac tcggaggagc tgcgccaaat caagaacgac gtcggcagtg
     1381 ctctcgccct catggaatgc cgcccccgac acaacacggt cgacgcggca acgctctact
     1441 gggcgggtat ccccggcaac gccgccgact tcccggccga agaatcgttc tacaccttca
     1501 tcgatccggc gctctgcttc tttaccgccg aaacgaacta ccgtgactcg ctctccccct
     1561 tcggcatcaa aatggccgat cgtctctccg gccgcccgat ccatctcgac atctccgatc
     1621 tgccgatgaa gaaaggcatc atcaccaacc gcaacaagtt catcctcggg ccctcgggca
     1681 gtggcaagtc gttcttcacg aaccacatgg tgcggcagta ttacgagcaa ggcgcgcacg
     1741 tgctgctcgt cgatacgggc aactcctacg aggggctttg cggtctaatc aaccgaaaga
     1801 caaagggcgc agacggcatc tatttcacgt acaccgacgc ccggccgatc tccttcaacc
     1861 ctttctacac cgacgactac gtgttcgacg tggagaagcg cgaaagcatc tgcacgctgc
     1921 tccttacgct gtggaaaagt gccgacgaac ctgtcacaaa gacagaggcg ggcgagctgg
     1981 gttcggccgt caatgcgtac atcgaaacga tccgatcnaa ccggaaaatc accccctgct
     2041 tcaatacgtt ttacgagtac ctgngngang tctancgccc ggagatgggt cgccgngaga
     2101 tccgcgtcac cctctcngac ttcaacatcg anaacctnct cacgaccctc aaacagtact
     2161 atgtaggagg gcgttacgac ttcctgctca actccgancg caacatcgac ctgctctcca
     2221 aacgcttnat cgtcttcgag atcgacgc
//
LOCUS       SEQF2638.1|AYYF01001343.1 617 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..617
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 atcatcacca accgcaacaa gttcatcctc gggccctcgg gcagcggcaa gtcgttcttc
       61 acgaaccaca tggtgcggca gtattacgag caaggcgcgc acgtgctgct cgtcgacacg
      121 ggcaactcct acgaggggct ttgtggcctg atcaaccgaa agacgaaggg cgcagacggc
      181 atctatttca catacaccga cgcccggccg atctccttca accccttcta taccgacgac
      241 tacgtgttcg acgtggagaa gcgcgaaagc atctgcacgc tgctccttac gctgtggaaa
      301 agtgccgacg aacctgtcac aaagacagag gcgggagagt taggttcggc cgtcaatgcg
      361 tacatcgaaa cgatccgaac gaacaggaaa atcacgccct gcttcaatac gttttacgag
      421 tacctgaggg atgtctaccg cccggagatg ggtcgccggg agatccgcgt ccccctctct
      481 gacttcaaca tcgacaatct actgacgacc ctcaaacagt actatgtagg aggacgttac
      541 gacttcctgc tcaactccga tcgcaacatc gacctgctct ccaaacgctt catcgtcttc
      601 gagatcgacg ccgtgaa
//
LOCUS       SEQF2638.1|AYYF01001344.1 846 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..846
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             3..569
                     /gene="rpe_1"
                     /locus_tag="SEQF2638.1_01290"
                     /EC_number="5.1.3.1"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P74061"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribulose-phosphate 3-epimerase"
                     /translation="MDGVFVPRYGLLPEALESVKTITRLPVSVHMMTIEPEKYLPAFI
                     DAGADCLVVHAEVCTHLHRTLSLIKDRGKKAGVALNITTPLSVLDYVLDNIDTITLMA
                     INPGIVGHKIIPIVYKKIEELNRMLMRYGKQNILIEIDGGVTFESAPLMLESGADILV
                     CGSSTLFKKEGSVEDSMRDLREILELPK"
     CDS             complement(677..778)
                     /locus_tag="SEQF2638.1_01291"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKFDIVGLYNKYMMFVNPEEIIGLPGIGFVEGF"
ORIGIN      
        1 ttatggatgg agtatttgtc ccaagatatg gactactacc ggaggcgtta gaatccgtca
       61 aaactataac aaggttgccc gtatctgttc atatgatgac tatagagcct gagaagtatc
      121 ttccagcttt tatcgatgca ggtgcagatt gtctggttgt tcatgctgaa gtctgtacgc
      181 atctacatag aactctgagt ctgattaaag atagagggaa aaaagcaggt gttgcactta
      241 atattacgac gcctctgtct gttttggatt atgtattgga taatattgat acgatcacac
      301 taatggcgat taatccggga attgtggggc ataagattat tcccatagtc tacaagaaga
      361 tagaagaact taacaggatg ttgatgcggt atggtaagca aaatattctc atagagatag
      421 acgggggagt tacttttgag agtgcgcctc tgatgttgga aagcggagcc gatattttgg
      481 tatgtggttc ttctactctt ttcaaaaaag aggggagtgt agaggatagc atgagagatc
      541 tgagagaaat attagaactt cccaagtaga agttggaaat aattatggaa tacaaagtta
      601 tcattcctac ggctggatta ggaagtagat tggggaagat atcgagaaat atcaacaagt
      661 cattggtctc gattgctcag aaaccctcta caaaaccgat acctggtaaa ccaataatct
      721 cctcaggatt gacaaacatc atatacttat tgtatagacc tacgatgtca aacttcatgt
      781 attctcgatc tccttggtat actctctgag aaactcgagt aaaatagatc cgcagtatat
      841 acaatg
//
LOCUS       SEQF2638.1|AYYF01001345.1 559 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..559
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             133..309
                     /locus_tag="SEQF2638.1_01292"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNTLDPGPIFKGVGIIEHFRAQDYAFHLPMFNAPVLQTLLFVHR
                     VTFRYVWETVLQLL"
ORIGIN      
        1 ctgattctct attttccagt ggtcgcggat ggcgcggaaa atacgcttgc tgtcctctat
       61 agagctgatg taataggaca tctctgtagt ctcttttccc cggcgcttgt cgtaacgttt
      121 gcgtgtgatc cgatgaatac tcttgatccc ggcccaatct ttaaaggcgt aggaatcatc
      181 gagcatttcc gggctcaaga ctacgctttt catctgccta tgttcaatgc gcccgtgctc
      241 caaaccctcc tctttgttca ccgtgtaacc tttagatatg tttgggaaac tgtcctccag
      301 ctcttgtagc agggtcggtt gattgccttt gacctgaagc acgtaatcgc ctccggcctc
      361 caacacctgc tctgccacgt cgtgctgaca gccgattgcg tcgatggtga tcagggcgtc
      421 ggtgacgtca agttcatcca aaagccaacg agtagcgtcc aactcattgc gcttgacggg
      481 cacggcgtcc attgatagaa caagctgtag atgtgggtca taggcagaga caatatgcga
      541 ctctgtatcc ggactgagc
//
LOCUS       SEQF2638.1|AYYF01001346.1 559 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..559
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             133..309
                     /locus_tag="SEQF2638.1_01293"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNTLDPGPIFKGVGIIEHFRAQDYAFHLPMFNAPVLQTLLFVHR
                     VTFRYVWETVLQFL"
     CDS             complement(304..492)
                     /locus_tag="SEQF2638.1_01294"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDAVPAKGNELDAICRLLDELDVTDALITIDAIGCQHDVAEPIL
                     EAGGDYVLQVKGNQPTLL"
ORIGIN      
        1 ctgattctct attttccagt ggtcgcggat ggcgcggaaa atacgcttgc tgtcctctat
       61 agagctgatg taataggaca tctctgtagt ctcttttccc cggcgcttgt cgtaacgttt
      121 gcgtgtgatc cgatgaatac tcttgatccc ggcccaatct ttaaaggcgt aggaatcatc
      181 gagcatttcc gggctcaaga ctacgctttt catctgccta tgttcaatgc gcccgtgctc
      241 caaaccctcc tctttgttca ccgtgtaacc tttagatatg tttgggaaac tgtcctccag
      301 ttcttatagc agggtcggtt gattgccttt gacctgaagc acgtaatcgc ctccggcctc
      361 caatatcggc tctgccacgt cgtgctgaca gccgattgca tcgatggtga tcagggcgtc
      421 ggtgacgtca agttcatcca aaagccgaca aatagcgtcc aactcattgc ccttggcggg
      481 cacggcgtcc attgatagaa caagctgtag atgtgggtca taggcagaga caatatgcga
      541 ctctgtatcc ggactgagc
//
LOCUS       SEQF2638.1|AYYF01001347.1 264 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..264
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gaggggctat aataggtttt caggaggagt attatgggag ataaaaaaga gagctcgttt
       61 ggcattgtat atactgcgga tctattttac tcgagtttct cagagagtat accaaggaga
      121 tcgagaatac atgaagtttg acatcagctc tatagaggac agcaagcgta ttttccgcgc
      181 catccgcgac cactggaaaa tagagaatca gcttcactac atgcttgatg tttaccttgg
      241 agaggatggt tggagcaagc gtgc
//
LOCUS       SEQF2638.1|AYYF01001348.1 265 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..265
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gaggggctat aataggtttt caggaggagt attatgggag ataaaaaaga gagctcgttt
       61 ggcattgtat atactgcgga tctattttac tcgagtttct cagagagtat accaaggaga
      121 tcgagaatac atgaagtttg acatcgtagg tctatacaat aagtatatga tgtttgtcaa
      181 tcctgagtgt tttctataat ctttgacgcc tcagctatac ggatagatga agctcgatac
      241 gtcccattta caaggatcga attgt
//
LOCUS       SEQF2638.1|AYYF01001349.1 687 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..687
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             97..516
                     /locus_tag="SEQF2638.1_01295"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRKENVRFIESLRACRAYKVAQLSHYGYHTAMGSNNAKEAKIDL
                     LVSESNLSKNSSYFRYHYGWYEKDVYVMPFVPKDRFQVKTDFSLRKRKALATGTLTYP
                     IDDENFTSFFGGRILQPMRKEIYANYVSIYVILNYYV"
ORIGIN      
        1 ttcaagtttg tgattatcac tgacttacaa aagttgacat ctaacgatgt ttttattaca
       61 tttatttata gaaactttgc gacaatcgat ggaaagatga gaaaagagaa cgtacggttt
      121 atagagagtt taagggcttg cagagcctat aaggttgccc agctgtccca ttatggatat
      181 catacggcca tgggatcaaa taatgcaaaa gaggcaaaaa tagatcttct tgtttcagag
      241 agtaatttat cgaagaacag tagttatttc cgctatcact atggatggta tgagaaggat
      301 gtctatgtga tgccctttgt tcctaaggat agatttcagg tgaaaacgga cttttctctg
      361 agaaaaagaa aggctcttgc tacgggcact ctaacgtatc ccatcgatga tgaaaatttt
      421 acatcttttt ttggtggccg gatattgcaa cctatgagga aagagattta tgcaaactat
      481 gtatctatat acgttattct aaattactat gtctaagcca taaggtgtta tctgtttctc
      541 ccgttctctc cataatatct aagacgactg catcaaacaa gagctgcaaa cactgttcat
      601 ttaatgttga catcggctgg atggatctca ttccttgcac tttattcttt ttagaaggag
      661 ctctcatctc tattatacaa tctgcga
//
LOCUS       SEQF2638.1|AYYF01001350.1 646 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..646
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ttcaagtttg tgattatcac tgacttacaa aagttgacat ctaacgatgt ttttattaca
       61 tttatttata gaaactttgc gacaatcgat ggaaagatga gaaaagagaa cgtacggttt
      121 atagagagtt taagggcttg cagagcctat aaggttgccc agctgtccca ttatggatat
      181 catacggcca tgggatcaaa taatgcaaaa gaggcaaaaa tagatcttct tgtttcagag
      241 agtaatttat cgaagaacag tagttatttc cgctatcact atggatggta tgagaaggat
      301 gtctatgtga tgccctttgt tcctaaggat agatttcagg tgaaaacgga cttttctctg
      361 agaaaaagaa aggctcttgc tacgggcact ctaacgtatc ccatcgatga tgaaaatttt
      421 acatcttttt ttggtggccg gatattgcaa cctatgagga aagagattta tgcaaattct
      481 gagctagtca aagaaaaatg tgattccttc atatcagatg cgagtgaaca taaacgggag
      541 gggggggcgc cagtaaaaaa gtggaggggc tataataggt tttcaggagg agtattatgg
      601 gagataaaaa agagagctcg tttggcattg tatatactgc ggatct
//
LOCUS       SEQF2638.1|AYYF01001351.1 431 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..431
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ctgattctct attttccagt ggtcgcggat ggcgcggaaa atacgcttgc tgtcctctat
       61 agagctgatg taataggaca tctctgtagt ctcttttccc cggcgcttgt cgtaacgttt
      121 gcgtgtgatc cgatgaatac tcttgatccc ggcccaatct ttaaaggcgt aggaatcatc
      181 gagcatttcc gggctcaaga ctacgctttt catctgcaaa ctatgtatct atatacgtta
      241 ttctaaatta ctatgtctaa gccataaggt gttatctgtt tctcccgttc tctccataat
      301 atctaagacg actgcatcaa acaagagctg caaacactgt tcatttaatg ttgacatcgg
      361 ctggatggat ctcattcctt gcactttatt ctttttagaa ggagctctca tctctattat
      421 acaatctgcg a
//
LOCUS       SEQF2638.1|AYYF01001352.1 2032 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2032
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             26..373
                     /locus_tag="SEQF2638.1_01296"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTRENCSGFLLTPGNVDDRVPLKHMNFHKRIFGKLFGDRGYISK
                     DLFEQLFIDEVHLITRLKKGMKNALMLQHDKIMLRKRSLIETVNDQLKNVCQIELDPP
                     SMLPKLHAVSSIL"
     CDS             complement(494..1069)
                     /gene="xerC_13"
                     /locus_tag="SEQF2638.1_01297"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01808"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerC"
                     /translation="MRQRIIRCNPFEHARYEEKEKKIRFLQKSDVAKLMSMTMNDREA
                     EQARLIFIFSCFTGLAIADMETLQYGHIQTTADGRKYIRKERQKTKVEFIVPLHQIAE
                     AIILHCREEQDENEEQQMLKEKGEPLIFPRECSRNVIDSRLSIVGRACGIKERLSFHM
                     ARHTFGTMTLNAGIPIESIAKMMGHASISST"
     CDS             complement(1035..1619)
                     /locus_tag="SEQF2638.1_01298"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLFYINRQKTKADGKTGILCCITIDGKSAVISTGEECKPSEWNA
                     KQGLTPDRKINQRLHEFREFVEKTYRDILTGDGVVSAELIKNHLQGIATHPTTLLAMS
                     RAELRTVKESVGRSRTESTYHNLSHSDRILREFVEDKRLLDIPISTITEELFEEYRFF
                     LKKRGLKGITINNYLCWLSRLMFRAPKDYPMQSL"
     CDS             complement(1689..1784)
                     /locus_tag="SEQF2638.1_01299"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTERYAKVTPQKLFEEFDRFRSFTDDMQLAI"
ORIGIN      
        1 ggattcaaac tccacttgat cattaatgac aagggagaac tgctcgggtt ttcttctgac
       61 tccgggcaat gtagacgaca gagtcccctt gaaacacatg aacttccaca aacggatctt
      121 tgggaagctc ttcggagaca ggggctatat ctcgaaagac ctcttcgaac agctcttcat
      181 tgacgaagtc cacctcatca cacgtctgaa aaagggtatg aagaatgcct tgatgcttca
      241 acatgacaag attatgctcc ggaaaagatc tctgatcgag actgttaatg atcaactgaa
      301 gaacgtttgt cagatagagc ttgacccgcc atcgatgctt cccaaacttc atgccgtttc
      361 ctccatttta tagattggta tatccgaaag ttcacaagcc tctctccata gtttctctct
      421 ttattaccga ttgtttggca atgagcctgt ccatatcctc tgaaattttc ttatccgtca
      481 cctgtgcgta aatctacgtg cttgatatgg aagcgtgtcc catcatcttg gctatactct
      541 caatagggat gcctgcattg agtgtcatgg tgccgaaagt gtgccttgcc atgtggaacg
      601 acagtcgttc cttaatgcca caagcccggc ctacaatgct cagtctgctg tctatcacat
      661 tcctgctgca ctcacgggga aagataaggg gttcaccttt ttctttcagc atctgctgtt
      721 cttcgttctc atcctgttct tccctgcaat ggaggataat ggcctctgct atttggtgca
      781 gtggcacaat gaactccacc tttgtctttt gacgttcctt gcggatatac ttcctcccgt
      841 ctgctgtcgt ttggatatgc ccatattgca gagtttccat atcagcgata gccaaccctg
      901 tgaaacagga gaaaatgaat atcagccgtg cctgttctgc ttccctgtca ttcatcgtca
      961 ttgacatgag tttggcgaca tcgctcttct gcagaaagcg tattttcttt tctttttcct
     1021 catacctggc atgctcaaag ggattgcatc ggataatcct ttggcgcacg gaacatcagt
     1081 cggcttagcc agcagagata gttatttata gttatccctt tcaatccacg ctttttgaga
     1141 aagaaacggt attcttcaaa caattcctcc gtaatggtgg aaatgggtat atccagcaat
     1201 cttttatctt ccacaaactc acggagaatc ctgtcagaat gggacagatt atgataggtg
     1261 ctttctgtcc ttgacctgcc cacactctcc ttgacagttc gcagttccgc cctgctcatg
     1321 gcaagaagtg ttgtcggatg agtggcgatg ccttgcaggt gattcttgat aagttctgca
     1381 cttaccactc cgtcccctgt cagtatatcc cgataggtct tttccacaaa ttccctgaac
     1441 tcatggagtc tttgattgat tttcctgtct ggcgtcaagc cctgtttggc gttccactcg
     1501 gagggcttac actcttcgcc tgtgctaatg actgcgcttt ttccgtctat ggtgatacag
     1561 cagaggatac ctgtctttcc gtccgccttt gttttctgtc tgttaatata gaacagcatc
     1621 ttaaatgcac ttcttattgt cttaatattt tgattgaatg aataagtaat aaagtgattt
     1681 gataagactt atatagccaa ctgcatatca tcggtgaaag aacggaaacg gtcaaattcc
     1741 tcaaagagtt tttgtggtgt tacctttgcg tagcgttcgg tcatgcttat atggggagat
     1801 aagtacattt gcgttatcag aacaagtctt cattgaggcc agggctgacg cataatcact
     1861 tttcgaggtc agggattccg tttagcttcg tcctatcaaa ctatacatga caataatgga
     1921 actgcccagc cttatccgga gtctcaccct gattgatgac cgccgtaaca acaagaacaa
     1981 acgttatccc ttgcccctct tgcttctgat cgcattctgt nccagtatct ct
//
LOCUS       SEQF2638.1|AYYF01001353.1 1124 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1124
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             26..484
                     /locus_tag="SEQF2638.1_01300"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTRENCSGFLLTPGNVDDRVPLKHMNFHKRIFGKLFGDRGYISK
                     DLFEQLFIDEVHLITRLKKGMKNALMLQHDKIMLRKRSLIETVNDQLKNVCQIELDPP
                     SMLPKLHHQSVIGFGCFLLFRQKALHQHRRGVCTSLFPAGCLGRTRVNLW"
     CDS             478..660
                     /locus_tag="SEQF2638.1_01301"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVSLLFILFVITACIFTIISHSDAQRPIRAVRAINNARIDQNSF
                     LDRDMIGTQLLIEGFQ"
     CDS             complement(891..1085)
                     /locus_tag="SEQF2638.1_01302"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLDVYLGEDGWSKRAGEAAINMELMAKIDLFILQRLKAKHGKSI
                     PRVQMFLVKLNPLQLFELGL"
ORIGIN      
        1 ggattcaaac tccacttgat cattaatgac aagggagaac tgctcgggtt ttcttctgac
       61 tccgggcaat gtagacgaca gagtcccctt gaaacacatg aacttccaca aacggatctt
      121 tgggaagctc ttcggagaca ggggctatat ctcgaaagac ctcttcgaac agctcttcat
      181 tgacgaagtc cacctcatca cacgtctgaa aaagggtatg aagaatgcct tgatgcttca
      241 acatgacaag attatgctcc ggaaaagatc tctgatcgag actgttaatg atcaactgaa
      301 gaacgtttgt cagatagagc ttgacccgcc atcgatgctt cccaaacttc atcatcaatc
      361 tgttatcggc tttggctgct ttctcctttt tcgacaaaaa gccctccatc aacaccgccg
      421 aggagtttgt acatccctct ttcctgccgg ttgcttaggt cgaactcgcg ttaacttatg
      481 gtaagcctcc tcttcattct tttcgtcatc actgcgtgta tcttcacgat catcagccac
      541 agtgatgcgc aacgtcccat cagggcggtg agggctatca acaatgctcg cattgatcag
      601 aactccttcc ttgatagaga tatgataggc actcaattgc ttattgaagg ctttcagtaa
      661 cttgtccatg ggtcccgact ctgtcaggac agtcttctac tataatctca tgttgtgccg
      721 tatctctgcc cgaaagagat tcgtgattaa gtattaagta tatattgcag aaagttaaag
      781 gatcagatga aatgaaaata acaacagaga ttacgatttg ctctcaagca gatcctcttt
      841 ccctttcttc tatttgcaat gcctcaatca gggctgacgc ataatccgaa ctatagcccc
      901 agttcaaaga gttgcagagg attgagcttg actaagaaca tctgcactcg tggaatcgac
      961 tttccgtgct ttgcttttaa acgctgtagg atgaaaagat cgattttggc catgagctcc
     1021 atgtttatgg ccgcctcccc tgcacgcttg ctccaaccat cctctccaag gtaaacatca
     1081 agcatgtagt gaagctgatt ctctattttc cagtggtcgc ggat
//
LOCUS       SEQF2638.1|AYYF01001354.1 359 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..359
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tgttgacatc ggctggatgg atctcattcc ttgcacttta ttctttttag aaggagctct
       61 catctctatt atacaatctg cgagctggcc tattcttgac ctcgaattcc ccgttattac
      121 agctatcttt gcattgttct tcttaccgat agatgcaata tcatatacag tctgtgtttc
      181 accagatccg gatgcaataa ttaggagatc cccctccttt attggaggaa caaccgaatc
      241 ccctaatgta tacgcatgaa aacccaaatg gccaagtcgc agattgtata atagagatga
      301 gagctccttc taaaaagaat aaagtgcaag gaatgagatc catccagccg atgtcaaca
//
LOCUS       SEQF2638.1|AYYF01001355.1 7082 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..7082
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             256..345
                     /locus_tag="SEQF2638.1_01303"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTQMAKSHPKPTNSVPNTASPMYNYCFG"
     CDS             complement(457..1197)
                     /locus_tag="SEQF2638.1_01304"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG4802"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMINIFLKRIRLRRDLILNRKWSDINYILSRKEEFSRDFLGRHK
                     NIQEIEHQVGRYLNMKDIANEILANNYSGDVVEFGTYQGLGLIYLSELIRKKDVLFIG
                     LDSFEGLPIDSTIWKQGMFNETSTETVYKNLHKYSKQSRFLLIKGWYNLPTVREQLYQ
                     ATKDVVLVHFDADLKVSTYDALVCMTPFLEKRREPMYLLFDDWGCHPDEVPEAFYEWI
                     RHYQVECRFNVDRLSSTRFTRYYRLTPR"
     CDS             complement(1216..1704)
                     /locus_tag="SEQF2638.1_01305"
                     /EC_number="3.1.3.45"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P45314"
                     /codon_start=1
                     /transl_table=11
                     /product="3-deoxy-D-manno-octulosonate 8-phosphate
                     phosphatase KdsC"
                     /db_xref="COG:COG1778"
                     /translation="MVECKRNLSENKKVVIFDVDGVMTTGQFLYSSNGKEYKIFGPHD
                     NDGIKMIRGIVEILFVTADKRGYPITERRIVDDMGQKLCLVSEDERYDFIEARYGMSN
                     VVYMGDGYYDAKILKSCFFGIVPNNARVEAKESADYITPSNSGEGAVLDACLKIRELL
                     CI"
     CDS             complement(1697..3148)
                     /locus_tag="SEQF2638.1_01306"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSELTLKEKTATGFFWGGISNLVQQVIGMSFGIVIARILSPDDY
                     GLLAMLTIFTAMANTIMDSGFSIALINQQNTENKDYNAVFWFNIFMALGMYIILFFSA
                     PWIAQFYNQPILIPLSRVLFLTFIFSATGIVHNALLVKKIMAKQRGIIDMAAVFGSGI
                     IGLILALNGLAFWSLVIQQLVQVLVAILLRWYFSPWRPTLDLNLAPLKGMYRFSFTML
                     LTDFVSQFTHNMLSVVLGHNYGQEQTGYYIQGHKWSSLGYTVFSNMLVGVAQPVLLEA
                     KCDNDERQKKVFRKMLRFGTFLITPIMLGFAFIGRDFIIIFLGEKWLNSLPFLQLFCF
                     FAGVSHLSILCMQLLITRRRTKEITLIIFTTSVITIFSMLLLSSHGIFFLSISYVIVQ
                     LISLVGWFFSVRRCINITGLTIVKDVAPYLIATFIVLLLTYILTYRIECVGVRFILRI
                     VVALSLYLAVMRYGNSVVYSESIGFLLKLKHNG"
     CDS             complement(3487..3630)
                     /locus_tag="SEQF2638.1_01307"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDKQKQTYVVSPVSRRDHINVLINAHDVTGVRFMTSLVSIVIPR
                     YHY"
     CDS             complement(4745..4912)
                     /locus_tag="SEQF2638.1_01308"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRDQAEKGTNILLNFCRYLDAHRLIFATKGKGEEAFDEFVKELE
                     SRGARRKYLVR"
     CDS             complement(5614..6633)
                     /gene="iolG"
                     /locus_tag="SEQF2638.1_01309"
                     /EC_number="1.1.1.369"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01671"
                     /codon_start=1
                     /transl_table=11
                     /product="Inositol 2-dehydrogenase/D-chiro-inositol
                     3-dehydrogenase"
                     /translation="MNQIHFAVVGCGHIGMRHAEMIRRENGAELTALCDIRPKSELAV
                     ETYVDVPFFSSIDELLASNITYDVVNICTPNGLHAGMAIQAIEAGHHVVIEKPMALTT
                     ADAEKVVYAGLKYRKQIFCVMQNRYSPPSIWIKNLIKSGRLGCIYMAQLNCYWNRDIR
                     YYRLGDWHGTADMDGGTLFTQFSHFIDILYWLFGDITDIQARFADFNHERLTDFEDSG
                     IVSFRFTNGGLGSLNYSTSVWDKNQESSLTIIAENGSVKIGGQYLDKVEYCHVKDYLM
                     PNLPPTNPGNDYGSYKGSAQNHHYVIRNVVNVLSENATDTITTNVLEGMKVVDIIRRI
                     YANKK"
     CDS             complement(6796..7080)
                     /locus_tag="SEQF2638.1_01310"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSYYISSIEDSKRIFRAIRDHWKIENQFHYMLDVYLGEDGWSKR
                     AGEAAINMELMAKIDLFILQRLKAKLGKSIPRVQMFLAKLNPLQLFELGL"
ORIGIN      
        1 tgttgacatc ggctggatgg atctcattcc ttgcacttta ttctttttag aaggagctct
       61 catctctatt atacaatctg cgagctggcc tattcttgac ctcgaattcc ccgttattac
      121 agctatcttt gcattgttct tcttaccgat agatgcaata tcatatacag tctgtgtttc
      181 accagatccg gatgcaataa ttaggagatc cccctccttt attggaggaa caaccgaatc
      241 ccctaatgta tacgcatgaa aacccaaatg gccaagtcgc atcccaaacc cacgaacagc
      301 gtacccaaca cggccagccc catgtacaac tattgttttg gctgaaaaaa tttcgtctat
      361 aaaattttgc acatgacctt cctggacttg ccctaaaaca gaggttatct ctaataaaat
      421 tcgttttaca ttattcctat acatatcgta gccctcttaa cgcggtgtta atctatagta
      481 tcttgtgaat cttgtagaag aaagtctgtc tacattaaat ctacactcta cctgataatg
      541 tcttatccac tcataaaaag cttcaggtac ttcatccgga tgacatcccc aatcatcaaa
      601 caagagatac attggttccc ttcttttttc caaaaaagga gtcatgcata caagagcatc
      661 atatgtcgat accttcaaat ctgcatcaaa atgaacaaga acaacatcct tagttgcctg
      721 atatagttgt tctctaactg taggaagatt ataccacccc ttaattaaga ggaatctcga
      781 ctgtttacta tatttatgta ggttcttgta aacagtttct gtggatgttt cgttaaacat
      841 tccctgtttc caaatagtac tatctattgg taatccctca aaagagtcga gaccaatgaa
      901 caaaacatcc ttcttcctta ttaattctga taaataaata agtccgagtc cctgatatgt
      961 accaaattcc acaacatcac cggagtagtt atttgcaaga atttcattgg caatatcttt
     1021 catatttaga taacgaccga cttggtgctc tatctcctgg atatttttat gtcttcctaa
     1081 aaagtctcta ctaaactcct ctttccttga taggatgtaa ttgatatccg accattttct
     1141 attcaaaata agatctcttc ttaaacgaat tctttttaga aatatattga tcatcatatt
     1201 caattaaggt attctctaaa tacataaaag ttctcttatc ttcaaacagg catcgagcac
     1261 agctccttct ccggaattag atggagtaat ataatctgcc gattccttcg cttcaactct
     1321 agcattattg ggaactatcc caaaaaaaca actctttaag attttcgcat cgtaatatcc
     1381 atcgcccata taaaccacat ttgacatacc atatcgagcc tcgataaaat cgtatcgttc
     1441 atcctcgctg acaaggcaca acttttgtcc catatcatca acaatccttc tttccgttat
     1501 tggatatcct cttttatcag ctgtaacaaa caaaatttcg acaatgcctc taatcatttt
     1561 aattccgtca ttatcgtgcg ggccaaaaat cttatattct ttcccattgg aggaatatag
     1621 aaattgtccc gtcgtcatga ccccatcaac atcaaaaatt acaaccttct tattctctga
     1681 taagttcctt ttacattcaa ccattgtgct ttaattttaa tagaaaccct atggactcgc
     1741 tataaacaac ggaatttcca taacgcatta ctgcgaggta aagagacaaa gcaactacga
     1801 ttctcaagat aaaccttacg cctacgcact ctattctgta tgttagtata tatgtgagaa
     1861 gcaatacaat gaaagtcgct attaaatatg gagccacatc tttcactatg gttaatcctg
     1921 taatattgat acaccttcta acagaaaaaa accagccaac caggctaatt agttgtacta
     1981 ttacatacga aatagacaaa aagaaaatac catgcgaact tagaagaagc atagaaaaaa
     2041 tagtaataac acttgttgta aatattatta gcgttatttc ttttgttctc ctccgtgtta
     2101 tcagcaactg catacacaag atactcaagt gactaacacc tgcgaaaaaa cagaataact
     2161 gaaggaaagg caaactgttc agccattttt ctccaagaaa aatgataata aaatcccttc
     2221 caataaaagc aaatcccagc attattggag tgatgagaaa ggtgccgaag cgaagcatct
     2281 tgcggaaaac cttcttctgt ctttcatcat tgtcgcattt tgcctctaaa agtaccggct
     2341 gcgcaacacc aactaacata ttagaaaaga ctgtataccc caaagaagac catttatgcc
     2401 cttggatgta atacccagtc tgttcctgtc cataattatg gcctagaact acagaaagca
     2461 tgttgtgagt aaactgcgac acaaaatctg tcaacaacat tgtaaaacta aatctataca
     2521 ttcctttcaa cggagctaag ttcagatcta aagtcggacg ccaaggagaa aaataccaac
     2581 gtaataagat agcgaccagt acttgaacaa gttgttggat gactagactc caaaaagcca
     2641 aaccatttag cgccaaaatc aacccaataa tccctgatcc aaaaacagct gccatatcaa
     2701 taattccacg ctgttttgcc ataatctttt ttacaagtag ggcattgtga actataccag
     2761 tagctgaaaa aataaaggtc aaaaacaata cacgagaaag agggataagg attggctgat
     2821 tgtaaaattg agcgatccat ggcgcagaaa agaaaagtat gatgtacatc ccgagggcca
     2881 taaatatatt aaaccaaaaa acagcattat agtccttatt ctcagtgttt tgttggttta
     2941 tcaatgcaat ggagaaacca ctatccataa tagtatttgc catagccgtg aagattgtca
     3001 acattgcaag caatccataa tcgtctggtg ataggattcg ggcaatgact atgccaaaac
     3061 tcatacctat cacttgctgg actaaattac taattccacc ccagaagaat ccagttgctg
     3121 ttttctcttt cagtgtcaac tcggacatta tagtcaatca aaaataaact acgaattaag
     3181 tatgcgagat tttagaatta tgcatctcta cttctgccat tgataagaag cgatgtgaca
     3241 caaagcgtat ttagatttaa atattaaaat ctacgcttgg ttcgacagaa ctttgtgtta
     3301 atgatcttct ttctttagga gaaactttta ggtagccatc atcgattaga ttagtaggaa
     3361 atctgcttaa tttccgtatc ttatgcccac tactattcga acttcttatt atggataaga
     3421 gcggatatta ttttgtgata aatagatgtt ttcgaccttg ggatatttct gcagaatgtc
     3481 cttgtatcaa tagtgatatc gtggaatcac tattgacaca agagaagtca tgaacctaac
     3541 gcccgtcaca tcatgtgcat taattagcac gttgatatgg tcacgcctac tcaccgggga
     3601 gactacatac gtttgcttct gcttgtccat gtaaggagag tatattatga tatgagtaga
     3661 atgtgcgctt tcggaatagt aaacatgacc ctttttaggg ctaaaatatt tttttattgt
     3721 ttagataaac cctttttaat cctctgcatt agcctaaaaa ggtatctttg tgtccttctt
     3781 gtagaaggag ctatatatct tcaaagatct accaccatcc ctgtgaaggg atatatacta
     3841 ttccgaagat cctccctcac cccgagccac acgctcgtct gctgtgtaaa tatccccttc
     3901 caactcttca tagtccagct gcataccgat cttctttagc atcaaaatac cacaagtatg
     3961 gccccctaat gatcttccaa aagactactc ccctcttttt tctcgaatgt agacttgtaa
     4021 cggatagacg gaagcgacgt ctataccaaa gcctttcgta aacagccgaa ggcaagtatc
     4081 acgacacata accccaagtg tcgtaatccg tacacctatt gatttcccgc caaatttaca
     4141 ccctccccta ttttcttggc tctataacgc attatatggg gcagtcgaat ttgagttttc
     4201 cgcaaacggg gagtatgcca tttcgataat gtttagaatg ttggcaaatc ccctgaccgg
     4261 ccgtttagtt aatcgaatct tttgattgtg gaattcaagt atacagctat tgacacttgg
     4321 ggaaagtgaa gttggtgatg atctcagccc aatgagtcct tagtttggcg acaaacttat
     4381 ttatctaggt gagtaaaagt ctataaccac ttacactatc gttcaagata ggcgattgat
     4441 tcttcggaat ttcagaaaat gaaatgcagc gaaaaaactc tccttatact gataggcttt
     4501 acccagaggt tgaggtaagg caatagctac gtttctagct cctccagctt gtcctttcta
     4561 aagttgactt tgcactaaag aaaagtagac cgatgcccct taaacagttc attcttttct
     4621 gccttgcgag tgtcatcaag tgtctggttc accatcttca caatgtggga gttattggat
     4681 accaaaatgg catgactgat acgcttaaag tagccagcaa cgaacgcgca tagataagtc
     4741 tatgctaacg aactagatat ttcctccgag caccgcgaga ctccagctct ttgacaaatt
     4801 cgtcaaaagc ctcctcaccc ttccctttgg ttgcgaagat gagacgatgg gcatccagat
     4861 atctacaaaa attgagtagt atatttgtgc ctttctcggc ttggtccctc atctgctccg
     4921 atctggtaga tctcagggaa ggttgttcgt gctttcttac ttaaccctgt gatggaatat
     4981 gaaccaaata cacagaacag tttcttggtg ccttcctctg atatgctcgc atgccacgag
     5041 catcttcata ttcacctcaa aaacagcatg aatctgccct tcgggcgaac ccacgggact
     5101 tctagcattt tgtttttatc attggacatc ataatgcgcg atacacggca atagagatag
     5161 tactaatgct ggaagaagtt gaagtggcgc tagatggcgt ccgcgccaca agaccttttt
     5221 actccttacc ggagtgtcac cgacaaatct ctcagccttt ccagaaatcg atatgaaata
     5281 gagcgtcttg cttccatcca attctttttt tcaaaagctc cactttccca acctctccca
     5341 aaagagggtt aaaacctaag cccaatatag atttttagta tatctttgct tgatattatt
     5401 gatctgtgta attttcttat ccgagaggtg accggacata tgtcatttgc tcgttgcgga
     5461 atatttttct tttaaccaag aagacattct tgttttacca tatttattcg taaccctttt
     5521 ccgttcgact gtagtatttg acaaaatcgc ctctatatgc ctgccccctc cccgctttta
     5581 agtcttgaaa agaccttcac atggtaatgt tgttcatttt ttatttgcat aaatccgtct
     5641 tataatatct acgactttca tcccttcgag aacgttcgtt gtaattgtat cagttgcatt
     5701 ctccgaaaga acatttacca cattacgaat gacatagtga tgattctgtg cagacccttt
     5761 gtatgaacca taatcattgc cagggttggt aggtgggaga ttcggcatta ggtagtcttt
     5821 aacgtgacaa tattcaacct tatcaagata ttgcccacca atcttgacac tcccgttttc
     5881 agcaatgatc gtcagactac tctcttggtt cttatcccat accgacgttg aataattaag
     5941 agaaccgaga ccgccgttcg taaatcgaaa actgacgata ccagaatcct caaaatcggt
     6001 aaggcgctcg tggttaaaat cagcaaaacg cgcctgtata tctgtgatat caccaaaaag
     6061 ccagtagagg atatctatga agtgagagaa ctgagtgaag agtgtcccgc cgtccatgtc
     6121 tgctgtacca tgccaatcac caagacggta atatcgtatg tcacggttcc agtagcagtt
     6181 aagttgcgcc atatatatac atcccaaccg acctgattta atcaaattct taatccagat
     6241 agaaggagga gaatagcgat tctgcattac acagaagatc tgcttgcggt acttcaaccc
     6301 ggcataaacc accttttcgg cgtcagctgt agtaagcgcc attggttttt cgatgacaac
     6361 gtgatgacct gcctcaattg cctgaattgc catgccagca tgcaatccat tcggcgtgca
     6421 aatattcact acatcataag tgatgttact ggcaagtagc tcatctatgc tactgaaaaa
     6481 gggtacatct acgtaggtct caacggctaa ttctgacttt ggacgaatgt cacataaagc
     6541 tgtcaactct gcgccatttt cacgacgaat catctctgca tgacgcattc cgatgtgacc
     6601 gcaacctacg acggcaaaat gaatctgatt catatattat ttactctcta tgaaagatac
     6661 accaaaggct cgtcactccc agacggagca acttcaaaaa gcgcggcaaa tatacgaaag
     6721 ttccgtaccg gcgttttttt gcatgaaaaa gctgttcctt ccgcgtcaaa agccagggct
     6781 gacgcataat ccgaactata gccccagttc gaagagttgc agaggattga gcttagctaa
     6841 gaacatctgt actcgtggaa tcgacttgcc gagctttgct tttagacgct gtaggatgaa
     6901 aagatcgatt ttggccatga gttccatgtt tatggccgcc tctcccgcac gcttgctcca
     6961 accatcctct ccaaggtaaa catcaagcat gtagtgaaac tgattctcta ttttccagtg
     7021 gtcgcggatg gcgcggaaaa tacgcttgct gtcctctata gagctgatgt aataggacat
     7081 ct
//
LOCUS       SEQF2638.1|AYYF01001356.1 24359 bp   DNA    linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..24359
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             36..230
                     /locus_tag="SEQF2638.1_01311"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLDVYLGEDGWSKRAGEAAINMELMAKIDLFILQRLKAKLGKSI
                     PRVQMFLAKINPLQLFELGL"
     CDS             complement(308..907)
                     /locus_tag="SEQF2638.1_01312"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPAAPSSDFLASLRASDVVKRLFSVAACQRPRQATFWRRFRPSG
                     PVKRLFSVAGSQRPRQATFWRRCVPAALSSDFLASLRASGSVKRLFGVAACQRPRHAT
                     FWRRCVPAASSSDFLASLRASGPVKRLFGVAGSQRPRQATFWRRWEPAASSSDFLASL
                     RASGCVKRLFSVAGSQRPRQASFWRRCVPAAPPERLAGE"
     CDS             complement(992..2314)
                     /gene="dgt"
                     /locus_tag="SEQF2638.1_01313"
                     /EC_number="3.1.5.1"
                     /inference="ab initio prediction:Prodigal:002006"
                     /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             complement(2444..3061)
                     /locus_tag="SEQF2638.1_01314"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTTLLILASLLLTGTLSAQLDPTAGHRYGIRSAIIKKETKSMA
                     GAIANTLYFDNFGDREATEMTMKMGEEEKHLRVVAEDGGRMNVTLDLDQKKAFRMPAP
                     DQPRNFRQLSPEDIERFKIKEVGTGDVAGKPCKKYEMELTQSGVKLQATVWIWEGIML
                     RYEARYQGNLMVTDEASEVEENVDVPADKFAIPAEVKVEAAPSMN"
     CDS             complement(3113..3739)
                     /locus_tag="SEQF2638.1_01315"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTTITLIAAVLLLMMAGCTQSKEKKEEVPADARYPFKSAIIKK
                     NIPEKTYPDIIYIDDYGAKEAIETTEEYVSGKIIQILQIRIPGGGVAIHVNLVDKTAS
                     LMSSEAMDGITFMNAEDLKDYKEVGEEMVADKPCKIYRRNPSELDPSGPDEEDSLWIW
                     NGILMQQFTSFGEIRTGRWIESFQENVPIPPEKFEIPKGIKIKESPNE"
     CDS             complement(3770..4795)
                     /gene="lnpD"
                     /locus_tag="SEQF2638.1_01316"
                     /EC_number="5.1.3.2"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:E8MF10"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-glucose 4-epimerase"
                     /translation="MSKTIIVTGGTGYIGSHTTVELIEAGYDVVAIDNLSNSTADVLD
                     GIARITGRRPTFYEADCNDREAMDRIFAQHAPVSGIIHFAASKAVGESVHKPLLYYRN
                     NIVSLLNLLELMPRHGVEGIVFSSSCTVYGQPAPSDLPVTEDAPIRPATSPYGNTKQI
                     NEEIIRDTIHADAPFRAILLRYFNPIGAHPSAEIGERPAGTPQNLVPYLTQTAAGIRP
                     ELRVFGDDYDTPDGSCIRDYIDIVDLARAHVEAVRRLVEGQATEPLEVFNLGTGRGVS
                     VLELIRTFEEATGVRVPYQIVGRREGDIEQVWADPTRANRVLGWTARTPLSDTLRNAW
                     KWQQRQE"
     CDS             5246..6247
                     /gene="sgcD"
                     /locus_tag="SEQF2638.1_01317"
                     /EC_number="2.6.1.86"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q8GMH4"
                     /codon_start=1
                     /transl_table=11
                     /product="2-amino-4-deoxychorismate synthase"
                     /translation="MGEGRMDTFAAMRNASDVVRDMNRAGAAGRPFLFGFDFELTHAF
                     FIPDPLHQTEVRFNLRGVSNASDDGPEVPYTFERTPEPEAIYAHRFDIVRAGLLRGDS
                     FLTNLTVRTPIRTDLAPDAIYRRARALYKMYYPRAFVCFSPERFVRIDADGTIASNPM
                     KGTIDARLPRARERILSDPKETAEHNTIVDLIRNDLSMVADGVHVRRFRYIDRLETSA
                     GPILQVSSEIVGRLATDWRSHVGDVIARLLPAGSVSGAPKDATVRLIRQAEQTPRGFY
                     TGVFGLFDGHTLDSAVFIRFIDLTTDPFTYQSGGGITARSHMHDEYEEVIQKVYLPF"
     CDS             6386..7000
                     /locus_tag="SEQF2638.1_01318"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFIETIRIQDGHVCHLSDHTDRMRRTADHFGFTAPTLPTDLASL
                     VPDELRTGTVRCRVMYDHTLREVTFTPYRRRHIERLFAVDAGTTTYAFKYADRAPLAR
                     PDVPLGASDELLFVRDGYLTDTSYTNLVLRRGRELVTPDTFLLDGTCRRRLLREGVVH
                     TEPVRLHDLPTYDELLLINAMMPLREAIRLPTTAVHLDFYTFAP"
     CDS             6997..7569
                     /locus_tag="SEQF2638.1_01319"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKETPLQPEPDFAQWHSRLQDPATRRAAFAEAVEAFSQRLYWLI
                     RRMVISHEDANDLLQNTFLKAWANLDTFRGEARISTWLYKIATNECLTHLEKQRLRRH
                     LSLDDADSYLVETLRGDEFFDGDAVQTRFQTAILQLPPKQRLVFNLRYYNDMKYEDMS
                     EALGTSEGALKASYHHAVKKITAYMTSSND"
     CDS             7624..8016
                     /locus_tag="SEQF2638.1_01320"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTKEEPLTPDFPSRDTEPFRVPDGYFEGLTNRILSALPDPLAD
                     APQPPTVSLMEKVKPLIYLAAAFLGMVLLFKGLSALRPADRTTEQPLYVQHATTPSAA
                     ADDEADFLDYLEAQYADLFFSDDINEWE"
     CDS             8029..8481
                     /locus_tag="SEQF2638.1_01321"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTLLLLLTLMFTLMAPTPSAAQKGDPQKHIDREAFFARRNAYI
                     TAEAGLTADEAAAFIPLENELQRRKMEVGRECRKLARKNRSHQGLTDRERRELSDCLT
                     ETRLKEAQLEKEYIERFKKILSVEKLSKYQQAEAEFLRKFLQNRKRDD"
     tRNA            complement(8967..9041)
                     /locus_tag="SEQF2638.1_01322"
                     /product="tRNA-Lys"
                     /inference="COORDINATES:profile:Aragorn:001002"
                     /note="tRNA-Lys(ttt)"
     CDS             9166..9354
                     /locus_tag="SEQF2638.1_01323"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLFLVPKGTIHRVTASLFSQKHAPRRMTAFLSKKEGTIHRVTAP
                     LFPQKHAPQRMTAFLSKK"
     CDS             10011..10775
                     /locus_tag="SEQF2638.1_01324"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKIGHLSVASLHMMEDFGFHGAVIRHLSDLPLSDGAVGYTPGLK
                     QAAQAFKTVFQEWDDAVNATSGPTPAAVAKKIDRQRVRTWREMRAFVRASMAFPDEKV
                     AEVARRAADLFKAYGNMPQKSETGRSGRMKNLTDTLRNLGAEALEKARLTPFLEKLEQ
                     ENEVHFAATERRAMARGARVKGLLRAKRMATDAAYHTLVETVNALILVNGEAPYQAFT
                     ASLAGEISHAHTKLATRRTILAKHRAARKAKEEAKN"
     CDS             10796..10912
                     /locus_tag="SEQF2638.1_01325"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGMGWSIVPPLYPTQPFFAFRFSFPPLPPSFAVDFNGI"
     CDS             10937..12283
                     /gene="trpB_1"
                     /locus_tag="SEQF2638.1_01326"
                     /EC_number="4.2.1.20"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_00133"
                     /codon_start=1
                     /transl_table=11
                     /product="Tryptophan synthase beta chain"
                     /translation="MKTKKFLLQEQDIPTAWYNIVADMATKPQPMLNPGTKEPLKAED
                     LYPLFARSLAEQELNTTDTWIEIPEEVRDLYKNWRPTPLVRAYGLERALDTPAHIYFK
                     NESVSPVGSHKLNSAIPQAYFCRKEGVTNITTETGAGQWGAAMSYAAQAFGLELAVYM
                     VKVSYNQKPYRRSIMQTFGAQVIASPSMSTKAGRKILTDHPTYQGSLGTAISEAVELA
                     MQTPNCKYVLGSVLNHVALHQTVIGLEAEKQMEMAGEYPDVVIACFGGGSNFSGLSFP
                     FLRHKLTEGRTLRVVAAEPASCPKLTRGRFQYDFGDEAGHTPLIPMYTLGHTFAPAHI
                     HAGGLRYHGAGAIVSQLKKDGLMDAVDIPQLETFDAARLFAATEGIIPAPESAHAIAA
                     TIREAKEAKEEGKARTILFNLSGHGLIDMTAYDQYLAGDLTNYVLPDEVLNASLNA"
     CDS             12453..15293
                     /gene="leuS"
                     /locus_tag="SEQF2638.1_01327"
                     /EC_number="6.1.1.4"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:A0R7H5"
                     /codon_start=1
                     /transl_table=11
                     /product="Leucine--tRNA ligase"
                     /db_xref="COG:COG0495"
                     /translation="MDYTFREIEKKWRERWIADKTYEVHEDDARPKYYVLDMFPYPSG
                     AGLHVGHPLGYIASDIYARYKRLCGFNVLHPMGYDAYGLPAEQYAIQTGQHPEVTTVN
                     NINRYREQLDKIGFSFDWSREVRTCEPTYYHWTQWAFLRMFGSYYCNIGQHAQPIEKL
                     IAAFETNGTEGVNAACTEELSFTAAEWQAMSERERQQTLMNYRLAYLGDTMVNWCPQL
                     GTVLANDEVSEGLSIRGGYPVEQKVMRQWCLRVSAYAQRLLDGLDTVDWSDSLKETQR
                     NWIGRSEGAEMLFPLADGSESLKIFTTRADTVFGVTFMVLAPESEYVGRLTTDAQRAD
                     VEAYLEAVKRRTERERIADHKVTGVFSGSYAINPLTGEQIPIWISDYVLAGYGTGAIM
                     AVPAHDSRDYAFARHFNLPIVPLIEGCDVSEESFDAKEGRMINSPMAGRERAGGLVLN
                     GMDVPEAIAATKRYIADAGLGRIKVNYRLRDAIFSRQRYWGEPFPIYYDADGMPRPLP
                     EECLPLRLPEVDKFLPTETGEPPLGRATHWAWDSVRHEVTDNSRIDNQTIFPLELCTM
                     PGFAGSSAYYLRYMDPHNDRALVSPEADAYWRNVDLYIGGTEHATGHLIYSRFWNKFL
                     FDVGTSCEEEPFRKLINQGMIQGRSNFVYRIVGTNRFVSYNLKGDYDVTPIHVDVNIV
                     SNDVLDLDAFRAWNPEYRDAEFVLEDGRYICGWAVEKMSKSMYNVVNPDTIVEKYGAD
                     TLRLYEMFLGPLEQSKPWDTNGIDGVFRFLKKLWATYYSGPDGAWGVVDDEPTADELK
                     ALHKLIKKVTHDIEHFSYNTSVSAFMICLNELSTLRCRKRAVLEPLLIVLAPFAPHIA
                     EELWHALGHTTTICDAAWPDYNEQYLIETTVRYAVSFNGKTRFNLELPADLDRASIER
                     AALGHDAAAKWIGDKTPKKIIIVPNKIINIVL"
     CDS             15290..16165
                     /locus_tag="SEQF2638.1_01328"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKDSLLKVYYPVKDYLLIILGTALYGFGYNAFILSNEIVTGGLS
                     GICGLIFFATKLPVSVSYFGINVLLLGIAFKILGFKFLVKTILGVASLSFWFWFFELV
                     FAGQPLMQLQEVFMSVIIGAMICGSGLGLVFYAGGSTGGTDIIVAIINKYKDISIGMG
                     MVLLDFLIVSSSYFLFANVDKIVLGLIEMGVNSYMLDRVMNANTQSVQFMIFSRKYDE
                     IADAIIHRLQRGCTILEGEGGYSHKPIKVIVLVARNRERTNIFRLIKMIDSQAFISQS
                     TVRGVYGEGFDAIKV"
     CDS             16519..16842
                     /locus_tag="SEQF2638.1_01329"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFEDWKTHRPEEISKALLWEYDTDAPTWDWEYMKPLVVERVIER
                     GNISDYYALLQRYGGFDPVRDVVRRLPRLSPIDQNWVCRIFHLNKEELACYTRNQSRA
                     ERLKR"
     CDS             16797..17441
                     /locus_tag="SEQF2638.1_01330"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLHTESITSGTLETLKQLMRDETLQDFFLVGGTALALYMGHRKS
                     IDLDLFTLHSFDAPRMRAYLTDRYGLSNAFVRKDTVKGTIAEIKIDCITYAYPLLERV
                     HEEGGIRLCSLRDIAAMKLSAIADSGTRLKDFVDVACLSTRLSLGDMLRAYDAKYRGM
                     SPISPLKALTYYDDIREREPILTLRGNYDWSLIDYRLQDMLAHLEQVYEDFPFT"
     CDS             17510..18217
                     /gene="pyrH"
                     /locus_tag="SEQF2638.1_01331"
                     /EC_number="2.7.4.22"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P65933"
                     /codon_start=1
                     /transl_table=11
                     /product="Uridylate kinase"
                     /db_xref="COG:COG0528"
                     /translation="MIYKRILLKLSGESLMGGRAYGIDEVRLGEYAKQIKEIADRGIQ
                     IGIVIGGGNIFRGLAGAAKGFDRVKGDQMGMLATVINSLALSSALEAFGVEADVLTAV
                     RMEPVGTYYSPSRAAELLRDGHVVLMAGGTGNPFFTTDTAAALRGIEIGADVLLKGTR
                     VDGIYTADPEKDPTAVKFDEITFDEIYSRNLRVMDLTATTMCKENNLPLVVFDMDTPG
                     NLKRVLAGENIGTRVTL"
     CDS             18240..18806
                     /gene="frr"
                     /locus_tag="SEQF2638.1_01332"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P44307"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosome-recycling factor"
                     /db_xref="COG:COG0233"
                     /translation="MAATDTKQIIKDAEAKMNAAVQHLDDELARIRAGKASARILDNV
                     RVTYYGDLAPLSNVASVTTPDAKTILITPWEKSLLKEIEKAILASEVGITPENNGETI
                     RLGIPPLTEDRRRSLAKNAKQQAEAAKVSIRNARRDTIDVIKKAVKDGTPEDLGKDAE
                     AEAQKIHDKYVKKVDDLYAAKEKEIMTV"
     CDS             18823..19764
                     /gene="rsgA"
                     /locus_tag="SEQF2638.1_01333"
                     /EC_number="3.6.1.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q9X242"
                     /codon_start=1
                     /transl_table=11
                     /product="Small ribosomal subunit biogenesis GTPase RsgA"
                     /db_xref="COG:COG1162"
                     /translation="MHGLVIKNTGSRYTVCIDGGRCFDCKIKGAFRIKGIRTTNPVAI
                     GDRVTVEVPANETDTAYITAIAPRRNYMIRRASNLSKESHILAANIDLALLVATIDFP
                     ATTLTFIDRFLATAEAYAIPALLVFNKIDRYDADARRTLDEYVALYTAIGYDCLPISA
                     LTGEGVEALAERLHGRITLLSGHSGTGKSTLINRLLPHADLRTQEISEYHRTGVHTTT
                     FSEMLPLSDGSGYLIDTPGIKGFGTIEMQGPEVAHYFPEIFRASADCRFNNCTHTGEP
                     GCAVRREMECGNIASSRYRSYLNILQDADGNKYREAY"
     CDS             20191..22266
                     /gene="dnaG"
                     /locus_tag="SEQF2638.1_01334"
                     /EC_number="2.7.7.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_00974"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA primase"
                     /translation="MIDSATKDRILEAAQIVDVVSEFVTLRKRGVNYVGLCPFHADKN
                     PSFYVSPAKNLCKCFACGEGGSPVYFIMKHEQLSYPDALRYLAKKYHIEIRERELTDE
                     ERRAQGDRESMFILNNWAQKYFTSCLMEHEEGRTIGLSYFAQRGFREETIRKFQLGYG
                     LEARDALYRAAMAKGFKREYLEKTGLSSFYENGMVADRFRGRVIFPIHTLSGKVVGFG
                     GRILDSTKKVGKYLNSPESEIYHKSNELYGLYFAKQAIAKADKCYLVEGYTDVISMHQ
                     SGIENVVASSGTALTQGQIHLIHRLTNNITVLYDGDAAGIKAAIRGIDLLLEAGMNVK
                     VLLLPDGEDPDSFARSRNAFDLSVYLNNHETDFIRFKTQLLLREAEGDPIRRAALITD
                     ILQSVALIPDAIKRSVYLQECSRMMEIKEAILLAELNKIRATRRSAPPLVRPAAPPPT
                     QPTPSEHHPEPSPDDPSTATAPTPAPTSPQPVQPATKPTSRTMRSPYRAAEEALMRYV
                     VLHGEETLYDYTDEESGEHVVIRIAEYILSELQRDGLSLSVPIFQSILDEAVSHVSEP
                     GFRAESHFLSHPDAEISRVTMYLMDDRYRTIEEEPDDNNRMTDDERQEIARKRLKELE
                     KAIVHDLFALKGAYLLQRISAINSRIKELQTEGRLDEAIELMKEQKQLNEIKVALSRE
                     LGDRIILKM"
     CDS             complement(22362..22526)
                     /locus_tag="SEQF2638.1_01335"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIYTLYFSRSAEKSMKKWRKSSCIYSIHLPSEGMNEPTGGHIGL
                     PLPYCLVPLT"
     CDS             complement(22523..22798)
                     /locus_tag="SEQF2638.1_01336"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAITIEKSSAHIRIDAGVLEQLRAEAKHENRSLSNYIESIFYRI
                     GYKPSSTQQVITPELQARIDKAREEIRSGNCTVIRSQEALNDYLDNL"
     CDS             22922..23833
                     /gene="btuD_2"
                     /locus_tag="SEQF2638.1_01337"
                     /EC_number="7.6.2.8"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01005"
                     /codon_start=1
                     /transl_table=11
                     /product="Vitamin B12 import ATP-binding protein BtuD"
                     /translation="MYFIEADNIVKQYANHRALDGVSLRVPEGKIFGLLGPNGAGKTT
                     LIRIINRITAPDSGSIRFDGHPSQPDDVRRIGYLPEERGLYKKMKVGEQALYFARLKG
                     MSAADARASLTEWFERFDIMAWWNRRLEELSKGMQQKVQFIITVVHRPALLIFDEPFS
                     GFDPVNAEQLKREMLRLKAEGRTLIFSTHNMASVEEVCDEIALIDHSRVVLSGNVHEV
                     RERYKEHLFEVEYVGAITLQPDPTRYTLISATPSGGGTAIRIRKSPTVSNAELLSSLS
                     AQGELRAFREVLPSMNEIFIKTVEGRG"
     CDS             23889..24251
                     /locus_tag="SEQF2638.1_01338"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAGKSFRELIVWERAMQLAVYAYRLTLLLPREEKFAIGDQMRRS
                     AVSIPSNIAEGNARGPKEMVHFLQYAQGSRVELETQVEICYRVGYITEAHPRQHIELS
                     TEVGRMISSMIKTLSKYY"
ORIGIN      
        1 gcgaccactg gaaaatagag aatcagcttc actacatgct tgatgtttac cttggagagg
       61 atggttggag caagcgtgcg ggggaggcgg ccataaacat ggagctcatg gccaaaatcg
      121 atcttttcat cctacagcgt ctaaaagcaa agctcggcaa gtcgattcca cgagtgcaga
      181 tgttcttagc caagatcaat cctctgcaac tcttcgaact ggggctatag tgcggattat
      241 gcgtcagccc tggcctacga tgaccgggag agatgatctg ccgcaggatt taagggattt
      301 ctgtttctca ttcgccggca agtcgctcgg gcggagccgc tggcacgcag cgacgccaaa
      361 aactcgcttg acggggccgc tggctcccag cgacgctaaa aagtcgcttg acgcagccgc
      421 tggcacgcag cgacgccaaa aagtcgcttg acgaggccgc tggctcccag cgacgccaaa
      481 aagtcgcttg acgaggccgc tggctcccag cgacgccaaa aagtcgcttg acgggcccgc
      541 tggcacgcag cgacgccaaa aagtcgcttg acgacgccgc tggcacacag cgacgccaga
      601 atgtcgcatg acggggccgc tggcacgcag cgacgccaaa aagtcgcttg acggagccgc
      661 tggcacgcag cgacgccaaa aagtcgcttg acaacgccgc tggcacgcag cgacgccaaa
      721 aagtcgcttg acggggccgc tggctcccag cgacgctaaa aagtcgcttg acggggccgc
      781 tgggtcgaaa gcgacgccaa aaagtcgctt gacggggccg ctggcacgca gcgacgctaa
      841 aaagtcgctt gacgacgtcg ctggcacgca gcgacgctaa aaagtcactt gacggggccg
      901 ctggcacgca gcgacgctaa aaagtcgctt gacggagccg ctggcacgca gcgacaccaa
      961 aatgtcgcat gacggggccg ccacccccga ttcacaccgc gggaaggctc atgccggtga
     1021 tcttgcgata gaggtcgagg gcgtaaacgt cggtcatgcc ggaaatgtag tcgagggcgc
     1081 actggatctt gccgtagacg gtcggtgcgg cggtgtcgta ctggttgggg atgcggctga
     1141 gcaggagccg actgtaggcg tgggtgggat ggaggacggc gtcgatgacg gccgtcaaga
     1201 ggtagctgaa gatgcggtga ccggccagct cgatgtctac cacctcgccg gcggtgtaga
     1261 tcttctgtcg ggccacctcg gaacaggcgc ggtaggcggc agcggcatga ctgctgatgc
     1321 tttcgatgag cgtcttggcg gggaaggcac ctcggagcag ggccgcttcg ccctcgacaa
     1381 aggcgcgggt gcattcgtcg accaatagtc cgatgacgga cgagcggagg taggcgatgc
     1441 gttcgttcgt gtcgtccacg atcatcatgg tgcggctgac gtgctccagc tgctggccct
     1501 cgaaaaagcc gaggaggagg tcgatggcct cgcgggccga gaggatgcgg agcttgtggg
     1561 cgtcctcgat gtccatgact tggtagcaga tgtcgtccgc agcctcgacc aggtagacga
     1621 gcgggtggcg ggcgaagcgg ccgccgaggt gggggatgcc cagctcgttg gcgataccga
     1681 ggtaggtggg ttcttcgctc tggaagaagc cgaacttgcc gcggctaccg gccagcgtgg
     1741 aggcgtaggg gtacttgacg atcgaggcga gcgtgctgta tgtgagcgcg aatccgccct
     1801 gtcgacggcc cacgaaacgg tgggtgagta ggcgcatggc gttggcgttg ccctcgaagc
     1861 agacgaagtc ctcccagcga ctgccttcgg cgcggacggc cgtctccaac gtgcgaccgt
     1921 cgccgtcggt gaagaaggcc gagatggcgc gctcgccaga gtggccaaag ggcgggttgc
     1981 ccatgtcatg ggccaggcag gcggcagaga cgatggcgcc catttcgtgg agtgcggcgg
     2041 ccgtgtcggc gtcgtgatgc ggggcgaggc gggcggccac gttggctcct aacgagcgcc
     2101 cgacgcatga gacctccaag ctatgcgtaa gccgattgtg cacgaagatg ctaccgggca
     2161 gggggaagac ctgcgtcttg ttttgcagcc ttcggaaggg ggcggagaag atcagccgat
     2221 cataatcgcg ctggaagttg gtgcgctcat gtttgcgctc gtgataggat tcgatgccga
     2281 gtcggcggcc tgaaatcagt tgttgccagt tcataggggg gagtcgaagt gttacggtgt
     2341 tgggaggagc ggtccgggcg actacaaacg aaagccgggt acaggagggg gggctcgccc
     2401 ccatccggta tccggccgtc cgttcgcctt tagacctacg ttcttagttc atcgacgggg
     2461 ctgcttccac cttgacctcg gcggggatgg caaacttatc ggcgggtaca tccacgttct
     2521 cctccacctc ggaggcctcg tcggttacca tcaggttgcc ctgatagcgg gcctcgtaac
     2581 gaagcatgat gccctcccag atccagaccg tagcctggag cttgactccg gactgggtga
     2641 gttccatctc gtacttcttg cagggctttc cggccacgtc gcccgtgccc acctctttga
     2701 tcttgaaacg ctcgatgtcc tcaggcgaga gttggcggaa gttgcgcggc tggtcggggg
     2761 ccggcatgcg gaaggccttc ttctggtcga gatccagggt gacgttcatg cggccaccgt
     2821 cctcagccac gacacggagg tgcttctcct cttcgcccat tttcatcgtc atctcggtcg
     2881 cctcacggtc gccgaagttg tcgaagtaga gcgtgttggc tatcgcgccg gccatggact
     2941 tcgtttcttt cttaatgatg gccgaacgga tgccgtagcg gtggccagcg gtaggatcga
     3001 gttgcgccga gagcgtgccc gtaagcaaga gcgacgcaag aatcaaaagt gttgtcttca
     3061 tatcgtttat cgtataaaat gagggtggca aatgtagatg cggcagggga actcattcat
     3121 tcggactctc cttgatcttg attcccttgg ggatctcgaa tttttcaggc gggatgggga
     3181 cgttctcttg aaaggactca atccaacgtc ctgtgcgaat ttctccaaat gaggtaaact
     3241 gctgcatcag tatgccattc caaatccata aagaatcttc ctcatcagga cccgagggat
     3301 cgagctccga tggattgcgc ctatagatct tgcaaggttt atcagccacc atctcctcgc
     3361 cgacctcctt gtaatctttc aaatcctctg cattcatgaa agtgatcccg tccatagcct
     3421 cggacgacat gagagaggct gtcttatcaa ccagattgac atgaattgca acccctccac
     3481 ccggtatacg aatctggagt atttgaataa tctttcccga tacatattcc tctgttgtct
     3541 caatggcctc cttagcgcca tagtcatcaa tataaatgat gtcaggatat gttttctctg
     3601 gaatgttttt tttgatgatc gccgacttaa acgggtaacg tgcatctgct ggtacctctt
     3661 cttttttctc tttagactgc gtgcatcctg ccatcataag caggagcacg gctgcgatga
     3721 gtgtgatagt cgttttcata tgcgtgtgta attaaaatgt gtgcgagatc tactcctgcc
     3781 gctgctgcca cttccaggcg ttgcggaggg tgtcggagag gggggtgcgg gccgtccagc
     3841 cgaggacacg gttggcgcgc gtggggtcgg cccagacttg ctcgatgtcg ccctcgcgcc
     3901 ggcctacgat ctgatacggt acacggacac cggtggcctc ctcgaacgtc cggatcagct
     3961 ccaggacgga cacgccgcgg cctgtgccga gattgaagac ctcgagcggc tctgtggcct
     4021 gcccctcgac gagtcgacgg acggcctcca catgtgcacg agccagatcg acgatgtcga
     4081 tatagtcgcg gatgcaggag ccgtcgggcg tgtcgtagtc gtcgccaaag acacgtagct
     4141 cggggcggat cccagcggcc gtctgagtga ggtagggcac gaggttctgc ggcgtacccg
     4201 cggggcgttc gccgatctcg gccgatgggt gcgcgccgat ggggttaaag tagcggagta
     4261 ggatggcgcg gaagggcgcg tcggcgtgga tggtgtcacg gatgatctcc tcgttgatct
     4321 gcttggtgtt gccatagggc gaggtggcgg gccgaatggg cgcgtcctcg gtgacgggca
     4381 gatcggaggg cgcgggctgg ccgtagacgg tgcaggagga ggagaagacg atgccctcga
     4441 cgccgtgccg cggcatgagc tcgagcaggt tgaggaggga gacgatgttg ttgcggtaat
     4501 aaagcagcgg cttgtggaca gactcgccaa cggctttact ggcggcgaag tggatgatac
     4561 cactgacggg ggcgtgctgg gcgaagatgc ggtccatcgc ctcgcggtcg ttgcagtcgg
     4621 cctcgtagaa ggtggggcgc cggccggtga tgcgcgcaat gccgtcgagc acgtcggcgg
     4681 tggagttcga aaggttgtcg atggcgacga cgtcgtatcc ggcctcgatc agctccaccg
     4741 tggtgtgcga tccgatgtag cctgtgccgc ctgtcacaat gattgtctta ctcatatcgt
     4801 atgggggttg gttctaaaca caaaagtaga acgaggtgcg aatggatttt gtatacccat
     4861 cccaagaaat ccgcgtccct cggatggctt tcgggtgcaa aaacagcttc tgcttgggaa
     4921 cctcggagtg ctttcagggg caaaaacata tgctgatttg gaacctccgg gtgcttttaa
     4981 gggcaaaaca gcttctgctt aggaaccccg gagtgctttt aggggcaaaa acatatgctg
     5041 attattaaat caaatcactt gcaacttaat aagcagattc ttcctgctaa gttaaagcac
     5101 ttgtgattta ataagcagat tcttcctgct aaatgaaagc acatgcaact taataggaag
     5161 attcttccta ttaaatgaaa gcacttgcga cttaataaac agaagccatt agggccacct
     5221 acgcccgtcc aagggcgccc atatcatggg ggaggggcgg atggatactt ttgcggccat
     5281 gagaaatgca tctgatgtag tgcgcgacat gaaccgggcc ggagcggcgg gccgaccctt
     5341 cctttttggc ttcgacttcg agctgacgca cgccttcttt atccccgacc ccctccacca
     5401 gacggaggtg cgattcaacc tgcgcggcgt cagcaacgcg tcggacgacg gccccgaagt
     5461 gccttacacc ttcgagcgga cgcccgagcc tgaggcgatc tacgcacacc gtttcgacat
     5521 cgtccgcgcg gggctgctcc gcggcgactc cttcctgacg aacctcaccg tccgcacgcc
     5581 catccgcacc gacctcgccc ccgacgcgat ctatcgccgc gcccgcgccc tctataaaat
     5641 gtactacccg agggccttcg tctgcttctc gcccgagcgc ttcgtgcgga tcgatgccga
     5701 cggcacgatc gcctcaaacc cgatgaaggg cacgatcgac gcccgactgc cccgtgcccg
     5761 tgaacgcatc ctatccgacc cgaaggagac ggccgaacac aacacgatcg tcgacctgat
     5821 ccgtaacgac ctctcgatgg tggccgatgg ggtgcatgtg cgacgcttcc gatacatcga
     5881 ccgactcgag acgtcggccg ggcccatcct gcaagtcagc tccgagatcg tggggcgtct
     5941 ggccacggat tggcgcagcc atgtgggcga cgtgatcgcc cgactgttgc ccgcgggctc
     6001 cgtctccggc gcaccgaaag acgccaccgt gcgactcatt cgtcaggccg agcagacacc
     6061 acgcggattc tacaccggcg tcttcggact cttcgatggg cacacgctcg actcggccgt
     6121 cttcatccgc ttcatcgacc tcacgaccga ccccttcacc taccagagcg gcggcggcat
     6181 caccgcccgc agccacatgc atgacgagta cgaggaggtc atccaaaagg tctatctccc
     6241 cttctaataa tagaaggtag tcaggggtag tcagagggta gttaaagggt agtcagatgt
     6301 agtgccacaa cccttctctc tctacttcta actaccccct aactacctta tactaccctt
     6361 taactaccct accctatact cccccatgtt catagaaact atacgcattc aagacggcca
     6421 cgtgtgtcac ctcagcgacc acaccgaccg catgcgccgc accgccgacc acttcggctt
     6481 cacggccccc acgctcccca ccgatttagc atcgctcgtc cccgatgagc tgcgcacggg
     6541 cactgtccgc tgccgcgtga tgtatgacca cacgttgcgc gaggtcacct tcacgcccta
     6601 ccgtcggcgg cacatcgagc gactcttcgc tgtggatgca ggtacgacga cgtacgcctt
     6661 caagtacgcc gaccgtgcgc cgctggctcg ccccgacgtg ccactcgggg cctccgacga
     6721 actgctcttc gtccgagacg gttacctgac agatacgtcg tacaccaacc tcgtcctccg
     6781 ccgtggccgc gaactcgtca cccccgacac cttcctgctc gacggcacct gccgccgacg
     6841 gctgctccga gagggcgtcg tccacacgga gcctgttcgc ctccatgacc tcccgaccta
     6901 cgacgagctg ctgctcatca acgccatgat gccgctccgt gaggccattc gcctgcctac
     6961 gacggctgtc cacctcgatt tctacacttt tgcgccgtga aagagacccc cttacaaccc
     7021 gaacccgatt tcgcccagtg gcacagccga ctgcaagatc ccgccacacg gcgcgccgcc
     7081 ttcgctgagg cggtcgaggc cttcagtcag cgactttact ggctgatccg acgcatggtg
     7141 atctcgcatg aggatgccaa cgacctgctc caaaacacct tccttaaggc ttgggccaac
     7201 ctggacactt tccgcggcga agcccgcatc tccacttggc tctacaagat cgccaccaac
     7261 gaatgcctca cccatttaga gaagcagcgc ctgcgccgcc acctctcgct cgatgacgcc
     7321 gacagctacc tggtggagac cctccgtggc gacgagttct tcgatggcga tgcggtccaa
     7381 acccgcttcc agacggccat cttgcagctg ccccccaaac agcgactcgt cttcaacctg
     7441 cgttattaca acgacatgaa atacgaagac atgtccgagg ccctgggcac ctccgagggc
     7501 gccctcaaag cctcctatca ccacgcggtc aagaaaatca cggcctacat gaccagcagc
     7561 aacgattaaa cccgttcacg cagcctccgt cctacggccg ctttaccccc aaaaacagat
     7621 ctgatgaaga caaaagaaga acccctcacc ccggactttc ccagccgtga caccgaaccg
     7681 tttcgtgtgc ccgacggcta cttcgaaggc ctcacgaacc gcatcctctc cgccctgccc
     7741 gaccctctag ccgacgcccc acaaccgcct acggtctccc tcatggagaa ggtcaaaccg
     7801 ctgatctacc tggcagctgc ctttctgggc atggtgctgc tgttcaaagg actctccgcc
     7861 ctccgcccag ccgatcgcac caccgagcag ccgctctatg tgcagcacgc caccacgccc
     7921 tccgccgcgg ccgacgacga ggccgacttt ctggactatc tcgaggcgca atacgccgac
     7981 ctctttttct ccgacgacat caatgaatgg gaataacaac aacgacagat gaagacactc
     8041 ctactactcc ttaccctcat gttcaccctc atggcgccca caccatccgc ggcgcaaaag
     8101 ggtgacccgc agaagcacat cgaccgcgaa gccttcttcg cccgacgcaa cgcctacatc
     8161 actgccgaag ccggcctcac cgccgacgag gccgcagcct ttatcccgct cgaaaacgag
     8221 ctccagcgcc gcaagatgga agtcggccgc gagtgccgta agctagcccg caagaaccgt
     8281 tcacatcaag gcctcaccga tcgcgagcgc cgcgaactct ccgactgcct caccgagaca
     8341 cgcctcaaag aggcccagtt agagaaggaa tacatcgagc gtttcaagaa gatcctctcc
     8401 gtcgagaagc tctccaaata ccagcaagcc gaggccgagt tcctccgtaa gttccttcaa
     8461 aatcgcaagc gagacgacta accctcgggg gggcgtcagg gacgccagcc aagtttgcct
     8521 gataaccggc caaacttccc cggcctcggt agaggccttt cgcttccttt ccttgcatca
     8581 aggggcgtca gggacgccag ccaagtttgc ccagtatccg gccaaacttc cccagcctcg
     8641 acagtggcct ttcgcttcct tttcttgcat caaggggcgt cagggacgcc agccaagttt
     8701 gcctggtacc cggccaaact tccccggcct cggcagaggc cttgatcttc ttttcgcttc
     8761 ctttccttgc atcaagaggc gtcagggacg ccagccaagt ttgcccagta cccggccaaa
     8821 cttccccggc ctcggcagag gccttgatct tcttttcgct tccttttctt gtatcaagac
     8881 aagaaaagga agacacggaa aaaggccttc cactgtggat cagtccacga gtggaaggcc
     8941 ttcgcttttt tattcatctg aataccggtg attcgcctgg ggctcgaacc caggacccca
     9001 tccttaaaag ggatgtgctc tacctgctga gctagcgaat cgatgcatcg tctatctccc
     9061 cgatgcggcg gcaaatgtag acctttttcc atatcgcaca aacggcgtca cactgtgcag
     9121 accgcctctt gcgacgttcc aaagagccat ccacgaccgc tgcccatgct ttttcttgtc
     9181 ccaaagggca cgatccaccg cgtgacagcc tctctctttt ctcagaagca cgctcctcga
     9241 cgcatgacag cctttctcag caaaaaggag ggtacgattc accgcgtgac agcccctctc
     9301 tttcctcaga agcacgctcc tcaacgcatg acagcctttc tcagcaaaaa gtagggtacg
     9361 attcaccgcg tgacagcctc ttttttcttc cagaagtgct atcacctggt tcattctata
     9421 tctcatctaa aaatatcgta caatctgaac catgaatcac tttcatattt tctgatacat
     9481 cattagcagc ctatccattc atagtgtatt tcaaaatatg acactattag cttctatgca
     9541 aacatttcat tttgaaatat ctgttcgtat gatgattctc cttatattat atctcaaaat
     9601 atgatactat tcaatacaca ctggacactt catctcaaaa tatggatcaa gacgagcatc
     9661 tttttcttgc acatctaaaa atgtaataca atatgaagca tgatatcata tcgaatttcg
     9721 agatgagata gcagtgtaag atcggatcat tatatatttc gagatgtact cctaatagat
     9781 agtatgattg gcatcgaatt ttgagatgag atagcgatga tatatcggat aattacgtat
     9841 ttcaaaatat gctcctaaaa gggagcatga ttactacgta tggaaaaata agataccgac
     9901 tgtggcttca ttttccttct tatttcaaga tataatatca aatgaagcat ttgacactac
     9961 ttttgtgcga caaaatgaag tagaaccttg taaggagaag ggatttagag atgaaaatcg
    10021 ggcatttgag tgtggcgtca ctgcatatga tggaggattt cgggtttcat ggggccgtga
    10081 taaggcatct ttcggatttg cctctcagtg acggggccgt gggatacact ccgggattga
    10141 agcaggcggc gcaggcgttc aagacggtct tccaagaatg ggatgacgcc gtgaacgcca
    10201 cgagcggacc gactccggct gcggtggcga agaaaatcga ccgacagcgg gtgcgtactt
    10261 ggcgcgagat gcgggctttc gtgcgggcgt cgatggcctt tcctgacgag aaggtggcgg
    10321 aagtggcacg acgggcagcc gacctcttca aggcttatgg caatatgccg cagaagtcgg
    10381 agacgggtcg atcggggcgg atgaaaaact tgacggacac gctacgcaat ctgggggcgg
    10441 aggcgctgga gaaggcgcgt ctgacaccgt ttctggagaa gttggagcag gagaacgagg
    10501 tgcattttgc ggctaccgag cggcgagcca tggcacgggg ggcacgcgtc aagggactct
    10561 tgcgtgcgaa gcggatggcg accgatgcgg cttatcacac gctggtggaa acggtcaatg
    10621 cgctgatctt ggttaatggt gaggcgccat atcaagcgtt cacggcgagc ctcgccggag
    10681 agatttcgca tgcgcacact aagctggcta cacggcgcac gatcttggcc aaacatcggg
    10741 ctgcacgaaa ggcgaaggag gaagcaaaga actaaagacg aacaactcaa tacggatggg
    10801 catgggatgg agcatcgtcc ccccgctcta tccgactcag ccgtttttcg ccttccgttt
    10861 ttcgtttccc ccgctgcccc cttcctttgc agtcgatttt aacggtatat aaacgacaca
    10921 taaacagcaa gcagaaatga agacgaagaa attcttactg caggagcagg atattcccac
    10981 agcatggtac aacatcgtgg ctgacatggc caccaaaccg caaccgatgt tgaacccggg
    11041 cacaaaggag ccactgaagg ccgaagacct ctacccgctc ttcgcccgca gcctggcgga
    11101 gcaagagctg aacacgacag atacatggat cgagatccct gaagaggtcc gcgacctcta
    11161 caagaactgg cgccccacac cgctcgtccg ggcttacgga ctggagcgcg cgctggacac
    11221 accggcacat atctacttca agaacgagag cgtcagcccc gtcgggtcgc acaagctgaa
    11281 ctcagccatc ccgcaggcct acttctgtcg gaaggagggc gtgacgaaca tcaccaccga
    11341 gacgggcgca ggtcaatggg gcgccgccat gtcgtacgcc gcgcaggcct tcgggctgga
    11401 gctggccgtc tacatggtca aggtgagcta caaccagaag ccttaccgac gctccatcat
    11461 gcaaacgttc ggcgcgcaag tcatcgcctc gccgagcatg agcacgaagg cggggcggaa
    11521 gatcttgacg gatcacccga cgtatcaggg cagccttggg acggctatct cggaggccgt
    11581 agagctggcc atgcagacgc caaattgcaa gtatgtgctg ggcagtgtgc tcaaccatgt
    11641 ggcgctccac cagacggtga tcgggctgga ggcagagaag cagatggaga tggcgggcga
    11701 atatccggac gtggtgatcg cctgcttcgg tggcggatcg aacttctccg gactgtcgtt
    11761 ccccttccta cggcataagt tgaccgaggg tcgcacgctg cgtgtcgtag ccgccgaacc
    11821 ggcctcttgc ccaaagctga cacgcggtcg cttccaatac gacttcggcg atgaggcggg
    11881 tcacacgccg ctcatcccca tgtacacgct cggccacaca ttcgctccgg cacatatcca
    11941 cgccggtgga ctgcgttacc acggtgcggg cgccatcgtc agccagctga agaaggatgg
    12001 gctgatggac gccgtagaca tcccgcagct tgagacgttc gacgccgccc gactcttcgc
    12061 cgcaacggag ggcatcatcc ccgcgcctga gtcggcccac gccatcgccg ccaccatccg
    12121 tgaggcgaag gaggcgaagg aggaaggcaa agcgcgcacg atcctcttca acctctcggg
    12181 tcacgggttg atcgacatga cggcttacga tcaatatctg gctggcgact tgacgaatta
    12241 tgtgcttccg gacgaggtgc tgaacgcatc gctgaacgcc tgatagatac ggcctggcca
    12301 aactggccgg gtgcgtattc ttctaactac ttctgactac cgcgccatta ggcgcataac
    12361 tacttctgac taccgcgctg ttaggcgcac aactacttct gactaccgcg ccgttaggcg
    12421 tataactacc ccctgactac tcttatcaca caatggacta taccttcaga gaaatcgaaa
    12481 agaaatggcg tgaacgctgg atcgccgaca agacctacga ggtgcatgag gacgatgcac
    12541 gcccgaaata ctacgtgctc gacatgttcc cttacccttc cggtgcaggg ctacacgttg
    12601 ggcatccgct gggctacatc gcctccgata tctacgcccg ctacaaacgc ctctgtggct
    12661 tcaatgtgct ccacccgatg ggttacgacg cctacggtct gccggccgag cagtacgcca
    12721 tccaaacggg tcagcacccg gaggtgacga cggtgaacaa catcaatcgc tatcgcgaac
    12781 agctggataa gattggcttc tcattcgact ggagccgcga ggtgcgcacc tgtgagccga
    12841 cgtattacca ctggacgcag tgggccttcc tgcgcatgtt cggcagctac tattgcaata
    12901 tcgggcagca tgcgcagccg atcgagaagc tgatcgcggc cttcgagacc aacggcacgg
    12961 agggcgtcaa cgcggcatgc accgaagaac tgtcgttcac cgcagccgaa tggcaggcga
    13021 tgagcgaacg cgagcgtcag cagacgctga tgaattatcg cctggcttac ctcggcgaca
    13081 cgatggtgaa ctggtgtccg caactcggca ctgtgttggc taacgatgag gtgagcgaag
    13141 gcctatcgat ccgcggaggc tatccggtgg agcaaaaggt gatgcggcag tggtgtctgc
    13201 gcgtgtcggc ctatgcgcaa cgcctcctcg acggtctcga cacggtcgac tggagcgatt
    13261 cgctcaagga gacgcaacgc aactggatcg gtcgtagcga gggtgccgag atgctcttcc
    13321 ccctggccga cggatcggag tcgctgaaga tcttcaccac gcgggcggac accgtcttcg
    13381 gcgtcacctt tatggtgctg gcgcctgaaa gcgagtacgt cgggcgactc acaaccgacg
    13441 cacaacgagc cgacgtggag gcgtatctcg aagcggtcaa gcggcgcacg gagcgcgaac
    13501 gcatcgccga tcataaggtg acgggcgtct tcagcggctc gtacgccatc aatccgctga
    13561 cgggcgaaca gatcccaatc tggatcagcg actatgtgtt ggctggctac ggcacgggcg
    13621 ccatcatggc cgtccccgcg cacgacagtc gtgactatgc cttcgcccgc catttcaacc
    13681 tgcccatcgt tccgctgatc gaggggtgcg acgtctccga ggagagcttc gatgccaaag
    13741 agggccgcat gatcaactcg ccgatggctg gccgggaacg ggcgggcgga ctcgtgctga
    13801 acggcatgga tgtacccgaa gccatcgccg ctacgaagcg ctacatcgcg gacgcagggc
    13861 tgggtcggat caaggtgaac taccgtctgc gcgatgccat cttcagccgc cagcgctact
    13921 ggggcgaacc gttcccgatc tactacgacg ccgacggtat gccgcgtcca ttgcccgagg
    13981 agtgcctgcc gctgcgactg ccggaggtgg acaagttcct gccaactgaa acgggtgagc
    14041 cgccgctggg tcgcgctacg cattgggcgt gggacagtgt gcgccatgaa gtgacggaca
    14101 acagtcgcat cgacaaccag accatcttcc cgcttgagct ttgcaccatg cctggatttg
    14161 ctggctcgtc agcctattat ctgcgctaca tggatccgca caacgaccgc gcactcgtct
    14221 ccccagaagc tgatgcgtat tggcgtaacg tggaccttta catcggcggc acggagcacg
    14281 ctacgggtca cctgatctat agccgcttct ggaacaagtt cctcttcgac gtcggcacct
    14341 cgtgcgagga agagcccttc cgcaagctga tcaaccaagg catgatccag ggccgatcga
    14401 acttcgtcta tcgcatcgtg ggcacgaacc gcttcgtgtc gtacaacctg aagggcgact
    14461 atgacgtgac gccgatccac gtggatgtga acatcgtcag caacgacgtc ctcgatctgg
    14521 acgccttccg cgcttggaat ccggagtatc gcgacgctga gttcgtgctc gaggatgggc
    14581 gatacatctg cggatgggcg gtggagaaga tgtcgaagtc gatgtacaac gtcgtgaacc
    14641 cggacacaat cgtcgagaag tacggcgccg acacgctccg cctctatgag atgttcctcg
    14701 gccccctgga gcaatccaaa ccgtgggata cgaacggcat cgacggcgtc ttccgcttcc
    14761 tgaagaagct ctgggccacc tattactccg gcccggacgg cgcgtggggc gtcgtcgacg
    14821 acgagcctac ggccgacgag ctgaaggcac tccacaagct gatcaagaag gtgacgcacg
    14881 acattgaaca cttctcgtac aacacctccg tgagcgcctt catgatctgc ctgaacgaac
    14941 tctccacact gcgctgccgc aagcgcgctg tgctggagcc gctgctgatt gtgctcgcgc
    15001 ccttcgcccc gcatatcgcc gaggagctgt ggcacgcgct gggccacacc acgaccatct
    15061 gcgacgccgc atggcccgac tacaacgaac aatacctcat cgaaaccacc gtgcgctatg
    15121 ccgtctcctt caacggcaag acgcgtttca acctggagct gcccgccgac ctcgaccgtg
    15181 cgtccatcga gcgtgctgcc ctcggccacg acgcggccgc caagtggatc ggtgataaga
    15241 cccctaagaa aatcatcatc gtacccaaca aaatcatcaa catcgttcta tgaaagattc
    15301 tctactcaaa gtctactacc cggtgaagga ttacctcctc atcatcctcg gcaccgccct
    15361 ctacggcttt ggttataacg ccttcatcct ctccaacgag atcgtcaccg gcggcctgag
    15421 cggtatctgc ggattgatct tcttcgccac caaactacct gtctccgtct cttatttcgg
    15481 catcaacgtc ctcctgctcg gcatcgcctt caagatcctt gggttcaaat tcctcgtcaa
    15541 gaccatcctc ggcgtggcct cgctctcgtt ctggttctgg ttcttcgagc ttgtgttcgc
    15601 cggccaaccc ctcatgcagc tgcaagaagt cttcatgtcc gtcatcatcg gcgccatgat
    15661 ctgcggctcg ggcctggggc tcgtcttcta cgccggcggc agcacgggcg gaacggacat
    15721 catcgtggcc atcatcaaca agtacaagga catctccatc ggcatgggca tggtgttgct
    15781 cgacttcctg atcgtcagca gctcctactt cctctttgcc aacgtggata agatcgtgct
    15841 cggactcatc gagatgggcg tcaactccta catgctcgac cgcgtgatga acgccaacac
    15901 acagtcagtg cagttcatga tcttctcgcg caaatacgat gagatcgctg acgccatcat
    15961 ccaccgtctg caacgcggct gcaccatcct cgaaggcgag ggcggctatt cgcacaagcc
    16021 gatcaaggtg atcgtgctcg tggcccgcaa ccgcgagcgg acaaacatct tccgcctcat
    16081 taagatgatc gacagccaag ccttcatctc gcagagcacc gtccgcggcg tctacggcga
    16141 aggcttcgac gcgatcaagg tgtaaggcca aacgccccct cgtacccgtt gacaactgtc
    16201 agaggcatgc tcccgtgagt tttctgccct ctgactgttg tcaatgacta gaaaacccga
    16261 gttttctacc cgttgtccat tgacaatggc cgaaaaaccc gggttttctg tccttcgacg
    16321 attgtcaatg atcagaatcc gcaagttttc taccctctga ctgttgtcaa tgaccagaaa
    16381 acccgagttt gcatgcctct gacggttgtc aatgggtgat ctcttaaaac atttaacagg
    16441 ccaaccattt ccaatcggaa atgggatgcc aaacgcgttt caaaccacac cgccaattgg
    16501 ccatacccct ctaccctcat gttcgaagac tggaaaaccc atcgccccga agagatctcc
    16561 aaggcgttgc tctgggagta cgacaccgac gcccccacgt gggactggga atacatgaag
    16621 cccctcgtcg tagaacgcgt catcgagcgc ggcaacatca gcgactacta cgccctgctt
    16681 cagcgttacg gcggcttcga ccccgtgcgc gacgtcgtgc gccgtctacc ccgtctctca
    16741 cccatcgatc agaactgggt ctgccgcatc tttcacctca acaaagaaga actcgcatgc
    16801 tacacacgga atcaatcacg agcggaacgc ttgaaacgct aaagcagctg atgcgtgacg
    16861 agacgctaca agacttcttc ctcgtcggcg gcacagctct ggcgctctac atgggtcatc
    16921 gcaaaagcat cgacctcgac ctctttaccc tccactcctt tgacgcccca aggatgcgcg
    16981 cctacctgac ggacaggtat ggcctttcga acgcttttgt gcgcaaagac actgtgaagg
    17041 gcaccatcgc cgaaatcaag atcgactgta tcacctacgc ctatccgctc ctcgaacgcg
    17101 tgcacgaaga gggcggaatc aggctatgta gccttcggga catcgccgcc atgaagctct
    17161 ccgctatcgc cgactcaggc acgcgcctca aggactttgt tgacgtggcc tgcctctcca
    17221 ctcgcctctc cctcggcgat atgctccgcg cctacgatgc gaagtatcgc ggcatgagcc
    17281 ccatctctcc gctgaaagcg ctgacctatt acgacgacat ccgcgagcga gagccgatcc
    17341 taacgctacg gggcaactat gactggtcgc tcatcgacta tcgcctgcaa gacatgctcg
    17401 cccacctgga gcaggtctat gaggatttcc cattcacata gtccaggggc ctttcccctt
    17461 tttctctttt acgcgtacgt ttgtccgccg aaaaaaatcc cccatacata tgatctacaa
    17521 acgaatccta ctcaagctaa gcggcgagtc actcatgggc ggccgcgctt acggcatcga
    17581 cgaggtgcgc ctcggcgaat acgccaaaca gattaaagag atcgccgatc gaggcataca
    17641 aatcggcatc gtcattggcg gaggcaacat cttccgcggg ctcgccggcg ccgccaaagg
    17701 cttcgaccgc gtcaagggcg accagatggg tatgctggcc accgtcatca acagtcttgc
    17761 cctcagctcc gccctcgagg ctttcggcgt agaggccgac gtgctgacgg ccgtacgtat
    17821 ggagccggtc gggacgtatt acagcccctc acgcgccgcc gaactgcttc gcgacggcca
    17881 cgtcgtactc atggccggcg gcacgggcaa ccccttcttc actaccgaca ccgccgccgc
    17941 gctgcgcggc attgagatcg gtgccgacgt cttgctcaaa ggcacccgcg tggacggcat
    18001 ctacaccgcc gacccggaga aagaccccac ggcagtgaag ttcgacgaga tcaccttcga
    18061 cgagatctac tcccgcaacc tccgcgtgat ggacctcacc gcaacaacga tgtgcaagga
    18121 gaacaacctc cccctcgtcg tcttcgacat ggacacccca ggcaatctca agcgcgtgct
    18181 cgccggcgag aacatcggta cacgcgtcac cctctgaaca actttagaac cctcatcata
    18241 tggcagcaac agacaccaaa caaatcatca aggacgccga agcgaagatg aacgccgccg
    18301 tccagcattt agacgacgag ctggcacgca tccgcgccgg caaagccagt gcacgcattc
    18361 tcgacaacgt ccgcgtgact tactacggcg acctcgcgcc gctctcgaac gtagcctccg
    18421 tcaccacccc tgacgccaag acgatcctca tcaccccgtg ggagaaatcc ctgctgaagg
    18481 agatcgaaaa ggccatcctc gcctccgagg tcggcatcac gcccgagaac aatggcgaga
    18541 ccatccgtct gggcatcccc ccgctcaccg aggatcgtcg ccgcagcctg gccaagaacg
    18601 ccaagcaaca ggccgaagcc gccaaagtca gcatccgcaa tgcccgccgc gacacgatcg
    18661 acgtgatcaa gaaagccgtc aaggacggta cgcccgagga tctcggtaaa gacgccgagg
    18721 ccgaagcaca gaagatccac gacaagtatg tcaagaaggt agacgacctc tacgccgcca
    18781 aggaaaagga gatcatgacg gtctgacccc ctccctatcc ccatgcacgg attagtcatt
    18841 aaaaacaccg gcagtcgtta tacagtttgt atcgacggcg gccggtgttt cgattgtaag
    18901 atcaagggag cctttcgcat caaaggcatc cgcaccacca accccgtggc cattggcgac
    18961 cgcgtcacag tcgaagtgcc cgccaacgaa acggacacgg cctacatcac cgccatcgca
    19021 ccgcgccgca actacatgat ccgccgcgcc tcgaacctct ccaaagagtc gcacatcttg
    19081 gccgccaaca tcgacctcgc cctactggtc gccaccatcg atttccccgc caccaccctc
    19141 accttcatcg accgtttcct ggccaccgcc gaggcctatg ctattcccgc cctgttggtg
    19201 ttcaacaaaa tcgaccgcta cgacgccgat gcccgccgta cactcgacga atacgtggcc
    19261 ctatacaccg ccatcggtta tgactgcctg cccatcagcg cgctcacggg cgagggtgtc
    19321 gaggccttgg ccgagcgtct gcacggacgc atcacgctcc tctctggcca ttcgggcaca
    19381 ggcaagtcga cgctcatcaa tcggctccta ccgcacgccg atctgcgcac gcaggagatc
    19441 tcggagtacc atcgcacggg cgtccacaca acgaccttct ccgaaatgct ccccctctcc
    19501 gacggctcgg gttacctgat cgacacgccg ggcatcaagg gcttcgggac gatcgaaatg
    19561 caaggcccgg aggtagccca ctacttcccc gaaatcttcc gcgcatcggc cgactgccgc
    19621 ttcaacaatt gcacccacac gggcgaaccc ggatgtgccg tacgtcgcga aatggagtgt
    19681 ggaaacattg catcgtcgcg ttaccgcagc tacctcaaca tcctccaaga cgccgacggc
    19741 aacaagtatc gcgaggcgta ctgacatgca gcgtggcaca gcaatgcgcg gacaagccgc
    19801 ttcagcgtta tcggaaacgc gctcgaaata cattttggat ccaagcaaac ttcccggcct
    19861 cggcagaggc ctgcgcagac ccaaacaagt actcgattgg cttcgcgcag tgtgcgcgga
    19921 cccaaacaag cgctcgattg gcttcgcgca gtgtgcgcgg acccgaacag gcgctcgatt
    19981 ggcttcgcgc agtgtgcgcg gacccgaaca agtactcgat tggcttcgcg cagtgtgcgc
    20041 ggacccaaac aggcactcga ttggggcgtc agggacgcca gccaggtttg ccgggtacaa
    20101 agcaaattcc acctcattct tgtaccaggc aaactctccc agcctcggca gaggcctgcg
    20161 cgaagcaaaa cggacgaacg ccctccccct atgatcgatt ccgcaactaa agaccgcatc
    20221 ctcgaggcgg cacagattgt cgatgtcgtc tccgagtttg tcaccctgcg caagcgcggc
    20281 gtcaactacg tcggactgtg ccccttccat gccgacaaga acccctcgtt ctacgtctcg
    20341 cccgccaaaa acctctgcaa atgcttcgcc tgtggcgagg gcggctcgcc cgtctacttc
    20401 attatgaagc acgagcagct gagctatccc gacgccctcc gctacctggc caagaagtat
    20461 cacatcgaga tccgcgaacg ggaactcacg gacgaggaac gccgcgctca gggcgaccgc
    20521 gagagcatgt tcatcctcaa caattgggcg cagaaatact tcaccagctg cctcatggag
    20581 cacgaagagg gacgcaccat cggcctctcc tacttcgcgc aacgcggatt tcgcgaagag
    20641 accattcgca aattccagct gggctacggt ctggaggcac gcgatgcgct ctaccgtgcc
    20701 gctatggcca aggggttcaa acgggaatac ctcgaaaaga ccggcctctc gagtttctac
    20761 gagaacggca tggtggccga ccgcttccgg gggcgggtga ttttccccat ccatacgctc
    20821 agcggtaagg tggtcggctt cggtggacgc attttggact ccaccaagaa ggtgggcaag
    20881 tatctcaact cgcccgagag cgagatctac cacaaaagca acgaactcta cggcctctat
    20941 ttcgccaagc aagccatcgc caaggccgac aaatgctacc tggtggaggg atatacggac
    21001 gtcatatcca tgcatcagtc gggcatcgag aacgtggtgg cctcgtcagg cacggcactc
    21061 acgcaggggc agatccacct gatccaccgc ctaacgaaca acatcaccgt gctctacgac
    21121 ggcgatgcag cgggtatcaa agccgccatt cgagggatcg acctgctact cgaggcgggc
    21181 atgaacgtga aagtattact gctgcccgac ggcgaagacc cggactcttt cgcccgctca
    21241 cgcaacgcct tcgatctgtc ggtctacctc aacaaccacg agacggactt catccgcttc
    21301 aagacacagc ttctgctccg cgaagccgag ggcgacccca tccggcgggc cgcattgatc
    21361 acagacattc tgcaatccgt ggccttgatc ccagacgcca tcaagcgctc ggtttaccta
    21421 caggaatgca gtcggatgat ggagatcaaa gaagccatac tcctagccga gctgaataag
    21481 atccgcgcca cgcgtcgatc ggcgccccct ctcgttcgcc ccgctgcgcc accgcccact
    21541 cagccaactc cctcagaaca ccatccggag ccatcgcccg acgacccatc cacggctacc
    21601 gcaccgacgc ccgcccccac gtcgcctcag ccagttcagc cggccacaaa accgacatcg
    21661 cgcaccatgc gttcgcctta tcgcgcagcc gaagaggcac tgatgcgcta cgtcgtgctc
    21721 catggcgaag agacgctcta tgactacacc gacgaggaat cgggcgagca cgtcgtgatc
    21781 cgtatcgcgg agtatatcct ctcggaactg cagcgcgatg ggctttcgct ctccgtgcct
    21841 atcttccaat ccatcttgga tgaagccgtt tcacacgtct ccgaaccggg attccgcgcc
    21901 gaaagtcatt tcctctcgca ccccgacgcg gaaatctcgc gcgtcaccat gtacctcatg
    21961 gacgaccgct accgaacgat cgaagaggaa ccggacgaca acaaccgaat gacagacgat
    22021 gagcgacaag agatcgccag aaagcgcctc aaggagcttg aaaaagccat tgtgcatgac
    22081 ctcttcgcgc tcaagggagc ctacctgctg caacgtatat cggccatcaa cagccgcatc
    22141 aaggagcttc agaccgaggg acgcctcgat gaggccatcg aactgatgaa ggagcaaaaa
    22201 cagctgaacg aaatcaaagt ggcgctcagc cgtgagctgg gcgaccggat cattttgaag
    22261 atgtaaagcg ggcgaccgtc tgccactcgt cctcctcata cgttccgata ggagcgcatg
    22321 agccaaaggc gctcctgttg ggatgtccga cagaagcgcc tttacgttag tggcacaaga
    22381 cagtagggga ggggtaggcc gatgtgtccg cccgtgggtt cattcatacc ttccgacgga
    22441 aggtgaatag aatagatgca actcgacttt cgccacttct tcattgattt ctctgcactg
    22501 cgagagaaat acaacgtata aatcataggt tgtcgagata gtcgttcaac gcttcttgtg
    22561 aacgtatcac ggtgcaattc ccggatcgga tctcctcccg agccttgtct atgcgggctt
    22621 gcagctccgg ggtgatcacc tgctgcgtgg acgacggttt gtagccgata cgatagaaga
    22681 tggactctat gtagttgctg aggcttctgt tttcgtgttt ggcctcggct cggagctgct
    22741 ccaatacgcc cgcatctata cggatgtgtg ctgatgattt ttcgattgtt atagccatga
    22801 ttacttcctc ttttgttgta ggcaaaggta gcggctttac caccgcgggg atgggcgcac
    22861 ggcttggaag ggggcggatc ggcctgtact tttgccgccc tcattatgca acacgaacat
    22921 catgtatttt atagaagctg acaacatcgt caagcaatac gctaaccatc gtgccctcga
    22981 tggggtaagc ctgcgtgtcc cggaggggaa gatcttcggg ctattgggcc ctaatggcgc
    23041 cggaaaaacg acgctcatac gtatcatcaa ccgtatcacg gccccggaca gtggctctat
    23101 tcgcttcgac ggacacccct cgcaaccgga cgacgtccgc cggattggct atctgcccga
    23161 ggaacgcggc ctgtacaaga aaatgaaggt cggcgagcag gcgctttact tcgctcggct
    23221 gaaggggatg agtgccgcag atgcccgggc gagcctgacg gagtggttcg aacggttcga
    23281 catcatggct tggtggaatc ggcgcttgga ggagctctcg aagggcatgc aacagaaggt
    23341 gcagttcatc atcaccgtcg tgcatcggcc cgcactgctc atcttcgacg aaccctttag
    23401 cggcttcgac cccgtcaatg ccgagcagct caagcgcgaa atgctccgcc tcaaggccga
    23461 aggtcggacg ctgattttct ctacgcacaa catggcctcg gtggaggagg tttgcgacga
    23521 gatcgcactc atcgaccact cccgggtggt gctctccggc aatgtgcacg aggtgcgcga
    23581 gcgatataag gagcaccttt tcgaggtgga atatgtcggc gccatcaccc tccaacccga
    23641 ccccacgcga tacaccctga tcagcgccac accctcaggc ggcggcactg cgatccgaat
    23701 ccgtaagtcg ccgaccgtaa gcaacgccga actgctctcc tccctgagcg cccaaggtga
    23761 gttgcgcgcc ttccgcgagg tgctgccctc catgaatgag atatttatca agactgtaga
    23821 gggtagagga tagagggtag agagatgcgc cttctacgtt tgagatcaca agacgacaga
    23881 cacaggatat ggctggaaag agtttccgtg aattaatcgt ttgggaaagg gcaatgcaac
    23941 tggcggtgta tgcctatcgc cttaccctgc ttcttcctcg agaagagaaa ttcgcaatcg
    24001 gagatcagat gaggcgctct gcggtatcta ttccctccaa tattgccgaa gggaatgcac
    24061 gaggcccaaa agaaatggtg cacttcctgc aatacgccca aggatcacgc gtcgaattag
    24121 agacccaagt cgaaatctgc tatcgagtcg gatatatcac cgaggcacat ccgagacaac
    24181 acatcgaact ctcaacagaa gtaggacgca tgatcagcag catgatcaaa acgctatcca
    24241 aatactattg actccaccct ctatcctcca ccctccaccc tctaccctct accctctacc
    24301 ctctaccctc taacccccta ttcaatatct ctaccctcta ccctctaccc tctaccctc
//
LOCUS       SEQF2638.1|AYYF01001357.1 233 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..233
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             36..230
                     /locus_tag="SEQF2638.1_01339"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLDVYLGEDGWSKRAGEAAINMELMAKIDLFILQRLKAKLGKSI
                     PRVQMFLAKINPLQLFELGL"
ORIGIN      
        1 gcgaccactg gaaaatagag aatcagcttc actacatgct tgatgtttac cttggagagg
       61 atggttggag caagcgtgcg ggggaggcgg ccataaacat ggagctcatg gccaaaatcg
      121 atcttttcat cctacagcgt ctaaaagcaa agctcggaaa gtcgattcca cgagtgcaga
      181 tgttcttagc caagatcaat cctctgcaac tcttcgaact ggggctatag ttc
//
LOCUS       SEQF2638.1|AYYF01001358.1 2688 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2688
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             365..493
                     /locus_tag="SEQF2638.1_01340"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVSILLVYKLEKYMMQLVQIMTKVTDLTNEYKEHVDSGQNWR"
     CDS             592..807
                     /locus_tag="SEQF2638.1_01341"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:vienna_vog:VOG06177"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MECKRINHPKVILAEKGMTNKQLSEILDKNPAVISKWRTNAAQP
                     NVEMFIQLAKVLGVSVDDLLWTSGENG"
     CDS             800..1096
                     /locus_tag="SEQF2638.1_01342"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVNMLGYKHKCMDRKYIDTSNDNMETKKTIVFNRIIGLDSDIES
                     IARVFESKKYTENAGVGFTYVHIEDDVILTKVLIRTPSYLQNYNSQENIIEKKS"
     CDS             1550..2473
                     /locus_tag="SEQF2638.1_01343"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEDQHYNGDIWNREAFALLKKFGWDRIGDYDMDVKEEDGKKMGI
                     NTIVKFETPLKAKPQLAVLEAKRYETKSFNKALLQDWIERLDKKLLKLRNSAPFVEKF
                     PDVDNCTISDIGIIAIWFSDTCNYRGVYTKFNEALSQVSVSTRTRRAGVNSIYVLDNT
                     RFMRLFALQNAIDNIKKEDGEYNFIYSPRYISGLPLTRQKALTIESVFSDIIFAEFKR
                     RGETTSYIFYFGQLDLNSFRFLRNAYSKTSLWDKSIKIILYVYNIDDEFRKIENDIKT
                     DIFNGFNASIMKMACNNSIPDFLLNLTENER"
ORIGIN      
        1 agcagaaggc gtgacggcag cagtcctgtc tatgtgtata agataaggaa gatactgccc
       61 tgtcctttgc ttgacagtta tagtagtctg atgtagtagg gtgtgtagta ttgtcatgta
      121 ctacaatgca gtattgatta tcaacaactt acaacaaaat agcatgcagt aagaagaaag
      181 atgaaaaagt ttggagggaa aaactttaga aaaaaggatt tcattcaaac tgcattcaaa
      241 tatcatttaa accaactatt attactcaaa caagaattat ccaactagta gaagtttgtg
      301 gtaatgaaag aagaagattt atcacttatt aaacaacatc ccatcgtgga gtatcttgaa
      361 aggaatggta tcaatcctgt tggtgtataa gttggagaag tacatgatgc agttggtaca
      421 gataatgacc aaagttacgg acttgacaaa tgagtataaa gaacatgtag atagtgggca
      481 aaattggagg taaaaacatt tttttcaact taatattgct gcatttttac tcaggcagcg
      541 ttagctttga gaggttttgt gtatatttgt agccaattta ttagcatacg aatggagtgt
      601 aaaagaatca accacccaaa ggtgatactt gcagagaaag gaatgaccaa taaacaattg
      661 tcggaaatcc ttgataaaaa ccctgctgtt atttccaaat ggaggactaa tgctgcccaa
      721 cctaatgttg agatgttcat ccaattggct aaggttttag gtgtcagcgt agatgattta
      781 ttgtggacca gtggcgaaaa tggttaatat gttaggatat aagcataagt gtatggatag
      841 aaaatatatt gacacaagta atgacaatat ggaaacaaag aaaactatag tatttaacag
      901 aataattggt ctcgattctg acatagaaag tatagctcgt gtttttgagt ctaagaaata
      961 tactgaaaat gcgggcgtag gttttactta tgtccacatt gaagatgacg taatattgac
     1021 aaaagtgcta ataaggacac cgtcatattt acaaaattac aactcgcaag aaaatattat
     1081 tgaaaaaaaa tcgtgaatgt atatgaagaa atagaacttc ttatggattt ccaatatgga
     1141 ttaatatatt caacatcctc ttcaacaaag ttttccaaag ccaagtcttt gctgagaaat
     1201 tgttttaatt caaaagtagt atttaaaaat gtagattgct cgccggaaaa ggtttttgaa
     1261 agaattcaat tgttgaattg ggaggctttt attacagatc tttcgataaa aaaatttgta
     1321 tataaggaag gggcaatagg acgtctttct atacatcttg aagattctca agttggaaaa
     1381 gaattaatag acagatattc cggtagtata tcaagattga cagtgagtat tgaatcgaaa
     1441 gtgttttccg aattctttct ttctgttgca tcgcagaatt cttttactat tcgatgtcaa
     1501 gaatctaatt tttggccaat ttttgatgcg ataaggggga aattataata tggaagatca
     1561 gcattataat ggtgacatat ggaatcgcga agcttttgcc ctcttgaaga agtttgggtg
     1621 ggatagaatt ggcgattatg acatggatgt taaagaggaa gatggaaaga aaatgggtat
     1681 taatactatt gtaaaatttg agactccatt gaaagccaaa cctcagcttg ctgtattgga
     1741 agccaaacgt tatgaaacaa aaagtttcaa taaagctctt ctccaagatt ggatagaaag
     1801 gcttgataaa aagctattga agttgagaaa ctcagcacct tttgttgaga aatttccgga
     1861 tgtagataat tgcactatct cagatattgg cattattgct atatggttct ccgatacatg
     1921 caattacagg ggggtttata cgaaatttaa tgaggcttta agtcaggtct cagtgtcaac
     1981 tcgtacacgt cgtgcgggtg tcaatagtat atatgtgtta gataacacga gattcatgag
     2041 attatttgct ttgcaaaatg caatagataa tataaagaaa gaagatgggg agtataattt
     2101 tatatattcg ccaaggtata taagtggcct ccctctaact agacaaaaag cgttaactat
     2161 tgagagtgtt ttctccgata taatatttgc agaatttaaa cgtagaggcg aaacgacttc
     2221 ttacatattt tattttgggc aattagacct taatagtttc cgatttctga gaaatgctta
     2281 ttcgaaaaca tcattatggg ataaaagtat aaaaattatt ttatatgtat ataatattga
     2341 tgacgagttt aggaaaatag agaatgacat aaaaacagat atttttaatg gatttaatgc
     2401 atctattatg aaaatggcat gtaataacag tattcctgat ttccttttaa atttgacgga
     2461 aaatgaacga tagtagttat cctgaagaat atgagattaa agaagtttgt tcaaacttta
     2521 taaagcgtcg tattcttaat gcttttatgc aagagcgtgg tgtcttcgcg attaacgcta
     2581 ccgcagaaga tatgggtgaa attctatccc attgtgtttg ggaaaggatt tcaatagagg
     2641 aacttcgtac taatgcatat caactttcaa ccaaatcttc tcttagtg
//
LOCUS       SEQF2638.1|AYYF01001359.1 679 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..679
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(533..622)
                     /locus_tag="SEQF2638.1_01344"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTQMAKSHPKPTNSVPNTASPMYNYCFG"
ORIGIN      
        1 tacggctgga ttaggaagta gattggggaa gatatcgaga aatatcaaca agtcattggt
       61 ctcgattgct cagaaaccct ctatatcata tataatcgag aagttcccag aggaaatgga
      121 atttgtcata cctataggct ataaaaaaga gatggtagtc gaatttttga ctattgctta
      181 tccatatcgt aactttactt ttgttgaggt ggaacccttt gacggtaagg gggctggatt
      241 aggatttacc atgcttttat gtagggacta tttgcaatgc cctttcattt tttgctcgaa
      301 tgatactatt gtactcgaag atattccggc tccttcatgc aactggatgg gatatgcaga
      361 tgttgaaaat caggagcaat acagagggat ccgttttgat ctctatggta aggttaccga
      421 tatatgctca aaagggtcta ttggtaatgt aaaacgaatt ttattagaga taacctctgt
      481 tttagggcaa gtccaggaag gtcatgtgca aaattttata gacgaaattt tttcagccaa
      541 aacaatagtt gtacatgggg ctggccgtgt tgggtacgct gttcgtgggt ttgggatgcg
      601 acttggccat ttgggttttc atgcgtatac attaggggat tcggttgttc ctccaataaa
      661 ggagggggat ctcctaatt
//
LOCUS       SEQF2638.1|AYYF01001360.1 1856 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1856
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             116..1555
                     /locus_tag="SEQF2638.1_01345"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:vienna_vog:VOG01172"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEFVIPIGYKKEMVVEFLTIAYPYRNFTFVEVEPFDGKGAGLGF
                     TMLLCRDYLQCPFIFCSNDTIVLEDIPAPSCNWMGYADVENQEQYRGIRFDLYGKVTD
                     ICSKGSIGNVKPYIGLSGVHDFETFWDAMEVGQAYGAIEIGESYGMRALLHKKAIESV
                     QFTWFDTGNLDRLKESRDYFQSINKEAPNVLEKEGESIWFIDDKVVKFNIDTSFISNR
                     VERSKLLDHYIPKITAFSEHMYSYKKIDGVIFSKSPTLPLFKSFLDWMSGFWIKKELG
                     KDELDRFRNKCLEFYKDKTLDRVRQYLMRFEMLDEEEIINDQKIPPLKKMMESINWDI
                     ISKGIPVRFHGDLHFENILICSSSDEEPFALLDWRQDFAGELLYGDIYYDFAKLLHGL
                     IVSHELIAKDFYNVSRKINKVSYEFLQKNSMIECREYFKKYIIAHGYNWEKVELLTAL
                     VFLNIAPLHHYPYTHLLFSLGKMMLHRQI"
ORIGIN      
        1 tacggctgga ttaggaagta gattggggaa gatatcgaga aatatcaaca agtcattggt
       61 ctcgattgct cagaaaccct ctatatcata tataatcgag aagttcccag aggaaatgga
      121 atttgtcata cctataggct ataaaaaaga gatggtagtc gaatttttga ctattgctta
      181 tccatatcgt aactttactt ttgttgaggt ggaacccttt gacggtaagg gggctggatt
      241 aggatttacc atgcttttat gtagggacta tttgcaatgc cctttcattt tttgctcgaa
      301 tgatactatt gtactcgaag atattccggc tccttcatgc aactggatgg gatatgcaga
      361 tgttgaaaat caggagcaat acagagggat ccgttttgat ctctatggta aggttaccga
      421 tatatgctca aaagggtcta ttggtaatgt aaaaccgtac attggattat ctggggttca
      481 tgattttgaa acattttggg atgcaatgga agtggggcaa gcttacggtg caattgagat
      541 aggagaaagt tatggcatga gagctttact acacaagaaa gctatagaat cagtccaatt
      601 tacatggttt gacacaggca atttggatag gctaaaggaa agccgggatt attttcaatc
      661 aataaacaaa gaagctccga atgttttgga gaaggaaggt gaatcaatct ggttcataga
      721 tgataaagtt gtaaaattca atattgacac cagttttatc agtaatagag ttgaaagatc
      781 taaattgctg gatcactata ttcccaagat aacggctttt tccgagcata tgtattctta
      841 taaaaaaata gatggagtaa tcttctctaa gagtccaacg ctgccattat ttaagtcttt
      901 cctagattgg atgagtggct tttggataaa aaaagaatta ggcaaggatg aattagatcg
      961 gtttagaaat aaatgccttg aattttataa ggacaaaaca ctcgatagag ttcgtcagta
     1021 ccttatgagg tttgagatgt tggatgagga ggaaataatt aatgatcaaa aaatacctcc
     1081 attaaagaag atgatggaga gtattaattg ggatattatc tctaagggga ttccggtgcg
     1141 atttcatgga gaccttcatt ttgagaacat cttaatatgt agctcttccg atgaagagcc
     1201 ttttgctctt ttagattgga ggcaagattt tgcaggagaa ttattgtatg gtgacattta
     1261 ctacgacttt gcaaaattgt tgcatggcct aatcgtctca catgaattaa tagcaaaaga
     1321 cttttacaac gttagtcgta agatcaacaa agttagttat gaatttcttc agaaaaattc
     1381 catgatagag tgtcgagaat actttaagaa atatattatt gctcatggtt ataattggga
     1441 gaaggttgag ttgttgacag ctttagtctt tttgaatata gcccctctac atcattatcc
     1501 atatacccat ttgctatttt cattaggaaa aatgatgtta catagacaga tatgaggatt
     1561 gttttacata acccacatat tagtccatgg tataaagtag gcgtgggaga tatctataac
     1621 cgtgtcagaa gcgtgcagaa atattcgtat atattcgatt tcctctataa tagagaatgt
     1681 aaggtctatg tatatataga taatattgca acttctttat cctgtggtgt tgttgagttc
     1741 tggacatggg ttgttattaa caaatttaac ccattcaagt ttgtgattat cactgactta
     1801 caaaagttga catctaacga tgtttttatt acatttattt atagaaactt tgcgac
//
LOCUS       SEQF2638.1|AYYF01001361.1 659 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..659
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(189..563)
                     /locus_tag="SEQF2638.1_01346"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRKENVRFIESLRACRAYKVAQLSHYGYHTAMGSNNAKEAKIDL
                     LVSESNLSKNSSYFRYHYGWYEKDVYVMPFVPKDRFQVKTDFSLRKRKALATGNLVIV
                     LTDSNASGSSPYLGTNTPSITS"
ORIGIN      
        1 tggagagaac gggagaaaca gataacacct tatggcttag acatagtaat ttagaataac
       61 gtatatagat acatagtttg catgaggaaa aagttttatt atttgtctgc atcattgatt
      121 tgtgcaaata tgcttgaatt aggaaatgcg gttagagata tagaaaagag tggatgtgac
      181 atgatccatt atgacgttat ggatggagta tttgtcccaa gatatggact actaccggag
      241 gcgttagaat ccgtcaaaac tataacaagg ttgcccgtag caagagcctt tctttttctc
      301 agagaaaagt ccgttttcac ctgaaatcta tccttaggaa caaagggcat cacatagaca
      361 tccttctcat accatccata gtgatagcgg aaataactac tgttcttcga taaattactc
      421 tctgaaacaa gaagatctat ttttgcctct tttgcattat ttgatcccat ggccgtatga
      481 tatccataat gggacagctg ggcaacctta taggctctgc aagcccttaa actctctata
      541 aaccgtacgt tctcttttct catctttcca tcgattgtcg caaagtttct ataaataaat
      601 gtaataaaaa catcgttaga tgtcaacttt tgtaagtcag tgataatcac aaacttgaa
//
LOCUS       SEQF2638.1|AYYF01001362.1 467 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..467
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(162..368)
                     /locus_tag="SEQF2638.1_01347"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQLIHIHHSLCHSKITIGTCRDTNLDICIRSNLWHIINPDFIQE
                     IQFLFVKEVVSPFVCMEIYLFGGS"
ORIGIN      
        1 tgttgattcc ctgctgttcg ccattctcaa tatatgcctt ggtaccctcg ttgccatttt
       61 ttttagcacc aggagtaaac actagcaaat tagcctttgc accattttca agattctgct
      121 gccaatcagc tttcgtgaag cacaagctat tcacctgaac gctacgaccc accaaacaga
      181 tagatttcca tgcagacaaa tggacttact acttccttga caaagaggaa ttggatttcc
      241 tgaataaagt cagggttgat aatatgccaa agattggaac gtatgcagat gtcgaggttg
      301 gtatcacgac aggttccaat ggttatttta ctgtgacaca gggagtggtg gatatgtatc
      361 agttgcatga gtatgctcgt cctatggtgg gtcgtagcgt tcaggtgaat agcttgtgct
      421 tcacgaaagc tgattggcag cagaatcttg aaaatggtgc aaaggct
//
LOCUS       SEQF2638.1|AYYF01001363.1 2790 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2790
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             249..344
                     /locus_tag="SEQF2638.1_01348"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTERYAKVTPQKLFEEFDRFRSFTDDMQLAI"
     CDS             414..998
                     /locus_tag="SEQF2638.1_01349"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLFYINRQKTKADGKTGILCCITIDGKSAVISTGEECKPSEWNA
                     KQGLTPDRKINQRLHEFREFVEKTYRDILTGDGVVSAELIKNHLQGIATHPTTLLAMS
                     RAELRTVKESVGRSRTESTYHNLSHSDRILREFVEDKRLLDIPISTITEELFEEYRFF
                     LKKRGLKGITINNYLCWLSRLMFRAPKDYPMQSL"
     CDS             964..1539
                     /gene="xerC_14"
                     /locus_tag="SEQF2638.1_01350"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01808"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerC"
                     /translation="MRQRIIRCNPFEHARYEEKEKKIRFLQKSDVAKLMSMTMNDREA
                     EQARLIFIFSCFTGLAIADMETLQYGHIQTTADGRKYIRKERQKTKVEFIVPLHQIAE
                     AIILHCREEQDENEEQQMLKEKGEPLIFPRECSRNVIDSRLSIVGRACGIKERLSFHM
                     ARHTFGTMTLNAGIPIESIAKMMGHASISST"
     CDS             1681..2097
                     /locus_tag="SEQF2638.1_01351"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNTSNKPKTMTGTENHRSYLDWSRNMQVVRKGKGEIAMTEEELV
                     RFFGGTWTKLNHRLQTIMKSSNLHPDERGAGQKEVIKKGEAVGYSPLYPLPIIISLSF
                     LLDSMEAYLFRKYISRRLQTETAIVPSIFLLGNTKN"
ORIGIN      
        1 agagatactg gnacagaatg cgatcagaag caagaggggc aagggataac gtttgttctt
       61 gttgttacgg cggtcatcaa tcagggtgag actccggata aggctgggca gttccattat
      121 tgtcatgtat agtttgatag gacgaagcta aacggaatcc ctgacctcga aaagtgatta
      181 tgcgtcagcc ctggcctcaa tgaagacttg ttctgataac gcaaatgtac ttatctcccc
      241 atataagcat gaccgaacgc tacgcaaagg taacaccaca aaaactcttt gaggaatttg
      301 accgtttccg ttctttcacc gatgatatgc agttggctat ataagtctta tcaaatcact
      361 ttattactta ttcattcaat caaaatatta agacaataag aagtgcattt aagatgctgt
      421 tctatattaa cagacagaaa acaaaggcgg acggaaagac aggtatcctc tgctgtatca
      481 ccatagacgg aaaaagcgca gtcattagca caggcgaaga gtgtaagccc tccgagtgga
      541 acgccaaaca gggcttgacg ccagacagga aaatcaatca aagactccat gagttcaggg
      601 aatttgtgga aaagacctat cgggatatac tgacagggga cggagtggta agtgcagaac
      661 ttatcaagaa tcacctgcaa ggcatcgcca ctcatccgac aacacttctt gccatgagca
      721 gggcggaact gcgaactgtc aaggagagtg tgggcaggtc aaggacagaa agcacctatc
      781 ataatctgtc ccattctgac aggattctcc gtgagtttgt ggaagataaa agattgctgg
      841 atatacccat ttccaccatt acggaggaat tgtttgaaga ataccgtttc tttctcaaaa
      901 agcgtggatt gaaagggata actataaata actatctctg ctggctaagc cgactgatgt
      961 tccgtgcgcc aaaggattat ccgatgcaat ccctttgagc atgccaggta tgaggaaaaa
     1021 gaaaagaaaa tacgctttct gcagaagagc gatgtcgcca aactcatgtc aatgacgatg
     1081 aatgacaggg aagcagaaca ggcacggctg atattcattt tctcctgttt cacagggttg
     1141 gctatcgctg atatggaaac tctgcaatat gggcatatcc aaacgacagc agacgggagg
     1201 aagtatatcc gcaaggaacg tcaaaagaca aaggtggagt tcattgtgcc actgcaccaa
     1261 atagcagagg ccattatcct ccattgcagg gaagaacagg atgagaacga agaacagcag
     1321 atgctgaaag aaaaaggtga accccttatc tttccccgtg agtgcagcag gaatgtgata
     1381 gacagcagac tgagcattgt aggccgggct tgtggcatta aggaacgact gtcgttccac
     1441 atggcaaggc acactttcgg caccatgaca ctcaatgcag gcatccctat tgagagtata
     1501 gccaagatga tgggacacgc ttccatatca agcacgtaga tttacgcaca ggtgacggat
     1561 aagaaaattt cagaggatat ggacaggctc attgccaaac aatcggtaat aaagagagaa
     1621 actatggaga gaggcttgtg aactttcgga tataccaatc tataaaatgg aggaaacggc
     1681 atgaatacga gcaataaacc aaaaacaatg actggcacag agaatcatcg cagttacctt
     1741 gattggagca ggaatatgca ggttgtccgc aagggtaaag gcgagattgc catgacggag
     1801 gaagaacttg tgagattctt cgggggaaca tggacgaaac tcaatcatag actccagacg
     1861 attatgaaat cttccaactt gcatcccgat gaaaggggtg caggtcaaaa agaagttatc
     1921 aagaagggag aggcagtagg ctattcacca ctttatcccc tccctattat catctccctg
     1981 tcctttctgt tggacagcat ggaagcgtat ttgttcagaa agtacataag tagaagattg
     2041 cagacagaga ctgccattgt accgtcaatc ttcctgttgg gcaataccaa gaactgatga
     2101 atatatatcc tttttctttc actgattata tcttaccaca ttaccacaat aagagttaaa
     2161 gcaatgaaag agaaaggact aatctgtagt tgagtgctta aaataattgt actacgcagt
     2221 aactacattt acctttcttc tttcactgct ttattatggt taaaaggaag attatatgtt
     2281 atttgttatt tgcctgacaa tcctctgaag cacgcttttg gcaacgactt tcttacagcc
     2341 ccacaggaag cagacggttc ctgcctttga ggtgctgtcc atagacatca acagagcaaa
     2401 ggcaatctca atggataacg tctataccga agccaaagcc ctgttaaagt caggtttctg
     2461 ttattggttt gacgatgaag atatagaaga tatagctgag ctttacaaag aaagcgagga
     2521 tttccaagta cagaccgcag agatggaact gtcgctccgt tgttttgaaa agccaacgga
     2581 ggacaatccc cacagctcct atatgaccac aacagagata atcacctatt taggctacta
     2641 tacgcatcac ccattatcct taaagcatat gggcgaagcc cttaaaagag caggctttga
     2701 gaaagtgagc agaaggcgtg acggcagcag tcctgtctat gtgtataaga taaggaagat
     2761 actgccctgt cctttgcttg acagttatag
//
LOCUS       SEQF2638.1|AYYF01001364.1 659 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..659
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gcgtcgatct cgaagacgat naagcgtttg gagagcaggt cgatgttgcg ntcggagttg
       61 agcaggaagt cgtaacgccc tcctacatag tactgtttga gggtcgtgag naggttntcg
      121 atgttgaagt cngagagggt gacgcggatc tcncggcgac ccatctccgg gcgntagacn
      181 tcncncaggt actcgtaaaa cgtattgaag cagggggtga ttttccggtt ngatcggatc
      241 gtttcgatgt acgcattgac ggccgaacct aactcgcccg cctctgtctt tgtgacaggt
      301 tcgtcggcac ttttccacag cgtaagcagc agcgtgcaga tgctttcgcg cttctccacg
      361 tcgaacacgt agtcgtcggt gtagaagggg ttgaaggaga tcggccgggc gtcggtgtac
      421 gtgaaataga tgccgtccgc gcccttcgtc tttcggttga ttaaggagca cagcccctcg
      481 taggagttgc ctgtgtcgac gagcagcacg tgcgcgcctt gctcgtaata ctgccgcacc
      541 atgtggttcg tgaagaacga cttgccgctg cccgagggcc cgaggatgaa cttgttgcgg
      601 ttggtgatga tgcccttttt catcggcaga tcggagatgt cgagatggat cgggcggcc
//
LOCUS       SEQF2638.1|AYYF01001365.1 2280 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2280
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             69..389
                     /locus_tag="SEQF2638.1_01352"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDRAAGEAIGHFDAEGRERTAVVRFGGKEAERRVDEGVEGFFGR
                     EVGGVAGDARPVECRRVDRVVPRAAFHEGESTADVVLDLAQLLCVVAPREDIEVCTDR
                     SQPL"
     CDS             462..737
                     /locus_tag="SEQF2638.1_01353"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHVARLFLETVQVLLAVLNKEVLVEKVMAREHKADGRGKRESAV
                     TAVGREALVAAVGGDHGGQVVGVAERVQAKPIVAHPDEIGTEADVFE"
     CDS             741..1310
                     /locus_tag="SEQF2638.1_01354"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTRVGEREVTVEQAAPLLCADEFILGHSCKADAVIVIDDPLKLV
                     NGLHELGHLLAVAHFLRQDRATAKRGEIALPSHALARRFGEKEVTGVVEEGAFVEVAL
                     GGASEEAQLTVREAAGVALLDEPILLVHDGEVGQHLDSLVPRRVHGLVFGRGDGEELG
                     QLDTEGDGDVGVFRDDAPLLDSQQREFGF"
     CDS             complement(1334..1669)
                     /locus_tag="SEQF2638.1_01355"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MASWEINKGVGRTVEFKGLKAQYLFLFAGGLLATFLLVVICYMC
                     GMDQYLCLGLGATGATLVVWQTFALNRRFGRYGLMKRAAVRMHPRYLLNRRSVRHILH
                     CLKSTRKHS"
     CDS             complement(1669..1977)
                     /locus_tag="SEQF2638.1_01356"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKQRIGQLFAAALLLSSLASSAFAQGNGLSGINEATKMVTSYFD
                     PGTKLIYAIGAVIGLIGGIKVYQKFASGDPDTSKTAASWFGACIFLIVAATILRSFFL
                     "
     CDS             complement(2019..2240)
                     /locus_tag="SEQF2638.1_01357"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METPDRLTAEDLDQVKETAVKLRGTDFMEKLREYASKERERARA
                     LDELLRSPSEAPKKSRSNDVEDTAWMAYL"
ORIGIN      
        1 ggcccnagga tgaacttgtt gcggttggtg atgatgccct ttttcatcgg cagatcggag
       61 atgtcgagat ggatcgggcg gccggagagg cgatcggcca ttttgatgcc gaagggcgag
      121 agcgaactgc ggtagttcgt ttcggcggta aagaagcaga gcgccgggtc gatgaaggtg
      181 tagaaggatt cttcggccgg gaagtcggcg gcgttgccgg ggatgcccgc ccagtagagt
      241 gtcgccgcgt cgaccgtgtt gtgccgcggg cggcattcca tgagggcgag agcactgccg
      301 acgtcgttct tgatttggcg cagctcctct gcgtcgtcgc tccacgcgag gacattgaag
      361 tgtgcacgga tagaagtcag cccctgtgac cgcgcgaggt tgagatactc ctgaatccac
      421 gcctcgttga tctgattcga gcgactgtaa cgcgctagcg aatgcatgtt gcgcgcctgt
      481 ttctcgaaac ggttcaggtt ctcctcgctg tcctcaataa agaggtattg gttgaaaagg
      541 tgatggcacg agagcataag gccgacgggc gcggcaaacg agagtcggca gtcactgcgg
      601 tcggtcgaga ggcgctcgta gcggctgtcg gtggagacca cggcgggcag gtcgtcggtg
      661 tcgctgagcg tgtgcaggca aagccgattg tcgcccaccc ggacgagatc ggcaccgagg
      721 cggatgtctt cgagtgacgc gtgacccgtg tcggagagcg agaagtaacg gtcgagcagg
      781 ccgctccgct cctttgtgcc gacgagttca tcctcggtca ttcgtgtaag gcggatgcgg
      841 tcatcgtcat tgatgatccg ctcaaactgg tcaacggcct ccatgaactt ggccacctcc
      901 tcgcggttgc ccacttcctt cggcaggatc gtgccacggc aaagcgagga gaaattgctc
      961 tgccgagcca tgcgctggcg cgtcgttttg gtgagaaaga ggtaacaggc gtggtcgagg
     1021 aaggggcgtt cgttgaagtg gcgctcggag gcgcgagcga ggaagctcag ctcaccgtcc
     1081 gagaggcggc cggcgtagcg ctccttgacg aaccaatcct gcttgtgcac gatggtgaag
     1141 tcgggcagca ccttgacagc cttgtgccac gccgcgtgca tggcctcgta ttcggccgag
     1201 gtgacggtga agagctcggg cagctcgaca cggaaggcga cggtgatgtc ggcgtctttc
     1261 gagacgatgc acccttgctc gacagccagc agcgggaatt tggattctaa ggtggtgacc
     1321 ttgcttgtgt ttctcatgaa tgtttgcgtg tcgatttcag gcaatgaaga atgtggcgga
     1381 cagagcggcg attcaggaga tagcgtgggt gcatgcggac ggcggcgcgt ttcatcagac
     1441 catagcggcc gaatcggcgg ttcagcgcga acgtttgcca caccacgagc gtggcacccg
     1501 ttgcaccgag gccgagacag aggtactgat ccatgccgca catgtagcag atgacgacaa
     1561 ggaggaacgt cgccagcagt ccaccggcaa agaggaagag gtattgcgcc ttgagcccct
     1621 tgaactccac cgtccgcccc acgcctttat tgatctccca cgaagccatc agaggaagaa
     1681 gctgcgtaag atcgtggcgg ccacaatcag gaagatacac gccccgaacc acgaggcggc
     1741 ggtcttcgac gtgtctgggt caccggacgc gaacttttga tacaccttga ttcctccgat
     1801 cagtccgatg acggcaccga tggcgtagat cagtttcgtt cctgggtcga aataggaggt
     1861 gaccattttc gtggcctcgt tgatacccga cagcccgttg ccctgcgcga aggcggagga
     1921 ggcgagggaa gaaagcagta atgcggcggc aaatagttgc ccgattcgtt gtttcatgtg
     1981 gttctggatt tataggtttt cattcatgtt gctatctgtt acaagtaagc catccatgcc
     2041 gtgtcctcga cgtcattcga gcgagacttc ttcggcgctt cggagggcga gcgaagtagc
     2101 tcgtcgagcg cccgagcgcg ttcccgctct ttcgacgcat actcccggag cttctccatg
     2161 aagtccgtac ctcggagctt gacggctgtc tctttgactt gatccaagtc ttccgcggtg
     2221 agacgatccg gcgtttccac agccgtttgc aggcggcgaa gctcgcgggt cgttacgctt
//
LOCUS       SEQF2638.1|AYYF01001366.1 1660 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1660
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             69..737
                     /locus_tag="SEQF2638.1_01358"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDRAAGEAIGHFDTEGRERVTVVRFGGEETERRVDEGVKGFFGR
                     EVGGVAGDARPIERCRVDRVVPRAAFHERQGRADVVLDLAQLLRIVAPRQHIEVCTDG
                     GQPLRPREVEVLLNPRLVDLIRATVARQRVHVARLFLETVQVLLAVLDKEVLVEKVIT
                     REHESDGRGERESAVAAVGREALVAAVGRDHGGQVVGVAERVQAEAVVAHPDKIGAEA
                     DVLE"
     CDS             741..1148
                     /locus_tag="SEQF2638.1_01359"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTRVGEREVAIKQTAFLLRSDEFLLGHARKADAVVVIDDPLELV
                     DGLHELGHLLAVAHFLRQDRATAKRGEVALPSHALAGSFGEEEVTGMIEEGAFVEVAL
                     GGASKEAQLAVREAAGVALLDEPILFVYDGEVG"
     CDS             complement(1334..1657)
                     /locus_tag="SEQF2638.1_01360"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MASWEINKGVGRTVEFKGLKAQYLFLFAGGLXATFLXVVVCYMC
                     GMDQYLCLGLGATGATLVVWQTFALNRRFGRYGLMKRAAVRMHPRYLLNRRSVRHILH
                     CPKRS"
ORIGIN      
        1 ggcccnagga tgaacttgtt gcggttggtg atgatgccct ttttcatcgg cagatcggag
       61 atgtcgagat ggatcgggcg gccggagagg cgatcggcca ttttgatacc gaagggcgag
      121 agcgagtcac ggtagttcgt ttcggcggtg aagaaacaga gcgccgggtc gatgaaggtg
      181 taaaaggatt cttcggccgg gaagtcggcg gcgttgccgg ggatgcccgc ccaatagagc
      241 gttgccgcgt cgaccgtgtt gtgccgcggg cggcattcca tgagcgccaa ggccgagccg
      301 acgtcgttct tgatttggcg cagctcctcc gcatcgtcgc tccacgccag cacattgaag
      361 tgtgcacgga tggaggtcag cccctgcgac cgcgcgaggt tgaggtactc ctgaatccac
      421 gcctcgttga tctgattcga gcgactgtag cgcgccagcg agtgcatgtt gcgcgcctgt
      481 ttctcgaaac ggttcaggtt ctcctcgctg tcctcgataa agaggtattg gttgaaaagg
      541 tgattacacg agagcatgag tccgacgggc gcggcgaacg agagtcggca gtcgctgcgg
      601 tcggtcgaga ggcgctcgta gcggctgtcg gtcgagacca cggtgggcag gtcgtcggtg
      661 tcgctgagcg tgtgcaggca gaggcggttg tcgcccaccc ggacaagatc ggcgccgagg
      721 cggatgtcct cgagtgacgc atgacccgtg tcggagagcg agaagtagcg atcaagcaaa
      781 ccgcttttct ccttcgttcc gacgagttcc tcctcggtca tgcgcgtaag gcggatgcgg
      841 tcgtcgtcat tgatgatccg ctcgaactgg tcgacggcct ccatgaactt ggccacctcc
      901 tcgcggttgc ccacttcctt cggcaggatc gtgccacggc aaagcgagga gaagttgctc
      961 tgccgagcca tgcgctggcg ggtagttttg gtgaggaaga ggtaacaggc atgatcgagg
     1021 aaggggcgtt cgttgaagtg gcgctcggag gcgcgagcaa ggaagctcag ctcgccgtcc
     1081 gagaggcggc cggcgtagcg ctccttgacg aaccaatcct gtttgtgtac gatggtgaag
     1141 tcgggtagca ccttgacggc cttgtgccac gcggcatgca tcgcctcgta ttcggccgag
     1201 gtgacggtga agagttcggg tagctcgaca cggaaggcga cggtgatgtc ggcatccttc
     1261 gagacgatgc acccttgctc gacagccagc agcgggaact tggattctaa ggtggtgacc
     1321 ttgcttgtgt ttctcatgat cttttcggac aatgaagaat gtggcggaca gagcgtcggt
     1381 tcaggagata gcgtgggtgc atgcggacgg cggcacgttt catcaggcca tagcgaccga
     1441 atcggcggtt cagcgcgaat gtttgccaca ccacgagcgt ggcacccgtt gcgccgaggc
     1501 cgagacagag gtactgatcc atgccgcaca tgtagcagac aacgacnang aggaacgtcg
     1561 cnancagtcc gccggcgaag aggaagaggt attgcgcctt gagccccttg aactccaccg
     1621 tccgccccac gcctttattg atctcccacg aagccatcag
//
LOCUS       SEQF2638.1|AYYF01001367.1 219 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..219
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 agcagaaggc gtgacggcag cagtcctgtc tatgtgtata agataaggaa gatactgccc
       61 tgtcctttgc ttgacagtta tagtagtctg atgtagtagg gtgtgtagta ttgtcatgta
      121 ctacaatgca gtattgatca tcaccaaccg caacaagttc atcctcgggc cctcgggcag
      181 cggcaagtcg ttcttcacga accacatggt gcggcagta
//
LOCUS       SEQF2638.1|AYYF01001368.1 394 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..394
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 aaaaagcaaa aaacaatgac tgcgatagag aaattaatta gaaagtatga gtcagataga
       61 aacatctatc taaccgacca ttacaatgag acgcaggtga ggagtgattt ccttgacccg
      121 ttgtttgagt tgttgggttg ggatatcaag aacaaggcag gaagatccac taatgagcgt
      181 gaggtgattt tggaggaacc gctaaaggca ggtgcatccg aaaacaccaa gaagccagat
      241 tatactttcc gtttgtttgc agaacgcaaa ttcttccttg aagcgaagaa accgtgtgtg
      301 catattaacg atgttgattc cctgctgttc gccattctca atatatgcct tggtaccctc
      361 gttgccattt tttttagcac caggagtaaa cact
//
LOCUS       SEQF2638.1|AYYF01001369.1 1380 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1380
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(694..1110)
                     /locus_tag="SEQF2638.1_01361"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNTSNKPKTMTGTENHRSYLDWSRNMQVVRKGKGEIAMTEEELV
                     RFFGGTWTKLNHRLQTIMKSSNLHPDERGAGQKEVIKKGEAVGYSPLYPLPIIISLSF
                     LLDSMEAYLFRKYISRRLQTETAIVPSIFLLGNTKN"
     CDS             complement(1147..1341)
                     /locus_tag="SEQF2638.1_01362"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLDVYLGEDGWSKRAGEAAINMELMAKIDLFILQRLKAKHGKSI
                     PRVQMFLVKLNPLQLFELGL"
ORIGIN      
        1 ctataactgt caagcaaagg acagggcagt atcttcctta tcttatacac atagacagga
       61 ctgctgccgt cacgccttct gctcactttc tcaaagcctg ctcttttaag ggcttcgccc
      121 atatgcttta aggataatgg gtgatgcgta tagtagccta aataggtgat tatctctgtt
      181 gtggtcatat aggagctgtg gggattgtcc tccgttggct tttcaaaaca acggagcgac
      241 agttccatct ctgcggtctg tacttggaaa tcctcgcttt ctttgtaaag ctcagctata
      301 tcttctatat cttcatcgtc aaaccaataa cagaaacctg actttaacag ggctttggct
      361 tcggtataga cgttatccat tgagattgcc tttgctctgt tgatgtctat ggacagcacc
      421 tcaaaggcag gaaccgtctg cttcctgtgg ggctgtaaga aagtcgttgc caaaagcgtg
      481 cttcagagga ttgtcaggca aataacaaat aacatataat cttcctttta accataataa
      541 agcagtgaaa gaagaaaggt aaatgtagtt actgcgtagt acaattattt taagcactca
      601 actacagatt agtcctttct ctttcattgc tttaactctt attgtggtaa tgtggtaaga
      661 tataatcagt gaaagaaaaa ggatatatat tcatcagttc ttggtattgc ccaacaggaa
      721 gattgacggt acaatggcag tctctgtctg caatcttcta cttatgtact ttctgaacaa
      781 atacgcttcc atgctgtcca acagaaagga cagggagatg ataataggga ggggataaag
      841 tggtgaatag cctactgcct ctcccttctt gataacttct ttttgacctg cacccctttc
      901 atcgggatgc aagttggaag atttcataat cgtctggagt ctatgattga gtttcgtcca
      961 tgttcccccg aagaatctca caagttcttc ctccgtcatg gcaatctcgc ctttaccctt
     1021 gcggacaacc tgcatattcc tgctccaatc aaggtaactg cgatgattct ctgtgccagt
     1081 cattgttttt ggtttattgc tcgtattcat gccgtttcct ccattttata gattggtata
     1141 tccgaactat agccccagtt caaagagttg cagaggattg agcttgacta agaacatctg
     1201 cactcgtgga atcgactttc cgtgctttgc ttttaaacgc tgtaggatga aaagatcgat
     1261 tttggccatg agctccatgt ttatggccgc ctcccctgca cgcttgctcc aaccatcctc
     1321 tccaaggtaa acatcaagca tgtagtgaag ctgattctct attttccagt ggtcgcggat
//
LOCUS       SEQF2638.1|AYYF01001370.1 263 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..263
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ctgcaatgct tctgcatctt tcacctcgat atgttctatc agatgctctc ctgttccagt
       61 acgttcacat agcaaaagca ctaagagaag atttggttga aagttgatat gcattagtac
      121 gaagttcctc tattgaaatc ctttcccaaa cacaatggga tagaatttca cccatatctt
      181 ctggtgctaa aaaaaatggc aacgagggta ccaaggcata tattgagaat ggcgaacagc
      241 agggaatcaa caagggctat aaa
//
LOCUS       SEQF2638.1|AYYF01001371.1 952 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..952
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             215..316
                     /locus_tag="SEQF2638.1_01363"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDYFWNSFMTKFKSHSSKNTTIFFKLFDKGVFS"
ORIGIN      
        1 attgtagtta cccaccaact caactatcgt ttttctctga tacaacttcc gcaaatatcc
       61 tacgtgcttg attccaaaaa gcagaacgga tttctagatt ctttttaagt ggtaaagatg
      121 atacttcgcg ttttgcatcc ggtccttttg tttcaaaaga atctactata gatacttcaa
      181 agactttagg actgccttta aattctgctc taatatggat tacttctgga atagttttat
      241 gactaaattc aaaagtcata gcagtaaaaa tacaaccatt ttcttcaaat tgtttgacaa
      301 aggcgtcttc tcgtaatccg ccaccttcta atattgcttg tcgaatacca gaaagtatag
      361 ttgcattttt tatttcctgt gttgaatcat catctacatt ttcttcttca actttattct
      421 cattgaatga tatatatgaa aaagcacgag ataataatcg tgctctatta tcaaaagggt
      481 ataaattagg taaactcgtt gtagaaagtc gagatggtgt ctcaatatat aaaggtagac
      541 ttgattatga aataaggaaa cctggaagaa tccaatttat ggaaaaagag caaggccatt
      601 gtgatttttt tatgtttgag aacaaaaagg gggaatggca agttgaagta gactgtacac
      661 gttctgccga tggcaaggaa gtccaaaaat tattttcaca gtttgtcaat aaagagacaa
      721 taagaatatc ttcattaaac atagacacct tgagcgataa acagacaata ggattttttt
      781 gacactttga tcgattatgg aattacagat gattggagat ttgaagatgt aatagcatta
      841 acttttaggc gtggaagaga aagtaaagat gaagaagaaa atgtagatga tgattcaaca
      901 caggaaataa aaaatgcaac tatactttct ggtattcgac aagcaatatt ag
//
LOCUS       SEQF2638.1|AYYF01001372.1 648 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..648
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ctaatattgc ttgtcgaata ccagaaagta tagttgcatt ttttatttcc tgtgttgaat
       61 catcatctac attttcttct tcatctttac tttctcttcc acgcctaaaa gttaatgcta
      121 ttacatcttc aaatctccaa tcatctgtaa ttccataatc gatcaaagtg tcaaaaaaat
      181 cctattgtct gtttatcgct caaggtgtct atgtttaatg aagatattct tattgtctct
      241 ttattgacaa actgtgaaaa taatttttgg acttccttgc catcggcaga acgtgtacag
      301 tctacttcaa cttgccattc cccctttttg ttctcaaaca taaaaaaatc acaatggcct
      361 tgctcttttt ccataaattg gattcttcca ggtttcctta tttcataatc aagtctacct
      421 ttatatattg agacaccatc tcgactttct acaacgagtt tacctaattt ataccctttt
      481 gataatagag cacgattatt atctcgtgct ttttcatata tatcattcaa tgagaataaa
      541 gttgaagaag aacgcataac aaaaccacta agagaagatt tggttgaaag ttgatatgca
      601 ttagtacgaa gttcctctat tgaaatcctt tcccaaacac aatgggat
//
LOCUS       SEQF2638.1|AYYF01001373.1 452 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..452
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gtcgcaaagt ttctataaat aaatgtaata aaaacatcgt tagatgtcaa cttttgtaag
       61 tcagtgataa tcacaaactt gaatgggtta aatttgttaa taacaaccca tgtccagaac
      121 tcaacaacac cacaggataa agaagttgca atattatcta tatatacata gaccttacat
      181 tctctattat agaggaaatc gaatatatac gaatatttct gcacgcttct gacacggtta
      241 tagatatctc ccacgcctac tttataccat ggactaatat gtgggttatg taaaacaatc
      301 ctcatatctg tctatgtaac atcatttttc ctaatgaaaa tagcaaatgg gtatatggat
      361 aatgatgtag aggggctata ataggttttc aggaggagta ttatgggaga taaaaaagag
      421 agctcgtttg gcattgtata tactgcggat ct
//
LOCUS       SEQF2638.1|AYYF01001374.1 1278 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1278
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(694..1110)
                     /locus_tag="SEQF2638.1_01364"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNTSNKPKTMTGTENHRSYLDWSRNMQVVRKGKGEIAMTEEELV
                     RFFGGTWTKLNHRLQTIMKSSNLHPDERGAGQKEVIKKGEAVGYSPLYPLPIIISLSF
                     LLDSMEAYLFRKYISRRLQTETAIVPSIFLLGNTKN"
ORIGIN      
        1 ctataactgt caagcaaagg acagggcagt atcttcctta tcttatacac atagacagga
       61 ctgctgccgt cacgccttct gctcactttc tcaaagcctg ctcttttaag ggcttcgccc
      121 atatgcttta aggataatgg gtgatgcgta tagtagccta aataggtgat tatctctgtt
      181 gtggtcatat aggagctgtg gggattgtcc tccgttggct tttcaaaaca acggagcgac
      241 agttccatct ctgcggtctg tacttggaaa tcctcgcttt ctttgtaaag ctcagctata
      301 tcttctatat cttcatcgtc aaaccaataa cagaaacctg actttaacag ggctttggct
      361 tcggtataga cgttatccat tgagattgcc tttgctctgt tgatgtctat ggacagcacc
      421 tcaaaggcag gaaccgtctg cttcctgtgg ggctgtaaga aagtcgttgc caaaagcgtg
      481 cttcagagga ttgtcaggca aataacaaat aacatataat cttcctttta accataataa
      541 agcagtgaaa gaagaaaggt aaatgtagtt actgcgtagt acaattattt taagcactca
      601 actacagatt agtcctttct ctttcattgc tttaactctt attgtggtaa tgtggtaaga
      661 tataatcagt gaaagaaaaa ggatatatat tcatcagttc ttggtattgc ccaacaggaa
      721 gattgacggt acaatggcag tctctgtctg caatcttcta cttatgtact ttctgaacaa
      781 atacgcttcc atgctgtcca acagaaagga cagggagatg ataataggga ggggataaag
      841 tggtgaatag cctactgcct ctcccttctt gataacttct ttttgacctg cacccctttc
      901 atcgggatgc aagttggaag atttcataat cgtctggagt ctatgattga gtttcgtcca
      961 tgttcccccg aagaatctca caagttcttc ctccgtcatg gcaatctcgc ctttaccctt
     1021 gcggacaacc tgcatattcc tgctccaatc aaggtaactg cgatgattct ctgtgccagt
     1081 cattgttttt ggtttattgc tcgtattcat gccgtttcct ccattttata gattggtata
     1141 tccgcaagga acgtcaaaag acaaaggtgg agttcattgt gccactgcac caaatagcag
     1201 aaggcgtgac ggcagcagtc ctgtctatgt gtataagata aggaagatac tgccctgtcc
     1261 tttgcttgac agttatag
//
LOCUS       SEQF2638.1|AYYF01001375.1 579 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..579
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             10..303
                     /locus_tag="SEQF2638.1_01365"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTKFDGIQALLGLSEKEKNQILSINQNNDPERRYKEVWIGLGGM
                     QSAVYATEVSREEYLAYTTEETEKVEVMRLADRLGGDIEQAISRLAREQNPIT"
ORIGIN      
        1 cggaagtaca tgaccaagtt cgacggcata caggcgctgc tcgggttgtc cgaaaaggag
       61 aaaaaccaga tcctctcgat caaccaaaac aacgaccccg agcggcgtta caaggaggtg
      121 tggatcgggc tgggtggcat gcagtcggcc gtttacgcca cggaggtctc gcgcgaggag
      181 tatctcgcgt acacgaccga ggagacggaa aaggtcgagg tcatgcggct ggccgaccgc
      241 ctcggcggag atattgagca ggccattagt aggttggcgc gcgaacaaaa tccgatcaca
      301 tgagagctaa aaaagctcgt gcgtcatcaa aattcgatca catgataggt aaaagagctc
      361 gtgcgtcatc aaaattcgat cacgcgagag ataaaaaagc tcgtgcgtca tcaaaatttg
      421 atcacacacc agcttcctcc tgctcgagtg tcatcaaaat tcgatcacgc gtgaacaaaa
      481 tttgatcacg cgccagcttc ttactgcatg ctattttgtt gtaagttgtt gataatcaat
      541 actgcattgt agtacatgac aatactacac accctacta
//
LOCUS       SEQF2638.1|AYYF01001376.1 1445 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1445
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             10..303
                     /locus_tag="SEQF2638.1_01366"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTKFDGIQALLGLSEKEKNQILSINQNNDPERRYKEVWIGLGGM
                     QSAVYATEVSREEYLAYTTEETEKVEVMRLADRLGGDIEQAISRLAREQNPIT"
ORIGIN      
        1 cggaagtaca tgaccaagtt cgacggcata caggcgctgc tcgggttgtc cgaaaaggag
       61 aaaaaccaga tcctctcgat caaccaaaac aacgaccccg agcggcgtta caaggaggtg
      121 tggatcgggc tgggtggcat gcagtcggcc gtttacgcca cggaggtctc gcgcgaggag
      181 tatctcgcgt acacgaccga ggagacggaa aaggtcgagg tcatgcggct ggccgaccgc
      241 ctcggcggag atattgagca ggccattagt aggttggcgc gcgaacaaaa tccgatcaca
      301 tgagagctaa aaaagctcgt gcgtcatcaa aattcgatca catgataggt aaaagagctc
      361 gtgcgtcatc aaaattcgat cacgcgagag ataaaaaagc tcgtgcgtca tcaaaatttg
      421 atcacacacc agcttcctcc tgctcgagtg tcatcaaaat tcgatcacgc gtgaacaaaa
      481 tttgatcacg cgccagcttc ttgttgctca tgcgtcatca aaatttgatc actcaagagg
      541 taaaaaagct cgcgtgtgat caattattcc tcgaaaaagc agaagccccg atatcggagt
      601 aaacgggctg atcgttaggc ggaaaggggg aggcatgctt ccgattgcgt cgagcgtaaa
      661 aggcagaaaa gtgcggatcc gtgcaagagt tcagttacca aaccattacc cagcttggtg
      721 gcgggtaacg atggagcagt gataggtaac tgaggtcgtc ttgcacacgg ttcttttgca
      781 ttgatataca ggaatctgca caggtaacgg gcgctttgaa ccgggtaatt ttgcccacag
      841 gtttcaaagc gtatggatga caagaaaatg aaggtattgc tctacctcaa aaagagcagt
      901 cgcgacaggt cgggcaaggc gccgatcatg ggacgcatca cgctgggacg ttccatcgca
      961 cagtttagtt gtaagctatt ctgcaatccc gatttgtgga acccgcgcga aagtcggatg
     1021 gacggaaaga gtcgcgaggc cgttgaggtc aatgccaaat tggacaacct ccttctcgcc
     1081 gttcagtcct cctatcaatc cttgcttgcc aagggcttac cgtttgacgc aaccgacatc
     1141 aaggaggatt tccaaggcag cgtgcagagt cgaaccatgc tattggagcg gtttgatggc
     1201 ttgatcgagg aaatgaagga tcacgtcggt gtagacatca agcaaaattc tttggcctcg
     1261 tatcgtcaga caagggcacg attgcagcag ttcattcgag cgaaatacaa agtctccgac
     1321 ttgacctttt cgcagctcac ggaggacttc atcaagcgat ttgagcagta tgtaaccgga
     1381 gaagtggggc tgaaacagag cacttgctat aacatgatcg tccttatcaa gaaggtttgt
     1441 aaact
//
LOCUS       SEQF2638.1|AYYF01001377.1 968 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..968
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             43..564
                     /locus_tag="SEQF2638.1_01367"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIVGDFGQVRKFIIIDIHRESLLNLLLDVVVYDGVRLARAGCAE
                     HHCGTKRIDDVDPSGLPFLPIIEARRKVNGVFVRHQAGLLHEAFVLHIEDVVHEVVLQ
                     QTTCPRPGHEQADEAGGEGREIQPGARVRSDRQAERPAVQEEQQGARGGDCPDARPGD
                     PLRSDALRAEAGE"
ORIGIN      
        1 aaactgcggc ttgacggggt acgcatcgag gtgctggcgc agatgattgt aggcgatttc
       61 ggacaggtca ggaaatttat aatcatagat atacatcgcg aaagccttct caatctgctg
      121 cttgatgtag ttgtttacga tggcgtacga cttgcccgag ccgggtgtgc cgagcaccat
      181 tgtggcacga aacggattga cgacgttgat ccatccggac tgccatttct tccgataata
      241 gaagcgcgtc ggaaggttaa cggagtattc gttcgtcatc aggcgggtct cctgcatgaa
      301 gctttcgttc tccacattga agacgtcgtc catgaggttg ttcttcagca gacgacttgc
      361 ccacgacccg gccatgagca ggcagacgaa gccggcggcg agggtcgtga gatacagccc
      421 ggcgcacgcg tccgttccga tcggcaggcg gagcgtccag ccgttcagga agaacagcag
      481 ggtgcccgcg gcggcgactg ccccgatgcg cggccaggtg atccgctccg ttcggacgcc
      541 cttcgtgccg aggcaggaga gtgacaaaaa gacagtagcg aagagcttcg tccacagcgg
      601 cgaggcaaac agcccggtgg aacggtcgaa gttcagtagg atagtgtcga cgactgccag
      661 tgtgagctgt cggtcgcgga aggccgcgta gcagaaccag tacgcgtgca tagcggtaaa
      721 aaggattgcg atcgctcgca tgaggtccat cgtcttagcg aggcctctca aatcatcttc
      781 gttttgcatg gggtgttggt gtgaatttgt ttggctttct attgattcta agtgttttgt
      841 ggatgatctc cttcttgaaa aggaaggcta aaccctggag ggtttagtgc tccgacgacc
      901 gtcgaagggc aaaaccctcg gggttcagtg ctccgacgac cgtcgaaggg caaaaccctc
      961 ggggttca
//
LOCUS       SEQF2638.1|AYYF01001378.1 339 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..339
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             18..254
                     /locus_tag="SEQF2638.1_01368"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSVDEAAEYLGIPKGTLYMKLSEGTIPATKPGKRYCLYRDELDK
                     WLETARKNPIPLSDEELNKSLSSSHRRKPNPRNW"
ORIGIN      
        1 tngacaccca cgtgcccatg tctgtggacg aggcagcaga gtatttaggt atccctaagg
       61 gtacgctcta catgaaactg tcagaaggga caatccctgc caccaagccc ggcaaacgct
      121 attgccttta ccgtgacgaa ctggacaagt ggctggaaac cgcccgaaag aatcccatac
      181 cgttgtcaga cgaggaactg aacaagtcct tatcctcttc ccaccgtcgc aagcccaacc
      241 cacgtaactg gtgaatgata tggaagagga taagaactat atcaacctga tacgtggcga
      301 cctcacaaaa gcatcccaag cgcataacgg tantcccga
//
LOCUS       SEQF2638.1|AYYF01001379.1 339 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..339
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             18..254
                     /locus_tag="SEQF2638.1_01369"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSVDEAAEYLGIPKGTLYMKLSEGTIPATKPGKRYCLYRDELDK
                     WLETARKNPIPLSDEELNKSLSSSHRRKPNPRNW"
ORIGIN      
        1 tngacaccca cgtgcccatg tctgtggacg aggcagcaga gtatttaggt atccctaagg
       61 gtacgctcta catgaaactg tcagaaggga caatccctgc caccaagccc ggcaaacgct
      121 attgccttta ccgtgacgaa ctggacaagt ggctggaaac cgcccgaaag aatcccatac
      181 cgttgtcaga cgaggaactg aacaagtcct tatcctcttc ccaccgtcgc aagcccaacc
      241 cacgtaactg gtgaatgata tggaagagga taagaactat atcaacctga tacgtggcga
      301 cctcacaaaa gcatcccaag cgcataacgg tatgcccga
//
LOCUS       SEQF2638.1|AYYF01001380.1 1008 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1008
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             4..1002
                     /locus_tag="SEQF2638.1_01370"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIIYAVERSLDSYKFNLLHNXQLFINQLKTNXLGSRSIDXGSMD
                     EDSGMNFXEYVAVLSGNTXXLEKAKLDKKIVTLESERKGFLKERDTAAAKLEEIKCSI
                     AFHSDKIREARADRAHFESQLQRDADGVPVNKLSVKGVPDGADIKAVAARLQEIAEKA
                     RTEGEYNKIGEIYGFPVMVKTESTAKDLFDCSVNRFFVQGRSGILYTYNNGRLAADPK
                     LASLNFLNALERIPKVIETHERELAKTKEQIPAFEAAASGIWRKEDELRTLKRNAAEL
                     DRKIALSLAPPTPPEKEEQAADKSVVGQGNNARFHQTDKVEQDVASRVVIGKVGWR"
ORIGIN      
        1 gacgtgatca tctatgccgt ggagcgctcg ctcgacagtt acaagttcaa cttgctgcac
       61 aacaancagc tcttcatcaa ccagctcaag acgaacangc tcggcagtcg ctccatcgac
      121 ganggttcga tggacgagga cagcggcatg aacttcncng agtatgtggc cgtgctgtcg
      181 ggnaacacng ancnactcga gaaagcgaag ctggataaga agatcgtcac tttggaatcg
      241 gagcgaaagg gcttccttaa agagcgcgat accgccgcag ccaagctcga ggagatcaag
      301 tgctccatcg ccttccattc ggacaaaatc cgggaagccc gggcggatcg agcacatttc
      361 gagagccagc tacagcgtga cgccgacggc gtgccggtca ataaattatc ggtaaaaggt
      421 gtgccggacg gtgcagacat caaggccgtg gctgcgcgct tgcaggagat tgcggagaaa
      481 gcgcgcaccg aaggcgagta caacaagatc ggtgagatct atggtttccc ggtcatggtg
      541 aagacagaaa gcacggcgaa ggaccttttc gattgctccg tcaaccgctt tttcgtgcaa
      601 ggccgcagcg gcatcctcta tacctataat aatggtcgtc tggccgctga tccgaagctc
      661 gcctctttga atttcctgaa cgctttagag cggatcccga aagtcatcga gacgcacgag
      721 agggagttgg ccaagacgaa ggagcagatc ccagccttcg aggccgcagc ctcaggcatc
      781 tggcggaaag aggacgagct gcgtacgctg aagaggaacg cggcggagct ggatcggaag
      841 attgcgctct cacttgcacc accgacgccg ccggaaaaag aggagcaggc agcggataag
      901 agcgtggtcg ggcaagggaa taatgcccgc tttcatcaaa cggacaaggt ggagcaggac
      961 gtagcgagtc gtgtggtgat tgggaaggtg ggatggagat aaacaggc
//
LOCUS       SEQF2638.1|AYYF01001381.1 3365 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3365
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     misc_RNA        complement(166..262)
                     /locus_tag="SEQF2638.1_01371"
                     /product="Intron_gpII"
                     /inference="COORDINATES:profile:Infernal:001001"
     CDS             complement(279..2090)
                     /gene="ltrA"
                     /locus_tag="SEQF2638.1_01372"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0A3U1"
                     /codon_start=1
                     /transl_table=11
                     /product="Group II intron-encoded protein LtrA"
                     /db_xref="COG:COG3344"
                     /translation="MRDSSKVLNSLNRHSKDLNYKYERLYRILFNTEMYAVAYQRIAT
                     KQGNMTDGTDGKTIDGMSIKRIEGLIASLKDESYQPKPSRRTYIPKKNGKMRPLGIPA
                     TEDKLLQEVVKMVLEAIYEESFEHSSHGFRPQRSCHTALKQIEKSFCGVKWYIEGDIK
                     GFFDNINHDVMIGILEERINDVRFIRLIRKFLNAGYIEDWEYFHTYNGTPQGGIISPV
                     LANIYLDKLDKYMAEYEAEFDKNVRKEVNPQYRHYQRKKERARKALKSAVNLEVRKLL
                     VEQIREYDNLMLQTPAKNDMDCNYKRLKYVRYADDFLCGVIGSKEDAMTIKSDIKNFI
                     SDKLKLELSDEKTLITHSETPAKFLGFHIRNRKCMETKRDSLGRKKRSRNKTVEIKIP
                     QDTVKKKLLAYDVVEIKKHNGKEIWKPKARPELNFNDDLEILRRYNSEIRGLYNYFGI
                     AVNCADQLSNFGYIMEYSMYKTFAAKYRSKVKKICKKYKHNGIFCVKYQNKVGKQKEE
                     YFYKGGFKRQKPSKDKKIDILPKFIMHTSTTSLMDRLKAEKCELCGAKGHLEMHHVRK
                     LKNLQNKEPWERHMIARKRKTIALCGTCHKKIHYGTI"
     CDS             2148..2399
                     /locus_tag="SEQF2638.1_01373"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYKPLTCSDYYGDSVTMSEIRELLPIALAGSDLGNPSLLYLNCW
                     HDKLSDMTSTFYRILRLRCNKFLLFLLYDCKKSIAVMTV"
     CDS             complement(2658..3350)
                     /locus_tag="SEQF2638.1_01374"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDLMRAIAILFTAMHAYWFCYAAFRDRQLTLAVVDTILLNFDRS
                     TGLFASPLWTKLFATVFLSLSCLGTKGVRTERITWPRVGAVAAAGTLLFFLNGWTLRL
                     PIGTDACAGLYLTTLAAGFVCLLMAGSWASRLLKNNLMDDVFNVENESFMQETRLMTN
                     EYSVNLPTRFYYRKKWQPGWINVVNPFRATMVLGTPGSGKSYAIVNNYIKQQIEKGFA
                     MYVYGAPVKAIS"
ORIGIN      
        1 cgtcggagat gtctgtcata aagtcaggat ggatcggatt gcaacggtgc gatcggcgtg
       61 gatcgtcgaa gttgatgacg aaaaactgcg gcttgacggg gtacgcatcg aggtgctggc
      121 gcagatgatt gtaggcgatt tcggacaggt caggnaattt ataatgtagg ctaagtagcc
      181 gacgccgtgc catattacta tggtcggttt tcgaaaactc gcctccgaac cggacgtaca
      241 ccttccagcg tatccggctc tccgcttcga tatgcagttc aaatcgttcc ataatgaatc
      301 tttttatgac aagttccaca aagtgcaatg gttttccttt tccgtgcaat catgtgtcgt
      361 tcccaaggct ctttattttg aagattcttg agtttacgta catgatgcat ttccaaatgc
      421 cccttagcac cacataattc acacttttct gctttcaacc tgtccataag actggttgtg
      481 ctggtgtgca ttatgaattt gggaagtatg tctattttct tatcctttga tggcttttgg
      541 cgtttgaaac ctcctttata gaagtactct tccttttgtt tgcctacttt gttctgatac
      601 ttgacgcaga atattccgtt atgcttgtat tttttgcata tcttctttac tttgcttcga
      661 tacttggctg caaatgtttt gtacatacta tactccatga tataaccgaa attggagagc
      721 tggtctgcgc aattaacagc tatgccgaaa taattgtaca agcctctaat ttcagaatta
      781 tatctgcgca ggatttccaa atcatcgttg aagttcagtt cgggtcttgc tttcggtttc
      841 catatttcct tgccgttgtg tttctttatt tctacgacat catacgcaag aagtttcttc
      901 ttgaccgtat cttggggaat ttttatttcc accgtcttgt tccgacttct ctttttacga
      961 ccgagggaat cccgtttggt ttccatgcac ttgcggtttc tgatatgaaa tccaagaaat
     1021 tttgcaggtg tttccgaatg ggttatcagt gtcttttcat cagacaattc caattttagt
     1081 ttgtcggaaa taaaattctt tatgtccgat ttgattgtca ttgcatcttc tttactgcct
     1141 ataactccac acagaaaatc atccgcatat ctcacgtatt tcaatctctt atagttgcag
     1201 tccatatcat tcttagctgg ggtctgcaac ataagattat catattcccg tatctgctct
     1261 accagcagtt ttcttacttc aagatttact gctgatttca acgcctttct agctcgttct
     1321 ttcttacgtt ggtagtgtct gtactgtggg ttcacttctt tgcggacatt cttgtcgaat
     1381 tctgcttcat actccgccat atacttgtct aatttatcaa gatagatgtt ggcaagtaca
     1441 ggactgatga tgccaccttg cggtgtcccg ttatatgtgt gaaaatattc ccaatcttcg
     1501 atgtaccctg cattcaggaa tttacggata agccgaatga aacggacatc attaatgcgt
     1561 tcttcaagga ttcctatcat cacatcgtga ttgatgttgt caaagaaccc ctttatgtcg
     1621 ccttcgatat accatttcac cccacagaat gatttttcaa tctgtttaag ggcagtgtgg
     1681 cagctccgtt ggggacggaa accatgcgaa gagtgttcaa aactctcctc gtatatggct
     1741 tccaatacca ttttaaccac ctcctgcaat agcttatcct ccgtagcagg aatgccaaga
     1801 ggacgcattt tcccgttttt cttgggtata tacgttctcc ttgacggttt gggctggtag
     1861 ctttcatcct tcaatgatgc tatcaagcct tcaatgcgct tgatactcat gccgtcaatg
     1921 gtctttccgt ccgttccatc cgtcatattg ccttgtttgg tggcaattcg ctggtaggca
     1981 acggcgtaca tctccgtatt gaaaagaata cggtacagac gctcgtactt gtaattcaag
     2041 tccttgctgt gtcgatttaa gctgtttaat acttttgatg aatctctcat aatgtctctc
     2101 acatcattca ttaatcgtat taaaaatctc tgctgtcccc cttcgccatg tacaagccat
     2161 taacttgctc ggactactac ggggactccg ttaccatgtc ggaaattcgg gaactgcttc
     2221 ccatagccct tgcgggctcc gatttaggta atcccagttt actatatctt aactgttggc
     2281 atgacaagtt gtcggatatg acttccacct tttaccgtat attacggttg cgctgcaaca
     2341 agttcttgct ctttctactc tacgactgca aaaagagtat tgcagtgatg acggtttaga
     2401 actatccata caacggtagt tcccatagtt accttacgtc acagtctggt acagggaccg
     2461 ctcagattat cattcaacca attcgggttt tatcctcata cttgtcttat catcgctatt
     2521 cagtcgcagt ttgataacta actgacttat agttgtcccg acatgctaca ctccctgccg
     2581 cctttcgttg gacagataag tcggtgatga taggtcgttt tcaaagaaca cttgcctaat
     2641 ccttgccaaa gggatgttta agatatagcc ttgactggcg caccatagac atacatcgcg
     2701 aatcctttct caatctgctg cttgatgtag ttgtttacga tggcgtacga cttgcccgag
     2761 ccgggtgtgc cgagcaccat cgtggcgcga aacggattga cgacattgat ccatccgggc
     2821 tgccatttct tccgataata gaaacgcgtc gggaggttga cggagtattc gttcgtcatc
     2881 aggcgggtct cctgcatgaa actttcgttc tccacattga agacgtcgtc catgaggttg
     2941 ttcttcagca ggcgacttgc ccacgacccg gccatgagta gacagacgaa gccggcggcg
     3001 agggtcgtga gatacagccc ggcgcacgcg tccgtcccga ttggcaggcg gagcgtccag
     3061 ccattcagga agaacagcag ggtgcccgcg gcggcgacag ccccgacgcg tggccatgtg
     3121 atccgctccg tccggacgcc cttcgtaccg aggcaggaga gtgacaaaaa gacagtagca
     3181 aagagcttcg tccacagcgg cgaggcaaac agcccggtgg aacggtcgaa gttcagcagg
     3241 atagtgtcga cgaccgcaag cgtgagctgt cggtcgcgga aggccgcgta gcagaaccag
     3301 tacgcgtgca tggcggtaaa aaggattgcg atcgctcgca tgaggtccat cgtcttggcg
     3361 aggcc
//
LOCUS       SEQF2638.1|AYYF01001382.1 3119 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3119
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(247..609)
                     /locus_tag="SEQF2638.1_01375"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSRFLCTDRSYELLEPYEGKLSRTVLRGERGSNAPALPDVQKQG
                     DFFVESPIILLAAIIWFLRIYEDGRYCTFPHAVEFLNRPYAQIFPILTAYDELANYLS
                     PFMDAWEGGAQDQLQVRP"
     misc_RNA        complement(493..569)
                     /locus_tag="SEQF2638.1_01376"
                     /product="Intron_gpII"
                     /inference="COORDINATES:profile:Infernal:001001"
     CDS             complement(584..2269)
                     /locus_tag="SEQF2638.1_01377"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG0979"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNENNKKSCAPTDSRPSTWGSMDWLRSEQYVQKLQARIVKAQKE
                     GRHNKVKALQWLLTHSFYAKALAVKRVTSNKGKNTSGVDKTLWDSPKRKFKAISELRR
                     RGYKPQPLRRVCIKKSNGKLRPLGIPTMKDRAMQALYLMALEPIAETTGDRFSYGFRK
                     GRRTMDAIRQIDTVLNRQHSPEWILEGDIKGCFDHISHDWLLSHIPMDKGILAKWLKC
                     GFVFKGGLYPTEEGTPQGGIISPTLANMTLDGLQTLLAERFKRRCINYKTFRYKVNLV
                     RYADDFIITGYSKELLENEVKPLVVDFLKERGLTLSEEKTTITHIQDGFDFLGFNIRK
                     FHKRLYTSPSKRAQKRFRAKISEIVRRHRMCKQESLIRMLNPIVTGWGNYYRYGASTE
                     AFHNCDNHIFNVTRKWALRRHPKKKRTWVNDRYWHNLRGRKWTFAVVYKGKKGHEDYL
                     ALKRLADVHYTEYKQIKGDANPFDPEYDLYFQKRETQLMLETLKGRKSLLCLWNKQGR
                     TCPLCGKPIDRTKAWNVNEKAIDGKIVRELVHNTCYLRSKRKSCKYEPISMYR"
     misc_RNA        complement(2704..2852)
                     /locus_tag="SEQF2638.1_01378"
                     /product="group-II-D1D4-7"
                     /inference="COORDINATES:profile:Infernal:001001"
ORIGIN      
        1 gtcttccgtt aaggcttaac catcgagccg ctcggactat cgttcaacca gtataggctt
       61 tatcctcata tctatctttt caccttgcca ctcggtcaag acttgacagt tcgtccactc
      121 gtggctttgc cgacatgcta cactccccat cgtctttcgt tgaatggata agtcggccgg
      181 tgataggtta ttatttcaaa gaacacgaac ctaatagctt gccaaagcta tatttattat
      241 atgcccttac gggcgcactt ggagctggtc ttgcgcgccg ccttcccacg cgtccatgaa
      301 gggcgagagg tagttggcca gttcgtcgta agccgtcagg attgggaaaa tctgcgcgta
      361 ggggcggttc agaaattcga ccgcatgtgg gaaggtgcaa tagcggccat cctcgtaaat
      421 tctcaggaac caaatgatgg ccgccagcag gataattggt gattcgacga agaaatcgcc
      481 ttgcttttgc acatcgggta aggcgggggc attgctgccc ctttctcccc taagaaccgt
      541 acgtgagagt ttcccctcat acggctcaag caactcataa cttctatctg tacatagaaa
      601 tcggctcata cttacaactt ttgcgtttac ttctcaagta acaggtattg tgtacaagtt
      661 cgcgaacaat ctttccgtca atcgcttttt cattgacgtt ccatgctttt gttcggtcga
      721 tgggcttgcc acaaagcgga catgtccgtc cctgtttgtt ccataaacat aggagagact
      781 tcctcccttt cagcgtttca agcatcaact gcgtttcgcg tttttggaag tacaagtcat
      841 actctgggtc aaacggattt gcgtcgccct tgatttgctt gtactccgtg tagtggacat
      901 cggcaagtcg tttgagggcg agatagtcct catgaccttt ctttccttta tacactacag
      961 cgaaagtcca tttcctgcca cggagattgt gccagtatct gtcgttgacc caagtccttt
     1021 tcttctttgg gtgtcgacgc aaggcccatt tcctcgtaac attaaaaatg tgattgtcac
     1081 agttgtggaa agcttcggtt gatgcaccat agcgataata attgccccat cccgtgacga
     1141 ttgggttgag cattcttatc agcgactctt gcttgcacat ccgatgccgt ctcacgatct
     1201 cacttatctt cgccctaaag cgtttttgtg ctctttttga cggtgacgtg tacaacctct
     1261 tgtggaactt acggatgttg aatccgagga aatcgaagcc gtcctggatg tgcgtgatgg
     1321 tggtcttttc ttcggaaagt gtcagtccac gctcctttaa gaaatcaacc accaacggtt
     1381 tgacctcgtt ctccaagagt tccttgctgt agcctgtaat gatgaaatcg tccgcataac
     1441 gtacaagatt caccttgtag cggaaagtct tgtagttgat gcaacgtctc ttgaatctct
     1501 cagccaacag cgtctgaagt ccgtcaagtg tcatgttcgc aagcgtgggc gatataatac
     1561 cgccctgtgg tgtcccctct tccgtcgggt atagaccacc tttgaagaca aaaccacatt
     1621 ttagccattt ggcaagaatc cccttatcca tagggatgtg ggatagcagc cagtcgtggc
     1681 tgatatggtc gaagcagccc tttatatctc cctccagaat ccattcgggg gagtgctgac
     1741 ggttgagaac tgtatcaatc tgtcgaatag cgtccatcgt cctacgtccc tttcggaaac
     1801 cataggagaa tctgtcgccc gtcgtttcag cgattggttc aagtgccatc agatataagg
     1861 cttgcatagc cctgtctttc atcgttggaa tgcccaacgg tctgagttta ccgttgcttt
     1921 tcttgatgca aacccgtctc agcggctgtg gtttatagcc gcgtctgcgg agttcgctta
     1981 ttgctttgaa tttccgcttg ggggaatccc aaagggtctt gtcaaccccc gaggtgttct
     2041 ttcccttgtt ggaagtgact cgctttaccg ccaaagcctt ggcataaaag gagtgagtaa
     2101 gcagccactg caaggctttc accttgttat gcctgccttc tttctgagcc tttacaatac
     2161 gcgcttgtag cttttggaca tactgctcgc tcctgagcca gtccatactg ccccaagtgc
     2221 ttggcctgct gtcagtaggc gcacacgatt tcttgttgtt ctcgttcatt tgcaattcta
     2281 ctttgaaaag ttctaaaagc tctcttgtaa agagttacct cacacggaag tctgcccgct
     2341 ttcgcgtcgg atgatgtcgt ctctgccaca cgtaaccgag gctcaatccg tatccactcc
     2401 attacagagc ggcattcgct ttttccgtta tcttatacct gcacctcatt tcggttcgcc
     2461 ttacggttca cttacctgcc caaagcagga gagatacagg cttgccacgt tccacataga
     2521 taactgtacg agtagggtag gttctgtcag tccaccggca gtgcttatgt ccgtgtaacc
     2581 ccaagatggg caagggttat ccgactgctt accattttgg tgagagccca gcatctttgg
     2641 ctctttcaaa cctcacgatg gctataaaca gttcgcatgt gctaaccata ctactcagcc
     2701 aagccactcg gcggtacgat actaaccgcc cttgacgtcc cctcacggtt ctgtctcatc
     2761 cttttgggaa agtgtacctt gtccgatagg ctcaacacac catatcgcta ttggtgcatc
     2821 ctatcgtagg ctaccgctga cggaacagcg ggctaaaact gtcttatata acatcttagc
     2881 aattatctat gtgacttcgt gtcacaccca ncttttgttc aaattgagca ngatggtgta
     2941 ggcngcttca taggcgtcgg agatgtctgt cataaagtca ggatggatcg gattgcaacg
     3001 gtgngancgg cgtggatcgt cgaagttgat gacgaaaaac tgcggcttga cggggtacgc
     3061 atcgaggtgc tggcgcagat gattgtaggc gatttcggac aggtcaggaa atttataat
//
LOCUS       SEQF2638.1|AYYF01001383.1 348 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..348
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             13..228
                     /locus_tag="SEQF2638.1_01379"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGGANPFIDEGWPKEKEERAAVVDELTESPNDMPPTEIDLSLQV
                     HGADLRELAFQRRLRNRARVRLRRKLR"
ORIGIN      
        1 aatgcctatt tcgtgggcgg cgcgaatccg ttcatagatg aaggctggcc aaaagagaaa
       61 gaagaacggg cggctgtggt ggacgaactg acagaaagtc cgaacgacat gcccccgacg
      121 gagatcgatc tcagtttgca ggtgcatggc gccgaccttc gggaattggc cttccaacgt
      181 cggctgagaa atcgcgcccg cgtgcgctta cgccgcaaac tgcggtagca agcctgaacc
      241 ccggaagatt ctgcccttcg acgctcgtcg gagatgtctg tcataaagtc aggatggatc
      301 ggattgcaac ggtgcgatcg gcgtggatcg tcgaagttga tgacgaaa
//
LOCUS       SEQF2638.1|AYYF01001384.1 408 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..408
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             13..228
                     /locus_tag="SEQF2638.1_01380"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGGANPFIDEGWPKEKEERAAVVDELTESPNDMPPTEIDLSLQV
                     HGADLRELAFQRRLRNRARVRLRRKLR"
ORIGIN      
        1 aatgcctatt tcgtgggcgg cgcgaatccg ttcatagatg aaggctggcc aaaagagaaa
       61 gaagaacggg cggctgtggt ggacgaactg acagaaagtc cgaacgacat gcccccgacg
      121 gagatcgatc tcagtttgca ggtgcatggc gccgaccttc gggaattggc cttccaacgt
      181 cggctgagaa atcgcgcccg cgtgcgctta cgccgcaaac tgcggtagca agcctgaacc
      241 ccggaagatt ctgcccttcg acgctcgtcg gagcactgaa ccccgagggt tttacccttc
      301 gacggtcgtc ggagcactga accctgaggg ttttgccctt cgacggtcgt cggagcactg
      361 aaccccgagg gttttgccct tcgacggtcg tcggagcact gaaccccg
//
LOCUS       SEQF2638.1|AYYF01001385.1 808 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..808
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(149..733)
                     /locus_tag="SEQF2638.1_01381"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKYADEPEKLSVEMADFLSQSDGRLPANRADIYFKELGRESPML
                     VKLLMKTIKQSNRRTIRHIGARQFGLEFLLRGLYVHNNLLYFHLSVKNETYLPYPIDM
                     ISFKVVDKKVVKRTAIQERVLQPLRAYNQPMRVRGNGSERMVFAFEGFSLPDDKQLEV
                     TIHERNGGRTLAFRVQNEDLLRARRIDHLKLQWR"
ORIGIN      
        1 gtgaaagtct cgggttggat cagcttttcg ttctgaatca ccgggacgcc cgccgtgatt
       61 tcgacacccg tctgccgagg aagaaggcgc tgtgcatgcg acgaaatggc agttgccgcg
      121 acacagcaca acaggagaaa tgtccgtttc atcgccattg cagtttgagg tggtcgatgc
      181 ggcgggcgcg gaggaggtct tcgttttgca cgcggaaggc gagtgtccgg ccgccgttcc
      241 gctcgtggat cgtgacctcc aactgcttgt cgtcgggcag cgagaagccc tcgaaggcga
      301 agaccatacg ctccgacccg ttgccgcgca cacgcatcgg ctggttgtag gcacgcaggg
      361 gctgcagcac gcgttcctga atggccgttc gtttgaccac tttcttgtcg acgactttga
      421 aggagatcat gtcgatcggg taaggcaggt aggtctcgtt tttcaccgag aggtggaagt
      481 agaggaggtt gttgtggacg tacagcccgc gaagcaggaa ctcgaggcca aactgccgcg
      541 cgccgatgtg gcggatcgtg cggcggttac tctgcttgat cgttttcatc agcagcttga
      601 caagcatggg tgattcgcgg cccagttcct tgaaatagat gtcggcgcgg ttggcaggca
      661 gacggccgtc agactgggaa aggaagtctg ccatctcaac agacaacttc tcgggttcgt
      721 ccgcgtactt cacgttgaaa gaatagagtg agccatcatc gcaaatgacc gagaggttcg
      781 tctccgtctc gaagtcacgg acagccgc
//
LOCUS       SEQF2638.1|AYYF01001386.1 576 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..576
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             95..325
                     /locus_tag="SEQF2638.1_01382"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAENMVFMMVTAMLKNFYLYLVRRISEKVKPLKKTSRLKAFILH
                     FVSVPAKWVRTGRQNVLNLYTNKAYYSKVFLE"
ORIGIN      
        1 catcattaca ttttacaatg gacgaggagc aagtgaaaag aacttcgaca tacagaacaa
       61 tgacttcggc tgggcacatc tgcccttttc ctttatggct gagaacatgg tgttcatgat
      121 ggttaccgcc atgctgaaga acttctatct ctatctcgtc cgtcgtatca gtgaaaaggt
      181 taagccgttg aaaaagacaa gcagattgaa agcctttatc ctgcattttg tcagtgtgcc
      241 agcgaaatgg gtgcgcacag gaaggcagaa cgttctaaac ctttatacca ataaagcata
      301 ctactctaaa gttttccttg aataaacagc atttctttgt gtcgataccg taacgtcccc
      361 aaaaggccaa ttcttccatc ctgcacggtt gttcgacaat gctaaatcgc cctttattcc
      421 agggtgtatt ctcgtgctct gacggttggg gcaaagcaac cgatccggaa ttgggagctt
      481 ttcttacagg cgtagcacta cgtgcttttc cgggaagtga aatactcagt tgtagatctc
      541 ggatgatggt ttctaagacc tgcataaact ccgtgt
//
LOCUS       SEQF2638.1|AYYF01001387.1 395 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..395
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tatggtgctg aatgggcgat acaccttgac aaacgctccc attgcgtagc agaacatcgg
       61 ctctctcact gtggaacgga gggtgtagga cttcccctga ttcgagacgg attcaaaacg
      121 ggaaagcgac tttacgcgga agcgttgcaa ggtctttgtg tcgataccgt aacgtcccca
      181 aaaggccaat tcttccatcc tgtacggttg ttcgacaatg ctaaatcgcc ctttattcca
      241 gggtgtattc tcgtgctctg acggttgggg taaagcaacc gatccggaat tgggagcttt
      301 tcttacaggc gcagcactac gtgcttttcc gggaagtgaa atactcagtt gtagatctcg
      361 gatgatggtt tctaagacct gcataaactc cgtgt
//
LOCUS       SEQF2638.1|AYYF01001388.1 395 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..395
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tatggtgctg aatgggcgat acaccttgac aaacgctccc attgcgtagc agaacatcgg
       61 ctctctcact gtggaacgga gggtgtagga ctttccctga ttcgagacgg attcaaaacg
      121 ggaaagcgac ttcacccgga agcgttgcaa ggtctttgtg tcgataccgt aacgtcccca
      181 aaaggccaat tcttccatcc tgcacggttg ttcgacaatg ctaaatcgcc ctttattcca
      241 gggtgtattc tcgtgctctg acggttgggg caaagcaacc gatccggaat tgggagcttt
      301 tcttacaggc gtagcactac gtgcttttcc gggaagtgaa atactcagtt gtagatctcg
      361 gatgatggtt tctaagacct gcataaactc cgtgt
//
LOCUS       SEQF2638.1|AYYF01001389.1 462 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..462
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 aggaaggcag aacgttctaa acctttatac caataaagca tactactcta aagttttcct
       61 tgaataaaca gcatttcttt gtggcattca ttttccccat tggcttgggt gggggatttt
      121 atgcgcctgc aaggactaat accagtctaa ggtcgcttcc tatcacatgt agaggcaaaa
      181 agacgcctca acacacaaaa tcatatcaca agaaaaagtg ctgcggaatt aaggcatata
      241 aggataacac agcaaaagta gcaaaaaaac tgtaatcact gatctatctc ccgaaaaata
      301 tgtatatttg cttggataat cagtataaat aacatttatt gcatcctaac atgaatagac
      361 aatacattct aacccgctct cttgtttgca ccccaacgat gcttccaatc aagagagata
      421 ttacctaata tttcctctgc ctttcgttct cctctataag ct
//
LOCUS       SEQF2638.1|AYYF01001390.1 4669 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4669
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             81..1316
                     /locus_tag="SEQF2638.1_01383"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG6083"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAFIFPIGLGGGFYAPARTNTSLRSLPITCRGKKTPQHTKSYHK
                     KKCCGIKVIDEGVDRNHEDMGNRVLEGYTVRNPNGYGVPQNAGNISSTCKGHGMACAG
                     IIGATNNSIGIRGVASNINILPVNIVPDYVTLDYQNRVVSGGFGSNIEIAEAIKWAWQ
                     RADILSCSWGGGPASNDITSAINNARRYGRNGKGCVVVFASGNGYPSIKDVSFPGNVD
                     GVITVGAIDNRGVIRNYSQRGASMDLVAPSGGSPGDVVTTDRMGDLGYYTGNYYLKFN
                     GTSAACPQVAGVAALMLSANPALTEAQVRTILQNTAKDLGAPGFDHTYGYGLIDAYKA
                     VNSVFAISGPFVVCSQETYTIQDLPSGTSIQWSTSNGNLQLVSGQGTRTAVFRKNGSG
                     ECTIRATLRSAHLNITPSP"
     CDS             1259..1927
                     /locus_tag="SEQF2638.1_01384"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYDKGNLTLSPSEYNPLPLEVWAGAVKTLVRAEGEDHDTPFSPS
                     TSLHIDLLGGLGLNNTVEFAAMRGSKHVMDVTWELHNETPDVISLRGHAPLVIVSPIK
                     QGVGSFRMTAIDQCGRGTTAHVSVHISSKYHFTLSPNPAVDVVTLKLTGVEGEQRAPG
                     SPSAMGTTSTYEIQLWSGLAMLRSFQTNQPTFQIPIAGLPAGLYFVRVIKDGQTYTEK
                     LIKN"
     CDS             complement(1917..2153)
                     /locus_tag="SEQF2638.1_01385"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTNPMNRPKKTPVRPPKWDARTKTNPKLRGDEREVKGAMPFVH
                     TKIGQAQGTFIPLACPRTVRLHTAFTQRASDANS"
     CDS             complement(2353..2991)
                     /locus_tag="SEQF2638.1_01386"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTEEEQRRARIAAKLEAMGGFGGYAEAKRKAQAEAEAKVEESLF
                     FDPPADGKMTAEQRQAVLTAKLKELGDYGVKRRTVEESPFFDPPAEIELERSTPYPPP
                     ADESKEEVIHPRTKADKPKAEVIATAPPAPAPRKTKSYKEDLAAFRETYLQPARISHR
                     KAVYVSDETQQRLDFVVRRIGLRGASISGYVERVLREHLDGYKDSIEQWRKL"
     CDS             complement(2988..3296)
                     /locus_tag="SEQF2638.1_01387"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAEHAIITEESPQMQLFVQLMEGVLKKLERYCASARPTLAGEVY
                     LTGEEVCERLKLSARTLQEYRSRGLLAFYKIGGKILYKQSDLQAMLDQHYNPIQKPSV
                     "
     CDS             complement(3300..3569)
                     /locus_tag="SEQF2638.1_01388"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQIILVDGKAWERHRSAFADFIHRIERLIGNPPEADEWLDNDAV
                     CRRLNISPRTLQTLRDTGKIPFSMVGXKXXYKAXDIXELLNSKAE"
     CDS             complement(3984..4664)
                     /gene="xerC_15"
                     /locus_tag="SEQF2638.1_01389"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01808"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerC"
                     /translation="MLEAGLREDPFDLIDIETPAYERNALGAEDLQRLLAYRPHRSVD
                     NHVRLIFLLGCFTGLAFSDLKKLRMEDVYTLGDGRRYLSICRTKTQNRSIVPLLPIAE
                     EILAYVGQGRTEGLWFREFPVNSHFNRKLRELLVKAGCSPHTEASSHTARHTFATTIC
                     LENGLPIETVSRMLGHRFISTTELYAKVSKQKIAQEMRPLMGSEQTQRLRRALRVCPP
                     RKGMLEKK"
ORIGIN      
        1 aggaaggcag aacgttctaa acctttatac caataaagca tactactcta aagttttcct
       61 tgaataaaca gcatttcttt gtggcattca ttttccccat tggcttgggt gggggatttt
      121 atgcgcctgc aaggactaat accagtctaa ggtcgcttcc tatcacatgt agaggcaaaa
      181 agacgcctca acacacaaaa tcatatcaca agaaaaagtg ctgcggaatt aaggtaatag
      241 atgaaggtgt agatcggaat catgaagata tgggtaaccg agttttggag ggatacaccg
      301 ttcgtaatcc aaatggatat ggagttccac aaaatgctgg gaatatatca tctacatgta
      361 aaggccacgg aatggcttgt gccggaataa taggcgccac aaacaattct attggaataa
      421 gaggtgtagc gagtaatatc aatatactcc ctgtaaacat cgtaccggat tatgtcactt
      481 tggattacca aaaccgtgtt gtttccggag gttttggttc taatattgaa attgcagagg
      541 ccattaaatg ggcatggcaa cgagcggaca ttcttagttg ttcttgggga ggaggacctg
      601 cctctaacga tatcacttca gccataaaca acgcaagaag atatggtcgc aatgggaagg
      661 gatgtgtcgt tgttttcgcc tctggaaatg gctatccaag cataaaagac gtttctttcc
      721 caggcaatgt agacggggtt attaccgtcg gagcaatcga caatcgaggt gttattcgta
      781 attacagtca acgtggcgcc tcaatggatt tagttgctcc cagtggaggt tcccccggag
      841 atgttgttac aacggataga atgggtgatt tgggctacta tactggtaat tactatctta
      901 aatttaatgg gacttctgct gcttgtccac aagttgcagg tgttgcagca ttgatgttat
      961 ctgcgaatcc cgctttgacc gaggcacaag tgcgaacaat tctacagaat acggccaagg
     1021 atttgggagc tcctggattt gatcacactt acggttatgg tcttattgac gcatacaagg
     1081 ctgttaattc agtatttgct atctctggtc cctttgtcgt ttgtagtcag gagacatata
     1141 ccatccaaga tcttccgtcc ggaacttcca tacaatggag tacaagcaat ggaaacttac
     1201 aattggtttc cgggcaggga acgagaactg ctgtgttcag gaaaaacggt tcgggagaat
     1261 gtacgataag ggcaacctta cgctcagccc atctgaatat aaccccctcc ccttagaggt
     1321 ctgggcagga gctgtcaaga cgcttgtacg agccgaggga gaagatcatg acacaccatt
     1381 tagtccctca acatcgttgc acatcgacct gctcggaggt ctgggattaa ataacaccgt
     1441 cgaatttgcc gcgatgagag gaagtaaaca cgtgatggat gttacctggg aattgcataa
     1501 tgaaacgcca gatgttattt ccttaagagg gcatgcccca cttgtaatcg tcagtcccat
     1561 aaagcagggg gttggcagct tccgcatgac ggcaatagat cagtgtggca ggggaacgac
     1621 agcacatgtc agtgttcata tctcgtcaaa ataccatttc accctctccc ccaacccggc
     1681 cgtggatgtg gtgacgctca aactgacagg ggtggaaggc gaacagcgcg ccccaggatc
     1741 gccctcggca atgggcacga cgagcacgta tgaaatccaa ctttggagcg ggctggcgat
     1801 gctgagatca ttccagacga atcagccgac tttccagatc ccgatcgcgg gacttccggc
     1861 agggctgtat ttcgtgcgtg tgatcaaaga cggacagacc tataccgaga agttgatcaa
     1921 gaattagcgt cggaggctcg ctgtgtaaaa gcagtgtgca aacgaactgt tctcgggcag
     1981 gccaaaggga tgaaagtccc ttgggcctgc ccgattttcg tatggacgaa cggcatcgcc
     2041 cccttcactt ctctttcatc gccccttagc ttcgggttgg ttttggtgcg ggcgtcccat
     2101 ttcggggggc gaacgggtgt tttcttcggt cgattcatgg ggttggtttt catataagat
     2161 caggtggcga ctttggagcc gaaccgcgcg gaggccgctc cgggggcaag gcgttttgta
     2221 gcacaaaacg gtttttgtgg cacaaaaaca caccttgccg ggcctcagaa taggaggagc
     2281 ccgtaccctg aacacttgca ctcaatacat gcaagtgttc gggagggcat tgcacgctaa
     2341 gcgtgcatgt gttcagagct ttcgccattg ttcgatactg tccttatacc cgtcgagatg
     2401 ctcccgaagc acgcgctcga catagcccga gatgctggcg cctcgcaggc cgattcggcg
     2461 gacaacgaag tctagccttt gctgagtctc gtcagagacg tagaccgcct tgcggtggct
     2521 gatgcgcgcg ggttggaggt acgtctctcg aaatgcggcc aaatcctcct tgtagctctt
     2581 ggtctttcga ggagccggag cgggtggagc ggtcgctata acttccgcct ttggcttatc
     2641 cgccttcgtt cgaggatgaa tgacttcctc cttagactca tccgcggggg gaggataagg
     2701 cgtgcttctt tccagctcga tctctgcggg cggatcaaag aagggtgact cttctaccgt
     2761 gcgccgtttg acgccatagt cgcccagttc tttcagtttg gcggtcaaga cggcctgccg
     2821 ttgttctgct gtcatcttac cgtctgcggg cggatcaaag aatagcgatt cttccacctt
     2881 ggcctccgcc tccgcttggg ctttgcgctt ggcttcggca tagccgccaa agccgcccat
     2941 cgcttccagt ttggcggcta ttctggcgcg ccgttgttct tcctccgtca taccgaaggc
     3001 ttttgaatgg ggttgtaatg ttggtcgagc atcgcctgca ggtcgctctg tttgtagagg
     3061 atcttgccgc cgattttgta gaaggccagg aggccgcggc tgcgatactc ctgcagcgtg
     3121 cgggcgctga gcttaagccg ctcgcagacc tcctcgccgg tgagataaac ctccccagcg
     3181 agcgtgggtc gggccgaggc gcaatagcgc tccagcttct tcaatacgcc ctccatgagc
     3241 tggacaaaca gctgcatttg agggctttct tccgtaatga ttgcatgctc tgccatcgtt
     3301 cattcagctt ttgaattcag taattcngng atgtcntcgg ctttgtanta ncacttntgc
     3361 ccgaccatgg agaaggggat tttncccgta tctctcaagg tctgcagggt gcgagggctg
     3421 atgttcagcc ggcggcatac ggcgtcgttg tcgagccatt cgtcggcctc gggcggattg
     3481 ccaatgagcc gctcgatgcg gtggataaag tcggcaaagg cggagcgatg tcgctcccaa
     3541 gccttaccgt ctacaaggat gatttgcatg gtgtttcgat aagaataagg ttgcgtaatt
     3601 ggattgaagc aagccagtgc aactgcccgc gcttgctgtt tcttttggag gcaaaagtcg
     3661 gcgaaaggac acgctgcgcc atggattgat ggaacactga ggataagaag ggagaacgct
     3721 ggaaacaggc gggcttaatc gtgagaaatt ctccggcagg cggcctgcca acatcgctgg
     3781 agtgttcgat gactctggca ggcggcctgc caacgtcacc aaagtgtccg atagtcctgg
     3841 caggcggcct gccaacatca ccggagtgtc ggatagtccc ggcaggcggc ctgccaacgt
     3901 caccaaagtg tccgatagcc ctggcaggcg gcctgccaac gtcaccggag tgtcggacca
     3961 ctttggcagg ccgcctgccg gcgtcacttt ttctcgagca tccccttcct cggcggacag
     4021 actcgcaagg cacggcgcag cctctgcgtc tgctcgctgc ccatcagtgg acgcatctct
     4081 tgggcaatct tttgcttgct caccttggca tataactccg tggtggagat aaaacgatgc
     4141 cccaacatcc gactcaccgt ctcgatgggc aggccgtttt ctaagcagat ggtggttgcg
     4201 aaagtgtggc gcgcggtgtg cgaactggcc tcggtgtgcg gcgagcaacc ggccttgacg
     4261 agcagctcgc ggagctttcg attgaagtgg ctgttcacgg gaaactcccg aaaccatagc
     4321 ccctcagtac gcccctgccc cacgtaggcg agtatctcct cggcgatggg cagcaggggt
     4381 acgatgctgc ggttctgcgt cttggtgcgg cagatggaga ggtatcggcg cccgtcgccg
     4441 agcgtgtaga cgtcttccat gcggagcttc ttgaggtcgg agaatgctag gccggtgaag
     4501 cagcccaaga ggaagatcag ccggacgtgg ttgtccacgg agcgatgcgg gcgataagcc
     4561 aaaagccgtt gcaggtcttc ggcaccgagg gcgttgcgtt cgtaggccgg cgtctcgatg
     4621 tcgatcaggt cgaacggatc ctctcgaagc cccgcctcta acatcgccc
//
LOCUS       SEQF2638.1|AYYF01001391.1 395 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..395
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tatggtgctg aatgggcgat acaccttgac aaacgctccc attgcgtagc agaacatcgg
       61 ctctctcact gtggaacgga gggggtagga ctttccctga ttcgagacgg attcaaaacg
      121 ggaaagcgac ttcacccgga agcgttgcaa ggtctttgtg tcgataccgt aacgtcccca
      181 aaaggccaat tcttccatcc tgcacggttg ttcgacaatg ctaaatcgcc ctttattcca
      241 gggtgtattc tcgtgctctg acggttgggg caaagcaacc gatccggaat tgggagcttt
      301 tcttacaggc gtagcactac gtgcttttcc gggaagtgaa atactcagtt gtagatctcg
      361 gatgatggtt tctaagacct gcataaactc cgtgt
//
LOCUS       SEQF2638.1|AYYF01001392.1 395 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..395
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tatggtgctg aatgggcgat acaccttgac aaacgctccc attgcgtagc agaacatcgg
       61 ctctctcact gtggaacgga gggggtagga cttcccctga ttcgagacgg attcaaaacg
      121 ggaaagcgac tttacgcgga agcgttgcaa ggtctttgtg tcgataccgt aacgtcccca
      181 aaaggccaat tcttccatcc tgtacggttg ttcgacaatg ctaaatcgcc ctttattcca
      241 gggtgtattc tcgtgctctg acggttgggg taaagcaacc gatccggaat tgggagcttt
      301 tcttacaggc gcagcactac gtgcttttcc gggaagtgaa atactcagtt gtagatctcg
      361 gatgatggtt tctaagacct gcataaactc cgtgt
//
LOCUS       SEQF2638.1|AYYF01001393.1 443 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..443
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ctcgcaactt gcctttgatg agaaattgaa aatagatttt ggcgtattcg gttcttccca
       61 gcaagatgaa aagatattcg atcttcaggc actttcctat tctaccgccg caatgaatcc
      121 aacactttca ttccataaag ttggaaatgg atggcaaagg aacaacaacg cttcacagat
      181 tgcaccgact gaaccactgc tctttgaacg aaacgacgag aagaatctta cgttcaattc
      241 acatctacaa ttatccctgc agcttcctca taacctgcag ttgtctgcct taggttccta
      301 ttcctatacc tcaacggaga atgggaagtt tgctcctaca tgggtatggg cacagggatt
      361 agcttataga ggagaacgaa aggcagagga aatattaggt aatatctctc ttgattggaa
      421 gcatcgttgg ggtgcaaaca acc
//
LOCUS       SEQF2638.1|AYYF01001394.1 443 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..443
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ctcgcaactt gcctttgatg agaaattgaa aatagatttt ggcgtattcg gttcttccca
       61 gcaagatgaa aagatattcg atcttcaggc actttcctat tctaccgccg caatgaatcc
      121 aacactttca ttccataaag ttggaaatgg atggcaaagg aacaacaacg cttcacagat
      181 tgcaccgact gaaccactgc tctttgaacg aaacgacgag aagaatctta cgttcaattc
      241 acatctacaa ttatccctgc agcttcctca taacctgcag ttgtctgcct taggttccta
      301 ttcctatacc tcaacggaga atgggaagtt tgctcctaca tgggtatggg cacagggatt
      361 agcttataga ggagaacgaa aggcagagga aatattaggt aatatctctc ttgattggaa
      421 gcatcgttgg ggtgcaaaca aga
//
LOCUS       SEQF2638.1|AYYF01001395.1 3190 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3190
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             211..1284
                     /gene="mutY"
                     /locus_tag="SEQF2638.1_01390"
                     /EC_number="3.2.2.31"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P83847"
                     /codon_start=1
                     /transl_table=11
                     /product="Adenine DNA glycosylase"
                     /translation="MPNDYDVSRTLRRWYDTHRRALPWRDTRDPYRIWISEVILQQTR
                     VAQGMDYYHRFLERFPDVRALADASEQDVLRLWQGLGYYSRARNLHAAARDVRDRFAG
                     RFPTDYAAVRSLRGIGDYTAAAIVSFATDAPYAVVDGNVLRVIGRLFAIDTPTDTSAG
                     RRLYNDLARSLLPPDQAGTHNQAIMEFGALQCVPRNPDCSVCPLAARCAAHAAGTPER
                     FPVKQHRTKTVDRYFHYFYVTTGDDLFLRRRPAGDIWQGLFELPLIETSAPADLDALM
                     RTGDFRALFADTGSTQFALVAADVRHVLTHRILHATCYLARIQHPSEALLRLTHTSRA
                     ELDRYPLPRLITLLIDRVDSRGR"
     CDS             1359..1874
                     /gene="ssb_1"
                     /locus_tag="SEQF2638.1_01391"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0AGE0"
                     /codon_start=1
                     /transl_table=11
                     /product="Single-stranded DNA-binding protein"
                     /db_xref="COG:COG0629"
                     /translation="MSLNKVILIGNVGREPDVRYFDSGNAVANFTLATNERGYRLANG
                     TEIPERTEWHNIVAGRDRALFVERHVHKGSLVYVEGKIRTRSYDDASGNKRYITEIYA
                     DRIEFFSLGGRRPQDAEHAGDSSVATQPADAAAEVHAFAAKSEPTPPTSASDLEPISP
                     ADADPVDDLPF"
ORIGIN      
        1 gccgacccga agaagccgga cacgccgaag aaaccgggta cgggcggcga tccggacatc
       61 catctgccgg aggaataagg aggatcgttt agccggcggt cgcagccgcc cgaagccgtc
      121 ttaaagtgcc aatagccaga actggagatg atccggggag gccgttggca ctttttttgc
      181 ccaacgacgc ctcgtttcac acatcacccc atgcctaacg attatgacgt gagccgcacg
      241 ctccgccggt ggtacgacac gcaccgccgc gcgctgccct ggcgcgacac ccgcgacccc
      301 taccgcatct ggatctccga ggtcatcctc cagcagaccc gtgtggcgca ggggatggac
      361 tattaccacc gcttcctcga acgcttcccc gacgtccgcg ccctggccga cgcctcggag
      421 caggacgtcc tccggctctg gcagggcctc ggctactatt cccgcgcccg caacctccac
      481 gccgccgccc gcgacgtccg cgatcgcttc gccgggcgct tccccacgga ttacgccgcc
      541 gtccgctccc tccgcggcat cggcgactac acggccgccg ccatcgtgtc cttcgccacc
      601 gacgccccgt acgccgtcgt cgacgggaat gtgttgcgcg tcatcggccg actcttcgcc
      661 atcgatacgc ccaccgacac ctccgccggc cgccgcctct acaacgatct ggcccgcagt
      721 ctcctcccgc ccgatcaggc cggcacacac aaccaagcca tcatggagtt cggcgccctg
      781 cagtgcgtcc cccgcaaccc cgattgcagc gtctgcccgc tcgccgcgcg ttgcgccgcc
      841 catgccgccg gcacgcccga acgcttcccc gtcaagcagc accgcacgaa gacggtcgac
      901 cgttacttcc attatttcta cgtcaccacg ggcgacgacc tcttcctccg ccgacggccc
      961 gcgggcgaca tctggcaggg cctcttcgaa ctcccgctca tcgagacctc tgcccccgcc
     1021 gacctcgacg cgctcatgcg tacgggcgac ttccgcgcgc tctttgccga cacgggcagc
     1081 acacagtttg cgcttgtcgc cgccgacgtt cgccacgtcc tcacccatcg catcctccac
     1141 gccacctgct acctcgcccg catccaacac ccctccgagg ccctccttcg cctcacccac
     1201 acctcgcgcg ccgagctgga tcgctatccc ctcccgcgac tcatcacgct actcatcgat
     1261 cgtgtcgaca gccgcggccg gtgacccctt ccggctttgt gcgatcctat tcttagccat
     1321 acttttggcg cacttaaacg ataaaaagac tgataactat gtcactgaac aaagtcatcc
     1381 tcattggaaa cgtggggcgc gaacccgacg tccgctactt tgacagcggg aacgccgtag
     1441 ccaacttcac gctggctacc aacgaacgcg gataccgtct ggccaacggc acagagattc
     1501 cggagcgcac cgaatggcac aacatcgtcg ccggtcgcga ccgcgcactc ttcgtcgagc
     1561 gccacgtcca taagggatcg ctcgtgtacg tcgaaggcaa gatccgcacc cgcagctacg
     1621 acgatgcctc gggcaacaag cgctacatca cggagatcta cgccgatcgc attgagttct
     1681 tttccctcgg tggacgccgt ccgcaggatg ccgaacacgc gggcgactcg tccgtcgcca
     1741 cgcagccggc cgacgccgca gccgaagtgc acgcctttgc cgccaagtcc gaacctacac
     1801 cgccgacatc cgcctccgat ctcgagccga tctctcccgc cgacgctgat ccggtggacg
     1861 atctgccctt ctaaccttag ccccctcatt ccttggattc agactatttc ccgccccttt
     1921 cgctgcaaat agcagccccc ggatggacgg ttccggacgc catcctttgt tgtgtcatcc
     1981 tctgtattct cctgattctc gcctgcgcaa tcgctgcggg tgggcgcgca ctctttgcgc
     2041 tcacgctgga agagctgagc gaggtgcgtg aggagaagaa tcctgccgat cgtttcctcc
     2101 atttattgtc tgaccgcccg cagcagacgc gtttctcact ggccgccgtc cagtcgctcg
     2161 tgacgttagc cattggcacc gtcggattgt acggcgtggc gctgctgtgg ccggatgcct
     2221 tacggtcggc agtcggatgc gtgtcggtga tccttgttgg tagcctattg atgtgccttt
     2281 gttgcggact tgtgccgaga tggttactcc ggaacggtca tctgcgcgtg gcacggacca
     2341 tcgcacccgt attgaagttc atcgattttc tctgttcgcc catcagtagc cgattagccg
     2401 tcgccccgtc gaacgccatg catcgcaacg aggtggcaac tggtgaaccc gccacgatcc
     2461 tctccaaaga gtcggccgat gagcacgaaa tgctcgagga gatcgggcag ttttacaaca
     2521 agacggccga cgagatcatg gtctcccgca tggacatgaa agcaatcagc gcccattgca
     2581 cgtttcagga ggccctcgac ctaattatcc gtagcggctt ctcgcgcatc cccatctatg
     2641 aagagtcgga cgacaacatc accggcattt tgtacgccaa ggaccttcta ccctacatcc
     2701 gcgatccgca agacttcaac tggcagaaat tgatccgccc cgcctacttc gttccggaaa
     2761 caaagaagat cgaagacctc ctcgaagagt tccgaaccaa caaggtgcac attgccatcg
     2821 tcgtcgacga gttcggttgc gcctccggac tggtaacgat ggaggatatt attgaggaaa
     2881 tcgtgggcga catcagtgat gagtacgaca cggagcaaaa gcccttcttc cgactgcctg
     2941 acggtagcta cattttcgag gggaagacgc aactcaacga tttctttcgc gaaaccgaca
     3001 tcgacgagga agagtttggc gatttgactg aggacgtcga gacgctcacc ggcttgctac
     3061 tcaaaatcaa gggcacgctg cctcgacgtc gcgagacgat tgactatgga cactaccgtt
     3121 ttcgcgtgct tgaggccaac gaacgtcgtg tgctcaaggt aaaattctat cgcctcccct
     3181 tgtcacctgc
//
LOCUS       SEQF2638.1|AYYF01001396.1 399 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..399
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cccgaggcaa gatgcgccgg gtacatgctg tgtggtgagg ctctctcacc cggcgtgtgc
       61 ccggcgcttc gtcttttcgt ggcgtttgcg gaacttccgc aagcctcaaa atgggaaaaa
      121 tggcccttgc ggaacttccg caagcatcaa aatggaggaa atggcccttg cggaacttcc
      181 gcaagcgtca aaatggagaa aatggccttt gcggaacttc cgcaagcatc aaaatggagg
      241 aaatggccct tgcggaactt ccgcaagcgt caaaatggag aaaatggccc ttgcgggact
      301 cccgcaagcg ccaaaatgga gaaaatggcc cttgcggaac ttccgcaagc atcaaaatgg
      361 aggaaatttc ccttgcggaa cttccgcaag catcaaaat
//
LOCUS       SEQF2638.1|AYYF01001397.1 1364 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1364
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(797..910)
                     /locus_tag="SEQF2638.1_01392"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNFETQCSNSLTTLHLIGRESLLTLNFRVLNSQSIFD"
     CDS             complement(907..1179)
                     /locus_tag="SEQF2638.1_01393"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTCSSVNADSTIGLYKAALKKYLEAESIYILTDNARYYYYLSKK
                     LRKWLEGTKIKQVFLPPYSPKLNLIGAAVEVLPKGDHQHEVLSDKT"
ORIGIN      
        1 tctttacagc tgatatgctc attattttac cagaagaaat agaagtagag atgctgtata
       61 aatgcgatac gacatcaata gacaatgcga actatactcg gcttacgtgc gtattgagcc
      121 tcatcttgta gggtaacaga ctagtaaagc atgtcgccca atgtctggat ataggcatta
      181 ccaccggtct attgacctaa gcctccctag actctgagag aaatcgacac acttctaaaa
      241 acaacataaa gattaacgag gacatctaaa cagctagcaa atctgctcgc tttatgaaaa
      301 gtctctctct atatatatat tctcgtctaa ttttaagaga ctattctgag tttattggat
      361 gaagtattga gggtattttt cattaatgag aagtaaaaag agtaaaaaag atagagccta
      421 ttgattatcc aatcataaag tcccccataa ctttatggtt gacaacataa aaagtgacaa
      481 gagaatatcc aacctgaccg ataaacagta ggaaagtaag aaagatctat ttgaccctcc
      541 gggaaaggcg ccgaaaaaac ctctccgagg gattgtgaat gccctattgt gcataacaaa
      601 aacgaggtac caatggcaaa tgccccccag agatttcgct ccatggcaaa cagttcgctt
      661 ctatttttag aaaatggaaa caagaaggtg tctttgaaga gctgatgtat cgtcagtccg
      721 aaaatcctat ggaaaaaatc tctgagtctt ggtataatag acttggagaa gcgcacgaag
      781 ctcttaccat gtatcgtcaa tcaaaaatag attgcgaatt gagcacgcgg aagttcagag
      841 ttaaaagcga ctcgcgtcca ataagatgca atgttgttaa agaatttgag cactgcgtct
      901 cgaaattcat gttttgtccg atagaacttc gtgttgatga tctcctttcg gaagaacttc
      961 cacagccgct ccgatcaggt ttaatttcgg agaatagggc ggtaggaaga cctgcttgat
     1021 tttcgtgcct tccagccact ttcggagctt tttactcagg taatagtaat agcgtgcatt
     1081 atctgtgaga atgtagatgc tttcagcctc aaggtacttc ttcaaagctg ccttgtaaag
     1141 gccgatggtg gaatcggcat tgacactcga acacgtcatg ggctatgacg tctgtcacat
     1201 catgtgcatt aagtagcctg ttaatgttga cttgggtccc gaccgcccac agtgggctac
     1261 tccaaacgtt tgcccttctt gatccatgca taagtggacg tgtgttgtga gtcgagtgtc
     1321 cgccatcagc gtaatagtag atatcgctct ctttcttagc tcta
//
LOCUS       SEQF2638.1|AYYF01001398.1 213 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..213
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tctttacagc tgatatgctc attattttac cagaagaaat agaagtagag atgctgtata
       61 aatgcgatac gacatcaata gacaatgcga actatactcg gcttacgtgc gtattgagcc
      121 tcatcttgta gggtaacaga ctagtaaagc atgtcgccca atgtctggat ataggcatta
      181 ccaccggtct attgacctaa gcctccctag acc
//
LOCUS       SEQF2638.1|AYYF01001399.1 1235 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1235
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             186..458
                     /locus_tag="SEQF2638.1_01394"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTCSSVNADSTIGLYKAALKKYLEAESIYILTDNARYYYYLSKK
                     LRKWLEGTKIKQVFLPPYSPKLNLIGAAVEVLPKGDHQHEVLSDKT"
     CDS             455..568
                     /locus_tag="SEQF2638.1_01395"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNFETQCSNSLTTLHLIGRESLLTLNFRVLNSQSIFD"
ORIGIN      
        1 tagagctaag aaagagagcg atatctacta ttacgctgat ggcggacact cgactcacaa
       61 cacacgtcca cttatgcatg gatcaagaag ggcaaacgtt tggagtagcc cactgtgggc
      121 ggtcgggacc caagtcaaca ttaacaggct acttaatgca catgatgtga cagacgtcat
      181 agcccatgac gtgttcgagt gtcaatgccg attccaccat cggcctttac aaggcagctt
      241 tgaagaagta ccttgaggct gaaagcatct acattctcac agataatgca cgctattact
      301 attacctgag taaaaagctc cgaaagtggc tggaaggcac gaaaatcaag caggtcttcc
      361 taccgcccta ttctccgaaa ttaaacctga tcggagcggc tgtggaagtt cttccgaaag
      421 gagatcatca acacgaagtt ctatcggaca aaacatgaat ttcgagacgc agtgctcaaa
      481 ttctttaaca acattgcatc ttattggacg cgagtcgctt ttaactctga acttccgcgt
      541 gctcaattcg caatctattt ttgattgacg atacatggta agagcttcgt gcgcttctcc
      601 aagtctatta taccaagact cagagatttt ttccatagga ttttcggact gacgatacat
      661 cagctcttca aagacacctt cttgtttcca ttttctaaaa atagaagcga actgtttgcc
      721 atggagcgaa atctctgggg ggcatttgcc attggtacct cgtttttgtt atgcacaata
      781 gggcattcac aatccctcgg agaggttttt tcggcgcctt tcccggaggg tcaaatagat
      841 ctttcttact ttcctactgt ttatcggtca ggttggatat tctcttgtca ctttttatgt
      901 tgtcaaccat aaagttatgg gggactttat gattggataa tcaataggct ctatcttttt
      961 tactcttttt acttctcatt aatgaaaaat accctcaata cttcatccaa taaactcaga
     1021 atagtctctt aaaattagac gagaatatat atatagagag agacttttca taaagcgagc
     1081 agatttgcta gctgtttaga tgtcctcgtt aatctttatg ttgtttttag aagtgtgtcg
     1141 atttctctca gagtctaggg aggcttaggt caatagaccg gtggtaatgc ctatatccag
     1201 acattgggcg acatgcttta ctagtctgtt acccc
//
LOCUS       SEQF2638.1|AYYF01001400.1 2552 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2552
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             123..341
                     /locus_tag="SEQF2638.1_01396"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRSEDIFTLGLGLTPPWEISKVEFVQESDKSKTLHIYIDFWKGG
                     EFVNDAGQKQKAYDTEDKDVALPQLFPA"
     CDS             292..459
                     /locus_tag="SEQF2638.1_01397"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTRKTKTWRYLNFFQHEFYLHYRVPRIIMSNGKYKMMEVPWARP
                     KSGFTLLLRHI"
     CDS             775..1935
                     /locus_tag="SEQF2638.1_01398"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METENYETQYRHFMDQCYSWGDVYERELTDIGIDAFLLPTNVDP
                     LIRQWALENNIEGTLQDIVLLQLKEFTPDIIYIDDTSFFAPYRIGDLRKEIPRLKLII
                     GGCCSPYNTYTLQVYRQCDFVICCCKQLSEELRKMDIRTYVVMHGFDSSILSKINDNP
                     NRDIDVLFTGSIMSGRGFHRGRSELINAILRSGINIHVYGNITADKFLTTTLKQIAYF
                     FLLCIKKINTFSLPESISRRIGGKAFPQYLRIPYLIRKNAKPPVFGLEMLGLLKRSKI
                     CLNAHGDIAVDGAANMRLFEATGMGCCLVTDWKIDMCKLFDDGAEVITYQDAEDCINK
                     LKWLLDHPDRIRDIAEAGQRRCLRDYTILERSREIYEILKKELIQRFPEASF"
     CDS             2104..2355
                     /locus_tag="SEQF2638.1_01399"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGTKYNFKIPSKSFDKLYQRTSVVTIGKELFLRSGNQLTSCFIS
                     GILSLEGMDIFRMDRRCHRMFYCIYIYNDMFFLSFEKLL"
ORIGIN      
        1 cggttccatt attgtcatgt atagtttgat gggacgaagc taaacggaat cccggacctc
       61 gaaaagatta tgcgccagcc ctgatcccgt atcagaaaaa gaaaacggtt tagattagca
      121 gtatgagaag tgaagatata ttcacattag gcttaggcct tactcctcct tgggagatta
      181 gcaaagtgga gtttgtgcaa gaatcggaca agagcaagac gctccatatt tatatcgatt
      241 tctggaaagg cggagagttt gtcaatgacg ccggtcagaa gcaaaaggcc tatgacacgg
      301 aagacaaaga cgtggcgcta cctcaacttt ttccagcatg agttctatct ccattaccgt
      361 gtgccacgca ttataatgtc caatggcaaa tacaaaatga tggaagttcc gtgggcccgc
      421 cccaagagcg gattcacact gcttttgagg catatatgat gctcgtggag ggcgagatgg
      481 atgcctgtgg cagcggtgtc aaagacagtg aaggagacag ctccgcgtat ttggcgcatc
      541 ttccgccatc gcattggtga gtaaatcacg agcagcgatt gacctatttg cagttcgtcg
      601 gattggtgtg gacgaaacat caatccgtaa tggacacaaa tacatcacac aacatgagat
      661 tcatgggcat ttatactttt tgcagggaaa gactttttca caatgcttag atatatcaag
      721 atagcatcat tttacaagca ggctatagat gcgtactatc gaacatttcc agatatggag
      781 actgagaatt acgagactca atatcgacat tttatggatc aatgttactc atggggggat
      841 gtttacgaga gggagttaac agatatcggc attgatgcat ttttgcttcc gacaaatgta
      901 gatcctctaa taagacaatg ggcacttgaa aataatattg aggggacact tcaagatatt
      961 gttcttttgc agctaaaaga atttactccg gacattattt atatagatga tacctcgttt
     1021 tttgcacctt atcgtattgg cgatctgagg aaagagatcc caagactaaa attgattatt
     1081 ggtggatgtt gcagcccgta taatacctac actttgcagg tgtatcgcca atgcgatttt
     1141 gttatttgtt gctgcaagca actgtcagag gagttgagaa agatggatat tcgaacttat
     1201 gtggtgatgc atggatttga cagttcgata ttatcgaaaa ttaacgataa ccccaacagg
     1261 gatattgatg ttttatttac tggttcgata atgtcgggaa ggggttttca tcggggcaga
     1321 agtgagttaa ttaacgcaat attgcgatct gggattaata tccatgtgta tgggaatata
     1381 actgctgaca aatttcttac aacgacactc aagcagattg cttatttttt tttattatgt
     1441 attaaaaaaa taaacacatt cagcctgcct gagtctatta gcaggagaat tgggggaaag
     1501 gcgtttccac aatatcttcg aataccttat cttataagaa aaaacgcgaa gcctcctgta
     1561 tttggactgg aaatgcttgg acttttgaaa agatctaaga tatgtcttaa tgcccatggt
     1621 gatattgctg tagatggtgc agcaaatatg aggctgtttg aagctacagg catggggtgc
     1681 tgtttggtta cagactggaa gatagatatg tgtaaattgt ttgatgatgg ggctgaggta
     1741 attacatatc aggatgcaga agactgtatt aacaaattga agtggttatt agatcatccc
     1801 gatagaatta gagacattgc ggaggcgggt caaaggaggt gcctaagaga ttatacgatt
     1861 ttggaacgat ctagggaaat atatgagatt ctaaaaaaag agttgattca gcgatttcct
     1921 gaagccagtt tttaactgtc atttttttaa gaatgatgtg gcagaaagag agatctaacc
     1981 tggcttctgc agattcacgg tctcattcgt aatcgatggt cattctcctg tagttttcta
     2041 ccaagagaat gccctttcta cgattcatct gaggagaggt cccacaaact tactagcaga
     2101 ttcttgggga cgaagtacaa cttcaaaatc ccatccaagt cctttgacaa actctaccaa
     2161 cggacctcgg tagtcaccat cggtaaagag ctttttttaa ggtcgggaaa tcagcttaca
     2221 agttgtttta taagcggtat tttgtcttta gaaggcatgg atattttccg gatggatcgc
     2281 cgttgccata ggatgttcta ctgtatctac atctacaacg atatgttctt tctttccttt
     2341 gagaagctgt tatgaattta tttcggagat tatcgggaga atatttctga tgattttatt
     2401 tcaccatttg acgaacatgg gaagttatgt gaggattaat gatagaacaa agggcagaaa
     2461 taggcctcga tagacccgaa atagaaaaga gataagatct ccgcccgaat tgttccataa
     2521 aacaatcatc caataaattc aaaacagctt ct
//
LOCUS       SEQF2638.1|AYYF01001401.1 2424 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2424
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             123..341
                     /locus_tag="SEQF2638.1_01400"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRSEDIFTLGLGLTPPWEISKVEFVQESDKSKTLHIYIDFWKGG
                     EFVNDAGQKQKAYDTEDKDVALPQLFPA"
     CDS             292..459
                     /locus_tag="SEQF2638.1_01401"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTRKTKTWRYLNFFQHEFYLHYRVPRIIMSNGKYKMMEVPWARP
                     KSGFTLLLRHI"
     CDS             775..1935
                     /locus_tag="SEQF2638.1_01402"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METENYETQYRHFMDQCYSWGDVYERELTDIGIDAFLLPTNVDP
                     LIRQWALENNIEGTLQDIVLLQLKEFTPDIIYIDDTSFFAPYRIGDLRKEIPRLKLII
                     GGCCSPYNTYTLQVYRQCDFVICCCKQLSEELRKMDIRTYVVMHGFDSSILSKINDNP
                     NRDIDVLFTGSIMSGRGFHRGRSELINAILRSGINIHVYGNITADKFLTTTLKQIAYF
                     FLLCIKKINTFSLPESISRRIGGKAFPQYLRIPYLIRKNAKPPVFGLEMLGLLKRSKI
                     CLNAHGDIAVDGAANMRLFEATGMGCCLVTDWKIDMCKLFDDGAEVITYQDAEDCINK
                     LKWLLDHPDRIRDIAEAGQRRCLRDYTILERSREIYEILKKELIQRFPEASF"
     CDS             2104..2355
                     /locus_tag="SEQF2638.1_01403"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGTKYNFKIPSKSFDKLYQRTSVVTIGKELFLRSGNQLTSCFIS
                     GILSLEGMDIFRMDRRCHRMFYCIYIYNDMFFLSFEKLF"
ORIGIN      
        1 cggttccatt attgtcatgt atagtttgat gggacgaagc taaacggaat cccggacctc
       61 gaaaagatta tgcgccagcc ctgatcccgt atcagaaaaa gaaaacggtt tagattagca
      121 gtatgagaag tgaagatata ttcacattag gcttaggcct tactcctcct tgggagatta
      181 gcaaagtgga gtttgtgcaa gaatcggaca agagcaagac gctccatatt tatatcgatt
      241 tctggaaagg cggagagttt gtcaatgacg ccggtcagaa gcaaaaggcc tatgacacgg
      301 aagacaaaga cgtggcgcta cctcaacttt ttccagcatg agttctatct ccattaccgt
      361 gtgccacgca ttataatgtc caatggcaaa tacaaaatga tggaagttcc gtgggcccgc
      421 cccaagagcg gattcacact gcttttgagg catatatgat gctcgtggag ggcgagatgg
      481 atgcctgtgg cagcggtgtc aaagacagtg aaggagacag ctccgcgtat ttggcgcatc
      541 ttccgccatc gcattggtga gtaaatcacg agcagcgatt gacctatttg cagttcgtcg
      601 gattggtgtg gacgaaacat caatccgtaa tggacacaaa tacatcacac aacatgagat
      661 tcatgggcat ttatactttt tgcagggaaa gactttttca caatgcttag atatatcaag
      721 atagcatcat tttacaagca ggctatagat gcgtactatc gaacatttcc agatatggag
      781 actgagaatt acgagactca atatcgacat tttatggatc aatgttactc atggggggat
      841 gtttacgaga gggagttaac agatatcggc attgatgcat ttttgcttcc gacaaatgta
      901 gatcctctaa taagacaatg ggcacttgaa aataatattg aggggacact tcaagatatt
      961 gttcttttgc agctaaaaga atttactccg gacattattt atatagatga tacctcgttt
     1021 tttgcacctt atcgtattgg cgatctgagg aaagagatcc caagactaaa attgattatt
     1081 ggtggatgtt gcagcccgta taatacctac actttgcagg tgtatcgcca atgcgatttt
     1141 gttatttgtt gctgcaagca actgtcagag gagttgagaa agatggatat tcgaacttat
     1201 gtggtgatgc atggatttga cagttcgata ttatcgaaaa ttaacgataa ccccaacagg
     1261 gatattgatg ttttatttac tggttcgata atgtcgggaa ggggttttca tcggggcaga
     1321 agtgagttaa ttaacgcaat attgcgatct gggattaata tccatgtgta tgggaatata
     1381 actgctgaca aatttcttac aacgacactc aagcagattg cttatttttt tttattatgt
     1441 attaaaaaaa taaacacatt cagcctgcct gagtctatta gcaggagaat tgggggaaag
     1501 gcgtttccac aatatcttcg aataccttat cttataagaa aaaacgcgaa gcctcctgta
     1561 tttggactgg aaatgcttgg acttttgaaa agatctaaga tatgtcttaa tgcccatggt
     1621 gatattgctg tagatggtgc agcaaatatg aggctgtttg aagctacagg catggggtgc
     1681 tgtttggtta cagactggaa gatagatatg tgtaaattgt ttgatgatgg ggctgaggta
     1741 attacatatc aggatgcaga agactgtatt aacaaattga agtggttatt agatcatccc
     1801 gatagaatta gagacattgc ggaggcgggt caaaggaggt gcctaagaga ttatacgatt
     1861 ttggaacgat ctagggaaat atatgagatt ctaaaaaaag agttgattca gcgatttcct
     1921 gaagccagtt tttaactgtc atttttttaa gaatgatgtg gcagaaagag agatctaacc
     1981 tggcttctgc agattcacgg tctcattcgt aatcgatggt cattctcctg tagttttcta
     2041 ccaagagaat gccctttcta cgattcatct gaggagaggt cccacaaact tactagcaga
     2101 ttcttgggga cgaagtacaa cttcaaaatc ccatccaagt cctttgacaa actctaccaa
     2161 cggacctcgg tagtcaccat cggtaaagag ctttttttaa ggtcgggaaa tcagcttaca
     2221 agttgtttta taagcggtat tttgtcttta gaaggcatgg atattttccg gatggatcgc
     2281 cgttgccata ggatgttcta ctgtatctac atctacaacg atatgttctt tctttccttt
     2341 gagaagctgt tttgaattta ttggatgatt gttttatgga acaattcggg cggagatctt
     2401 atctcttttc tatttcgggt ctat
//
LOCUS       SEQF2638.1|AYYF01001402.1 1944 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1944
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             34..789
                     /locus_tag="SEQF2638.1_01404"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSISAVKIAFFVFFLFAGPVFYCNINMKLLQVVGRKLCRPVIWG
                     DISTRPISDDFGLSRGTPIDRYYIESFLQENSTDIRGTVLEIAESTYTKRFDHNVTSF
                     EVLHVDASNRKATIIGDLTQPKTLPESAVDCFICTQTLNFIFDVRRAVEGCFRLLKDG
                     GVFLGTVSGISQISRYDMNRWGDYWRFTDLSLKRLFAEYFGESNITIQTFGNVFAANA
                     FLQGIAFEDVEDKSLLDVNDPDYQVTLGIRAVR"
     CDS             786..1781
                     /locus_tag="SEQF2638.1_01405"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKPIKRVLQQLFDRYDYIRYKRRIVIGDADYHWCNIPVPVGYPK
                     QSQTHPSIRFFSEKWRGYSYWMATTPYPGERVEYENPCIYRSNDSIVFSPINQNPILK
                     HPGGAAYNSDPELFLFEDILYCIVRENENGRYLREIKLLNSIDGQIWSKPFTIYTSNE
                     EDRQLLSPSYVRRLDKHLIYFLNGDAGIGRNGKCTGIEIAEADDLNMLFRFSSNGCFL
                     NQEEVGIEPWHFDLFEYEHRLYMVLCARDRNKRTLRNPMYTYLAVSDDYINFSIYKNP
                     IVRYLKSYRPSAYVDDSGIFHLYFSIIGSFLKDHSDRNIARTSIPFDYLLNMISK"
ORIGIN      
        1 agcatctcta cttctatttc ttctggtaaa ataatgagca tatcagctgt aaagatagct
       61 ttttttgttt tttttctgtt cgcggggcct gttttttatt gtaatattaa tatgaaactc
      121 ttgcaagttg tcggtagaaa attatgtaga ccagttattt ggggagatat ttctacgaga
      181 ccgatttcag atgattttgg attgtctcgt ggaactccta ttgatcggta ttatatagag
      241 tcatttctgc aagaaaacag cacagatata agaggtactg tcctcgagat agcggagagc
      301 acctatacga aacgattcga tcataacgta acctcattcg aggtgttaca tgttgacgcg
      361 tcgaatcgta aggctactat tattggagat ttgactcagc ctaagactct tcccgagagt
      421 gctgtggatt gttttatttg cacacagacc ttgaatttta tatttgatgt aagacgagct
      481 gtggagggat gctttagatt gctgaaagat ggtggtgttt ttctgggtac agttagtgga
      541 atctctcaga tatctcggta tgatatgaat cgatggggag attattggcg atttacagat
      601 ctgtcattga agagactctt tgctgagtat tttggagagt cgaatataac cattcagaca
      661 tttggaaatg tttttgcagc aaatgcattt cttcaaggga tagcatttga ggatgtcgaa
      721 gataaatctc ttcttgatgt aaatgaccca gattatcagg taacactggg aatacgtgct
      781 gttcgatgaa gcctataaag cgagtacttc agcagctgtt tgatcgatac gattatatcc
      841 gatacaagag gcgtatcgta attggggatg cagattatca ctggtgcaac attcctgtac
      901 ctgttggtta tcccaagcag agccagacac acccatcaat acggttcttt tcggagaaat
      961 ggcggggtta ctcttattgg atggcgacaa ctccctaccc aggcgaacgg gtcgaatatg
     1021 aaaatccatg tatttatcga tcaaatgatt cgatagtttt ttctccaata aaccaaaatc
     1081 caatactaaa acatccaggt ggagctgcat ataattctga tccggaactt tttctttttg
     1141 aagacatatt atactgtatt gttcgagaaa atgagaatgg tcgttatttg cgagaaataa
     1201 agctattgaa ttctatcgat gggcagatat ggagtaagcc atttacgatt tatacgagca
     1261 atgaagagga ccgccaatta ttatcacctt cttatgtgag acgtctagat aaacacttga
     1321 tttatttttt gaatggagat gctggaatcg gtcgaaatgg gaaatgtacc ggtattgaaa
     1381 tcgcagaggc agatgatctg aatatgttgt ttcgcttctc ctctaatggg tgttttttga
     1441 accaagaaga ggtgggaatt gagccgtggc atttcgactt gtttgaatac gagcacaggt
     1501 tatatatggt attatgtgcc cgagatcgga ataagaggac cttgaggaat ccgatgtata
     1561 cctacctagc agtttctgat gattatatta atttttctat ttacaaaaat ccaattgttc
     1621 gctatttaaa atcataccgt ccatctgcat atgtagacga tagcggtatt tttcatttgt
     1681 atttctctat cattggcagc ttcttaaagg atcattcaga tcgtaacatt gcgaggacaa
     1741 gcattccatt tgattattta ttgaacatga tctctaaatg aacaatggac gagcaaattg
     1801 tttcgtaaaa ttaagctttg cgaagattgt ctattggggg gggggcagta cggtgagaga
     1861 tgaaatacaa agggcgggaa attgcaattg tggtttttta cattgtccca aagcttttga
     1921 acgacaagag tatattcttt tgga
//
LOCUS       SEQF2638.1|AYYF01001403.1 569 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..569
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 aggtgagcgt ttggggatct tcatttataa tgggtttaac cgaaaaaatc tttttgccgt
       61 atcacaagcg aatacagggg taaacatctc acgatacagc gaggttaaat gtgcagatat
      121 tatccacctt cattggatta atcagggatt tctttccttg agagacattc atcgattgat
      181 tgccatgggt aagcctattg tgtggacgaa acgacaccgc ctgtcacaaa aatgtacttc
      241 gtatttgcca caattattcc tttcatttta acggcgggca aagatagagg gatctaaaaa
      301 ctaagccagt aacgcaaaaa gtccccatac gcgcagcctg ccctccccgc ttgcgcttgc
      361 caaaaacttt ttcagcccat ttcccctcag gaaatcgcct gccacaaact ttttcggctc
      421 atttcctcag gaaatcgccc gccacaaact ttttcagctc atttccttga ggaatcggcc
      481 gccacaaaac tttttcagct catttcctca ggaaatcggc cgccacaaac tttttcggct
      541 catttcctca ggaaatcggc cgccacaaa
//
LOCUS       SEQF2638.1|AYYF01001404.1 2525 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2525
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             130..498
                     /locus_tag="SEQF2638.1_01406"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTFISLKMMNTSVVLHVIIGNTMNKSEDRFQVSVNKLSTLMAKN
                     HHKQIDLLKMDKEGSEYVVINDLIEENVPVTQICIEFHHCFKGIGLQKTMVDIESLNK
                     NGFDIVAISDSKEEYTFVYR"
     CDS             495..1757
                     /gene="mshA_2"
                     /locus_tag="SEQF2638.1_01407"
                     /EC_number="2.4.1.250"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01695"
                     /codon_start=1
                     /transl_table=11
                     /product="D-inositol-3-phosphate glycosyltransferase"
                     /translation="MRVLFLNTSETKGGAAIAAKRLMDTLRKDGIDVSMIVRDKATDD
                     PAIIKIGSSGLLNKVRFLGERLGIFIYNGFNRKNLFAVSQANTGVNISRYSEVKCADI
                     IHLHWINQGFLSLRDIHRLIAMGKPIVWTMHDMWPCTGICHHARDCVSFTSQCGTCFF
                     LQSKKADDLSTAVFKKKQQWIFSNENITMVGCSNWLAGKAKTSALTKKHRVISIPNPI
                     DTQQFRPSSDKKGCCRRLGLPEQRQLILFGAANVTDKRKGIYYLIDAINQLLTVEPRL
                     AEKMGIVVFGEAKAEFVSLVKIPVYPLGYVSDITQIVTLYNAIDVFVTSSLEENLPNT
                     IMEAMACGVPCVGFQVGGIPEMIDHKENGYVAAYKDAADLATGIDWVLNKADRKKLSF
                     NARKKVEENYSEAVVAKQYIELYRSLLK"
     CDS             complement(1669..2262)
                     /locus_tag="SEQF2638.1_01408"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTDTHPRSKAAPRQRLRRFQSTLGDKSPLAVGYVRLTVKNIWPT
                     VLFGHVGQLRHSLWRPKCVACVEKPDIVARRPLQALVHRVVQSTVRLRNGYAPHRLQA
                     TPRAFIGHFRLPTCDSLHRPVGRSPVNHEVLHLAIRLHPDALQRPLERLPSIICDCND
                     GEEEGHLDLISANYDIALCIVSQLLLHCSSPRPFCGH"
     CDS             complement(2262..2351)
                     /locus_tag="SEQF2638.1_01409"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHRMHQSKSAENRYCKSYVGATLRLTTNA"
ORIGIN      
        1 gagaactttc atggtggggt gtttgcttat aatccaatgt cgaggttaaa ggattttctt
       61 taaaagaaaa aaagctgtct ttattattac gcttttctta atgtcggtat ttctgatttt
      121 aatggaacga tgacttttat ttccctgaaa atgatgaata cgtcagttgt tctgcatgta
      181 atcattggga atacgatgaa caagagcgaa gaccgatttc aggtttctgt caataagttg
      241 tctacattga tggcgaagaa tcatcataag caaatcgact tgttgaaaat ggacaaagag
      301 ggaagtgaat atgtcgtgat taatgatttg atagaggaaa atgtgccggt cactcaaatt
      361 tgtatcgagt tccatcattg ttttaagggt atcggattac aaaagactat ggtcgatata
      421 gagagcctta ataagaatgg tttcgatatt gttgcgatct ctgattcaaa agaagaatat
      481 acgttcgttt atcgatgaga gtcctatttc ttaacacatc agagacgaaa ggtggagctg
      541 caattgctgc aaaacgtttg atggatactt tgcgaaaaga tggaatagat gtctcgatga
      601 tagtgagaga taaagcgact gatgatccgg cgatcattaa aataggatcc tctggattgt
      661 tgaataaagt acgtttttta ggtgagcgtt tggggatctt catttataat gggtttaacc
      721 gaaaaaatct ttttgccgta tcacaagcga atacaggggt aaacatctca cgatacagcg
      781 aggttaaatg tgcagatatt atccaccttc attggattaa tcagggattt ctttccttga
      841 gagacattca tcgattgatt gccatgggta agcctattgt gtggacgatg catgatatgt
      901 ggccttgtac aggcatttgc catcatgcta gagactgcgt gtcttttaca agtcaatgcg
      961 gtacctgctt tttcttacaa tcaaaaaaag cagatgattt atctactgcg gtgttcaaaa
     1021 aaaaacagca gtggattttc tctaatgaga atatcacaat ggtggggtgc agtaattggc
     1081 tggcaggaaa ggcaaaaaca agtgctttga ctaaaaaaca tcgtgttatc tcaattccaa
     1141 atccaattga tactcagcaa ttcagacctt cttcagataa gaagggatgc tgtagacgat
     1201 taggcctgcc ggagcagaga caattgatct tattcggagc tgcaaatgtc acggataaac
     1261 gaaagggaat ttattatctg attgatgcaa tcaatcaatt gctcactgtc gagccacgcc
     1321 ttgctgaaaa gatggggatt gttgtttttg gcgaggcgaa ggctgagttt gtcagtctag
     1381 tcaaaattcc tgtatatccg ctgggctatg tgtctgatat tactcagatc gtaaccttat
     1441 ataatgcgat tgatgttttt gtgacgtctt cgttggaaga gaatttgccg aatacaatta
     1501 tggaagctat ggcttgtgga gttccttgtg ttggtttcca ggtcggaggt ataccagaaa
     1561 tgatagacca taaggagaat ggttacgtcg ccgcatataa agatgcagcc gatcttgcga
     1621 ctgggattga ttgggtactg aataaggccg atcggaaaaa gctttcgttc aatgcccgca
     1681 aaaaggtcga ggagaactac agtgaagcag tagttgcgaa acaatacata gagctatatc
     1741 gtagtttgct gaaataagat ctagatgccc ctcctcttct ccatcattac agtcacatat
     1801 aatgctcgga aggcgctcga gcggacgttg cagagcgtcg gggtgcagac gtatggcgag
     1861 atggagtacc tcgtgattga cgggggatcg accgacggga cgatggagcg agtcgcaggt
     1921 tgggaggcgg aagtggccga tgaacgcacg cggcgtggcc tggagccgat gcggtgcgta
     1981 accgtttcgg agccggaccg tggactgtac gacgcgatga acaagggcct gcaacgggcg
     2041 acgggcgact atgtctggtt tctcaacgca ggcgacacat ttcggtcgcc agagactgtg
     2101 gcgcaattgg ccgacgtggc cgaacaaaac ggttggccag atattcttta cggtgagacg
     2161 gacgtaaccg acagcgaggg gcgatttatc gccgagcgtc gactgaaagc gcctgagacg
     2221 ctgacgtggc gcggctttcg aacggggatg cgtgtcagtc atcaggcgtt tgtcgtcaag
     2281 cggagcgtgg cgccgacgta cgatttgcaa taccggttct cggccgactt cgattggtgc
     2341 atccggtgca tgaaacaatc gcagcggatt gtcaactcac gaatgcggtt agtgaattat
     2401 gaagccgaag gaatgacgac gcgcaaccgt aaggcgtccc tggcggagcg ctaccgcatc
     2461 atgtgtcgct actacggggc gttgcccacg cagatgcgtc acctttggtt tgccacccga
     2521 ttcct
//
LOCUS       SEQF2638.1|AYYF01001405.1 461 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..461
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tccaaaagaa tatactcttg tcgttcaaaa gctttgggac aatgtaaaaa accacaattg
       61 caatttcccg ccctttgtat ttcatctctc accgtactgc cccccccccn atagacaatc
      121 ttcgcaaagc ttaattttac gaaacaattt gctcgtccat tgttcattta gagatcatgt
      181 tcaataaata atcaaatgga atgcttgtcc tcgcaatgtt acgatctgaa tgatccttta
      241 agaagctgcc aatgatagag aaatacaaag ggcgggaaat tgcaattgtg gttttttaca
      301 ttgtcccaaa gcttttgaac gacaagagta tattcttttg gagtcgggga gggcatttct
      361 tttgatgagg gtctaataga gaactttcat ggtggggtgt ttgcttataa tccaatgtcg
      421 aggttaaagg attttcttta aaagaaaaaa agctgtcttt a
//
LOCUS       SEQF2638.1|AYYF01001406.1 711 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..711
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(268..498)
                     /locus_tag="SEQF2638.1_01410"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEEVRKLQRNVIGRTDYARVTSILMLILDFSPDLVAQGLGIDVA
                     TVYRYKNLYVRGKTDSLLEDQGYWGRLETWAD"
ORIGIN      
        1 gtgttgtgag tcgagtgtcc gccatcagcg taatagtaga tatcgctctc tttcttagct
       61 ctaaagcgct cctttatcat ttgaacgaag tcctttgctc ctctgcatac gcctcacaag
      121 gaacctccgt agtcttcttg taagtaaagc cgatttggat tcaaaagatc caccatttcg
      181 gctggcgtat atgctattcc gaaggtatcc tttactcatt cgggcacgct cttggcatcg
      241 gtataaagat gtcgctccaa ctctaggcta atctgcccac gtctcaagac gtccccaata
      301 accctgatct tccaaaagac tgtccgtttt tcctcggacg taaagattct tgtaccgata
      361 gacggtagcg acgtctatgc ccaaaccttg ggcaaccaaa tcggggctaa agtccaagat
      421 aagcatcaat atgctcgtaa cccgagcata gtctgtacga ccgataacgt tacgctgaag
      481 tttgcgcact tcttccattt cttgttccgg tcatttgaat gaaatatccg ccataaagat
      541 atttctgttt ttacaatttc ggttcgcaat ccttttccat ttggctataa acagtaagga
      601 aggtgggggt gatggagcta agaagatcag aagctgtttt gaatttattg gatgattgtt
      661 ttatggaaca attcgggcgg agatcttatc tcttttctat ttcgggtcta t
//
LOCUS       SEQF2638.1|AYYF01001407.1 839 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..839
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(268..498)
                     /locus_tag="SEQF2638.1_01411"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEEVRKLQRNVIGRTDYARVTSILMLILDFSPDLVAQGLGIDVA
                     TVYRYKNLYVRGKTDSLLEDQGYWGRLETWAD"
ORIGIN      
        1 gtgttgtgag tcgagtgtcc gccatcagcg taatagtaga tatcgctctc tttcttagct
       61 ctaaagcgct cctttatcat ttgaacgaag tcctttgctc ctctgcatac gcctcacaag
      121 gaacctccgt agtcttcttg taagtaaagc cgatttggat tcaaaagatc caccatttcg
      181 gctggcgtat atgctattcc gaaggtatcc tttactcatt cgggcacgct cttggcatcg
      241 gtataaagat gtcgctccaa ctctaggcta atctgcccac gtctcaagac gtccccaata
      301 accctgatct tccaaaagac tgtccgtttt tcctcggacg taaagattct tgtaccgata
      361 gacggtagcg acgtctatgc ccaaaccttg ggcaaccaaa tcggggctaa agtccaagat
      421 aagcatcaat atgctcgtaa cccgagcata gtctgtacga ccgataacgt tacgctgaag
      481 tttgcgcact tcttccattt cttgttccgg tcatttgaat gaaatatccg ccataaagat
      541 atttctgttt ttacaatttc ggttcgcaat ccttttccat ttggctataa acagtaagga
      601 aggtgggggt gatggagcta agaagatcag aagctgttat gaatttattt cggagattat
      661 cgggagaata tttctgatga ttttatttca ccatttgacg aacatgggaa gttatgtgag
      721 gattaatgat agaacaaagg gcagaaatag gcctcgatag acccgaaata gaaaagagat
      781 aagatctccg cccgaattgt tccataaaac aatcatccaa taaattcaaa acagcttct
//
LOCUS       SEQF2638.1|AYYF01001408.1 339 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..339
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 agaagctgtt ttgaatttat tggatgattg ttttatggaa caattcgggc ggagatctta
       61 tctcttttct atttcgggtc tatcgaggcc tatttctgcc ctttgttcta tcattaatcc
      121 tcacataact tcccatgttc gtcaaatggt gaaataaaat catcagaaat attctcccga
      181 taatctccga aataaattca taacagcttc tgatcttctt agctccatca cccccacctt
      241 ccttactgtt tatagccaaa tgataaagga gcgctttaga gctaagaaag agagcgatat
      301 ctactattac gctgatggcg gacactcgac tcacaacac
//
LOCUS       SEQF2638.1|AYYF01001409.1 838 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..838
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             130..498
                     /locus_tag="SEQF2638.1_01412"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTFISLKMMNTSVVLHVIIGNTMNKSEDRFQVSVNKLSTLMAKN
                     HHKQIDLLKMDKEGSEYVVINDLIEENVPVTQICIEFHHCFKGIGLQKTMVDIESLNK
                     NGFDIVAISDSKEEYTFVYR"
ORIGIN      
        1 gagaactttc atggtggggt gtttgcttat aatccaatgt cgaggttaaa ggattttctt
       61 taaaagaaaa aaagctgtct ttattattac gcttttctta atgtcggtat ttctgatttt
      121 aatggaacga tgacttttat ttccctgaaa atgatgaata cgtcagttgt tctgcatgta
      181 atcattggga atacgatgaa caagagcgaa gaccgatttc aggtttctgt caataagttg
      241 tctacattga tggcgaagaa tcatcataag caaatcgact tgttgaaaat ggacaaagag
      301 ggaagtgaat atgtcgtgat taatgatttg atagaggaaa atgtgccggt cactcaaatt
      361 tgtatcgagt tccatcattg ttttaagggt atcggattac aaaagactat ggtcgatata
      421 gagagcctta ataagaatgg tttcgatatt gttgcgatct ctgattcaaa agaagaatat
      481 acgttcgttt atcgatgaga gtcctatttc ttaacacatc agagacgaaa ggtggagctg
      541 caattgctgc aaaacgtttg atggatactt tgcgaaaaga tggaatagat gtctcgatga
      601 tagtgagaga taaagcgact gatgatccgg cgatcattaa aataggatcc tctggattgt
      661 tgaataaagt acgtttttta ggtgagcgtt tggggatctt catttataat gggtttaacc
      721 gaaaaaatct ttttgccgta tcacaagcga atacaggggt aacagactag taaagcatgt
      781 cgcccaatgt ctggatatag gcattaccac cggtctattg acctaagcct ccctagac
//
LOCUS       SEQF2638.1|AYYF01001410.1 3724 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3724
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             304..1920
                     /gene="pyrG"
                     /locus_tag="SEQF2638.1_01413"
                     /EC_number="6.3.4.2"
                     /inference="ab initio prediction:Prodigal:002006"
                     /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
                     IGVQYHPEYTSTVLSPNPLFMGFIKAAINK"
     CDS             2035..3681
                     /gene="yidC"
                     /locus_tag="SEQF2638.1_01414"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01810"
                     /codon_start=1
                     /transl_table=11
                     /product="Membrane protein insertase YidC"
                     /translation="MSMDKNTVIGFILIGVVLVLFVWFNRPSEEQIKAQQRYNDSVAR
                     VEQTALAQIDQAKATAALAPTTAADTVGLPDSVREERLRGTYGAFARAAVGTEEFVTL
                     ENDKVEVRISTKGGRLCYARLKEYTTYDKQPLVLFDGADESALNLTMITANQRVINTA
                     DLYFTPIKGADGRSVTMRLEAGDGAHMDFTYSLAPDDYMLRYTILAAGMNGILAPSTR
                     SLDLTWTQHARQLEHGRKYENQYTALYYKYVADDVDKLSETKDADKQISNRLKWIGYK
                     NKYFATVLIADDAFTASKLESRLTPDTDTAHLKTFTAMTSVDFDPSRPDTIGFNYFIG
                     PNKYKLLGAYDKGRDKADRLSLDELVPLGYKWVRPINRYFIVPIFDYLGRFLTNYGVI
                     ILILTLIVKLVLFPLTYKSYMSTAKMRVLRPQVEAINARYPKQEQAMDRQKATMELYS
                     RAGASPMSGCLPMLLQMPILIALYWLFPTAIELRQQSFLWAKDLSTFDAVISWDANIP
                     LISSFMGNHISLFCLLMTIVNVVYSKINMNMSNTGLVYSG"
ORIGIN      
        1 tttgtggcgg ccgatttcct gaggaaatga gccgaaaaag tttgtggcgg ccgatttcct
       61 gaggaaatga gctgaaaaag ttttgtggcg gccgattcct caaggaaatg agctgaaaaa
      121 gtttgtggcg ggcgatttcc tgaggaaatg agccgaaaaa gtttgtggca ggcgatttcc
      181 tgaggggaaa tgggctgaaa aagtttttgg caagcgcaag cggggagggc aggctgcgcg
      241 tatggggact ttttgcgtta ctggcttagt ttttagatcc ctctatcttt gcccgccgtt
      301 aaaatgaaag gaataattgt ggcaaatacg aagtacattt ttgtgacagg cggtgtcgtt
      361 tcgtcccttg gtaagggcat cgtctcggcg tcgctgggca agctgctgca ggcgcgtggc
      421 taccgggtga cgatccaaaa gttcgaccct tatatcaacg tagatccggg gacgctcaac
      481 ccctatgaac acggcgagtg cttcgtcacc gtcgatgggc acgagacgga cctcgacctc
      541 gggcactatg agcgcttcct caacctcccc accacccgcg ccaacagcat caccacgggc
      601 cgcatctacc agagcgtcat cgacaaggag cgtcgcggag actacctggg caagacggtg
      661 caggtgatcc cccatatcac ggacgagatc aagcgcaacg tcaagctgct cggcgccaag
      721 aaccagtttg acttcgtcat caccgagatc ggtggtacgg tgggcgacat cgagtcgctg
      781 ccctttatcg aaagcgtccg ccagctgcgt tgggagctgg gacgcgactg cctctgcgtg
      841 cacctgacct acgtgccttt catcgccgcc gcgaaggagt acaagacgaa gcccacgcaa
      901 cactccgtca agcagctcca agagctgggc gtgcagcccg atatgctcgt cttgcgtacg
      961 gagcacgagc tcaatgccga gatcctgcgt aaggtggccc tcttctgcaa cgtgtcgaag
     1021 gaggccgtca tccagtccgt cgacgtgccc accatctacg aggtgcccct catgctgcaa
     1081 cgtcaacgga tggactccat tgcgctggag aagctcggcc tcgaagtcgg ccccacgccg
     1141 gagctgaacc cgtggaagga cttcctcgac cggaagaagc gcgccaccga cgtggtccgt
     1201 atcgggctcg tgggcaagta cgtcgaactg caagacgcct acaaatcgat cgacgaatcg
     1261 ctgctcatcg cttccatata taacgaccgc aagctcgacc tgcggctcat ccattcggag
     1321 aagatcaacg acgcgaatgc ggccgaactg ttggccgatc tcgacggcgt cgtcatcgct
     1381 ccgggcttcg gacaacgggg cgtggagggc aaatttgccg ccctccgtta cctccgtgag
     1441 cacgacatcc ccacgctcgg catctgtctg ggtatgcagt gtatggtcat cgaatttgcc
     1501 cgcgatgtgc tcggccttga gggagccaac tccaccgaga tggatccgca gacgccttat
     1561 cccgtgatcg acctcatgga ggatcagaaa aacgtcgtca acatgggcgg taccatgcgc
     1621 ctcggcacgt acgactgcac cctgcgcccc ggctcacaca tctgtgcggc ctatggcaag
     1681 gagcacatcc aggagcgcca ccgccaccgc ttcgagttca acaacgaata caaggaccgc
     1741 ttcgaggctg ccggtatgca gtgcgtgggc gagaaccccg acacgggcct cgttgaggcc
     1801 gtcgaagtga gtggtctgcg ctggttcatc ggcgtgcagt atcacccgga atataccagc
     1861 accgtgctca gtcctaaccc gctgttcatg ggattcatca aagccgcgat caataaatag
     1921 agggtagaga taagagggta gagggtagcc tcttcttcta actactacta actaccgcgg
     1981 cgcagccgca taactaccgg aggcgtagcc tccataacta ctcgaataaa gaatatgtca
     2041 atggataaga atacagtgat cggtttcata ctgatcgggg tggtgctggt gcttttcgtc
     2101 tggttcaacc gcccgagtga ggaacagatc aaggcgcaac agcgttacaa cgactcggtg
     2161 gcccgagtgg aacagaccgc cttggctcag atagaccaag cgaaggccac ggccgctctc
     2221 gctccgacaa cggccgcgga taccgtcggc ctgcccgact ccgtgcgtga ggagcgcttg
     2281 cgcggcacat acggggcctt cgcacgtgcg gctgtcggta cggaggagtt tgtcaccctc
     2341 gagaacgaca aagtggaggt gcgcatcagc accaagggtg gccgtctctg ctacgcccga
     2401 ctgaaggaat acaccaccta cgacaagcag ccgctcgtgc tcttcgacgg cgcggacgag
     2461 tcggctctca acctgacgat gatcacggcc aatcagcgcg tcatcaacac ggccgacctc
     2521 tactttacgc cgatcaaggg cgccgacggt cgctcagtca ccatgcgtct cgaggcaggc
     2581 gacggtgcgc acatggactt cacctactcg ctcgctccgg acgattacat gctgcgctac
     2641 acgatcctcg cggccggcat gaatggcatc ctcgctccct ctacccgctc gctcgacctg
     2701 acttggacgc agcacgcgcg ccagctggag cacggtcgga agtacgagaa ccagtacacg
     2761 gccctttact ataaatacgt ggccgacgat gtggacaagc tgagcgagac gaaggatgca
     2821 gacaagcaga tctccaaccg cctgaagtgg atcggctaca agaacaagta cttcgccacg
     2881 gtgctcattg ccgacgacgc cttcacggcg tccaaactcg agtcgcgctt gacgcccgac
     2941 acagacacgg cgcatctgaa gaccttcaca gccatgacga gcgtcgactt cgacccgtct
     3001 cgccccgaca ccatcggctt caactatttc atcggcccga acaagtacaa actcctcggc
     3061 gcctacgata agggccgcga caaggccgac cgcctctcgc tcgacgagct cgtgccgctg
     3121 ggctacaaat gggtgcgccc catcaaccgc tacttcatcg tgcccatctt cgactacctc
     3181 ggccgcttcc tcaccaatta cggcgtgatc atcctcatcc ttacgctcat cgtcaagctg
     3241 gtgctcttcc cgctgacgta caagtcgtac atgtccacgg ccaagatgcg tgtgttgcgc
     3301 ccgcaggtgg aggcgatcaa cgcccgctac ccgaagcagg agcaggcgat ggaccgtcag
     3361 aaggccacca tggagctgta cagtcgtgcc ggggccagcc ccatgagtgg ctgtctgccg
     3421 atgctgctcc agatgcctat cctgatcgcg ctctactggc tcttcccgac ggccatcgag
     3481 ctgcgtcagc agtcgttcct ctgggccaaa gacctctcga cgttcgacgc cgtcatctcg
     3541 tgggacgcca acatcccgct catcagctct ttcatgggta accacatcag cctcttctgt
     3601 ctgctgatga cgatcgtcaa cgtggtctac tccaagatca acatgaacat gagcaacacg
     3661 gggctggtat attccgggtg atactgcacg ccgatgaacc agcgcagacc actcacttcg
     3721 acgg
//
LOCUS       SEQF2638.1|AYYF01001411.1 1113 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1113
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(71..328)
                     /locus_tag="SEQF2638.1_01415"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKPIKRVLQQLFDRYDYIRYKRRIVIGDADYHWCNIPVPVGYPK
                     QSQTHPSIRFFSEKWRGYSYWMATTPYPGEQKKNKKSYLYS"
     CDS             complement(325..1080)
                     /locus_tag="SEQF2638.1_01416"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSISAVKIAFFVFFLFAGPVFYCNINMKLLQVVGRKLCRPVIWG
                     DISTRPISDDFGLSRGTPIDRYYIESFLQENSTDIRGTVLEIAESTYTKRFDHNVTSF
                     EVLHVDASNRKATIIGDLTQPKTLPESAVDCFICTQTLNFIFDVRRAVEGCFRLLKDG
                     GVFLGTVSGISQISRYDMNRWGDYWRFTDLSLKRLFAEYFGESNITIQTFGNVFAANA
                     FLQGIAFEDVEDKSLLDVNDPDYQVTLGIRAVR"
ORIGIN      
        1 gtctattgat gtcgtatcgc atttatacag catctctact tctatttctt ctggtaaaat
       61 aatgagcata tcagctgtaa agatagcttt ttttgttttt tttctgttcg cctgggtagg
      121 gagttgtcgc catccaataa gagtaacccc gccatttctc cgaaaagaac cgtattgatg
      181 ggtgtgtctg gctctgcttg ggataaccaa caggtacagg aatgttgcac cagtgataat
      241 ctgcatcccc aattacgata cgcctcttgt atcggatata atcgtatcga tcaaacagct
      301 gctgaagtac tcgctttata ggcttcatcg aacagcacgt attcccagtg ttacctgata
      361 atctgggtca tttacatcaa gaagagattt atcttcgaca tcctcaaatg ctatcccttg
      421 aagaaatgca tttgctgcaa aaacatttcc aaatgtctga atggttatat tcgactctcc
      481 aaaatactca gcaaagagtc tcttcaatga cagatctgta aatcgccaat aatctcccca
      541 tcgattcata tcataccgag atatctgaga gattccacta actgtaccca gaaaaacacc
      601 accatctttc agcaatctaa agcatccctc cacagctcgt cttacatcaa atataaaatt
      661 caaggtctgt gtgcaaataa aacaatccac agcactctcg ggaagagtct taggctgagt
      721 caaatctcca ataatagtag ccttacgatt cgacgcgtca acatgtaaca cctcgaatga
      781 ggttacgtta tgatcgaatc gtttcgtata ggtgctctcc gctatctcga ggacagtacc
      841 tcttatatct gtgctgtttt cttgcagaaa tgactctata taataccgat caataggagt
      901 tccacgagac aatccaaaat catctgaaat cggtctcgta gaaatatctc cccaaataac
      961 tggtctacat aattttctac cgacaacttg caagagtttc atattaatat tacaataaaa
     1021 aacaggcccc gcgaacagaa aaaaaacaaa aaaagctatc tttacagctg atatgctcat
     1081 tattttacca gaagaaatag aagtagagat gct
//
LOCUS       SEQF2638.1|AYYF01001412.1 2846 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2846
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(751..930)
                     /locus_tag="SEQF2638.1_01417"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSERDVARHEVEPSGLACLDLFEAFGANGLPRVVGRKESQDAPR
                     HEVFFKRDDLRLFAR"
     CDS             complement(1981..2340)
                     /locus_tag="SEQF2638.1_01418"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIKDVSLDVSSPLTSFQEQHLGARGIHLQEVGICLEIEMSPTPD
                     EIIVQPIQLLTLLRIRQVIVRLIIVEPMVTLADLDVCLEARDARKRQIHRVERRAEIE
                     VREVADLPTLHDDGAVA"
     CDS             complement(2428..2829)
                     /locus_tag="SEQF2638.1_01419"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPDGLILLIAGEDILIHFGQVGHANVCTEQIGGEAGVDLSRDPT
                     FTKVEVQVGKGDGRRDSRTECRETLLCHLVPRVIEQPRVDPFGLLDHIARDELIRDLV
                     GVCERIEEDAPLELGEDVALLHVGQQGGHVG"
ORIGIN      
        1 cgaggcatcg aattcatttt caaggactcc ctatcgaaca aagagcgcct gaaatcgtct
       61 gccaaagagg ctccagccgt tcgacagatc aaaaacaaac cacagaaacg ggggatcggc
      121 aggtaaatca ttccctattt atagcggata ttaactgcta accttgcgac ttaatatcct
      181 gtcgcatgaa gttaatcagc aagcttgcaa cttaatatcc tgtcgcatga aattaaatgc
      241 aaatcttgcg aattaatatc ctgcggcatg aagttaacta ttaaccttac cggttaataa
      301 tccaatcctt attttcccct taaaaccatg acctaccaca aaaaagaggc tttgcaggcg
      361 aatcttgagg ccgtccgcac cctgctggcc ttagaaaaca cgcgccgcgc gccgtcggaa
      421 gccgaatcgg cgacgctgcg gcggtacaac ggcttcggcg gcctcaagtg catcctcctt
      481 ccggccgagg cgccggccga catcgaccgc tggccgcgcg ctgagcgtga gctgtttccg
      541 ctcgtccgcg aactgcgcga aatcatcgac cgcggcgctg cggggagcga cgccgcgcgc
      601 ctttggagca gcctcaaaag cagcgtcctc acgtcgtttt acaccgacga acgcatcgtc
      661 ggcgccatcg ccgcggggct tgggatgagc ggtttacctc tccaccgcat gctcgatccg
      721 tcggctggga tgggtgtctt ttcccgcacg ctagcgggcg aacaaacgga ggtcgtctcg
      781 tttgaaaaag acctcgtgac ggggcgcatc ttgcgactcc ttgcggccga caacccgcgg
      841 caaaccgttc gcaccgaagg cttcgaagag atcgaggcac gcgaggccgg acggttcgac
      901 ctcgtggcga gcaacatccc gttcggacat tatgtcatct atgatcgggc gtacagaagg
      961 gccaatgacg tggtgagaaa ggaggccacg cgtgccatcc acaattactt tttcgtcaag
     1021 gggcttgact gccttcgcga gggcggattg ctggccttca tcacttcccg cggcgtggct
     1081 gacagcccga cgagcgcctc catccgcgcg tatctgatcg aaaacagccg gctcgtctcc
     1141 gcgctccgtc tgcctgacgg catgttctca gaaaacgctg gaacagaggt cggtagcgat
     1201 cttcttatcc ttcaaaagga aaccgggaag ggggtgcaaa atgagtggga gcagctcttt
     1261 acgcaaagcg tttccatcga atcgggcgga gagtcattca cggaaaacgc cctgttcgct
     1321 gaaggcaatc acgccgttgc cacggcctat cgcatcggta cggatgctta cggaaagccg
     1381 gcaccgatct acacccatga gggcggcatc gagggtatcg cccgcgactt ggaaacacgg
     1441 atctccgccg atatggcagc ccgttttgat cagaaaatct accagagcgg gctgtcggaa
     1501 gcggtcgaat cggaagccgc cactctcgct cccgagggcg tacccgtcct caccctacac
     1561 cggcaatatg aggcgcccgt gccaaccaac tcgcagcccg atatggagcc accgcgtgag
     1621 atgaacggac agaccgtcta tttcgatgag gagcaccatc cggtgacgga tcgtgagcga
     1681 caggctgaag tcgaggcgag tctgtttgcc cccgaagcgt acgcagattg gcagcaggac
     1741 gtggcccggg tcaaccggga gatcacagaa aagccccaac ggcgaggtcg gtcggccgca
     1801 gggtcgacgc cccgtcgcac ggcgcgcaaa accgggaaag ccaccccgtc agacaagcac
     1861 cagctgtcgt ttctcgacct gctgagcgag tccgaagcgc ccccgtctgc acccgtccct
     1921 gaagtccgac gaacgttcga cgttagcccg cgccctttcc tttcacagcc cgactctcat
     1981 ctacgcgacg gctccatcgt cgtgcaaggt gggcagatcg gctacctctc taacctcaat
     2041 ctcagcccga cgttccaccc gatggatctg ccgctttcgc gcatcacgcg cctcaaggca
     2101 tacgtcgaga tccgcgagag ttaccatcgg ctctacgatt atgaggcgaa caatcacttg
     2161 gcggatccgg aggagcgtga gaagctgaat cggctgtacg atgatttcgt ccggcgttgg
     2221 ggacatctca atctcaaggc aaatgccgac ctcctgaaga tggatgccac gggcgccgag
     2281 atgctgttct tggaacgaag tgagggggga cgatacatca aggctgacat ctttgatcac
     2341 ccgacggcct tcgccttgac tgagtctgtc gcggccgacc cgtcagaggc gctctgcgca
     2401 tcgctcaaca agttcggcac ggtggagcta ccctacatga cctccctgct gcccgacatg
     2461 gaggagagcg acatcctcgc cgagctcgag gggcgcatct tcttcaatcc gctcgcagac
     2521 gcctacgaga tcgcggatca gttcatctcg ggcaatgtga tcgagaaggc cgaacggatc
     2581 gacgcgtggc tgctcgatca cccggggcac gagatggcaa agcaaagtct cgcggcactc
     2641 cgtgcggcta tcccgacgcc catccccttt gccgacttgg acttcaacct tggtgaacgt
     2701 tggatcccgg ctaaggtcta cgcccgcttc gcctccgatc tgttcggtac agacgttggc
     2761 gtgtcctacc tgcccgaaat ggatgagtat atcctctcct gcgatcagaa gaatcaagcc
     2821 atctggcata cttacgccgt gcaagg
//
LOCUS       SEQF2638.1|AYYF01001413.1 284 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..284
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 taatggtcgg ttagatagat gtttctatct gactcatact ttctaattaa tttctctatc
       61 gcagtcattg ttttttgctt ttttgcaatc atccactaac tattttacca gttacccact
      121 aagtgtattg tagttaccca ccaactcaac tatcgttttt ctctgataca acttccgcaa
      181 atatcctacg tgcttgattc caaaaagcaa aaaacaatga ctgcgataga gaaattaatt
      241 agaaagtatg agtcagatag aaacatctat ctaaccgacc atta
//
LOCUS       SEQF2638.1|AYYF01001414.1 269 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..269
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ttcgacaaca ctcgcttgtg ttgtttcggg ttcaaaagta ctccgaaaac gaacgatcac
       61 caaatccctt gattctacaa tagatacaga cacccttggc tacattttca gtgcaccgtg
      121 caagccccta tatatataag gggacttgca ccgtgcactg attgtccctg aaggtagtgt
      181 ggcaccacaa aacatgaact aaaaatggcg gatggtattc taataccaac attggcaatt
      241 agatattcta atgatagacc tctctcgtc
//
LOCUS       SEQF2638.1|AYYF01001415.1 275 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..275
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggcccctaat tagaagcccg aaaaaagcgg agaaagaggc ttatgaacct tctccgtaac
       61 gtcctatgcc ataactgata cagctcagat gaagttcagc tgctttctga tcatgaatga
      121 tcattcccct ttgtttcaat agttcgatct gatctcgaat ggagcgtgac gctttgtttg
      181 ccatactatt ataaaaaatg acccgctggc agatcttacg ggatgccaag caggtactgt
      241 tatcattgaa gcgcacattt ttcgtgtgcg gcgca
//
LOCUS       SEQF2638.1|AYYF01001416.1 237 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..237
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ggcccctaat tagaagcccg aaaaaagcgg agaaagaggc ttatgaacct tctccgtaac
       61 gtcctatgcc ataactgata cagctcagat gaagttcagc tgctttctga tcatgaatga
      121 tcattcccct ttgtttcaat agttcgatct gatctcgaat ggagcgtgac gctttgtttg
      181 ccatactatt ataaaaaaat gacccgctgg cagatcttac gggatgccaa gcaggta
//
LOCUS       SEQF2638.1|AYYF01001417.1 731 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..731
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(275..577)
                     /locus_tag="SEQF2638.1_01420"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSYVEEPFDKWQKLLDSLARMEGKLDRLLVLREQTIDTTVRPPL
                     RPEYLDIIDVSKLLKVEQKTVYNWVSAGKIPYLKANGRLLFLREEIDEMLRKQTTE"
     CDS             complement(565..678)
                     /locus_tag="SEQF2638.1_01421"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEIKDRTAKRYIAYMREQGILSQDTAGYYQKGERCRT"
ORIGIN      
        1 ccgaatggag cgtgacgctt tgtttgccat actattataa aaaaatgacc cgctggcaga
       61 tcttacggga tgccaagcag gtactgttat cattgaagcg cacatttttc gtgtgcggcg
      121 cattcatttt cgttgcaaaa ataagtcttt tttttccgtc gtaaagaact agttctgaac
      181 agaggtgttt tagcccttga tccgatatcg gcagaatgag aaaactaaga tttagacaac
      241 gtgattgccg aaatcttgcc ttgcggtgag gccgtcattc cgtcgtctgt ttgcgcaaca
      301 tctcatcgat ctcctcccgt aagaatagca gtcggccgtt ggctttgagg taaggaatct
      361 tccctgctga cacccaattg tagaccgtct tctgctccac tttcaggagt ttggaaacgt
      421 cgatgatgtc caagtattcg ggcctcagcg gtgggcggac agtagtgtct atcgtctgtt
      481 cgcgcaatac caacaggcgg tcgagcttcc cctccatccg cgccaaactg tcaagcagct
      541 tttgccactt gtcaaaaggc tcttctacgt acgacatcgt tccccctttt gatagtagcc
      601 cgcggtgtcc tgcgagagga taccctgctc cctcatgtag gcgatgtatc gcttggccgt
      661 gcgatccttg atttccatct cctgaatcag cagttcgctg aggtttttgt aggacagttt
      721 ggcggtatgc a
//
LOCUS       SEQF2638.1|AYYF01001418.1 2459 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2459
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             15..794
                     /locus_tag="SEQF2638.1_01422"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MESERKGFLKERDTAAAKLEEIKGSVVFHSDKIREARADRAHFE
                     SQLQRDADSVPVNKLSVKGVPDGADVKTIAARLQEISEKARTEGEYNKIGEIYGFPVM
                     VKTESTAKDLFDCSVNRFFVQGRSGILYTYNNGRLAADPKLACQNFLNALERIPKVIE
                     THERELAKVKEQIPVFEAAASGVWRKEDELRTLKRNAAELDRKIALSLAPPTPPEKEE
                     QAADKNVVEKENGARLPQADRVEHDAASRVVIGKVKWRRTT"
     CDS             complement(830..1075)
                     /locus_tag="SEQF2638.1_01423"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVKRPMEIKKPKGTWLSRPLPEAGQKKPYFIITAMLYLCNAIHT
                     GETYKQKILALIKKNPEIPIFRLGFLDHWEDEPIWCK"
     CDS             complement(1139..1855)
                     /locus_tag="SEQF2638.1_01424"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG6422"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNAPHTKNVRFNDNSTCLASRKICQRVIFYNSMANKASRSIRDQ
                     IELLKQREMIIHDQKAAALHLSCISYYRLKGYWWEMQCDKDRHLFAEGACFEAVIAHY
                     LFDKELRLILFDAIESIEIALRAKMIYHLSQSYGGLFYADSSLFVDESLYRQHLRDLK
                     EEFMRSGEVFAKEYKRKYGIWERGCCVALAEQPDAWIVFEVATFGTLSKMYKNLRHQL
                     SEKSRIANDFGLNRHNELSS"
     CDS             complement(2003..2305)
                     /locus_tag="SEQF2638.1_01425"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSYVEEPFDKWQKLLDSLARMEGKLDRLLVLREQTIDTTVRPPL
                     RPEYLDIIDVSKLLKVEQKTVYNWVSAGKIPYLKANGRLLFLREEIDEMLRKQTTE"
     CDS             complement(2293..2406)
                     /locus_tag="SEQF2638.1_01426"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEIKDRTAKRYIAYMREQGILSQDTAGYYQKGERCRT"
ORIGIN      
        1 agaagatcgt cactttggaa tcggagcgaa agggcttcct taaagagcgc gataccgccg
       61 cagccaagct cgaggagatc aagggctctg tcgttttcca ttcagacaag atccgggaag
      121 cgcgggcgga tcgagcacat tttgagagcc agctacagcg tgacgccgac agtgtgccgg
      181 tcaataagct gtcggtaaaa ggagtgccgg acggtgcgga cgtcaagacg atcgctgcgc
      241 gcttgcagga gatctctgag aaagcgcgca ccgaaggtga gtacaacaag atcggtgaga
      301 tctacggttt cccggtcatg gtgaagacgg agagcacagc gaaggatctt ttcgattgtt
      361 ctgtcaaccg ctttttcgtg caaggccgca gcggcattct ctatacctat aataatggtc
      421 gtctggccgc agatccgaag ctcgcctgcc aaaacttcct gaacgctttg gagcggatcc
      481 cgaaagtcat cgagacgcac gagagggagt tggccaaggt gaaggagcag attccagtct
      541 ttgaggcagc cgcctcaggt gtctggcgga aagaggacga gctacgtacg ctgaagagga
      601 acgcggcgga gctggatcgg aagatcgcgc tctcacttgc accaccgacg ccgccggaaa
      661 aagaggagca ggcagcggac aagaacgtgg ttgaaaaaga aaacggtgcc cgtcttcctc
      721 aagcggatag ggtggagcac gacgcggcga gtcgtgtggt gatcgggaag gtgaagtgga
      781 ggcgaactac atgagagagg agtgtaagcc ctctctcacg acttttagat cacttgcacc
      841 aaatcggttc gtcttcccaa tgatcaagaa agccgagtct gaagatcgga atctccggat
      901 ttttctttat cagagcaagt attttctgtt tataagtctc cccggtgtga atcgcattac
      961 acagatagag catggcggta atgatgaaat agggcttctt ctgacccgct tctggcaggg
     1021 ggcgactcag ccatgttcct ttcggttttt tgatttccat cggacgtttg accatgttgc
     1081 ggctccacac tcgggagtga tgtgctacga tattccggag gtaagaaatt gcttccaact
     1141 aacttgacaa ttcgttatgc cgattgaggc cgaaatcatt ggctatgcgt gacttctctg
     1201 acaactgatg tctaagattc ttgtacatct tggaaagcgt cccgaacgta gccacttcaa
     1261 aaacgatcca cgcgtcgggc tgttcggcca aagcaacgca gcacccacgc tcccatatgc
     1321 catatttccg cttgtattcc ttggcgaaga cttcaccgct gcgcataaac tcctccttga
     1381 gatcacgtag atgttgcctg taaagcgatt cgtctacaaa aagcgaactg tccgcataaa
     1441 ataaaccacc ataagattgg gagagatgat aaatcatctt tgctcgcaat gcgatttcaa
     1501 ttgattcgat ggcgtcgaac aagatcaatc gcaactcctt gtcaaaaagg taatgagcaa
     1561 tgaccgcttc gaaacacgct ccctcggcaa agagatgacg gtctttgtca cactgcattt
     1621 cccaccaata acccttcaga cggtaataac tgatgcagct cagatgaagt gcagctgctt
     1681 tctgatcatg aatgatcatt tccctttgtt tcaatagttc gatctgatcc cgaatggagc
     1741 gtgacgcttt gtttgccata ctattataaa aaatgacccg ctggcagatc ttacgggatg
     1801 ccaagcaggt actgttatca ttgaagcgca catttttcgt gtgcggcgca ttcattttcg
     1861 ttgcaaaaat aagtcttttt tttccgtcgt aaagaactag ttctgaacag aggtgtttta
     1921 gcccttgatc cgatatcggc agaatgagaa aactaagatt tagacaacgt gattgccgaa
     1981 atcttgcctt gcggtgaggc cgtcattccg tcgtctgttt gcgcaacatc tcatcgatct
     2041 cctcccgtaa gaatagcagt cggccgttgg ctttgaggta aggaatcttc cctgctgaca
     2101 cccaattgta gaccgtcttc tgctccactt tcaggagttt ggaaacgtcg atgatgtcca
     2161 agtattcggg cctcagcggt gggcggacag tagtgtctat cgtctgttcg cgcaatacca
     2221 acaggcggtc gagcttcccc tccatccgcg ccaaactgtc aagcagcttt tgccacttgt
     2281 caaaaggctc ttctacgtac gacatcgttc ccccttttga tagtagcccg cggtgtcctg
     2341 cgagaggata ccctgctccc tcatgtaggc gatgtatcgc ttggccgtgc gatccttgat
     2401 ttccatctcc tgaatcagca gttcgctgag gtttttgtag gacagtttgg cggtatgca
//
LOCUS       SEQF2638.1|AYYF01001419.1 1812 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1812
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             15..794
                     /locus_tag="SEQF2638.1_01427"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MESERKGFLKERDTAAAKLEEIKGSVVFHSDKIREARADRAHFE
                     SQLQRDADSVPVNKLSVKGVPDGADVKTIAARLQEISEKARTEGEYNKIGEIYGFPVM
                     VKTESTAKDLFDCSVNRFFVQGRSGILYTYNNGRLAADPKLACQNFLNALERIPKVIE
                     THERELAKVKEQIPVFEAAASGVWRKEDELRTLKRNAAELDRKIALSLAPPTPPEKEE
                     QAADKNVVEKENGARLPQADRVEHDAASRVVIGKVKWRRTT"
     CDS             complement(830..1075)
                     /locus_tag="SEQF2638.1_01428"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVKRPMEIKKPKGTWLSRPLPEAGQKKPYFIITAMLYLCNAIHT
                     GETYKQKILALIKKNPEIPIFRLGFLDHWEDEPIWCK"
     CDS             complement(1139..1699)
                     /locus_tag="SEQF2638.1_01429"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG6422"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIIHDQKAAALHLSCISYYRLKGYWWEMQCDKDRHLFAEGACFE
                     AVIAHYLFDKELRLILFDAIESIEIALRAKMIYHLSQSYGGLFYADSSLFVDESLYRQ
                     HLRDLKEEFMRSGEVFAKEYKRKYGIWERGCCVALAEQPDAWIVFEVATFGTLSKMYK
                     NLRHQLSEKSRIANDFGLNRHNELSS"
ORIGIN      
        1 agaagatcgt cactttggaa tcggagcgaa agggcttcct taaagagcgc gataccgccg
       61 cagccaagct cgaggagatc aagggctctg tcgttttcca ttcagacaag atccgggaag
      121 cgcgggcgga tcgagcacat tttgagagcc agctacagcg tgacgccgac agtgtgccgg
      181 tcaataagct gtcggtaaaa ggagtgccgg acggtgcgga cgtcaagacg atcgctgcgc
      241 gcttgcagga gatctctgag aaagcgcgca ccgaaggtga gtacaacaag atcggtgaga
      301 tctacggttt cccggtcatg gtgaagacgg agagcacagc gaaggatctt ttcgattgtt
      361 ctgtcaaccg ctttttcgtg caaggccgca gcggcattct ctatacctat aataatggtc
      421 gtctggccgc agatccgaag ctcgcctgcc aaaacttcct gaacgctttg gagcggatcc
      481 cgaaagtcat cgagacgcac gagagggagt tggccaaggt gaaggagcag attccagtct
      541 ttgaggcagc cgcctcaggt gtctggcgga aagaggacga gctacgtacg ctgaagagga
      601 acgcggcgga gctggatcgg aagatcgcgc tctcacttgc accaccgacg ccgccggaaa
      661 aagaggagca ggcagcggac aagaacgtgg ttgaaaaaga aaacggtgcc cgtcttcctc
      721 aagcggatag ggtggagcac gacgcggcga gtcgtgtggt gatcgggaag gtgaagtgga
      781 ggcgaactac atgagagagg agtgtaagcc ctctctcacg acttttagat cacttgcacc
      841 aaatcggttc gtcttcccaa tgatcaagaa agccgagtct gaagatcgga atctccggat
      901 ttttctttat cagagcaagt attttctgtt tataagtctc cccggtgtga atcgcattac
      961 acagatagag catggcggta atgatgaaat agggcttctt ctgacccgct tctggcaggg
     1021 ggcgactcag ccatgttcct ttcggttttt tgatttccat cggacgtttg accatgttgc
     1081 ggctccacac tcgggagtga tgtgctacga tattccggag gtaagaaatt gcttccaact
     1141 aacttgacaa ttcgttatgc cgattgaggc cgaaatcatt ggctatgcgt gacttctctg
     1201 acaactgatg tctaagattc ttgtacatct tggaaagcgt cccgaacgta gccacttcaa
     1261 aaacgatcca cgcgtcgggc tgttcggcca aagcaacgca gcacccacgc tcccatatgc
     1321 catatttccg cttgtattcc ttggcgaaga cttcaccgct gcgcataaac tcctccttga
     1381 gatcacgtag atgttgcctg taaagcgatt cgtctacaaa aagcgaactg tccgcataaa
     1441 ataaaccacc ataagattgg gagagatgat aaatcatctt tgctcgcaat gcgatttcaa
     1501 ttgattcgat ggcgtcgaac aagatcaatc gcaactcctt gtcaaaaagg taatgagcaa
     1561 tgaccgcttc gaaacacgct ccctcggcaa agagatgacg gtctttgtca cactgcattt
     1621 cccaccaata acccttcaga cggtaataac tgatgcagct cagatgaagt gcagctgctt
     1681 tctgatcatg aatgatcatt tccctttgtt tcaatagttc gatctgatcc cgaatggagc
     1741 gtgacgcttt gtttgccata ctattataaa aaaatgaccc gctggcagat cttacgggat
     1801 gccaagcagg ta
//
LOCUS       SEQF2638.1|AYYF01001420.1 956 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..956
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(274..579)
                     /locus_tag="SEQF2638.1_01430"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSYVEEPFDKWQKQLLDSLARMEGKLDRLLVLREQTIDTTVHPP
                     LKPEYLDIIDISKLLKVEQKTIYNWVSSGKIPYLKANGRLLFRRKEIDEMLRKQTAE"
     CDS             complement(567..899)
                     /locus_tag="SEQF2638.1_01431"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKALKVRDGSPLDVPIMLFGWDKQQDMHVYRGEKSKEDKERRKA
                     DELIAVVKEIFLHTSKLSYKNLSELLIQEMEIKDRTAKRYIAYMREQGILSQDTAGNY
                     QKGERCRT"
ORIGIN      
        1 cgtgacgctt tgtttgccat actattataa aaaaatgacc cgctggcaga tcttacggga
       61 tgccaagcag gtactgttat cattgaagcg cacatttttc gtgcgcgacg tattcatttt
      121 cgttgcaaaa ataagtcttt ttcttttcgt cgtaaagaac tggttccgaa cagaggggtg
      181 ttagcccttg atccaatatc ggcagaatga gaaaactaag atctcggcag cgtcgctggc
      241 ggattgccga aatcttgacc tgcggtgggg ctgtcattct gctgtttgtt tgcgcaacat
      301 ctcatcgatc tccttccgtc gaaacagcag ccgaccgttg gccttgagat agggaatctt
      361 ccctgacgac acccaattgt agatcgtttt ctgctccacc ttcaggagtt tggagatgtc
      421 gatgatgtcc aggtattcgg gcttcagcgg tgggtggact gtcgtatcaa tcgtctgttc
      481 gcgcaatacc aacaggcggt cgagcttccc ctccatccgc gccagactgt caagcagctg
      541 cttttgccac ttgtcaaaag gctcttctac gtacgacatc gctctccctt ttgatagtta
      601 cccgcggtgt cctgcgacag gatgccctgc tccctcatgt aagcgatgta tcgcttggct
      661 gtgcgatcct tgatctccat ctcctgaatg agtagttcgc tcaggttttt gtaggacagt
      721 ttggaggtat gcaagaagat ttctttgacc acggcgatca attcgtcagc ctttcgtcgc
      781 tccttgtcct ctttcgattt ctcaccgcgg tagacgtgca tgtcctgctg cttgtcccaa
      841 ccaaagagca tgatcgggac gtcgagcgga ctgccgtcgc gtaccttcag ggccttcacg
      901 accgagtatt cgggatcgtc atccttctcg atagacagga tgccggcggc tttgcg
//
LOCUS       SEQF2638.1|AYYF01001421.1 680 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..680
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(250..486)
                     /locus_tag="SEQF2638.1_01432"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG0677"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEPNDRAEIVQALKLLNHHTASDRQTYIHHIGEHALARAVKLND
                     LTHNMDMKRLPSPTEKDYQRLARYRQEYEYLAQR"
ORIGIN      
        1 cagttatggc ataggacgtt acggagaagg ttcataagcc tctttctccg cttttttcgg
       61 gcttctaatt aggggcccca ttatggggtc ggcaattcat gcatgaatga gatcgtcgta
      121 aaatcttggg cttacggcgg tctctttttt tgtgcctatc atcgaacgaa aatgatttgc
      181 ggcggtattt ccgcttggct atggcttgtc ttagaagaac gctaagccat gcgaagtgga
      241 gggggcggtt tatcgctgag cgagatattc gtattcctgc cgataccgag ctaaacgctg
      301 gtaatccttt tccgtggggg acggcagacg cttcatatcc atattgtgcg ttaagtcatt
      361 cagcttgacg gcgcgcgcca gtgcatgctc gccgatgtga tggatatagg tctggcggtc
      421 actggccgta tgatgattga gcagcttcag tgcttgcacg atctctgccc tatcgtttgg
      481 ctccatcgct gtttgagctt cttcttccaa caatttcaag acttgctcga cggtgtgcgg
      541 ggtatcctcg cttgcatcgt ggagatagcc gaccacctgc tcttgccagg tacgccctaa
      601 tgaggcccct aattagaagc ccgaaaaaag cggagaaaga ggcttatgaa ccttctccgt
      661 aacgtcctat gccataactg
//
LOCUS       SEQF2638.1|AYYF01001422.1 4437 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4437
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(250..720)
                     /locus_tag="SEQF2638.1_01433"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG0677"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGTQSNWVEAAARVARRLHDGQKDKAGMDYFEGHLRFVASLGRT
                     WQEQVVGYLHDASEDTPHTVEQVLKLLEEEAQTAMEPNDRAEIVQALKLLNHHTASDR
                     QTYIHHIGEHALARAVKLNDLTHNMDMKRLPSPTEKDYQRLARYRQEYEYLAQR"
     CDS             971..1279
                     /locus_tag="SEQF2638.1_01434"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNLNDLFSGSTTQSIIKTIVEKTGLNESQASGALQAALPMILDV
                     VSKHAGSGEGLSGLVSGVVSNLGGKGQGVVDKITGMIDKNKDGNIMDDLAGMLGGKKK
                     "
     CDS             1292..3136
                     /locus_tag="SEQF2638.1_01435"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPYRKLMQCEIDALVASGCEAEDWQRVEVADVGFAPTRLRHVRF
                     SGQISLGSAVELRNATIRDCMVGDGVRIDGVRSALAGYEIGRGARLTDIGTMTYRAGT
                     TAGNGVRVAAVNENGGRAVPLFDGLTAQTAHLMVFHRHRTETLRRTFDRIDAYAATIA
                     AAPRGYVGEGATVEGCGRIVDVRIGDRATVCGATLLQNGTILSQPEAPTEVGVGVMAR
                     DFILAPGARVVDGAFIERCFVGEACVVEQGFTAIDCLLFANGMFAKGEAVSVFAAPHT
                     VSHHKSSLSIACSLSFANMGSGSNMSNHAYKLGAVHQSVAERGTKFGSNSYVQAPAHF
                     GAYSMITGEHRNHPDTHALPFSYLMDEGGQSMLIPAVNLFRTGTLRDAMKWPNRDHRT
                     ADSPRDLIRYDFLNPYLIDRILAAVSLLTRLKEEKPEAKYYTFGNCSIHRHSLQKGIT
                     YYREALDIFVGDYLIRGGTIDDSEGPGRGPWIDLSGLVMPRETLEEIVRDDLFGADAA
                     FRQAHTRYEEYLGRYVTDRYDLSDADKRHEHLKRYVSTLDTVRHRLSKEAALEYFGVS
                     QISYGADCPESDRQADFQQVRGEIATDPFLAPLLSEMEHKAEQARAML"
     CDS             complement(3126..3593)
                     /locus_tag="SEQF2638.1_01436"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHKSQKASGYMVSSMRPEAFCYPLNSSAGGLRSFFHGAPNGCPP
                     SGRNFHGAPTCCWPSGRNFHGAPNGCPPSGRNFHGALICCQPSGRNFHGVRTCCRPSG
                     RNFHGVRTCFYPSGRNFHGALTRCYLSGRNFHGVRTCCQPSGRNFPARQTLRA"
     CDS             complement(3598..4425)
                     /gene="nupG"
                     /locus_tag="SEQF2638.1_01437"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0AFF4"
                     /codon_start=1
                     /transl_table=11
                     /product="Nucleoside permease NupG"
                     /translation="MWAVDLTGFQTSAMQFVICGALGILLALYAFTLPNIPVSRGMER
                     KSFVEALGLNAFRLFRKRQMAVFFIFSMMLGVSLQITNGFANPFIASFESVAEYADTF
                     GVQHANILISLSQVSETLCILLIPFFLRRYGIKTVVLIAMVAWILRFALFGIGNPGGG
                     VWLLVLSMIVYGVAFDFFNISGSLFVDRETDPSIRSSAQALFFLMTSGVGATVGTLGA
                     QVVVNAFCQWTDVETAGGVKTLLVGDWATVWYLFAGYSLLVTVFFAILFPYKHRREG"
ORIGIN      
        1 cagttatggc ataggacgtt acggagaagg ttcataagcc tctttctccg cttttttcgg
       61 gcttctaatt aggggcccca ttatggggtc ggcaattcat gcatgaatga gatcgtcgta
      121 aaatcttggg cttacggcgg tctctttttt tgtgcctatc atcgaacgaa aatgatttgc
      181 ggcggtattt ccgcttggct atggcttgtc ttagaagaac gctaagccat gcgaagtgga
      241 gggggcggtt tatcgctgag cgagatattc gtattcctgc cgataccgag ctaaacgctg
      301 gtaatccttt tccgtggggg acggcagacg cttcatatcc atattgtgcg ttaagtcatt
      361 cagcttgacg gcgcgcgcca gtgcatgctc gccgatgtga tggatatagg tctggcggtc
      421 actggccgta tgatgattga gcagcttcag tgcttgcacg atctctgccc tatcgtttgg
      481 ctccatcgct gtttgagctt cttcttccaa caatttcaag acttgctcga cggtgtgcgg
      541 ggtatcctcg cttgcatcgt ggagatagcc gaccacctgc tcttgccagg tacgccctaa
      601 tgaggccaca aaacgcagat gaccctcgaa atagtccatc ccagccttgt ctttctgccc
      661 atcatgcagt cgtcgagcca ctcgcgcggc agcttcaacc cagttgcttt gagttcccat
      721 acctattctc ttcttactgt ttatgcaccc aaagctacgc ccaagaagcg acacgattta
      781 ggtcgcgcct cactttctcc accgttaagt ttctctctca cctatatcta caggtcaggc
      841 gggagctctc cggagctgcc taaatgtcat ggagaatggt taacaatcgc ggcagcgacg
      901 acgcattcag aaagtcaccc gtacttttgg ccgacatttt ttttattcac tcataaaaac
      961 ctatacgaca atgaacttga atgatttatt cagcggatcg accacgcagt cgatcatcaa
     1021 aacgattgta gagaagacgg gattgaacga gtcgcaggcc tcgggcgcgc tccaggcggc
     1081 actgccgatg atcctcgacg tagtgtctaa acatgccggc agcggcgagg gcctcagcgg
     1141 actggttagc ggcgtcgtga gcaacctcgg cggcaagggc caaggtgttg tcgacaagat
     1201 caccggcatg atcgacaaga acaaggacgg caacatcatg gacgacctgg ctggcatgct
     1261 gggcggaaag aagaagtaaa gcctccggcc catgccgtac agaaaactga tgcaatgcga
     1321 gatcgacgcg ctcgtggcca gtggctgcga ggccgaggat tggcagcgcg tggaggtagc
     1381 cgatgtgggg ttcgccccca cacggttgcg ccacgtacgc ttctcggggc agatcagcct
     1441 gggtagcgct gtcgagctcc ggaacgcgac gattcgcgac tgcatggtgg gcgacggcgt
     1501 acgcattgac ggcgtacgct ccgccctagc cggctatgag ataggccgtg gcgcccgact
     1561 cactgacatc ggcacgatga cctatcgcgc gggcacgacg gccggtaacg gggtgcgcgt
     1621 ggctgcggtc aatgagaacg gtggccgtgc tgtccccctc ttcgacggac ttacggccca
     1681 gacggcccac ctcatggtct tccatcgaca ccgcacggag acactccgcc gcacgttcga
     1741 ccgcatcgac gcctatgccg ccaccatcgc cgccgcgcca cgcggatatg tgggcgaggg
     1801 agctacggtg gaagggtgcg gacgcatcgt ggatgtgcgc atcggcgacc gggctacggt
     1861 ctgcggcgcc acgttgttgc agaacgggac tatactgagc cagcccgagg caccgacaga
     1921 ggtaggcgtc ggcgtcatgg ctcgcgactt tattctggct cccggtgcac gcgtcgtgga
     1981 cggcgcgttc atcgaacgat gcttcgtcgg tgaggcatgc gtcgtggagc agggcttcac
     2041 ggccatcgac tgcctactgt ttgccaatgg gatgttcgcc aagggcgagg cggtctcagt
     2101 cttcgctgcc ccgcacaccg tttcgcacca caaatcgagc ctctcgatcg cctgcagcct
     2161 ctcgttcgcc aacatgggca gcgggtcaaa catgagcaac catgcctaca agctcggcgc
     2221 tgtccaccag tctgtggccg agcgcggaac gaaattcggc agcaactcct acgtgcaagc
     2281 cccggcccac ttcggcgcct attcgatgat caccggcgag caccgcaacc acccggacac
     2341 gcacgcgctt cctttctcct acctcatgga cgagggtggg cagtcgatgc tcatcccggc
     2401 cgtcaacctc ttccgcacgg gcaccctccg cgacgccatg aagtggccca accgcgacca
     2461 ccgcaccgcc gacagtccgc gcgacctgat ccgttacgac ttcctcaacc cctacctcat
     2521 cgaccgcatc ctggcggccg tcagcctcct cacgcgactg aaagaggaaa agcccgaggc
     2581 caagtattac accttcggca actgctccat ccatcgccac tcgttgcaga agggcatcac
     2641 ctactatcgt gaggcgctcg acatcttcgt aggcgattac ctcatccgcg gcggcaccat
     2701 cgacgactcc gaggggccgg gccgcggccc gtggatcgac ctgtcggggt tagttatgcc
     2761 ccgtgaaacg cttgaggaga ttgtccgcga cgacctcttc ggggccgacg ccgcgtttcg
     2821 tcaggcacat acgcgatatg aggaatacct cgggcgctac gtcacggacc gttacgacct
     2881 ctccgacgca gataagcgcc acgagcatct gaagcgctac gtctcgacgc tcgacaccgt
     2941 ccgccatcgc ctctctaagg aggccgcctt ggagtacttc ggcgtgtcgc aaatcagcta
     3001 cggcgccgac tgccccgaga gcgatcggca ggccgatttc cagcaggtgc gcggagagat
     3061 cgccaccgac cccttcctgg cccccctcct cagcgagatg gaacataagg cggagcaggc
     3121 gcgagctatg ctctgagcgt ttgacgcgct gggaagtttc ttccagaggg ctgacagcag
     3181 gtgcgaaccc cgtggaagtt tctgccagag aggtaacagc gggtgagagc accgtggaag
     3241 tttctgccag aggggtaaaa gcaggtgcga acaccgtgga agtttcttcc agagggccga
     3301 cagcaggtgc gaacaccgtg gaagtttctt ccagagggct gacagcagat gagagccccg
     3361 tggaagtttc tgccagaggg cgggcagccg ttgggagcac cgtggaagtt tctgccagag
     3421 ggccaacagc aggtgggagc accgtggaag tttctgccag agggcgggca gccgttggga
     3481 gcaccgtgga agaaacttct aagcccacca gcagacgagt taagaggata acaaaaagcc
     3541 tccggacgca tggacgacac catgtatccg gaggctttct gcgatttatg catccgatca
     3601 gccctcgcgc cgatgtttat aagggaagag gatggcgaag aagacggtca cgaggagcga
     3661 ataacccgcg aagaggtacc acaccgtagc ccagtcgccc accaagagcg tcttgacacc
     3721 gccggccgtc tccacgtctg tccattggca gaaggcgttc accacgacct gtgcaccgag
     3781 tgtgcccacc gtagcgccga cgccgctggt catcaggaaa aagagagcct gcgcactgga
     3841 gcgaatcgag gggtccgtct cccgatcgac gaagagcgag ccagagatat tgaagaagtc
     3901 aaaagccaca ccgtagacaa tcatcgacag cacgagcagc cagacgcccc caccgggatt
     3961 gccgatgccg aagagggcaa agcgcaggat ccaagccacc atcgcaatca gcacgaccgt
     4021 cttaatgccg taacgcctta ggaagaaggg gatgagcagg atgcagagcg tctcggaaac
     4081 ctgcgagagg gagatgagga tgttggcgtg ctgcacgccg aaggtgtcgg catattcggc
     4141 caccgactcg aaggaggcga tgaaggggtt ggcaaagccg ttcgtgatct gcaacgagac
     4201 gcctaacatc atcgagaaga tgaagaagac agccatctga cgcttgcgga agagtcggaa
     4261 ggcgttcagc ccaagggcct cgacgaacga cttgcgttcc atgcctctac ttacgggtat
     4321 gttgggcagg gtgaaggcat agagggccag cagaatgccc agcgcaccgc agatgacaaa
     4381 ctgcatggcg gaggtttgga agcctgtcag atcgacggcc cacatggagc agatgaa
//
LOCUS       SEQF2638.1|AYYF01001423.1 868 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..868
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(198..386)
                     /locus_tag="SEQF2638.1_01438"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSRMQSVSETCEREMRMLACCTPKVSAYSATDSKEAMKGLAKPF
                     VICNETPNIIEKMKKTAI"
ORIGIN      
        1 ttcatctgct ccatgtgggc cgtcgatctg acaggcttcc aaacctccgc catgcagttt
       61 gtcatctgcg gtgcgctggg cattctgctg gccctctatg ccttcaccct gcccaacata
      121 cccgtaagta gaggcatgga acgcaagtcg ttcgtcgagg cccttgggct gaacgccttc
      181 cgactcttcc gcaagcgtca gatggctgtc ttcttcatct tctcgatgat gttaggcgtc
      241 tcgttgcaga tcacgaacgg ctttgccaac cccttcatcg cctccttcga gtcggtggcc
      301 gaatatgccg acaccttcgg cgtgcagcac gccaacatcc tcatctccct ctcgcaggtt
      361 tccgagacgc tctgcatcct gctcatcccc ttcttcctaa ggcgttacgg cattaagacg
      421 gtcgtgctga ttgcgatggt ggcttggatc ctgcgctttg ccctcttcgg catcggcaat
      481 cccggtgggg gcgtctggct gctcgtgctg tcgatgattg tctacggtgt ggcttttgac
      541 ttcttcaata tctctggctc gctcttcgtc gatcgggaga cggacccctc gattcgctcc
      601 agtgcgcagg ctctcttttt cctgatgacc agcggcgtcg gcgctacggt gggcacactc
      661 ggtgcacagg tcgtggtgaa cgccttctgc caatggacag acgtggagac ggccggcggt
      721 gtcaagacgc tcttggtggg cgactgggct acggtgtggt acctcttcgc gggttattcg
      781 ctcctcgtga cgctttgttt gccatactat tataaaaaaa tgacccgctg gcagatctta
      841 cgggatgcca agcaggtact gttatcat
//
LOCUS       SEQF2638.1|AYYF01001424.1 568 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..568
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tccattaagt gaagaagttg cggattcttt gaatgcttaa ggatctttcc gagagcttct
       61 ggttgatcct ctaaatatcg agaaaaccaa tagctattta gcatcatttt ctcgacttgt
      121 tccatttgaa gagcatacaa taagggnata atatcctctt ttgcaattgt cgtatagacc
      181 ctgttctttt tatactcagt cttcaaacag tcaatcaccc cctttgggga atggaagatg
      241 actacatcct tgtcgaaagc actgacacat cggngntaag tgtcatgtgt cttttcattt
      301 tgcaggcttt tagaaaattg gaatactcca tatctgcaag atctgctctt tctttgagat
      361 tatcacactg ggcgcacatc atttcaaggg attctcctac gatgtatacg caccgttctt
      421 tttctgttat aattctcttg ttggtgtcca tgcatataat acaatcataa cggccgcaaa
      481 gttctgacga gagaggtcta tcattagaat atctaattgc caatgttggt attagaatac
      541 catccgccat ttttagttca tgttcttg
//
LOCUS       SEQF2638.1|AYYF01001425.1 568 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..568
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tccattaagt gaagaagttg cggattcttt gaatgcttaa ggatctttcc gagagcttct
       61 ggttgatcct ctaaatatcg agaaaaccaa tagctattta gcatcatttt ctcgacttgt
      121 tccatttgaa gagcatacaa taagggnata atatcctctt ttgcaattgt cgtatagacc
      181 ctgttctttt tatactcagt cttcaaacag tcaatcaccc cctttgggga atggaagatg
      241 actacatcct tgtcgaaagc actgacacat cggngntaag tgtcatgtgt cttttcattt
      301 tgcaggcttt tagaaaattg gaatactcca tatctgcaag atctgctctt tctttgagat
      361 tatcacactg ggcgcacatc atttcaaggg attctcctac gatgtatacg caccgttctt
      421 tttctgttat aattctcttg ttggtgtcca tgcatataat acaatcataa cggccgcaaa
      481 gttctgacga gagaggtcta tcattagaat atctaattgc caatgttggt attagaatac
      541 catccgccat ttttagttca tgttttgt
//
LOCUS       SEQF2638.1|AYYF01001426.1 54331 bp   DNA    linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..54331
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             780..1655
                     /locus_tag="SEQF2638.1_01439"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MITWMIITTHFAAMAQSDPSGIEEDGVWMDWRERMKLLNYTPRY
                     FGPNAFPFSELTDGRIGNRWELELRGEYHEAAGDRTADLFARLFIPIADGRAGVEMSG
                     VVGETYQMSRTTQLRRHAAERRPPEYCIGDFILRSFYQVVRSDRWLDLMLSANLKTAS
                     GNRLADARYTDAASYWFDATAGRNLFQLDGGRIALRLQGMLGFYCWMTNDPVYRQNDA
                     LLFGAGLSGRLYNVSFAADYSGFSGYKNTGDHPATYRYKLEYEYRKNILSLRFRYGVF
                     DNLYDSFSVGYIRCF"
     CDS             1707..1970
                     /locus_tag="SEQF2638.1_01440"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNQIRQWIDEGRITDAIELLNDYLATHPNSDEALYLRGRAHRKA
                     GRIREAINDYLASAAINPDGPAARAYRMEIEIMDFYDRNLYNP"
     CDS             complement(2034..2750)
                     /gene="mprA_1"
                     /locus_tag="SEQF2638.1_01441"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q7U0X4"
                     /codon_start=1
                     /transl_table=11
                     /product="Response regulator MprA"
                     /translation="MENQRNPSILLVEDEPALALIIKDTLEGEGFQVTHTSDGLHGLD
                     CFARCRPDLVVADIMMPGMDGFEMVRRMRRVDTTTPILFLTARSSLNDLVKGFGLGAN
                     DYLKKPFKMLELIVRIRALLGRPTPTERALPTDAEPPVLHFGRYTFQTAAQRLIDADG
                     VTQELSYMESELLRRLIIGRETVVEFRTLLLDLWHDDSPYNRNSLHVFIHKLRRRLSA
                     DPHIRILNIRSLGYKLVVEG"
     CDS             complement(2771..4183)
                     /gene="sasA_1"
                     /locus_tag="SEQF2638.1_01442"
                     /EC_number="2.7.-.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01837"
                     /codon_start=1
                     /transl_table=11
                     /product="Adaptive-response sensory-kinase SasA"
                     /translation="MDIRKFKRAVAAILLGITALFVFNLFYLKGLADALHDEAARVVM
                     ACIESADSKELQLRLQKRRADPSAKHSAILIEKKKDNDSIVTMRNASIGERHTTVVTV
                     VPAESPYIELEQLAREVRTSIHQQLDASYPVDLQTLDSLIDAELRVRGMALRVLRAEI
                     VDQKAGHVLQATSPGDMKRPTFRHVATYSFNPERHYAYRVFFPSLTGVIVRQMAGILF
                     STFLLMVLLALSFRFLIRTVMQQRTLEEMKDDLTNNMTHELKTPIAAAYSAVDALLNY
                     RQGEDPSKRAQYLQLCLDQLAHLSGLVEQILNMSLERRRDQDLHRESVPIRALLERLT
                     RLYSLRAGRPVRFRTEVAPDDLTFQADPEQLSQAIGNLIDNAIKYSPGEPEITLWAGC
                     EGAFYAVTVSDRGCGIPSASVGRIFDKFYRVPAGDRHDVKGYGLGLYHVRQIVERHGG
                     RITVLPRPRGGSIFKIEIPR"
     CDS             complement(4222..4818)
                     /locus_tag="SEQF2638.1_01443"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGVLFELDAYHRLTKSYLVLSAPVAAPGRPIFVGEMAVGRVANA
                     SENFLAFAGVPQVSQRTFWCLRNFRKCHEELFGVCGTSASASKNFLAFAELPQVLRRT
                     FWCLRNFRKCLEELFGVCGTSASVSKNFLAFAELPQVLRRTFWRLRESRKCLEELFGV
                     CGTSASVSKNFLVFAELPQAFPKALWPLRHAVRDMLYE"
     CDS             4860..7181
                     /locus_tag="SEQF2638.1_01444"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRTIFTLLTLLAALLITHGADAQMRLGGRVTDSDGRPVAQAAII
                     LQTADSSYVTSAITDSIGAFHIDATPNERDTYRLIVQHVAYETHEQTVHRDQADEIAV
                     RLTERAQAMPEIVVRGERPIARLSGGRIIYDLPRLIAGRVAANAYEALLLLPGVRDEG
                     DALTLAGAPSLAILIDGRKTSLSGEALRTVLRAIPARDIRSAEVMYSAPPQYHVRGAA
                     ILLVTRDATGKDGGWQGQINADYAQRHYANYTLGAALVRTAPRWMLRLNASSEASHTR
                     SGLDIDADHFYHNRHQAVTQQDRSTHRAQTHLIRMETDLQLSKQSRLGLVYTTRLVTG
                     RRSERIAAGSLGPSRSYTSNERPTQLHNALLDLSTGFGLHLGAEYTRYEERLQQHFAY
                     ENTLSHTSIDLTTRNAQKIDRLRVFVDQSHPLSKALKVNYGAEYLYATDHSAQRYTSD
                     NAAGPYLPDIDNRLTERTARLYLGTEFALTSHFSLSASLTGEDYRFANTHDRTLFPEF
                     SVTWALSPGQILQASLTSDKVYPAYWESHGGKTFLNAYAEVHGNPLLRPYRSYASRLS
                     YIISGKFIFTLYTTRMPGYSVQLPYQSPNSPALIYQSTNFDYKRTMGISFSAPIRPFP
                     NVNTRLTLNTFTDRVRHSHFHDLTFDRRRMILYARLDNTIHLGRSLTLELNASAITPS
                     MQGIADINGLWRIDTGLKWTIARGAADLQLKADDVFATWSPRLHTDYAKQQLRMYVVP
                     DTRAVTLTFIYRLRGYKPSKAPHLDTSRFGTSE"
     CDS             7178..7414
                     /locus_tag="SEQF2638.1_01445"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIPLHTTIRLFPNAKKDLPLTCHAGSGEVFSVLKSIRRSLYQGG
                     KRELHHIDIVPQSILRKRPLRSNLSSNPLVSLTS"
     CDS             complement(7342..7797)
                     /locus_tag="SEQF2638.1_01446"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNSKMKNQMKKMMFMACLVLFALTACADDDLPIRTNQLPRNAQQ
                     FLTQYFRGVEVSYAKQDDEGFDKSYEVVFVDGNKVEFRRDGEWKEVDCRYGRVPDAIV
                     PRAILDFVRQHYAGQYIRKIERDRHGYEVKLTSGLELKFDRNGRFRKID"
     CDS             8803..11004
                     /gene="hppA1"
                     /locus_tag="SEQF2638.1_01447"
                     /EC_number="7.2.3.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q2RIS7"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative K(+)-stimulated pyrophosphate-energized
                     sodium pump"
                     /db_xref="COG:COG3808"
                     /translation="METLFVMVPLAAVLALAFAYVFYSQMRKESEGTPTMQEIAEHVR
                     KGAMAYLKQQYKVVAIVFVILALFFAVLAYGFHVQNSWVPFAFLTGGFFSGLAGFIGM
                     KTATAASARTANAARNSLNSGLKIAFRSGAVMGLTVVGLGLLDISVWYLVLNAFVDAT
                     GPQKLVVITTTMLTFGMGASTQALFARVGGGIYTKAADVGADLVGKVEAGIPEDDPRN
                     PATIADNVGDNVGDVAGMGADLYESYCGSILATAALGASAFYNDGDVQAKAVFAPMLI
                     AAVGIILSIVGIYTVKTKEGAGMSQLLKSLGFGVNLSSALIAAASFGILYLLEIPNWA
                     GLSCSVIVGLVAGFIIGQSTEYYTSHSHKPTQTIAHSAESGPATVIISGLGMGMISTA
                     VPVITIAVAIILAFLFATGFDTANLLTAHNLSLGLYGIGIAAVGMLSTLGITLATDAY
                     GPIADNAGGNAEMSRLEPHVRQRTDVLDALGNTTAATGKGFAIGSAALTALALLASYI
                     EEVKIGLQHIGTTTIDIAGRTVDVAQATIPDFMAYYQVDLMNPKVLIGVFVGSMMAFL
                     FCGLTMNAVGRAAGKMVEEVRRQFREIKGILTGDATPDYARCVAISTQGAQREMLFPS
                     LLAIIVPVLVGIFFGVSGVLGLLVGGLGAGFVLAVFMANSGGAWDNAKKYIEEGNMGG
                     KGSEAHKATVVGDTVGDPFKDTSGPSLNILIKLMSMVSIVMAGLTVAFSIL"
     CDS             11735..12268
                     /gene="algU"
                     /locus_tag="SEQF2638.1_01448"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q06198"
                     /codon_start=1
                     /transl_table=11
                     /product="RNA polymerase sigma-H factor"
                     /db_xref="COG:COG1595"
                     /translation="MDEKQLIADCLKGEQTAWKALYDAYSGRMLGICLRYVADREVAR
                     DVLQDGFVKVFSSLDKFRGEGPLGAWIRKIFVNESLEYLRRTQTLRHDTVSLDSATFS
                     PSEEATALSQLSAEDLLSMVRELPPSLRTVFNLLAVEGYSHKEIATMLQIEESTSRAH
                     YMRARRWLQKRINGENM"
     CDS             12649..13557
                     /locus_tag="SEQF2638.1_01449"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTRLHAATPHEASLPPTDQPTDEPSVPDNAWLAETTISTADSLS
                     LYAAEIPTAEEIEEAIEQSSDRMAVAATRPARRWGFGMGGGGYTTGLQGGGGDFNATF
                     IRDDSRADLPPYDYGEGTADDALAYHRNETDRIDVKHARPLSFGLGVSYRLSDRWALQ
                     SGLTYTCLTSRWRTASIFDGHIRQRLHFVGIPVGVAYRIADWRRVRFYAAAGGAVEWN
                     VAGSLRTIHSYGTGRRSTEQSQRMKEWQWSTYARTGATYPLLPFLSLYAEVGASYYFD
                     NGSSIETIRSAKPFYLSLQTGLRLGL"
     CDS             13709..14509
                     /locus_tag="SEQF2638.1_01450"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKGMNKTMAWVAAALLLACTTSCLEGGSNSVESTTVGIIRRESK
                     EGKMVMDNPFPYGPFYSPTLSKLNEGACVLVHFTLDRDAAENSSTVVRSRGYSTVTIS
                     AQAEVEKYRIARFSDPGAPDTGKVLKDEVPIKNPANLVRGYVRGYLFVEHVLNQPSDQ
                     RNEWYLTYNPDAKAQTYLGKHTYDIYLRTTKRTAGTKTAVDMAVNSAYFIKSYFEEIA
                     RKEKSSGNNEAFYVRFNYVSGFQNGKPVWSRLERAMPVQISDILSNKG"
     CDS             14766..15473
                     /locus_tag="SEQF2638.1_01451"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRFLLTLWNDLLGLFYPRVCGACGAPLIDGEELLCLYCLFELP
                     RLSYHRYPDDENPLRHIFAGCSSVRQVIAYLHFQKESYVQHLIHEFKYHKNERLAIYI
                     GRLAAEDLQRDGYLTDVDLFVPVPLHPRKMRQRGYNQSERVARGMASVYHHPIDTTSL
                     IRHTYTKTQTRKSAYERRQNVKNVFTVAHPERLAGHHILLIDDVLTTGSTLLNCIDAL
                     RDVPDLLISIFVVSTVI"
     CDS             complement(15575..15808)
                     /locus_tag="SEQF2638.1_01452"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLDFELHVDVSLSNFRAIYVCEKLIIQQIFIGANFRWIYILQIN
                     PICSEFSQGFIVSEKTAANVEIFSNWRSAFYGL"
     CDS             15827..16225
                     /locus_tag="SEQF2638.1_01453"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTFHLEGTVILPCDRCLDHMKQPIETNNRLTVKLGKEYTEESDE
                     VLVVSEDEGGVNLAWFLYEFVALAVPMKHVHAPGECNRTMAAKLRKHAAYSPDDEDEA
                     DDETDESDSNAEDAPIDPRWDALKQLKDEE"
     CDS             16518..17600
                     /gene="fabH_1"
                     /locus_tag="SEQF2638.1_01454"
                     /EC_number="2.3.1.180"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:O67185"
                     /codon_start=1
                     /transl_table=11
                     /product="3-oxoacyl-[acyl-carrier-protein] synthase 3"
                     /db_xref="COG:COG0332"
                     /translation="MQCKQPRYTFLIEGCFIFFILHIKRTMDKINAVITGVGGFVPDD
                     VLTNDDLSKMVDTTDEWIMTRVGIKERRILKDPNLSSGYMGTQAVNDLVQKTGIDPMS
                     VEGIVCSTSTSDYHFPSTASIIAYESGCQNAYAFDIQAACAGFIFALETAANYIRSGR
                     YKRLIVVSSEKMSSMTDYTDRATCPLFGDAGAAVLLEATTEDYGVIDTLLRTDGSGKS
                     HLIMKAGGSLRMPSHETVDQRLHFVYQEGQAVFKRAVIDMADAAEEIVRRNGLTKDQI
                     DWIVPHQANLRIIDAAARRLGVNKDKVMINIRKFGNTSSTTIPLCLWEWEGKLRRGDN
                     LILAAFGAGWTWGATYLKWGYDGAKA"
     CDS             17581..18474
                     /gene="era_1"
                     /locus_tag="SEQF2638.1_01455"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P64085"
                     /codon_start=1
                     /transl_table=11
                     /product="GTPase Era"
                     /translation="MTERKHKSGFVNIIGNPNVGKSTLMNRLVGERISIITSKAQTTR
                     HRILGIVNTDDMQIVYSDTPGVLRPNYKLQETMRESSESALGDADILLYVTDMVEKTD
                     KNDDFLQQVRGIECPVLLLINKIDLTDQAGLTQAVEAWHTLLPAAEIIPISALSGFNV
                     EPVKRRIEALLPDSPPYFEKDALTDRPARFFVTEIIREKILLYYQKEIPYATEVVVEE
                     FIEGAEQIHIRALIIVERDTQKGIIIGHGGQALKKVGTTARRDMERFFEKKIFLELYV
                     KVEPDWRNRDNLLRRFGYKLD"
     CDS             18711..20024
                     /gene="der"
                     /locus_tag="SEQF2638.1_01456"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P50743"
                     /codon_start=1
                     /transl_table=11
                     /product="GTPase Der"
                     /db_xref="COG:COG1160"
                     /translation="MGNVVAIVGRPNVGKSTLFNRLIGSRQAIVNDEAGTTRDRQYGK
                     VEWAGREFSVIDTGGWVVQSDDVFEEEINKQVKIAVEEADVILFVVDVMNGATSLDDE
                     VAHILRCSGKPVILAVNKADTYDRHAAAAEFYSLGLGDPYCLSAVNGSGTGEVLDRVV
                     ELLPSAGEEAHDEELPRIAVVGRPNAGKSSLINAFIGEERHIVTDIAGTTRDSIYTRY
                     DKFGLNFYLVDTAGIRKKGKVNEDLEYYSVIRSIRAIENSDVCLLMLDATRGIESQDL
                     NIFSIIRKNKKGLIVCVNKWDLVEDKSTAAIKTYKRAIRERMAPFTDFPILFISALTK
                     QRIFKVLETAKAVYENRRRRVTTGRLNEIMLPIIEQTPPPAWKGKYIKIKYITQLPAG
                     SVPSFAFFCNLPQWVKEPYRRFLENQLREHWDFHGTPIQVFIREK"
     CDS             20072..20932
                     /locus_tag="SEQF2638.1_01457"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAEVPNASPPAGLFYVDSQNEPLFTHLHRGGLQKEPTKGTSRDG
                     GDQKEPTKGTSRDGKYQSEPTKGTSRDGKYQSEPTKGVLRSGKYQSEPTEGVPRSGKY
                     QSEPTEGVPRSGKYQSEPTEGVIRSGKHQSEPTEGVPRSGKYQSEPTEEVPGSGKYQS
                     EPRKKTFFAKCFKTSRGKRLFSESAPKRASERDSFRKALQNAPRKRTLFAKCFKTSRG
                     KEHFAESVPKRGSERDTLQKESQNEPRKGTLFFVDKDQSMSSGASTSSFFMARIQSNT
                     ALRSKPLLSA"
     CDS             complement(20836..21333)
                     /gene="recX"
                     /locus_tag="SEQF2638.1_01458"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01114"
                     /codon_start=1
                     /transl_table=11
                     /product="Regulatory protein RecX"
                     /translation="MNTTEETEMLHKMAAYCVKTERCPSDVRKKLVAMGATSNVTERI
                     VAQLTAERFLDEARYCRSFVEDKWRFNRWGRFKIRFELRRRDLPDSLIEEALGELIDE
                     EDYRAVLDELLRRKLRAIRATSSTDRAVKLLRYAESKGFERSAVFDCIRAMKNDDVEA
                     PDDID"
     CDS             complement(21343..21474)
                     /locus_tag="SEQF2638.1_01459"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQEKKQKKIKASGTPAKFPIPESDRQERRPIGQGMKREMNDKP"
     CDS             complement(21527..22447)
                     /gene="prmC"
                     /locus_tag="SEQF2638.1_01460"
                     /EC_number="2.1.1.297"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_02126"
                     /codon_start=1
                     /transl_table=11
                     /product="Release factor glutamine methyltransferase"
                     /translation="MIETIAYLREQLAAIYDPEETRAISRWVIEHVTGYTPAQQILAK
                     DTPIDPQQREVVRMIVRRLKLHEPIQYIVGECTFHGLTFSVNPSVLIPRPETGELVER
                     IVQRHGAAPSLRVLDIGTGSGCIAITLSRRLLHPQVMALDISAEAIRTAQGNAERNGA
                     QVRFVCADLFDPHLTLPGPFDLIVSNPPYVCDSEKCDMAAHVLDYEPHAALFVPDDDP
                     LLFYRAIARRAHEWLTPGGWLYFEINAALSAETATLLVAEGYSDVRISRDMEGKNRFA
                     EGRVDAGAGDTHDRNENESESILRNSPSGR"
     CDS             22667..23752
                     /gene="ribD"
                     /locus_tag="SEQF2638.1_01461"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P17618"
                     /codon_start=1
                     /transl_table=11
                     /product="Riboflavin biosynthesis protein RibD"
                     /db_xref="COG:COG0117"
                     /translation="MYSKSTNEDERFMRRCLALARCGAGRTAPNPMVGAVVVHEGRII
                     GEGYHRAFGGPHAEVHAIAAVRDRDLLRRSTLYVTLEPCSHHGKTPPCADLIRRSGIP
                     RVVVACVDPFPAVSGRGIGLLREAGVEVVVGVLEAEARHMNRFFLTVQTEQRPYVILK
                     WAESADGFIDARRLHADRPPVRLSDERSTRAVHSLRAEVASILVGARTARLDDPSLTV
                     RHWSGPSPVRLLLDRHGQVPPTAHLFDGRVPTLLFTSPSNPTTPPNVTRIDVDPTQPV
                     LQQLLQTLHERQIQSLLVEGGAELHSHFIREGLWDEAHVETAPILLRDGMRAADLHSE
                     GDAVRWSDRTDNKKHLLTVFFHRRQVL"
     CDS             complement(23910..26654)
                     /gene="lptD_2"
                     /locus_tag="SEQF2638.1_01462"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01411"
                     /codon_start=1
                     /transl_table=11
                     /product="LPS-assembly protein LptD"
                     /translation="MSSPRGIAPIDSTERISQRLSAAIDSSKMSSPRGAAPINSSEMT
                     PQRLATAIDTARKDTARRRKSMLEAPVTYQASDSIIMTGNNMAYLFGEGNVKYRDIEL
                     QSERIEMSMDSSIVYATYALDTVGKEFGYPLFIEGEQQIEARTMRYNFRTRKAFAADV
                     LTKQGEGYLMAEATKKMSDNVMNVADGRYTTCDEHDHPHFYIRMTRAKVRPGKDIVTG
                     PAYLVIEDVPLYPIGLPFAFFPFTDKYSSGIIAPTYGDEMARGFNLRNGGYYLAVSDY
                     FDLALTGEIYTKGSWGVAARSAYKKRYRYSGNFDASYLVTKLGDRGLPDYSVSKDFKI
                     AWTHAQDPKANPYRTFSAGVNFTTSSYNYNQLNTLYTPDGTNNNKGSSISISQRFPNN
                     PLTVSATMNINQRSQDSSVSLTLPDMTVSMSSIYPLKRKHAVGRERWYEKISVSYSGY
                     FRNSITAKENTFLKKNFLHDWQHGMQHNIPVSATYQFGFLNITPSASYTERWYTNKVH
                     QRFDTARGGLQPVDTTYGFYRVYDYRAAISASTTIYGFFKPWKIFGDKVQMIRHSMAL
                     SASYNMAPDFGAANYGYYEPYTYTDRSGRTVSGYYSPYEGQMFGVPGRGRQGGISLAV
                     DNNVEMKVRSNADSSGIKKVSLIDRLTLRINYNTAADSFRWSDLSVDLRLKLGSFPLQ
                     LSGVFDTYTYGYDAATGVPYRIDKPRWQMGKGLGRLRSTGTAFSYTFTNDTFKKLFSR
                     KGDKDDEKSKQKERGSDENADEANSTDEKPARGTRLRQAKKDDTGEYDADGYYNATVP
                     WSFSLSYNMSLGYGSFNPQKLEYNYQIRHNLSFSGNIKPTKNWNISFNGSYDFEAKKI
                     AHMTCTITRNLHCFTMSASIIPVGPWKSYAFSVAVNSSLLRDLKYNQSASPRDVTKWY
                     "
     CDS             complement(26981..27517)
                     /locus_tag="SEQF2638.1_01463"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNPLAILSAYYQPGSRAYQILVSHSRSVRDKALALAEAHPELEL
                     DRTFVSEAAMLHDIGIYLCDAPEIDCHGTSPYICHGWLGAELMRSLGYPRHALVCERH
                     TGAGLSRAMIEARNLPIPPHDMLPVSLEEQLICFADKFFSKTKLEREKPIEKIRQGLA
                     AYGQEDVKRFDAWCELFL"
     CDS             27733..28989
                     /locus_tag="SEQF2638.1_01464"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIKPLLPLFISLSCLFGHFAASAQTDPDDSLAIYNRYSPPTLGN
                     ERLDTLLPLLQGRRVALAVNQTSVVGPRQTHLLDTLLALGVDVRKVFTPEHGFRGAED
                     AGARVTDSRHPDRNIPIVSLFGRTLRPTMAQMSDIDVVVFDIQDVGARFYTYISTMHY
                     LMEACATSRRTFIVLDRPNPNDFVDGPVRRPRYRSFVGMHPIPILHGLTIGELALMIN
                     GEGWLQSGARCQLTVIPMTGWQHGDAFSLPVKPSPNLPNQQSVRLYPSLCFFEGTCMS
                     VGRGTRFPFQVVGYPAQRAGRFTFTPEPIRGMDSAPLYRGRTCYGDDLRELPFEGGLT
                     LRFLLDFYARMGRDAKTFFNRSAMFDLIAGTDELRRQITSGLSEDRIRSSWQADLDRY
                     RLMRRKYLLYPDTRPETHLSEGRNAE"
     CDS             complement(29373..30974)
                     /locus_tag="SEQF2638.1_01465"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSFPNSKTTPRRKEKARTWRRLHKWVGLVLTFFILAFALSGVFL
                     NHRTAITRWDLPRRWLPQQYVYENWNNGAVVGTLRMGPDSVMLYGSNGIWVADTFCRG
                     LRPCMDGMRPGTDNRNIRAVAATSDGQLFAISTYSLYRFDRTAYRWREVEGALTDDEA
                     LTDVLSVGDRLYVVTRSNVYAAAAPYTRFTAQPLPTPDDYDPRVSLFKTIWVTHSGDL
                     FGLPGRLLIDVVGIIVVVLCLTGLVVTLFEIPIRLRKKRGDPALPLRRTWTFSFVWHN
                     RLGSLFIVLLLLIVVTGMFLRPPLLIPIARTQVKPVPGSTLQSDNPWHDRLRRLRYDA
                     EGRRWLLAASSGIYAFPAFGEQPKKLDNTPPVSVMGLNVWQQTGPNQWVVGSFSGIYG
                     WDLSDGSVTDYDTGLPLDEMGGYGRRGGGGRPTFGNPVSGFSSDFAQGPVVFDYGRGA
                     RLANYPDMPFESMPEVFARDGRISFWHFCLELHVGRLYRSFLFAFTDFYVFLGGLLMF
                     LVVLSGYIVYRRKYRRKKSRRKKRE"
     CDS             complement(30991..31662)
                     /locus_tag="SEQF2638.1_01466"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNSIKRISCGAILVVCAISATLASCGSDNPEPKTEGLDVKRHTQ
                     SRATSPAGDPKDWVYFSFATGAEVSGVTEENRATRTDWDIAFNRFYMRTNSGLSGKGK
                     GGAVETDKANFSDVAEAPADGYVTDVEITMNGFANGKVTTSKTSGNVALNKAVRFSGP
                     PPTYTLNDHVFVVRTADGKYVKVIFESFHNAEKKSGYITFRYAYQPDGSRNLKSKSMS
                     KSESK"
     CDS             complement(31696..32478)
                     /locus_tag="SEQF2638.1_01467"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNEKKNPTSTQQGHWVLAAMGKRVLRPGGKELTEKLIDSLNIAS
                     SDDIVEFAPGLGFTAELALKRKPHSYIGVEMDESAAAELRKTIDGPDRRIIIGDAAHS
                     GLPDASADKVYGEAMLTMQNERQKSAIVSEAYRLLKPGGLYGIHEMGLTPDDVSDETK
                     RSILRDLSSVINVNARPLTAAEWSDLLVAEGFEIVRVETNPMHLLEAQRVIDDEGLLR
                     AVKIWFNILTHAEARERILAMRDTFRRHMENINAVAIVAVKK"
     CDS             complement(32522..34552)
                     /gene="pfeA"
                     /locus_tag="SEQF2638.1_01468"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q05098"
                     /codon_start=1
                     /transl_table=11
                     /product="Ferric enterobactin receptor"
                     /db_xref="COG:COG4771"
                     /translation="MQAQILPADSTKDDEVATHAAAGVKKFNLDEVVVTATRTPKRLM
                     QTPVITQVITAAQIEDRGLTDIRNLLTQEIPGLAFNEVGFGTSINLQGLGGKHILFLI
                     DGERMAGETGNNVDYHRLDPNNVERIEIVQGASSALYGSQAMGGVINIITKRPKAPFT
                     VSASIKAAPLYERNYTKVDPDDAQRYFKRSVDRPNLNADVRIGGRWKHWTAQTSYAHK
                     SADAYRLFDRDSVVKYFPEYDITIRERRVETPTQVSGYTTHQVTQMLGYTPSDRLTIG
                     AKGTWYTMNKHDLTPDNAYEHNTDLSGSLTADYRFSTRAALQASVYSDTYNRFTALEQ
                     LDQRDLIYRNRMTQPRLMFTLDRWHRQTINMGAELLYESLYTDKFVSGSYETRSQRSY
                     SVFAQDDWTVTPHLSLVAGLRLDYHNAYGANVAPKVAAVWRLFPLTLRFNYAAGYRSP
                     TLKELYMNWDHLGMFMIYGNENLRPERNQYLSLSAEYVSEYVYAMATGYVNFFSDKIE
                     GLWTNNQKELHYRNVSSATLSGAYANVRINPGVSGLFLHLSANCLFPKRTDGVQLTAY
                     SRLSGNVRAEYAFTLGRQHFTLNLSGSLLGGKRYDVLGRVEVNGKEVESYYESRSPSY
                     SLWNATAAWRPMRQLRVTLGVDNLFDYHAGIINFNTYTGPGRSVFGALHFSI"
     CDS             34728..35186
                     /locus_tag="SEQF2638.1_01469"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQVACDHRHLANISCNLRETIVPLQTSPAICGRPSYLYEPSPAI
                     CGRLSYPYKHLLQSAGDYHTPTNISCNLLETIVPLHTIFCNLRETIVPLQTSPATCGR
                     LSYPYEPSPAICGRLSYPYKKVLQHFFRLRFVLLIESPTFVSLKYNTQKR"
     CDS             35232..38156
                     /locus_tag="SEQF2638.1_01470"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:vienna_vog:VOG05241"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKAKQFFVTTLAVILTGMFTAANCKGPSAKSDYETVDGDPLKTR
                     IYTLDNGLKVYMSVNKEAPRIQTYIAVRVGGKNDPAETTGLAHYFEHLMFKGTTHFGT
                     SNYEAEKPLLDEIERLFEVYRKTTDEAERKALYRQIDSISNKASQYAIPNEYDKLMAA
                     IGATGTNAYTNFDVTCYTEDIPSNQIENWAKIQADRFQNSVIRGFHTELEAVYEEYNM
                     GLASDARTVIDTLRSMLFFNHPYGTQSVIGTQQHLKNPSITNIKRYYETWYVPNNMAI
                     CLSGDFDPDEMIAIIKKYFGNMKPNDSLPKPTFKEEAPITTPTTKEVRGVEAANVNVA
                     WRIGGEASADNDLAILAASLLYNDQAGLIDLDLIHAQKVLSSYCYPYTFADYGMFLLN
                     ARPKDGQTLEQARDLLLEEVAKLRKGDFDESLLRACVANYKLELMKEYDSNEGRANAY
                     VDAFVNGVSWADMVHQIERMEKITKADIVKFANEKLGENAYAVVFKREGQPGFKKIDK
                     PEITPIATNRDTASAFLREIQLTEVKPIEPVFLDFKRDMSTASLKSGLPLLYKKNETT
                     DVFELMYVFDMGRNDDATLGTAFDYLSYLGTSKKSPTEIKKEFFDIACSFSANVTDER
                     CYVSVSGLSENMPKALELMEELIADAKPDENVLTNLKADRIKARADAKLNQGQNFGAL
                     RRYVMYGPEHVKATTLTNDALKALTSDTLLAKVRDLFTKQHSVLYYGPGAESDVLKSL
                     DQLHRTADKPAPLAKKPVMLVQTPSNTVMLAEYNAKQIYYLQYSNRGEPFDVANDPGV
                     TLYNEYFGGSMNAIVFQEMRESRGLAYSANAVLITPSDKTRPYAFQAFVATQNDKMPQ
                     AIDAFMEIINNMPESEAAFKIAKDAILARLRTERTVKGDVLWAYLHAKDMGVDYDRNK
                     AIFEKVQSMTLADVKAFQEKWIKGRTYHYAVLGNSKDIDMNKLRSLGEVKLLTPQDIF
                     GY"
     CDS             38328..39686
                     /gene="brnQ"
                     /locus_tag="SEQF2638.1_01471"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0AD99"
                     /codon_start=1
                     /transl_table=11
                     /product="Branched-chain amino acid transport system 2
                     carrier protein"
                     /db_xref="COG:COG1114"
                     /translation="MPNQNSTQMTRRAFLAVGLMLFALFFGAGNLIFPAALGQRAGTN
                     VWWAVMGFVLTGVGLPLAGVLAMGYSGCRNVQELAGRVHPLFGILFTLALYLSIGPAF
                     AIPRTGTVSFEIAVRPFLSPDAGYWAQIVFLIVFFLVTLWLSINPQKLVGRIGGILTP
                     MLLTTIVVLIVKSLITPPGTPGSPTEAYATPAVALQQGFIDGYNTLDALASFVFGILV
                     IEFVTQHGATTRHEVMGATMRAGMIAIGCLGVVYVFIAGLGAASVEQLGILDTGAPVL
                     AGSARLLFGEPGALILAVIVLLACLTTSIGLVTACASYFHSQFGGLSYKGYAVAFVII
                     SFAVGTFGLKTIISAAVPVLMFLYPLAIVLIALAFLDSRFGSRRSVYAWTVGLTLISA
                     LISGLEAANISLGAFGRFYGAHVPLHADGLDWIFFALAGFLIGCLNRRKSTSSELITS
                     GL"
     CDS             complement(39711..40181)
                     /locus_tag="SEQF2638.1_01472"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRMDRGGAIAWVRCRSESAAGITKPISGFVKRLSAAGNETFFAS
                     CVAQEAKRGSFSGPALRRKQKGGLFRALRCAGSKKGSFSGPALRRKQKGGLFRALRCA
                     GSKKGVFFGPCVMQEAKKGVFRGPALRREQKRPKKGRPPEWPPLCISPCGGEER"
     CDS             40219..41601
                     /locus_tag="SEQF2638.1_01473"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGKTIFHDGASRRRVAPSVGSILLFLLAIGWTGGELRAQYQVSG
                     GAKTPVRATENTAYKLEVYLVYGTDGVTLSHTGTGTHRWYRYRTKAAVEDDWEAVAST
                     QSGSTSTVTNPAEGYGYFVVDGSGELRRYVWIIDYSRYPARLTSLSVSPSSDACSSLR
                     LAGTADLPALNYYLPDGKAMELKRAFEVSYLTQTWSEQTRTFTEQLLVDTLSGNPFDV
                     SLSRPPLTDTKIDLTGDLFARAFGVEQTATIDHYQAVALEVHADTTLTSETRSNLKLK
                     TGELSAPAEIRFRAQANTPVASLFVWQVTRREATGDVPIVRFTDPEMTYTFDRVGNYT
                     VTLEVSDRSGRCTNKDNSYKISVTETVLEVPNVFSPESSPGVNDVFKVAHKSVVRFSA
                     SVFNRQGSLLYHWTDPNGGWDGRYRGQYVPAGAYYYVIEYTGTDGKTHRKSGDINVVR
                     SSSNKNHSNQ"
     CDS             41614..42570
                     /gene="mltD"
                     /locus_tag="SEQF2638.1_01474"
                     /EC_number="4.2.2.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0AEZ7"
                     /codon_start=1
                     /transl_table=11
                     /product="Membrane-bound lytic murein transglycosylase D"
                     /db_xref="COG:COG0741"
                     /translation="MRTKQFTACFLAAGLISLTACFPVQSQNSEQPRQDDGWITSPEV
                     PEKVTFCGQTIDLTRYNMYESMDRELSSLAYFHSTTMLTIKRANRYFPIIVPILKANG
                     VPEDFKYLAVVESHLDPRIVSPARAAGMWQFLESAGREYGLTITPSVDERYNVARATE
                     AACRYLKDAYNKYGDWASAAASYNAGMGRISGAFASQRETSVLNLWLVEETARYVYRI
                     LATKLIFENPQKYGFSLRPRDLYAPISCDEVTVSAGIPDLVAFAKSHDITYADLKRFN
                     PWLRDSKLISNGRSYTILIPRKQDLYYTSPNRTVYDQRWVTK"
     CDS             42582..45464
                     /gene="uvrA_1"
                     /locus_tag="SEQF2638.1_01475"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P9WQK7"
                     /codon_start=1
                     /transl_table=11
                     /product="UvrABC system protein A"
                     /db_xref="COG:COG0178"
                     /translation="MAIDKQKEVTTTDDRIERGGTIGVWGARVHNLKNIDVELPRNRL
                     TVITGMSGSGKSSLAFDTIFAEGQRRYIDTFSAYARNFMGNVERPDVDKITGLSPVIS
                     IEQKTTNRNPRSTVGTTTEVYDFLRLLYARAGEAYSYLSGEKMVKYTEEQILELIMRE
                     YDGRKMYLLAPLVRNRKGHYKELFEQVRKKGYLNVRVDGKLMEISRGMKLDRYKMHSI
                     EVVIDKLVVSINDGPRLKESLRVAMKQGDGLILLLDATTDEIRYYSRRLMCPVTGLAY
                     SEPAPHNFSFNSPHGACPRCKGLGEVNVIDMEKIIPDPSLSIYKGGIVALGKYKDTLV
                     FRQIEALCKRHGATLKTPIKDLPEEAMDEIINGTEEPVAVSTAWLGHSSFSYAYEGVA
                     KYIAMMQGESDDEPSTARKKAAPFIRTAVCPECQGQRLNKEALHYFIDGKNIAEPASM
                     DIAELSKWVNGLEEKLSPAQRTIAVEILKEIRSRLDFILEVGLDYLSLNRPSATLSGG
                     ESQRIRLATQIGSRLVNVLYILDEPSIGLHQRDNIRLIDSLKELRDTGNSVIVVEHDK
                     DMMLSADYVVDMGPKAGRLGGEVVFAGTPDEMIKTDTLTSSYLNGRRQIEVPATRRPG
                     NGHHLVLRGATGNNLKKVDVSFPLGTFICVSGVSGSGKSTLINATLQPILSQRFYRSE
                     QEPLPYKSIEGIEHIDKVVNVDQSPIGRTPRSNPATYTGVFADIRNLFVSLPEAKIRG
                     YKPGRFSFNVSGGRCETCKGNGYKTIEMNFLPDVLVPCEDCHGRRYNRETLEVRYRGK
                     SIADVLDMTINMAVEFFENIPAILSKIKVLQDVGLGYIKLGQPSTTLSGGESQRVKLA
                     TELAKRDTGRTLYILDEPTTGLHFEDIRVLLGVLNKLVDKGNTIIVIEHNLDVIKSAD
                     YLIDMGPDGGRGGGRILFTGTPEALAAAPRTRSRTAPFLRKELSEG"
     CDS             complement(45504..46049)
                     /locus_tag="SEQF2638.1_01476"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDSLSIGNGVKNTFWVSLSVDNELRYMFCLSLSMDNEVKYMFWI
                     SLSIDNGVEYVFCLLLSVDNERGYMFCLPLSADNGLKYMFWLPLSMDNERRYMYWVLL
                     SMDNEVEYMYWLLLSIDNEREYIFFLSLPMDNGLEYIFCLSLSVDNGRIHLLDSLSTA
                     DDRRRNRGRRGARMVLEVARR"
     CDS             46125..46343
                     /locus_tag="SEQF2638.1_01477"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKNPIQMIKQCLEADEPYFVLRGKDLCALPAIERYYEAVRDKVR
                     DPRFIEEIEEIMKDFRAFRDEQETHIPD"
     CDS             46350..46943
                     /gene="yigZ"
                     /locus_tag="SEQF2638.1_01478"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P27862"
                     /codon_start=1
                     /transl_table=11
                     /product="IMPACT family member YigZ"
                     /db_xref="COG:COG1739"
                     /translation="MEDTYRTISDLSEGYYTEKRSRFLSFALPARTPDEVKTQLDIYR
                     KKYYDARHVCWAYMLGPDRTTFRANDDGEPSSTAGKPILGQINSNNLTDILIIVVRYF
                     GGIELGTSGLIVAYRTAAAEAIAAARIEERTIDETITITFEYPHLNSVMRIVKEDKPD
                     VLTQSFELTCEMTLRIRQSRMDTLKSRLLKVDSLRIV"
     tRNA            47090..47164
                     /locus_tag="SEQF2638.1_01479"
                     /product="tRNA-Glu"
                     /inference="COORDINATES:profile:Aragorn:001002"
                     /note="tRNA-Glu(ttc)"
     CDS             47207..47461
                     /gene="rpsT"
                     /locus_tag="SEQF2638.1_01480"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:A0R102"
                     /codon_start=1
                     /transl_table=11
                     /product="30S ribosomal protein S20"
                     /db_xref="COG:COG0268"
                     /translation="MANHKSSIKRIRQTKTRCAQNRYGAKTMRNAVKKLRGTEDKNEA
                     TAMYPKVCAMLDKLAKKNVIHKNKAGNLKSKLAKHVNALA"
     tRNA            47534..47606
                     /locus_tag="SEQF2638.1_01481"
                     /product="tRNA-Glu"
                     /inference="COORDINATES:profile:Aragorn:001002"
                     /note="tRNA-Glu(ctc)"
     CDS             47741..49699
                     /gene="gyrB_2"
                     /locus_tag="SEQF2638.1_01482"
                     /EC_number="5.6.2.2"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q839Z1"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA gyrase subunit B"
                     /db_xref="COG:COG0187"
                     /translation="MSDEEIKAASEEYSSKNIQVLEGLEAVRKRPAMYIGDTSEKGLH
                     HLVYEVVDNSIDEALAGFCKNIDVVIREDNSISVTDDGRGIPVDYHEKEGKSALEVVL
                     TVLHAGGKFDKGTYKVSGGLHGVGVSCVNALSTHLKAEVHRNGKVYVQEFSCGKPLAD
                     IRITGDSDRTGTTIEFKPDASIFTVTEYKYDILANRLRELAFLNAGIRLTLTDRREVK
                     PDGTYKSEVFYSHEGLKEFVRYIDKSKEALIHDVIHIVTEKQGIPVEVAMTYNTSYNE
                     SVFSYVNDINTIEGGTHLSGFRRGLTRTLKKYAEDSKLLEKAKVEIQGDDFREGLTAV
                     ISIKVAEPQFEGQTKTKLGNNEVMGAVDMAVGEALGNYLEEHPKEAKTIVDKVILAAT
                     ARQAARKAREMVQRKSPLSGGGLPGKLADCSSKDAAICELFLVEGDSAGGTAKQGRDR
                     NFQAILPLRGKILNVEKAMEHRVFESEEIQNIFKAMGVSIGTEDDPKELNLSKLRYHK
                     VIIMTDADVDGSHIATLILTFFFRRMRGLIEKGYVYLATPPLYLCKKGKVEEYCWTER
                     QRQKFIDTYGGGNENQIHTQRYKGLGEMNDHQLWDTTMNPENRTLKQITIDNAIEADA
                     IFSMLMGEDVGPRREFIEENATYANIDA"
     CDS             49815..51593
                     /gene="carA"
                     /locus_tag="SEQF2638.1_01483"
                     /EC_number="6.3.5.5"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01209"
                     /codon_start=1
                     /transl_table=11
                     /product="Carbamoyl-phosphate synthase small chain"
                     /translation="MSLTLKELFAQVDRASAVDTATTTRPRIGISVNRRDGKEMLADP
                     YFQSVILAGGAPVLVPATTELSVLTTIVDGLDGLLLTGGGDISPDLLGETPHPSLEDV
                     DPIRDTSELQLIRLAHQRGLPIFGICRGHQLINVAFGGTLYQDLPSQFPSPVLPHSQA
                     EARDVITQSVTLTAPDSELQRAMGLDATTRTAPIPVNSLHHQAVRDLAPGFIATAEAP
                     DGVNEAMEHPEYPILSVQWHPEWLATTGHEAMLNLFRHLVRRARRYAHARRLHHTMIT
                     LDSHTDTPMLFDAFDLGRKEGGRVNLPLMREGRLDAVVMAAYLPQGERNDEAHRRAFD
                     YAVERLTRVEEQAIRYPDFLGIARSTDDLRRLKREGRRAIIPAVENGYAIGRDLSRLH
                     AFKRMGVAYMTLCHNGDNELCDSAAGQGEWGGLSPFGREVVAEMNRIGMMIDVSHAAD
                     TTFDDLVSLSRRPIIASHSSCRALCDHRRNLDDDRIRALAATGGVMQICLYGGFINHD
                     HPDGATLSDAVRHILHVIRLVGPNHVGIGSDFDGGGGLIGCQSAGEMIQITLRLLAEG
                     LSDADIAKIWGGNFMRVMDAQRLPLA"
     CDS             51800..52681
                     /gene="carD_1"
                     /locus_tag="SEQF2638.1_01484"
                     /EC_number="1.3.1.108"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:H6LGM7"
                     /codon_start=1
                     /transl_table=11
                     /product="Caffeyl-CoA reductase-Etf complex subunit CarD"
                     /db_xref="COG:COG2086"
                     /translation="MRIIVLAKQVPDTRNVGKDAMKADGTINRAALPAIFNPEDLSAL
                     EQALRLKERYPGSTVTLLTMGPGRAAEIIREGLYRGADDGVLLTDRAFAGADTLATSY
                     ALAMAIRKIGDFDLIVGGRQAIDGDTAQVGPQVAEKLGLSQITYAEEIVGVTDGRITV
                     RRKIPGGVETVEGPLPIVVTVNGSAAACRPRNARLVQKYKHALGAQEKAERTKGGEPL
                     PYAELYDSRPYLNLVEWSVADVGGDVAQCGLSGSPTKVKTIENIVFQAKESRSLTDSD
                     ADIEELMKELISNHTIG"
     CDS             52856..53875
                     /gene="carE_1"
                     /locus_tag="SEQF2638.1_01485"
                     /EC_number="1.3.1.108"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:H6LGM8"
                     /codon_start=1
                     /transl_table=11
                     /product="Caffeyl-CoA reductase-Etf complex subunit CarE"
                     /db_xref="COG:COG2025"
                     /translation="MNNVFVYCEIEEGTVADVSQELLTKGRALADKLNCRLEAVAAGS
                     GLDGIERQIVPYGVDVLHVFDDARLAPYTSLPHTAVLIKLFKEEQPQIALMGATVIGR
                     DLGPRVSSALTSGLTADCTALEIGTYEDRKAGRTYENLLYQIRPAFGGNIVATIINPD
                     HRPQMATVREGVMKKEVRDANYRGEVIRHNTSDYITDEDCVVKVIERHVEKAKNNLKG
                     SPIVVAGGYGVGSKENFQLLFDLAKELHAEVGASRAAVDAGFTDHDRQIGQTGVTVRP
                     KLYIACGISGQIQHIAGMQESAIIISINSDPEAPINAIADYVITGTVESVLPRMIKYY
                     KKNSK"
ORIGIN      
        1 attgtagaat caagggattt ggtgatcgtt cgttttcgga gtacttttga acccgaaaca
       61 acacaagcga gtgttgtcga agcagtatct atgagtgctc tcaaaatact ctcttctggc
      121 tacaattcgg ctacagaaaa aaataaggct gtgtatacag ttatggcata ggacgttacg
      181 gagaaggttc ataagcctct ctttccgctg gaaggctcca agaggacttc tgctaggaag
      241 tctgttaagc cttcaaactc atagagaatc gttgtaaaat caaggtttta cagcgatttt
      301 tcttttgtat atacctgatc gcctgacggc cttcctccat accttgatcg tcatcgatcg
      361 ctcaaacttt gctacagaaa acacatcccg aagggtattt aaccacgtcc cgaacgtatc
      421 acaaccacgt tccgaacgta tcacaaccac gttcaggacg tatcacaacc acgttccgaa
      481 cgtatcacaa ccacgttccg aacgtatcac aaccacgtcc cggacgtatc acaaccacgt
      541 cccgaacgta tcgcaaccac gttccgaacg tatcgcaacc acgtcccgga cgtatcacaa
      601 ccacgtcccg aacgtatcgc aaccacgtcc cggacgtatc gcaaccactt ccctaacgta
      661 ttacaaccac ctcggaacgt tattcccctc cgaaataagc cccaaacagc ttctggcata
      721 ttccttttct ttgcgcccgt ttttatggta acgaaatgaa tagatggatt acggtcggta
      781 tgatcacttg gatgattatt acgacacact tcgccgcaat ggcacagtcc gacccctccg
      841 gaatagaaga ggatggcgtc tggatggatt ggcgggagcg catgaagctc ctgaactata
      901 cgcctcgata ttttggcccg aacgcattcc cgttttctga actcactgac gggcgtatcg
      961 gtaatcgttg ggagctggag ctgcgcggcg aatatcacga agcggccggc gatcgcacag
     1021 ccgatctttt tgcgcgcctc tttatcccca ttgccgacgg acgcgcaggc gtagagatga
     1081 gtggtgtcgt gggtgagaca tatcagatgt cacgcaccac gcagctccgt aggcatgccg
     1141 ctgagcgtcg tccgccggag tattgcattg gcgactttat cctccgatcc ttctatcaag
     1201 tggtccgtag cgaccgctgg ctcgatctga tgctcagcgc gaacctcaag acggccagcg
     1261 gcaatcggtt ggccgacgcg cgatacaccg acgcggcctc gtactggttc gatgccactg
     1321 ccggacgcaa cctcttccaa ctcgacggag gccgcatcgc actccgacta cagggaatgc
     1381 tcggcttcta ttgctggatg acgaacgatc ccgtctatcg ccaaaacgac gcgctgcttt
     1441 tcggcgccgg actgagcgga cgcctctaca acgtctcttt cgccgccgac tactccggtt
     1501 tcagcggcta caaaaacacc ggtgatcatc ccgccaccta ccgttacaaa ctcgagtatg
     1561 aataccgcaa aaacatcctc tccctccggt ttcgctatgg cgtctttgac aacctctacg
     1621 acagtttttc cgtcggctat atccgctgtt tctgagccca ccgccatccg ccgtacccgt
     1681 attttctcat catacacacc tatcacatga atcaaatcag acaatggatt gacgaaggtc
     1741 gcataaccga cgcgatcgag cttcttaacg actacttagc cactcacccc aacagtgacg
     1801 aggcgcttta cctccgcggt cgtgcccacc gcaaggcggg acgtatccgc gaggccatca
     1861 acgactatct ggcatccgcg gccatcaatc ccgacggccc cgcagcccgt gcttaccgca
     1921 tggagatcga aatcatggac ttctacgacc gcaatctcta taacccgtaa tcgccccccc
     1981 tgccgacgcc gggggaagtt agccgggtac atgagggcgg gttcgtcaat gcactaccct
     2041 tcgacgacga gcttataccc taagctgcga atgttgagga tgcggatatg ggggtcggcg
     2101 gagaggcggc ggcggagctt atgaatgaag acgtgtaggc tattgcggtt gtaagggctg
     2161 tcgtcatgcc agaggtcgag aaggagcgtg cggaactcga cgacggtttc acggccaatg
     2221 ataagcctac gtaacagctc gctttccatg tacgacagtt cctgggttac tccgtcggcg
     2281 tcaatcagac gttgcgcggc ggtctggaag gtgtagcggc cgaaatggag gaccggcggc
     2341 tcggcgtcgg ttggcaaagc gcgctcggta ggtgtcggac gaccgagcaa ggccctaatc
     2401 cgcacgatga gttcgagcat cttgaagggc ttcttcagat aatcgttggc gccgaggcca
     2461 aaccccttga ccagatcgtt caatgacgag cgcgcggtaa ggaacaggat cggcgtggtg
     2521 gtgtcgacgc ggcgcatacg acggaccatc tcgaagccgt ccattccggg catcataatg
     2581 tcagccacca caaggtcagg tcggcaacgc gcgaagcaat ccaggccatg caacccgtcg
     2641 gaggtatgtg tgacctgaaa tccttcgcct tccagcgtgt ccttaatgat caatgccagc
     2701 gcgggttcgt cttccaccaa taggatgctg ggatttcttt gattttccat tgtctgatag
     2761 gatgtataat ttatctcggg atctcgattt tgaagattga accgccacgc ggtcgaggca
     2821 acacggtaat tcgtcctcca tggcgctcca cgatctgtcg gacgtggtaa agaccgagtc
     2881 cgtagccctt cacatcgtga cgatcaccgg cgggaacacg atagaactta tcgaagatcc
     2941 gtccgaccga ggccgaaggg atgccacagc cgcgatcgct caccgtgacg gcgtaaaaag
     3001 ccccctcaca cccggcccag agggtgattt ccggctcgcc gggggaatac ttgatggcgt
     3061 tgtctatcaa attgccgatg gcttggctca gctgctcggg gtcggcctga aaggtcagat
     3121 cgtcaggcgc tacctccgtg cggaagcgta cgggacggcc ggcacggagg ctgtacagcc
     3181 gggtcagccg ctccaagagt gcgcggatgg ggacggactc gcggtgcaag tcttgatcgc
     3241 gccgtctttc gaggctcatg ttgaggattt gctccaccaa tccgctcaaa tgggcgagtt
     3301 gatcgaggca cagctgcaaa tactgcgcgc gtttggaggg atcctcccct tggcgatagt
     3361 tcaggagcgc atcgacggcg gaatacgcgg ctgcgatggg cgtcttcagc tcgtgcgtca
     3421 tattattcgt caagtcatcc ttcatctcct cgagtgtgcg ctgctgcatc acggtgcgaa
     3481 tcaggaaacg aaaagacagc gccagcaaga ccataaggag gaaggtagaa aacaagatcc
     3541 cagccatctg gcgaacgatg acgcccgtaa gggacgggaa aaagacacgg taggcatagt
     3601 gtcgctccgg attgaacgaa taagtagcca catgcctgaa ggtcgggcgc ttcatgtcgc
     3661 ccggagaggt ggcttgcaag acgtgtccgg ccttctggtc cacgatttca gcacgcaaca
     3721 cacggagcgc catgccgcgg acgcggagtt cggcgtctat caagctatcc aaggtctgaa
     3781 gatcgacggg atacgaggca tccaactgtt gatggataga agtgcgcacc tcgcgagcca
     3841 gttgctcgag ttcgatgtaa ggcgattccg cagggacgac cgtcaccacc gtggtatgcc
     3901 tctctccgat cgaagcatta cgcatcgtca cgatggagtc gttgtctttt ttcttctcga
     3961 tcaggatggc actgtgcttt gcgctcggat cagcgcggcg tttttgcaga cgcagttgta
     4021 gctccttgct atcggcgctc tcgatacagg ccatcacgac gcgtgcggcc tcgtcgtgca
     4081 gcgcatcagc gagtcccttg agataaaaga ggttgaagac gaagagcgca gtaataccca
     4141 agaggatggc ggccacggcg cgtttgaatt ttcggatgtc catcgtagat aacgtgagtt
     4201 cgacaaaaga atgagattcc cttattcata gagcatgtct ctgacagcat gtcgtaacgg
     4261 ccaaagtgcc tttggaaatg cttgcggaag ttccgcaaac accaaaaagt tcttcgagac
     4321 acttgcggaa gttccgcaaa caccaaaaag ttcttcgaga cacttgcggg actcccgcaa
     4381 acgccaaaaa gttcttcgaa gcacttgcgg aagttccgca aacgccaaaa agttcttcga
     4441 gacacttgcg gaagttccgc aaacgccaaa aagttcttcg agacacttgc ggaagttccg
     4501 caaacaccaa aaagttcttc gaagcacttg cggaagttcc gcaaacgcca aaaagttctt
     4561 cgaagcactt gcggaagttc cgcaaacacc aaaaagctct tcgtgacact tgcggaagtt
     4621 ccgcaaacac caaaaagttc tttgagacac ttgcggaact cccgcaaacg ccaaaaagtt
     4681 ctccgaagca tttgcaacac gtccaactgc catctcaccg acaaaaatag gcctcccggg
     4741 cgcagcaact ggggccgata agactaagta agacttcgta agtcggtgat aagcatccag
     4801 ctcgaatagc acgcccacct ttgccgcgaa aaagattcac actcatcaaa cgattcatca
     4861 tgagaacgat ttttaccctc ctgaccctcc ttgcggccct gctgatcacg cacggagccg
     4921 atgcacaaat gcggcttggc ggtcgcgtca ccgacagtga cggccgaccc gtggcgcaag
     4981 ccgccatcat cctgcaaacg gccgactcca gctatgtaac ctccgccatc acggactcca
     5041 tcggggcctt tcacatcgat gctaccccga acgaacgcga cacgtaccgc ctcatcgtgc
     5101 agcatgtggc ttacgaaacg cacgagcaga ccgtccaccg agatcaagcc gacgaaatcg
     5161 cggtccgact gaccgagcgc gcgcaggcga tgcctgaaat cgtcgtccgc ggggaacgcc
     5221 ccatcgcgag gctatccggc ggacggatca tttatgatct gccccgcctg atcgcgggtc
     5281 gcgtggccgc caacgcctat gaggcgctgc tgctacttcc cggcgtgcgc gatgagggtg
     5341 atgccctcac gttggccggc gcccccagcc tggctatttt gatcgatggg cgcaagacgt
     5401 ccctctccgg cgaggcactt cggaccgtgc tccgtgcgat ccctgcccgt gacatccgct
     5461 cggccgaggt gatgtatagt gctcccccac aataccacgt tcgcggggcc gccatcctcc
     5521 ttgtcacccg cgacgccacc gggaaagacg gcggatggca gggccagatc aatgccgact
     5581 atgcgcagcg gcattacgcc aactataccc tcggcgccgc gctcgtccgc accgccccgc
     5641 gctggatgct gcgtctcaac gcttcgtccg aagccagcca cacccgcagt ggactcgaca
     5701 ttgacgccga tcatttctat cacaaccgcc atcaggccgt cacgcagcaa gacagaagca
     5761 cccatcgcgc ccagacgcat ctcattcgca tggaaacaga cctccagctc tccaagcaaa
     5821 gccgtctcgg gctggtctat accacccgac tcgtcaccgg acgtcgctcc gagcgaatcg
     5881 cagcgggatc gctcggccct tcccgtagtt acacttcgaa cgaacggccc acgcagctcc
     5941 ataacgccct cctcgacctc agcacagggt tcggcctaca tcttggcgcc gaatacacgc
     6001 gctacgaaga gcgcctgcag caacattttg cctacgaaaa cacgctcagt catacctcga
     6061 tcgacttgac gactcgcaat gctcaaaaaa ttgatcgcct gcgcgtattt gtggaccagt
     6121 ctcacccgct cagcaaggcc ttgaaagtga attatggcgc cgaatacctc tacgcaacgg
     6181 accacagcgc acagcgatat acctccgaca acgctgccgg cccatacctt ccggacatcg
     6241 ataatcgcct gaccgaacgc accgcccgcc tctatctggg caccgagttc gcgctcacat
     6301 cccacttctc cctatcggcg tccctcaccg gcgaggatta tcggttcgcc aacacgcacg
     6361 accgtaccct cttccctgaa tttagcgtca cgtgggcctt gtcccccggt caaatcctgc
     6421 aagcctccct cacgtcagat aaggtatatc ccgcttactg ggagagtcac ggcgggaaga
     6481 cctttctcaa cgcctacgct gaggttcacg gcaatccgct cctccgcccc tatcgctctt
     6541 acgccagtcg cctgagctac atcatcagtg ggaagttcat tttcacgctc tacaccaccc
     6601 gtatgcccgg ttattccgtg caactcccct accagagtcc caacagcccc gcgctgatct
     6661 atcaaagcac aaactttgac tacaagcgca ccatggggat cagtttttct gcccccatac
     6721 gtccctttcc caacgtgaac acccgtctta ccctcaacac attcaccgac cgcgtccggc
     6781 atagtcattt tcacgacctc acgttcgacc gtcgccgcat gatcctctat gctcgcctcg
     6841 acaacaccat ccatctcggc cgttccctca ctcttgagct aaacgcatcg gccatcaccc
     6901 cgagcatgca gggtatagcc gacatcaacg gcctctggcg catcgatacg ggtctaaaat
     6961 ggaccatcgc acggggcgcc gcagacctac aactcaaggc cgacgacgtc tttgccacct
     7021 ggtcaccccg cttgcatacg gactacgcca agcaacagct ccgtatgtat gtcgtgcccg
     7081 acacgcgtgc ggtgacgctg accttcatct atcgtttgcg gggatataag ccgtcgaaag
     7141 ccccccatct cgacacctcc cgcttcggaa cctccgaatg atccccctgc acactacgat
     7201 taggctattc ccgaacgcaa aaaaagacct ccccctgacc tgtcatgcag gttcgggaga
     7261 ggtctttagc gtattaaaaa gtatcaggcg ttccctttat caggggggta aaagggagct
     7321 acatcacata gacatcgtgc ctcaatcgat cttgcggaag cgaccgttac ggtcgaactt
     7381 gagctctaac ccgctggtga gcttgacttc atagccgtgg cgatcgcgct cgatcttacg
     7441 aatgtactgg ccggcataat gctggcgcac aaagtcgagg atggcacggg gcacgatagc
     7501 gtcgggaact cgtccgtaac ggcaatcgac ctccttccac tcgccatccc tccgaaattc
     7561 taccttattc ccatcaacaa acacgacctc atagctcttg tcgaagcctt catcgtcttg
     7621 cttggcatac gaaacctcta caccgcggaa atactgggtc aggaactgtt gtgcgttgcg
     7681 tggcaactgg ttcgtacgga tcggcagatc gtcgtctgca caggctgtca gcgcgaaaag
     7741 cactaagcac gccataaaca tcattttttt catctgattc ttcattttgc tgttcataaa
     7801 aatcgggggc aaagatgtag gggcaaatct gaaatgaatt tgaaatgctc gcccacccct
     7861 ctccagtatc aaaacgatag gccccaaggc ggctgcgggg cggctacggg gcggctgcgg
     7921 ccgcctgcga agtttgccgg gtacgggctt ttgagatgtt cagccggcgt ccctgacggc
     7981 ctctgccgag gcaaggaagt tttcctggta cccggtcaga cttggcaggc gtccctgacg
     8041 ccttccgagg cctcggaaac cttcagcggc gtgttttgga gcttccgagg cctcggaaac
     8101 gttcagcggc gcgttttgga gcttccgagg cctcggaaac gttcagcggc gcgttttgat
     8161 gctttccgag ccctcggaaa cgttcagcgg cgtgttttga tgctttccga gccctcgggg
     8221 cggctgcggc cgccagcgaa gttttcctgg tacccggcca gacttggccg gcgtccctga
     8281 cggcctctgc cgaggcctcg gaaaccttca gcggcgtgtt ttggaccttc cgaggcctcg
     8341 gaaacgttca gcggcgcgtt ttggagcttt ccgagccctc ggaaaccttc agcggcgtgt
     8401 tttgatgctt tccgagccct cggaaacgtt cagcggcgtg ttttggagct ttccgagccc
     8461 tcggaaacgt tcagcggcgc gttttgatac tttccgaggc ctcggggcgg ctgcgaagtt
     8521 ctcctggtac ccggccagac ttggccggcg tccctgacgc ccctcggggc ggctgcggcc
     8581 gccagcgaat ctatcagggt acgcgtttga tgtacccggc cagcttggcc ggcgtccctg
     8641 acgcctttca ctcctccgag agcgaccatg gcacagcgat ttttgagatc taagagggcc
     8701 gataatttta atccgaaaac aattttgaag cacaaaagaa gaagacgcta ttttcgcgca
     8761 gtaatttata catacacatt atagtaaact cattacactc ctatggaaac actattcgta
     8821 atggtcccat tggctgccgt cctggcgctg gcgtttgcct acgtcttcta cagccaaatg
     8881 aggaaagaaa gtgaaggtac ccccaccatg caagaaattg cagagcatgt gcggaagggc
     8941 gcgatggctt acctgaagca acagtacaaa gttgtcgcta ttgtctttgt tatcttggcg
     9001 ttgtttttcg cagtactagc ctatggcttc catgtgcaga actcatgggt gccgtttgcc
     9061 ttcctgaccg gcggattctt ctccggatta gccgggttta tcgggatgaa aacggccacc
     9121 gcggcctcgg cccgcactgc gaacgcagcg cgcaactcgc tcaactctgg tctgaagatc
     9181 gcgtttcgat ctggcgcagt gatggggctt actgtggtcg gtttggggct acttgacatc
     9241 tcggtctggt acctcgtcct caacgcattt gtcgatgcca ctgggcccca gaagctcgta
     9301 gtgatcacga cgaccatgct cacctttgga atgggagctt cgacgcaagc actcttcgcc
     9361 cgcgtgggtg gcggcatcta cacgaaggcc gcagacgtgg gcgccgatct ggtggggaag
     9421 gtcgaagccg ggatcccgga ggacgacccc cgcaatccgg ccacgattgc ggacaacgta
     9481 ggtgacaatg tcggcgatgt ggccggtatg ggcgcggatc tttacgagtc gtactgcgga
     9541 tccatcctgg ccacggccgc actcggagcc tcagccttct ataacgatgg cgacgtacag
     9601 gccaaggccg tctttgcccc catgctgatc gccgccgtcg gcatcattct ctccatcgtc
     9661 ggcatttaca ccgtcaaaac gaaggaggga gcgggcatga gccagttgct gaagtctctt
     9721 ggattcggcg taaacctcag ctccgccctg attgctgccg cctctttcgg catactctat
     9781 ctgctcgaga ttccgaactg ggccggcctc tcctgctccg tgatcgtcgg gttggtggca
     9841 ggcttcatca tcggccaatc gaccgaatac tacacgtcgc attctcacaa gccgacgcaa
     9901 acgatcgctc acagcgcaga gtctggtccc gccacggtca ttatctccgg cctcggcatg
     9961 gggatgatct ccacggccgt cccggtgatc acgatcgccg tggccatcat cctcgccttc
    10021 ctctttgcca ctgggttcga cacggccaac ctgctcacgg cgcacaacct cagcctcggc
    10081 ctctatggca ttggcatcgc ggccgtcggc atgctctcca cactcggtat caccctcgcc
    10141 accgatgcct acggacctat cgcggacaat gccggtggta acgccgagat gagtcggctc
    10201 gagccacacg tgcgccaacg taccgacgtg ctcgacgccc tgggcaacac cacggcggct
    10261 accggcaaag gattcgccat cggctcagcc gccctgacag ccctcgccct cctggcctct
    10321 tacatcgagg aagtgaagat cggtctgcaa cacatcggca caacgactat cgacatcgcg
    10381 ggccgtaccg tcgacgtggc acaagccacc atccccgact tcatggctta ctatcaagtg
    10441 gatttgatga acccgaaggt gttgatcggt gtcttcgttg gctccatgat ggccttcctg
    10501 ttctgcggac tgacgatgaa cgccgtggga cgggcagcag gcaagatggt cgaggaggta
    10561 cgccgacaat tccgggagat caaggggatc ctgaccggcg atgccacgcc tgattatgcc
    10621 cgctgtgtgg ccatctccac gcagggtgcg caacgtgaaa tgctcttccc gtcgctgttg
    10681 gcgatcatcg tgccggtgct cgtcggcatc ttcttcggag tgtccggtgt gctgggattg
    10741 ctggtcggcg gactgggtgc aggcttcgtc ctggccgttt tcatggccaa ctcgggaggc
    10801 gcatgggaca atgcgaagaa atacatcgag gaaggcaaca tggggggcaa gggctccgaa
    10861 gcgcataagg ccaccgtggt gggcgacacc gtcggcgacc cgtttaagga cacctccggc
    10921 ccgtcgctga acattctcat caagctcatg tcgatggtct cgatcgtcat ggccggattg
    10981 accgtagcgt tctcgatcct ctaatgagaa gctcttttgg cggatctttc tcctttctgt
    11041 ttcggaccta tcggagcctg tttctaccct tttgttccat catcaatcct cacacgaacc
    11101 tgctgtgatc gtctaacgat gaatcaaaat catcagaaac atcttcgagg atagcctccg
    11161 aaataaatcg gatccggtga tcgcagataa cccgacagcc ccatcgatac ctatcggtgg
    11221 ggctgtctgc tgtatatcta tgagcctatt gtgatcacac gtcagcctgt tgcccggggg
    11281 cgtgccgctg aacatccggg ggcgaagggg ctggcaggcg gccttccaaa gtggccggag
    11341 tgttcggtga ctctggcagg ccgcctgccg ggactatcga agactccggt aacgctggca
    11401 ggccgcctgc cgggactatc ggagactccg gtaacgctgg caggccgcct gccaggacta
    11461 tcgaagactt cggtaatggt gtcaggccgc ctgccagagt caccgaacac tccgacgatg
    11521 ttggcaggcg gcctgccaga catatgcgga agccatatca cagcaaggag ggcctacaaa
    11581 cacgagcaaa tcgcacgata tataaccccg acagtcaccc cccccgaaaa gatgtggtgc
    11641 acattttttt tcgacgagga gccacatttt tgccgcatca tgcgtcaagg gggacgtgtg
    11701 acggttgcaa acggtacgca aggaatcaga ttgaatggat gaaaagcaac tcatagccga
    11761 ttgtctcaag ggtgagcaaa cagcttggaa agcgctctac gacgcgtatt ccggccgcat
    11821 gctgggcatc tgcctacgct acgtggccga tcgtgaagta gcgcgtgacg tgttgcagga
    11881 tggcttcgtc aaagtgttct cgtcgctcga caagttccgg ggcgaagggc cgctgggggc
    11941 atggatccgg aagattttcg tgaatgaatc gctcgaatat ctccggcgta cacagaccct
    12001 ccggcatgac acggtcagct tggacagcgc caccttcagt ccctcggaag aggccacggc
    12061 cctttcgcaa ctttcggcgg aagatctcct atccatggtc cgcgaactac cgcctagcct
    12121 acgcaccgtc tttaatctgc ttgccgtcga agggtactcg cataaagaga tcgcaaccat
    12181 gctgcaaata gaagagagta catcgcgtgc acactacatg cgggcccgac ggtggttaca
    12241 aaagagaatt aatggggaga atatgtgatg aaaaaacagg atgaatggga aaagatcgtt
    12301 cgatcaaagc tcgaagacta cgaagtgcag cccgatccag ccgattggga agcgatagtc
    12361 ggacgattga cgcgccgtcg gctctggccg cggcgatgga tgtacgcagc agcggctgta
    12421 gcgctattga tactcctttt tgaaggcgga cgaaggctgt ggcgcccaga cgagccgtcg
    12481 gaacggatgg cagacgctaa gcccgtaccg acggcaccga tagctacgcc gtcagttgcc
    12541 atgccaagcg catcgtcgct ccccgcgacg gttgcgacac caccgcccac cgcagtcgca
    12601 caggtaagga cgcgaacgaa agcggcccca caaacggtag caccggccat gacgcgtctc
    12661 cacgcagcca cgccgcacga agcatcgctc ccgcctactg atcagccgac ggacgagcca
    12721 tcggtgccag acaacgcctg gctggccgaa acgacgataa gcacggccga cagtctgtcc
    12781 ctctatgcgg cagagatccc gacggctgag gaaatcgaag aggcgatcga acaatcctcc
    12841 gatcgtatgg cggttgcggc aacgcgaccc gcccgacgct ggggcttcgg catggggggc
    12901 ggtggctaca caacaggtct gcaaggtgga ggcggagact tcaatgcgac gtttatccgc
    12961 gatgacagcc gtgccgatct gccaccgtac gactacgggg aaggcaccgc ggacgacgcc
    13021 ctcgcctacc atcggaacga aacggatcgc atcgatgtca agcatgcgcg cccgctctcg
    13081 tttggcctcg gcgtgagcta tcggctgagc gatcgctggg cattgcagag tggcctgacg
    13141 tacacctgcc tcacttcgcg ttggcgcaca gcctccatct tcgatgggca catccggcag
    13201 cgattgcatt tcgtcggtat cccagtcggg gtggcttacc gaatagcaga ctggcggcgt
    13261 gtgcgattct atgcggctgc gggcggcgca gtagagtgga acgtggcggg tagcctccgc
    13321 acgattcaca gctacggaac cgggcgacgc agcacggagc agtcgcaacg aatgaaagaa
    13381 tggcaatggt caacctatgc ccgcacgggc gccacttacc ccctgttgcc attcctaagc
    13441 ctctacgccg aggtgggcgc aagctattac ttcgacaacg ggagctccat tgaaacgatt
    13501 cgatcggcga aacccttcta tctatctttg cagacgggtt tgagattagg tctttagagg
    13561 ccgatgcgcc tccccccata cattatatta ttgcatcaag aactacggga gaatccatcg
    13621 gcccgctccc actcataatt actaacgact tattactacc gcggccctta agccgcacaa
    13681 ttcccactaa tagcttattc ataatgacat gaaaggaatg aacaagacaa tggcatgggt
    13741 agcagccgcg ctgctgctgg catgcaccac ctcctgcctt gaaggcggga gcaacagcgt
    13801 agaatcgacc accgtaggca tcatacggcg cgaatcgaaa gaaggaaaaa tggtcatgga
    13861 caaccccttc ccctatggtc cattctactc accgacactt tccaaactga acgaaggcgc
    13921 atgcgtcctc gtgcacttta ccctcgaccg tgatgcggca gaaaactcct ccaccgtagt
    13981 ccgatcgcgc ggctatagca ccgtgacgat cagtgcgcag gcggaggtcg agaagtaccg
    14041 catagctcgc ttctccgatc ccggagcccc ggatacgggg aaggtactga aggatgaagt
    14101 gcccatcaag aatcccgcca acctagtgcg tggttatgtg cgcggctacc tcttcgtcga
    14161 gcacgtcctg aaccaaccca gcgaccagcg taacgaatgg tacttgacgt acaatccaga
    14221 cgccaaggcc cagacgtatc tcgggaaaca cacctacgac atctatctcc gtaccaccaa
    14281 gcgcacggcc ggtacaaaga ccgctgtcga catggctgtc aacagcgcct atttcatcaa
    14341 gagctacttc gaggagatcg ctcgcaagga gaaaagcagc ggcaacaacg aagcctttta
    14401 cgtacgcttc aactacgtct caggtttcca aaacggtaag ccagtctggt caagactcga
    14461 acgagcaatg ccggtccaga tttctgacat ccttagcaac aaaggctgac gaccgctgat
    14521 cggccatgcg acaagaagaa gctgtccggg agagatgatc ccgggtagct tcttcttatt
    14581 gtcaaacggc aaggagcaat cgtcagctga agtataaaac gcatcgaaga tggagctcca
    14641 actgacgttt aggcgactca caagtcacgt ttgacgtcta atgcttgaag cctcagacac
    14701 gcctcattgg cccctctaca atcatagaat gctctgacaa gacatgctta ccctccagca
    14761 acacgatgaa gcgcttcctc ctcaccctat ggaatgacct gcttgggctc ttctacccac
    14821 gcgtctgcgg agcttgcggc gcgcccctca tcgacggcga ggagctgctc tgcctctatt
    14881 gcctcttcga actgcctcgc ctgtcctatc accgctaccc cgacgatgaa aaccctctcc
    14941 ggcacatctt cgccggctgc tcctccgtgc gtcaagtgat cgcctaccta cacttccaaa
    15001 aggagagcta cgttcagcat ctcatccacg aattcaaata ccacaagaac gaacgcttag
    15061 ccatctacat cggccgatta gctgccgaag atctgcaaag agatggctat ctcaccgacg
    15121 tcgatctatt cgtgcctgtc cctctccacc cacggaagat gcggcaacgc ggctacaatc
    15181 aatccgagcg cgtagcccgc ggtatggcta gcgtctacca ccaccctatc gatacaacct
    15241 cccttatccg tcacacctac accaagacgc agacgcggaa gtcagcctac gaacggcgtc
    15301 agaatgtgaa gaacgtcttc accgtagctc accccgaacg cctcgccggc catcacatcc
    15361 tgctcatcga tgatgttctc accaccggct ccacactgct caactgcatc gatgccctac
    15421 gcgacgtgcc tgatctgctc atcagcatct tcgtagtctc cacggttatc tgaggagcgc
    15481 aaattgagat cgaacagtcc ctcatcggac agactcagca gcatggccac ccttccctct
    15541 gagaatccgc atcccaagcg ccttcctgct catttcacaa gccataaaac gcactgcgcc
    15601 aattggaaaa gatttctaca tttgccgccg ttttttcgga tacaataaag ccttgggaaa
    15661 attcagagca tattgggttg atttgaagga tataaatcca gcggaagttc gcacctatga
    15721 atatctgctg gatgatcaat ttttcacaga catagatggc acggaagttc gacaaggaca
    15781 cgtcaacgtg caactcaaag tcgagcacaa agcatctgct ttccagatga cttttcacct
    15841 ggagggcact gtcattctgc cctgcgatcg ctgcttagat catatgaagc agccgatcga
    15901 gacaaacaac cgattgacag tgaagttagg caaggagtat acggaagaga gcgacgaagt
    15961 attggtggtt tccgaagacg aaggcggtgt caacctcgca tggttcctct acgagttcgt
    16021 ggcgctggct gtaccgatga agcatgtcca cgcaccgggc gaatgcaacc gtacgatggc
    16081 ggccaagctg cgtaaacatg cagcctacag ccccgacgat gaggacgagg ctgacgatga
    16141 aacggacgaa tccgactcca acgcagagga cgctccgatc gacccacgat gggacgctct
    16201 caagcaactg aaagatgaag aatagaagta aaacaataat cgaaatttga attatggcac
    16261 atcctaaaag aagacaaggc agcgcgagaa ccggcaagag aagatcgcat gatcacgcag
    16321 cggttccgac attggccctc tgccccaact gcggtgcatg gcatgtatat cacacggttt
    16381 gcagcgaatg cggttactac cgaggcaaat tggcgatcga caaggacgtg gctgtctaaa
    16441 aaagacagac agcccgctct tgcatcagta catacacaca ccgaacacac accatccaag
    16501 aatcaaattc tacactcatg caatgcaagc agccccgata cacattcttg atcgagggct
    16561 gcttcatttt tttcatccta catatcaaaa gaacaatgga caagataaat gcagtcatca
    16621 ccggcgttgg gggcttcgtc ccggacgacg tactgaccaa cgacgaccta tctaagatgg
    16681 tggataccac cgatgaatgg atcatgacac gcgtcggtat caaagagcga cgcatcctca
    16741 aagaccccaa cctcagctct ggctacatgg gcacgcaagc cgtcaacgac ctcgtgcaga
    16801 agaccggaat cgaccccatg tcagtagagg gcatcgtatg ctctacctcc acgagcgact
    16861 atcacttccc cagcaccgcg tcgatcatcg cctatgagtc cggctgccag aacgcctacg
    16921 ctttcgacat ccaagcggcc tgcgccggct tcatcttcgc cctggagacg gccgccaatt
    16981 atatccgttc ggggcgctac aagcggctga tcgtcgtatc gagcgaaaaa atgtcctcca
    17041 tgaccgacta caccgaccgc gccacctgtc ccctctttgg cgacgctgga gcggccgtct
    17101 tgctggaggc cacgacggag gactacggcg tgatcgacac cctccttcgc accgatggat
    17161 caggcaaatc gcatctgatc atgaaagcgg gcggatcgct acgcatgccg agccacgaga
    17221 cggtcgatca gcgactccat ttcgtctacc aagaggggca ggccgtcttc aagcgggccg
    17281 tcatcgacat ggccgacgcg gccgaggaga tcgtgcgccg caacgggctg accaaagatc
    17341 agatcgattg gatcgtgccc caccaagcca acctccgcat catcgacgct gccgcacggc
    17401 gcctcggggt gaacaaagac aaggtgatga tcaacatccg caagttcggc aacaccagct
    17461 ccaccaccat ccccctctgc ctgtgggagt gggagggcaa actccgccgc ggcgataacc
    17521 tgatcttggc cgctttcggt gccggatgga cctggggagc cacctacctg aaatggggct
    17581 atgacggagc gaaagcataa gtccggcttc gtcaacatca tcggcaaccc caacgtgggg
    17641 aagtccacgc tgatgaaccg attggtgggc gaacgcatct ccatcatcac ctcgaaggcc
    17701 cagaccacac gccaccgcat tctgggtatc gtcaatacgg acgatatgca gatcgtctat
    17761 tcggacactc ccggcgtgct ccgcccgaac tacaagttac aggagaccat gcgcgaaagt
    17821 tccgaatctg cgctggggga cgctgatatc ttgctctacg tgaccgacat ggtggagaaa
    17881 accgacaaga atgacgactt tctgcagcaa gtgcggggca tcgaatgtcc cgtcttgctg
    17941 ctcattaaca agatcgacct cacggatcag gcggggctga cccaggccgt cgaggcgtgg
    18001 cacacgctcc tgcctgcggc cgagatcatc cccatttccg cgctctcggg cttcaatgtt
    18061 gagcccgtca agcgtcgcat cgaggccctc ctccccgatt cgcctcccta ctttgagaag
    18121 gacgccctga ccgaccgccc ggcgcgtttc ttcgtgacgg aaattatccg ggaaaaaatc
    18181 ctgctctact atcaaaaaga gatcccctac gccacggaag tcgttgtcga ggagttcatt
    18241 gagggcgcgg agcagataca cattcgcgcg ctcatcatcg tggaacgcga cacgcagaag
    18301 ggcatcatca tcggtcacgg tgggcaggcg ctcaagaagg tcggcacgac ggcgaggcgt
    18361 gacatggagc gattcttcga gaaaaaaatc ttcctcgagc tctacgttaa ggtcgagccg
    18421 gactggcgca accgcgacaa cctcctccgg cgattcggat acaaactgga ttagttgccg
    18481 ttgtaaaaag cgcgtcacaa gtgccggata cttgtcttta gcaggcggac aacaccctcc
    18541 cgaggacaag tatccggcat tcttttgctg acaacctgtc acatgcggcc actcctcgtc
    18601 gcgtgcagcc tatacattga accgcggagc caacactccg ccacgcacag ctcgccagcg
    18661 cgggcttgca acaaaccatt cgtagcgtat aacatgtaaa ttagaagaat atgggaaatg
    18721 tagtagccat cgtagggcgt cccaacgtgg gtaaatcaac gctcttcaac cgccttattg
    18781 gttcgcggca ggcgatcgta aatgatgaag ccggaacgac ccgtgaccga caatatggca
    18841 aggttgaatg ggccggacgg gagttttcgg tgatcgatac cggaggttgg gtggtgcaat
    18901 cagatgatgt atttgaagaa gaaatcaaca agcaggtcaa gatagctgtc gaagaagccg
    18961 acgtcatctt attcgtggtc gacgtaatga acggggcgac cagcttagac gacgaggtgg
    19021 cgcatatact ccgttgcagc ggcaaacccg tcatattggc ggtcaataaa gcagatactt
    19081 acgatcgcca cgccgcagcc gcagaatttt atagcctggg attgggcgat ccttactgcc
    19141 tctcggccgt gaatggatcg gggacaggcg aggtgctcga ccgcgtcgtg gagctgctac
    19201 cctcggcagg cgaagaagcg cacgacgagg agctgccacg tatcgccgtg gtcggccgac
    19261 ccaacgccgg caaatcgtca ctcatcaatg ccttcatcgg agaggaacgc cacatcgtga
    19321 ccgacatcgc gggcaccacc cgcgactcca tctacacgcg gtacgacaag ttcggcctca
    19381 acttttacct cgtcgacacg gcggggatcc gcaaaaaggg caaggtgaac gaggacctcg
    19441 agtattactc cgtcatccgt tcgatccgcg cgatagaaaa ctcggacgtt tgtctgctca
    19501 tgctcgacgc cacgcgaggc atcgaaagtc aggacctcaa cattttctcc atcatccgga
    19561 aaaacaagaa ggggttgatc gtctgcgtca acaaatggga cttggtcgaa gacaagtcca
    19621 ccgcggcgat caaaacctac aaacgcgcca ttcgggagcg tatggcgccg ttcactgatt
    19681 tccccatcct cttcatttcg gccctcacga agcagcgcat tttcaaggtc ctcgagacgg
    19741 ctaaggccgt ctatgagaac cgtcgccgac gcgtcaccac ggggcgtttg aacgagatca
    19801 tgcttccgat catcgaacaa acgccgcctc ccgcctggaa gggaaagtac atcaagatca
    19861 agtatatcac ccagctaccg gcgggcagtg tgccctcgtt cgccttcttc tgtaacctac
    19921 cgcagtgggt caaggagccg taccgccgat tcttggagaa tcagctgcgc gagcactggg
    19981 atttccacgg gacgcccatc caagttttca tccgcgagaa gtaacccgcg cgggacagtt
    20041 gcccggcgca tctcaacaga cagtcctgcc ggtggcagag gttcccaacg cctctccgcc
    20101 ggcaggactt ttttatgtcg actctcaaaa cgagcctctt tttacacacc tccatcgtgg
    20161 aggacttcaa aaagagccta cgaaagggac ttctcgcgac ggaggggacc aaaaagagcc
    20221 tacgaaaggg acttctcgcg acggaaagta ccaatcggag cctacgaaag ggacttctcg
    20281 cgacggaaag taccaatcgg agcctacgaa aggggtcctc cgctctggaa agtaccaatc
    20341 ggagcctacg gaaggggtcc cccgctctgg aaagtatcaa tcggagccta cggaaggggt
    20401 cccccgctct ggaaagtacc aatcggagcc tacggagggg gtcatccgct ctggaaagca
    20461 ccaatcggag cctacggaag gggtcccccg ctctggaaag tatcaatcgg agcctacgga
    20521 agaggtcccc ggctctggaa agtaccaatc ggagcctcga aaaaagactt ttttcgcaaa
    20581 gtgctttaaa acgagccgcg gaaagagact cttttcggaa agtgctccaa aaagagcctc
    20641 agaaagggac tcttttcgca aagcgctcca aaacgcgcct cggaaaagaa ctcttttcgc
    20701 aaagtgcttc aaaacgagcc gcggaaagga acactttgca gaaagcgtcc caaaacgagg
    20761 ctcggaaagg gacactttgc aaaaagagtc ccaaaatgag cctcggaaag ggactctttt
    20821 ttttgtggat aaggatcagt cgatgtcgtc cggagcttcg acgtcgtcgt ttttcatggc
    20881 gcggatacag tcgaatactg cactgcgctc gaagccctta ctttcggcgt agcgaaggag
    20941 tttcacggcc cgatcggtgc tcgacgtggc gcggatggct cttaattttc ggcggagtag
    21001 ctcgtcgagg acggcgcgat agtcctcctc gtcgatcagt tcgccgaggg cctcctcgat
    21061 caggctgtcc ggcaggtcgc gtcgacgcag ctcgaagcgg atcttgaacc gcccccagcg
    21121 gttgaaccgc catttgtcct ccacgaaact ccgacagtag cgtgcttcgt cgaggaaccg
    21181 ttccgcggtg agttgcgcga cgatccgttc cgtcacgttg ctcgtggcac ccatcgccac
    21241 cagttttttg cgcacatccg acgggcaacg ctccgtcttg acgcagtaag ccgccatctt
    21301 gtgcagcatt tcggtctctt cggttgtatt catgtcgtaa aattagggct tgtcattcat
    21361 ctcacgtttc atcccttgcc caattggccg acgctcctga cggtcacttt cgggaatagg
    21421 aaatttggcc ggcgtccctg acgccttgat tttcttttgc ttcttttctt gcatcaaggc
    21481 aagaaaagaa gataagagag gggcttaatc agtcgctgcc cctaccctac cggccggagg
    21541 ggctattcct aaggatcgat tcggattcat tttcattcct atcgtgtgta tcaccggccc
    21601 cggcatcgac tctcccctcc gcaaacctgt ttttcccctc catgtcacga ctgatccgaa
    21661 catcggagta gccttcggcg acgagcaacg tggccgtctc ggccgataga gcggcgttga
    21721 tctcgaagta gagccatcca ccgggcgtga gccactcgtg ggcgcgtcgg gcgatcgctc
    21781 tgtagaacag cagggggtcg tcgtcgggga cgaagagggc cgcgtgcggc tcatagtcga
    21841 gcacatgggc ggccatgtcg cacttctcgc tgtcgcatac atacggcgga ttcgagacga
    21901 tgaggtcgaa cggcccggga agggtcaaat gcgggtcgaa aaggtctgcg cagacgaagc
    21961 gcacctgcgc accgttgcgc tcggcgttac cctgcgccgt gcggatggcc tcggcggaga
    22021 tgtcgagggc catcacctgc gggtggagta gccgtcgcga gagcgtgatg gcgatgcacc
    22081 cactgccggt gccgatgtcg agcacccgca gggagggcgc cgcgccgtgg cgttgcacga
    22141 tgcgctccac cagctcgccc gtctcgggac gggggatgag tacggagggg ttgacggaga
    22201 aggtcaagcc gtggaatgtg cattcgccga cgatgtattg gatcggctcg tgcagcttta
    22261 accgtcgcac gatcattcgg acgacttctc gctgctgtgg gtcgatcgga gtatctttgg
    22321 ccagtatttg ttgggccgga gtgtagcccg tgacgtgctc gatgacccat cggctgatcg
    22381 cgcgtgtctc ttcgggatcg taaatggcgg ctaattgctc gcggaggtag gctattgttt
    22441 cgatcatagg gagtgtattt gaaagggagg aaatgataga ggctaattaa gttcaattat
    22501 tcgccgccgt ctatggcggt ctcttccggg acttggaaaa ttggccggcg tccctgacgc
    22561 cttgactttc ttttgcttct tttcttgcgt caaggcaaga aaagaagata agagaagaac
    22621 aaataaacac ctcaacaggg ctttagccct caacaattca acatctatgt atagcaaaag
    22681 tacaaacgaa gacgaacgtt ttatgcgtcg atgcttggcg ttggcgcgat gtggcgcggg
    22741 acggactgcg ccgaacccga tggtgggtgc cgtggtcgtg cacgaggggc ggatcattgg
    22801 cgagggctat caccgggcct ttggcgggcc tcatgcggag gtgcatgcta tcgcagccgt
    22861 ccgcgatcgg gacttgctgc gccgatcaac gctctacgtg accctcgagc cttgctcgca
    22921 ccacggcaag acgcctccct gcgccgactt gatccgtcgc tcgggcattc cacgtgtcgt
    22981 cgtggcctgc gtagacccct ttccggcagt ttcaggtcgg gggatcggct tgttgcgcga
    23041 ggccggggta gaggtagtcg tcggtgtact cgaggccgag gcacgccaca tgaatcggtt
    23101 cttcctcacg gtccagacgg agcagcgccc gtacgtgatc ctcaagtggg ccgagagcgc
    23161 cgacggcttc atcgacgcgc ggaggctcca cgccgaccgc cctccggtac gcctctccga
    23221 cgagcgtagc acgcgggccg tccacagcct acgcgccgag gtggcgagta tcctcgtggg
    23281 cgcccgcacg gcacggctcg acgatccgag tctcacggtg cgccactggt cgggaccgtc
    23341 gcccgtgcgc ctcctgctcg atcgacacgg acaggtgccc cccacggcgc acctcttcga
    23401 tggccgcgtg cccacgctcc tcttcacctc gccgagtaac ccgacgacgc cgcccaacgt
    23461 cacgcgcata gacgtagacc cgacgcagcc cgtcctgcag caactcctcc agacgctcca
    23521 tgagcgacag atccagtcgc tcttagtcga gggcggcgcg gagttgcaca gccacttcat
    23581 ccgggaaggt ctctgggacg aggctcatgt ggagacggcg ccgatcctgc tccgcgacgg
    23641 catgcgtgcg gcggatttgc acagcgaagg ggatgccgtc cgctggagtg accgcacaga
    23701 caacaaaaag cacctgctca cggtgttttt tcaccgtagg caggtgcttt aagggcatgt
    23761 aaaacggaaa gaccaccctc cataggcttc ggcgtatgcc ctacggctta ccggagaatg
    23821 gggaatgact catgacgatc atgccccaag aggggtattt ttttgatggg gtaaaaaagg
    23881 gaactccctg aagagggagc ctccacggct tagtaccatt tcgtcacgtc gcgtgggctg
    23941 gcgctctgat tgtacttcag atcgcggagc aacgacgaat tgacggccac agagaaggcg
    24001 tacgacttcc acggcccgac tgggatgatg cttgcggaca tcgtgaagca gtgcaaattg
    24061 cgggtgatgg tgcacgtcat gtgcgcgatc ttcttggcct caaagtcata cgatccgttg
    24121 aagctaatgt tccagttctt cgtcggtttg atgttgccgc tgaagctcag attgtgacga
    24181 atctgatagt tgtactccaa cttttgcggg ttgaaggagc cgtaaccgag gctcatgttg
    24241 taactgaggg agaagctcca aggcaccgtg gcgttatagt agccgtcggc gtcgtattca
    24301 cccgtatcgt ccttcttagc ctggcgcaga cgggtgccgc gagccggttt ctcgtcggtg
    24361 gagttggcct cgtcggcatt ttcgtcgctt ccacgctcct tctgcttgct cttctcgtcg
    24421 tctttatcgc ctttccgcga gaagagcttc ttaaacgtgt cgttggtgaa cgtataagag
    24481 aaggcggtac cggtcgagcg gagtcgcccg aggcctttcc ccatctgcca gcggggtttg
    24541 tcgatgcggt aaggtactcc cgtggcggcg tcgtagccat aggtgtaggt gtcgaagact
    24601 cccgagagct gcaaggggaa acttccgagc ttgagacgaa gatccaccga cagatcgctc
    24661 catcggaagg agtcggcggc cgtattgtag ttgatccgta aggtgaggcg atcgatgagg
    24721 ctgacttttt tgatgccgga tgagtcggcg ttggatcgca ccttcatttc cacattgttg
    24781 tctaccgcta acgagatccc gccctgcctt ccgcgccccg gaacgccgaa catttgacct
    24841 tcgtaagggg aataatagcc cgacacggtg cgccccgagc ggtcggtgta agtatatggc
    24901 tcgtagtaac cgtagttcgc ggcgccgaag tcgggcgcca tgttgtaaga ggccgagagc
    24961 gccatgctgt gacggatcat ctgcacctta tcgccgaaga ttttccacgg tttgaagaaa
    25021 ccgtagatcg tagttgaggc tgagatggcg gcgcgataat catagacgcg atagaagccg
    25081 taagtcgtgt cgacgggctg gagtccgccg cgtgcggtgt cgaagcgctg atggactttg
    25141 tttgtgtacc agcgctcggt gtagcttgcc gagggcgtga tgttgagaaa tccgaactga
    25201 taagtggcgc tcacggggat gttatgttgc atcccatgct gccagtcgtg taggaagttc
    25261 tttttgagga acgtattttc tttcgctgtg atcgagttgc ggaagtagcc agaatacgag
    25321 acggagatct tctcatacca tcgctcgcgg cccaccgcat gtttgcgctt gagcggatag
    25381 atgctactca tggagaccgt catgtcgggg agagtcaaac tgaccgagga atcctgtgat
    25441 cgctgattga tattcatcgt agccgacacg gtaaggggat tgttggggaa gcgttgtgag
    25501 atactgatgc tcgaaccctt attgttgttc gttccatctg gtgtgtagag cgtgttgagc
    25561 tgattgtagt tgtagctact tgtcgtaaag ttcacgccag ccgagaaggt gcgataggga
    25621 tttgctttcg gatcctgggc atgggtccag gcgatcttga agtccttcga gacgctgtaa
    25681 tcagggagtc cgcggtcgcc gagcttggtt accagatagg atgcgtcgaa attcccggag
    25741 tagcggtagc gttttttgta ggctgaacgt gctgccacgc cccaggagcc cttggtgtag
    25801 atctctccgg taagcgccag atcgaaatag tcgctcaccg cgaggtaata gccaccattc
    25861 cggaggttga agcccctcgc catctcgtct ccgtaagttg gcgcaatgat gcctgaggaa
    25921 tatttgtcgg tgaaggggaa aaacgcaaac ggaagcccga tgggatagag cggcacgtct
    25981 tctatcacaa ggtaggcagg cccggtgaca atgtcttttc cgggtcgcac cttggcgcga
    26041 gtcatgcgga tgtaaaagtg aggatggtcg tgctcgtcgc aggtggtata tctgccgtcc
    26101 gcgacattca tcacattgtc ggacatcttt tttgtggctt ccgccatgag gtatccttcg
    26161 ccctgcttcg tgaggacgtc ggccgcgaag gcctttcgcg tgcggaagtt gtatcgcatg
    26221 gtccgggcct cgatctgctg ttcgccctct atgaaaaggg ggtagccgaa ctccttcccc
    26281 acggtgtcga gtgcataagt ggcgtacacg atgctgctgt ccatgctcat ttctatgcgt
    26341 tcggactgca attcgatgtc acgatacttg acgttgccct cgccgaagag gtaggccatg
    26401 ttgttccccg tcataatgat cgaatcggag gcctgatagg tgactggcgc ctcgagcatg
    26461 ctcttccggc gtcgtgccgt gtccttccgt gccgtgtcga tggctgtggc aagacgctgg
    26521 ggagtcattt ccgagctgtt gatgggcgca gcacctcgcg gggagctcat ttttgagcta
    26581 tcgatggccg cggagagtcg ctgggaaatc ctttccgtgc tatcgatggg cgcaatgcct
    26641 cgcggggagc tcatttttga gctatcgatg accgtagaga gtcgctggga aatctttccc
    26701 gtgctatcga tgggcgcagt gcctcgcggg gagctcattt ttgagctatc gataaccgcg
    26761 gatagtcgct gggaaatcct tcccgtgcta tcgatgggcg cagcgcctcg cggggagggc
    26821 atacccgaga tattcgtatg cacaacgaga cgcggggcgt tcatggctga cgtacccgta
    26881 tttgcggctg ggtgccgcga ggtcatctgc gccgcatgaa ggggcagatg ggcccgtacg
    26941 ccgcaacaaa acaggagggc gcacaggagg caggctatct ttagaggaag agttcgcacc
    27001 acgcatcaaa tcgtttcacg tcttcctggc catacgcggc gagcccttgc ctgatctttt
    27061 caatcggctt ctcacgctcg agcttcgttt tgctgaaaaa cttatcggca aagcagatca
    27121 actgctcctc aaggcttacg ggcagcatgt cgtggggagg gatgggcagg ttacgtgcct
    27181 caatcatcgc gcgagagagt cccgcgccgg tgtgacgctc acaaacgagc gcgtgacggg
    27241 gatagcctaa ggagcgcatc agttcagccc ccagccaacc gtggcagatg tagggcgaag
    27301 tgccatgaca atctatctca ggcgcatcgc agaggtagat acctatgtcg tgcagcatgg
    27361 ctgcctcact gacaaacgtg cgatcgagct ccagctccgg gtgagcctct gccagcgcca
    27421 gcgctttgtc gcgcacgctg cggctgtggc ttactaagat ctgataagcc cgtgagccgg
    27481 gttgataata ggctgagagg atggctaatg ggttcattgc gatgaggtgg gttgttggtg
    27541 aataattcgt cttctgatgg ggcgcaaaaa taagcccaaa tcgttcatcg gaactttagg
    27601 cggcgattcg tggggaaacg gtacggcgca gggagctgtc ggagggggcg gctgggggta
    27661 ctatccggcg agcctatttt tgccgcccga ttcattttac gattatcatt catccgtaat
    27721 cccctaccct ttatgatcaa acccctcctc ccgctgttca tcagcctctc gtgcctcttc
    27781 ggacacttcg cagcctcggc ccagaccgac ccggacgact cgctggccat atataatagg
    27841 tatagtccgc ccacgctggg caacgagcga ctcgacaccc tcctccccct cttgcaaggc
    27901 cgacgcgtgg cactggccgt caatcagacc tccgtcgtgg gcccacggca gacacacctc
    27961 ctcgacacgc tcctcgcgct gggggtcgac gtccgcaagg tcttcacgcc ggagcacggc
    28021 tttcgtggtg ccgaggatgc tggcgcacgg gtgaccgaca gtcgccaccc cgatcgcaac
    28081 atccccatcg tgtccctctt cggccgcacg ctccgcccga ctatggccca gatgagcgac
    28141 atcgacgtgg tggtcttcga catccaagac gtcggcgcac gcttctacac ctacatcagc
    28201 acgatgcact atctgatgga ggcttgcgcc acgagccgcc gcacgttcat cgtcctcgat
    28261 cggcccaacc cgaacgactt cgtcgatggc cccgtccgac ggccgcgtta ccgatcgttt
    28321 gtcggcatgc accccatccc cattctccac ggcctgacga tcggcgaatt ggccctgatg
    28381 atcaatggcg aggggtggct gcagagcggc gcacgctgtc agctgacagt catccccatg
    28441 acgggttggc aacacggaga cgcattcagt ctgcctgtca agccgtcgcc caacctgccc
    28501 aaccagcagt cggtgcgcct ctatccgtcg ctctgtttct tcgagggcac gtgtatgagt
    28561 gtcggccggg gcacacggtt ccccttccaa gtcgtgggtt accccgcaca gcgggccgga
    28621 cgcttcacct tcacgccgga gcctatccgc ggcatggact ccgcgccact ctatcgcggg
    28681 cgcacctgct atggcgacga cctgcgggag ctccccttcg agggtggcct cacgctgcgg
    28741 ttcctcttgg acttctacgc ccgtatgggt cgcgatgcga agaccttctt caaccgctcc
    28801 gccatgttcg acctcatcgc aggcaccgac gagctacgcc gccaaatcac ctccggcctc
    28861 tccgaagacc gcatccgctc ctcctggcag gccgacttgg atcgttatcg cctcatgcgg
    28921 cgcaaatacc tgctctatcc cgacacgcgg ccggagacgc acctgtccga agggcgcaac
    28981 gcggaataga ctctatcgtc gcacaactcc gtcgctcgga aatactgtat ttcgaggcca
    29041 tgcaagcctg cgacggccag aaatagtgta tttcgaggcc atgcaaactt gcgacggcca
    29101 gaaatagtgt atttcgggcg ctgtaaaatc tgcgacggcc agaaatactg tatttcgggc
    29161 gttgtaaaat ctgcggcagc cagaaatagt gtatttcgag gccatgcaag cctgcaacag
    29221 ccagaaataa tgtatttcgg gcattgtaaa atctgcaacg gccagaaata gtgtatttcc
    29281 aagccataca acaacgaaac gtcccgccga cgagtgagga gaaataggct ccttttgctc
    29341 atcggcggga cgtttttctg ttgcacgggg tgctattcgc gcttcttccg acgcgacttc
    29401 ttgcggcggt acttacggcg gtagacgata taaccggaca gcaccacaag gaacatcagc
    29461 agtccgccga ggaagacgta gaagtccgtg aaggcgaaga ggaacgagcg gtagagtcgg
    29521 ccgacgtgca actcaaggca gaagtgccag aacgatatgc gaccgtctcg cgcgaagacc
    29581 tcgggcatgg actcgaacgg catatcgggg tagttggcaa gccgtgcgcc gcgaccgtaa
    29641 tcgaagacga ccggcccctg cgcaaagtcg gacgagaagc cactcacggg gttcccgaac
    29701 gtgggccgtc cgccgccacc gcgccgaccg tagcccccca tctcgtcgag cgggaggccc
    29761 gtgtcataat cggtcacgct gccgtcggat aggtcccagc catagatccc gctgaacgag
    29821 cccacgaccc actggttggg acccgtctgc tgccagacgt tgaggcccat gacgctcacc
    29881 gggggcgtgt tgtccagttt cttgggctgc tcgccaaacg cggggaaagc gtagatgcca
    29941 gacgaggccg ccagcagcca ccgacgcccc tccgcatcgt agcgcaagcg gcgcaggcgg
    30001 tcgtgccacg gattgtcgct ctggagcgta ctgcccggca cgggcttcac ttgcgtgcgc
    30061 gcaatgggga tgagcagcgg cggacggagg aacatgcccg tgacgacgat tagcagcaac
    30121 aggacgataa agaggctccc cagccggttg tgccacacga aggagaacgt ccatgtgcgg
    30181 cgtaagggca gcgctgggtc gccgcgcttc ttacgcaggc ggatcgggat ttcgaagagg
    30241 gtcaccacga ggcccgtgag gcagagcaca acgacgatga tccccaccac atcgatcaac
    30301 agtcggccgg gcaaaccgaa caagtcgccg ctgtgggtca cccagatcgt cttgaagagc
    30361 gagacacgcg gatcgtagtc gtcgggcgtg ggtaacggtt gagcggtgaa gcgggtgtag
    30421 ggcgctgcgg cagcgtacac gttcgagcgg gtgactacgt agagcctatc gcccacggac
    30481 agcacgtccg tcagcgcctc gtcgtccgtc agcgcaccct ccacctcgcg ccaccggtag
    30541 gcggtacggt cgaagcggta gaggctatag gtggagatgg cgaagagctg accgtcagag
    30601 gtggcagcga cggcgcggat gttccggttg tcggtgccgg gacgcatacc gtccatgcag
    30661 ggccggaggc cgcggcagaa ggtgtcggcc acccaaatgc cattgctacc ataaagcatg
    30721 acgctgtccg gccccatgcg taaggtgccg accacggcac cgttgttcca attctcgtac
    30781 acgtactgct gcggcagcca gcggcgcggc aagtcccagc gcgtgatggc ggtgcgatgg
    30841 ttgaggaaga cgcccgagag cgcgaaggcc agaataaaga aggtgaggac aagccccacc
    30901 cacttatgga gacgccgcca ggtgcgcgct ttctctttgc gccgtggcgt cgtcttacta
    30961 tttggaaaag acatcgattc tatacagggg ctacttcgat tccgatttcg acatcgactt
    31021 tgacttcagg ttgcggctgc catccggctg ataggcgtag cggaaggtga tgtaaccact
    31081 cttcttctcg gcgttgtgga agctctcgaa gatgaccttg acatacttcc cgtcggccgt
    31141 acgaacgacg aagacgtgat cgttgagggt gtacgtcggg ggcgggccgg agaagcggac
    31201 ggctttattg agcgccacgt tgccggacgt cttgctcgtc gtcaccttac cattggcaaa
    31261 gccgttcatg gtgatctcca catccgtcac gtagccatca gcgggtgctt cagccacgtc
    31321 ggagaagttc gccttgtccg tctctacggc gccacccttg cctttgcccg aaaggccgct
    31381 gttggtgcgc atatagaagc ggttgaaggc gatgtcccag tcggtacgtg tcgcacgatt
    31441 ctcctccgtc acgcctgaca cttcggcgcc ggtggcaaag gagaagtaga cccagtcttt
    31501 ggggtcacca gccggagatg tggcacggct ctgtgtgtga cgcttcacgt cgaggccttc
    31561 ggttttcggt tcggggttgt cgctgccaca gctggccagc gtagcggaaa tggcacagac
    31621 gaccaagatg gctccgcagg aaattctttt gatactgttc attggggtgt tgggttatgg
    31681 gttaatgatt agtgattact tcttcacggc cacgatggcc acggcgttga tgttctccat
    31741 gtggcggcgg aaagtgtcgc gcatggccag gatgcgttcg cgcgcctcag catgggtgag
    31801 gatgttgaac cagatcttga cggctcgcag cagtccctcg tcgtcgatga cgcgttgcgc
    31861 ctcgagcagg tgcatggggt tcgtctccac acgtacgatc tcaaagcctt cggccacgag
    31921 taaatcgctc cactccgctg cggtcagcgg acgtgcattg acgttgatca cggacgagag
    31981 atcgcgcaag atgctgcgct tcgtctcgtc gctgacgtcg tcgggcgtga ggcccatctc
    32041 atggatgccg tagagtccgc ccggcttgag cagccggtaa gcctcgctga cgatggccga
    32101 cttctgacgc tcgttttgca tcgtaagcat agcctcgccg tagaccttat cggccgaggc
    32161 atcgggtagg cctgaatggg ctgcatcgcc gatgataatg cggcggtcgg ggccgtcaat
    32221 tgtcttacgc aactcagcgg ctgcggactc gtccatctcg acgccgatgt aggagtgtgg
    32281 cttgcgcttc agggccagct cagcggtgaa gcccagcccg ggggcaaact ctacgatgtc
    32341 gtcgcttgat gcgatgttga ggctatcgat cagcttttcg gtcaactctt tcccgccggg
    32401 gcgcaggaca cgcttaccca tggcggccag tacccagtga ccttgctggg tgcttgtggg
    32461 gttcttcttt tcgttcatag tggtaggatt aaatgatgtc ggagacttgc gatgtgtccc
    32521 ctcaaattga gaaatgcagc gccccgaaca cgcttcggcc ggggcctgtg taggtgttga
    32581 aattgatgat accggcgtgg taatcgaaga ggttatccac gccgagggtg acgcgcaact
    32641 gtcgcatggg gcgccacgca gccgtggcgt tccaaaggct gtacgagggt gagcgcgatt
    32701 cataataaga ctccacttcc ttaccgttca cctctacgcg accgagcaca tcgtaacgct
    32761 tgccaccgag gagcgagcca ctgaggttca gcgtgaaatg ctgccgaccg agggtgaagg
    32821 cgtactccgc gcggacgttg cccgagaggc gactgtaagc cgtcagctgc acgccgtccg
    32881 tacgcttggg gaagaggcag ttggccgaga gatgcaggaa aaggcccgac acgccggggt
    32941 tgatgcgcac attggcgtag gcgccggaga gcgtggcgga ggagacgttg cgatagtgta
    33001 gctccttctg attgttcgtc cagaggccct cgatcttatc ggaaaagaag ttcacgtagc
    33061 ccgtggccat ggcgtagacg tactccgaaa catactcggc ggagagcgag agatattggt
    33121 tgcgctcggg gcgcaggttc tcgttgccgt agatcatgaa catgccgagg tgatcccaat
    33181 tcatgtaaag ctccttgagg gtgggcgaac gatagccagc ggcataattg aagcggagcg
    33241 tgagggggaa aaggcgccag acggccgcca ctttcggcgc tacgttggcg ccataggcgt
    33301 tgtgatagtc caggcgcaaa cccgccacga gcgagaggtg cggcgtgacg gtccagtcgt
    33361 cctgtgcaaa gaccgaatag gagcgctggc tgcgcgtctc gtagctgccg gagacgaact
    33421 tatccgtgta gaggctttcg tagagcaact ccgcgcccat gttgatcgtc tggcggtgcc
    33481 agcggtcgag ggtgaacata aggcgcggct gcgtcatgcg attgcggtag atcaggtcgc
    33541 gttgatcgag ttgctcgagg gctgtaaagc ggttgtaggt gtcggaatag accgaggcct
    33601 ggagggccgc gcgggtgctg aagcgatagt cggcggtgag cgaaccagag agatccgtgt
    33661 tgtgctcata ggcgttgtcg ggcgtgaggt cgtgcttgtt catcgtgtac cacgtgcctt
    33721 tggcaccgat cgtgaggcgg tcggagggcg tataacccag catttgggtc acctgatgcg
    33781 tggtgtaacc cgagacctgc gtgggcgttt ccacgcggcg ctcacggatg gtgatgtcgt
    33841 actccgggaa gtacttcacc acgctgtcac ggtcaaagag gcggtaggca tcggcgctct
    33901 tgtgcgcgta ggaggtctgc gccgtccagt gcttccagcg cccaccgatg cgcacgtcgg
    33961 cgttgaggtt gggtcggtcc acgctgcgct tgaaataacg ttgggcgtcg tccgggtcca
    34021 ccttcgtgta gttgcgttca tagagcggcg ccgccttgat ggaggccgag acggtgaacg
    34081 gggccttggg tcgcttggtg ataatgttga tcacgccgcc catggcctgc gatccgtaga
    34141 gggccgacga ggcgccctgc acgatctcga tccgctccac attgttcggg tccaggcggt
    34201 gatagtccac attgttaccc gtctcgcccg ccatgcgttc gccgtcgatc aaaaagagga
    34261 tgtgcttacc gccgaggccc tgtaggttga tgctcgtgcc gaagcccacc tcattgaagg
    34321 ccagtccggg gatctcctgt gtcagtaggt tgcggatgtc ggtcaggcca cgatcttcga
    34381 tctgcgcagc ggtgatgacc tgcgtgatga ccggtgtctg catgaggcgc ttcggggtac
    34441 gggtggcggt gacgaccacc tcgtcgaggt taaacttctt cacccccgct gcggcgtgcg
    34501 tggccacttc atcgtctttc gtagagtccg ctggaaggat ctgcgcctgc atgccgtgtg
    34561 ctacacagat gtataatata aggtatagga gaggccatct cctgtgggtt cgtttttgtg
    34621 tgatgttcat tgaatgactt gtcctgatta tcggcggcaa aaatagaggg acgacaacct
    34681 ctcaaaaatc ccaaaaagag gttaggacgg ggagagcgcc ccaggccatg caagtcgcgt
    34741 gcgatcatcg ccatttggca aacatctcct gcaatctgcg ggagactatc gtacccctac
    34801 aaacatctcc tgcaatctgc gggagacctt cgtacctcta cgaaccatct cctgcaatct
    34861 gcgggagact atcgtacccc tacaaacatc tcctgcaatc tgcgggagac tatcataccc
    34921 ctacaaacat ctcctgcaac ttgctggaga ctatcgtacc cctacatacc atcttctgca
    34981 acttgcggga gactatcgta cccctacaaa catctcctgc aacttgcggg agactatcgt
    35041 acccctacga accatctcct gcaatctgcg ggagactatc gtacccctac aaaaaagtgc
    35101 ttcagcattt ttttcgctta cgatttgtgc ttcttattga aagccctact tttgtttcat
    35161 taaaatacaa tacccagaag agataatccg aaagtataca cagctatccc gctaatcatt
    35221 gttgtttatc tatgaaagca aagcagtttt ttgtcaccac gctggcagtc atcctcacgg
    35281 ggatgtttac cgccgcgaat tgcaagggtc cgagcgcaaa atcggactat gagacggtcg
    35341 acggcgaccc gctgaagacc cgcatctaca ccctcgacaa cggcctgaag gtctacatga
    35401 gcgtcaacaa agaggcgccc cgcatccaga cttatatcgc cgttcgcgta ggcggaaaga
    35461 acgacccagc cgagaccacc ggcctggcgc actactttga gcacctcatg ttcaagggca
    35521 ccactcactt cgggacgtcg aactatgagg ccgaaaagcc cctcctcgac gagatcgaac
    35581 gcctttttga agtctatcgc aaaaccaccg acgaggctga acgcaaggca ctctatcgtc
    35641 agatcgatag catcagcaac aaggcttcgc agtatgccat ccccaacgag tacgacaagc
    35701 tgatggccgc tatcggcgcc acgggcacga acgcgtacac gaacttcgac gtcacctgct
    35761 acaccgagga catcccctcg aaccagatcg agaactgggc caaaatccaa gccgaccgct
    35821 tccaaaacag cgtcatccgc ggctttcata ccgagcttga agccgtttat gaggagtaca
    35881 acatgggtct ggccagcgat gcacggaccg tgatcgacac cctccgctcg atgctcttct
    35941 tcaatcaccc ctacggcacg cagtccgtca tcggcaccca gcagcacctc aagaacccct
    36001 cgatcacgaa catcaagcgc tattacgaga cctggtatgt gcccaacaac atggccatct
    36061 gtctctccgg cgacttcgat ccggacgaga tgatcgccat catcaagaaa tacttcggca
    36121 acatgaagcc gaacgacagc ctgcctaagc ctaccttcaa agaggaggcg ccaatcacca
    36181 ccccgacgac gaaggaggtg cgcggcgtgg aggcagcgaa cgtcaacgtg gcgtggcgca
    36241 tcggtggcga agcctcagcg gacaacgacc tggccatcct ggctgcctct ctgctctaca
    36301 atgatcaggc aggcctcatc gacctcgatc tcatccacgc gcagaaggtg ctctcgtcct
    36361 attgctatcc ctacaccttc gcggattacg gcatgtttct cctcaacgcc cggcctaagg
    36421 acggtcagac gctcgaacag gcgcgcgacc tgctgctcga ggaggtggct aaactgcgca
    36481 agggcgactt cgacgagtcg ctgctgcgtg cctgcgtggc caactacaag ctggagctga
    36541 tgaaggaata tgactcgaac gagggccgcg ccaatgccta cgtcgacgcc tttgtcaacg
    36601 gtgtcagctg ggccgacatg gtgcatcaga tcgaacgaat ggagaagatc acgaaggccg
    36661 acatcgtcaa gtttgccaac gagaagctgg gcgaaaacgc ctacgccgta gtcttcaagc
    36721 gcgaaggcca accgggattc aagaagatcg acaaaccgga gatcacgccc atcgctacga
    36781 atcgtgacac cgccagcgcc ttcctccgtg agattcagct gaccgaagtg aagcccatcg
    36841 agcccgtatt cttagacttc aaaagggaca tgagcaccgc ttcgctgaag tctggcctac
    36901 ctctgctcta caagaagaac gagacgaccg atgtgtttga actcatgtac gtcttcgata
    36961 tgggtcgcaa cgacgacgcc acccttggca ccgccttcga ttatctcagc tacctcggca
    37021 ccagcaagaa gtcgcccacg gagatcaaga aggagttttt tgacatcgcc tgctccttca
    37081 gcgccaatgt gaccgatgag cgttgctacg tttccgttag cggactgagc gagaacatgc
    37141 ccaaagccct cgagctgatg gaggaactga tcgctgacgc taagccagac gagaacgtgc
    37201 tcacgaacct caaagccgat cgtatcaagg ctcgcgccga tgcgaaactg aatcagggac
    37261 agaacttcgg agctctgcgt cgctacgtca tgtatgggcc ggagcatgtc aaagccacca
    37321 cgctgacaaa cgacgcactg aaggcgctta cctccgacac gcttctggct aaggtgcgcg
    37381 acctcttcac caagcagcac tccgtgctct actatggccc cggcgccgaa tcggatgtac
    37441 tcaagagcct cgaccagctc catcgcacgg ccgataaacc cgctccgttg gctaagaagc
    37501 ccgtcatgct ggtgcagacg ccaagcaaca ctgtcatgct ggccgagtac aacgccaaac
    37561 agatctacta cctccagtat tctaaccgtg gcgagccctt cgatgtggcc aacgatcccg
    37621 gcgtaacgct ctacaacgag tatttcggcg gcagcatgaa cgccatcgtc ttccaagaga
    37681 tgcgtgaatc gcgcggcctg gcttactcag ccaacgccgt cctgatcacg ccttccgaca
    37741 agacgcgccc ctacgccttc caagccttcg tggccacgca gaacgacaag atgcctcagg
    37801 ccatcgacgc cttcatggag atcatcaaca acatgcccga gagcgaagct gccttcaaga
    37861 tcgccaaaga cgccatcctg gctcgcctgc gcaccgagcg cacggtgaag ggcgatgtgc
    37921 tctgggccta cctgcatgcc aaagacatgg gcgtggacta cgaccgcaac aaggccatct
    37981 tcgagaaggt gcagagtatg accctggctg acgtcaaggc cttccaagag aaatggatca
    38041 agggccgcac gtaccactac gctgttctgg gcaattcgaa agacattgac atgaacaagc
    38101 tccgctcctt aggtgaggtc aagctcctca ccccgcaaga catcttcggc tactgacctt
    38161 ccccctctcc ggagggggca ggaacccccg atccaacgaa cgaggctcct gccccctaaa
    38221 gagcaagagg ccctgtcgga ctattcgaca catggaatgg ccggcagggc ctctcctttt
    38281 tctaatcccg ctactaacta ttcactctcc ccctaacact ttatcccatg cctaaccaaa
    38341 attctaccca aatgacacgg cgtgctttcc tcgccgtcgg actgatgttg tttgccctct
    38401 tcttcggagc tggcaacttg attttccccg ccgccttagg ccaacgtgcc ggaacgaacg
    38461 tgtggtgggc cgtgatgggc ttcgtattga ccggcgtcgg actgcccctg gcgggcgtcc
    38521 tggccatggg ctactctggt tgccgcaacg tgcaggagct ggccggacgc gtacaccccc
    38581 tcttcggcat actctttacg ctggccctct acctctccat cggccccgcc ttcgccattc
    38641 ctcgtacggg caccgtctcg ttcgagatcg ccgtccgccc cttcctctct cccgacgcgg
    38701 gctattgggc gcagatcgtc ttccttatcg tcttcttcct tgtcacgctt tggctttcca
    38761 tcaaccctca gaagctggtc ggacgcattg gcggcatcct gacccctatg ctactgacga
    38821 cgatcgttgt cctcatcgtc aaatcgctga tcacgccgcc cggtacgccc ggctcgccga
    38881 ccgaagccta cgccacaccc gccgtagccc tccagcaagg cttcatcgac ggctacaaca
    38941 cgctcgacgc cttggcctcg ttcgtctttg gcatcctggt cattgagttc gtcacgcaac
    39001 acggcgccac gacacgccac gaggtgatgg gcgccaccat gcgcgcaggc atgattgcca
    39061 tcggttgctt aggcgtggtc tacgtcttca tcgcaggact gggcgccgcc agcgtcgagc
    39121 agctcggcat cctcgacacc ggtgcgcctg tcttggctgg atctgcccga ctgctcttcg
    39181 gcgaaccggg ggcgctgatc ttggccgtga tcgtattgct ggcctgccta acgaccagca
    39241 tcggactcgt caccgcctgc gccagctact tccactcgca gttcggcggc ctctcgtaca
    39301 agggctacgc cgtggcgttc gtcatcatct ccttcgccgt cggcaccttc gggctgaaga
    39361 ccatcatctc tgccgccgtg cccgtgctca tgttcctcta tccgctggcc attgtgctca
    39421 tcgcactcgc ctttttggac agccgcttcg gcagtcggcg cagcgtctac gcctggaccg
    39481 ttggcctgac gctcatctcg gcgctcatct ccggactcga ggcggccaac atctcgctcg
    39541 gtgctttcgg tcgtttctac ggcgcccatg taccgctgca tgctgacggt ctggactgga
    39601 tcttcttcgc ccttgctggc ttcctgatcg ggtgcctgaa tcggcgcaag agcacctctt
    39661 cggagctcat cacttcgggg ttgtaagcct cagaggcgct ttctacttac tcatcgttcc
    39721 tctcccccac aaggggatat gcaaaggggc ggccactccg gtggtcgccc ctttttgggc
    39781 cttttttgct ccctgcgcaa cgcagggccc cgaaagacac ccttttttgc ttcctgcata
    39841 acgcagggcc cgaaaaagac cccctttttg cttcctgcgc aacgcagggc ccgaaaaagg
    39901 cccccttttt gcttcctgcg caacgcaggg cccgaaaaag accctttttt gcttcctgca
    39961 caacgcaggg cccgaaaaag accccctttt tgcttcctgc gcaacgcagg gcccgaaaaa
    40021 gaccctcttt ttgcttcctg cgcaacgcag gaagcaaaaa aggtctcatt tcccgcggcg
    40081 gaaaggcgct tcacgaaacc ggagattggc tttgtgattc ccgccgcaga ttcagagcga
    40141 caccttaccc acgcgatagc gccccctctg tccattctca tttccacgcc tacttttgcc
    40201 gctcatttgg ataaaggtat gggtaagacg atttttcatg atggagcaag ccgccgcagg
    40261 gtggcaccga gcgtaggctc catactcctt tttctgctcg cgatcgggtg gacggggggt
    40321 gaactccggg cccagtatca agtcagtggc ggcgccaaga cgcccgtccg ggccacggag
    40381 aatacggctt acaagctgga agtttattta gtctacggca ccgacggcgt gaccctcagc
    40441 cacaccggaa cgggcacgca ccgctggtat cgctaccgca caaaagcggc cgtggaggac
    40501 gattgggagg cggtggcctc gacccaaagc ggatctacct caacggtcac gaaccctgcg
    40561 gagggctacg gttacttcgt tgtcgacggt agcggcgagc tccgtcgcta cgtctggatc
    40621 atcgattaca gtcgctatcc agcacgcctc acgagcctca gtgtgtcccc ctcgtccgac
    40681 gcctgctcgt cgctgcgact ggcgggcacg gccgacctgc ctgcactcaa ctactacctg
    40741 cccgacggca aggcgatgga gctcaaacgc gcattcgaag tcagctacct gacgcagacg
    40801 tggagcgaac agacccgcac cttcaccgag cagttacttg tcgacaccct cagcggcaac
    40861 cccttcgacg tctcgctgag ccgcccgcca ctcacggaca cgaagatcga cctgacgggc
    40921 gacctcttcg cgcgtgcctt tggcgtcgag cagacagcga ccatagacca ctatcaagcg
    40981 gtggccttag aggtgcacgc cgatacgacg ctcacgtcgg agactcggtc aaacctcaaa
    41041 ctcaaaacgg gcgaactctc ggccccggcc gagatccgct tccgagcgca ggccaacacc
    41101 cccgtggcat cgctcttcgt ctggcaagtc acgcggcgag aggctacggg cgatgtgccc
    41161 atcgtgcgct tcacggatcc ggaaatgacg tacaccttcg accgcgtggg caattacacc
    41221 gtcacgctcg aggtcagcga ccgctcgggc cgatgcacca acaaggacaa tagctacaag
    41281 atcagcgtca cggagacggt gctggaggtg cccaacgtct tctcgcccga gagttcgccg
    41341 ggcgtgaacg acgtgttcaa ggtggcccat aagtcggtcg tgcgcttcag cgcgtccgtc
    41401 ttcaatcggc agggcagcct gctttaccac tggaccgacc cgaacggcgg ttgggatggc
    41461 cgctatcgcg gacagtacgt gcccgccggc gcctattact acgtcatcga atacaccggg
    41521 acggacggca aaacgcaccg taaaagcggc gacatcaacg tcgtgcgctc cagttcaaac
    41581 aagaatcaca gtaatcaata agcataagag agaatgagaa cgaaacaatt cacggcctgc
    41641 ttcctcgcgg ccggactgat cagcctgacg gcctgcttcc ccgtccaatc gcaaaactcc
    41701 gaacagcccc gacaggacga cggctggatc acctcgcccg aggtgccgga gaaggtcacc
    41761 ttctgcggcc agacgatcga cttgacccga tataatatgt atgagtccat ggaccgcgag
    41821 ctgagcagcc tggcctactt ccactccacc acgatgctga ccatcaagcg cgccaaccgc
    41881 tacttcccca tcatcgtgcc tatcctgaag gccaacggag tgccagagga cttcaagtat
    41941 ctggccgtcg tagagagcca tctcgacccg cgtatcgtat cgccagcgcg cgccgcaggc
    42001 atgtggcagt tcttggaatc ggccggacgg gaatatggcc tgacgatcac gcccagcgtg
    42061 gacgagcgtt acaacgtggc ccgcgccacg gaggccgcct gccgctacct caaggacgcc
    42121 tacaataaat acggcgactg ggcctcggcc gccgcatcat acaacgcggg catggggcgc
    42181 atctcgggcg cctttgcctc acaacgcgag acgtccgtgc tgaacctctg gctcgtcgag
    42241 gagacggcac gctacgtcta ccgcatcctg gccacgaagc tcatcttcga gaacccgcag
    42301 aagtatggct tctccctccg cccacgcgac ctctacgcgc ccatctcctg cgacgaggtg
    42361 acggtctcgg ccggtatccc cgatttggta gccttcgcca agtcgcacga catcacctac
    42421 gccgacctca agcgtttcaa cccctggctg cgcgactcga agctcatctc caatggccgc
    42481 agctacacca tcctcatccc ccgcaaacaa gacctctatt acacctcccc caaccgcacc
    42541 gtctacgacc agcgctgggt gacgaagtga acgcagcacg tatggctatc gataaacaga
    42601 aagaagtcac aacaacggat gaccgcatcg agcggggagg caccatcggc gtatggggtg
    42661 cgcgcgtgca caacctgaag aatatcgacg tcgagcttcc ccgcaaccgc ctcaccgtca
    42721 tcacgggcat gagtggcagc ggcaagtcgt ccttggcctt cgacaccatc ttcgccgaag
    42781 gtcagcgccg ctacatcgat accttctcgg cctacgctcg caacttcatg ggcaacgtgg
    42841 agcggccaga cgtggacaag atcaccggcc tgagccccgt catctccatc gagcaaaaga
    42901 cgacgaaccg caacccacgc tccaccgtcg gcaccaccac ggaggtctac gacttcctcc
    42961 gcctgctcta cgcccgcgct ggcgaggcct actcctacct cagcggcgag aagatggtca
    43021 agtacaccga ggagcagatt ctggagctga tcatgcggga gtatgacggc cggaagatgt
    43081 acctcctcgc accgctcgtc cgcaatcgca aggggcacta caaggaactc ttcgagcagg
    43141 tgcgcaagaa gggctacctc aacgtgcgcg tcgatggcaa gctgatggag atcagccgcg
    43201 gcatgaagct ggatcgatac aagatgcaca gcattgaggt ggtcatcgac aagctcgtgg
    43261 tcagcatcaa cgacgggcca cgcctcaagg agagcctccg cgtggccatg aagcagggcg
    43321 acggactcat cctgctgctc gacgccacga cggacgagat ccgttactac agccgccgac
    43381 tgatgtgccc cgtgaccgga ctggcttaca gcgagccggc gccacacaac ttctctttca
    43441 actcgcccca cggcgcctgc ccacgctgca agggcctcgg cgaagtgaac gtgatcgaca
    43501 tggagaagat catccccgac ccctcactca gcatttacaa ggggggcatc gtggccctcg
    43561 ggaaatacaa agacacgctc gtcttccgac agatcgaagc cctctgcaag cgacacggcg
    43621 caacgctcaa gacgcccatc aaggacctcc ccgaagaggc gatggacgaa atcatcaacg
    43681 gcaccgagga accggtggcc gtctcgacgg cgtggctcgg ccactccagc ttctcgtacg
    43741 cctacgaggg cgtggcgaaa tacatcgcca tgatgcaagg cgaaagcgac gacgagccct
    43801 ccaccgcgcg caaaaaggcc gcaccattca tccgcaccgc cgtctgtccc gaatgtcagg
    43861 gccagcgcct gaacaaggaa gcgctgcatt acttcatcga cggcaagaac atcgccgagc
    43921 cggcctcgat ggacatcgcc gagctttcca agtgggtcaa cggactggag gaaaagctct
    43981 cgccggcgca gcgcaccatc gccgtggaga tcctcaaaga gatccgctcg cgcctcgact
    44041 tcatcctcga agtcggcctc gactacctct ccctcaaccg cccctcggcc accctctccg
    44101 gcggcgaaag ccaacgcatc cgcctggcta cgcagatcgg cagccgcctc gtcaacgtgc
    44161 tctacatcct tgacgagccc agcatcggcc tccaccagcg cgacaacatt cgcctcattg
    44221 actccctcaa agagctgcgc gacacgggca actcggtcat cgtcgtggag cacgacaagg
    44281 acatgatgct gagcgcggat tacgtcgttg atatgggtcc caaggcaggg cggctcggcg
    44341 gcgaagtcgt cttcgccggc acacccgacg agatgatcaa gaccgacacc ctcacctcat
    44401 cttacctcaa cggccgacgc cagatcgagg tgcccgccac acgtcgcccc ggcaacggcc
    44461 atcacctcgt gcttcgaggc gccacgggca acaacctgaa gaaggtcgac gtcagcttcc
    44521 cgctgggcac cttcatctgc gtctccggcg tctccggaag cggcaaatcc accctcatca
    44581 acgccaccct ccagcccatc ctcagccaac gattctatcg ctcggaacag gagcccctgc
    44641 cctacaaatc catcgagggc atcgagcaca tcgacaaggt cgtcaacgtc gaccagtcgc
    44701 ccatcggccg caccccacgc agcaatccgg ccacctacac gggcgtcttt gccgacatcc
    44761 gcaacctttt cgtcagccta cccgaagcca agatccgcgg ctacaagccc ggacgcttct
    44821 ccttcaacgt ctccggcgga cgctgcgaaa catgcaaagg caacggctac aaaacgatcg
    44881 aaatgaactt cctgcccgac gtgctcgtgc cctgcgaaga ctgccacggt cgccgctaca
    44941 accgcgagac acttgaggtg cgctatcgcg gcaagtccat cgccgacgtc ctcgacatga
    45001 cgatcaacat ggccgtcgaa ttcttcgaaa acatccccgc catcctcagc aagatcaagg
    45061 tgttgcaaga cgtcggcctg ggttacatca agctcggtca accctccacc accctctccg
    45121 gcggcgaaag tcagcgcgtc aagctggcca ccgagctcgc caaacgcgac accggccgca
    45181 cgctctacat cctcgacgag cccaccaccg ggctgcactt cgaagacatc cgcgtcctgc
    45241 tcggcgtcct caacaagctc gtcgacaagg gcaacaccat catcgtcatc gaacacaacc
    45301 tcgacgtcat caagagcgcc gactacctca tcgacatggg ccccgacggt ggccgtggcg
    45361 gcggtcgcat cctcttcacc ggcacgcccg aagccctcgc cgccgcccca cgcacccgca
    45421 gccgcaccgc ccccttcctc cgcaaagagc tttccgaggg ctgacccata cctattatat
    45481 atgtgtatgg gcacccctct cgttcagcgc ctcgccacct ccaaaaccat cctcgccccc
    45541 ctcctccccc tgtttcttcg cctatcgtct gccgtcgaaa gcgaatctaa caggtgtatc
    45601 ctcccattgt ccacagacaa agacaggcag aatatatatt ctagcccatt gtccataggc
    45661 agagacagga agaatatata ttctctctca ttgtctatag acaaaagcag ccaatacata
    45721 tattctacct cattgtccat agacaaaagc acccaataca tatatctcct ctcattgtcc
    45781 atagacaaag gcagccaaaa catgtatttc aacccattgt ccgcagacaa aggcaggcaa
    45841 aacatatacc ctctctcatt gtccacagac aaaagcaggc aaaatacata ttccacccca
    45901 ttgtctatag acaaagagat ccaaaacata tatttcacct cattgtccat agacaaagac
    45961 agacaaaaca tgtatctcag ctcattgtct acagacagag agacccaaaa cgtgtttttt
    46021 accccatttc caatggacag cgagtccatt cattgaaatt tccacgcttt atccaccacc
    46081 gatctcgcga tcctttccta ttactgatta tcgacaagaa tgaaatgaag aatcccatcc
    46141 aaatgatcaa gcaatgcctc gaggccgacg aaccctactt cgttcttcgc ggcaaagacc
    46201 tctgtgccct gcccgccatc gagcgctact acgaagccgt ccgcgacaaa gtccgcgacc
    46261 cacgcttcat cgaagagatc gaagagatca tgaaagactt ccgagccttc cgtgatgaac
    46321 aagaaaccca catccccgac tgatccatca tggaagatac ctaccgcacc atcagcgacc
    46381 tctccgaagg ctactacacc gagaagcgca gccgctttct ctccttcgcc ctacccgccc
    46441 gcacccccga cgaagtcaag acccagctcg acatctaccg caagaagtac tacgacgccc
    46501 gacacgtctg ctgggcctac atgctcggcc ccgaccgcac caccttccgc gccaacgacg
    46561 acggcgaacc ctcctccact gccggcaagc ccatcctcgg ccaaatcaac tccaacaacc
    46621 tgaccgacat cctcatcatc gtcgtccgct acttcggcgg catcgaactc ggcaccagcg
    46681 gcctcatcgt agcctaccgc accgccgccg ccgaagccat cgccgccgcc cgcatcgaag
    46741 aacgcaccat cgacgaaacc attaccatca ccttcgaata tcctcacctc aacagcgtca
    46801 tgcgcatcgt aaaagaagac aagcccgacg tcctcacaca atccttcgag ctcacctgcg
    46861 agatgacgct ccgcatccga caaagccgca tggacaccct aaagagccgt ctactgaaag
    46921 tggacagtct tcgcatcgtc taagtcatta cgcatccatc gccaactatt gaaagaaaaa
    46981 agagaaagga tgtttgcagg attcgaaagt gcctctatct ttgcgctcgc aaaatgaaaa
    47041 cgcgggcggc cctaacggtc tgataggcgt gatttctgag cgaagaattg gcctgttcgt
    47101 ctatcggcta ggacgcaaga ttttcattct tgaaagaggg gttcgactcc cctacgggct
    47161 accaaatacg aatcagataa aagaagaaat agattaatag ataacgatgg caaatcacaa
    47221 atcatctatc aagaggatac gtcagacaaa aacacgctgc gcacaaaatc gttacggtgc
    47281 caaaacgatg cgtaatgcgg tgaagaaatt gcgtggcaca gaagataaga atgaggcaac
    47341 agccatgtat ccgaaagtgt gcgcaatgct tgataagctg gcgaaaaaga atgtgattca
    47401 taagaacaaa gcaggcaacc tgaagtcaaa gttggccaaa catgtcaacg cattggctta
    47461 acatctggga aagcgcctga aagaggaaaa agaaaagaag gacatctaag tccactgtta
    47521 tattggtatc aaaggcctgt tcgtctatcg gctaggacgt gagattctca ttctcaaaag
    47581 aggggttcga ttcccctacg ggctacatca aggctgagag acgtcaatcg tctttcggcc
    47641 tttttttcat gcagttagct atctcccaac cctgctcttt cggaggggga cggctatatt
    47701 tgtttccgta tttgataatg aataaagaga ggaaatcaac atgagtgacg aagaaataaa
    47761 agcagcaagc gaggaatact cttccaagaa catccaagtg ctcgaggggt tggaggccgt
    47821 ccgtaaacgc ccagccatgt acatcggcga cacgagcgag aagggactcc accacttggt
    47881 ttacgaggtg gtagacaact ccatcgacga agcactggcc ggcttctgca agaatatcga
    47941 tgtcgtgatc cgtgaggata attcgatcag cgtgacagat gatgggcgag gcattccggt
    48001 cgattaccac gagaaggaag gtaaatcggc attggaggtc gtgctgactg tgctccatgc
    48061 cggaggtaag tttgacaaag gcacctataa agtgtctggt ggactacacg gcgtcggtgt
    48121 ctcgtgtgtc aacgcgctgt cgacccacct gaaagctgaa gtgcaccgta acggcaaagt
    48181 ctacgtgcag gagttctcct gcggcaagcc gctggccgat attcggataa cgggtgatag
    48241 cgatcgtacc gggacaacca tagagttcaa accggacgcg tcaatcttta ctgtgaccga
    48301 atataaatac gacatcctcg ccaaccgact ccgcgagctg gccttcctga acgccggcat
    48361 ccgactgaca ttgaccgatc gccgcgaggt gaagccggac gggacgtaca aatccgaagt
    48421 cttctattcg cacgaagggc tgaaggagtt tgtgcgctac atcgacaaat cgaaagaggc
    48481 gctgatccat gacgtgatcc acatcgtcac cgagaaacaa ggtatccccg tcgaagtagc
    48541 catgacctac aacacatcgt acaacgagag cgtcttctcc tatgtcaacg acatcaacac
    48601 catcgagggc ggtacgcacc tctcgggttt ccgacgtggg ctaactcgta cgctgaagaa
    48661 atacgccgaa gactctaagc tgctggagaa agccaaggta gagatccaag gcgatgactt
    48721 ccgcgaaggc ctcacagccg tgatttcgat caaggtggcc gagccacagt tcgaggggca
    48781 gaccaagacg aagctcggaa acaacgaggt gatgggcgct gtcgatatgg ccgtaggcga
    48841 ggccctcggc aactacttgg aggagcaccc aaaagaggcc aaaacgatcg tcgacaaggt
    48901 gatcctcgcg gctaccgcac gtcaagcggc acgcaaggcg cgcgagatgg tgcaacgtaa
    48961 atcacctctc tcaggcggtg gactgcccgg taagctggcc gactgctctt cgaaagacgc
    49021 tgctatctgc gagctgttcc tcgtcgaggg agactccgcc ggcggcaccg ccaagcaggg
    49081 gcgcgaccga aacttccaag ccatcctacc gctccgcggt aagattctca acgtggaaaa
    49141 ggccatggag caccgcgtgt tcgaaagcga ggagatccaa aatatcttca aggcgatggg
    49201 tgtttcgatc ggcactgagg acgacccgaa ggagctgaac ctatcgaagc tccgttacca
    49261 caaggtgatc atcatgaccg atgccgacgt ggacggtagc cacattgcca ccctgatcct
    49321 caccttcttc ttccgtcgca tgcgcggact gatcgagaaa gggtacgtct acctcgccac
    49381 cccgccgctt tacctctgca agaagggcaa ggtggaggag tattgctgga ctgaacggca
    49441 gcgccagaag ttcatcgaca cctacggcgg cggcaacgag aaccaaatcc atacgcagcg
    49501 ctacaaaggt ctcggcgaga tgaacgatca ccagctttgg gacacgacga tgaaccccga
    49561 aaaccgtacc ctcaagcaga tcaccatcga caacgccatc gaggccgacg ccatcttctc
    49621 catgctcatg ggcgaggatg tcgggccacg ccgcgagttc atcgaagaga atgcaacata
    49681 cgcgaacatc gacgcataac cgccacttcg catagcggtg catctgctgc gaagtcttat
    49741 acataaacca tcaaacgaca gagggcaatc gccatgcgag gtgccctctt ctttttctcc
    49801 cattcaaacc caacatgtca ctcactttaa aagaactatt tgcgcaggtt gaccgcgcct
    49861 cagctgtcga cactgccacc accacacgcc cacgcatagg catttctgtg aaccgaagag
    49921 acggcaaaga gatgctggcc gacccctatt tccaatctgt catcctggca ggtggcgccc
    49981 ccgtactcgt gcccgctacg accgaactga gcgtcctcac cacaatcgtt gacggccttg
    50041 acgggctgct cctgaccggc ggcggcgaca tcagtcccga cctgcttggc gagacgcctc
    50101 acccgtcgct cgaagacgtc gatccgatcc gcgacaccag cgagctgcaa ctgatccgct
    50161 tggcccacca gcgcggcctc cccatcttcg gcatctgtcg cggccatcag ctcatcaacg
    50221 tagcctttgg cggcacgctc taccaagacc ttccctcgca gtttccaagc cccgtattgc
    50281 cacatagtca ggcggaagca cgcgatgtta tcacgcagtc tgtcactctc actgccccag
    50341 attccgagct gcaacgcgca atggggctcg acgccacgac gcgtaccgca cccatccccg
    50401 tcaactcgct ccaccaccaa gccgtccgcg acctggcccc cggtttcatc gccacggccg
    50461 aggcgcccga tggcgtcaac gaggcgatgg agcaccctga ataccccatc ctcagcgtcc
    50521 agtggcaccc cgagtggctc gctaccaccg gccacgaggc aatgctcaac ctcttccgcc
    50581 atcttgtccg tcgtgcgcgc cgctacgccc acgcccgacg cctgcaccac accatgatca
    50641 ccctcgactc gcacaccgac acgcccatgc tcttcgacgc cttcgacctc ggacgcaaag
    50701 agggtggtcg cgtcaacctg ccactcatgc gcgagggacg gctcgacgcc gtcgtcatgg
    50761 ccgcctacct accccaaggc gagcgtaacg acgaggcgca ccgccgcgct ttcgactacg
    50821 ccgtcgagcg actcacacgc gtcgaggagc aggccatccg ttatcccgac ttcctcggca
    50881 tcgcccgctc tacggacgac ctccgccgac tcaagcgcga gggccgacgc gccatcattc
    50941 ccgccgtcga gaacggttac gccatcggcc gcgacctctc ccgactgcac gcattcaagc
    51001 gtatgggcgt ggcgtacatg acactctgtc acaacggaga caacgaactc tgcgactccg
    51061 ccgcaggcca gggcgagtgg ggcggcctta gccccttcgg gcgcgaggtg gtggcagaga
    51121 tgaaccgcat cggtatgatg atcgacgtat cgcacgctgc tgatactact ttcgacgatc
    51181 tcgtcagcct cagtcgcaga cctatcatcg cttcccactc ctcctgccgc gccctctgcg
    51241 accatcgccg caacttagac gacgaccgca ttcgcgctct ggccgcaacg ggcggtgtaa
    51301 tgcaaatctg cctttatggc ggattcatca accacgacca tcccgacggc gccaccctca
    51361 gcgatgccgt ccgccacatc ctgcacgtca tccggctcgt cggcccgaat cacgtcggca
    51421 tcggctccga cttcgacggc ggcggcggac ttatcggctg ccaatcggcc ggcgagatga
    51481 tccaaatcac cctccgtctc cttgccgagg gtctctccga cgccgacatc gccaaaatct
    51541 ggggcggcaa cttcatgcgc gtcatggacg ctcagcgcct gcccctcgca tagcgcgcac
    51601 accggggggt acattccttc tcggaagtct tcctaagtcc agaatcactg attccagcat
    51661 ctcggaagac ttcctaaacc atcgggcaat cttgcatcat ccgcaagcag acctcggggg
    51721 cataccttat atatacagcc ggctggcgcc atctcattct tgcgcctact tttgccgcca
    51781 aaccataata ttctgacaga tgagaattat tgtattagct aagcaggtgc cggacacgcg
    51841 taacgtcggg aaggacgcga tgaaggcgga tggcaccatc aatcgcgcag cgctgccggc
    51901 catcttcaac cccgaagacc tcagcgcgct ggagcaggcg ctgcgactga aagaacgcta
    51961 tcccggatcg accgtcacgc tcctcaccat ggggccggga cgcgccgccg agatcatccg
    52021 cgaggggctc tatcgcgggg cggacgacgg ggtgctcctc accgatcgcg ccttcgccgg
    52081 cgccgacacc ctggccacct cgtatgcctt ggccatggcg atccgcaaga tcggcgactt
    52141 cgacttgatc gtcggcggac ggcaggctat cgacggcgac acagcccagg tgggtccgca
    52201 agtggcggag aagctcgggc tgtcacagat cacgtatgcg gaggagattg tcggcgtcac
    52261 ggacggacgc atcacggtgc gacgcaagat ccccggaggc gtggagacgg tcgaagggcc
    52321 gctgcccatc gtagtcacgg tgaacggatc ggccgcagca tgcaggccgc gtaacgcacg
    52381 actcgtgcag aagtacaagc acgcgctggg tgcgcaggaa aaagccgagc gcacaaaggg
    52441 tggcgagccc ctcccctacg ccgagcttta cgactcgcgc ccgtacctga acctcgtcga
    52501 gtggtccgtg gcggacgtag gcggcgacgt ggcccagtgc ggcctctcag gctcaccgac
    52561 gaaggtgaaa acgatcgaaa acatcgtctt ccaagccaaa gagagtcgct cgctgacgga
    52621 ctccgacgct gacattgagg agctgatgaa ggaattaatt agtaaccaca cgatcggatg
    52681 acgccctttc ggtctatggt gcattccttt cttccttttc ttgccttgat gcaagaaaag
    52741 gaagcgaaaa gaaaatcaag gcctcaggga ggccggccaa cttggccgga tacgaaatcg
    52801 aatgtgccgg atgaccgatg agaggattcc ataatccata aagagaaata gcactatgaa
    52861 taacgttttt gtctactgcg aaatagaaga aggaaccgta gctgacgtca gtcaggagtt
    52921 gctcaccaag gggcgcgcac tggccgataa gctcaattgc cgcctcgagg ccgtggccgc
    52981 cgggagcgga ctggatggca tcgaacgaca gatcgtgcct tacggcgtcg acgtgttgca
    53041 cgtctttgac gacgctcgtc tggcccccta cacctcactg ccccacacgg ccgtgctcat
    53101 caagctcttc aaggaagaac aaccgcagat cgccctgatg ggcgccaccg tcatcggtcg
    53161 cgacctcggg ccacgcgtct cgtcggccct caccagcgga ctcaccgccg actgtacggc
    53221 cctggagatt ggcacgtacg aagaccgcaa agccggccgc acctacgaga atctgctcta
    53281 ccaaatccgc cccgcattcg gcggcaacat cgtcgccacc atcatcaacc ccgaccaccg
    53341 gccgcagatg gccaccgtac gcgagggcgt gatgaagaaa gaggtgcgcg acgcgaacta
    53401 tcgcggcgaa gtcatccgtc acaacacgag cgactacatc accgacgagg actgcgtggt
    53461 gaaggtcatc gagcgacacg tggagaaggc gaagaacaac ctcaagggct cgcccatcgt
    53521 tgtggccggc ggctacggcg tgggatcgaa ggagaacttc caactgctct tcgacctggc
    53581 caaggagctg cacgccgagg tgggcgcctc acgcgccgcc gtcgacgcgg gcttcaccga
    53641 ccacgatcgg cagatcggac agacgggcgt caccgtgcga cccaagctct acatcgcctg
    53701 cggcatctcg ggccagatcc agcacatcgc cggcatgcaa gagagcgcca tcatcatctc
    53761 catcaacagc gaccccgagg cgccgatcaa tgccatcgcg gactacgtga tcacgggcac
    53821 cgtggagagc gtcctgccgc gcatgatcaa gtattacaag aagaacagca aataataagg
    53881 aaccatcatg gcaaactttt ataccgatac gccctcgctc cgccaccacc tgcaccaccc
    53941 gctcatgcgc cgcatcgtgg agctgaagga gcgtaacttc agagataaag acacgtacga
    54001 ctacgcgccg gtcgactttg acgacgcaat ggacagctac gaacgcgtgc tggagatggt
    54061 cggcgagatc agcgccgacg tcatcgcccc gaacgccgag ggcgtcgacc gtgacggccc
    54121 gacggtggcg gacggtcgcg tgacctacgc accgggcacg caggagaacc tcgacgccgt
    54181 gcgccgtgcc ggactcatgg gcatggccat gccgcgccgc tacggcgggc tgaacttccc
    54241 catcgtgccc tacatcatgg ccgccgacat tgtctcgcgc gccgatgcgg gcttcgagaa
    54301 cctctggggc ctgcaggact gcgccgagac g
//
LOCUS       SEQF2638.1|AYYF01001427.1 211 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..211
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 attgtagaat caagggattt ggtgatcgtt cgttttcgga gtacttttga acccgaaaca
       61 acacaggcga gtgttgtcga agcagtatct atgagtgctc tcaaaatact ctcttctggc
      121 tacaattagg ctacagaaaa aaaataaggc tgtgtataca gttatggcat aggacgttac
      181 ggagaaggtt cataagcctc tttctccgct t
//
LOCUS       SEQF2638.1|AYYF01001428.1 1347 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1347
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             57..533
                     /gene="xerC_16"
                     /locus_tag="SEQF2638.1_01486"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01808"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerC"
                     /translation="MFLFACYTGAAYCDLMALNRGHLVCDDEGALWLKFNRQKTGVLC
                     RVKLLPEALRLMNRLSDEGRNTLLPHINYLTYQSHLKVLRLRAGIALPFTSHTARHTF
                     ATLVTLEQGVPIETVSKMLGHSTVRMTERYAKVTPQKLFEEFDRLIAFTEDLHLTI"
ORIGIN      
        1 agttaaaggc gctctgtttt gacggctggg aggcngacnt ggaganagcg cgcgatgtgt
       61 ttcttttcgc ctgttacacc ggcgccgcct attgcgatct aatggcactg aaccgtgggc
      121 atcttgtctg cgacgacgag ggcgcccttt ggctgaagtt taaccgacag aaaacaggcg
      181 ttctctgccg tgtaaagctc ttgcccgaag cgcttcgatt gatgaacaga ctgtccgatg
      241 aaggaaggaa cacgttgctt cctcacatca attacctgac ctatcaatcg catctgaagg
      301 ttctcaggct gcgggccggt atcgcgctac ccttcacttc gcacaccgcc cgacacacct
      361 tcgctacgct cgttacctta gaacaaggcg tgcccatcga gaccgtcagc aagatgcttg
      421 ggcatagcac ggtgcgcatg accgagcgat atgcgaaagt cactccccaa aagctatttg
      481 aagagttcga tcgcttgatc gccttcactg aagatttgca cctaaccatt tagccgaaac
      541 cgatatgaga agtacgttca agatcctgtt ctatatcaac agacagaaga caaaagcaga
      601 cggcaagacg gccatatttt gccgcgtcac catcgatggc agaagtgcgg tgatgacaac
      661 cggcgaggaa tgtctgccag atgaatggaa cagcaggcag ggtataaccg gcgaaaagaa
      721 aatcaatcaa cgcctcgcta cattcaggga gcttgtggaa aagacttacg cggaaatact
      781 cacgaaagat ggcgtggtca gtccagaact gctcaagaac tgcttgcagg gtgccgttgc
      841 cacaccaacc actcttttag ccatgagcga ggcggaactg caatctgtga aggcatgcgt
      901 gggcaagtca aaggctgaaa gtacctacca aaacctgatc tattcggaca agctgcttcg
      961 ggcgttcatg aaggaaaacg gagggcgaga catccccctc gcaggcatta cggaagatct
     1021 gtttgaggac ttccgcttct ttctcaaaaa acgcggtttg gcggcatcga ccatgaacaa
     1081 tcacctctgc cgattgagtc ggttgatgta tcgtgcggta gacttgaaag tcatccgctg
     1141 ccatccattt gaggatgttg cctacgaaaa ggaggaacgg aagattcgat tcttgcaaaa
     1201 gagcgacgtg gccaagatca tggcgctgaa ggcaaacgac aaagaagcag agcaagcccg
     1261 gcaaatgttt ctcttctctt gcttcaccgg actggccatt gtagacatgg agcgattgaa
     1321 gttctcgcat atccaaacgt cagccga
//
LOCUS       SEQF2638.1|AYYF01001429.1 995 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..995
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             56..532
                     /gene="xerC_17"
                     /locus_tag="SEQF2638.1_01487"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01808"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerC"
                     /translation="MFLFACYTGAAYCDLMALNRGHLVCDDEGALWLKFNRQKTGVLC
                     RVKLLPEALRLINRLSDEGRDTLLPHINYLTYQSRLKVLRLRAGIALPFTSHTARHTF
                     ATLVTLEQGVPIETVSKMLGHSTVRMTERYAKVTPQKLFEEFDRLITFTKDLHLTI"
ORIGIN      
        1 gttaaaggcg ctctgttttg acggctggga ggcngacttg gagacagcgc gcgatgtgtt
       61 tcttttcgcc tgttacaccg gcgccgccta ttgcgatcta atggcactga accgtgggca
      121 tcttgtctgc gacgatgagg gcgccctttg gctgaagttc aacagacaga agacaggcgt
      181 cctctgtcgt gtaaagctgt tgcccgaagc gctccgattg ataaacagac tgtctgatga
      241 aggaagggac acgctgcttc ctcacatcaa ttacctgacc tatcaatcgc gtctgaaggt
      301 tctcagactg cgggccggta tcgcgctacc cttcacctcg cacaccgccc ggcacacctt
      361 cgctacgctc gtcaccttgg agcagggcgt acccatcgag accgttagca agatgcttgg
      421 gcatagcaca gtgcgcatga ctgaacgata tgcgaaagtt acccctcaga aactattcga
      481 ggagttcgat cgcttgatca ccttcaccaa agacttacat ctgaccattt aaccgaaacc
      541 gatatgagaa gtacattcaa gatcctgttc tacatcaaca gacagaagaa aaaagcagac
      601 ggcaagacgg ccattttttg ccgcgttacc attgatggta gaagcgcggt gatggcaacc
      661 ggagaagaat gtctgccgac cgaatggagt agcggacagg gaacaaccgg cgaaaagaaa
      721 atcaatcaac gcctcgcagc attcagggag cttgtggaaa agacttacgc ggaaatgctt
      781 acgaaagacg gcgtggtcag cgcagaactg ctcaagaacc gcttgcaggg tgttgctgct
      841 gcaccgacca cccttttggc catgagcgag gcagaactgc aatccgttaa ggcatgcgta
      901 ggcaagtcaa aggcagaaag tacttaccaa aaccttactt attcggacaa gttgcttcga
      961 gagttcgtga aggaaaacgg agggcgggac atccc
//
LOCUS       SEQF2638.1|AYYF01001430.1 359 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..359
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tacatctcgg tctacctctg gttgcccgtc agctcgatcc tcaccgcact cctgaccaaa
       61 atccaagtgc tgatgatcag caaggatatt gccgaattac agaatccggg ctacgtcccc
      121 gactcgggcg actggtacta catcgtcttt ttcctcattg gcatcgtggg cttcttctgc
      181 gtgccgacgg tcgcgggctg gatcatcgag gccggcggtg gtatcggcaa ctacggtcgc
      241 aatgtcaatc agacggcgca gcgtggtgtg caaggcgcat acaccggcgg caaggtgacg
      301 atggccggaa cgggtgccgc actcggcaat gccggcggac ggatcaaggg tttactcat
//
LOCUS       SEQF2638.1|AYYF01001431.1 305 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..305
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tacatctcgg tctacctctg gttgcccgtc agctcgatcc tcaccgcact cctgaccaaa
       61 atccaagtgc tgatgatcag caaggacatc gccgaactac agaatccggg ctacgtcccc
      121 gactcgggcg actggtacta catcgtcttt ttccttattg gcattgtggg tttcttctgc
      181 gtgccgacgg tcgcgggctg gatcatcgaa gccggcggcg gcatcggcaa ctacggtcgc
      241 aatgtcaatc agacggcgca acgtggtgtg caaggcgcat acaccggcgg caaggtgacg
      301 atggc
//
LOCUS       SEQF2638.1|AYYF01001432.1 408 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..408
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 catcggaggg acagcgatga cggatccacc gagcaacatc tcgcgacagt agtcggagta
       61 cttctgccct gcgttcgcgg ccctcgaacg gatttgctcc ttttcctcag ccgtgcatcg
      121 gaccttgata aaggccgtct tgttcgtctt cttgttttcc tttttggggt gtcttttcat
      181 tattttgggt gttgtggctc ttttgtcgcc attaccagaa gtgaaggcag ctggtgaaga
      241 tagtgataat agtgatgaag atgaccaaga ggtttcagcc tatgccaata gtaagaattc
      301 tatattccaa tttccacatt tggtgttggg tgctattgct attttctttt atgtaggttc
      361 tgagacgatt gttttgggaa cgcttataga ttatgcaaat gagttagg
//
LOCUS       SEQF2638.1|AYYF01001433.1 10472 bp   DNA    linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..10472
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             16..240
                     /locus_tag="SEQF2638.1_01488"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MWSRGTDIVGDGQLVLATEFFGHSRGSVTDEGGVVDLPTEADPI
                     GDDVDVQVVGVLMRDGHPLVIVQPHLFGKE"
     CDS             complement(473..877)
                     /locus_tag="SEQF2638.1_01489"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEKHPPKEDKKTNKTAIIKVRCTAEEKERIRLRAANAGRKYSDY
                     CREMLLGGSVIAVPPMGDNEKEALAILRQTALFYAHISNLIKVKDASWVDATKALAIY
                     AKIAFKRFFSPRYRVPEEVFKRLNIEDHDRKV"
     CDS             complement(1270..1506)
                     /locus_tag="SEQF2638.1_01490"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEKDTNKTDQAFLDVYLGETRPQEAEPSEQAVHSESAPTPKRI
                     SAKMRRGTLEAYKQTFLVPAKLTDRRAVYLSRDT"
     CDS             complement(2681..2842)
                     /locus_tag="SEQF2638.1_01491"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MERTFSWMESYRRMTIDYERSSNSAEAMLYVSFCQILPKNSANK
                     FKNSFYLSD"
     CDS             3835..7764
                     /locus_tag="SEQF2638.1_01492"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEGTINQNGVTPIYIENNEGLIYIDNNYVEEASTAFNKGSYEL
                     QNYTPTIQPAIHREEVCQIKDWIERKSSAECSSRLALLYGKAGIGKSIVMHDLLEELQ
                     ANKDYLVLGLKSDQVEFVDTDKFRKNIHLAKPIETVVEEMANQYKRVILLIDQIDALS
                     LSLSSNRTPLRSLLELINRIQNIPNVRAVISCRPYDLEYDPLLNKLRIKNKWELKEFT
                     EEQIQDILKKNKCKERMNDNLLRFLGNPLQLYLFLMVKPDEQLTDPLSTDLLYHQLWR
                     KYILDDSVRKVNKNSLLALLDALVATMYKDQELSVHIRLFETNFSAELQYLFSHELLL
                     KTKSNQIQFFHQTLFDYVYARRFTEKGDSLLEVLRGQHQGLFSRAAVKSVLTFLREQS
                     PKEYIHIIDQLLYAKNKDGKDTYRYHLKSLILSNMAYFEMPLQEEKSLISSKIFPDEV
                     FMDILFESVFAPNWFETIWEIIDCKGGWKSLSKSYKEKTMLMCERTLGLGAEIVLDKL
                     DATLDFRDEEDCKYLSNLLRYHNLNCGSEKLIDFYNRLVKSRLPLEHIYLLENIMKDN
                     PDFVCQELKENIRLQLLEKELKYVYRIGADHKVAYLYEELLKNHHDVGIQLLVDILAI
                     VYDKSKLNLSGSEINKSTEFYCFQRVAGSCFGSNFTEDATNILIDDFLKDIDNERVRR
                     CIAEFSKSKHEGFVFIALYVYTEHPEKFKDDIYNLITKRSVLSNAPSLVEYQAVEALR
                     VTFSLWNNEQKLAVISRILSIDDRGEYILFKDLVEIRLQYGHPLLDIDLHKGKALYAI
                     HKEELRRLSWQAYQERQRIDRKFNETRLKNEKPSSMSSHIGYTSLREDQGLKMSPETW
                     HKSMLTYTNDPMDWNKPSLTGQCNLFRAVVKKNPDKFIGLINTLLNDNRILLTYPQAG
                     MQGLLDAQRLDDAMHVLKRILDVICNDVNSTERGFSLHSLLFALNDIPKMDQIPEVVF
                     QLLCNALLNTKEPEEDIHQEEKEVYNVGINQARGNAGYMLVECAKEDKYKEDIFRTIE
                     RIAGTASVYTRAAILLNMATLNFLDKNRNVELFKKLMYDFNPRLMAMPIHNYNPLVYF
                     VNYAVGELMEFFSHAADCPECYREQVIILWLAWTHNNRDKSIKVLLDKMCEKDQEARI
                     SLLNFLSTLGQRMNEDAICYILHFMELQFDTPEMGKNCDNLFYHAKDWNDDIQRKIAD
                     AFVASPVSKHKIQVFIEFLVSYAIRDPVQTLIWLNKILAGELPDDYFILNHVVDVLIQ
                     SYNGIKSFNDNNYQETLEHAMDLIDAIMKNRSNKYLITNFINKLDNE"
     CDS             7757..8974
                     /locus_tag="SEQF2638.1_01493"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNKAYGEEQLRKLLMNPELSSGLYLLDTDLTDEDIEAYIRRNSS
                     FQYVSGKLIPASKGNVFELLIVGLSHQCQDDSGVNFLRQQLMTADDCRRDVIIYSLTI
                     QTLKHFSVGRKTVVHVLGKKDLSCIESEDLDIFDAALTYIDDTIVVISTRKNALILKD
                     SPIVNKSLKKIEDIFMTSKLKKVYISYKHDENCSKALEAIKNGLKKNNIEYSIDVQDI
                     KYRDDIVEYEKKIGTADRVIIFIIASYLKSIDCMFEMTEIFKKSDVKERVFPIVDITP
                     ISRNREGLEEIKDYWKEQRVKAFAQMQTEAGISDYIINELYKINAIIKTLDEFWNYIV
                     HVNTGVFEKLLENDAALLMEEILKTIPDKTVELDERFIPTDETQPTMIRKTIQNGEKA
                     VYVESNTGSININ"
     CDS             9133..9249
                     /locus_tag="SEQF2638.1_01494"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIPANKTVEINYIVDEFFKEYDTVIKSPSLEEGPQRTG"
     CDS             9263..9514
                     /locus_tag="SEQF2638.1_01495"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLPHNLLCSAQRARPNYGRVWGKITCHFDLHRGMGSKNMRIPSL
                     QPFWYGCPVPKKKKQGNPKFTMSGGEVMTIVILFHPSPF"
     CDS             9702..9839
                     /locus_tag="SEQF2638.1_01496"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGKLHNYFKKSIYKKKNTTVQFYGFKLHLIINDKGELLRFLSYS
                     G"
     CDS             10060..10248
                     /locus_tag="SEQF2638.1_01497"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MISSKIICQTEHTCHRYFLNFIINLLSALAAFSFFDKKSSINTV
                     HPSFLHSLSIRWNYIDYT"
ORIGIN      
        1 ggattgggct ttccgatgtg gtcgcgcgga acggacatcg ttggcgatgg tcagctcgta
       61 cttgcgactg agttcttcgg ccactctcgc ggctcggtta ctgacgaagg tggtgtcgta
      121 gacctgccca ccgaggctga tccgattggc gatgatgtgg atgtgcaggt tgtcggtgtc
      181 cttatgcgtg acggccaccc actggtgatc gtccagcccc atctgtttgg caaagagtaa
      241 ggcgagacgg ttctgggtct tgaacgtcat ctgcggttcg tcctgcgggg cgatgccgat
      301 ctcgatgcgc aggaacttgt ttttgcaacg gctgttgtag ttgttgatca gcctcatctc
      361 ctcgtgaatt tcctttggcg tttcgccgca caggttgtgg agggcgagaa tccggccgag
      421 tttgccttcg cgaaaaacat actccagcgc gttacttcca tgcgcgatgg ccttacactt
      481 tgcgatcatg atcttcgata tttaagcgct taaagacctc ctctggaact cggtagcggg
      541 ggctgaagaa ccgcttaaaa gcgatcttgg catagatagc aagtgctttc gtggcgtcca
      601 cccaagaggc gtctttgacc ttaatcaggt tagagatgtg cgcgtagaac agtgccgtct
      661 gacggaggat ggcgagggcc tccttctcgt tgtcgcccat cggagggacg gcgatgacag
      721 atccacccag caacatctca cggcagtagt cggaatactt ccgccctgcg ttcgcagccc
      781 tcaaacggat ccgctccttc tcctcagctg tgcatcggac cttgataatg gcggtcttgt
      841 tcgtcttctt gtcttccttt ggggggtgtt tttccatgta gataggtctt ttctgttgtg
      901 cttattttat ggtttgggcc gatgagaacg gatgtgatta cggccctctc ctccgtccgc
      961 taagggcggg gagcaagcgc agtttgtggg aacaaactga cgtcttgcat taccgtcgtc
     1021 acgttttggt acaattcagg agtttcgcct gtgatcactg catgccgtgc attcaggcgg
     1081 ttgctgattg cttgacgtgc atattgttcg tggactcttt gatggatccg tgtgcttgga
     1141 ttacagcttt cgccattcct cgatctcatc ggcgtagtct tccaaatggg cgcgcacgat
     1201 gtgctccacg aagctcgaga ggttggcacc ccgatcgccc aaacgacaga caatgaagtc
     1261 ggcgcgctcc tatgtgtctc tactcaaata gactgcccga cgatctgtca gcttggcagg
     1321 gacaaggaag gtttgcttgt aagcctccag tgtccctcgc ctcattttag cgctgatgcg
     1381 tttcggtgtg ggtgcactct cggaatgcac ggcctgctcg gatggctccg cttcctgtgg
     1441 acgcgtttct cccaaataga cgtcgaggaa cgcctggtca gttttgttgg tgtctttctc
     1501 tttcatggtt gctatcttct tttcagtttg atggggtggg atggtttggt tgtgatttgt
     1561 gcttgttctc gttgctctcg taggcgacgg acgcggctaa catgaaactc gttgagatcc
     1621 ttgcatcctc ggtagtgcac ggacatgtct tcaacttgga acccagcatc gatgaatgcg
     1681 ctcagggttc gcttccctgc atcgtcgtta tcgaggaacg cacggagggc ggtaatgcat
     1741 gctcgtgacc ctcggcatag tcgatccacg ggttcttttc agtgtttacc ctaaagctcg
     1801 gatgacgttc atatcgcagc ggtgagcggt atatcacata gttcgcaacc gtcggacgag
     1861 cacgagatgg ataataaatt actccgatac tttatctgaa tgcagttgat ttgggacaaa
     1921 ttactccaat actttatttt agcgccagtg attcgagata aattactacg gtactttctt
     1981 taaatacaag tgatttgaaa caaattactc cgatactttc tctaaataca ggtgatcgtg
     2041 aataaattac ctagatactt tgtttgagag caagtgattt ggaacaaatt actccagcac
     2101 tttatataaa tgtaagtgat ttaagatcaa gcacccgtac tttttgtttt cttcttacta
     2161 caaactacaa tcgccataat cgattgtttt ccaatagcat tcatgcaaat agaagtcnct
     2221 acgcggctga ctacatgtca ctactacaga tttgaaggag gggagttctg tagttcattg
     2281 gagtcattta tattgcttct atctgcctgt ttcttcttgg gttggtttgg atgagttttc
     2341 gagggtaaaa gtgtgatgag catctccggc atccaagcat gtagcgcact ccggcatgat
     2401 gttgcatctg tttgcggccg atttcttcag agaggcttta ctaggaagtg attcgcccat
     2461 ccgataagac aaaatggcat tggaagaaag agagataggg gacgattcgc aggctgctat
     2521 ctgctttccg ttgcggctgt tttccgaatg agcggcagct gcatccatgc tatgccagcc
     2581 atttcctcac tgttccattt ggatccctac tgttcccgat tgcataggca gcgttttacg
     2641 tgcaattatg tttaccgtcg aaaacagtaa atcctaaacg tcaatcagaa agatagaagc
     2701 tatttttgaa tttattggcg gagttttttg ggaggatttg gcagaaagag acatacaaca
     2761 tggcttctgc agaattacta cttcgctcat aatcgatggt cattcttcta tagctttcca
     2821 tccaagagaa cgtcctttcc ataatccatc tgagcggaag tagcacaaac ttgcgagcag
     2881 attcttaggg gtaaagtaca gcatcaaagt tccatccgag tccttctaca aactcttcaa
     2941 acaagccccg atagccatca ttagcaaaga tctttttaag acagggagat ctacttagta
     3001 gttgctttat aacaagtgtt gtacctttag attcatgaat gttttccgga tggatcaaag
     3061 cagctatagg atgtccgagc gtatctacaa cgatatgctc attcctttga ttttcttacc
     3121 tccgtcaact ccgtattcct tactgttaat aaggggagat gttcgtacgc ttcaagagcc
     3181 ttaatgctac caaggctcgg agattttctg tcataggatt ttcgaactga atctcttagc
     3241 cgacacatca gctcttcaaa gactccttat tgtttccatt ttctaaaaat agaagtagac
     3301 tgtttgctgc ggagtgaaat ctccagggag cgttcgccat tagcacccca gtttttgtta
     3361 tgtacagtag ggtattcacg atccctcgga gatatttttt ttgcgttttt ctcgaggttc
     3421 gaatagatct ttcatacttt gtcactgttt atcggtcagg ctggttgggt attctctcat
     3481 cacttttatg ttgtcaatca tcggctagct aatctaaaaa tcagactttt atatatttta
     3541 atacggtagc cctgatcatc caataaactc aaaaacagct tctaagatca aaagcgtata
     3601 tttgcgcgtt atacgatacc aaacagcttc tgatatggat atgggaggct tggacagggg
     3661 tagtattacc acgattcagg tacagttgga taaattgatt cataagaagt accatggaac
     3721 gagacgagaa ggatagtaac aggagggtgt ttatgacata gtgacatcat gattgattct
     3781 gtatgaaatg gatgagtctc atgtaaagtt ttagcataat aaggagaagt aatcatgaaa
     3841 gaaggaacca ttaatcaaaa tggtgtaacg ccaatttata tagagaataa tgaaggtcta
     3901 atctacatag ataataacta cgtagaggag gcctctactg cttttaataa ggggtcatac
     3961 gaactacaga attacacacc taccatacaa cctgccatcc atagagagga ggtctgtcag
     4021 ataaaagatt ggatcgaaag aaagtcatct gcagaatgtt catccagact ggcattactg
     4081 tatggaaaag caggtatcgg aaagtcgatt gtgatgcatg acctgcttga agagttgcag
     4141 gcaaataagg actatctggt acttggtcta aagtctgatc aggtagagtt tgtagatact
     4201 gataaatttc gtaagaatat tcatctggcc aagccgatag agactgtcgt agaagaaatg
     4261 gccaatcaat acaaacgggt catactgctg atagaccaga ttgatgcact gtctttatca
     4321 ctctcttcca accgtacacc attacgctct ctcctagaac taataaatcg aatacaaaat
     4381 atcccaaacg ttcgtgcagt tatctcttgc agaccgtatg acttggaata tgacccatta
     4441 ttgaataagc tacgtataaa aaacaagtgg gagctgaagg agtttacaga agaacagatt
     4501 caggatattc ttaaaaagaa caagtgcaag gaacgtatga atgacaatct tctacggttc
     4561 ttggggaatc ctctgcaact gtatttgttc ttaatggtaa agccagacga acaactgaca
     4621 gacccattgt caacggactt gctttaccac caattatgga ggaaatatat acttgatgat
     4681 agtgtgagaa aggttaataa aaacagcctc ttagccttgc tggatgcgtt agttgcaacc
     4741 atgtataaag accaagaatt gtccgtacat atcaggttgt ttgaaaccaa ctttagtgca
     4801 gagttacaat acctgttttc tcacgaacta ttattaaaga cgaagagcaa tcagatacag
     4861 ttcttccatc aaacgttatt tgattatgta tacgcacgca ggtttacgga aaagggtgac
     4921 agtttactgg aagtgcttag aggacagcac cagggattgt tctccagagc ggcagttaag
     4981 agtgtattaa ctttccttcg cgaacagagt ccaaaagagt atatccatat catcgaccaa
     5041 ctactctatg ctaaaaataa agatggtaaa gatacttacc gttatcatct aaaatctttg
     5101 attctgagca atatggcgta tttcgaaatg ccgttgcaag aggagaaaag tctaatttca
     5161 agtaagatat ttccggatga ggtttttatg gatattttat ttgagtcagt atttgcacca
     5221 aactggttcg agaccatttg ggaaattata gactgtaaag gtggatggaa gagtttaagc
     5281 aagagttata aagagaaaac tatgctaatg tgcgagagaa cccttgggct tggcgctgag
     5341 attgttcttg ataagttaga tgcaacactt gattttagag acgaagaaga ctgtaagtat
     5401 ttgagcaatc tgcttcggta tcataatctg aattgtggta gcgagaaact gatagatttt
     5461 tataatagac tggttaaaag cagacttcct ctcgagcata tatatcttct ggagaatatc
     5521 atgaaggata acccagattt tgtctgtcag gagttgaaag agaatatcag actgcaattg
     5581 ttagagaagg aattaaagta tgtttatagg attggagctg atcacaaagt tgcatatctg
     5641 tatgaagaat tgctaaaaaa tcatcatgat gtaggaattc aactcttggt ggacatcctg
     5701 gcgatcgttt atgataagtc aaaacttaat ctttctggca gtgaaataaa taaatctacg
     5761 gaattttatt gttttcagag ggtggcagga agttgttttg gttcaaattt cacagaagat
     5821 gccacgaata tccttataga tgactttttg aaagacattg ataacgagag agtcagacga
     5881 tgtatagcag aatttagtaa gagtaaacat gagggattcg ttttcattgc cttatatgtc
     5941 tatactgagc atcctgagaa gttcaaggac gacatttata acctcataac caagcgttct
     6001 gtcctctcta atgctccgag tttggtggag tatcaggctg tggaggcatt aagagtaaca
     6061 ttttcgctat ggaataatga gcaaaagtta gcggtaataa gtagaattct gtctatagac
     6121 gaccggggag aatacatact gtttaaggat ctagttgaga taagactaca atatggtcat
     6181 ccattgcttg atattgattt acataagggt aaagcattgt atgctataca taaagaggaa
     6241 ctgcggaggt tgtcttggca agcctatcaa gagcgacaaa gaattgatag gaaattcaat
     6301 gagacccgac tgaagaatga aaagccttcc agtatgtcaa gccatatagg gtacacctca
     6361 ttgagggaag accaaggctt gaagatgtcc cctgagacat ggcacaaatc tatgctgacc
     6421 tatacgaatg atcctatgga ttggaataaa ccatctttaa ctggacaatg caatctgttc
     6481 agagctgttg taaaaaaaaa tccagacaag tttattggtc tgataaatac gctactaaat
     6541 gacaaccgca tacttctgac ttatccacaa gccggaatgc aaggtttatt ggatgcccaa
     6601 cgactggacg atgccatgca tgttctaaag cgcatacttg atgtgatttg caatgatgtc
     6661 aactccacag aaagaggatt tagcctgcac tcgttgctat ttgctctgaa tgatataccc
     6721 aaaatggatc aaattccaga ggttgtgttt cagttgctct gcaatgcact gctcaacacc
     6781 aaggaacctg aagaggatat tcatcaggaa gagaaggagg tttataacgt gggaattaac
     6841 caagctagag gcaatgccgg ttacatgctg gtagagtgcg ccaaggagga taaatataag
     6901 gaagatatat tccgaaccat agaaagaatt gcagggacgg cttccgttta tacaagggcg
     6961 gcaatacttt tgaacatggc gacgctcaac tttctcgaca aaaacaggaa cgttgagctt
     7021 tttaagaaat tgatgtatga ctttaatcct aggctaatgg cgatgcctat acacaactat
     7081 aatccacttg tgtactttgt taattatgcc gttggcgaac tgatggaatt cttcagccat
     7141 gcagcagact gccctgaatg ttatcgtgag caagtcatca tactatggct ggcctggacg
     7201 cacaacaata gggacaagtc catcaaggtg cttcttgaca aaatgtgtga gaaagaccaa
     7261 gaggcacgaa tttctttgct gaacttcttg tccactcttg gccagaggat gaatgaggat
     7321 gccatttgct atattctcca ttttatggaa ctgcagtttg atacacctga aatggggaaa
     7381 aactgtgaca accttttcta tcatgcaaaa gattggaatg atgatattca gcgtaagata
     7441 gcagatgcat ttgtggcttc acccgtaagc aaacataaga ttcaagtttt cattgagttc
     7501 ttggtgagct atgcaatcag agaccctgtc cagacgctga tatggctaaa caagatcctt
     7561 gcaggtgaat tgcctgatga ctactttatc ttgaatcatg tggtagacgt gcttatccaa
     7621 tcgtataatg gcattaagtc gttcaatgac aataattatc aagaaacatt ggagcacgcc
     7681 atggacttga tagatgccat catgaaaaat cggagtaaca agtacctgat aaccaatttc
     7741 atcaacaaac tagataatga ataaggctta tggggaggag caactccgca agctattgat
     7801 gaatccagaa ttgtcatctg gattgtatct gcttgatacg gatttgacag atgaggacat
     7861 tgaggcgtat atcaggagaa acagctcatt tcaatacgtt agtggaaagc ttattccagc
     7921 ctctaagggg aatgtcttcg aattgcttat agttggattg agccatcagt gccaggatga
     7981 tagtggcgtc aattttctga ggcagcaatt aatgactgcg gatgactgta gaagagatgt
     8041 catcatctat agtttgacaa ttcaaacctt gaaacatttc agtgtaggta gaaaaactgt
     8101 ggtgcatgtg ttaggaaaaa aagatttatc atgcatagag tcagaagact tggatatatt
     8161 cgatgcagca ctcacttaca ttgatgatac gatagtcgtt atttccacac ggaagaatgc
     8221 actgatatta aaggatagtc ctatagtaaa taaatcattg aagaagattg aagatatatt
     8281 tatgacaagt aaattgaaga aagtgtatat ttcttataaa cacgacgaga attgcagcaa
     8341 agcattggag gccatcaaaa atggtctaaa aaagaacaat atcgaatact cgatagatgt
     8401 acaggacatt aaatatcggg acgatattgt tgaatatgag aaaaagatag gaactgcgga
     8461 tagggttatc atattcatta tagcatctta cctgaaatct atagattgta tgtttgagat
     8521 gacagagatt ttcaagaaat cagacgtaaa ggagagggtg ttccccattg ttgatataac
     8581 gccaatatcc aggaatcggg aaggccttga agaaataaaa gattactgga aggagcagag
     8641 agttaaagct tttgctcaaa tgcagacaga ggcgggtatc tctgattata ttatcaatga
     8701 gctttacaag attaatgcta tcattaaaac tctggatgag ttttggaatt acattgttca
     8761 cgtcaataca ggagtttttg aaaaactgtt agagaacgat gctgctctac ttatggagga
     8821 gattctgaaa acaatacccg ataagactgt tgaacttgat gagaggttta ttcctactga
     8881 tgaaacacag ccgactatga tccgtaaaac gattcagaac ggagaaaagg ccgtgtatgt
     8941 agagagcaat acagggagca taaatattaa ttaaacccca taatgaaaga aacttccgta
     9001 gaaaaatggt tgatcttcaa ggatttttat tggttaacgt gagttcaaca taagaaaagg
     9061 ggggcaaaaa gacgcagaaa tcaagggata gtctgtttct ttatgtgctg ataacaaaga
     9121 gcaaactaca taatgattcc cgccaataaa actgtagaga tcaactatat cgtcgacgaa
     9181 ttcttcaaag aatacgacac tgtaatcaaa agtccttcct tggaagaagg tccccaaaga
     9241 acagggtaat cgtatcaaaa acatgcttcc ccacaatttg ctttgctccg cacagcgtgc
     9301 gcggcccaat tacggtcgtg tttggggtaa aatcacgtgt cattttgatc tccatagggg
     9361 tatggggagc aaaaacatgc gtatcccgag tctacagcca ttttggtacg gttgccctgt
     9421 cccaaagaaa aagaaacagg ggaatcccaa attcaccatg tccggtggcg aggtgatgac
     9481 gattgttatc ctcttccatc cctccccttt ttgatatccg aaatatttct atttctttac
     9541 acaaaaaggt ttcctcatgc catggtctta caaccgcttc gtagaactcc agcgaaagat
     9601 ttgtataccc cttgtcgcct tcttgaaaaa tgaaagccct agagtaaggt gctgacattt
     9661 cttttatcta ttctacccct acagccactg tcatatcaaa aatgggaaag ttgcataact
     9721 atttcaagaa atccatctat aagaagaaaa acacaacagt ccagttctat ggattcaaac
     9781 ttcacttgat tatcaatgac aagggagaac tacttaggtt tctctcttac tccgggtaat
     9841 gtcgacgaca gagcttcctt gaaacatatg cgcttccaca aatgaatatt tgagtaagct
     9901 cttcggagac aggagaatat ctcgaagaat ctcttcaaac aacttttcat tgacggagtc
     9961 caccttgcgg acacgtttta agaagggata aagaacgtct taacaattta atgttaaaaa
    10021 agatcagatt tcaaaaaaga tatctaatcg agacggttaa tgattagctc aaagatcatt
    10081 tgtcaaacag agcacacttg ccatcgatac ttcctaaact tcattatcaa tctattatca
    10141 gctttggctg ctttctcctt cttcgacaaa aagtcctcca tcaacaccgt gcatccctct
    10201 tttctgcact cattatcgat tcgctggaac tacatcgact acacctgact acatcccaac
    10261 ccttcttctt tcactgtatt acccctgttg tagtcatgta gtaagataga atcagtgaaa
    10321 gggaaaaagg catgttaggg cggccgtcag gggatcacac tgacgtcgct tgttgcttcc
    10381 ggatcagctt gtccatgtct tccgagatct ttttgtcgaa gaaggagaaa gcagccaaag
    10441 ctgataatag attgataatg aagtttagga ag
//
LOCUS       SEQF2638.1|AYYF01001434.1 1564 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1564
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(880..1479)
                     /gene="xerC_18"
                     /locus_tag="SEQF2638.1_01498"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01808"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerC"
                     /translation="MLASLLKDLYKRRVIDTYPFMGYSIRWDVGTPRYITKDELRRII
                     DLDDSQLGSYELVSRDMFLFSCFTGLSYTDIYHLTAEHLIEEGGMTWIRKPRVKTARM
                     CHIPLLPEASAIIEQYRGIHTRAFRHEPPRGYLLPIPGCDTVNIHLKKIAALCHIPKR
                     LTFHMARHTFASQMTLAEGMSIESVSKMLGHSEIKMLLT"
ORIGIN      
        1 tggtcttcga tatttaagcg cttaaatacc tcctcgggga cccgatagcg ggggctgaag
       61 aaccgcttaa aagcgatctt ggcgtaggtg gcgagggcct tcgtcgcgtc tacccaggag
      121 acgtctttga ccttaatcag gttagaaatg tgcgcgtaga acagtgccgt ctgacggagg
      181 atggcgagcg cctccttctc gttgtcaccc atcggaggga cagcgatgac ggatccaccg
      241 agcaacatct cgcgacagta gtcggagtac ttctgccctg cgttcgcggc cctcgaacgg
      301 atttgctcct tttcctcagc cgtgcatcgg accttgataa aggccgtctt gttcgtcttc
      361 ttgttttcct ttttgggtgc tattgctatt ttcttttatg taggttctga gacgattgtt
      421 ttgggaacgc ttatagatta tgcaaatgag ttaggattgg atcatcctga aaactattct
      481 tggattacac ctatctgtat tagtattggt tatataacgg gaatcatact tattcctaaa
      541 tatctctcac agacacgcgc tctgcagatt tgttcttttg tggctttggt gggtacatcc
      601 cttgttgtag ttcttcctgg aacctatagc atttactgca ttggcgtaat ggctttggga
      661 tgttcgctta tgtggccggc attttggcct ttagctttga tggatttggg gaagtttacc
      721 aaaaaaggct catcgattct gacgatgggg cttattggtg gagctgcgat aacagtactc
      781 tttggacttt taaaagatgt cacaaacact cgatacgcct atggcctttg ctttatatgc
      841 tttggttata tttcgcttta tgcattcaag gggtataagt tacgttaaca acatcttgat
      901 ctcactatgc cctaacatct tggacacgct ctcaattgac atcccttcgg cgagggtcat
      961 ttgcgaggcg aaggtgtggc gggccatgtg gaaagtcaac cgtttaggga tgtgacaaag
     1021 cgcagcgatc ttcttgagat ggatattgac ggtgtcgcag ccggggatcg gaaggaggta
     1081 gccccggggc ggttcgtgac gaaaggcgcg tgtgtggatg cccctgtact gctcgatgat
     1141 cgctgacgct tcgggcagca gggggatgtg gcacatccgg gccgtcttta cacgcggctt
     1201 gcggatccaa gtcattccgc cttcctcgat cagatgttcc gccgtcaagt ggtagatgtc
     1261 cgtgtaagag aggcccgtga agcacgaaaa gaggaacata tctcgggata caagctcgta
     1321 actccccagc tgcgagtcgt ccaaatcgat gatacgccgc agctcgtcct tggtgatgta
     1381 gcgcggtgtg ccgacgtccc atcggatgga gtagcccatg aagggatagg tgtcgatgac
     1441 acgccttttg tacaagtctt tgaggagcga cgccagcacg gtgagatagc cggcggtggt
     1501 gttgagcttg aaggctttct cctgcgcgaa gtaggcctcg agctcctcga taaaggcctt
     1561 gtcc
//
LOCUS       SEQF2638.1|AYYF01001435.1 1092 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1092
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             234..392
                     /locus_tag="SEQF2638.1_01499"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLATEIFGYSGGSVTDEGGIVDLPTKADSIGNDVDVQIVGVFMR
                     DSHPLVIV"
     CDS             complement(649..1053)
                     /locus_tag="SEQF2638.1_01500"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRHPKKENKKTNKTVFIKVRCTAEEKEQIRSRTTNAGRKYSDY
                     CREMLLSGSVIAVPPMGDNEKEALAILRQTALFYAHISNLIKVKDVSWVDATKALSTY
                     AKIAFKRFFSPRYRVDEEVFKRLNIEDRDRKV"
ORIGIN      
        1 aacttcagcc cgtagacttt cccctgcttg ttcttcatgc ggtcgatcgt gacgccactt
       61 cggtggagtt catagaggaa catggagtga cccgacaggc ctttcccttt gtgcttctcg
      121 agcagggcgt agcagatgtt ccgaacctgc tgctttgtcc gctctcttct cggatcggct
      181 tgggctttcc gatgtagtcg cgcggatcgg acttcgttgg cgatggtcag cctatgcttg
      241 cgactgagat cttcggctac tctggcggct cggttactga cgaaggtggt atcgtagacc
      301 tgcccaccaa ggctgattcg attggcaatg atgtggatgt gcagattgtc ggtgtcttta
      361 tgcgtgacag ccacccactg gtgatcgtct aaccccatct gtttgccaaa gagcagggcg
      421 aggcggttca gcgccttgaa cgtcatccgc ggctcgtcct gcggggcaat gccgatctct
      481 atgcgcagga acttgttttt gcaacggctg ttgtagtcgt tgagcagctt catctcctcg
      541 tgaatctcct tcggcgtttc gccgcacaga ttgtggagag cgagaagccg gccgagtttg
      601 ccttcgcgaa aaacatactc cagcgcgtta cttccatgcg cgatggcctt acactttgcg
      661 atcacggtct tcgatattta agcgcttaaa cacctcttcg tcgacccgat agcgggggct
      721 gaagaaccgc ttaaaagcga tcttggcata ggtggaaagt gcctttgtgg cgtctaccca
      781 ggagacgtct ttgaccttaa tcaggttaga aatgtgcgcg tagaatagtg ccgtctgacg
      841 gaggatggcg agggcctcct tctcgttgtc gcccatcgga gggacggcga tgacagatcc
      901 actcagcaac atctcacggc agtagtcgga atacttccgt cctgcgttcg tagttctcga
      961 gcggatctgc tccttttcct cagccgtgca tcggaccttg ataaagaccg tcttgttcgt
     1021 cttcttgttt tcctttttgg ggtgtctttt catgtggata ggtctttttt gtggtgctta
     1081 tactatggtt gg
//
LOCUS       SEQF2638.1|AYYF01001436.1 963 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..963
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             322..453
                     /locus_tag="SEQF2638.1_01501"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFRYNIDTLYNRSILFYKDFQNTPSLSFIFSCIYVNGIPFLYM"
ORIGIN      
        1 tggtcttcga tatttaagcg cttaaatacc tcctcgggga cccgatagcg ggggctgaag
       61 aaccgcttaa aagcgatctt ggcgtaggtg gcgagggcct tcgtcgcgtc tacccaggag
      121 acgtctttga ccttaatcag gttagaaatg tgcgcgtaga acagtgccgt ctgacggagg
      181 atggcgagcg cctccttctc gttgtcaccc atcggaggga cagcgatgac ggatccaccg
      241 agcaacatct cgcgacagta gtcggagtac ttctgccctg cgttcgcggc ccccctgagg
      301 attttgtgca ttaggttttg tatgtttcgt tacaatattg ataccctcta caaccgctct
      361 attctctttt acaaggactt ccagaatacg cccagtcttt cctttatctt ctcctgtatt
      421 tacgtaaacg gtatcccctt tctttacatg taacttactc attgcatcaa ttcctttata
      481 aatcacagca cctctggtgc caatgaaaca atcttcatat tagccccacg cagctcacga
      541 gcgacaggtc caaaaatacg acttccccta atttccccag cctgattaag caatacacaa
      601 gcattatcat cgaaacgaat ataagaaccg tcttgacgac ggatctcttt tttcgtccgc
      661 acaataattg cctttgagac tgcccctttt ttcatatcac tcgaagggat tacactcttc
      721 accgttacaa ctataatatc gccaacggta gcatagcgtt tacgcgtacc tcctaaaaca
      781 cggatgcaga gggcttcttt agccccacta ttatcggcta ctactaatct tgtctcctgc
      841 tgtatcatat cattttgccc tttctatgat ctgaaccaaa cgccatcttt tcgtcttact
      901 caacggacgc gtctccataa ttcttacagt atcaccctca ttacattcgt tcctttcgtc
      961 atg
//
LOCUS       SEQF2638.1|AYYF01001437.1 12440 bp   DNA    linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..12440
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(511..702)
                     /locus_tag="SEQF2638.1_01502"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDRSLFRNTAPLRILCIRFCMFRYNIDTLYNRSILFYKDFQNTP
                     SLSFIFSCIYVNGIPFLYM"
     CDS             819..1382
                     /gene="rplE"
                     /locus_tag="SEQF2638.1_01503"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q9RXJ0"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L5"
                     /db_xref="COG:COG0094"
                     /translation="MGAIATVKQDYRERIVPALKKEFDYSSVMQVPVLKKIVINQGLG
                     MATADKKIIDVAIDELSLITGQKAIATYSKKDISNFKLRKKMPVGVMVTLRHDRMYEF
                     LERLIRVALPRIRDFRGIESKLDGRGNYTLGIEEQIIFPEINIDNITKILGMNITFVT
                     SAKTDEEGFALLREFGLPFRNIKKNQA"
     CDS             1397..1651
                     /gene="rpsN2"
                     /locus_tag="SEQF2638.1_01504"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:O31587"
                     /codon_start=1
                     /transl_table=11
                     /product="Alternate 30S ribosomal protein S14"
                     /db_xref="COG:COG0199"
                     /translation="MKAREMKRAKLVAKYAAKRAQLKKEGNYEALQAIPKNASPVRLH
                     NRCKITGRPKGYMRQFGISRIQFREMASHGLIPGVKKASW"
     CDS             1702..2097
                     /gene="rpsH"
                     /locus_tag="SEQF2638.1_01505"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P12879"
                     /codon_start=1
                     /transl_table=11
                     /product="30S ribosomal protein S8"
                     /db_xref="COG:COG0096"
                     /translation="MTDPIADYLTRLRNAIKARHRVVEVPASNLKKEITKILFEKGYI
                     LNFKFMDEGVQGTIKIALKYDAVNKVNAIKRLDRVSSPGLRRYVGYRNMPRVLNGLGI
                     AILSTSKGVMTNKEASEQKIGGEVLCYVY"
     CDS             2114..2665
                     /gene="rplF"
                     /locus_tag="SEQF2638.1_01506"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P02391"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L6"
                     /translation="MSRIGKLPIEVPSGVAVTIKDDLVTVKGPKGELSQRVNSDIKVS
                     FENGILKVERPTDAKEHRALHGLYRALIHNMVVGVSEGYKKQLVLVGVGYRVANNGQI
                     LDLSLGYTHNIYLQLPQEVKVETKSERNQSPMIILESADKQLLGQICAKIRSFRMPEP
                     YKGKGIKFMGEEIRRKSGKSAAK"
     CDS             complement(2855..2980)
                     /locus_tag="SEQF2638.1_01507"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIQVSITIKNDRMHSCLLCIFSNGLTDFRRNLLFWTAINYL"
     CDS             3040..3555
                     /gene="rpsE"
                     /locus_tag="SEQF2638.1_01508"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P21467"
                     /codon_start=1
                     /transl_table=11
                     /product="30S ribosomal protein S5"
                     /db_xref="COG:COG0098"
                     /translation="MAVNNRVKSTSDLDLKDRLVAINRVTKVTKGGRTFSFAAIVVVG
                     NEDGVIGWGLGKASEVTTAIAKGTESAKKNLIRIPIHKGTIPHEQTAKFGGAEVIIKP
                     ATHGTGVKAGGAMRAVLESVGVTDVLAKSKGSSNPHNLVKATIAALNELRSPAMVAQN
                     RNVSIEKVFNG"
     CDS             3795..4265
                     /gene="rplO"
                     /locus_tag="SEQF2638.1_01509"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0A0F6"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L15"
                     /translation="MNLSNLKPASGSVKTRKRIGRGPGSGLGGTSTRGHKGAKSRSGY
                     KHKIGFEGGQMPIQRRLPKFGFKNINRISYKAINLSTLQELAESKNLTRIGLQELRNA
                     GFISASQLVKILAKGTLTSKIEVEAHAFSKKAEDAIITLGGSVSKLGGKSEKAE"
     CDS             4269..5609
                     /gene="secY"
                     /locus_tag="SEQF2638.1_01510"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q9X1I9"
                     /codon_start=1
                     /transl_table=11
                     /product="Protein translocase subunit SecY"
                     /db_xref="COG:COG0201"
                     /translation="MRAVETIKNIWKIEDLRKRILITLLLVLIYRFGTYIVLPGIDPK
                     DLTALGEQTRGGLMALLDMFSGGAFSNASIFALGIMPYISASIVMQLAAIVIPSFQKM
                     QREGESGRRKINQWTRYLTVIVLILQGSAYLVNLNVQLRSAGASMPTDWWFRISSTII
                     MAGGSMFVLWLGERITDKGIGNGISFIILIGIIARLPHSLFEEFTSRVTEKSGGLVMF
                     LFEILFLLLVMAGAILLVQGTRKVVVQYAKRIIGNKQYGGARQYIPLKVNAANVMPII
                     FAQAIMFIPISLAGFSNSGENSSFMRAFMDNTGFWYNFVFALLIIAFTYFYTAITINP
                     TQMADDLKRNNGFIPGIKPGRATREYLDEIMSRITFPGAIFLAIVAIMPAFARILGIS
                     QGFAQFFGGTSLLILVGVVLDTLQQIESHLLMRHYDGLLKSGRIKGRTGAIAAY"
     CDS             5611..6393
                     /gene="map"
                     /locus_tag="SEQF2638.1_01511"
                     /EC_number="3.4.11.18"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P19994"
                     /codon_start=1
                     /transl_table=11
                     /product="Methionine aminopeptidase 1"
                     /db_xref="COG:COG0024"
                     /translation="MIYIKTDEEIELMREANQLVGKTLGELAKHIAPGITTLQLDRIA
                     ETFIRDHGAEPAFLGYGGFPNSICASVNENVVHGIPSDKVILKDGDIISVDCGTKLNG
                     FVGDSAYTFCVGNVSEPVKDLLRTTKESLYKGIEQAQVGRRVGDISHAVQEWCEKKNY
                     SVVRELVGHGCGREMHEDPEVPNYGRRGCGPLLKSGMCICIEPMINQGSKNVVFEADG
                     WTVRTKDRKCSAHFEHCIAIRPEGPLILSSFEYLEAVVGKEI"
     CDS             6402..6620
                     /gene="infA"
                     /locus_tag="SEQF2638.1_01512"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P65119"
                     /codon_start=1
                     /transl_table=11
                     /product="Translation initiation factor IF-1"
                     /translation="MAKQAAIEQDGVIVEALSNAMFRVELENGHEITAHISGKMRMHY
                     IKILPGDKVRVEMSPYDLSKGRISFRYK"
     CDS             7022..7402
                     /gene="rpsM"
                     /locus_tag="SEQF2638.1_01513"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:A0QSL5"
                     /codon_start=1
                     /transl_table=11
                     /product="30S ribosomal protein S13"
                     /db_xref="COG:COG0099"
                     /translation="MAIRIVGVDLPQDKRGEIALTYIFGIGRSASNSILAKAGVDKNI
                     KVKDWTDDQAAKIREVIGEGYKVEGDLRSEVQLNIKRLMDIGCYRGVRHRIGLPVRGQ
                     STKNNARTRKGKKKTVANKKKATK"
     CDS             7415..7804
                     /gene="rpsK"
                     /locus_tag="SEQF2638.1_01514"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P66357"
                     /codon_start=1
                     /transl_table=11
                     /product="30S ribosomal protein S11"
                     /translation="MAKKVVAAKKRKVKVEAVGEAHIHSSFNNIIVSLTNSDGQVISW
                     SSAGKMGFRSSKKNTPYAAQMAAQDCAKVAYDLGLRKVKVYIKGPGNGRESAIRTIHG
                     AGIEVAEIIDVTPLPHNGCRPPKRRKV"
     CDS             7976..8581
                     /gene="rpsD"
                     /locus_tag="SEQF2638.1_01515"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P81288"
                     /codon_start=1
                     /transl_table=11
                     /product="30S ribosomal protein S4"
                     /translation="MARYTGPKTKIARKFGEPIFGADKTLSKKNYPPGQHGNNRRRKT
                     SEYGIQLREKQKAKYTYGVLERQFRNLFEKAARSRGITGEVLLQLLECRLDNIVFRLG
                     LAKTRAAARQLVLHRHVVVDGKVVNIPSYSVKPGQIVSVREKSKSLEVIGDALSGYNH
                     GKYLWIEWDQSVMGGKLLHLPAREDIPENIKEQSIVELYSK"
     CDS             8628..9752
                     /gene="rpoA"
                     /locus_tag="SEQF2638.1_01516"
                     /EC_number="2.7.7.6"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P20429"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA-directed RNA polymerase subunit alpha"
                     /db_xref="COG:COG0202"
                     /translation="MLEASSTFGKFEFRPLEPGYGITIGNALRRILLSSLEGYAFSSV
                     KIEGVDHEFATIPGVMEDMTNIILNLKQVRFKCLGAPLSEEDDEEEEAETEEVEAEKA
                     PEEKEEKETEGDDEGEEAEEAGEDEVVEEEDEPEALPKVWINVSDTDVLKAGALQPAG
                     FEVLNPEMEICHLAPGTSFQMELTLSKGRGYVPADENRDPSNSDVQVIAIDSIFTPIR
                     NVKYTVENFRVEQKTDYEKLVLEIETDGSIHPKDALREAAKILIHHFMLFSDDRIAVE
                     TPEQPGVGGTDEEFDEELARMRQLLKTKLTDMNLSVRALNCLKSANVETVGELVQYNK
                     SDLLKFRNFGKKSLTELDELLDSLELSFGMDITKYKLDKD"
     CDS             9758..10234
                     /locus_tag="SEQF2638.1_01517"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRHNKKVNHLGRTKAHREAMLANMASSLIKHKRIFTTTAKAKSL
                     RKYIEPLITKSKDSSVHSQRIVFSSLQDKYAVKELFTEISSKVMDRPGGYTRIIKTGL
                     REGDNAAMCFIELVDYNENMLKTAKTRKQSTRTRRSRKKSAVDATVEAETTEGAAE"
     CDS             complement(10751..11152)
                     /locus_tag="SEQF2638.1_01518"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNKKLTVIVEWTGDNFGASAPEVTGCVATGKTLSEVKEAYASAL
                     DFHLEGADEDELPEWIMRGEYVLDFELTAGALLKYYGDVVTLSAMSRATGINARQLSH
                     YIDGNRTPRARQRERIVAGLHTIAKQLADAR"
     CDS             complement(11199..11393)
                     /locus_tag="SEQF2638.1_01519"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG2545"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDRMKTSEIISRLKADGWYLARQRGSHRQFKHPTKRGTVTINGK
                     MSETQSQFMINSISKQAGWR"
     CDS             11602..12108
                     /locus_tag="SEQF2638.1_01520"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIDKGERFMHITTHHIPAKRRHIDAATRLRRLSHVVAASTRVVR
                     GCKLPRRPSARFCPHAESRRPAFSVWAVDSSCPYPSFFGSVCNTVANARKFFEVLATP
                     LQTPKNFSKHLQHRCKRQKVFRSICNTVANTQKNLGAFATLLQTFSFQRTKLFTKSLA
                     PDPLLTPF"
ORIGIN      
        1 catgacgaaa ggaacgaatg taatgagggt gatactgtaa gaattatgga gacgcgtccg
       61 ttgagtaaga cgaaaagatg gcgtttggtt cagatcatag aaagggcaaa atgatatgat
      121 acagcaggag acaagattag tagtagccga taatagtggg gctaaagaag ccctctgcat
      181 ccgtgtttta ggaggtacgc gtaaacgcta tgctaccgtt ggcgatatta tagttgtaac
      241 ggtgaagagt gtaatccctt cgagtgatat gaaaaaaggg gcagtctcaa aggcaattat
      301 tgtgcggacg aaaaaagaga tccgtcgtca agacggttct tatattcgtt tcgatgataa
      361 tgcttgtgta ttgcttaatc aggctgggga aattagggga agtcgtattt ttggacctgt
      421 cgctcgtgag ctgcgtgggg ctaatatgaa gattgtttca ttggcaccag aggtgctgtg
      481 atttataaag gaattgatgc aatgagtaag ttacatgtaa agaaagggga taccgtttac
      541 gtaaatacag gagaagataa aggaaagact gggcgtattc tggaagtcct tgtaaaagag
      601 aatagagcgg ttgtagaggg tatcaatatt gtaacgaaac atacaaaacc taatgcacaa
      661 aatcctcagg ggggccgtgt tacgaaagag gcttcgatcc atatttctaa tttgaatttg
      721 ttggatccaa agagtggaaa gccttcgcgt attggtcgta aagaggtgga tgggaaatta
      781 gtccgttata tgaaaagatc aggagaggaa ataaagtaat gggtgctatt gctacagtaa
      841 aacaagatta tagagagagg attgtcccag ctctaaagaa agaatttgac tactcctcag
      901 tgatgcaggt tcctgtactg aagaaaattg tgatcaatca ggggctgggg atggctacgg
      961 ctgataagaa aatcattgat gtcgcaattg atgagctatc tcttattacg ggccaaaaag
     1021 ctattgctac ttattcgaag aaagatattt caaacttcaa acttcgtaag aagatgcctg
     1081 ttggtgtgat ggttactctc cgccatgata ggatgtatga atttttagag cgtttgatac
     1141 gtgttgcttt accacgtatc agggatttta gaggcattga gagtaaactt gatggcagag
     1201 gaaattacac tttaggcatc gaggagcaga ttatcttccc agagataaat atcgataata
     1261 tcacaaaaat attggggatg aatatcactt tcgtaacttc tgcgaagacg gatgaagaag
     1321 gatttgctct tcttcgtgaa tttgggctgc cttttagaaa tatcaaaaag aatcaagcgt
     1381 aatggcgaag gaatcaatga aagctcgtga aatgaaacgg gcaaaattag tggccaagta
     1441 tgctgctaaa cgtgcgcagt tgaagaaaga agggaattat gaggccttgc aggcgatccc
     1501 taaaaatgct tcacctgttc gtctacacaa tcgttgtaaa ataacgggac ggcctaaggg
     1561 gtatatgcgt caatttggta tctcgcgtat tcagtttcgt gagatggctt cgcatggatt
     1621 aatccctggt gtaaagaagg ctagttggta aaagagagtg ataaatattg tccagattcg
     1681 ctggattaat ttaaacgaga tatgacagat cccattgcag attatttgac tagattgcga
     1741 aatgcaataa aagctcggca ccgtgttgtt gaggtgcctg catcaaactt gaaaaaagaa
     1801 atcacgaaga ttctttttga gaaaggctat atcctcaatt tcaaatttat ggatgaaggg
     1861 gtacaaggca cgatcaaaat tgctttaaaa tatgatgctg taaacaaggt gaatgcgatt
     1921 aaaagattgg atcgcgtttc ttctcctggt ttacgtcgct atgtaggtta tagaaatatg
     1981 ccaagagttt taaatggttt gggcatagcg attctttcta cttctaaggg agtgatgact
     2041 aacaaggaag ccagcgaaca gaaaatcggt ggtgaggttt tgtgttacgt ttattgatag
     2101 gaggaggtta gtaatgtcta gaattgggaa attacccata gaggttccaa gtggtgtagc
     2161 cgttacaata aaagatgatc ttgttacggt caaaggtccg aagggagagc tttctcaaag
     2221 ggtaaactcg gatattaagg tttcttttga gaatggaata ttaaaagttg aaagacctac
     2281 cgatgctaaa gagcatcgag cactgcatgg tctgtatcgt gctttaatac ataatatggt
     2341 tgtaggcgtt tctgagggat ataagaaaca acttgtatta gtgggggttg gttatcgcgt
     2401 ggcgaataat ggtcagattt tagatctgtc cttaggctat acgcacaaca tttatcttca
     2461 attgcctcaa gaggtgaagg tcgaaacgaa atctgaacgc aaccagagtc caatgatcat
     2521 tttagagtcg gcagataaac agttgcttgg tcaaatctgt gcaaaaattc gatctttccg
     2581 tatgccagag ccatataagg gcaaaggtat caagtttatg ggtgaagaaa tccgcagaaa
     2641 atcaggcaaa tctgcagcga agtaaagcaa cgaaaggagt aaggtagata tggtaacgaa
     2701 agaagcaaga cgcttaagaa taaagcagag tatacggaat aaagtatccg gtacgtcaga
     2761 gtgtccacgt ttgactgtct tcagaagcaa taaacagatt tatgcacaag tgatagatga
     2821 tacgacaggg aaaacattgg ctgcggcttc atccttaaag gtaattgatg gcggtccaaa
     2881 aaaggagatt gcggcgaaag tcggtgagac cattgctaaa aatgcacaag aggcaggagt
     2941 gcatgcggtc gtttttgatc gtaatggata cttgtatcat ggtagagtaa aagaattagc
     3001 ggatgctgct cggagaggcg gtcttaaatt ttgaaggaaa tggcagtaaa caatagagta
     3061 aaatcgacta gtgatttaga tttgaaggat cgtttggtcg caatcaatcg tgtaacaaaa
     3121 gtaactaagg gtggtcgcac gtttagtttt gcggcgattg ttgtggtcgg aaatgaggac
     3181 ggcgtaattg gctggggctt aggaaaagcc agtgaagtga ctacagctat agcaaaaggt
     3241 acagagtccg ccaagaagaa tcttatcaga atacccattc ataaaggtac gatccctcac
     3301 gaacaaactg ctaaatttgg tggggctgag gtgattatta aacctgccac tcatggtact
     3361 ggagtgaagg caggaggtgc aatgcgtgct gttttagaaa gtgttggtgt gacggacgtg
     3421 ttggctaaat ctaaaggttc atcaaatcct cataatttag taaaggctac gattgcagct
     3481 ttgaatgaac taagaagtcc tgcgatggtt gctcagaatc ggaacgtctc cattgagaag
     3541 gtttttaatg gataaatcga gaacagtcaa atggcaacaa ttaagataaa acaagtcaga
     3601 agtaggatca aatgccccaa agtgcagaag aggactttgg atgccttagg attgaggaag
     3661 ctgaaccgtg tagttgaaca tgaagacagt ccatcgattc gtgggatgat agaggttgtg
     3721 aagcatttgg ttttagttga agaatagtaa tgaaagggat gcttaaagat ggcgtcctat
     3781 aaaatcatat tgatatgaac ttatcgaact taaaaccggc ttctggctcg gtaaagacaa
     3841 gaaaacgtat agggcgaggc ccaggatctg gcttgggcgg aacctctaca agaggtcata
     3901 aaggagcgaa atctcgttct ggctataagc acaagatcgg ctttgagggt ggacagatgc
     3961 caatacaacg gcgcttacct aagtttggtt tcaagaatat aaatcgcata tcttataagg
     4021 ctatcaatct ctctactcta caagaattag ctgagtcaaa gaatttgact cgtattggct
     4081 tgcaagaatt gagaaatgcc ggatttattt ctgcgtctca attggtcaag attttggcga
     4141 agggaacact tacttccaag attgaagtgg aggcacatgc tttttctaag aaagcagaag
     4201 atgcgatcat cacgcttgga ggatctgttt ccaaattggg cggaaagtcc gaaaaagcgg
     4261 aatagattat gagagcagtt gagacgatta aaaatatctg gaagatagaa gacctgcgga
     4321 agcgtattct aattacgctt cttctggtcc ttatctatcg tttcggaaca tatatcgtac
     4381 ttcccgggat agatccgaag gacttgactg cgcttgggga acagaccaga ggtggtttga
     4441 tggctctatt ggatatgttt tccggaggag ccttttcaaa tgcatccatc tttgcattag
     4501 gaattatgcc atatatctcg gcctccattg tgatgcagtt ggcagcaatt gtgattccgt
     4561 cgttccagaa gatgcagcga gaaggtgaaa gtgggcgaag aaaaatcaac caatggacac
     4621 gctatcttac cgtgatcgtg ttgattcttc agggatcggc ctatttggtg aatctgaatg
     4681 tacagcttcg gagcgcaggg gccagtatgc ccaccgattg gtggttcaga atctcttcta
     4741 ctataattat ggctggagga agcatgttcg tcctatggct gggtgagaga attacggata
     4801 aaggtatcgg caatggtatt tcgtttatca tcttgatcgg tattatcgcc cgattacccc
     4861 attcactttt tgaggaattt acttcgcgtg taacggaaaa atccggaggt ttggtcatgt
     4921 tcctgtttga gatactgttt ttattgcttg tgatggcagg ggccattctg ttggtgcaag
     4981 gtacgcgcaa agtggtcgtg cagtatgcaa agcggattat aggcaacaag caatacggtg
     5041 gtgcacggca atacatccct ctgaaggtaa atgccgcgaa tgtgatgcca atcatctttg
     5101 ctcaggcgat tatgtttatc ccgatctcac ttgctggatt ctctaattcc ggagagaata
     5161 gctcttttat gcgagctttt atggataata caggcttttg gtacaacttc gtctttgcac
     5221 tgttgattat cgcattcacg tatttctata cggcgattac gattaatcca acgcagatgg
     5281 cggacgattt gaaacgcaac aatggtttta ttccaggtat aaagccggga cgagctacga
     5341 gggaatatct tgacgaaatc atgagtcgga tcacattccc cggggctatt tttttggcca
     5401 ttgtcgctat catgcctgca tttgcacgga tattaggaat cagccaaggt tttgctcaat
     5461 tcttcggtgg aacttcattg ctgattttgg tcggagtcgt gctcgatacg ttacagcaaa
     5521 tagagagtca tctgttgatg cgtcattatg acggcttgtt aaaatctggc cgtattaaag
     5581 gaaggacagg agctatagct gcctactgat atgatataca tcaaaacgga tgaagagata
     5641 gaattgatgc gcgaggcgaa ccagttggtg gggaagacgc tcggtgaatt agctaagcat
     5701 atcgcaccgg gaattacaac cctgcaactg gatcgtatcg ccgaaacgtt cattcgcgat
     5761 catggggcag agccggcctt tttaggttac ggtggttttc ccaattcgat ttgtgcctcg
     5821 gtaaacgaga atgtggtaca cggtataccg tccgataagg tgatcctgaa agatggggac
     5881 attatatcgg tagactgtgg aacaaagctg aatggcttcg taggtgattc agcttatacg
     5941 ttttgtgttg gaaacgtttc ggaaccagtc aaggatctgt tgcgtacaac gaaagagtcc
     6001 ctttataagg ggatcgaaca agcacaagtc ggccgtcggg taggtgatat aagccatgct
     6061 gtacaggaat ggtgtgagaa gaagaactat tcggtggttc gcgaattggt tggacacggt
     6121 tgcgggcgag agatgcacga ggatccggag gtgccgaatt atggccgtcg aggatgtgga
     6181 ccacttttaa aaagtggcat gtgcatttgt atcgaaccga tgatcaatca gggaagtaag
     6241 aacgtcgtct ttgaggctga tggctggacc gtaaggacaa aggatcgcaa atgctcagct
     6301 cattttgagc attgtattgc gatacgtcct gagggcccgc ttattctatc atcattcgag
     6361 tatttagaag cagtagtagg taaagagata taagcgagca tatggctaag caagcagcaa
     6421 tagagcagga cggcgtcatc gtggaagcat tatcgaatgc catgttccgc gtcgagctgg
     6481 agaatgggca tgagatcacg gcgcatatat cggggaagat gcgaatgcat tacatcaaga
     6541 ttctacccgg tgataaggtg cgtgtggaaa tgtctcccta tgatttatcg aaaggtcgga
     6601 tatcattccg atacaagtga ataagaagct gtttggtgat tatttcggag gatgtttccg
     6661 ggttattttg ttttcatcat ctctccacgg gcacagcgag cctatgtgag gattaatgat
     6721 gaaacaaggt ttgaaaacag acttggagcc tcgaaataga aagagtcgaa tcgtccgccc
     6781 aaacagctcc ttgaaaacaa tcatccaata aattcagaac agcttctaaa ataaaaacga
     6841 gatagaacga tgaaagtaag aacctctttg aagaaacgga ctccggattg caagatcgtg
     6901 cgtcgtcaag ggcgtctgta tttgattaat aagaagaacc cgaaatttaa ggttcggcag
     6961 ggttgaaaga cctgtatgtg tgcgtaaaaa cgagaagtga acaaattact aataaacgaa
     7021 tatggcgata agaatagtag gtgtggactt accacaagac aagagagggg aaatcgcatt
     7081 gacctatatt ttcggtatcg gtcggagtgc gtccaactcg attttagcga aagctggcgt
     7141 tgataagaat atcaaggtca aggactggac cgatgatcag gcagcgaaga tccgcgaggt
     7201 gatcggtgaa ggatataagg tcgaaggtga cctgcgctcg gaggtgcagt taaatatcaa
     7261 gcgtctgatg gatatcggtt gctatcgcgg agtacgtcac cgcatcggcc ttccggtcag
     7321 aggtcagagc acgaaaaaca atgctcgcac gcgcaagggc aagaagaaga cggttgcaaa
     7381 caagaagaaa gccacaaaat aatcagcagt agaaatggca aagaaagtag tcgcagcaaa
     7441 gaagcggaaa gtcaaagtgg aagccgttgg ggaagcccat atccactcat cgttcaacaa
     7501 tatcatcgtg tcgctgacca acagtgatgg tcaggttatc agctggtcgt cagccggtaa
     7561 aatgggcttc cgcagctcca aaaagaacac accgtatgcc gcacagatgg cggcgcaaga
     7621 ttgtgcaaag gtggcctatg acttgggcct acgtaaggtg aaagtgtata tcaaaggtcc
     7681 gggcaacggc cgtgagtcag ctattcgtac gatccacggt gcaggcatcg aagtagcgga
     7741 gattatcgac gtgactccgc tgccacataa tggttgccgt ccgcctaaaa gaaggaaagt
     7801 ataacagaca gagagatcag aatggaagca cacggacgtg tgagacttcg ctttcggaaa
     7861 gggggcgtga tagattgcac tattcacaac cctctctgca atcgcggctg aacagttccc
     7921 ccccctccgg aatcgcctca ccacggcgct gctaattcaa taaacaaaga agaaaatggc
     7981 aagatataca ggacccaaaa caaagatcgc tcgcaaattt ggcgagccta tattcggcgc
     8041 tgacaagacc ctgtcgaaga agaattatcc tcccggacag cacggtaaca accgcagacg
     8101 caagacctca gaatacggca ttcagctgcg cgagaagcag aaagcaaaat acacctacgg
     8161 cgtgctcgag cgccagttcc gcaacctctt tgagaaggcg gcgcgctcac gtggtatcac
     8221 cggtgaggtg ttactgcaat tgttggagtg ccgtttggac aacatcgtgt tccgcctcgg
     8281 actggccaag acgcgtgccg ctgcccgtca gttggtgctg catcgccacg ttgtcgtaga
     8341 cggtaaggtg gtcaatatcc cctcctacag cgtaaaaccg gggcagatcg ttagcgtacg
     8401 cgagaaatcg aagtcgcttg aggtaatcgg cgacgcactc tcgggataca atcacggtaa
     8461 atatttgtgg atcgagtggg atcaaagcgt gatgggcggt aagctgcttc atttacctgc
     8521 ccgcgaggat atccccgaaa acatcaagga acagtcgatc gtcgagttgt actctaaata
     8581 atgatctcat ggcgatatta gcatttcaaa aaccggataa agtattgatg ctggaggcga
     8641 gcagcacctt cgggaagttt gagtttcgtc ctttggagcc gggctacggt atcacgatcg
     8701 gtaatgcgtt acgccgtatt cttttatcct cactggaggg ctatgccttc tcgtcggtga
     8761 agatcgaagg agtggatcat gagtttgcta cgattccggg ggtgatggaa gacatgacga
     8821 acatcatcct taacctcaaa caggtacgct tcaaatgcct cggcgctcct cttagcgaag
     8881 aggatgacga ggaggaagaa gcggaaaccg aagaggtaga agctgagaag gcaccggaag
     8941 aaaaagaaga aaaggagaca gaaggcgacg acgagggaga agaggccgaa gaagctggag
     9001 aagacgaagt cgtcgaagag gaagacgagc cggaagccct gccgaaagtt tggatcaacg
     9061 tatccgatac ggacgtgctg aaggccggcg cactacaacc ggcaggcttt gaggtgctca
     9121 atcccgaaat ggagatctgt caccttgccc cgggcacttc tttccagatg gaactcacgc
     9181 tcagcaaagg ccgtggctat gtgccggccg atgagaatag agatccatcg aattcggatg
     9241 tgcaagtgat cgccatcgac tcgattttca ccccgattcg caacgtaaag tacacggtcg
     9301 agaatttccg tgtcgagcag aagacggact atgaaaagct cgtcctcgag atcgaaacgg
     9361 acggctccat ccatcctaag gacgccttgc gagaggccgc caagattttg atccatcact
     9421 tcatgctctt ctctgacgac cgcatcgcgg tggagacacc cgagcagccg ggagtcggtg
     9481 gaacggacga agagttcgac gaagagctgg cccgcatgcg tcagctgctc aagacgaagc
     9541 tgaccgacat gaacctctct gtgcgggcgc tcaactgcct gaagtcggcc aacgtagaga
     9601 cggtcggcga gctggtgcag tacaacaaga gcgacctcct gaagttccgc aacttcggaa
     9661 agaagtcgct caccgagctt gacgaactgt tggatagcct cgagctgtcg ttcgggatgg
     9721 acattacaaa gtataaatta gataaggact aaacacgatg agacataaca agaaagtaaa
     9781 tcatttgggg cgtaccaagg cgcatcgcga ggcgatgctg gcgaacatgg cctcgtcgct
     9841 gatcaagcac aagcgcatct tcacgaccac agccaaagcc aagtcgctga ggaaatacat
     9901 cgagccgctg atcaccaagt cgaaggactc gtcggtgcat tcgcagcgta tcgtcttctc
     9961 ttcgttgcag gacaagtatg ccgtgaagga gctcttcacc gaaatctcgt ccaaggtcat
    10021 ggatcggccg ggaggataca cccgcatcat caagaccggg ctgcgcgaag gcgataatgc
    10081 cgccatgtgc ttcatcgagc tggtggacta taacgagaac atgctcaaga ccgccaagac
    10141 gcgtaagcag tcgacaagga cacgccgctc gcgcaagaag tcggccgttg atgccaccgt
    10201 cgaggccgag accaccgagg gagcagccga ataactcctc ctccctcgat gaacgataat
    10261 agctaataga tcatctgccc gccttcaccg ttagagacgg acagaagcaa taaggccggg
    10321 gccaacattc ctgaaacaat ggagtgcggc tccggccttc gttatgtccg gggggcggtg
    10381 gtgatggtta ggataatagg aacagccccc tctcctgccg gtagggtagg ggcgtatcgc
    10441 atacgcccca catgtatcgg gcctcctgat catacgcccc atgcgggacg ttttaagggg
    10501 cgtatgcaat acgcccctac ctcccggtaa atcctaaccg aattaccatg atgattcgat
    10561 gtgatgatga atgggggcga tgtcagtcca ttccttgggc ggtatttttc tgcttttgtg
    10621 tcctgcctct cctgccggta gagtaggggc gtattgcata cgccccacat gtatcgggtc
    10681 tcctgatcat acgccctttg cggggcgttc taaggggcgt atgcaatacg cctctatctc
    10741 cgtcctcgtg tcagcgtgcg tcggccaact gcttggctat ggtgtgcaga ccggccacaa
    10801 tgcgctcgcg ttgtcgggct ctgggggtac gattgccatc gatgtagtgt gacagttgtc
    10861 gggcgttgat ccctgtggcg cgactcatag cgctcagtgt gaccacgtcg ccgtagtact
    10921 tgagcagggc tccggcggtg agctcgaagt cgaggacata ctccccgcgc atgatccatt
    10981 cgggcagttc gtcctcgtct gccccttcga gatgaaagtc caaggccgag gcgtaagcct
    11041 ctttgacctc actcaacgtc ttgccggtag ccacacagcc cgtcacctcc ggagccgatg
    11101 cgccgaagtt gtcgcccgtc cattccacaa tcacggtcag tttcttattc atatctcatt
    11161 gttctccttt ctttatgtcg aggcattctc agcgctaatc aacgccatcc cgcctgtttg
    11221 ctgatgctgt ttatcatgaa ttggctctgc gtttcgctca tctttccgtt tatcgtcacc
    11281 gtgccccttt tcgtcggatg cttgaactgt cggtgcgacc ctcgttgcct agccagatac
    11341 catccatcag ccttcagccg agagatgatt tcggacgttt tcattctatc cattgccgct
    11401 tattcccttc gtgcattgtc ctcttttcag aggcaaagat agcccgtcgc acctccgccg
    11461 ccatatatat aaatgtgtcc cccgcctccc gaatgatcat taaaagcggg cggttggtca
    11521 ttcatcggac aggcagcgcc cccaagtaaa caggaaagtt ttcattccac gcgaggtttt
    11581 tacctttgcg gccgttccgt tatgattgac aagggggaac gctttatgca tatcaccact
    11641 caccacatcc cagcgaagag gcggcacatc gacgccgcaa cccgcttacg ccgtctgtcg
    11701 cacgtcgtgg ccgcgtccac acgcgtggtg agaggttgca aattaccccg ccgtccgagc
    11761 gcacgttttt gccctcatgc cgagtcacgc cgccccgcat tttccgtgtg ggcggtcgac
    11821 tcgtcatgtc cctatccttc gtttttcgga agtgtttgca acaccgttgc aaacgccaga
    11881 aagtttttcg aggtacttgc aacaccgttg caaacgccaa aaaatttctc gaagcatttg
    11941 caacaccgtt gcaagcgcca aaaagttttt cgcagcattt gcaacaccgt tgcaaacacc
    12001 caaaaaaatc tcggggcatt tgcaacactg ttgcaaacgt tttcttttca gagaaccaag
    12061 ctctttacaa agagccttgc ccccgatccg ttattaaccc ctttttaagc taagcatcaa
    12121 ccatgccaga atcagaacaa aaagtgcccg taggcacacc cacagcaaaa gaaatagccg
    12181 gtatcaactg cgtgcaaatg aataacggtg cgcatttcgg ctttatccag accgtctgcg
    12241 aacgcatcga gaaggaaaca accatcacgg ccaaccctat cgccaaggca gccgccgacg
    12301 gtctcaaagc cgctctcaag gaagaagacg tctggctggc cgtctctcgc aagagcgacc
    12361 tgacggagga gatcatggcc gccgacagcg agcgcgacgc cctctacatg ggctatcgat
    12421 cggccgtcaa aggcttcacc
//
LOCUS       SEQF2638.1|AYYF01001438.1 1348 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1348
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             86..685
                     /gene="xerC_19"
                     /locus_tag="SEQF2638.1_01521"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01808"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerC"
                     /translation="MLASLLKDLYKRRVIDTYPFMGYSIRWDVGTPRYITKDELRRII
                     DLDDSQLGSYELVSRDMFLFSCFTGLSYTDIYHLTAEHLIEEGGMTWIRKPRVKTARM
                     CHIPLLPEASAIIEQYRGIHTRAFRHEPPRGYLLPIPGCDTVNIHLKKIAALCHIPKR
                     LTFHMARHTFASQMTLAEGMSIESVSKMLGHSEIKMLLT"
     CDS             complement(677..1324)
                     /gene="fucP_2"
                     /locus_tag="SEQF2638.1_01522"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P11551"
                     /codon_start=1
                     /transl_table=11
                     /product="L-fucose-proton symporter"
                     /db_xref="COG:COG0738"
                     /translation="MALLSPLPEVKAAGEDSDNSDEDDQEVSAYANSKNSIFQFPHLV
                     LGAIAIFFYVGSETIVLGTLIDYANELGLDHPENYSWITPICISIGYITGIILIPKYL
                     SQTRALQICSFVALVGTSLVVVLPGTYSIYCIGVMALGCSLMWPAFWPLALMDLGKFT
                     KKGSSILTMGLIGGAAITVLFGLLKDVTNTRYAYGLCFICFGYISLYAFKGYKLR"
ORIGIN      
        1 ggacaaggcc tttatcgagg agctcgaggc ctacttcgcg caggagaaag ccttcaagct
       61 caacaccacc gccggctatc tcaccgtgct ggcgtcgctc ctcaaagact tgtacaaaag
      121 gcgtgtcatc gacacctatc ccttcatggg ctactccatc cgatgggacg tcggcacacc
      181 gcgctacatc accaaggacg agctgcggcg tatcatcgat ttggacgact cgcagctggg
      241 gagttacgag cttgtatccc gagatatgtt cctcttttcg tgcttcacgg gcctctctta
      301 cacggacatc taccacttga cggcggaaca tctgatcgag gaaggcggaa tgacttggat
      361 ccgcaagccg cgtgtaaaga cggcccggat gtgccacatc cccctgctgc ccgaagcgtc
      421 agcgatcatc gagcagtaca ggggcatcca cacacgcgcc tttcgtcacg aaccgccccg
      481 gggctacctc cttccgatcc ccggctgcga caccgtcaat atccatctca agaagatcgc
      541 tgcgctttgt cacatcccta aacggttgac tttccacatg gcccgccaca ccttcgcctc
      601 gcaaatgacc ctcgccgaag ggatgtcaat tgagagcgtg tccaagatgt tagggcatag
      661 tgagatcaag atgttgttaa cgtaacttat accccttgaa tgcataaagc gaaatataac
      721 caaagcatat aaagcaaagg ccataggcgt atcgagtgtt tgtgacatct tttaaaagtc
      781 caaagagtac tgttatcgca gctccaccaa taagccccat cgtcagaatc gatgagcctt
      841 ttttggtaaa cttccccaaa tccatcaaag ctaaaggcca aaatgccggc cacataagcg
      901 aacatcccaa agccattacg ccaatgcagt aaatgctata ggttccagga agaactacaa
      961 caagggatgt acccaccaaa gccacaaaag aacaaatctg cagagcgcgt gtctgtgaga
     1021 gatatttagg aataagtatg attcccgtta tataaccaat actaatacag ataggtgtaa
     1081 tccaagaata gttttcagga tgatccaatc ctaactcatt tgcataatct ataagcgttc
     1141 ccaaaacaat cgtctcagaa cctacataaa agaaaatagc aatagcaccc aacaccaaat
     1201 gtggaaattg gaatatagaa ttcttactat tggcataggc tgaaacctct tggtcatctt
     1261 catcactatt atcactatct tcaccagctg ccttcacttc tggtaatggc gacaaaagag
     1321 ccacaacacc caaaataatg aaaagaca
//
LOCUS       SEQF2638.1|AYYF01001439.1 3782 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3782
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     rRNA            512..2036
                     /locus_tag="SEQF2638.1_01523"
                     /product="16S ribosomal RNA"
     CDS             2157..2495
                     /locus_tag="SEQF2638.1_01524"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSFTFYNPTKKTIKYIYVTVTGYNPVDDRVGTKTLTCVGPILPD
                     ESGSYSFKHVFYSSTMSSAKITGLRVQYMDKSVKIVAQPWRCVFSDEDSQFIEEVTKN
                     LTALEALKSE"
     CDS             2527..3123
                     /gene="pncA"
                     /locus_tag="SEQF2638.1_01525"
                     /EC_number="3.5.1.19"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P21369"
                     /codon_start=1
                     /transl_table=11
                     /product="Nicotinamidase"
                     /db_xref="COG:COG1335"
                     /translation="MKTALLLVDIQNDFITGSLPVPDGAAIIDPVNRCMTDYEYVIAT
                     QDWHPATHFSFHTSHPGRKPFETIERDGESQTLWPPHCVQASDGAALHPRLDTAPIAA
                     IFRKGIHPDIDSYSAFFDNLRRRQTGLDGYLRGLGIGRLTIAGLAADYCVYYTIKDAL
                     SLGYEVTLSERLTRPISPEDFERQKRELTAHPAFTLTD"
     CDS             3263..3781
                     /locus_tag="SEQF2638.1_01526"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRLVIRVRVHIRRIAIRPSSTDRGSCLLLSPPQSELVPQKPSV
                     SLPEKILMPPFGPRSLFKGSNSDDNKIQIHVESVCNTSLLHRQRLLSSWPTSIRNIPS
                     KSPAPLPEEILIPLRPLLFLPSREKAHSDNSKKRIPPPILIDQQRDFPFKKRQLPTLP
                     LLVQQYHRRYGA"
ORIGIN      
        1 gaagaaagtc catgtacttt tgcacccgct ttcgagagag ggagcgacga taaagatgaa
       61 atgctggaag agcgaacggt aagagtcgtc aaagaaaaag aacttggaaa gcagtcttct
      121 tcttggttaa taggaagaag ttgagatatc caagtacaga atttggcaac gagaagcttg
      181 ataagagtta tcctctcaaa tgtgagtaaa gaagtaagca ccgttcaaca agagaatcca
      241 ctcaaaaatt ttttctcgaa aaatttggtg gaatgaaata aagggtttta tctttgcgcc
      301 ccgaaacctg cgagagacgg caggacggaa gagagagaaa atgctaaaat agagaggagt
      361 caataataga cttctctatc agcaaaaaag cgatctttgt aagatttaca tgtatacaag
      421 atgtagtaca gaaagaataa gaagtaccgt caatgataaa ataaggaaag gacatctatg
      481 agcgaagcaa aggatataaa caatatcaac aacggagagt ttgatcctgg ctcaggatga
      541 acgctagcga caggcttaac acatgcaagt cgaggggcag caatttgtag caatacaaag
      601 ttggcgaccg gcgcacgggt gagtaacgcg tatgcaacct acctacaaca gaagaataat
      661 ccggcgaaag tcggtctaat acttcataaa acagggatat cgcatgatgt tatttgttaa
      721 agatttatcg gttgtagatg ggcatgcgta ccattaggta gttggtgagg taacggccca
      781 ccaagcctac gatggttagg ggttctgaga ggaaagtccc ccacactggt actgagacac
      841 ggaccagact cctacgggag gcagcagtga ggaatattgg tcaatgggcg agagcctgaa
      901 ccagccaagt cgcgtgaagg atgacggccc tatgggttgt aaacttcttt tgcaggggaa
      961 taaagatatt cacgtgtggg tagttgtatg taccctgcga ataagcatcg gctaactccg
     1021 tgccagcagc cgcggtaata cggaggatgc gagcgttatc cggatttatt gggtttaaag
     1081 ggtgcgtagg tgggctatta agtcagtggt gaaagtttgt cgctcaacga taaaattgcc
     1141 gttgaaactg gtggtcttga gtatggatga agtaggcgga atgcgtggtg tagcggtgaa
     1201 atgcatagag atcacgcaga actccgattg cgaaggcagc ttactaaggc ataactgaca
     1261 ctgaagcacg aaagcgtggg tatcaaacag gattagatac cctggtagtc cacgcagtaa
     1321 acgatgatta ctaggagttt gcgatatagt gtaagctcta cagcgaaagc gttaagtaat
     1381 ccacctgggg agtacgccgg caacggtgaa actcaaagga attgacgggg gcccgcacaa
     1441 gcggaggaac atgtggttta attcgatgat acgcgaggaa ccttacccgg gattgaaatg
     1501 tacctgacga actgcgagag tggttttcca gcaatggcag gtatgtaggt gctgcatggt
     1561 tgtcgtcagc tcgtgccgtg aggtgtcggc ttaagtgcca taacgagcgc aaccctgact
     1621 gtcagttgct aacaggttaa gctgaggact ctggcgggac tgccggcgta agctgtgagg
     1681 aaggttggga tgacgtcaaa tcagcacggc ccttacatcc ggggcgacac acgtgttaca
     1741 atggcaggga caaagggcag ctaccgagcg atcggatgca aatctctaaa ccctgtctca
     1801 gttcggatcg gagtctgcaa ctcgactccg tgaagctgga ttcgctagta atcgcgcatc
     1861 agccatggcg cggtgaatac gttcccgggc cttgtacaca ccgcccgtca agccatggga
     1921 gccgggggtg cctaaagtcc gtaaccgttg aggatcggcc tagggtaaaa ctggtgactg
     1981 gggctaagtc gtaacaaggt agccgtaccg gaaggtgcgg ctggaacacc tcctttctgg
     2041 agcaaactca gaagatgtcc gattttctgt aatatagtcg agtacttcgt tctagtatgt
     2101 actactttct tgtttgcatg ttataaatag aagaatatgt tgaggagtcg aagtctgtga
     2161 gtttcacctt ctacaatccg acgaaaaaga cgatcaagta catctatgtc accgtcaccg
     2221 gctacaaccc cgtcgatgat cgcgtgggta caaaaaccct gacctgcgtc ggcccgatcc
     2281 tcccggacga atctggcagc tatagcttta agcacgtatt ttacagctcc accatgtcct
     2341 ctgcaaaaat taccggcctc agggtgcaat acatggacaa aagcgtcaaa atcgtagccc
     2401 aaccctggcg ctgcgtcttt agcgatgaag actcccaatt cattgaagaa gtaacaaaaa
     2461 acttgacagc ccttgaggcg ctcaaatctg aataatatta ttaagtatct caatccaccc
     2521 ccagaaatga aaacagccct ccttttagtc gacatccaaa acgacttcat caccggcagc
     2581 cttcccgtcc ccgacggcgc cgccatcatc gaccccgtaa accgttgcat gacggattac
     2641 gagtacgtca tcgccaccca agactggcac cccgccacgc atttcagctt ccacacctct
     2701 caccccggcc gaaagccctt cgagaccatc gagcgtgacg gcgagtcgca gaccctctgg
     2761 ccaccccatt gcgtacaggc cagcgacggc gccgccctcc atccccgact cgatacggca
     2821 cccatcgccg ccatcttccg caaaggcatc caccccgaca ttgacagcta cagcgccttc
     2881 ttcgacaacc tccgccgacg tcagacaggc ctcgacggct acctccgtgg cctcggtatc
     2941 ggccgcctca ccatcgccgg tttggccgcc gactattgcg tctattacac catcaaggat
     3001 gccctctcct taggctacga agtcaccctc tccgaacgcc tcacccgccc catctccccc
     3061 gaagacttcg agcgccaaaa gcgagagctc actgctcacc cagccttcac cctcacggac
     3121 tagccccttc gcacccctcg ctaaaaaaca acgccccact gccatcgtag gcggtggggc
     3181 gtttcttatt catctcaagt cggccataag agagagcacc agagccggag tacacattag
     3241 atccgcctct tagaacgggc ctgtgaagag gcttgtgatc agggtccggg tacacattag
     3301 gcgtatcgca atacgtccct cctccaccga cagaggcagc tgtcttcttc ttagcccacc
     3361 tcaatccgaa ttagtccctc aaaagccttc tgtttcactt ccagaaaaga tattgatgcc
     3421 ccccttcggc ccccgctctc tcttcaaggg aagcaatagc gatgacaata aaatccaaat
     3481 acacgtagag agtgtgtgca atacgtccct cctccaccga cagaggctgc tatcttcttg
     3541 gcccacctca atccgaaaca ttccctcaaa gtcccccgct ccgctcccag aggagatatt
     3601 gattcccctt cgccctcttc tctttcttcc ttcaagggag aaagcacata gtgataacag
     3661 caaaaaaaga atccctccgc cgatcttaat cgatcaacag agggacttcc ctttcaaaaa
     3721 acggcagcta cctactctcc cacttttagt tcagcagtac catcggcgtt acggggctta
     3781 ac
//
LOCUS       SEQF2638.1|AYYF01001440.1 12882 bp   DNA    linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..12882
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     rRNA            512..2036
                     /locus_tag="SEQF2638.1_01527"
                     /product="16S ribosomal RNA"
     tRNA            2236..2310
                     /locus_tag="SEQF2638.1_01528"
                     /product="tRNA-Ile"
                     /inference="COORDINATES:profile:Aragorn:001002"
                     /note="tRNA-Ile(gat)"
     tRNA            2325..2399
                     /locus_tag="SEQF2638.1_01529"
                     /product="tRNA-Ala"
                     /inference="COORDINATES:profile:Aragorn:001002"
                     /note="tRNA-Ala(tgc)"
     rRNA            2646..5524
                     /locus_tag="SEQF2638.1_01530"
                     /product="23S ribosomal RNA"
     rRNA            5658..5765
                     /locus_tag="SEQF2638.1_01531"
                     /product="5S ribosomal RNA"
     CDS             complement(6379..7329)
                     /locus_tag="SEQF2638.1_01532"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPEGSTPSATIPTKQVFVTPDEIGSINTVLLTNAEHYEFINDVL
                     MRLETETALIANPAVKAAKERFANAHKEENRCLILSKRSELTEDIKTADAERDKLYVS
                     YRLAVRSALSHPEADKAKAAKRLAGHLKDFSSLKPAMQLEGETGLLLNFIEDCEGKYA
                     TEVEALGLKKHIAALKVANNKVLNWTHERTDSSAKVLGELRTARRESDAAYIWLVKVV
                     NAVSYIGTTPAVNPVPFIDYINKLIRRYKDRVLAPKKPAGDEKPKEPKQPKDPKDPKT
                     PKDPKTPDQPKDPKKPDKPEQPQPPKEGGDGNPDIHLPEE"
     CDS             complement(7696..9168)
                     /gene="pepD_2"
                     /locus_tag="SEQF2638.1_01533"
                     /EC_number="3.4.13.18"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P15288"
                     /codon_start=1
                     /transl_table=11
                     /product="Cytosol non-specific dipeptidase"
                     /db_xref="COG:COG2195"
                     /translation="MAEEIKRLAPEAVWGYFYDLTQIPRPTGHTKQVTDYLKAFGEKH
                     GLETHQDEVGNVLIRKPATPGYEGRKGVVLQAHVDMVPQKNAGVAHDFLRDPIDAYID
                     GEWVTARDTTLGADNGMGVSLAMAALTDKTIKHGPLEGLFTIDEEVGMDGAVGLKPGF
                     LKGTIMINGDSEEEGRLFVGCAGGVDMNITFHYRDGEPTPEGDVALRLTLTGLKGGHS
                     GVDIHLGRANANKLFFRFLKKAVSHYDVRLASVEGGSLRNAIPREVSALVTVPADRVA
                     DVEQLVREHEALYRAEYKGVEGDIRFTAERTADRPATLIPEEIQDDLINAVEGCPNGP
                     ISMLHDFPGTVESSSNLAIVKSDDAAGRIDVKILVRSSSESRKDALCSSIESVFSLAG
                     AKVELSNPYGGWQPNIDSPILRTMESAYESLFGRKPDVTVMHAGLECGIIQEAYPDMD
                     MISFGPDIKHPHSPDEAVGIASVEKSWRLLIATLEAVPEK"
     CDS             complement(9300..10373)
                     /gene="menH"
                     /locus_tag="SEQF2638.1_01534"
                     /EC_number="4.2.99.20"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01660"
                     /codon_start=1
                     /transl_table=11
                     /product="2-succinyl-6-hydroxy-2,
                     4-cyclohexadiene-1-carboxylate synthase"
                     /translation="MAEEIKRLAPEAVWGYFYDLTQIPRPTGHMKHITDHPKTLSLCT
                     VMTRCLLLALLILGVTVEGHAQSLYVKTFGKADGVPLLFLHGGPGYNAAAFESVAAQA
                     LADNGFRVLVYDRRGEGRSLHTAARYTFDEALHDIDSLCRTYDLQRPVLLGHSFGGIL
                     ALLYADKHPEQVRSVVLMSAPLALQASFDHIRNRCRAIYASRADSVNLRYMNMLDAMD
                     KGSMEYASYCFMHAAGNGFYVPKARTKEGQSVYAAFEADSALFPLSKLSEWQAPQGFH
                     RNEHYTTLDLTDTLRRILHRGTPVYGLYGADDGLYSAAQLDVLRHLLGPDHRLTLDSC
                     SHNVFIDRRHAFIEALTRHCKTK"
     CDS             10604..12052
                     /gene="dacC"
                     /locus_tag="SEQF2638.1_01535"
                     /EC_number="3.4.16.4"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P39844"
                     /codon_start=1
                     /transl_table=11
                     /product="D-alanyl-D-alanine carboxypeptidase DacC"
                     /db_xref="COG:COG2027"
                     /translation="MACALLMITAAPAATAQRNAEIPEPIRRFIERPILRGASVSFVV
                     KRVKDGKTLYNYEGDRQLTPASVMKTVTSATALELLGEDFRFETTVEYDGELRSDGVL
                     DGNLYIRGGGDPTLNSSESRTPKDSIVDAWVEAVRAAGIREITGAVVADERVFDNEGV
                     SMKWLLEDLGSSYGQGCYGLNIFDNRIGISLTSGAKGTTPQVTAVTPRVEGLTFHNYL
                     RAATKDSAYVVGFPFANERSLFGTLPARRSGLYLGADLPDPPLFVARYVSERLRDRGI
                     RIRKRPSSMRIEAEAGRETSRPRRPIITTRSRPLREIVRALCVVSHNLYADALLKTLG
                     RRLTESEQSSFGRGAQVARGYWQERGLDAASLWMYDGSGLAVTGKVTASFLCDMLTYM
                     ATQSRASEAFYQALPLVGREGTVRRMLRDTDLDGRARLKGGSMSRVLCYAGYVDDEDG
                     VRYAVAVMANNYTGGVLSMRQAIEYLLVDVFE"
ORIGIN      
        1 gaagaaagtc catgtacttt tgcacccgct ttcgagagag ggagcgacga taaagatgaa
       61 atgctggaag agcgaacggt aagagtcgtc aaagaaaaag aacttggaaa gcagtcttct
      121 tcttggttaa taggaagaag ttgagatatc caagtacaga atttggcaac gagaagcttg
      181 ataagagtta tcctctcaaa tgtgagtaaa gaagtaagca ccgttcaaca agagaatcca
      241 ctcaaaaatt ttttctcgaa aaatttggtg gaatgaaata aagggtttta tctttgcgcc
      301 ccgaaacctg cgagagacgg caggacggaa gagagagaaa atgctaaaat agagaggagt
      361 caataataga cttctctatc agcaaaaaag cgatctttgt aagatttaca tgtatacaag
      421 atgtagtaca gaaagaataa gaagtaccgt caatgataaa ataaggaaag gacatctatg
      481 agcgaagcaa aggatataaa caatatcaac aacggagagt ttgatcctgg ctcaggatga
      541 acgctagcga caggcttaac acatgcaagt cgaggggcag caatttgtag caatacaaag
      601 ttggcgaccg gcgcacgggt gagtaacgcg tatgcaacct acctacaaca gaagaataat
      661 ccggcgaaag tcggtctaat acttcataaa acagggatat cgcatgatgt tatttgttaa
      721 agatttatcg gttgtagatg ggcatgcgta ccattaggta gttggtgagg taacggccca
      781 ccaagcctac gatggttagg ggttctgaga ggaaagtccc ccacactggt actgagacac
      841 ggaccagact cctacgggag gcagcagtga ggaatattgg tcaatgggcg agagcctgaa
      901 ccagccaagt cgcgtgaagg atgacggccc tatgggttgt aaacttcttt tgcaggggaa
      961 taaagatatt cacgtgtggg tagttgtatg taccctgcga ataagcatcg gctaactccg
     1021 tgccagcagc cgcggtaata cggaggatgc gagcgttatc cggatttatt gggtttaaag
     1081 ggtgcgtagg tgggctatta agtcagtggt gaaagtttgt cgctcaacga taaaattgcc
     1141 gttgaaactg gtggtcttga gtatggatga agtaggcgga atgcgtggtg tagcggtgaa
     1201 atgcatagag atcacgcaga actccgattg cgaaggcagc ttactaaggc ataactgaca
     1261 ctgaagcacg aaagcgtggg tatcaaacag gattagatac cctggtagtc cacgcagtaa
     1321 acgatgatta ctaggagttt gcgatatagt gtaagctcta cagcgaaagc gttaagtaat
     1381 ccacctgggg agtacgccgg caacggtgaa actcaaagga attgacgggg gcccgcacaa
     1441 gcggaggaac atgtggttta attcgatgat acgcgaggaa ccttacccgg gattgaaatg
     1501 tacctgacga actgcgagag tggttttcca gcaatggcag gtatgtaggt gctgcatggt
     1561 tgtcgtcagc tcgtgccgtg aggtgtcggc ttaagtgcca taacgagcgc aaccctgact
     1621 gtcagttgct aacaggttaa gctgaggact ctggcgggac tgccggcgta agctgtgagg
     1681 aaggttggga tgacgtcaaa tcagcacggc ccttacatcc ggggcgacac acgtgttaca
     1741 atggcaggga caaagggcag ctaccgagcg atcggatgca aatctctaaa ccctgtctca
     1801 gttcggatcg gagtctgcaa ctcgactccg tgaagctgga ttcgctagta atcgcgcatc
     1861 agccatggcg cggtgaatac gttcccgggc cttgtacaca ccgcccgtca agccatggga
     1921 gccgggggtg cctaaagtcc gtaaccgttg aggatcggcc tagggtaaaa ctggtgactg
     1981 gggctaagtc gtaacaaggt agccgtaccg gaaggtgcgg ctggaacacc tcctttctgg
     2041 agcaagttca gaagatgtcc gattttctgt attatagtcg agtactttgt tctagtatgt
     2101 actactttct tgtttacatg ttataaatag aagaataaaa gaagctgggt tggctgattc
     2161 ttggatgttg gcaaacgatc atcatgataa ggctaaagaa gaagttttcc atattcccgg
     2221 cggaagttga aagagagtcc tatagctcag ttggttagag cgctacactg ataatgtaga
     2281 ggtcggcagt tcaactctgc ctgggactac ttaaaggata atatggggga ttagctcagc
     2341 tggctagagc acctgctttg caagcagggg gtcaacggtt cgaatccgtt attctccaca
     2401 taattatcag agcctaaatt tggggattga taagaataag atctttgaca ttgatggaca
     2461 aaacaaagta aagacttcgt gttgaagtaa tatagggaaa agtatcctca agaggatatt
     2521 ctactcgaga taacttcaat gcaaaggaga ctaagagaaa ttaaggtgaa aatcaaaaag
     2581 aagagcctat agataaaacg gattgtacgt tcagtgatga acgatcgatt aaagataaaa
     2641 agtaaaagaa gggcagacgg tggatgcctt ggctctcgga ggcgacgaag gacgtgataa
     2701 gctgcgaaaa gcccggttga ggtgcaaata acccttgacg ccgggatgtc cgaatgggga
     2761 aacccgattg gtggaagacc aatcacatcg aaagatgagc gaacgtgggg aactgaaaca
     2821 tctaagtacc cataggaaga gaaaataata atgattgcgt aagtagtggc gagcgaacgc
     2881 gcaagagccc aaaccataga tgttttggca tcatatgggg ttgtaggatc gcaatgtggc
     2941 aagaaataaa agaagtggaa cccgctggaa agagggccat agagggtgaa agtcccgtac
     3001 acgaatcttt tgtgaagcct agcgatatcc tgagtaagtc gggacacgtg aaatcctgac
     3061 cgaatctgcg gggaccatcc cgtaaggcta aatactcccg agagaccgat agtgaaccag
     3121 taccgtgagg gaaaggtgaa aagaacctcg aatagaggag tgaaatagac cctgaacccg
     3181 tctgcctaca agcggtcgga gcacctttaa ggtgtgacgg cgtgcctttt gcataatgaa
     3241 cctgcgagtt gttttttttg gcaaggttaa gcatcagtag gtgcgcagcc gaagcgaaag
     3301 cgagtctgaa tagggcgcct aagtcaaaag gagcagacgc gaaaccaagt gatctaccga
     3361 tggccaggct gaaggttggg taacaccaac tggagggccg aatggatata cgttgaaaag
     3421 tgttccaatg agctgtgggt aggggtgaaa ggctaatcaa acttggagat agctcgtact
     3481 ccccgaaatg catttaggtg cagcctcggg taaggtactg atgagaggta gagcgactga
     3541 ttggatgcga gggcttcacc gcctatcaag tccggccaaa ctccgaatgc tcatcagcaa
     3601 catcccggga gtgagggcat gggtgctaag gtccatgtcc gagaggagaa gaatccagat
     3661 caccggctaa ggtccccaaa tagcagctaa gttgcattaa cgaagtccga ccgcagcgac
     3721 agccaggatg ttggcttgga agcagccatt catttaaaga gtgcgtaaca gctcactggt
     3781 cgaggggtcg ggcatggata ataatcgggc ataagctgtt taccgaagct gtgagatcga
     3841 aaagatcggt aggggagcat tccattatca gcgttgaaga tgagaggtga ctcttgttgg
     3901 agcggatgga aaagcaaatg caggtataag taacgataaa gggggtgaaa aacctcctcg
     3961 ccgaaagacc aagggttcct gatcaacgct aatcggatca gggttagtcg ggacctaagg
     4021 ctaagccgaa gggcgatgcc gatggaagaa ccggttaata ttccggtact gctttgtaga
     4081 gtgatgtgga gacggagaag tgacagctca gccatctgac ggaataggtg gttaaagggt
     4141 gtagacgttg attgttgtag gcaaatccgc gacaagagtt gaacctgaca gtatgcagcg
     4201 tacttgtaca atgtaataag agcgtaatca ggctcccaag aaaacccact aaacatatct
     4261 tcaaagcacc cgtactcgaa acggacacac gtggtcgggt tgaaaatact aaggcgctcg
     4321 agtgattcac ggttaaggaa ctaggcaaaa tggtcctgta acttcgggat aaaggacgcc
     4381 aatagcaata ttggtcgcag agaataggcc caggcgactg tttaacaaaa acacatgact
     4441 atgcaaaatc gaaagatgag gtatatggtc tgacacctgc ccggtgctgg aaggttaaga
     4501 ggagatgtca tcctgtaagg gagaagcatt gaattgaagc cccagtaaac ggcggccgta
     4561 actataacgg tcctaaggta gcgaaattcc ttgtcgggta agttccgacc tgcacgaatg
     4621 gtgtaacgat ctgggcactg tctcaactgt gagctcggtg aaattgtagt atcggtgaag
     4681 atgccgatta cccgcgatgg gacgaaaaga ccccgtgaac ctttactata gctttacatt
     4741 gaaattgggc atgcgatgtg taggataggc cggaggctga gagacggtga cgccagtcat
     4801 cgtggagccg ctgttgaaat acggcccttt gtgtgtttgg tttctaactc ccgggaaagg
     4861 gaggacggtg tatggtgggt agtttgactg gggtggtcgc ctccaaaagc gtaacggagg
     4921 cttctaaagg taccctcaga ccgattggta accggtcgca gagtgtaatg gcataagggt
     4981 gcttgactga gagacctaca agtcgatcag gtaggaaact agagcatagt gatccggtgg
     5041 ttccgtatgg aagggccatc gctcaaagga taaaaggtac tccggggata acaggctgat
     5101 cgccgccaag agctcatatc gacgcggcgg tttggcacct cgatgtcggc tcgtcacatc
     5161 ctggggctgg agaaggtccc aagggttggg ctgttcgccc attaaagtgg cacgcgagct
     5221 gggttcagaa cgtcgtgaga cagttcggtc tctatctatc gtgggcgtaa gatatttgcg
     5281 gggatcctga cactagtacg agaggaccgt gtcggacaga cctctgatat gccggttgtt
     5341 tcgccaggag cacagccggg tagttaagtc tggaaaggat aagtgctgaa agcatctaag
     5401 tacgaagcct tcctcaagat gagatatcca ttaaagggtc gtcgaagact acgacgtaga
     5461 taggctgcag gtgtaaagtc agtaatggca aagctgagca gtactaattg cccgaaactt
     5521 tttatcggaa aagagtttac aagacgtttt atcgctacgg caagatgatc ccttaaagaa
     5581 gagtagatat ccgatgtaga gcggagtctt aactctttgt tttgtcctga agatgtcaga
     5641 aaaagaaaga tattaaggta gttatagcac gggggatcca cctcttccca ttccgaacag
     5701 agaagttaag ccccgtaacg ccgatggtac tgctgaacta aaagtgggag agtaggtagc
     5761 tgccgttttt tgaaagggaa gtccctccgt tgatcgatta agattagcgg agggattctt
     5821 tttttgccgt tatcccatgt gcttcccttg agggaagaaa gagaagaggg caaaggggaa
     5881 tcaatatctc ctctgggagc ggagcagggg actttgaggg aatgcttcgg attgaggtga
     5941 gccaagaaga cagctacctc tgtcggtggc ggagaggaac gtattgtaca cgctctacgt
     6001 gtatttggat tttattgtca tcgctatttg cttcccttga agagggagag ggggccgaag
     6061 ggggggggca tcaagatctc ctctgggagc ggaatagggg actttgaggg aatgcttcgg
     6121 attgaggtgg gccaagaaga tagctaccct ctgtcggtgg tggaggggac gtatcgcaat
     6181 acgcttcatg tgtacccgga ccctgatcac aggcctcttc acaggcccca taagaggtga
     6241 atgtgatacg cactcttgcc ctggagctct cttatgaccg acttgggatg aataggaaac
     6301 gccccactgc catcgtaggc ggtggggcgt tgtttttagg gaggggcaga ttatagtcgg
     6361 ccccccgcgc ttcacggttt actcctccgg cagatggatg tcggggttac cgtcgccgcc
     6421 ttctttaggc ggttggggct gctccggctt gtccggcttc ttgggatcct tcggctgatc
     6481 gggcgtcttg gggtccttcg gcgtcttggg gtccttcgga tccttgggct gcttcggctc
     6541 tttgggcttc tcgtcgccgg ccggcttctt gggggcgagg acgcggtctt tgtatcgacg
     6601 gatgagcttg ttgatgtagt cgatgaaggg cacggggttg acggccggcg tggtgccgat
     6661 gtaggagacg gcgttgacca ccttcacgag ccagatgtaa gcggcgtcag actcgcggcg
     6721 ggcggtgcga agctcgccga ggaccttggc gctgctgtcg gtacgctcgt gggtccagtt
     6781 gagcaccttg ttgttggcta ccttgagggc cgcgatgtgc ttcttgaggc cgagggcttc
     6841 gacctcggtg gcatacttgc cttcgcaatc ctcgatgaag ttgagcagga gtcccgtctc
     6901 gccctccaac tgcatggcag gcttgaggct gctgaagtct ttgaggtggc cggccaggcg
     6961 tttagcggcc ttggccttgt cggcctcggg gtggctcagg gcgctgcgga cggctaggcg
     7021 gtagctgaca tagagcttgt cgcgttccgc gtcggccgtt ttgatgtcct ccgtcagctc
     7081 gctgcgcttg gaaaggatca ggcagcggtt ctcctccttg tgcgcgttgg cgaagcgctc
     7141 cttggcggcc ttgacggcgg ggtttgcgat gagtgcggtc tctgtttcga gacgcatgag
     7201 tacgtcgttg atgaactcgt aatgctctgc attggtgagc aatacagtgt tgatgcttcc
     7261 aatttcgtct ggagtgacga aaacttgctt agtcggtatg gtggccgacg gtgtagaacc
     7321 ttctggcatg atagttatct tttaagtggt tgaaaatgta tcgattctga ttttggaaat
     7381 gcttgcaaca atcttgcaaa tgccaaagcg tctttttttc gcttgcaaca gtgttgcaaa
     7441 cgccacaaac tacttttttc catttgcaag agtgttgcaa acaccaaaac gttttttttt
     7501 cgcttgcagg agtgttgcaa atgccgcgaa ctacttttta tcgtttgcaa gagtgttgca
     7561 agcgccgcga actacttttt tcgatttgca agattgttgc aagcattatt caaaaggaaa
     7621 atcccccggc gaagagtgga ttggccgcct tttcgccggg agggggaggg tgatccgaaa
     7681 aagaatcccg ggggattact tctccggcac ggcttcgagg gtggctatga gcaggcgcca
     7741 cgacttctcg accgaggcga tgcccacggc ctcgtcgggc gagtgcgggt gcttgatgtc
     7801 ggggccgaag gagatcatgt ccatgtctgg ataagcctcc tgaatgatgc cacactccaa
     7861 gccggcgtgc atgacggtca cgtccggctt acggccgaag agcgactcgt aggccgactc
     7921 catcgtccgc aggatgggcg agtcgatgtt gggctgccag ccgccgtagg ggttggacag
     7981 ctccaccttg gcgccggcca gcgagaagac gctttcgatc gacgagcaga gcgcatcctt
     8041 gcgactctcg gacgagctgc ggacgaggat cttgacatcg atccggccgg cagcgtcgtc
     8101 ggacttgacg atggccaggt tcgacgacga ttcgaccgtc ccggggaagt cgtgcagcat
     8161 gctgatcggg ccgttcgggc aaccctcgac ggcgttgatc aggtcgtcct gaatctcttc
     8221 cgggatgagc gtggcgggcc gatcggccgt gcgctcagcc gtgaagcgga tgtcgccctc
     8281 cacgcccttg tactccgcgc ggtagagcgc ctcgtgctcg cggacgagct gctccacgtc
     8341 ggccacacgg tcggcgggca ccgtgacgag ggccgagacc tcgcgcggga tggcgttgcg
     8401 gagcgatccg ccctcgaccg aggccaggcg cacgtcgtag tggctgacgg cctttttgag
     8461 gaaacggaag aagagcttgt tggcgttggc gcggccgagg tggatgtcga cgcccgagtg
     8521 gccgcccttg agcccggtga gggtgagtcg cagcgccacg tcgccctccg gcgtcggctc
     8581 gccgtcgcga tagtggaagg tgatgttcat gtccaccccg ccggcgcagc ctacgaagag
     8641 gcgcccctcc tcttcggagt cgccgttgat catgatcgtg cccttcagga agccgggctt
     8701 gaggcccacg gcgccgtcca tgcccacctc ctcgtcgatc gtgaagaggc cctccagggg
     8761 gccgtgcttg atggtcttgt cggtcagggc ggccatggcg agcgagacgc ccatgccgtt
     8821 gtcagcgccg agggtcgtgt cgcgcgccgt gacccactcg ccgtcgatgt aggcgtcgat
     8881 cgggtcgcgg aggaagtcgt gcgctacgcc ggcgttcttc tgcggtacca tgtcgacgtg
     8941 cgcttgcagc acgacgcctt tgcgcccttc gtagcccggc gtggcgggtt tgcggatgag
     9001 cacattgccc acctcgtctt ggtgtgtctc caagccatgc ttctctccga aggccttgag
     9061 gtaatcggtt acttgtttcg tgtgacccgt cggacgcggg atctgtgtga ggtcatagaa
     9121 ataaccccag acggcttcag gagccagtct cttgatttct tctgccatga ttttgaatcg
     9181 ggttataaat gatatggtta ttgggtttgt gaataagtcg ggcaaatgta gagacgtttg
     9241 catagcgacg tctctgccgg gttgctgcgg ttcttctctc tctgccctga ggggctcagc
     9301 tatttcgttt tacaatggcg cgtgagggcc tcgataaaag cgtgacggcg gtcgatgaaa
     9361 acgttgtgcg aacaggagtc gagcgtgagc ctgtggtcgg ggccgagcag gtggcggagg
     9421 acatcgagct gtgcggcgga atagagaccg tcgtctgcgc cgtagaggcc atagacgggc
     9481 gtgccacgat gtaagatgcg gcggagggtg tcggtcaggt cgagcgtcgt atagtgttcg
     9541 ttgcggtgga agccctgcgg agcctgccac tccgagagtt ttgaaagagg aaacaacgca
     9601 ctgtccgctt caaaggccgc gtagacggat tgcccctcct tcgtgcgtgc tttcggaaca
     9661 tagaatccgt tcccggctgc gtgcatgaag caataagagg cgtactccat cgaacccttg
     9721 tccatggcgt cgagcatgtt catgtagcgc aggttgacgc tgtcggcacg cgaggcgtaa
     9781 atggcgcgac aacggttgcg gatatggtcg aacgaggctt gcagggccag tggcgcgctc
     9841 atcagcacga ccgaacggac ctgttcgggg tgtttgtcgg cataaagcag cgccagtatg
     9901 ccgccgaagc tatggccgag gagcacgggg cgctgaaggt cgtacgtgcg gcacagactg
     9961 tcgatgtcgt gcaatgcctc gtcgaaggtg tagcgcgctg ccgtgtgcag actgcgtccc
    10021 tcgccgcgtc gatcgtagac aagcacgcga aaaccgttat cggccagcgc ttgcgcggcg
    10081 acggattcaa aagcggcggc gttatagccg ggtccgccat gcaggaagag gagcggcaca
    10141 ccgtcagcct ttccgaaagt cttcacatag agggattgcg catgcccctc gaccgtaacg
    10201 ccgagaatca gcagggctaa aagcaggcat cttgtcatca cggtgcagag gctaagggtt
    10261 ttggggtgat cggttatgtg tttcatgtga cccgtcggac gcgggatctg tgtgaggtca
    10321 tagaaataac cccagacggc ctcaggggcc agtctcttga tttcttctgc catgattttg
    10381 aattgggtta taagtgatat aagtgaatgg gttatatgag taattcacgg gcaaatgtaa
    10441 caaaggcctt gagggcgact gcttttgcgc ccctacaaac cgccccctcc gcatctccgc
    10501 ggcgaggaat gtggggagag ggggcaaagg cccgtacttt tgcggccatg aaacatatat
    10561 aggaatgaaa agacaaagac gatgctcccc gacgctgggg ataatggcct gcgcgctgct
    10621 gatgatcaca gccgcgcccg ccgctacggc acaacgcaat gccgaaatcc cggaacccat
    10681 acgacgcttc atcgaacgcc ccatcctgcg cggcgcctcg gtctcgttcg tcgtcaaacg
    10741 cgtcaaggac ggcaagacgc tctataacta cgagggcgac cgacagctga cgccggcctc
    10801 ggtgatgaag accgtcacct cggccacggc cctcgagctg ctcggcgagg atttccgctt
    10861 cgaaacgacg gtggagtacg acggcgaact gcgttcggac ggtgtcctgg acggcaacct
    10921 ctacatccgc ggcggtggcg atccgacgct caactcgtcc gagtcgcgca cgcccaaaga
    10981 cagcatcgtc gacgcctggg tcgaggccgt gcgcgcagcc ggcatccgcg agatcaccgg
    11041 tgcggtggtg gccgacgaac gcgtcttcga caacgagggc gtatccatga agtggctgct
    11101 cgaagacctc ggcagctcct acggtcaggg ctgctacggc ctgaacatct tcgataatcg
    11161 catcggcatc tcgctcacaa gtggcgccaa gggcaccacg ccgcaagtca ccgccgtcac
    11221 accgcgcgtc gagggcctca ccttccacaa ctacctccgc gccgcaacga aagacagcgc
    11281 ctacgtcgtc ggcttcccct tcgccaacga gcgctccctc ttcggcacac tccccgcgcg
    11341 gcgttcgggg ctttacctcg gcgccgacct gcccgatccg ccgctcttcg tggcccgtta
    11401 cgtcagcgaa cgcctccgcg accgcggcat acgcatccgc aagcgcccct cctccatgcg
    11461 catcgaggcc gaggccggac gtgagacgtc gcgcccgcgt cgcccgatca tcaccacccg
    11521 ctcgcgcccc ctccgcgaga tcgtgcgcgc cctctgcgtc gtcagccaca acctctacgc
    11581 cgacgccctc ctcaagacac tcggccgacg cctcaccgag agcgaacagt cgtccttcgg
    11641 gcgcggcgca caagtggccc gtggatactg gcaggaacgc ggtctggacg ccgcctcgct
    11701 gtggatgtac gacggcagtg gcctggcggt gacgggcaaa gtgacggcct ccttcctctg
    11761 cgacatgttg acctacatgg ccacgcagtc gcgcgcctcg gaagcgttct atcaggccct
    11821 gccgctggtc ggtcgtgagg gcacagtgcg ccgcatgctg cgcgacaccg acctggacgg
    11881 ccgtgcacgt ctgaaaggcg gcagcatgag ccgtgttttg tgctacgccg gctacgtcga
    11941 cgacgaggac ggtgtgcgct acgccgtagc cgtgatggcg aacaactaca ccggcggcgt
    12001 gctgtccatg cgccaagcca tcgagtacct gctggtggat gtgtttgagt gattatcatt
    12061 aatacttgat ctgtatgaga cttaagacaa ttgaaatacg aggctataag tgcttcgaga
    12121 agtacaaggt ggactttgcg ccgtctgtga cggtgatcat cggccgcaat ggtgccggca
    12181 agacgactct tatcggcgcc atacacaaag tgctcagctt tattttttcc agtgacaagt
    12241 cgctgggcga cgacttcctt tctgccggga acccttcgct gaaggtgagc accttcgata
    12301 tgttcgacta ctaccgtgac gatgtgaaga ggaaagttgt gaacgacctc tccatccgcg
    12361 ccgaagccgt ttatgccgga cagacgttgg cctgggagct atataaacga gcgcttgggg
    12421 gcgcgaagct ctatgcttcg aaatacaagg atgctttcag ccgatttatg tcagcctata
    12481 aaggaggcgc tgatctgcct ttattggcct attactctga ttcctttcca catcgcaaca
    12541 ccaaggaaac caagtttgcc cttgatacga ttaaactgga tcgtattccg agaaacttcg
    12601 gttactacca atgggatatg gaaagtgatt gcatttctat ctgggagaag agtatgacct
    12661 acaaattgaa ccaaaagaat cgattagatg gtttgaaaga agaggtagac gaacgagagc
    12721 agcagcgcct attggaaaat atattaccac tgtataagga aacacatttc gtagagtcac
    12781 ggctcaaaac gtttgtatcc caattacctc aaggccttcg gagagaagca tggcttggag
    12841 acacaccaag acgaggtggg caatgtgctc atccgcaaac cc
//
LOCUS       SEQF2638.1|AYYF01001441.1 11098 bp   DNA    linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..11098
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(174..1550)
                     /gene="lapB"
                     /locus_tag="SEQF2638.1_01536"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_00994"
                     /codon_start=1
                     /transl_table=11
                     /product="Lipopolysaccharide assembly protein B"
                     /translation="MKAFYTLLTLAALLAGQTLQAQCDDWQRMVDQKRFAEVLALAKS
                     HPDTTDFAALYAAGQASEGLLKYRDAYHYYRRCPATDSARTELLVALARTAGAIGQTD
                     EAERYLLQLRARDTADFYANHQLARFYDRQGDTERAKAYYEKLLANDPQNPVLMRNVA
                     DCARQLGQNGVAMVTYMEAFQVEPENALAAAALANYMLSMQLADIALEVCDKALSYHP
                     RHRALRRNRGMALFSMNEYGAADSVYAALLSEGDSSQLTLKYGGCARYYTGHFMDAIP
                     LLESAYEGDTTAIDVCLLLGSALGRTYDRRRAFALFDRAEALMQPAPALTDMLTRFRA
                     ETFERDGQKERSDALYYQLWTERNRFDLLGRIWEHYNDTERAEKDEAYARRSRFITVL
                     FATEYLARPKRDAKLMSFLNTQLNKFVSDMFFRQTKQLPTLAPDGKVGVCTEQQLQTL
                     MSRLQGVR"
     CDS             complement(1625..2428)
                     /gene="trpA"
                     /locus_tag="SEQF2638.1_01537"
                     /EC_number="4.2.1.20"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q5ZVY3"
                     /codon_start=1
                     /transl_table=11
                     /product="Tryptophan synthase alpha chain"
                     /db_xref="COG:COG0159"
                     /translation="MNRIETLFQSGRRDLLSIYFCAGTPRPDATADTIRALERHGVDL
                     IEIGIPFSDPMADGPVIQRAATDALRHGMTLRRLFDDLADIRRDVRLPLILMGYLNPI
                     LRFGFEAFCARCAEVGIDGVIIPDLPFADYITDYRPLAQRYGLDMIMLITPETSEERI
                     RAIDAATDGFLYMVSSASTTGARDTFDAPTLDYFRRIAALPLRNPRMIGFGVSNRATF
                     SDACRHASGAIIGSRFVSLLEEEGGDATRAIVRLKEAIGGPAASAEAGK"
     CDS             complement(2725..3360)
                     /gene="trpF"
                     /locus_tag="SEQF2638.1_01538"
                     /EC_number="5.3.1.24"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q56320"
                     /codon_start=1
                     /transl_table=11
                     /product="N-(5'-phosphoribosyl)anthranilate isomerase"
                     /db_xref="COG:COG0135"
                     /translation="MISGRLIKVCGLRAADNVRAVAALPGVDLVGFIFHPASPRCVTA
                     VPDVSLPDGVRRVGVFVDVPEEQIVATARRYGLHLVQLHGHESPDMCRHLADVGLGVI
                     KAFPATPEAVRNDTTRYATSGCRLFLFDTPTAAHGGSGRTFDWHVLQDYVGQTPFLLG
                     GGLGPDALDALSRFTHPRLAGYDLNSRFERCPAEKDVEALRTFLQMMHVPR"
     CDS             complement(3357..4175)
                     /gene="trpC"
                     /locus_tag="SEQF2638.1_01539"
                     /EC_number="4.1.1.48"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q9PI11"
                     /codon_start=1
                     /transl_table=11
                     /product="Indole-3-glycerol phosphate synthase"
                     /db_xref="COG:COG0134"
                     /translation="MQDILSQIIANKRFEIDIRKRIIPQEQFEEALLDGMPRPTHSMR
                     RALAESPTGIIAEFKRRSPSKGWIAREADPAHVVPDYARAGAAALSVLTDEKFFGGTV
                     RDLRAVRPLTNLPILRKDFIIDAYQLYEARIIGADAVLLIAAALSPDQCCELADVAHR
                     LGLEVLLELHTADELRHICPEVDMIGINNRHLGSFSTDPEHSLRMAGLLPAGDDVVRI
                     SESGLSDPATIHRLRRAGYRGFLIGETFMRASRPGEALASFLRDVEAQSTEATA"
     CDS             complement(4306..5304)
                     /gene="trpD"
                     /locus_tag="SEQF2638.1_01540"
                     /EC_number="2.4.2.18"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P00500"
                     /codon_start=1
                     /transl_table=11
                     /product="Anthranilate phosphoribosyltransferase"
                     /db_xref="COG:COG0547"
                     /translation="MKDILNKLTEHRCLSRDEARAILQDIAEGRYNDAQTASLITVFL
                     MRDISVDELCGFRDALLEMRHPVDLSDYAPIDIVGTGGDGRNTFNISTAASFVVAAAG
                     LPVAKHGNYGATSVSGASNVIERMGVRFTADEGALRRSMDGCRLAYLHAPLFNPAMKA
                     VAPVRKALGVRTFFNILGPLVNPALPAAQLLGVYNLALQRLYTYTYQAAGTTRFAVVH
                     SLDGYDEISLTSDFKVSGVDGEQIYRPETLGLARLRPEELYGGATPDEAADIFRRVLE
                     NRSTAAQKQAVVANAAFAIRLMRPDTSLPDCIAEATETIDSGRALQTLKRFIELNQ"
     CDS             complement(5422..5994)
                     /gene="pabA"
                     /locus_tag="SEQF2638.1_01541"
                     /EC_number="2.6.1.85"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P00903"
                     /codon_start=1
                     /transl_table=11
                     /product="Aminodeoxychorismate synthase component 2"
                     /db_xref="COG:COG0512"
                     /translation="MKILLLDNYDSFTYNLVHALHDAGAQDVTVVRNDRIDLDDAAAF
                     DKIILSPGPGIPEEAGLLLPLIRRYAPSKPILGVCLGHQAIGQVFGARLENLSDVFHG
                     VQTPIRLTATDEPLFAGLTGEFTAGRYHSWVVSREGFPDDTLQVTAESPDGYIMALRH
                     RTYPVHGIQFHPESILTPVGEKIIRNFLNE"
     CDS             complement(6447..7865)
                     /gene="trpE"
                     /locus_tag="SEQF2638.1_01542"
                     /EC_number="4.1.3.27"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P20580"
                     /codon_start=1
                     /transl_table=11
                     /product="Anthranilate synthase component 1"
                     /db_xref="COG:COG0147"
                     /translation="METYNYTTHSKRIPGDMHTPVSLYLKLRDLYPQSVLMESSDYHA
                     GENSRSFIALCPLASIAINRGTATVTLPDGAREEHTLPDRPEAVTDALRDFMNRFHVS
                     GDDRRVCGLYGYTTFNAVRYFERIPVRESREERNDAPDIYYILYRYVIVINPFRSELR
                     LVELRADGEASGLPALEAAIDNRNYATYTFARRGPAVSTLTDEELRANVRQGIAHCMR
                     GDVFQIVLSRRFIQPFDGDDFPVYRALRRINPSPYLFYFDFGGYRIFGSSPETHCKIE
                     GQRAFIDPIAGTTRRTGDAPTDRRLTEALLNDPKENAEHVMLVDLARNDLSRNCHDVR
                     VVFYKEPQYYSHVIHLASRVEGTLNAGVDPLQAFADTFPAGTLSGAPKVRAMQLISQI
                     EPHNRGAYGGTIGFIGLDGDMTQAITIRTFVSRNNELWYQAGCGVVSDSSDEGELQEV
                     NNKLAALRRAIEEAEEQSAALG"
     CDS             complement(7898..8134)
                     /locus_tag="SEQF2638.1_01543"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQEKKQKKIKASGMPANLGDFLMALVYPANFPALGRGPFLALMQ
                     EKKQKKIKASGTPAILAGYLGGEGLTLAVFAGCL"
     CDS             complement(8182..9417)
                     /gene="trpB_2"
                     /locus_tag="SEQF2638.1_01544"
                     /EC_number="4.2.1.20"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q81TL8"
                     /codon_start=1
                     /transl_table=11
                     /product="Tryptophan synthase beta chain"
                     /db_xref="COG:COG0133"
                     /translation="MQPPKKNDDINPKRMEGQDNNYRISPEGYYGTFGGAYVPEILHR
                     CVEELRESYLRVIESEAFMQEFSTLLRDYAGRPSPLYHAARMSERYGCRLYLKREDLN
                     HTGSHKINNALGQVLLARHMGRRRVIAETGAGQHGVAVASVCALMGMECMIYMGRTDT
                     ERQRANVEKIRMLGGEVTPVESGNMTLKDATNEAIREWCRHPSDTYYVIGSTVGPHPY
                     PDLVARLQSVIGREIRWQLQEHEGRDRPDCLMACVGGGSNAAGTIYPFVYDERVRIVL
                     AEAAGYGVESGQSAATLHLGLPGIIHGARTLVMQDNDGQIEEPYSISAGLDYPGIGPM
                     HANLFARGRAEVVAVTDREAVEAAYELTRLEGIIPALESAHALGALGRLRFGPDELVV
                     LTVSGRGDKDMETYLSAKP"
     CDS             9743..9895
                     /locus_tag="SEQF2638.1_01545"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTFYRRTDVWQSHIDVPLSKLSLHSRPQYKAYIVYMNLQQKRMH
                     NGQRAF"
     CDS             9876..10607
                     /locus_tag="SEQF2638.1_01546"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDNGLFEGYIGLRLADGSYLNDVIPVILLIEISLFAAVFHSHAF
                     LLRKMAKDLLSVKERDNLFDRPVKSDLFFRGFMKLQMLSLCALFFYLLAGHYYPMPTD
                     DLRSVLLPLGLIFAAVWLYYLLKRIIYFLYGHAFDAGERYAMWDNRYQALTGIWGCTL
                     YVPILWLFFDSRYPHYVAAAFLLLYALYRILLIYITIRIFYNRRTGILFLCSYLCAQE
                     IIPLFLAYEGLRYTLQLTDISSLWH"
ORIGIN      
        1 gcgcagcctg cgcagacgtc tcggcaaatg ctttgggagt tgcgcagcct gcgcagacgt
       61 ctcggcaaat gctttgagag ttgcgcaacc tgcgcagacg tcgcggcaaa tgctttggga
      121 gttgcgcaac ctgcgcagac gtcgcgggga tggcgctttt cgttcaaatc gactcatcgc
      181 acgccttgca gacgcgacat gagggtttgc aattgttgct cggtgcagac gccgacctta
      241 ccgtcgggcg cgagggtagg cagttgcttc gtctggcgga aaaacatatc ggagacgaac
      301 ttgttcagtt gcgtgttcag gaaactcatc agcttggcat cgcgtttggg gcgggccaag
      361 tattcggtag caaaaagcac ggtgatgaag cggctccgac gggcataggc ttcgtccttt
      421 tcggcgcgct ccgtgtcgtt gtaatgctcc cagatgcggc ccagcagatc gaagcggttg
      481 cgctccgtcc agagttgata atagagtgca tcggagcgtt ccttttggcc gtcgcgctcg
      541 aacgtctcgg cgcggaagcg ggtgagcatg tcggtcagtg caggggcggg ctgcatgagc
      601 gcctcggcac ggtcgaagag ggcgaaggcg cggcggcgat cgtaggtgcg acctagggca
      661 gatccgagca gcaggcagac gtcgatggcg gttgtgtccc cctcgtaagc cgactctaag
      721 agcgggatgg catccatgaa gtggcccgtg taatagcgcg cgcaaccgcc gtatttgagc
      781 gtcagttgcg acgagtcgcc ctcggagagg agtgccgcat agaccgaatc cgccgccccg
      841 tattcgttca tgctgaagag cgccatgccc cggttgcgtc ggagtgcgcg atggcgcggg
      901 tgatagctga gggccttgtc gcagacctcg agggcgatgt ccgccagctg catcgacagc
      961 atatagttgg ccagcgccgc tgcggccagc gcattttccg gctcgacttg gaacgcctcc
     1021 atgtaggtca ccatcgccac gccattctgc cccaactgtc gggcacagtc ggccacgttg
     1081 cgcatcagca ccgggttctg cgggtcgttg gccagcagct tctcgtaata cgccttggca
     1141 cgctcggtgt cgccctgccg gtcgtagaat cgggccagct gatggttggc gtagaagtcc
     1201 gccgtgtcac gcgcacgcag ttgcaacagg tagcgctccg cctcgtccgt ctgcccaatg
     1261 gcgccggcgg tgcgtgcgag cgccacgagc agctccgtgc gtgcggagtc ggtggccggg
     1321 caacgcctat aataatggta ggcgtcgcgg tacttgagca gaccttccga ggcctgtccc
     1381 gcggcataaa gagcggcaaa gtccgtcgtg tccggatgtg actttgccaa ggccaacacc
     1441 tcagcaaaac gcttctggtc gaccatgcgt tgccagtcat cgcactgcgc ctgaagggtc
     1501 tgcccggcaa gcagtgcggc aagggtgagg agggtgtaga atgctttcat gtgcgtgaat
     1561 gatggatgat gtgcggccaa aggtaggggg agggacggag aaatgctccc tcacgctccc
     1621 ggcctcactt ccctgcctcg gcagaggccg caggcccccc gattgcctcc ttgagacgga
     1681 cgatagcgcg tgtggcgtcg ccgccttcct cctcgagcag actgacaaag cggctgccga
     1741 tgatggcgcc cgaggcgtgc cgacaggcat cgctgaaggt ggcacggttg gagacgccga
     1801 agccgatcat acgcggattg cggaggggta gggcggcgat gcggcggaag tagtcgagcg
     1861 tgggtgcgtc gaacgtgtcg cgggcgccgg tggtagaggc cgacgagacc atgtaaagga
     1921 agccgtcggt ggcggcgtcg atggcgcgga tccgttcctc ggacgtctcg ggcgtgatga
     1981 gcatgatcat atccagtccg tagcgttggg ccagggggcg atagtccgtt atatagtcgg
     2041 cgaaggggag gtcggggatg atgacgccgt cgatgcccac ctcggcgcag cgggcacaga
     2101 aggcctcgaa gccgaagcgg aggatggggt tgaggtaacc catgaggatg agcggcaggc
     2161 ggacgtcgcg gcggatgtcg gccaggtcgt cgaagagccg gcggagcgtc atgccgtggc
     2221 gaagggcgtc ggtggcggcg cgctgaatga cggggccgtc ggccatgggg tcactaaagg
     2281 ggatgccgat ttcgatcagg tcgacgccgt ggcgctccag ggcgcggatg gtgtcggccg
     2341 tagcgtcggg gcgcggtgtg ccggcgcaga agtaaatgga gagcaggtcg cgacgaccgc
     2401 tctggaagag ggtttctata cgattcatat ttggggtttg tggtgtgatg ggatggatga
     2461 tgagtgaaat aatggagggg cggcgtcatg gccgggcata ttgcgggggc gttgcccccg
     2521 aacccctacc tccttttctt gtcttggtgt ccttcttttc ttcccttgat ggaagaaaag
     2581 aagcaaaaga agatcaaggc ctcaccgagg ccggggaagt ttggccgggt acgggggcgc
     2641 cctctaaacg tcccggtacg gggcgaatct gggtttttgc attcgagcct tgcggcccgc
     2701 ttggtgggcg tatgcgatac gcccctaccg cggtacgtgc atcatttgca ggaacgtgcg
     2761 cagggcctcg acgtctttct cggcggggca gcgttcgaag cgactgttga ggtcatagcc
     2821 ggccaagcgg ggatgggtga agcggctgag ggcgtcgagg gcatcgggcc ccagtccgcc
     2881 accgagcagg aagggcgtct ggcccacgta gtcctgcaac acgtgccagt cgaacgtgcg
     2941 ccccgagccg ccatgcgcgg ccgtgggggt gtcgaagagg aagaggcggc agccggacgt
     3001 ggcatagcgc gtcgtgtcgt tgcgcaccgc ctcgggtgta gcggggaaag ccttgatgac
     3061 gcccagcccc acgtcggcca ggtggcgaca catgtcgggc gactcgtggc cgtgcagctg
     3121 cacgaggtgc aggccgtagc gacgggccgt ggccacgatc tgctcctcgg ggacgtcgac
     3181 aaagacgccc acgcgacgca caccatcagg caacgacaca tccggcacgg ctgtcacgca
     3241 gcgcggcgat gcggggtgga agatgaagcc caccagatcg acgccgggta gcgccgccac
     3301 tgcgcgcaca ttgtccgccg cacgcagtcc gcagaccttg atcagtcggc cgctgatcat
     3361 gccgtggcct ccgtgctttg cgcctccacg tcgcggagga aggaggcgag cgcctcgccc
     3421 gggcggctgg cgcgcatgaa cgtctcgccg atgaggaagc cacgatagcc cgctcggcgc
     3481 aaccggtgga tggtggccgg atccgaaagg ccgctctccg agatgcgcac gacgtcgtcg
     3541 cccgcgggca gcagtccggc catgcgcagc gaatgctcag ggtcggtgga aaagctgccg
     3601 aggtggcggt tgttgatgcc gatcatatcc acctcggggc agatgtgccg cagctcgtcg
     3661 gccgtgtgca gctccaggag cacctccagc ccgagccgat gcgccacgtc ggccagctcg
     3721 caacattggt cgggcgagag cgcggcggcg atgagcagca cggcgtcggc gccgatgata
     3781 cgcgcctcat agagctgata ggcgtcaatg atgaagtctt tgcggaggat gggcaggttg
     3841 gtcagcggac ggacggcgcg gaggtcgcgg acggtgccgc cgaagaactt ctcgtccgtg
     3901 agcacggaga gggcggcggc gccagcgcgg gcatagtcgg gcacgacgtg cgcagggtcg
     3961 gcttcgcggg cgatccagcc tttcgacggc gatcggcgtt tgaactcggc gatgatgccc
     4021 gtgggcgatt cggccagagc gcgccgcatg gagtgcgtcg gccgtggcat gccgtcgagg
     4081 agggcttctt cgaactgttc ctgggggatg atgcgcttgc ggatgtcgat ctcgaagcgc
     4141 ttgttggcga tgatttggga gaggatgtct tgcataatga gggggtgatt attcttcttc
     4201 ttttgatgtc cttcttttct tgccttgatg caagaaaaga agcaaaagaa gatcaaggcc
     4261 ccaccggggc cggggaagtt tggcaggaga gacctgttta cttggttatt gattgagttc
     4321 gatgaatcgc ttgagggttt ggagggcgcg gccactgtcg atggtctcgg tggcttcggc
     4381 gatgcagtcg ggcagagagg tgtcggggcg catgaggcgg atggcgaagg cggcgttggc
     4441 gacgacggct tgcttttgcg cggctgtcga acggttctcg agcacacggc ggaagatgtc
     4501 ggcggcttcg tcgggtgtcg caccgccata aagctcctcc ggacgtagtc gcgcgaggcc
     4561 taacgtctcg gggcgataga tttgttcgcc gtcgacgccc gacactttga agtcggacgt
     4621 gagcgagatc tcgtcgtagc catccaagct atgcaccacg gcaaagcgtg tcgtgccggc
     4681 agcctgatag gtataggtgt agagccgttg cagagccaga ttgtagacgc ccagcagctg
     4741 cgcagcgggc agggcgggat tgaccagcgg gccgaggatg ttgaagaagg tgcgtacgcc
     4801 gagggccttg cgcacggggg cgacggcctt catggcgggg ttgaagagcg gggcgtggag
     4861 gtaggccagg cggcaaccgt ccatgctgcg gcgcagtgcc ccctcgtcgg ccgtgaagcg
     4921 cacgcccata cgctcgatga cgttgctggc accgctgacc gacgtggcgc catagttgcc
     4981 atgcttggct acgggcagtc cggcggcggc tacgacgaac gaggcggcgg tggagatgtt
     5041 gaacgtgttg cgaccgtcgc caccggtgcc cacgatgtcg atgggcgcgt agtccgagag
     5101 gtcgacggga tggcgcatct ccaagagggc gtcgcgaaag ccgcaaagct cgtccacgga
     5161 gatgtcgcgc atgaggaaaa cggtgatgag ggacgctgtc tgggcgtcgt tatagcgccc
     5221 ctctgcgatg tcttgcagga tggcgcgcgc ctcgtcgcgg ctgaggcagc ggtgctcggt
     5281 gagcttgttg aggatatctt tcataaggaa gagtagttag ggggattggg atcttctgat
     5341 gagtagttag gggggacctt cttttcttgc cttgatgcaa gaggcgtcag ggacgccggc
     5401 caagtttgtc cgggtacgta tttattcgtt gaggaagttg cggatgatct tctctccgac
     5461 gggcgtcagg atggattcgg ggtggaactg tatgccgtgc acgggatagg tgcgatggcg
     5521 tagggccatg atgtagccgt cggggctttc ggctgtcacc tggagcgtgt cgtcggggaa
     5581 gccttcgcgg ctgacgaccc acgagtgata gcgcccggcg gtgaactcgc ccgtgaggcc
     5641 ggcaaaaagg ggctcgtcgg tggcggtgag tcggatgggc gtctggacgc cgtgaaagac
     5701 gtcggagagg ttctcgaggc gtgccccgaa cacttgcccg atggcttgat ggccgaggca
     5761 gacgcccagg atgggcttcg acggggcata acgccggatg agcggcagga gtaggccggc
     5821 ctcttcgggg atgccggggc cgggcgagag gatgatcttg tcgaacgccg cggcgtcgtc
     5881 gaggtcgatg cggtcgttgc ggaccacggt gacgtcctgc gccccagcgt cgtgcaaggc
     5941 gtgcacaagg ttgtaggtga aggagtcgta gttgtctaaa aggaggatct tcataaaagg
     6001 gggatgggga aaactaaaaa cgaaaaacta aacatggggg cccgtggaca cgatgtttcg
     6061 cgacaacggc tccaatcacc ctcggttgaa cgaattgtcg tgcgacaatg gccccaatgg
     6121 agggctggtg agggtgtttc cttgagtatt tttcaccgac gaccagtcaa tggcaaaaat
     6181 tctcgaggaa attccttcaa ccgagggccg ttggtcgaat ttccttgagt atttttcacc
     6241 gacgactagt caacggcaaa aattcctcga ggaaattcct tcaaccgagg gccgttggcc
     6301 gaatttcctt gagtaatttt caccgacgac cagtcaacgg taaaaattac tcaaagaaat
     6361 tccttcaacc gaaggtcgtt ggccgaattt cttcggagaa acaccttcac caaccctcgg
     6421 gtggatgaat ttccgtgtgg aaagagctat ccgagcgcgg cggattgctc ctccgcctcc
     6481 tcgatggcgc ggcggagggc ggccaacttg ttgttcacct cttgcagttc gccctcgtcg
     6541 ctactgtcgg acacgacgcc gcatccggcc tgataccaaa gctcgttgtt gcggctgacg
     6601 aaggtgcgga tggtgatggc ctgcgtcatg tcgccatcca ggccgatgaa gccgatcgtg
     6661 cccccgtagg cgccgcggtt gtgcggctcg atctggctga tgagctgcat ggcgcgcacc
     6721 ttgggcgccc cgctgagtgt gcccgcgggg aaggtgtcgg cgaaggcctg gagcgggtct
     6781 accccggcgt tgagggtgcc ctccacgcgg ctggccaggt ggatgacgtg gctgtaatac
     6841 tgcggctctt tgtagaagac cacgcgcacg tcgtgacagt tgcgagagag gtcgttacgg
     6901 gccaagtcga ccagcatgac atgctccgcg ttctccttcg ggtcgttcag gagcgcctcc
     6961 gtcaggcggc ggtcggtcgg ggcgtcgccc gtgcgtcggg tggtgccggc gatcgggtcg
     7021 atgaaggcgc gttggccctc aatcttgcag tgcgtttcgg gcgatgagcc gaagatgcgg
     7081 tagccgccga agtcgaaata gaagagatag ggcgaggggt tgatgcgacg cagggcacga
     7141 tagacgggga agtcgtcgcc gtcaaaaggc tggatgaagc ggcgcgagag gacgatctgg
     7201 aagacgtcgc cccgcatgca gtgggcaatg ccctgccgca cattggcgcg cagctcctcg
     7261 tcggtgaggg tgctcaccgc cgggccgcgt cgggcgaagg tgtaggtggc atagttgcgg
     7321 ttgtcgatgg ccgcctccag cgccggcagc ccgctcgcct cgccgtcggc cctaagctcc
     7381 acgagtcgca gctcgctgcg gaaggggttg atgacgatga cgtagcggta gaggatgtag
     7441 tagatgtccg gggcgtcgtt gcgctcctcg cggctctcgc ggacggggat gcgttcgaag
     7501 taacggacgg cgttgaaggt ggtgtagcca tagaggccgc acacccggcg gtcgtcgccc
     7561 gagacgtgga agcggttcat gaagtcgcgc aaggcatcgg tcacggcctc ggggcggtcg
     7621 ggcagcgtgt gctcctcgcg ggcgccgtcg ggcagtgtca cggtggccgt gccgcggttg
     7681 atggcgatgc tcgccagcgg acagagcgca ataaacgaac gcgagttctc gcccgcgtga
     7741 taatccgagc tctccatcag caccgattgc ggatagaggt cgcgtaactt gaggtatagg
     7801 ctcaccggcg tatgcatatc gcccgggatc cgtttgctat gagtagtgta gttataagtt
     7861 tccatacgat gtagatcaat taataatgag tcaaaaatta gaggcaccca gcaaagacag
     7921 ccaaagtcag cccctcccca ccaaggtacc cggcaaggat ggccggcgtc cctgacgcct
     7981 tgattttctt ttgcttcttt tcttgcatca aggcaagaaa aggccctctg ccgagggcgg
     8041 ggaagtttgc cgggtacact aaggccatca gaaagtcccc caaattggcc ggcatccctg
     8101 acgccttgat tttcttttgc ttcttttctt gcatcaaggc aagaaaagaa ggtcttcaaa
     8161 gcagacaaga agagaaggcc gttaaggctt cgcagagaga tacgtctcca tatccttatc
     8221 cccccgtcca gagacagtca gcaccaccag ctcatccggt ccgaaacgca gtcgaccgag
     8281 cgcccccagc gcgtgagcag actccagcgc cgggatgatc ccctccagcc gagtcagctc
     8341 gtaagccgcc tccaccgcct cccgatccgt cacggccacc acctccgccc gcccgcgagc
     8401 aaagaggttg gcgtgcatcg gtccgatgcc cggatagtcc agccccgcgg agatcgaata
     8461 aggctcctcg atctgtccgt cattgtcctg catgaccagc gtccgtgcgc cgtggatgat
     8521 gcccggcaga cccagatgaa gcgtcgccgc actctgtcca ctctccacgc cgtagcccgc
     8581 cgcctcggcc aatacgatcc gcacccgctc atcgtacacg aacggataga tcgtccccgc
     8641 cgcgttgctt cctccgccga cgcacgccat caggcaatct ggcctgtcac gaccctcgtg
     8701 ctcctgcagt tgccagcgga tctcacgccc gatcaccgat tgcagtcgtg ccaccaagtc
     8761 cgggtagggg tgcggcccga ccgtcgaacc gatcacgtag tacgtgtccg acgggtgacg
     8821 gcaccactca cggatcgctt cgttcgttgc gtccttgagc gtcatgttgc ccgactccac
     8881 cggcgtcacc tcgccgccca gcatacggat cttctccacg ttcgcccgct gacgctccgt
     8941 atccgtccgc cccatgtaga tcatgcactc catgcccatc agtgcgcaga cgctggccac
     9001 ggccacaccg tgctgtcctg cgcccgtctc agcgatcacc ctccgccgac ccatatgtcg
     9061 tgccagcagc acctgtccca gtgcattgtt gatcttgtgc gagcccgtgt ggttcaggtc
     9121 ttctcgtttg aggtagagtc ggcatccgta gcgttctgac atgcgtgccg cgtggtaaag
     9181 cggcgacggc cgacccgcat agtcgcgcaa cagtgtgctg aactcctgca tgaacgcttc
     9241 actctcgatc acgcgcaggt aactctcgcg cagctcctcc acgcatcggt gcaggatctc
     9301 tggcacgtac gcgccgccaa acgttccgta gtatccttcc gggctgatcc ggtaattgtt
     9361 gtcttgtcct tccattcttt tggggtttat gtcatcgttc tttttcgggg gttgcatcca
     9421 aggcacggat tactccccga aaacaacaga ggccctgccg caagtcgtgt gcgacagagc
     9481 ctccattcat tgtctctatt gtcaatcgga tcgtttgtga cttatggaca tgcgggcgtg
     9541 ctcccaatct cacgacagta ttggaacatc atcgggcgcc accaccaccc acacatcgtc
     9601 attgtactca ctaaacggat catatttcct ttcgtttccg ggccgcaaag ataaacacgc
     9661 ctgctaaaca cccaaattca tgcgcattta ttccccgtta tgcggatctt gccgaaaatc
     9721 catctacgtg tgatgggcgc gaatgacctt ctatcgccgc acagacgtct ggcagagcca
     9781 tatagacgtg ccactttcca aactctctct acattcgcgc ccccaataca aagcgtacat
     9841 cgtatatatg aatctccaac agaaaagaat gcacaatgga caacgggctt tttgagggat
     9901 acatcggcct ccgtctggcc gacggatcct atttgaatga cgtcatcccc gtcatcctgc
     9961 tcattgaaat atcgcttttt gccgccgtct tccattccca tgccttcctg ctccggaaga
    10021 tggccaagga tctcctttcc gtcaaggagc gcgacaacct tttcgatcgt cccgtcaaga
    10081 gcgacctctt ctttcgtgga ttcatgaagt tgcagatgct ctccctctgc gcactcttct
    10141 tctatctctt ggccggccat tactacccca tgcccaccga cgatctccgc tcggtgttgc
    10201 tgcctctcgg actcatcttc gcagccgtct ggctttacta cctcctcaag cgcatcatct
    10261 acttccttta cggccatgct ttcgacgctg gcgaacggta cgccatgtgg gataatcgtt
    10321 atcaagctct aacgggcatt tggggatgca cgctctacgt gcctattctc tggctcttct
    10381 tcgatagtcg ttatccccat tatgtcgctg ccgctttcct tttgctttat gcgctctatc
    10441 gtatcttgtt gatatatatc actatccgca tattttacaa caggcggacg ggcatattgt
    10501 ttttatgttc ttacctttgc gcccaagaaa tcatcccctt attcttggct tacgaggggt
    10561 tgagatacac acttcaatta acggatataa gttctttatg gcattgagta taaaaaaact
    10621 gctggtatcg caaccgaaac cggagaccgg gaaatcaccg tatttcgaca tcgcggaacg
    10681 atatggcgtg gatattgact ttcgcccctt catcaaggtt gaggccttga cggctaaaga
    10741 gttcagaaag caacgcatcg ttataccaga ttacagtgca gtcatcttta cggcccgcac
    10801 ggctgttgac catttttttc acctgtgcaa agaattacgc atcgttgttc ccgaagcgat
    10861 gaaatacttc tgcatgacag aagccattgc cgtctatctg cagaaataca ccgtctaccg
    10921 aaagcgcaag atcttcttcg gagccactgg caaaacggac gatctgatta acctcatcgt
    10981 gaagcatccg aaagaaaagt acttactccc cgcctccgat atccataaag acgacatctc
    11041 tgaggcactt acggaaaaga agatcccgtg caagacagcc atcatgtatc gcaccgtc
//
LOCUS       SEQF2638.1|AYYF01001442.1 29398 bp   DNA    linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..29398
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             748..1449
                     /locus_tag="SEQF2638.1_01547"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAIPAHVKREEVRSVQLPFTPDGCGGVAVLKIVGLHVYGGVFPA
                     RAVDAFAIDAPGGVEFEVARRREAKSLGQLPVRMAVDRLIAGVGDEKFRLVRVFDRRV
                     LPSVGVLKLKVGPAAESADVEAHAGVLADISIRPEARSVFDEHPFIVLLGDDVDHAGH
                     CIAPVECGRGAADDLHPLDVVRIDERELILPAHVAVNTFSVDQDQDVVIAQAIHLDMA
                     AHVILSEGERGSQSR"
     CDS             complement(1725..3899)
                     /gene="cirA"
                     /locus_tag="SEQF2638.1_01548"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P17315"
                     /codon_start=1
                     /transl_table=11
                     /product="Colicin I receptor"
                     /db_xref="COG:COG4771"
                     /translation="MKKKYIGMLLAWLCGVMTLSAQTSVSGRVINADTNEPVVGANIR
                     VDHSLTGDVTNTRGEFTISNLPEGTHTLNVSHLNYTTEAREVRSGETGVVIRMRESMV
                     QLGQVVVTGTGTHHLMKNSPVPVNVITSRELSNAGISTLDEALQKLTPSFSNMTNGMG
                     TTLSLNGLPEKYFVFLENGRRMGGDNTYERIDVSRIKRIEILSGASSALYGTNAVGGV
                     VNIITNDVKHAVNLSSDTRYTSHGRFTQSLAADVNTGRFGSYTSYRRSQAESWQLSPY
                     ERNKKDSLVETKKVASSGFHADNVNQRFTYDATDRLSFQLRGGYFRNITRRPAAAYDY
                     DLQHRTYSWGAGVKYLLSPDAYITADYQADFFSSRYNFLNTSKTYKTQPGDELVRKRT
                     RNQQANVKGIFNLGERNKVSVGVEYLADMLSSPTENISHKTAYTAALFAQDEITITRQ
                     LRALAGVRYLYHEFFKSYATPNVALMYGQGGLNLRASYAAGFRAPTLSELYASETTKS
                     VDRITIGNLNLKPEKSDYFSLNAEYAHSRFTVSTNLFYNRIRDMIDYRTIATGEEAKQ
                     KYGHEEARQRDNVYKAEVRGINVAAQAYLGAGFRIGAGYTHLDTKDDETGRPIDKSLR
                     NAANVNAQWTRTWGGYTMNVYLNGRINSERFSKTYGYAPAYQVWDLNTRHTFSLRSVI
                     LEPGVGIENLFNYTDDRPYNFNYATLTPGRSVYVSLSIKFRR"
     misc_RNA        complement(3958..4184)
                     /locus_tag="SEQF2638.1_01549"
                     /product="Cobalamin"
                     /inference="COORDINATES:profile:Infernal:001001"
     CDS             4783..4953
                     /locus_tag="SEQF2638.1_01550"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEFMRMIADKQCLRELAMLQYQAERYRLAGNGFMTQHLYSRIR
                     KIQEQLADSDKN"
     CDS             complement(5139..6716)
                     /gene="prfC"
                     /locus_tag="SEQF2638.1_01551"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q83DC7"
                     /codon_start=1
                     /transl_table=11
                     /product="Peptide chain release factor 3"
                     /db_xref="COG:COG4108"
                     /translation="MTLQDEIHRRRTFAIISHPDAGKTTLTEKLLLFGGAIHVAGAVK
                     SNKIRRTATSDWMEIEKQRGISVATSAMAFDYEGYKINILDTPGHQDFAEDTYRTLTA
                     VDSVIIVIDAAKGVETQTRKLMEVCRMRKTPVIVFVNKLDREGKAPFDLLDEIESELR
                     ITVRPLSWPIEMGDRFKGVYNLYERKLDLYRPDKQVVTESVAFSDLTDPDLERRIGES
                     SAAQLREDIELIEGVYPPLDVQTYLSGDVAPVFFGSALNNFGVRELLNCFVRIAPPPQ
                     PVQTVERLVQPEEPTFTGFVFKIHANMDPNHRSCIAFVKVCSGRFERNANYRHVRLDK
                     MMRFSSPTAFMAQKKEVVDEAFAGDIVGLPDTGNFKIGDSLTEGELLHFKGLPRFSPE
                     LFKYIENADPMRAKQLNKGIDQLMDEGVAQLFTNRFNGRKIIGAVGQLQFEVIQYRLL
                     HEYGAQCRWDPLPLYKACWIESDDKAALDSFMRRKAQYMASDHEGRDVYLADSAYVLT
                     MAQQDFPDVRFHFTSEF"
     CDS             complement(6804..7676)
                     /gene="rmlD"
                     /locus_tag="SEQF2638.1_01552"
                     /EC_number="1.1.1.133"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:O66251"
                     /codon_start=1
                     /transl_table=11
                     /product="dTDP-4-dehydrorhamnose reductase"
                     /translation="MIPVLVTGARGQLGDAIRRRIYRHPDYAFTLTDIDELDLCDSNA
                     VADFVRRGRYAYIINCAAYTAVDRAESDAERCLQINRDAVGHLATAAREVGARVIHIS
                     TDYVFDGRAHRPYREDDTPSPTSVYGRTKLAGERVLLESLPTDAAILRTAWLYSEVGN
                     NFVKTMLRLGAERPEIRVVNDQIGSPTYAGDLAEAVLHVLTAPTFHPGVYHYTNEGTC
                     SWYDFACHILRVARPTCIVRPIPTADYPTPAARPAYSVLDKTRIRTVYGLQIPRWQDS
                     LDRCLHHLIDAASH"
     CDS             complement(7704..8246)
                     /locus_tag="SEQF2638.1_01553"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIVAEQKRQENIVEYLLYMWQVEDLIRANALDSDRIRRTLVARY
                     DVADDVRERIAQWYDNLADMIRSEGVAEHGHLQINRNVVILLNDLHLSLLRNPQETTY
                     GALYYKALPSIVRLRAKSGGAEMTEIETCLTALYGYLLLRLQGAPVSPETLEAVREIN
                     LMLTFLAEKYKEERDITHPH"
     CDS             8259..8588
                     /locus_tag="SEQF2638.1_01554"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGFEVKNVSGEVFYFSREVQKVSREVFYFSREVRKVSREVFYFS
                     REVRKVSREVIYFSGEVRKVSREVFYFSREVQKVSGEVEDVSRQNLWMTDRDEAPTDE
                     LFLLMDE"
     CDS             8598..8828
                     /locus_tag="SEQF2638.1_01555"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLEQKKLACEQKSLVDEQKKLVCEQKKLVREQKSLMHQQKSLVG
                     EGDSGSAARIRSEFQHALAEVDLVRIAGVLAG"
     CDS             complement(8763..9923)
                     /gene="pncB2"
                     /locus_tag="SEQF2638.1_01556"
                     /EC_number="6.3.4.21"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q9HW26"
                     /codon_start=1
                     /transl_table=11
                     /product="Nicotinate phosphoribosyltransferase 2"
                     /db_xref="COG:COG1488"
                     /translation="MIIRDFTDNDLYKFSVMNAIQKKFPDAEVVYRFVNRGETPFPEG
                     FGEALRREVDAMRTLFLTDTAEAFMRRRCYYFDNVFFDLLKGFRFNPAEVTVVQEGGR
                     LEVEVRGLWYRTVLWEVPLMAMISELYYRMTGATPAADADDRARAKARRFEELGAELS
                     EFGTRRRFSFEVQDRVIGILKECMPRVLNGTSNVYLAMLHDLIPMGTHPHEWFMYHGA
                     HYGYRVANEMAMENWVDVYDGYLGIALPDTFTSTDFFKSFSTKYAKLFDGLRCDSGDP
                     FEFTERALSYYERHRIDPKKKTVVYSDSLDLEAIARIKGHVAGRLHDVYGVGTFLTND
                     VGVQPLNIVIKLFEVKPKGETDFLPVVKLSDSPGKHTGDPDEIDLCKRMLKL"
     CDS             complement(9936..10604)
                     /gene="ppa"
                     /locus_tag="SEQF2638.1_01557"
                     /EC_number="3.6.1.1"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_00209"
                     /codon_start=1
                     /transl_table=11
                     /product="Inorganic pyrophosphatase"
                     /translation="MYNKLNDTITRLMGLRYRSHPWHGIEVGKEAPQVITAFIEMVPT
                     DTVKYELNKVNGFLCIDRPQRYSNVVPALYGFIPQSYCGEGFAKYCMDQLKRENIMGD
                     HDPLDICILTEKDIAHGDIIASVRPIGGLRMLDGNAADDKIIAVLQNDATYDSYNDIG
                     DLPKIVLERLKHYFLTYKDMPGEKKKNVEIANEYGREEAYEVIRHCLEDYKIYLDEMH
                     DILR"
     CDS             11095..13275
                     /locus_tag="SEQF2638.1_01558"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTLQELTNTYKNLVRRIDNGQMKEAFDLLTDFITVTGQHAFTSR
                     VEELQNTYRYMLHYYVEGSNDPTRHRIRADIRRRAYELADAVRHAAFGDISPATYYSV
                     RRSVRYAGIGITSILRQVALYAEAGDREHGEPAANRLFDALWTTEFIDADTASAIREA
                     LCSHSFPTDVKTLLVSALLLGLQASFDREKMRLLFDAAALSDADTVNVSLQALVAICL
                     TLYTYSTRLDLYPEVQERLEMLAEMPDFRRRLSSVIVRFILTRETEKVAHRLKDEILP
                     EIMKLTTQGGKGPTTDFLKEIAGEEMNPEWMERMVGRSDKLSAWMREYGELQEEGIDL
                     LHTTFGPLKRFPFFYETGNWFLPFTPRHTALRDRNGDGFVDGILSLAAFMCDSDKYSF
                     CFSMLHLPDMQRRALGEQLRGDLTQLREQEAAELGDRGKHEERLIGLYIRNLYRFYKL
                     HPGRGDFDDIFDRGLDFHCLPILRPYLSDAETLLRIAEVYLRKGYPDDARPIYEELLQ
                     RGEGDSEMLHQKLGYCLQSIGDVDGALREYLRAELINPDSKWLLRRIAACYRALKQPA
                     RALEFLLRHERLEPDNLSVLLHIGHCYLEQKMYDEALKYYFKVDYLDPTNAKGGRGVA
                     WCSFVLGKYDQARATYRKLLADRPQPEDYLNAGHTEWASGHVKEAYAYYLQAAAGKDF
                     AFFANLFDADRSALIRAGIDPEEIALMRDEMQFVLPEEEMQPDH"
     CDS             13493..14668
                     /locus_tag="SEQF2638.1_01559"
                     /EC_number="2.5.1.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q9WZY4"
                     /codon_start=1
                     /transl_table=11
                     /product="O-acetyl-L-homoserine sulfhydrylase"
                     /db_xref="COG:COG2873"
                     /translation="MKKQTQAIHTQFQRPDAYSSLSMPVYHTAAYEFSDAVSMTDAFC
                     GRTDDPDYSRVMNPTVTFFENKVRALTGATDVIALSSGMAAISNALLAVAEAGQKIVT
                     SRHLFGNTYTLITGTLRRFGIEPVLCDLTDLRAVEQAVDDRTCALFLEIITNPQMEVA
                     DLRALSRITRSRGVPLMADTTLIPFTCFDARALGIDVEIVSTTKYLSGGATSIGGLVA
                     DYGTTPDFGRRMRTEMLFNFGAYMTPHVAYMQTIGLETLDARYRVQAASALRLAERLR
                     ELPAVRAVNYVGLPDNPFHDLARQQFGDTAGAMLTIELADRDACFRFIDRLQLIRRAT
                     NLFDNKSLAIHPASTIFGNFTEAQRRDMDVKENLIRLSIGLEDPDDLFDDLKQAVSD"
     CDS             14733..15917
                     /gene="patB_2"
                     /locus_tag="SEQF2638.1_01560"
                     /EC_number="4.4.1.13"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q08432"
                     /codon_start=1
                     /transl_table=11
                     /product="Cystathionine beta-lyase PatB"
                     /db_xref="COG:COG1168"
                     /translation="MSTYNFDKVIDRRGTGALKLEALQPRYGNAHLLPLWVADMDFET
                     PHFITDALRRRLEHSLFGYTVEPPDYRPTIIRWINEHHHWDVRPEWLAYIPGIVKGIG
                     MAINVFLRPDEKVIIQPPVYHPFRLTPEGNDREVVYNPLLPLEDGRYAMDLDGLDRLL
                     DADPKCRMLLLSNPHNPAGIVWSPETLRRLADICHRRGVLVISDEIHADMPLYGHRHT
                     PFATVSDAAAACSITFGAPSKTFNIAGIVSSYAIVPNDTLRRRFYRWLSANELDEPTL
                     FAPIATIAAYRYGEPWRRAMLSYVEANIDYLIDYCARHLPAIRPLRPEASFLVWLDCR
                     GLNLDHDALIDLFVRRAHLALNDGEMFGPGGEGHMRINVGTPRAILSEALERLRRAVD
                     GQ"
     CDS             complement(15911..16114)
                     /locus_tag="SEQF2638.1_01561"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQEKKQKKIKASGTPADFGDFLMALVYPANFPALGRGPFLALMQ
                     EKKQKKIKASGTPVDFVGCPIDH"
     CDS             complement(16368..16466)
                     /locus_tag="SEQF2638.1_01562"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDVIEKKTLYTSSCIHMNKYEYISDDYSHTFF"
     CDS             17165..17731
                     /gene="ahpC"
                     /locus_tag="SEQF2638.1_01563"
                     /EC_number="1.11.1.15"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0AE08"
                     /codon_start=1
                     /transl_table=11
                     /product="Alkyl hydroperoxide reductase C"
                     /db_xref="COG:COG0450"
                     /translation="MLPIINQQVPEFKVQAFHNGEFKTVTNKDIEGKWVVFFFYPADF
                     SFVCPTELLDLQNKYNDFKAAGVEVYAVSTDSHFVHKAWHDASDSIRQITYPMLADTT
                     GALSRAFGVMIEESGMAYRGTFVVNPEGQIKVAEIQDNSIGRNAEELFRKVEAAQFVA
                     GHDGEVCPANWKKGNKTLKPSIDLVGKI"
     CDS             17887..20001
                     /gene="dsbD"
                     /locus_tag="SEQF2638.1_01564"
                     /EC_number="1.8.1.8"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_00399"
                     /codon_start=1
                     /transl_table=11
                     /product="Thiol:disulfide interchange protein DsbD"
                     /translation="MEKIKRSVRWFGLLMLIAASVQAQILTPVKWKINLEDSEEAEKT
                     LTFTATINRGWHIYDMNLPKGGPISTSIKYEKLKGAELVGKPTASVRPTVTRDEVSYP
                     GLELRWYSNSVTFTQKIRVTDPKAFKMVGEVEFMACNDESCLPPETESFTFDRKHVAR
                     TKQAAEPSATDGNTDAGSDVDNADTATDDASSDATSADSSEGSVSGGSQSTTPKGMLT
                     DRPEWWTPVIDNLKSFGDATVSASDTSWIYIFLAGLAGGLLALLTPCVWPMIPMTVSF
                     FLKRNKSRRKAIGDALIYGASIIIIYVAMGLLITGIFGASALNDLSTNAVFNILFFAL
                     LVLFAVSFFGAFELVLPASWTNRIDSKADTTSGILSIFFMAFTLALVSFSCTGPIIGT
                     LLVEAASQGKTIGPAVGMFGFALALAIPFALFAIFPNMLQNMPKSGGWLNSVKVVLGF
                     LELALALKFLSVADLAYGWRLLDREVFLVLWIIIFALLGFYLLGKIRFSHDSELRHVS
                     VPRLFMAIVSLAFSVYMIPGLWGAPLKAVSAFAPPLYTQDFNLYKDDVHAVFEDYEAG
                     MAYAKRVKKPVLIDFSGYGCVNCRKMEAAVWTDARVKKLLEEKYVLITLMVDDKTKLP
                     EALTITENEKERRLKTIGDKWSYLQRSKFGANAQPFYVILDNEGRPLAPSYAFDEDAS
                     KYVRFLEDGLTRYKQQGETNNE"
     CDS             20071..20859
                     /gene="mazG"
                     /locus_tag="SEQF2638.1_01565"
                     /EC_number="3.6.1.8"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0AEY3"
                     /codon_start=1
                     /transl_table=11
                     /product="Nucleoside triphosphate pyrophosphohydrolase"
                     /db_xref="COG:COG1694"
                     /translation="MHTKEEKMEAFGRLLDIMDDLREKCPWDREQTRESLRTNTIEET
                     FELSEAILKDHPEEIKKELGDLLLHIVFYAKIGQEKGQYDIKDVCDALCEKLIYRHPH
                     VYGTTDVQGSTHRVEQNWEQLKLKEKDGNRTVLDGVPTSLPALIKAYRMQDKARNVGF
                     DWERREQVWDKVSEELGELRAELDRADADASEAEMGDFLFSVINAARLYGINPDNALE
                     RTNAKFRRRFDYLEAQTIRRGRSLKDMTLAEMDAIWDEAKRQGM"
     CDS             complement(21166..23619)
                     /gene="lon2"
                     /locus_tag="SEQF2638.1_01566"
                     /EC_number="3.4.21.53"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P36774"
                     /codon_start=1
                     /transl_table=11
                     /product="Lon protease 2"
                     /db_xref="COG:COG0466"
                     /translation="MSKKAREKLYVSDTHDIDESMGAVMPILMDCDKDEDFSEGMDKV
                     GETLPILPLRNMVLFPGVAMPIFVGRPKSMRLIREASQRKILVGVVCQKDAEVEEPGL
                     DDLYPIGTVAEVLRVLEMPDGSTTAILQGRKRMALHSLVDTEPYLNGTISLLDDQPAG
                     KDDREYEALISTIKDLTIKMIEAAGDPPRELVFSIRNMQNTMYMLGFACCHIVANPDE
                     KQELLAIGDVKNRAYRLLFILNREYQLIELKASIQMKTHEDINKQQKEYFLQQQMKAI
                     QEELGGNMNDIEIRELRAQAKKKKWPKEVGETFEKELAKLERIHPQSPDYSIQSQYVQ
                     TIVGLPWGTYSRDNFSLTHAQRVLDRDHYGMEKVKERIIEHLAVLKLKRDLRSPILCL
                     YGPPGVGKTSLGRSVAEALGRKYVRVSLGGLHDEAEIRGHRRTYIGAMMGRILQNLQK
                     AGTSNPVFVLDEVDKVGSDFKGDPASALLEVLDPEQNTTFHDNYLDIDYDLSKILFIA
                     TANNLNTISQPLLDRMELIEVSGYILEEKIEIAMRHLIPKQMEAHGITKGTVRFHRNT
                     VRAIIDSYTRESGVRSLEKKIAKIMRRLARKIASDEAVPAVLKVDHLREYLGPVEYTR
                     DKYQDNRYAGVVTGLAWTAVGGEILFVESSLSRGKSAKLTITGNLGDVMKESAILALE
                     YVHSHAAQLGIEESLFENWNVHIHVPEGAIPKDGPSAGITMVTSLVSTFTRRKVKSNL
                     AMTGEITLRGKVLPVGGIKEKILAAKRAGIREIVLCEENRKDVEEINQTYVEGLTFHY
                     VADIMQMIDTALLDEKVKD"
     CDS             complement(23777..24265)
                     /locus_tag="SEQF2638.1_01567"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAAKKQHRSQTLRQGLTRRARPQTRRVLLLARRAKPQTRRVLLL
                     ARRARPQTRRVLLLACRARPKTRRVLLLACRARPKTRRVLLLARRASSETRRVLLLAR
                     RAGPKLAGFCFSHAVQGPKRHQGRRPSLQATQDNPPRVCYSHAMQGQNGIIERDGYPC
                     CP"
     CDS             24286..24987
                     /locus_tag="SEQF2638.1_01568"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRNNEQLNPTVARSVWQDFLLFLKDPHAAGATIYRWGTLGLFAV
                     LLLLNYLCGLLKWWITQEPIVKVSDLGILNPGMILAFILLTPLLEELAFRGFLLFHKK
                     KYVVIVALLMLFFIFSFENLSWFRYPLMLLVALWLGLMLANRKARDWTLGLISRHKRV
                     LIYASSIAFACAHLTNYDGFEVVSLLPIAQKVIAGLFFSYVMMRSNSIVPGLLLHAAN
                     NSVLVLIIYLWSLSL"
     CDS             24984..25991
                     /locus_tag="SEQF2638.1_01569"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRALTAYRLYLGLRLQSVARLFGALPVVAKVLFAAITVTLGYG
                     LHRAELPHEASVVGWAVGVFVAVSTGVCCIGRTELALLDELGIRPPFVFVGRCLLLSV
                     PFFLLDAWAGLWAATVGTAVTTMLSCYRLRHLSAGGGSILRRLRFGGPLAAAYVWIAG
                     YRSGALWAGLIGGALLLLALTNGNADMAGVSIGVMVCAPALTVHYRRPDPSPFLRVYR
                     SATYLMRRKATEGALCTLIPIGWSLPLSVAAFPDRAGWLAGVAGLSVYVAMVILYAAY
                     AFYPHLLTSIVVAGVLIVGSAVWLSVVPIGVAVASLAAILVGLHGLSIYNMKHLLWST
                     T"
     CDS             25976..26656
                     /gene="btuD_3"
                     /locus_tag="SEQF2638.1_01570"
                     /EC_number="7.6.2.8"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01005"
                     /codon_start=1
                     /transl_table=11
                     /product="Vitamin B12 import ATP-binding protein BtuD"
                     /translation="MVYHLNIIRQEYGRRTLLHDLRQDYAAGRIHGFLGENGAGKTTL
                     FRCMAGRLSFEGEPMFSPETRVGFLPAELYMYPMITGREFLQFYVTARGLSCDAGRLE
                     RLNAAFELPLDEYAEVYSTGMLKKLYLMGLLLQDNAVLLLDEPFNGLDFRSSAFVTAL
                     LTEYRRRGQTVFVASHDLDHLLSYADTLSWLRSGTMTCYPDRSAFEDVRQAIRREAAE
                     RVQGADLL"
     CDS             complement(26801..27940)
                     /gene="cgtA"
                     /locus_tag="SEQF2638.1_01571"
                     /EC_number="3.6.5.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:B8GYI7"
                     /codon_start=1
                     /transl_table=11
                     /product="GTPase Obg/CgtA"
                     /translation="MAESNFVDYVKIYCRSGKGGAGSAHFRREKYIPRGGPDGGDGGR
                     GGHVYLRGNRNYWTLLHLKFERHVVATSGRSGGAKRSTGRDGEDRIIEVPCGTVAFDA
                     DTGEYLCDVTADGQQVMLLKGGRGGAGNTHFKTATNQAPRYAQPGEPAQERKVVLQLK
                     LLADVGLVGFPNAGKSTLLSVVSAAKPKIADYPFTTLEPNLGIVSWRDNRSFVMADIP
                     GIIEGASDGRGLGLRFLRHIERNALLLFMVPADADDIRKEYEILLGELERYNPELMGK
                     SRILAITKSDLLDEELTEALSADLPDDLPCRFISSVTGQGITELKDLLWQELNRETFH
                     DADAIVHRDMDMSLMADDDEAWDIPPEEDNDDAEADLEFDWDDEE"
     CDS             complement(27941..28519)
                     /gene="adk"
                     /locus_tag="SEQF2638.1_01572"
                     /EC_number="2.7.4.3"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:O66490"
                     /codon_start=1
                     /transl_table=11
                     /product="Adenylate kinase"
                     /db_xref="COG:COG0563"
                     /translation="MFNIVIFGAPGSGKGTQSKMIVERYGFDYISTGDMLRQAISQGS
                     ELGRTAKEYIDRGQLVPDDLIVRLIADFLDGKHGSKGVIFDGFPRTLKQAEALKTMLN
                     ERGTDIHILLDLQVEDDELVDRLIERGKISGRSDDNPETIKARLDVYHTQTAPLATYY
                     IGEGKHVAIKGIGRIEEIFERIAEAIDRVKDR"
     CDS             complement(28533..29075)
                     /gene="hpt"
                     /locus_tag="SEQF2638.1_01573"
                     /EC_number="2.4.2.8"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P99085"
                     /codon_start=1
                     /transl_table=11
                     /product="Hypoxanthine-guanine phosphoribosyltransferase"
                     /translation="MNKQLRLKDKAFELYIPEREIVAAIDRMAGEIRRDMEGRDPLYV
                     GILNGAFMFVSELVSRLSPQSELTFAAYSSYHGTKSDGIVRELLPIRNKDTERPIVLL
                     EDIIDTGLTMQYVTQRLRQEGVRDVRLATMLLKPGSLQCDLRPDYVGMEIDNDFIVGF
                     GLDYDGRGRMARDIYKIVEL"
ORIGIN      
        1 ggcgcggact gcatatcgaa gactcacgtc tacgccgtac gttttggcgc tttcgaggtt
       61 cttgtactgg cgcactttga cggggtcgta cctcgccacc aggtcgccag gggcttgcga
      121 ggtggggatg gtcactaagg tgatcatgtg gtccagtcgg ttgaagtatc cggtgactga
      181 cagggagagg ccacggcttc ctagatattc ggcaccgaga gaaaagtagt ccgaggtctg
      241 cggacggagg tcggtgttac ctaaatagag gtgggtgccg gccatctcgc ggatgtagcg
      301 gtaaaaaagc tccttgggag tgggcgtctt gaatccgcga ctccataccg cgcgcaggcg
      361 gtagtctccg aggctgagca tggcagctat ttttggtgtg agcttgaagc gtccgaagcg
      421 ggagttacga tctacgcgta gacccgccgt gatttgcagc ggatcgagca gcccgaactc
      481 atcttgtacg aaaacggccg cggtttggtc tgacgcctta ccgtcaatga cgcgcatcgg
      541 cgccttgagc cagtcgtagc gccattcaag gcccgcactg agcgtgtttt cgaagggtaa
      601 gcggaagaca cccttcagag cggccaaggt gcgctgctga tcgctctgaa gatccgtctg
      661 cccggggaaa taggggtagt acggcgtgta tcgaccattg acgtagccat cgatgagggt
      721 ggtgtcagtg aaattatagt gataagcgtg gcgatcccag ctcacgtcaa gcgtgaggag
      781 gtccgttcgg ttcagcttcc atttaccccc gacggctgcg gaggcgttgc cgtactgaag
      841 atcgtaggtc ttcacgtcta cggaggggta tttcccgctc gggcggtaga tgcgtttgcc
      901 atagatgctc ccggcggcgt agagttcgag gtcgcgcgtc ggagagaagc caagtcgctc
      961 ggacagttgc cagttcgtat ggcggttgac cgtcttattg cgggagtcgg tgatgagaaa
     1021 ttccgtctgg ttagggtctt cgacagacgt gttctgccat ccgtcggagt gctgaagctg
     1081 aaagttggtc cagctgctga atcggccgat gttgaagccc acgccggtgt gttggcggac
     1141 atctccatac gacccgaagc gcgaagtgtt ttcgatgagc accccttcat cgtgcttctt
     1201 ggtgatgatg ttgatcacgc cggccattgc atcgctcccg tagagtgcgg acgaggcgcc
     1261 gcggacgatc tccacccgct cgatgttgtt cggatcgatg agcgagagct cattttgccc
     1321 gcccacgtcg ccgtgaatac gttttccgtc gatcaggatc aggatgtagt tattgcccaa
     1381 gccattcatc tggatatggc tgcccatgtc atcctctccg aaggcgaaag aggcagtcaa
     1441 tcccgataag atgtcctcga tgctccgtcc ggcgaagttc ttgagcgccc gacccgagat
     1501 aatctccgtc tgtacgggta cagacttcag tgtatgctcc gtacctgtcg cggtgacgac
     1561 tacctcgtcg agtgcaatgt tcttcatcgc ctcgttaggg tgcagcctcg tcgaatcttg
     1621 tgccgaagcg gcctgcgcag cccaaagtaa ggcggtggca agggccatcc gtccggcagt
     1681 tttgcagcgt ggtgccgatg tgatgtgatg caagtgtctc cgtttcatcg tctaaacttg
     1741 atggataggc ttacgtagac cgagcggccg ggtgtcagcg tggcgtagtt gaaattgtag
     1801 ggccggtcgt cggtgtaatt gaagaggttt tcgatgccta cgcccggttc gaggatcaca
     1861 gaacggaggg agaacgtatg gcgggtattg agatcccaaa cttggtaggc gggagcgtaa
     1921 ccgtaggtct tggagaagcg ttcgctgttg atgcgaccgt tcaggtagac gttcatcgtg
     1981 tatccgcccc atgtgcgcgt ccattgcgcg ttgacgttgg cggcattccg gagactcttg
     2041 tcgatgggcc gacccgtttc atcgtctttc gtgtcgaggt gagtgtatcc cgcgccaatg
     2101 cggaagcctg ccccgaggta ggcctgggcg gccacgttga tgccgcggac ttccgccttg
     2161 tagacattgt cgcgctggcg cgcttcctcg tgtccgtact tctgtttggc ctcctcaccc
     2221 gtggcgatgg tgcggtaatc gatcatatca cggatgcgat tgtagaagag gttcgtgctc
     2281 accgtgaagc gactgtgagc gtactcggca ttgagggaga aatagtcgct cttctcgggt
     2341 ttgaggttga ggttgccgat cgtgatgcgg tcgactgact tggtcgtctc ggaggcatac
     2401 agttccgaga gtgtgggagc gcgaaatccg gcggcatagg aggctcggag gttcagacct
     2461 ccctggccat acatgagggc gacgtttggc gtggcgtagc tcttgaaaaa ttcgtggtag
     2521 aggtaacgca ccccagctaa ggctcgcagt tggcgggtga tcgtgatctc atcttgtgcg
     2581 aagagggccg cggtgtaggc cgttttgtgg ctgatgttct ccgtgggact gctgagcatg
     2641 tcggccaagt actccacccc gacagatacc ttattccgtt cgcccaggtt gaagatcccc
     2701 ttcacgttgg cctgctgatt gcgcgtgcgt ttgcgcacca actcgtcgcc tggttgggtc
     2761 ttgtacgtct tgcttgtgtt caggaagttg tagcgcgacg aaaagaagtc ggcctgatag
     2821 tccgccgtga tgtaggcatc gggcgagagg aggtatttga cgcctgcgcc ccaggagtaa
     2881 gtgcggtgct ggaggtcgta atcgtacgct gcggcgggcc gacgcgtgat gttgcggaag
     2941 tagccgcctc gcagctggaa ggagaggcga tcggtggcgt cgtaggtgaa tcgttggttg
     3001 acgttgtcgg cgtggaagcc ggaggaggct accttcttgg tctccacaag gctatccttc
     3061 ttgttgcgct cgtacggact gagctgccag ctctcagcct ggctgcggcg ataggacgtg
     3121 taggagccga atcggcccgt gttgacgtcg gccgcaagcg actgggtgaa gcgtccgtgc
     3181 gaggtgtagc gcgtgtcgga agagaggttg acggcatgct ttacgtcgtt cgtgatgatg
     3241 ttcaccacgc cgccgaccgc gttcgtgccg tagagcgccg aggaggcgcc gctgaggatc
     3301 tcaatgcgct tgatgcgcga gacgtcgatg cgttcgtagg tgttgtcgcc gcccatccga
     3361 cgaccgtttt cgaggaagac gaagtatttc tccggcagcc cgttcaggct gagcgtcgtg
     3421 cccatgccgt tggtcatgtt cgagaaggag ggggtcagtt tttgcagggc ttcgtcgagg
     3481 gttgagatgc ctgcgttgct cagttcgcgc gacgtgatca cgttcacggg cacggggctg
     3541 ttcttcatca ggtgatgcgt tccggtgccc gtcaccacca cctgcccgag ctgcaccata
     3601 ctctcgcgca tgcggatcac gacgcccgtt tcgccactcc gcacctcgcg cgcttcggtc
     3661 gtatagttca ggtgcgacac gttcagcgtg tgcgtgccct cgggcaggtt gctgatcgta
     3721 aactcgccgc gcgtattggt cacgtcgccc gtcagactgt ggtccacgcg gatgttggcg
     3781 cccaccacgg gctcgttcgt gtcggcatta atcactcgtc cgctcacgct cgtttgtgcg
     3841 ctgagcgtca tcaccccgca cagccatgcg aggagcattc ctatgtactt tttcttcata
     3901 tgtgactatt gaatatatcc atcgtcagtc ctccgccgcc ctggccccgg ggcgtgcgac
     3961 atcaagcagt gttctggcag gtttcctgac ttccccctaa agagccgcgg gccttcccat
     4021 cgcgtggttg tgcacgccga cagtggcatt gcggatggct cttctttttg ctttgaacga
     4081 gaggggttac agtagcgggc actgttccgg actctcaccg gattcccttt tcatgcagcg
     4141 cggcggacgc cgatcgctgc atcaccaaaa cgcgggcaaa attaggcgct gtttcataaa
     4201 tcccataccg caccctcaca tcgattcgcg tttacggtcg gcccccgtcc gtcggccggt
     4261 ctttgatctg gaaatattag tagggcagat tgtgtttttt atcagattgc atgatataca
     4321 gtacgaatca aatttgattc agatcagatg ccctgcaatt caagtcgaaa caaaattgat
     4381 tcatgccaga ttgcacgcca tacggcgtaa atcagaatgg cttcaatgcg taggttgtgc
     4441 ataataagga gagaaggaat ggtatcggat aaggttactc gccatctgac cccatacagt
     4501 atggcggcag atcgcagttt gccatcagag ggcagcgcgc ggagattttc cgacggatgt
     4561 agcccgtagt tgggagcgta cggggtgtcg ttattcaagg gattctgtgt ctgaaaacgc
     4621 accgcagaga atccgttctt cgcaggcaat ttcctatgta aaaacgttag gaatgaggtg
     4681 caaacatgcc tatttccgtt aaaaatggac tgaaaacagg gttgaaagca tgttctacaa
     4741 catgttttcg ggtagtagct ctatctttgc ggcggttatt caatgaaaga gtttatgaga
     4801 atgattgcag ataagcagtg cttacgtgaa ttggccatgc tgcaatatca ggcagaaagg
     4861 taccgcctgg caggcaatgg ctttatgacc cagcacctgt attcgcgcat ccgcaaaata
     4921 caggaacagc tggcagacag tgacaaaaat tgagaagaca tagccctgat gaaacatgcg
     4981 gggtataagt gattgtaaaa gtggttatcg agaagcagcg gagggagtaa tcctttccgc
     5041 tgctgtcatt ttacggggtt tgcgtctcgc tgagttcgga cgcaaacccc gcgttttttc
     5101 agggggtgtc tatcgggaga agtgtcgggg gggggcgatc agaactcgga ggtgaagtgg
     5161 aaacgcacgt cggggaagtc ctgctgcgcc atggtgagga cgtaggcgga gtcggccagg
     5221 tagacgtcgc ggccctcgtg atctgaggcc atgtattggg ctttgcggcg catgaagctg
     5281 tcgagcgcag ccttgtcgtc gctctcgatc cagcaggctt tgtagagggg gagcggatcc
     5341 cagcgacact gtgcgccgta ctcgtgcagc aggcggtact ggatgacctc gaactgcaat
     5401 tgcccgacgg cgccgatgat cttgcggccg ttgaagcggt tggtgaagag ttgcgctacg
     5461 ccctcgtcca tcagctgatc gatgcctttg ttcagctgct tggcgcgcat cgggtcggcg
     5521 ttttcgatgt acttgaaaag ctcgggcgag aagcgtggga ggcctttgaa gtggagcaac
     5581 tcgccctcgg tcaggctgtc gccgatcttg aagttgcccg tgtccggtag gccgacgatg
     5641 tcgccggcga aggcttcgtc gacgacctct ttcttctggg ccatgaaggc cgtgggactg
     5701 ctgaagcgca tcatcttgtc gaggcggacg tggcgatagt tggcgttgcg ctcgaagcgg
     5761 ccggagcaga ccttgacgaa ggcaatgcag ctgcggtgat tggggtccat gttcgcgtga
     5821 atcttgaaga cgaagccggt gaacgtgggc tcttccggct ggacgagtcg ctcgacggtc
     5881 tgcacgggtt gcggcggcgg agcgatgcga acgaagcagt tgagcagttc gcggacgccg
     5941 aagttgttca gcgcggagcc aaagaagacc ggggcgacgt cgccactgag gtaggtctgg
     6001 acgtcgagcg ggggatagac gccctcgatc agctcgatgt cttcgcggag ctgcgcggcg
     6061 gacgactcgc caatgcggcg ctcgaggtcg ggatcggtga ggtcgctgaa ggctacgctc
     6121 tcggtgacca cctgcttgtc ggggcggtag agatccagct tgcgctcgta gaggttgtag
     6181 acgcccttga agcggtcgcc catttcgatg ggccagctca aggggcggac ggtgatgcgg
     6241 agttcgctct cgatctcgtc gaggaggtcg aagggggctt tgccttcacg gtcgagcttg
     6301 ttgacgaaga cgatgacggg tgtcttgcgc atgcggcaca cttccatcag tttgcgggtc
     6361 tgtgtctcga cacctttggc ggcgtcgatg acgatgatga cgctatcgac ggccgtgagg
     6421 gtgcgatagg tgtcctcggc aaagtcttgg tggccggggg tgtcgaggat gttgatcttg
     6481 tagccttcat agtcgaaggc catggcggag gtggcgacgg agatgccgcg ctgcttttcg
     6541 atctccatcc agtcggaggt ggcggtgcgg cggatcttgt tcgacttcac ggcgccggct
     6601 acgtggatgg cgccgccgaa gaggaggagc ttctcggtga gggtggtctt gccggcgtcg
     6661 gggtggctga tgatagcgaa ggtgcggcgg cggtggattt cgtcttggag ggtcataggg
     6721 gagttaggag tagtcagaag tagttagggg agttagacgt agtcaggggt agtaatgaag
     6781 tagtcagggg aagtctggag tagtcagtga gaggcggcgt ctattaaatg atggaggcag
     6841 cggtcgaggc tgtcttgcca acgggggatt tgtaggccgt agacggtgcg gattcgggtc
     6901 ttgtcgagga cactgtaggc ggggcgcgcg gcgggcgtgg gatagtccgc ggtggggatg
     6961 gggcggacga tgcacgtggg gcgggcgacg cggaggatgt ggcaggcgaa gtcgtaccag
     7021 ctgcaggtgc cctcgttggt gtagtgatag acgccggggt ggaaggtggg cgcggtgagg
     7081 acgtggagca cggcctcggc caggtcgccg gcgtaggtgg gcgagccgat ttggtcgttc
     7141 acgacgcgga tctcggggcg ctcggcgccg aggcggagca tggtcttgac gaagttgttg
     7201 cccacctcgg aatagagcca cgcggtgcgg aggatggcgg cgtcggtggg tagggattcg
     7261 agcaggacgc gctcgccggc gagcttcgtg cggccgtaga cggaggtggg tgacggggtg
     7321 tcgtcctcgc gataggggcg atgggcgcgg ccgtcgaaga cgtaatcggt ggagatgtgg
     7381 atgacgcgtg cgccgacctc acgggcggcc gtggcgaggt ggccgacggc gtcacggttg
     7441 atctggaggc agcgttcggc gtcgctctcg gcgcgatcga cggcggtgta ggcggcgcaa
     7501 ttgatgatgt aggcgtagcg gccgcggcgg acaaagtcgg cgacggcgtt actgtcgcag
     7561 aggtcgagtt cgtcgatgtc ggtcagggtg aaggcgtagt ccgggtggcg gtagatgcgg
     7621 cggcggatgg cgtcgcccaa ctggccgcgg gcgccggtga cgagtacggg gatcatgtcg
     7681 agtgaatgat tcagagtgaa tgattaatga gggtgggtga tgtcgcgctc ctccttgtat
     7741 ttctctgcca gaaatgtcag catgaggttg atttcgcgga cagcctcgag cgtttcgggg
     7801 ctgacgggtg cgccttggag gcggagcagg aggtagccgt agagggcggt gaggcaggtc
     7861 tcgatctcgg tcatctcggc gccgccagac ttggcgcgga ggcggacaat ggacggaaga
     7921 gccttgtaat agagcgcgcc gtaggtggtc tcctgcggat tgcggaggag ggagaggtgg
     7981 aggtcgttga ggaggatgac gacgttgcgg ttgatctgca ggtggccgtg ctcggcgacg
     8041 ccttcgctac gtatcatgtc tgccagattg tcataccact gggcgatgcg ttcgcgcacg
     8101 tcgtcggcca cgtcgtaacg ggccacgagg gtgcggcgga tgcggtcgct gtcaagggcg
     8161 ttggcccgga tcaggtcttc cacctgccac atatataaaa ggtactcgac gatgttctct
     8221 tgtcgcttct gttcggctac gatcatttca gcgggaaaat ggggtttgag gtaaaaaacg
     8281 tctccggaga ggtattttac ttctcacgag aggttcaaaa ggtctcgcga gaggtatttt
     8341 acttctcacg agaggttcgg aaggtctcac gagaggtatt ttacttctca cgagaggtcc
     8401 ggaaggtctc gcgagaggta atttacttct ccggagaggt tcggaaggtg tcacgagagg
     8461 tattttactt ctcacgagag gttcagaagg tctcgggaga ggtcgaggac gtctcgcggc
     8521 aaaacctgtg gatgacggac cgtgacgagg ccccgacgga cgagcttttt ttgctcatgg
     8581 acgagtaaaa aaagctcatg ctcgagcaaa aaaagctcgc gtgcgagcaa aaatcactcg
     8641 tggacgagca aaaaaagctc gtgtgcgagc aaaaaaagct ggtgcgtgag caaaaatcac
     8701 tcatgcacca gcaaaaatca ctcgttgggg aaggcgattc ggggtctgcg gcgcgcatca
     8761 gatcagagtt tcagcatgcg cttgcagagg tcgatctcgt ccggatcgcc ggtgtgcttg
     8821 ccgggtgagt cggagagctt gactacgggc aggaagtccg tttcgccctt gggcttgacc
     8881 tcgaagagct tgatgacgat gttgaggggc tgcacgccga cgtcgttggt gaggaaggtg
     8941 ccgacgccgt agacgtcgtg caggcggccg gccacgtggc ccttgatgcg ggcgatggct
     9001 tcgaggtcga ggctgtcgct gtagaccacg gtcttctttt tcgggtcgat gcggtggcgc
     9061 tcatagtagc tgagggcgcg ctcggtgaac tcgaaggggt cgccactgtc gcagcgcagg
     9121 ccgtcgaaga gcttggcgta tttggtggag aagctcttga agaagtcggt cgaggtgaag
     9181 gtgtcgggca gggcgatgcc gaggtaaccg tcgtagacgt cgacccagtt ctccatcgcc
     9241 atctcgttgg ccacgcggta gccgtagtgg gcgccgtgat acatgaacca ttcgtgcggg
     9301 tgggtgccca tggggatgag gtcgtggagc atggccaggt agacgttcga tgtgccattg
     9361 agcacgcgcg gcatgcactc cttgaggatg ccgatgacgc ggtcctgcac ctcgaacgag
     9421 aagcgccttc gggtgccgaa ctccgacagc tcggcgccca gctcctcgaa gcggcgcgct
     9481 ttggcgcgtg cgcgatcgtc ggcgtcggcc gcgggcgtgg cgcccgtcat gcggtaatag
     9541 agctcggaga tcatggccat gaggggcacc tcccagagca cggtgcgata ccacagtccg
     9601 cgcacttcga cctccagtcg cccgccttct tgcaccaccg tgacttcggc ggggttgaag
     9661 cggaagcctt tgaggaggtc gaaaaagaca ttgtcgaaat agtagcagcg acggcgcatg
     9721 aaggcctcag cggtgtccgt caagaagagc gtgcgcatgg cgtccacctc gcggcgcagg
     9781 gcctcgccga agccctcggg gaagggcgtc tcgccacggt tgacgaagcg atagacgacc
     9841 tccgcgtcgg ggaacttctt ttggatagcg ttcatgacgc tgaatttgta cagatcgttg
     9901 tccgtaaaat cgcgaatgat catgtctgta gtcttttatc gtaagatgtc gtgcatttcg
     9961 tcgaggtaga tcttgtagtc ctcgaggcag tgtcggatca cctcgtaagc ctcctcgcgg
    10021 ccgtattcgt tggctatctc gacgttcttt ttcttctcgc ccggcatgtc cttgtaggta
    10081 aggaagtagt gcttgagtcg ctccaggaca atcttgggca ggtcgccgat gtcgttgtat
    10141 gaatcatacg tagcgtcgtt ttgcagcacg gcgatgatct tgtcgtcagc tgcgttaccg
    10201 tccagcatgc gcagtccgcc gatgggtcgc acggaggcga tgatgtcgcc gtgggcgatg
    10261 tccttctcgg tcaggataca gatgtccaga gggtcatggt cgcccatgat attctctcgc
    10321 ttgagctggt ccatgcagta cttggcaaag ccctctccgc aataactctg cggaatgaag
    10381 ccgtagagcg ccggcacgac gttcgagtag cgctgcggac ggtcgatgca gaggaagccg
    10441 ttcaccttgt tcagctcata cttcaccgtg tccgtgggca ccatttcaat aaaagccgta
    10501 atcacttgcg gggcttcctt gcccacctca atgccgtgcc acggatgcga gcggtagcgc
    10561 agccccatca gtctggtgat ggtgtcgttc agtttgttgt acatatctgt cgaaataaat
    10621 agggataaaa attacttgga taccactttc gttcgctgag ggtgctccat aaatggcgaa
    10681 ttgcggcgtc gcattcgaca ttcgggcttc ggtcatgtgc ttcagcacac tccctcgccc
    10741 tcagtctctg cgtcttgcac ttcatccatt tatgaaacac cccaaggatg tgggtcgaaa
    10801 tgaaatttca acacatcctc gtcctcaacg cgcggcaaaa gtaggccgaa tgggaaaagc
    10861 ggaaaatgaa ggcgcgaaaa acgaacgtag gggaaggcta tactccccgc ctttggtgag
    10921 ggtttgccca tctgtcatcc cttccctccc tgttgcgaaa tgaagagatg gagatacgca
    10981 gatgcactgt tgatcagcaa cgaaatcacc cgcttttggc atggcatttg taaaatcaac
    11041 tggcatttta tttcacacga aataccccat cactccaata tagaccccca accaatgact
    11101 ctccaagagc ttaccaacac ctataaaaat ctcgtcaggc gaatcgacaa cggccagatg
    11161 aaagaggctt tcgacctgct cactgatttc atcacggtca ccggccaaca cgccttcacc
    11221 tcccgagtcg aggagctaca gaacacatat agatatatgt tgcactacta cgtcgaaggc
    11281 tccaacgacc cgacgcgtca ccgcatccgt gccgacatcc gtcgccgtgc ttatgagctg
    11341 gccgacgccg tccgtcacgc agcctttggc gacatctcac ccgctactta ttactccgtt
    11401 cgtcgctccg tccgctatgc gggcattggc atcacgtcca tcctgcgaca ggtagcgctt
    11461 tatgccgagg ccggcgaccg tgagcacggc gagcccgcgg ccaatcgtct cttcgacgcg
    11521 ctctggacga ccgaatttat cgacgccgac accgcgtctg ccatacgtga agcactgtgc
    11581 agtcactcgt tccctaccga cgtgaagaca ctcctcgtct ccgctcttct gctcggccta
    11641 caagcgtcgt tcgatcgaga gaagatgcgc ctactcttcg acgccgccgc actctctgac
    11701 gccgacacgg tcaacgtcag tctgcaagcc ctcgtggcca tctgcctcac gctctacacc
    11761 tacagcacgc gcctcgacct ctatcccgag gtgcaggagc gactcgagat gctggccgag
    11821 atgcccgact tccgccgccg actctcctcc gtcatcgtcc gcttcatcct cacccgcgaa
    11881 acggagaagg tggcccatcg actcaaagac gagatcctgc ccgagatcat gaagctgacc
    11941 acacaaggcg gcaagggccc tacgacggac ttcctcaagg agattgccgg cgaggagatg
    12001 aaccccgaat ggatggagcg catggttggg cggagcgaca agctgtcagc ctggatgcgc
    12061 gaatacggcg aactgcaaga ggagggcatc gatctgcttc acaccacctt cggaccgctc
    12121 aagcgcttcc ccttcttcta cgagacgggc aactggttcc tgcctttcac ccctcgacac
    12181 acggctcttc gtgaccgcaa tggcgacggc tttgtcgacg gaatcctgag cttggccgcc
    12241 ttcatgtgcg actccgacaa gtattccttc tgcttcagca tgcttcacct gcccgacatg
    12301 caacggcgcg cgctgggcga acagctccgc ggcgacctga cccagcttcg cgagcaggag
    12361 gccgccgaac tgggcgatcg cggcaagcac gaagagcgac tcatcggcct ctacatccgc
    12421 aacctctacc gtttctacaa gctccatccc ggccgtggcg acttcgacga catcttcgat
    12481 cgcggcctcg acttccactg cctccccatc cttcggccct acctcagtga cgccgagacg
    12541 ctcctccgca tcgccgaggt ctacctccgc aagggatacc ccgatgacgc ccgacccatc
    12601 tacgaggagt tgcttcagcg aggcgagggc gacagcgaga tgctccacca gaagctcggc
    12661 tactgtctcc agtcgatcgg cgacgtggat ggcgccctgc gcgaatacct ccgcgccgag
    12721 ctgatcaacc ccgacagcaa atggctcctc cggcgtatcg ctgcctgcta tcgcgccctc
    12781 aagcagcccg cccgtgcgct cgagttcctg ctccgccatg agcggctgga gcctgacaac
    12841 ctgtccgtac tgctccacat cggccactgc tacctggagc agaagatgta cgacgaggcg
    12901 ctgaaatact atttcaaggt cgactacctc gacccgacca acgccaaggg agggcgcggt
    12961 gtggcgtggt gctcattcgt tcttggcaag tacgatcagg cgcgcgccac ctatcgcaag
    13021 ctcctcgccg accgtccaca gccggaggat tacctcaacg ctggccacac cgagtgggct
    13081 tcgggtcacg tcaaggaggc ctacgcctac tacttgcaag ccgccgcggg taaggacttt
    13141 gccttcttcg ccaacctctt cgacgccgat cgatccgcgt tgattcgcgc tggtatagac
    13201 cccgaggaga tcgccctcat gcgcgatgag atgcagttcg tccttcctga ggaagagatg
    13261 caacccgacc attaagagga agctgcgcag aaccgccatc ctacgctgcc cgcccgaggc
    13321 aggggctgca tgcctctcat agtcggagaa tagccccgta agcagaagat tattctaaat
    13381 caaagccgac gatgtcagta gatacactgc atcgccggct ttctctcttc tttatatcta
    13441 cttttgcgcc gttttcaaga acgaacgcat atacatatac agtaaacgaa gaatgaagaa
    13501 gcaaactcaa gctatccaca cccaatttca gcgcccggac gcctacagct ccctgagcat
    13561 gcccgtctat cacaccgcag cctacgagtt tagcgacgcc gtcagcatga ccgatgcctt
    13621 ttgcggccgc accgacgacc cggactattc gcgcgtcatg aaccccaccg tgaccttctt
    13681 cgagaataag gtccgcgctc tcaccggcgc caccgacgtc atcgcgctca gctctggcat
    13741 ggccgccatc agcaacgccc tcctggctgt cgccgaggct gggcagaaga tcgtcacctc
    13801 gcgccacctt ttcggcaaca cttacacgct catcaccggc acactccggc gtttcggtat
    13861 cgagcccgtg ctctgcgacc tgaccgatct ccgtgccgta gagcaagccg tcgacgatcg
    13921 cacctgcgcc ctctttctcg agatcatcac caatccgcag atggaggtgg ccgacctccg
    13981 cgccctctcg cgcatcaccc gtagccgtgg cgtgcctctc atggccgaca ccacgctcat
    14041 ccccttcacc tgcttcgacg cccgcgcact cggcattgac gtcgagatcg tctccaccac
    14101 caaatacctc tccggcggcg ccacctccat cggcggactc gtggctgact atggcaccac
    14161 gcccgacttt ggccgccgca tgcgcaccga gatgctcttc aacttcggcg cctacatgac
    14221 gcctcacgta gcctacatgc agaccatcgg actcgagacg ctcgacgccc gttatcgcgt
    14281 ccaggccgcc agcgccctcc gtctggccga acgcctccgc gagctccctg ccgtccgcgc
    14341 agtgaactac gtcggtctgc ccgacaaccc cttccacgac ctggctcgcc aacagtttgg
    14401 cgacaccgcc ggggccatgc tcaccattga gttggccgac cgcgatgctt gcttccgctt
    14461 catcgaccgc cttcagctca tccgccgcgc cacgaacctc ttcgacaata aatcgctcgc
    14521 catccacccg gccagcacca tcttcggcaa cttcaccgaa gcgcaacgcc gcgacatgga
    14581 cgtcaaggag aacctcatcc gcctctccat cggcctcgaa gaccccgacg accttttcga
    14641 cgatctcaag caagccgtgt ctgactaact aataactcaa cgagcggaca ctggctggtc
    14701 cgccctcact tgtaacttgt aacttgtaac agatgtccac ctacaatttc gacaaagtca
    14761 tcgaccgccg tggcaccggc gcactcaaac ttgaagcgct ccaacctcgc tacggcaacg
    14821 cccacctgct gcccctttgg gtggccgaca tggacttcga gaccccgcac ttcatcaccg
    14881 acgccctccg ccggcgcctc gagcactccc tcttcggcta caccgtcgag ccgcccgact
    14941 atcgccccac catcatccgt tggatcaacg agcatcacca ctgggacgtc cgccccgagt
    15001 ggctcgccta catccccggc atcgtcaagg gcatcggtat ggccatcaac gtcttcctcc
    15061 gccccgacga gaaagtcatc atccagccgc ccgtctacca tcccttccgt ctcacccccg
    15121 agggcaacga ccgcgaggtg gtctacaacc cactcctccc cctcgaggat ggtcgttacg
    15181 ccatggacct cgacggactg gaccgccttc tcgacgccga ccccaagtgc cggatgctcc
    15241 tgctcagtaa tccgcacaac cccgccggca tcgtctggag ccccgagaca ctccgccgct
    15301 tggccgacat ctgccaccgc cgcggcgtcc tcgtcatctc cgacgagatc cacgccgaca
    15361 tgcccctcta cggccaccgc cacacgccct tcgccaccgt ctccgacgcg gccgcggcgt
    15421 gcagcatcac cttcggcgcc ccctcgaaga cgttcaacat cgccggcatc gtcagctcct
    15481 acgccatcgt gccgaacgac accctccgcc gccgcttcta ccgctggctc tcggccaacg
    15541 agcttgacga gccgacgctc ttcgcaccca tcgccaccat cgccgcctat cgctacggcg
    15601 aaccttggcg ccgcgccatg ctcagctacg tggaggccaa catcgactac ctgatcgact
    15661 attgcgcgcg ccacctgccc gccatccgcc cgctgcgtcc cgaagcctcc ttcctcgtct
    15721 ggctcgactg ccgcggcctc aacctcgatc acgacgccct catcgacctc ttcgtccgcc
    15781 gcgcccacct cgccctcaac gacggtgaga tgttcggccc cggtggcgaa ggccatatgc
    15841 gcatcaacgt cggcaccccc cgcgccatcc tcagcgaggc tctcgagcgc ctccgccgag
    15901 ccgtagacgg tcaatgatct atcgggcacc cgacaaaatc gaccggcgtc cctgacgcct
    15961 tgattttctt ttgcttcttt tcttgcatca aggcaagaaa aggccctctg ccgagggcgg
    16021 ggaagtttgc cgggtacact aaggccatca gaaagtcccc aaaatcggcc ggcgtccctg
    16081 acgccttgat tttcttttgc ttcttttctt gcatcaaggc aagaaaagaa ggatacaaac
    16141 aggcctcggg ctttctgttg cgacaagaaa cagatcgctc gaggcccttt tcatatcgaa
    16201 gcatacaaga aacacctcgc aaagctcccg ccgcctttct cggcatctcc aaaacacatt
    16261 gcaaacctct ctccggtgtt ttgttcgaat tttcgtgtgt acacgaagaa gcgatctatt
    16321 tgatgtgcat aacaatgtgt atgcactaat agtgatatat gcttctatca gaagaatgtg
    16381 tgcgaataat catctgaaat atactcatac ttattcatgt ggatgcagga agaggtgtat
    16441 aaggtctttt tctctattac atccatacat ttctatatga aatagatcat cttgtgattt
    16501 attgcttgca cgtataatag ataatcgtat aatctcttac ctgtacacag gataagatga
    16561 atcagatgcg tatatttgtc atatatacgt gtgtgcacga aatagtgata gagtagttat
    16621 ttatattcac gtgtgtgcag gatgatatat aagtagtaat tatatatctg tgtgcgtgga
    16681 atgcttattg aacaaggaat ttatatatct acgtgcatac acgagtctat gtatgacaga
    16741 tggattggat tcatgtgata gcacgaagag ctgaaaatgt ttcccgacat tccctcctcg
    16801 attgattcta ccctccattt gaaggccgag aagggatccc gggtgagaaa tagctccgcg
    16861 gagaatgaat cgaagccctc tctcagggac aattcgtccg ttcgataggc gatgaatgct
    16921 tctcgactcg aaaaaggcct cgtagacgat cgcgtgagac gatctcttga aaacaatggc
    16981 gtcaccctaa cttccggcat cagatctcat ttctcgatcc ctttcgccca cttctcgaga
    17041 gggctttgcg gcttcgattt tgcaatctcg atattgcaga attgagaaat gcgcttacat
    17101 ttgcgtcgga tttgtaacgg ttacaatttc cacaagtaaa acatcattaa aacagtcata
    17161 tttcatgcta cctatcatca atcagcaagt acctgaattt aaggttcagg cattccataa
    17221 cggagagttc aaaacagtga cgaacaagga catcgaaggc aagtgggtcg tattcttttt
    17281 ctatcccgcc gacttctcgt tcgtgtgccc cacagagctg ctcgacctgc agaacaagta
    17341 caacgacttc aaggccgctg gcgtagaggt gtacgccgtg agcacagact cacacttcgt
    17401 tcacaaggca tggcacgacg catcggatag catccgtcag atcacctacc cgatgctggc
    17461 cgacaccacc ggcgccctct cacgcgcttt cggcgtgatg atcgaggagt cgggcatggc
    17521 ttaccgcggc acgttcgtgg tgaatcccga aggccaaatc aaggtggccg agatccaaga
    17581 caacagcatc ggccgtaacg ccgaggagct cttccgcaag gtggaggctg cgcagttcgt
    17641 tgccggacac gacggcgagg tgtgccccgc aaactggaag aagggcaaca agacgctcaa
    17701 gccgagcatc gacttggtcg gtaagattta aggccggtct ggagtaaagc gcgcacagcg
    17761 ctacgcatgg gaatgtgcgc cggagggtag gagggatttc gattccacac ctttccggcg
    17821 catttttgtg tgaaaacgaa acgtttagtt ttgtgccccg gaaaaacaaa cacattcatt
    17881 catcgcatgg aaaagataaa acgaagtgtc cgctggttcg gactgttaat gcttatcgca
    17941 gcatcggtgc aggcgcagat cctgacgccg gtgaagtgga aaatcaattt ggaagactcc
    18001 gaggaggctg agaagacgtt gaccttcacg gccacaatca atcgggggtg gcacatttat
    18061 gacatgaatc tgcccaaggg cgggccgatc tccacgtcga tcaaatacga gaagctgaag
    18121 ggcgccgagc tggtgggcaa gcccacggcc tcggtgcggc cgaccgtgac gcgtgacgag
    18181 gtgtcgtacc cgggcctcga gttgcggtgg tactccaact cggtgacgtt tacgcagaag
    18241 atccgcgtga ccgacccgaa ggcattcaag atggtgggcg aagtggagtt tatggcctgc
    18301 aacgacgagt cgtgcctgcc gcctgagacg gagtcgttca ccttcgatcg caaacacgtg
    18361 gcgcgcacca agcaggcggc cgaaccctct gcgacggatg gcaacacgga cgctggctcg
    18421 gatgtggaca acgccgatac ggctacggac gatgcctcat ccgacgctac gagcgcagac
    18481 agttccgagg ggagcgtatc aggcggatcg cagtcgacga cgcccaaggg gatgctgacg
    18541 gatcgcccgg aatggtggac gccggtgatc gacaacctga agtccttcgg cgacgcgacc
    18601 gtgtcggcct cggatacgtc gtggatctac attttcttgg ccggcctcgc gggcggactg
    18661 ctggcactgc tcacgccatg cgtatggccg atgattccga tgacggtcag cttcttcctc
    18721 aagcgtaaca agagccgccg caaagccatc ggcgacgcgc tgatctacgg tgcctcgatc
    18781 atcattatct acgtagcgat ggggctgctc atcacgggga tcttcggggc cagcgcgctg
    18841 aacgacctgt cgacgaacgc ggtgttcaac atcctcttct ttgcgctgct ggtgctgttc
    18901 gccgtgtcgt tcttcggagc gtttgagctg gtgctgccgg cgtcgtggac gaaccgcata
    18961 gacagcaagg cggacaccac gtcgggcatc ttgagcatct tctttatggc cttcacgctg
    19021 gcgcttgtgt cgttctcgtg cacgggaccg atcattggca ccttgctcgt cgaggccgca
    19081 tcgcagggca agaccatcgg tccggccgtc ggtatgtttg gcttcgctct ggcgctggcc
    19141 atccccttcg cactgtttgc catcttcccg aacatgctgc aaaacatgcc caagtcgggc
    19201 ggatggttga actcggtgaa ggtggtgctg ggcttcttgg agctggcgct ggcgctgaag
    19261 ttcctctccg tagccgacct ggcttacggt tggcggttgc tcgaccgtga ggtgttcctc
    19321 gtgctgtgga tcatcatttt cgccctgctc gggttctacc tgttgggcaa gatccgcttc
    19381 agccacgata gcgagttgcg ccacgtctct gtgccgcggc tcttcatggc catcgtctcg
    19441 ctcgcctttt ccgtttacat gatccccggc ctctggggcg cgccgctgaa ggccgtcagc
    19501 gccttcgctc cgccgctcta cacgcaggat ttcaacctct ataaggatga tgtgcacgcc
    19561 gtgtttgagg attacgaggc gggtatggct tacgccaaac gtgtgaagaa gccggtgctg
    19621 atcgacttct cgggctatgg ttgtgtgaac tgtcggaaga tggaggcggc cgtctggacg
    19681 gatgcgcggg tgaagaagtt gctcgaagag aagtatgtcc tgatcaccct catggtggac
    19741 gacaagacga agctgcccga ggcgctcacc atcacggaga acgagaagga gcgccgactg
    19801 aaaacgatcg gcgacaagtg gagctacctg caacgctcga agtttggcgc caacgcgcag
    19861 cctttctacg tgatcctcga caatgagggt cggccgctcg ccccgtcgta cgccttcgat
    19921 gaggatgcct cgaagtacgt ccgcttcctt gaggacggct tgacgcgata caagcaacaa
    19981 ggcgaaacga acaacgaata aacatcggag agagggtaga ggaaagaatt ttactcttca
    20041 ccctctaccc tctatcctct accctctatt atgcatacga aagaagaaaa gatggaggcc
    20101 ttcggccgcc tgctcgacat catggacgac ctgcgggaga aatgcccgtg ggaccgcgag
    20161 cagacgcgcg aaagccttcg cacaaacacc atcgaggaga ccttcgaact gagcgaggcc
    20221 atcctcaaag atcaccccga ggagatcaaa aaggagctgg gcgacctgct gctccacatc
    20281 gttttttacg ccaagatcgg ccaagagaaa ggccagtacg acatcaagga cgtctgcgac
    20341 gcactctgcg agaagctgat ctatcgccat ccgcacgtct atggcacgac cgacgttcag
    20401 ggcagcacgc accgcgtgga gcagaactgg gagcagctga agctaaagga gaaggacggc
    20461 aaccgcaccg tgctggacgg tgtgccgacg tcgctgcccg cgctcatcaa ggcctaccgc
    20521 atgcaggaca aggcgcgtaa cgtgggcttc gattgggagc gtcgcgagca ggtgtgggac
    20581 aaggtcagcg aggagttggg cgagctgcgt gccgagctgg atcgcgctga cgccgacgcc
    20641 tccgaggcgg agatgggcga cttcctcttc agcgtcatca acgccgctcg cctctacggt
    20701 atcaacccgg acaatgcgct ggagcgcacg aacgccaagt ttcgccgtcg cttcgactac
    20761 ctcgaggcgc agaccatccg ccgcggccgc tcgctcaagg acatgacgct ggccgagatg
    20821 gacgccatct gggacgaggc gaaacggcaa gggatgtaaa ggggtcgggg gcatcaggga
    20881 tgcccacccc gagtttaccg ggtacgggta agggagggag agagggagcg tatggcatgc
    20941 ccttaccccg taaaaccaaa aatctccgag agagcaccga taaatggctc tcccggagat
    21001 tttttgtgtc cgatgaggtt ctggagatgc ttgcggaact tccgcaaatc gaaaaacgac
    21061 ttttaatggc ttgcggaagt tccgcaaatc gaaaaaagaa tgtttgggca tttgcggaag
    21121 ttccgcaagc atttccaaaa gtgcggaggg ggctgaaaac cctgatcaat ccttcacttt
    21181 ctcgtcgagc agcgctgtgt cgatcatctg catgatgtcg gccacgtagt ggaacgtcaa
    21241 gccttcgacg tacgtctggt tgatctcctc cacgtctttg cgattctcct cgcagagcac
    21301 gatctcgcgg atgccggccc gcttggctgc aaggatcttc tccttgatcc cgcccacggg
    21361 gagcaccttg ccgcggagtg tgatctcgcc cgtcatggcc aggttgctct tcaccttgcg
    21421 gcgcgtgaag gtggagacga gcgacgtcac catagtgatt cccgcgcttg ggccgtcttt
    21481 cgggatggcg ccctcgggca cgtggatgtg cacgttccaa ttctcaaaca gcgactcctc
    21541 gatgccgagc tgcgcggcgt gcgagtggac gtattccagg gccaagatgg ccgactcctt
    21601 catcacgtcg cccaggttac ccgtgatggt cagcttggcg ctcttgccgc ggctcaggct
    21661 cgactctacg aagaggatct cgcctccgac ggccgtccag gccaaccccg tgacgacgcc
    21721 cgcgtaacgg ttgtcttgat acttgtcgcg ggtgtactcc accggcccga gatactctcg
    21781 gaggtgatcc accttgagca ccgccggcac ggcctcgtcc gaggcgatct tgcgcgccaa
    21841 ccgccgcatg atcttggcga tcttcttctc caacgaccgc acgccgctct cccgcgtgta
    21901 ggagtcgatg atggcgcgca ccgtgtttcg gtggaagcgc acggtgccct tcgtgatgcc
    21961 gtgtgcctcc atctgtttgg ggatcaggtg gcgcatggcg atctcgatct tctcctccag
    22021 gatgtagccg ctaacctcga tcagctccat gcggtcgagc aggggctgcg agatcgtgtt
    22081 caggttgttg gccgtggcga tgaagaggat cttgctcagg tcgtaatcga tgtcgaggta
    22141 gttgtcgtgg aaggtggtgt tctgctccgg gtcgagcact tcgagaaggg ccgatgccgg
    22201 gtcgccctta aagtcgctgc ccaccttgtc cacctcgtcg agcacgaaga cggggttcga
    22261 cgtgcccgcc ttttgcaggt tttgcaggat gcggcccatc atggcgccga tgtaggtgcg
    22321 tcggtggccg cggatctcgg cctcgtcgtg caggccgccc agcgagacgc gcacgtattt
    22381 gcgccccagc gcttcggcca cggatcgtcc gagcgacgtc ttgccgacgc ccggagggcc
    22441 gtagaggcag aggatgggcg agcgcaggtc gcgcttgagc ttgagtacag ccagatgttc
    22501 gatgatgcgc tccttgacct tctccatgcc gtaatgatcg cggtcgagca cacgttgggc
    22561 gtgcgtgagg ctgaagttgt cgcggctgta agtgccccac ggcaggccga cgatcgtctg
    22621 cacgtattgc gactggatgg agtagtcggg cgactgtggg tggatgcgct ccagcttggc
    22681 cagctccttt tcgaacgtct cgccgacctc cttgggccat tttttcttct tggcctgcgc
    22741 gcgcagttcg cggatctcga tgtcgttcat gttaccgccc agctcctcct ggatggcctt
    22801 catctgctgc tgtaggaagt actccttctg ctgcttgttg atgtcctcat gcgtcttcat
    22861 ttggatcgac gccttgagct cgatcagctg atattcgcgg ttgaggatga aaaggaggcg
    22921 gtaggcgcgg ttcttcacat cgccgatggc cagcagctcc tgcttctcgt ccgggttagc
    22981 cacgatgtgg cagcaggcga agccgagcat gtacatcgtg ttctgcatgt ttcggataga
    23041 gaagaccagc tcgcggggcg gatcgccggc cgcttcgatc atctttatcg tgagatcctt
    23101 gatggtagag atgagggctt catactcgcg gtcgtccttg cccgcgggct gatcgtcgag
    23161 cagcgagatg gtgccgttta ggtaaggctc cgtgtcgacc aggctgtgca gggccatgcg
    23221 tttgcgtccc tgtaggatgg ccgtcgtcga tccgtcgggc atctccagca cacgcaacac
    23281 ctcggccacg gtgccgatcg ggtagaggtc atccaggccg ggttcctcca cctccgcatc
    23341 tttttggcag acgacaccga ctaagatctt ccgctgtgaa gcctctcgga tcaggcgcat
    23401 cgacttcggc cgccccacga agatgggcat ggccacgccg gggaagagca ccatgttgcg
    23461 tagcggcagg atggggagcg tctcgcccac cttgtccata ccttccgaga aatcttcatc
    23521 cttatcgcaa tccatcagta tgggcatcac agcgcccatt gattcgtcta tgtcgtgcgt
    23581 gtccgacacg tataacttct ctcttgcttt cttactcatc ctgttttttt tcttcttctt
    23641 aaaaatggct cgcaaagata acgccgtgcc ccgatcacgg cctgagcgtc gacctattat
    23701 atataggtgt acgttatcgc agcgcgcccg cggaaactac aaagcccgtg ccatgattca
    23761 tgtcagcgat agatctttac gggcaacacg ggtaaccatc tctctcgatg atcccatttt
    23821 gcccttgcat ggcatgcgag tagcaaaccc tgggtgggtt atcctgtgta gcctgcaaac
    23881 ttggccggcg cccctggtgc cttttggggc cttgcacggc atgcgagaag caaaacccgg
    23941 cgagtttggg gcctgcacgg cgtgcgagaa gtaaaacccg gcgagtttcg gagcttgcac
    24001 ggcgtgcgag tagtaaaacc cggcgagttt tgggccttgc acggcatgcg agtagcaaaa
    24061 cccggcgagt tttgggcctt gcacggcatg cgagtagtaa aacccggcga gtttggggcc
    24121 ttgcacggcg tgcgagtagt aaaacccggc gagtttgggg ctttgcacgg cgtgcgagta
    24181 gtaaaacccg gcgagtttgg ggccttgcac ggcgtgtgag tccctggcgc aacgtttggc
    24241 tccggtgttg tttttttgcg gccactaaac ccaaacaaaa aagagatgag gaataatgaa
    24301 caactgaatc cgacggtagc gcggagtgtg tggcaggact tcctgctgtt tttgaaagac
    24361 ccgcatgcgg cgggtgctac catttaccgc tgggggacgc tcgggctgtt tgccgtgctt
    24421 ctgttgctga actatctgtg tgggcttttg aagtggtgga ttacccaaga accgatagtc
    24481 aaggtgtcgg accttggtat actcaacccg gggatgatat tggcgtttat cctgctgacc
    24541 cccttgcttg aggagctggc cttccgaggt ttcctgcttt tccataagaa gaaatatgtg
    24601 gtgatagtcg ctctgctcat gctctttttc atcttttcgt tcgagaatct gtcgtggttc
    24661 cgctatccgt tgatgctgct ggtggcgctg tggctcggat tgatgttggc aaatcggaaa
    24721 gcccgcgatt ggacgctggg cctgattagt cgacataagc gtgtgttgat ctacgcctcc
    24781 tcgattgcct ttgcttgtgc gcatctaacg aattatgatg gctttgaagt agtcagtttg
    24841 ttgccgattg cgcaaaaggt gattgccgga cttttctttt cctatgtgat gatgaggagc
    24901 aacagtatag tgcctgggtt actgcttcat gcggctaata actcggtgct ggtgctgatc
    24961 atttacctct ggagcctcag cctgtgaagc gcgccctgac ggcctaccgc ctctacctcg
    25021 ggctgcgact gcaatctgtg gcgcggctgt tcggtgcgct gcctgtggtg gccaaggtgc
    25081 tctttgcggc cattaccgta acgctcggtt acggattgca tcgggcggag ctgcctcatg
    25141 aagcgtcggt tgtgggatgg gcggtaggcg tgtttgtagc cgttagcacg ggcgtgtgct
    25201 gcatagggcg cacggagctg gcgctgcttg acgagctggg catacgtccc ccgtttgtct
    25261 tcgtcggtcg ctgcctattg ctgtccgtgc ccttcttcct gcttgatgcg tgggcggggc
    25321 tgtgggcggc gacggtgggg acggcggtca cgacgatgct gtcgtgctat cgcctgcgcc
    25381 acctctccgc gggcggaggg tcgatccttc ggcgactgcg tttcggtggg ccacttgccg
    25441 cggcctacgt gtggatcgcg ggctatcggt cgggggcgct gtgggccggc ctgattgggg
    25501 gtgcgctgct gctccttgct ctcacgaacg gcaatgcaga catggccggt gtgtccatag
    25561 gcgtgatggt ttgcgcaccc gccttgacgg tccattacag gcgcccggat ccgtcgccct
    25621 tcctgcgcgt ctatcgaagt gccacgtacc tcatgcgtcg caaggccacg gagggcgcgc
    25681 tctgcacgct cattccgatc ggctggagtc tgccgctgtc agtcgcagcc ttccccgatc
    25741 gcgcgggatg gttggccggc gtagcgggcc tgtcggtcta tgtggcgatg gtgatccttt
    25801 acgccgccta tgccttttat ccccacctgc tcacgtccat cgtggtggcg ggcgtgttga
    25861 ttgtggggtc ggccgtgtgg ctgtcggttg tgcctatcgg cgtggccgtc gcctcgttgg
    25921 cggccatcct cgtggggctg cacgggttgt ccatctataa tatgaagcac cttttatggt
    25981 ctaccactta aacatcatcc ggcaggaata cggccgacgg accttacttc acgacctccg
    26041 acaagactat gccgcgggcc gcatccacgg cttcttaggc gagaatggtg cgggcaagac
    26101 gacgctcttt cgctgcatgg ccggccgatt gtccttcgag ggcgagccca tgttttcgcc
    26161 cgagacgcgt gtcggattcc tgcctgccga gctgtatatg tatccgatga tcaccgggcg
    26221 ggagtttctg caattctacg tcacggcccg cgggctatca tgtgacgccg gtcggctgga
    26281 gcgactcaac gcggccttcg agctgccgct tgatgagtac gccgaagtct actccacggg
    26341 tatgctgaag aagctctacc tgatggggct gcttttgcag gacaacgccg tgctgctact
    26401 tgacgagcca ttcaacggcc tcgactttcg ctcctcggct ttcgtcacgg ccctactcac
    26461 ggagtatcgg cggcgggggc agaccgtctt cgtcgcctcg cacgatctgg atcacctact
    26521 gagttacgcc gacacactct cttggctccg cagcggcacc atgacatgct atcctgatcg
    26581 ctccgcgttt gaggacgtac ggcaggctat ccgccgcgag gccgcagagc gagtgcaagg
    26641 cgcagacctg ctgtgaatgg tcgccgatca ttagaaagaa tgccgggtac acgatgggaa
    26701 tcctttccct catgtacccg gcatttttcg ctgtctggcg caccagaacc cggctttctt
    26761 cactggcggt gccgccctac acgttacggt tgactacggc ttattcttcg tcatcccaat
    26821 cgaactcgag gtcggcctca gcgtcgtcgt tgtcctcttc gggcgggatg tcccacgctt
    26881 cgtcgtcgtc ggccatgagg ctcatatcca tgtcgcggtg gacgatggcg tcggcgtcgt
    26941 ggaaggtctc gcggttcagc tcctgccaga gcaggtcctt cagctcggtg atgccctgcc
    27001 ccgtgacgga cgagatgaag cgacaaggca gatcgtcggg caagtcggcc gacagcgcct
    27061 cggtcagctc ctcgtcgagg aggtcgcttt tggtgatggc cagtatgcga ctcttgccca
    27121 tcagctccgg gttgtagcgc tccagctcgc ccagcaagat ctcgtactcc ttacggatgt
    27181 cgtccgcatc ggcaggcacc atgaagagca gcaaagcgtt gcgttcaatg tggcggagga
    27241 agcgcagccc gagtccgcgg ccgtcgctgg caccctcgat aatccccggg atgtcggcca
    27301 tgacgaacga gcgattgtcg cgccagctga cgatgcccag gttaggctcc agcgtggtga
    27361 agggatagtc ggcgatcttc ggcttggcgg ctgagacgac cgacagcaac gtcgatttgc
    27421 ctgcattggg gaatcccacc agcccgacgt cagccaagag tttgagttgc agcaccacct
    27481 tacgctcctg agccggctcg cccggctgag cgtagcgcgg agcctgattc gtggccgtct
    27541 tgaaatgggt gttgccagcg ccgccgcgtc cgcctttgag cagcatcacc tgctgaccgt
    27601 ccgcggtgac gtcgcagagg tattcgcccg tgtcggcgtc gaaggccacc gtgccgcagg
    27661 gcacctcgat gatgcgatcc tcaccgtcgc gccccgtgct gcgtttggca ccgccgctac
    27721 ggccggaggt agccaccacg tgacgctcga acttgaggtg cagcagcgtc cagtagttcc
    27781 gattgccgcg cagatagacg tgtccgcccc gtccgccatc gccgccgtcg ggccctccgc
    27841 gcgggatgta cttctcgcgg cggaagtggg ccgacccggc gccgcccttg cccgagcggc
    27901 agtagatctt gacgtagtca acgaaattcg attcagccat ttatctgtct ttgacgcggt
    27961 cgatggcctc agcaatgcgt tcgaaaatct cctcgattcg tccgatgccc ttgatggcga
    28021 cgtgcttccc ttcgcctata taataggtag ccagtggggc cgtctgggtg tgatagacgt
    28081 cgagtcgagc cttgatggtc tccgggttgt cgtctgatcg gccggagatc ttgccgcgct
    28141 cgatgagtcg gtctaccagc tcatcgtcct ccacctgcag gtcgagcagg atgtggatgt
    28201 ctgtgccgcg ttcgttgagc atcgtcttga gcgcctcggc ctgcttcagg gtgcggggga
    28261 agccgtcgaa gatgacgccc ttcgatccgt gcttgccatc gaggaagtca gcgatgagac
    28321 ggacgatcag atcgtcgggc acgagttgcc cgcggtcgat gtattcctta gccgttcgtc
    28381 ccagctcgct gccctggctg atggcttggc gcagcatgtc gccggtagag atatagtcga
    28441 agccgtaacg ctcgacgatc attttgcttt gtgtcccttt gcctgagccg ggtgcaccga
    28501 atattacgat attgaacata gtgctataga gattagagtt ctacgatttt atagatgtca
    28561 cgcgccatgc gtccgcgccc gtcgtaatcg agcccgaagc cgacgatgaa gtcgttgtcg
    28621 atctccatgc ccacgtaatc cgggcggagg tcgcactgca gcgatccggg tttgagcagc
    28681 atggtggcca ggcgtacgtc gcggacgccc tcttggcgca gtcgctgggt gacgtattgc
    28741 atggtcaagc ccgtgtcgat gatgtcctcc aggaggacaa tcgggcgctc ggtgtctttg
    28801 ttgcgtatgg gcaacagttc gcggacgatg ccgtcggact tggtgccgtg atacgacgaa
    28861 taggcggcaa acgtcagctc agactggggc gagagtcggc tcaccaattc agatacaaac
    28921 atgaatgcgc cgttgaggat gcccacatag agcgggtctc gcccctccat atcgcggcgt
    28981 atttctccgg ccatacgatc aatggccgcc acaatttccc tctccgggat ataaagctcg
    29041 aaggctttgt cttttagccg taactgttta ttcatcacgt tatccagttg ttaaggcggg
    29101 caaatataga cgataattcg aggggctttt tggatagata aggcgtgagt gcgacatgga
    29161 aggcctctat cgaggctggg ggaaagtgga gcttgaccaa acaggcgcct gtttagcttc
    29221 gcgcaggcct ctgccgaggc agggaagttt gcctgctaca agaaatggcg gggatttatc
    29281 ctgtacccgg ccaaacttcg ccggcggctg cagccgcccc ccaaacaggc gcctgtttag
    29341 cttcgcgcag attggagggc ctcaaacagg cgcctgttta ccctcgcgca gattgcgt
//
LOCUS       SEQF2638.1|AYYF01001443.1 214 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..214
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tgtcttgacg gcgatataca gccctttgaa cggatagacc acatgattgc tcgatacata
       61 ccgaaagggt attgcacggg cattacgcca acgggccagc gangcacgcg agatgccaag
      121 cagacgcatg acatcggtag agttcaactc gatcttctcg tccaacaccg agtaatctcg
      181 tttcatctca agtatgaagt cggcaatccg gtct
//
LOCUS       SEQF2638.1|AYYF01001444.1 214 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..214
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tgtcttgacg gcgatataca gccctttgaa cggatagacc acatgattgc tcgatacata
       61 ccgaaagggt attgcacggg cattacgcca acgggccagc gangcacgcg agatgccaag
      121 cagacgcatg acatcggtag agttcaactc gatcttctcg tccaacaccg agtaatctcg
      181 tttcatctca agtatgaagt cggcaatccg gttt
//
LOCUS       SEQF2638.1|AYYF01001445.1 2143 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2143
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(81..260)
                     /locus_tag="SEQF2638.1_01574"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTEVIAHECPSVDTDSAIALYKVALEKLPEAESIYIITDNARYY
                     LSKKLREWVKGTKIK"
     CDS             complement(309..446)
                     /locus_tag="SEQF2638.1_01575"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIKERFRAKKEXDIYYYADGTHPTHNTRFTYAWIKKGKRLEQPT
                     L"
     CDS             615..893
                     /locus_tag="SEQF2638.1_01576"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSLQLFAKQADLPTLKTSPITLIVIFQKNVRFSSNVKILVPIDG
                     SDVYAQTLGNQVRAKVQGKHQYARNPSIVSKTDNVTLKFAQFLYFLFR"
     CDS             1014..1211
                     /locus_tag="SEQF2638.1_01577"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGQKKEHSNLIKEHLKKRGFTQTWLAKELGMSFSITNAYVHNCK
                     QPNLTLYQDLPTGLVAPTFLL"
ORIGIN      
        1 gtgttgatga tctcctttcg gaggaatttc cacagtcgct cgatcaggtt taaattcaga
       61 gaataggacg gtaggaagat ctacttgatt ttcgtgcctt tcacccactc tcgaagcttt
      121 ttactcaggt aatagcgtgc attatctgtg atgatgtaga tactttcagc ctcagggagc
      181 ttctccaaag ctaccttgta aagggcgatg gcggaatcgg tatcgacact cggacactca
      241 tgggctatga cctctgtcac atcatgcgca ttaagtagtc cgttaatatt gacttgggcg
      301 ccgaccgctc acagagtggg ctgctccaaa cgtttgccct tcttgatcca tgcataagtg
      361 aaacgtgtgt tgtgagtcgg atgtgtgccg tctgcgtaat agtagatatc gcnttctttc
      421 ttagctctga agcgctcctt tatcatttga acgatgcctt ttgctcctct gcatccgcct
      481 cacaagaaac ctctgtagtc ttcttgtaag taaagccgat ttgggttcaa aagatccatc
      541 attccggctg gcgtatatgc tattccgaag gtatccttta cccattcgga cacgctcttg
      601 gcatcggtag aaagatgtcg ctccaactct tcgcaaagca ggctgatttg cccactctca
      661 agacgtcccc aataaccctt atagtgatct tccaaaaaaa tgtccgtttt tcctcgaacg
      721 taaagatcct tgtaccgata gacggtagcg acgtctatgc tcaaactttg ggcaaccaag
      781 tcagggctaa agtccaaggc aagcatcaat atgcacgtaa cccgagcata gtatctaaga
      841 ccgataacgt tacgctgaag tttgcgcagt tcctctattt cttgttccgg tagtttgaat
      901 gacatatctg ccacaaagaa gatgtttttg ttttaccgtt tctgttcgca atccttttcc
      961 gtttggctat aagtttatag ttttgcagac aatatcaaga taaatatcat ccgatgggac
     1021 agaagaaaga gcatagcaac ctcatcaaag agcatttgaa gaagcgaggt ttcacccaaa
     1081 catggctcgc caaagagttg ggtatgagtt tcagtatcac caacgcctac gttcacaatt
     1141 gcaagcaacc taatcttacg ttataccagg acttgccaac tgggttagtt gcccctacct
     1201 ttttactttg aaaatggttc ccaagtcgat attatgagtt ttgggataat gtccaacagt
     1261 aagaataaaa atagggaaca cttgggagaa agattaggct agagatattt aacgtaaagc
     1321 taatgaagct ttgcggcagt cttcatcaac aaggattgca atcctctatg tgataataat
     1381 gttgtttttt tacgctaaaa gtagagttct ttaaaaanag ctttntgatt gctggttgac
     1441 tatgtatnac tccaatagaa aaatttaatn tcctccgcat cgtttgatcg aaatactaat
     1501 tnatattatt gtgttatgag tttatgaaag aacaaaagaa ttttcttgtc cctatggcat
     1561 tcttagggct tatgtttttc acttgtggtt ttgcattggg tattaattca ttgttggttc
     1621 cagtattgaa ggtttcatta agtgtttctt caatggaagc atatatgctt attggcgcaa
     1681 cattcttacc tttccttctt tttggttatc ctgcgggaat attaatcagt aagattggct
     1741 acaagcgcac gatggcaata tcgtttggaa tgtttgcggt agcttttgga gcttttatct
     1801 tttcggcatc agaaaagagt tttcccttgt ttttgatagc ttcttttacc tgcggaacgg
     1861 ctaacacttt tttgcaagca gctattaatc cttatgtcac gatattagga cctacggaaa
     1921 gtgcagcaaa gcgaatttct atgatgggta tgattaataa gttggcttgg ccagtatcac
     1981 cattatttat tgctcttttt gcaggtgctt cgggtagtgt tggtattgat gatttaggaa
     2041 agccctttgc tgttattatt tgtcttttca ttattttggg tgttgtggct cttttgtcgc
     2101 cattaccaga agtgaaggca gctggtgaag atagtgataa tag
//
LOCUS       SEQF2638.1|AYYF01001446.1 2143 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2143
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(81..260)
                     /locus_tag="SEQF2638.1_01578"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTEVIAHECPSVDTDSAIALYKVALEKLPEAESIYIITDNARYY
                     LSKKLREWVKGTKIK"
     CDS             complement(309..446)
                     /locus_tag="SEQF2638.1_01579"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIKERFRAKKEXDIYYYADGTHPTHNTRFTYAWIKKGKRLEQPT
                     L"
     CDS             615..893
                     /locus_tag="SEQF2638.1_01580"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSLQLFAKQADLPTLKTSPITLIVIFQKNVRFSSNVKILVPIDG
                     SDVYAQTLGNQVRAKVQGKHQYARNPSIVSKTDNVTLKFAQFLYFLFR"
     CDS             1014..1211
                     /locus_tag="SEQF2638.1_01581"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGQKKEHSNLIKEHLKKRGFTQTWLAKELGMSFSITNAYVHNCK
                     QPNLTLYQDLPTGLVAPTFLL"
ORIGIN      
        1 gtgttgatga tctcctttcg gaggaatttc cacagtcgct cgatcaggtt taaattcaga
       61 gaataggacg gtaggaagat ctacttgatt ttcgtgcctt tcacccactc tcgaagcttt
      121 ttactcaggt aatagcgtgc attatctgtg atgatgtaga tactttcagc ctcagggagc
      181 ttctccaaag ctaccttgta aagggcgatg gcggaatcgg tatcgacact cggacactca
      241 tgggctatga cctctgtcac atcatgcgca ttaagtagtc cgttaatatt gacttgggcg
      301 ccgaccgctc acagagtggg ctgctccaaa cgtttgccct tcttgatcca tgcataagtg
      361 aaacgtgtgt tgtgagtcgg atgtgtgccg tctgcgtaat agtagatatc gcnttctttc
      421 ttagctctga agcgctcctt tatcatttga acgatgcctt ttgctcctct gcatccgcct
      481 cacaagaaac ctctgtagtc ttcttgtaag taaagccgat ttgggtccaa aagatccatc
      541 attccggctg gcgtatatgc tattccgaag gtatccttta cccattcgga cacgctcttg
      601 gcatcggtag aaagatgtcg ctccaactct tcgcaaagca ggctgatttg cccactctca
      661 agacgtcccc aataaccctt atagtgatct tccaaaaaaa tgtccgtttt tcctcgaacg
      721 taaagatcct tgtaccgata gacggtagcg acgtctatgc tcaaactttg ggcaaccaag
      781 tcagggctaa agtccaaggc aagcatcaat atgcacgtaa cccgagcata gtatctaaga
      841 ccgataacgt tacgctgaag tttgcgcagt tcctctattt cttgttccgg tagtttgaat
      901 gacatatctg ccacaaagaa gatgtttttg ttttaccgtt tctgttcgca atccttttcc
      961 gtttggctat aagtttatag ttttgcagac aatatcaaga taaatatcat ccgatgggac
     1021 agaagaaaga gcatagcaac ctcatcaaag agcatttgaa gaagcgaggt ttcacccaaa
     1081 catggctcgc caaagagttg ggtatgagtt tcagtatcac caacgcctac gttcacaatt
     1141 gcaagcaacc taatcttacg ttataccagg acttgccaac tgggttagtt gcccctacct
     1201 ttttactttg aaaatggttc ccaagtcgat attatgagtt ttgggataat gtccaacagt
     1261 aagaataaaa atagggaaca cttgggagaa agattaggct agagatattt aacgtaaagc
     1321 taatgaagct ttgcggcagt cttcatcaac aaggattgca atcctctatg tgataataat
     1381 gttgtttttt tacgctaaaa gtagagttct ttaaaaanag ctttntgatt gctggttgac
     1441 tatgtatnac tccaatagaa aaatttaatn tcctccgcat cgtttgatcg aaatactaat
     1501 tnatattatt gtgttatgag tttatgaaag aacaaaagaa ttttcttgtc cctatggcat
     1561 tcttagggct tatgtttttc acttgtggtt ttgcattggg tattaattca ttgttggttc
     1621 cagtattgaa ggtttcatta agtgtttctt caatggaagc atatatgctt attggcgcaa
     1681 cattcttacc tttccttctt tttggttatc ctgcgggaat attaatcagt aagattggct
     1741 acaagcgcac gatggcaata tcgtttggaa tgtttgcggt agcttttgga gcttttatct
     1801 tttcggcatc agaaaagagt tttcccttgt ttttgatagc ttcttttacc tgcggaacgg
     1861 ctaacacttt tttgcaagca gctattaatc cttatgtcac gatattagga cctacggaaa
     1921 gtgcagcaaa gcgaatttct atgatgggta tgattaataa gttggcttgg ccagtatcac
     1981 cattatttat tgctcttttt gcaggtgctt cgggtagtgt tggtattgat gatttaggaa
     2041 agccctttgc tgttattatt tgtcttttca ttattttggg tgttgtggct cttttgtcgc
     2101 cattaccaga agtgaaggca gctggtgaag atagtgataa tag
//
LOCUS       SEQF2638.1|AYYF01001447.1 534 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..534
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(81..260)
                     /locus_tag="SEQF2638.1_01582"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTEVIAHECPSVDTDSAIALYKVALEKLPEAESIYIITDNARYY
                     LSKKLREWVKGTKIK"
     CDS             complement(309..446)
                     /locus_tag="SEQF2638.1_01583"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIKERFRAKKEXDIYYYADGTHPTHNTRFTYAWIKKGKRLEQPT
                     L"
ORIGIN      
        1 gtgttgatga tctcctttcg gaggaatttc cacagtcgct cgatcaggtt taaattcaga
       61 gaataggacg gtaggaagat ctacttgatt ttcgtgcctt tcacccactc tcgaagcttt
      121 ttactcaggt aatagcgtgc attatctgtg atgatgtaga tactttcagc ctcagggagc
      181 ttctccaaag ctaccttgta aagggcgatg gcggaatcgg tatcgacact cggacactca
      241 tgggctatga cctctgtcac atcatgcgca ttaagtagtc cgttaatatt gacttgggcg
      301 ccgaccgctc acagagtggg ctgctccaaa cgtttgccct tcttgatcca tgcataagtg
      361 aaacgtgtgt tgtgagtcgg atgtgtgccg tctgcgtaat agtagatatc gcnttctttc
      421 ttagctctga agcgctcctt tatcatttga acgatgccaa gagcgtgtcc gaatgggtaa
      481 aggatacctt cggaatagca tatacgccag ccggaatgat ggatcttttg aacc
//
LOCUS       SEQF2638.1|AYYF01001448.1 335 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..335
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gggtgttatt gaggtaaaga caaggcgtgg aaatggtagt aagtttcaga tttattatga
       61 tggagcagtg ggatttgata aagtatacaa acgtcttcgt atgctgaatg caagaatgag
      121 aaagccaaga aagcgatggt agaggctgtg aaccgtggtg acatccgtat cgtcttcggc
      181 tcgacatcca tgctcggcac gggcgtgaat gcccagcagc gcgcggtggc agtccatcac
      241 ctcgatatag cctggaggcc ttccgatctc gagcagcgca acgggcgtgc cgtccgtaaa
      301 ggcaacgagg tggccaaaca gtttgccgac aacaa
//
LOCUS       SEQF2638.1|AYYF01001449.1 1095 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1095
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             58..1089
                     /locus_tag="SEQF2638.1_01584"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAKQFADNKVDVIIYAVERSLDSYKFNLLHNKQLFINQLKTNTL
                     GSRSIDEGSMDEDSGMNFSEYVAVLSGNTDLLEKAKLEKKIVTLESERKGFLKERDTA
                     AAKLEEIKVSIAFHSDKIREARADRAHFESQLQRDADGVPVNKLSVKGVLDGADIKAV
                     AARLQEIAEKARTEGEYNKIGEIYGFPVMVKTESTAKDLFDCSVNRFFVQGRSGILYT
                     YNNGRLAADPKLASLNFLNALERIPKVIETHERELAKTKEQIPAFEAAASGIWRKEDE
                     LRTLKRNAAELDRKIALSLAPPTPPEKEEQAADKSVVGQGNNARFHQTDKVEQDVASR
                     VVIGKVGWR"
ORIGIN      
        1 tggaggcctt ccgatctcga gcagcgcaac gggcgtgccg tccgtaaagg caacgaggtg
       61 gccaaacagt ttgccgacaa caaggtggac gtgatcatct atgccgtgga gcgctcgctc
      121 gacagttaca agttcaactt gctgcacaac aaacagctct tcatcaacca actcaagacg
      181 aacacgctcg gcagtcgctc catcgacgaa ggttcgatgg acgaggacag cggcatgaac
      241 ttctcagagt atgtggccgt gctgtcgggc aacactgatc tactcgagaa agcgaagctg
      301 gagaagaaga tcgtcacttt ggaatcggag cggaagggct tccttaaaga acgcgacacg
      361 gccgcggcca agctcgagga gatcaaagtt tccatcgcct tccattcgga caagatccgg
      421 gaagcccggg cggatcgagc acatttcgag agccagctac agcgtgacgc tgacggtgtg
      481 ccggtcaata agttgtcggt aaaaggtgtg ctggacggag cagacatcaa ggccgtggcc
      541 gcgcgcttgc aggagatcgc cgagaaagcg cgcaccgaag gcgagtacaa caagatcggt
      601 gagatctacg gattcccagt catggtgaag accgaaagca cggcgaagga ccttttcgat
      661 tgctccgtca accgcttttt cgtgcaaggc cgcagcggca tcctctatac ctataataat
      721 ggtcgtctgg ccgctgatcc gaagctcgcc tctttgaatt tcctgaacgc tttagagcgg
      781 atcccgaaag tcatcgagac gcacgagagg gagttggcca agacgaagga gcagatccca
      841 gccttcgagg ccgcagcctc aggcatctgg cggaaagagg acgagctgcg tacgctgaag
      901 aggaacgcgg cggagctgga tcggaagatt gcgctctcac ttgcaccacc gacnccgccg
      961 gaaaaagagg agcaggcagc ggataagagc gtggtcgggc aagggaataa tgcccgcttt
     1021 catcaaacgg acaaggtgga gcaggacgta gcgagtcgtg tggtgattgg gaaggtggga
     1081 tggagataaa caggc
//
LOCUS       SEQF2638.1|AYYF01001450.1 295 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..295
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ctttatcaaa tcccactgct ccatcataat aaatctgaaa cttactacca tttccacgcc
       61 ttgtctttac ctcaataaca cccgatgctc ctcgtgaacc atacttagat gtttctgacg
      121 catttttaag aatagtaaag ctctctatat cagctggata aatagtagat agcgttgcca
      181 aatcacttga aacaccatca atgaggacca gagggtgtta ttgaggtaaa gacaaggcgt
      241 ggaaatggta gtaagtttca gatttattat gatggagcag tgggatttga taaag
//
LOCUS       SEQF2638.1|AYYF01001451.1 588 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..588
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ctttatcaaa tcccactgct ccatcataat aaatctgaaa cttactacca tttccacgcc
       61 ttgtctttac ctcaataaca cccgatgctc ctcgtgaacc atacttagat gtttctgacg
      121 catttttaag aatagtaaag ctctctatat cagctggata aatagtagat agcgttgcca
      181 aatcacttga aacaccatca atgaggacca gagggtcgtt accaccagta agtgatgtgg
      241 taccacgaac gcgcacactc gtcaacattg ccatacggtc ctgaccattc gtaacgacat
      301 ttacaccgac agcttgtcct gaaagggcat tgatagcaga attaactaaa cctttattca
      361 tctgcttttc acccaccttt gccattgagc cgataacagg aaaggtgtca ttgacaagga
      421 ataatggctg cctttgctct gtagtgatcg ctttatgtcg tctctgtgca ttggcaacat
      481 ctgtaacacc aattaccaaa agacagcaaa caagagagcg ggttagaatg tattgtctat
      541 tcatgttagg atgcaataaa tgttatttat actgattatc caagcaaa
//
LOCUS       SEQF2638.1|AYYF01001452.1 537 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..537
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gcgaaaaagg aaaagacgtc tcccaatgct atactggaaa agtgctcact ctggttggca
       61 ttggacttga gcaatataac attatcgaaa tcacgtctac tcctcgattt ggcggagatt
      121 tatctatagg ttctaccatt acctttaata gaggtgattt tagtcccaaa ctaaaaatcg
      181 gagatgtggt accacgaacg cgcacactcg tcaacattgc catacggtcc tgaccattcg
      241 taacgacatt tacaccgaca gcttgtcctg aaagggcatt gatagcagaa ttaactaaac
      301 ctttattcat ctgcttttca cccacctttg ccattgagcc gataacagga aaggtgtcat
      361 tgacaaggaa taatggctgc ctttgctctg tagtgatcgc tttatgtcgt ctctgtgcat
      421 tggcaacatc tgtaacacca attaccaaaa gacagcaaac aagagagcgg gttagaatgt
      481 attgtctatt catgttagga tgcaataaat gttatttata ctgattatcc aagcaaa
//
LOCUS       SEQF2638.1|AYYF01001453.1 442 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..442
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(81..194)
                     /locus_tag="SEQF2638.1_01585"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MWYVLELSGMRNGVALPQQTIDGLNMLEKLNLVMINV"
ORIGIN      
        1 cgatccatac tggtaaccaa gctgagcata tgtatttatg cacgagagca ttaatacaat
       61 ggctgatatg attcttttca tcacacatta atcattacaa ggttcaactt ctccaacata
      121 ttgaggccat cgatggtctg ctgtggcagg gccactccat tcctcatacc tgataattct
      181 aaaacgtacc acatctccga tttttagttt gggactaaaa tcacctctat taaaggtaat
      241 ggtagaacct atagataaat cgatccgaat gcggagtttg tgattaacgg aaaacatgat
      301 gagaaatgaa ggcgaagttc attttgtgga ttagcgctct ctttcttcta ctggcaggtg
      361 gagggtgcga aaaaggaaaa gacgtctccc aatgctatac tggaaaagtg ctcactctgg
      421 ttggcattgg acttgagcaa ta
//
LOCUS       SEQF2638.1|AYYF01001454.1 268 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..268
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(81..194)
                     /locus_tag="SEQF2638.1_01586"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MWYVLELSGMRNGVALPQQTIDGLNMLEKLNLVMINV"
ORIGIN      
        1 cgatccatac tggtaaccaa gctgagcata tgtatttatg cacgagagca ttaatacaat
       61 ggctgatatg attcttttca tcacacatta atcattacaa ggttcaactt ctccaacata
      121 ttgaggccat cgatggtctg ctgtggcagg gccactccat tcctcatacc tgataattct
      181 aaaacgtacc acatctccga tttttagttt gggactaaaa tcacctctat taaaggtaat
      241 ggtagaacct atagataaat ctccgcca
//
LOCUS       SEQF2638.1|AYYF01001455.1 318 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..318
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tattgctcaa gtccaatgcc aaccagagtg agcacttttc cagtatagca ttgggagacg
       61 tcttttcctt tttcgcaccc tccacctgcc agtagaagaa agagagcgct aatccacaaa
      121 atgaacttcg ccttcatttc tcatcatgtt ttccgttaat cacaaactcc gcattcggat
      181 cgatttatct cgctgcgcct ccggggtgcg gttcctaagg gcgccctgac aagtctggcg
      241 gagatttatc tataggttct accattacct ttaatagagg tgattttagt cccaaactaa
      301 aaatcggaga tgtggtac
//
LOCUS       SEQF2638.1|AYYF01001456.1 471 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..471
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             72..404
                     /locus_tag="SEQF2638.1_01587"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLNAAEYISAAKALGLDYVDKGYDTDFQKEIVRIGFVNSHHVAF
                     SGGSDKSNYRASLGYVRGQTVIKTKDYNNFMAKLDISQLAFDEKLKIDFGVFGSSQQD
                     EKIFDPYW"
ORIGIN      
        1 gaaatggtag taagtttcag atttattatg atggagcagt gggatttgat aaagtataca
       61 aacgtcttcg tatgctgaat gcagcagagt atattagtgc tgcaaaagct ttagggttag
      121 attacgttga caaaggttat gacactgatt ttcagaaaga aatagtacga ataggatttg
      181 tcaattcaca tcatgtggct tttagtggag gtagtgacaa atccaactat cgtgcctcat
      241 taggctatgt gcgtggacag acggttataa aaactaagga ttacaataac ttcatggcta
      301 agttggatat ctcgcaactt gcctttgatg agaaattgaa aatagatttt ggcgtattcg
      361 gttcttccca gcaagatgaa aagatattcg atccatactg gtaaccaagc tgagcatatg
      421 tatttatgca cgagagcatt aatacaatgg ctgatatgat tcttttcatc a
//
LOCUS       SEQF2638.1|AYYF01001457.1 23193 bp   DNA    linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..23193
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(225..845)
                     /locus_tag="SEQF2638.1_01588"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMYIQKSCRIHDRRVMVDGQTRFEASDGHASGTDFLADAFRSMG
                     IDYRKFYKMDPLSRLGFLAAELILPQPAEADPSGEEMGLICFNSTASLAADRAYQRTI
                     PAGDDFFPSPSDFVYTLPNIVTGEIAIRHHIQGETAFYVLRAFNPETICHIVRETIAD
                     ADLHRVFVGWIDIDTDRLDARAMLCVDRPHGNSPELTPEALLQLFP"
     CDS             complement(849..2024)
                     /gene="fabF_3"
                     /locus_tag="SEQF2638.1_01589"
                     /EC_number="2.3.1.179"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:O34340"
                     /codon_start=1
                     /transl_table=11
                     /product="3-oxoacyl-[acyl-carrier-protein] synthase 2"
                     /db_xref="COG:COG0304"
                     /translation="MTTVFEATNIVSALGLTTDEVFDNIRQGRTGLSLQSDHFDLPEP
                     FMASLIDRARLDEAFDRLHPPTWPDGAYTRFEQAAIVSADDALRQTDIDPTTLRVRFF
                     LSTTKGNVHLLDPRETAGHSADQLYLWHTAYRIAHFFGNITPPLVISNACISGAAALI
                     AARRELLAGRIDTAIVIGADMLSRFVVSGFQSFKALSPEPCRPFDADRTGLNLGEAAS
                     TVILTRRAVNNLEPSDVLLTDGAIRNDANHISGPSRTGEGCFRALRHILRNIPEERLT
                     DEIAFVNAHGTATPYNDEMESIALTRAALDRVPVNSLKGYLGHTLGAAGVLETILAAE
                     SLRAGIALPTAGFHTLGVTHPIRVTNATAPITARRCIKMLSGFGGCNAALLVSLPDC"
     CDS             complement(2021..2386)
                     /locus_tag="SEQF2638.1_01590"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHIVWHGSYALYFEDAREEFGRVFGLSYSSYVENGCYAPLVDLQ
                     FSYRQPLRHGERACTVITYRNTPAAKVVFDYAIHRLDEADTLIATGSSTQVFLDLNYQ
                     LIWTNPPFYEAWKIRHGQL"
     CDS             complement(2521..3087)
                     /locus_tag="SEQF2638.1_01591"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNKRILLFIMATLLVAVGTLRAQSASTPAKFHTELGASFGTGSL
                     NGSDYHFTSRDLNVSFGYAFTPRFSAYIPLTLTTGLFRGDSPGLHSTYENTGTVGVGA
                     GWNAIQRSLWRLRINGEAGCSLKSKTDPWSFYYYDAGARLYLGEQNRFVNAYVGLGVK
                     HILTRTDGRSDYFTPYVSIGFRLNALGR"
     CDS             complement(3172..3618)
                     /locus_tag="SEQF2638.1_01592"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIRPFDILELLPQRPPFVMVDRLIYYDPVVARSEFTIRPDNIFC
                     TGDGRVEEAALVEIIAQTCAARMGYREKTEPSRDGMVKIGFIGMIRPLHVLRAPRIGE
                     MLTTTVEVKEDIFSTTLVETFVKASGETIATCSMKIFLTDRVPTTA"
     CDS             complement(3615..4715)
                     /locus_tag="SEQF2638.1_01593"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKMSPALERTFTKDRMRILEAQRRAHEIAFAPVTFQVARLMRKF
                     GLFALLNEARQGLTLEELTERSPALSHYAVQVLLESALTAGMVCCTDDRFVLSKLGWI
                     LLTDPLIAVNIDFNHDVNYLGLHRMEQALLEGKPEGLRVFGDWKTIYEGLSELPDPAR
                     ESWFRFDHFYSDHSFDEALEIVFAQRPKRLLDVGGNTGRWAARCVDYSPDVHVTIMDL
                     PQQLDMVRRQMADRRGADRIEGYAIDLLDVTAPFPTGADAIWMSQFLDCFSEGEITSI
                     IRRAAEAMTDRTRLYVMETLWDRQSNDIAAFCLTQISLYFTVMANGNSKMYHSDDLIR
                     CIHAGGLEVETIHDGLKGGHSILVCRKPAERS"
     CDS             complement(4712..5602)
                     /locus_tag="SEQF2638.1_01594"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVRKSDEWEGVTGGTTLGQKAMKVMLSILDVRIGYVLLAFVVPF
                     YMLFHHKGYVAIYGYFRRRHGYGPLKSLLKTYRNHFLFGQAMLDRFAVYAGRAKFSVD
                     NPDNPLFLAMLDRPEGCIVASAHVGNPELSGYLLSQQKKRINCLIYGGEAKEVQKNRI
                     KILERNNIRAIPVSDDLSHIFLVNEALQGGEMVSMPCDRTLGSSKCVTCDFLGAPADF
                     PIGAFVLAEQFGVPVLAMFVLKVSASGYRIHVSRIPSPAGGTKRERIESMTRAYANEL
                     ERIVRRYPEQWFNFYTFWKR"
     CDS             complement(5637..5882)
                     /gene="acpP_2"
                     /locus_tag="SEQF2638.1_01595"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:O67611"
                     /codon_start=1
                     /transl_table=11
                     /product="Acyl carrier protein"
                     /db_xref="COG:COG0236"
                     /translation="MKMERREIEEKVNDFLVEEMEIEAEKIKPEALLKEDLGLDSLDF
                     VDIVVIVERTFGFKIKPEEMADVKTVGAFYNYIESKL"
     CDS             complement(5975..6703)
                     /gene="fabG_1"
                     /locus_tag="SEQF2638.1_01596"
                     /EC_number="1.1.1.100"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P73574"
                     /codon_start=1
                     /transl_table=11
                     /product="3-oxoacyl-[acyl-carrier-protein] reductase"
                     /translation="MTKYALVTGGSRGIGRAVCLELSAAGYAVLINCRANLEAASEVE
                     AEVRARGGVAEVIPFDVADSAAVDAALEAWEARHPEDAIEVLVNNAGIRQDAMMIFMQ
                     DKDWHEVINASVDGFFYVTRRVLKGMLMRRHGRIINMVSLSGLKGMPGQTNYSAAKAA
                     VIGATKALAQEVARRHVTVNAVAPGFIATDMTKDLDEAALKQTVPAGRFGRPDEVAAL
                     VGFLASDRADYITGQVISINGGLL"
     CDS             6900..7517
                     /gene="yciO"
                     /locus_tag="SEQF2638.1_01597"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0AFR4"
                     /codon_start=1
                     /transl_table=11
                     /product="putative protein YciO"
                     /db_xref="COG:COG0009"
                     /translation="MLLKIYPNNPNQKDLDRAASTLRDGGLVIYPTDTLYAIGCDAFN
                     VRAVERICRIKGVDPQKSKLSIVCHDLSEAGAYTRIDNNAFKLLKRHLPGAFTFILPA
                     GADLPRIYKSRREVGLRIPDNPIALELVRTLGNPLLTMSVHDPASDNEEPEYLTDPEL
                     IHEKFDGRVDLVIDGGIGRAEGSTVVDCTASPFTILRQGRGVIDL"
     CDS             7657..8220
                     /locus_tag="SEQF2638.1_01598"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKFLMSAIVFALCSIGAANAQLEKGSVLVGGSIGDIRFGLGSG
                     SYFSLNLTPRVGYFVQDNLAFGAKVNAGFTGQRGGNTTFSYGVNAFGRYYLGNKEVEI
                     GPKEGHFFGEVGVGLGGVQGAPVGFNVNFGPGYAYFLNEHVALEALALYNGQFGQGSV
                     NGLSLNVGLQIYLPVSKLEARAKSLKK"
     CDS             8396..8653
                     /locus_tag="SEQF2638.1_01599"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSTCMKEVNATNLRMSINMEPPSAADFGMPINIEEVNATNLGMP
                     INMELPPATDFGMSTYMKEVNAIDLRMPINMEEVNAACFPM"
     CDS             9151..9945
                     /locus_tag="SEQF2638.1_01600"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKHTIQIKKIGLDKLDNALHARFHCEACDLVREVNAKTTDIPTE
                     LSDEWYALARKEIDQAVEIRTTVYTKAMHEKDAERTRAATFILGIVRIMRLSPDKAQV
                     EAAHALHIVTRQFVRLQNLSTDRRSADLLSLIYDLKKPEHAAHLGRLGLTAALEALER
                     LDGEYLTLSRQRRDERVGQKEQPAMLEVRHQSDEIYQHIIMLLQMAYLKANSEATRTE
                     LEALAERLTALTARINTSYKQSLSQRRARRQKATGEEPKEVSLPTN"
     CDS             9961..10278
                     /locus_tag="SEQF2638.1_01601"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:vienna_vog:VOG02911"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEITFDKAYLKELYETGKTGDKKHRFQPQTVRKYRKTIDLLESV
                     SVVEDLFRYNSLHYEVLRGDKAGLESVRVDDRYRIEFKTERVVSETVVTICNIIELSN
                     HYQ"
     CDS             10284..10595
                     /locus_tag="SEQF2638.1_01602"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:vienna_vog:VOG00001"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGNLGYGYTPTHPGEVLRDEIECRGISLSRLARQMGVPYRTLND
                     ILNERRSLTTRTAMRFEAALNVPADSLMRLQLKYDLHMAQTDKKLSGTLARIRQAAAI
                     L"
     CDS             10687..12711
                     /gene="btuB_6"
                     /locus_tag="SEQF2638.1_01603"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01531"
                     /codon_start=1
                     /transl_table=11
                     /product="Vitamin B12 transporter BtuB"
                     /translation="MNRKRHLNRACTFRFRRFARKAYSAFSSMHRVVNIGVVAGCMLT
                     FAHATQTAAQPAAAPDALPTDSLREETLEEVTVTASHLETPLSQTSKIVTVITRAQIE
                     QAPVRSIQDLLVYAANVDVIQRGGHGVQSDISIRGGSADQTAVLLNGVNFSNPHTGHY
                     SFDLPINLSDIERIEIVHGPSALIYGSSAFSGGINIITKQKVETPLYLAAEAGMHALR
                     GGEVRGALEAGPTTSSLSVGHRASDGYIAGSDYAIWNAFWQTRVHFSGDNRLDIQAGY
                     ENKNYGANTFYTALYPNQYERTSSWAGSVKGAFGGALKVVPILYWNRHYDQFDLIKDT
                     DKGRNFHRGDTYGANLIFQYTWRGGVTSLGGELRREEIISSKLGTPMATPNGHYTRSD
                     ARTIVSATAEHTWTWQRWAASAGVMMQRNTLLDGVRFYPSAGLAYRPTDDLKLNATWS
                     RSTRMPTFTDLYYTTETHTANVGLKPERSESVDLGVTFTRPAVTLRLVGYLMWGRDVI
                     DWVRDSGTAKWASWNFTEIDKQGVEMGATFRPGAIWPSMRGTVLNVDYARMNQTADSH
                     GLESRYSLNYLRDKVTVGLQHPIFRGLTASWHFRAQKRMGSYRRYVDKKDMGLEPYPA
                     FSTLDLKLNYAVRKFDFHLDLNNMFNVTYYDIGNVPQAGFWLMGGVAFKL"
     CDS             12865..13650
                     /locus_tag="SEQF2638.1_01604"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNLKQIIAAGILLMSLAACVEERSNQGETAPGWVAFEYTSALVE
                     RCGITAEYLHRFDRYLEQNTSSGRDSVDRLYFSNVKIQRDQEPNAWTLRLKERYGYER
                     TITIRNAVRGGMWEVVGEGLATKFSPRSERAVDHFRVNTGKSGTWYMEHIGRDREFAD
                     SSAWTVQFVSDGSLQLVGNGVRTSLAVPTLRLDFKTDLPLSYTLRNTSTFTLVDGQLR
                     IIATGPNGLPETTAVTAIGSDRIRINYNNKHSAEGNWNSAIEL"
     CDS             13790..14263
                     /locus_tag="SEQF2638.1_01605"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTLILPLARRANTEMTPILPLARRANTEMTLILPLARRANTEMT
                     LILPLARRANTEMTLILPLARRANTEMTLILPLACRASTKMTLILPLACRASTEMTLI
                     LPLACRASTKMTLILSLACRASTEMTLDDLRKRLGNVLSLLPLLPVLPLPDKNEQ"
     CDS             14275..16194
                     /gene="dxs"
                     /locus_tag="SEQF2638.1_01606"
                     /EC_number="2.2.1.7"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q9KGU7"
                     /codon_start=1
                     /transl_table=11
                     /product="1-deoxy-D-xylulose-5-phosphate synthase"
                     /db_xref="COG:COG1154"
                     /translation="MADSNQYHLLSRIDSPADLRKLAVDKLPAVCDELRKYIIDVLSE
                     RPGHLGASLGAVELTVALHYVFDTPDDRIVWDVGHQAYSHKILTGRREAFHTLRQFGG
                     IGGFPHPEESAYDTFIAGHASNSISAALGMSTAFEIAGEGGRHVVAVIGDGAMTGGLA
                     FEGINNASIDPNNLLIVLNDNDMSIDRNVGGMNRYLVDITTSQTYNHIRYEVYQKLLK
                     LNLISEDRRENILRFNNSLKALINRQHNLFEGFSIRYFGPIDGHDVGDLVKKLGDIKE
                     MKGPKLLHIKTKKGKGYKPAEQSATVWHAPGRFNKDTGQRLLPERTNEPQLYQDVFGH
                     TLVELAEKDRRITGVTPAMPTGCSMTYMMKAFPDRAFDVGIAEGHAVTFSAGMAKEGM
                     IPFCNIYSSFLQRAYDQVIHDAAILRLHVVLCLDRAGLVGEDGVTHHGAFDLAYLRPI
                     PNLIISSPLNEIDLRNLMFTAYKTDRGPFVIRYPRGKGELRDWQNEMELLPVGRGRRL
                     REGTDMAVVTIGPIGNVARQAIEAAAEEGISAAHYDMIYLKPIDEELLHEIGRRYSRI
                     ITVENGTVVGGLGTAVMEFMMEHGYTPRVQRIGIPDRFIEHGSIAELYNLCGMDAPHI
                     LEAIRSLAGQKGGQA"
     CDS             16191..17534
                     /gene="trkA"
                     /locus_tag="SEQF2638.1_01607"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0AGI8"
                     /codon_start=1
                     /transl_table=11
                     /product="Trk system potassium uptake protein TrkA"
                     /db_xref="COG:COG0569"
                     /translation="MRVVIAGAGEVGRHLAKMLSRERHDIILLDPKEENLAFAKTGME
                     ILPIVGNPTSLHDLENADVRDAHLFVSVTTEESTNITACMLASNLGARKTFARINNHE
                     YLLPRNNELFQKIGVNSMICPEILAAKEIVAAIRRPWTRQYWELFGGGLILLGIKVRD
                     DAPIINRSLIELMQHDKKCYHIVAIQRCNGEMVIPRGMDHIESGDIVFVTTTREHIED
                     VRIKTGKQNPEVKKIIIMGGGRIAIKTAHFLPDNTNITIIEADRDKCAKISAQVPKNV
                     LVIHGDGRDTDLLVQEGIDDAQAFVALTEIAGTNILACLAAKRYGVFKTIAQVENLDY
                     ISLAAKVDIGTVINKKLIAAGHIYQFLLDADVANVKCLAFARADVAELVAKPGSKITR
                     KPIKEMRLPKDMTLGGLIRNGIPMMVEGDTQIRANDHVMVFCFDSAMRKLKDYFN"
     CDS             17699..19168
                     /gene="sdcS"
                     /locus_tag="SEQF2638.1_01608"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q7A4P8"
                     /codon_start=1
                     /transl_table=11
                     /product="Sodium-dependent dicarboxylate transporter SdcS"
                     /translation="MTEVIGKLSDQFEMKKLISSLVILLLALIVWNLPSTSFGIDGLT
                     TVQQRVIAIFVLATLLWITEAIPSWATSLVIITTMCLTVSDNSLSFLKSDSESFGTLM
                     SSKEIMATFANPVIMLFLGGFILAIAATKSGLDVLLAKTLIKPFGKRSETVLLGFILI
                     TGTFSMFISNTATAAMMLVFLTPVFAALPPDGKGRTALTLSIPIAANLGGMATPIGTP
                     PNAIALQALNDPEGLNMHIGFGDWVAFMFPLVIVLLFISWYLIKKLFPFKKKTIELSI
                     TGEIHSGWRMKVVSITFIITVLMWLFDRYTGVDANTVAMIPMGVFAVTGVITKRDLQS
                     INWSVIWMVAGGFALGLGLNGSGLAGAVIRSIPFGGWSPMLILIISGAICYILSNFIS
                     NTATAALLVPILVVACTGMGDALKQIGGTSTVIIGIALSASSAMCLPISTPPNAIAHS
                     TGLVEQKDMLKIGLIVGMVSLILGYLLLFFVGKTGLIGG"
     CDS             19219..19797
                     /locus_tag="SEQF2638.1_01609"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSLIERCNGQSASGNACNNIANAKNLFSSLAELLQMSKRRKWSL
                     QNSCKCPKGEIGACRTSANTQKEKSELAGLLQMPKRRNRSLQNFCKCPKREIGACRTS
                     ANTQKEKSELAELLQMPKRRNRSSQKRCKCPEKLFGVCRNAASVPKNFSAFAGMLQAP
                     RKTFWRLQGHCKCFEKNFLAFAATLQAFPEMF"
     CDS             19951..21411
                     /gene="trkH"
                     /locus_tag="SEQF2638.1_01610"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:E1V6C5"
                     /codon_start=1
                     /transl_table=11
                     /product="Trk system potassium uptake protein TrkH"
                     /db_xref="COG:COG0168"
                     /translation="MFHQLNVRFIIKFLGTMHMLESLFMLSAVAVSFWYHDSDLIPLA
                     ISCAIMFAAGLAMYITGRHADDYRSGRREGMISVTLTWILLSLFGMLPYLISGYIPNV
                     TDAYFETISGFTTTGATILDDIERLPHGLLFWRSLTQWQGGIGMIVFTVALLPIFGGT
                     ASQLFDAETSGITHDRFRPRITQVAKRIFGLYVLITLAILLLLWIGPMNLFDALNHAL
                     TTVATGGYSTKNNGLAYWHSAYTEYIVILGMFIGATNFTLLYFALRGHSQKLFHDHEF
                     RWFCIVIATTTIVTTAWILLRHNETNPELAFRHALFHITSLISTTGLLTVNYSSWGSF
                     FAVIALFVIIVAGCAGSTSGGLKMGRFMILVKDLLNEFKRQTHPRAVLPLRAGGQVIP
                     EHVVQRVYTFAIIYVGLILFGCTVLTFEGIDLGDALGLAATSVSNAGPGIGHFADGNF
                     STISSFNKWILSFLMIVGRLEIFTVLTPLLPGFWRR"
     CDS             complement(21694..22809)
                     /gene="resA_2"
                     /locus_tag="SEQF2638.1_01611"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01319"
                     /codon_start=1
                     /transl_table=11
                     /product="Thiol-disulfide oxidoreductase ResA"
                     /translation="MPLKKLYIISCVAWLLCACGEKATYRVELDLSNLETQNLYAVFE
                     SDDHKQVDTVVYRPGKPVQITRDEGQFDQLTVYFENHKEGITIYLEPGRKITVTGDAR
                     YPLTLQVRGTRTNDLLSDFRKQAATLLKEKTELSGAALPEADAGRAAEASRAEHLPRL
                     ANIDHELAQMAENFIHKHPKDEASAILIRDYILDPEDPTRAEKMIGTLSPKLENTRTL
                     RNLRAYCERAMHTMVGAKAPDFTLRNVYGATLTRDSFAGRNLVLAFTAAWCDLCKTEK
                     LLLDKIQADFSRQDVAVALVSLDETPSDVRSQMRTDTTHWNVFTDSAGQSIRVLEAYN
                     VNALPRCFLIDRSGTIVLKTDNGIELRRALEALLKKK"
     CDS             22900..23151
                     /locus_tag="SEQF2638.1_01612"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MADQSGRFVHAKKAGHPFGYPAKFTGVRRRPLELFMCWGLRPCW
                     FVGAGTQPNTQTPQQLNTSTTKHPTYKRLNISTGRSPNN"
ORIGIN      
        1 acgcttgggg acgcatcgct tcgggggata cgctcgacgt catcgtctgc catttcccct
       61 cgcgtcgcaa cggtcggaag gcatccgaac cggaccggat agatgctgcg cgatgtgtac
      121 gtcggctctg cgattcgctc ggtcgtgcgc gtcgccgccc acagctgatg atttcgttct
      181 ttaattctaa gatcaattct tccattgtag tctataataa gtagttaggg gaacagttgg
      241 aggagggcct cgggcgtcag ctcggggcta tttccatgag gccggtcgac gcaaagcatg
      301 gcccgagcgt caaggcgatc ggtgtcgatg tcgatccacc cgacaaagac gcgatgaagg
      361 tcggcgtcgg cgattgtttc gcggacgatg tgacaaattg tctcggggtt gaaggcacgt
      421 aggacgtaaa aggcggtctc gccctgtatg tgatgtcgga tcgcgatctc gcccgtgacg
      481 atgttcggca acgtgtagac aaagtccgac ggcgagggaa aaaagtcgtc gcccgcgggg
      541 atggtgcgct gataagcccg atctgcagcg agcgaggcgg tgctgttgaa gcagatgagg
      601 cccatctcct cgcctgaagg gtcggcctca gcgggctgcg ggaggatcag ctccgcggcc
      661 aagaatccga ggcgcgaaag ggggtccatc ttgtagaact tgcgataatc gatgcccatg
      721 cttcggaacg catcggccaa aaagtcagtt ccggaagcgt gtccatcgga ggcttcgaag
      781 cgcgtctgac cgtctaccat aacgcggcgg tcgtgaatgc gacaggattt ctggatatac
      841 atcatgggtc agcagtcagg aagggaaacg agtagggcgg cgttgcatcc gccaaaaccg
      901 gagagcattt tgatgcagcg gcgggccgtg atgggcgccg tggcgttggt gacacggatc
      961 gggtgagtga ctccgagcgt atggaaaccg gcggtaggga gcgcgatgcc tgcgcgcaaa
     1021 gactccgcgg cgaggatggt ctcaagcaca ccggcggcac ccagcgtgtg acccagatag
     1081 cccttgaggc tgttcacggg cacgcggtcg agggcggcac gggtgagggc gatggactcc
     1141 atctcgtcgt tgtaaggcgt ggctgtgccg tgggcattga cgaaagcgat ttcgtccgtg
     1201 aggcgttcct cggggatgtt gcggaggatg tgtcggaggg cacggaagca tccttcgccc
     1261 gttcgcgaag gtccggagat gtggttggcg tcgttgcgga tggctccatc ggtgagcagc
     1321 acgtcggagg gctccagatt gttcacggct cgacgggtaa ggatgacggt ggaggccgcc
     1381 tcgccgaggt tcaagcccgt ccgatcggcg tcgaagggcc gacagggctc gggggaaagc
     1441 gctttgaagg attggaagcc cgagacgacg aagcgcgaaa gcatgtctgc gccgatgacg
     1501 atggccgtat cgatgcgacc cgccaacagt tcgcgacgag ccgcaatgag tgcagcggca
     1561 ccggagatgc aggcgttgga gatgacgagc gggggcgtga tattgccgaa gaaatgcgca
     1621 atgcggtagg cggtgtgcca gaggtagagt tggtcggcgc tgtggccagc cgtctcacgt
     1681 gggtcgagca gatggacgtt gcccttcgtg gtggagagga agaagcggac gcgcaaagtg
     1741 gtcgggtcga tgtccgtctg acggagcgcg tcatccgcag aaacgatggc tgcctgctcg
     1801 aatcgggtat aggcgccgtc tggccaggta ggcggatgca gtcggtcgaa agcctcgtcc
     1861 agtcgtgcgc ggtcgatgag ggacgccatg aacggttcgg gcaagtcgaa gtggtcagac
     1921 tgcaggctca ggccggtgcg tccctgacgg atgttgtcaa acacctcgtc ggtcgttaag
     1981 ccgagcgcag agacgatgtt agtggcctca aagacggtgg tcatagctgg ccgtgacgga
     2041 ttttccatgc ttcgtaaaaa gggggattgg tccaaatcag ttgataattg aggtcgagga
     2101 agacctgtgt ggaggagcca gtggcgatga gcgtgtcggc ctcgtcgagg cgatggatgg
     2161 catagtcaaa gaccaccttg gccgcgggcg tgttgcggta ggtgatgacc gtgcaagcgc
     2221 gttcgccgtg gcgaaggggt tggcggtagc tgaattgcag atcgacaagc ggggcgtagc
     2281 aaccattttc gacatagctc gaatagctca gcccgaagac acgcccgaac tcctcgcgag
     2341 cgtcctcgaa atagagggcg tacgagccat gccagacgat gtgcatcgaa tcgacctcac
     2401 tgaagcggat gtcgaaggtc ttggatgttt gaaggatggg agaagtcaaa agtggagaga
     2461 ggtcaagagg agtaattaga agaaaaaggc ggcaagcatc tggcgcttgc cacttgttac
     2521 ttatcggccg agggcattga ggcggaagcc aatgctaacg tagggcgtga aatagtcgct
     2581 acgcccatcg gtgcgcgtga gtatatgctt gacgccaagg ccaacgtagg cgttgacaaa
     2641 gcgattctgt tcgccaaggt agaggcgcgc accagcgtcg taatagtaga agctccaagg
     2701 atcggtctta ctcttgagtg agcagcctgc ctcgccattg atgcgaaggc gccaaagcga
     2761 gcgttggatg gcgttccatc cggcgccgac tccgacggtg cccgtatttt cgtaagtgct
     2821 atggaggccg ggactatcgc cccggaagag tccggtggtc agcgtgaggg ggatgtaagc
     2881 agaaaaacgc ggggtgaagg cgtagccaaa cgacacattc aagtcgcgcg aagtgaagtg
     2941 atagtcgcta ccgttcaatg aaccggtgcc aaaggaggct ccaagctcgg tgtgaaactt
     3001 agcgggggtt gaggcactct gcgcccgcag cgtgccgacg gcaacaagca aggttgccat
     3061 gataaaaagc agaattctct tgttcatatt gtttatagtt acgggttagg gagccacaag
     3121 tgccagatac tcgtaactcg tagtttacgg tttgtaggcc agtcaggacg tttaggccgt
     3181 agttggtaca cggtcggtca ggaagatctt catgctacac gtggcgatgg tctcaccgct
     3241 cgctttgacg aaagtctcaa cgagtgtggt ggagaagatg tcctccttca cctcgacggt
     3301 tgtggtgagc atctcgccta tgcggggcgc acggaggacg tgcagcggac gaatcatgcc
     3361 gatgaagccg atcttgacca tgccatcgcg tgaaggttcc gtcttttcgc gatagcccat
     3421 cctcgcagca catgtttggg ctataatctc cacgagtgca gcctcctcca cgcgtccatc
     3481 tccggtgcag aagatgttgt cggggcggat agtaaactct gatcgggcca cgacaggatc
     3541 gtagtagatc agccgatcga ccatgacgaa aggtgggcgc tgcggcagca gttcgaggat
     3601 gtcgaaggga cggatcatga ccgctcagca ggtttccgac agacaaggat cgaatggccg
     3661 cccttcagac catcgtggat cgtctccacc tccagtccgc ccgcgtggat gcagcgtatg
     3721 aggtcgtcgg aatggtacat cttgctgttg ccattggcca tgacggtgaa gtaaaggctg
     3781 atctgcgtca ggcagaaggc tgcaatgtcg ttcgactgcc tatcccagag cgtttccatg
     3841 acatagaggc gggtgcgatc tgtcatcgcc tccgcagcac gtcgtatgat gctcgtgatt
     3901 tcaccttccg agaagcaatc gaggaactga ctcatccaaa tagcgtctgc cccggtgggg
     3961 aagggggccg taacgtcgag taagtcgatg gcgtagcctt cgatgcgatc tgcaccgcgg
     4021 cgatcagcca tctggcggcg caccatgtcg agctgttgcg gcaaatccat gattgtcaca
     4081 tgcacatcgg gagaatagtc cacgcagcgt gcagcccatc ggcccgtatt cccacctaca
     4141 tcgagcaagc gtttcggtcg ttgggcaaag acgatctcta atgcctcgtc gaaagagtga
     4201 tccgaataga aatgatcgaa gcggaaccaa ctttcacgtg ccggatcggg caactcggag
     4261 aggccctcgt agatcgtttt ccaatcgcca aacacgcgca agccttctgg cttaccttca
     4321 aggagcgcct gctccatgcg atgcaaaccg aggtagttga catcatggtt aaagtcgatg
     4381 tttacggcaa tgagcggatc tgtaagtagg atccagccca gctttgagag cacaaatcga
     4441 tcgtccgtgc agcaaaccat cccggccgtg agagccgact caagaagtac ctgcaccgca
     4501 tagtgcgaaa gcgctgggga gcgttcggta agctcctcca gcgtcaagcc ttggcgtgct
     4561 tcattcaata aagcaaagag accgaacttg cgcatgagtc ttgccacctg aaaagtgact
     4621 ggcgcaaagg cgatctcgtg tgctcgccgt tgtgcctcga ggatcctcat ccgatctttg
     4681 gtaaaagtcc gctcaagagc gggtgacatt ttcatctttt ccagaacgta taaaagttaa
     4741 accattgttc ggggtaacgc cgcacgatgc gttcgagttc attggcatag gcgcgggtca
     4801 tggactcgat gcgttcgcgt tttgttcccc ctgcgggcga agggatgcga gaaacatgga
     4861 tgcgatagcc tgaggccgat accttcagca cgaacatagc cagcacaggc accccgaatt
     4921 gctcagccaa cacgaaagcg ccgatgggga agtcagctgg cgcaccgagg aagtcgcacg
     4981 tcacacactt gctactgccc agcgtgcgat cgcacggcat acttaccatc tcgccccctt
     5041 gtaacgcctc gttgacgagg aagatgtgcg acaaatcgtc cgatacgggg atggcgcgga
     5101 tgttattccg ctccaatatt ttgatgcgat ttttctgcac ttccttagct tcaccgccat
     5161 agatgaggca attgatgcgc tttttctgct gactcagcag gtaaccactc aactccggat
     5221 tgcccacatg ggcgctggcc acgatgcagc cctctggccg atcgagcatg gcgagaaaaa
     5281 gcgggttatc agggttatcg acgctgaatt ttgcccttcc agcatagacc gcaaaccgat
     5341 ccagcatggc ctgaccaaaa aggaaatggt tgcggtaggt cttgagcaat gatttcagcg
     5401 gtccatagcc gtgacgacgg cgaaaatagc cgtagatggc cacgtaaccc ttgtgatgaa
     5461 agagcatata gaaggggacg acgaaggcca gcaagacgta gccgatgcgg acgtcgagga
     5521 tggacagcat gaccttcatg gccttctgtc cgagcgtcgt gccgcccgtt acgccctccc
     5581 actcgtcgct tttccgcacc atcgtgacgc cttgatcgat ccttccagtc tcgtctttag
     5641 agcttcgatt cgatatagtt gtagaaggca cccaccgtct tcacgtcggc catctcttcg
     5701 ggcttgattt tgaagccaaa agtgcgctcg acaatcacaa cgatgtccac aaaatccagg
     5761 ctgtctaacc ccagatcctc cttcagcaag gcctcaggtt tgatcttctc cgcctcgatc
     5821 tccatctctt ccactaaaaa gtcgttcacc ttctcttcta tctctcttct ttccatcttc
     5881 atctctatag tcttcttgat tgtttcgtgt atgtgtccta taccttatat atacgccccc
     5941 cgagggaggg gagttttagg cccaaggaag cccttcacag gaggcctccg ttgatagata
     6001 tgacctgacc agtgatgtaa tcggccctgt ctgaggctaa aaagccgacc aatgcggcca
     6061 cctcgtccgg cctaccgaaa cgccccgcag ggacagtctg cttcagcgcc gcctcgtcca
     6121 gatctttcgt catgtcggtc gcaataaagc ccggggcgac ggcattcacc gtcacatgac
     6181 gccgcgccac ctcctgcgcc agggctttcg tggcgccgat cacggccgcc ttagccgccg
     6241 aatagttcgt ctggcccggc atacccttca aaccggacag ggagaccata ttaatgatgc
     6301 gtccatggcg gcgcatcagc atgcccttca gcacgcggcg ggtgacatag aaaaacccgt
     6361 cgacggaggc attgatcacc tcgtgccaat ccttatcctg catgaagatc atcatcgcgt
     6421 cttgacgaat acccgcattg ttgaccagca cctcgatcgc atcctccggg tgacgcgctt
     6481 cccaagcctc caaggcagca tctaccgccg cagagtcggc cacatcgaac ggaatcacct
     6541 ctgccactcc gccgcgagcc ctcacctcag cctcgacttc ggatgccgct tcgaggttag
     6601 cccgacaatt gatcagcacc gcatatcccg cggccgataa ctccaggcaa acggcccgcc
     6661 caatgcctcg tgagccccct gtaaccaacg catatttcgt cataactaca ttcgcttatc
     6721 ttactaataa tcgcccatct acggatggag cgggcgcaaa agtagaaaaa atgccacacg
     6781 gcaaatctgg ctaatcatgc gggaaaatta gcccctcagc acaccccgtc tgagggcttt
     6841 catcatgtat cactacccaa agtctctact tttgcgaccc tcatcaaaca gcccatacca
     6901 tgcttctaaa aatttacccc aacaacccca accagaagga tctggatcgc gccgccagca
     6961 ccttgcgtga cggtggactt gtcatctatc ccaccgacac gctctatgcc atcggttgcg
     7021 acgccttcaa tgtccgcgcc gtggagcgca tttgccgcat caagggcgtc gacccgcaaa
     7081 agagcaagct ctccatcgtc tgtcatgacc tctccgaggc cggagcctac acgcgcatcg
     7141 ataacaatgc cttcaaactc ctcaagcgcc accttcccgg cgccttcacc ttcattctgc
     7201 ccgccggcgc cgaccttccg cgcatctaca aaagccgacg cgaggtaggc ctccgcatcc
     7261 ccgacaaccc catagccctc gaactcgtcc gcacgctggg aaaccccctc ctcaccatgt
     7321 ccgtccacga ccccgccagc gacaatgagg agccggaata cctcaccgac cccgagctta
     7381 tccatgaaaa gttcgacgga cgtgtcgacc tcgtcatcga tggcggcatc ggccgcgccg
     7441 aaggctccac cgtggtcgat tgcaccgctt cccccttcac catcctgcgc cagggtcggg
     7501 gcgtcatcga cctctgacct cctgtttatc tgcctctttt tgggttcact acaaaccgac
     7561 ttacaaaaaa ccgcatacct ttgccgcggc agtatccgaa aaggccatat gaatagagta
     7621 ggaataaaaa gaaccaaaca aagagaacaa aacagtatga agaaatttct gatgagtgcg
     7681 attgtattcg cactgtgctc catcggagca gcaaacgcac agctcgagaa aggtagcgta
     7741 ttggttggtg gaagcatcgg cgacatccgg ttcggtctgg gtagcggcag ctacttctcg
     7801 ctcaacctca ccccgcgtgt aggctacttc gtgcaggaca acctggcctt tggtgccaaa
     7861 gtaaatgccg gtttcaccgg tcagcgcggt ggcaacacca cgttcagcta tggcgtcaac
     7921 gccttcggtc gttactatct cggcaataaa gaggtagaga tcggcccgaa agaaggccac
     7981 ttctttggtg aagtcggcgt cggtctgggt ggtgtccaag gtgcaccagt tggattcaac
     8041 gtcaactttg gtcccggcta cgcttacttc ctcaacgagc acgtagcgct tgaagcattg
     8101 gctctctaca acggccagtt cggccaaggc tccgtaaacg gcctttcgct caacgtaggt
     8161 ctccagatct acctcccggt ttccaaactg gaagctcgtg caaaaagcct gaagaagtaa
     8221 tcctcgggcc aacgtaacta ttacacttgt caatctgtct ggtgcgcaac ccgacgccga
     8281 gggtagccac cgagattcag caggggggag agtcacaacc gactctcttc cctgctctct
     8341 ttttgtccct ccccaacgca tagacatcct ccccccttcc gcggctcatt tcggaatgtc
     8401 cacctgtatg aaagaggtaa acgcgactaa tctcagaatg tccatcaaca tggaaccccc
     8461 ttccgcggct gatttcggaa tgcccatcaa catagaagag gtaaacgcga ctaatctcgg
     8521 aatgcccatc aacatggaac tgcctccagc gactgatttc ggaatgtcca cctacatgaa
     8581 agaggtaaac gcgattgatc tcagaatgcc catcaacatg gaagaggtaa acgcggcgtg
     8641 tttccctatg tagcagccgt aagagtcgag agaaagagac tgtttcctaa tccatacgcc
     8701 gtatggctct accaaaagaa gctgtttctt acttcataca cggcataagt ccaccgaaag
     8761 acgctgtttc gcacctcata cgcggtatga gctaagaaat agagcctgtt tcgcacatca
     8821 tacaccgtca gactccctcg agagcctctt ttgagagcac tttacggcgt acgcatcatg
     8881 aaaaagaggc tatttccaga cctataccag gtatgaatag agaaacagag gctatttata
     8941 gactcttacc aagtatgaat aacgaaaaag agcctcttta cggactcata cgggtgctga
     9001 atcacgcgaa agaggctctt ttgagcatat aaccttgtac gcttaccgaa aagcgataat
     9061 ttatttcatt tgtaggcgct aacgatcggg aaacgcgacg cgtgaggcac tccgatcgag
     9121 gtgtcaatcc ccatatccat caaaaacgag atgaagcaca cgattcagat caagaaaatc
     9181 ggcttagaca agttagacaa cgcacttcac gcacgattcc actgcgaggc gtgcgacttg
     9241 gtgcgcgagg tgaacgcaaa aacgaccgac ataccgaccg aattatccga cgagtggtac
     9301 gccctggccc gtaaagagat cgatcaggcc gtcgagatcc gcaccacggt ctataccaag
     9361 gctatgcacg aaaaggatgc ggaacgtacg cgagccgcga cgtttatcct cggtatcgtg
     9421 cgcatcatgc ggctctcgcc cgacaaggcg caggtggaag ctgcccacgc gctgcacatc
     9481 gtgacacgtc agttcgtgcg actccagaac ctctccaccg atcgccgatc ggccgacctg
     9541 ctatcactca tctacgacct gaaaaagcct gagcacgccg cacacctagg gcgcctcggc
     9601 ctcaccgcgg cattggaggc gctggaaagg ctcgacgggg agtacttaac gctgagtcga
     9661 caacgtcgag acgagcgtgt ggggcaaaag gagcaacccg ctatgcttga agtgcggcac
     9721 cagtcggacg aaatctatca gcacatcatc atgctgctcc aaatggccta cctcaaagcc
     9781 aattccgagg ccacgcgtac ggagctcgag gccctggccg aacgtctcac cgccctcaca
     9841 gcccgcatca acacctccta caagcagagc ctctcgcaac gtcgtgcccg ccgccaaaaa
     9901 gctacggggg aggagccgaa ggaggtatct ttgcccacga attaggcgag cgaaggagag
     9961 atggagatca cgtttgataa ggcgtatctg aaagaactct acgagacggg aaagacgggc
    10021 gacaaaaagc atcggttcca gccgcagacc gttcggaagt atcgtaagac gatcgacctc
    10081 ttggagtctg tctctgttgt cgaggacttg ttccgataca acagcctgca ttacgaagtg
    10141 ctgcgtggtg ataaagcggg attggagtcg gtgcgcgtgg atgatcgata ccgcatcgag
    10201 ttcaagacag agcgagtcgt ctccgagacg gtcgtcacga tctgcaacat catagaattg
    10261 tcgaatcatt atcaataaca gcaatgggaa atttaggcta cggctatacc ccgacgcatc
    10321 cgggggaagt gttgcgggat gagatcgaat gccggggcat ctcgctttca cgcttagcac
    10381 gacagatggg cgtcccctat cggacgctga atgatatact gaacgagcga cggtcgctta
    10441 cgacacggac agccatgcgc tttgaggcag cgctgaacgt gccagccgat tcgctgatgc
    10501 gcctgcaatt gaagtacgat ctgcacatgg cgcagaccga caagaagctc agcggtacct
    10561 tggcacggat acgtcaggca gccgctattc tctgagaagc gcagtcgctc ctcctcattt
    10621 tttccctttt cccttctttt gcgcgccgtt taactgcggc gcaaacatca tttaatcact
    10681 ttaattatga acagaaagag acacctgaac agggcgtgca ccttccgctt ccggcggttt
    10741 gcacgcaagg catacagcgc tttcagcagt atgcaccgag tagttaacat cggcgtggtg
    10801 gccggctgta tgctgacctt cgcccacgcc acgcagacgg cagcacagcc cgcagctgca
    10861 cccgacgcgt tgcccacgga cagcctccgc gaagagacgc tcgaggaagt gaccgtcacg
    10921 gcctcacacc tcgagacacc gctcagccag acgtccaaga tcgtcaccgt catcacccgc
    10981 gcacagatcg agcaggcgcc cgtccgaagc attcaagact tgctggtcta cgccgctaac
    11041 gtggacgtca tccagcgcgg cggccacggc gtacagtccg acatctccat ccgcggcggc
    11101 tcagccgatc agacagccgt actcctcaac ggcgtcaact tctccaaccc ccacacgggc
    11161 cattacagct tcgatctccc cattaacctt tccgacatcg agcgcatcga gatcgtacac
    11221 ggcccatcgg cgctcatcta cggttcgtcg gccttctccg gcggcatcaa catcatcacg
    11281 aaacagaaag tggagactcc cctctacctg gcagccgaag ccggtatgca cgccctacgc
    11341 ggcggcgaag tgcgcggcgc tctcgaggca ggacccacca caagcagcct ctccgtcggc
    11401 catcgtgcct ctgacggata tatcgccggc agcgactatg ccatctggaa cgccttctgg
    11461 cagacgcgcg tgcacttcag cggcgacaac cgcctcgaca ttcaggcggg ctatgaaaac
    11521 aagaactacg gcgccaacac cttctacacc gccctctacc ccaaccaata cgagcgcacg
    11581 agctcctggg cgggatccgt caaaggagcc ttcggcggcg cgctgaaggt ggtgccgatc
    11641 ctctactgga atcgtcatta tgatcagttc gacctcatca aagacaccga caagggccgc
    11701 aacttccacc gcggcgacac gtacggggcg aacctcatct tccaatatac ctggcgcggc
    11761 ggcgtgacca gcctcggcgg cgaactgcgg cgcgaggaga tcatcagcag caagctcggc
    11821 acaccgatgg ccacgcctaa cggtcactac acacgcagcg acgcccgcac catcgtcagc
    11881 gctacggccg agcacacctg gacgtggcag cgctgggccg cctcggccgg cgtgatgatg
    11941 cagcgcaaca ccctgctcga cggcgtgcgc ttctacccct cggccggcct ggcctatcgc
    12001 ccgacggacg acctgaagct gaacgctacc tggagccgct cgacccgcat gccgaccttc
    12061 accgacctct actacaccac cgagacgcac acggccaacg tgggcctgaa gcccgaacgc
    12121 tccgagtcgg tcgacctcgg cgtgacattc acgcgccccg cggtgacgct ccgcctcgtg
    12181 ggctacctga tgtggggacg cgacgtgatc gactgggtgc gcgactcggg cacggccaag
    12241 tgggcgtcat ggaacttcac ggagatagac aagcagggcg tcgagatggg cgccaccttc
    12301 cgcccgggcg ccatctggcc ctcgatgcgc ggcacggtgc tcaacgtgga ctatgcacgc
    12361 atgaatcaga cggccgacag ccacggcctg gagtcgcgct actcgctgaa ctacctgcgt
    12421 gacaaggtga ccgtcggact gcagcacccg atctttcgcg ggctgacggc ctcgtggcac
    12481 ttccgcgcgc agaagcgcat gggcagctat cgccgatacg tggacaagaa ggacatgggc
    12541 ctggagcctt acccggcctt ctcgaccctc gacctgaagc tgaactatgc cgtccgcaag
    12601 tttgacttcc acctcgacct gaacaacatg ttcaacgtca cctattacga catcggcaac
    12661 gtgccccagg ccggcttctg gctcatgggc ggcgtcgcat tcaagctgta attcccattc
    12721 aatccatgat aaggggcgac gaaagagtgt gtcgcccctc ttttttaccc cagcctcacg
    12781 ccacaacctc tacatgcatc tcatcatact ccgcgataac ccaaagggcg gacacaagtc
    12841 ttgcccctac aaatacatca accaatgaac ctgaaacaaa tcattgccgc agggatcctc
    12901 ctcatgtcgc ttgcggcctg cgtcgaagaa cgcagcaatc aaggtgagac ggcccccgga
    12961 tgggtcgcct ttgagtacac ctcggcgctg gtggagcgct gtggcatcac ggcggaatac
    13021 ctccaccgct tcgaccgtta tttagagcaa aacacctcgt ctggacgcga ctcggtggat
    13081 agactctact tctccaacgt aaagatccag cgcgaccaag agcccaacgc gtggacgctt
    13141 cgcctcaagg agcgctacgg gtatgagcgc accattacga tccgcaacgc cgtacgcggt
    13201 ggaatgtggg aggtggtcgg cgaaggcttg gccacgaagt tcagcccacg ctcggagcgt
    13261 gccgtggatc acttccgcgt caacacgggg aagagtggca cgtggtacat ggagcacatc
    13321 ggacgcgacc gagagtttgc cgacagctcc gcgtggacgg tacaattcgt cagcgacggc
    13381 agcctacagc tcgtggggaa tggcgtgcgg acaagtctgg ctgtacctac actgcggctg
    13441 gacttcaaga ccgatttacc cctgagttac accctgcgaa acacctctac gttcacgctc
    13501 gtggacgggc aactgcggat catagccact ggccccaacg gtctgccgga gacaaccgcg
    13561 gtcacagcca tcggtagcga tcgcatacgg attaactaca acaacaagca cagcgctgag
    13621 ggcaattgga actcggcgat tgagctctga tccgaggcct cttcgcagcc ttggcaacca
    13681 gccgacggag gcagtccgag gagaaactcc tccctcggct gcctctgttg cttttatagc
    13741 cctaagctat cgacgccgtt cacctcttgc acgccgtgca aacactgaaa tgaccctcat
    13801 tctacccctt gcacgccgtg caaacaccga aatgaccccc attttgcccc ttgcacgccg
    13861 tgcaaacact gaaatgaccc tcattttacc ccttgcacgc cgtgcaaaca ccgaaatgac
    13921 cctcatttta ccccttgcac gccgtgcaaa caccgaaatg accctcattt taccccttgc
    13981 gcgccgtgca aacaccgaaa tgaccctcat tttgcccctt gcatgccgtg cgagtaccaa
    14041 aatgaccctc attttacccc ttgcatgccg tgcgagtacc gaaatgaccc tcattttgcc
    14101 ccttgcatgc cgtgcgagca ccaaaatgac cctcatttta tcccttgcat gccgtgcgag
    14161 cacagaaatg accctcgatg acctgaggaa aaggctgggg aatgtgcttt ccttgctgcc
    14221 cttacttccg gtgctacctt tgcccgataa aaacgaacag taaggaacac aggaatggct
    14281 gatagcaacc aatatcatct cttgagccgg atagatagtc cggctgattt gcggaaactc
    14341 gccgtcgata agctccccgc ggtatgcgat gagctgagga aatacatcat cgacgtactc
    14401 tcagagcggc ccggacacct cggtgccagc ctcggcgccg tggagctgac cgtggccctg
    14461 cattacgtct tcgacacgcc cgacgaccgc atcgtctggg acgtcgggca tcaggcttat
    14521 agtcacaaga tactcaccgg ccgacgcgag gccttccaca ccctccgcca gttcgggggc
    14581 atcggcggat tcccccaccc cgaagagagc gcctacgata ccttcatcgc cgggcacgcc
    14641 tcgaactcca tctctgccgc tctgggcatg tccaccgcct ttgagatagc cggcgagggg
    14701 ggccgacacg tcgtggccgt catcggcgac ggcgccatga ccggcggact ggccttcgag
    14761 ggcattaaca acgcctccat cgaccccaac aacctgctga tcgtgcttaa cgataacgac
    14821 atgtcgatcg accgcaacgt gggcggcatg aatcgttacc tcgtcgacat caccaccagc
    14881 cagacctaca accacatccg ctacgaggtc taccagaagc tcctcaagct gaacctcatc
    14941 tccgaagatc ggcgcgagaa catcttgcgc ttcaataaca gcctcaaggc cctcatcaac
    15001 cgccagcaca acctcttcga gggcttcagc atccgctact tcgggcctat cgacggccac
    15061 gacgtgggcg atctggtcaa gaagctgggc gacatcaagg aaatgaaggg ccccaagctg
    15121 ctccacatca aaacgaagaa aggcaagggc tacaaacccg ccgagcagtc ggccaccgtc
    15181 tggcacgcgc ccgggcgctt caataaggat accggccagc gcctcctgcc cgaacggacg
    15241 aacgagccgc agctctatca ggacgtcttc ggccatacgc tcgtagagct ggccgagaag
    15301 gatcggcgca tcacgggtgt caccccggcc atgcccacgg gttgctcgat gacgtacatg
    15361 atgaaagcct tccccgatcg tgctttcgat gtcggcatcg ccgaaggcca cgccgtgacc
    15421 ttctccgccg gcatggccaa ggagggcatg atccccttct gcaacatcta ctcctccttc
    15481 ctacagcgcg cctatgatca ggtgatccac gacgccgcca tactccggct gcacgtcgtg
    15541 ctctgcctcg accgcgcggg cctcgtgggt gaggatggcg tcacgcacca cggcgccttc
    15601 gacttggctt acctccgccc catcccgaac ctaatcatct cctcccccct caacgagatc
    15661 gacctccgca acctcatgtt cacggcttat aagaccgacc gtggcccctt cgtcatccgc
    15721 tatccgcgcg gcaaaggcga gctgcgcgac tggcagaacg agatggagct gttacccgtt
    15781 gggcgtggcc gtcgactgcg cgaagggacg gacatggccg tcgtcacgat cggccccatc
    15841 ggcaatgtgg cgcgtcaggc cattgaagcc gccgccgagg aaggcatctc cgccgcgcat
    15901 tacgatatga tctacctcaa gcccatcgac gaggagctgc tgcatgagat cggccgtcgc
    15961 tactcgcgca tcatcaccgt agagaacggt actgtggtcg gcggactcgg caccgccgtc
    16021 atggagttca tgatggagca tggctataca ccccgcgtgc aacgtatcgg catccccgac
    16081 cgcttcatcg agcatggcag catagccgaa ctctataacc tctgcggcat ggacgccccg
    16141 cacatcctcg aggccatccg ctccctcgcc ggacagaaag gaggccaggc atgagagtcg
    16201 tcattgcggg tgccggtgag gtaggccgcc acctggcgaa aatgctttcg cgcgaacgcc
    16261 acgacatcat cctccttgac cctaaggagg agaatctggc cttcgccaag acgggcatgg
    16321 agatcctgcc catcgtcggt aatcccacct cgctgcacga tctggagaac gccgacgtcc
    16381 gcgacgccca cctcttcgtc agcgtcacca ccgaagagtc gaccaacatc acggcctgca
    16441 tgctggccag caacctcggt gcacgcaaga ccttcgcccg catcaacaac catgagtacc
    16501 tcctgcctcg caacaatgag ctcttccaga agatcggcgt caactccatg atctgccccg
    16561 agatcttggc cgccaaagag atcgtagcgg ccatccgtcg gccttggaca cgacagtact
    16621 gggaactctt cggcggcgga ctcatcctct taggcattaa ggtgcgcgac gatgcgccaa
    16681 tcatcaaccg ctcgctgata gagctgatgc agcacgacaa gaagtgctat cacatcgtag
    16741 ccatacagcg ctgcaacggc gagatggtta tcccccgcgg tatggaccat atcgaatcgg
    16801 gcgacatcgt cttcgtcacc accacccgcg aacacatcga ggatgtccgc atcaagaccg
    16861 gtaagcagaa tccggaggtg aagaagatca tcatcatggg cggcggacgc atcgccatca
    16921 agacggcgca tttcctgcct gacaatacta acatcaccat catcgaggcc gaccgcgaca
    16981 agtgtgcaaa gatctccgca caggtgccca agaacgtgct cgtcatccac ggtgatgggc
    17041 gcgacaccga cttgcttgtg caggagggca tcgacgacgc ccaggccttc gtggccctga
    17101 ccgaaatcgc gggcacgaac atcctggcct gtctggcagc caagcgttac ggcgtcttca
    17161 agaccatcgc acaggtggag aacctcgact acatctccct ggccgccaag gtggacattg
    17221 gcacggtgat caataagaag ctcatcgccg cggggcacat ctaccagttc ctcctcgacg
    17281 ccgacgtggc caacgtcaag tgcctcgcct ttgctcgcgc cgacgtggcc gagctcgtgg
    17341 ccaaacccgg ctcgaagatc acccgcaagc ccatcaagga gatgcgtctg ccgaaggaca
    17401 tgaccctggg cggactcatc cgcaacggta tccccatgat ggtggagggc gacacgcaga
    17461 tccgcgccaa cgaccatgtc atggtcttct gcttcgactc agccatgcgc aaactcaagg
    17521 attacttcaa ctgaatataa agggtgatac aggggtatag gatggtggat agtcaacgcg
    17581 ctgatgccct ccttttcgat tgccatgtct aaaaagtatc agagagtacc tcatggcgag
    17641 ttgttttatt caactaaact tgcagccctg ttttattaat ccattaacgc aacacaccat
    17701 gacagaagta atcggaaaac tctcagatca atttgagatg aaaaaactca tctcatcact
    17761 tgttatcctg ctgctcgcgc taatcgtttg gaatctgccc agcacatcgt tcgggataga
    17821 tgggctcacg acagtacaac agcgggttat tgccattttc gtgctcgcca ccctgctgtg
    17881 gattaccgaa gccatcccat cgtgggcaac ctcgttagtc atcatcacga cgatgtgctt
    17941 aacggtatcg gacaacagtc tatcattctt gaagagcgat agcgagtcgt tcgggactct
    18001 gatgagctcg aaagagatca tggccacgtt tgccaaccct gtgatcatgc tgtttctcgg
    18061 cggatttatc ctcgccatcg cagccactaa atccgggtta gacgtgctac tggccaagac
    18121 gctgatcaaa cccttcggga aacgctcgga aaccgtcctg ctggggttca ttctgatcac
    18181 aggcaccttc tccatgttta taagtaatac ggcgacggca gccatgatgc ttgtcttcct
    18241 cacacccgta tttgcagcct taccaccaga cggtaaggga cgtacggcgc tgacgctctc
    18301 catacccatc gcggccaatc tcggcggaat ggcaacacct attggaaccc cacccaacgc
    18361 catcgccctg caagcattga acgacccaga aggcttgaac atgcacatcg gtttcgggga
    18421 ctgggtggcc tttatgttcc ctctggtcat cgtattactc ttcatctcgt ggtacctcat
    18481 aaaaaagctg ttcccgttca agaagaaaac gattgagctt tcgatcaccg gggagataca
    18541 tagcggatgg agaatgaagg tcgtatcgat caccttcatc attaccgtcc tgatgtggct
    18601 gttcgaccga tataccgggg tcgacgccaa cacggttgcg atgattccga tgggcgtctt
    18661 tgccgtcacc ggagtcatta cgaagcgaga tctacagtcg atcaactgga gtgtgatttg
    18721 gatggtagcg ggcggattcg cgcttggtct cgggctgaac ggttctggtt tagcgggtgc
    18781 cgtcattcgg tcgatcccgt tcggaggatg gtcacccatg ctgatcctta tcatatcggg
    18841 cgcgatctgc tacatcctct ccaacttcat ctctaacaca gctacggcgg cgctgcttgt
    18901 gcccattctt gtcgtagcct gcacgggaat gggagacgct ctgaaacaga tcggcggaac
    18961 gtcgacagtc atcatcggta tagccctttc tgcatccagc gccatgtgcc taccgatatc
    19021 gacccctccg aacgccatag cccattctac aggactggtc gaacagaagg atatgctcaa
    19081 gatcggactg atcgttggca tggtctcttt aatactcggc tatctgctct tgttctttgt
    19141 ggggaaaacg gggctgatcg gaggataaca aacgtgagtt cggcgtaaga atgaggtctc
    19201 ttatcttatc tctggaacat gtctttgatt gagcgctgta acggccaaag tgcttctgga
    19261 aacgcttgca acaatattgc aaacgccaaa aacctctttt cctctcttgc agaacttctg
    19321 caaatgtcca aaaggagaaa atggagcttg cagaactcct gcaaatgccc aaaaggagaa
    19381 atcggagctt gcagaacttc tgcaaatacc caaaaggaga aatcggagct tgcaggactc
    19441 ctgcaaatgc ccaaaaggag aaatcggagc ttgcagaact tctgcaaatg tccaaaaaga
    19501 gaaatcggag cttgcagaac ttctgcaaat acccaaaagg agaaatcgga gcttgcagaa
    19561 ctcctgcaaa tgcccaaaag gagaaatcgg agctcgcaga aacgctgcaa gtgccccgaa
    19621 aaactttttg gagtttgcag gaacgctgca agtgtcccga aaaacttttc ggcgtttgca
    19681 ggaatgctgc aagcgcctcg aaaaactttt tggcgtttgc agggacactg caagtgcttc
    19741 gaaaaaaact ttctggcgtt tgcagcaacg ctgcaagcat ttccagaaat gttttagccc
    19801 atcgcgagtc atccgtagaa tctctctgct ggctttattc ttacgtcaaa ctcacgctaa
    19861 caagaagctg tttcgaattt attgaatgat tattctgagg agctgccgaa atcgattcga
    19921 gacagcttct aaatcccatc ctccccttct atgtttcacc aactcaacgt ccgcttcatc
    19981 atcaagttct tgggcacgat gcacatgctc gagagcctct ttatgctctc cgccgtggcc
    20041 gtctccttct ggtatcacga cagcgacctc atcccgctgg ccatctcgtg cgccatcatg
    20101 tttgccgccg ggctggccat gtacatcacc ggtcgccatg ccgacgacta ccgctccggc
    20161 cgtcgcgaag gcatgatcag cgtcaccctg acctggatcc tactctccct tttcggtatg
    20221 ctgccctacc tcatcagcgg ctacatcccg aacgtcaccg acgcctattt cgagaccatc
    20281 tccggcttca ccaccaccgg cgccaccatc ctggacgaca tcgagcgcct gcctcacggg
    20341 ctactctttt ggcgcagcct cacccagtgg cagggcggca ttggcatgat cgtcttcacc
    20401 gtcgccctcc tacccatctt cggcggcacc gcctcacagc tcttcgacgc cgagacgtcc
    20461 ggcatcaccc acgaccgctt ccgcccacgc atcactcagg tagccaagcg catcttcgga
    20521 ctctacgtcc tcatcaccct ggccatactt ctcctccttt ggatcggccc catgaaccta
    20581 ttcgatgctc tcaaccacgc cctaaccacc gtagccaccg gcggctattc caccaaaaac
    20641 aatggcctcg cctactggca ctccgcctac acggagtata tcgtcatcct gggcatgttc
    20701 atcggcgcca ccaacttcac actgctctac ttcgccctcc gcggacacag ccaaaagctc
    20761 tttcacgacc acgaattccg ctggttctgc atcgtcatcg ccaccaccac catagtgacc
    20821 accgcgtgga tcctgctgcg tcacaacgag accaaccccg agctggcctt ccgccacgcc
    20881 ctctttcaca tcacctcact catctctacc accggcttac tgaccgtcaa ctattcctcc
    20941 tggggttcct tctttgccgt catcgccctc ttcgtcatca ttgtggccgg gtgcgctggc
    21001 tccaccagcg gcggactcaa gatgggtcgc ttcatgatcc tcgtcaagga cctactcaac
    21061 gagttcaaac gccaaacgca cccccgcgcc gttctgcccc tgcgggcggg cgggcaagtc
    21121 atccccgagc atgtcgtcca gcgcgtctac accttcgcca tcatctacgt cggcctcatc
    21181 ctttttggct gcaccgtcct caccttcgag ggcatcgacc tcggtgacgc cctcggcttg
    21241 gccgccacct ccgtcagcaa tgcaggcccc ggcatcggcc actttgcgga cggcaacttc
    21301 tccaccatct cctccttcaa caagtggatc ctctccttcc taatgatcgt cggccgatta
    21361 gagatcttca ccgtcctcac cccccttcta cccggcttct ggcgacggta aaacgcatat
    21421 tcgtccaata gacctcgctc gagctgcttc ctcgagagaa cgctctcact gatcctaaga
    21481 agctgtttgg ggtttgtttc gggggctacc ctagagcatg tttctgatga tcttgtttca
    21541 tcatttgacg agcatagcca gctcgtgtga ggattaatga tggaacaaaa gggcagaaac
    21601 aggcctcgat agacccgaaa tagaaaggag gatccgccta agcagctcca taaaacaatc
    21661 gctcaataaa ttcccaacag cttcttaggc acactatttc ttcttcagta gtgcctccaa
    21721 ggcccgacgc agctcaatgc cattgtctgt cttgaggacg attgtcccgc tacgatcgat
    21781 caggaagcag cggggcagtg cgttgacgtt gtacgcctct aagacacgga tggactgccc
    21841 agcggagtcg gtgaagacgt tccagtgtgt cgtgtcggta cgcatttggc tgcgcacgtc
    21901 gcttggggtc tcatcaaggc taacaagagc cacagcgacg tcttggcgcg agaagtcggc
    21961 ttggatctta tctaagagca gcttctccgt cttgcagagg tcgcaccagg cggcggtgaa
    22021 ggccagcact aagttgcgac ccgcgaagga gtcgcgggtg agcgtcgcac cgtagacatt
    22081 gcgcagggtg aagtccggcg ccttagctcc gaccatggtg tgcatagccc gctcacagta
    22141 agcacgaaga ttgcgcaggg tgcgcgtgtt ctccagcttg ggactgaggg tgccgatcat
    22201 cttttcggcg cgcgtagggt cttcggggtc gaggatatag tcgcggataa ggatggctga
    22261 ggcctcgtct ttggggtgtt tatggatgaa gttttcggcc atctgggcca gctcatggtc
    22321 gatgttagcc agccgtggaa ggtgttccgc ccgactcgcc tcggcggctc gtcccgcgtc
    22381 ggcctcgggg agggcggcac cggagagctc cgtcttctcc ttgagcagcg tggcagcctg
    22441 cttacgaaag tcagagagca agtcgttggt acgcgtgccc ctcacctgta gggtaagcgg
    22501 atagcgagcg tcgccggtga cggtgatctt tcgccccggc tccaaataga tggtaatgcc
    22561 ctctttatga ttctcgaaat agaccgtaag ctggtcgaac tgcccctcgt cgcgtgtgat
    22621 ctgcacaggc tttccaggac ggtaaacgac cgtgtcgacc tgcttgtggt catccgactc
    22681 aaacacggcg taaaggttct gtgtctccaa gttggacaga tccaactcca cccggtaggt
    22741 cgctttttcg ccacatgcac acagcaacca ggccacacaa ctgatgatat acaacttctt
    22801 taacggcatc ttacgtgaaa atttgccaca aagatagtgc gcttttcggt ggagtcgaaa
    22861 aagatattaa agggaatata gcgatatgat cgtatcgtaa tggcggacca aagtggcaga
    22921 ttcgtacacg caaaaaaggc cgggcacccc ttcggatacc cggccaaatt caccggcgtc
    22981 cgcagacgcc ccctcgaatt gtttatgtgt tggggcctgc ggccctgttg gtttgttggg
    23041 gcgggtactc agccaaacac ccaaacgccc caacaactaa acacctcaac aactaaacac
    23101 cctacctata aacgcctaaa catctcaacg gggcgcagcc ccaacaacta aacacctacc
    23161 gaaccaccac cttctcggtc agcgggccga cct
//
LOCUS       SEQF2638.1|AYYF01001458.1 5095 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..5095
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             286..1959
                     /gene="susB"
                     /locus_tag="SEQF2638.1_01613"
                     /EC_number="3.2.1.3"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:G8JZS4"
                     /codon_start=1
                     /transl_table=11
                     /product="Glucan 1,4-alpha-glucosidase SusB"
                     /translation="MINRIQSVLLSLSFLMMSAWGLQAEDLKSPNGRLLMHFEVDGMG
                     CPVYTLSYKGKPVIKRSRLGLEAEGFSLREGFQLQKAETATFDETWKPVWGEVSSIRN
                     HYNELAVTLLQPKDDRTIRIRFRLYDDGLGFRYEFPEQKNLVYFVIKDEYSEFAMAGD
                     HKAFWIPGDYDTQEYDYTESHLSEIRKLMKAAVTFNTSQTPFSPTGVQTALMMKSADG
                     LYINLHEAALVDYPCMSLELDDKTMTFRSWLTPDAQGKKGYMQTPCQSPWRTIMVSDD
                     AREILASKLTLNLNEPCALKDVSWIKPVKYIGVWWEMITGKSTWAYTNDLLSVHIGVT
                     DYTKVKPNGTHAANNDKVRRYIDFAAKHGFDQVLVEGWNIGWEDWFGHSKDYVFDFLT
                     PYPDFDIKALNEYAHSKGVKLMMHHETSASTRNYERHMEEAYQLMNKYGYNAVKSGYV
                     GNIIPRGEHHYGQWMINHYLYAVKKAAEHHIMVNAHEAVRPTGLCRTYPNLIGNEAAR
                     GGEYESFGGNKPFHTTILPFTRLMGGPMDYTPGIKERKGERKTKRHPCL"
     CDS             3640..4629
                     /locus_tag="SEQF2638.1_01614"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKDGLEIKRIGTSKLDNALHVKYHDSMYGFVIEFDLPKLGIPEE
                     LKNEWKESIDTEKENNLEAQASVNSELLVKKNEERDRLLKYIFGVVRNGLLSPDKEKS
                     DAAMRLNVVMNPYVGIRKESFDRVTSHVDGLLTDLKKTENAADVSKLGFTSDVTKLET
                     LNKEFDSINSDRAKKRADNKLPKMPAVRNRTDAIFERILLVLQYKYVYGTTPIEPELI
                     AKLIARFNERAEDIYASYKQGQAIKKAAAEKRKQNPNAPKEPKKPKEPKPKKPEKDNK
                     DPDIRLPETEEPKKPDQPKKPEGGGTPGGGEKPKQPEAGGGEGGNPDIHLPEE"
ORIGIN      
        1 ccttaacggt cttatgcgat ccgttataca agtgtgcggg gcggctgtgg gtgctcacag
       61 ggtggggaag gggcgttatg gggtgcgtgt ggggcttaaa tggtctacat atcatctact
      121 aatttgaaat tcagtagaac ttgcaaccgt ctatctacca aatgaataag ggggtaaaga
      181 tgtactccgg gatctacttt ttatctcact gcattaggta gatcgaaaaa taggatcgta
      241 actttggcag tgtacattac ttatacaaaa taattttact gccacatgat taatcgtatt
      301 cagagcgtgc tcctctcgct ctctttcttg atgatgtccg cttggggctt gcaagcggag
      361 gatttgaagt cgcccaacgg tcgattgctg atgcatttcg aagtggacgg catgggctgc
      421 ccggtctata ccttatctta taaggggaag ccggtgatta agcgcagtcg gttgggcctc
      481 gaggcggagg gcttctcgct gcgcgaaggt ttccaactcc aaaaggcgga gacagctact
      541 ttcgacgaga cttggaagcc cgtctggggc gaggttagct ccatccgcaa ccattacaac
      601 gagctggctg tgacactcct tcagccgaag gacgaccgga ctatccgcat ccgctttcgc
      661 ctttacgacg atggtctcgg gttccgctac gaatttccag agcaaaagaa cctcgtttac
      721 ttcgttatca aagacgaata ctccgaattt gcgatggcgg gagatcataa agccttctgg
      781 attccgggcg attatgacac gcaggaatat gattacaccg agtcgcacct ttccgagatc
      841 cgtaagctaa tgaaggcggc cgtcacgttc aatacgtcgc agactccgtt ctctccgact
      901 ggcgtacaga cggcgctcat gatgaagtca gcagatggac tttacatcaa cctgcatgag
      961 gcggcgctgg tggattatcc ctgcatgtcg cttgagctgg acgacaagac gatgaccttc
     1021 cgctcttggt taacccccga tgcgcagggc aagaagggtt atatgcagac gccgtgccag
     1081 tctccctggc gtacgatcat ggtcagcgac gacgcgcgtg agattctggc gtctaagttg
     1141 acccttaacc tcaacgaacc atgtgcctta aaagacgtct catggatcaa gccggtgaaa
     1201 tatatcggcg tttggtggga aatgatcacg ggcaaatcga cgtgggccta caccaacgac
     1261 cttctctcgg tacacatcgg cgtgacggac tacacgaagg tcaagcccaa cggcactcac
     1321 gcggcgaaca acgacaaagt gcgccgctat atcgacttcg ccgccaagca cggcttcgat
     1381 caggtactcg tcgagggctg gaacatcggg tgggaggact ggtttggcca ctctaaggac
     1441 tacgttttcg atttcctcac cccttacccc gactttgaca tcaaggcgct caatgaatat
     1501 gcccactcga agggcgtcaa gctgatgatg caccatgaga cctccgcctc cacccgcaac
     1561 tacgaacgcc acatggagga agcctatcaa ttgatgaata aatacggcta caacgccgtc
     1621 aagagtggct acgtgggcaa catcatccca cgcggcgaac atcactacgg gcagtggatg
     1681 atcaatcact acttatacgc cgtcaagaag gccgccgagc accacatcat ggtcaacgcc
     1741 cacgaggcgg tgcgccccac gggcctctgt cgcacctatc ccaacctgat cggtaacgaa
     1801 gccgcccgcg gcggggaata cgaatcgttt ggcggtaaca aaccgttcca caccaccata
     1861 ctccccttta cgcgcctcat gggcggcccg atggattaca caccgggcat caaggaaaga
     1921 aaaggagaaa ggaagaccaa gcgccatccc tgcctgtagg ggcgtattgc atacgcccca
     1981 cagacgatca gcgaggatcg aatgattgaa tccgaatacc tgtatttatc ctctttcgga
     2041 aacagacgca ggccggcgtg ttccttccct cgtccttgac ggatcatccg aggggcgtat
     2101 gcaatacgcc cctacagcct accggaagaa aaaaccgttc ctacctatat atttaggcgc
     2161 atcaaggaaa gaaaaggaga aaggaagagg caaaatcgtt ctctttgcct tattcctctg
     2221 ataaatggta ccttcttttc ttctcttgat agaagaaaag aaggcaaaag aagatcaagg
     2281 cctctgccga ggccagggaa gatggggcgg atgtgcctga ttgggtcggt gtccctgaca
     2341 tcccctgccg gtacccgcca aatttggctg gcgtccctga cgccttgatt ttcttttgcc
     2401 tccttttctt tcatcaagga aagaaaagga gaaaggaaga ccaagcgcca tccctgcctg
     2461 taggggcgta ttgaatacgc cccacagacg atccgcgagg atcgaatgat tgaatccaaa
     2521 tgcccgtatt tatccccttt cggaaacaga cacaggccga cgggttcctt ctttcgtccc
     2581 tgacggatca tccgaagggc gtatgcaata cgcccctaca gcctaccgga agaaaaggct
     2641 gctcctacct atatatttag gcgcatcaag gagggaaaag gagaaaggaa gaccaagcgc
     2701 catccctgcc tgtaggggcg tattgaatac gccccccaaa tggccccgac aggggataaa
     2761 tgcggaggat ggggtcgagg ggcgcagcct cgtttgtagg ggcgtattgc atacgcccca
     2821 caaatggccc cggcagggga cagacgcgga ggatgggatc gaggggcgca gccccctacg
     2881 taggggcgta ttgcatacgc cccacaaatg gccccgacag gggacaaacg caggccggcg
     2941 agtaccttct tttcttctct tgatagaaga aaagaaggca aaagaagatc aaggcctctg
     3001 ccgaggccag ggaggatggg gcggatgtgc ctgattgggt cggtgcgcag gctattcaaa
     3061 agacggaatt tttcgcctca tccatttttc tgtttgctgt tttgaaaaat ggtttatgtt
     3121 tgcgcccgtt actgcagcgg cagaatggat ttatatcatt tgaatctctc gagggaacac
     3181 tttacaatgg agtaagccga aaagagcctc ggaaagggac ttctcgcgat ggagagcacc
     3241 catcggaggc tacgaaaggg acttctcgcg atggagaaca cccatcggag gctacgaaag
     3301 ggacttctcg caatggagag cacccatcgg aggctacgaa agggactttt cacaacggaa
     3361 agtaccaatc ggaggctacg gagggtcctc cccacaacgg aaagtaccaa tcggaggcta
     3421 cgaaagggac ttttcacaac ggaaagtacc aatcggaggc tacggagggt cctctccaca
     3481 acggaaagta ccaatcggag gctacggagg gtcctcccca caacggaaag taccaatcgg
     3541 aggctacgga ggagaatctc cacaaaaagt attcgaatga ttcgccatga caaagactgc
     3601 ggaacgaaaa aattgttgtt caactaaata aagatccaga tgaaagacgg attagaaatc
     3661 aaaagaatag gtacatccaa attggataat gccttgcatg tgaaatatca tgattcgatg
     3721 tacggcttcg tcattgaatt tgacctcccg aagctcggta ttccggaaga actgaagaac
     3781 gagtggaaag agagcattga cacggagaag gaaaataatt tggaggctca agcgagcgtc
     3841 aattcggaac tcttagtcaa gaagaacgaa gagcgcgacc gcctgctgaa gtacattttc
     3901 ggtgtcgtgc gcaacggact gctctctccg gacaaagaaa agtcggatgc tgccatgcgt
     3961 ctaaatgttg tcatgaatcc ctacgttggg atccggaaag agtcgtttga tcgagtaacg
     4021 tcacatgtag acggcctgct taccgacctc aaaaagacag aaaacgccgc cgacgtgtcc
     4081 aagctgggat ttacttcgga tgttacgaag ttagagacgc tcaacaaaga gtttgattcg
     4141 atcaatagcg atcgggcgaa gaagcgcgcg gataataaat tgcctaaaat gccagccgtg
     4201 cgtaaccgta cggatgccat ttttgagcgt atcctgctcg tgctacaata taaatatgtg
     4261 tatgggacaa ctcccatcga gccggaactg atcgccaagc tgattgcacg ttttaacgag
     4321 cgcgcagaag atatttacgc gtcttataaa caaggtcagg ccatcaaaaa ggcggcggcc
     4381 gagaagcgga agcagaatcc gaatgccccg aaagagccaa agaagcccaa agaaccgaag
     4441 ccgaaaaagc cggagaagga taacaaggat ccggacatcc gtctgccgga aacggaggag
     4501 ccgaaaaagc cggatcagcc gaaaaaaccg gaagggggtg gcacacccgg aggcggcgag
     4561 aagcccaaac agcccgaggc gggcggcggc gaaggtggca atccggacat ccatctgccg
     4621 gaagaataga ttgaagcatc tcgttgtcct ctccgtttcg cggacctccg cccggagtcg
     4681 acaatagcgc atagaccgag gcgccctccc cgttatgcat cgcgggaaga ggcgcctcgg
     4741 tgtttattgc acctttttta tcgaaaaaaa tcagatgctc aacaatcagc tgtataacgt
     4801 tattccatac aacgtatcta atatgccgtc tctgtcttca tctaatgact caactgtcca
     4861 tgaataataa gatggaaagt caagccgtat taaatggctt gtttttatcg cgtaatcgta
     4921 tggatgacgt agtttattct tgttataccg acctatatat tccttgcatc ttttaggctc
     4981 attataaagg agtctgctca ttactagatc gtgatgcatc caaggacatt ctgtcttctg
     5041 attcatgaca tgtccttgca tgatgatatt tgaactattc acatagaaga aacat
//
LOCUS       SEQF2638.1|AYYF01001459.1 2260 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2260
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             649..1173
                     /locus_tag="SEQF2638.1_01615"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFLCYKNRFVLQNALPPEWHPRRFGSKVATRSYMKNQSPMNRPK
                     KTPVRSPKWDAFHFRLPDSRDQLRLIELFKRSGARTKTEYIRARILDEHFRVVTVDKS
                     REDFVRRLTEFTAALNKIGVLYNQAVRAINTYHSPKTAVVMLRKLEGYAADIHRLQER
                     VIALTEALRQEIDR"
     CDS             complement(1659..2051)
                     /locus_tag="SEQF2638.1_01616"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPTHAIDELRTVGRGLHHVGNRTADCSRPLSDNAFRLLKVATKR
                     RVTDLSTDLGGLDRRADLVSVGIGCRVDDPIEGPTLPLRFDLLGRHTEARKQQIHLPD
                     GLERVPPEHVLYSGRDLPLDVPRINVDS"
ORIGIN      
        1 ctgtacggtt tgtttgtcgc gttcgcgcag tccgaagaag gagtattgcg agtagtcgca
       61 atcgacgacg aagaggcgca gcctttcggt gaaacagaga tagctggccg tgatctccgc
      121 cagcgtgctt ttgcccgtgc cgcctttgag cgacccgaag ccgatccgga tcgggcggcc
      181 gggcggagtg ttcatgggtt cttctttcat gggttcaagg tctgaggtat attattaata
      241 gtacgcgcgt acattatata tatgcgcact tgtgagtagc tgtgtaagta tattcatatg
      301 ctcactcact tatatgctta tgcagttact cacttatgca gttactcact tatacagtta
      361 ctcacttata cagttactca cttatacagt tactcactta tacagttact cactcatgca
      421 gttactcact catacagtta catgtgagta agtgagtaac cacacaaata aacagctgca
      481 caaacacagc tatatataaa ggctttcggg ggcttccccg gcgtggctcc cgattgaaaa
      541 caaacgtttt acccacgaaa agcgctgccc taactttgcc gccgaattga aagactttgg
      601 agagccgaac cttcttctca gacatacggc ccaaaggccg ggcaaggtgt gtttttgtgc
      661 tacaaaaacc gttttgtgct acaaaacgcc ttgcccccgg agtggcatcc gcggcggttc
      721 ggctccaaag tcgccaccag atcttatatg aaaaaccaga gccccatgaa tcgaccgaag
      781 aagacacccg ttcgctcccc gaaatgggac gccttccact tccgcctccc cgacagccgc
      841 gaccagcttc ggctgatcga actcttcaaa cgctccggcg cccgcacgaa aacggagtac
      901 atccgagcgc gcatcttaga tgagcatttc cgcgtcgtga ccgtcgacaa gagccgcgag
      961 gacttcgtcc gcaggctaac cgagttcacc gccgcgctaa acaagatcgg cgtgctgtac
     1021 aaccaagccg ttcgcgccat caacacgtat cactctccga aaacggccgt tgttatgctc
     1081 cgcaagttgg agggatacgc ggctgacatc caccggttgc aggagcgggt catcgcctta
     1141 actgaagccc tccggcagga gattgaccga tgattgcgaa gatttcgcct ccctccaaag
     1201 acctgatgaa aacgctcacg tacaacttcc ggaaagtcga tcgggatcag gccgacatcc
     1261 tcctgtccgg gcagctttcg gcaaacggaa ggctgacggc cgaacgcgtt ttccgggaga
     1321 tgacggccta catcccgagt ggtgcgcgga cgaaaaacat cgtctttcac gcctcgatca
     1381 atcctcgccc cgatgagcca ctctccgacg accgcctccg aacgatcgcc cgagaatacc
     1441 tatgtcgtct cggttacggc gatcagccct tcatcgtgtt caagcaccga gacatcgctc
     1501 gggaacacat ccacctcgtc tcgacacggg tcaggcacga cggcagcaag atccgggaca
     1561 cgatggagca cgtccgaagc acccgtatca tgcggagtct ggaggcgaaa ttcgacctac
     1621 tacccagtcg gaagaaagag agcgtttctg acaaaccgtc agctgtcgac attaatgcgg
     1681 gggacatcaa gcggcaggtc gcggccgctg tagagcacgt gctcgggcgg tacgcgttcc
     1741 agtccgtcgg ggagatgaat ctgctgcttg cgcgcttccg tgtgacggcc gaggaggtca
     1801 aaacggagcg gaagggtagg cccttcgatg ggatcgtcta cgcggcaacc gatgccgacg
     1861 gacacaagat ctgcacgccg atcaaggcct ccgagatcgg tcgaaaggtc agttacgcgg
     1921 cgcttcgtcg ccactttgag cagtcgaaaa gcgttgtccg agagcgggcg ggaacaatcc
     1981 gccgtgcgat tgccgacgtg atgcaggcct cgcccgaccg tgcggagttc atcgatcgca
     2041 tgcgtgggca cggcatcgag accgtgaccc gaatcaacgc tgcgggacgc ctgtacggca
     2101 tcaccttcat tgacgatgcg aacggaatcg cagtcaacgg ttcgcgcctc gggaagggct
     2161 tcgcagcgaa cgtgttcaat gcctatttcg tgggcggcgc gaatccgttc atagatgaag
     2221 gctggccaaa agagaaagaa gaacgggcgg ctgtggtgga
//
LOCUS       SEQF2638.1|AYYF01001460.1 1873 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1873
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             649..1170
                     /locus_tag="SEQF2638.1_01617"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFLCYKNRFVLQNALPPEWHPRRFGSKVATRSYMKNQSPMNRPK
                     KTPVRSPKWDAFHFRLPDSRDQLRLIELFKRSGARTKTEYIRARILDEHFRVVTIDKS
                     REDFVRRLTEFTAALNKIGVLYNQAVRAINTYHSPKTAVAMLRKLEGYAADILRLQER
                     VIALTESFRTIDR"
     CDS             complement(1656..1862)
                     /locus_tag="SEQF2638.1_01618"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSVGIGCRVDDPIEGPTLPLRFDLFGRHTETCKQQIHLPDGLER
                     VPPEHVLHSGCNLSLDVSRSDLNS"
ORIGIN      
        1 ctgtacggtt tgtttgtcgc gttcgcgcag tccgaagaag gagtattgcg agtagtcgca
       61 atcgacgacg aagaggcgca gcctttcggt gaaacagaga tagctggccg tgatctccgc
      121 cagcgtgctt ttgcccgtgc cgcctttgag cgacccgaag ccgatccgga tcgggcggcc
      181 gggcggagtg ttcatgggtt cttctttcat gggttcaagg tctgaggtat attattaata
      241 gtacgcgcgt acattatata tatgcgcact tgtgagtagc tgtgtaagta tattcatatg
      301 ctcactcact tatatgctta tgcagttact cacttatgca gttactcact tatacagtta
      361 ctcacttata cagttactca cttatacagt tactcactta tacagttact cactcatgca
      421 gttactcact catacagtta catgtgagta agtgagtaac cacacaaata aacagctgca
      481 caaacacagc tatatataaa ggctttcggg ggcttccccg gcgtggctcc cgattgaaaa
      541 caaacgtttt acccacgaaa agcgctgccc taactttgcc gccgaattga aagactttgg
      601 agagccgaac cttcttctca gacatacggc ccaaaggccg ggcaaggtgt gtttttgtgc
      661 tacaaaaacc gttttgtgct acaaaacgcc ttgcccccgg agtggcatcc gcggcggttc
      721 ggctccaaag tcgccaccag atcttatatg aaaaaccaga gccccatgaa tcgaccgaag
      781 aagacacccg ttcgctcccc gaaatgggac gccttccact tccgcctccc cgacagccgc
      841 gaccagcttc ggctgatcga actcttcaaa cgctccggcg cccgcacgaa aacggagtac
      901 atccgagcgc gcatcttaga tgagcatttc cgcgtcgtga ccatcgacaa gagccgcgag
      961 gacttcgtac gcagactaac cgagttcacc gccgcgctaa acaagatcgg cgtgctgtac
     1021 aaccaagccg ttcgcgccat caacacgtat cactccccga aaacggccgt cgccatgctc
     1081 cgtaagttgg agggatacgc ggccgacatc ctccgattgc aggagcgggt catcgcctta
     1141 accgaatcct ttcgcacgat tgaccgatga ttgcgaagat ctcgccgccc tccaaagacc
     1201 tgatgaaaac gctcacgtac aacttccgga aagtcgatcg ggatcaagcc gacatcctcc
     1261 tgtccgggca gctttcggca gacggaaggc tgacggccga acgtgttttc cgggagatga
     1321 cggcctacat cccaagtggc gcgcggacga aaaacgttgt ctttcacgct tcgattaacc
     1381 ctcgccccga tgagccactc tccgacgaca gcctccaaac gatcgcacac gaatacctgc
     1441 ggcgcctcgg ttacggcgac cagcccttca tcgtgttcaa gcaccgagac atcgcgcggg
     1501 aacacattca cctcgtctcg acacgggtca ggcacgacgg cagcaagatt cgggacacga
     1561 tggagcacgt ccgaagtacc cgcatcatgc ggagtttgga ggcgaagttt ggcctcctcc
     1621 cctgtcggaa gaagaagggc gtttctgtcc aaccgtcagc tgttgagatc ggagcgggag
     1681 acatcaagcg acaagttgca gccgctgtgc aatacgtgct cgggcggtac gcgttccagt
     1741 ccgtcgggga gatgaatctg ctgcttgcac gtttccgtgt gacggccgaa gaggtcaaaa
     1801 cggagcggaa gggtaggccc ttcgatggga tcgtctacgc ggcaaccgat gccgacggac
     1861 acaagatctg cac
//
LOCUS       SEQF2638.1|AYYF01001461.1 452 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..452
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             55..213
                     /locus_tag="SEQF2638.1_01619"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPSNLVMYFRWSSRILQSELLMIDSLTMGDXMMSSTSCVTTXAS
                     PXYLRTVL"
ORIGIN      
        1 ttgatcgaga ggatctggtt tttctccttt tcggacaacc cgagcagcgc ctgtatgccg
       61 tcgaacttgg tcatgtactt ccgctggtcg agcaggatct tgcagtcgga gttgttgatg
      121 atcgactcct tgacgatggg cgacganatg atgtcgtcga cctcntgcgt caccacgatn
      181 gcctcgccga antacttgcg gacggtcttg tagaggtact tgatntagtc tgccatnttg
      241 gcngangcna tngccttcca tgcntcttcn atnaggatca tnttncgcac ncccttcagn
      301 cngcgcatct tgttgatgaa ggcctccatg atgatgatcg tcaccacggg gaagaggtct
      361 ttgttgtcct tcacggcgtc gatctcgaag acgatnaagc gtttggagag caggtcgatg
      421 ttgcgntcgg agttgagcag gaagtcgtaa cg
//
LOCUS       SEQF2638.1|AYYF01001462.1 1785 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1785
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             79..672
                     /locus_tag="SEQF2638.1_01620"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKDNKDLFPVVTIIIMEAFINKMRXLKGVRXMILXEXAWKAXAS
                     AXMADXIKYLYKTVRKXFGEAIVVTXEVDDIXSSPIVKESIINNSDCKILLDQRKYMT
                     KFDGIQALLGLSEKEKNQILSINQNNDPERRYKEVWIGLGGMQSAVYATEVSREEYLA
                     YTTEETEKVEVMRLADRLGGDIEQAISRLAREQNSIT"
     CDS             complement(1551..1775)
                     /locus_tag="SEQF2638.1_01621"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRGTLEAYKQTFLVPVKLTDRRAVYLSRAIQERADFVVRRLGD
                     RGANLSSFMERIVRAHLEDYAEEIEEWRKL"
ORIGIN      
        1 cgttacgact tcctgctcaa ctccgancgc aacatcgacc tgctctccaa acgcttnatc
       61 gtcttcgaga tcgacgccgt gaaggacaac aaagacctct tccccgtggt gacgatcatc
      121 atcatggagg ccttcatcaa caagatgcgc ngnctgaagg gngtgcgnaa natgatcctn
      181 atngaagang catggaaggc natngcntcn gccaanatgg cagactanat caagtacctc
      241 tacaagaccg tccgcaagta nttcggcgag gcnatcgtgg tgacgcanga ggtcgacgac
      301 atcatntcgt cgcccatcgt caaggagtcg atcatcaaca actccgactg caagatcctg
      361 ctcgaccagc ggaagtacat gaccaagttc gacggtatac aggcgttgct cgggttgtcc
      421 gaaaaggaga aaaaccagat cctctcgatc aaccagaaca acgaccccga gcggcgttac
      481 aaggaggtgt ggatcgggct gggcggcatg cagtcggccg tttacgccac ggaggtctcg
      541 cgcgaggagt acctcgcgta cacgaccgag gagacggaga aggtcgaggt catgcggctg
      601 gccgatcgcc tcggcggaga catcgagcag gccattagca ggttggcgcg cgaacaaaat
      661 tcgattacat gagagataaa aaagctcgtg catcatcaaa attcgatgac gcagaaaact
      721 attcgggaat attcccctga aaaagaagaa gttacttggt cgtaggcatt ggacgggtaa
      781 cggggtagaa acgagcgaag cgctcgggat tgctagaatc tgcacaaaca aagggcgctt
      841 gtcatttgag gctgcaatgt tactatgact atttgaatta caggcgtttt tgatgcgatt
      901 ctctcgattt ggctttcggc ttggaagtgt gtgaacgcag agcggatggg ggctgaagaa
      961 tcgcttaaaa gcgatcttgg cataggtggc gagtgccttc gtcgcgtcta cccaggaggc
     1021 gtccttgacc ttaatcaggt tagaaatgtg cgcgtagaat agcgctgtct gacggaggat
     1081 ggcgagcgcc tccttttcgt tgtcacccat cggagggacg gcgatgacgg atccacccag
     1141 taacatctcg cggcagtagt cggagtattt ccgccccgcg ttcgtggctc tcgaacggat
     1201 ccgctccttc tcctcggcag tgcatctgac cttgataaag gcggtcttgt ttgtcttctt
     1261 gtcttccctt ttagggtgtc ttttcatgtg gataggtctt ttttgtggtg cttattctat
     1321 ggttgggggc gatgagaacg gatgtgatta cggccctctc acacgtccgg acagggcggg
     1381 ggagcaagcg cagtttgtgg gaacaaactg acgtcttgca ttaccgtcgt cacctccggt
     1441 acgtacccgc tgtatttctt acaatcactg cgtgccctgc attcagatgg ttactgcttg
     1501 ttaggtatgc atatcgttcg tgaactcttt gatgaatcag tgtgcttgga ttacagcttt
     1561 cgccattcct cgatttcctc ggcgtagtct tccaaatggg cgcgcacaat gcgctccatg
     1621 aagctcgaca gattggcgcc cctgtctccc aatcgacgga caacgaagtc ggcgcgctcc
     1681 tgtatcgccc tactcaaata gaccgcccga cgatctgtca gcttgacagg aacaaggaag
     1741 gtctgcttgt aagcctccag tgtccctcgc ttcattttgg cgctg
//
LOCUS       SEQF2638.1|AYYF01001463.1 2490 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2490
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             87..344
                     /locus_tag="SEQF2638.1_01622"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MELLLRCFELPTTDSDYSYLTTTEILTYLGTYTRQPLTAKRMGE
                     ALKKAGYLKVSRRRNGGSPLYVYKXRKILPCPLLQICSSNM"
     CDS             516..1466
                     /locus_tag="SEQF2638.1_01623"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:vienna_vog:VOG00017"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEGNLSTIKRYPITAYLESKGITPIRKLAAYAMYRSPLRDERH
                     PSFKVDTEKNLWIDYAEGCGGSIIDLYMRLEGCTLPEAIRRLGHMISGHRISNHQRTE
                     AYRHTTKSTDGSRKLIGISDDLPPHLQDYLTKERCIDLGRARPFLRCVRYEVQGRTYE
                     VIGFANAPGGYELRGAGLFKGTLAPKDITPAFPDGRQPVCLFEGFMDLLSFLSMKEKV
                     GSHCLVMNSVANVGRCIRYLRERRITSLRTFLDNDEAGRRTLGTFIEAGFQVEDMSVH
                     YRRCKDLNEFHVSRVRRLREQREQAQITTKPTHIIKLKRR"
     CDS             1472..1837
                     /locus_tag="SEQF2638.1_01624"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEKSTNNAIRALLDAHLGETQPQRAEPSEQAVHAESTPTPKRI
                     SAKMRRETLEAYKQTFLVPAKLTDRRAVYLSRDTQERVDFVVRRLGDRGANLSSFVER
                     IVRTHLEDYAEEIEEWRKL"
ORIGIN      
        1 aatcgggcta tcggtattgg ttcaacgacg aggagatcgc ggagttgtac cgcgaaagtg
       61 aggcgttcca agtgcagact gcggagatgg agctcctgtt gcgctgcttc gagctgccga
      121 ccacagacag tgattactcc tacctgacaa cgaccgaaat cttgacttac ctcggcacct
      181 acacgcgcca gccgctcacg gccaaacgta tgggagaggc gttgaaaaag gccggatacc
      241 tcaaggtcag ccgacggcga aacggcggta gtccactgta tgtctacaaa atncgaaaga
      301 tcctcccctg tccnctcctt caaatctgta gtagcaacat gtagtcagcn gngtagngac
      361 ttctatttgn atgaatgcta ttggaaaaca atcgattatg gcgattgtag tttgtagtaa
      421 gaagaagcca aaaagtacgg gtgtttgatc ttaaatcact tgcattccaa taaaacacca
      481 caccttttca ttacccatct caatgtttga tcaccatgaa agaaggaaac ctatcgacca
      541 tcaagcggta tcccatcacg gcgtacttgg aaagtaaagg catcacgcct atccgaaagc
      601 tggcggccta tgcaatgtac cgttcaccat tgcgggatga acgccacccg agcttcaagg
      661 tagacaccga gaagaacctg tggattgact acgccgaagg ctgcggagga agcatcatcg
      721 acctctatat gcggctcgag gggtgcaccc ttccggaggc catccgccgt ttggggcaca
      781 tgatttccgg gcacaggata agcaaccacc aaagaacgga agcctaccgt cacactacca
      841 aaagcacaga cggaagcaga aagctgatcg gcatatccga cgaccttccg ccacatttgc
      901 aagactacct gacaaaagag cggtgtatcg acctcggccg ggctcggccc ttcctccgat
      961 gtgtccgtta tgaggtgcag gggcggacgt acgaagtcat cggctttgcc aatgccccgg
     1021 gcggctacga gctcaggggt gccgggttat tcaaaggaac gctggcgccg aaggacatca
     1081 cgccggcctt ccccgacggg cggcagccag tctgcctctt cgaaggcttc atggacctcc
     1141 tctccttcct ttcaatgaaa gaaaaggtcg gtagccattg ccttgtaatg aactccgtgg
     1201 ctaatgtcgg acggtgcatt cgttacctgc gcgagcggcg catcacttcc ctccgcacct
     1261 ttctcgataa cgatgaggcc ggaaggcgaa ccttgggcac gttcatcgaa gctgggtttc
     1321 aggtggaaga tatgtctgta cactatcgca gatgcaagga tctcaacgag tttcatgtta
     1381 gccgcgtccg tcgcctacga gagcaacgag aacaagcaca aatcacaacc aaaccaactc
     1441 acataatcaa actgaaaagg agataacaac catgaaagag aagagtacca acaacgcgat
     1501 ccgggcgctt ctcgatgccc atttaggaga aacacaacca cagcgtgcag agccatccga
     1561 gcaagctgtg catgccgaga gtacacccac accgaaacgc atcagtgcca aaatgagacg
     1621 ggagacgctg gaggcttaca agcagacctt ccttgtacct gccaagctga cagatcgtcg
     1681 ggctgtctat ttgagtagag acacacagga gcgcgtcgac tttgttgtcc gtcgattggg
     1741 agacaggggc gctaatctct cgagcttcgt ggagcgtatc gtgcgtaccc atttagagga
     1801 ctacgccgag gagatcgagg aatggcggaa gctgtaatcc gagtacgcag atgcatcaag
     1861 gagtccacga tcgatttacg tgctaagcat gcagcatccg cctgaatgca cggcatgcac
     1921 tgattgtaag aaacattcca ggtatgtaac ggagcatgac gacggcaatg caagacgtca
     1981 gtttgttccc acaaactgcg cttgctcccc cgcccctgtc agtcggtgga gagggccgta
     2041 atcacatccg ttctcatcgg ccccaaccat agtataagca ccacagaaaa gacctatcca
     2101 catgaaaaag tacaacaaga aggaagacaa gaagacgaac aagaccgcct ttatcaaggt
     2161 cagatgcacg gccgaggaga aggagcgaat ccgttcgagg gctgcgaacg cagggcggaa
     2221 gtattccgac tactgccgtg agatgttgct gagtggatcc gtcatagccg tccctccgat
     2281 gggcaacaac gagaaggagg cacttgccat cctccgtcag acggcactgt tctacgcaca
     2341 catctctaac ctgatcaagg tcaaggacgc ctcttgggtg gacgccacaa aggcacttgc
     2401 cacctatgcc aagatcgctt ttaagcggtt cttcagcccc cgctatcggg tccccgagga
     2461 ggtatttaag cgcttaaata tcgaagacca
//
LOCUS       SEQF2638.1|AYYF01001464.1 1699 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1699
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             87..344
                     /locus_tag="SEQF2638.1_01625"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MELLLRCFELPTTDSDYSYLTTTEILTYLGTYTRQPLTAKRMGE
                     ALKKAGYLKVSRRRNGGSPLYVYKIRKILPCPLLQICSSNM"
     CDS             1144..1509
                     /locus_tag="SEQF2638.1_01626"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEKDTNKADRAFLDVYPEETHPQEAEPSEQAVHTESTLTPKRI
                     SAKMRRGTLEAYKQTFLVPAKLIERRAVYLSRATQECADFVVRRLGDRGANLSSFVER
                     IVRAHLEDYAEEIEEWRKL"
ORIGIN      
        1 aatcgggcta tcggtattgg ttcaacgacg aggagatcgc ggagttgtac cgcgaaagtg
       61 aggcgttcca agtgcagact gcggagatgg agctcctgtt gcgctgcttc gagctgccga
      121 ccacagacag tgattactcc tacctgacaa cgaccgaaat cttgacttac ctcggcacct
      181 acacgcgcca gccgctcacg gccaaacgta tgggagaggc gttgaaaaag gccggatacc
      241 tcaaggtcag ccgacggcga aacggcggta gtccactgta tgtctacaaa atacgaaaga
      301 tcctcccctg tcccctcctt caaatctgta gtagcaacat gtagtcagcc gcgtagtgac
      361 ttctatttgc atgaatgcta ttggaaaaca atcgattatg gcgattgtag tttgtagtaa
      421 gaagaagcca aaaagtacgg gcgtttgatc ttaaatcact tgcattccaa tagagtattg
      481 tggtaattta ttctaaatca cttgctctca aacaaagtat ctgggtaatt tattcccaat
      541 catctgcatt catagaaagc accaaggtaa tttatatcaa atcattcgca ttcagagaaa
      601 gtaccaaagt gatttatcac aaattaattg tattcaaata aagtactgga gtaatttgta
      661 tcaaatcgct tgcattcaaa taaagtactg gagtgattta tccccaaaca accgagttca
      721 aagaaagtac ctgattaatt tattctagat caattgcatt cagataaagt atcggagtga
      781 tttattatcc atctcatacc cgtccgaagg ttgacgaaga atgtgatgtg ccgctcacca
      841 ctgcagtatg agcatcatcc gagcttcaag gtagacaccg aaaagaacct gtggattgac
      901 tacgccgaag gggcgtggtg ggagcatcat cctccgcgcc ttcctcgaca acgatgaggc
      961 cggaaggcga acattgagca cgttcatcga agccgggttc cagatggaag atatgtctgt
     1021 gcactaccaa ggatgcaagg atctcaatga gtttcatgtc aaccgcatcc gtcgcctaca
     1081 agaacaagca ccaatcacaa ccaaaccaac ccacacaatc aaactaaaaa ggagatagca
     1141 accatgaaag agaaagacac caacaaagcg gaccgggcgt tccttgacgt ctatccggaa
     1201 gaaacgcatc cacaggaagc agagccatcc gagcaagccg tgcataccga gagtacactc
     1261 acaccgaaac gcatcagcgc caaaatgaga cgaggaacgt tggaggctta caagcagacc
     1321 ttcctcgtcc ccgccaagct gatcgaacgt cgggcagtct atttgagtcg ggcgactcag
     1381 gagtgcgccg acttcgttgt ccgtcgattg ggagacaggg gcgccaatct gtcgagcttc
     1441 gtggagcgca ttgtgcgcgc ccatttggag gactacgccg aggaaatcga ggaatggcga
     1501 aagctgtaat ccaagcacac agattcatca aagagtacac gaacgatatg catacctaac
     1561 aagcagtaac cgcctgaatg catggcatgc agtgattgta agaaatacag cgggtgtgta
     1621 ccggagcgtg acgacggtaa tgcaagacgt cagtttgttc ccacaaactg cgcttgctcc
     1681 cccacccctg tcggtcggt
//
LOCUS       SEQF2638.1|AYYF01001465.1 727 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..727
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             37..234
                     /locus_tag="SEQF2638.1_01627"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTYLGAYTRQPLTAKRMGEALKKAGYIKVSRRRNGGSPLYVYKV
                     RKIHPCPLLQICSSNMSSAAQ"
     CDS             391..639
                     /locus_tag="SEQF2638.1_01628"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEDNLSTIKRYPITAYLESKGITPVRRLAAYAMYRSPLRDERH
                     PSFKVDTEKNLWIDYSEGRGGSTGQPCQIGDKSKCRYF"
ORIGIN      
        1 gacagtgatt gctcctacct gacaacgact gaaatcttga cttacctcgg cgcctacacg
       61 cgccaaccgc tcacggccaa acgcatggga gaggcgctga aaaaggccgg atacatcaag
      121 gtcagccgac ggcggaacgg cggcagcccg ctgtatgtct acaaagtccg aaagatccac
      181 ccctgtcccc tccttcaaat ctgtagtagt aacatgtcgt cagccgcgca gtgacttcga
      241 cttgcatgga tgctattgga aaacaatcga ttatggcgat tgtagtttgt agtaagaaga
      301 agccaaaaag tacgggtgtt tgatcttaaa tcacttgcat tccaataaaa caccacgcca
      361 tttcatcacc catcccaatg tttgatcagt atgaaagaag ataacctatc gaccatcaag
      421 cggtacccta tcacggcgta cttggaaagt aaaggcatca cgcccgtccg acggctggcg
      481 gcctatgcaa tgtaccgttc accattgcgg gatgaacgcc accccagctt caaggtagac
      541 accgagaaga acctgtggat cgactattcc gagggccgtg gcggaagcac agggcaaccg
      601 tgtcaaattg gcgataagtc caagtgcagg tacttttaat ctccgtaccc ctacggagat
      661 ctccccgaca agtgttttta atctccgtac ccctacggag atctccctga caagtgtttt
      721 taatctc
//
LOCUS       SEQF2638.1|AYYF01001466.1 460 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..460
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             37..234
                     /locus_tag="SEQF2638.1_01629"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTYLGAYTRQPLTAKRMGEALKKAGYIKVSRRRNGGSPLYVYKV
                     RKIHPCPLLQICSSNMSSAAQ"
ORIGIN      
        1 gacagtgatt gctcctacct gacaacgact gaaatcttga cttacctcgg cgcctacacg
       61 cgccaaccgc tcacggccaa acgcatggga gaggcgctga aaaaggccgg atacatcaag
      121 gtcagccgac ggcggaacgg cggcagcccg ctgtatgtct acaaagtccg aaagatccac
      181 ccctgtcccc tccttcaaat ctgtagtagt aacatgtcgt cagccgcgca gtgacttcga
      241 cttgcatgga tgctattgga aaacaatcga ttatggcgat tgtagtttgt agtaagaaga
      301 agccaaaaag tacgggtgtt tgatcttaaa tcacttgcat tccaataaaa caccacgcca
      361 tttcatcacc catcccattg tttgtgcaga ttccagcaac ctcaagcgct tcgctcgttt
      421 ccacttcgtt acctatccaa tgcctacgac cgagtaactt
//
LOCUS       SEQF2638.1|AYYF01001467.1 3330 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3330
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             194..385
                     /locus_tag="SEQF2638.1_01630"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTSALCLCRFQQPQALRSFLLRYPSNAYDRVTSSFSEGYFLTIF
                     SLTYYNTFRTYSDHLTNVF"
     CDS             complement(950..2566)
                     /locus_tag="SEQF2638.1_01631"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:vienna_vog:VOG00398"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNEKITTDRIIELMMTQTGRDRTAVQTFVGELTALVNDSLIKDG
                     STRIKGIGKFRIVPVRERESVTPEGERIVIPAHHWLSYLPDKSLKDRINKPFAIFEAV
                     ETSESDAPIETPEDPEREYVDDEETPADEAPLSTPSFISTPENEPTDSEPEPTEPTPA
                     PPAPTEEADDDEEEDEGDDDVEPVTLIGSTWNNEKSQTMNSEIKKEIAEGWSEGRSVG
                     SKPMTVGEMAAAHLKASQIITPEVTAEKVDTKAPEPAQKDEPKAPLATGRADTPTPNA
                     GRTNEQRPPRKKPVTVIPPIAPPPPVEPTPQPKKSEKRSSSNFPLYVVLGILLLLLLG
                     GLFYHYFYYLPSSETRAMGRTDGDKVVTGDTFVMPGEEAKDKDAPEAGRGDKPQTSIA
                     DEQKLDPATAADKARRAAAEKEAKEKAKAEEEAKEKAKAEEEAKAKEDAKAKEKKEKP
                     AAPKRKVVATVRLEPGQFLTKLAEKYYGNKVFWVYIYEFNKSKIADPNHIPTNMEIKI
                     PAKELYGIDADNSASVEKAKAIQARLNAQK"
     CDS             complement(2563..2850)
                     /gene="hup"
                     /locus_tag="SEQF2638.1_01632"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q9CI64"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA-binding protein HU"
                     /db_xref="COG:COG0776"
                     /translation="MRDTELIAELAARLDREIPEVESMLDAFGQIVADRLADNDIVAL
                     EGWGQFELKKKAERYSADAESGKRYLLPPKLIPVFRPSSRLRTYIKNLDQA"
     CDS             complement(2915..3328)
                     /gene="rimO"
                     /locus_tag="SEQF2638.1_01633"
                     /EC_number="2.8.4.4"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0AEI4"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosomal protein S12 methylthiotransferase
                     RimO"
                     /db_xref="COG:COG0621"
                     /translation="MGYPGETDDDFEQLMQFARDMRFERMGAFAYSHEVGTHSYKNEQ
                     DNVPDEVKQQRLNALMDLQEAISAEVQEEKVGKTLRVMLDREEDYYIGRTEFDSPEVD
                     PEVLVHKDADMELGKIYSVQIEAAEPFELYGRKVV"
ORIGIN      
        1 actacgccga gatcgcatgg caacgacgcc taagaaacca agccgtgaaa aagaagaagc
       61 gagggagggg gatatgagct tgtgcgctca tccggtcgtt catcctaaca ttccccaagc
      121 caaaagctaa atcgcgagaa tcgcatcaaa aacgcctgtc tttcaaatag tcatagtaac
      181 attgcagcct caaatgacaa gcgccctttg tttgtgcaga ttccagcaac ctcaagcgct
      241 tcgctcgttt ctacttcgtt acccgtccaa tgcctacgac cgagtaactt cttctttttc
      301 agagggatat tttctgacaa ttttctccct aacctattac aatacgttcc ggacgtattc
      361 cgaccacctc accaacgtat tctaaccacc tcagaaccta ttctaatacg ttcggaacct
      421 attagaacca cctcaccaac gtattccaac cacctcggaa cctattctaa tacgttccga
      481 acctattaga accacctcgg aacctattct aatacgttcc gaacctatta gaaccacctc
      541 agaacgtatt acaatacggt tctgaagggt atttaatgac gttccgaacg tggtttaata
      601 cggttccgag gtggtcacaa ccacgttccg gacgttattt aaccacgttc cgaggggtat
      661 ttaatatggt tccgaggggt atttaatgac gtcctgaggg gtatttaata tggttccgaa
      721 gggtatttaa tacggttcca aggggtattt aatcacgtcc tgaaccatat ttaatgacgt
      781 tcggaacgtg attgtgacca cctcggaagg gtatttcacc acgtccggaa acacctcgga
      841 aggtcttccg aatcgcacca tggcttatgg caaaaaagag agagggcaca tcgctccgag
      901 cgacgcgtcc tctctccctc ccccagtgga aaaccagaac ttgtgcggat tacttctggg
      961 cgtttaggcg agcctgaatg gcctttgcct tttctacgga ggcgctgttg tcggcatcga
     1021 tgccgtagag ctccttggcc ggaatcttga tctccatgtt ggtggggata tgattcgggt
     1081 cggcgatttt cgatttgttg aattcgtaga tgtagaccca gaagaccttg ttgccgtagt
     1141 atttctcggc cagcttggtc aggaattgcc ctggctctaa ccgaacggtg gccaccactt
     1201 tgcgtttggg tgcggccggt ttctctttct tctctttggc cttagcgtcc tctttagctt
     1261 tggcttcttc ttcggcctta gccttctcct tagcctcttc ttcggcctta gccttctcct
     1321 tagcctcttt ctcggcagca gcccgacgcg ccttgtcggc ggctgtagcc ggatcgagct
     1381 tctgttcgtc ggctatggag gtctgcggct tgtcaccacg accggcctcg ggggcgtctt
     1441 tgtccttagc ctcttcgcca ggcatgacga acgtgtcgcc cgtcaccacc ttgtcaccgt
     1501 ccgtgcgacc catggcgcgc gtttcggacg aggggaggta gtagaagtag tggtagaaga
     1561 gtccgccgag gaggagcagc agcaggatgc cgagcacgac gtacagcggg aagtttgacg
     1621 aggagcgctt ttcgctcttt ttaggctgcg gtgtaggctc cacgggcggg ggcggcgcga
     1681 taggcgggat caccgtcacg ggctttttcc gcggtggcct ctgctcgttt gtgcgtccgg
     1741 cgtttggtgt cggtgtgtcg gctcggcccg ttgccagggg cgctttcggc tcatccttct
     1801 gggcgggttc cggtgccttc gtgtcgacct tttcggcggt cacttcgggc gtaatgattt
     1861 gcgatgcttt gaggtgtgct gcagccattt cgcccactgt catgggttta ctgcccaccg
     1921 agcgcccctc cgaccagccc tcggcgattt cctttttgat ctcactgttc atcgtttgag
     1981 atttttcgtt gttccatgtg cttccaatca gggtgacggg ctccacgtcg tcgtccccct
     2041 cgtcctcctc ctcgtcgtcg tcagcctcct cggttggggc gggtggtgca ggcgtgggct
     2101 ccgtcggttc cggctcgctg tcagtcggtt cattttccgg cgtggagatg aaagaagggg
     2161 tggagagggg agcctcgtcc gcgggcgtct cttcgtcgtc cacatactca cgctcagggt
     2221 cttcgggcgt ctcaatcggc gcatcgcttt cgctcgtctc gacagcttcg aagatggcaa
     2281 agggtttatt gatgcggtct ttcagcgatt tatcgggcag gtacgacagc cagtggtggg
     2341 ccggaataac gatgcgctcg ccctctggcg tcacactttc gcgttctctg acgggcacga
     2401 tccgaaactt tccgatgccc ttgatgcgtg tcgatccgtc tttgataaga ctgtcgttca
     2461 ccagcgcggt caactctccg acgaaggtct gcaccgctgt gcggtcacga cccgtttggg
     2521 tcatcatcaa ttcaatgatg cggtctgtgg tgattttctc gttcatgcct gatctaagtt
     2581 tttgatgtac gttctgagtc gggaggaagg tctgaaaacg gggatcaact tcgggggcag
     2641 caggtagcgt ttgccacttt cggcgtcggc cgagtagcgt tccgccttct ttttgagttc
     2701 aaattgcccc catccctcga gtgcaacgat gtcgttatct gcgagcctgt cggccacgat
     2761 ttgcccgaac gcgtccagca tgctctccac ctcggggatt tcccggtcga ggcgcgcggc
     2821 cagttcggct atcaattctg tatctctcat atgatggata tatctctttg tttctgatta
     2881 ttcggaatat aaatctcagt agttcgccga tggattaaac aaccttccgg ccgtatagtt
     2941 cgaacggttc agcggcttca atctgtacgg agtaaatttt gccgagctcc atgtctgcat
     3001 ccttgtgcac gagcacctcg gggtctactt cgggtgaatc gaactcggtc cgcccgatgt
     3061 agtaatcctc ctcgcggtcc agcatcacgc gcagcgtttt gcccaccttt tcctcttgca
     3121 cctcagccga aatggcctcc tgaagatcca tcagcgcgtt cagccgttgc tgcttcactt
     3181 cgtccggcac attgtcttgt tcatttttat aggaatgcgt ccccacctcg tgactgtagg
     3241 cgaaggcgcc cattcgctcg aaacgcatgt ctcgtgcgaa ctgcatcagt tgttcgaagt
     3301 cgtcgtccgt ctctccggga tagcccacca
//
LOCUS       SEQF2638.1|AYYF01001468.1 1266 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1266
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             83..1069
                     /locus_tag="SEQF2638.1_01634"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIAKCKAIAHGGNALEYIFREGKLGRLLALHNLCGETPKEIHEE
                     MKLIGGYNSRCKNKFLRIEIGIAPQDEQRMTFKTLNRLALLFAKQMGLDNHQWVAVTH
                     KDTDNLHIHIIANRISLGGQVYDTTFVSNRAARVAEELSRKHELTIAKEVRSVLPYRK
                     AQADPSRERTKQQVRNICYALLDRHRGKGLSGHSMFLYELFRSGVTIERMKNKQGTVY
                     GMKFTYDGHSFKASEIGREFGFHTLPKQFEIGNAQKPIIQSSMIPTKDSALIAQVAGA
                     AVDVALDTAGSLLSETGEVTTLQTHGTDYAEISWQRRLRNQAVKKKRRGRGI"
ORIGIN      
        1 gccaagatcg cttttaagcg gttcttcagc ccccgctatc gggtccccga ggaggtattt
       61 aagcgcttaa atatcgaaga ccatgatcgc aaagtgtaag gccatcgcac acggaggcaa
      121 tgcgctggag tacatttttc gcgagggaaa gctcggccga ctcctcgccc tccacaatct
      181 gtgcggcgaa acgccgaagg agattcacga ggagatgaag ctcatcggtg gctacaacag
      241 tcgctgcaaa aacaagttcc tgcgcatcga gatcggcatc gccccgcagg acgagcagcg
      301 gatgacgttc aagaccctga accgccttgc cttacttttt gccaaacaga tggggttgga
      361 caaccatcaa tgggtggccg tcacgcacaa ggacactgac aacctgcaca tccacatcat
      421 cgctaatcgg atcagccttg gcgggcaggt ctacgacacc acttttgtca gcaatcgggc
      481 ggcgagagta gccgaagaac tcagtcgcaa gcatgagctg accatcgcca aagaagttcg
      541 ttccgtacta ccatatcgaa aagcccaagc cgatccctca agagagcgga caaagcagca
      601 ggttcggaac atctgctacg ccctcctcga caggcaccgc gggaaaggtc tgtcgggcca
      661 ttccatgttc ctctacgagc tcttccgaag cggcgtcacg atcgagcgca tgaagaacaa
      721 gcaaggaacg gtctacggga tgaagtttac ctacgacgga cacagtttca aggcctccga
      781 gatcggccgt gagtttggtt ttcacaccct gccgaaacag ttcgagatcg gcaatgcgca
      841 gaagcccatc atccaatcct ccatgatccc tacgaaagac agtgctctta tcgcacaagt
      901 cgcaggcgcc gctgtggacg tcgctttaga cactgcagga agccttcttt cggagactgg
      961 agaggtcaca actctacaga cacacggcac cgactatgcc gaaatctcat ggcagcgacg
     1021 cttaagaaac caagccgtga agaagaagag gagaggaagg gggatatgat gttcgacgtt
     1081 catccacttc atccatcccg accttcccca agccgaaagc caaatcgaga gaatcgcatc
     1141 aaaaacgcct gtctttcaaa tagtcatagt aacattgcag cctcaaatga caagcgccct
     1201 ttgtttgtgc agattccagc aacctcaagc gcttcgctcg tttccacttc gttacctatc
     1261 caatgc
//
LOCUS       SEQF2638.1|AYYF01001469.1 3819 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3819
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(504..797)
                     /locus_tag="SEQF2638.1_01635"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTIEELRRARLAASSALVARKAKSHNEDLAAFRETYLHLVRISH
                     RKAVYVSGETQQRLYFVVRRIGLRGASISGYVERVLREHLDGYKDSIEQWRKL"
     CDS             complement(917..1024)
                     /locus_tag="SEQF2638.1_01636"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQIILVDGKAWERHRSAFADFIHRIERLKLSARML"
     CDS             1441..1665
                     /locus_tag="SEQF2638.1_01637"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRRGTLEAYKQAFLVPAKLTDRRAVYLSRETQERADFVVRRLGD
                     RGANLSSFVEHIVRAHLEDYAEEIEEWRKL"
     CDS             1930..2334
                     /locus_tag="SEQF2638.1_01638"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MERHPKKEDKKTNKTAFIKVRCTAEEKERIRPRATNAGRKYSDY
                     CREMLLGGSVIAVPPVGNNEKEALAILCQTALFYAHISNLIKVKDASWVDTTKALAIY
                     AKIAFKRFFSPQYRTNKEVFKRLNIEDHDRKV"
     CDS             2318..2683
                     /locus_tag="SEQF2638.1_01639"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIAKCKAIAHGGNALEYIFREGKLGRLLALHNLCGETPKEIHEE
                     MKLIGDYNSRCKNKFLRIEIGIAPQDEPRMTFKTLNRLALLFSKQMGLDDHQWVAVTH
                     KDTDNLHIHIIANRISLGG"
     CDS             2837..3292
                     /locus_tag="SEQF2638.1_01640"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRSICYALLEKYRGKSLSGHSMFLYELHRSGVTIERMKNKQGKV
                     YGLKFIYDGHSFKASEISREFGYRTLPKQFETGNAQKSIIQSSMNPTKGSTLIVQVTG
                     SVLDAADSLFSEVGEFTTLQTHGADYTEIAWQRRLRNQAMKKKRRGGGI"
ORIGIN      
        1 ggacttccgg cagggctgta tttcgtgcgt gtgatcaaag acggacagac ctataccgag
       61 aagttgatca agaattagcg tcgaaggctc accgtgtaaa agctgcgtgc aaacgaactg
      121 ctatcgggca gaccgaaagg atgaaagtcc ctcgggtctg cccgattttc gtatggacga
      181 acggcatcac ccccttcact tccctttcat tgccctcttt ttgggtcggc tttgatgcta
      241 gcgtcccatt tcgaggagcg aacgggtgtt ttcttgggtc gattcatggg gttgattttt
      301 catataagat caggtggcga ctttggagcc gaaccgccgc ggaggctgct ccgggggcaa
      361 ggcgttttgt agcacaaaac ggtttttgtg tcacaaaaac acaccttgcc gggccccgga
      421 ataggaggtg cccataccct gaacacttgc actcaataca tgcaagtgtt cgggagggca
      481 ttgcacgcta agcgtacatg tgttcagagc ttccgccatt gttcgatgct gtccttgtac
      541 ccgtcgagat gctcccgaag cacgcgctcg acatagcccg agatgctggc gcctcgcaga
      601 ccgattcggc ggacgacaaa gtacaacctc tgctgagtct cgccagagac atagaccgcc
      661 ttgcggtgac tgatgcgcac gaggtggagg tacgtctctc gaaatgcggc caaatcctca
      721 ttgtgactct tggcctttcg agcgaccaga gcggatgagg ccgccaatct ggcgcgccgt
      781 agttcttcta tcgtcatacc gatggcttgg gaatggggtt ataatgtcgg tcgagcattg
      841 cttgcaggtc actctgtttg tagaggatct tgccgccgat tttgtagaag gccaagaggc
      901 tgcggctgcg atactcctac agcatgcggg cactgagttt gagccgctcg atgcggtgga
      961 taaagtcggc aaaggcggag cgatgtcgtt cccaagcctt accgtctaca aggatgattt
     1021 gcatggtgtt tttgaaatat gaggttgtat aattggattg gagcaatcga gttgccagct
     1081 cactttcgac ccagcggacc ggcaatcgac ttgtcagcgc cactttcgat ccagcggccc
     1141 cggcaatcga gttgccagcg tcacttttga gccagcggcc tcggcaatcg agttgccggc
     1201 gtcatttttt tctcgagcgt cctcttcctc ggcggacaaa tccgcagggc acggcgtagc
     1261 ctctgcgtct gctcgctgcc catcagcggg cgaagctctt gtagctgtct ctgtatcctc
     1321 ttatcgatga cggactgatc gtctttccct tctgcgcctc cttctctcgg caaaggacga
     1381 ggtagatgtc tgcaaacgtc tgccgagagt acccccacac cgaaacgcat cagcgccaaa
     1441 atgaggcgag ggacgctgga ggcttacaag caggccttcc tcgtccccgc caagctgaca
     1501 gatcgtcggg cagtctattt gagtagagaa acacaggagc gcgccgactt cgttgtccgt
     1561 cgtttgggcg atcggggtgc caacctctcg agcttcgtgg agcacatcgt gcgcgcccat
     1621 ttggaagact acgccgagga gatcgaggag tggcggaagc tgtaatccaa gcacacggat
     1681 ccatcaaaga gtccacgaac gaggagcacg cccgacaagc agcaaacgtc tgaacgcatg
     1741 gcatgcactg attgaaagaa atacatcggg tatgtaacgg agcgtgacga cggtaatgca
     1801 agacgtcagt ttgttcccac aaactgcgct tgctcccccg cccttagcgg acggaggaga
     1861 gggccgtaat cacatccgtt ctcatcggcc ccaaccatag aataagtaca acagaaaaga
     1921 cctatctaca tggaaagaca ccccaaaaag gaagacaaga agacgaacaa gaccgccttt
     1981 atcaaggtcc gatgcacggc cgaagagaag gagcgaatcc gtccgagagc cacgaacgca
     2041 ggacggaagt attccgacta ctgccgtgag atgttgctgg gtggatccgt catcgccgtc
     2101 cctccggtag gcaacaacga gaaggaggca cttgccatcc tctgtcagac ggcactattc
     2161 tacgcgcaca tctctaacct gatcaaggtc aaggacgcct cttgggtaga cacgacgaag
     2221 gcacttgcca tctatgccaa gatcgctttt aagcggttct tcagtcccca ataccgcacc
     2281 aataaagagg tgtttaagcg cctaaatatc gaagatcatg atcgcaaagt gtaaggccat
     2341 cgcacacgga ggcaatgcgc tggagtacat ttttcgcgag ggaaagctcg gccgactcct
     2401 cgccctccac aatctgtgcg gcgaaacgcc gaaggagatt cacgaggaga tgaagctcat
     2461 cggcgactac aatagccgct gcaaaaacaa gttcctgcgc atcgagatcg gcattgcccc
     2521 gcaggacgag ccgcggatga cgttcaagac cctgaaccga ctcgccctgc ttttttccaa
     2581 acagatgggg ctggacgatc accaatgggt ggccgtcacg cataaggaca ccgacaatct
     2641 gcatatccac atcatcgcca atcggatcag cctcggtggg taggtctacg acaccacctt
     2701 cgtcagtaac cgagccgcca gagtagccga agaactcagt cgcaagcatg ggctgactat
     2761 cgccaaagaa gtccactccg cgcgaccgca tcggaaagcc caagccaatc cggcaagaga
     2821 gcgcacgaag caacaagtgc ggagcatctg ctacgccctg ctcgagaagt accgcgggaa
     2881 aagtctgtcg gggcattcca tgttcctcta cgaactccac cgaagcggtg tcacgatcga
     2941 gcgtatgaag aacaagcaag gaaaagtcta cggactgaaa ttcatctacg acggccatag
     3001 tttcaaggcc tccgagatca gccgtgagtt cggctaccgc accctgccga agcagttcga
     3061 gaccggcaat gcgcagaagt ccatcatcca atcctccatg aaccctacga aaggcagtac
     3121 ccttatcgta caagtaacag gttccgtttt agatgctgcg gatagccttt tttcggaggt
     3181 aggcgaattc acaaccctac agacgcatgg cgcagactat accgagatcg catggcaacg
     3241 gcgcttaaga aaccaagcca tgaagaagaa gaggagagga gggggaatat gatgttcgac
     3301 attcatccac tccatccatc ccgaccttcc ccacgccgaa agctaaatcg cgagaatcgc
     3361 atcaaaaaca cctgtctttc aaatagtcat agtaacattg cagcctcaaa tgacaagcgc
     3421 cctttgtttg tgcagattcc agcaacctca agcgcttcgc tcgtttccac ttcgttaccc
     3481 gtccaatgcc tacgactaag taacttattc tttttcaggg gaatatttcc gaatagtttt
     3541 ctttgtcatc aaaatttgat cacgcgccag cttgttgtta ctcgtgcgtc atcaaaattt
     3601 gatcacagaa gagtgaatcg atcacccgta tagtaccgaa ctactttatt tcctcatttc
     3661 ccttatcccc ccaatcctca tgaaacacaa acttatcctc tgcctcgcgt gctgcctgct
     3721 gcttacgcga acggcacacg cccaatggat cgttaccgac cctgtcaact tggcaggcaa
     3781 catcgcgaac acgatcaaag agatcgccac cgcctctaa
//
LOCUS       SEQF2638.1|AYYF01001470.1 408 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..408
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 caggaaaagg acacgctgac ctacgtcggg cagaacctca ttatcaacat cgacgaccag
       61 ctcaaggcgc tcaacaaacg ggacgaaaac gagctaaaga acttgatcac ctgcccgatg
      121 gtcaagtacc gtatgcctta cgataagcac gtggaggagc acccccacat ggcgagcttc
      181 gtggcctcgg tgaatggcaa cgacttcctt accgacccca ctggaagcag gcgctttcta
      241 cccttcgagg tgctttccat cgacatcgat cgggcgagag cagtctcgat ggacgctgtc
      301 tatgcggagg cgaaatcgct gttgcaatcg ggctatcggt attggttcaa cgacgaggag
      361 atcgcggagt tgtaccgcga aagtgaggcg ttccaagtgc agactgcg
//
LOCUS       SEQF2638.1|AYYF01001471.1 365 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..365
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 caggaaaagg acacgctgac ctacgtcggg cagaacctca ttatcaacat cgacgaccag
       61 ctcaaggcgc tcaacaaacg ggacgaaaac gagctaaaga acttgatcac ctgcccgatg
      121 gtcaagtacc gtatgcctta cgataagcac gtggaggagc acccccacat ggcgagcttc
      181 gtggcctcgg tgaatggcaa cgacttcctt accgacccca ctggaagcag gcgctttcta
      241 cccttcgagg tgctttccat cgacatcgat cgggcgagag cagtctcgat ggacgccgtc
      301 tatgcggagg ccaaatcgct gttgcaatcg ggcttccggt attggttcaa cgacacggag
      361 atcgc
//
LOCUS       SEQF2638.1|AYYF01001472.1 388 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..388
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             7..279
                     /locus_tag="SEQF2638.1_01641"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDAVYAEAKSLLQSGFRYWFNDTEIAELYRESEAFQVQTAEMEL
                     LLRCFELPITDSDCSYLTTTEILTYLGAYTRQPLTAKSRESHQKRL"
ORIGIN      
        1 gtctcgatgg acgccgtcta tgcggaggcc aaatcgctgt tgcaatcggg cttccggtat
       61 tggttcaacg acacggagat cgcggagtta taccgcgaaa gtgaggcgtt ccaagtgcag
      121 accgcagaga tggagcttct actacgatgc ttcgagctac cgatcaccga cagtgattgc
      181 tcctacctga caacgactga aatcttgact tacctcggcg cctacacgcg ccaaccgctc
      241 acggccaaat cgagagaatc gcatcaaaaa cgcctgtaat tcaaatagtc atagtaacat
      301 tgcaccctca aatgacaagc gccctttgtt tgtgcagatt ccagcaacct caagcgcttc
      361 gctcgtttcc acttcgttac ctatccaa
//
LOCUS       SEQF2638.1|AYYF01001473.1 481 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..481
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cttgccccct ctcgaaagga tcatcctctc gaaaggaggc aagggggagg gacaggcatc
       61 tcacctctca gcctaaagac tccagagttc ggtggaggaa agtgcaagct gtgaagagat
      121 gggcttgcgc aatggtctct atacttcgcc cgaaagagga cacacataag tttgttgttc
      181 tcctcttaag atggatcgca gaaagaacgt tctcttggat agaaaactac aggagaatga
      241 cgatcaataa agaacgatgt agtgagtccg cagaagccat gctgcacctc actttctgtt
      301 atattctcca tccatcccga cctttcccaa actgaaagcc aaatcgagag aatcgcatca
      361 aaaacgcctg taattcaaat agtcatagta acattgcacc ctcaaatgac aagcgccctt
      421 tgtttgtgca gattccagca acctcaagcg cttcgctcgt ttccacttcg ttacctatcc
      481 a
//
LOCUS       SEQF2638.1|AYYF01001474.1 2375 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2375
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(441..746)
                     /locus_tag="SEQF2638.1_01642"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMEAIQDLSMETGEMQVVLSALQRVRERIREVSETHRPLFGGEH
                     FLTGKEVCERLYISPRTLQDYRDRKVIPYTQFAGKILYKVSDLERILEKNYKGGGKR"
     CDS             complement(743..1036)
                     /locus_tag="SEQF2638.1_01643"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKYLIITETDWLSLRDEVLSLAKCCLKAFGEESKHTGWLHNGDV
                     CRLLGISKRTLQHYRDTSVLPFAQIGHKCYYKREDVKRLLCLKSDKKANTTKR"
     CDS             1349..1600
                     /locus_tag="SEQF2638.1_01644"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPEYTARLDAGDAYHTFTLKNSFKPIMKKQADRSNINVDKTPDN
                     GGRSSKNGEIEAYLARHYAFRYNTVWGRGNIAAGRTADS"
ORIGIN      
        1 cttgccccct ctcgaaagga tcatcctctc gaaaggaggc aagggggagg gacaggcatc
       61 tcacctctca gcctaaagac tccagagttc ggtggaggaa agtgcaagct gtgaagagat
      121 gggcttgcgc aatggtctct atacttcgcc cgaaagagga cacacataag tttgttgttc
      181 tcctcttaag atggatcgca gaaagaacgt tctcttggat agaaaactac aggagaatga
      241 cgatcaataa agaacgatgt agtgagtccg cagaagccat gctgcacctc actttctgtt
      301 atattctcct taaaaagtcc acagataaat tcaaaactgc ttctcaaaac actatgtgga
      361 tattctaaaa acggcacttg gcgcagatct acctctgctt ccaagtgccg ttttcaattc
      421 aatcatacgc ctttcgcgtt ttatcgtttc ccgcctccct tgtaattctt ctctagtatc
      481 ctttcgagat ccgaaacctt gtaaaggatc ttgccggcga actgtgtgta ggggataacc
      541 tttcggtcgc gatagtcctg caaggtacgg gggctgatgt agagccgttc gcaaacctcc
      601 ttgcctgtga ggaaatgttc gccgccgaag agcggccggt gtgtttccga cacttcccga
      661 atcctttctc ttactcgttg caaggcggag aggaccacct gcatctcgcc cgtttccata
      721 ctcaaatctt gaattgcttc catcatcgct tcgtcgtgtt tgcctttttg tcagatttca
      781 ggcaaagcaa ccgcttcacg tcctctcgtt tgtaatagca cttgtgcccg atctgtgcga
      841 agggtagcac gcttgtgtct cggtagtgtt gcaaggtgcg tttgctgatg ccgagcagtc
      901 ggcagacgtc cccgttgtgt agccagcctg tgtgtttgga ctcttctccg aaagccttca
      961 ggcaacattt cgcaaggctc agcacctcat cgcgcaggct cagccaatcg gtctccgtaa
     1021 taatcaaata cttcatggat tcacatatta gtttttggtt ggtgttcagg ttctactgtt
     1081 ttcgacggca aacgtaattg cacgtaaaac gctacccatg caaccgggaa caggagggat
     1141 gcaaatggaa cagtaaggat atggctggtg tagcatggac gcagtttccg ttcattcgga
     1201 aaacagccgc aacggaaagc agattgcaac cttcccatag tttcccttat ctttttcttt
     1261 cactgccatt ctgtcttatc agaggaacga attacttcct tgtaaagcct attctctaaa
     1321 gaaatcggcc gcaaacggat gcaacatcat gccggaatac actgcacgct tggatgctgg
     1381 ggatgcctat cacaccttca ccctcaagaa ctcattcaag cccattatga agaaacaggc
     1441 agatagaagc aacataaacg tcgataaaac accggacaac ggcggacgtt catcaaagaa
     1501 cggggagatc gaggcctacc tcgcccggca ttacgcattc cggtacaata ccgtttgggg
     1561 acgggggaat atcgcggccg ggaggacagc cgattcgtaa aagtcggtcg ctatgagatc
     1621 aacacgctgc gccgcgaact cgacagcgaa gccgggatca tgacctcccc ggataacctg
     1681 tactcgatca tcgaaagcag cttttcgccc cgtgtcaatc ctatacaggc gtatttcaaa
     1741 gccttgccca ccgctgcatt ggatgtccca aacgcacacg ccatccatga attggccgac
     1801 tgcgtcgtcg ttcgtaaccc ggagaaatgg ctgctgtacc tgacaaaatg gcttgtggcc
     1861 gtagtggcca acgcgatgga cgaccacgcg tgtcgcaacc acacctgcct ggtcttaacc
     1921 ggcgaacagg ggcgattcaa gacgacgttt ctcgacctgc tttgcccgtc tgagctgcag
     1981 ggctacagct ataccggcaa gatctatccg caggaaaaag acacgctgac ctacgtcggg
     2041 cagaacctca tcatcaacat cgacgaccag ctcaaggcgc tcaataagcg ggatgaaaac
     2101 gaactgaaga acctgatcac ctacccgatg gtcaagtacc gcatgcccta cgacaagcat
     2161 gtggaggagc acccccacat ggcgagcttc gtggcctcgg tgaacggcaa tgacttcctc
     2221 accgacccca ccggcagcag acgcttcctg cccttcgagg cactttccat cgacatcaac
     2281 cgggcaaagg ccgtctcgat ggacgccgtc tatgcggagg ccaaatcgct gttgcaatcg
     2341 ggcttccggt attggttcaa cgacacggag atcgc
//
LOCUS       SEQF2638.1|AYYF01001475.1 20636 bp   DNA    linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..20636
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             235..1593
                     /gene="sucD"
                     /locus_tag="SEQF2638.1_01645"
                     /EC_number="1.2.1.76"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P38947"
                     /codon_start=1
                     /transl_table=11
                     /product="Succinate-semialdehyde dehydrogenase
                     (acetylating)"
                     /db_xref="COG:COG1012"
                     /translation="MEIKEMIARAEKAQQEYEERFNQDAVDEVVKAATKVIYDNAEML
                     ARLAVDETKMGVYEHKVAKNRNKAKGIWLNLQGEKSMGVLDIDDRTGLIKIAKPVGIV
                     AGITPMTNPIVTPMANIAFALKTKNAIIIAPHPHARHCSTLTVNMINEALAKYHVPEG
                     LVQVIEEPTIQKTQELMSRVDVVVATGGMQMVHSAYSSGKPSFGVGAGNVQVILDRNI
                     DYDEAADKIITGRAFDNGIICSGEQCFLYYEKDKEEIFGTFRKHGAYFVPEADRDRVV
                     NAIFSDGTICRDIVGQSVATIARKAGITVPEGTRILVVEAHGIGREDLICKEKMCPVM
                     TCHSYNYFEEALDYAKTNLFMEGSGHTAGIHSNNQANIIKAGMEISVSRLIVNASCSI
                     TAGGSIQNGLSVTTTLGCGTWGNNSISENFTYKHLLNITRIAQISPHIQMPSDEEIWQ
                     MK"
     CDS             1632..2771
                     /gene="bcd"
                     /locus_tag="SEQF2638.1_01646"
                     /EC_number="1.3.8.1"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P52042"
                     /codon_start=1
                     /transl_table=11
                     /product="Acyl-CoA dehydrogenase, short-chain specific"
                     /db_xref="COG:COG1960"
                     /translation="MDFNLTKQEELFLKMIREFAEKEVEPLAAEIDDRERFPIETVEK
                     MGRIGLMGIPFPTKYGGAGATNQIYSMAVEELSRVCATTGVVVSAHTSLCTAPIFEFG
                     TEEQRMKYLPKLCSGEWIGAFGLTEPNAGTDAAAQQTTAVLEGDHYVLNGNKIFITNA
                     EYGHVYIIFAMTDKSLGTKGISAFIVEKGMPGFQVGKKELKMGIRGSATCELIFEDCI
                     VPKENLLGRIGDGFRIAMKTLDGGRIGIASQALGIARGALQETVKYVKERKQFGRSIS
                     QFQNTQFQLADLSVEVEAAALLVRHAAWMKDNGIPYSAAAARAKLYASETAMVVTRKA
                     VQFHGGYGYTREYPIERMMRDAKITEIYEGTSEVQRMVIASSLLK"
     CDS             2798..3583
                     /gene="carD_2"
                     /locus_tag="SEQF2638.1_01647"
                     /EC_number="1.3.1.108"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:H6LGM7"
                     /codon_start=1
                     /transl_table=11
                     /product="Caffeyl-CoA reductase-Etf complex subunit CarD"
                     /db_xref="COG:COG2086"
                     /translation="MNIIVCIKQVPDTTEIKLDPVKGTLIREGVPSIMNPDDKGGLEL
                     ALRLKDQHGATVTVITMGPPQSEAILREAFAMGADKAVLLSDRKFGGADTWATSYTLS
                     AALRKLDYDLIITGRQAIDGDTAQVGPQIAEQLDLPQVSYVESVALQSDGRTLHVRKA
                     TEEGYQRLEAPLPCLLTVLASANKPRYMSVRGIMETFDREIECLGLADVDVDETKIGL
                     KGSPTRVMKSFTKGAKAKGQLYEVDAEEAADIIVQKLKEKFII"
     CDS             3598..4614
                     /gene="carE_2"
                     /locus_tag="SEQF2638.1_01648"
                     /EC_number="1.3.1.108"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:H6LGM8"
                     /codon_start=1
                     /transl_table=11
                     /product="Caffeyl-CoA reductase-Etf complex subunit CarE"
                     /db_xref="COG:COG2025"
                     /translation="MNKEEYKGVCVFAEQREGTIQPIAFELLGKARELADVLGEDVLA
                     VLCGQHLDEAARELIAAGADRVLYLDHAELDDYLTEPYAQALTQVIHERKPSIVLIGA
                     TTIGRDLGPRVSARVTTGLTADCTGLEISTDGERNLMMTRPAFGGNLMATILCKEHRP
                     QMSTVRPGVMRQKPRDYTRSGEVERMTIHFDRSKFRIKLLEKVSVERAMVDISEAHVL
                     VSGGRGVGTHEGFGMLTKLAETIGAEVSSSRAMVDAGVIGHERQVGQTGKTVRPDVYF
                     AFGISGAIQHLAGMEESDYIIAVNKDKFAPIFSVADLGLVGDLHKIVPALTRKLANRK
                     PTES"
     CDS             complement(4637..4810)
                     /locus_tag="SEQF2638.1_01649"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPRDLRNLRKRPGKCRETQRNLRKRPGKSLEIKKGRERMVPDLF
                     TNGNFRRYDPHNA"
     CDS             5454..7589
                     /locus_tag="SEQF2638.1_01650"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG0420"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METYITKRNGKKVLFSIDKIKNAVRKAFLSVGCFPTEDDLTSIL
                     GHVQITNGMSVEDIQNQVETALMSERYYRVAKSYILYRQKHLEDREVRDKLTFLMNYC
                     DAKNAATGSKFDANANVEHKNIATLIGELPKQNFIRLNRRLLTDRLKEMYGKELSDKY
                     LSLLNHHFIYKNDETSLANYCASITMYPWLIGGTKSIDGNSTAPTNLKSFCGGFVNMV
                     FIVSSMLSGACATPEFLMYMDYFVRREYGDDYHRNVHRDADLSLKRRSIDKVITDCFE
                     QVVYSINQPTGARNFQAVFWNISYYDRYYFDSLFGEFIFPDGTRPQWESLDWLQRRFM
                     TWFNRERTKTVLTFPVETMALLSENGDIRDKDYADFTAQMYAEGHSFFTYVSDNADSL
                     SSCCRLRNEIQDNGFSYTLGAGGVSTGSKSVLTINLNRCIQHASRENIPYMTFLEDVI
                     DLVHKVQLGYNENLKMLHAKGMLPLFDAGYINMSRQYLTIGVNGLVEAAEYLGIEISD
                     NPQYAAFAGSVLGLIERYNKQYRTKDVMFNCEMIPAENVGVKHAKWDREDGYIVPRDC
                     YNSYFYIVEDDSLNLIDKFRLHGRQYIEHLTGGSALHANLSEHLSQVQYRQLLRVAAI
                     EGCNYFTFNIPNTLCRDCGHIDKRYLKACPECHSANVDYLTRVIGYMKRVSNFSLGRQ
                     KEASKRYYEAADAGVETEAELAESEMSLC"
     CDS             7583..8026
                     /locus_tag="SEQF2638.1_01651"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLKYVSYDVVFREIPDETTLALNISGCPHRCSGCHSPWLQSDVG
                     QPLTDSGLSALLDHYGATITCVCFMGGDGEPDEVARLATLIRRTTSLKVGWYSGRVAL
                     PPNFPLHLFHYIKLGPYIDRLGPLFSPTTNQRLYRITAEGAMVAF"
     CDS             8840..9244
                     /locus_tag="SEQF2638.1_01652"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MERHPNTEDKKPNKTTFIKVRCTADEKERIRSRATNAGRKYSDY
                     CREMLLSGSVIAVPPMGDNEREALAILRQTALFYAHISNLIKVKDASWVDATKALATH
                     AKIAFKRFFSPQYRVNEEVFKRLNIEDHDRKV"
     CDS             9228..10214
                     /locus_tag="SEQF2638.1_01653"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIAKCKAIAHGGNALEYVFREGKLGRILALHNLCGEMPKEIHEE
                     MKLINDYNSRCKNKFLRIEIGIAPKDEPRMTFKTLNRLALLFVKQMGLNDHQWVAVTH
                     KDTDNLHIHIIANWTSLGGKVYDTTFVSNRAARVAEELSRKHGLTIANEVHSARPHRK
                     AQANPARERTKQQVRSICYALLEKHRGKGLSGHSMFLYELNRSGVMIDRMKNKQGKVY
                     GLKFTYDGHSFKASEIGREFGYRTLPKQFESDNTLKPIIIPSSHSSMIPTKDSTPIIQ
                     VTGSVLDAAENLLSEVGEVTTLQTHGADYAEIAWQRRLRNQAGKKKKRGRGI"
     CDS             10509..12896
                     /gene="kefC"
                     /locus_tag="SEQF2638.1_01654"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01413"
                     /codon_start=1
                     /transl_table=11
                     /product="Glutathione-regulated potassium-efflux system
                     protein KefC"
                     /translation="MKSTCLARHTFYLARHVFSLSYLCGAFATHVMTKKFKGFLLYVG
                     LIVLFGASMYLIIREGQAHQLVSDSADSTHAPQNLVEGFSVFLALMAEHIHSSFGLLL
                     LQIIIILITCRIVGLLFKRIGQPMVVGEILAGILLGPSVLGRFAPDFSQFLFPRESLG
                     NINLLSQFGLIFFMYTIGMELDVDAIRKKLRETVMISYTCMFFTFFCGLLAAYFIYDR
                     YGREVPFLPFALFIAITMSITAFPVLARIIQERRLTRTHLGTVALAAAANGDVTAWCL
                     LAIVVAISQAGTMLGAVYNILFAAVYLLIMFTIVRPLLRMVGNLYHNPEVIGKPLVML
                     MFLLLLISSYLTEIAGLHALFGAFVAGLVMPENIRFRKIMTEKVEDVSLIIFLPLFFV
                     STGLRTEIGLIDSAEMWLVCFGLILVSTIGKFSSAILSARIEKESWKNSFLLGALMNT
                     HGLMELIALTIGYEMHILPPPVFVMLVLMTLASTFMTTPLLSLINFSFRTGERLRLRR
                     TETVGQGPFRVLISFGRAGSGPVLLDVAFRMFGRGDTKMDLTALHLTVGSDINPLHTA
                     GFEQVSFEPFIREAKRLNLRVSTRYEVSNNAGDTIVSLVNDEPFDFLLVGAGIAMSNL
                     PTDIEARRIRKSLFSLLGGARVQELLSPGSLIHDKTRYFIEHSRCSVGVFVNRGFTRA
                     DHLIVVIDSEADLPLLHYARVLLRSTHGTAALLHRRPSDDASPTPDTVARELESFIAH
                     TENVHLLPERDLTRESFAEADFMLVGYATWNVISDVCREPLRQMPSTLIIHHRQR"
     CDS             13023..14672
                     /locus_tag="SEQF2638.1_01655"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIQPDYIFECSWEVCNKVGGIYTVLSTKARTLQQQFPDHILFIG
                     PDLGHAGQAAEFDEDTTLYADWRRTIAETGLPVRIGRWRVPGAPLVMLVDYRQLFSHK
                     NELFYEMWESFGVDSSQAYGDYDESCIFAAATGRVIESFYRFHHLESQRVVAHFDEWM
                     LGFGLLHLRKYTPRIATLFTTHATTIGRSIAGNNKPLYGYMSGYNGDGMAAELHVEAK
                     HSVEKKAAHFTDCFTTVSEITAVECRQLLDKAPDVVTPNGFEPDFVPTPDRYPARRAD
                     ARQRLLRAASALYGQTFDSDDTFLVSISGRYEYRNKGIDVFIDAMNRLRTSADLPRAV
                     VAFVLIPAWVYAPRADLKAILEHSAPTTAPLPTPFLTHWLHRMDDDRVSNFILHAGFN
                     TTDGERLKIVFVPCYLDGRDGIFDTPYYDLLIGMDATLYPSYYEPWGYTPLESVAFGI
                     PTVTTNLAGFGRWAQTVVSGRDITEGVAVVHRTDDNYAAVVDESADALLTLMRRSDAD
                     RRTIAARCQFLAARAEWERFITYYYTAFDHALTAAVRRADA"
     CDS             15036..16442
                     /locus_tag="SEQF2638.1_01656"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTHYYPLRLATLTAACFLIYTSASATPIVTDDNTAVRDETDYTL
                     SLRPAVSERLFISKAIEKEIVRIKRMITNEKLAWMFENCFPNTLDTAVHFSAIDGDDD
                     TFVYTGDIHAMWLRDSASEVWPYLAFVSKDDELRQMIRGVILRQFKCILLDPYANAFS
                     DGAENSEVYERRWELDSLCHCLRLAYAYWKETGDKSVFTDGRWQKVMQLVLRTFREQQ
                     RKDGPDPYAADSLIDHHSLRPVRPVGLIASAFRPSDDPVTLPFIVPSNFFAVSSLRKA
                     AEILSKVNKDAKTADACKTLANEVEEALRRYATVEHPVYGRIYAYEVDGFGNRLMMDD
                     ADVPSLLAMTYLGDVPADDPVYLNTRRFVWSEDNPYFFHGNSGEGIGSSRTGNDMIRP
                     MSLLVRALTSTDDNEIAACLRMLITTDAETGFIHESFYKNDPKRYTRSWFARQNSLFG
                     ELIVKLVRDKKIELLNDL"
     CDS             16633..18540
                     /gene="dnaK"
                     /locus_tag="SEQF2638.1_01657"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0A6Y8"
                     /codon_start=1
                     /transl_table=11
                     /product="Chaperone protein DnaK"
                     /db_xref="COG:COG0443"
                     /translation="MGKIIGIDLGTTNSCVAVLEGNEPVVIANSEGKRTTPSVVAFVE
                     GGERKVGDPAKRQAITNPQKTIFSIKRFMGETFDQVQKEIARVPYKVVRGDNNTPRVD
                     IDGRLYTPQEISAMILQKMKKTAEDYLGQEVSEAVITVPAYFSDAQRQATKEAGEIAG
                     LKVRRIVNEPTAASLAYGLDKANKDMKIAVFDLGGGTFDISILELGGGVFEVKSTNGD
                     THLGGDDFDHVIIDWLAEEFLKDEGVDLRKDPMALQRLKEAAEKAKIELSSSTSTEIN
                     LPYIMPVDGVPKHLVRTLTRAKFEQLADTLINACLEPCKRALSDAGMSTSDIDEVILV
                     GGSTRIPAVQQLVEKFFGKAPSKGVNPDEVVAIGAAIQGGVLSGDVKDVVLLDVTPLS
                     LGIETMGGVMTKLIEANTTIPTKKSEVFTTAVDNQPSVEIHVLQGERSLAKDNKSIGR
                     FHLDGIPAAMRGVPQIEVTFDIDANGILNVSAKDKGTGKVQSIRIEASSGLSDDEIRR
                     MKDEAAANAEADKKEKERIDKINQADSMIFQTEKQLKDLGDKLPADKRSQIETALGKL
                     KDAHKAQDLAAIDTAIAELNNVFQAASQDLYNAQNAQAGGAGQPSGNASAGNASNNDG
                     GVTDVDFEEVK"
     CDS             18662..19477
                     /locus_tag="SEQF2638.1_01658"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNEVKRRSCLSAGILERISIILADDKVLSHSDINRFLLQADLEP
                     QPKTSSKRHRLFKAFADFQNKNQCSNHILKFIQLVVSPNRYVDKMDEFESLRASINKQ
                     LAFVGYELSENGNYRQVQKANTISEAQQRTNNLKKKLDGRNAHKELFKYCTADFLQND
                     YFGSVFEAHKGLFQRIREISGVQTDGNTLIESVFCDKNPILLINDRRSPSEKSEHRGF
                     CNLLKGLCSMFRNPAAHEPKIHWEISEQDALDILGIISYCHRRLDKAQQIRLP"
ORIGIN      
        1 ccgcaaatgc ccaaacgaag aatttgatgc ttgcggaact tccgcaaatg cccaaacgaa
       61 gaatttgacg cttgcgggac ttccgcaaat gcccaaacga agaatttgat gcttgcggaa
      121 cctccgcaaa tgcccaaacg aagaatttga cgcttgcgga acttccgcaa acgcccccca
      181 gaagaattta catacactct cactgaattt tcaacactac acaccccaac agagatggaa
      241 atcaaagaaa tgatcgctcg cgcagagaag gcgcagcaag agtacgagga gcgttttaat
      301 caggacgccg tcgatgaggt cgtcaaagcc gcgaccaagg tgatttatga caacgccgag
      361 atgctggcgc gtctggcagt ggacgaaacc aagatgggcg tctacgagca taaggtggct
      421 aagaatcgca acaaggcgaa aggcatctgg ctgaacctgc aaggcgaaaa gtcgatgggc
      481 gtgctggaca tcgacgatcg cacagggctt attaagatcg ccaagcccgt aggcatcgtg
      541 gccggtatca cgccgatgac gaaccccatc gtcacaccga tggccaacat cgcttttgcg
      601 ctgaaaacga agaacgccat catcatcgct ccgcatcccc acgctcgcca ttgctctacg
      661 ctcaccgtga acatgatcaa cgaggcgctg gctaaatacc atgtgcccga gggactggtg
      721 caggtgatcg aggaaccgac gatacagaaa acgcaagaac tcatgtcgcg cgtcgatgtc
      781 gtcgtggcca cgggtggcat gcaaatggta cactcggcct actcctccgg caagccctcc
      841 ttcggcgtgg gagccggcaa cgtgcaggtc atcctcgacc gcaacatcga ttacgacgaa
      901 gccgctgaca agatcatcac cggccgcgcc ttcgacaacg gcatcatctg ctccggcgag
      961 cagtgcttcc tttattatga gaaagacaag gaggagatct tcggcacctt ccgcaagcat
     1021 ggtgcctact tcgtgcctga ggcagatcgc gatcgggtgg tcaatgccat cttcagcgac
     1081 ggcaccatct gtcgtgacat cgtcggccag agcgtagcga ccatcgcccg aaaagcaggc
     1141 atcacggtgc ccgaaggcac acgtatcctc gtcgtcgaag cgcacggtat cggtcgggaa
     1201 gacctcatct gcaaggaaaa gatgtgtccc gtcatgactt gccactccta taattatttc
     1261 gaggaggccc ttgattatgc caagacaaac ctcttcatgg agggcagtgg tcacaccgcc
     1321 ggcatccact ccaacaatca agcgaacatc atcaaggccg gcatggagat ctctgtctcc
     1381 cgactgatcg tgaacgcctc ctgctccatc acggccggcg gatccatcca gaacggcctc
     1441 tccgtgacca ccacattagg ctgcggcaca tggggcaaca actccatctc tgagaacttc
     1501 acctacaagc atctgctgaa catcactcgc atcgcccaaa tctcaccgca tatccaaatg
     1561 ccgagcgacg aggaaatctg gcagatgaaa taactccacg cctccggaca tatacatatt
     1621 ccaatcgcaa catggatttc aatctgacca agcaggaaga actcttcctg aaaatgatcc
     1681 gcgagttcgc ggagaaagag gtggagcccc tagccgccga gatcgacgat cgagaacgct
     1741 tcccgatcga aaccgtcgaa aagatgggac gcatcggcct catgggcatc cccttcccca
     1801 cgaagtacgg tggagctggc gccacgaacc agatctactc gatggccgtc gaagagctct
     1861 cacgcgtatg cgccaccact ggcgtagttg tctcggcgca tacttcgctc tgcaccgccc
     1921 ccatttttga gttcggtacc gaagagcaac gcatgaagta cctgcccaaa ctctgctctg
     1981 gagagtggat tggcgccttc gggctgaccg aaccgaacgc cggcaccgac gctgcagcgc
     2041 agcagactac ggccgtgctc gaaggagatc actacgttct caacggcaac aagatcttca
     2101 tcaccaatgc cgagtacgga cacgtctaca tcattttcgc catgaccgac aaatcgctcg
     2161 gcacgaaagg tatctcagcc ttcatcgtgg agaagggaat gcccggattc caggtgggga
     2221 aaaaggagct gaagatgggt atccgcggat cggccacctg cgaactaatt tttgaagact
     2281 gcatcgtgcc gaaagagaac ctgctcggac gtatcggcga cggattccgc atcgccatga
     2341 agacgctcga cggcggacgt atcggcatcg cctcacaagc gctcggcatt gcccgcggcg
     2401 cactccaaga gacagtgaaa tacgtcaagg agcgcaagca attcggacgc tccatcagcc
     2461 aatttcagaa cacgcagttt cagctggccg accttagcgt agaggtagag gcggccgccc
     2521 tgcttgtgcg ccacgccgca tggatgaagg ataacggcat cccatactcc gccgctgcag
     2581 cacgcgccaa gctctatgcc tccgagacgg cgatggtagt cacccgcaag gccgtccagt
     2641 ttcacggcgg atacggctac acacgtgaat atcccatcga gcgcatgatg cgcgacgcca
     2701 agatcacgga gatctatgaa gggacatctg aagtgcaacg catggtcatc gcgtcgagtt
     2761 tattgaagta acccctatgc attaatagag aagagacatg aacatcatcg tttgcatcaa
     2821 acaagttccc gacacgacgg aaattaagtt agatcccgtc aagggcaccc tcatccgaga
     2881 aggcgtaccc agcatcatga accccgacga taaaggcgga ctggaactgg cgctgcgcct
     2941 caaagaccag catggcgcca cagtcacagt cattacgatg ggcccaccgc agtccgaagc
     3001 catcctgcgc gaagccttcg ccatgggcgc cgataaggct gttctgttga gtgaccgcaa
     3061 attcggtggg gcggatacat gggccacctc ctatacgttg tctgctgcgc tgcgcaaact
     3121 cgactacgac ctgatcatca ccgggcgcca agccatcgac ggagacacgg cgcaggtggg
     3181 cccgcagatc gctgaacaac tcgatctgcc acaagtatcc tatgtggaat cggtcgcttt
     3241 gcaaagcgac ggccgcaccc tgcatgtgcg caaagccacg gaggaaggct accaacgtct
     3301 cgaggcaccg ctgccctgtt tgctcactgt actggcttcg gccaacaagc cccgctacat
     3361 gtcggtccgc ggcatcatgg agacattcga ccgcgaaata gaatgcttag gcctggccga
     3421 cgtggacgtg gacgagacca agatcgggct caaaggatcg cccacacggg taatgaaatc
     3481 ctttaccaaa ggagctaaag ccaaggggca actgtatgaa gtggatgccg aagaagcggc
     3541 cgacattatt gtgcagaaac tgaaagagaa attcatcatc tgaacaaccg agaaacaatg
     3601 aataaagaag aatataaagg ggtctgcgtc tttgctgaac aacgggaagg gacgattcag
     3661 cccatcgctt ttgaactgct cgggaaagcg cgtgaactgg ccgatgtgct cggcgaggat
     3721 gtcttggccg tcctctgtgg gcagcacctt gacgaggccg cccgagaact gatcgccgct
     3781 ggcgccgacc gtgtgcttta cttggatcac gccgaattag acgactacct gaccgagcct
     3841 tatgcgcagg cgctcacgca agtgatccac gagcgtaagc cctccatcgt cctgatcgga
     3901 gccaccacta ttggtcgcga cctagggcca cgtgtgtctg cgcgggtgac aaccggactc
     3961 acggcagact gtacagggct tgaaatatca actgacgggg agcgaaacct gatgatgacc
     4021 cgccctgcat tcggcggcaa cctgatggcc actatcctct gtaaggagca ccggccgcag
     4081 atgtcgaccg tccgcccggg cgtaatgcgt caaaagccgc gcgactacac ccgctccggc
     4141 gaagtcgaac gcatgacgat tcacttcgac cgctccaagt ttcgcatcaa actcctcgaa
     4201 aaagtgagcg ttgagcgagc catggtcgac atatcagagg cacatgtgct cgtctccggc
     4261 gggcgcggcg taggcaccca cgaaggattc ggcatgctca ccaagttggc cgaaacgatc
     4321 ggcgccgaag tctcgtcgtc tcgtgcgatg gtcgatgccg gtgtcatcgg ccacgaacgt
     4381 caggtgggcc aaacgggcaa aactgtccgc cccgacgtct attttgcttt cggcatctcc
     4441 ggtgccatcc agcatttggc cggcatggaa gagtctgatt acatcatcgc tgtcaataag
     4501 gacaagttcg cgcccatctt ttccgttgcc gatctgggct tggtcggcga tctgcacaag
     4561 atcgtgcccg ccctgacgcg caagttggcc aaccggaagc cgacagaatc ctaaaagaaa
     4621 gtacagcctt cgcgcgctat gcgttgtgag ggtcgtatcg tctgaaattt ccattagtga
     4681 aaaggtcggg aaccatccgt tcccggcctt tctttatttc taacgatttg ccggggcgtt
     4741 tgcgcaggtt gcgctgggtc tcgcggcatt tgccggggcg tttgcgcagg ttgcgcaggt
     4801 ctcgcggcat ttgccggggc gtttgcgcag gttgcgcagg tctcacggta tttgccgggg
     4861 cgtttgcgca ggttgcgcaa gtctcgcggc atttgccggg gcgtttgcgc gggttgcgca
     4921 ggtctcgcgg catttgccgc ggcgtttgcg caggttgcgc aagtctcgcg gcatttgccg
     4981 gagcgtttgc gcgggttgcg ctgggtctca cggcatttgc cggggtgttt gcgcaggttg
     5041 cgcaggtctc acggcattca ctggagctgc tgggaaaaag tgtgctgaag tgagggattg
     5101 cttacgtcga actctcgtta gcgtagaggc cgaggaacgc ttcccggaga ggctcaagga
     5161 gacgtccatg aatgattttt tttccgacga atcagcgagc atgctctctc taatggagaa
     5221 ctttccggaa agatataaga cgcaatgttt tccggagtcg aaaactttat tctcgtacat
     5281 gacagaagga atttcccact ttcgtctact tttgtcccct gcaatacagc tcgaaaatgg
     5341 cttgaataaa ggcggaaagg catttaataa gtgccatcac aataaagtca ggtagatccg
     5401 gaagttgcac aaaacgtttc actcaatata catacacact acaccaacac aaaatggaga
     5461 catacatcac aaagcgaaat gggaagaagg tgctcttctc catcgacaag atcaagaacg
     5521 ccgtgcggaa agcctttctc tcggtcggtt gcttcccgac agaagacgat ctgacgtcga
     5581 tactcgggca tgtgcagatc acgaacggca tgtcggtaga agacatccaa aaccaagtgg
     5641 agacggcgct catgtccgaa cgttactatc gcgtggccaa gtcgtacatc ctttatcgac
     5701 agaagcacct cgaggatcgc gaggtgcgcg acaagttgac cttcctcatg aactactgcg
     5761 acgcgaagaa tgcagcaacc ggcagcaagt tcgacgccaa cgctaacgtg gagcacaaga
     5821 acatcgccac gctcattggc gagctgccca agcaaaactt catccgcctg aatcgccggc
     5881 tactcaccga ccgtctgaaa gaaatgtatg gcaaagagct atctgacaaa tacctctcgc
     5941 tgctcaacca tcactttatc tataagaacg acgagaccag cttagccaac tactgcgcca
     6001 gcatcacaat gtacccgtgg ctgatcggag gcacaaagtc tatcgacggc aactccacgg
     6061 caccgaccaa cctcaagtcc ttctgcggcg gcttcgtcaa catggtcttt atcgtctcga
     6121 gcatgctctc cggcgcatgc gccacgccgg agttcctgat gtatatggac tactttgtcc
     6181 gtcgggaata cggcgatgat taccaccgga acgtccatcg cgacgccgac ctctccctca
     6241 agcggcgcag catcgataag gtcatcaccg actgcttcga gcaagtcgtc tattccatca
     6301 accagcccac cggtgcacgc aactttcaag ccgtcttctg gaacatctcc tactacgacc
     6361 gctattattt cgacagcctc ttcggagagt tcatcttccc cgacggtacc cgcccgcaat
     6421 gggagtcgct cgactggttg caacgtcgat tcatgacttg gtttaaccgc gaacgcacca
     6481 agacggtgct caccttcccc gtcgaaacga tggcgctcct cagcgaaaac ggcgacatcc
     6541 gcgacaagga ttacgccgac ttcaccgcgc agatgtatgc cgagggccac tcctttttca
     6601 cctacgtcag cgacaacgcc gactcccttt ccagctgctg ccgattgcgc aacgagatcc
     6661 aagacaatgg cttcagctac acgctcggag ccggcggtgt ctccactgga tcgaaaagcg
     6721 tgctgacgat caacctcaat cgctgcatac agcatgcgag ccgcgaaaac atcccctaca
     6781 tgaccttcct tgaagacgtg atcgacttgg tgcacaaagt gcaactcggc tacaatgaga
     6841 atctgaagat gctccatgcg aaaggtatgc tccccctttt cgatgccgga tacatcaaca
     6901 tgagccggca atacctcacc atcggtgtta acggcttggt cgaagccgca gaatacctcg
     6961 gcatagagat cagcgacaac ccgcagtatg ccgcctttgc cggcagtgtg ctcggtttga
     7021 ttgagcgata caacaagcaa taccgcacca aagacgtgat gttcaactgc gagatgatcc
     7081 cagccgaaaa cgtcggcgtc aagcatgcca agtgggatcg cgaagacggc tacatcgtcc
     7141 ctcgcgactg ctacaacagc tacttctaca tcgtcgagga cgattcgctg aacctcatcg
     7201 acaaattccg cctccatgga cgccaataca ttgagcacct taccggcgga tcggctctgc
     7261 acgccaacct gagcgagcac ctctctcaag tgcaataccg gcaactcctg cgcgtagccg
     7321 ccatcgaggg ttgcaattat ttcaccttca atatccccaa cacgctctgc cgcgactgcg
     7381 gacacatcga caagcgctac ctcaaggctt gccccgaatg ccacagtgcg aatgtcgact
     7441 acctcactcg agtcatcgga tacatgaagc gagtgagcaa tttctctctt gggcgtcaga
     7501 aagaggcgtc gaagcgatac tatgaggccg cggacgcagg tgtggagaca gaggccgaac
     7561 tcgccgaaag cgaaatgtcg ttatgctgaa atacgtcagc tacgatgtcg tcttccgcga
     7621 aattcccgac gagacgacgc tagccctcaa catctccggt tgcccccacc gctgctccgg
     7681 ctgccacagc ccgtggctac aaagcgacgt ggggcaaccg ctgacagaca gtggactctc
     7741 ggcactgctc gatcactacg gcgctaccat cacctgcgta tgcttcatgg gcggcgacgg
     7801 ggagccggac gaagtggcac ggctggccac ccttatccgg aggacgacaa gtctgaaagt
     7861 cggttggtat tccggccgtg tcgccttgcc ccccaacttt cccttgcacc tcttccacta
     7921 catcaagctc gggccttaca tcgatcgcct cggcccgctc ttctctccta ccaccaatca
     7981 gcgcctctat cgcattactg ccgaaggtgc tatggtggcc ttttgagagc ctgtttggcg
     8041 tctatttcgg agaacattca gaggatgttt ctgggtattc cgttgcatca ttagacaagc
     8101 cttgagaaga ctagtgtgag gatggatgat ggacaaagac cagaaacgcc ccctcaggat
     8161 agccctgaaa taaattccaa acagcttctg aatgcttgat tcggtataca agtcattgcc
     8221 aatggatgga ggtttacacg tgggttctat gaaagatcat attttgctag tgagcgattc
     8281 actagcaaaa ctttcaattc tacagtttcg gcgagcgaca aaacgtcgtc acgacctcgg
     8341 cgagtgactc gtcagagatt gatttacctc aaactcacat taaatggcgg aagctgtaat
     8401 ccaagcacac cgctccatca aagagtccac gaacaatatg cacgtcaagc aatcaacagc
     8461 cgcatgaatg caagacatgc agtgatcaca agaaacacac cgggtatgta acggagcgtg
     8521 acgacggtaa tgcaagcaat cagcaaccgc ctgaatgcac ggcatgctgt aattgtaaga
     8581 aacattatag ggtatgaaac ggagcgtgaa gacagtaatg caagcagtca gcaaacgtct
     8641 gaatgcatgg tatgcagtga tcacaagaat cactgtaggg tttgtaccag agcgtgacga
     8701 cggtaatgca agacgtcagt ttgttcccac aaactgcgct tgctcccccg cccttaaggc
     8761 ccgagggaga gggccgtaat cacatccgtt ctcatcggcc cgaaccatag aataagcacc
     8821 acagaaaaga cctatctaca tggaaagaca ccccaatacg gaagacaaga agccgaacaa
     8881 gaccaccttt atcaaggtca gatgcacggc cgatgagaag gagcgaatcc gttcgagagc
     8941 cacgaacgca gggcggaagt actccgacta ctgccgcgag atgttgctca gcggatccgt
     9001 cattgccgtc cctccgatgg gcgacaacga gagggaggcc ctcgccatcc tccgtcagac
     9061 ggcactgttc tacgcgcaca tctctaacct gattaaggtc aaggacgcct cttgggtaga
     9121 cgccacgaag gcacttgcca cccacgccaa gatcgctttt aagcggttct tcagtcccca
     9181 ataccgcgtc aatgaagagg tatttaagcg cttaaatatc gaagatcatg atcgcaaagt
     9241 gtaaggccat cgcacacgga ggcaacgcgc tggagtacgt ttttcgcgaa ggcaaactcg
     9301 gccggattct cgccctccac aacctgtgcg gagaaatgcc gaaggagatc cacgaggaga
     9361 tgaagctgat caacgactac aacagccgct gcaaaaacaa gttcttgcgc atcgaaatcg
     9421 gtatcgcccc aaaggacgag ccgcggatga cgttcaagac tctgaaccgt ctcgccttgc
     9481 tctttgtcaa acagatgggg ttaaacgatc accaatgggt agctgtcacg cataaggaca
     9541 ccgacaatct gcatatccac atcatcgcca attggaccag cctcggtgga aaggtctacg
     9601 acaccacttt cgtgagcaat cgagcggcga gagtggccga agaactcagt cgcaagcatg
     9661 ggctgaccat cgccaacgaa gtccactccg cgcgaccgca ccggaaagcc caagccaatc
     9721 cggcaagaga acgcacgaag caacaagtgc ggagcatctg ctacgccctg ctcgagaagc
     9781 accgaggaaa aggcctgtcg ggtcactcca tgttcctcta tgaactcaac cgaagcggcg
     9841 tcatgatcga ccgcatgaaa aacaaacagg ggaaagtcta cggactgaag tttacctacg
     9901 acggccacag tttcaaggcc tccgagatcg gccgtgagtt cggctaccgc accctgccga
     9961 aacaattcga gtccgacaac acactgaagc caatcattat tccatcaagc cattcctcca
    10021 tgatccctac gaaagacagt acccctatca tacaagtaac aggttccgtt ttagatgccg
    10081 cggaaaacct tctttcggag gttggcgaag tcacaaccct gcagacacac ggcgccgact
    10141 acgccgagat cgcatggcaa cggcgattaa gaaaccaagc cgggaaaaag aagaagcggg
    10201 ggcggggaat ataatgttag acgttcatcc gctccatcca tcccgacctt tcccaaaccg
    10261 aaagccaaat cgagagaatc gcgtcaaaaa cgcctgtttt tcaaatagtc atagtaacat
    10321 tgcactctca aatgacaagc gccctttgtt tgtgcagatt ccagcaacct caagcgcttc
    10381 gctcgtttcc acttcgttac ctatccaatg cctacgaccg actaacttct tcttttacag
    10441 aggaatattt ccgaatagtt ttctccgtca tcaaaatttg atcacacaac ctacttttca
    10501 tcgactggat gaagtccacg tgcctcgcac gccacacttt ttacctcgcg cgccatgttt
    10561 tttcactctc gtacctttgc ggcgcatttg ccacacacgt aatgacgaag aaattcaaag
    10621 gttttttgct ctatgtcggg ttgatcgtgc tcttcggcgc atcgatgtac ctcatcatcc
    10681 gcgaaggtca ggcgcaccaa ctcgtctccg actcggccga ctcgacccac gcgccgcaga
    10741 acctcgtcga gggcttcagc gtcttcctcg cgctcatggc cgagcacatc cactcgtcct
    10801 tcggcctgct cctcttgcag atcatcatca tcctcatcac ctgccgcatc gtggggctgc
    10861 tcttcaagcg catcgggcag ccgatggtcg tgggcgaaat cttggccggc atcctgctcg
    10921 ggccgtccgt cctgggccgg ttcgcgcccg acttctccca gttcctcttc ccccgagaat
    10981 cgctgggcaa catcaacctc ctgagtcagt tcggactcat ctttttcatg tacaccatcg
    11041 gcatggagct cgacgtcgac gccatccgta agaagctgcg cgagacggtg atgatcagct
    11101 acacctgcat gttcttcacc ttcttctgcg ggctcctggc cgcctacttc atctacgatc
    11161 gctatggccg cgaggtgccc ttcctgccct tcgcgctctt catcgccata acgatgagca
    11221 tcaccgcctt ccccgtcttg gcgcgcatca tccaggagcg ccgcctgaca cgcacacacc
    11281 tcggcaccgt ggctctggcc gcggccgcca acggcgacgt cacggcctgg tgcctcctgg
    11341 ccatcgtcgt ggccatctcg caggccggca ccatgctcgg cgccgtctac aatatcttat
    11401 tcgccgccgt ctacctgctc atcatgttca ccatcgtcag gcccctgctg cgcatggtcg
    11461 gcaacctcta ccataacccc gaggtgatcg gcaaacccct cgtcatgctc atgttcctcc
    11521 tgctgctcat ctcgtcttac ctcaccgaga tagccggcct ccacgccctc ttcggcgcct
    11581 tcgtggcggg gctggtcatg cccgaaaaca tacgcttccg caagatcatg accgagaagg
    11641 tggaggacgt ctcgctgatc atcttcctcc cgctcttctt cgtctcaaca ggcctgcgca
    11701 cggagatcgg actgattgat tcggccgaaa tgtggctcgt ctgcttcggg ctcatcctcg
    11761 tctccacgat cggcaagttc agcagcgcca tcctctccgc ccggatcgag aaagagagtt
    11821 ggaagaacag cttcctgctc ggggcgctca tgaacacaca cggcctgatg gagcttatcg
    11881 ccctgacgat cggttacgag atgcacatcc tgccgcctcc ggtgtttgtc atgctcgtac
    11941 tcatgacact ggcctcgacc ttcatgacca cgcccctgct cagcctcatc aacttcagct
    12001 tccgcaccgg cgagcgcctg cgtctacggc gcacagagac ggtcggccaa gggcccttcc
    12061 gcgtactcat ctccttcggc cgcgccggca gcggccccgt cctgctcgac gtcgccttcc
    12121 gtatgttcgg ccgtggcgac acgaagatgg acctcaccgc cctccacctc accgtcggtt
    12181 cggacatcaa tccgctccac acggccggct tcgagcaagt cagcttcgag cctttcatcc
    12241 gcgaagccaa acgcctcaac ctacgcgtct ccacccgcta cgaagtctca aacaacgccg
    12301 gcgatacgat cgtgagtctg gtcaacgacg agccgttcga cttcctgctc gtgggtgccg
    12361 gcatcgccat gagcaacctg ccgaccgaca ttgaggcacg ccgcatccgt aagtcgctct
    12421 tctccctcct cggtggcgcc cgagtgcaag aacttctctc gcccggatcg ctcatccacg
    12481 ataagacgcg ctacttcatc gagcacagcc gctgctccgt gggcgtcttc gtcaaccgcg
    12541 gcttcacccg cgccgaccac ctcatcgtcg ttatcgattc cgaggccgac ctcccgcttt
    12601 tgcattacgc ccgcgtcctg ctacgctcca cccacggcac cgccgccttg ctccaccgtc
    12661 gaccgtccga cgacgcctct cccacgccgg acaccgtggc ccgtgagctg gagtccttca
    12721 tcgcccacac cgagaatgtc cacctgcttc ccgagcgcga cctcacccgc gaatcgtttg
    12781 ccgaagcaga ctttatgctt gtcggttacg ccacctggaa cgtcatctcc gacgtctgcc
    12841 gcgaacccct ccgacaaatg ccttccacgc tcatcatcca tcaccgccag cggtaggcca
    12901 ctctccaact tcacaaaacg agcggacacc tcattcgccc caacaaaacg aataggcaca
    12961 tcgatccgtc cctacatata aatacgtata actacccggg caaagcccgt aactatcccc
    13021 atatgataca acccgattac atttttgaat gcagctggga agtctgcaac aaagtaggcg
    13081 gcatctacac cgtcctatca actaaagcgc gcaccctgca acaacagttc cccgaccaca
    13141 tcctcttcat cggccccgac ttggggcatg ccggccaagc cgccgagttc gacgaagaca
    13201 ccacgctcta cgccgactgg cgacgcacca ttgccgaaac cggactcccc gtgcgcatag
    13261 gccgatggcg cgtgcccggc gctccgcttg tcatgctcgt cgactaccgc caactcttca
    13321 gtcacaaaaa cgaactcttc tacgagatgt gggaatcgtt cggcgtcgac tcttcgcagg
    13381 cctatggcga ctatgacgag tcgtgcatct tcgccgccgc cacggggcgc gtcatcgaga
    13441 gcttctaccg attccaccac ctggagagcc aacgcgtcgt ggcccacttc gacgagtgga
    13501 tgctgggctt cggcctcctc catctgcgca aatacacgcc gcgcattgcc accctcttca
    13561 ccacacacgc caccaccatc ggccgctcca tcgccggcaa caacaagccg ctctacggct
    13621 acatgtctgg ctacaacggc gacggtatgg cggccgagct gcacgtcgag gcgaagcatt
    13681 cggtggagaa aaaggcggcc cactttaccg actgcttcac gacagtaagt gagatcacgg
    13741 ccgtagagtg tcgccagctg ctcgacaagg cgccggacgt agtcacgccg aacggcttcg
    13801 agcccgactt cgtccccacg cccgaccgct atcccgcccg acgcgccgac gcccgccagc
    13861 gactgctccg cgctgcctca gcgctctacg gccagacgtt cgactcggac gacacgttcc
    13921 tcgtctccat cagcggccgc tacgagtatc gcaacaaggg catcgacgtc tttatcgacg
    13981 ccatgaaccg cctgcgcaca tcggccgacc tgccccgcgc ggtcgtcgcc ttcgtgctca
    14041 tcccggcctg ggtctatgcc ccgcgtgccg acctgaaggc tatccttgag cacagcgctc
    14101 ccacgactgc accgctgccc acccccttcc tcacccactg gctgcaccgc atggacgacg
    14161 accgcgtctc gaacttcatc ctccacgccg gcttcaacac caccgacggc gaacgcctga
    14221 agatcgtctt cgtaccctgc tacctcgacg gccgtgacgg gatcttcgac acgccttact
    14281 acgacctcct catcggtatg gacgccacgc tctacccctc ctactacgag ccttggggct
    14341 acacgccgct cgagagcgtg gcctttggca tccctacggt cacgaccaac ctggccggct
    14401 ttgggcgttg ggcgcagacc gtcgtcagtg ggcgcgacat caccgagggc gtggccgtcg
    14461 tccatcgcac ggacgacaat tacgccgccg tagtcgacga gtcggccgac gccctgctca
    14521 ccctcatgcg tcgctctgac gccgatcgcc gcacgatcgc cgcgcgctgt cagttcctcg
    14581 ccgcccgcgc cgagtgggaa cgcttcatca cgtattacta cactgccttc gatcacgccc
    14641 tcaccgctgc cgtccgccgg gccgacgcat agggcgactg gatcgccaga ggcgccgttc
    14701 gatgggcgca tcgcgctggc aggccgcctg ccaacatcgc ctgagagtcc ggtgactctg
    14761 gcaggccgcc tgacaccatc accaaagact ccgatggccc tggcaggcgg cctgacaccc
    14821 ttaccaaaga ctccggtagc cctggcaggc ggcctgccaa cttcaccaaa gactccgata
    14881 gtcccggcag gcggcctgcc agcctcacct aagggtcggg tagttttggc aggcggcctg
    14941 ccagacatcg cccaagggtg cgaggccatt tctaaggccc ctacctcgtc ttcctcctcc
    15001 tcgttttcgt ttttcacact tcacttttcg tttcaatgac acactactac cccctccgcc
    15061 tggccaccct caccgcggcc tgcttcctta tttacacatc ggccagtgcc acgcccatcg
    15121 tgacagacga caacaccgcc gtccgcgacg aaacggacta cacgctgtcg ctccgcccgg
    15181 ccgtctccga acgtctcttc atctccaaag ccatcgagaa agaaatcgtg cgcatcaaac
    15241 ggatgatcac gaacgagaag ttggcttgga tgttcgaaaa ctgcttcccc aacacgctcg
    15301 acaccgccgt ccactttagc gccatcgatg gtgacgacga caccttcgtc tacaccggcg
    15361 acatccacgc catgtggctc cgcgactccg cctccgaggt ctggccctac ctggcttttg
    15421 tcagcaaaga cgacgagctg cggcagatga tccgcggcgt catcctccgc cagttcaagt
    15481 gcatcctcct cgacccctac gccaacgcct tcagcgacgg cgccgaaaac agtgaggtct
    15541 acgagcgtcg ttgggagctg gactccctct gccactgcct gcgcttagct tatgcctact
    15601 ggaaggagac cggcgacaag agcgtcttca ccgacgggag atggcagaaa gtcatgcagc
    15661 tcgtcctccg caccttccgc gaacagcagc gcaaggacgg cccggatccc tacgccgccg
    15721 actcgctcat agaccatcac agcctccgcc ccgtgcgccc cgtcggactg atcgcctccg
    15781 ccttccgccc ctcggacgac ccggtgacac tgcccttcat cgtcccctcg aatttctttg
    15841 ccgtcagctc gctccgtaag gcagccgaga tcttgagcaa ggtgaataag gacgcgaaga
    15901 cggccgacgc ctgcaagacc ctggccaacg aggtggagga ggcactgcgc cgctacgcca
    15961 ccgtggagca ccccgtctac ggccgcatct acgcctatga ggtggacggc ttcggcaacc
    16021 gcctgatgat ggacgacgcc gatgtgccca gcctcctggc catgacttac ctcggcgacg
    16081 tacccgccga cgatcccgtc tacctcaata cgcggcgctt cgtctggagc gaagacaacc
    16141 cctacttctt ccacggcaac tccggcgaag gcatcggcag ctcgcgcacc ggcaacgaca
    16201 tgatccgccc catgtccctc ctcgtccgcg ccctcacctc caccgacgac aacgagatcg
    16261 ccgcctgcct ccgcatgctg atcaccaccg acgccgagac cggtttcatc cacgagtcct
    16321 tctataaaaa cgaccctaag cgttacaccc gctcctggtt tgcccgccag aacagcctct
    16381 tcggcgagct aatcgtcaaa ctcgtccgcg acaagaagat cgagctgctc aacgatttgt
    16441 aagggacgaa aggatgtggc cgatacgcta tagtttcacc tacccccctc cccagctgtg
    16501 acaaaatgtc agttgtaaat actcttcacc ctacgccgcg ctttggcacg ccgtttggag
    16561 aatgggacgg cgaatcgccc gaaagggcat ccaaccaacc agaatttcaa atagtaaaaa
    16621 cagatataga acatgggaaa gattattggt atagacttag gaacaaccaa ctcgtgtgtc
    16681 gccgtattgg aaggcaacga gccggtagtg attgcgaaca gtgagggtaa acgcaccacg
    16741 ccttccgtgg tagctttcgt agaaggtggc gaacggaaag tgggcgatcc ggctaaacga
    16801 caggccatca ctaacccgca gaaaacgatt ttctcgatca agcgtttcat gggcgagacg
    16861 ttcgatcagg tacagaaaga aatcgcccgc gtaccgtata aggtagtgcg tggcgacaac
    16921 aatacgccgc gtgtcgacat cgacggacgg ctctacacgc cgcaggaaat ctcggccatg
    16981 atcctgcaaa agatgaagaa gacggccgag gattatctgg gtcaggaggt gtcggaggcc
    17041 gtgatcacgg tgccggctta cttcagcgac gcacagcgtc aggccaccaa agaggccggc
    17101 gagatcgctg gcttgaaggt gcgccgaatc gtcaacgaac ctacggccgc atcgctggct
    17161 tacggtctcg acaaggcaaa caaggacatg aagattgccg tcttcgacct cggtggcggt
    17221 acgttcgata tctccatctt ggagctcggc ggcggcgtct ttgaggtgaa gtcgaccaac
    17281 ggcgatacgc acctcggcgg cgacgatttc gaccacgtca tcatcgactg gctggccgag
    17341 gagtttctca aggacgaagg cgtagacctg cgcaaagatc cgatggcgct gcaacgcctg
    17401 aaggaggctg ctgagaaggc taagatcgag ctctccagct cgacgagcac ggagatcaac
    17461 ctgccctaca tcatgcccgt ggacggtgtg cccaaacacc tcgttcgcac cctgacccgc
    17521 gctaagttcg agcagctggc cgacacgctg atcaacgcct gtctggagcc atgcaagcgc
    17581 gccctgtcag acgctggcat gtcgacgtcg gacatcgacg aggtgatcct cgtgggcggt
    17641 tcgacacgta ttccggccgt acagcagtta gtggagaagt tcttcggcaa agcaccgtcg
    17701 aagggcgtga acccggacga agtcgttgcc atcggcgcag ccattcaggg cggtgtcctc
    17761 tcgggcgacg tgaaggatgt ggtgctgctc gacgtaactc cgctgtcgct cggtatcgaa
    17821 acgatgggcg gcgtgatgac gaagctgatc gaggctaaca caacgatccc cacgaagaag
    17881 tcggaagtct tcactacggc tgtcgacaat cagccctcgg ttgagatcca cgtcttgcaa
    17941 ggcgagcgtt cgctggccaa agacaacaag tcgatcggcc gcttccacct cgacggtatc
    18001 ccggccgcca tgcgcggtgt gccgcagatc gaggtgacgt tcgacattga cgccaacggt
    18061 atcctcaacg tctcggccaa ggacaagggc acgggcaagg tgcagagtat ccgcatcgag
    18121 gcctccagcg gtctgagcga cgacgagatc cgccgcatga aggacgaggc cgcggccaac
    18181 gccgaagcgg acaagaagga aaaggagcgc atcgacaaga tcaaccaggc ggatagcatg
    18241 attttccaaa cggagaagca gctgaaggac ctcggcgaca agttgccggc cgacaagcgc
    18301 tctcagatcg agactgcgct gggcaagctc aaggatgcac acaaggcgca ggacctggct
    18361 gccatcgaca cggccatcgc cgagttgaac aacgtcttcc aagccgccag tcaggatctc
    18421 tacaatgcgc agaacgcgca agctggtggc gccggtcagc cctcaggcaa cgcctccgcg
    18481 ggcaatgcct cgaacaacga cggcggcgta acggatgtag actttgaaga agtgaagtaa
    18541 ccctcgcgat ccatctctta gagagcgtta ttcgtaccat catacaagtg tgaggaattc
    18601 gcagtcggcc cggtaatacg gtgcaggctg cgatttctgt gtttagaaaa agagagagga
    18661 tatgaatgaa gtaaaaagaa gaagttgcct aagtgcaggc atattagaaa ggatcagcat
    18721 aattctcgca gatgataagg tgttatctca ttcagatata aatcgctttt tgctacaagc
    18781 tgatttagaa ccccagccca agacctcatc aaagcgccat agactattca aagcttttgc
    18841 tgatttccag aataaaaatc agtgctcaaa tcatattctc aaattcatcc aacttgtcgt
    18901 ttctccgaat agatatgtag acaagatgga tgaatttgag tctctcagag cttcaattaa
    18961 taagcaattg gcttttgtcg gatatgaatt gagtgaaaat ggtaattaca ggcaggtaca
    19021 aaaggctaat accatatctg aagcacaaca gagaaccaac aatttgaaga aaaaactcga
    19081 tggcagaaat gctcacaagg aactcttcaa atactgcaca gctgattttt tacagaacga
    19141 ctatttcggt tccgtctttg aagctcacaa agggttgttc caacgaataa gagaaatatc
    19201 cggtgttcaa actgatggga acactcttat tgagtctgtt ttctgtgata agaatcctat
    19261 actcttaatc aacgacaggc gttctccttc agaaaagagt gagcatcgcg gattttgtaa
    19321 tctgctgaaa ggcctctgct ccatgttcag aaaccctgca gcccatgagc ccaaaatcca
    19381 ttgggaaata tcagagcagg atgcgttgga tatacttgga attatctcgt attgtcatag
    19441 acgtttagac aaggcgcaac aaatcaggtt gccctaataa gaagtgaaac gatttaccgt
    19501 caggctgtag gggcgtatcg aatacgcccc cccaactacc ccacgtttgc gcaagccgcg
    19561 caagttccgc ggcatttgcc gagacgtttg cgcaggctgc gcaagttccg cggcatttgc
    19621 cgagacgttt gcgcaggttg cgcaagttcc gcggtatttg ccgagacgtt tgcgcaggtt
    19681 gcgcaagttc cgcggcattc accaagacgt ttgcgcaagc cgcgcaagta ccacggcatt
    19741 taccgagacg tttgcgcagg tcgcgctggg ttccgccgca tttcctgaga cgtttgcggg
    19801 attcccgcaa acgccaaaaa gtttctcgag acgcttgcgg gactcccgca aacgccaaaa
    19861 agttttccga gagacttgcg ggactcccgc aaacgccaaa aagtttcccg agagacttgc
    19921 gggactcccg caaacaccaa aaagtttttc gagagacttg cgggactccc gcaaacgcca
    19981 aaaagtttcc cgagagactt gcgggactcc cgcaaacgcc aaaaagtttc ccgagagact
    20041 tgcgggactc ccgcaaacgc caaaaagttt tccgagagac ttgcgggaac tctgcatcga
    20101 gagcctatct gtctgaatga gagaatgtta cctgtaatgt gaaagggaat aggtaacgat
    20161 taggtaatga gctaagtgct tcgacctgct ttgttcatgt ataacagaga acactcgctt
    20221 tctgcccgca aagatagttt tccctcgtga gaacgttgcc gttttgctgc gactttcata
    20281 tgcgcagaac actacaatct tctctcgatt gctctttggg tgccctattc gtgaccaacg
    20341 aaagcaggtg taaacggtct tttccccata gtcataacgg tcaaatgtcg tgaaacgaca
    20401 aggtagatta tctctatttt accacgtaat gtattgatag taaagttgtt aatcaatcca
    20461 tgcgggatgc ttctcttttc aaatcacgca atctcttttt ctctgcagtc tcatacccct
    20521 cttcatgtgt cacggtgcac gtcccccttt aaggggggac gtgcccgtgc acccagaagg
    20581 ggtttgaata ctgcaccccc aagatgaagg caaaaatcag gatgaggtct gtcatc
//
LOCUS       SEQF2638.1|AYYF01001476.1 541 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..541
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ttggataggt aacgaagtgg aaacgagcga agcgcttgag gttgctggaa tctgcacaaa
       61 caaagggcgc ttgtcatttg agggtgcaat gttactatga ctatttgaat tacaggcgtt
      121 tttgatgcga ttctctcgat ttggctttca gtttgggaaa ggtcgggatg gatggagcgg
      181 atgaacgtca aacatcatat ccccctccct cgcttcttct ttttcccggc ttggtttctt
      241 aagcgtcgct gccatgcgat ctcagcgtag tctgcgccgt gtgtctgtag agctgtgacc
      301 tctccagtct ccgaaagaag gctttccgca gtgtctaaag cggatcttgc gacttgtgca
      361 ataggggaat catttgttgg ccggagggag gaatggcttg atggaataat gattggcttc
      421 agtgtgttgc cggactcgaa ctgtttcggc agggtgcgga aaccgaactc acggccgatc
      481 tcggaggcct tgaaactgta gccgtcgtag gtaaacttca gcccgtagac tttcccctgc
      541 t
//
LOCUS       SEQF2638.1|AYYF01001477.1 12898 bp   DNA    linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..12898
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             297..452
                     /locus_tag="SEQF2638.1_01659"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFLDVDCIKRRSFGKQRLIGGLNGKKEVVQSSIDFDRLAALPVH
                     PAFARVP"
     CDS             complement(1297..3852)
                     /gene="tolB"
                     /locus_tag="SEQF2638.1_01660"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_00671"
                     /codon_start=1
                     /transl_table=11
                     /product="Tol-Pal system protein TolB"
                     /translation="MMKKNLMMRKMQVALLLASYVTVGFAQGETLKKIVATTPLEVRA
                     PLMVDPAKDAKDPFGADKLLKLGLTIPEQTGFTQKYDADADGFFRVGKVAQGASVQLF
                     AFYVRGDRYGNVKVTVTTPDLAELFVNGKSVATKTTSEDGRKEAKELSTTLTPYPETD
                     RVVVKLLRPAGAKAEPVIKVALEPDSTEKDMKLSTWESGKRPIELNDAIKGKRVYDTK
                     VSPKGNYVLMTYTYNHGETSTYPKELYSIKTGRRVTIAPNNDKHALGWMPRSERLFYL
                     SKDDGNVANLITIDPETLEEKVMARNVPYEWVTFSPDEKALFYSKGDEPKKTEDVYRM
                     QTVTDRSGGAVPLTFIYRYDLGTGLTTQLTFGDRTATLNDIAHDGQSILFTITDETIT
                     EQPFTVNSHYRLDLRTMRVDTLCAREAHTTEALFSPDGRKVLFLGDPEAFGRIGLNVG
                     QGQTPNSFDVQAYLMDVATKKVEPLTRDFNPSISKAKWSGDGRTIYFEVADEDHVYVY
                     AYDVAAKKFNRLPSEEDVVNAFDVANQAPVMAYSGEGLMNSTRAYVYDLNTKKTTRIA
                     DPYAEHLAQLKLQPVKDWNFTNSDGQEIKGFYYLPPDFDPNKKYPMIVFYYGGTLPNA
                     RYFGGRYPMHVYASLGYVVYELQPSGAIGFGQKFSALHVNAWGKRSSDDIIEGTRKFI
                     ADHPFVDGKKVGCIGASYGGFMTMHLQTRTDLFAAAVAHAGISSIAGYWGEGHWGYSY
                     STAASAGSYPWNNKALYVDQSPLFNADKINTPILLINGTSDTNVPPGQSVQMYVALKI
                     LGKPVELVQVKGEDHFIMDYNKRVKWTRSILAFFDRWLKGQPAWWNSMYDPKP"
     CDS             complement(4124..5305)
                     /locus_tag="SEQF2638.1_01661"
                     /inference="ab initio prediction:Prodigal:002006"
                     /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             complement(5492..6379)
                     /gene="rffH"
                     /locus_tag="SEQF2638.1_01662"
                     /EC_number="2.7.7.24"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P61887"
                     /codon_start=1
                     /transl_table=11
                     /product="Glucose-1-phosphate thymidylyltransferase 2"
                     /db_xref="COG:COG1209"
                     /translation="MKGIVLAGGSGTRLYPITKGISKQMIPVYDKPMIYYPISVLMLS
                     GIREILVISTPQDLPAFRRLLGDGSDWGVRFEYAEQPSPDGLAQAFLIGADFIGNDDV
                     CLVLGDNIFYGQSFTRMLKSAVFNATDKQNATVFGYYVNDPERYGVATFDTQGNVLTI
                     EEKPQHPKSNYAVVGLYFYPNEVVEVARHVKPSARGELEITSVNQAFLDKHRLKVELL
                     GRGFAWLDTGTHASLAEASTFVEVIEKRQGLKIACVEEIAYRQGWIDAAQLERNATPM
                     AKNPYGQYLLNLLKGEKQR"
     CDS             complement(7176..8462)
                     /gene="nqrF"
                     /locus_tag="SEQF2638.1_01663"
                     /EC_number="7.2.1.1"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q56584"
                     /codon_start=1
                     /transl_table=11
                     /product="Na(+)-translocating NADH-quinone reductase
                     subunit F"
                     /db_xref="COG:COG2871"
                     /translation="MVLLEISGLTIGASVAVFLIIVLLLVVLLLVAKAKLMPSGNVKL
                     TVNGEKEIETPIGGTLLGALQSGNIFLSSACGGGGKCGQCRAQVIEGGGDILPTEKVF
                     FSRKQMKDHWRLACQTKVRNDMTVQVPDEVFGVKEYECTVVSNKNVATFIKEFIVALP
                     PGEHMDFIPGSYAQINIPKFSMDYNVDIDKDSIGAEYLPAWEKFGLFTLKCRNDEETI
                     RAYSMANYPAEGDRFMLTVRIATPPFKPKPQVGFMDVMPGIASSYIFTLKPGDKVKMS
                     GPYGDFHPIFNSKNEMIWIGGGAGMAPLRAQIMHMTKTLHTRDRKMSYFYGARALNEV
                     FYLDDFLAIEKEYPNFSFHLALDRPDPAADAAGVKYTAGFVHNVLHDTYLKDHDAPED
                     IEYYMCGPGPMSKAVEGMLDSLGVPPENLMFDNFGG"
     CDS             complement(8495..9112)
                     /gene="nqrE"
                     /locus_tag="SEQF2638.1_01664"
                     /EC_number="7.2.1.1"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q9X4Q7"
                     /codon_start=1
                     /transl_table=11
                     /product="Na(+)-translocating NADH-quinone reductase
                     subunit E"
                     /db_xref="COG:COG2209"
                     /translation="MDNLLSTFIRSIFVDNMIFAYYLGMCSYLAVSKNVKTALGLGLA
                     VTFVQVCTLPINYLLENYVLKEGALAWLGAGFQDVNLSFLAFILFIAVIASFVQLVEM
                     VIEKFAPALYSSLGIFLPLIAVNCAIMGGSLFMQQKAFDNVGIATVYGLGSGIGWMLA
                     IVGMAAIREKLAYSDVPKPLRGLGIAFILTGLMGMAFMCFSGFKI"
     CDS             complement(9152..9778)
                     /gene="nqrD"
                     /locus_tag="SEQF2638.1_01665"
                     /EC_number="7.2.1.1"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q57095"
                     /codon_start=1
                     /transl_table=11
                     /product="Na(+)-translocating NADH-quinone reductase
                     subunit D"
                     /db_xref="COG:COG1347"
                     /translation="MGLSAKNKEILFNPLSKDNPVIVQMLGICSALAVTVKLQPALVM
                     AISVTAVVAFANVIISLLRKTIPNRIRIIIQLVVVAALVTIVNEILKAFAYDVSKQLS
                     VYVGLIITNCILMGRLEAFALGNKPWESFLDGVGNGAGYGIILVVVAFVRELFGSGTL
                     LGFRIIPQAVYDAGYVNNGLMIMPPMALILCAVIVWIHRARNKDLQEK"
     CDS             complement(9785..10480)
                     /gene="nqrC"
                     /locus_tag="SEQF2638.1_01666"
                     /EC_number="7.2.1.1"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0C6E0"
                     /codon_start=1
                     /transl_table=11
                     /product="Na(+)-translocating NADH-quinone reductase
                     subunit C"
                     /db_xref="COG:COG2869"
                     /translation="MATKLNTNGNGYTVIYATVMVVVVALLLAFTSQALSSAQKANQD
                     NDKRQQILRAVNVSVPASEAEAKYKELIKEAFLVDADGNRVDGDAFSDDVKKQFARGV
                     FPVFVATVDGQTKYILAMRGTGLWGPLWGYMSVNDDCNTVFGADFSHESETPGLGAEI
                     VQKAFSGQFAGKELFKDGAFKSIAVVKHGNKADGQDYVDGISGGTITSNGVNAMIQTS
                     LGHYAGFLTKQKQ"
     CDS             complement(10503..11690)
                     /gene="nqrB"
                     /locus_tag="SEQF2638.1_01667"
                     /EC_number="7.2.1.1"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q9KPS2"
                     /codon_start=1
                     /transl_table=11
                     /product="Na(+)-translocating NADH-quinone reductase
                     subunit B"
                     /db_xref="COG:COG1805"
                     /translation="MKALRNYLNKIKPTFEEGGRLSMFRSVFEGFETFLFVPSDTSQS
                     GVHIHDSIDSKRTMTVVVIALIPALLFGMYNVGYQHNLAIGAEQLFWPAFLFGFLAVL
                     PKIIVSYVVGLGIEFAVAQWKKEEIQEGFLVSGMLIPMIVPVDTPLWMIALATAFAVV
                     FAKEVFGGTGYNIFNVALVTRAFLFFAYPAAMSGDKIFVRTADTFGLGAGSVVDGFSG
                     ATPLGIASTATSGTGYPAFSMDMITGLIPGSIGETSVIAIAIGAVLLLWTGIASWKTM
                     LSVFVGGALTACMFNAIGMENNAMANMPWYEHLVLGGFCFGAVFMATDPVTSARTERG
                     KWIYGFLIGFLAICIRVLNPGYPEGMMLAILMMNIFAPLIDYYVVDANIKRRAARLKQ
                     TAN"
     CDS             complement(11719..12897)
                     /gene="nqrA"
                     /locus_tag="SEQF2638.1_01668"
                     /EC_number="7.2.1.1"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q9KPS1"
                     /codon_start=1
                     /transl_table=11
                     /product="Na(+)-translocating NADH-quinone reductase
                     subunit A"
                     /db_xref="COG:COG1726"
                     /translation="MWDKVHPEIRLVAPVSGEVTAVHRGEKRKVLSVVVRPDGSSDSE
                     PFDAPKSPATAEPEAIRTLILQTGIWPYIKQRPYDRVADPTVTPRDIFVSALDTAPLA
                     PDFDYVVNGQEDTLQAGLAALARLTPGRVYLGVRRGSPLRNMQGVEVVELEGPHPAGN
                     VGVIINHVKPVNKGETVWTLRAADVLFIGRLFTAGRIDFTRTVALVGSEMTERGYVKA
                     IVGCRINSLIEERTKPNLAALRIISGNVLTGHKVDPATGWLGAYDTQITAIPEGNDVN
                     EFLGWGMPGLGKYSMSHSYFSWLMGSKKEYTLDARIKGGRRAMIMSGEYDRVFPMDIY
                     PEYLLKAIIAYDIDKMEALGIYEVAPEDFALCEFVDTSKIEIQRIVRGGLDLLYKEMN
                     "
ORIGIN      
        1 agtttacaaa ccttcttgat aaggacgatc atgttatagc aagtgctctg tttcagcccc
       61 acttctccgg ttacatactg ctcgaattgc ttgatgaagt cctccatgag ctgcgagaaa
      121 gccaaatcgg aagcgttgta cttcgtccga ataaacttct gcaattgcac tcttgtctga
      181 cggtacgcgg ccaaagaatt ttccttgatg tctacaccga cacgatcctt catgtcctcg
      241 atcaggccgt cgaaccgttc caatagcatg gttcgactct gcacgctacc ctggaaatgt
      301 tccttgatgt cgattgcatc aaacggcgat cctttggcaa gcagagactg ataggaggcc
      361 tgaacggcaa gaaggaggtt gtccaatcgt ccattgactt cgaccgcctc gcggctcttc
      421 ccgtccaccc ggctttcgcg cgggttccat agatcggagt tgcaagacag cttgcaactg
      481 aactgtgcaa tggaacgtcc cagcgtgatg cgtcccatga tcggcgcctt gcccgacctg
      541 tcgcgactgc tctttttgag gtagagcaac accttcattt tcttgtcatc catacgcttt
      601 gaaaactgtg ggcaaaatta cccggttcaa agcgcccgtt acctgtgcag attcntgtat
      661 atcaatgcaa aaaacacctt gtgtgagaaa ggctcagtta cctgcttttg caccatcgtt
      721 acctgtcgcg gggcggggta atgctttggt aactgaactt ctgcttaaga ccgcactttt
      781 ctgcctttta cactctatgc aatcagaagc agatccgttc ctttccgcct aattatcagc
      841 ccacttgctt caacctcgga gcttctgctt ttgaagggaa tagttgatca cggatgagca
      901 gtaagaagct ggtgcacgaa caaaatttga tgacgaatga gcaaggagga gctggcgcgt
      961 gaacaaaatt tgatcacgca caggccagaa gggaggattt aagggtgtgt ttgatggaaa
     1021 gatcaggagg aggcacaggg gagacggctt ccaaaaacgg agccagcccc gccggaggtg
     1081 atccgacaag gctggctcta tttttgtgac aatacggcgg gggcgttttg cctccgttaa
     1141 tcccttatac acttatagat atgtggcagg aaatcattgt cattctgatt ggcctagcgg
     1201 cgtttggtgt cgtaggctgg aggttatacc gattctttac ggggcgtggc aacgcgggct
     1261 gcagttgctg ctcgggttgt gaggccgcgg aggtggtcaa ggcttcgggt catacatgct
     1321 gttccaccaa gccggctggc ccttcaacca gcgatcaaaa aaggccagaa tcgagcgcgt
     1381 ccacttcaca cgcttgttgt aatccataat gaagtggtct tcgcccttga cctggaccag
     1441 ctcgacgggc ttgccgagga tcttgagggc gacgtacatc tggacgctct gtccgggggg
     1501 gacattcgta tccgaggtgc cgttgatgag caggatcggg gtgttgatct tgtcggcgtt
     1561 gaagaggggg ctctggtcga cgtagagggc cttgttgttc caggggtagc tgccggcgct
     1621 ggcggcggtg ctgtaggagt aaccccagtg gccctcaccc cagtatccgg cgatggagct
     1681 gatgccggcg tgagccacgg cggcggcgaa gaggtcggta cgcgtttgca ggtgcatggt
     1741 catgaagccg ccgtaggaag cgccgatgca gcctactttc ttaccgtcga cgaaggggtg
     1801 gtcggcgatg aacttgcggg tgccctcgat gatgtcgtcc gaggagcgtt tgccccatgc
     1861 gttgacgtgc agggcggaga acttctgtcc gaaaccgatg gcgccgctgg gctggagctc
     1921 atagacgacg tagccgagtg aggcgtagac gtgcatcggg taacggccgc cgaagtagcg
     1981 ggcgttgggc agcgtgccgc cgtagtagaa gacgatcatg gggtacttct tgttcgggtc
     2041 gaagtcgggc gggaggtagt agaagccctt gatttcctgt ccgtcggagt tggtgaagtt
     2101 ccagtccttg acgggttgca gcttcagctg ggccagatgc tcagcgtagg gatcggcgat
     2161 gcgagtcgtc tttttcgtat tcagatcgta gacgtaggcg cgggtggagt tcatgagtcc
     2221 ctcgccgctg taggccatga cgggcgcctg gttggcgacg tcgaaggcgt tgaccacgtc
     2281 ctcctctgag ggcagtcggt tgaacttctt cgcggccacg tcgtaggcgt agacgtagac
     2341 atggtcttcg tcggctactt caaagtagat cgtgcgtccg tcgccgctcc atttggcttt
     2401 ggagatgctc gggttaaagt ctcgcgtgag cggctccacc ttctttgtgg ccacgtccat
     2461 gaggtaagcc tggacgtcga agctgtttgg cgtctgccct tggccgacgt tcaggccgat
     2521 gcgtccgaaa gcctcggggt cgccgaggaa gagcaccttg cgtccgtcgg gtgagaagag
     2581 cgcctcggtg gtgtgtgctt cacgtgcgca gagcgtgtcg acgcgcatgg tgcggaggtc
     2641 gaggcgatag tggctgttga cggtgaaggg ctgctcggtg atggtctcgt cggtgatggt
     2701 gaagaggatc gactgtccgt catgggcgat gtcgttgagt gtggcggtgc gatcgccaaa
     2761 ggtgagctgc gtggtcaggc ctgtgccgag gtcgtagcgg tagatgaagg tcaggggcac
     2821 ggcgcctccg gaacggtcgg tgacggtctg catgcggtag acgtcttcgg tcttcttcgg
     2881 ctcatcgccc ttgctgtaga agagcgcttt ctcgtcgggc gagaaggtga cccattcgta
     2941 aggcacgttg cgggccatga ctttctcctc gagtgtctcc ggatcgatgg tgatgaggtt
     3001 ggccacgttg ccgtcgtcct tggagaggta gaacagacgc tcgctccgtg gcatccatcc
     3061 cagggcgtgc ttgtcgttgt tgggcgcgat ggtgacgcgt cggccggtct tgatggagta
     3121 gagttccttg gggtaagtgg aggtctcacc gtggttgtag gtgtaggtca tcaagacgta
     3181 gttccccttg ggcgacacct tggtgtcata gacacgtttg cctttgatgg cgtcgttcag
     3241 ttcgatgggt cgcttgccac tctcccaggt ggagagcttc atgtcctttt ccgtcgagtc
     3301 cggttcaagg gcgaccttga tcaccggttc tgccttcgca ccggccggtc gcagcagttt
     3361 gactaccacg cgatccgtct ccggataggg cgttaacgtc gtcgacagct ctttggcctc
     3421 ctttcgtccg tcctccgagg ttgttttggt tgctaccgat ttaccattca cgaacagttc
     3481 ggccaagtcg ggcgttgtta cggtcacctt cacgttcccg tatcggtccc ccctcacata
     3541 aaaggcgaac agttgcacag acgcgccttg tgccaccttg ccaacccgga aaaatccgtc
     3601 ggcatcggcg tcatactttt gagtgaatcc cgtctgttcg gggatcgtca gtccgagctt
     3661 taggagcttg tctgccccga acggatcctt tgcatctttt gccgggtcca ccattagcgg
     3721 cgcccgaact tccagcggtg tagtggcgac gatcttcttc aaggtctcgc cctgagcgaa
     3781 gccgactgtc acatatgacg caagtaggag tgccacttgc atctttcgca tcatcaagtt
     3841 ctttttcatc atgtttttac ggttgattga tacttctatt ttatgatctc tgatattctt
     3901 tctgttgggg gaggcccact tcaacggtcg taaggagttc gcagaggcac actcgaggaa
     3961 gtgtatgtag ttcgagcaga agtgtgttcc aatgcggctt cacgacacgt tttttgtcgg
     4021 gcggccaaaa ctacaaatac aaaggcgaga tcaaaggata gacacaaaaa aagccggcgg
     4081 aaagaaactt ccgtcggctt tttctaagtg ttaggggaat cgcttatttg ttatcagtat
     4141 tcatgataac cacgcggttc caagcattct cagcatacgg ctgaaccgtg tcgcccatcc
     4201 attcgatgga gatgttgtca gacgaaacgc catacttgtc gataaggcgc ttagcgacgg
     4261 ctcttgcacg tctttcagag atacccttgt tgtagtccgg gttacctgtc ttcttgtcag
     4321 cataacctac caacttgatc ggcaagttgt acttcttagc gtactcagcc gtgttgaaga
     4381 tactgatctc ttggtgcttg tcgatcttcg cgctattcag acggaagtaa acgacattct
     4441 cgagattctc cttctgctca gaggcttcgg ggcacttcgg gcattcgggg cagaactccg
     4501 gacgcttagc cagctcagca ttctcttcac gcagtctgtt gatctgatcg ttcaggtcgt
     4561 tcaacaggtt gtagtccatc ggctcgatca cctcgaactc cttgcgaccc aagttgaagt
     4621 tcaaaccaag catagcttgt acagcgcgat cgtaacgggg ccgtggatgc gaatcccagt
     4681 tccagtgctc acccagcagt gtgtactgtc cttccaagaa caggtctaca cgcttagaaa
     4741 ggcggaacat aaactgagca ccaccgttga gcgatgccga ttcagctcgc gggaaactgg
     4801 tgtgcgtctt atcatccgta taacccggac gcagcgcgta accaagacct acgaacggaa
     4861 tgaaacggaa caccttagac tctttgtacg gagcaaagaa gttggttaca tcccacatca
     4921 agtctacgtg gggattaatc caccagaact cctgagcgtt gtcgctcttg tagtccgtta
     4981 cgtagctgta gtttctcatc ttaccaccgt ttacctgcaa gcggaaagcc aagtacgggt
     5041 tgtaccactt tccaacggaa atcgcacctg acggtgcaat gcggtccatc aactcagcat
     5101 tgccattcaa gtcgccaaac aggacgttcg cacctccggc cagcgaaata aatacgttgt
     5161 ccgtcgcttt gtttttcttg aagttcgtct tagaacctct ctccgtgctg aagccaactt
     5221 gcggttcata tctctgcgcg ttttgcgctg aaaccgccaa tgcagaaccg aataaaacgg
     5281 ctaaaagtaa tgccttagtc ttcataatct attcaatttc ttattaaaca atcttctttt
     5341 cctttctgtt ttgtgatctc ttacttaact cattcgttat ctctcaatta tttgcggcaa
     5401 aggtaaatgt tttttcttcc ctagcaaggg aagcacttgc tttgctctgg acgcacaatc
     5461 tatatacact tcacgttcga ttttacacca attaccgttg tttttcccct ttcagcagat
     5521 tcaataggta ctgtccgtag gggttcttgg ccattggggt ggcgttacgc tccagttgag
     5581 cggcgtcaat ccagccttgc cgataggcga tctcttcaac acaggcaatt ttgaggcctt
     5641 gacgcttctc gatgacttcg acgaaggtgg aggcttcggc cagtgaggcg tgtgtgccgg
     5701 tgtcaagcca ggcaaagccg cgtccgagga gttcgacttt caggcgatgc ttgtccagga
     5761 aggcttgatt gacggacgtg atctccagct ctccgcgggc cgatggcttg acgtggcgtg
     5821 ccacttcgac tacttcgttg ggatagaagt agaggccaac cacggcgtag ttcgacttgg
     5881 gatgctgggg cttttcttca atcgtgagta cgttgccctg agtgtcgaac gtcgctacgc
     5941 cgtaccgctc ggggtcgttg acgtaataac cgaatacggt tgcgttttgt ttgtcagttg
     6001 cgttgaaaac ggcgcttttt aacattcggg tgaagctctg gccgtagaag atattgtcgc
     6061 ccaggacgag gcagacgtcg tcattaccaa tgaaatcggc tccgatgagg aaggcttgtg
     6121 ccagtccgtc tggcgagggc tgttcggcat attcaaagcg aacgccccaa tccgatccgt
     6181 cgcccaggag acggcggaag gcgggcaggt cttggggggt ggagatgacg agtatctcgc
     6241 ggatgccgga cagcatgagc accgagatgg ggtaataaat catgggtttg tcgtagacgg
     6301 ggatcatctg tttggagatg cccttggtga tggggtagag gcgtgtgccg gagcctccgg
     6361 ccagtacgat tcctttcatc tgtagtgttg tatttacggg gttgttatga tgggtttgtt
     6421 tatccgtcgt gcttgttccg ctttcggggg ttggagcggc ggatatggcg caaaagtatg
     6481 ccaatcttgt caggtgattg gcgtccgacc tgctgttgac ggcctcatca gggcttcgat
     6541 gcaagagaag gcgccgtagt ccataaaaat agtttgtgta gatagggaat ataagattta
     6601 taagctatga aagttattcc acgtatgaaa tataactttt atagtctatg aagatagttc
     6661 tctctataga tagaaagcct tataggctat gacaaggtat actgataatg atagtagtct
     6721 ttattggcta tatggatagg agtttgtatg aatagagata ttcataggct atgaaagttg
     6781 ttatccatat gaataagaac tcttataggc gatgaaagta gatttttatg tggataggaa
     6841 tgcttataga ctatgaagag aggaatggat agtgggaata atccatatag gctatttcag
     6901 taagtgttta gatgtagaga gagattcata ggctatgaaa attgtatttc atatgaatga
     6961 gaacttttat aggctatgaa agtgatgttt tgcgccaata ggatgtatca tggtaggatc
     7021 tgtagagacg acgggcgtag gagcgctggt ggggcgtacg acggcggatc gtgacacaaa
     7081 aaagcctcga cgagaggggc gacgaggcaa aaaatatgcg gaagacccga cgggtccccc
     7141 gcatatccag aagaaaaaaa cagcaggctg atgtttcagc ctccgaagtt gtcaaacatg
     7201 aggttctcag gcggtacgcc gaggctgtcg agcatgcctt ctacggcttt cgacatgggg
     7261 ccagggccgc acatgtagta ctcgatgtct tcgggtgcgt cgtgatcctt gaggtaggtg
     7321 tcgtgcagga cgttgtgaac gaatccagcg gtgtacttca cgcctgcggc atcggcggcc
     7381 ggatcgggtc ggtcgagggc gaggtggaag gagaagttgg ggtattcctt ctctatggcc
     7441 aggaagtcgt cgaggtagaa gacttcgttc agggcacggg cgccgtagaa gtaggacatc
     7501 ttccgatcgc gcgtgtggag cgtcttggtc atgtgcatga tctgtgcgcg caggggggcc
     7561 ataccggcgc caccgccgat ccagatcatc tcgttcttgg aattgaagat cgggtggaag
     7621 tcgccatagg ggccgctcat tttcaccttg tcgccaggct tgagggtgaa gatgtaagag
     7681 gatgcgatgc cgggcatgac gtccatgaat cccacctggg gcttcggctt gaagggcggg
     7741 gtggcgatgc ggacggtcag catgaagcgg tcgccctcgg ccggatagtt ggccatggaa
     7801 taggcgcgga tcgtctcctc gtcgttgcgg catttgaggg tgaagaggcc gaacttttcc
     7861 cacgcgggca ggtactcggc gccgatggag tctttgtcga tgtcgacgtt gtaatccatc
     7921 gagaatttgg ggatgttgat ctgggcgtag gagccgggga tgaagtccat gtgctcgccc
     7981 gggggcaggg ctacgatgaa ctccttgatg aaagtggcca cgttcttgtt cgagaccacg
     8041 gtacactcat actccttgac gccgaagact tcgtcgggca cttgcaccgt catgtcgttc
     8101 ctgaccttcg tttggcaggc cagtcgccag tggtctttca tctgtttgcg gctgaagaag
     8161 accttttcgg tgggcaaaat gtcgccgcct ccctcgatga cttgcgcgcg gcactggccg
     8221 catttaccgc cgccaccgca ggcggaggag aggaagatgt tgccgctctg aagggctccg
     8281 agcagggtgc cgccgatggg cgtttcgatt tctttttcgc cgttgacggt cagcttgacg
     8341 ttgcccgacg gcatgagctt ggcttttgca accagcagca gtacgaccag cagcagcacg
     8401 atgatgagaa acaccgctac gctggctccg atcgtcagtc ctgagatttc caataaaacc
     8461 atcttgtatt cttgcttata cgtttataaa ccactcaaat tttgaaccct gagaagcaca
     8521 tgaaggccat acccatgagg ccggtcagga tgaaggcgat gcccagtcca cgcagcggtt
     8581 tggggacatc ggaataggcc agcttctcgc gaatagcggc catgccgacg atggccagca
     8641 tccagccaat gcccgacccg aggccgtaga cggtggcgat gccgacgttg tcgaaggctt
     8701 tctgctgcat gaagagcgag ccgcccatga tggcgcagtt cacggcgatg agcggcagga
     8761 agatgccgag cgatgaatag agcgcggggg caaacttttc gatcaccatc tcgaccagtt
     8821 gcacgaacga ggcgatcacg gcgatgaaga ggatgaaggc caggaagctc aggttgacgt
     8881 cctgaaagcc cgcaccgagc caagccagtg caccctcttt gaggacgtaa ttctcgagca
     8941 ggtagttgat cggtagagtg cagacttgga cgaaggtgac ggccaggccg aggccgaggg
     9001 cggtcttgac gttcttcgac acggcgaggt aggaacacat gcctaagtag taggcgaaga
     9061 tcatgttgtc gacaaagatc gaccggatga atgtgcttaa taggttatcc atgattgttt
     9121 actcctttct ttttcgtcag tgacatgtgt gttacttctc ttgcaaatcc ttgttgcgtg
     9181 cacggtgtat ccatacgatg acggcgcaga ggatgagggc catcggaggc atgatcatca
     9241 ggccattgtt gacgtagcct gcatcgtaga cggcttgcgg gatgatgcgg aaaccgagca
     9301 gtgtgcccga tccgaacagt tcgcggacga aggctacgac gacgaggata atgccgtagc
     9361 cggcgccatt gcctacgccg tcgaggaacg actcccaagg cttgttgccc aaggcgaagg
     9421 cctcgaggcg ccccatcagg atacagttcg tgatgatcag cccgacgtag acggagagct
     9481 gcttgctgac atcgtaggca aaggccttga gtatctcgtt gacgatcgtt actaacgcgg
     9541 caacaacgac caactggatg atgatgcgga tgcggttggg gatcgttttg cggagcagcg
     9601 aaatgatgac gttggcgaag gccacgacgg ccgtcacgga gatggccatg acgagcgccg
     9661 gctgcagttt gacggtcacg gccagagccg agcagatgcc cagcatttgc acgatgaccg
     9721 gattgtcctt gctcaggggg ttgaacagga tctctttatt ctttgctgat aaacccatat
     9781 ctctttattg tttttgcttg gttaggaatc cggcgtagtg ccccaggctg gtctggatca
     9841 tggcgttgac gccgttgctg gtgatggtgc cgccagagat gccgtccaca tagtcctggc
     9901 cgtcggcttt gttgccatgc ttcacgacgg cgatcgactt gaaggcgccg tccttgaaga
     9961 gctctttgcc ggcgaactgt ccggagaagg ctttctgtac gatctcggca cccagaccgg
    10021 gcgtttcgct ctcgtggcta aagtcggcgc cgaagaccgt gttgcagtcg tcgttgaccg
    10081 acatatagcc ccacagcggc ccccagaggc cggtgccacg catggccaga atgtacttcg
    10141 tctgcccgtc taccgtggcg acaaagacgg ggaagacgcc gcgggcaaac tgcttcttga
    10201 cgtcgtcgct gaaggcgtcg ccgtctacgc gattgccgtc ggcatcgacg aggaaggcct
    10261 ccttgatcag ttccttgtat ttcgcttcag cctcactggc gggcacgctg acgttcaccg
    10321 cgcggaggat ctgctgtcgc ttgtcgttgt cctggttcgc cttctgggcc gagctgagcg
    10381 cctgcgaggt gaaggccaag agcagggcca cgacgacgac catcaccgtg gcataaatca
    10441 cggtgtatcc gtttccgttt gtattcaact tagttgccat aatgttatcc gtctccccat
    10501 gattagttag cggtttgttt gagtcgggca gcccgacgtt tgatgttggc gtcgaccacg
    10561 taatagtcga tcagcggagc gaagatgttc atcatcaata tggccagcat catgccttcg
    10621 ggatagcccg ggttgaggac acggatgcag atggccaaga agccgatgag gaagccgtag
    10681 atccacttgc cgcgttcggt gcgggctgag gtcaccgggt cggtggccat gaagacggcg
    10741 ccgaagcaga agccgcccag cacgaggtgc tcgtaccacg gcatgttggc catggcgttg
    10801 ttctccatac cgatggcgtt gaacatgcag gccgtgagtg cgccgcccac gaagacggac
    10861 agcatcgtct tccagctggc tatgcccgtc cagagcagca gcacggcgcc gatggcgatg
    10921 gcgatgacgc tcgtctcgcc gatggagccg gggatgaggc cggtgatcat atccatggag
    10981 aaggccggat agcctgtgcc cgatgtggct gtggaggcga tgcccagcgg tgtggcgcct
    11041 gagaaaccgt cgacgacgct acccgcgcct aagccgaacg tgtcggcggt gcggacgaag
    11101 atcttgtcgc ccgacatggc ggcggggtag gcgaagaaga ggaaggcgcg ggtgacgagg
    11161 gccacattaa atatgttgta gcccgtgccg ccaaacactt ccttggcgaa gacgacggcg
    11221 aaggccgtgg ccagggcaat catccacagg ggcgtatcca cgggcacgat catagggatc
    11281 agcatacccg agacgaggaa gccttcctgt atctcttctt tcttccattg cgccaccgcg
    11341 aactcgatgc cgagcccgac gacgtacgag acgatgatct tgggcagcac ggccaggaag
    11401 ccgaagagga acgcgggcca gaagagctgc tcggcgccga tggccaggtt gtgctgatag
    11461 cccacgttat acatgccgaa cagcagcgct gggatgaggg cgatgacgac gaccgtcatc
    11521 gtgcgcttgg agtcgatgct gtcgtggatg tgtacgcccg attgcgacgt gtcgctgggg
    11581 acgaacagga acgtttcgaa cccctcgaat acggagcgaa acatcgacag gcggccaccc
    11641 tcctcgaagg tcggcttgat cttattgagg taattcctta atgctttcac tttctatttt
    11701 ccgattaatg gtggttgatc aattcatctc tttgtagagt aggtcgaggc caccacgcac
    11761 gatccgttgg atctcgatct tggaggtgtc tacgaactca caaagggcga agtcctccgg
    11821 cgccacttcg tagatgccga gggcttccat cttgtcgatg tcgtaggcga tgatggcttt
    11881 gaggaggtat tcggggtaga tatccatcgg gaagacgcgg tcgtattcgc cggacatgat
    11941 catagcgcgg cggccgccct tgatgcgggc gtcgagggta tattcctttt tggagcccat
    12001 gagccaagag aagtagctgt gcgacatgct gtatttcccg aggccgggca taccccagcc
    12061 gaggaactcg ttgacgtcgt tgccctcggg gatggctgtg atttgcgtgt cgtaggcgcc
    12121 gagccaaccg gtggcggggt caaccttgtg acccgtcagg acgttgccgc tgatgatgcg
    12181 aagggccgcg aggttgggct tcgttcgctc ttcgatgagg ctgttgatgc ggcatccgac
    12241 gatggccttg acgtagccgc gctccgtcat ctcagagccg acgagggcta cggtacgggt
    12301 gaagtcgatg cggcctgcgg tgaagagtcg gccgatgaag agcacgtcgg cggcacggag
    12361 ggtccagacg gtctcgccct tgttgacggg cttgacgtgg ttgatgatca cgcccacatt
    12421 gccggccggg tggggacctt caagctcgac gacctccacg ccctgcatgt tgcgcagggg
    12481 cgatccgcgg cggacgccga ggtagacgcg ccccggggtg agtcgggcga gggccgcgag
    12541 gccggcctgg agcgtgtcct cctgaccgtt gacgacgtag tcaaagtcgg gcgccagggg
    12601 ggcggtgtcg agtgcggaga cgaaaatgtc gcgcggtgtc accgtggggt ctgccacgcg
    12661 atcgtacggg cgttgcttga tgtagggcca gatgcctgtt tggaggatga gggtgcggat
    12721 ggcctccggt tccgccgtgg cgggactctt gggggcgtcg aagggctcgc tgtctgagct
    12781 gccatcgggt cggactacga cgctgagcac cttgcgtttc tcgccgcgat ggacggcggt
    12841 cacttcgccg ctgacgggcg ctacgaggcg gatctccggg tggaccttgt cccacatc
//
LOCUS       SEQF2638.1|AYYF01001478.1 19895 bp   DNA    linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..19895
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             1189..2004
                     /locus_tag="SEQF2638.1_01669"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKADKLSGVPETMLITLWAKATETNRPDALLRDPKAVEIMNRID
                     YDFTKFRGGTMSQVGCCIRADLIDREAKTFLQAHPDAVVIQLGAGIDARYDRLGRPAV
                     THWYDLDLPEAIDLRRRLLPETERNTYLPMSFLDFRWIDTVRAHGRPVLLILEGVLMY
                     FTEAEVRSFFDAICRDLPDGTTVLFDMLAYSLVNNAKHHDVVKKADKTVEFKWSVLDT
                     HEIEHWNPRIHLVREYYMSDHARGRFPFIFRTLYHIPYFHRRFNQRIVNLELR"
     CDS             complement(1953..2147)
                     /locus_tag="SEQF2638.1_01670"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEEKKQKKIKASGTPANLAGYLLVCHLLNKHLNASTPQRLNKQT
                     PPTPQRNSRLTMRWLKRRWK"
     CDS             2258..2830
                     /locus_tag="SEQF2638.1_01671"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTEAFKKTPVELTAHYGHILQALRRGVTITASADGRVNPMTISW
                     GMIGIEWNRPLFITYVRTGRFTHGLLDRNPEFTVNLPAPGTDHPARLISYLGTHSGHN
                     ENKVATLGLHLVPGSEISVPGLAELPLTLECRILYRQHQQADCFLPGNEAILKSCYPQ
                     DVPSEATGSNRDFHTAIYGEIVGAHLIQPA"
     CDS             2851..3090
                     /locus_tag="SEQF2638.1_01672"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNRNQIANRKKSTAGLLLLVVVLAANYNHTRSEMKGETSISPAA
                     TPHEGYAQQQPTAPCDTARCAHPFTADPSIRHAQQ"
     CDS             complement(3171..4076)
                     /locus_tag="SEQF2638.1_01673"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG6422"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKAPYTKRPLSISEQLARLEERGLLIDEKKKAERYLRTIGYFR
                     LSAYFYPLLLVPKMDHLYKAGSCFTDALNMYRFDRKLRLLVFSQIEKIEIAVRASIVR
                     VGVDTTKSVSWFLKEQFFHDRGRFEKSRGLILKEWDTSKEDFVEHFKTCYAEENKPVW
                     MLAEILPLGVLSNLYMNIGKASLKKAIAKEFGLPADVFASWLQCLSGVRNICCHHNRL
                     WNRQLPNKPKTLERPVHPWIDQQEIHAGRTYYKLAMIRYILISVNPRNRFTPNLKKLI
                     DEYPTVDIAAMGFPPDWESQPLWLL"
     misc_RNA        complement(4104..4140)
                     /locus_tag="SEQF2638.1_01674"
                     /product="abiF"
                     /inference="COORDINATES:profile:Infernal:001001"
     CDS             complement(4242..5225)
                     /gene="COQ5"
                     /locus_tag="SEQF2638.1_01675"
                     /EC_number="2.1.1.163"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01813"
                     /codon_start=1
                     /transl_table=11
                     /product="2-methoxy-6-polyprenyl-1,4-benzoquinol
                     methylase, mitochondrial"
                     /translation="MTRLITIEDFTDVYVKLRQRGARFLLSKLSLDRKRRSVSAFDAS
                     LEHTSNWWEIPLVKERWNRMITGDAHMTFEEYTIDRYLSQMAPPLRVLSPGSGYCQHE
                     LAMADNPLFGEIVCLDINQGNLDDAAARARERGLSNLTFHCGDIEGFDFTHERFDLVM
                     FNNSLHHFRNVRRLLGSLIPQCLKPTGLLLVYEYVGPTRFQLPSTQIRAINEAIRLIE
                     KPLRQRYRTSTYKTHYYGSGLLRMVMADPSEAVDSASILPALHAFYDTIEERPFGGNI
                     LPYALKDLAFHFVRPDERATETLHRLFRFEDEYIRTHQSDYVFGLYRPKRG"
     CDS             complement(5248..6162)
                     /gene="rnz"
                     /locus_tag="SEQF2638.1_01676"
                     /EC_number="3.1.26.11"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P54548"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribonuclease Z"
                     /db_xref="COG:COG1234"
                     /translation="MTSFDITILGCGSATPTLRHEATAQVIDLRDKLYLMDCGEGAQL
                     QMRRYHIRFNRITHIFISHLHGDHCFGLPGLLSTLGMLGRTGELVVHGPHALEDFLRP
                     ILAVFCKDMPYEVRLDLIDPTQHALVMEDRSVSVWSIPLSHRIPACGYLFAEHPAEAH
                     IRRDMIDFYQVPVHALRAIKQGADYVTPDGITVPHERLTRPATPPRRYAFCSDTEFLP
                     SIVPLVEGVDCLYHEATFMERDVARARQTFHSTAREAAEIARRAGVKRLVLGHYSARY
                     DDLTPLLAEATAVFPHTTLGQEGMRVVL"
     CDS             6871..8322
                     /gene="rpoN"
                     /locus_tag="SEQF2638.1_01677"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0A171"
                     /codon_start=1
                     /transl_table=11
                     /product="RNA polymerase sigma-54 factor"
                     /db_xref="COG:COG1508"
                     /translation="MQKQQLQQSLQQRLSPQQIQVVRMLELPALEMEERIKQELEENP
                     ALEEGRDPTESDDEPATDPDDEMTAEDSSLADLGDYLTDDDIPEYQLRAMSNAEERRE
                     EIPFAVGPSMHDHLEEQLSLRSLTEREREIGRYIIGNIDDDGYLRRELSAVADDLMFK
                     AGIEANEADVEAVLRIIQDFEPAGVGARDLRECLLLQLKKKRPTPDTALALRILNEHF
                     DAFTRKHYEKIRRALDLDEATLKAVLREITRLNPKPGNGWNEASDTAMNRITPDFIVD
                     CHNGQLSLSMNQRDAPELHVNREYADMFRDYLGNKSNRSPEMRNAVQFVKQKLDAARW
                     FIDAVRQRRETLQRTMEAILMLQTDFFLTGDETKLRPMILKDVAEHAGYDISTVSRVS
                     NSKYVQTNFGIYPLKYFFSEGVLNDQGEEISTREIKKIMRETIDAEDKRNPVTDEALC
                     ALLRAKGYTPARRTVAKYREQLGIPVARLRKEL"
     CDS             8484..8861
                     /gene="gcvH"
                     /locus_tag="SEQF2638.1_01678"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P64214"
                     /codon_start=1
                     /transl_table=11
                     /product="Glycine cleavage system H protein"
                     /translation="MNFPSELKYTKDHEWIRVEGDTAFVGITDYAQQELGEIVFVDIA
                     TEGETLAKDEAFGSVEAVKTVSDLLMPVAGEVLEVNPELEDKPELVNSDPYGQGWLIK
                     VKPANVADVEGLLSADDYKKLIG"
     CDS             8858..9364
                     /gene="purE"
                     /locus_tag="SEQF2638.1_01679"
                     /EC_number="5.4.99.18"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q9WYS7"
                     /codon_start=1
                     /transl_table=11
                     /product="N5-carboxyaminoimidazole ribonucleotide mutase"
                     /db_xref="COG:COG0041"
                     /translation="MTPQVSIIMGSVSDLPVMNKAAQFLDEMEIPFEMNALSAHRTPE
                     EVERFARGAEGRGIRVIIAAAGMAAHLCGVIASMTTLPVVGVPIAASLDGIDALLAIV
                     QMPPGIPVATVGINGAQNAAILAAQMLALSDEALARRMADYKEGLKKKIVKANEELAS
                     VQFKFKTN"
     CDS             9439..11082
                     /gene="ispG"
                     /locus_tag="SEQF2638.1_01680"
                     /EC_number="1.17.7.3"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_00159"
                     /codon_start=1
                     /transl_table=11
                     /product="4-hydroxy-3-methylbut-2-en-1-yl diphosphate
                     synthase (ferredoxin)"
                     /translation="MANVSTMDTDASVVQAISMARAGAEYIRFTAQGVREARNLGLIR
                     RRLNELGCHTPLVADIHFNPKAADVAAEFVEKVRINPGNYVDGARTFRADYTDEDFAE
                     GVRKIRERFVPFLRLCRAHGTAIRIGVNHGSLSDRIMSRFGDTPEGMTESCMEFLRLC
                     REEQFDDVVISIKASNTVVMVRTVRLLVRTMDREGMHYPLHLGVTEAGNDEDGRIKSA
                     VGIGALLTDGIGDTIRVSLSEPPEAEIPVARELIDHINRTRAEEYAPMPADFEGTETD
                     YFRRTRMVGDIGGGRQPVVLAEYTNGEEPDETLRPDYLRHLPDGTFTSTKDKRRTVPA
                     PHFVELTPDELTDSRLEALNTDESSVVILRSVHTDSVNETRAAILRLRAAACQAPVIL
                     RRDYHEADLDRLRIAASADLGVLLIDGIADGLLLTQGGHSTPDTDRLAFGILQATRRR
                     MSRTEYISCPGCGRTLYDLHQTISRIKAATGHLKGVKIGIMGCIVNGPGEMADADYGY
                     VGAGPGRVSLYRGKECVLRSIPESEAVDRLLELIASDRK"
     CDS             complement(11321..12358)
                     /locus_tag="SEQF2638.1_01681"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDVRKIVNQTVKIVLPLLLGVLLFWYLYREQDFGAMMDVIRGGV
                     RYDILLFSLLFGLAANVTRGFRWGLLIDSLGRRVRRRNVVFAVLGNYAVNMALPRVGE
                     IWRCGVTAKYERVPFTKLLGTLFVDRIMDTLMVGLLTLCLGVFNIGFFRHFFAENPPT
                     LVATLITLVRSPWTYVGLVGAVVLAWFVFVRMKHLPLVRKLTEMLLNVWEGMRSLWTI
                     EHKGRFLFQTLAIWVGYFLYFYTTFYAFEFTAPLGIRIGLIAFAMSSLGVAVPVQGGI
                     GVWHFMVISTLVAFGVDRTDAAAFALVVFTVQTVWVVLCGLFGIFALPLLNKDEEGKD
                     EAKNELIQAGA"
     CDS             12581..13840
                     /locus_tag="SEQF2638.1_01682"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNKEYQRSDLEVMAPAGSYESLMAAIQGGADSVYFGVEGLNMRA
                     RSSNNFTTDDLRRIASTCADHGVKSYLTVNTVLYDADLDTMRRIIDASLEAGVSAVIA
                     ADVAAMNYAANIGQEVHLSTQLNIANVEALAFYARFADVAVLARELNLDQVSAIHRAI
                     RERDIRGPKGEQIRLEMFCHGALCMAVSGKCYLSLHEMNASANRGACNQICRRSYTVR
                     DRETNHELDVDNAYIMSPKDLKTIHFLNKLIDAGVRVFKIEGRARGPEYVRTVTECYA
                     EAATACCDGTFDEARIAAWDERLSTVFNRGFWNGYYLGQRLGEWTHRYGSSATRRKEY
                     VARGVKYFGGIGVAEFEMESGSLSVGDEVVITGPTTGAVFETIREIRVDLQPVQTTSK
                     GERFSIRTAEKVRPSDRLYKMVPVSPA"
     tRNA            complement(14645..14730)
                     /locus_tag="SEQF2638.1_01683"
                     /product="tRNA-Leu"
                     /inference="COORDINATES:profile:Aragorn:001002"
                     /note="tRNA-Leu(caa)"
     CDS             complement(14814..15614)
                     /gene="htpX"
                     /locus_tag="SEQF2638.1_01684"
                     /EC_number="3.4.24.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_00188"
                     /codon_start=1
                     /transl_table=11
                     /product="Protease HtpX"
                     /translation="MKKMIFFMALAMTLTAAQAQIRIGGKSINLDKATQAVSKVAKAV
                     TLSDADIYNLCHESVEWMDKHNEVAKDNSEYAKRLARLTKGFKEVNGMPLNFKVYLVT
                     DINAFASGDGSVRVFSSLMDIMDDDELMGVIGHELGHVANTDVKDAMKQAYMTAGLID
                     AASAVSNTANRLSDTQLNKLTQAFLSAQFSQKQESAADEYGIKKCVELGFDPYGLANG
                     LQKLADLSGGAKQSAVQKMFSSHPDDGKRVARAKALAEKYSKTQSKKK"
     CDS             complement(15679..17361)
                     /gene="eptC"
                     /locus_tag="SEQF2638.1_01685"
                     /EC_number="2.7.-.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0CB39"
                     /codon_start=1
                     /transl_table=11
                     /product="Phosphoethanolamine transferase EptC"
                     /db_xref="COG:COG2194"
                     /translation="MKTLLQILKERKLQLFFLLYVLMPVPVLSLLAQNLSLSAVAVGI
                     GLSLLLLCVVFLLASFMTTRGLKIFYSLLLAVTIIPGTILIGYLFIGHVLLSGGTITS
                     IFETNTDEASEFIAYLNPWLVTAVTLFVLTPIVMICRMKQPERFFRIRRHKYAFFALV
                     FVALLFVTVRPVAQRIYFVDFYRVFAHYKIGRFREERALARRHTLPFEVRTQPDKTPR
                     LVVLVIGESHARRHMSLYGYPRDTNPLLSARRGELSVYTDVVSPQVHTIPVLRAALTF
                     ADWDHPERLTTYPSLIELFNRAGFETYVISNQPLLDGSSSYDAFLKLADHTVDLSARK
                     APDGILLPPFEQALTAPSDRPKLIVLHLMGCHIGYKYRYPADFDFFTRLNDTLPNAQP
                     DLTPEARTTVDEYDNSVRYNDYLLSTLIARIEREHTPAALIYFSDHGEEVNEFRPFNG
                     HAYEKVTSYMCEVPFLVWLSPDFRRMRPDLRFDLTRPYSTVDLPYTMANLAALRFQGY
                     DDTRSLLSPHFRPRPRRVGELPYETVLDMTRKAKERQRAPSFFGSLTRRFAE"
     CDS             complement(17454..18596)
                     /locus_tag="SEQF2638.1_01686"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDNERIALIALKRIYGVGDMSLRWLQKHFGSAEAAIGATAPQLA
                     EVEGVGREMAERIVAERDEALRRAEQEVRFATDHAIRIYTLADSDYPNRLRACLDAPP
                     VIYYRGTADLNVARIVSIVGTRRCSDYGTNLATRIVEELAATDASIVIVSGLAYGIDV
                     CAHRAALRTGLPTVGVLAHGLDRIYPATHRATAADMTLRGGLLTDYPSGTNPVPENFL
                     RRNRLIAALADATVIIESPVRSGALSTAAYAQGYQRRVFACPGRVTDELSLGCLHLIA
                     ERRARLISSPADLCEMMGWAPSEKRVKATSSASAPSTSQRPSTAEPPLPDNAVTRVLR
                     AEGPTQINDLARLADLSVREVMAILFDLEMEGLVTTLPGGMYKLVR"
     CDS             complement(18620..18988)
                     /locus_tag="SEQF2638.1_01687"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKVRDYECDLQGVVNNANYQHYMEHTRHEFLESLGENFGRLHDR
                     GVDVFVSRVDIRYRHALRSGDRFRSCMNLRREGVKLIFLQDLYRLPDGVHVVSGRVET
                     VAVEGGQLTRGEYFDQLLKD"
     CDS             complement(19012..19287)
                     /locus_tag="SEQF2638.1_01688"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSADVLMGYDGRGRMSADVLMGYDGRGRMSADVLMGCDGRGRMS
                     ADVLMGCDSRGRMSADVLMGHNNPAIAPPIALRYAALPTFGLSNKTL"
     CDS             19303..19740
                     /locus_tag="SEQF2638.1_01689"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVDGNAGDTVAEAIMVYENAGDTVAEAIMVYGNAGDTVAEAIMV
                     YENSGDTVAGAIMVDENAGDTVAGTIMVDENAGDTVAGAIMAYENAGDTVAGTIMVDG
                     NAGDTVAEAIMVDGNAGDTVAGTLWTEAAPPEPLFPRWRPSPG"
ORIGIN      
        1 acgatacaag accaaagact ctcttttgat gtctactccg acgtgctcct ccatgtcctc
       61 gatcaggccg tcgaaccgtt ccaatagcat ggttcgactt tgcacgcagc cttggaaatg
      121 ctccttgatg tcggttgcgt caaacggaga tcccttggca agcaaggact gataggaaga
      181 ctgaacggcg agaaggaggt tatccaactt ggcattgacc tcaacggcct cacgactctt
      241 cccgttcatc cgactttcgc gcgggttcca caagtcagga ttgcagaaca gcttacaact
      301 gaactgtgca atggaacgtc ccagcgtgat ccgtcccatg atcggcgcct tgcccgacct
      361 gtcgcgactg ctctttttga ggtagagcaa caccttcatt tttatgtcat ccatacgctt
      421 tgaaaactgt gggcaaaatt acccggttca aagcgcccgt tacctgtgca gattcctgta
      481 tatcaatgca aaagaatcgt gtgcgagaaa gactcagtta cctgcttttg caccatcgtt
      541 acctaccacc agacagggta acggtttggt aactgaactc ttgctcggat ccgcactttt
      601 ctgccttttc cgctcgacgc aaccggaagc atatcgaccc ctttccgcct aatgatcagt
      661 ccacttactc cgacatcggg gcttctgctt ttgaggggaa tagttggttc cgaacgtatt
      721 agaataggtt ccgaacgtat tctaataggt tctgaggtgg ttgtaatacg ttccggacgt
      781 ggtgtcgata cgttccggac gtggttacga tacgttccga acgtggtgtt gatacgttca
      841 gaacgtggtg tcgataggtt cggaacgtgg ttgcgatacg ttccgaacgt ggtgtcgata
      901 cgttccggac gtggtgtcga taggttcgga acgtagtctt gataggttcc gaacgtggtt
      961 gcgatacgtt ccggacgtgg tgtcgatagg ttcggaacgt ggttgcgata cgttccggac
     1021 gtggtgtcga taggttcgga acgtggttgc gatacgttcc gaacctatta gcacgcccct
     1081 cattgccccc ccctcatcct cccccgaatt agggattttg atcaccgttc agacgagata
     1141 cttttgcgcc gtaaaacaag atcgcataac gataaacacc atcagaatat gaaagcagat
     1201 aaactatcgg gcgtacccga aaccatgctc atcaccctct gggccaaagc caccgagacg
     1261 aatcggccgg acgccctgct gcgcgacccg aaggcggtcg aaatcatgaa ccgcatagac
     1321 tatgacttca cgaaattccg gggtggcacc atgtcgcaag tcggctgttg catccgcgcc
     1381 gacctgatcg accgcgaggc caagacgttc ctccaggccc atcccgacgc cgtcgtcata
     1441 cagctcggcg ccggcatcga cgcccgctac gaccgcctgg gtcgccctgc cgtcacccac
     1501 tggtacgacc tcgatctgcc cgaggccatc gacctccgtc gccgcctcct gcccgagacc
     1561 gagcgcaaca cctacctgcc catgtccttc ctcgacttcc gctggatcga caccgtccgc
     1621 gcccacggtc gacccgtgct cctcatcctc gaaggcgtgc tgatgtactt caccgaggcg
     1681 gaggtgcgga gcttcttcga cgccatctgc cgcgacctcc ccgacggcac caccgtcctc
     1741 ttcgacatgc tggcctattc gcttgtgaac aacgccaagc atcacgacgt cgtgaagaag
     1801 gccgataaga cggtcgagtt caaatggtcc gtcctcgaca cccacgagat agagcactgg
     1861 aacccccgca tccacctcgt ccgcgagtac tacatgagcg accacgcccg cggacgcttc
     1921 cccttcatct tccgcaccct ctaccacatc ccctacttcc accgccgctt caaccagcgc
     1981 atcgtcaacc tcgagttgcg ttgaggggtt gggggtgttt gcttgttgag gcgttgaggc
     2041 gttgaggcgt tgaggtgttt gttgagtaaa tgacagacta agaggtaccc ggccaaattg
     2101 gctggcgtcc ctgacgcctt gatcttcttt tgcttctttt cttccatcaa gggaagaaaa
     2161 gaagatacca gacaagagaa aggaaaaaag aagataccag ccaacaaaaa ccactttctt
     2221 cgcggcccaa ttcaaggtta taaaagacag aatcacaatg acagaagcat tcaaaaagac
     2281 gcccgtcgag ctcacagcgc attacgggca catcctccaa gccctccgtc ggggcgtgac
     2341 catcaccgcc tcagccgacg gtcgcgtgaa cccgatgacc atctcgtggg gcatgatcgg
     2401 catcgagtgg aaccgccccc tcttcatcac ctacgtccgc accggacgct tcacccacgg
     2461 cctactcgac cgcaaccccg agttcaccgt caacctcccc gcacctggta cggatcaccc
     2521 cgcgcgcctc atcagttacc tcggcaccca ctccgggcac aacgagaata aggtcgccac
     2581 gctcggtctg cacctcgtgc ccggtagcga gatctcggtg cccggcctag ccgagctgcc
     2641 cctcacgctc gagtgccgca tcctctaccg ccaacaccag caggccgact gcttcctgcc
     2701 cggcaacgag gcgatactca agtcgtgtta cccgcaggac gtccccagcg aagccaccgg
     2761 cagcaaccgc gacttccaca ccgccatcta tggcgagatt gtcggcgccc acctcattca
     2821 acccgcttga aacattgatc aatcagcact atgaatagga atcaaatcgc caatcgcaaa
     2881 aagtccaccg ccggactgct cctcttggtc gtcgtcttgg cggccaacta caaccacacc
     2941 cgctccgaga tgaagggcga gacctccatc tcacccgccg ccacgcccca cgagggctat
     3001 gcgcagcaac agccaaccgc cccttgtgac accgcccgct gcgcccaccc cttcacggcc
     3061 gatccgtcca tccgacacgc acagcagtaa gcagcgcccc atctcctgac gggctcccta
     3121 tgcgacaagg cctgagacgc gcaagaatca tttgcgtctc aggccttgtg ctataacagc
     3181 cataaaggct gtgactccca atcgggaggg aaacccatcg ctgctatgtc aaccgtcgga
     3241 tattcatcga tgagcttttt cagattgggg gtaaaacgat tgcgagggtt taccgaaatc
     3301 aagatatatc ggatcatggc cagtttataa taagtgcgcc cggcatgaat ctcctgctga
     3361 tcaatccacg ggtggacggg gcgttcaagt gttttgggct tgttaggaag ctgcctattc
     3421 cataaccgat tgtgatgaca gcaaatatta cggacaccgg aaaggcactg caaccaggag
     3481 gcgaaaacat cagcaggcaa tccaaactcc ttggcgatcg cttttttcaa agaggccttc
     3541 ccgatattca tgtataagtt cgagagcacc cctaaaggga gtatttcggc aagcatccag
     3601 accggtttat tttcttcggc ataacatgtt ttgaagtgtt ctacaaagtc ctctttggag
     3661 gtgtcccatt ctttcagaat aaggcctcgc gacttctcaa aacgacctct gtcatgaaaa
     3721 aactgttctt tcaaaaacca ggatacgctc ttagttgtat ccactcctac acgcacaatg
     3781 gatgcacgga ctgctatttc aattttctca atttgagaga acaccaacag ccgcagtttc
     3841 cgatcgaaac gatacatatt aagggcatca gtaaagcagg aaccagcctt gtataagtgg
     3901 tccatcttag gcaccaacag cagaggatag aaataagcac tcagccggaa gtagccgatg
     3961 gtgcgcaagt atctttcagc tttcttcttc tcatcaatca gaagtccccg ctcttctaat
     4021 cgagcgagtt gttcagagat ggacaaaggg cgcttggtgt aaggggcttt tttcatgaac
     4081 acgaaacggt ataaaataaa acgacctgcc gatttgagca tcgttgagag gcttggcagg
     4141 ttctacacgc cgcaaagata cgatcatgag aaaacggcac aaggcctgag acgcgcaaga
     4201 atcatttgcg tctcaggccc tgatgtatca taccctaatc tctaccccct cttcggtcga
     4261 taaagaccga acacataatc actctggtgc gtgcggatat actcgtcttc gaaacggaaa
     4321 aggcggtgaa gcgtttcagt ggcgcgttca tcagggcgga caaagtgaaa ggccaagtcc
     4381 ttcaacgcat acggcaggat gttaccaccg aaggggcgct cctcaatggt gtcataaaac
     4441 gcatgcaggg caggcaggat agaggccgaa tcgaccgcct ctgagggatc ggccatgacc
     4501 atacgcaaca ggcctgagcc gtagtaatgc gtcttgtaag tcgacgtgcg atagcgctgc
     4561 cgaagcggct tctcgatcag gcggatcgcc tcattgatgg cgcgtatctg cgtggaggga
     4621 agctggaagc gcgtcggccc cacgtattca taaaccaaca gcagccccgt tggcttgagg
     4681 cattgcggga tcaggctgcc gagaagccgg cggacattgc gaaagtgatg cagcgagttg
     4741 ttgaacatga ccagatcgaa gcgctcgtgg gtaaagtcaa agccctcaat gtcgccacag
     4801 tggaaagtca ggttgctgag tccacgctcc cgggcacgcg ctgcggcatc gtctaagttg
     4861 ccctgattga tgtcgaggca aacgatctct ccaaagaggg gattgtcagc catagccagc
     4921 tcatgttggc aataccccga cccgggcgag agcacccgta gcggcggcgc catctgtgag
     4981 aggtatcgat cgatggtgta ctcctcaaaa gtcatgtgcg catcgcccgt aatcatccgg
     5041 ttccagcgct ccttcacaag cggaatctcc caccagttcg acgtgtgctc cagtgaggca
     5101 tcgaaggcgc tgacagagcg tctcttgcgg tcaaggctca gtttggagag caggaagcga
     5161 gcgccgcgtt ggcgcagttt gacgtacacg tcggtgaagt cttctatcgt aattagtcgt
     5221 gtcatttcct tgttcaatga ttatgtgtca cagcaccacc cgcatgccct cttggccgag
     5281 cgtggtgtga gggaagacgg ccgtggcttc ggcgaggagg ggcgtgaggt cgtcgtaacg
     5341 ggccgagtaa tgaccgagca caaggcgctt tacacctgcc cgacgggcga tctcggccgc
     5401 ctcgcgggcc gtggagtgga aggtctggcg ggcacgcgcc acgtctcgct ccatgaacgt
     5461 ggcctcgtgg tagaggcagt ccacaccctc gacgaggggc acgatggagg gcagaaactc
     5521 cgtgtccgaa cagaaagcgt agcggcgggg cggggtggcc ggacgcgtga gccgctcgtg
     5581 gggcacggtg atgccgtcgg gggtgacata gtcggccccc tgcttgatgg cccgcagcgc
     5641 atggacgggc acctgataga agtcgatcat atcgcgccga atgtgcgcct cggccgggtg
     5701 ttcggcaaag aggtagccgc aggcggggat gcggtggctg agggggatgg accagacgct
     5761 gacggagcga tcctccatca caagcgcgtg ctgcgtgggg tcgatcaggt cgaggcgcac
     5821 ctcgtagggc atgtccttgc aaaagacggc aaggatgggc cggaggaagt cttccaatgc
     5881 atgcggccca tggacgacca gctcacccgt ccggcccagc atgccgagcg tggagagtag
     5941 cccgggcaga ccgaagcaat ggtcgccgtg gaggtgagag atgaagatgt gcgtgatgcg
     6001 attgaagcgg atgtggtagc gccgcatctg tagctgcgcc ccctcgccac aatccatgag
     6061 gtagagcttg tcgcgcaggt cgatcacctg cgccgtggcc tcatgtcgca gcgtaggcgt
     6121 ggccgatccg cagccgagga tggtgatgtc gaaggaagtc atatgtatag cggtatggtt
     6181 ctctgatccg gggcaaaggt aggcagaggc gccgcctctt tttgcccttc acccgcactc
     6241 cgcggcctct aaacgtgtcc cagtgggcct tcacccatac ctcgaggccc ctaaacgtgt
     6301 cccaataggc cttcacccac gcaccacggc cctaaaagga gttgtctatt caaggctttc
     6361 atatcaaaag gaaatcacct gcactgaaag tttagtgctt ttatagtgat aacccaccgc
     6421 aaataaagta tatataagtc ttttagattg aaaacacaaa atagacgatg caagtctgat
     6481 gcttttagat tgaaagcata ggatatatag tgtgtattat atccttttca tacaaaagca
     6541 cgactatgtc aatgcaggtt gtatgctttt acagcaaaag ctatttgcat acatctgaga
     6601 ttatatcgta tcatattaaa atcattctac acacaggaga ctatgatggg ttttaatgta
     6661 aaagcatcgc atatacatct ccatttgccc ccaaccggac ggcggatggc cctgcgggct
     6721 tacgtttagg ggcgaaccag ccgggggaag cctcgagggg ggctacgttt ggggccaaac
     6781 cggcggggtg aaggcccgcg ccgctcccct tttgcgctac ttttgcccgc agatcatcac
     6841 agcagaacga tttcccccca cgtatcagat atgcagaaac aacagttaca gcaaagcctg
     6901 cagcaacgcc tctcaccgca acaaatccag gtggtccgta tgctcgagct gcccgccttg
     6961 gagatggaag agcgcatcaa acaggagctg gaggagaacc ccgccttaga ggaagggcgc
     7021 gacccgaccg aatcggacga cgaacccgct accgacccgg acgacgagat gacggcggag
     7081 gacagctccc tggccgacct gggcgactac ctcacggacg acgacatccc cgagtatcag
     7141 ctccgcgcca tgagtaacgc ggaggagcgg cgcgaggaga tcccctttgc cgtcgggccc
     7201 tccatgcacg accacctcga agagcagctc agcctgcgct cactcacgga gcgcgaacgc
     7261 gaaataggcc gttacatcat cggtaacatc gacgacgatg gctacctgcg ccgcgaactc
     7321 tcggccgtgg ccgacgacct gatgttcaag gccggcatcg aggccaacga ggcggacgtg
     7381 gaggctgtcc tacgcatcat tcaggacttt gagccggccg gtgtcggtgc gcgtgacctc
     7441 cgcgagtgcc tcctcctgca actgaaaaag aagcgcccca cgcccgatac cgctctggcg
     7501 ctacgcatcc tcaacgagca tttcgacgcc ttcacccgca agcattacga gaagatccgc
     7561 cgtgcgctgg acctcgatga ggcgacgctc aaggccgtcc tgcgtgagat cacccgcctc
     7621 aaccccaagc ccggcaacgg ctggaacgag gcctcagaca cggccatgaa ccgcatcacg
     7681 ccagacttca tcgtggactg ccacaacggc cagctcagcc tcagcatgaa tcagcgcgac
     7741 gcccccgagc tgcacgtgaa ccgtgaatac gccgacatgt ttcgcgacta tctcggcaac
     7801 aagtccaacc gaagccccga gatgcgcaac gccgtgcagt tcgtcaagca aaagctcgac
     7861 gccgcccgct ggttcatcga cgccgtccgc caacgccgcg agacactcca gcgcaccatg
     7921 gaggccatcc tcatgctgca aaccgacttc ttcctcaccg gcgacgagac gaagctccgc
     7981 cccatgatcc tcaaggacgt ggccgagcat gcgggctacg acatctcgac cgtctcacgc
     8041 gtcagcaaca gcaagtacgt ccagaccaac ttcggcatct accccctcaa atacttcttt
     8101 tccgagggcg tcctcaacga tcaaggcgag gagatctcca cgcgcgagat caagaaaatc
     8161 atgcgcgaaa cgatcgacgc cgaagacaaa cgcaaccccg tcaccgacga ggccctctgc
     8221 gccttgctcc gcgccaaagg ttatacccct gctcgccgca cggtggctaa ataccgcgag
     8281 cagctcggca ttcctgtggc tcgcctaagg aaggagctgt gagtagaggg tagagagtag
     8341 agggtagaga gtagaggata gagggtggag ggtggcgaag tgctttccga gggtgcaaac
     8401 gcatcgccac cgcttcaaac caaatatctc accctacatt tgcccgcgat aaatttcaca
     8461 ttaatcaaac caataacacc atcatgaact ttccatcaga actgaagtac acgaaggatc
     8521 acgaatggat ccgcgtggaa ggcgacaccg ccttcgtagg tatcaccgat tatgcacagc
     8581 aggagctggg cgagatcgta ttcgttgaca tcgccaccga aggcgagacg ctggctaagg
     8641 acgaggcctt tggctccgtt gaggctgtca agaccgtctc tgacctactc atgcccgtag
     8701 ctggcgaggt gctcgaagtg aatcccgagc tcgaggataa gcccgagctg gtcaactccg
     8761 atccgtacgg acaaggctgg ctgatcaagg tcaaacccgc taatgtggca gatgtagaag
     8821 gcctcctttc ggccgacgac tacaaaaagc tcatcggatg accccacaag tcagcatcat
     8881 catgggcagc gtctctgacc tgcccgtgat gaataaagcc gcccaattcc tcgatgagat
     8941 ggagatcccg ttcgaaatga acgccctctc cgcccatcgt accccggagg aagtggagcg
     9001 attcgcccga ggggccgagg gacgtggcat ccgcgtcatc atcgctgccg cgggtatggc
     9061 cgcacacctc tgcggtgtca tcgcctccat gaccaccctg cctgtcgtcg gcgtgcccat
     9121 cgccgcctca ctcgacggca tcgacgccct tctggccatc gtgcaaatgc ctcccggcat
     9181 ccccgtggcc accgtcggta tcaacggcgc acagaacgct gccatcctgg ccgctcaaat
     9241 gcttgccctc agcgacgagg cgctggcccg ccgaatggct gactataagg agggactcaa
     9301 aaagaaaatc gtcaaggcca acgaagagtt ggccagcgtc caattcaaat tcaagacaaa
     9361 ttgaaacgac gacctacctc ggtagtcgcc attggtaaca ccccgctggg cggggattac
     9421 cccgtacgca tccagtccat ggccaacgta tcgaccatgg acacggatgc gtccgtcgtt
     9481 caggcgatca gcatggcacg cgccggcgcc gaatacatcc gcttcaccgc ccagggcgta
     9541 cgtgaggccc gtaacctcgg cctcatccgc cgtcgactca acgagctggg ctgccacacg
     9601 cccctcgtgg ccgacatcca cttcaacccg aaagccgccg acgtggccgc agagtttgtg
     9661 gagaaagtgc gcatcaatcc gggcaactac gtcgatggcg cacgcacctt ccgcgccgac
     9721 tacaccgacg aagacttcgc cgagggcgtc cgcaagatcc gcgagcgctt cgtccccttc
     9781 ctccgcctct gccgcgcaca tggcaccgcc atccgtatcg gcgtcaacca cggctccctc
     9841 tcggaccgca tcatgtcgcg ctttggtgac acgcccgagg gcatgaccga gtcctgcatg
     9901 gagttcctcc gcctctgccg cgaggagcag tttgacgacg tcgttatctc catcaaagca
     9961 tccaacaccg tcgtcatggt gcgcaccgtc cgcctgcttg tccgcacgat ggatcgcgag
    10021 ggcatgcact atccgcttca ccttggcgtc accgaggcgg gcaacgacga ggacggacgc
    10081 atcaagagtg ccgtcggcat cggcgcccta ctcacggacg gcatcggcga caccatccgc
    10141 gtctccctca gcgaaccacc cgaggctgag atccccgtag cccgtgagct catcgaccat
    10201 atcaaccgca cgcgcgcaga agaatatgcg cccatgcctg ctgatttcga gggcacggag
    10261 acggactact tccgtcgcac gcgcatggta ggcgacatcg gaggcggtcg ccagcccgtc
    10321 gtcttggcgg agtacaccaa cggcgaagag cccgacgaaa ccctccgccc ggactacctc
    10381 cgccacctgc ctgacggcac attcacgtcc acaaaggaca aacgtcgcac agtccccgcg
    10441 ccccacttcg tggagctgac accggacgag ctgaccgact ctcgcctcga ggccctcaac
    10501 acggacgaat cctccgtggt catcctccgc agcgtgcaca cggacagcgt caacgagaca
    10561 cgcgccgcca tcctgcgcct tcgcgccgca gcgtgccaag cgcccgtcat cctacgccgc
    10621 gactaccacg aggcggatct cgatcgcctg cgcatcgctg cctcggccga ccttggcgtc
    10681 ctgctcatcg acggcatcgc cgacggcctc ctcctcaccc agggcggcca cagcacgccc
    10741 gacaccgatc gtctggcctt cggcatcctc caggccacac gccgccgcat gagtcgcacg
    10801 gagtacatct cctgccccgg ctgcggccgc acgctctacg acctgcacca gacgatctcg
    10861 cgcatcaaag ccgccacggg ccacctcaag ggcgtcaaga ttggcatcat gggctgcatc
    10921 gtcaacggcc ccggtgagat ggccgatgcc gattacggtt acgtgggcgc aggccccggc
    10981 cgcgtcagcc tctaccgcgg caaggagtgc gtcctacgca gcatcccaga gtccgaggcc
    11041 gtcgatcgcc ttctcgagct catcgcctcg gatcgcaagt aacccgcccg cacattatgg
    11101 cttaggccga cctccatccc tcgggggccg gccttttttg tgccgaaaaa gctcacacac
    11161 cagcaaaaaa agctcgtccg tgagtgaaaa tcactcgtac gccagataaa aaagctcacg
    11221 cgtgagcaaa aaaagctggt gcactagcaa aaatcactgg cgcgtgagca aaaaaagctc
    11281 gttcacgagc aaaataagct ggctgatgag ccgaaaaagc tcacgcgcca gcttgtatta
    11341 gctcattctt cgcctcgtct ttcccctcct cgtccttatt gagcagcggc agggcgaaga
    11401 tcccgaagag gccacagagc acgacccaga ctgtctgcac cgtgaagaca accaacgcaa
    11461 aggcggctgc atcggtacga tctacgccaa aagccacgag cgtcgagatg accataaagt
    11521 gccacacacc gatgcccccc tgcacaggca ctgccacacc gaggctgctc atggcaaagg
    11581 cgatcagtcc gatgcgtata cccaaaggcg cagtgaattc gaaggcgtag aaggtggtat
    11641 agaaatagag gaaatagccg acccaaatag ccagcgtctg aaagaggaag cgccccttgt
    11701 gctcgatcgt ccagaggctg cgcatgcctt cccagacgtt tagcagcatc tcggtcagct
    11761 tgcggacaag gggtaaatgc ttcatgcgca cgaagacgaa ccatgcgagc accacggctc
    11821 cgaccagccc gacgtacgtc cacggggagc ggacgagggt gatcagcgtc gcaaccagcg
    11881 tcgggggatt ctcagcgaag aagtggcgga agaagccgat gttgaagaca ccgaggcaga
    11941 gcgtgagcag gcccaccatg agcgtatcca tgatgcgatc tacgaagagc gtgcctaaga
    12001 gcttcgtgaa gggtacacgc tcgtatttgg ccgtcacacc gcagcgccag atctcgccca
    12061 cacgcggcag ggccatgttg acggcgtagt tgcccagcac ggcaaagacc acattgcgcc
    12121 gccgaacacg tcggccgagc gagtcgataa gcagccccca gcggaagcca cgcgtcacgt
    12181 tggcggccag gccgaagagc agcgagaaga ggaggatatc gtagcgcacg ccgccacgga
    12241 tcacgtccat catggccccg aagtcttgtt cgcgatagag ataccagaag agaagcacgc
    12301 ccagcaacag gggcaacacg atcttaacgg tctgattgac gatctttctt acgtccatta
    12361 tagggttctg tttgattggc cggcaaagat aggcgccttt gctgcgtggg gacggggcgg
    12421 ctgcggccgc cggcgaagtt tgccagctac cggcctcgac aattagaggc gccagcgaag
    12481 tttgccagct accggcctcg acaattcggg gcggtttggt tttatcccgt gccccgccgc
    12541 acctttgcgg ccccaaattt ttacgtggaa catcaacaat atgaataagg aatatcagcg
    12601 aagcgacctg gaggtgatgg caccggccgg gtcgtacgag tcgctcatgg ccgccattca
    12661 gggcggagcc gactcggtct actttggcgt cgaggggctc aacatgcgcg cccgatcgtc
    12721 caataatttc accacggacg acctccgccg catcgcctcc acctgcgccg accacggcgt
    12781 gaagagctac ctgacggtca acaccgtcct ctacgacgcc gatctggaca ccatgcggcg
    12841 catcatcgac gcctcgctcg aggctggcgt ctcggccgtt atcgccgccg acgtggccgc
    12901 catgaactat gccgccaaca tcggtcagga ggttcacctc tccacccagc tcaacatcgc
    12961 caacgtcgaa gccctggcct tctacgcccg cttcgccgac gtggccgtcc tggcccgcga
    13021 gctcaatctg gaccaagtca gcgccatcca tcgggccatc cgcgagcgtg acatccgcgg
    13081 gcctaagggt gaacagatac gcctcgagat gttctgccac ggtgccctct gcatggccgt
    13141 ctccggcaaa tgctacctca gcctgcacga gatgaacgcc tccgccaacc gcggcgcctg
    13201 caaccaaatt tgccgccgca gctacaccgt ccgcgaccgc gagacgaacc acgagctgga
    13261 cgtcgacaac gcctacatca tgtcgcccaa agacctcaag acgatccatt tcctcaacaa
    13321 actcatcgac gctggcgtgc gcgtcttcaa gatcgagggc cgcgcgcggg ggccggaata
    13381 cgtgcgcacc gtcacggagt gctacgccga ggccgccacg gcctgctgcg acggcacctt
    13441 cgacgaggcg cgcatagccg cctgggacga gcgcctctcg accgtcttca atcgtggctt
    13501 ctggaacggc tactacctcg gccagcgcct cggcgagtgg acccaccgct acggctccag
    13561 cgccacgcgc cgcaaggagt acgtggcccg cggcgtgaag tacttcggcg gcatcggcgt
    13621 ggccgagttc gagatggaga gcggctcgct cagcgtcggc gacgaggtcg tgatcacggg
    13681 tcccaccacc ggcgccgtct ttgagaccat ccgcgagatt cgagtcgacc tccagcccgt
    13741 gcaaaccact tcgaagggcg agcgattctc catccgcacc gcggaaaagg ttcgtccctc
    13801 cgatcgactc tataaaatgg tccccgttag ccctgcctaa gttcatcgaa gagcctcccg
    13861 cggctcgttc ggggatatgc agcgaaatgg agcaggtgaa tttatcgtgt ttcgaatatc
    13921 agccgtcgta taggccccga aacagcgcct gtttgctaac ctataccgcg tataggtcta
    13981 caaacagacg ctgctttgtt attcatacgg cgtagcgatc cagaaacaga ctctttttca
    14041 tgttttatac gccgcatagg cccataaaca gagtctgttt ctcacttcac acatcgtatc
    14101 ggcccacaaa tagaggcctt cggaggacct tattcaggta gagcataaga aacagtatct
    14161 attttcagac tcttacgtcg tatacataaa gaaacagact ctatttatgg actcatacgg
    14221 cgtatgaaat acaaaacagc ctctgtttat gggcatatac ggcgtatgaa ttaggagaaa
    14281 gaggctgttt gcgaatctat acgccgtcta tattccgaaa aagagctatt tcacctactc
    14341 tttttttcgg cacctcccta aacttgacgc gtttggcaag actttttcgc tgcggatccc
    14401 caaactcgac gcgtttagct ctccgcaatc gctgcgcata cctttacgag acgcatgagg
    14461 ctctccgcaa tcgctgcgca cacctttacg agacgcatga ggctgatcgc cgtcggtgca
    14521 cccacctcaa cgcatcaaag gaggctattc aacggagcgc tcaacaccga aatgcgccgc
    14581 gtgtttggca tcggccaaca aaaaagccaa ggactgaatc aatcaatcct tggctttgct
    14641 tttcggtacc cagacccggg gtcgaaccgg gatggaagtg aatccactgg tgtttgagac
    14701 cagcgcgtct accgattccg ccatctgggc cttcgtggaa gacgccgcaa atataggcgc
    14761 atttctcaga tcacgaaagc cggagggcga tggcgggaga ttcggggcgg gggttacttc
    14821 ttttttgact gcgttttgct gtacttctcg gccagagctt tggcgcgggc tacgcgtttg
    14881 ccatcgtccg ggtgagagga gaacatcttt tgcaccgccg actgcttggc gccaccggag
    14941 aggtcggcca acttctgcag tccgttagcc agaccgtagg ggtcgaagcc aagctcgacg
    15001 catttcttga tcccgtactc gtctgcggcc gattcttgct tctgcgagaa ctgggcgctg
    15061 aggaaggctt gggtgagctt gttgagctgc gtgtcggaga gcctgttggc ggtgttgctg
    15121 acggcgctgg cggcatcgat aagtccggcc gtcatgtagg cctgcttcat ggcgtccttg
    15181 acgtcggtgt tggctacgtg accgagctca tggccgatga cgcccatcag ttcgtcgtcg
    15241 tccatgatgt ccatcagcga gctgaagacg cggacgctgc cgtcgcccga ggcgaaggcg
    15301 ttgatgtctg tcacgagata gaccttgaag ttgagcggca tgccgttcac ctccttgaag
    15361 cccttcgtga ggcgggccag gcgcttggca tactccgagt tgtccttggc cacttcgttg
    15421 tgtttgtcca tccactcgac cgactcgtgg cagaggttgt agatgtcggc atcgctcagt
    15481 gtgacggcct tggccacctt gctgacggcc tgagtggctt tgtcgaggtt gatgctcttt
    15541 ccgccgattc tgatttgcgc ttgagcggcg gtcagggtca tggctaaggc catgaagaag
    15601 atcatttttt tcataggtca aatgtctaat ttgagtgaat aatacattga ttatttgtgc
    15661 tgcaaagata ggagaggatc attccgcgaa ccggcgtgtg agggaaccga agaaggaagg
    15721 ggcacgctgg cgctccttag ccttacgggt catgtcgagc accgtctcgt agggcaattc
    15781 acccacgcgg cgcgggcggg ggcggaagtg cggagagagc agactgcgcg tatcgtcata
    15841 gccttggaaa cggagcgcgg cgagattggc catcgtgtag ggcagatcga cggtggaata
    15901 ggggcgcgtg aggtcgaatc gcaggtcggg ccgcatacgc ctaaagtcgg gtgagagcca
    15961 gacgaggaag ggcacctcgc acatgtagga cgtgaccttc tcgtacgcat gcccgttgaa
    16021 gggtcggaac tcgttcacct cctcgccgtg gtcggagaag tagatcaggg cggcgggtgt
    16081 gtgctcacgc tcgatgcggg cgatgagtgt ggagaggagg tagtcgttgt agcggacgga
    16141 attgtcgtac tcgtcgacgg tggtgcgggc ctcgggcgtg aggtcaggct gggcgttggg
    16201 cagcgtgtcg ttgaggcgcg tgaagaagtc gaagtcggcg gggtagcggt atttataccc
    16261 gatgtgacag cccatgaggt gtagcacgat caatttcggg cgatcgctgg gggcggtcag
    16321 ggcttgctcg aagggcggca ggaggatgcc gtcgggggcc ttgcgggcgg agaggtcgac
    16381 ggtgtgatcg gccagcttca ggaaggcgtc gtagctggac gagccgtcga gcaggggctg
    16441 attgctgatg acgtacgtct cgaatccggc acggttgaag agctcgatga gcgaggggta
    16501 ggtggtgagg cgttcggggt ggtcccagtc ggcgaaggtg agcgcagcgc ggagcacggg
    16561 gatggtgtgc acctgtggcg agactacatc ggtatagacc gagagctcac cgcgtcgggc
    16621 agagagcaac gggttcgtgt cgcgaggata accgtagagc gacatgtggc gtcgggcatg
    16681 cgattcaccg atgacgagca ccacgaggcg cggcgtcttg tccggttgtg tacgcacctc
    16741 gaacggcagc gtatgccgac gggccagggc gcgctcctca cggaagcggc cgatcttata
    16801 gtgggcaaag acacgataga agtccacgaa gtagatccgt tgcgccacgg gccggacggt
    16861 gacgaagagc agggccacga acaccaaggc gaagaaggcg tacttgtggc ggcggatgcg
    16921 gaagaagcgc tccggctgct tcatgcgaca gatcatcacg atcggcgtga gcacgaagag
    16981 cgtgacggcc gtcacgagcc aggggttgag gtaggcgata aactccgagg cctcgtcggt
    17041 gttggtctcg aagatcgacg tgatggtgcc gcccgagagg agcacatggc cgatgaagag
    17101 gtagccaatg aggatggtgc cggggatgat cgtcacggcc aacagcaggg agtagaagat
    17161 cttcagcccc cgggtggtca taaacgaggc aagcaaaaag acgacgcaga gcagcagcaa
    17221 gctgaggcca atgcccacgg ctacggcact gagcgagagg ttctgtgcca acagactcaa
    17281 cacaggcaca ggcatgagca cgtagaggag gaagaagagc tgcaacttcc tttccttgag
    17341 tatttgcaag agggtcttca tatctatgga tagcgtagtt atgcgcccct aaaggcgcgg
    17401 tagcgtaagg gcatatcggg cgccctgggc cgttatgcgg cgcggctgca aaactacctg
    17461 acgagtttat acatcccgcc gggcagggtg gtgacgaggc cctccatctc cagatcgaag
    17521 aggatagcca tcacctcccg cacggagagg tcagccaggc gcgccaggtc attgatctgc
    17581 gtcggcccct cggcgcggag cacacgcgtc acggcattgt ccggcagggg aggctcggcc
    17641 gtcgatggac gctgtgaggt ggacggggcg gaggcgctac tcgttgcttt cacgcgcttc
    17701 tccgacggcg cccaccccat catctcacag agatcggccg gcgaggagat cagccgcgca
    17761 cgccgttcgg cgatgaggtg cagacagccc aatgaaagtt cgtccgtcac acgccccgga
    17821 caggcaaaga cccgtcgctg atagccttgg gcataagccg ccgtcgagag ggcgccgctc
    17881 cggacgggcg actcgatgat gaccgtcgca tcggccaggg cggcaatcag tcggttacgc
    17941 ctgaggaagt tttcgggcac ggggttcgtc cccgagggat agtccgtcag caggccaccg
    18001 cgcaaggtca tgtctgccgc tgtggcacgg tgagtcgctg gatagatccg atccagccca
    18061 tgcgccaaca ccccgaccgt gggcagcccc gtacggagcg cggcacgatg ggcacagacg
    18121 tcaatgccat aggccagtcc gctgacgatg acgatcgagg cgtctgtagc cgccagctcc
    18181 tcaacgattc gggtggccag gttggtgcca tagtccgagc agcgacgcgt acccacgatg
    18241 ctgacgatac gcgcaacgtt gaggtcggcc gtgccacgat agtaaatcac cggcggtgcg
    18301 tccaggcagg cacgcagtcg gttggggtag tcgctgtccg cgagggtata gatacggatg
    18361 gcatgatccg tggcaaagcg cacttcctgc tccgcacgcc gcagggcctc gtcgcgttcg
    18421 gccacgatgc gctcggccat ctcacgtccc acgccctcca cttcggccag ttgcggggcc
    18481 gtggcgccga tggccgcctc agccgaaccg aaatgttttt gcagccagcg gagggacatg
    18541 tcgcccacgc catagattct cttcagtgcg attaaagcga tgcgttcgtt gtccatgtga
    18601 tacggtcccc ttccttcgat taatctttaa gcagctgatc gaaatactca ccgcgcgtca
    18661 gctgtccacc ctcgacggcc acagtctcca cacgccccga aacgacatgc acaccgtcgg
    18721 gcagccgata gagatcttgc agaaaaatca gcttcacgcc ctcgcgccgc aggttcatgc
    18781 acgaccgaaa gcggtcgcca ctacgcagcg catggcggta gcggatgtct acccgcgaga
    18841 caaacacatc cacgccgcga tcatgcagtc ggccgaagtt ctcccccagc gattctaaga
    18901 attcatggcg cgtatgctcc atataatgtt gatagttggc gttgttcacc acgccttgca
    18961 ggtcgcattc ataatcgcgc accttcatct ccagttcaaa tcgatatgta ctcatagggt
    19021 tttgtttgac agaccaaaag taggcagagc cgcgtatcgg agcgctatgg gtggggcaat
    19081 agcggggtta ttatgcccca tgagcacgtc ggcagacatt ctgccgcgac tatcacaccc
    19141 catgagtacg tcggcagaca ttctgccgcg accatcacac cccatgagta cgtcggcaga
    19201 cattctgccg cgaccatcat accccatgag tacgtcggca gacattctgc cgcgaccatc
    19261 ataccccatg agtacgtcgg cagacattct gccgaggcta tcatggtcga tgggaacgct
    19321 ggcgacactg tcgccgaggc tatcatggtc tatgagaacg ctggcgacac tgtcgccgag
    19381 gccatcatgg tctatgggaa cgctggcgac actgtcgccg aggccatcat ggtctatgag
    19441 aactctggcg acactgtcgc cggggctatc atggtcgatg agaacgctgg cgacactgtc
    19501 gccgggacta tcatggtcga tgagaacgct ggcgacactg tcgccggggc tatcatggcc
    19561 tatgagaacg ctggcgacac tgtcgccggg actatcatgg tcgatgggaa cgctggcgac
    19621 actgtcgccg aggctatcat ggtcgatggg aacgctggcg acactgtcgc cgggacactt
    19681 tggactgaag cagctccgcc cgaaccactt ttccccagat ggaggccttc ccctggatag
    19741 gttactcccc catccaaaaa caccgaatcc ccgacacagc ctttatcagc tatgccgggg
    19801 attcttcttt gatgtatggg cggacaccgg ggcccaccca tacgatagga acgggagcgt
    19861 tacttcacga tcaccttatg aacggaacca tcctt
//
LOCUS       SEQF2638.1|AYYF01001479.1 3386 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3386
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             104..847
                     /gene="lutA"
                     /locus_tag="SEQF2638.1_01690"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:O07020"
                     /codon_start=1
                     /transl_table=11
                     /product="Lactate utilization protein A"
                     /db_xref="COG:COG0247"
                     /translation="MKIGLFIPCYINAVYPHVGIACYKLLVSLGMDVDYPVGQTCCGQ
                     PMANGGFETGSVYLAERFEDLFKKYDYIVGPSASCVAFVKENHPRLLAEAKKGECTAA
                     KHIYDITEFLHDVIKPEKFPSKFPHKVSIHNSCHGVRELGLSSPSELTVPYFNKIRSL
                     LERVPGITVVEPKRVDECCGFGGLFAVEESEVSACMGRDKVKDHMSTGAEYITGADSS
                     CLMHMNGVIEREHYPIQTIHYLEILSAQL"
     CDS             844..2220
                     /gene="lutB"
                     /locus_tag="SEQF2638.1_01691"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:O07021"
                     /codon_start=1
                     /transl_table=11
                     /product="Lactate utilization protein B"
                     /db_xref="COG:COG1139"
                     /translation="MSAHAKAAKAFLANKENAVWHDQTLYMVRHKRDLLSHAIPEWED
                     LRHTARDIKLYSNSHLPELIEQFEKNATANGCHVHFAKDDEEYRHIIEGILSDHGVKK
                     LVKSKSMLSEECKLNPYLIEKGYDVIESDLGERILQLMHLHPSHIVMPAIHIKRQAVG
                     ELFEEKLGSEKGNSDPTYLTHQARRALRQDFLNSGAGMTGGNFAIAATGEVVVCTNEG
                     NADMGMSCQKVNITAFGIDKIIPDLRSLGVFTRLLARSATGQPITTYTSHFGRPHQGG
                     EQHFIIVDNGRSKILGMPEHRKVMNCIRCGACMNTCPVYRRSGGYSYSYFIPGPIGIN
                     LGMLNDPQKHSGNVSACSLCLSCSFVCPAMVDLGEQIYIWRQKLDGFGKADPKKKVMC
                     QGIKYLMDRPKLFHSALKMAPMVNSMPRFMLYNGLNDWGKERELPKFAKQSFEAWWKK
                     NQKEKNAK"
     CDS             2230..2811
                     /locus_tag="SEQF2638.1_01692"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSSKEFILNSLRDNIKEHFPRPEIKIPHTVYPDKIKQFIEISAG
                     VGGSAEELGKGESVDDAIRRLFPEAKRIACNFPEVTCATYNPDTIETPSELNGTDLVV
                     CHGIFGVCENAAVYYEQEYLQRAIYFISEALVFLLPKDQLVDTMHDAYARVPEAHPGE
                     FRGFMSGPSKTADIEQSLVKGAHGPKQVVVLLV"
ORIGIN      
        1 gccttacccc cccccccccg actattcgct gactctctcc cctctatcga acctattaaa
       61 gcgagaatat tcaattgtta tttgacacta aacttatgtg gttatgaaaa tcggattatt
      121 tattccgtgc tatatcaatg cggtctatcc gcacgtaggt atagcctgtt acaagttgct
      181 cgtcagctta ggaatggatg tcgactatcc cgtgggacag acctgctgcg gccagccaat
      241 ggccaatggc ggctttgaaa ccgggtctgt ctatctggcc gaacgcttcg aggatctatt
      301 caaaaagtac gactacatcg tcggcccctc agccagctgt gtagccttcg tcaaagagaa
      361 tcacccccgc cttctggccg aagccaagaa gggcgagtgc accgcagcga aacacatcta
      421 cgacatcacc gagttcctgc acgacgtgat caagcccgag aagttcccct ccaaattccc
      481 tcacaaggtc agcattcaca acagctgcca cggtgtgcgc gagttaggcc tctcttctcc
      541 ctcggagctg acagtgccct acttcaacaa gatccgctcg ttgcttgagc gtgtacccgg
      601 tatcacggtc gtagagccta agcgcgtcga cgaatgctgc ggtttcggcg gcttattcgc
      661 cgtcgaggag tctgaagtat ccgcctgcat gggccgtgac aaagtgaagg atcacatgtc
      721 caccggagcc gaatacatta ccggagccga cagctcctgc ttgatgcata tgaatggcgt
      781 catcgaacgc gaacattacc ccatccaaac cattcactac ctcgaaatcc tatctgcaca
      841 gttatgagcg cacatgccaa ggctgcaaaa gccttcttag ccaataaaga gaatgccgtt
      901 tggcacgacc aaacgcttta catggttcgc cacaaacgcg acctcctctc gcacgccatc
      961 cccgaatggg aagacctgcg ccacaccgcc cgcgacatca agctctacag caattcgcac
     1021 ctgcctgagc tcatcgagca gttcgaaaaa aacgctacag cgaacggttg ccacgtgcac
     1081 tttgccaaag acgacgagga gtatcgtcac atcatcgagg gcatcctcag cgatcacggc
     1141 gtgaagaagc tggtcaagag taaatccatg ctctccgaag agtgtaaact caatccttac
     1201 ctcatcgaga agggttacga cgtgatcgaa agtgacctcg gcgaacgcat cctgcaatta
     1261 atgcacctcc atcccagcca catcgttatg cccgccatcc acatcaagcg tcaagctgtg
     1321 ggcgagcttt tcgaggagaa gttgggtagc gaaaagggca attccgaccc gacgtatctc
     1381 acccaccagg ctcgtcgtgc cctgcgtcaa gacttcctta attcaggagc cggcatgacg
     1441 ggtggaaact ttgccatcgc tgccacgggt gaggtcgtag tttgtaccaa tgagggtaac
     1501 gccgatatgg gtatgtcgtg ccagaaggtg aacattacgg ccttcggtat cgacaagatc
     1561 attcccgact tgcgctcgct gggcgtcttt acgcgtctgc tggcccgttc ggctaccggc
     1621 caaccgatca caacctatac gtcgcacttc ggtcgtccgc accaaggtgg tgagcagcat
     1681 tttatcatcg tagacaatgg gcgcagcaaa atcctcggta tgcctgagca tcgtaaggtg
     1741 atgaactgca tccgctgtgg tgcctgcatg aatacctgcc ccgtctatcg tcgcagtggt
     1801 ggctattcct attcttactt catccccgga ccgatcggca tcaacctcgg tatgctcaac
     1861 gatccgcaga agcacagtgg caacgtctcg gcgtgctcgc tttgtctttc ctgctcgttc
     1921 gtctgccccg ccatggtcga cctcggtgag cagatctata tctggcgcca gaagctggac
     1981 ggcttcggca aggcagatcc gaagaagaaa gtgatgtgtc aaggcatcaa gtacctcatg
     2041 gatcgtccaa agctgttcca ttctgcactt aagatggcgc cgatggtcaa ctccatgccg
     2101 cgctttatgc tctacaatgg gctgaacgat tggggtaaag agcgcgagct gcccaagttt
     2161 gccaagcaat catttgaggc ttggtggaag aagaatcaaa aggagaagaa cgctaaataa
     2221 gaatcaagta tgagcagcaa agaatttata ttgaacagcc tgagggataa catcaaggag
     2281 cactttcccc gccctgaaat caagatccct cacaccgtct atccggataa gatcaaacag
     2341 tttatagaga tctccgccgg agtaggcggc agtgccgaag agttgggcaa gggtgaaagt
     2401 gtggacgacg ctatccgtcg cctcttcccc gaagccaaac gcatcgcctg caattttccc
     2461 gaggtgactt gtgccaccta taacccggac acgatcgaga caccatccga attgaacggc
     2521 acggatctcg ttgtctgcca cggcatcttt ggcgtatgcg agaacgccgc cgtctactac
     2581 gagcaggaat acctgcagcg cgccatctac tttatctccg aggcgctcgt cttcctcctc
     2641 cccaaggatc agttggtaga cactatgcac gatgcttatg cccgcgtacc ggaggctcat
     2701 ccgggcgagt ttcgcggctt catgtccggc ccgtcaaaga cagcggacat cgagcagtcg
     2761 ctcgtcaaag gtgcgcacgg cccgaagcaa gtggtcgtct tgcttgtgta acatgtatcg
     2821 aaatgatatt ctaactctat aaacagcatt cctgccatga acgtatttct ttctattctc
     2881 ccgattttgc tcttgtttgt gctcatgctc ggcatcaaaa tggccggaca caagagcgcc
     2941 tttatcaccc ttgtggccac gttgctcgtt gctgtgttcg cagcgcctgc actcggattc
     3001 gctcccgagg gttacacgca gttcggtgtc ttttgggcct tcattgaggg tctactgaag
     3061 gccaccttcc ccattctgat catcattttg atggccatct acagctacaa cacgttgctc
     3121 gaaagtggcg agatcgaagt gatcaagaag caattcacct ctctgacgaa cgaccgtggc
     3181 atcatcgtgc tactccttgt ttggggcttc ggagggttgc ttgaaggcat ggccggattc
     3241 ggtacagccg tagcgattcc tgccgctatt ctgatcggcc tcggcttcaa gcctggcttc
     3301 agcgctttgg tgtcgttgat cgcgaacagc gtgccgacgg gctttggtgc cgtgggtgtg
     3361 cctgtcatca cgttggctaa cgaagt
//
LOCUS       SEQF2638.1|AYYF01001480.1 7282 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..7282
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(390..1508)
                     /gene="adh1"
                     /locus_tag="SEQF2638.1_01693"
                     /EC_number="1.1.1.192"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:A4IP64"
                     /codon_start=1
                     /transl_table=11
                     /product="Long-chain-alcohol dehydrogenase 1"
                     /db_xref="COG:COG1454"
                     /translation="MQLFKLRSRLHEFARFADFADEFRLNERDLVITNVFLYDPFMKP
                     LGLKCHFVMQEQYGQGEPSDEMMNAILRDVKPLSFDRVIAIGGGTVIDISKLFVLKGV
                     DNVVDAFERKIPLVKDKQLIILPTTCGTGSEVTNISIAEIKSKQTKMGLADDVLFADD
                     AVLIPELLQGLPYRFYVASSIDALIHGMESYLSPKANPYTQLYSNAAIKIIIDVFSMI
                     AKQGESSRFECLGDMLTASNYAGIAFGNAGVGAVHALSYPLGGTYHVPHGEANYQFFT
                     EIFKLYQLKAPHGKIEELNRILSESLQSNGWGGVYEQLDELLSHLLKRKPLREYGMKE
                     ADIDGFTQNVIKTQQRLLANNYVALSEDEIRDIYRKLY"
     CDS             complement(1636..2937)
                     /locus_tag="SEQF2638.1_01694"
                     /EC_number="2.8.3.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q0AVM5"
                     /codon_start=1
                     /transl_table=11
                     /product="putative butyrate:acetyl-CoA coenzyme
                     A-transferase"
                     /db_xref="COG:COG0427"
                     /translation="MTMNRERPLAEKTVTADEAIRAIKSGDHVVFSHAAGAPQEIHRA
                     LVRHKEDYSGVEIFHLICLGSGDYMAPEMEGHFRHCAAFVGANSRRAVAEDRADFIPC
                     FFFEVPGFFRRKLWPVDVAVIHVSPPDLMGNCSFGVSCDYTKPAAEAARIVIAEMNDQ
                     MPYIGGDNFIHVSQIDYIVPCSNPLPEVPPAKTGAVEEAIGRYCAELVEDGSTLQLGI
                     GAIPDAVLKCLSDKKDLGLHTEMFADGAIDLIERGVINGSRKTLHPGKHVATFLMGSR
                     RFYDFVNNNPDVEMRPVDYVNNPCVIMKNEKMVSINSCIEVDLMGQVTSECIGQTQFS
                     GTGGQVDYVRGAALADDGKSILAMPSTAAKGTISRIMPYLSHGAAVTTPRDDVDYIVT
                     EYGIAHLKGKTLKERARLLINIAHPNFRDNLEEEFRKRFKK"
     CDS             complement(2947..3258)
                     /gene="nfuA"
                     /locus_tag="SEQF2638.1_01695"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01637"
                     /codon_start=1
                     /transl_table=11
                     /product="Fe/S biogenesis protein NfuA"
                     /translation="MSDVDTLKERVERVIEEKVRPALRFHGGDIRLVEVTGKDVKVRL
                     LGACCFCPSAQSTMEDVVTGSLREELGDEIGRVILWDAISDELLDFARDFFKRKQAQS
                     Q"
     CDS             complement(3261..4682)
                     /gene="abfD"
                     /locus_tag="SEQF2638.1_01696"
                     /EC_number="4.2.1.120"
                     /inference="ab initio prediction:Prodigal:002006"
                     /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             4699..4962
                     /locus_tag="SEQF2638.1_01697"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYSSRVIINSEFLVQLKNHYISISLSSHNQNNSVHQDIIRDVAL
                     LIPEKWRSDLGMRIPSVCLLRKHIFPTVRMHRILLSSLSSAPI"
     misc_RNA        complement(5097..5312)
                     /locus_tag="SEQF2638.1_01698"
                     /product="Cobalamin"
                     /inference="COORDINATES:profile:Infernal:001001"
     CDS             5706..5930
                     /locus_tag="SEQF2638.1_01699"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MCERLKLSTRMLQDFRSGGISGYAKARAVYISDEIRQRLDFVVR
                     QIDLRGSSISGNIERALREHLDQHKDYIEL"
     CDS             complement(6158..6415)
                     /locus_tag="SEQF2638.1_01700"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLKSFKTNQPIFRIPTSDFRLGSISCVIKDGQTEEQKVPWSVRF
                     HVWMNGDSSKIPHPSIAPFSFGEALVRMSHFGGQMFSWDDS"
     CDS             complement(6587..7234)
                     /gene="xerC_20"
                     /locus_tag="SEQF2638.1_01701"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P44818"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerC"
                     /db_xref="COG:COG4973"
                     /translation="MYRAVSKRIIRYNPFEGATYEKVERKIRFLQKSDVAKLMALKVN
                     DREAEQSRQMFLFSCFTGLAIADMERLKFSHIQTAADGRRYIRKERQKTKVESVVPLH
                     PIAEEILSRCREDQTVKEEGDNLVFPCACSRSAMNNKLSTVGLACGIRQRLSFHMARH
                     TFGTLSLSAGIPIESIAKMMGHTSISSTQIYAQVTDKKISEDMDKLIRKQQTASV"
ORIGIN      
        1 gaagtcccgc aagcgtcaaa ttcttcgttt gggcatttgc ggaagttccg caagcatcaa
       61 attcttcgtt tgggcatttg cgggagttcc gcaagcgtta ttatctccgt ttttagcgtt
      121 tgcaacgccg ttgcaaatgc ctcgaaaaac tttctggtgt ttgcaacact gttgcaagtg
      181 cctcaaaaaa ctttctggtg tttgcaacgc cgttgcaaat gcctcgaaaa actttctggt
      241 gtttgcaaca ctgttgcaag tgcctcaaaa aactttttgg cgtttgcaac gccgttgcaa
      301 gtgcctcaaa aaactttctg gtgtttgcaa caccgttgca agtgcctcga aaaacttttt
      361 ggcgtttgcg acactgttgc aagcagccat caatacagtt tgcgatagat atcgcggatc
      421 tcatcctccg acagcgccac gtaattgttc gctagcaagc gctgctgcgt cttgatcaca
      481 ttttgcgtga agccatcgat atcagcctcc ttcatgccgt attcccggag gggtttcctc
      541 ttgagcagat gagacagcag ctcgtccagc tgttcgtaga ccccgcccca accgttggat
      601 tggagtgatt cggagaggat gcgattgagc tcctcaatct ttccgtgggg cgccttgagc
      661 tggtagagct tgaagatctc ggtaaagaac tgatagttgg cctcgccgtg gggcacgtga
      721 tatgtcccgc cgagcggata cgacagggcg tgcacggcgc caactccggc gttgccaaac
      781 gcgatgccgg cgtagttgct cgccgtcagc atgtcgccca agcattcgaa gcggctcgac
      841 tcgccctgct tggcgatcat ggagaagacg tcgataatga tcttgatcgc ggcgttactg
      901 tatagctgcg tgtaggggtt ggccttgggc gagaggtagg actccatgcc gtggatcagc
      961 gcatcgatgg agcttgccac gtagaaacgg tacggcagcc cctgcaacaa ctcggggatc
     1021 aacacggcgt cgtcagcgaa aagcacatcg tcagccagac ccatcttcgt ctgcttcgac
     1081 ttgatttcgg cgatcgaaat gttggtcact tcgctccctg tgccgcacgt cgtgggcagg
     1141 atgatgagct gcttatcctt cactaacggg atcttgcgct cgaaggcgtc gaccacattg
     1201 tccactccct tcagcacaaa aagtttcgag atgtcgatca ctgtgccgcc gccgatggca
     1261 ataacgcggt cgaaggacag cggttttacg tcgcgcagga tggcattcat catctcgtcc
     1321 gagggctcgc cctggccata ctgctcctgc atgacgaagt ggcatttcag gccgagcggc
     1381 ttcataaacg gatcatacaa gaagacgttg gtgatgacca agtctctttc attcaaccgg
     1441 aactcgtcgg caaagtcggc gaaccgtgca aactcatgca gtctgcttct cagtttgaac
     1501 aattgcataa taaataggta gtaaaatgta gtttgagggt aagttggatg ctggggcgga
     1561 acttcggtgt ccgtccgtgt gctcttttta tcaatgtttt ttcggggggg agaggggccg
     1621 tgtcagcccg ttaccttatt tcttgaatcg cttccgaaac tcctcctcta agttgtccct
     1681 gaagttgggg tgggcaatat tgatcaagag tctggcacgc tcttttagcg tcttgccttt
     1741 gaggtgagca atgccatatt cggtcacgat gtagtccacg tcatcacgtg gggtcgttac
     1801 agccgctccg tgagagaggt agggcatgat gcgtgagata gttcccttgg ctgcggtcga
     1861 aggcatggct aaaatcgact tgccatcgtc ggcgagagcc gctccacgca cgtagtccac
     1921 ctgtccgccc gtgccgctga actgcgtctg cccgatgcat tctgacgtca cttggcccat
     1981 caggtcgacc tcgatgcagg agttgatgct taccatcttc tcatttttca tgatcacaca
     2041 ggggttgttg acgtagtcta ctggccgcat ttcgacgtct ggattgttgt ttacaaagtc
     2101 gtagaaccga cgactgccca tgaggaaggt cgccacatgc ttacccgggt ggagtgtctt
     2161 ccggctgcca ttgatcacac ctcgctcgat aagatcgata gcgccatcgg caaacatttc
     2221 ggtgtgcagc cctaggtctt ttttgtcgga taggcatttc agcacagcgt cgggtatggc
     2281 gccgatgccg agttgcaaag tcgatccgtc ctccaccaat tcggcgcagt atcggccgat
     2341 agcctcctca acagctccgg tcttggccgg aggaacctcc ggtagcgggt tggagcaggg
     2401 cacgatatag tcgatctgcg acacgtggat gaagttgtct ccaccgatgt acggcatttg
     2461 gtcgttcatc tcggcgatga cgatgcgcgc agcctcagcc gcaggcttcg tgtagtcgca
     2521 cgacacgccg aagctgcaat tacccatcaa gtccggcggg gaaacatgga tcacagccac
     2581 gtctaccggc cacagtttgc ggcggaagaa tcccggcact tcaaagaaga agcaggggat
     2641 gaagtcggcc cgatcttcgg ccacagcgcg acgtgaattg gcccctacga aggcggcaca
     2701 atggcgaaag tgtccctcca tctccggagc catataatct ccactgccga ggcagatgag
     2761 atgaaaaatc tccacgcccg aataatcctc tttgtgtctc accagcgcac ggtggatctc
     2821 ctgcggcgca ccggcagcgt gcgaaaagac aacgtggtcg ccactcttta tggctcgaat
     2881 ggcttcgtcc gccgtgacgg tcttttcagc caatggtctt tctctgttca tggtcatacg
     2941 ttatatctat tgactttgtg cctgtttgcg tttgaaaaag tcgcgggcga aatcgagtag
     3001 ctcgtcgctt attgcatccc aaagaatcac gcgaccaatc tcgtcaccta attcttccct
     3061 gagtgatccg gttacgacat cctccatcgt ggattgtgca gaagggcaga aacagcaagc
     3121 acccaataga cgaactttta catccttccc tgtcacttca acgagtctaa tatcgccacc
     3181 gtggaaacga agtgcaggac gaaccttctc ctcgatcacc cgttcgactc tttctttcaa
     3241 cgtatcgacg tctgacatcg ctatttacgg tctttgcttt cgtcgatctt ggcgatccgt
     3301 ttcgccagtt cctttttcgc gttcagatta ccctgtcggg agatcatgat gcgctgtgcc
     3361 tgcggcgatc ccgcaccatg catcgactcg gtgcggtagc ccacggcagc cgtcccaagt
     3421 gtgatgttct caatgaggcg aagcacacgc atacggtttt ccgtgtcttt acccacggca
     3481 ccctgcaaat atttgcgaac gtatgggccg atctctttgt ggcgcaaatc ctgctccgcc
     3541 ggcatcgtca ccatcaatcc acccgcgata tcttctgcta accgagcgat ctcgtacggg
     3601 aaccgtgtaa cgttttgctt attcacattt gccaacagca agtccaccat aaagttcccc
     3661 gcgggcatag cgcgtcccat tgccgagcag gctacggcgc aacaccatag tgtctcattc
     3721 agatgaatca tctcgatcag tttgtctttg atatggctcg cttttggcac accgttataa
     3781 tcggccgcca aggctgccgc cccgatcaac acatcgccca cacccgtctt gcaggcatac
     3841 gactgcctgt gatagcctgc gaaacgctcc actaacgtgc ccgcgaattc atattcgcca
     3901 cacataaaga cgcgctcgtt gggtacgaag acatcgtcga agatgacgag cgcctcgtgg
     3961 ccaccatatt gcgagttacc gacatcaata tcggctccat cctccatctt gcgcgtgtcg
     4021 cacgactggc gtccatagac catgatcacc ccttcggcat cacccgggac agcaaacgat
     4081 acggcataag ccttatccgc ttccttcaaa gcaatagtcg gcatgatcaa atgctcatgc
     4141 gagttgactg cccccgtttg gtgcgccttg gctccacgga ctacgatacc atccgggcgt
     4201 acatccacca cgtgtacata catgtccgga tcttcctgtt gtgagggggc cagagagcgg
     4261 tctcccttgg gatcggtcat ggcaccgtcc actacaaggt cgccttcctg tacctgtttc
     4321 atgtattcca cgaatcgccg atgataatcc gtgccatgag cggcatcgat ctcgtaagtc
     4381 gtggcgtaaa tcgcgttgaa agcgtctaac cctacgcaac gctggaaaca tgaggccgtt
     4441 ttctgtccca tcaggcgttg catcttgatc ttcttcacca aatcatcggt gctttggtgc
     4501 aagtgcgtaa agcgattgat cgttttccca gtaaggttgg aggttgcagt catcaggtct
     4561 ctgtattcgt cctgttctgc cagttcataa gtcaaggcta ctgaattcat ggacgggcgg
     4621 atcatgggat gatccactgg gttctcgatt ttctcaccca tgtagtagac gttcaatttc
     4681 attttgcgaa ggctcgcaat gtactcatct cgtgtcatca taaactctga atttttagta
     4741 caactcaaaa accactatat ctcaatttct ttatcaagtc acaatcaaaa caactctgtc
     4801 catcaagaca ttatacgaga cgtcgcactc ctcattcctg agaaatggcg cagtgattta
     4861 ggtatgcgca taccttccgt atgcttgctg cgcaagcata ttttccctac agtcaggatg
     4921 caccgcatcc tcctctctag cctctcgtct gcgcctatat aagggcagat cgaaaaaggc
     4981 atgccgcatc tttcccgtga tgcgtacgac gcaagagagc ggtactcagc ccgtcttcgt
     5041 ttgaatgtct ttgaaacgct actatgtcaa attctctgtt cgcatttccc cgaacaaaaa
     5101 atcatgcctg aggtggcagg tcttctgact tgttctttga tcccgcgggg tcttcccttt
     5161 tcattacatg aaaaagtgac acttgcggat gcggaatcac tttgctaaga acttacagct
     5221 gaggacgcag tcccggattc gcaccgggtt cccttttcaa tccgatcctt ccgaacattg
     5281 gcgatcggat caccaactcg gccgcaaacg taaaacgaaa tccgaaatac aaccaaggaa
     5341 atagagaaat ttttctgcaa tcttttgtgt ataaaacaca agaggttgat tcccagatgc
     5401 ttctcatttg aatttttcct tcccctattg aggggacatt tgcatcgggc ttagactttg
     5461 cacatctttg ggaggttgga aacagtaacg ttcacgcaaa aactaggcag gggcaagaca
     5521 ctcacgctgg caggccgcct gccagagcta taggacactc tggtgatgtt ggcaggccgt
     5581 ctgctgggga attcctcacg attaagcccg cctgtttcca gcgtcttcct tcctgattct
     5641 tattcactct agactcatag agaggcatat ctcacgcgta aggggaaaac cttatcggcg
     5701 aggaggtgtg cgaacgactc aaactcagca cccgtatgct gcaggacttc cgcagcggcg
     5761 gcattagcgg ctatgccaaa gccagagcgg tctacatttc tgacgagatc cggcagagac
     5821 tggacttcgt tgtccgccag atcgatctac gaggctccag catctcgggc aatatcgagc
     5881 gcgcgcttcg ggagcatctc gaccagcaca aggactacat cgaactatga cggaagctct
     5941 gaacacatgc acgcttaacg tgcaatgcct ttccgaacac ttgcatatgt tgagtacaag
     6001 tattcagggt acggattaag gctcatcccg gggcccggca aggtgtgttt ttgtgccaca
     6061 aaaaccgttt tgtgctacaa aacgccttgc ccccggagcg gcctccgcgg cggttcggct
     6121 ccaaagtcat tacctgatcc tatacgaaaa actaacccta tgaatcgtcc caagaaaaca
     6181 tctgcccccc gaaatgagac atacgcacca aagcttcccc gaagctaaaa ggagcgatag
     6241 aagggtgagg tattttactg gagtcgccgt tcatccatac atgaaatcgg acagaccaag
     6301 ggactttctg ctcttcggtc tgcccgtctt tgattacaca cgaaatactg cccagccgga
     6361 agtccgaggt cgggattcgg aaaatcggct gatttgtctt gaacgatttc aacattgcaa
     6421 atctctttcg agaagagata cggcacaaca tgaggtagta gaaggcatga tttcttgact
     6481 acacaccacc ccctcttctt tcaccgcatt acccccgttg tagtcatgta gtaagatcta
     6541 ttcggtgaaa ggagaaaaag acctgtttag acagccgtgc gggggatcac actgaagcag
     6601 tttgttgctt ccggatcagc ttgtccatgt cttccgagat ctttttgtcc gtcacctgtg
     6661 catagatctg cgtgctggag atggaggtat gtcccatcat cttggcgatg ctctctatcg
     6721 ggataccagc actgagtgac agggttccga acgtgtgacg agccatgtgg aaagacaggc
     6781 gttgtctgat gccacatgcc agccccacag tgctcagttt gttattcatc gcactacgac
     6841 tgcaagcgca tggaaagaca aggttgtcgc cttcttcttt cactgtctgg tcctctcggc
     6901 atctgctaag gatctcttcc gctatcggat gtaacggcac gacagactcc actttcgtct
     6961 tttgccgttc cttgcggata tacctccggc cgtcggccgc ggtctggata tgcgaaaatt
     7021 tcaggcgctc catatccgca atggccaatc cggtaaagca ggaaaagagg aacatctgcc
     7081 gagactgctc tgcttctctg tcgttcacct tcagcgccat gagcttggcc acatcgcttt
     7141 tctgcaagaa gcgaatcttc cgttctacct tttcataggt agcgccctca aaaggattat
     7201 agcgaatgat ccttttgctg accgcacgat acatcaatcg actcagccaa cagagatctc
     7261 gattgactgt ctttgctgta aa
//
LOCUS       SEQF2638.1|AYYF01001481.1 2851 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2851
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             368..637
                     /locus_tag="SEQF2638.1_01702"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQIILVDGKAWERHRSAFADFIYRIERLIGNPPGTDEWLDNDAV
                     CRRLNISPRTLQTLRDTGKIPFSMVGHKYYYKACDISELLNSKAE"
     CDS             641..886
                     /locus_tag="SEQF2638.1_01703"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAEHAIITEESPQMQLFVQLMEGVLKKLERYCASARPTLAGEVY
                     LTGEEVCERLKLSARTLQEYRSRGLLAFYKIGGKILL"
     CDS             947..1426
                     /locus_tag="SEQF2638.1_01704"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTIEELRRARLAAKLEAMGGMGGYAEAKCKAEVEAEAKAEESPF
                     FDPPVEIEPTRSTLDPPPAEVVAPALSTPPSPPAAAPRKAKSHKEDLAAFRETYLQPE
                     RISHRKAVYVSDETQQRLDFVVRRIGLRGASISGYVERVLREHLDRYKDSIEQWRKL"
     CDS             2064..2414
                     /locus_tag="SEQF2638.1_01705"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:ISfinder:ISPg8"
                     /codon_start=1
                     /transl_table=11
                     /product="IS5 family transposase ISPg8"
                     /db_xref="COG:COG3039"
                     /translation="MPTKQTESAPSFLQVYMQVRRDRMKHSFLRQISACVDWRGIRTL
                     LNKKYTKTQNATGNPAYDALMMFKILLLQTWYGLSDYEVEERINDSILFERIPPLGYG
                     PSSSRPQHHLSLSR"
     CDS             complement(2323..2718)
                     /locus_tag="SEQF2638.1_01706"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLFVPIAILPAFAHPTSFRIDPWFATFQLILISLLLGLLFFGAQ
                     VLSVVCHFDEDTSIEIVRAIHNARIHDSPLVNTANPVLLELLIQLLKELVHNPQACQF
                     SAKATDGAVVWSWKAHIQEEEFAQRGWSR"
ORIGIN      
        1 ccgcccgacg atctgtcagc ttgacaggaa caaggaaggt ctgcttgtaa gcctccagtg
       61 tccctcgctt cattttggcg ctgaagcgtt tcggcgtggg tgcactgtcg gcagacgttc
      121 gcagacatct acctggccct ttgccgagag aaggaggcgc agaaggacaa gacgcttagt
      181 ctgtttcaat aagaggctac aaagacagct acaagagatg cgcccactga tgggcagcga
      241 gcagacgcag aggctacgcc gtgccttgca ggtctgtccg ccgcgaaagg ggacgctcga
      301 gaaaaagtga cgctggcaac tctggttgct ccaatccaat tatacaacct catatttcaa
      361 aaacaccatg caaatcatcc ttgtagacgg taaggcttgg gagcgacatc gctccgcctt
      421 tgccgacttt atctaccgca tcgagcggct catcggcaat ccgcccggga ccgacgaatg
      481 gctcgacaac gacgccgtat gccgccggct gaacatcagc cctcgcaccc tgcaaacctt
      541 gagagatacg ggcaaaatcc ccttctccat ggtcgggcat aagtattatt acaaagcctg
      601 tgacatctca gaattactga attcaaaagc tgaatgaacg atggcagagc atgcaatcat
      661 tacggaagaa agccctcaaa tgcagctgtt tgtccagctc atggagggcg tattgaagaa
      721 gctggagcgc tattgcgcct cggcccgccc cacgctcgct ggagaggttt atctcactgg
      781 cgaggaggtc tgcgagcggc tcaagctcag cgcccgcacg ctgcaggagt accgcagccg
      841 cggcctcttg gccttctaca aaatcggtgg caagatcctc ttgtaaacag agcgacctgc
      901 aagcgatgct cgaccgacat tataacccta ttcaaaagcc atcggcatga cgatagaaga
      961 actacggcgc gctagattgg ccgccaaact agaagcgatg ggcggcatgg gcggctatgc
     1021 cgaagcaaag tgcaaggcgg aagtggaagc ggaggccaag gcggaagagt cgcccttctt
     1081 tgatccgccc gtagagatcg agccgacaag aagcacgctt gatcctcctc cggcggaagt
     1141 tgttgcgccc gctctctcca ctccaccctc tccacctgct gcggctcctc gaaaggccaa
     1201 gagccacaag gaagatttgg ccgcatttcg agagacgtac ctccaacccg agcgcatcag
     1261 tcaccgcaag gcggtctacg tctctgacga gactcagcaa aggctagact tcgtagtccg
     1321 caggatcggc ctacgaggcg ccagcatctc gggctatgtc gagcgtgtgc ttcgggagca
     1381 tctcgacagg tacaaggaca gcatcgaaca atggcggaag ctctgaacac atgtacgctt
     1441 agcgtgcaat gccctcccga acacttgcat gtattgagtg caagtgttca gggtacgggc
     1501 acctcctatt ctggggcccg gcaaggtgtg tttttgtgcc acaaaaaccg ttttgtgcta
     1561 caaaacgcct tgcccccgga gcggcctccg cggcggttcg gctccaaagt ctcccctgat
     1621 cctatatgaa aaaccaaccc tatgaatcga tcccaagccc ccgtgcgctc tccgaaatga
     1681 gacgccttct actcggtcgc cctcagccct gtaggactca cgtattgtga ggctgatcaa
     1741 caagaaacag ctcaaaaact aggtcgtcat cgacgagctg tcgacgatct atgtccacgg
     1801 ttcgacgacc tgatcaccac ggcacgcagc aataaactgg ctgctcgcct cggtttccaa
     1861 gacttttcga gcccacgtgc aactacagtg aaaaggaaag tccgataatt caggatacgg
     1921 tcaagaatat gtgttcgggg tagatcgcgg acgaaatcgc caaagtgaga ccattgcacg
     1981 gtatttcaaa ggtatacagg gttgtgatca cttcgtatat cactgatatt tagtatcttc
     2041 atagccaaaa cagtcgtata gctatgccta ccaaacaaac cgaatccgct ccgagcttcc
     2101 tgcaagttta tatgcaggtg cgtcgcgacc gcatgaagca ctcgttcctt cgacagatca
     2161 gcgcttgcgt tgactggcga ggtattcgca cactactcaa caagaagtat acaaagaccc
     2221 agaacgccac aggcaatcca gcctatgatg ccttgatgat gttcaagatc ctactacttc
     2281 agacatggta cggcctgagt gattacgaag tcgaagaacg gatcaacgac tccatcctct
     2341 ttgagcgaat tcctcctctt ggatatgggc cttccagctc cagaccacag caccatctgt
     2401 cgctttcgcg ctgaactgac acgcttgggg attatgaaca agctccttaa ggagctgaat
     2461 aagcagttca agaagtacgg gattagccgt attgaccaag gggctatcgt ggatgcgagc
     2521 attgtggata gcccgaacga tctcgatgga agtatcctca tcaaagtggc agacgaccga
     2581 gaggacttgc gcaccgaaga agagcaagcc caagagcagg cttatcagta tgagttgaaa
     2641 agtcgcaaac caggggtcga tacggaagct cgttgggtgc gcaaaggcag gcaatatcgc
     2701 tatgggtaca aaaagcacgt gctgaccgat gggcaagggt tggtggagag cataattacc
     2761 acgccaggca attgtgccga tacggtggta ttgcccgagc tgatagagaa ggctgagctt
     2821 acgcagggcg ttagtgtcct tgccgataaa g
//
LOCUS       SEQF2638.1|AYYF01001482.1 6924 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..6924
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(177..1271)
                     /gene="wbpI"
                     /locus_tag="SEQF2638.1_01707"
                     /EC_number="5.1.3.23"
                     /inference="ab initio prediction:Prodigal:002006"
                     /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"
                     /db_xref="COG:COG0381"
                     /translation="MKLITILGARPQFIKAATVSRAIVEHNRRATDSSQIEEKILHTG
                     QHYDANMSDVFFRALEIPQPAWNLHCGGIGSHAEATARMMTGIERILLDERPDRVLVY
                     GDTDSTLAGALTAAKLHIPVAHVEAGLRSFNRRMAEEINRVLTDHLADRLFCPTRAAV
                     EHLRREGVTDGVMHTGDVMYDAALIFGSLAARRSTVIKSLGLTPKAFYLTTVHRAENT
                     DDLTRLTSIVRALIEASTPTCPVVWPLHPRTRSRLEAYGLLATLNDAVCLTEPVDYWD
                     MVRLEQSAAAILTDSGGIQKEAYFHRTPCVTLRDDTEWLETIEAGWNILTGSDTDRIL
                     HALHDPSPTRHEIADYGDGHAAEKIVEALF"
     CDS             complement(1275..3068)
                     /gene="argS"
                     /locus_tag="SEQF2638.1_01708"
                     /EC_number="6.1.1.19"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q54869"
                     /codon_start=1
                     /transl_table=11
                     /product="Arginine--tRNA ligase"
                     /db_xref="COG:COG0018"
                     /translation="MMIEQQLSAAVRAAIEALYNHTVAPEQTALQKTKKEFEGHLTLV
                     VFPFLRISRKSPEETAREIGQYLREHEPAVADFNVIKGFLNLTIAGSRWVEALGAIHA
                     DDAFGTRPITAESPLVMVEYSSPNTNKPLHLGHVRNNLLGYSLSRILEANGNRVVKTN
                     IVNDRGIHICKSMLAWKKWGEGATPESTGKKGDHLVGDFYVLFDKHYREELRTLEATG
                     LTREEAEAQSPLMAEAREMLRRWEAGDEEVRALWATMNSWVYAGFDETYRRLGVGFDK
                     IYYESQTYLEGRDKVLEGLSRGLFYRRPDGSVWADLTADGLDEKLLLRADGTSVYMTQ
                     DIGTAKLRYDDYPIDRMIYVVGNEQNYHFQVLSLLLDKLGFAFGRGLIHFSYGMVELP
                     EGKMKSREGTVVDADDLMDEMIATARDISNELGKLDGLSREEADDIIRIIGLGSLKYF
                     ILKVDPRKNMTFNPKESIDFNGNTGSFIQYTYARIRSVLRKAAEQGLTVPATLPTDTP
                     INAKEQSLVQSLADFADVVREAGETYSPACIANYTYDLVREFNQFYHDYSILGEADER
                     VRALRLTLSAETAKVILTAMSLLGIEMPERM"
     CDS             complement(3177..3743)
                     /locus_tag="SEQF2638.1_01709"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIKRVDCLLHQLRHVLFLSREMPPPEGWPHFLSREMPSPEGWPH
                     FLSREMPPPEGWPHFLSREMTSPEGWPHFLSREMTSPEGWIHFLSREMPSPEGWIHFR
                     ASEMSPPEGWPHFLSREMPHSAAAATNVERFGCPHTRPGSPDHSSLRDVWRAYAIRPY
                     TSTRQTWQASLMPPAKLRSPRLRPPWTA"
     CDS             3761..4684
                     /locus_tag="SEQF2638.1_01710"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKTVVINKPGLRKYDNPLHVQFHSETYDIVHAVDPTKLGMPDD
                     VMPEWRGNIDTEISNNRDAQADANTALMMEKDEERDRLVLFIIASVRNALLLSDADMV
                     AAAKRLSVMTRRYAGIQKESFDRETADILGFLADLKDAKYTADVTKLGLDPVVTKLEA
                     VNTEFRKIYKERRETEVEKTHLPPSGKVRPETDALYERVILVLQWNYVYGKAPVDPNV
                     IAQVAEAMNKQTDRIETVYRQSLAQRKAAGDKKPKEPKTPKEPKEPKQPKDPKPTPDP
                     KQPEQPKKPDEKPKDPKKPDDGNPDIKLPEE"
     CDS             4867..6696
                     /locus_tag="SEQF2638.1_01711"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNTNKTASSPLDEALSLTSEWDKVFPQSDRVEHRKVTFHNHFGL
                     TLAADLYLPKGATGKLPAIAVCGLFGGVKEQSSGLYAQTLAERGFITLAFDPSFTGES
                     SGHPRDVFSLDINTEDFQASVDYLCNLDGVDPARVGILGICGWGCIALNAAANDPRIK
                     AVVASTTYDMPRIGAWGYNDSGTADDRYRAKQEIADLRTSEYAAGLTKHAFTTIPVDQ
                     LTGKEPAFVRQYSEYYKAPRGYHPRSVNSNLGWMQQAMTVRLDSVKESNAREVYAHSY
                     RRDLNPTVDTSAAHAPAPQPTPETFDSLLAELSPERRSAYIQSARNTIEMIKADNEFQ
                     ADILASDEKEMRRHHTEMHKKFTLSFACLIFFFIGAPLGAIIRKGGLGMPVVISVFLF
                     IFYYVIDNIGFKMASNGMWQPWQGMWLSSAVLLPLGIFLTYKASNDSAILNADTYTEA
                     LKRIIGKRPTRKVERKEVIMYALDYSAWNRRITALQADIMTYLQGARRWMPYFRFWRQ
                     GGRDPEAERIARQLEDVVEEGRNSDRHLVLNKLMDYPILSGYDLVDFRMSPRAGHIMA
                     WIFPVSLPIYLLSMIRRKLLLNDLRTTLRVSGEMQTLIPNDNS"
ORIGIN      
        1 ggacggcgtg atgcacgact acttctcact ccttctaact acccctacct ccttttcttg
       61 tcttgacaca agaaaaggag gcgaaaagaa agtcaaggcg ccgaggggcg ccggccaaac
      121 ttgccgggtg cgctactccg caaagtctcg ctgcgagtct cgcactgctt catctctcag
      181 aataatgctt caacaatctt ctctgccgcg tggccatcgc catagtcggc tatctcgtgg
      241 cgcgtgggcg acgggtcatg cagggcgtgg aggatgcggt cggtgtcgct gccggtgagg
      301 atgttccaac cggcctcgat cgtctctaac cactcggtgt cgtcgcgcaa cgtgacgcaa
      361 ggcgtgcggt ggaagtaggc ttctttctgt atcccgcccg agtcggtgag gatggcggcg
      421 gcggactgtt ccaaccgcac catatcccag taatcgaccg gctccgtcag gcataccgcg
      481 tcgtttagtg tggcgagcaa cccgtaggct tcgaggcgcg accgcgtgcg cggatgcaac
      541 ggccaaacga cggggcacgt gggcgtggac gcctcgatga gggcacgaac gatggaggtg
      601 agacgcgtga ggtcgtccgt attctcggcg cggtggacgg tggtgagata gaacgctttc
      661 ggcgtgaggc caagcgattt gatgacggtc gatcgacggg cggcgaggct cccgaagatg
      721 agggcggcgt catacatcac atcacccgtg tgcatgacgc cgtcggtgac gccctcgcgg
      781 cggagatgct cgacggccgc gcgcgtggga cagaagaggc ggtcggccaa gtggtccgtg
      841 agcacgcgat tgatctcctc cgccatgcgt cggttgaagc tgcgcagacc ggcctcgacg
      901 tgtgccacgg ggatatgcag cttggcggcc gtcagtgcac cggcgagtgt ggagtcggtg
      961 tcgccataga caaggacgcg gtcgggacgc tcgtctaaga ggatccgctc gatgcccgtc
     1021 atcatgcgcg ccgtggcttc ggcgtgactg ccgatgccgc cgcagtgcag gttccatgcg
     1081 ggttgtggaa tctcgagcgc acgaaagaag acgtcgctca tgttcgcgtc gtagtgctgg
     1141 ccggtgtgca ggatcttttc ttcgatctga gaactatcgg tggcgcgtcg gttatgctcg
     1201 acgatggcac ggctgacggt cgcggccttg atgaactggg gacgtgcccc gaggatggtg
     1261 atgagcttca tggcttacat ccgttcgggc atttcgattc cgagaagcga catggcggtg
     1321 aggatcacct tcgccgtctc ggccgacagc gtcaggcgca acgcacgcac gcgttcgtcg
     1381 gcctcgccga ggatcgagta atcgtgatag aactggttga actcccgcac cagatcgtac
     1441 gtgtagttgg cgatgcaggc cgggctgtac gtctcgcccg cctcacgcac cacgtcggca
     1501 aagtcggcca gcgactgcac aagcgattgc tccttggcgt tgatcggcgt atccgtgggc
     1561 agcgtggcgg ggacggtgag cccttgctcg gcggccttac gcaagacgga acggatgcgt
     1621 gcgtaggtgt actgaatgaa cgatccagtg ttgccattga agtcgatcga ctccttgggg
     1681 ttgaaggtca tgttcttccg cgggtcgacc ttcaggatga agtatttcag ggagccgagg
     1741 ccgatgatgc ggatgatgtc gtccgcctct tcgcggctga ggccgtcgag cttgcccagc
     1801 tcgttggaga tgtcgcgcgc tgtggcgatc atctcgtcca tcaggtcgtc cgcatcgacg
     1861 acggtgccct cgcggctttt catcttgccc tcgggcagct ccaccatgcc gtaggagaag
     1921 tggatcaggc cgcggccgaa ggcgaacccg agcttgtcga gcagcaggga gaggacttga
     1981 aagtgatagt tctgctcgtt gccgacgacg tagatcatgc ggtcgatcgg gtaatcgtcg
     2041 tagcggagct tggcggtgcc gatgtcttgc gtcatgtaga cggacgtgcc atcggcgcgc
     2101 aggaggagct tctcgtcgag gccgtcggcg gtgaggtcgg cccagacgga gccgtcgggg
     2161 cgacggtaga agagtccgcg cgagaggccc tcgagcactt tgtcgcgccc ctcgaggtag
     2221 gtctgtgact cgtaataaat cttgtcgaag ccgacgccaa gccggcgata cgtctcgtcg
     2281 aagccggcgt agacccagct attcatcgtg gcccaaaggg cgcgcacctc ctcgtcgccg
     2341 gcctcccaac ggcgcagcat ctcgcgcgcc tcggccatga gcggcgactg ggcttcggcc
     2401 tcctcacggg tcagcccggt ggcctcgagc gtgcgcagct cctcgcggta atgcttgtcg
     2461 aagaggacgt agaagtcgcc cacgaggtgg tcgcccttct tgccggtcga ctccggcgtg
     2521 gcgccctcgc cccacttctt ccacgcgagc atggacttgc agatgtggat gccgcgatcg
     2581 ttgacgatgt tcgtcttgac cacccggttg ccgttggcct cgaggatgcg agagaggcta
     2641 tagccgagca gattgttgcg cacgtggccg aggtggaggg gcttgttggt gttcggcgac
     2701 gagtattcga ccatgacgag gggcgactcc gccgtgatgg ggcgtgtgcc gaaggcgtcg
     2761 tcggcatgga tcgcgccgag tgcctccacc cagcgactgc cggcgatggt gaggttgagg
     2821 aagcctttga tcacgttgaa gtcggctacg gcgggctcgt gctcgcggag gtattggccg
     2881 atctcgcggg ccgtctcttc gggcgacttc cgggatatgc gcaggaaggg gaagacgacg
     2941 agggtgaggt ggccctcaaa ctccttcttt gtcttttgca gcgcggtttg ttcgggcgcc
     3001 acggtgtggt tgtagagcgc ctcgatggca gcccgtacgg ccgccgagag ttgttgttcg
     3061 atcatcattc ttgtgtagta taatgtagtt aggggtagtt agaaggagtg agaagtagtc
     3121 gtgcatcacg ccgtcctccg ttcctttttt gaccggggca aaggtaagtc cgcggtttac
     3181 gcagtccaag gcgggcggag gcgggggctg cgaagtttgg ccgggggcat cagggatgcc
     3241 tgccaagttt gccgggtact cgtgtagggg cgtatcgcat acgccctcca aacatcccgc
     3301 agggatgaat gatcaggcga cccggggcgg gtgtgggggc agccgaatcg ttctacattt
     3361 gtcgccgctg ccgcggaatg aggcatttcc cgactaagga aatggggcca accttcggga
     3421 ggggacattt ccgaggctcg gaaatggatc caaccttcgg gagagggcat ttcccgacta
     3481 aggaaatgga tccaaccttc gggagaggtc atttcccgac taaggaaatg gggccaacct
     3541 tcgggagagg tcatttcccg actaaggaaa tggggccaac cttcgggagg gggcatttcc
     3601 cgactaagga aatggggcca accttcggga gagggcattt cccgactaag gaaatggggc
     3661 caaccttcgg gaggaggcat ttcccgacta aggaagagga catgccgcaa ctgatggagc
     3721 aaacaatcaa cacgtttaat catttaacaa aggaggtcca atgaaaaaga ccgtagtaat
     3781 caacaagccg gggctgagaa agtatgacaa tcccctgcat gtacaatttc acagcgagac
     3841 gtacgacatc gtgcacgccg tggacccgac gaagctcggt atgcccgacg acgtgatgcc
     3901 ggaatggcgc ggcaacatcg acactgaaat ctcgaataat cgagacgcac aggccgacgc
     3961 caatacggcg ttaatgatgg agaaggacga ggagcgcgac cggctggtgc tgttcatcat
     4021 cgcctcggtg cgcaacgccc tgctgctgag cgacgccgac atggtggccg ctgccaagcg
     4081 cctctccgtt atgacccgcc gctacgctgg cattcaaaag gaatcgttcg accgcgaaac
     4141 ggctgacatc ttaggattct tggccgacct caaggacgcc aaatacacgg ccgacgtcac
     4201 caagctgggg ctggatccgg tggtcaccaa gctggaggct gtcaacacgg agttccgtaa
     4261 gatctataaa gagcgccgcg agacagaagt ggaaaagact cacctgccgc cctctggcaa
     4321 ggtgcgcccc gagacggatg cactctatga acgcgtgatt ttggtgttgc aatggaatta
     4381 cgtttatggc aaagcgccgg tcgacccgaa cgttattgcc caagtggccg aagcgatgaa
     4441 caagcaaacc gaccgcatcg aaacagttta tcgccagagc ctcgcccagc gtaaggccgc
     4501 cggggataag aagccgaagg aacccaagac tcccaaagaa ccgaaggaac ctaagcagcc
     4561 caaggatccc aagcctacgc ccgacccgaa gcaaccggag cagccgaaga agccggacga
     4621 gaagccgaag gatccgaaga agccggacga cggcaatccc gacatcaagc tgccggagga
     4681 ataacgctat ggctcactaa gaatagccgg atacaggtgc ccgccctctc cccacccgtg
     4741 tccggcattc tttttttcac ccgaaacctc attccccata tttcaaatga gaaaatacat
     4801 tcatcccctg gccgcctgct cctctttgca ggcgcctcat cattcactct tcaagcacaa
     4861 ggcacaatga acacgaacaa aacggcaagt tctcctctcg atgaggcttt gtcactgact
     4921 tcagaatggg acaaagtgtt ccctcaaagc gaccgtgtgg agcaccgcaa ggtgactttc
     4981 cacaaccatt ttggcctcac cctggccgcc gatctctacc ttcccaaagg cgctacgggc
     5041 aaactgcccg ccatcgccgt ctgcggactt ttcggcggcg tcaaggagca gtccagcgga
     5101 ctttacgcac agacactcgc cgagcgcggc ttcatcacgc tggccttcga cccctccttt
     5161 acgggtgaga gtagcggcca tccgcgcgac gtcttctcac tcgacatcaa cacggaagac
     5221 ttccaagcct ccgtcgacta cctctgcaac ctcgacggcg tcgaccctgc acgcgtcggc
     5281 atcctcggca tctgcggctg gggctgtatc gcgctcaatg ccgccgctaa cgatccgcgc
     5341 atcaaagccg tcgtggcgag caccacgtac gacatgccac gcatcggcgc ctggggctac
     5401 aacgacagcg gcacggccga cgaccgctat cgcgccaagc aggagatcgc agacctccgc
     5461 accagcgagt acgccgctgg cctcacaaaa cacgccttca cgaccatccc cgtcgaccag
     5521 ctcacgggca aagagccggc cttcgtccgc cagtattcgg agtactacaa ggctccgcgc
     5581 ggctatcatc cccgctcggt caactccaac ctcgggtgga tgcaacaggc catgaccgtg
     5641 cgcctcgaca gcgtcaagga gtccaacgcc cgcgaggtct acgcccactc ctaccgccgc
     5701 gacctcaacc ccaccgtcga cacctccgca gcccacgcac ctgcgccgca acccacgccc
     5761 gaaaccttcg acagtctgct ggccgagcta tcgcccgaac gccgcagcgc ctacatacag
     5821 agcgcccgca acaccatcga aatgatcaag gccgacaacg agtttcaggc cgacatcctg
     5881 gccagcgacg agaaagagat gcgccgccac cacacagaga tgcacaagaa gttcaccctc
     5941 tccttcgcct gcctcatctt cttcttcatc ggcgccccct taggcgccat catccgcaag
     6001 ggcggcctgg gcatgcccgt cgtcatctcc gtcttcctct tcatcttcta ttacgtcatc
     6061 gacaacatcg ggttcaagat ggccagcaac ggcatgtggc aaccctggca gggcatgtgg
     6121 ctcagctccg ccgtactgct gcccctcggc atcttcttga cctataaagc gtcgaacgac
     6181 tcggccatcc tcaacgccga cacctacacc gaggccctca aacgcatcat cggcaagcgc
     6241 cccacacgaa aggtggagag gaaggaagtc atcatgtacg ccctcgacta ctccgcatgg
     6301 aaccgacgta tcacggctct acaagccgac atcatgacct atctacaggg tgcccgtcgc
     6361 tggatgccct acttccgctt ctggcgtcag ggcggccgcg atccagaggc ggagcgcata
     6421 gcccgacagc tggaggacgt tgtcgaggag ggccggaact ccgaccgtca cttggtgctc
     6481 aacaagctga tggactaccc catactcagc ggatacgacc tcgtcgattt ccgcatgagc
     6541 ccacgcgcag ggcacatcat ggcgtggatc ttccccgtct ccctgcccat ctatctactc
     6601 tctatgatcc gacgcaagct gctacttaac gacctgcgca ccaccctccg cgtctcgggt
     6661 gaaatgcaga cgctcatccc taacgataac tcgtaaatag accctcatat aaaatgaacc
     6721 gattgaacac aatcaaagaa gcgatcgaag acttccgcga aggcaagttc ctcattgttg
     6781 tcgacgacga agaccgcgag aacgaaggcg acttcatcat tgccgccgaa aaaatcaccc
     6841 ctgagaaagt caacttcatg ctcaagaacg gtcgaggcgt gctctgcgcc cccatcacgg
     6901 aggagcgttg cgaggagctg ggcc
//
LOCUS       SEQF2638.1|AYYF01001483.1 3044 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3044
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(6..347)
                     /gene="kly_2"
                     /locus_tag="SEQF2638.1_01712"
                     /EC_number="3.4.24.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:D0EM77"
                     /codon_start=1
                     /transl_table=11
                     /product="Karilysin"
                     /translation="MNDCGRSKTVSYTVKVDNRRTFSLFPNPATDVVTLKLTEPDDGI
                     LSPQGQGSLTTKSVTSTYEIQLWNGLTMLRSFKTNQLTFQIPIAGLPAGLYFVRVIKD
                     GQTYTEKLIKN"
     CDS             complement(416..1546)
                     /locus_tag="SEQF2638.1_01713"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQNAILADLDELAVAKARVMYKKVHSKIPANEIDGWSVEELLSN
                     SGVMIEGKLTRAAIILLGKPTAVFKLRPAVVEVTWTLCDAKEDVVDYEHFTAPFILTV
                     DEILSKIRNLTMRELLGGTLFPDTMKQYDDYSIREALHNAITHQDYTLQEYINFVENP
                     GNVYYENGGSFIPSTLQKALAIRGPQRHFRDECLCKAMVHFNMIDTVSRGIKNISNEQ
                     WRRYFPMLDYEIDAANKVVGVRLYGNAINEKYTKILKENKTLTLQECIALDAVQKGHQ
                     INKDTAKELLDKGLIKREYPNYQISLGVAKMTHQLPEYTRVSRLERSKLKQMGGIWVG
                     NRIYGVLMDTHLYPLQEQKFIKPKSKVIQVVFGSVMTRHIAK"
     CDS             complement(1653..1889)
                     /locus_tag="SEQF2638.1_01714"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEGRHLVIGVEDKTLKIIGMDTYNYTTQQATLQLTNLCANLSSE
                     GLDIEQFVTEDTHKTVWVIHIPKHQPMLACLCAQ"
     CDS             complement(2028..2273)
                     /locus_tag="SEQF2638.1_01715"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MALNKLYYFIPYIKRKGIRDLYLIKIARIGTRKEGQPNYAPNDF
                     RLVFEIEFVKKLFKDYRPVDLEIWHTFTYTMMFNILK"
     CDS             complement(2351..2989)
                     /locus_tag="SEQF2638.1_01716"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIPSIKISDALFLRRNNLYPKFVLNDAQAYTTDTMHRVFIKEGV
                     NREAFVVSYYNSLSFAFAEILGRNFGGGVLELMPSEVEGVYLPYREENAKLFEKVDQM
                     VRDKKTADEILDFTDKEMLQKGMGFFETETKMARSIWYKLMGRRLNRETLEKAVPEEK
                     GEIKKTVARVKQLNFFDVLQQYPENIVENAPVVQPAKKQDPDGKWIKTCSSA"
ORIGIN      
        1 cgacgctaat tcttgatcaa cttctcggta taggtctgtc cgtctttgat cacacgcacg
       61 aaatacagcc ctgccggaag tcccgcgatc gggatctgga aagtcagctg attcgtcttg
      121 aatgatctca acattgtcag cccattccaa agttggatct catacgtact tgtaacgctc
      181 tttgtggtca aagagccttg accttgggga gacagaatcc catcgtccgg ttccgtcagt
      241 ttgagtgtca caacatccgt ggcggggttg gggaagaggg aaaatgtgcg acgattatca
      301 acttttacag tataagacac ggttttagaa cgtccgcaat cgttcactcc agttgcagat
      361 atggtataga ttccagctct cttaaaatca aatacagcac ttgatttgaa tggggttatt
      421 ttgcgatatg tcttgtcatt acactcccaa atacaacttg tatgaccttg gacttgggct
      481 ttataaattt ctgctcctgg agcggataaa gatgcgtatc catcaatacc ccatatatcc
      541 ggtttccaac ccaaatgccc cccatttgtt tcagtttaga acgttccagt ctgctaacac
      601 gagtatattc tggcaattgg tgtgtcatct tagcaacacc caatgagatt tggtaattgg
      661 gatattctct ctttatcaac cctttgtcta ataattcctt tgctgtgtct ttgttaatct
      721 gatgtccttt ttgcacagca tcaagagcaa tacactcttg caaagtaagg gtcttgttct
      781 ctttcagtat cttggtgtat ttctcgttaa tggcattgcc atagagcctc acacctacaa
      841 ctttgtttgc tgcatcaatc tcatagtcta gcattgggaa ataacgtcgc cattgctcgt
      901 tggaaatgtt cttaatacca cggcttacgg tatctatcat attgaaatgt accattgcct
      961 tacagagaca ctcatcccta aaatgacgct gagggccacg aattgccaat gctttctgca
     1021 aagtactagg aatgaaactg ccaccattct cataatacac gttgccagga ttctcaacga
     1081 agttgatata ctcctgcaat gtataatcct gatgggtaat ggcgttatgt aatgcttcac
     1141 gaatgctata gtcgtcgtac tgtttcattg tgtcaggaaa caacgttcca cctagcaatt
     1201 cacgcatagt cagattacgg atcttactaa gaatctcgtc tactgtcaat atgaatggag
     1261 ctgtgaaatg ctcgtaatca acaacatcct cttttgcgtc gcacagcgtc catgttactt
     1321 ccactactgc aggtctcaac ttgaatacgg ccgtaggttt acctaacaaa atgatggcag
     1381 cacgagtaag tttgccttca atcatcacac cgctgttgct cagcaactct tcaacggacc
     1441 aaccatctat ctcattagca ggaatctttg aatgtacctt tttgtacatc acacgggctt
     1501 ttgcgacagc cagttcatcc aagtctgcca atatcgcatt ctgcacgatg ccagcagatc
     1561 aatcgtcggg ggcaaaaagt tgttcctcca aaatggcatt cagtcgctct ggagtcagtt
     1621 ccactaaaga gtcctctatc cgctgccatg ccttattgtg cgcatagaca ggcaagcatc
     1681 ggctgatgct tcggaatatg aatcacccaa actgttttgt gagtatcctc cgttacaaac
     1741 tgctcaatat ccagcccctc actcgaaagg ttagcacaca gattcgtcaa ttgaagtgtt
     1801 gcttgttgag ttgtatagtt gtatgtgtcc attccgataa tttttaaggt cttatcctca
     1861 acaccgataa ccagatgcct accctccatg ttagccaatg ccgaaacgta ggaaatgaca
     1921 tcatcctttt catgaccgct gaagtcattc ttcagattct tgaacttctt ccactcgcaa
     1981 ccctcgtcct ctttcgagta ttgcctgatg ggatattatt gtataattta ttttagaatg
     2041 ttaaacatca ttgtatatgt aaacgtatgc caaatctcca agtcaacagg tctgtagtcc
     2101 ttgaagagct tctttacaaa ctctatctcg aataccaaac ggaagtcatt gggggcatag
     2161 tttggctggc cttccttgcg agtacctata cgggctatct ttatcaagta taaatcgcgg
     2221 atgcccttgc gtttgatata cggaatgaag tagtatagtt tgttcagagc cacagttgat
     2281 gggaatctct tacctgtgta atatatcttt gccgactagt caagatagcg ctcaatgtta
     2341 tcgttcttca ctaagctgat gagcatgttt ttatccattt cccgtcagga tcttgctttt
     2401 tggcaggctg aacaacggga gcgttttcca cgatattctc aggatattgt tggagcacat
     2461 cgaagaaatt gagttgcttg actctcgcta cagttttttt tatttcacct ttctcttctg
     2521 gtaccgcttt ctccagcgtt tcgcggttca acctgcgtcc catcagttta taccagatag
     2581 agcgggccat cttggtttct gtttcaaaga atcccattcc cttttgaagc atctccttgt
     2641 ctgtgaagtc gagtatttca tcagccgttt tcttatcacg aaccatttga tcgaccttct
     2701 caaacaattt ggcgttttct tcgcgataag gcagataaac gccctccacc tcgctgggca
     2761 tcagttccaa gacaccgcca ccaaaattgc gtccaagaat ctctgcaaaa gcaaaagaga
     2821 gagaattgta atagcttacc acaaaggcct cgcggttcac accttccttg ataaagacac
     2881 gatgcatggt gtccgtagtg taggcctgag catcattcag tacaaacttg ggatagagat
     2941 tattgcgacg aaggaagagc gcatctgata ttttgattga cggaatcaca taccaatcat
     3001 cacggatact tgttttatag cccttgttga ttccctgctg ttcg
//
LOCUS       SEQF2638.1|AYYF01001484.1 1301 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1301
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             56..694
                     /locus_tag="SEQF2638.1_01717"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIPSIKISDALFLRRNNLYPKFVLNDAQAYTTDTMHRVFIKEGV
                     NREAFVVSYYNSLSFAFAEILGRNFGGGVLELMPSEVEGVYLPYREENAKLFEKVDQM
                     VRDKKTADEILDFTDKEMLQKGMGFFETETKMARSIWYKLMGRRLNRETLEKAVPEEK
                     GEIKKTVARVKQLNFFDVLQQYPENIVENAPVVQPAKKQDPDGKWIKTCSSA"
     CDS             772..1017
                     /locus_tag="SEQF2638.1_01718"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MALNKLYYFIPYIKRKGIRDLYLIKIARIGTRKEGQPNYAPNDF
                     RLVFEIEFVKKLFKDYRPVDLEIWHTFTYTMMFNILK"
ORIGIN      
        1 cgaacagcag ggaatcaaca agggctataa aacaagtatc cgtgatgatt ggtatgtgat
       61 tccgtcaatc aaaatatcag atgcgctctt ccttcgtcgc aataatctct atcccaagtt
      121 tgtactgaat gatgctcagg cctacactac ggacaccatg catcgtgtct ttatcaagga
      181 aggtgtgaac cgcgaggcct ttgtggtaag ctattacaat tctctctctt ttgcttttgc
      241 agagattctt ggacgcaatt ttggtggcgg tgtcttggaa ctgatgccca gcgaggtgga
      301 gggcgtttat ctgccttatc gcgaagaaaa cgccaaattg tttgagaagg tcgatcaaat
      361 ggttcgtgat aagaaaacgg ctgatgaaat actcgacttc acagacaagg agatgcttca
      421 aaagggaatg ggattctttg aaacagaaac caagatggcc cgctctatct ggtataaact
      481 gatgggacgc aggttgaacc gcgaaacgct ggagaaagcg gtaccagaag agaaaggtga
      541 aataaaaaaa actgtagcga gagtcaagca actcaatttc ttcgatgtgc tccaacaata
      601 tcctgagaat atcgtggaaa acgctcccgt tgttcagcct gccaaaaagc aagatcctga
      661 cgggaaatgg ataaaaacat gctcatcagc ttagtgaaga acgataacat tgagcgctat
      721 cttgactagt cggcaaagat atattacaca ggtaagagat tcccatcaac tgtggctctg
      781 aacaaactat actacttcat tccgtatatc aaacgcaagg gcatccgcga tttatacttg
      841 ataaagatag cccgtatagg tactcgcaag gaaggccagc caaactatgc ccccaatgac
      901 ttccgtttgg tattcgagat agagtttgta aagaagctct tcaaggacta cagacctgtt
      961 gacttggaga tttggcatac gtttacatat acaatgatgt ttaacattct aaaataaatt
     1021 atacaataat atcccatcag gcaatactcg aaatgggacg ctagcatcaa agccgaccca
     1081 aaaagagggc aatgaaaggg aagtgaaggg ggtgatgccg ttcgtccata cgaaaatcgg
     1141 gcagacccga gggactttca tcctttcggt ctgcccgata gcagttcgtt tgcacgcagc
     1201 ttttacacgg tgagccttcg acgctaattc ttgatcaact tctcggtata ggtctgtccg
     1261 tctttgatca cacgcacgaa atacagccct gccggaagtc c
//
LOCUS       SEQF2638.1|AYYF01001485.1 350 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..350
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tagatcttcc taccgtccta ttctctgaat ttaaacctga tcgagcgact gtggaaattc
       61 ctccgaaagg agatcatcaa cacgaagttc tatcggacaa aacatgaatt tcgagacgcg
      121 gtgctcaaat cctttgacaa catcgcgtct tatcggacgc gagttggagt cgcttctaac
      181 tctgaacttc cgcgtactca attcgctatc catttttgat tgactataca agggaggtgg
      241 aagcggtaat ccgacaagaa ggggggggaa aaataggacc tcttcgcata aacaaatgca
      301 cagatgcctg aatgtacttt cgcacacccc attcctcctc ttagcttttc
//
LOCUS       SEQF2638.1|AYYF01001486.1 345 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..345
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tagatcttcc taccgtccta ttctctgaat ttaaacctga tcgagcgact gtggaaattc
       61 ctccgaaagg agatcatcaa cacgaagttc tatcggacaa aacatgaatt tcgagacgcg
      121 gtgctcaaat cctttgacaa catcgcgtct tatcggacgc gagttggagt cgcttctaac
      181 tctgaacttc cgcgtactca attcgctatc catttttgat tgactataca agggaggtgg
      241 aagcggtaat ccgacaagaa ggggggggag aaaaatagga cctcttcgca taaacaaatg
      301 cacagatgcc tgaatgtact ttcgcacacc ccattcctcc tctta
//
LOCUS       SEQF2638.1|AYYF01001487.1 13160 bp   DNA    linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..13160
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(283..429)
                     /locus_tag="SEQF2638.1_01719"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNKLLKELNKQFKKHGISRIDQGAIVDASIVDSPNAPDGSILIE
                     VADD"
     CDS             complement(450..608)
                     /locus_tag="SEQF2638.1_01720"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPTKQTESAPRFLQVYTQVRRDRMKHSFLRLISACVDWRGISRP
                     QHHLSLSR"
     CDS             1111..1305
                     /locus_tag="SEQF2638.1_01721"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MCEKHFTRYQRKGWEHQETNRQIDIGYDACRVFTPVNEVPDGKA
                     GDQTCGKAYDDADLERLNIL"
     CDS             complement(1371..2378)
                     /locus_tag="SEQF2638.1_01722"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEKKELGSVIRVNGELKLNPQNKADVTSLIGGIVRKISVIEGQQ
                     VKAGQTVAYIENTEIVEMQKNYLVAAKEKETAQLEQQRQRTLSAQGAGVEKTLQQAEA
                     AYATAQARLTGLHHQLVQIGISPEQVAAGKIVSQVPVRTTIPGVVGKVSVNTGTYVDT
                     TTPLMQIADNSAVYASLNVFERNISQVEVGQDVDFVITNSPEARVKGKVSLVNRSMNP
                     ETKAIAVHAQITGGNADRLIAGMYITGLIHTGKKEVTALPDGAIVSAEGKKFVFVLDG
                     RQADGKEQTLHFKRVEVITGAGELGYTQVDFVNPVDADTTVVTGKAFYLASMSADHGE
                     H"
     CDS             complement(2351..2545)
                     /locus_tag="SEQF2638.1_01723"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTIYMTIMAGALVILASCSGNKNVENQTKETEEQHTEEVELTQ
                     TQISTVASRWAKWRKRNSAA"
     CDS             complement(2542..3786)
                     /locus_tag="SEQF2638.1_01724"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTFKYIILTVCIGALPLSSPAQEKAMTLQECIDMALDNNLDMK
                     AGTVSVGKARDLQGTAFDMEKTSVTLSQDPTSGGSPDNGITVSQSFEFPTVYAARRKY
                     LKAETAAAQSSLAVTRNEVVRDVSAYYYTLLHDRRTIEILQAQDCVYDRFVSLASARC
                     KAGEAGNLELINAERICNENRIEMEKAEKSYRSAMLAFRQLLNTDTVVVPEDVSLPVI
                     RQEMPEASVSFEQTPLGGMYAARITAFERNLSLAKQGYMPGLSIGLTGQLLIKGFNPY
                     DIERSRFDKGNFIGFEVGVSIPLFWSGQNAKVKAARRDVELAEISRRQAEQRMDKEYR
                     DGLNELFRAQKVLDYYTAQGNGQGERMSHLSQVSYENGEIGYVEYIQNQQTALDVQLR
                     YADAVNDYNQAIIMLNYIKENK"
     CDS             complement(3783..4718)
                     /gene="cnrA"
                     /locus_tag="SEQF2638.1_01725"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P37972"
                     /codon_start=1
                     /transl_table=11
                     /product="Nickel and cobalt resistance protein CnrA"
                     /translation="MKYDRDRLAKYGISIATANRVLEAAFAGRRTGYVFEEDRRFDMV
                     VRMDNDLRNDLVALEGLYLPLPDGGTLPFRQVAEISFEDAPAQITHEDGQRRIYVGFN
                     VRGRDVQSTVEEIQGILDKELKLPACYYYTYSGQFQNLQEATGRLMLAVPLALLVILC
                     LLYATLKNVRETLFVFSAIPLSAIGGVWALWLRDMPFSISAGAGFIALFGVAVLNGIV
                     LIGQFNTFEKEGMTDVRKRIVEGCMLRLRPVIMTALVASLGFMPMALSTGDGAEVQRP
                     LATAVIGGLLTATILTLIVLPSIYKTFTRENRKEA"
     CDS             complement(4715..6931)
                     /gene="czcA"
                     /locus_tag="SEQF2638.1_01726"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P13511"
                     /codon_start=1
                     /transl_table=11
                     /product="Cobalt-zinc-cadmium resistance protein CzcA"
                     /translation="MIFNLEWNILQKLIKFSIENKLTIGILTVALIIWGGWSLSQLPF
                     DSTPDITNNQVQVITQAPSLGAQEVEQFITTPVEMALANIPRVTERRSISRSGLSVIT
                     LVFDDAADVYWARQQVSQQLKEAEEVLPQGKGTVGLAPVTTWLGEIYHYTIRAEKGYE
                     NKYSLTDLRTMQDWIVRKQLSGTEGIAEVSGWGGYVKQYEVAIDADRLNASGLTVADV
                     YDALEASNENTGGSYIEKNSNQYFIRGIGLATSLEDIGKIPVKTIGGTPILVRDVANV
                     QFGYATRYGAVTRNGEGEVVAGITLMLKGENFQQVIKNVKERMAQIQKSLPEGVVIEP
                     FIDRTQLVDRVTGTITRNLIEGGLIVVFILVLFLGNYRAGLVVASVIPLSMLFAFGMM
                     KLFGVSGNLMSLGAIDFGLIVDGAVIIVEAVCHHIGISRDKYRGARLTQAQMDDEVYL
                     PASKIRKSAAFGEIIIMTVYLPLLTLAGIEGKMFRPMAMIIFFAILGAFILSLTYVPM
                     ASALFLSKESTHKRNLSDRLIEKLRGWYLPVITKSLNWSKTLIASMVVLFAISLLVFN
                     RLGGEFIPRLEEGDFAAEISMTQGTSLSQMVESTTQAEKILKAQFPEVKQAVTRIGSS
                     EIPTDPMPVERADMLISLIPKAQWTLAKTKDELMEKMEEALSVIPGMEVEMTQPIQMR
                     NNELITGIKQDVAIKIYGNHLDALESSAKRWHRLSRMWTACLNRSWRRCSDCRRYR"
     CDS             complement(6921..7703)
                     /locus_tag="SEQF2638.1_01727"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSIKRALVPVALVFPLLLYAYDVKDKDDLQPTDSLLHETGASQL
                     SVKPLIVPASLMAYGIFEAAMIHGNRMLNYSIGHEVITHKPAKFRIDDYMQYVPAASV
                     YVLNLAGVKGRYGFKDRTVILGMASLFTAVKVNELKYTVREQRPDKSGRNSFPSGHTA
                     VAFMGAEFLWQEYKEMSPWYGIGGYVIAAGTGALRAWNNKHWVWDVVFGAGLGMLCTK
                     LAYRLYPSVQCKLSKKKEKVSGISFYPYYNGQQGGLSVKYDF"
     CDS             7832..8122
                     /locus_tag="SEQF2638.1_01728"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGRCPQGIGPGQFRRLVDGDAFPFAWNLLYRKQFGNCHPAYRTD
                     KCRNYLIGSIVVCIGFGYEQSAILYARRAVIVVACMFVIIRVVAVTVFHNRT"
     CDS             8149..8319
                     /locus_tag="SEQF2638.1_01729"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNGTASNMIAANATIAMYTCLFISLLTVKLLFGSKYTLLLLQPG
                     CKDGVIIVLTHC"
     CDS             complement(8297..10153)
                     /gene="cadA"
                     /locus_tag="SEQF2638.1_01730"
                     /EC_number="3.6.3.3"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:O32219"
                     /codon_start=1
                     /transl_table=11
                     /product="Cadmium, zinc and cobalt-transporting ATPase"
                     /db_xref="COG:COG2217"
                     /translation="MGKEQKIKVIRIITSIVLLMAAYIPAIPEEIHIGLCAIAYVIIG
                     ADIVYAALRNLCKGQFFDENFLMTIATVGAFAIGEYPEAVAVMMFYQIGELFSDIAVE
                     RSRASIAALMDIRPDYANIEKEGNLTRVSPSDVPVGSIIVVKPGEKIPLDGKIISGST
                     TLDTAALTGESLPREVSEGDTVISGSLNLTGVLHIRTSGTFGESTVAKILDLVENADT
                     GKAKSEKFITRFAHYYTPAVVAVAALLALVPPLIAGGEWLVWLNRSLIFLVISCPCAL
                     VVSVPLTFFAGIGGASRKGILVKGSNYLEMMAHIKTVVFDKTGTLTRGNFSVTAIHPQ
                     MLSEHELIELAALAESFSDHPLSVSIRDACNLPLDKTRVTGYENIAGEGIVAIIDNGK
                     VYAGNEKLMSRAGVTPRSCKKTGTIVNVAVDSVYMGHIVVSDTLKPQSVETIARLKAS
                     GVGKTIMLTGDRSDVAKDIAGKVNIDEFHAELLPIDKVRFVEALCKEHARSPIAFVGD
                     GINDAPVIKLADIGIAMGAVGSDATIEAADIVLMNDNPMNIVEGMMIARKTLSIVKQN
                     IVFAIGIKFLMLLLGALGVVNMWAAVFADVGVTILAILNALRSIRVSNVLKQ"
     CDS             complement(10213..10560)
                     /locus_tag="SEQF2638.1_01731"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYELHDTFSLTDLENTLDSVDKSTVSRTLSLFAQHHLVHKIEDG
                     SGSTKYCLCRNDHVCRVDELHCHFYCESCHKTYCLDHTYIPMVHYPKGFELHSADYLL
                     KGLCPDCRNKRHD"
     CDS             complement(10808..11119)
                     /locus_tag="SEQF2638.1_01732"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIWLFNRLDNLLSITIKREVKEEDSGSICSHAEALEKQALFINS
                     TLTQLGCNILWKMFRHGMIEHHGLYLNLATMKANPIIVRLIPKLYTKHTKQGLNVILL
                     W"
     CDS             complement(11153..11626)
                     /locus_tag="SEQF2638.1_01733"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVEGNYKYTYNNGHLAMADPVAAARNFLNALEKIPSIIDQYKAK
                     NEVLECEIPQLQEIAGKVWKKEDELKQLKSELAALDRKIQLELAPPTPEVAEKEKNGL
                     EVKPVTEGVQNVPSQHTEEAPQIRSPSGNFIDDYIVIGRPGLYAKDENRPKGLKL"
     CDS             complement(12321..13106)
                     /gene="xerC_21"
                     /locus_tag="SEQF2638.1_01734"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P44818"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerC"
                     /db_xref="COG:COG4973"
                     /translation="MKENGGRDIPLAGITEDLFEDFRFFLKKRGLATSTMNNHLCRLS
                     RLMYRAVDLKVIRCHPFEDVTYEKEERKIRFLQKSDVAKLMVLKVNDREAELARRMFL
                     FSCFTGLAIVDMERLKFSHIQTAADGRRYIRKERQKTKVESVVPLHPIAEAILNKSQE
                     EQTVKEEGEALVFPRSCSRSVMNNRLSTAGWACGIRQRLSFHMARHTFGTLSLSAGIS
                     IESIAKMMGHASISSTQIYAQVTDKKISEDMDKLIRKQQAASE"
ORIGIN      
        1 ctttatcggc aaggacacta acgccctgcg taagctcagc cttctctatc agctcgggca
       61 ataccaccgt atcggcacaa ttggctggcg tggtaattat gctctccacc aacccttgcc
      121 caacccttgc ccatcggtca gcacgtgctt tttgtacctg tagcgatatt gcctgccttt
      181 gcgcacccaa cgagcttccg tatcgacccc tagtttacga cttttcaact catactgata
      241 agcctgctct tgggcttgct cttcttcggt gcgcaagtcc tctcagtcgt ctgccacttc
      301 gatgaggata cttccatcgg gagcgttcgg gctatccaca atgctcgcat ccacgatagc
      361 cccttggtca atacggctaa tcccatgctt cttgaactgc ttatttagct ccttaaggag
      421 cttgttcata atcccccaag cgtgtcagtt cagcgcgaaa gcgacagatg gtgctgtggt
      481 ctggaaatac ctcgccagtc aacgcaagcg ctgatcagtc gaaggaacga gtgcttcatg
      541 cggtcgcgac gcacctgcgt ataaacttgc aggaagcgcg gagcggattc ggtttgtttg
      601 gtaggcatag ctatacgact gttttggtta tgaagatact acatatcagt gatatacgaa
      661 gcaaccacaa ccctgtatac ctttgaaata ccgtgcaatg gtctccttaa tacgagtgta
      721 gccaagacag ccagtgcaac accgtctatc agcattccga caaaaggtgc ataatggaaa
      781 cggcaatcag ggtcgggaca ttccataacc caagaataaa tgcaaaagcc gatgacgcaa
      841 cctaatacgc cgcttccgca gataagaatc ctgcaccgtc ttccggtacg tgcccgatat
      901 gtctcctttt cattatgctc ctttccttgc tcttcctttt tccgcttctt cattttccaa
      961 cgcagagaaa atcatttcat ccacttatgt ttgccggcaa gacaaggaag acccgtacct
     1021 gccgcgatac gcaagcaagg gcttccttgt cttacactat gatagcattc aatcgtgcga
     1081 tttcggcttt ttgcgtttcc cccggtcggg atgtgcgaaa aacacttcac tcgttaccaa
     1141 cgcaaaggct gggaacacca agagacaaat cgccagattg acataggtta tgacgcatgt
     1201 cgggtcttca caccggtaaa tgaagtgcca gacggcaaag ccggcgacca gacctgcggc
     1261 aaggcttacg atgatgctga tttagaaagg ttgaacatct tgtagcgatg ttgccgtcgt
     1321 cttcccaatc tacgttcgtt atgcctgttc atagatgtcc gttgctataa tcagtgttcg
     1381 ccgtggtcgg cggacatgga agcgaggtaa aatgctttgc ctgttactac tgtggtgtcc
     1441 gcatccacgg ggttcacgaa atcaacctgc gtatatccca gctcgccggc tcccgttatg
     1501 acttccacgc gcttgaaatg cagcgtttgc tcctttccgt ccgcctgcct gccatcgagg
     1561 acgaaaacga acttcttgcc ttccgcgctg actatggcac cgtcaggcag agccgtgacc
     1621 tcctttttgc ccgtatgtat cagtccggtg atgtacattc cggcaatcag cctgtcggcg
     1681 ttgcctccgg taatctgggc atgtacggcg atggccttgg tctccgggtt catggagcgg
     1741 ttcaccaaag acaccttgcc tttgacacgc gcctccgggc tgttcgtgat gacgaaatcc
     1801 acgtcctgcc cgacctcgac ctggcttatg ttgcgctcga acacattgag gctggcatag
     1861 acggccgaat tgtcggctat ctgcatcagc ggagtggtgg tgtccacgta agtgccggtg
     1921 ttcacgctta ccttgcctac cacgcccgga atagtcgtgc gcacggggac ttgcgagact
     1981 atcttccccg ctgccacttg ttccggactg atgccgattt gcaccaactg gtgatgcaat
     2041 cccgtcaggc gtgcctgtgc ggtcgcgtat gccgcttccg cttgctggag cgtcttttcc
     2101 actccggctc cctgcgcgga cagcgttcgt tgcctctgct gttccagctg ggccgtctcc
     2161 ttttcttttg cagccacaag atagttcttc tgcatctcca caatctccgt gttctcgatg
     2221 taggccaccg tctgtccggc ttttacctgc tgcccctcta tgacacttat cttgcggacg
     2281 atgccgccga tgagcgacgt gacatccgcc ttgttctgcg gatttagctt cagctccccg
     2341 ttgacgcgaa ttacgctgcc gagttccttt ttctccactt tgcccagcgt gatgccacgg
     2401 tgcttatctg cgtctgcgtc agttccacct cttccgtatg ctgttcttcc gtctccttag
     2461 tctggttttc tacgttcttg ttcccggagc atgacgcaag gatgacgagt gcacctgcca
     2521 tgattgtcat ataaatcgtt ttcatttgtt ttcttttatg taatttaaca taatgattgc
     2581 ctgattgtag tcgttgacgg catcggcata ccgcaactgc acgtcgagtg ccgtctgctg
     2641 gttctggata tattccacat acccgatttc tccgttctcg taggacacct gcgagaggtg
     2701 gctcatgcgc tcgccctgtc cgtttccctg cgcggtgtaa tagtccagta ccttctgcgc
     2761 acggaaaagc tcgttcagtc cgtcacggta ttccttgtcc atacgttgct ccgcctgccg
     2821 gcggctgatt tccgccagtt ccacgtcgcg ccgggcggcc tttaccttcg cattctgacc
     2881 gctccagaac aggggtatgc tcacgcctac ctcgaagcct atgaaatttc ccttgtcaaa
     2941 cctgctgcgc tcgatgtcgt aaggattgaa gcccttgatg agcagctgcc ctgtcaagcc
     3001 tatgctcagt cccggcatat acccttgttt ggcaaggctg aggttacgct cgaatgccgt
     3061 tatccgtgcg gcatacattc cgcccaaagg cgtttgctcg aaggaaacgg atgcctccgg
     3121 catttcctgt cgtatgacgg gaagcgaaac gtcctccgga acgaccacgg tgtccgtgtt
     3181 cagcagttgc cggaaagcga gcatcgccga ccggtaagac ttttcagcct tttccatctc
     3241 gatgcggttc tcgttgcaaa tacgctctgc gtttatcagt tccagattgc ctgcctcccc
     3301 cgccttgcac cgtgccgagg caaggctgac gaacctgtcg tacacacagt cttgcgcctg
     3361 caagatttcg atggtacggc ggtcatggag cagtgtgtaa tagtatgcgc ttacgtccct
     3421 taccacctcg ttgcgtgtca ccgccagact gctctgcgcc gccgccgttt ccgctttcag
     3481 gtacttgcgc cgtgcggcgt aaacagtggg gaactcgaac gactggctta ccgttatgcc
     3541 gttgtcggga ctaccccctg atgtggggtc ctgactgagc gtgacggatg tcttctccat
     3601 gtcgaacgcc gtgccttgca ggtcacgggc tttgcctacg gagactgtcc cggctttcat
     3661 gtccagattg ttgtccaatg ccatgtcgat gcactcctgc aacgtcatgg ccttttcctg
     3721 tgcaggtgac gacagcggca gtgcgccaat acataccgtt aaaatgatat acttgaatgt
     3781 tttcatgctt ccttacgatt ttctcttgtg aatgtcttat atattgacgg caagacgatg
     3841 agtgtcagga tggtggcagt gagcagtccg ccgatgaccg cagtcgcgag gggacgctgt
     3901 acttcggctc cgtcgcccgt ggagagtgcc ataggcatga agccgagcga tgccaccagt
     3961 gccgtcatga tgaccgggcg cagccgcagc atacatccct cgacaatccg tttccgcaca
     4021 tccgtcattc cttccttctc gaacgtgttg aactgtccga taagcacgat gccgttgagt
     4081 accgccacgc cgaacagcgc gatgaatccc gcaccggcgg aaatgctgaa cggcatatcg
     4141 cgcagccaca atgcccacac gccgccgatg gcggacagcg gtatggcgga gaacacgaac
     4201 agtgtctcgc gcacattctt cagtgtggca tacagcaggc agaggatgac cagcagggca
     4261 agcggcacgg cgagcatgag ccgccctgtg gcttcctgaa ggttctggaa ctgtccgctg
     4321 tatgtgtaat aatagcacgc cgggagcttc agttccttgt cgagaatgcc ttggatttcc
     4381 tctacggtgc tttgcacgtc acgcccacgc acgttgaacc ctacgtatat gcgccgctgc
     4441 ccgtcctcgt gcgtgatttg cgccggagcg tcctcgaagc tgatttcggc aacctgtcga
     4501 aacggcagcg tcccgccgtc gggcagcggc agatagagac cttccaatgc cacgaggtcg
     4561 ttgcgcaggt cattgtccat ccgcaccacc atgtcaaagc ggcggtcttc ctcgaacacg
     4621 tagcctgtgc gacggcctgc gaaagccgcc tcaagtactc tgttggcggt ggctatggag
     4681 atgccgtatt tcgccagacg gtcgcggtca tacttcacct gtatctgcgg cagtcactgc
     4741 accttctcca cgaacggttc agacacgccg tccacatcct tgataagcga tgccaccttt
     4801 tcgctgaaga ttccagcgcg tcgaggtggt ttccgtatat ctttatcgcc acatcctgct
     4861 tgatgcccgt aatcagctcg ttgttgcgca tctgtatggg ctgcgtcatc tctacctcca
     4921 tgccgggaat gacgctcagg gcttcctcca tcttctccat cagctcgtcc ttggtctttg
     4981 ccaatgtcca ttgggctttc ggaatcaagg atatgagcat gtcggcacgc tccacgggca
     5041 tggggtcggt ggggatctcg gagcttccta tgcgcgtcac cgcctgtttc acctccggga
     5101 actgcgcctt cagtatcttc tccgcctgcg tggtgctttc caccatctgc gagagcgacg
     5161 tgccctgcgt catgcttatc tcggcggcga agtccccctc ctcaaggcgg gggatgaact
     5221 ctccgcccaa tctgttgaag acaagcagac tgattgcgaa cagcacgacc atcgaggcta
     5281 tcagtgtctt gctccaattg aggcttttcg tgatgacggg cagataccat cccctcagct
     5341 tctcaatgag gcggtcggac aggttgcgct tgtgcgtgct ttccttgctg aggaacaacg
     5401 cgcttgccat tggcacatac gtgagcgaca ggatgaacgc gccgagtatg gcgaagaaga
     5461 tgatcatcgc catggggcgg aacatcttcc cctcaatccc cgccagcgtg agcaagggca
     5521 gatagaccgt catgatgatg atttcgccga atgccgcgct cttgcggatt ttggacgcgg
     5581 ggagatacac ctcgtcgtcc atctgcgcct gcgtgagcct tgcgccccgg tacttgtccc
     5641 tgctgatgcc tatgtggtgg cacacggctt ccacgatgat gaccgcacca tcgacgataa
     5701 gcccgaagtc tatcgcaccg aggctcatca ggtttccgct cacgccgaag agcttcatca
     5761 tgccgaatgc gaacagcatg gacagtggga ttacggaggc taccacaagt cctgcgcggt
     5821 agttgccgag gaacagcacg aggataaaga ccacaatcag ccctccctct atcaggttgc
     5881 gagtgatggt acccgtcacg cggtccacca attgcgtgcg gtcgatgaac ggttcgatga
     5941 ccacgccttc gggcaggctt ttctgtatct gagccatgcg ttccttcaca ttctttatca
     6001 cctgctggaa attctcacct ttgagcatca gcgtgatgcc ggccacgacc tcgccctctc
     6061 cgttccttgt cacggctcca tagcgggtgg catatccgaa ctgcacgttt gccacgtccc
     6121 ttaccagtat cggtgtcccg ccaatggtct tcacgggtat cttccctatg tcctccaatg
     6181 acgtggcgag gcctatgcca cggatgaaat actggttgct gttcttctct atgtagctgc
     6241 cgccggtgtt ctcgttgctc gcttcgaggg cgtcatacac gtctgccacg gtcagccccg
     6301 atgcgttcag tcggtcggcg tcaatcgcca cctcgtactg cttcacgtat ccgccccatc
     6361 cgctcacttc ggctatgccc tccgtgccgg acagctgctt gcgcacaatc cagtcttgca
     6421 tcgtgcgcag gtcggtaagg ctgtacttgt tctcgtagcc tttttccgcg cgtatggtgt
     6481 aatgatagat ttcgccaagc caggtcgtca cgggggcaag ccccaccgtg cctttgcctt
     6541 gcggcagcac ctcctcggct tccttcaatt gttggctcac ctgctgccgc gcccaataca
     6601 catcggcggc atcgtcgaag actagcgtga tgaccgatag tccgctgcgg ctgatgctcc
     6661 gccgctccgt cactctcggt atgtttgcga gcgccatctc cacgggagtg gtgatgaact
     6721 gctccacctc ctgcgccccc aacgacggag cctgcgtgat tacctgcacc tgattgttgg
     6781 tgatgtcagg cgtggagtca aacggcaact gtgacagcga ccaccctccc catatgatga
     6841 gggctaccgt cagtatgcct attgtgagtt tgttctctat tgagaatttt attagtttct
     6901 gaagtatatt ccattctaaa ttaaaaatca tatttgactg agagtcctcc ctgttgcccg
     6961 ttgtaataag gatagaagga gatgccggag actttctcct tctttttgga caatttgcat
     7021 tgcacggacg ggtacagcct gtatgcgagt tttgtgcata acattcccaa acctgcgccg
     7081 aaaacgacat cccagaccca atgcttgttg ttccacgccc ttaacgcccc tgttccggcg
     7141 gctatcacat atccgccgat gccataccaa ggcgacatct ctttgtattc ctgccacaga
     7201 aactccgctc ccataaaggc tacggctgta tgtcccgacg ggaacgaatt tctcccggat
     7261 ttgtcagggc gttgctcgcg caccgtgtat ttcagctcgt tgactttcac tgcggtaaac
     7321 aggctcgcca tacccaatat gacagtcctg tccttgaagc cgtaccgtcc tttgaccccg
     7381 gcaagattca ggacatagac acttgcagcc ggaacatact gcatatagtc gtcaatcctg
     7441 aactttgcag gtttgtgggt gatgacctcg tgacctatgc tatagttcag catcctgttc
     7501 ccgtgaatca tcgcggcttc gaatatgccg tatgccatca gcgaggccgg aactatcagc
     7561 ggcttgactg aaagttgcga cgcgccggtt tcgtgcaaca ggctgtctgt cggttgtaaa
     7621 tcgtccttat cctttacatc ataggcatac aacaacagag gaaagaccag tgcaacaggc
     7681 actaaggctc tctttattga catttttgtt gtattacgtt tcacggtccc ttacacgaag
     7741 ggaacggatg atgtatgaaa aaaaagggaa atagggtatg cggaaaggca taccgcacct
     7801 catggattta taagaggtgt cagaaaatga tatggggagg tgcccgcagg gcattggtcc
     7861 gggtcagttc cgccgattgg tagatggcga tgccttccca ttcgcatgga atcttcttta
     7921 ccggaaacag ttcggcaatt gccatcctgc atatcgcaca gacaaatgcc ggaattatct
     7981 tataggaagt attgttgtgt gcatcggatt tggatatgaa caatccgcca ttctctatgc
     8041 acgccgtgcc gtcatcgttg tggcctgtat gttcgtcatt atccgtgttg tcgctgtcac
     8101 agtgttccac aaccgtacat agcgccttat cgtggtgatg atgcgggaat gaatggcacg
     8161 gcaagcaaca tgattgccgc caacgccact atcgctatgt acacttgcct tttcatctct
     8221 ttgttgacag taaaactgct tttcggatcc aaatatacgc ttttactttt gcaacccggt
     8281 tgcaaagatg gagttattat tgttttaaca cattgctgac acgtatgctc cttaatgcat
     8341 tgagtatggc aagtatggta acacctacat cggcaaacac ggcagcccac atgttgacaa
     8401 cgcccaacgc tcccaacagc aacatcagga atttgatgcc gatggcgaat acgatgttct
     8461 gtttcactat gcttaacgtc ttgcgcgcta tcatcatgcc ttcgacgata ttcatgggat
     8521 tatcattcat caatacgatg tcggcggctt caatggtggc gtcactgccg acagcaccca
     8581 tggcaatgcc tatgtcagca agtttgatga ccggagcatc gttgatgccg tcgccgacaa
     8641 aagcgatggg agaccgggca tgttctttac acagtgcctc gacaaacctc accttgtcta
     8701 tcggcagcag ttcggcatgg aactcatcta tgttcacttt tccggcaata tctttggcca
     8761 catcactgcg gtcgcccgta agcatgattg tttttccaac tccggaggct ttcagccttg
     8821 cgatggtctc gacggattgc ggctttaagg tatcggaaac gacgatatgt cccatataaa
     8881 cgctgtctac ggcgacattg acaatggtac ctgtcttttt gcatgaccgg ggtgtcacac
     8941 cggcacgcga cataagtttt tcgtttccgg cataaacctt gccattgtcg atgattgcca
     9001 cgattccttc gcctgcaatg ttctcataac cggtcactct tgttttgtcc aatggcagat
     9061 tgcaggcatc ccgtatcgat accgacaagg gatggtcgga aaaactttcc gccaatgcag
     9121 ccaattctat aagctcatgt tccgataaca tttggggatg tatggcagtg accgagaaat
     9181 tgcctcttgt cagagtcccg gtcttgtcga atacgactgt ttttatatgc gccatcattt
     9241 ccagatagtt ggagcctttt acaaggatgc cctttcttga tgctccgcct attccggcaa
     9301 agaacgtcag cgggacggac acgaccagtg cgcaggggca ggaaatcact aggaaaatca
     9361 gggaacggtt taaccagaca agccattcgc cgcccgcaat cagcggagga accaaggcga
     9421 gcaatgcagc cacagccacg acagcaggtg tataatagtg cgcgaaacgg gttatgaact
     9481 tttcactctt cgccttgcca gtatccgcgt tttctaccaa atcgaggatt ttcgcgacag
     9541 tcgattctcc aaatgtcccc gatgtgcgga tatgcagaac acctgtgaga ttcaggcttc
     9601 cgctgataac ggtatcgcct tcggaaacct cacgcggaag gctttcacct gtcaacgccg
     9661 ccgtgtcgag agtcgtactt ccggagatta tctttccgtc caatggtatt ttctctcccg
     9721 gttttactac tatgatactg ccgaccggga catccgatgg agacacccgt gttagatttc
     9781 cctctttctc aatattggca taatccggac ggatatccat caatgccgca atcgaagccc
     9841 tgctccgttc caccgctata tcggagaaaa gttccccaat ctgatagaac atcatcactg
     9901 ccaccgcttc ggggtattca ccgatggcaa atgctccgac ggtcgcaata gtcatgagga
     9961 aattctcatc gaaaaactga cctttgcaca aattgcgcaa ggccgcataa actatgtccg
    10021 caccgattat gacataggcg atggcgcata atccgatgtg aatctcttcc ggaatagccg
    10081 gaatatatgc cgccattagc aaaacgatgc tcgtaatgat gcgtatcact ttgatttttt
    10141 gctcttttcc cataactaat catttaatac actgcaaaag tacggaataa gaactgcaac
    10201 caagttacaa agtcagtcgt gtctcttgtt tcggcaatca gggcaaagac ctttcaataa
    10261 ataatcggca ctatgcaact caaatccttt cggataatgc accatcggaa tataggtgtg
    10321 gtcgagacag tatgtcttat ggcaactctc acagtagaaa tgacaatgca gttcatcgac
    10381 tctgcacaca tggtcattgc ggcataagca gtattttgtc gagccgcttc cgtcttctat
    10441 cttatggaca agatggtgtt gcgcaaagag cgacaaagtt ctggacactg tggatttatc
    10501 cacgctgtcc aatgtgtttt ccaagtctgt caggctgaac gtgtcatgaa gctcatacat
    10561 ggcacgaaac acgatgattc gaacagcctt tggccgaata tcacagtcat ttagatgttt
    10621 tggaatatta attctaccgg acaacacaat atatttcagt taatacgtca tacgttttgt
    10681 gtaaacatcc attactgttg tcgtgtacgc aaagaatcat gtatttattg cagtacacaa
    10741 atctattcca cgtaaagtgt ggaatgcaca aaaataggcg ttattttcgc gtaaagagtt
    10801 ttcttaacta ccataataat attacattta agccttgttt tgtatgtttc gtgtatagtt
    10861 taggaataag tcgtactatt atcggattcg ctttcatcgt ggccagattg agatatagcc
    10921 catgatgctc tatcatgccg tggcggaaca tcttccaaag gatgttgcat ccgagttgcg
    10981 tcagcgtgga gttgataaac agagcctgtt tctccaacgc ttcggcatgg gagcagattg
    11041 aaccggaatc ttcctccttg acttcccttt tgattgtaat tgaaagtaag ttgtctaaac
    11101 ggttaaaaag ccatatcaat cgattaaatg atttgatatg gctttttatt gcttataatt
    11161 tcagcccttt cggtcgattc tcatcttttg catacaatcc cggtcgcccg ataacgatat
    11221 agtcgtcgat gaaatttccc gacggactgc gtatctgcgg tgcttcttcg gtgtgttgtg
    11281 atggtacgtt ttgtacacct tccgtaaccg gcttgacttc cagcccgttt ttctcctttt
    11341 ctgcgacctc cggcgtaggc ggagcaagct ccagctgtat cttccggtca agcgcggcaa
    11401 gttcggactt caactgtttc agctcgtcct ccttcttcca caccttgccc gctatctcct
    11461 gcaactgcgg tatctcgcac tccagcacct cgttcttcgc cttgtactgg tcgatgatgg
    11521 agggtatctt ctccagcgcg ttcaggaagt tgcgtgcggc ggctaccggg tcagccatcg
    11581 ccaaatgccc gttgttgtag gtgtacttgt agttgccctc caccacgaag cggttgtcgg
    11641 taaactccag ccgctctttg agtgtcctct agctgaccac ctttatcggg aaaccgtaaa
    11701 gctccccgac agccatgtac tgtccgcccg tcacggcgtt cttggcgatt tcctgcaaac
    11761 gctttccgat gaccttctta tcggacgcga gttggagtcg cttctaactc tgaacttccg
    11821 cgtaatcaat tcgcaatcca ttttttattg actatacaag ggaggtggga agcggtaatc
    11881 cgacaagagg ggggagaaaa ataggacctc ttcgcataaa caaatgcaca gatgcctgaa
    11941 tgtactttcg cacaccccat tcctcctctt agcttttcta cctattcggt taactcatac
    12001 gattcattat agtgctgaaa acttccccct tccgagcccc aagtgaggct cggaagggag
    12061 aaaggaaacc cctcaaagga ctctcaactc accttatcga cactctaaaa aaatgactcc
    12121 gaaaaggaat gaggagggta tgcagattgt gcagagccct ctcgtatcgt gttatgtagt
    12181 tgggaaggta gcataaagga tttcgggctt ctacaacatt ctaacttcta ttttgtcaat
    12241 ctgttaggcc ccgttgtagt tacgtagtaa gatctattcg gtgaaaggga aaaaggcatg
    12301 ttagggtggc cgtataggga tcactctgaa gccgcttgtt gcttccggat cagcttgtcc
    12361 atgtcttctg agatcttttt gtccgtcacc tgcgcataga tctgcgtgct ggagatagag
    12421 gcgtgtccca tcatcttggc gatgctctct atcgagatgc cagcgctgag cgacaacgtc
    12481 ccgaacgtgt gacgcgccat gtggaaagac agtcgttgcc tgatgccaca cgcccagccc
    12541 gcggtgctca gtctgttatt catcacacta cggctgcaac tgcgtgggaa gacaagggcc
    12601 tcgccttctt ctttcaccgt ctgctcttct tggcttttat tgaggatcgc ttccgcaatc
    12661 ggatgtagcg gtacgacaga ctctactttt gtcttctgcc tttccttgcg gatatacctc
    12721 cggccgtcgg cagccgtttg gatgtgcgag aacttgaggc gctccatgtc cacaatggcc
    12781 agtccggtga agcaggagaa gagaaacatc cgtcgggcaa gctctgcttc cctgtcgttc
    12841 acctttagca ccatgagctt ggctacatca ctcttttgca agaagcgaat cttcctttcc
    12901 tctttttcat aggtgacatc ttcaaaagga tggcagcgga tgactttcaa gtctaccgca
    12961 cgatacatca accgactcaa tcggcagagg tggttgttca tggtcgatgt cgccagtcca
    13021 cgctttttga gaaagaagcg aaagtcctca aacaggtctt ccgtaatgcc tgcaagaggg
    13081 atgtcccgcc ctccgttttc cttcacgaac tctcgaagca acttgtccga ataagtaagg
    13141 ttttggtaag tactttctgc
//
LOCUS       SEQF2638.1|AYYF01001488.1 269 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..269
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tagatcttcc taccgtccta ttctctgaat ttaaacctga tcgagcgact gtggaaattc
       61 ctccgaaagg agatcatcaa cacgaagttc tatcggacaa aacatgaatt tcgagacgcg
      121 gtgctcaaat cctttgacaa catcgcgtct tatcggacgc gagttggagt cgcttctaac
      181 tctgaacttc cgcgtactca attcgctatc catttttgat tgactataca agggaggtgg
      241 aagcggtaat ccgacaagaa ggggggggg
//
LOCUS       SEQF2638.1|AYYF01001489.1 344 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..344
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tagatcttcc taccgtccta ttctctgaat ttaaacctga tcgagcgact gtggaaattc
       61 ctccgaaagg agatcatcaa cacgaagttc tatcggacaa aacatgaatt tcgagacgcg
      121 gtgctcaaat cctttgacaa catcgcgtct tatcggacgc gagttggagt cgcttctaac
      181 tctgaacttc cgcgtactca attcgctatc catttttgat tgactataca agggaggtgg
      241 aagcggtaat ccgacaagaa gggggggaga aaaataggac ctcttcgcat aaacaaatgc
      301 acagatgcct gaatgtactt tcgcacaccc cattcctcct ctta
//
LOCUS       SEQF2638.1|AYYF01001490.1 671 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..671
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 atacgattca ttatagtgct gaaaacttcc cccttccgag ccccaagtga ggctcggaag
       61 ggagaaagga aacccctcaa agggctctca actcacctta tcgacactct aaaaaaatga
      121 ctccgaaaag gaatgaggag gatatgtaga ttgtgcagat ccctctcaaa tcgtgttatg
      181 tagttaggaa ggtagcatga aggatttcga gcttctacga cattctaact cctattttgc
      241 ccacagtttt caaagcgtat ggatgacatg aaaatgaagg tgttgctcta cctcaaaaag
      301 agcagtcgtg acaggtcggg caaggcgccg atcatgggac gcatcacgct ggggcgttcc
      361 atcgcacagt ttagttgtaa gctgttctgc aatcctgact tgtggaaccc gcgcgaaagt
      421 cggatgaacg ggaagagccg cgaggcggtc ggggttaata ccaagttgga ccacctcctt
      481 ctcgccgttc agtcctccta tcaatccttg cttgccaagg gatcaccatt tgacgcaacg
      541 gatatcaagg aacatttcca aggcagcgtg caaagtcgaa ctatgctttt ggaacggttc
      601 gacggcctga tcgaggacat ggaggagcac gtcggagtag acatcaaaag agagtctttg
      661 gtcttgtatc g
//
LOCUS       SEQF2638.1|AYYF01001491.1 813 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..813
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(325..813)
                     /gene="xerC_22"
                     /locus_tag="SEQF2638.1_01735"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01808"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerC"
                     /translation="MFLFSCFTGLAIVDMERLKFSHIQTSADGRRYIRKERQKTKVES
                     VVPLHPIAEEILNKSQEEQTVKEEGDDLVFPRDCSRSVMNNKLSTVGKACGVRQRLSF
                     HMARHTFGTLSLSAGIPIESIAKMMGHASISSTQIYAQVTDKKISEDMDKLIQKQQAA
                     SA"
ORIGIN      
        1 atacgattca ttatagtgct gaaaacttcc cccttccgag ccccaagtga ggctcggaag
       61 ggagaaagga aacccctcaa agggctctca actcacctta tcgacactct aaaaaaatga
      121 ctccgaaaag gaatgaggag gatatgtaga ttgtgcagat ccctctcaaa tcgtgttatg
      181 tagttaggaa ggtagcatga aggatttcga gcttctacga cattctaact cctattttct
      241 caatctgtta cgtcctgttg tagttatgta gtaagatcta atcggtgaag ggaaaaaagg
      301 catgttaaga cagccgtaca gggatcacgc tgaagccgct tgttgctttt ggatcagctt
      361 gtccatatcc tccgagatct ttttgtccgt cacctgcgca tagatctgcg tgctggatat
      421 ggacgcgtgc cccatcatct tggcgatgct ctctatcggg atgcctgcgc tgagcgacag
      481 ggttccgaac gtgtggcgcg ccatatgaaa agacagtcgt tgcctgacgc cacaggcttt
      541 acccacggta ctcagtttgt tattcatcac actacgactg caatcgcgtg gaaagacaag
      601 gtcgtcgcct tcttctttca ccgtctgctc ctcttggctt ttattgagga tctcctccgc
      661 gatcggatgt agcggcacga cagactccac tttcgtcttc tgtcgttcct tacggatata
      721 tctccggcca tcggctgacg tttggatatg cgagaacttc aatcgctcca tgtctacaat
      781 ggccagtccg gtgaagcaag agaagagaaa cat
//
LOCUS       SEQF2638.1|AYYF01001492.1 813 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..813
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(325..813)
                     /gene="xerC_23"
                     /locus_tag="SEQF2638.1_01736"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01808"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerC"
                     /translation="MFLFSCFTGLAIVDMERLKFSHIQTSADGRRYIRKERQKTKVES
                     VVPLHPIAEEILNKSQEEQTVKEEGDDLVFPRDCSRSVMNNKLSTVGKACGVRQRLSF
                     HMARHTFGTLSLSAGIPIESIAKMMGHASISSTQIYAQVTDKKISEDMDKLIQKQQAA
                     SA"
ORIGIN      
        1 atacgattca ttatagtgct gaaaacttcc cccttccgag ccccaagtga ggctcggaag
       61 ggagaaagga aacccctcaa agggctctca actcacctta tcgacactct aaaaaaatga
      121 ctccgaaaag gaatgaggag gatatgtaga ttgtgcagat ccctctcaaa tcgtgttatg
      181 tagttaggaa ggtagcatga aggatttcga gcttctacga cattctaact cctattttct
      241 caatctgtta cgtcctgttg tagttatgta gtaagatcta atcggtgaag gggaaaaagg
      301 catgttaaga cagccgtaca gggatcacgc tgaagccgct tgttgctttt ggatcagctt
      361 gtccatatcc tccgagatct ttttgtccgt cacctgcgca tagatctgcg tgctggatat
      421 ggacgcgtgc cccatcatct tggcgatgct ctctatcggg atgcctgcgc tgagcgacag
      481 ggttccgaac gtgtggcgcg ccatatgaaa agacagtcgt tgcctgacgc cacaggcttt
      541 acccacggta ctcagtttgt tattcatcac actacgactg caatcgcgtg gaaagacaag
      601 gtcgtcgcct tcttctttca ccgtctgctc ctcttggctt ttattgagga tctcctccgc
      661 gatcggatgt agcggcacga cagactccac tttcgtcttc tgtcgttcct tacggatata
      721 tctccggcca tcggctgacg tttggatatg cgagaacttc aatcgctcca tgtctacaat
      781 ggccagtccg gtgaagcaag agaagagaaa cat
//
LOCUS       SEQF2638.1|AYYF01001493.1 616 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..616
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(128..616)
                     /gene="xerC_24"
                     /locus_tag="SEQF2638.1_01737"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01808"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerC"
                     /translation="MFLFSCFTGLAIVDMERLKFSHIQTSADGRRYIRKERQKTKVES
                     VVPLHPIAEEILNKSQEEQTVKEEGDDLVFPRDCSRSVMNNKLSTVGKACGVRQRLSF
                     HMARHTFGTLSLSAGIPIESIAKMMGHASISSTQIYAQVTDKKISEDMDKLIQKQQAA
                     SA"
ORIGIN      
        1 gtgttgatga tctcctttcg gaggaatttc cacagtcgct cgatcaggtt taaattcaga
       61 gaataggacg gtaggaagat ctaatcggtg aaggggaaaa aggcatgtta agacagccgt
      121 acagggatca cgctgaagcc gcttgttgct tttggatcag cttgtccata tcctccgaga
      181 tctttttgtc cgtcacctgc gcatagatct gcgtgctgga tatggacgcg tgccccatca
      241 tcttggcgat gctctctatc gggatgcctg cgctgagcga cagggttccg aacgtgtggc
      301 gcgccatatg aaaagacagt cgttgcctga cgccacaggc tttacccacg gtactcagtt
      361 tgttattcat cacactacga ctgcaatcgc gtggaaagac aaggtcgtcg ccttcttctt
      421 tcaccgtctg ctcctcttgg cttttattga ggatctcctc cgcgatcgga tgtagcggca
      481 cgacagactc cactttcgtc ttctgtcgtt ccttacggat atatctccgg ccatcggctg
      541 acgtttggat atgcgagaac ttcaatcgct ccatgtctac aatggccagt ccggtgaagc
      601 aagagaagag aaacat
//
LOCUS       SEQF2638.1|AYYF01001494.1 616 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..616
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(128..616)
                     /gene="xerC_25"
                     /locus_tag="SEQF2638.1_01738"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01808"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerC"
                     /translation="MFLFSCFTGLAIVDMERLKFSHIQTSADGRRYIRKERQKTKVES
                     VVPLHPIAEEILNKSQEEQTVKEEGDDLVFPRDCSRSVMNNKLSTVGKACGVRQRLSF
                     HMARHTFGTLSLSAGIPIESIAKMMGHASISSTQIYAQVTDKKISEDMDKLIQKQQAA
                     SA"
ORIGIN      
        1 gtgttgatga tctcctttcg gaggaatttc cacagtcgct cgatcaggtt taaattcaga
       61 gaataggacg gtaggaagat ctaatcggtg aagggaaaaa aggcatgtta agacagccgt
      121 acagggatca cgctgaagcc gcttgttgct tttggatcag cttgtccata tcctccgaga
      181 tctttttgtc cgtcacctgc gcatagatct gcgtgctgga tatggacgcg tgccccatca
      241 tcttggcgat gctctctatc gggatgcctg cgctgagcga cagggttccg aacgtgtggc
      301 gcgccatatg aaaagacagt cgttgcctga cgccacaggc tttacccacg gtactcagtt
      361 tgttattcat cacactacga ctgcaatcgc gtggaaagac aaggtcgtcg ccttcttctt
      421 tcaccgtctg ctcctcttgg cttttattga ggatctcctc cgcgatcgga tgtagcggca
      481 cgacagactc cactttcgtc ttctgtcgtt ccttacggat atatctccgg ccatcggctg
      541 acgtttggat atgcgagaac ttcaatcgct ccatgtctac aatggccagt ccggtgaagc
      601 aagagaagag aaacat
//
LOCUS       SEQF2638.1|AYYF01001495.1 44068 bp   DNA    linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..44068
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             880..2919
                     /gene="rny_2"
                     /locus_tag="SEQF2638.1_01739"
                     /EC_number="3.1.-.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_00335"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribonuclease Y"
                     /translation="MHTLKSKKTAIQAFLYFMATAVVIAYFFPREGKFRYQFHEGKPW
                     RYGLLTAPSDFPIYKSDAELKAERDSLQARFRPYFRLDDRVAGQALGNLKNDYVEHRT
                     MSTPVWQYLTQKLSALYADGIISVQDMERMTSEHRTRLRLLRKNVSSQVDLSRFHSEK
                     SAYEMVINEAPESMDKGELRASNFDRYLHPNVTYDAETSDKALEALMQKVTLSTGIVQ
                     AGERIVDRGEVVDARTYNILHSLKIVHETKSGGNRRDAITMLGQVILILGIMACCALY
                     FLAFRPELYFKRRNRFFILVCILVPCLLTELCVRYDLVNIYILPFAIIPIVVRTFFDS
                     HSALFTHLITALICSLVAPFPHEFLLLQIMAGVVFIISLKELSQRSQLLRCAFLISLA
                     YMLGYIGLSLYQDGDFNKIDWRMGIYFGINFVLLMFSYVLIYMMEKAFGYVSPITLVE
                     LSNINTPLLKKLSETCAGTFQHSLQVSILASAASAKIGADTQLVRTGALYHDIGKMKN
                     PPFFTENQMKGINPHRDLPFEQSAQIIISHVTEGIKMAEKAGLPEAIIDFIRTHHGAG
                     KAKYFYNSYCNAHPGEPVDDRLFSYPGPNPFTRETAILMMADSVEAASRSLNEYTDET
                     IRALVNKIIDGQIADGLMRNAPLTFRDIDKIKTTFVEKLKTMYHTRISYPDLKKS"
     CDS             complement(2906..3391)
                     /locus_tag="SEQF2638.1_01740"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRFSGGNRPPQTFSAHFLRKSPATKLFGSFPQEIACHKTFSAHF
                     LRKSPATKLFGSFPQEIGRHKTFRLISSGNRPPQNFFGSFPQEIARHKTFRLISSGNR
                     WDGLPLISSGNRRMAYIELTLSNGPKSRKTAKFSHRKRPVASGAAGLSCWKLPRGVSS
                     S"
     CDS             complement(3480..4907)
                     /locus_tag="SEQF2638.1_01741"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNMRIPLMVTALAASLLAFNGCNLDYPPTAAVSDSSLTDADYQA
                     LLNGVYDGAQNYRLVMEDIAADNLNSKSWYVDMDDNDPTTSSSNINDLWQQLYGAVQR
                     CNNLINLAEKHTGTSTVNLTEIAAQARIVRAWLYMRITANWGDAPLLTTVTDEPVSRA
                     PEDSVWRLVKQDLEYGLAHAPAYSTSGYASRVAAKALLARVLLIAPTPVQDKARARQL
                     AEEVIADGHFALADHYADIWHAKTSKEMILQWTNTTTDSGSYGWFLRSNIVDQYEKEN
                     GAGSAAPGGNGRYELPVDQALIRAYEEGDERKAASVRHLKLKNGTETYDCIKYPNTDK
                     SDSYPVVRIAEMYLIVAEAAGYPEGVKRLNELRAKRGVAALQTGSTITAANFMARIMH
                     ERRVEFFAEGQRWYDLRRWFNSGPEGRQAVRALCKYRTGEAAGSRPQASDKLNIAENG
                     YNLLWPITTVAIDNDRNLLPNNPGY"
     CDS             complement(4936..8043)
                     /locus_tag="SEQF2638.1_01742"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:T2KPJ3"
                     /codon_start=1
                     /transl_table=11
                     /product="TonB-dependent receptor P3"
                     /translation="MNRRLLFLMLFAFFAFVAWTQAQSVTVSGTIVGKDDGQPVIGAN
                     IVIKGTTTGTVSDVDGHFRLTAPRPGATLVISFVGYRTKELPATASMHVELEPDATQL
                     GEVQVVVAYGQQKRRELTGAIGSVDAASIRETPATSLEQTLSGRVSGVQVTQASGAPG
                     GAVVVNIRGTSSISAGNEPLYVVDGMPILSADFSQKAGYQGNTLSGVADINPADIASV
                     EVLKDASAAALYGSRASNGVVLITTKRGSSGRTRVTLDSYVGVQNLWRKLQFLPTAEH
                     VAARNEAIDNYNNSLGLSPTDATYKKPVAAAQEGADTDWIDAITRTALHTNHQLALSG
                     GTDQTQFYASLGYYDQQGVMKKTDYTRYNLRTNLTNRISRTVKISADIALSSATTNRA
                     TGDGNLYSPWINALSASPDYAVRTASGSFGSINASKYNPVALIDEQEQVTRKYRAIVG
                     LKTTWNILPELRYNLDLGGDYIVMHETGVFPRGTIRGARSNGDVHDLRGFSFSNLAEH
                     TLDYFHQWDKLAFKALLGYSYQKTTLDNNFVRGTNFVSPMLKYINSAGSVTEGSSSLS
                     EYALQSLFGRVNLNYADRYLLEASLRSDASSKFAPGRRVGYFPAASLGWIVSEEGFFP
                     KTKSVNDLKLRVAVGYTGNQEGIGYYDYFNTYRASDVAYIGQSGLAFPNSRPNPDLTW
                     EKTLQYDLGVDAALFDRRLELTLDWYHKDTRDLLLSHPINALSGYTRTTSNVGRIRNE
                     GFEAMITGHPLRGRGLTWDVRLSFGYQHNEVVALTKKADGTDNFIEVGPSNILQVGRP
                     MATFYLIRAEGIYQSKEEILAQPGGEALWKRGIRPGDVKYYDKDGNGIINNNDRVAAG
                     SPFPKVTGAFINNFAYKGFDLGLDLQYALGAKIYATWKGAYTGGGGQGGAPNGYAIFR
                     DEYEARWTPERPSTDRPRAVADGAAYTNNMMNYTTRFLEKADFLRIRNVTLGYTLPDE
                     TVRHLGLSRLRLYAQVNNLYTFTAYDGFDPEVAMNPDRATYRGYDSGSVPHPCSFLFG
                     MNLSF"
     CDS             complement(8329..9666)
                     /gene="nhaA"
                     /locus_tag="SEQF2638.1_01743"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P13738"
                     /codon_start=1
                     /transl_table=11
                     /product="Na(+)/H(+) antiporter NhaA"
                     /db_xref="COG:COG3004"
                     /translation="MITKIRSLSRFVTQKPNASLLLFLTTIAAVVLANSPLVDAYNSC
                     LEYPLDFRFDTFIFFPHHGQPMSLTTFVNDAFMAIFFFVVGMEIKQELLVGELSSARK
                     ALLPVIAACGGMIVPVLVYLSVCHSGPAAHGAAIPMATDIAFALAALGALGSRVPLSL
                     RVFLTALAVVDDIGGIIVIAIFYSGHVAATPLLIALGVLVFLTVGGRLGIQHALFFYT
                     GFFVVWYLFTQAGIHPTIAGVLVAFTVPARPKVKLDSFADNMRDHLASLDFTQARHAG
                     KSTVLSPGQVLVLTNIHRLAAHTVSPLQSLVERLNPVVNYLILPLFAFVNAGVHFGGF
                     DLSALAGIPLAIFLGLFVGKTIGIFTFSYLAAKARIVSISPEITKRALFGVSILGGIG
                     FTVSLFIANLSFAAVPDIGDELLNEAKLGIFVGSLVSGIVGYFFLKHQLPERD"
     CDS             11129..13930
                     /locus_tag="SEQF2638.1_01744"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIQRFSILFLSLLLLGAATGAVAQVHVKGTVVRSGEPAEAVEMA
                     AVRLLNIKDSAMVKGTVTDREGRFDLMGVRQGDYLLHVTYVGLDPLYQRLHISGSKTP
                     VDVGRLTMTEDGVLLGEAVVTARAVEVQVKNDTVEYNASAYKVAEGSVLEDLLKKMPG
                     VEVSAEGAVTVNGKEIKKILVDGKEFFSDDPKAASKNLPAQIVDKVQTYEKKSDLAML
                     TGFDDGDAEAVINLTVKPGMKQGWFGNAFAGAGSRGRYDVNTMLNRFVDDDQFSLMGG
                     VNNTNNMGFTDFAAAAFGGGPGGGRHRFGGFGAGNGITSSGNVGTNFSKRLKKDLTVG
                     GNVRFSGSDNEARAKTDRQNILAGDSTSFDHAESASDTRTRNVGFNLHLEWKPDSLTQ
                     VIFRPEFSYGTTHTDAEELTHTLSGSLDSVNASRSRSRVDGHALTASAKLDVSRKLNS
                     RGRTLTLSVSGGGNQSIDNTLNRSDTRFLLFADSTETIDQQVHSDTRGYNVRGKVAWV
                     EPLGHSNFLHLSYRLRRTHRELLRDAYLIDSEGQYTVPDTTTGRNTRSDATEHRLNLS
                     FKMVRPKYDFTLGLNFDPTQTRTVTEVAGRTLYDLSRSVVNYSPTAKLRIRFDKRTDL
                     RLDYDGRTEQPSMTQLQPVADLSDPLNTVIGNPDLRPTYTNSLRLHFGKFVPDKQSAF
                     IFMAGVNYVLNDIVSRTTTDRLTGRRQTTYENIDGNYNLDGRLIINLPLPGKHFTLSS
                     MTYARYGHSGGFIDGSRNTSQATVLMQHAGISFRSSLADIELNGNIRHNRTRNTLSAG
                     RDLSTLNYGGSAAFTLYLPLGFRLESDLTYSTNSGYTDGYSQREWLWNAGASKSFLKN
                     NAGMLRLKMYDILHQRSNISYSATATAIRYSEYNTLSSYVMLHFIYRFSLFKGGAKAS
                     DMRMPGPPDRGGRDRPPRD"
     CDS             complement(14017..14559)
                     /locus_tag="SEQF2638.1_01745"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSQPERVVYTIGHSTHPIEVFIAMLRSFDIRLLVDIRGLPGSNK
                     YPQYNQEALQASLPASGIAYLHLPDLGGRRRVHRDSHNTRWRNASFRAYADYMETDDF
                     ARGIARLMDEAERQPTAYFCAEAVWWRCHRSLVSDYLKAHGWRVMHITGVGRAEEHPY
                     TQAARVVGNRVYYSDPGLFD"
     CDS             complement(14575..15087)
                     /gene="cobO"
                     /locus_tag="SEQF2638.1_01746"
                     /EC_number="2.5.1.17"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P29930"
                     /codon_start=1
                     /transl_table=11
                     /product="Corrinoid adenosyltransferase"
                     /translation="MSYVHLYTGNGKGKTTAAIGLALRAVGAGRRVYIAQFVKGQRYG
                     EIAYIDRRIPTITTHRYGSECFIERKPTPDDISRAAEGLEEVRRILHNGRYGLVILDE
                     ATIAIYFGLFTSAELIDAINDRHPDTEVVITGRYATPDLIAAADLVTDMQEVKHYYTL
                     GVEARPGIEC"
     CDS             complement(15246..15689)
                     /locus_tag="SEQF2638.1_01747"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKVFITVISMLALAACNNNAQQQDTAAADSTAQAQEAPATGGD
                     RDEHGCIPSAGQSWSQLRQECVQVFEVGTRLNPVEKKEGEAVISAFVLFNDDRSKAEI
                     FLPNSDVESIILDKAADGTYKADRYAFNDAEQALYVDGKKAFVKE"
     CDS             complement(16147..17436)
                     /locus_tag="SEQF2638.1_01748"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTQIDIMKNLRYILLSAVALVTLAGCDKWIDNAKTPSNSLTYDD
                     LRRPGMMASVKGKTLTDGALTANVKTLAGQASSAAFMALGAMTDELSPTKVPNALVYK
                     ALSDDNASSAGGEADGVFNNLQNLRARAEELLAIEASTEDDGSAGYEIVRAYARHTGH
                     LYAGYAYKLLADCFSSNPSAAGEVPVNGKNLTHEALYAEAITHLQAAVREADAEVLRG
                     MGGAFNRDLAVGSAEALLCKLYMSRGQYAEASAHLDAALGEKATMQIVYNVNGSPNGL
                     YSTLGETARDVEVDADIVNSLRNDAERKAVPTATNKEGNRYLTNLQRHSPLTITDGAE
                     MLLIRAELIVRGVRTGDALAAVNRVITTYDAASALTTQPTLSDIDHLRRVYLFLRGER
                     TLDYRRGLTTAAKQQTWQARRLKWMPLPENETGKTND"
     CDS             complement(17440..20259)
                     /gene="btuB_7"
                     /locus_tag="SEQF2638.1_01749"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01531"
                     /codon_start=1
                     /transl_table=11
                     /product="Vitamin B12 transporter BtuB"
                     /translation="MTKRTTQFYLLTLLFLLCTATTALAQRRVEGRVVDNETGETLPG
                     VNLVTRNGTYAVTDEKGTYNLPITRGDSVTVSYVGYEPQTLPAFYLIDHHEIRLKTGA
                     ELREVVVTASIASARNAKAVGSKIDKVDVERLMDQGTGSNLADIIDGRIGGVQMFQSN
                     GKVGMPIRFNMRSGATLSMDRDPIIYVDGVRYNNSHTSDINTSQDAMSSLNDLPLEDI
                     ASIDVIKGPAAAASYGAEAANGVIVITTKRRSSAAADGGNLTGTVKFTQGVNTLARRY
                     TQFVNNDDINNFFVNGNITRLYANLSKRFSPGNQLYFSLDENHTAGIIPGNRDVRHAL
                     MAAYDVTQDKFGMNVSLRYINGSLSLPQTAQGKNDAIWNLMRTQKPWGYVSERTWRAQ
                     SWTYDNDRVIGQARLSYLLPGAVKVETLLGMDVNFIRGEYLLPYGYLLNTNDKGARNV
                     SNRRNSTLNWDIKANRRFDLGGGWQTTLTLLSQIVRRYETVNTVSTSVFSGNVTQLSA
                     ASEKQVSESDFEQRTWGLYGEAFFNYRNTLFINAGLRRDASNLIGANVASIYYPSLSV
                     SYNQQAFKWRAAYGESGRLPYPTDAHTAYALTGSSAYGPLVAPSTQGNPNIRPERMRE
                     IELGTDVNLKRHRIGLSLYGQFTSDAIIYVPLRSSLGWLGSRPENIGSVRGYGFELNW
                     NGTVWENRRAGNALDLFVSVNGQTNEVTNTGGRTIENLPNVIKEGQPAYAFYYKKVEG
                     ARYDAKGVYKGAQESKEYEYLGKPFPTVNGAVGFELKLFHNLTFNARVNYAAGASVYN
                     QSYYNVAGLGDNLKKREDLKAALAKETPGTDAYRNTAEQLAHTERNRDNYIEKADFIR
                     LSSLSAGYDFSSPVRRATNNVFKACRLMLSAQNLILITNYSGADPQIEANGGTRQTRG
                     IGSLSRDITNAPSPRSFIASLTIGF"
     CDS             complement(20498..20848)
                     /locus_tag="SEQF2638.1_01750"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRQSKEQILRRWAQDLVSRYTWLTIRFEYSERRGVYLVSYSPSE
                     KIDESESFARETMEFENRMNDLYDDNAPLFCDEEELFKLSSEAEVIRYHTPEKMDQHS
                     VPKKKKSSLAAAIL"
     CDS             complement(20845..21618)
                     /locus_tag="SEQF2638.1_01751"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEEEVQIQKLSQERLDNALHLHFHASVRDWLREADLKKIGLPKE
                     LVEEYEKCVQDEQEMIKETRARFETPHIAKKEKECNHWLSYIAAVVRAMRLSPDPDEV
                     KAAEMLYLLWRSDKPLQGVSLGRKSAGITSLLIDLKDDRYAPLITRLRLDRGVQLLDE
                     ANQALEDLQLQRIKARSKPDLPSSTDLRPTTDAVYRRIVKYLELSYMNASPDGQAAIT
                     ELVHLINKMVDHTRTAYKQSLSQRRARRRQKEAREEGQA"
     CDS             complement(21853..22116)
                     /locus_tag="SEQF2638.1_01752"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVQSTPIDSVNGNPLIESGQINIVYLSRIIEEGLIDAMYISHLV
                     ELVKIYGVYFIHLIKVYVIHFVYLTRLIEVIGRYDVYRSRLNR"
     CDS             22389..23021
                     /locus_tag="SEQF2638.1_01753"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMTKDLTEHCALFRGLTPERATELLETYGYALRSYPPRSFAAMQ
                     GDTCRTLLIVCHGQVNAWMAGAGGKQIIVEQFADWDVLAPAFLMATHNVFPVSIETTT
                     ESELLVIHRDTLLKMLHADMRMMENYLREISDKCFALTQRIGSFALKSLREQLLTYLH
                     THDTYARQQDIADRFGVARPSLNRVLQELSQEGIVKMVHGKIKLLRRFDP"
     CDS             complement(23165..23572)
                     /locus_tag="SEQF2638.1_01754"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRHAGCLKGITKHQNSMAFIRNDIATGDMFRHVYGGMTKSELDD
                     RAAQLLSAWGYKSVADKGSGSMIYEKGNRVARLLLGALVKYFKVSVTTSVSPSDEVIC
                     EVRTESSGMSGGLIGMNQVKTEMGNLNAAFRDF"
     CDS             complement(23717..25987)
                     /gene="copA"
                     /locus_tag="SEQF2638.1_01755"
                     /EC_number="7.2.2.8"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q2FV64"
                     /codon_start=1
                     /transl_table=11
                     /product="Copper-exporting P-type ATPase"
                     /db_xref="COG:COG2217"
                     /translation="MNPTKQFSVDGMSCSACSAHVERAVSRVEGVSSVAVNLLTNSMV
                     VEGTATADAIVAAVRKAGYDAAEQATEEPHAPADKSPDDPLADRETPALRRRLVASLL
                     LLLLLMYTAMGHSMLGLPLPAALAGNPMAVGIVQMLLAVAVMIINGRFFISGYKGTLH
                     GAPGMDALVALGSGTAFVYSLVGLFAMSAALMEGRTADAYAGLHALYFETCAMILTLI
                     TLGKLLEARAKGRTTDALKSLMRLAPKTATLVRDGREVAVPIEQVRVGDTFAVRPGEH
                     IPVDGVITEGTAAVDESALTGESLPVDKSPGDRVSAATVNRSGYLRCRAERVGRDTTL
                     AQIIRMVSDASSGKAPIAKMADRVSGIFVPAVIVIALITVGVWLAVGADVGTAVSRGM
                     AVLVVSCPCALGLATPVAIMVGSGLGARHGILFKTAEALERAGQVQVVALDKTGTITN
                     GSPVVTDLLPAAGVEEEELLRAAYALEVKSEHPLARAVAAYAEARGMQPDATDAFEVI
                     PGKGLTAMVDGRRITGGSLAFLSERIGTTEAVTSAAERVAGEGKTPLLFAAEDQWLGL
                     IAVADTVKDDAREAVGRLHAMGLRTVMLTGDNQRTAEAVGRLVGVDEVIAGVLPDGKK
                     AAVESLRERFGAVAMVGDGINDAPALATADIGIAIGAGTDVAVDAADVVLMKSRPSDI
                     PAAVRLSRSTLRNIRENLFWAFIYNVVGIPLAAGVWIPVFGVGMTPMFGAAAMSLSSF
                     CVVMNALRLNFVRLRK"
     CDS             complement(26612..28132)
                     /gene="guaA"
                     /locus_tag="SEQF2638.1_01756"
                     /EC_number="6.3.5.2"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P04079"
                     /codon_start=1
                     /transl_table=11
                     /product="GMP synthase [glutamine-hydrolyzing]"
                     /db_xref="COG:COG0518"
                     /translation="MHEKIIILDFGSQTTQLIGRRIRELNTYCEILPYHSFPADDPTV
                     RGVILSGSPYSVNNPDAFRIDTAALRGRYPVLGICYGAQLLAATAGGRVESADTREYG
                     RALLAEVDANDPLLSGIRAGSQVWMSHGDTITRLPDTFRVIARTDDVEAAAFRVDGEQ
                     TWGVQFHPEVFHTEGGTRLLDNFLTQCGCARDWTPASFIESTVAELKARLGDDRVILA
                     LSGGVDSSVTAVLLHRAIGSRLTCIFVDHGLLRKNEFENVLRDYEHLGLNVIGVDAKA
                     KFYRELAGVTDPEQKRKIIGRGFIDVFDEEAHKLHDIRWLGQGTIYPDVIESLSVTGT
                     VIKSHHNVGGLPEKMQLKLVEPLRLLFKDEVRRVGAELGMMPHLLKRHPFPGPGLGIR
                     ILGEVTPEKVRILQDADDIYISLLREWGLYDEVWQAGTILLPIRSVGVMGDERTYENT
                     IALRAVTSTDAMTADWAQLPYDFLAKVSNEIINKVKGVNRVVYDISSKPPATIEWE"
     CDS             28213..28752
                     /locus_tag="SEQF2638.1_01757"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGDKDSPGGPCGWPIKTIKIEGEQGLVRNRFTFALQNPHQKMTP
                     ILIPHVPRDERIGSAFNHLFPIIHQTDSAADAVAWDFTQTLFLHPFFLAPLAIYKDSS
                     EKPIACTGLQGRMDSYLRAICFDHVFDASRPESRDILNAYLTKSYIPVSRFMVGDGTE
                     DRIQEVLQRIIEVQSDLSQ"
     CDS             28759..29226
                     /locus_tag="SEQF2638.1_01758"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPISYLLGELIDNISQHSGSRCGYLFCQRVRRELYIVIADRGRT
                     IYGNYIYAKRYEDIVGVDEAAALRIANEGYSTKNLPTAENRGYGLSRSRKMIVKGLGG
                     AYFMLSGTAFYRQEAKGVYVMNVPEVYRWNGTIILLRLPLETPKGFEFYDYVE"
     CDS             29246..29578
                     /locus_tag="SEQF2638.1_01759"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MERISIKDVVGTDVRSRISLDAVKALMTHGGEYVIDMEGVTSIS
                     RSVADELYNLQQDYGAVRFEHQTEFVQRMMSILWDGRSKKRVREEEDVEMMDMTSIED
                     FSRYLLSI"
     CDS             29706..30602
                     /locus_tag="SEQF2638.1_01760"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNPEDKEIRKRTLLIMVIIVVVIALIGVSYVVFHQRKQMDDMTE
                     LFAIEKEQLTDEYAELSLQYEGYKFSVGNDSLVALLTTEQMKVQRLMEELRTVKATNT
                     RRITELKRELETLRKIMRGYVVQIDSLNAENGRLRNENERVTEQYRQASSAAAQLTRE
                     KEHLTERVTLASRLEASAIAVRPITSRGKDAKKIDKIAQLAVSFHVAKNITAPTGEKT
                     IYVRIMRPDDDILTKPGSGTFAFENRNIGYSMKRTVEYAGEDLPVVMYWDVEEYLSPG
                     TYRVDIFADGHLIGRRSFTLQN"
     CDS             31049..31717
                     /gene="yknY_2"
                     /locus_tag="SEQF2638.1_01761"
                     /EC_number="3.6.3.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:O31711"
                     /codon_start=1
                     /transl_table=11
                     /product="putative ABC transporter ATP-binding protein
                     YknY"
                     /db_xref="COG:COG1136"
                     /translation="MIIRLQGINKTYYNGAPLHVLKGIDLGIERGEMVSIMGASGSGK
                     STLLNILGILDTYDSGEYYLDDLLIRDLSESRAAELRNRMIGFIFQSFNLISFKNAME
                     NVALPLYYQGVPRKQRNALALDYLERVGLRDWAEHLPSEMSGGQKQRVAIARALIARP
                     QVILADEPTGALDSKTTVEVMELLRAVNREGMTMVIVTHEPSVAEATDRVVHVKDGLI
                     VAND"
     CDS             31823..33088
                     /gene="macB_1"
                     /locus_tag="SEQF2638.1_01762"
                     /EC_number="3.6.3.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q2EHL8"
                     /codon_start=1
                     /transl_table=11
                     /product="Macrolide export ATP-binding/permease protein
                     MacB"
                     /translation="MFDFDDIREILSTMRKNRLRTFLTGFSVAWGIFILIILLAAGNG
                     LRNGVMYNFSNFSANRIEVWPSYTSKPWQGIRENRRLTFRNADVEHLGSDFPEVEYYS
                     GRIDHSDTLAYNKEYVNGNLSGVAPDFASIDFIIPTRGRFINEIDMQQRRKAIVLSPR
                     MAEVLFHEEDPIGRYVRIGRMMFQVVGVYRDKEMNNNKPAYIPFTTAQQLFRSGMEVD
                     DLIFTVRGIKSEEENTAFEQRFRTAMALRHHFDPSDTGALGMWNTGDDFRMFDLILSG
                     LMMFIWIVGISTLMAGIVGVSNIMLVTVRERTREFGIRKAIGAGPASILRLIIIESIL
                     VTTLFGYVGMVAGIGVTELIDYGMTMAGMNADTGGGPGNLSIFRHPTVSLGIATSATV
                     LLIIAGVAAGYFPARKAVSIPAVEAMRSE"
     CDS             33178..34434
                     /gene="macB_2"
                     /locus_tag="SEQF2638.1_01763"
                     /EC_number="3.6.3.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q2EHL8"
                     /codon_start=1
                     /transl_table=11
                     /product="Macrolide export ATP-binding/permease protein
                     MacB"
                     /translation="MFFDSDRWTEIWVTITRNKTRSLLTCFGVFWGILMLVILLGLGT
                     GLKNGILKNTDGFATNSVFFIADRTSEPYRGFNKGREWNIRNRDLESIRREVSGLEAI
                     SPVLWGARADKNVVYGQLSGTYNVKGVDPAYFRIEAQHVLFGRLLNEIDAREKRKVCL
                     IGSRINETLFRNENPCGRYIRVNGIYYQVVGVVRERARVNIGGRSQESVFLPFTTMQQ
                     TLNQGDVIHFLAASAYKDVSIQRIIDDITGILRRQNSIAPTDKQAVMVINIAEQFATF
                     AMLFTGIDALIWLVGMGTLLAGVIGISNIMMVTVKERTREIGVRRAIGARPGDIISQI
                     MSESLVLTAMAGMIGLSIGVFIIDIVDRLLSAQPGDDAALVNPGVHMGTALAATFVLL
                     VCGLLAGLIPAWRAMQIKAIDAIRDE"
     CDS             34635..35777
                     /gene="macA"
                     /locus_tag="SEQF2638.1_01764"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P75830"
                     /codon_start=1
                     /transl_table=11
                     /product="Macrolide export protein MacA"
                     /db_xref="COG:COG0845"
                     /translation="MNNRLVKKIKRIVLLSVVGLAVVGTFVFLWKKAQPEVTEYEIVT
                     PERGTVETKTVATGNVEPRYEILIKPQISGIISEVLKEAGQRVTEGEIIAKVKVIPEM
                     GQLNSAESRVNVARISLEQVESTHRRDEQLFKQGILTAEEFDVSKANYRKAKEELANA
                     QSSLEIVRDGISRNTRSSSTTQIRSTITGMILNVPIKVGNSVIQSNSFNDGTTIASVA
                     NMNDMIFRGNVDETEIGKIREGMPIKLTVGALGTRTFDAVLEYVSPKGEEKNGAIQFE
                     IKAAVSLPDTSFVRAGYSANAEIVLERAENVLTIPESTVEFHGDTAFVQVVKQEKPKQ
                     IFEKRQIKTGLSDGIKIEVKEGLTEKDKIRGAAISKEANNNNEAKP"
     CDS             35774..37096
                     /gene="bepC"
                     /locus_tag="SEQF2638.1_01765"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q8G0Y6"
                     /codon_start=1
                     /transl_table=11
                     /product="Outer membrane efflux protein BepC"
                     /translation="MKTLTLIPALLLATALTATAQDTTATRWSLQRCIEHAKANNLEV
                     RMRQVEVDRQELTLHTARSKRLPSLSAGASQQWSFGRSASAADNTYQVQTTSSTSWSL
                     SSDVPLFTGFEIPNEIAAARLDLMALAADLQKTRENMEITVTSAYLQVLFDKELLGVA
                     ENKLALSRTQLDRTRKMHDAGRASEAQIYETEAQVAADELSTVQATNDLRIATLTLTQ
                     LLELPSPKGFDVEPPTEADTTFLLARRPDDIYRTALTTRAAVRAEELRLQSSEKQVRV
                     AQSALYPSLSFGASYSNAFYHIYNKPNTPFANQIRDNRGLGLGLNLRIPIFNRYATRN
                     SIRSARLGLRNQELQLENTKKALYKDIQQAYYNALSAAERYRSATAAWQSAEKAFTFT
                     GDRFENGRATTYEYNEAKTNLIKALSDRTQAKYEFLLRKKILEFYEQQ"
     CDS             complement(37201..38814)
                     /locus_tag="SEQF2638.1_01766"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MALPINIEDLLNRQRIEGNRIEFKRGWNPAKIYQTICAFANDFD
                     NIGGGYILVGVEEDHGRARRPVVGIPEEKLDGIQQSMVGFNNKIKPYYMPRTSVEAVD
                     GKYVLAIWVPSGSYRPYEVLEDVLSSKSKSRWYIRSGSSTIEAKGEVLDELREMANRV
                     PFDERGNEQIAIDDLSPVLVLDYLRRVKSRLTADFTGRTLEQVLEQLDLYEGPREQRR
                     LKNVAAMMFSEEPHRFFPYTRVEIVLFPEGTVCNPNNFMEAPTITGSVPTMIRATLDY
                     LRLMVIKERIRKVPYAAEAIRHFNYPYQAIEEAVVNALYHRDYQQREPVEITVEPHAI
                     SILSYAGPDRSITKEAIEQAHLLRARRYRNRRLGDFLKELDFSEGRATGIPTIQEELR
                     NNGSPPATIETDDDRSYFLIIIPCHPDFLHDGVLNDPDKFKGRIKRGGRISDTINDDE
                     DINDSRNDSKNDSKKTISKQSRQDRLMRIIQTQPHISSRELASLLGVSYPTIWRDLSE
                     LTERGIIRYEGAKKTGRWVILNQADEGME"
     CDS             39105..40442
                     /locus_tag="SEQF2638.1_01767"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHTQIMIGIPNVDVGILTERDVSFHFNGDYRCLETGRTHTGQQH
                     ATLQDGRIAFESHTFDTLHFEPTDPSDSFDLRGVTIGVHFHWERREDQRFRGALILTP
                     SSDGVLVVNRIDVESYLESVISSEMSATSSPELLRAHAVISRSWLLAQIEKRQAPVDA
                     KAENCSQDDEGLVRWYDREDHTRFDVCADDHCQRYQGITRTTTPAVEEAVRATCGEVL
                     TDEGRLCDTRFSKSCGGVTECFEYCWEPVHHRYLVALRDSRTPDTPVPDLTNEAEADR
                     WIRSAPEAFCHTTDEGILSQVLNNYDLETPDFYRWTVEYMQDELADLIRRKSGIDFGA
                     ILNLQAVERGRSGRIVRLRIVGSRRTYIIGKELEIRRTLSETHLYSSAFVVDALDLHH
                     GVPRRFRLTGAGWGHGVGLCQIGAAVMGAEGHSYRAILSHYYPGSRSEIRYVR"
     CDS             40439..41935
                     /gene="sglT"
                     /locus_tag="SEQF2638.1_01768"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P96169"
                     /codon_start=1
                     /transl_table=11
                     /product="Sodium/glucose cotransporter"
                     /translation="MSSSTILFIIAAYFGLLLLIAWITGRGGASAADNDAFFLGNRRS
                     PWYIVAIGMIGSSLSGVTFVSVPGWVRQIDMTYMQTVFGFFFGYVIIAHVLLPLYYRL
                     QLTSIYTYLETRIGRRAYKTGASFFLLSKIIGAAARLYLVVLILQTYVFSTWQIPFGV
                     TVILSILLVWLYTYKSGVKTIIWTDTLQALCLVGTLVVIIWQVKDRMGLDFDGLCRTV
                     AESPHFRLFEWHDWSSKQHFVKQFLSGIFITIVMTGLDQDMMQKNLSCRSLRDAQKNM
                     YSYGLAFTPINFLFLSLGILLITLAGQLGIALPDAGDDILPMFCTSGVLGQTIVVFFT
                     IGIIAAAFSSADSALTALTTSFCVDILGIERDQAARARRIRMRVHILISALFAAIIMV
                     FKAVNDRSVIDAIYVIASYTYGPLLGLFAFGLFTRLRPADSAVPYICLASPLICYALE
                     RLTLHYTGYRFGYEMLMINGALTFLGLWIASVRMLKNVGEDAHTRVGA"
     CDS             42077..43363
                     /gene="fucP_3"
                     /locus_tag="SEQF2638.1_01769"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P11551"
                     /codon_start=1
                     /transl_table=11
                     /product="L-fucose-proton symporter"
                     /db_xref="COG:COG0738"
                     /translation="MDTVKQEKSNVLVIAVMFLLFFMIAFVTNFAGSMGVIVKTQFGA
                     SNALSQLGTLANFIAYACFGIPVGLILKRRGYKFTSLLATIVGFVGVGIQFASGYVDP
                     SIAFGIYVLGAFVAGISMCLLNTTVNPMLNTLGGGGNRGNQLIQFGGSCNSIGGTIAP
                     ILLGYLIGGSVQTAKVNDAAPAMIIAMAIFALAFLIILLARIPEPHMETADERAARLS
                     GNTKKDPHGPMSFRHFVLGAIAIFFYVGIEVGIPNTANLYMSNLEWVGPVVAGTLVGF
                     YWFLMMCGRLVGGAVGGRVSSKAMLTTVSLLATVFLLCLIFIPEDVRFSIPVIGAEVP
                     LGMVFMFLCGLCTSVMWGAIYNLAAEGLGKYTPLASGIFMALVCGGGVISFIQNLVAD
                     KVGFISSYWVIIAGLCYLLFYALVGSKNVNRDIPTE"
ORIGIN      
        1 cgatacaaga ccaaagactc tcttttgatg tctactccga cgtgctcctc catgtcctcg
       61 atcaggccgt cgaaccgttc caaaagcata gttcgacttt gcacgctgcc ttggaaatgt
      121 tccttgatat ccgttgcgtc aaatggtgat cccttggcaa gcaaggattg ataggaggac
      181 tgaacggcga gaaggaggtg gtccaacttg gtattaaccc cgaccgcctc gcggctcttc
      241 ccgttcatcc gactttcgcg cgggttccac aagtcaggat tgcagaacag cttacaacta
      301 aactgtgcga tggaacgccc cagcgtgatg cgtcccatga tcggcgcctt gcccgacctg
      361 tcacgactgc tctttttgag gtagagcaac accttcattt tcatgtcatc catacgcttt
      421 gaaaactgtg ggcaaaatta cccggttcaa agcgcccgtt acctatgcag atccctgtat
      481 atcaatgcaa aagaaccatg tgcaagaaag actcagttac ctgcttttgc accctcgtta
      541 cctgtcgcgg ggcggggtaa tgctttggta actgaacttc tgcctaaaat cgcacttttc
      601 tgccttttac gctcgatgca atcggaagca tatcgacccc tttctgccta attatcagtc
      661 cacttactcc gacatcggga cttctgcttt tgaggggaat agttggttcc gaacctattg
      721 gaatacgttg gggaggtggt cgaaataggt tccgaacgta ttccaaccac ctccgaacgt
      781 attcggggca ttctcctccc gcccatttcc cccacctttg tggccgatta gacatcgcaa
      841 acacatgacg cctatacaca cacgaatact ccgactatta tgcatacgct gaaatcaaag
      901 aaaacggcca tacaggcctt cctctatttc atggctacgg ccgtcgtgat cgcctacttc
      961 tttccgcgag aaggcaagtt cagataccag ttccacgagg gtaagccttg gcgctacggc
     1021 ctgctgacgg cccccagcga cttccccatc tacaagtccg acgccgagct gaaggccgag
     1081 cgagacagcc tccaagctcg cttccggccc tacttccgac tcgacgaccg cgtcgcgggg
     1141 caggccttgg gcaacctcaa gaatgactac gtcgaacatc gcaccatgag cacgcccgtc
     1201 tggcaatacc tcacccaaaa gctcagcgca ctctacgccg acggcatcat ctcggtgcag
     1261 gatatggagc gcatgacctc cgagcatcgc actcgcctga gactgctccg caagaacgtc
     1321 tcctcgcagg tcgatctctc ccgcttccac tccgaaaagt cggcctacga gatggtcatc
     1381 aacgaagcgc ccgaatcgat ggacaagggc gagctgaggg cctccaactt cgaccgctac
     1441 ctgcacccca acgtcaccta cgacgccgaa acgtccgaca aggcgctgga ggcgctcatg
     1501 cagaaggtga cactctccac cggcatcgtg caggcgggcg agcgcatcgt cgatcggggc
     1561 gaggtggtcg acgcccgcac gtacaacatc ctccattcgc tcaagatcgt ccacgagacc
     1621 aagtccggag gcaaccgccg tgacgccatc accatgctgg gccaagtgat tctcatcctc
     1681 ggcatcatgg cctgctgcgc gctctacttc ctggccttcc gcccggagct ctacttcaag
     1741 cgccggaacc gtttctttat cctcgtctgc atcctcgtgc cctgcctcct cacggagctt
     1801 tgcgtgcgct acgacttggt gaacatctac atcctgccct ttgccatcat ccccatcgtc
     1861 gtccgcacct tcttcgactc tcattcggcc ctcttcaccc acctcatcac ggcgctcatc
     1921 tgttccctcg tggccccctt cccgcacgag ttcctactgc tacagatcat ggccggcgtc
     1981 gtcttcatca tcagcctcaa ggagctttcg cagcgatcgc agctcctgcg atgcgccttc
     2041 ctcatctctc tggcctacat gttgggctat atcggcctct cgctctatca agacggcgac
     2101 ttcaacaaga tcgattggcg catggggatc tatttcggca tcaacttcgt gctgctcatg
     2161 ttctcctacg tcctcattta tatgatggaa aaggccttcg gatacgtctc gcccattacg
     2221 ctcgtggagc tttcgaacat caacaccccg ctgctcaaaa agctctccga gacctgcgcc
     2281 ggcaccttcc agcactccct gcaagtctcc attctggcct ccgccgccag cgccaagatc
     2341 ggcgccgaca cgcagctggt ccgcaccgga gcgctctatc acgatatcgg caagatgaag
     2401 aacccgcctt tcttcaccga gaaccaaatg aagggcatca acccccaccg cgatctgccc
     2461 ttcgagcaga gcgcacagat catcatcagc cacgtcaccg agggcatcaa aatggccgaa
     2521 aaggcaggcc tgcccgaggc catcatcgac tttatccgca cgcaccacgg cgccggcaag
     2581 gccaagtatt tctacaactc ctactgcaac gcccaccccg gcgaacccgt cgacgacagg
     2641 ctcttctcct accccggccc gaaccccttc acccgcgaga cggcgatcct gatgatggcc
     2701 gattccgtcg aggcggcctc gcgcagcctc aacgaataca ccgacgagac gatccgcgca
     2761 ctggtcaata agatcatcga cgggcaaata gccgacggac tcatgcgcaa cgccccgctg
     2821 accttccgcg acatcgacaa gatcaagacc accttcgtgg aaaagctcaa aacgatgtac
     2881 cacacccgca tcagctaccc cgatctcaag aagagctgac gccacgaggt aatttccaac
     2941 aagaaaggcc tgccgcacca cttgcgacag gcctttttct atgcgaaaac ttcgccgttt
     3001 tcctcgattt aggcccgttg cttaacgtga gttcgatgta ggccatccta cgatttcctg
     3061 aggaaatgag tggaagccca tcccagcgat ttcctgagga aatgagccga aaagttttgt
     3121 ggcgggcgat ttcctgagga aatgagccga aaaagttttg tggcggccga tttcctgagg
     3181 aaatgagccg aaaagttttg tggcggccga tttcctgagg aaatgagccg aaaagttttg
     3241 tggcgggcga tttcctgagg aaatgagccg aaaaagtttt gtggcaggcg atttcctgag
     3301 gaaatgagcc gaaaagtttt gtggcgggcg atttcctgag gaaatgagct gaaaaagttt
     3361 gtggcgggcg atttccacca gaaaatcgca tatcgaactc acgtttgctt agaagaaacg
     3421 caccggaatc caggaatccg gcgcgtttcc caaacagaaa gacgcccgat gaccgcttct
     3481 tagtagcccg gattattggg caagaggttg cggtcgttgt cgatggctac ggtggtgatg
     3541 ggccaaagga ggttgtagcc gttctcggcg atgttcagct tgtccgaagc ctgcggacga
     3601 ctgcccgcgg cctcgcccgt gcgatactta cagagcgcac gcacggcctg ccgcccttcg
     3661 gggccggagt tgaaccagcg acggaggtcg taccaccgtt gcccctcggc gaaaaactcc
     3721 acgcggcgct cgtgcatgat acgcgccatg aagtttgcgg ccgtgatcgt gctgcccgtc
     3781 tggagggccg ccacgccacg cttggcccgc agctcgttga gccgcttcac gccctcgggg
     3841 tagcccgccg cctcggccac gatgaggtac atctcggcga tgcggacaac ggggtaggag
     3901 tcggatttgt ccgtgttggg atacttgatg cagtcgtacg tctcggtgcc gtttttgagc
     3961 ttcaagtggc gcaccgaggc cgccttacgt tcgtcgccct cctcgtaagc cctgatgagg
     4021 gcctgatcga cgggcaattc gtagcgtccg ttgccgccgg gggctgcgct gcccgcaccg
     4081 ttttccttct cgtactggtc gacgatgttg gagcgcaaaa accagccgta ggagccgctg
     4141 tcggtggtcg tgttggtcca ttgcaggatc atctctttgc tcgtcttggc gtgccagatg
     4201 tcggcgtaat gatcggccag ggcgaagtgc ccgtcggcga tcacctcttc ggccaactgt
     4261 cgggcccgcg ccttgtcttg caccggtgtg ggggcaatga gcagcacccg cgccaagagt
     4321 gccttggcgg ccacgcgact ggcatagccg gacgtggagt aggcgggggc atgcgccagg
     4381 ccatactcca ggtcttgctt aacgagcctc cagacggagt cctccggggc acggctgacg
     4441 ggctcgtcgg tgacggtggt cagcagcggc gcgtcgcccc agttggccgt gatgcgcata
     4501 tagagccagg cacggacgat gcgcgcttgg gcggcgatct cggtcaggtt gacggtcgat
     4561 gtgcccgtat gcttctccgc caggttgatc aggttgttac accgctgcac ggcgccgtag
     4621 agctgttgcc agaggtcgtt gatgttagag ctgcttgtcg ttgggtcgtt gtcgtccatg
     4681 tcgacatacc acgacttgct gttgaggtta tcggccgcga tgtcctccat cacgagtcgg
     4741 taattctggg cgccgtcgta gacaccattg agcagagcct gatagtcggc atccgtcagc
     4801 gaagagtccg agacggccgc ggtgggcgga tagtccaggt tgcagccgtt gaaggccagt
     4861 agtgaggccg ccagtgcggt gaccatcaaa gggattctca tattcattgg gtaagtcatc
     4921 tcgttggggg aaagtttaga aggataagtt catgccgaag aggaaagagc acggatgcgg
     4981 cacggatccg gagtcgtagc cgcgataggt ggcacggtca ggattcatgg ccacttcggg
     5041 gtcgaagccg tcgtaggccg tgaaggtgta gaggttgttc acctgagcat agagacgcag
     5101 tcgggagagg cccagatggc gcaccgtctc gtcgggcagg gtatagccaa gcgtcacgtt
     5161 acggatgcgt aggaagtcgg ccttctccag aaagcgcgtc gtgtagttca tcatgttgtt
     5221 cgtgtacgcc gcaccgtcgg ccacggcccg cggcctgtcg gtcgatgggc gttcaggcgt
     5281 ccaacgggcc tcgtactcgt cgcggaagat ggcgtatccg ttcggcgcac caccctgtcc
     5341 accgcctccg gtgtaggccc ccttccacgt ggcgtaaatc ttggcgccga gagcatattg
     5401 gagatccagc ccgaggtcga agcctttata ggcaaagttg ttgatgaagg cgcccgtgac
     5461 cttggggaag ggcgatccgg ccgccacacg gtcgttgtta ttgatgatgc cgttgccatc
     5521 cttgtcgtaa tacttcacgt cgcccggacg gatgccgcgc ttccagagcg cctcgccgcc
     5581 gggctgagcc agaatctcct ccttgctctg gtagatgccc tcggcacgga tcaggtagaa
     5641 cgtagccatc ggccgaccca cctgcaggat gttgctcggc ccgacttcga taaagttatc
     5701 cgtgccgtca gccttcttcg tgagcgccac gacctcgtta tgctgatagc cgaaagagag
     5761 gcgcacgtcc cacgtcaagc cacggccgcg cagcggatgt ccggtgatca tggcctcgaa
     5821 accctcgtta cggatccgcc ccacgttgga ggttgtccgc gtgtaaccgc tcaaggcgtt
     5881 gatggggtgc gagagcaaca agtcgcgcgt atccttgtga taccagtcga gcgtcagctc
     5941 caggcgtcga tcgaagagcg cagcgtcgac acccaggtca tactgcagcg ttttctccca
     6001 cgtcaagtcc gggttcggac gcgagttggg gaaagccagc cccgactgcc cgatgtaagc
     6061 cacatcgctg gcgcgatagg tgttgaagta gtcgtaatag ccgatcccct cttggttgcc
     6121 cgtatagccg acggcgacgc ggagctttag atcgttcacc gatttcgtct tggggaagaa
     6181 tccctcctcg gacacgatcc acccgagcga agccgccggg aagtagccca ctcgccgccc
     6241 gggcgcaaac ttcgacgagg catcactccg cagcgacgcc tccagcagat agcggtcggc
     6301 atagttcagg ttcacgcgtc cgaagagcga ctggagggcg tactccgaca gggacgacga
     6361 cccttccgtg acgctgcccg ccgagttgat gtatttcagc ataggcgaaa cgaagttggt
     6421 gcctcggaca aagttgttgt ccagcgttgt cttctggtag ctgtaaccga ggagtgcttt
     6481 gaaggcgagc ttgtcccact ggtggaaata gtcgagcgtg tgctcggcca ggttcgagaa
     6541 actgaagccg cggaggtcgt gcacgtcacc attggagcgg gcgccgcgga tggtgccgcg
     6601 tgggaagacg cccgtctcgt gcatgacgat atagtcgccg cccaaatcga ggttgtaacg
     6661 cagttcgggg aggatgttcc aagtcgtctt cagaccgacg atggcacgat acttccgtgt
     6721 cacctgctct tgctcatcga tcagcgctac agggttgtat ttgctggcgt tgatggagcc
     6781 gaagctgccg ctggcggtgc gcacggcata gtctggcgat gcggagaggg cgttgatcca
     6841 aggcgagtaa aggttgccgt cgcccgtggc acggttggtg gtggcggagc tgagggcgat
     6901 gtctgccgag atcttcaccg tgcgactgat gcggttcgtg agattcgtgc gcaggttgta
     6961 gcgggtgtag tccgtcttct tcatcacgcc ctgctgatcg taatagccga gcgaggcata
     7021 gaactgcgtc tggtctgtgc cgccggatag ggccagctga tggttcgtat ggagcgccgt
     7081 gcgggtgatg gcgtcgatcc agtcggtgtc cgcgccctcc tgtgcggcgg cgacaggctt
     7141 cttatacgtc gcgtccgtgg gcgagaggcc gagcgagttg ttatagttgt cgatcgcttc
     7201 gttgcgggcg gccacatgct ccgccgtggg caggaattgg agcttgcgcc agaggttctg
     7261 cacgccgacg tagctatcta acgtcacccg tgtgcgaccg gagctgccgc gcttggtggt
     7321 gatgaggacg acgccgttcg aggcgcgcga tccgtagagc gctgcggccg aagcatcctt
     7381 gagcacctcc accgaggcga tgtctgcggg gttaatgtcc gccacaccgc tcaaggtgtt
     7441 gccttggtag ccggccttct gcgagaagtc ggctgagagg attggcatcc cgtcgacgac
     7501 gtacagcggt tcgttgccgg ccgagatgga gctggtaccg cggatgttca ccaccacggc
     7561 tccgcccggt gctcccgaag cctgcgtgac ttgcacgccg ctgacgcgtc cactgagcgt
     7621 ttgctcgagc gacgtggcgg gggtctcccg gatggaggcg gcgtctaccg agccgatggc
     7681 gccggtcaat tcgcgtcgtt tctgttggcc gtaggctacg acgacctgca cctcgcccag
     7741 ctgcgtagcg tctggctcca gctcgacgtg catggaggcg gtggcgggga gctccttcgt
     7801 tcggtagccg acgaaggaga tgacgagcgt ggcgccgggg cgtggggcgg tcaggcggaa
     7861 gtgtccgtcg acgtcgctca ccgtgcctgt cgtcgtgccc ttgattacaa tgtttgcgcc
     7921 gatgacgggt tggccgtcgt ccttaccgac gatggtaccg ctgaccgtca cagactgcgc
     7981 ctgcgtccat gcgacaaagg cgaagaatgc gaatagcatc aagaagagta gtcttctgtt
     8041 catgtgtgac atacttgttt aatggggtaa tacaaaaaag gaagcggccc ctttcattgc
     8101 atagaaagag gtcgcttccg ggggcgcaaa agtacgggcg ggggctggcg tggcttgtcc
     8161 caaattgtag cgatttcggg ccgtgcgctg ccccgtagac ctaccatttg tagcgataac
     8221 aggacaggtg ccggccccgt accctacaac aagccccgcc ggacgaggag cgctggatgt
     8281 aggctcatcg tccggcgggg cagagtgtgg ggggctggcg atcgggggct aatcgcgttc
     8341 gggcaactgg tgtttcagga agaaatagcc gacgatgccc gagacgagcg acccgacaaa
     8401 gatgcccagc ttggcttcgt tgagcagttc gtcgccgatg tcgggcacgg cagcaaagga
     8461 gaggttggcg atgaagagcg acacggtgaa cccgatgccg cccaggatcg aaacgccgaa
     8521 gagggcccgc ttcgtgatct ccggcgagat cgacacgatg cgcgctttag ccgccagata
     8581 ggagaaggtg aagatgccga tggtcttacc cacgaatagg ccgaggaaga tggccaacgg
     8641 gatgcctgcc agggccgaaa ggtcgaagcc gccgaagtgt acgccggcat tgacaaaggc
     8701 aaagaggggc aggatgaggt aattgaccac cgggttgagc cgttccacga ggctttgcag
     8761 ggggctgacc gtgtgggcgg ccaggcggtg gatgttggtg aggactaaga cttgaccggg
     8821 gctcaggacg gtggacttgc cggcgtgtcg ggcctgggtg aagtcgagcg aggcgaggtg
     8881 atcacgcatg ttgtcggcga aggagtcgag cttcaccttg ggtcgcgcgg gcacggtgaa
     8941 ggcgacgagt accccggcta tggtggggtg aatgccggct tgggtgaaga ggtaccaaac
     9001 gacgaaaaat ccggtgtaga agaagagcgc gtgctgtatt cccaggcgtc cgccgacggt
     9061 caggaagacc agtacgccca gagcgatcag cagcggggtg gcggcgacgt gtccgctgta
     9121 gaagatggcg atgacgatga tgccgccgat gtcgtcgacc acggccaggg cggtcaggaa
     9181 gacgcgtagg ctgaggggga cgcggctgcc gagggcaccg agggcggcca gggcgaaggc
     9241 gatgtcggtg gccatcggta tggcggcgcc gtgggccgcg gggccactat ggcagacgga
     9301 caggtagacc agtacgggca cgatcatgcc gccgcaggcc gctatgacgg gcagtagcgc
     9361 cttacgggcg gagctaagtt cgcctacgag cagctcctgc ttgatctcca tgcccacgac
     9421 gaagaaaaag atggccataa aggcgtcgtt gacaaaggtg gtgagcgaca tgggctgacc
     9481 gtgatggggg aagaagatga aggtgtcgaa ccggaagtcg agggggtact ccaggcagct
     9541 gttgtaggcg tcgactaagg gggagttggc cagcacgacg gccgcgatgg tggtcaggaa
     9601 cagcagcaaa ctggcgttgg gcttctgcgt cacgaagcgg ctgagggatc gaatcttggt
     9661 gatcatgagt aatgttgtag tgaggtttga ggatcaaata acgtaagtct aaataggtgt
     9721 ggcaaagata gacggatccc tattttctgg ccataaattt ttgcagttgg gaggcttttt
     9781 ttggtctacg gccgtccaag tttttccctt tgggggcgac tgagcggcat gcacggccgt
     9841 tggagcgcgc tttgggagcg gcttgggcgc agtcgccgcc gtcggaaaac attttgcagg
     9901 ctgcgggcat ttatacacta ctgttggaaa acatttcacc ggcttcgggc acgcgtaagc
     9961 cgccgtcgga aaacattttg cgggctgcgg gcatttatac actactgttg gaaaacattt
    10021 caccggcttc gggcacgcgt aagccgtcgt cggagatcct tttatgggct gcgggcactc
    10081 gggcgctgcc ggcggagatt ccaatgggaa ctgccgaccg tcgggcgctg ctgtcggaaa
    10141 acattggggc gactcgggcg ggcagatagc tcctctctta ctctatttcg tgaactcccg
    10201 gcacactttc gctcccgttg aggccttcaa tggggcgtaa ttgcatgatc acaccctcgt
    10261 tgaggtgttc aatggggtgt aatttcacga tcacaccctt attaaagtct tcaatggggt
    10321 gtaattgtgc aatcacatac tcgttgaggc cttcaatgag gcgtaatcag agaaaagagt
    10381 ccccaaaatg ttttccaaca gcagcgcctg acggctggtg gtccccaaat tgttttctga
    10441 agagagcgac cggccgaata gagtcctcaa aatattttcc gaagagagcg cctgacggtt
    10501 ggtggttctt attggaatat ccgactaaag cgtccgacgg acggcggccc ataacgtact
    10561 cccaaacaag agcgagtgac ggatagcggc ccataacgta cacccaaacg agagcgagtg
    10621 acaggcagcg gcctacggcg tactcccaaa cgagagcgag tgacaggcag cggcccataa
    10681 cgtactccca aacgagagcg agtgacaggc agcggcttgc ggcgtactcc caaacgagag
    10741 cgagtgacag gcagcagcct gcggcgtacc cccaaacgag agcgaacgac gggcagcggc
    10801 ctgtaacgta ctcccaaata agagcgaccg atggacggcg gcccataacg tacacccaaa
    10861 cgagagcgcc cgacaggcgg cggcctgtaa cgtactccca aacgagagcg agtgacaggc
    10921 agcggcctgt aacgtactct ccaacaagag cgagtgacgg atagcggctc ccaaaatatt
    10981 ttccgaaaag agtgcccaac ggacggcggc tcccatagta ttttccgaca ggggcacggc
    11041 ttaaaccatc gcccacggat gacgtctatc gccccgcttt cggggcttgg gcgcctcgga
    11101 tggactacga tttataggta aacaaacgat gatacaacga ttttcgatcc tttttttgag
    11161 cctcttgctg ctgggggctg ccaccggagc ggtggcgcaa gtccacgtca agggcacagt
    11221 cgtccgatcg ggcgagccgg cggaggccgt cgagatggcg gccgtgaggc tgctgaacat
    11281 caaggacagc gcgatggtga agggcaccgt cacggaccgc gaggggcgct tcgacctgat
    11341 gggcgtccga cagggcgact acctgctgca cgtgacgtac gtcgggctcg acccgctcta
    11401 ccaacggctg cacatatcgg gcagcaagac gcccgtggac gtgggtcggc tgacgatgac
    11461 cgaggacggg gtgctgctgg gcgaggccgt ggtgacggcc cgcgccgtgg aggtgcaggt
    11521 caaaaacgac acggtggagt ataacgccag cgcgtacaag gtggccgaag gctctgtgct
    11581 tgaggatctg ctgaagaaga tgccgggcgt ggaggtgagc gctgagggcg cggtgacggt
    11641 gaacggaaag gagatcaaaa agatactggt cgacggcaag gagttcttct ccgacgaccc
    11701 caaggcggcc tccaaaaacc tgccggccca gatcgtcgac aaggtgcaga cctacgagaa
    11761 gaagagcgac ctggccatgc ttacgggctt cgatgacggc gacgcggagg ccgtgatcaa
    11821 cctcacggtc aagcccggca tgaagcaggg gtggttcggc aacgcctttg cgggggccgg
    11881 cagccgcggg cggtacgacg tgaacacgat gttgaaccgg ttcgtcgacg acgaccagtt
    11941 ctcgctcatg ggcggggtga ataacacgaa caacatgggc tttacggact tcgcggcggc
    12001 ggccttcggc ggtggcccgg gcggcgggcg gcaccggttc gggggcttcg gcgcggggaa
    12061 tggcatcacc tcgtccggca acgtgggtac aaacttcagc aagcgcctaa agaaggatct
    12121 gaccgtcggg ggcaacgtcc ggttctccgg ttcggacaac gaggcgcggg ccaagaccga
    12181 ccggcagaac atcctggccg gcgatagcac ctcgttcgac cacgccgaga gcgcctccga
    12241 cacccggacg cgaaacgtgg gcttcaacct gcacctggag tggaagccgg actcgctgac
    12301 gcaggtcatc ttccgcccgg agttttccta tggcacgacc cacaccgacg cggaggagct
    12361 gacccatacc ctcagcggga gcctcgactc ggtgaacgcc tcccgatcgc gctcccgtgt
    12421 ggacggccac gcgctgacgg cctccgccaa gctcgacgtc agccgcaagc tgaacagtcg
    12481 cggccgcacg ctgacgctct ccgtctccgg cggcggcaac caatcgatcg acaacaccct
    12541 gaatcgctcc gacacgcgct tcctgctctt cgccgactct accgaaacga tcgaccagca
    12601 ggtgcacagc gacacgcggg gctacaacgt gcgcggcaag gtggcatggg tcgagccgct
    12661 gggtcactcc aacttcctgc atctctccta tcgcctccga cggacacacc gcgagctgct
    12721 ccgcgatgcc tacctcatcg attccgaagg ccaatacacc gtgcccgaca cgacgacggg
    12781 ccgcaacaca cgtagcgacg cgaccgagca ccgcctcaac ctctccttca agatggtccg
    12841 cccgaagtac gacttcaccc tgggtctcaa cttcgacccc acccagaccc gcaccgtgac
    12901 tgaggtagcc ggccggacac tctacgatct ctcccggagc gtcgtcaact actccccgac
    12961 ggccaaactg cggatccgct tcgacaagcg caccgacctc cgcctcgatt acgacggccg
    13021 caccgagcag ccctccatga cacagctcca gccggtggcc gacctctccg acccgctcaa
    13081 caccgtgatc ggtaacccgg accttcgccc cacgtacacg aacagcctac gcctccactt
    13141 cggcaaattc gtccccgaca agcaatccgc gttcatcttc atggccggcg tgaactatgt
    13201 gctgaacgac attgtcagcc gcaccaccac cgaccgcctc acgggtcgcc gccagaccac
    13261 ctacgagaac atcgatggca attacaacct cgacggccgc ctgatcatca acctcccact
    13321 gccgggcaag cactttacgc tcagctccat gacctacgcc cggtatggac actccggcgg
    13381 cttcatcgac ggctcccgca acacgagcca ggccaccgtc ctcatgcagc acgcaggcat
    13441 cagcttccgc tcatccctgg ccgacatcga gctcaacggc aacatccgcc ataaccgcac
    13501 ccgcaacacc ctcagcgccg gccgcgacct gagcaccctc aactatggcg gcagcgcagc
    13561 cttcacgctc tacctcccac tcggcttccg actggagtcc gacctcacct actccaccaa
    13621 ctcaggctac accgatggct attcacagcg cgaatggctc tggaacgcgg gcgcctcaaa
    13681 gtcgttcctg aagaacaacg ccggcatgct ccgcctgaag atgtacgaca tcctgcacca
    13741 gcgcagcaac atctcgtaca gcgctacggc gacggctatc cgttactcgg agtacaacac
    13801 gctctccagt tacgtcatgc tgcacttcat ctaccgcttc agcctcttca agggcggagc
    13861 caaagcgtcc gatatgcgca tgcccggccc acccgatcgg ggcggccgcg accgtccccc
    13921 gcgggattag gggtacagat acaagaagtc ctgccggcag aggaggtgtt cgcctcccgc
    13981 cgacaggact tttccttttt agcggttcgt tattcgttaa tcaaagagac ccgggtcgga
    14041 atagtagact cggttgccga ccacgcgggc ggcctgtgtg tagggatgtt cctcggcacg
    14101 gcccacgccg gtgatgtgca tcactcgcca gccgtgggcc ttgagatagt ccgaaacgag
    14161 tgagcggtga cagcgccacc agacggcctc ggcgcagaag taggccgtcg gttggcgctc
    14221 agcctcgtcc ataaggcggg cgatgccgcg ggcaaagtcg tcggtctcca tataatccgc
    14281 ataggcgcgg aaggaggcgt tgcgccagcg cgtgttgtgc gaatcgcggt gcacccgtcg
    14341 gcgcccgccc agatcgggga ggtggaggta agcgatgccg ctcgcgggga gcgacgcttg
    14401 cagggcctcc tgattgtact gcgggtactt gttcgagccc ggtaggccgc ggatgtcgac
    14461 cagcaggcgg atgtcgaacg atcgcagcat ggcgatgaag acctcgatcg ggtgggtgga
    14521 gtggccgatg gtgtagacca cgcgctcagg ttgcgacatg gcgcagggcg tatttcagca
    14581 ctcgatgccc ggccgggcct cgacgccgag ggtgtagtaa tgcttcacct cctgcatgtc
    14641 ggtgacgagg tcagcggcgg cgatgaggtc gggcgtagca tagcgaccgg tgatgacgac
    14701 ttccgtgtcg gggtggcggt cgttgatggc gtcgataagt tcggcggagg taaagagacc
    14761 gaagtaaatg gcgatggtag cttcgtcaag gatcacgagc ccatagcgac cgttgtggag
    14821 tatgcgccga acttcctcga gcccctcggc ggcacgactg atgtcgtccg gtgtgggttt
    14881 gcgctcgatg aagcactccg agccgtagcg gtgggtggtg atggtgggga tgcggcgatc
    14941 gatgtaggcg atttcgccgt atcgctggcc tttgacgaac tgtgcgatgt aaacacgtcg
    15001 gccggctccg actgcgcgga gggccaatcc aatggcagcg gtggtcttac ccttgccgtt
    15061 gccggtgtag agatgtacgt aactcatagt ggattgatat tagtaggttg aataggattt
    15121 agtttgaggt agtttgaagg agagtgggga gggggaaaac gaggcgagag ggtgaatgtc
    15181 tcgtctttct gcataaaaga gcaatgcccc gactgtccga gcgtcgattc cttggggctg
    15241 cctcatcatt ctttcacgaa agccttttta ccgtccacat aaagtgcctg ttcagcgtcg
    15301 ttgaaggcat agcgatcggc cttataggtg ccatcggctg ccttgtcgag gatgatggat
    15361 tccacgtcgc tgttgggcag gaagatctcg gctttcgagc ggtcgtcgtt gaagagtacg
    15421 aaggcgctga tgacggcttc gccctctttc ttttctacgg ggttcaggcg ggtgccgacc
    15481 tcgaagactt gcacacattc ttggcgcagc tggctccacg attgtccggc cgaggggatg
    15541 caaccgtgct cgtcgcggtc gcctcctgtg gcgggggctt cctgcgcctg cgcggtagaa
    15601 tcggcggcgg cagtgtcttg ctgctgggcg ttgttattac atgcggccaa agccagcatg
    15661 ctgatcactg tgataaatac tttcttcatt gtcttgtcat gtagaaatta aaatctgggg
    15721 gcaaagatac ataggctgca agggctttgg acatagaggg ggcatgaata gcaggaaata
    15781 ggcttcgtcc cgcggcggga cgagatcaaa atgaccgttg aggcgccatc ccgtggcggg
    15841 acgagaccta aatggccatt gagacgccat cccgcggtgg gacgagacct aaatgaccgt
    15901 tgaaacgcca tcccgtggcg ggacgagatc aaaatggccg ttgagacgct atcccgcggc
    15961 gggacgagat caaaatgacc gttgagacgc catcccgcgg cgggacgagg cctaaatgac
    16021 cattgaggcg ccatcccgtg gcacgacgac gaatgccaac aggagccgga tcactcaaga
    16081 acgaccgata aagagaaacg gccgaatgcc cctttatgca cccggccgtt tgtcgctggt
    16141 ccttctttag tcgttcgttt tccctgtctc gttttcgggg agcggcatcc acttcaggcg
    16201 gcgtgcctgc caagtctgct gcttggcggc ggtggtgagg ccgcggcgat agtcgagggt
    16261 gcgctcaccg cggaggaaga ggtagacgcg gcgcaggtgg tcgatgtcgc tgagggtggg
    16321 ctgggtggtc agcgccgagg cggcgtcgta ggtcgtgatg acgcggttga cggcagccag
    16381 ggcgtcgccc gtgcgcacgc cacggacgat caactcggcg cgaatgagga gcatctcggc
    16441 gccatcggtg atggtcagcg ggctatggcg ttgcaggttg gtgaggtagc ggttgccctc
    16501 cttgttcgtg gccgtgggga cagccttccg ctcggcgtcg ttgcgaagac tattgacgat
    16561 gtctgcgtcg acctccacgt cgcgggccgt ctcgccgagg gtcgaataga ggccgttggg
    16621 cgagccgttg acgttgtaga cgatctgcat cgtagccttt tcgccgagcg cggcgtcgag
    16681 gtgggccgag gcttcggcgt actgcccgcg actcatgtag agtttgcaga gcaaggcttc
    16741 ggcgctgccc acggccaggt cgcgattgaa ggcgccaccc atgccgcgga gcacctcggc
    16801 gtcggcctcg cggacagctg cctggaggtg tgtgatggcc tcggcgtaga gcgcctcgtg
    16861 ggtgaggttt ttaccgttca cgggcacctc gccagccgcc gaggggttcg acgagaagca
    16921 gtcggccagc agcttgtagg catagccggc atagagatgg cccgtgtggc gggcataggc
    16981 acggacgatc tcgtaccctg ccgagccgtc atcttccgtc gaggcctcga tggcgaggag
    17041 ctcttcggcg cgggcgcgga ggttctgcag gttgttgaag acgccgtcag cctcgccccc
    17101 cgcagaggag gcattgtcgt cgctgagggc tttatagacg agggcgttgg gcaccttcgt
    17161 tggcgacagc tcgtcggtca tcgcgccgag ggccatgaag gcggccgagg aggcttgtcc
    17221 ggccagtgtc ttgacgttgg ccgtgagggc gccgtcggtg agggtcttgc ctttgacgga
    17281 ggccatcatg ccggggcggc gcaggtcgtc gtacgtgagc gagttggagg gcgtcttggc
    17341 gttgtcgatc catttgtcgc aaccggccag ggtgacgagg gcgacggccg aaaggaggat
    17401 atagcggagg ttcttcatta tgtctatctg tgtcattgtt tagaatccga tggtgagtga
    17461 agcgatgaat gagcgcggcg agggggcgtt ggtgatgtcg cgcgagaggc tgccgatgcc
    17521 acgcgtctgg cgtgtgccgc cgttggcctc gatctgcgga tcggcgccgc tgtagttggt
    17581 gatgaggatg aggttctgcg ctgagagcat caggcggcag gccttgaaga cgttgttcgt
    17641 ggcccgacgc acgggcgagc tgaagtcgta gcccgcggag aggctgctga ggcggatgaa
    17701 gtcggccttc tcgatgtagt tatcgcgatt gcgctccgtg tgcgccagct gttcggccgt
    17761 gttgcggtaa gcgtccgtgc ccggcgtctc cttggccagc gcagccttga ggtcttcgcg
    17821 cttcttgagg ttatcgccca agccggccac gttgtagtag ctctggttgt agaccgatgc
    17881 accggcggcg tagttcacgc gggcgttgaa ggtcaggtta tggaacagct tcagctcgaa
    17941 gcctaccgcg ccgttgaccg tcgggaaggg tttgccgaga tattcatact ccttgctctc
    18001 ctgcgcaccc ttatagacgc ctttggcatc gtagcgcgcg ccctctacct ttttataata
    18061 gaaagcgtag gccggctgac cttccttgat cacgttgggc aagttctcga tcgtgcggcc
    18121 gccggtgttc gtcacctcgt tcgtttgtcc gttcacactg acgaagaggt cgagggcgtt
    18181 gcctgcgcgg cgattctccc agacggtgcc gttccagttc agttcgaagc cgtagccgcg
    18241 cacactaccg atgttctccg ggcgcgaacc gagccagccg agggagctgc gcaggggcac
    18301 gtagatgatg gcatccgagg tgaattggcc atagagcgag aggccgatgc gatggcgctt
    18361 caggttgacg tccgtaccca actctatctc gcgcatgcgt tcggggcgaa tgttgggatt
    18421 gccctgcgtg gagggcgcca cgagcggacc gtaggccgag ctgccggtga gggcgtaggc
    18481 cgtgtgcgca tcggtggggt aaggcaggcg gcccgactcg ccataggcgg cgcgccactt
    18541 gaaggcctgt tggttgtacg atacgctgag cgagggataa tagatgctgg ccacgttggc
    18601 gccgatcagg ttcgaggcgt cgcggcggag gccggcgttg atgaagagcg tattgcgata
    18661 gttgaagaac gcctcgccgt agagtcccca cgtgcgctgc tcaaagtccg actcactgac
    18721 ttgcttctcg gacgcggccg agagctgcgt gacgttgccg ctgaagacgc ttgtggagac
    18781 ggtgttgacc gtctcgtagc ggcggacgat ctgcgagagg agcgtcaggg tggtctgcca
    18841 tccgccaccg aggtcgaagc gacggttggc cttgatgtcc cagttgagcg tcgagttgcg
    18901 acggttgctg acgttgcgcg cgcccttgtc gttcgtgttg agcaggtagc cgtagggcag
    18961 caagtattcg ccacggatga agttcacgtc catgccgagg agcgtctcga ccttcacggc
    19021 accgggcaag aggtagctga ggcgtgcctg accgatgaca cggtcgttgt cgtacgtcca
    19081 cgactgtgcg cgccaggtac gttcgctgac gtagccccac ggcttctgcg tgcgcatgag
    19141 gttccagatc gcatcgttct ttccctgcgc cgtctgcggc aggctgagcg aaccattgat
    19201 gtaacgcagg ctgacgttca tgccgaactt gtcttgggtc acgtcgtagg cggccatgag
    19261 ggcgtggcgc acgtcgcggt tgccggggat gatgccggcg gtgtggttct cgtcgagcga
    19321 gaaatagagc tggttgccgg gcgagaagcg cttcgatagg ttggcgtaga ggcgggtgat
    19381 gttgccgttg acgaagaagt tattgatgtc gtcgttgttg acgaactgcg tgtatcggcg
    19441 agccagcgtg ttgacgccct gggtgaactt gaccgtaccc gtcaggttgc cgccgtcggc
    19501 tgcggccgag ctgcgacgct tggtggtgat gacgatgaca ccgttggccg cctcggcgcc
    19561 gtaggaggct gcggcagccg gacccttgat gacgtcgatg gaggcgatgt cctccagcgg
    19621 caggtcgttg agggagctca tggcgtcttg cgaggtgttg atgtcggacg tatgggagtt
    19681 attgtagcgc acaccgtcga cgtagatgat cgggtcgcgg tccatactga gcgtagcgcc
    19741 actacgcatg ttgaagcgga taggcatacc caccttgccg ttggattgga acatctgcac
    19801 accgccgatg cgtccgtcga tgatgtcggc caggttcgag cctgtgccct gatccatgag
    19861 ccgctccacg tccaccttgt cgatcttcga tccgacggcc ttggcgttgc gtgcgctggc
    19921 gatactggcg gtgacgacca cttcgcgaag ctctgcgccc gtcttgaggc ggatctcgtg
    19981 atggtcgatg aggtaaaagg cggggagggt ctgcggctca tagccgacgt aggagacggt
    20041 gacggagtcg ccccgcgtga tgggcaggtt ataggtaccc ttttcgtcgg tgacggcata
    20101 cgtcccgttt cgggtgacga ggttcacgcc gggcagcgtc tcgcccgttt cgttgtctac
    20161 cacgcgtccc tccacgcgtc gctgtgccag ggccgtggtg gcggtgcaga gcagaaagag
    20221 gagggtgagc agataaaact gcgtagttct ttttgtcata ctgttcttct attacaattg
    20281 atttttagcg ggcgcaaaag tacgcccgcc actgcccgtg gcccctccct aattatagct
    20341 gtttatgcgg ctctgcaagg aatgcaaacg ccccttttct ccctatcaat ggggaggaaa
    20401 cgggcgaggg acataaaaag ccctgccggc tgaaagggtg aggtcttcac ctttccacca
    20461 gcagggctaa ttcgtaggac gccgcaggtt gcgtgactca gagtatagcg gcagctaacg
    20521 acgacttctt tttcttcggc acgctatgct gatccatctt ctcgggtgtg tggtaacgga
    20581 tcacctccgc ctcagaagag agcttgaaaa gctcctcctc gtcgcagaat agcggtgcat
    20641 tgtcgtcgta tagatcattc atccgattct cgaattccat cgtctcacgg gcgaaagatt
    20701 cgctctcgtc gatcttttct gagggtgagt aggagacgag gtatacgcct ctcctttcgc
    20761 tgtattcaaa tcggatcgtc agccaggtgt agcgactgac caagtcctgc gcccatcgcc
    20821 gcaggatctg ttccttcgat tgtctcacgc ctgcccctcc tctctggctt ccttttggcg
    20881 acggcgggcg cggcgttgcg acaggctctg cttgtaggct gtgcgggtat ggtcgaccat
    20941 cttattgatc agatgtacca gctcggtgat agcggcctgt ccatcgggcg aggcgttcat
    21001 gtacgacagc tctaaatact tgacgatgcg gcgatagacg gcgtccgtcg tggggcggag
    21061 gtcggtagac gagggcaggt ctggcttcga ccgcgccttg attcgttgca gctgtaagtc
    21121 ttccagcgcc tggttcgcct catcgagcag ttgcacgcca cggtcgagtc ggaggcgcgt
    21181 aataagtggg gcgtagcggt catctttgag atcgatcagc agggacgtta tgccggccga
    21241 cttccgcccg agggacactc cctgaagcgg cttatcggag cgccacagga ggtagagcat
    21301 ttcggcggcc ttcacctcgt ccggatccgg cgagaggcgc atggcccgca ccacggctgc
    21361 gatgtacgac agccaatggt tgcattcctt ctccttcttt gcgatatgtg gtgtctcaaa
    21421 ccgcgcgcgg gtctccttaa tcatctcctg ctcgtcttgg acacatttct cgtactcctc
    21481 gacgagttcc ttcggcagcc cgatcttttt caagtccgcc tcgcgcagcc aatcgcgaac
    21541 ggaggcgtga aaatgcaggt gcagggcgtt gtcgagccgc tcctgactga gtttttggat
    21601 ttgcacttct tcttccatct ctttttctcc tcgtttgtct atgtgcaggc cgtgcagagg
    21661 gccaaacgtg cctcgtttac ccccttgcac cccgtgcaaa ggtaacattt agcggtttgt
    21721 tgaaatccca tctatccatc gatgcttatc tacgaagtgg attgaagtca catctatcca
    21781 tcgattccgt ttatcaatgt ctatcgaaat cccttctatc catcggtaaa tagatacctc
    21841 gtctttatcc attcaacgat tcaatcggct cctatacaca tcgtatctac caatcacttc
    21901 tatcaagcgg gttaaatata cgaagtgaat cacatatact tttattaggt ggatgaaata
    21961 tacaccgtat atttttacca actctaccaa gtggcttata tacatagcat caataagacc
    22021 ctcctctata attcgactca aatacacgat gtttatttga cccgattcta tcaggggatt
    22081 tccattgact gaatcaatag gagtggattg aaccatgtga ttcttatata cctcatcaat
    22141 tcaaactggg tgaatcgtgt ggttttcttc tacgctgttt attggattcc attttatcgg
    22201 gggaatatga cgaacgcctc tttgaggggc ctgcacgggg tgatagcccc cacacgaggc
    22261 acttttccga gcttgccgca ctgccgacca cccaaacgtg ccccaaatgg ctccgccaac
    22321 ggctgccgac ctccccaaag cggcacggac agcggcttgt acgcctttcg atccctattt
    22381 ttgcccccat gatgacaaaa gatttgaccg aacactgcgc gctcttccga gggctgacgc
    22441 cggagcgcgc cacggaactc ctcgagacct atggctacgc cctccgttcc tacccgccgc
    22501 gctccttcgc tgccatgcag ggcgacacgt gtcggacgct gctcatcgtc tgccacgggc
    22561 aggtcaacgc ctggatggcc ggcgcgggcg gcaagcaaat catcgtggag caattcgcgg
    22621 actgggacgt gctggcgccg gccttcctca tggccacgca caacgtcttc ccggtcagca
    22681 tcgagacgac cacggagagc gagctgctcg tgatccatcg cgacaccctg ctcaagatgc
    22741 tgcacgccga tatgcgcatg atggagaact acctgcgcga gatctcggac aagtgtttcg
    22801 ccctcacgca acgcatcggc agcttcgccc tcaagtcgct ccgcgagcaa ctcctgacct
    22861 acctgcacac gcacgacacc tacgcccggc agcaagacat cgccgaccgc ttcggggtgg
    22921 ctcggccgtc gctcaaccgg gtcttgcagg agctttcgca ggagggcatc gtgaagatgg
    22981 tgcacggcaa gatcaagctc ctgcgccgct tcgatccgta aggcgaaagt ccgtacgacg
    23041 cccccgcagc ccactcttgg ccgggtatga aaaagcctcc gaagacccgc ttcgcagcag
    23101 gcgttcagag gcttttcgcg tcgggggagg ggggagacga tcgagcgtcg gccctgaggt
    23161 ggcgtcaaaa gtcgcggaaa gcggcgttga ggttgcccat ctcagtcttc acctgattca
    23221 ttccgatcaa gccgcccgac atgccggacg actcggtgcg tacctcgcag atcacctcgt
    23281 ccgacggaga gacggacgtc gtgaccgaca ccttgaagta tttcaccagg gcgcccagca
    23341 gcagtcgagc cacccggttg cccttttcgt agatcatgct gcccgagccc ttgtcggcca
    23401 ccgacttgta gccccacgca ctgagcagtt gtgccgcgcg gtcgtccagt tcactcttcg
    23461 tcatgccgcc gtaaacgtgg cggaacatat cgcccgtggc gatgtcgttt ctgataaatg
    23521 ccatgctgtt ctgatgtttt gttatgccct tcaaacaacc tgcgtggcgc atggttcatg
    23581 gcgcggggaa agttgctctc tattcccctt ttcttccctt gatggaagaa aaggaggcaa
    23641 aagaagatca aggccccacc ggggccgggg agtttagctg tggggcaccc ggcaaacttg
    23701 gcggcgtccc tgacgcctat ttacgcagcc tcacgaagtt caatcggagc gcgttcatca
    23761 ccacgcagaa gctggagagg ctcatggccg ccgcaccgaa catgggcgtc atgcccacgc
    23821 cgaacacggg gatccacacg cccgccgcca gcggtatgcc gacgacgtta tagatgaagg
    23881 cccagaagag attctcgcgg atgttgcgca gcgtggagcg actgagtcgc acggcggcgg
    23941 ggatgtccga cggccgactc ttcatcagca ccacatccgc ggcatcgacg gccacgtctg
    24001 tgccggcgcc gatggctatg ccgatgtcgg ccgtagccag tgcgggcgcg tcgttgatgc
    24061 cgtcgcccac catcgccacg gcgccgaacc gttcacggag cgactccacc gccgccttct
    24121 tcccgtcggg caacacaccc gcgatcacct cgtccacgcc tacgagccgc ccgacggcct
    24181 cggccgtgcg ctgattgtcg cccgtcagca tcaccgtccg aaggcccatc gcatgcagtc
    24241 ggccgacggc ctcgcgcgca tcatccttca ccgtgtcggc cacggcgatc aaccccagcc
    24301 actgatcctc tgcggcaaag agcagcggtg tcttgccctc gcccgcaacg cgttcggcgg
    24361 cagaggtgac ggcctccgtc gtgccgattc gctccgagag aaaggccagg ctgccgcccg
    24421 taatccgccg cccatcgacc atcgccgtca gccccttgcc ggggatcacc tcgaaggcat
    24481 ccgtcgcgtc aggctgcata ccacgcgctt cggcgtaggc cgctacagcc cgcgccagcg
    24541 ggtgctcact cttcacctct aacgcatagg ccgcacggag cagctcctct tcttccacgc
    24601 cagcggccgg caggaggtcg gtcacgacgg gcgagccgtt cgtgatcgtg cccgtcttgt
    24661 cgagcgccac gacctgcact tggcccgctc gctcgagcgc ctcggccgtc ttgaagagga
    24721 tgccgtgacg cgcaccgagt ccgctgccca ccatgatcgc cacgggtgta gccaacccca
    24781 aggcacacgg gcaactgacc accaagacgg ccatgccgcg cgagacggcc gtccccacat
    24841 ctgccccgac ggccagccac acgcccaccg tgatgagcgc gatcacaatg acggctggca
    24901 cgaagatgcc cgacacccgg tcggccatct tggcgatcgg cgccttgccc gacgaggcgt
    24961 cgctgaccat gcgtatgatc tgcgccagcg tcgtgtcgcg cccgacgcgc tccgcccggc
    25021 aacgcagata gcccgaacga ttgaccgtag cagccgaaac acgatcgccc ggcgacttgt
    25081 ctacgggcag gctctcgccc gtcagcgcag actcatctac ggccgccgtg ccctccgtga
    25141 tgacgccgtc cacggggata tgctcgccgg ggcgcacggc aaacgtgtcg ccgacgcgca
    25201 cctgctcgat gggcaccgcc acctcgcggc catcgcgcac cagcgtggcc gtcttcggag
    25261 ccagccgcat gaggctcttc agcgcgtccg tcgtccgacc cttggcgcgc gcctcgagca
    25321 gcttgccgag cgtgatgagc gtaaggatca tggcgcacgt ctcgaagtag agcgcatgca
    25381 gccccgcata ggcgtcggcc gtgcgcccct ccatcagcgc ggcggacatg gcaaagaggc
    25441 cgacaagact gtagacgaag gctgtgcccg atcctaaggc cacgagcgca tccatgcccg
    25501 gggcaccgtg cagcgtgccc ttgtaaccag aaatgaagaa gcgcccattg atgatcatca
    25561 cggccacggc gagcagcatc tgcacgatac cgacggccat cgggttgccc gcaagcgccg
    25621 caggaagtgg taggccgagc atcgagtggc ccatcgccgt gtacatcaaa agaaggagca
    25681 aaagcaggga ggcgacgagg cgccggcgga gggcgggcgt ctcacggtcg gccaggggat
    25741 cgtcgggcga cttgtccgca ggcgcatgtg gctcttcggt cgcctgctcc gcggcgtcat
    25801 agcccgcctt gcgcacggcg gccacgatgg cgtcggccgt agctgtgccc tcgaccacca
    25861 tcgagtttgt cagcaagttg acggccacgg acgacacgcc ctcgacgcgc gacacggcgc
    25921 gctccacatg ggcgctacag gccgaacagg acatgccatc gacggagaat tgtttcgtgg
    25981 gattcatatc tatacgtagt tagaggaagt aataagtagt aagcaggaat aagaggtagt
    26041 aaaaagcacc ccgacggggt gtcggacccc aaaacagacc gccgctgaca cctcgacggg
    26101 ctgtcggacc caaaaacaga ccgccgctgg caccctgacg gggtgttgga ccccaaaaca
    26161 gaccgccgct ggcaccccga cgggctgtcg gacccaaaaa cagaccgccg ctggcaccgc
    26221 gacgggctgt cggacccaaa aacagaccgc cgctggcacc ccgacggggt gtcggactca
    26281 aaaacagacc gccgctggca ccgcgacggg ctgcgcggtc aaaaacagac cgccgctggc
    26341 accgcgacag gctgcgcggt caaaaacgcg gcccgttttt cacagttctt gggtgcgcgg
    26401 tcaaaacggt ggcccgtttt tcacctttct ttactgtgcg gtgaaaaagg cggcgccgct
    26461 ggcaccgcga cgggctgcgc ggtcaaaaac agaccgccgc tggcaccgcg acgggctgcg
    26521 cggtgaaaaa ggcggggaca tacacaacta aaaagacggg gagcacaagg caaagatcgt
    26581 gccccggctc cccgtcctgt cgtttggtgg ttcactccca ctcgatcgtc gcgggcggct
    26641 tggaactgat gtcgtagacg acgcgattga cacccttcac cttgttgatg atctcgttcg
    26701 agaccttggc caggaagtcg tagggcagct gcgcccagtc ggccgtcatg gcgtcggtgg
    26761 aggtgacggc gcgcagggcg atggtgttct catacgtcct ttcgtcgccc atcacgccga
    26821 cggagcggat cggcagcagg atggtgccgg cctgccaaac ctcgtcgtag agcccccact
    26881 cgcggaggag ggagatgtag atgtcgtcgg cgtcttggag gatgcgcacc ttctcgggcg
    26941 tcacctcgcc gaggatgcgt atgccgaggc ccgggccggg gaaggggtga cgcttcaaca
    27001 ggtggggcat catgcccagc tcagcgccca cgcggcgcac ctcgtccttg aagagcaaac
    27061 gcagcggctc gacgagcttc agctgcatct tctccggcag gccgcccacg ttgtggtgac
    27121 tcttgatcac cgtgcccgtg acggagagtg actcgatgac gtccgggtag atcgtgccct
    27181 gaccgagcca gcgtatgtcg tgcagcttgt gcgcctcctc gtcgaagacg tcgatgaagc
    27241 cccggccgat gatcttacgc ttctgctcgg ggtcggtgac gccggccagc tcgcggtaga
    27301 acttcgcctt ggcgtcgacg ccgatcacgt tcagtccgag gtgctcgtaa tcgcggagca
    27361 cgttctcaaa ctcgtttttg cgaagcaggc cgtggtcgac gaagatgcac gtcagtcggc
    27421 tgccgatggc gcggtggagc aggacggccg tgacggacga gtcgacgcca ccggagagcg
    27481 ccagaatgac gcgatcgtcg ccgagccgag ccttcagttc ggccacggtg gattcgatga
    27541 aggaggccgg cgtccagtcg cgggcgcaac cgcactgggt gaggaagttg tcgagcagac
    27601 gcgtgccgcc ctcggtgtgg aagacttcgg ggtggaactg tacgccccag gtctgctcgc
    27661 catcgacgcg gaaggcagcc gcctccacat cgtccgtgcg ggcaatgacg cggaaggtgt
    27721 ccggcagtcg tgtgatcgtg tcgccgtgcg acatccacac ctgcgatccg gcccggatgc
    27781 cactgagcag tggatcgttg gcgtccacct cggcgaggag tgcgcggccg tattcgcgcg
    27841 tgtcggccga ctcgacgcgt cctccggccg tagcggccag cagttgtgcg ccgtagcaga
    27901 tgccaagcac ggggtatcgc ccgcgcaagg ccgccgtatc gatccggaag gcgtcggggt
    27961 tattcaccga ataggggctg ccggagagga tgacgccgcg gaccgtgggg tcgtcggccg
    28021 gaaagctgtg gtagggcagg atctcgcagt aggtgttgag ctcgcggatg cggcggccga
    28081 tgagctgcgt agtctgcgag ccaaagtcga ggatgatgat cttttcgtgc atatctaaat
    28141 gagtagttat aagtagccag aggaagcgtg aggggcagca ataagtagcc cgagggtgcc
    28201 ccctttcgct ttatgggcga caaagatagt ccgggcggcc cttgtggttg gcccataaag
    28261 acgatcaaga ttgagggaga gcaagggctt gtgagaaatc gcttcacctt tgccctgcaa
    28321 aatcctcatc aaaagatgac acctatcctt atcccccacg tgccacgcga cgagcggatc
    28381 ggcagcgcct tcaatcatct gtttcccatc attcaccaga ctgattccgc cgcggatgcc
    28441 gtagcttggg actttacgca gactctattt ctgcatccgt tcttcctcgc accattggcc
    28501 atctataagg atagctccga gaaaccgatc gcgtgcacag gattgcaagg ccgtatggac
    28561 agctatctca gggcgatttg cttcgatcat gttttcgacg cctctcgtcc tgagagtcga
    28621 gacatcctta atgcctacct gaccaaaagc tacatcccgg tgtcgcgctt catggtcggc
    28681 gacggaacgg aggatcggat tcaggaggtg ctccaaagga ttatcgaggt ccagtccgat
    28741 ctctctcaat aagatgcgat gccgatctcc tacctcctcg gtgagctgat cgataacatc
    28801 agtcagcact ccggcagtcg ctgcggctac ctgttttgcc aaagggtgag gcgagaactg
    28861 tatatcgtca tcgccgaccg ggggcgaacg atctacggta attacattta cgctaagcga
    28921 tacgaagaca tcgtgggtgt agacgaggcg gcggctctac gtatcgccaa cgaaggttat
    28981 tcaaccaaga acttaccgac ggcggagaat agggggtatg ggttatctcg gtcaaggaag
    29041 atgattgtga agggacttgg cggcgcctac ttcatgctgt cgggtacggc cttttaccga
    29101 caggaggcga agggtgtgta tgtgatgaac gttccggaag tgtaccgatg gaatggcact
    29161 atcattctgt taaggcttcc gcttgagacg ccgaaagggt ttgagtttta tgactatgta
    29221 gaataagata aggagaactg taacgatgga aagaatcagt ataaaagacg tggttggcac
    29281 agatgtgcgc tcgcgcattt cgctcgatgc cgtgaaggct ttgatgacac acggcggcga
    29341 gtatgtgatc gacatggagg gggtgacctc tatctctcgc tctgtggccg atgagttgta
    29401 taacctgcaa caggattatg gcgcagtgcg atttgagcat cagacggagt ttgtgcaacg
    29461 catgatgagt atcttgtggg atgggcgaag taagaagcgc gtcagggaag aggaagacgt
    29521 agaaatgatg gatatgactt cgatagaaga cttctctcga tatctcctct ccatctaaaa
    29581 ggcgaggtaa gcagacgagg aaagaggggc ggcaagggcg aactgtcgct cctttttgtt
    29641 gcgggggttg ccggtttatc tttgccgccc ataacatatt actcactata acacacccca
    29701 aagacatgaa tccggaggat aaagagatta ggaaacgcac gctactcatt atggtcatca
    29761 tcgtcgtcgt catcgcgctg atcggcgtca gctatgtcgt ctttcatcaa cgcaaacaga
    29821 tggacgacat gaccgagctt ttcgccatcg aaaaggaaca actcacggac gaatacgccg
    29881 aactgtctct gcaatacgaa ggctataagt tcagcgtcgg caacgattcg ctcgtggccc
    29941 tactgactac ggagcagatg aaggtgcaac gcctcatgga ggagcttcgc acggtcaagg
    30001 ccaccaacac gcgccgcatc accgagctga agcgtgagct ggagacgctc cgaaagatca
    30061 tgcgcggcta tgtcgtccaa atcgactccc tcaacgccga aaacggtcgc ctgcgcaacg
    30121 agaacgagcg cgtcacagag caatatcgcc aggcctcctc ggccgcggcg cagcttacgc
    30181 gcgagaagga gcacctcacc gagcgcgtca cgctggccag ccgactcgag gcctccgcca
    30241 tcgccgtccg ccccatcacc tcgcgcggca aggacgccaa gaagatcgat aagatcgccc
    30301 agctcgccgt ctccttccac gtggccaaaa acatcaccgc gccgacgggc gaaaagacca
    30361 tctatgtgcg catcatgcgc cccgacgatg acatcctgac caaacccgga tcgggcacct
    30421 tcgccttcga gaaccgcaac attggttact ccatgaagcg caccgtggaa tatgccggcg
    30481 aggacttgcc cgtggtgatg tattgggacg tggaggaata cctctcgccc ggcacctatc
    30541 gcgtcgacat ctttgccgac ggccacctga tcggccgccg ctccttcacg ctccagaact
    30601 aaccggggcg tctacggacg ccgacgaagt ctgggccggg tacgggtgcg tgcggtgaga
    30661 cccgtccttc ccgccgcggg aagcctcaaa ctttcccaag cgccttctcg ccgcgggaaa
    30721 ccgttttccg acttcaaaaa gtcatttccc gtggcgggaa accgttttct gacttcgaaa
    30781 agtcatttcc cgcggcggga aaccgttttc cgacttcaaa aagtcatttc ccgcgacggg
    30841 aaaccatttt ccgacttcgg aaagtcattt cccgtggcgg gaagcgggta tgacaattcc
    30901 aaggcttccc gcggcagaaa ggaatgcgcc tcccccccta aaaaaacgcc ccaagctgta
    30961 acccgacgca actactggcg tccatacatc accggcgggc acattgcctg ccccccagca
    31021 tctctaacta ctactttcac gctccacaat gattatccga ctacaaggaa tcaacaagac
    31081 ctactacaac ggcgccccgc tgcatgtact caagggaatt gatctcggca tcgaacgtgg
    31141 cgagatggtc tccatcatgg gcgcctccgg gtcgggcaag agcaccctgc tcaacatcct
    31201 cggcatcctc gacacttacg actcgggcga gtattacctc gacgacctgc ttatccgtga
    31261 cctcagcgaa agccgcgccg ccgagctacg caatcgcatg atcggcttca tcttccagtc
    31321 cttcaacctc atctccttca aaaacgcgat ggagaacgtg gccctgcctc tctactatca
    31381 gggcgtgccg cgcaagcagc gcaacgcctt ggcgctggac tacctcgagc gtgtcggcct
    31441 ccgcgattgg gccgagcacc tgcccagcga gatgtccggc ggacaaaagc aacgcgtggc
    31501 catcgctcgc gcactcatcg ctcgcccgca ggtgatcctg gccgacgagc ccacgggcgc
    31561 gctggacagc aagacgaccg tcgaggtgat ggagctcctg cgcgccgtca accgcgaagg
    31621 catgacgatg gtcatcgtca cccacgaacc ttccgtggcc gaagccaccg accgcgtggt
    31681 gcacgtcaag gacggactga ttgtggctaa tgattgagct tggccaactc cctactaccg
    31741 cggctttagc cgcataacta cccggccgta ggccgtaact accgggcgac cataagggtc
    31801 gtccctacta cctataagat ttatgttcga cttcgatgac attcgtgaga tcctcagcac
    31861 gatgcgcaag aaccgcttgc gcaccttcct caccggcttc tccgtggcct ggggcatctt
    31921 catcctcatc atcctgctgg ccgccggcaa cggtctgcgt aatggcgtga tgtacaactt
    31981 cagcaacttc tccgccaacc gtatcgaggt gtggcccagc tacacctcca agccttggca
    32041 aggcatccgc gagaaccgcc gcctaacctt ccgtaacgcc gacgtggagc acttgggctc
    32101 cgactttccc gaggtggagt actactccgg ccgcatcgac catagcgaca cgttggccta
    32161 caataaggaa tacgtcaacg gcaacctgag cggcgtcgca cccgactttg cctccatcga
    32221 ctttatcatc cccacccgcg gacgcttcat caacgagatc gacatgcagc aacgccgcaa
    32281 agcgatcgtc ctcagcccgc gtatggccga ggtactcttc cacgaggagg atcccatcgg
    32341 gcgctacgtg cgcattggcc gcatgatgtt ccaagtcgtc ggcgtctatc gcgacaagga
    32401 gatgaacaac aacaagcccg cctacatccc cttcaccacc gctcagcaac tcttccgcag
    32461 cggtatggag gtggacgatc tgatcttcac cgtgcgtggc atcaagtctg aagaagagaa
    32521 caccgccttc gagcaacgct tccgcaccgc catggccctc cgccaccact tcgacccctc
    32581 ggacacgggt gccctcggca tgtggaatac gggcgacgac ttccgcatgt tcgacctcat
    32641 cctcagcggc ctgatgatgt ttatctggat tgtgggcatc agcacactca tggccggcat
    32701 cgtgggcgtg agcaacatca tgctcgtcac cgtccgcgaa cggacgcgtg agttcggcat
    32761 tcgcaaagcc atcggcgccg gccccgcctc catcctgcgg ctcatcatca ttgagtccat
    32821 ccttgtcacc acgctcttcg gttacgtggg catggtggcc ggtatcggcg tgactgagct
    32881 gattgattac ggaatgacga tggccggcat gaacgccgac acgggcggtg gcccgggcaa
    32941 cctctccatc ttccgccacc ccaccgtcag cctcggcatc gccacgtccg ccaccgtact
    33001 gctcatcata gccggcgtcg cagccggata tttccccgcc cgcaaagccg tcagcatccc
    33061 cgccgttgag gccatgagga gtgaataacg aaaaactaaa aaagaaaagt gaccgggtac
    33121 ggcgaatgct tccggagttt ttagttgtta gattttagct tttagttcaa tagcaatatg
    33181 tttttcgact cagatagatg gaccgagata tgggtaacca tcacccgcaa taagacgcgc
    33241 agcctactga cctgcttcgg tgtcttttgg ggcatactca tgttagtcat cctcctcggg
    33301 cttggcacag ggctcaagaa tggcatcctc aaaaacaccg acggcttcgc cacgaactcc
    33361 gtctttttca ttgccgaccg caccagcgaa ccttaccgtg gtttcaacaa aggacgcgaa
    33421 tggaacatcc gcaaccgcga cttggagagt atccgccgcg aggtgtccgg actggaggcc
    33481 atctcgcccg tcctctgggg cgcgcgggcg gataagaacg tggtctatgg ccaactctcc
    33541 ggcacatata acgtgaaggg ggtcgacccg gcctatttcc gcatcgaggc gcaacacgtg
    33601 ctcttcggcc gcctactcaa cgagatcgac gcccgcgaga aacgcaaagt atgcctcatc
    33661 ggctcgcgca tcaacgagac cctcttccgc aacgagaacc cctgcggcag gtacatccgc
    33721 gtcaacggca tctactatca ggtcgtcggc gtggtacgtg aacgggcacg ggtgaacatc
    33781 ggtggacggt cgcaggagag cgtcttcctg cccttcacca ccatgcagca gacactgaac
    33841 caaggcgacg tgatccactt cttagctgcc tccgcctaca aagacgtatc catacagcgc
    33901 atcatcgacg acatcaccgg catcctccgc cggcagaaca gcatcgcccc gaccgacaag
    33961 caggccgtga tggtgatcaa catcgccgaa cagttcgcca cgttcgccat gctcttcacc
    34021 ggtatcgacg cgctgatctg gctcgtgggc atgggcacgc tgctggccgg cgtgatcggc
    34081 atcagtaaca ttatgatggt gacggtcaag gaacgcacgc gagagatcgg agtgcggcgc
    34141 gccatcggtg cccgcccagg cgacatcatc tcgcagatca tgagcgagag cctcgtgctg
    34201 acagctatgg ctggcatgat tggcctcagc ataggcgtct tcatcatcga catcgtcgac
    34261 cgcctcctca gtgcccaacc cggcgacgat gcggcgcttg tcaaccccgg cgtacacatg
    34321 ggcaccgccc tcgccgccac ctttgtgcta cttgtgtgcg gcctgttggc cgggctcatc
    34381 cctgcctggc gagccatgca gatcaaagcg atagatgcga tccgcgatga ataggggaga
    34441 gagactttgt atagcagcac atctgctgcg tgtcctgcga caagctcagg ctcggtcaca
    34501 tacttatata tgctcccttc gccttcggtc ttggacgctt tgcattagca ctactctcca
    34561 aagcctctcc acgccccaaa ccgttcattt cccaaactgt gagttgttag tttttagatt
    34621 ttagttttca gcttatgaat aatcgacttg taaagaagat caagagaatc gtcctgctct
    34681 ctgtagtagg gctggccgtg gtaggcacct tcgtgtttct gtggaagaag gcgcagcccg
    34741 aagtgaccga gtatgaaatc gtgacgcccg agcgtgggac ggtagagacc aagaccgtgg
    34801 ccacgggcaa tgtggagccg cgctacgaga tcctaattaa gccgcagatc tcgggcatca
    34861 tctccgaggt gctcaaggaa gccggccaac gcgtcaccga aggcgagatc atagccaaag
    34921 tgaaagtcat tcctgagatg gggcagctca acagcgccga gtcgcgcgtc aatgtggccc
    34981 gcatcagctt agagcaggtg gagagcacgc atcgccgcga cgaacaactc ttcaagcagg
    35041 gcatcctcac cgccgaggag ttcgacgtat cgaaagccaa ctatcgcaag gccaaagagg
    35101 agctggccaa cgcccaaagc tcgctcgaga tcgtccgcga tggtatctca cgtaacacac
    35161 gcagctcgag taccacgcag atccgcagca ccatcaccgg catgatcctc aacgtgccta
    35221 tcaaggtggg taactccgtg atccaaagca acagcttcaa cgacggcacc accatcgcct
    35281 ccgtggccaa catgaacgac atgatcttcc gcggcaatgt ggacgagacg gagatcggca
    35341 agatccgcga gggcatgccc atcaagctga ccgtcggcgc actgggcaca cgcaccttcg
    35401 acgccgtcct cgaatatgtt tcccccaagg gcgaggagaa gaacggcgcc atacagtttg
    35461 agatcaaggc agctgtctcg ctgcccgaca cctcgttcgt gcgcgccggc tacagcgcca
    35521 acgcggagat cgtgttggag cgcgccgaga atgtcctgac catccccgaa agcacggtgg
    35581 agtttcatgg cgacacggcc ttcgtgcaag tggttaagca agagaagccc aagcaaatct
    35641 tcgagaaaag gcagatcaag acgggcctca gcgatggtat caagatcgaa gtgaaggaag
    35701 ggctgacgga gaaagacaag atccgcggtg cggccatcag caaggaggca aacaataaca
    35761 acgaagccaa gccatgaaga cgctgaccct cattcccgcc ctgctcctgg ccaccgctct
    35821 caccgccaca gcacaggaca caacagccac gcgctggagc ctccaacgct gcatcgagca
    35881 cgccaaagcg aacaacctgg aggtgcgcat gcgacaggtg gaagtcgacc ggcaggagct
    35941 gacgctccac acggcgcgca gcaaacgtct gcccagcctc tcggccggag cctcgcaaca
    36001 atggtcgttc ggccgatcgg cctcagcggc tgacaacacg tatcaggtgc agaccacctc
    36061 ctctacctcc tggtcgctct catccgacgt gcccctcttc accggcttcg agatccccaa
    36121 tgagatcgcc gccgcacgcc tcgacctcat ggccctcgcc gccgacctcc agaagacgcg
    36181 agagaatatg gaaatcaccg tcacgtcggc ctacctgcaa gtgctcttcg acaaggagct
    36241 gctcggtgtg gccgagaata agctcgccct gagccgcacg cagctcgatc gcacgcgtaa
    36301 gatgcacgat gctggacgcg cctccgaggc gcagatctac gagaccgagg cgcaggtggc
    36361 ggccgacgag ctttccaccg tacaagccac caatgacctg cgtatagcta cgctcacact
    36421 cacccagctg ctcgagctac ccagcccgaa gggcttcgac gtggagccgc ccacggaggc
    36481 agacacgacc ttcctgttgg cgcgccgccc cgacgacatc tatcgcaccg ccctcactac
    36541 gcgtgccgct gtccgcgccg aggagcttcg cctccagagc agcgagaagc aagtacgcgt
    36601 ggcccagagc gccctctacc ccagcctctc cttcggcgcc agctacagca atgcctttta
    36661 tcacatctac aacaagccca acacgccctt cgccaaccag atccgcgaca accgcggcct
    36721 cggtctcggc ctcaaccttc gcatccccat cttcaaccgt tacgccacac gcaacagcat
    36781 ccgcagcgcc cgcctcggcc tgcgcaacca agagctgcaa ttagaaaaca ccaagaaagc
    36841 gctctacaaa gacatccagc aggcctacta caacgccctt tcggccgccg agcgataccg
    36901 gtcggccacc gccgcgtggc agtcggccga gaaagccttc accttcaccg gcgaccgctt
    36961 cgagaatggc cgcgccacga cctacgaata caacgaagcc aagacgaacc tcatcaaagc
    37021 cctctccgac cgcacccaag ccaaatacga gttcctgctc cgcaagaaaa ttctcgagtt
    37081 ctacgagcag cagtaagcgg ggctgtgatg ccctctaaaa acgaaccgtc ctccgggcga
    37141 tggatgattg atccactgct cggaggacgg ttcgtttttg tgtctccgtt cgaggggggc
    37201 ttattccatg ccttcgtctg cttggttgag tatcacccag cgccctgtct tcttggcgcc
    37261 ttcgtaacgg atgatgccgc gctccgttag ttcggacagg tcgcgccaga tggtcggata
    37321 agagaccccc aatagagagg ctaactccct ggatgaaata tgaggctgtg tctgtatgat
    37381 acgcataagc ctatcctgtc ggctctgctt ggatatggtc tttttgctat catttttgct
    37441 atcatttctg ctatcattta tatcctcatc atcgtttatg gtgtcactta ttctgccacc
    37501 ccgctttatt cggcctttga acttgtcggg gtcgttgagg acgccgtcgt gcaggaaatc
    37561 cgggtggcaa gggatgatga tgaggaagta ggagcggtcg tcgtcagtct cgattgtagc
    37621 cgggggcgag ccgttgttcc gaagctcctc ttggatagtc gggatccccg tggcgcgtcc
    37681 ctcagagaag tccagctcct tgagaaagtc gcccaagcgg cggttgcgat aacgacgtgc
    37741 acggagcagg tgagcttgct cgatggcctc cttcgtgatg ctgcgatcgg ggccggcata
    37801 actgagtatg ctgatggcat gcggctctac ggtgatctcc accggttcgc gttgttggta
    37861 atcgcggtga tagagcgcat tgaccacggc ctcttcgatg gcttggtagg gataattgaa
    37921 atgccggata gcttcggccg catacggcac cttgcggatc cgctccttga tgaccataag
    37981 gcggaggtaa tccaaggtgg ctcggatcat cgtggggacg gagcccgtga tagtcggcgc
    38041 ttccatgaag ttgttggggt tgcacaccgt cccctccgga aataagacaa tttcgacccg
    38101 ggtgtaagga aagaagcgat gcggctcctc gctgaacatc atcgcggcca cattcttcag
    38161 ccgccgttgt tctcgcggcc cctcgtatag atccagttgc tccaagacct gttcgagtgt
    38221 ccggcccgta aaatcagccg ttagccgact ctttacacgc cttaggtagt ccaacacaag
    38281 cacaggcgaa aggtcgtcga tcgcgatctg ctcattccct cgttcatcga atggcacacg
    38341 gttggccatc tctcgcagct cgtccagcac ttctcccttg gcctcaatgg tgcttgagcc
    38401 ggagcggatg taccagcgtg acttggattt actgctgagc acgtcctcca agacctcata
    38461 ggggcgataa ctccccgacg gcacccagat ggccagcacg tatttaccgt ctacggcctc
    38521 caccgaggtg cggggcatgt agtagggctt gatcttgttg ttgaatccga ccatgctttg
    38581 ctgtatgccg tccaacttct cctcagggat ccccaccacc gggcgccgcg cccggccatg
    38641 atcctcctcc acgcctacga ggatgtagcc cccgccgata ttgtcgaaat cgttggcaaa
    38701 ggcacagatc gtttggtaga tcttggccgg attccacccg cgtttgaact cgatgcggtt
    38761 accctcaatg cgctgccgat tgaggaggtc ttctatgttg atgggtaatg ccatgatgct
    38821 tcgttcaatc cctgtttatg aatcgttttt tgtggggaca aagatagatg gaggcgaaac
    38881 tcagggagga tcctatgtcg cctgcaaact tggccggcgc ccctggcgcc tttcgggctt
    38941 gcacggcgtg cgaatagcaa aacgagggtg gggttattcc ctcatgtgtg gtcttcctcc
    39001 tctccgtcat ccttgacctt tagccattga caattacaca agccttctac ttttgtccgc
    39061 tcgctgaaca agcgggagaa atagaaccac acctatttac attaatgcat acacagatca
    39121 tgatcggtat acccaacgta gacgtcggga tcttgacgga gagagacgtt tcatttcatt
    39181 tcaatggcga ctatcgctgc ctggagacgg gccgcacgca cacaggccaa caacacgcta
    39241 cgctgcaaga cgggcgcatc gccttcgaga gtcacacgtt cgacacgctg cacttcgagc
    39301 ccaccgaccc ctcggactcg ttcgacctgc ggggcgtcac catcggcgta cacttccact
    39361 gggagcgccg cgaagaccaa cgcttccgcg gagcgttgat cctcacgccc tcgagcgacg
    39421 gcgtcctggt ggtgaaccgt atcgacgtcg agtcgtatct cgagagcgtc atctcgtctg
    39481 agatgagcgc cacctcgtcg cccgagttgc tccgcgcaca cgccgtcatc tcgcgcagct
    39541 ggctgctggc acagatcgaa aagcgacagg cgccggtcga cgccaaagcg gagaactgca
    39601 gccaagacga cgagggtctc gtccgatggt acgaccgcga ggatcacacg cgcttcgacg
    39661 tctgcgccga cgaccattgc cagcgttacc agggcatcac gcgcaccaca acgccggccg
    39721 tagaggaggc cgtccgggcc acctgtggcg aggtgctcac ggacgagggg cggctctgcg
    39781 acacacgctt ctcgaagtcg tgcggcggcg tcacggagtg cttcgagtac tgctgggagc
    39841 ctgttcatca ccgttacctc gtcgccctcc gcgacagtcg cacgccagac accccggtgc
    39901 ccgacctgac gaacgaggcc gaagccgatc gctggatccg ctccgccccc gaggctttct
    39961 gtcacaccac ggacgagggc atcctcagcc aggtgcttaa caactacgat ctcgagacgc
    40021 ccgacttcta tcgctggacg gtggagtaca tgcaagacga gcttgccgac ctgatccgcc
    40081 gcaagagcgg catcgacttc ggcgctatcc tcaacctgca agccgtcgag cgcggccgat
    40141 cggggcgcat cgtgcggctc cggatcgtcg gcagtcggcg cacatacatc atcggcaagg
    40201 agctggagat ccgccgcacg ctctccgaga cgcatctcta tagctcggcc ttcgtggtcg
    40261 acgcgctcga cctgcatcac ggcgtcccga ggcgcttccg cctcaccggc gcaggctggg
    40321 gacacggcgt gggcctctgc cagatcggcg ccgccgtgat gggagccgag gggcattcct
    40381 atcgcgccat cctgtcgcat tactatcccg gcagccggtc ggaaatacgg tacgtccgat
    40441 gagcagctcc accatcctct tcatcatcgc ggcctacttc ggcctgctgc tgctcatcgc
    40501 ttggatcacg ggccgcggcg gcgcatcggc cgcagacaac gacgccttct tcctcggcaa
    40561 ccgtcgttcg ccgtggtaca tcgtggccat cggcatgatt ggctcctcac tctcgggcgt
    40621 gacgttcgtc tccgtccccg gctgggtgcg gcagatcgac atgacgtaca tgcagaccgt
    40681 cttcggcttc ttcttcggtt acgtcatcat cgcgcacgtg ctcctgccgc tctactaccg
    40741 ccttcagctc acgtccatct acacctacct cgagacacgc atcggtcggc gggcttacaa
    40801 gacgggggcc tccttcttcc tcctctccaa gatcatcggt gcggccgcgc gactctatct
    40861 cgtggtgctt atcctccaga cgtacgtctt ctcgacgtgg cagatccctt tcggcgtgac
    40921 cgttatcctg agcatcctgc tcgtatggct ttacacctac aagagcggcg tcaagacgat
    40981 catctggaca gacacgcttc aggcgctctg cctcgtgggc acgctcgtgg tgatcatctg
    41041 gcaggtgaag gatcgcatgg ggctggactt cgacggcctc tgccgcacgg tggccgaaag
    41101 cccgcacttc cgactctttg agtggcacga ttggtcgagc aagcagcact tcgtgaagca
    41161 attcctgagc ggcatcttta tcacgatcgt catgaccgga ctggatcaag acatgatgca
    41221 gaagaacctc tcttgccgta gcctgcgcga cgcgcagaag aacatgtact cctacggctt
    41281 ggcctttacg ccgatcaact tcctcttcct ctcgctgggc atcctgctga tcaccctggc
    41341 cggacagctc ggcatcgccc tgcccgacgc gggcgacgac atcctgccga tgttctgcac
    41401 ctcgggcgta ttggggcaga cgatcgtcgt cttcttcacc atcggcatca tcgcagccgc
    41461 cttcagcagt gctgactcag cgctgacggc gctcacgacg tctttttgcg tagatatcct
    41521 cggcatcgaa cgcgaccaag cggcgcgtgc tcgtcgcata cgcatgcggg tgcacatcct
    41581 tatctcggcg ctctttgcgg cgattatcat ggtgttcaaa gccgtgaacg atcgcagcgt
    41641 gatcgacgcc atctatgtga tcgcctccta tacctacggc ccgttgctgg gcctctttgc
    41701 cttcggcctc ttcacgcgcc tacggcccgc tgacagcgct gtgccctaca tctgcctcgc
    41761 ctcgcccctc atctgctacg ccctcgaacg cctcacgctg cattacaccg gctatcgctt
    41821 cggctacgag atgctgatga tcaatggcgc actgacgttc ctcgggctgt ggatcgcgtc
    41881 cgtgaggatg ctgaaaaacg tcggggagga tgcacatacc cgtgtcggag cgtaacgctg
    41941 acgtcctgct aaacagatac acaagatcag tttccgcccg gggccaaact ttgggtgtac
    42001 ttttacgccc gccgcagcca aaagcgtagc agtcattaat tatcaaccca tacaccactc
    42061 aaaaacccaa acaaaaatgg acaccgtaaa acaagagaaa agcaatgtct tagtcatcgc
    42121 cgtcatgttc ctgctctttt tcatgattgc gttcgtcacc aacttcgccg gatcgatggg
    42181 cgtcatcgtc aagacgcagt tcggcgccag caacgccctc tcgcagctgg gcacactggc
    42241 caacttcatc gcctacgcct gcttcggcat ccccgtgggc ctcatcctca aacgccgcgg
    42301 atacaagttc acctccctac tggccaccat cgtgggcttt gtgggcgtgg gcatccagtt
    42361 cgcatcgggc tatgtggatc cctccatcgc gttcggcatc tatgtactcg gcgccttcgt
    42421 ggccggcata tcgatgtgcc tgctcaacac caccgtcaac cccatgctga acaccctggg
    42481 cggcggcggc aaccgcggca atcagctcat ccagttcggc ggctcttgca actccatcgg
    42541 cggaacgatc gcccccatcc ttctgggcta cctcatcggc ggctcggtgc agacggctaa
    42601 ggtgaacgac gcggccccgg ccatgatcat tgcgatggcc atcttcgccc tggccttcct
    42661 catcatcctg ctagcacgca tccccgagcc gcacatggag acggccgacg agcgcgccgc
    42721 gcgcctctct ggcaacacga agaaagaccc gcacggcccg atgtcgttcc gccactttgt
    42781 gctgggcgcc atagccatct tcttctacgt cggcatcgag gtaggcatac cgaacacagc
    42841 caacctctac atgtcgaacc tcgagtgggt cggccccgtg gtggctggta cgctcgtcgg
    42901 tttctactgg ttcctgatga tgtgcggacg cctcgtgggc ggcgccgtgg gtggccgcgt
    42961 ctcgagcaag gccatgctga cgaccgtcag cctgcttgcc accgtcttcc tgctctgcct
    43021 catcttcatc cccgaggatg tgcgcttctc gatccccgtc atcggcgccg aggtgccgct
    43081 gggcatggtt ttcatgttcc tctgcggcct ctgcacgtcc gtcatgtggg gcgccatcta
    43141 caatttggcc gccgaggggc tgggcaaata cacccccttg gcgtcgggca tcttcatggc
    43201 cctcgtctgc ggtggcggcg tcatctcgtt catacaaaac ctggtggccg ataaggtggg
    43261 cttcatcagc agctactggg tgatcatcgc cggcctctgc tacctgctct tctacgccct
    43321 cgtcggctcg aagaatgtca accgcgacat accgacggaa taagtagggt ccgccaacaa
    43381 attcggccgg gtaccagtgg ggcacaaacc ctccggtatc cggctgtttt cgttgtacca
    43441 ttcctcgcca tgctccctca aaaagggtaa gcgtttgcgg gaaccccgca agtgcctcgg
    43501 aaaatgcttt ggcgtttgcg ggagtcccgc aagggcttcg aaaaactttt tggcgtttgc
    43561 gggaactccg caaatgcctc aaaaaacttt ttggcgtttg cgggaacccc gcaagtgcct
    43621 cggaaaactt tttggtgttt gcgggagtcc cgcaagtctc tcgagaaact ttttggcgtt
    43681 tgcgggaact ccgcaagggc cattttcccc attttgatgc ttgcggaagt cccgcaaggg
    43741 ccatttcctc cattttgacg cttgcggaag ttccgcaagg gccatttttc ccattttgat
    43801 gcttgcggaa gttccgcaaa cgccattttc tccattttga tgcttgcgga agttccgcaa
    43861 gggccatttt ctccattttg atgcttgcgg aagtcccgca aacgccattt tctccatttt
    43921 gatgcttgcg gaagttccgc aagggccatt ttctccattt tgacacttgc ggaagttccg
    43981 caaaggccac gaaaagacga agcgccgggc acacgccggg tgagagagcc tcaccacaca
    44041 gcatgtaccc ggcgcatctt gcctcggg
//
LOCUS       SEQF2638.1|AYYF01001496.1 10312 bp   DNA    linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..10312
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(313..1014)
                     /locus_tag="SEQF2638.1_01770"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDALPLHYTLKPPPAWFLVKVTLLGWLLAIPALVAAQEPAAVDT
                     AWLRRARSGELELNEETLRAIRSGSLLSPASAAPALRHSPADLPLVISFDSIRPTGGP
                     TARPDQLPPAVYRLYEPAALPQPTVPMGSYMLSAATVSDLRALRRIGLRRAGHVGTGM
                     LPMSLSIPVNFENMLRFVFWPSYRAKKHNARHAQAYKSYNLLPPPADDSNNEIERRRL
                     NEAINEKRSELKANN"
     CDS             complement(1104..2054)
                     /gene="rgtE"
                     /locus_tag="SEQF2638.1_01771"
                     /EC_number="2.4.1.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q1MJ95"
                     /codon_start=1
                     /transl_table=11
                     /product="Dodecaprenyl-phosphate galacturonate synthase"
                     /db_xref="COG:COG0463"
                     /translation="MDISVVVPLYNEAESLPELHAWIERVMDENHFSYEIIYVNDGST
                     DGSWGVIERLARQSTHVKGIKFRRNYGKSPALHCGFYRAEGDVVITMDADLQDSPDEI
                     PELYRMIREDGYDIVSGWKKKRYDNRLTKNLPSKLFNATARKFSGINLHDFNCGLKAY
                     RREVVKNIEVYNDMHRYIPYLAKIAGFNKIGEKVVHHQARKYGVTKFGLDRFVNGYLD
                     LITLWFTSKFGKKPMHIFGLWGSGMFLIGFAALVIVLVMKLASMMEGDLRPLVTTSPF
                     FYISLTAMIIGSQLFLSGFIGELISRNSPNRNNYKIEQEI"
     CDS             2350..2889
                     /locus_tag="SEQF2638.1_01772"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRKSIIVVLATLVFAVIHAQDKKIQQIRKDYNELKASIAQLTSG
                     GSAGSGLLCVTLDNNPYGASYPAVGSYHTTTQFYYEPHEGRAPQLRMAIEHYAAANQK
                     MYTEVLYRENRPAFVFLKNNYDGDDDRRLYLEGDQIIQYSENNAVKPYPSDDDRRTNL
                     IDYAEVLLKQFKAIKGYDR"
     CDS             2929..3480
                     /locus_tag="SEQF2638.1_01773"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRKSTLVALLSLAILAAFAQSKTIEQIRADYNALKTEVARLPQM
                     KETGIMYCLIIDDNPQGATYPGVGHFRSKTHFYYDVAGDEPPVLRLAVESYEGGTQRT
                     YTEAMYDERGRASFVFVSQRTVDGQPVVEQRLYMEGDSALDFTLNKIGVAEGLRAQSQ
                     RDVWMKANRLVKQFLSVMGGGDE"
     CDS             3514..4104
                     /locus_tag="SEQF2638.1_01774"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRRSIITALAALCLTAAALAQNAKIDGIRKEYAAIKADVADLQR
                     AGAKGKWYVLTLDDNAYGRRYVGSDHFRARLHFYYELESETVIPILRYATEEVEADEQ
                     RIRREALYTDGQPVYIYEKDSDQDNVERTLFLDEGEPIQYAENNKVLTGDEATDAAGM
                     LLWQAENLMKRFEGSFGDSPEDTPDDDGEVIPLGDE"
     CDS             4151..5590
                     /gene="steT"
                     /locus_tag="SEQF2638.1_01775"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:O34739"
                     /codon_start=1
                     /transl_table=11
                     /product="Serine/threonine exchanger SteT"
                     /db_xref="COG:COG0531"
                     /translation="MNKHQSHAATSTAEAPKDTRLGFTGVTSFTVANMIGTGVFTTLG
                     FQLLDLHTPFALLALWIVGGLIALCGSLVYGELGAAMPRSGGEYHYLSVIYHPAVGFL
                     SGFVSLTIGFAAPVALACMALGHYTESLFPGGVTAQMIAVSALLIITAVHMWSVRGGS
                     RFQNVFTLLKLALIVAFIVCGVAAGGDKQPFLPVPDGAGWRELLSPAFAVCLIYVSYA
                     YSGWNASAYVAGEVRDPQRTLPRSLLWGVTIVAVAYVGLNATFLSLVPHEEMEGKLQV
                     GFIAAQHLFGPTGASLMAGVIGLLLVSSISSMIFIGPRVSQVMGEDYTLFRFLSHRSR
                     RGTPAVAVAVQSAISLLFILSGSFEQVVTFSGFILSLFTFLSVLGVFVHRRRYPEAER
                     PYRTWGYPVTPILFLLLTGWTMVFLLVEKTSESVLGIFTLGIGLGAYAVCRGWEMMKR
                     YKEHREQVAEMAAADTSATRKKKRATCPE"
     CDS             5587..6336
                     /locus_tag="SEQF2638.1_01776"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTRNPKKQANSLRGITPHRTGGDRETARSTQYQKQEESKSMVIT
                     YDGPEDVEESPNRKPNDREEEYFRSYRSYMQELVYGREPYDPEADRGDCSDTDDSGEP
                     STTDEAQIPIINKLAQFGLKEDYFKPGLFSRAVRFSVRMIHFLKAGENVELSDDRRSV
                     RHRKALLRELEHPNPTVQQAAEDFFYSPSGTLVDLLRHLVEFCRAQNQHERRIQHPFR
                     RGDIAEWADSPLTRSQGSRMGDDGFTGPHMN"
     CDS             6421..7659
                     /locus_tag="SEQF2638.1_01777"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNTGKLLTLGLILLTCCGACRPKSGLKEAAEAGLRGVESVFGSK
                     ADSGSEEPASQPEVQPDRDLTDVARFIAGMAPSEGGRLDSLAHTDTWKRYAAHADSAW
                     TRHRREQADSIRQWARNELPQGTDTIATVFYPFSGPDYFNVSLYFPNARNYILFGMEA
                     PGRVPEPRTDARQVGLSQYLAAYGQEVSGILRLSFFQTKLMATRYETQEMYGVTPLLL
                     LFLARADKEIVRVRPFAFTDGGRKHYLDSAPRYRGDEKYGKGVEIEFTDRDHRTLRTL
                     TYFSANIADGGLSVNKPTRDFLTTIDSGCVTYVKSATYLMHKAYFSTIRNTVLSKASV
                     ILQDDSGIKFSFFDPSRWDIRLYGMYDHPIALFGNHFEPDLYAAYRRGAVRPLPFRRG
                     YNSQSNQLLARRLRPGETKN"
     CDS             7873..8376
                     /locus_tag="SEQF2638.1_01778"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNIPAMCTGEMKYVILRIDTHVLRIDLCPRKRTRIRRQKQDEDV
                     HLFLSERKKPAPPRGFAPGYDPAPLQGAPPYPAGYPGRNGIRPPNGPVGPNDRNECTY
                     PAHVPMHVPRWHIRHRWWRPVGRIQYAPTRVPTPTNQRAARPPTLSELWTQKRITRTC
                     SSSCCSS"
     CDS             complement(8736..9215)
                     /locus_tag="SEQF2638.1_01779"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRVDFCDLHKRIHPARQYGFIFFDIKILIAGDIHFIPCPSRWHL
                     QLFRLEGEDRLFGHLAARRDDDCRAHLAIQHDCSIDIALFERVIIDKKIDGGSGRAGY
                     ATALQPDLAIGQECHPGIFRFHYGVLDDQVSFTYYNKPHTDPTPGIDGAALDAQRAE"
     CDS             complement(10100..10288)
                     /locus_tag="SEQF2638.1_01780"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPPPLPMVMAAGLREIPVAATGGSTVFAASCLTKSERSIGWPSF
                     PFFSEEKATRAARFLVPL"
ORIGIN      
        1 ggcagccaca cgtcgttcat ttttagcttt ttgccgcctg acgcgtacgc gcggcgtttt
       61 ttgttgttag tctttcgctt ccggctgcca tgtgtcgttc attttcagct ttctgccgcc
      121 tgacgcgtac gcacggcgtt tttcatcgtt agtcttttgc ttccggcaat tgcgcgtcgt
      181 tcatttttag ccttttgccg cctgaggcgt acgcatggcg tttttcgttg ttagtctttc
      241 gcctccagcg actacgcgtc gcttattttc agctatttgc cgcctgacgc ctacgcgcgg
      301 cgtttttcgt tgtcagttat tcgcttttag ctcgctccgc ttttcattga tcgcctcgtt
      361 gaggcggcgg cgttcgatct cattgtttga atcgtcggcc ggcggcggga gcagattgta
      421 tgatttataa gcctgagcgt gacgcgcgtt atgctttttc gcccggtaac tcggccagaa
      481 gacaaagcgg agcatattct cgaaattgac cgggatactg aggctcatcg gcagcattcc
      541 cgtgcctaca tgcccagcgc gtcgcagccc gatgcgtcgc agcgcacgga ggtcgctaac
      601 cgtcgcagcc gaaagcatat agctgcccat cggtacggtg ggctggggga gggcggctgg
      661 ctcgtacagc cgatagaccg cgggcggcaa ctggtcgggg cgagccgtcg gaccgccggt
      721 ggggcgaatg ctgtcgaagg aaatgaccaa ggggaggtcg gcgggactat gccgcagcgc
      781 cggagccgcc gacgcgggcg agagaagcga accggagcgg atggcccgca gcgtttcctc
      841 gtttagctcc agctcgccgc tgcgtgcccg acgtagccag gccgtatcca cagccgcagg
      901 ctcctgcgct gcgacgaggg cggggatagc cagcagccag ccgagcaggg tgacttttac
      961 gagaaaccac gcgggcggag gcttgagagt gtagtgtagc ggcaaggcgt ccaagaccga
     1021 gaggagggaa acatgtttga gtgcatggcc gaacagcggg gcgcgcaggt aaggccacgg
     1081 atgcgctgcg atgcgaagcc gaatcagatt tcctgttcga tcttgtagtt gttccgattc
     1141 ggcgagttac gcgagatcaa ctccccgata aagcccgaga ggaagagctg cgagccgatg
     1201 atcatggccg tgagcgaaat gtagaagaaa ggcgacgtcg tgactaaggg gcgcaaatcg
     1261 ccctccatca tcgaggccaa tttcatcacc aagacgatga cgagcgcagc gaacccgatg
     1321 agaaacatgc cgctgcccca aagcccgaag atgtgcatcg gtttctttcc gaatttcgac
     1381 gtaaaccaaa gcgtaatgag gtcgagataa ccgttcacga agcgatcgag tccgaatttc
     1441 gtaacgccat atttccgtgc ctgatggtgg actacttttt cgccaatctt attgaaacca
     1501 gcaattttcg ctaagtaggg gatgtatcgg tgcatgtcgt tatagacttc gatgttcttt
     1561 accacctcgc ggcggtaagc cttgagtccg cagttgaaat cgtgcagatt gatgccggag
     1621 aatttgcgcg ccgtggcgtt aaagagcttc gacgggaggt ttttcgtcag gcgattgtca
     1681 tatcgcttct ttttccagcc cgagacgatg tcgtagccgt cttcgcggat catgcgatag
     1741 agttcgggaa tctcgtcggg gctgtcctgc agatccgcgt ccatggtgat caccacgtcg
     1801 ccctccgcgc ggtagaagcc gcaatggagc gccggcgact tgccgtagtt gcgtcgaaat
     1861 ttgattccct tcacatgcgt cgactgtctc gccaggcgtt cgatgacgcc ccatgagccg
     1921 tcggtgctgc cgtcgttcac atagatgatc tcgtaactga aatggttttc gtccatcact
     1981 cgctcaatcc atgcgtgcaa ctcaggcagg gattccgctt cattatatag gggtacgaca
     2041 actgatatat ccatcgttcg gttcgtttct tttgagacgc aaaagtaggc cgggatttga
     2101 attatctcgg tgcgtcgccc gcccgaagcg cagaaggtcg tcggacgtcg tcggcgccac
     2161 gcagcctgag gctttgggga gatcacgtat ttcgggggta cgtatttatt atgccctcac
     2221 tcaaaagggg tttgaagccg cttggatacc gactttggag gcatttgcgg gcggtatgta
     2281 agccgcatcc tcagctgtga ttcggcaaaa aatagcgtat ttcgcagccg gttacacaga
     2341 gagcatcgaa tgagaaaaag catcatcgtc gtgttggcga cacttgtttt cgccgttatc
     2401 catgcgcaag acaagaaaat tcagcagatc cgcaaggatt acaatgaact gaaggcctcc
     2461 atcgcccagt tgacctcggg tgggtcggca ggcagtgggc tgctttgcgt caccctcgac
     2521 aataatcctt acggcgcaag ctatccggcc gttggctctt atcacaccac aacgcagttc
     2581 tattacgagc cccacgaggg acgagcgcct cagctccgaa tggctatcga gcattacgcg
     2641 gcagccaacc aaaagatgta caccgaggtg ctataccggg aaaatcggcc cgcattcgtc
     2701 tttctgaaga acaattacga tggggatgac gatcgcagac tctacttaga gggcgatcag
     2761 atcattcaat actcagagaa taacgccgtc aaaccttatc cgagcgatga cgacagacgc
     2821 acgaacttga tagactacgc cgaggttttg ctcaagcagt tcaaggcgat taagggatac
     2881 gaccgctgaa gatttctccc gacgtcctct tttgcatatg aaccggttat gagaaaaagt
     2941 acacttgtcg cactgctgtc gctcgccatt cttgcagcct ttgcgcaaag caaaaccatc
     3001 gagcaaattc gtgcggatta caacgcgttg aaaacagagg tcgcccgact gccacagatg
     3061 aaagagacgg gcatcatgta ctgtctgatt atcgacgaca atccgcaggg cgctacttat
     3121 ccaggggtcg gtcattttcg ctccaagacg cacttttatt acgacgtcgc tggtgatgag
     3181 ccgcccgtgc tgaggttggc cgttgagtcg tatgagggcg gcacgcagcg cacgtatacc
     3241 gaggcgatgt atgacgagcg tgggagagcc tccttcgttt tcgtcagtca gcggacggtg
     3301 gacggccagc ctgtggtgga gcagcgtctc tacatggagg gcgacagcgc gttggatttt
     3361 accctgaata agatcggcgt ggcggaaggt cttcgcgcgc agagtcagcg cgatgtatgg
     3421 atgaaggcca accggctggt gaagcaattt ttgagtgtta tgggaggcgg cgatgagtga
     3481 ttttccccgc ctctggctac attaattata gatatgagaa gaagtataat cacggccttg
     3541 gcagcgctct gcctgaccgc cgccgcgctg gcgcaaaacg cgaaaattga cggtatccgt
     3601 aaggaatacg ccgccatcaa ggccgatgtg gctgacctgc aacgcgcagg cgccaaaggc
     3661 aaatggtacg tcctgacgct ggacgataac gcttacggac gacgttatgt cggctcagat
     3721 catttccgcg cgcggcttca tttttattat gagctggaga gtgagacggt catccccatc
     3781 ctgcgttatg ccaccgaaga ggtggaggcc gacgagcaac gtattcgtcg ggaggcgctc
     3841 tacaccgacg gccagcccgt ttatatctac gagaaggaca gcgaccagga taacgtcgaa
     3901 cgcacactct tcttggacga aggcgaaccg atacagtacg ccgaaaacaa caaagtcctg
     3961 accggcgatg aggcaacgga cgccgccggt atgttgcttt ggcaggcgga gaacctgatg
     4021 aagcgcttcg agggatcttt cggcgactcg cccgaggata cgcccgatga cgacggtgag
     4081 gtgattccct taggcgacga atgattttcg atttcggcac ccaaacacct cattccatca
     4141 aaagaaagcg atgaacaagc accaatcgca tgccgctacc tctaccgccg aagcgcccaa
     4201 ggacacccga ctgggcttca cgggcgtgac ctccttcacg gtggccaaca tgatcggcac
     4261 cggcgtcttt actacgctcg gcttccagct gctcgacctg cacacgcctt tcgcactgct
     4321 tgcgctctgg atcgtgggcg gattgatcgc cctctgcggt tcgctcgtct acggcgagct
     4381 cggcgccgcc atgccgcgtt cggggggcga ataccactac ttgtcggtca tctatcatcc
     4441 cgccgtagga tttctctccg gctttgtctc gctgacgatt ggctttgccg ctccggtggc
     4501 gctggcctgc atggcgctgg ggcactacac cgaatcgctc ttcccggggg gtgtcacggc
     4561 gcagatgatc gccgtcagtg cactccttat catcaccgcc gtccacatgt ggagtgtgcg
     4621 tgggggcagt cggttccaga acgtttttac gctgctcaag ctggcgctga ttgtcgcttt
     4681 cattgtgtgt ggcgtcgcag ccggtggcga caagcagccg ttcctgcccg tgcctgacgg
     4741 cgcggggtgg cgagagttac tcagcccagc gtttgccgtc tgtctgatct atgtctccta
     4801 cgcctattcg ggctggaatg cgtcggcgta tgtggccggt gaagtgcgcg atccgcaacg
     4861 tacgctgccg cgatcgctgc tctggggtgt gaccatcgtg gccgtagcct acgtcgggct
     4921 gaatgctacg ttcctcagcc tcgtgccgca cgaggaaatg gagggcaagt tgcaggtggg
     4981 atttatcgcc gcgcaacacc tcttcggacc caccggtgcg agcctgatgg cgggtgtgat
     5041 cggactgtta ctcgtttcgt cgatcagctc gatgattttc atcgggccgc gcgtttcgca
     5101 ggtgatgggt gaggattata cgctgttccg cttcttgtcg caccgtagcc gacggggcac
     5161 gccggccgtg gccgtggccg tacagtccgc catcagtctg ctgttcatcc tctccggatc
     5221 gtttgagcag gtggtgactt tctccggttt catcctgtcg ctgttcacgt tcctctcggt
     5281 gctgggcgta ttcgtccata ggcgacgtta tcccgaggct gagcgaccct atcggacgtg
     5341 gggatacccc gtgactccga ttctcttctt gttgctgacg ggatggacca tggtctttct
     5401 gttggttgag aaaacgtccg aatccgtgct gggcatcttt acgctgggca tcggactcgg
     5461 ggcctacgcg gtgtgcagag gatgggagat gatgaagcga tataaagaac atcgggagca
     5521 ggtggccgag atggcagcgg cggacacaag tgcgactcga aaaaaaaaac gggcaacgtg
     5581 ccccgaatga cgcgtaaccc gaaaaagcaa gcaaacagtc tgcggggcat cacaccccac
     5641 cgaaccggtg gagacaggga gaccgcccgc agcacgcaat atcaaaaaca ggaagaaagc
     5701 aagtctatgg tgatcacgta tgacggcccg gaagacgttg aagagtctcc gaatcgcaag
     5761 ccgaacgacc gggaggagga gtatttccgc agctaccgca gttacatgca agagctggtg
     5821 tacggtcgtg agccgtatga cccagaggcc gatcgtggcg actgtagcga tacggacgac
     5881 agcggcgagc cgtcgactac ggacgaggcg cagataccga tcatcaataa gctggcgcag
     5941 tttggcctca aggaggatta tttcaagccc ggactcttct cgagggccgt acgcttttcg
     6001 gtgcgaatga tccacttcct caaggcgggc gaaaatgtcg agcttagtga cgaccgtcgc
     6061 tctgtgcgac accgaaaggc actgctccgt gagctagagc accccaaccc gacggtgcag
     6121 caggcggcgg aagacttttt ctattccccc agtggcacgc tggtggacct cctacggcac
     6181 ctcgtcgaat tttgccgcgc ccaaaaccaa cacgaacgac ggatacagca tccctttcgc
     6241 cgcggtgaca tcgctgaatg ggccgactca ccccttacgc gctctcaagg cagccgaatg
     6301 ggtgacgatg gattcaccgg gccacacatg aattgagggt tatcaatgat gacccacccc
     6361 cggggcctcc cccgttcttc ttctcatctg gatcaataat cgaactcgta acaataaaaa
     6421 atgaacacag gaaaactact tactctggga cttatcttgc tgacatgctg cggggcctgc
     6481 cgaccgaaat ccggccttaa ggaggccgcc gaggctggac tccgcggcgt cgaatccgtc
     6541 ttcggatcga aggccgacag cggctccgaa gagcccgcct cgcagcccga ggtgcaaccc
     6601 gatcgtgacc ttaccgacgt ggcccgtttc atcgccggta tggctccatc agagggcggc
     6661 cgcctcgact cactcgctca caccgacacc tggaaacgct acgccgcaca cgctgactcg
     6721 gcctggacac gccaccgacg cgaacaagcc gacagcatcc gccagtgggc gcgcaacgag
     6781 ctgccccaag gcacggacac catcgccacc gtcttctacc ccttcagcgg cccggactac
     6841 ttcaacgtca gcctctactt ccccaacgcc cgcaactata tcctcttcgg tatggaagcc
     6901 ccggggcgtg tgcccgaacc ccgcactgac gcacggcagg tcggactctc gcaatacctc
     6961 gccgcctacg ggcaggaagt ctccggcatc ctccgcctca gcttcttcca aaccaagctc
     7021 atggccaccc gctacgagac gcaagagatg tacggcgtca cgcctctcct gctcctcttc
     7081 ctggcgcggg ccgataagga gatcgtacgc gtacgcccct tcgcgttcac cgacggcggc
     7141 cgtaagcact acctcgacag cgcgccccgc tatcgcggcg acgagaaata cggcaagggc
     7201 gtcgagatcg agttcaccga ccgtgaccac cgtacgctcc gcaccctgac ctacttctcg
     7261 gccaacatcg ccgacggcgg cctctccgtc aacaagccca cgcgtgactt cctcaccacc
     7321 atcgactccg gctgcgtgac ctacgtcaag tccgccacct acctcatgca caaggcctac
     7381 ttcagcacca tccgcaacac cgtgctctct aaggcctccg tcatcctgca ggacgactcc
     7441 ggcatcaagt tctccttctt cgatcccagc cgctgggaca tccgcctcta cggcatgtac
     7501 gatcatccca ttgcgctctt cggcaaccac ttcgagccgg atctatacgc agcctatcgt
     7561 cgtggcgctg tccgtccgct gcccttccgc cgaggctaca acagccagtc taaccagctc
     7621 ctggcccgcc gcctccgacc gggggaaacg aagaactaag aagctaaaca ctgaacccta
     7681 aaagcgaaaa gccgggtaca tgttgaggat ctcctcagcg tgtacccggc tttcgttttc
     7741 ccccccgccc ccagaaaaac ctgacctccg aagtgttaat tgcgacgtga aggattgttt
     7801 acggctcgtg gatttcggga acaccgcggg aagcatacgg cgctgatagg cagtaaatag
     7861 ggcgcctgta aaatgaacat tccggccatg tgcacgggcg agatgaaata cgtaatatta
     7921 cgtattgaca cgcacgtctt acgtatagac ctttgccctc gcaaacggac aagaatccgg
     7981 aggcaaaagc aagatgaaga cgtacactta ttcctatcag aacgtaaaaa gcccgctccg
     8041 cccaggggtt tcgcccctgg ctatgatccg gcgcccctac agggcgctcc cccgtacccg
     8101 gccgggtacc cggggcgcaa cggcatacgc cccccaaacg ggcccgtagg cccgaatgac
     8161 cgtaacgaat gcacgtaccc ggcgcacgta ccgatgcacg taccgcggtg gcacattcgc
     8221 caccgatggt ggcgcccggt ggggcgtatt caatacgccc ctacacgggt acccacccca
     8281 acaaaccaac gggccgcaag gcccccaaca ctttcagaat tatggactca aaaacgaatt
     8341 acaagaacat gctcctcgtc ctgctgctcg tcgtagcggg gctggcagga gcgatgatgc
     8401 cgcaacaggc ggcggcgaag gactacaaaa tcaagatcgg cgacgtggag gttacctctg
     8461 agaattacac cgacatctcg gcttcgggtg gcttctccgc cgttaagagc ggcacggtga
     8521 cgtatgaccc cgcttccaac acgctgacgc taaataatgc cacgatcgaa ggggcgatct
     8581 acaacgacct ttccgataag gactttcata tcgtactcgt cgggaacaac accgttagat
     8641 cgaggattcg ctcggagagc agccgtgatt taagtatcac aggcagcggt acgctgacgg
     8701 tggggacacc gtctaatgat tacgctggca tttcttcatt cggctcgctg cgcatcgagg
     8761 gctgcaccat caatgccggg ggtgggatca gtgtggggct tattataata cgtgaaagag
     8821 acctgatcat caagaacgcc atagtgaaag cggaaaatcc caggatggca ctcttggcct
     8881 atggccagat ccggttggag ggctgtagcg tagccagccc ttccggagcc tccatcgatt
     8941 ttcttgtcga ttatgactct ttcgaagagc gctatatcta tcgaacaatc atgctgaatg
     9001 gcaaggtgtg cccggcagtc atcatcgcgc cgggcggcaa ggtgcccgaa aagcctgtct
     9061 tcaccctcga gcctaaagag ctgaaggtgc cagcgggagg ggcatggtat aaagtgtata
     9121 tctcctgcaa tcaagatttt gatatcaaag aaaatgaaac catactgccg agctggatga
     9181 atccgtttgt gcaggtcgca aaaatcaact cgcattcata tagctgtttg ttcactacct
     9241 atgtcaacac ccacggcgaa cgtagtgggg aaatcgtcat taaaaccacc aagggcgacg
     9301 tcaagctcaa ggtcacgcag gaggcggccg cggagcccga gccggacgaa cccgtcttta
     9361 cccttaaacc ccaagagctg aagatggagg ccgacggagg cgagaaggag gtcacgctca
     9421 gctaccccga ctattttaag gtgaaggatg taaagctgcc aagctggata attcagtcac
     9481 aattcgatta cagcacgttg tactatggct gtacgttcaa gttccagttc gagcccaaca
     9541 ccggagccga gcggacggcc gacgtcgtca tcaaaaccga caagggcgag gttacactca
     9601 aggtgacgca ggagggcggc gcgaagcccg aagtcaagtt taccctcgag cccaaagagc
     9661 taaaggtgtc ggccgacgga ggcaagaagg aggtcacgat cagctgtaat aaagcgttta
     9721 ttatcgaggg ctatcatcta ccgagctggc tggatgtgac cacacacagc aacaaagcgg
     9781 agaccgtcca taaggtcatc atccagatca agcccaacac cggacccgaa cggatgggcg
     9841 acgccgtctt cgatatcagt acagaccaaa gccaagaggc cgtcaagctc aaggtgacgc
     9901 aggcgggcgc atcggagccg aagcccacgt tggagctgag caccgagtcg ctcaccttcc
     9961 ccgctgaagg cggcaagcag acggtcaacg tcacggccaa cggcgactgg tacgccggtc
    10021 ttgcggaggg cgtctatgca gcctgggtga agatcacgcc cgacatggcg gcgggcacac
    10081 tgaccgtgga agtcgggccc tacaagggca ctaagaagcg cgccgcgcgg gtggccttct
    10141 cttcggaaaa gaaggggaag gacggccagc cgatcgagcg ttcgctcttt gtcagacagg
    10201 aggccgcgaa gaccgtggag ccacccgtgg ccgccaccgg aatctccctc aaccccgcag
    10261 ccatgaccat gggcagcggc ggcggcacgg tcggcttcaa cgtctatgcc gg
//
LOCUS       SEQF2638.1|AYYF01001497.1 30370 bp   DNA    linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..30370
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(694..1359)
                     /locus_tag="SEQF2638.1_01781"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLITKSKLYNYSRQYNRRIYYLVDEFFKEYDTVIKSPTLEEGVP
                     KKRGNRKFTMSSSEVMTILILFHFSSFRDLKHFYLFVRTQMKSDFPHTVSYNRFVELE
                     HKVCIPLAAFLKMKALGQCAGVSFLDSTHIRSCHIKREKQHKTFKDFARKGKDTLGWF
                     YGFKLQLIINDKGELLDFLLTPGNVDDRAPLKHMDFHKRIFGELFGDRRYISKRPLRA
                     TLY"
     CDS             1502..4027
                     /locus_tag="SEQF2638.1_01782"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIRYAFLLIMAVNCLTGYGQTIDAVHDAGVSRELAQLRKQKVKD
                     LRYDLHFSIPRDKHTPVTGEGRIRFRLDAPTEIVIDFREAADKIAEVRVNGQPAAYTF
                     RNEHIILPAALTQARENTISVRFTAGDQSLNRNDDYLYSLSVPDRARTIFPCFDQPNL
                     KAVFTLTLELPAEWVGVSNTRVTKEEKQADRKTLHFAPTRPLSTYLFAFAAGRFEQRT
                     YHGEGRTLTAYYRETDPQKVAQLDTIFRQSAAALDWLEAYTGMPCPFDKQDFIILPGF
                     QFGGMEHVGATLYNDTQLFLGPNPTPDEELRRIQLIAHETAHAWFGNLVTMDWFDDVW
                     TKEVFANHFSAWITEPLFPSVNHKLQRLRTFFASALSEDRTPGTNAIHQELDNLRNAG
                     LIYGQIIYNKAPVVMGKIIELMGEDAFREGIREYLRTYAYSNATWDDLIHILDRHTPE
                     DLIAFNDAWVNRKGMPIIRFTPRGKTLEIRQKDRYAPGIVRPQRFAVTLAAKGQTDTT
                     LEVNLRDSLVRLTLPFAPERVLPNTDGRAYGLLIPDTASRDWLLAHWHEATDETTRLA
                     RLMLLHENYQACLIPDALWLDALMNGLRAETNPLLFSTITSYISTPLRALPSALREGP
                     EEGLLRLSANHPQRSSRQRLLRMLIHSAAAPATLARLYAIWRDRSEPLLNETDYTDLA
                     YSLAVRLPDRSDSIVRTQRTRLTDPDRIRRFDFISRAMTPDTAALDTLFRSLLIPENR
                     RIEPWTSALLGWLNHPTRERHAVRYIRPALDALRDVQRTGDIFFPRDWVGALLRNHRS
                     PEAYRALLDFIDANPGYPPLLLNKVWQAAYPLYRANGEVKNEK"
     CDS             complement(4871..5230)
                     /locus_tag="SEQF2638.1_01783"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIATILTLIVALEHLYMMYMEMFAWETRGKRFFRSLPPDLFTPT
                     RSMAANQGLYNGFLAAGLVWSFFIGDPIWSANVRLFFLGCVAVAGTYGALTVSKKIFF
                     AQALPAIVAMVCVLAKV"
     tRNA            complement(5309..5383)
                     /locus_tag="SEQF2638.1_01784"
                     /product="tRNA-Thr"
                     /inference="COORDINATES:profile:Aragorn:001002"
                     /note="tRNA-Thr(tgt)"
     CDS             5598..6815
                     /gene="pepT"
                     /locus_tag="SEQF2638.1_01785"
                     /EC_number="3.4.11.4"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q81WU4"
                     /codon_start=1
                     /transl_table=11
                     /product="Peptidase T"
                     /db_xref="COG:COG2195"
                     /translation="MTITERFLRYAASDTQSDEHARTMPSTPGQMRFAESLTEELKAL
                     GLHDVSLDENGYVMATLPANTRRTDVPVIGFIAHMDTSPDMSGRDVKPRIVAYAGGEI
                     VLNEPLGIVLSPDVFPELNNYVGQELIITDGTTLLGADDKAGVAAIVSAMEYLLTHPE
                     VEHGTVRIAFTPDEEIGRGADRFDVARFGCFGAYTVDGGELGELEYENFNAAQAVVTL
                     RGRNIHPGSAKGRMINASLVAMQLNEMLPPAERPETTEGREGFFHLTEMAGSVEEAQL
                     TYIIRDHDRALFEKKKETLREAVRRINETYPECCTLDMRDQYYNMREVIDQRPELIQW
                     ARRAMAEAGVTPIERPIRGGTDGARLSFMGLPCPNLFAGGMNFHGRYEYLPVPSLQKS
                     METIIHLCHIITK"
     CDS             6828..7916
                     /gene="gcvT"
                     /locus_tag="SEQF2638.1_01786"
                     /EC_number="2.1.2.10"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q9WY54"
                     /codon_start=1
                     /transl_table=11
                     /product="Aminomethyltransferase"
                     /db_xref="COG:COG0404"
                     /translation="MKTTPFTDVHIALGAKMHEFAGYNMPIEYEGIIEEHLTVCNGVG
                     VFDVSHMGEIWIKGPKALELVQKITSNDASAIGVGKAQYSCFPNETGGIVDDIIVYHY
                     EDDKYLLVVNAANLDKDWAWCQKHNEGIGAELENASDNMAQLAVQGPKAKEVLQRLTK
                     VNLDAIPYYCFETGEFAGCPDVIISNTGYTGAGGFELYFYPQYGLKIWEALFEAGKPE
                     GIKPIGLGARDTLRLEMGFCLYGNDIDETTSPIEAGLGWITKFVDGKNFINRAALEKQ
                     KKEGVERKLCAFELQDKGIPRHGYDIVCSKGEVIGHVTSGTMSPTRKIGVGLGYIRTD
                     HSKIGTEIAIRVRNRDLKATIVKPPFRK"
     CDS             complement(8486..10147)
                     /gene="acsA"
                     /locus_tag="SEQF2638.1_01787"
                     /EC_number="6.2.1.1"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P39062"
                     /codon_start=1
                     /transl_table=11
                     /product="Acetyl-coenzyme A synthetase"
                     /db_xref="COG:COG0365"
                     /translation="MVERFLTQTSFASQEDFKHNFHIRVPENFNYGYDIVDAWAEEEP
                     TRRALCWTNDHGEHIDFTFAQIKERTDRTASYFQSLGIGRGDKVMLILKRRYEFWYAI
                     IALHKLGAVAIPATHLLTKKDIVYRANAADIKAVICAGEPEILRHVTDALPDSPTLQT
                     LVSVGPEMAPGFDDFQQGIEHAAPFVRPAFVNTNDDTSLMYFTSGTSGEPKMVIHDFL
                     YPLGHITTGSFWHNLHPDSLHLTIADTGWGKAVWGKLYGQWIAGSTVFVYDHERFTPA
                     DILRMIHDYRITSLCAPPTIFRFLIREDLTRYDLSSLQYCTIAGEALNPAVYDTFLRL
                     TGIRLMEGYGQTETTLTICTFPWTTPKPGSMGLANPQYDIDLLRPDGTPAEDGEQGQI
                     VVRTDKRRPIGLFQEYYRDPERTREAWHDGVYYTGDIAWRDADGYYWYVGRADDVIKS
                     SGYRIGPFEVESALMTHPAVVECAITGVPDEIRGQVVKATIVLAREYRDRAGDDLIHE
                     IQDHVKRVTAPYKYPRIVEFVDALPKTISGKIRRVEIREKDGGRG"
     CDS             complement(10357..10914)
                     /locus_tag="SEQF2638.1_01788"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:vienna_vog:VOG06177"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSEAIQQIAERLRGLRDVLEISVEEMAEVCRLTPEEYLRLESGT
                     EDISIDMLHTIARKYGVEPITLMFGDEPKMSTYFVTRSGRGASVERTKAYKYQSLAAG
                     FLSRRADPFMVTVHPKPEGTPIFLNRHTGQEYNYVVSGRMLLQINGKDLILEAGDSIY
                     FNSDLPHGMKALDGEEVRFLAIIIP"
     CDS             complement(10924..11478)
                     /locus_tag="SEQF2638.1_01789"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLKKILSVSGKPGLYKLVSQGKSMLIVEALTDGRRMPVYAREKI
                     ISLGDIAIYADGDEVPLYEVLNSVKAKEEGKAVSSIDAARATPDELRAYMAEVLPNFD
                     RDRVYPTDIKRLLSWYNLLISAGITDFDPQESAEEEDVEAPEATAKETHATPPPVVKN
                     TAPKTSSAAAKTPVGKSTQRMRQK"
     CDS             complement(11652..12230)
                     /gene="coaE"
                     /locus_tag="SEQF2638.1_01790"
                     /EC_number="2.7.1.24"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P63831"
                     /codon_start=1
                     /transl_table=11
                     /product="Dephospho-CoA kinase"
                     /translation="MTTIGITGGIGSGKSMVSALLRVYGVPVYDADHESKRLLVTSPT
                     IRRGLTALLGPEIYRPDGTLDRARMAALIFADADLLARVNAIIHPAVGDDFDAWRERL
                     TVPLCAMESAILFESGFDRRADVRLTVYAPEAIRLQRVMARDGAAEADVRRRMQSQWT
                     DERKAALSDAVITNDGLSALIPQVEALLNRWL"
     CDS             complement(12279..13286)
                     /locus_tag="SEQF2638.1_01791"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSEHGNASPLPTKASRVKAFFRRIGWRDVLVFMCFVLASLCLWF
                     LQALQDDYEINIALPVRYKNIPANMVPAADSPTEVVAKVRDKGTVLLNYLWTGSFSPL
                     EIDVRTLPREASSEELTVTRRILEAGILKHLASSTRLLSFEPSTIRVTYTELGNREIV
                     VEADLTVETEVGFQLSDRVTITPAKVRVYADRAKLDSLQAVRTVPIRLTGLSRTKTLT
                     ARLAEIAGVRFEPQSVKVTVPVEEFTEKRLTLHIRCDSVPAGYALRMFPNTAEAVCNV
                     PLSHFKELCEDRLDILIPFREFEAHREEGKITLRLTKKPDWLTDYDLNPDAIEFILEE
                     Q"
     CDS             complement(13317..13646)
                     /gene="yajC"
                     /locus_tag="SEQF2638.1_01792"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0ADZ7"
                     /codon_start=1
                     /transl_table=11
                     /product="Sec translocon accessory complex subunit YajC"
                     /db_xref="COG:COG1862"
                     /translation="MNLLSVFLQTSGAPASGGAGYMNILFMVALVAIFYFMMLRPQQQ
                     RQKAIRKAREAMKVGDKVVTSGGIHGKIKELGEQTMLIEVADGVRIRIDKNAIFANSE
                     DVPQQQK"
     CDS             complement(13752..14729)
                     /gene="nusB"
                     /locus_tag="SEQF2638.1_01793"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_00073"
                     /codon_start=1
                     /transl_table=11
                     /product="Transcription antitermination protein NusB"
                     /translation="MINRVLIRIKVLQILFAYQQNGSNDLKLAENELLLSLRRSYDLY
                     YYFLLLIVEVTHLQERRLDMRRNRYRPAEEDLRPNTRLVDNRFARQIEANLALQAYVK
                     EHGISWANETDFVKSVLDLILGSEIYAQYLGAKTDSYEVDRDFWRAVFRRLICGNESL
                     EDALEDISIYWNDDIEIIETFVIKTIKYSTATDGPDRPLLPMFKDAEDRDYAIRLLHL
                     TMLRGQEYLARIDRHLKNWEADRVASMDRLIMQMAVAELINFPTIPVNVTLNEYIDAA
                     KYYSTPKSSTFINGILDAVVQDLKEENKLVKVPLAKGARKDTDDDDDDE"
     CDS             complement(15603..16733)
                     /gene="wbpE"
                     /locus_tag="SEQF2638.1_01794"
                     /EC_number="2.6.1.98"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q9HZ76"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-2-acetamido-2-deoxy-3-oxo-D-glucuronate
                     aminotransferase"
                     /db_xref="COG:COG0399"
                     /translation="METIQMVDLKRRYARLKSEIDKATTDVMAAGSFIGGPEVDTFTR
                     ELGQYLNAPHIIPCANGTDALELALRALGVQPGDEVIMPAFTYIAAAEMVALLGATPV
                     LIDVRPDTYNIDPALVEQAVSRQTKAIVVVHLFGQTCDMDPILRVAKKYKLGVIEDNA
                     QSLGADYISSDGRTRKAGTIAHIGTTSFFPTKPLACYGDGGAVFTADSQLAERIRCLA
                     NHGQAAKYDHRAIGRNSRLDALQAAILRVNLRHMDDDISRRRAVADRYDEGLRALPWL
                     RLPARSKFSTHVFHQYTFRVSDGRRDALREALRSQGIPSTVYYPKAIHEQEAYKWVAR
                     TCGSMAESVRLAHDVLSLPIHAEMKDEEVTHIADRVKAFFQK"
     CDS             complement(16782..18851)
                     /gene="metG"
                     /locus_tag="SEQF2638.1_01795"
                     /EC_number="6.1.1.10"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P00959"
                     /codon_start=1
                     /transl_table=11
                     /product="Methionine--tRNA ligase"
                     /db_xref="COG:COG0073"
                     /translation="MEETKQDFKRTLITSALPYANGPVHIGHFAGVYLPADIYARYLR
                     LCGRDVLFVGGSDEHGVPITLRAKKEGVTPQDIVDRYHALIKDTFERFGVSFDIYSRT
                     SSEVHHRMASDFFRTLYDKGVFIEKESEQYYDEEAGQFLADRYITGTCPHCGNEHAYG
                     DQCERCGTSLSPTELINPRSAISGSAPVMRRTKHWYLPLDQYEPFLRQWILEEHKEWK
                     PNVYGQCKSWLDMGLQPRAVSRDLDWGIPVPVEGAEGKVLYVWFDAPIGYISNTKELC
                     DAQPERYGSWETWWKDPETRMLHFIGKDNIVFHCIVFPTMLCAEGSFILPDNVPANEF
                     LNLEGDKISTSQNRAVWLNEYLDDLPGKQDVLRYVLTANAPETKDNDFTWKDFQARNN
                     NELVAIFGNFVNRALVLTGKYFDGVVPECGEMDDYDRATLHEFESVKAELVRLLDTFH
                     FRDAQREAMNLARIGNKYLADTEPWKRFATDPARVQTILHVALQITANLSIAFDPFLP
                     FTTEKLRHMLAIDAPFAWDRLGDFHLLTAGHKLGKAELLFEKIDDEVIERQVQKLLDA
                     KHANEVAEHHAAPIREAVAFDDFTRLDIRVGRVTECTKVPKADKLLQFKIDDGLGGRT
                     IVSGIAKHYAPEELVGRQVCFVANLEPRRIKGITSEGMILSAEGADGRLAVISPEKEV
                     EPGSAVK"
     CDS             complement(18790..18915)
                     /locus_tag="SEQF2638.1_01796"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKIIHPREKTNTDKQYNIDHPYGRNKTRFQTHPHHLRTALR"
     CDS             complement(18912..20885)
                     /gene="sasA_2"
                     /locus_tag="SEQF2638.1_01797"
                     /EC_number="2.7.-.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01837"
                     /codon_start=1
                     /transl_table=11
                     /product="Adaptive-response sensory-kinase SasA"
                     /translation="MKKILHRAGIGLFLTLTPLLAVAQSDADVELLTGEFEAAHPGAK
                     RAEAANRLAAVLTREKALSNTYHFTRNTTEDSLRWILYSGLAQYYYDQALFRKCIHSA
                     QLAIPPTCALKDTAGWFALLTMQTEAYVRTGDFDGARQSIRTCLEVAEKQGSPERLAA
                     AYNNMGVLYHHMRDDSFSIVMYRKGLETLRRIPASESLPMRAELLRNLGGAYGEMNRP
                     KEVMQILREALAISEQLGDTMGIATAQSSMGLAAMAAGDLTQAEQYFSQALDGVRRLQ
                     HPVGMIYCLGYLGQVKQKQGLIAEAAAYYRQADEMAREMNFTEMEMKACEQLYALYRT
                     SNPALALEYLERNKALGDSLYQMDAETQMKAFRVEYETAEKEHRIAIQNEELKQRYLQ
                     LWLLVVGIVACLVVLYFVNRYRRLVRRRNRELRAINATKDKLFSVISHDLKSPAVAQK
                     MAMEEILANLEDYDSETLSRYLGLFYRASEAQVDLLHNLLNWAHTQTDRITYEPSRFD
                     LRDVMRDAMGLYIMSAENKEITLRTDFSDEPCTVRADRQMVHTVLRNLVNNALKFSES
                     GSEIRLVVKRSGSTVSVFVCDSGQGMTDAQIQSILHTDELVTTRGTRGEKGSGLGLNI
                     CRELLVRNHSKLILRSRLGQGTEAGFEMGYVNE"
     CDS             21210..21380
                     /locus_tag="SEQF2638.1_01798"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNIPVVDTEKMKYVILRIDTPLLPPELCTRNRTRFRSQINKMNK
                     YTVDQNFPFINS"
     CDS             21427..23052
                     /locus_tag="SEQF2638.1_01799"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTKFRISILLITLLGLMSATSDSWAQKSHAHEVTFTPEKLIVP
                     AEGGTFKIQMKALGYFWNCSAPPSWVTYLEPRSNDKDYLGEHDITITFMPNIGPTRSH
                     TLYFKTEYAYAGGPGDVDTFKYVITQLSGEFVAPTVANKALTLSATEDAITVTWHAAK
                     DNKTHANDLTYRVYVANKPSLLTDLSFDSDLPAAHDQNGSNPSQAGTFTTTIEKYTDG
                     QQLIETLEPGTTYYVIVAVYDEDENVTEYTMGQVKTATPATPFVKLSEQEIVMDASGG
                     KHTLTVTSNYGWNSDVSPNGALKRNGGWFTNTGMSAIGGNGIASDDDYSFAVDPNTSS
                     DDRKLTVTLSSTRDPSITTTLTITQKGTKPTEVMVSSLLMNLPRVTVNGDRSRFNLNA
                     TVYPADATDKRLQWSSSDESVATVHASSASASRLKSGVTIGTAVEVRIHKKGKAVITA
                     QAMDGSGKSASCEVDVLSTVGNATVATPARIYAANGTLRISLPTASRVEIYTLLGQCF
                     HSFTAPAGETSLTLPAGLYIVRAGESVQKISIN"
     CDS             23132..23311
                     /locus_tag="SEQF2638.1_01800"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNHDSHRTSNKPPPPPYNREQAKASLKRLIDVYAHYLNACHSLD
                     DPNSHTPPNKRNGER"
     CDS             23465..24529
                     /locus_tag="SEQF2638.1_01801"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:vienna_vog:VOG00028"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRRFISMMMMAIVAVTCVTCLASCKDDPVPEPIPQPQPQPQPQP
                     NPNPQPTPNPNPNPNPGGEAKSIKLDRTELTLKVGERASIKAEVEPANAAVKLVSWKS
                     SDESVATVTDGGEVVGKSAGKATLTASCGSARATCQVTVKKEQQALAPIQVQMTGSIN
                     HTQYTAGQSATITFNRFPASVEEFKQVREQIGREPQGAIALQVMAHEMFRRDREIGRA
                     CIELNSTGTEGRKAMERLKELYRAGDSYARPYLMAAFLKGARPDNGYNPTKPYTIEIT
                     ADPGHKYDSTKDYTFQAPIVYLRIKTQGRSQGFEIISVVKTFKPDEPSDGTYFIVNNC
                     PGLYVQVAPISYEHKFLGLD"
     CDS             24688..25209
                     /locus_tag="SEQF2638.1_01802"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIWTTLVALLIALTASGCKKDTPEPKPEGAFRQVTLKGFSYICP
                     TILKPVQLADREQKAQLFTLYGDDVTNSIACSVKELEGDDDFTLEDAEEALAELLREF
                     PDATGQAYPDGVLLRKSGVNPQLGKENIYMTMRLMVSGNKLFTLVFNYTESNKVILSK
                     YVDPVINSIQAPK"
     CDS             25233..25739
                     /locus_tag="SEQF2638.1_01803"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKATRFPLLILIALCAMTLAATTTLTAQTKTFRGAWFTVEYPAN
                     FTAEGSLPSATSGEDEAFDSATFTSPDGSVTFYVYSPQWSGDPTDIELSENEREGQRK
                     VTRGKRQTVTYWTIGAKDGSYTRSYQEVREDETMHVLGIHYTTQQAYNKYKKQYLQFK
                     ASLKQFAD"
     CDS             25902..26987
                     /gene="rihB"
                     /locus_tag="SEQF2638.1_01804"
                     /EC_number="3.2.2.8"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P33022"
                     /codon_start=1
                     /transl_table=11
                     /product="Pyrimidine-specific ribonucleoside hydrolase
                     RihB"
                     /db_xref="COG:COG1957"
                     /translation="MKTTLRILCLMALVGLMGMTSERAAAQKKEKVILDTDMVEVFDD
                     GVAMMMLAKAPNIDLLGVTIVIGNTWVPEGTAYGIRQLECVNRTDIPIVPGIRQPIYP
                     NRFETIKNERILFGIGDAYVGAAGYPEPASWRAVYLQKYGREPSVQPLDMKAVNFIID
                     RVKANPGEVTILAIGTCVNLATAVRIAPEIVPLIKRVIYMGGSFFRPGNTTPTAEFNW
                     WLDPEAAKICVRTPFKEQVIVGLDVCEKMAFRKDRYERITNLVRNEGIKGMMKRNYLN
                     VKFLEEPTYTHYVWDVIAASILIDPTLIREEVKRYVDVNSQFGFSYGQALAFDSNQPV
                     GSQPARIILTVDEPRLWSMIEKYCSEF"
     CDS             27095..27724
                     /locus_tag="SEQF2638.1_01805"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MINTRGRVFATDGGARWGVFNTPLHGYPPQQTNKPTGRRPPTHK
                     QSNRAARPQPLNNMKYIILQRANPQDRRKAKWYATPLLERRVRQAELTSQLTESLGIR
                     YGIVRKIIQVFLEAVVRHLLAGRSVCLRPLGTLRISFTSDGMEEPERVTPDMIRDMKI
                     VITPDKLLKEQLSNLHFELHEDPAAASSSPHESVVEMMPNIRPSARPWL"
     CDS             28051..28509
                     /locus_tag="SEQF2638.1_01806"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG4357"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPQSLSKLYIHTVFHIKSTSVTIRNEDRGALYEYMGGILNHIGC
                     LPIRINGVDDHVHLLCLLSRTVSTAKMMEEVKQRSSCWIKTIDPRYYRYFAWQNGYGA
                     FSVSPSLVERVKKYIDNQEEHHRTTTFRDEYVAILKDHDVPFDEDYLWTD"
     CDS             28964..29911
                     /locus_tag="SEQF2638.1_01807"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEDYIEINRAGLTKLDNGRHYEYHNNVYDLLHEVDATKIGVPVE
                     KITQYKGGIDVEGQINRESQASLDTQRMQKADEARDRLLSYLFGMIRTNRFSPEAAEA
                     AAADELEIVIRPYYGIQKIDVDQESAAIDGLLIDLREAKNTPFLTTLRLTAILPKLEA
                     ANADFRKIYKTRTSARADDKELPSAKAARAKTDAVFDRIVFILQAAYYSGASPIERTL
                     IASIVKQINQRTQEIFDKYNQSLAKKKAAKKPKDPTDPKQPKEPKQPKDPKDPKQPKE
                     PKKPDGEKPKDPKKPDEGGKKPEKPGGGDGDPDIHLPEE"
ORIGIN      
        1 tcttgcatgg tgtaccaaga gtcatgttta gagatactgg cacagaatgc gatcagaagc
       61 aagaggggca agggataacg tttattcttg ttgttacggc ggtcatcaat cagggtgaga
      121 ctccggataa ggctgggcgg ttccattatt gtcatgtata gtttgatggg acgaagctaa
      181 acggaatccc ggacctcgaa aagattatgc gccagccctg cgtcaaaagc cgtctttcga
      241 cgaggtcact cctctcgagg ccctacgcaa cgtgagtttg gcgtaaggaa aagggcaaaa
      301 gaggcgggaa tcaagagagg ttggattaag gggcaaatat gctcgcacag gagtgctata
      361 acatactgtg agaagctgtt ttgaatttat tggtgaagat tttggtttaa cacgagttcg
      421 atctaactaa gcgacaggta tgaaggagag atgtacaaac tcctcggcag tgtttatgga
      481 tggctttttg tcgaggaaag agaaagcggc caaagccgat aacagattga tgatgaggtt
      541 tgggaagcat cgatggcggg tcaagctcta tccgacaaac gtttttcagc taatcattaa
      601 cagtctcgat cagaaatctt ttccgaatca taatcctgtc atgttaaagc atttttcata
      661 ttcttcttca gatgcgtgat gaggtgtacg ccgtcaataa agagttgctc gaagaggtct
      721 tttcgagata tacctcctgt ctccgaagag ctccccgaaa atccgtttgt ggaagtccat
      781 gtgtttcaag ggggctctgt cgtccacatt gcccggagtc aaaagaaaat caagcaattc
      841 tcccttgtca ttgatgatca attgaagttt gaatccatag aaccatccaa gggtgtcttt
      901 tcctttccgg gcaaaatcct tgaaggtttt atgctgcttt tctcttttga tatgacagct
      961 tcggatgtga gtagaatcga gaaaagatac accagcacat tgtcccaaag ccttcatttt
     1021 cagaaaggcg gcaagcggaa tacagacttt atgctccaat tctacaaatc ggttgtagga
     1081 cacggtatgg gggaaatcag acttcatctg tgttcggaca aaaagataga aatgcttcag
     1141 gtctcgaaaa gaggagaagt ggaaaaggat gagaatcgtc atcacctcac tactggacat
     1201 ggtgaatttg cggttccccc gtttctttgg gactccttct tccaaggtag gacttttgat
     1261 tacggtgtcg tattctttga agaattcgtc gacgagatag tagattctac ggttatattg
     1321 gcgagaatag ttgtatagtt tactctttgt tatcagcaca ttaagatgca acccatacct
     1381 agatttccac ctctttttac ccccttttct tacatagacc ttacgttacg tagttttgcc
     1441 cgccgatctg ggatcagaac ttcctcggca tctaacgcct gaatatctac tttattaccc
     1501 tatgatacga tacgcattcc tactgattat ggccgtgaac tgcctcaccg ggtacggcca
     1561 aacgattgat gccgtgcacg acgctggcgt ctcacgcgaa ctggcccaac tgcgcaagca
     1621 gaaggtcaaa gacttacgtt acgacctaca cttctcgatt cctcgagaca aacacacacc
     1681 cgtcacgggc gaggggcgga tccgcttccg actcgatgct cccaccgaga tcgtcatcga
     1741 ctttcgagag gcggcggaca aaatcgccga ggtgagagtg aacggacaac ccgccgcata
     1801 caccttccgc aacgagcaca tcatcctgcc tgctgcactg actcaggcgc gcgaaaacac
     1861 gatcagcgta cgattcaccg cgggcgacca gtcgctcaac cgcaacgacg actacctcta
     1921 ctccctctcc gtgcccgacc gtgcgcggac gatcttcccg tgcttcgacc aacctaacct
     1981 gaaggccgtc ttcacgctta cgctcgaact gcctgccgaa tgggttggtg tgtcgaatac
     2041 gcgtgtcacg aaagaggaaa aacaggccga cagaaagacg ctccacttcg caccgacacg
     2101 tccgctgagc acgtatctct tcgccttcgc tgcgggacgt ttcgagcaac ggacttacca
     2161 cggcgagggg cgcacactga cggcctatta ccgcgaaaca gacccgcaga aggtcgccca
     2221 gctggacacc atcttccgac agagcgccgc cgcactcgac tggctcgagg cctacaccgg
     2281 catgccctgc cccttcgaca agcaagactt catcatcctg cccggattcc aattcggcgg
     2341 catggagcac gtcggcgcta ccttatataa tgacacgcaa ctcttcctcg gccccaaccc
     2401 cacgcccgac gaggagctgc gacgcatcca actcatcgcg cacgagacgg cccacgcgtg
     2461 gttcggcaac ctcgtcacga tggattggtt cgacgacgtg tggacgaagg aggtcttcgc
     2521 caaccacttc tccgcctgga tcaccgagcc actcttcccc agtgtcaacc ataagctgca
     2581 acgcctgcgc accttcttcg cctccgccct ttctgaggac cgcaccccgg gcacgaacgc
     2641 catccaccaa gagctggaca acctccgcaa cgccggactc atctacgggc aaatcatcta
     2701 caacaaagcc cccgtggtga tgggcaaaat catcgagctt atgggcgaag acgccttccg
     2761 cgagggcatc cgcgaatacc tccgcacgta tgcctacagc aacgccacgt gggacgacct
     2821 gatccacatc cttgaccgcc acacgcccga ggatctcatc gccttcaacg acgcctgggt
     2881 gaaccgtaaa ggcatgccca tcatccgctt cacgccgcgc ggcaagacgc tcgagatccg
     2941 tcaaaaagat cgctacgcac ccggcatcgt ccgcccgcaa cgcttcgccg tcacccttgc
     3001 cgccaagggg caaacggaca ccaccctcga ggtcaatctg cgcgacagcc tcgtacgcct
     3061 caccctgccc ttcgcccccg agcgcgtcct gcccaacacc gacggccgcg cctacggcct
     3121 gctcatcccc gacaccgcca gccgcgactg gctcctcgcc cattggcacg aagccaccga
     3181 cgagaccacg cgcctggccc gcctcatgct tctgcacgag aactatcagg cctgcctcat
     3241 ccccgacgcc ctttggctcg acgccctcat gaacggactc cgcgcggaga cgaaccctct
     3301 cctcttctcc accatcacgt cgtacatctc cacgcccctc cgcgccctcc cgagcgccct
     3361 ccgcgaaggc cctgaggagg gtttgctgcg cctcagcgcc aaccatccgc agcgatcctc
     3421 ccggcagcgc ctcctccgca tgctgatcca cagcgccgcc gcacccgcca ccctcgctcg
     3481 cctctacgcc atctggcgcg accgctccga gccgctcctc aacgagacgg attacaccga
     3541 cctcgcctac tcgctcgccg tgcgcctgcc cgaccgcagc gactcgatcg tccgcaccca
     3601 gcgcacccgc ctgacggacc ccgatcgcat ccgccgcttc gacttcatct cccgcgccat
     3661 gacgcccgac acggccgccc tcgacaccct cttccgctcc ctgctcatcc ccgagaaccg
     3721 ccgcatcgag ccttggacct ccgcgctgct cggctggctc aaccatccca cccgcgagcg
     3781 ccacgccgtc cgttacatcc gccccgccct cgacgctctt cgcgacgttc agcgcaccgg
     3841 cgacatcttc ttcccccgcg actgggtcgg cgccctcctg cgcaaccacc gcagccccga
     3901 ggcctaccgc gccctgctcg acttcatcga cgccaacccc ggctatccgc ccctgctcct
     3961 caacaaagtc tggcaagccg cctaccccct ctatcgggcc aacggggaag tgaaaaacga
     4021 aaagtgaaaa atgaaagccg ggtgcacgat catttcaatc atgtacccgg caaacttggc
     4081 tggcacccct tggtaccccc ggccaacttc cctgcccccg gttgggggct tgactttctt
     4141 ttgcctcctt ttcttgtgtc aagacaagaa aaggaggtct caagacaaga aaaggagatc
     4201 cggagacacc cgaatcaatc cgcgatagca ccaaacccat ccccgcgaga ccataatcaa
     4261 tcagcaatgg cctcgcgggg atttttttca tgtcttcgtg cacacacatg catataaaca
     4321 gcatcgattt accttcttca tgcatgcagg ctaatatctt ccatatctat catagatttt
     4381 ttcatccata catttattca tggataatga gcatatataa ttcatgtatg cactagaata
     4441 tagagggatt attatataca atcaccagca cgcatattct cgcgaaaatt atatattcta
     4501 atctaatcgc aagcaggtat atataaaaac gagtatgtac attatcccct ccaaacagat
     4561 ttatataaaa cagattcctc catcttatac tgcatacata tacacaggaa aacagatcaa
     4621 accaatcttc ctgctatcac ataaacatac aatcaaatcc atacagctct ttgtgcacac
     4681 acaaaaatca gaacaacacc cccgtgaacc gttcgcagaa aaaagcagcg tctccacaaa
     4741 cgaaacggag ccttcgaggg ccgccgcaag cgtctccgaa agctccgttg cccctttgcg
     4801 accgcgaaac aggcctacgc catgcgccac aaaaggttct ctctatgatt ttgataccgc
     4861 cgtggccggt tcagaccttc gccagcacgc aaaccatcgc cacgatggca ggcaaggcct
     4921 gcgcgaagaa gatcttcttc gacaccgtta gcgcaccgta cgtcccggcc acagccacgc
     4981 aaccgaggaa aaacaggcgg acgttcgcgc tccatatcgg atcgccgatg aaaaagctcc
     5041 acaccagccc cgccgcaagg aagccattgt acaacccctg attggcagcc atcgagcgcg
     5101 tgggcgtgaa tagatccggg ggcagcgagc ggaagaagcg tttgccgcgc gtctcccagg
     5161 cgaacatctc catgtacatc atgtagaggt gctctagggc gacaatgagg gtaagaatcg
     5221 ttgcaatcat cgtgtgaggt ggggataaaa aaagatccgc aaccgatcat cattcactga
     5281 taaaaccgat tgcggagttc gtttttttga gcctcttgtc ggattcgaac caacgacccc
     5341 gagattacaa atcacgtgct ctggccaact gagctaaaga ggcaaagtgg gaaagctgaa
     5401 ctgcatcgca ccgctacaac caagtaccct tgctgcggtc aagccctggg ggaattccga
     5461 gggagctggt cgtgcaggac tttcccgccg caaatatacg ccaatcccga aattcccaaa
     5521 ctgccggggt ttatttccat agagatggtt tttcgcgtac ttttgcgtta tagatagtaa
     5581 aaacgaagca cagatacatg acgatcaccg aacgatttct ccgttacgcc gcgtccgaca
     5641 cgcagtcgga cgaacacgca cggactatgc cctctacccc cgggcagatg cgcttcgcag
     5701 aatcccttac agaagagttg aaagccctcg gtctgcacga cgtctcgctc gacgagaacg
     5761 gctacgtcat ggctacactg ccggctaaca cacgccgcac ggatgtaccc gtcatcggct
     5821 ttatcgcgca tatggacacc agtccggata tgtctggacg ggacgtgaag ccacgcatcg
     5881 tcgcctacgc tgggggcgag atcgtactca atgaaccgtt gggcattgtg ctctcgccag
     5941 acgtcttccc ggagctaaac aattacgtgg ggcaggagct gatcatcacc gatgggacga
     6001 cgctgctcgg cgccgacgat aaggcgggcg tggcggcgat tgtctcggcg atggagtacc
     6061 tcctgacgca tcccgaagtg gagcatggca cggtgcgcat cgccttcacg ccggacgagg
     6121 agatcgggcg tggcgccgac cgtttcgacg tggcgcgctt cggttgcttc ggcgcctaca
     6181 ccgtggacgg gggcgagctc ggcgagctgg agtacgagaa tttcaacgcc gcacaagccg
     6241 ttgtcaccct gcgggggcgc aacatccacc cgggcagtgc gaaggggcgc atgatcaacg
     6301 cgtcgctcgt ggctatgcag ctcaatgaga tgctgccgcc cgctgaacgt ccggaaacga
     6361 ccgaggggcg cgaggggttc ttccatctga cggagatggc gggatcggtg gaagaggcgc
     6421 aactgacgta catcattcgc gaccatgacc gcgccttgtt tgagaagaaa aaagagacgc
     6481 tgcgcgaggc cgtgcgacgc atcaatgaga cgtatcccga atgctgcacg ctggacatgc
     6541 gtgaccaata ctacaacatg cgcgaagtca tcgaccagcg ccccgaactg atccagtggg
     6601 cgcggcgggc gatggccgag gcgggcgtga cgcctatcga acgacctatc cgcgggggca
     6661 cggacggcgc ccgactgtcg ttcatggggc tgccctgccc gaacctcttc gccggcggca
     6721 tgaacttcca cggccgctac gaatacctgc ccgtcccgtc gctccagaag agcatggaga
     6781 cgatcatcca tttatgtcac atcatcacca aatagataga acaagagatg aaaacaacac
     6841 cgtttaccga cgtgcacatc gccctgggcg ccaagatgca cgagtttgcc ggctacaata
     6901 tgccgatcga gtatgaagga attattgagg agcacctgac cgtatgcaac ggcgtgggtg
     6961 ttttcgacgt gtcgcacatg ggcgagattt ggatcaaggg tccgaaagcg ctcgaactgg
     7021 tgcagaaaat cacctccaac gacgcctccg ccatcggcgt gggcaaagcg caatacagct
     7081 gcttcccgaa cgagacgggc ggcatcgtgg acgacatcat cgtctaccac tacgaggacg
     7141 acaagtacct cttagtggtc aacgccgcca atttggacaa ggactgggca tggtgccaga
     7201 agcacaacga gggcatcggc gccgaactgg agaacgcgtc ggacaacatg gcccagctgg
     7261 ctgtgcaggg cccgaaggcg aaggaggtgc tgcaacgcct gacgaaagtc aacctcgacg
     7321 ccatccccta ctactgcttc gagacgggcg agttcgcagg ctgccccgac gtcatcattt
     7381 ccaacacggg ctacaccggc gccggcggct tcgagctgta tttctacccc cagtatggac
     7441 tcaagatctg ggaggcgctc ttcgaggctg gcaagcccga gggcatcaag ccgatcggcc
     7501 tcggcgcacg cgacacgctg cgtctggaga tgggattctg cctctacggc aacgacatcg
     7561 acgagacgac gtcgcccatc gaagccggcc tgggctggat cacgaagttt gtcgacggca
     7621 agaacttcat caaccgcgcc gccctggaga agcagaagaa agagggtgtg gagcgcaaac
     7681 tttgcgcctt cgagttgcag gataagggaa tcccccgcca cggctacgac attgtttgct
     7741 caaagggcga ggtgatcggc cacgtgacct ccggcaccat gtcgcccacg cgcaagatcg
     7801 gcgtcggctt gggctacatc cgcacggatc actccaagat cggcaccgag atcgccatcc
     7861 gcgtccgcaa ccgcgacctg aaggcgacga tcgtcaagcc gccgttccgc aaatgatata
     7921 gttgcttgat tttgtcagtg aatccccgtc ggaagatcgt tcgcgatctc tctggcgggg
     7981 attctttttg gcggaaacgg gccctcaatc ccgaaaaacg ccgcatttct tctgaagaaa
     8041 caggcctcaa ctccgaaatc tggggtatct cttctgaaga aacggcccta aatccagaat
     8101 tacggcgaat ttcttccgag caacacgctg taattggaaa atccggggca tttcttctgg
     8161 ggaaacagac tccaatcggg aaaaaaaggc ctgccgcgtc accgcaacag gccgtttttc
     8221 gtggagcgag gtcgttagac gaatggaaac agcgccctcc cccactccgt taacgtgagt
     8281 tcgatgtgcg attttctgga ggaaatcgct cgccaaaaac tttttcggct catttcctta
     8341 ggaaatcgct cgccaaaaac tttttcggct catttcctca ggaaatcggc tgctcactta
     8401 ctcactcatt tcctcaggaa atcgtaggat ggcctacatc gaactcacgt tccgttacgt
     8461 gcattcgccg cttcattttc gcgtcttagc cccgcccgcc atccttttcg cgaatctcga
     8521 cgcggcggat tttgccgctg atggtcttgg gcaaggcgtc gacgaactcc acgatgcggg
     8581 ggtatttgta gggcgccgtg acacgcttga cgtgatcctg aatctcgtgg atgaggtcgt
     8641 cgccggcacg gtcacgatac tcgcgggcga ggacgatggt ggccttcacc acctgcccgc
     8701 ggatctcgtc cgggacaccc gtgatggcgc attccaccac cgcggggtgc gtcatcagcg
     8761 cgctctccac ctcgaagggg ccgatgcgat aaccggagct cttgatcacg tcgtcggcgc
     8821 ggcccacgta ccagtagtag ccgtccgcgt cgcgccaagc aatgtcgccc gtgtaataga
     8881 cgccgtcgtg ccaggcctca cgcgtgcgct ccgggtcgcg gtaatactcc tgaaagaggc
     8941 cgatcgggcg acgcttgtcg gtgcggacca cgatctgccc ctgctccccg tcctcggccg
     9001 gcgtgccgtc ggggcgcagc agatcgatgt cgtactgcgg gttggccagg cccatcgacc
     9061 cgggcttggg cgtggtccag gggaaggtgc agatggtgag cgtcgtctcc gtctggccgt
     9121 agccctccat gaggcggatg ccggtgagac ggaggaaggt gtcgtagacc gccgggttga
     9181 gcgcctcgcc agcgatggtg caatactgga gcgaggagag gtcgtagcgc gtgaggtctt
     9241 cgcggatcag gaagcggaag atggtgggcg gggcgcagag tgaggtgatg cggtaatcgt
     9301 ggatcatgcg caggatgtcg gccggggtga accgctcgtg gtcatagacg aagaccgtag
     9361 agccagcgat ccactgcccg tagagcttgc cccagacggc tttcccccag cccgtgtcgg
     9421 cgatggtgag gtgtaggctg tccggatgca ggttgtgcca gaagctgccg gtggtgatgt
     9481 ggcccagggg gtagaggaaa tcgtggatca ccatcttcgg ttcgcccgac gttccggagg
     9541 tgaagtacat gagcgaggtg tcgtcgttcg tgttcacgaa ggcggggcgg acaaagggcg
     9601 cggcgtgctc gatgccctgc tggaaatcgt cgaatccggg cgccatctct gggcctacac
     9661 tgaccagcgt ctggagcgtg ggcgaatcgg gcagggcgtc cgtgacgtgg cgaaggatct
     9721 ccggttcacc ggcgcagatg accgccttta tgtcggccgc attggcgcga tagacgatgt
     9781 ccttcttcgt cagcagatgg gtggcaggga tggccacggc gccgagctta tgcagcgcaa
     9841 tgatggcgta ccaaaactcg tagcgccgct tgaggatcag catcactttg tcgccgcggc
     9901 ctatgccgag cgactggaaa taggaggcgg tacgatccgt tcgctccttg atttgtgcaa
     9961 aggtgaagtc gatgtgttcg ccgtgatcgt tcgtccaaca gagggcgcgc cgcgtaggct
    10021 cctcttcggc ccaagcatcg acgatgtcgt atccgtagtt aaagttctcg ggtacgcgga
    10081 tatggaaatt gtgtttgaaa tcttcttgcg acgcgaacga ggtctgcgtc aaaaaacgtt
    10141 ctaccatctc ttgtaagtga aaagctaaag tgaaaagccc gctatcctgc caaattcccc
    10201 gcccccggtg ggggcttgat cttcttttgt tgcctctttt cttccatcaa gggaagaaaa
    10261 gaggggatag acggggataa aacgccttgc ggcgcccctt tttcggagag cgccgcaagg
    10321 tctatatgag aaaatgcgat atcaatcggg gaatgatcat ggaatgatga tggccaggaa
    10381 acgcacctct tcgccgtcga gtgccttcat accgtgaggc agatcggagt tgaagtagat
    10441 gctgtctccc gcttcgagga tcaggtcctt gccattgatc tggagcagca tccgaccgct
    10501 aaccacatag ttgtactcct gtccggtgtg ccgattgagg aagatcggcg taccctccgg
    10561 cttggggtgc acggtgacca tgaacggatc ggcccgacgg ctgagaaagc cagccgcaag
    10621 cgactggtat ttgtaggcct tcgtacgctc cacggaggca ccgcggccac tacgggtgac
    10681 gaagtaggta ctcatcttcg gctcgtcgcc aaacatgagc gtgatcggct ccacgccata
    10741 cttccgcgca atggtgtgga gcatgtcgat cgagatgtcc tccgtcccac tctccaaacg
    10801 caagtattcc tcgggcgtaa ggcggcaaac ctcggccatc tcctcgaccg agatctccag
    10861 cacgtcacgc aagccgcgta gccgttcggc tatttgttgg attgcttcgc tcatgggagt
    10921 gctttatttc tggcgcatgc gttgggtaga cttcccaacg ggtgtcttgg cagcggcgga
    10981 cgacgtcttg ggagccgtat tcttcaccac cgggggcggc gtagcgtgag tttctttcgc
    11041 agtggcctcg ggtgcctcaa catcctcctc ctcggccgac tcttgcggat cgaagtccgt
    11101 gatgccggcg ctgatcagga ggttatacca gctgaggagc cgcttgatgt cggtcgggta
    11161 aacgcgatcg cgatcgaagt tggggagcac ctcggccatg taggcacgca gctcgtcggg
    11221 tgtagcgcgg gcagcgtcga tggagctgac agccttgccc tcttctttcg cctttacact
    11281 gttgagcacc tcgtagaggg gcacctcgtc gccatcggca tagatcgcaa tatcgcccag
    11341 cgagataatc ttctcgcgag catagacggg catccgccga ccgtcggtca atgcttcaac
    11401 gatcaacatg cttttaccct gagataccag tttgtataag ccgggcttac ccgacacgga
    11461 cagaattttt ttcagcataa ctctttatct acttagtgaa tatgatgggg aataaaattc
    11521 ggggggcaaa agtaacccaa ccattgaatc tgcttcaggg cggacgcaac gcatgccatg
    11581 cgacgcgcag gattgactac gagcagcctc cccctgacgt atccggggcg agaagtgcga
    11641 cgccaagccc cctacagcca tcgattcagt aaggcttcca cctgcggaat gagcgccgat
    11701 agaccgtcgt tagtgatcac tgcatcactg agggcagcct tacgctcgtc tgtccactgg
    11761 ctttgcatgc gccgacgcac atcagcttcc gcagcgccat cgcgggccat gacccgctgc
    11821 agacggatgg cctcgggggc atagaccgtc agccggacat cggcccgtcg gtcgaaacca
    11881 gattcgaaga ggatggcgga ctccatggcg caaagtggga cagtgagtcg ttcacgccaa
    11941 gcatcgaaat cgtcgcctac ggcggggtgg atgatggcat tgacgcgtgc caagagatcg
    12001 gcgtcagcga agatgagcgc agccatacgg gcacgatcga gcgtgccgtc agggcgatag
    12061 atctcggggc cgagcagggc cgtcagccca cggcgaatgg tgggcgatgt aactaagagg
    12121 cgcttgctct cgtgatcggc gtcgtagaca ggcacgccat agaccctgag cagggcggag
    12181 accatcgact tgccactacc gatgccgcca gtgataccaa tcgtcgtcat gcacaatcct
    12241 tctatcaatg ataacgccca tcgtgataag gccagaggtt actgctcctc gaggatgaac
    12301 tcgatcgcgt ccggattcag atcgtaatcc gtgagccaat cgggcttttt ggtcaggcgg
    12361 agcgtgatct ttccctcctc acggtgggcc tcaaactcgc ggaaggggat gaggatgtcc
    12421 agacggtctt cgcacagctc cttgaagtgc gagaggggca cgttgcagac ggcctcggcg
    12481 gtgttgggga acatgcgcag ggcatagccc gcgggaacac tgtcgcaacg gatatgaagc
    12541 gtgaggcgct tctccgtaaa ctcctccacg gggacggtca ccttgaccga ctgtggttcg
    12601 aagcgtacgc cagcgatctc ggccaggcgt gccgtcagcg tcttggtgcg gctcaagcct
    12661 gtcaggcgga tggggacggt gcgtacagcc tgaaggctat ccagcttcgc gcggtcggca
    12721 tagacgcgca ctttggccgg tgtgatcgta acccgatccg agagctgaaa accgacttcg
    12781 gtctcgaccg tgaggtcggc ctcgacaacg atttcccggt tgccaagctc ggtgtaagtg
    12841 acgcggatgg tgctcggctc gaagctgagc aggcgggtgg acgaggccag atgcttcaga
    12901 atccccgcct caaggatgcg ccgcgtaacg gtcagctctt cgctgctcgc ttcgcggggc
    12961 aacgtacgga cgtctatctc gagcggcgag aaggagcccg tccagaggta gttgagcagc
    13021 accgtccctt tgtccctcac cttagccaca acctccgtcg gactgtcagc agcgggcacc
    13081 atgttggccg ggatgttctt gtatctcacc ggcagagcga tgttgatctc ataatcatcc
    13141 tgcaaggctt gcagaaacca gaggcagagc gacgccagga cgaagcacat aaagacaagc
    13201 acatcgcgcc atcctatgcg ccggaagaag gctttgaccc gcgaggcttt ggtcggtagc
    13261 ggagaggcgt tcccgtgttc tgacataagg gaaaggggaa aagggggcgg gggagactat
    13321 ttctgctgtt gtggcacgtc ttcggagttg gcgaagatgg cgttcttgtc tatgcgaata
    13381 cggacaccgt cggccacttc gatgagcatc gtttgctcac cgagctcctt gatcttgccg
    13441 tgtataccgc ccgaggtgac gaccttatcg cccaccttca tggcctcgcg agccttacgg
    13501 atggctttct gtcgctgctg ctgggggcgc aacatcataa agtagaagat ggccacgagg
    13561 gcgaccatga aaaggatgtt catgtaaccg gcaccgccgc ttgcgggtgc tccggacgtc
    13621 tggagaaata cgctgagtag gttcattggg atagggagtt tgataaagta gttacggcct
    13681 tgtggccgga tagttatgtg tgccttgtgg ggcggtagtt atcgcgtagt cagggcgagg
    13741 cgggggacac gctattcgtc gtcatcgtcg tcgtcagtgt ccttacgcgc acccttggcc
    13801 aggggcacct tgacgagctt gttctcctcc ttcagatcct gaacgacggc gtcgaggatg
    13861 ccattgatga aggtgctgct cttgggcgtg ctgtaatact tggccgcgtc gatgtattcg
    13921 ttgagggtca cattgacggg gatggtgggg aagttgatca gctcagccac ggccatctgc
    13981 atgatgaggc ggtccatact ggccacacga tccgcctccc aattcttgag atggcggtcg
    14041 atgcgagcga gatattcctg accgcgcagc atggtgaggt gaagcagacg gatggcatag
    14101 tcgcggtcct cggcgtcctt aaacatgggc agcaggggtc ggtcggggcc gtcggtggcg
    14161 gtggagtatt tgatggtttt gatgacgaac gtctcgatga tctcgatgtc gtcgttccag
    14221 tagatactga tgtcctccag ggcgtcctcg agcgactcgt tgccacagat gaggcggcgg
    14281 aagacggctc gccagaagtc acgatccacc tcgtaagagt ccgtcttggc ccccagatac
    14341 tgggcgtaga tctcggagcc gaggatgagg tcgaggacac tcttgacgaa gtccgtctcg
    14401 ttggcccacg agatgccatg ctccttgacg taagcctgca acgccaggtt ggcctcgatc
    14461 tgacgggcga agcgattgtc gaccagacgc gtgttggggc gcagatcctc ctcggcgggg
    14521 cgatagcggt tgcgacgcat atcgagccgt cgctcttgga ggtgcgtgac ctcaacgatg
    14581 aggagtagga agtagtagta taagtcgtac gaccggcgca gactcagcag cagttcgttt
    14641 tctgccagct tcaggtcgtt gctcccgttc tgctgataag cgaacaagat ctggagcact
    14701 ttgatgcgga ttaggaccct gttaatcatt gtatgtaaga tctatcgagt gcgatactta
    14761 tttgttctct ttttttccga gcggcaaagg taacatgccg tatggattag aaaagctgag
    14821 gcaaaccgcg ccgacaaagc cagaagcagg ctgggcgtta cggagatttt ccatgagaat
    14881 gcctctacgg atcggtgtat atagccgttg cacaacggta aacgcgtgct cttcggtgtg
    14941 attcctctat aggcaaagta tttggcccta cccccgaaat gaatggcccg atcccacgta
    15001 tcatcggcag gacccaccat ttttaggaat tatcgagtca ctttttattc gtgtaaatat
    15061 ttctcgccta ttgaaaagcc actttttatt cgtgagaatt tttctcagcc attaaaaagt
    15121 cgctttttat ttatgagagt attccacggc tattaaaaag tcactttttc atttctgaca
    15181 aacttatctc agtgataata agcgggcatt tatatcctaa taatttttcg cacatacaaa
    15241 ttgtcacttc ctatttagtg aaatattttt cctgtataaa aaagcgaccc gataattact
    15301 tatcatagtt gatcatcata aaaaagtgac cggataatta ctgatcaggg tatcctagtg
    15361 acttcgattc ttacgtgggg ctttacatgg ctgaggcagc gagataatac cccatatcgg
    15421 gggctcgcac aacgcgctac accgtttgca gttaactttt ccccccgacg acaacccgca
    15481 ggtcttttcc tctttgcttt ctgggggaaa caaaaaaggg cgctgccgaa atctctttcg
    15541 acagcgccct ttcggactgc tttgtaaagt gtacggccag cttccccggc ctcggcagag
    15601 gcctacttct ggaagaaggc cttgacgcga tcggcgatat gggtcacttc ttcgtctttc
    15661 atctcggcat ggatgggcag cgagaggacg tcgtgggcga ggcggacgga ttcggccatg
    15721 ctgccgcagg tccgggcgac ccatttgtag gcttcctgct cgtggatggc tttggggtaa
    15781 tagaccgtcg aggggatgcc ctgcgaacgt aaggcttcgc ggagggcgtc acggcggccg
    15841 tcggagacgc ggaaggtgta ctggtgaaag acgtgcgtgg agaacttcga ccgggcgggg
    15901 agcctgagcc aaggcaacgc gcggagaccc tcgtcgtaac ggtcggccac ggcgcggcgg
    15961 cggctgatgt cgtcgtccat gtggcgcagg ttgacgcgca ggatggcggc ttgcagggcg
    16021 tcgaggcggg agttgcgacc gatggcgcgg tggtcgtact tggccgcctg accgtggttg
    16081 gccagacagc ggatgcgctc agccagctga ctgtcggcgg tgaagacagc gcccccgtcg
    16141 ccatagcagg ccagcggctt ggtggggaag aacgacgtcg tgccgatgtg ggcgatggtg
    16201 cctgccttac gcgtgcggcc gtcggacgag atatagtcag caccgagcga ctgggcgttg
    16261 tcctcgatga cgcccagctt gtacttcttg gccacgcgca ggatcgggtc catgtcgcac
    16321 gtctggccaa agaggtggac caccacgatg gccttcgtct gtcgtgacac ggcctgctcg
    16381 acgagtgccg ggtcgatgtt gtacgtgtcc ggacgcacat cgatgagcac gggcgtggcg
    16441 cccagcaggg cgaccatctc agcagcggcg atgtaagtaa aggcaggcat gatgacctcg
    16501 tcgcccggct gcacaccgag ggcacggagg gccagctcga gggcgtcggt gccattggcg
    16561 caggggatga tgtgcggggc gttgagatac tgccccaatt cgcgggtgaa agtgtccacc
    16621 tccgggccac cgatgaagct gcccgcagcc atgacgtcgg tcgtggcctt atcgatttca
    16681 gacttcagac gggcgtaacg ccgcttgagg tctaccattt gaatcgtttc cataagaaga
    16741 agctgtttgg tgttattgat tggtcgtcac gaggcagtat ctcacttgac tgcgctaccg
    16801 ggttcgacct ctttttcggg tgaaatgacc gcgaggcgtc cgtcggcgcc ctcggccgaa
    16861 aggatcatgc cctcggacgt gatgcctttg atgcgccgcg gctccagatt ggccacaaag
    16921 cagacctgtc gcccgacaag ctcctcgggg gcgtaatgct tggcgatgcc ggagacgatg
    16981 gtgcgcccac ccagcccgtc gtcgatctta aactgcagca gcttgtcggc cttgggcacc
    17041 ttggtgcact ccgtgacacg gcccacacgg atgtcgaggc gcgtaaagtc gtcgaaggcg
    17101 acggcctcgc ggatcggcgc cgcgtgatgt tcggccacct cattggcatg cttcgcgtcg
    17161 aggagcttct gcacctgtcg ctcaatcacc tcgtcgtcga tcttctcgaa gagcagctcc
    17221 gccttaccga gcttgtgacc ggcggtgagc agatggaagt cgcccagacg atcccacgca
    17281 aagggcgcat caatggccag catgtggcgg agcttctcgg tcgtaaaggg caggaaggga
    17341 tcgaaggcga tagagaggtt ggccgtgatt tgcagggcga cgtggaggat cgtctgcacc
    17401 cgcgcgggat cggtggcgaa gcgcttccac ggctcagtgt ccgcgaggta cttgttgccg
    17461 atgcgagcca agttcatggc ctcacgctgg gcatcgcgga aatggaacgt gtcgagcaga
    17521 cgcaccaact cagcctttac ggactcgaac tcatggagcg tagcacgatc atagtcatcc
    17581 atctcgccac attcgggcac gacaccgtcg aagtatttac ccgtcagcac gagtgcacgg
    17641 ttgacgaagt tgccgaagat ggccaccagc tcgttgttgt tgcgggcttg gaagtctttc
    17701 cacgtaaagt cgttgtcctt cgtctcgggc gcgttggcgg taagcacata gcggagcaca
    17761 tcttgcttgc caggcagatc gtcgaggtat tcgttgagcc acacggcacg gttctgcgac
    17821 gtagagatct tgtcgccttc gaggttcagg aactcgttag ccggtacatt gtccggcaag
    17881 atgaacgacc cttcggcgca gagcatggtc gggaagacga tgcagtggaa gacgatgttg
    17941 tccttgccga tgaagtgcag catacgcgtc tctggatcct tccaccacgt ctcccagctg
    18001 ccgtagcgct cgggctgcgc gtcgcacagc tccttcgtgt tactgatgta gccgatcggc
    18061 gcatcaaacc agacgtagag caccttgccc tcggcgccct caacaggcac gggaataccc
    18121 caatccagat cacgactgac ggcgcgcggt tgcagcccca tgtcgagcca gctcttgcac
    18181 tgtccgtaga cgtttggctt ccactccttg tgctcctcga ggatccactg gcggaggaaa
    18241 ggctcgtact ggtcgagcgg cagataccag tgcttcgtgc gacgcatcac gggcgcgctt
    18301 ccgctgatgg ctgagcgtgg attgatcagc tccgtggggc tgagcgacgt gccgcaacgc
    18361 tcgcattggt cgccgtaagc atgctcgttg ccacagtggg ggcaggtgcc ggtgatatag
    18421 cggtcggcga gaaactgtcc ggcctcctcg tcgtaatact gctcgctctc cttctcgatg
    18481 aagacgccct tgtcatagag cgtgcggaag aagtcggagg ccatgcgatg gtgcacctcg
    18541 gaggaggtgc gggagtagat gtcgaaagag acaccgaagc gctcgaaggt gtccttgata
    18601 agcgcgtggt agcggtccac gatgtcttgc ggagtgacgc cctccttctt ggcgcggagg
    18661 gtgatgggca cgccgtgctc gtccgacccg ccgacaaaga ggacgtcgcg gccgcagagt
    18721 cgcagatagc gcgcgtagat gtcggcaggc aggtagacac cggcaaagtg tccgatatgc
    18781 accggcccgt tagcgtaggg cagtgcggag gtgatgaggg tgcgtttgaa atcttgtttt
    18841 gtttcttcca taggggtgat cgatgttgta ctgtttatct gtgttcgttt tctctctggg
    18901 gtgaatgatc ttcattcatt gacatagccc atctcgaatc cggcctcggt gccttggcct
    18961 aggcgactgc ggaggatgag cttgctgtgg ttacggacga ggagctcgcg acagatgttc
    19021 aggccaagcc cgctaccctt ctcgccgcgt gtgccgcgtg tcgtgacgag ctcatcggtg
    19081 tggaggatag attggatctg cgcgtcggtc atgccttggc cgctgtcgca gacgaagacg
    19141 gagacggtcg agccgctgcg cttgacgacg aggcgtatct cgctgccgga ttcggagaac
    19201 ttaagtgcat tgttcaccag gttacgcagg acggtgtgga ccatttggcg atcggcccgg
    19261 acggtgcacg gctcgtcgga gaagtcggtc cggagcgtaa tctccttgtt ttcggccgac
    19321 atgatgtaga gccccatcgc gtcgcgcatg acgtcgcgga ggtcgaagcg agagggctcg
    19381 taagtgatgc gatcggtctg cgtgtgggcc cagttgagca ggttatgcag cagatcgacc
    19441 tgcgcttcgg aggcgcgata gaagaggccg aggtagcgcg agagggtctc cgaatcgtaa
    19501 tcctcaaggt tggccaggat ctcctccata gccatcttct gcgccacggc tggcgacttg
    19561 aggtcgtgcg agatgacgga gaagagcttg tctttcgtcg cattgatggc gcgcagctcg
    19621 cggttgcgcc gacggacgag tcggcggtag cggttgacaa agtagagtac cacgaggcag
    19681 gccacgatgc cgacgaccaa aagccagagt tgcaggtagc gctgcttcag ctcctcgttc
    19741 tggatggcga tgcggtgctc cttctcggcc gtctcatact ccacacggaa ggccttcatc
    19801 tgcgtctcgg cgtccatctg atagagcgaa tcgcccagcg ccttgttgcg ctccagatat
    19861 tccagcgcga gagccgggtt cgaggtgcga taaagcgcat agagctgctc gcaagccttc
    19921 atctccattt ccgtgaagtt catctcgcgg gccatctcgt ctgcctgacg gtaataggct
    19981 gccgcctcag caatgagtcc ttgtttctgc ttgacctgcc ccaggtaacc gaggcaatag
    20041 atcatgccca cggggtgctg gaggcgccgg acgccgtcga gcgcctgaga gaaatactgc
    20101 tcggcctgcg tcaaatcgcc agccgccatg gccgccagac ccatagacga ctgggcggtg
    20161 gcgatgccca tcgtgtcgcc gagctgttcg ctgatggcga gggcctcgcg gaggatttgc
    20221 atgacctcct tcgggcggtt catctcgccg taggcgccgc cgaggttacg gagcagttcg
    20281 gcgcgcatgg gcagagactc cgacgccggt attcggcgga gcgtctcgag ccccttgcgg
    20341 tacatgacga tggaaaagga gtcgtcgcgc atgtggtgat agagcacacc catgttattg
    20401 taggccgcgg ccaaacgttc cggactgcct tgcttctcgg ccacctcgag gcaggtgcgg
    20461 atgctctgcc gggcgccgtc aaagtcgccc gtgcggacgt aggcctccgt ctgcatggtc
    20521 aggagggcaa accagccggc agtgtccttc aaggcgcatg tgggcgggat ggccagctgc
    20581 gcgctgtgga tgcacttacg gaagagcgct tgatcataat agtactgtgc gaggccacta
    20641 tagaggatcc atcgaaggct gtcctccgtc gtgttgcggg tgaaatgata cgtgttcgac
    20701 agcgcctttt cgcgggtcaa gacggctgcc aggcgattgg cggcctcggc gcgtttggct
    20761 ccggggtggg ccgcctcaaa ctcaccggtg aggagctcca catccgcgtc gctctgcgcc
    20821 acggccaaga gtggtgtcag ggttaggaat aggccgatac cggcacggtg taagatcttc
    20881 ttcatctctc tgtctgtata tctgaatgtc gcgcaaaagt aacggccgcc ggggcaattt
    20941 tcaattgtta atggtcaatg acccagatgg agacctatcg ccggggacga gtatggccat
    21001 atataatacg tataggggga cgcaatgctt acgccccctc tctcgtaccc gaaaaacttc
    21061 gcgactacgc acgcttacgt atcctcttcc ggaaaatctg acgtgtttct cgaaaagtcg
    21121 attgtaacaa agtgtaaatt gcatgtagtt tcagaagatc tataggattc gataggcttc
    21181 tgataaacag cggatagcgc acttgaaaaa tgaacattcc ggtcgttgac acggagaaaa
    21241 tgaaatacgt aatattacgt attgacacgc ctcttttacc gccggaactt tgcactcgca
    21301 atcggacaag atttcgatcg cagataaaca agatgaataa gtacacggta gatcagaatt
    21361 ttccatttat caactcgtaa gcggtgcgga caacctcctc acctcctgca cattccccca
    21421 aacgatttga aaacaaaatt ccgcatttca atcctcctca tcaccctctt ggggctgatg
    21481 agcgccacaa gcgacagctg ggcacaaaaa tcacacgcac acgaggtgac gttcacgccc
    21541 gagaagctca tcgtcccggc cgaaggcggc accttcaaga ttcagatgaa ggccttaggt
    21601 tatttctgga attgctccgc cccaccctct tgggtgacgt atctggagcc gcgaagcaat
    21661 gataaggact atctgggcga gcacgacatc accatcacct tcatgcccaa tatcggccct
    21721 acacgtagtc acacgctcta cttcaagacc gaatacgcgt atgccggcgg ccccggcgac
    21781 gtggacacct tcaagtacgt catcacgcag ctctccgggg aattcgtcgc acccaccgtg
    21841 gccaacaagg cgctcaccct ctcggccacc gaagacgcga tcaccgtcac ttggcacgcc
    21901 gcgaaggaca acaagaccca cgcaaacgac ttgacgtatc gtgtctacgt ggccaacaaa
    21961 ccctcgctgc tgaccgacct ttcctttgac agcgatctcc ccgcggcgca cgaccaaaat
    22021 gggtcgaatc cctcccaagc gggcactttc acaaccacca tagagaagta caccgacggc
    22081 cagcagctca tcgagacgct cgaaccgggc acgacgtatt acgtcatcgt ggccgtgtac
    22141 gacgaggatg agaacgtcac cgagtacacc atgggacagg tgaagaccgc caccccggcc
    22201 acccccttcg tcaagctctc cgagcaagag atcgttatgg acgccagcgg cggcaagcat
    22261 acgctcaccg tgaccagcaa ctacggctgg aacagcgacg tctcccccaa cggggcgctc
    22321 aaacgaaacg gaggctggtt caccaatacc ggcatgtcag ccatcggtgg caacggcata
    22381 gcgtcggatg atgactactc cttcgctgtc gatccgaaca caagctcgga cgatcgcaag
    22441 ctcaccgtca ccttatcgtc caccagagac ccctccatca ccaccacact caccatcacg
    22501 cagaagggta ctaagcccac cgaggtcatg gtcagctcgc tgctgatgaa cctgccccgc
    22561 gtaacggtca acggcgatcg cagccgcttc aacctcaacg ccaccgtcta tcccgccgac
    22621 gctaccgaca agcgcctgca atggtcgagc agcgacgaga gcgtagccac ggtacacgcc
    22681 tcttcagcct ccgcctcacg gctcaagtcg ggcgtcacga taggaactgc cgtagaggta
    22741 cgcatccata agaagggtaa ggccgtgatc accgcccagg ccatggacgg cagtggcaag
    22801 tcggcctcgt gcgaggtgga cgtcctctcc accgtcggca acgccaccgt agccaccccc
    22861 gcacgtatct atgccgctaa cggcacactc cgcatcagtc ttccgacagc ctcccgcgta
    22921 gagatctaca ccctgctcgg ccaatgcttc cacagcttca ccgctcccgc cggcgagacc
    22981 tccctcacgc tccccgccgg actctatatc gtccgcgctg gtgaatccgt acagaagatc
    23041 agcatcaatt aagcagctgt tgggactttg tttcggagac agctccacag aacaatcatc
    23101 caataaactc aaaacagttt ctgagacagc gatgaaccac gacagccaca gaaccagcaa
    23161 caagcctccc ccacctccct acaatcggga gcaagcgaag gcttcactga aacggttgat
    23221 cgacgtgtat gcgcattacc tgaatgcctg tcactccctc gacgacccca acagtcacac
    23281 gcccccgaac aagcgcaacg gcgaacgata gctcgctgtc gccacgacaa gtgcccccgc
    23341 ccacctgcca tccgtgcaga gaggctgacg cgaacaacaa ggccagaccg gcccccagta
    23401 aaaagaacaa gggaatgctt cccacccaac aaacatgtat cacacaacaa aaacccctac
    23461 agaaatgaga cgatttattt caatgatgat gatggccatc gtggccgtca catgcgtaac
    23521 ctgcctcgcg agttgcaaag acgatcccgt tccggaaccc attccgcaac cgcaacccca
    23581 gccacagccg caaccgaacc ccaatccgca gccgacgccc aacccgaatc cgaaccccaa
    23641 cccgggcggc gaggcgaagt cgatcaagct ggaccggacg gagctcacgc tcaaggtcgg
    23701 cgagcgggcc tcgatcaagg ccgaggtaga gcctgccaac gctgcggtca agctcgtgag
    23761 ctggaagagc agcgacgaaa gtgtagccac ggtgacggac ggtggcgagg tggtgggcaa
    23821 gagcgccggt aaggcgacgc tcacggccag ctgcggcagt gcaagagcga cctgtcaggt
    23881 gacggtcaag aaggagcagc aggcgctcgc accgatccag gtgcagatga ccggctcgat
    23941 caaccacacg cagtacaccg ctggccagtc ggccacgatc accttcaacc gcttccccgc
    24001 ttcggtcgag gagttcaagc aggtgcgtga gcagatcgga cgtgaaccgc aaggcgccat
    24061 cgccctgcaa gtcatggccc atgagatgtt ccgccgcgac cgagagatag gccgcgcgtg
    24121 tatcgagctg aacagcaccg ggacggaagg gcgaaaagct atggagcggc tcaaggaact
    24181 ttaccgcgcc ggcgactcct acgcccgtcc gtacctgatg gcagccttcc tgaagggtgc
    24241 ccgtcccgac aacggctaca atcccacgaa gccttacacg atagagatca cggcagaccc
    24301 ggggcacaag tatgacagca cgaaggacta cacgttccag gccccgatcg tgtacttgcg
    24361 catcaagacc caaggccgtt cgcagggctt cgagatcatc tccgtggtca agacctttaa
    24421 gccggacgaa ccgagcgatg gcacgtattt cattgtaaac aactgcccgg gcctgtacgt
    24481 gcaggtggcg ccgatctcgt acgagcataa gttcttgggc ctcgattaag agactgtttg
    24541 ggctaccgcc ccgcatacaa acgaatcttc ttcatccttc ccccctcccc tgacgcccct
    24601 cgatcctttg tcggggtgga aggtggggag ggggattccc acaaacccca caaaccctat
    24661 acacaccgaa ccattatgag aacgaatatg atttggacca ccttagtggc actgcttata
    24721 gccctcaccg cctccggttg taagaaggac accccggagc cgaagccgga aggcgcgttc
    24781 cgccaagtga ccctcaaggg cttctcctat atctgcccca cgatcctcaa gcccgtccag
    24841 ctggcggaca gagagcagaa ggctcagctc ttcacgctct acggcgacga cgtcaccaac
    24901 tccatcgcct gctccgtgaa ggagttggaa ggcgacgacg acttcaccct cgaggacgcc
    24961 gaagaggccc ttgcggagct cctcagagag ttccctgacg ccacgggcca agcctacccg
    25021 gacggcgtcc tgctgcgtaa gtccggcgtc aacccccagc tcggcaaaga gaatatctat
    25081 atgaccatgc gacttatggt cagcggaaac aagctcttca cgctggtctt caactacacc
    25141 gagagcaaca aggttatcct cagcaagtat gtcgacccgg tcatcaactc catccaagcc
    25201 cccaagtaac tccccctaac acacgattca aaatgaaagc aacccgattc cccctcctca
    25261 tcctcatcgc cctctgcgcg atgacgctgg ccgccaccac gacgctgacg gcccaaacca
    25321 agaccttccg cggcgcatgg ttcaccgtgg aatacccggc gaactttacc gccgaaggct
    25381 ccctgccctc ggccacctcg ggcgaagacg aagcgtttga cagcgccacc ttcacctcgc
    25441 ccgacggctc cgtcaccttc tacgtctatt cgccccagtg gtcaggcgac ccgaccgaca
    25501 tcgaactttc ggagaacgaa cgcgagggcc aacgtaaagt gacccgcggc aagcgccaga
    25561 ccgtcaccta ctggaccatc ggtgccaagg acggcagcta cacccgcagc tatcaggagg
    25621 tgcgcgaaga cgaaacgatg cacgtcctcg gcatccacta caccacgcag caggcgtaca
    25681 acaagtacaa gaagcagtac ctccaattca aggcctccct caaacaattc gctgactaaa
    25741 atctcactca ctctcaactc aactctcggg gcgggcgccg cccgacgccc atgaaaccgt
    25801 ccggtgtaca cgcccgcccc aatctccacg caaccgatca cccgcaccca aacgcataaa
    25861 cagataaacc cccatcccca aacacctaaa caccccaaac aatgaaaaca acattaagaa
    25921 tcctctgcct catggccctc gtcggcctca tgggcatgac cagtgaacgc gccgcagcgc
    25981 agaagaaaga aaaggtgatc ctggacaccg acatggtcga agtctttgac gacggcgtgg
    26041 ccatgatgat gctcgccaag gcgcccaaca tcgacctcct gggcgtcacc atcgtcatcg
    26101 gcaacacctg ggtgcccgag ggcaccgcct acggcatccg ccagctggag tgcgtcaatc
    26161 ggacagacat ccccatcgtg cccggcatcc gccagccgat ctatccgaac cgcttcgaga
    26221 cgatcaagaa cgagcgcatc ctcttcggca tcggcgacgc ctacgtgggc gcagccggat
    26281 accccgagcc cgcctcttgg cgcgccgtct acctccagaa gtacggccgc gagccgtccg
    26341 tacagccgct cgacatgaag gctgtcaact tcatcatcga ccgcgtcaag gccaaccccg
    26401 gcgaggtgac catcctggcc atcggcacgt gcgtcaacct ggccaccgcc gtgcgcatcg
    26461 cccccgagat cgtgcccctc atcaagcgcg tcatctacat gggcggatcc ttcttccgcc
    26521 cgggtaacac cacgcccacg gccgagttca actggtggct cgacccggag gccgccaaga
    26581 tctgcgtccg cacgcccttc aaggagcagg tgatcgtcgg gcttgacgtc tgcgagaaga
    26641 tggccttccg caaggatcgc tacgagcgga tcacgaacct cgtccgcaac gagggcatca
    26701 agggcatgat gaagcgcaac tacctgaacg taaaattcct cgaggagccc acctatacgc
    26761 actacgtctg ggacgtcatc gccgcctcca tcctcatcga ccccaccctg atccgcgaag
    26821 aggtcaagcg ctacgtggac gtcaactcgc agttcggctt ctcctacggt caggccctgg
    26881 ccttcgactc caaccagccc gtcggcagcc agcccgcccg catcatcctc accgtcgacg
    26941 agcctcgcct ctggtcgatg atcgagaaat attgctccga attctgaagc gtctgcacgt
    27001 acccggggcg gcctgtaggg ccaccggacc atagcccggg gcgaaacccc ggggcgtatc
    27061 gcatacgccc caccaaacat cccacaaggg atgaatgatc aatacccggg gacgtgtatt
    27121 cgccaccgac ggtggcgccc ggtggggcgt attcaatacg cccctacacg ggtacccgcc
    27181 tcaacaaacc aacaaaccaa cgggccgcag gcctccaacg cataaacaat ccaacagggc
    27241 cgcaaggccc caacccctca acaatatgaa atacatcatc ctacagcggg ccaacccgca
    27301 agaccgccgc aaggccaaat ggtacgccac gcccctctta gagcgccgcg tgcgtcaggc
    27361 cgagctcacc agccagctga ccgagagcct cggcatccgt tacggcatcg tccgcaagat
    27421 catccaagtc tttctcgagg ccgtcgtgcg ccacctcctc gccgggcgca gcgtctgcct
    27481 gcgccccttg ggcacgctcc gcatctcctt caccagcgac ggcatggagg agcccgagcg
    27541 cgtcaccccg gacatgatcc gcgacatgaa gatcgtcatc acccccgaca agctcttgaa
    27601 ggagcagctc agcaacctgc acttcgagct gcacgaagac cccgccgccg cctcctcctc
    27661 tccccacgag tcggtcgtcg agatgatgcc caacatacgc cccagcgccc gtccctggtt
    27721 gtgatccgcc gggtggtcag gccgcccagg gtttcgcccc gatcgtccac acgccagggg
    27781 tttcgccccg atcgtccaca caccagggat ttcgcccccc cagggtttcg ccctgggcta
    27841 tggtccaccg ggcctacagc ccggccgggt acaggggagc gccctgtagg ggcgccggat
    27901 catagccagg ggcgaaaccc ctgggcggca aaacccccgg acggcgaaac ccctgggcgg
    27961 cgaaaccctg ggcggcgaaa acccgggcgg cgaaaaccct ggacggctcc cggccggatt
    28021 gattgaacga atgaataatg aatagagatc atgccacagt ccttatcaaa actgtatatc
    28081 cacacggtgt ttcatatcaa atccacaagc gtcaccatcc gcaatgaaga tcgcggcgcc
    28141 ctatacgaat acatgggtgg catattgaat catatcgggt gcctgccgat acggattaat
    28201 ggtgtggacg accacgtgca cctgctttgc ctcttgtcaa gaaccgtctc aacggcgaaa
    28261 atgatggaag aggtgaagca gcggagcagc tgttggatca aaaccataga ccctcgttac
    28321 taccgctatt tcgcctggca gaacggatat ggtgcttttt ccgtcagccc gtcgcttgtt
    28381 gaacgcgtaa agaaatacat cgacaatcaa gaggagcatc accgtacgac aacctttcgc
    28441 gatgagtacg tggccatcct caaggatcac gacgtaccat ttgatgagga ctacttatgg
    28501 acagattaga tgccacgcgg gggcgctccc ctgtacccgc ccccccccag gggtttcgcc
    28561 cctggctatg atccggcgcc cctacagggc gctcccccgt acccggccgg gctgtaggct
    28621 cggtggacca tagcccaggg cgaaaccctg ggcggcaaaa ccccaggggc gaaaccccgg
    28681 ccgtccgcag acggccccga cgcctcggaa agtgtcaaaa cgcgccgctg aacgtttccg
    28741 acgcgtcgga aagttccaaa acacgccgct gaacgtttcc gagccctcgg aaagtgtcaa
    28801 aacacgccgc tgaacgtttc cgacgcctcg gaaagtgtca aaacgcgccg ctgaacgttt
    28861 ccgacgcgtc ggaaggctca aaacacgccg ctgaaggttt ccgaggcgtc ggggcgtttt
    28921 tcacgaacag aatcaagaac tatcactctt aatcccagat tttatggaag attacattga
    28981 gatcaacaga gccgggctaa ccaagctcga caacggcagg cattacgagt atcacaacaa
    29041 tgtgtacgac ctgctacacg aggttgacgc cacgaaaatt ggtgtccccg tagagaaaat
    29101 cacccagtac aagggcggca ttgacgtcga aggtcagatc aaccgcgaga gccaagccag
    29161 cctagacacc cagcggatgc agaaggctga cgaggcgcgc gaccgtctcc tctcgtacct
    29221 cttcggcatg atccgcacca accgcttctc gcccgaagcg gccgaggcag cggcagccga
    29281 cgagctggag atcgtcatca ggccctatta cggtattcaa aagatcgacg tagatcaaga
    29341 gtcagccgcc atcgacggcc ttttgatcga cctccgagag gcgaaaaaca cgcccttcct
    29401 caccacgcta cgcctcaccg ccatcctgcc caagctggag gcggccaacg ccgactttcg
    29461 caagatctac aagacgcgca cctccgcccg ggccgacgac aaagagctgc cctcggccaa
    29521 ggctgcccgc gccaagaccg acgccgtctt tgaccgcatc gtcttcatcc tgcaagccgc
    29581 ctactactcc ggcgcctcgc ccatcgagcg cacactcatc gcctccatcg tcaagcagat
    29641 caaccaacgc acccaggaga tcttcgacaa atacaaccag agcctcgcca agaagaaggc
    29701 cgccaaaaag cccaaggatc ccaccgatcc caagcaaccc aaggaaccta agcagccgaa
    29761 ggatcccaaa gatcccaagc agcccaagga accgaagaag cccgatggcg agaagccgaa
    29821 agatcccaag aagccggacg agggcggtaa gaaacccgaa aagcccggcg gcggcgacgg
    29881 cgatcccgac atccatctgc cggaagaata gggcgtctgc aggcgtctgc ggacgccggc
    29941 gaatttggcc gggtacccga agagacccga atgcacgtac ccggccgggc tgtaggcccg
    30001 gtggaccata gcccagggcg aaaccctggg gcgcacgggt acccgcacca acaaaccaaa
    30061 cgggcccccg ggcccgaatg gatgtaccgc cccgcccgta ttcgaccgca tcgggtaccc
    30121 ggcccgccca gggtttcgcc ctgggctatg atccggcgcc cctacagggc gcacgggtac
    30181 ccacctcaac aaaccaacgg gcctttaggc ccacctcaac aaaccaacag ggccacaggc
    30241 cccaacaaca tcaaccgggc cgcaaggccc ccaacacttt cagaattatg gactcaaaaa
    30301 cgaattacaa gaacatgctc ctcgtcctgc tgctcgtcgt agcggggctg gcaggagcga
    30361 tgatgccgca
//
LOCUS       SEQF2638.1|AYYF01001498.1 9952 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..9952
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(135..461)
                     /locus_tag="SEQF2638.1_01808"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MELPSLIRSLTLIDDRRNNKNKRYPLPLLLLIAFCXSISKHXSW
                     YTXQDYALAHEASIRXLYKQLFGEELEHVTPSHDTLKIVPCKSHSPQGLQGGLSKLDX
                     GSPTVG"
     CDS             614..2506
                     /gene="purF"
                     /locus_tag="SEQF2638.1_01809"
                     /EC_number="2.4.2.14"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P00497"
                     /codon_start=1
                     /transl_table=11
                     /product="Amidophosphoribosyltransferase"
                     /db_xref="COG:COG0034"
                     /translation="METLKHECGVAMIRLLQPLEYYHRKYGTWMYALNKLYLLMEKQH
                     NRGQDGAGFACVKLSATPGEEYMFRERAAGTGAITEIFETVYSQYRDIAPERLADPAH
                     AAASLPFAGELYMGHLRYSTTGRSGLAYIHPFLRRSNWRACNLALCGNFNLTNTDDIF
                     AEIRTSGQHPRKYADTYFILEQVGHLLDTEADRLRRQFEVDEGRTGLEVTREVERHID
                     LSRIVQPAARTWDGGFVICGATGSGESFTIRDPWGIRTAFYYADDEIVVIASERPVIQ
                     TVMNVQAADVRELGRGEALFIRRDGTWRTEQLLEPRALSACSFERIYFSRGSDRDIYR
                     ERKQLGENLVAPILRKVDGDLEHTVFSFIPNTAEMAYFGMLEGLQKHLDRRMEQQLAA
                     PAVLSDPEAVRHILAQRVRSEKVVLKDIKLRTFIAEGNTRNDLAAHVYDITYGSIEPY
                     KDNLVVIDDSIVRGTTLRRSIISILDRLHPRRIIVVSSSPQIRYPDYYGIDMSSLGEF
                     IAFRTAIDLLKTRGMAHVITDAYDRARRQQGTPDELRVNCVKAIYAPFTDEDISDHMA
                     RMLTGSDIHAEIGIVFQPLEGLHRACPHHPGDWYFSGDYPTPGGTRLVNRAFIQYMEQ
                     TYRHRS"
     CDS             2549..3088
                     /locus_tag="SEQF2638.1_01810"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRIRLTDPGHPDFARAWRLYKESFPVDERRRLNSHRRIMLRSI
                     YHFDVVMDHNVFIGILLWWDFESVRYIEHLAVVPTLRGMQHGERILRRFLSESDMPVW
                     LEVEPPDNELRNRRVGFYRRVGFTLNEHDYTQPAYEKSSQPVPLLVMTYPEAITEPDI
                     RFFCRQYHPLLTDYSLAGA"
     CDS             3195..4130
                     /gene="rsmH"
                     /locus_tag="SEQF2638.1_01811"
                     /EC_number="2.1.1.199"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q5SJD8"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosomal RNA small subunit methyltransferase H"
                     /db_xref="COG:COG0275"
                     /translation="MMDRERNDYHVPALLDECLEALDLSPDGVYVDVTFGGGGHSRAI
                     LSRLGPDGRLFAFDQDADAEANAPTDHPRFVFIRSNFRYLASFLRYHGVRQVDGVLAD
                     LGVSSHHFDTPHRGFSFRFDGEADMRMNNRAGRTASEVVNTYTEEQLTRLLQTYGELT
                     NARRAAEAIVRARAERPLCTTAELTAALQPMAGRRDASGYYAQVFQALRIEVNDEMGA
                     LSDLLRQALRVIRPGGRLAVITYHSLEDRPVKRFMRTGRIDGRSEEDVYGNRLSPIRP
                     VGRKPIVPTADEVARNPRVRSAKLRVGEIINEEEQ"
     CDS             4127..4474
                     /locus_tag="SEQF2638.1_01812"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTNETNTSSKPKRQLTLLYILGGGVLKEDFIIRHTRLIVLVVVM
                     LFIFISNRYTCLLKLREIDRLQRELKDVKNESLAVSGQLTGSNRLSQIELLVKEKGLD
                     IETAQTPPYIIRK"
     CDS             4551..6773
                     /gene="ftsI"
                     /locus_tag="SEQF2638.1_01813"
                     /EC_number="3.4.16.4"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_02080"
                     /codon_start=1
                     /transl_table=11
                     /product="Peptidoglycan D,D-transpeptidase FtsI"
                     /translation="MSEQEKDSAREQAARKAKGGQILTRYFIIVMLLSPVAAGILFLA
                     FKTAILEKTKWTKVAESRKKPNRLVNPSRGNIYSADGKLMATSVPRYYLYVDFQAAGF
                     RAPSPKGKKVVNIDTFMRSRENGIDSLAYYLARKLKNRTAAGYRAYLLRGLRQKSRQY
                     PLYEYRLSYADYKEIREFPFFRLGRNIGGLYEREMVQRQKLFGSLASRTIGDIYNEIE
                     TGGLSKGKNGLELRYDTLLHGKPGYNSIVRVGGRWTNVVEEEPVDGLDIRTTIDLQIQ
                     DLTEKALVDKLQEADAASGVAVVMEVKTGEVKAISNMERIRPGVYAELRNHALADELE
                     PGSTFKIASMMVALEDGICTPESPIDVGNGTYKFNGRTIRDHNAQSGGYGTITVAQSI
                     WYSSNVSIAKIVLKGYGNNPRKFIDGLHRTGIDADLNLDIAGAGHAKIRQPGDPQWSR
                     MTLPWMSFGYEVQIPPINTLAFFNAIANNGRLMRPMFVKSILKNGKELRVYEPEVLIP
                     EICSKRTLRAVQEMMYNVVNYQDPVGRRDGTGKPARSSVVSIAGKTGTAQIAASKAAH
                     NLSFCGYFPYENPQYSCIVVISRPRRGIVSGGMMAGTVFKEIAEKVYSNQIRYDLSSM
                     KPEAGRMLMPPVKNGESRSAQAVVKWFDIRTTPKRVDADFSAFWRNATRDTLNVRKLT
                     VREGMMPYVIGMGARDAVYALERCGLRVNLAGHGRVILQSVPSGQAVTRGQTIDIILN
                     "
     CDS             6819..8297
                     /gene="murE"
                     /locus_tag="SEQF2638.1_01814"
                     /EC_number="6.3.2.13"
                     /inference="ab initio prediction:Prodigal:002006"
                     /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"
                     /db_xref="COG:COG0769"
                     /translation="MNLTELLHDLQITRRDGTSTDGVDVTSIAADSRRVTDGMLFVAV
                     KGTTVDGHNYIASAIERGASAIVCKRIPEAIDEAVKTRVPFIVVPDAAAALGQLLDAW
                     HGHPSRRLTLVGVTGTNGKTTVATLLYDLFRRLGYHVGLISTVCNRIDEETLPTDHTT
                     PDPVTLHALIARMAEAGCSHVFMEVSSHAVDQQRIAGLHYAAGVFTNLTRDHLDYHKT
                     VENYLRAKKRFFDGLPAEAFALTNADDKSGAVMLQNTAARKLTYSLRTAADFKGKIVE
                     AHFEGTELLIDGRDVTVAFVGRFNAYNLLAVYGTAVALGEDAEQVLVALSSLRPVAGR
                     FETITSPEGFTAIVDYAHTPDALANVLTSIHEMLRGTGRVITVVGAGGNRDTGKRPLM
                     AREADRQSDQLILTSDNPRFEDPDAIIREMEAGLDTAARVRVLCITDRLSAIKTACRL
                     ARRGDVVLVAGKGHEDYQEVRGVKHPFDDREVLRTLFSTSKA"
     CDS             8309..9574
                     /gene="mraY"
                     /locus_tag="SEQF2638.1_01815"
                     /EC_number="2.7.8.13"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0A6W3"
                     /codon_start=1
                     /transl_table=11
                     /product="Phospho-N-acetylmuramoyl-pentapeptide-
                     transferase"
                     /db_xref="COG:COG0472"
                     /translation="MLYELFNYLDQLDVPGAGVFKYVSFRSVMAFILALFISTAIGRR
                     IIDRLRRLQIGETVRELGLEGQLSKKGTPTMGGIIIIIAIIVPLLFFARLNNIYLILM
                     LITTIWLGTLGFADDYIKVFKKDKEGLHGRFKIIAQVGLGLIVGLTLYFSPDVVIREN
                     MEIRRAGQDTIEEVRIHPSEVKSTKTTIPFVKNNNFDYSVLAAWAGRYKTEVTWLLFV
                     LMTIFVVTAVSNGTNLTDGLDGLAAGSSAIVGIALGVLAYTSSHFEFASFLNIMFIPG
                     AEELVVFASAFIGATIGFLWYNAYPAQVFMGDTGSLTLGGIIAVFAIIIRKELLVPIL
                     CGVFFVEALSVMLQVFYFKYTKKKTGIGRRIFKMTPLHHHFQKPGNAGIDAIIQKPFN
                     VVPESKIVVRFWLIGIILAAIAIITLKLR"
ORIGIN      
        1 cgggcacggc gtccattgat agaacaagct gtagatgtgg gtcataggca gagacaatat
       61 gcgactctgt atccggactg agctttttaa cgccacgnat tgtcttgccg tcgatacaga
      121 tttggngcgt ctgttcatcc cactgtagga gatccntaat ccagtttaga taggcctcct
      181 tgaagacctt gtggggaatg tgacttgcag ggcacgattt taagtgtgtc gtgngagggc
      241 gtaacgtgtt ctaactcctc tccaaagagc tgtttgtaga gctnacgaat actggcttcg
      301 tgtgccagtg cataatcttg cntggtgtac caagagncat gtttagagat actggnacag
      361 aatgcgatca gaagcaagag gggcaaggga taacgtttgt tcttgttgtt acggcggtca
      421 tcaatcaagg tgagactccg gataaggctg ggcagttcca ttattgtcat gtatagtttg
      481 atgggacgaa gctaaacgga atccctgacc tcaagcgatt atgcgtcagc cctgatcgta
      541 ggcaacgatc aattgacaat tcccccctcc gcctctacct ttgccgcctc agaataaatt
      601 cacgacaaac gaaatggaga ctttgaagca tgaatgcggc gtggcaatga tccggttgct
      661 ccaaccgctc gagtattatc atcgtaaata cggcacctgg atgtatgccc tcaacaaact
      721 ctacctcctc atggagaagc agcacaatcg cgggcaggac ggcgcgggct tcgcctgcgt
      781 aaagctcagc gccacgcccg gcgaggagta tatgtttcgc gagcgggccg ctgggacggg
      841 cgccatcacg gagatcttcg agacggtcta cagccaatat cgcgacatcg ctcccgagcg
      901 cctcgccgat ccggctcacg ccgcggccag tctgcccttc gccggcgaac tctacatggg
      961 ccatctgcgt tacagcacca ccggccggtc gggcctcgct tacatccacc ccttcctgcg
     1021 ccgcagcaat tggcgcgcct gcaacctggc cctctgcggc aacttcaacc tcacgaacac
     1081 ggacgacatc ttcgccgaga tccgcacctc cgggcagcac ccccgcaagt atgccgacac
     1141 gtattttatc ctcgagcaag tgggccatct gctcgacacg gaggccgatc gcctgcgccg
     1201 acagttcgaa gtcgacgagg ggcgcacggg gctggaggtg acgcgtgagg tggagcggca
     1261 cattgacctt tcgcgcatcg tacagcccgc tgcccggacc tgggacggcg gctttgtcat
     1321 ctgtggcgcc accggcagcg gcgagtcctt caccatccgc gacccgtggg gcatccgcac
     1381 cgccttctat tacgccgacg acgagatcgt ggtcatcgcc tccgagcgcc ccgtcattca
     1441 gaccgtcatg aatgtgcaag ccgccgacgt ccgcgagctg ggccgtggcg aagcgctctt
     1501 catccgccgc gacggtacct ggcgcaccga gcagctcctc gaaccccgcg ccctcagcgc
     1561 ttgctccttc gagcgcattt atttctcccg cggcagcgac cgcgacatct atcgcgagcg
     1621 caagcagctg ggcgaaaacc tcgtcgcgcc gatcctccgt aaggtggacg gcgacctgga
     1681 gcacaccgtc ttctccttca tccccaacac cgccgagatg gcctacttcg gtatgctcga
     1741 aggcctacag aagcacctcg atcgacgcat ggagcagcag ctggccgcgc ccgcagtgct
     1801 cagcgatccc gaggccgtgc gccacatctt ggcccaacgc gtaaggagcg aaaaggtcgt
     1861 cttgaaagac atcaagctcc gcaccttcat cgccgagggc aacacccgca acgacctcgc
     1921 ggcgcacgtc tatgacatca cctatggcag cattgagcct tacaaggaca acctcgtggt
     1981 gatcgacgat agcatcgtgc gcggcaccac ccttcggcgc agcatcatca gcatccttga
     2041 ccgactccac ccgcgtcgca tcatcgtcgt ctcctcctcg ccgcagatcc gctacccgga
     2101 ttattacggc atcgacatgt ccagcctcgg cgaattcatc gccttccgca cggccatcga
     2161 cctgctgaag acgcgcggca tggcccacgt catcacggat gcttacgatc gtgcccgccg
     2221 tcagcagggt acgcccgacg agctgcgcgt gaactgcgtc aaagccatct acgcgccctt
     2281 caccgacgag gacatctcgg atcacatggc gcgtatgctc accggatccg acatccacgc
     2341 cgaaatcggc atcgtcttcc agcccctcga gggtctccac cgtgcctgtc cgcatcaccc
     2401 cggcgattgg tacttctcgg gcgactatcc cacgcccggc ggcacacgct tagtcaaccg
     2461 tgccttcatt cagtacatgg aacagacgta tcgccatcgc tcttgaagtc tcgtaaggca
     2521 aacagctact ccccccactt tcgacacaat gaaacgcatt cgactgactg accccggcca
     2581 cccggacttt gctcgtgcct ggcggctcta caaagaatcc ttccccgtcg acgaacgtcg
     2641 gcggctgaac tctcatcgcc gcatcatgct tcgatcgatc taccatttcg atgttgtgat
     2701 ggatcacaat gtctttatcg gcatcctgct ttggtgggac ttcgagagcg tgcgctacat
     2761 cgaacatctg gccgtcgtcc ccaccctgcg cggcatgcag cacggcgaac gtatcctccg
     2821 gcgcttcctc tccgaatccg acatgcctgt ctggctggag gtggagccgc cggataacga
     2881 gctgcgcaac cgtcgtgtag gcttctaccg tcgcgtgggc ttcaccctca acgagcatga
     2941 ctacacacag ccggcttacg agaagagcag tcagcccgtc cctctgctcg tcatgaccta
     3001 tcccgaagcc atcaccgaac cggacatccg cttcttctgc cgccagtatc atcccctgct
     3061 cacagattac agtctggcgg gggcctaaga agctgttttg cacggaggga acagcaaact
     3121 cttgtctgcg tgtgtagttt tgcccgcgtt ttaacaattg actcccccgc tgctgatcag
     3181 cagacaccgc ataaatgatg gatagagaaa gaaacgatta ccacgtcccc gccctgctcg
     3241 acgaatgttt ggaggcgctc gacctgtcgc cggatggcgt ctatgtagac gtcaccttcg
     3301 gcggcggcgg ccatagccgt gccatcctca gccgactggg tcccgacggc cgactcttcg
     3361 ctttcgatca agacgccgac gccgaggcca acgccccgac cgaccatcca cggttcgtct
     3421 ttatccgcag caacttccgt tatctcgcct ccttcctgcg ctatcacggc gtcagacagg
     3481 tggacggggt gctggccgac ctcggcgtct cgtcacacca cttcgacacg cctcatcgcg
     3541 gcttctcctt ccgcttcgac ggcgaggccg atatgcgcat gaataatcgt gcggggcgca
     3601 ctgcatccga ggtggtgaat acgtacaccg aagagcagct cacccgccta ctacagacct
     3661 acggcgagct gacgaatgca cgccgcgccg ccgaggccat cgtccgggcg cgtgccgaac
     3721 gtcccctctg caccaccgcc gagctgaccg cggcgctgca accgatggcc ggccgacgag
     3781 atgcgtcggg ctactatgcg caggtcttcc aggcgctacg gatcgaggtg aacgacgaga
     3841 tgggcgccct gagcgacctg ctccgtcagg cgctgcgtgt gatccggccc ggcggacggc
     3901 tggcagtcat cacctaccac tcgttagagg atcggcctgt gaagcgcttc atgcgcaccg
     3961 gtcgcatcga cgggcggagc gaggaggacg tctatggcaa tcgcctttcg ccgatccgcc
     4021 ccgtgggccg caagcccatc gtgccgacgg ccgatgaggt ggcacgcaat ccgcgggtgc
     4081 gcagcgccaa attgcgcgtg ggggaaatca taaacgaaga ggaacaatga cgaacgaaac
     4141 gaatacatca agcaaaccca aaaggcagct cacgctgctc tatatcctgg gcggaggtgt
     4201 actgaaggag gacttcatca tccgccatac ccgcctgatt gtgttggtgg tggtgatgct
     4261 tttcatcttc atcagcaacc gctacacctg cctgctgaaa ctgcgcgaga tagaccgtct
     4321 gcagcgcgag ctaaaggacg tgaagaatga atcgctggcc gtgtcgggac agctgacggg
     4381 cagcaaccgc ctgtcgcaaa tcgagctatt ggttaaggag aaaggcttag acattgagac
     4441 ggctcagacg ccgccttaca tcattcgtaa atgatatgcc agcgatgaaa gccttttcct
     4501 acccagtgag cagctcactg gcgtcacgct ttaagaagct gtaaatagat atgtcagagc
     4561 aagagaaaga cagcgcccgc gagcaagccg cgcgcaaggc aaagggcggg cagatactga
     4621 cgcgatactt catcatcgtc atgctgctta gccccgtggc agcgggcatc ctgttcctgg
     4681 ccttcaagac ggccatctta gagaaaacga agtggaccaa ggtggccgag agccgcaaga
     4741 agccgaaccg actcgtgaac cccagccgcg gcaatatcta ttcggccgat ggcaagctga
     4801 tggctacgag cgtgccgcgc tattacctct acgtcgactt tcaagccgca ggcttccgcg
     4861 cgccctcgcc caaagggaag aaggtggtga acatcgacac cttcatgcgg tcgcgcgaaa
     4921 acggcattga ctcgctcgct tactatttag cccgtaagct gaagaatcgc actgccgcgg
     4981 gttatcgcgc ctacttgctg cgtgggctga ggcagaagag ccgacagtat ccgctctatg
     5041 aataccgcct ctcttacgcc gactataaag agatccgcga gttccccttc ttccgcctcg
     5101 gccgcaacat tggcgggctc tatgagcgcg agatggtgca gcggcagaag ctgttcggat
     5161 ccctggcctc acgcaccatc ggcgacattt ataatgagat agagaccggc ggactgtcga
     5221 agggcaagaa tggcttggag ctgcgttacg acacgctgct gcacggcaag ccgggataca
     5281 actccatcgt gcgcgtgggc ggacggtgga cgaacgtcgt tgaggaggag ccggtcgacg
     5341 gtctggatat ccgcacgacg atcgacttgc agattcaaga cctcaccgag aaggcgttgg
     5401 tggataagct ccaggaggct gacgcggcgt cgggcgtggc agtcgttatg gaggtgaaga
     5461 cgggcgaggt gaaggccata tcgaatatgg agcgcatccg tccgggcgtc tatgccgagc
     5521 tgcgcaacca tgcgctggcc gacgagttag agccgggctc gacgttcaag atcgcctcca
     5581 tgatggtggc cctcgaggac gggatctgta cccccgaatc gcccatcgat gtgggtaacg
     5641 gcacctacaa attcaacggc cgcactatcc gcgaccacaa cgcccagagc ggaggctacg
     5701 gcacgatcac cgtagcgcag agcatctggt actcctccaa cgtgagcatc gccaagatcg
     5761 tcctcaaggg ctacggcaac aatccgcgta agttcatcga cggtctccac cgcacgggta
     5821 tcgacgctga tctgaatctc gacatcgctg gtgccggtca cgccaagatc cgtcagccgg
     5881 gcgatccgca atggtcgcgc atgacgctgc cgtggatgtc gttcggctac gaggtgcaga
     5941 tcccgccgat caatacgctg gccttcttca acgccatcgc caacaacggc cgactcatgc
     6001 gtccgatgtt cgtcaagagc atcctcaaga acggcaagga gctgcgcgtc tacgagccgg
     6061 aagtgctcat ccccgagatc tgctccaagc gcacgcttcg ggcggtgcaa gagatgatgt
     6121 acaacgtggt gaactatcaa gatcccgtgg gccgacgcga cggcacgggt aagcccgccc
     6181 gatcgagcgt cgtctccatc gccggcaaga cgggtacggc gcagatcgct gcctctaagg
     6241 ccgcgcacaa cctgtccttc tgtggctatt tcccttacga gaacccccaa tactcctgca
     6301 ttgtcgtcat ctctcggcca cgtcggggca tcgtctcggg cggtatgatg gccggtacgg
     6361 tgtttaagga gatcgccgaa aaggtctact ccaaccagat ccgttacgac ctcagctcca
     6421 tgaagcctga agcgggtcgc atgctcatgc cgccggtcaa gaatggcgag tcgcgttcgg
     6481 cacaggccgt agtcaaatgg ttcgacatac ggaccacgcc taagcgtgtg gacgccgact
     6541 tctcggcctt ctggcgcaac gctacgcgtg acacgctcaa cgtccgcaag ctgacggtcc
     6601 gcgagggtat gatgccttac gtgatcggta tgggggccag agacgccgtc tatgcgctcg
     6661 agcgatgcgg actgcgcgtc aacctagccg gtcacgggcg tgtcatcttg caatccgtcc
     6721 cgtcggggca ggccgtgacg cgtgggcaga cgattgatat catattgaat tgagggagga
     6781 gggattcttt cgaaacaaga aaaagacagc atacacacat gaatttgaca gaactgctac
     6841 acgatttaca gatcacccgc cgcgatggta catctaccga cggcgtcgac gtgaccagca
     6901 tcgcggccga ctcgcgtcgc gtcaccgacg gcatgctctt cgtcgccgtc aaaggcacaa
     6961 ccgtcgacgg gcacaactat atcgcttcgg ccatcgaacg cggtgcctca gccattgtct
     7021 gcaaacgcat tccggaggcg atcgatgagg ccgtaaaaac ccgcgtgccg tttatcgtcg
     7081 tgccggatgc ggccgcggcg ctcggccaac tgctcgacgc atggcacggc cacccctccc
     7141 gtcgtctgac gctcgtcggc gtgaccggga caaacggcaa gacaaccgtt gccacgctcc
     7201 tttacgacct cttccgccgc ttaggctacc acgtgggact catctccacc gtctgcaacc
     7261 gcatcgacga ggagacactg cccaccgacc acacgacgcc cgaccccgtc acactgcacg
     7321 cgctgatcgc tcgcatggcc gaggccgggt gctcgcatgt cttcatggag gtgagctcgc
     7381 atgcggtcga tcagcagcgc atcgccggat tgcactacgc cgccggcgtc ttcaccaacc
     7441 tcacccgcga tcatttggac tatcacaaga cggtcgagaa ttacctccgc gccaagaagc
     7501 gtttcttcga cggactgccc gccgaggcct tcgcactgac taacgccgac gacaagtcgg
     7561 gcgccgtcat gctgcaaaac acggccgccc gcaagctgac ctattcgctg cgcaccgcag
     7621 ccgacttcaa gggtaagatc gtggaggcgc atttcgaggg gacggagttg ctcatcgatg
     7681 ggcgcgacgt gacggtggct ttcgtcggcc gcttcaatgc ctataatctg ctggccgtct
     7741 atggcacggc ggtggcgtta ggcgaggatg cggagcaggt gcttgtggcg ctgagcagcc
     7801 tccggcccgt agccggacgg ttcgagacga tcacgtcgcc tgagggcttt acggccatcg
     7861 ttgattatgc ccacacgccg gatgcgctgg ccaatgtgct gacgagtatc cacgaaatgc
     7921 tgcggggcac ggggcgcgtg attaccgtgg tcggcgccgg tggcaatcgg gatacgggca
     7981 agcgtccgct gatggcccgt gaggctgacc gacagagcga ccagctcatt cttacgtcgg
     8041 acaacccccg ctttgaggat cccgacgcca tcattcgcga gatggaggcc gggctggaca
     8101 ccgccgctcg ggtgcgtgtg ctctgcatca ccgaccgact gtcggccatc aagacggcct
     8161 gccgactggc ccgccgtggc gacgtcgtgc tcgtggccgg taaggggcat gaggactatc
     8221 aggaggtgcg cggcgtaaag cacccctttg acgatcgcga ggtattgcgc acccttttct
     8281 ccacctctaa agcataaccg aaggccccat gctgtacgaa ctattcaact acttggatca
     8341 actggacgtc cccggtgcag gcgtcttcaa atacgtctcc ttccgctccg tgatggcctt
     8401 catcctggcc ctcttcatct ccacggccat cgggcgtcgc atcatcgacc gcctgcgccg
     8461 tctccagatc ggcgaaaccg tccgcgaact gggtctcgaa ggtcagctga gcaagaaagg
     8521 tacacccacg atgggcggca tcatcatcat catcgccatc atcgtcccct tgctcttctt
     8581 tgcccggctg aacaacatct acctgatcct tatgctcatc accaccatct ggttgggcac
     8641 actgggcttt gcagacgact atatcaaggt cttcaagaaa gacaaggagg ggctgcacgg
     8701 gcgcttcaag atcatcgccc aagtaggcct cgggctgatt gtcggcctga cgctctattt
     8761 cagtccggac gtcgtgatcc gcgaaaacat ggagatccgt cgtgcggggc aggacacgat
     8821 cgaggaggtg cgtatccacc ccagcgaagt aaagtcgacg aagacgacca tcccctttgt
     8881 caagaacaac aacttcgact actccgtgct ggccgcttgg gccggtcgct ataagacgga
     8941 agtcacctgg ctgctttttg tgctgatgac catcttcgtt gtcacggccg tctcgaacgg
     9001 cacgaacctc accgacggac tcgacggact ggcggcgggc agttcggcca ttgtcggcat
     9061 cgcgcttggg gtgctggcct acacctcgtc gcacttcgag tttgcctcct tccttaacat
     9121 catgttcatc cccggcgccg aggagttggt ggtcttcgcc tcggccttta tcggcgccac
     9181 gatcggcttc ctgtggtaca atgcctatcc cgcgcaagtc ttcatgggcg acacgggcag
     9241 cctgaccctc ggcggcatca tcgccgtctt cgccatcatc atccgcaaag aactgctggt
     9301 gcccatcctc tgcggcgtct tcttcgtcga ggcgctgtcg gtcatgctgc aagtcttcta
     9361 cttcaagtac accaaaaaga agaccggcat aggtcggcgc atcttcaaga tgacccccct
     9421 gcatcaccac ttccagaagc ccggcaatgc aggcatcgac gccatcatcc agaagccctt
     9481 caacgtggtg ccagagtcga agattgtcgt ccgcttctgg ttgatcggca tcatcctcgc
     9541 cgccatcgcc atcatcacgt tgaaactgcg atagagcccc aattcttaga agccaacgca
     9601 taattgatca aagatcatgt acaaccaccc atcctccctg attcataccc ccggatacat
     9661 cgcagccggg cttcaaaccc tcgttttgcc ctcagataca tcccggacgg cctccaccaa
     9721 acgcgtggaa ggcaaacagg tgcctgtttg ttcaatagat aatctgcgac ttaatagaca
     9781 ggcgcctgtt tattcaatga atggtctgcg ccttaataga caggcgcctg tttgctcaat
     9841 gtatgatttg cgccttaata gacaggcgcc tgtttactta atgaatgatc tgttccttaa
     9901 tagacaggta tctgtttact caatgaatga tttgcgactt aatagacagg tg
//
LOCUS       SEQF2638.1|AYYF01001499.1 2001 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2001
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(503..1792)
                     /locus_tag="SEQF2638.1_01816"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIERDHNEWNKRPLSRPLFLWIVGTLCEVCYPLQYLSFALLIPA
                     IAALVCNLGRRSAPRELRLETPYIWGAILTFVILFLAIQRTALAERHLDDPRPAPTVW
                     RRTAHAVQEHIVERLGQLRLSPDEHAVLASITVNDRSGMTRDLRRRFSTAGVAHLLAV
                     SGFHVGLVSGALALLLGFLPPTTPCRLFRCGLMILVAWAYAAVSGLSAPAVRAATMLT
                     IYLVGVALRRTPEPYNTLFASALLMLFVDPFSLFDVGFQLTFAAVLFILLLTPRIACL
                     IDVRRRWIALPWRLVAVSLAAQVGTFPLCCYYFGRISLVFLFANLFLVLSATLLIPLA
                     LVWVALPVGTPGSFGLQSAVERLTHTLVAVVDRFSLLPAAGAPMRFDLVLLIGSYAVL
                     LLGIHAATRGSRRTLFAFFGGTLSLIVYTLAQHQFGG"
ORIGIN      
        1 cgggcacggc gtccattgat agaacaagct gtagatgtgg gtcataggca gagacaatat
       61 gcgactctgt atccggactg agctttttaa cgccacgnat tgtcttgccg tcgatacaga
      121 tttggngcgt ctgttcatcc cactgtagga gatccntaat ccagtttaga taggcctcct
      181 tgaagacctt gtggggaatg tgacttgcag ggcacgattt taagtgtgtc gtgngagggc
      241 gtaacgtgtt ctaactcctc tccaaagagc tgtttgtaga gctcacgaat actggcttcg
      301 tgtgccagtg cataatcttg catggtgtac caagagtcat gtttagagat actggnacag
      361 aatgcgatca gaagcaagag gggcaaaaaa cggagcgagt aggccgaagc gcatttgatt
      421 gatcctaaaa acaaaaaagg cactgccgga acccaatccg acagcgcctc cgccctgttt
      481 ttatccggga aacgagtgtc tgtcaccctc caaactgatg ctgcgcaagg gtgtaaacga
      541 tgagggaaag cgtccccccg aagaaggcaa aaagcgtccg tcgactgccg cgggtcgcag
      601 cgtggatacc caagagaagg acggcgtagg aaccgatgag caggacgagg tcgaagcgca
      661 tcggggcacc ggccgcaggg aggaggctga accgatcgac gacggcgacg agcgtgtgcg
      721 tcaggcgctc caccgcgctc tgcaatccga agctcccggg cgtgccaacg ggcagcgcga
      781 cccacacgag ggccaggggg atgagcagcg tggcggacag cacgaggaag agatttgcga
      841 agagaaaaac gagggagatg cggccgaaat agtagcaaca gagcgggaag gtgccgacct
      901 gagcagctag gctgacggcc acgagtcgcc aagggagggc gatccaccgg cggcgcacat
      961 cgatgaggca ggctatgcgg ggcgtgagca gaaggatgaa taagacggcc gcgaaggtga
     1021 gctggaaccc gacgtcgaag aggctgaagg gatcgacgaa aagcatcagc aaagcagagg
     1081 cgaacagcgt gttgtatggc tcgggggtgc ggcgaagggc cacgccaacg aggtagatgg
     1141 tgagcatcgt ggccgctcgg acggccggtg cagaaaggcc cgacacggcg gcgtaggccc
     1201 aggcgacgag gatcatcagt ccgcagcgga agagtcggca gggcgtggtc ggcggcagaa
     1261 aaccgagtag cagggcaagc gcgccgctga ccagcccgac gtgaaagcca ctgacggcta
     1321 agaggtgtgc cacgccagcg gtggagaatc ggcggcgcaa gtcacgcgtc atgccgctac
     1381 ggtcattgac cgtgatcgaa gccagtacag cgtgctcgtc gggcgaaagg cgcagctgcc
     1441 cgaggcgttc cacgatgtgc tcttgcacag cgtgcgccgt ccgtcgccat accgtcggcg
     1501 caggcctcgg atcatcgagg tgccgctcag ccagcgcggt ccgctgtatg gccagaaaga
     1561 ggatcacgaa agtcaagatc gcgccccaaa tgtagggtgt ctcgagccgc agctcgcgcg
     1621 gtgccgaccg tcgccccagg ttgcacacaa gcgccgcaat ggcaggaatc agcaaggcga
     1681 aagacaagta ctggagcggg tagcagacct cgcaaagagt tccgacaatc cacaaaaaaa
     1741 gcggcctcga tagaggtcgc ttattccatt cgttatgatc gcgttcgatc atgctcgatt
     1801 ctcttttccg cggggcatcg gcccgtagcg ttgtgttatt gttttgcggg atgagtgtcc
     1861 gaggcccttt tcggacgatc tctcgcgcta cgccttattt ccgctcatct tcgcccagag
     1921 gaatcgggtg gcaaaccaaa ggtgacgcat ctgcgtgggc aacgccccgt agtagcgaca
     1981 catgatgcgg tagcgctccg c
//
LOCUS       SEQF2638.1|AYYF01001500.1 535 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..535
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(135..461)
                     /locus_tag="SEQF2638.1_01817"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEPPSLIRSLTLIDDRRNNKNKRYPLPLLLLIAFCASISKHDSW
                     YTMQDYALAHEASIRELYKQLFGEELEHVTPSHDTLKIVPCKSHSPQGLQGGLSKLDY
                     GSPTVG"
ORIGIN      
        1 cgggcacggc gtccattgat agaacaagct gtagatgtgg gtcataggca gagacaatat
       61 gcgactctgt atccggactg agctttttaa cgccacgtat tgtcttgccg tcgatacaga
      121 tttggcgcgt ctgttcatcc cactgtagga gatccgtaat ccagtttaga taggcctcct
      181 tgaagacctt gtggggaatg tgacttgcag ggcacgattt taagtgtgtc gtgagagggc
      241 gtaacgtgtt ctaactcctc tccaaagagc tgtttgtaga gctcacgaat actggcttcg
      301 tgtgccagtg cataatcttg catggtgtac caagagtcat gtttagagat actggcacag
      361 aatgcgatca gaagcaagag gggcaaggga taacgtttat tcttgttgtt acggcggtca
      421 tcaatcaggg tgagactccg gataaggctg ggcggttcca ttattgtcat gtatagtttg
      481 atgggacgaa gctaaacgga atcccggacc tcgaaaagat tatgcgccag ccctg
//
LOCUS       SEQF2638.1|AYYF01001501.1 2159 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2159
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             719..1822
                     /gene="ychF"
                     /locus_tag="SEQF2638.1_01818"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P37518"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosome-binding ATPase YchF"
                     /db_xref="COG:COG0012"
                     /translation="MALQCGIVGLPNVGKSTLFNCLSNAKAQAANFPFCTIEPNVGVI
                     TVPDERLTRLAELVHPARIVPTTVEIVDIAGLVKGASRGEGLGNKFLANIRETDAILH
                     VLRCFDDANVVHVDGSVDPVRDKEIIDAELQIRDLETIESRIAKVQKQAQTGGDKQAA
                     LAYGVLARYKEALEQGRNARSVTFDTKDEQRVARDLFLLTNKPVLYVCNVDEASAASG
                     NAYVEQVREAIKDEGAELLVVAAKIESEIAELDTYAERQMFLAEAGLEESGVNRLIKA
                     AYRLLDLETFLTAGPDEVRAWTYRRGSKAPQCAGVIHTDFEKGFIRAEVIKYDDFIQY
                     GSESAVKEAGRMHVEGKEYVVQDGDIMHYRFNV"
     CDS             1953..2156
                     /locus_tag="SEQF2638.1_01819"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRLDGRRESTNVEDRRSGGGMSGGGKASLGIGGMIIVALLTWVM
                     GGNPLEVLQGGVGGSEAGDASEM"
ORIGIN      
        1 agagatactg gcacagaatg cgatcagaag caagaggggc aagggataac gtttgttctt
       61 gttgttacgg cggtcatcaa tcaaggtgag actccggata aggctgggca gttccattat
      121 tgtcatgtat agtttgatgg gacgaagcta aacggaatcc ctgacctcaa gcgattatgc
      181 gtcagccctg ggggcggctg cggggtggct gcggccgcca gcgaagtttt cttggtaccc
      241 ggcgagcttg gtcggcatcc ttgacggccc cttccggggc agagaactta gcttggtacc
      301 cggccagact tcgccggcgt ccgcagacgc cccttccggg gcagggaact tggcttggta
      361 cccggccaga cttcgccggc ggccgcagcc gccccgaggc ctcggaaacc ttcagcgacg
      421 tgttttgagc cttccgaggc ctcggaaacg ttcagcggcg tgttttgatg ctttccgagg
      481 cctcggaaac gttcagcggc gcgttttgga gctttccgac gcgtcggaaa cgttcagcgg
      541 cgcgtcttga cgttttccga ggcctcggat ggggggcaaa catgcgccgc agggcgttcc
      601 ccgcccatcc cgcctatctt tgccgccggt tatctggtat atggatgcgt ggcgagctat
      661 ccgataccat gtctgactac tacttactac tccgagatta ctctaactac tacttataat
      721 ggcattacag tgtggaatcg tagggcttcc caacgtgggg aagtcgacct tgtttaattg
      781 cttgtcgaac gcgaaggcgc aggcggcgaa ttttcctttt tgtaccatcg agcccaacgt
      841 gggcgtcatc accgtgcccg acgagcggct cacacggctg gccgaactgg ttcaccccgc
      901 gcgcatcgtg cccacgacgg tcgagattgt cgacatcgca ggcctcgtga agggcgccag
      961 ccggggcgaa ggcctcggga ataagttcct ggccaatatc cgcgagacgg acgccatcct
     1021 gcacgtgttg cgctgtttcg acgacgcgaa cgtggtgcac gtggacggca gtgtcgaccc
     1081 cgtgcgcgac aaggagatca tcgacgccga gctgcagatc cgtgacctgg agacgatcga
     1141 gagccgtatc gccaaggtgc agaagcaggc acagacgggt ggcgacaagc aggcagcgtt
     1201 ggcctacggc gtgctggcac gctacaaaga ggcgctcgaa cagggtcgaa acgcccgctc
     1261 ggtgacgttc gatacgaagg atgagcaacg cgtggctcgc gatctcttcc tgctgaccaa
     1321 caaacccgtg ctctacgtct gcaatgtgga tgaggcgagc gccgcatcgg gcaacgccta
     1381 tgtggagcag gtgcgcgagg cgatcaagga cgaaggtgcg gagctactcg ttgtggcggc
     1441 taagatcgag agtgagatcg cggagctgga cacctacgcg gagcggcaga tgttcctcgc
     1501 cgaggcgggc ctcgaagagt cgggtgtgaa ccggctgatc aaggccgctt accgcctgct
     1561 ggacctcgag accttcctca ccgccgggcc ggacgaggtg cgcgcctgga cctatcgccg
     1621 cggcagcaag gcaccccaat gcgcgggcgt gatccatact gactttgaga agggattcat
     1681 ccgcgcggag gtgatcaagt acgacgactt tattcagtac ggctccgagt cggccgtcaa
     1741 ggaggccggc cgtatgcacg tcgagggcaa agagtatgtc gtgcaagacg gagacatcat
     1801 gcattatcga ttcaatgtgt aacccacgag gccgtgggcc tctccgggta gtcatcggag
     1861 cttgcgctcc tcaggtagta aagggcacat ccctactacc cctctaacta ccctctacta
     1921 cttctaactc ccccctaact acttatccaa ttatgcgttt agacggaaga agagaaagca
     1981 cgaatgtgga agaccgacgc agtggcggcg gcatgtcggg cggcggtaag gcgtcgctcg
     2041 gcattggcgg catgatcatc gtggcgctgc tgacgtgggt catgggcggc aatccgctcg
     2101 aggtgttgca aggcggtgtc ggcggcagtg aggccggcga tgcgtcggag atgtaagcg
//
LOCUS       SEQF2638.1|AYYF01001502.1 1798 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1798
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             210..1499
                     /locus_tag="SEQF2638.1_01820"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIERDHNEWNKRPLSRPLFLWIVGTLCEVCYPLQYLSFALLIPA
                     IAALVCNLGRRSAPRELRLETPYIWGAILTFVILFLAIQRTALAERHLDDPRPAPTVW
                     RRTAHAVQEHIVERLGQLRLSPDEHAVLASITVNDRSGMTRDLRRRFSTAGVAHLLAV
                     SGFHVGLVSGALALLLGFLPPTTPCRLFRCGLMILVAWAYAAVSGLSAPAVRAATMLT
                     IYLVGVALRRTPEPYNTLFASALLMLFVDPFSLFDVGFQLTFAAVLFILLLTPRIACL
                     IDVRRRWIALPWRLVAVSLAAQVGTFPLCCYYFGRISLVFLFANLFLVLSATLLIPLA
                     LVWVALPVGTPGSFGLQSAVERLTHTLVAVVDRFSLLPAAGAPMRFDLVLLIGSYAVL
                     LLGIHAATRGSRRTLFAFFGGTLSLIVYTLAQHQFGG"
ORIGIN      
        1 gcggagcgct accgcatcat gtgtcgctac tacggggcgt tgcccacgca gatgcgtcac
       61 ctttggtttg ccacccgatt cctctgggcg aagatgagcg gaaataaggc gtagcgcgag
      121 agatcgtccg aaaagggcct cggacactca tcccgcaaaa caataacaca acgctacggg
      181 ccgatgcccc gcggaaaaga gaatcgagca tgatcgaacg cgatcataac gaatggaata
      241 agcgacctct atcgaggccg ctttttttgt ggattgtcgg aactctttgc gaggtctgct
      301 acccgctcca gtacttgtct ttcgccttgc tgattcctgc cattgcggcg cttgtgtgca
      361 acctggggcg acggtcggca ccgcgcgagc tgcggctcga gacaccctac atttggggcg
      421 cgatcttgac tttcgtgatc ctctttctgg ccatacagcg gaccgcgctg gctgagcggc
      481 acctcgatga tccgaggcct gcgccgacgg tatggcgacg gacggcgcac gctgtgcaag
      541 agcacatcgt ggaacgcctc gggcagctgc gcctttcgcc cgacgagcac gctgtactgg
      601 cttcgatcac ggtcaatgac cgtagcggca tgacgcgtga cttgcgccgc cgattctcca
      661 ccgctggcgt ggcacacctc ttagccgtca gtggctttca cgtcgggctg gtcagcggcg
      721 cgcttgccct gctactcggt tttctgccgc cgaccacgcc ctgccgactc ttccgctgcg
      781 gactgatgat cctcgtcgcc tgggcctacg ccgccgtgtc gggcctttct gcaccggccg
      841 tccgagcggc cacgatgctc accatctacc tcgttggcgt ggcccttcgc cgcacccccg
      901 agccatacaa cacgctgttc gcctctgctt tgctgatgct tttcgtcgat cccttcagcc
      961 tcttcgacgt cgggttccag ctcaccttcg cggccgtctt attcatcctt ctgctcacgc
     1021 cccgcatagc ctgcctcatc gatgtgcgcc gccggtggat cgccctccct tggcgactcg
     1081 tggccgtcag cctagctgct caggtcggca ccttcccgct ctgttgctac tatttcggcc
     1141 gcatctccct cgtttttctc ttcgcaaatc tcttcctcgt gctgtccgcc acgctgctca
     1201 tccccctggc cctcgtgtgg gtcgcgctgc ccgttggcac gcccgggagc ttcggattgc
     1261 agagcgcggt ggagcgcctg acgcacacgc tcgtcgccgt cgtcgatcgg ttcagcctcc
     1321 tccctgcggc cggtgccccg atgcgcttcg acctcgtcct gctcatcggt tcctacgccg
     1381 tccttctctt gggtatccac gctgcgaccc gcggcagtcg acggacgctt tttgccttct
     1441 tcggggggac gctttccctc atcgtttaca cccttgcgca gcatcagttt ggagggtgac
     1501 agacactcgt ttcccggata aaaacagggc ggaggcgctg tcggattggg ttccggcagt
     1561 gccttttttg tttttaggat caatcaaatg cgcttcggcc tactcgctcc gttttttgcc
     1621 cctttgatcg ttccagcccc ctcttcatcg ttaacgcgag ttcggcgtgg gcaatcctat
     1681 cgcttacgat ttcctgagga aatgagccga aaaagtttgt ggcggccgat ttcctgagga
     1741 aatgagccga aaaagtttgt ggcggccgat ttcctgagga aatgagctga aaaagttt
//
LOCUS       SEQF2638.1|AYYF01001503.1 1502 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1502
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             133..1209
                     /locus_tag="SEQF2638.1_01821"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:ISfinder:ISBf12"
                     /codon_start=1
                     /transl_table=11
                     /product="IS1380 family transposase ISBf12"
                     /translation="MAKLAIKNENITSFGGIYHIMDVFSKLGFEKLTESVLGKRECSD
                     KAFSHGSIFGSLFFSYLCGGECLENINTLIGQFRQRPGTQLPGADTVGRGLKELAEEN
                     IVYKSEISGKSYSFNAAEKLDTLLLRMIRQMGLIKVGSHVDLDFDHQFIPAHKFDAKY
                     SYKQDFGYFPGWASIGGIIVGGENRDGNTNVKFHQEDTLRRIMDRVISELGVTIERFR
                     ADCGSFSKEIIQTVEQRCNTFYIRAANCGTRYEEFRQLKEWKSVEVGYEKYDVTSINM
                     DNLIEGKSYRLVVQRSPLRDKGGKKQTDMFGVIYTYRCILTNDWVSTEKDIITFYNGR
                     GASEKNFDIQNNDFGWAHLHVLSD"
ORIGIN      
        1 ccttaattcc gcagcataaa ttcttgtaag aactccaagt gtctgagaaa caaagttctc
       61 aaaacacttg gatatgtcag aaatttcacc tatcttggtg ctgcaaacat aacaagtaag
      121 caaaaatctg acatggcaaa gctagcaatt aaaaacgaga atatcacttc tttcggtgga
      181 atttatcata ttatggacgt attttcaaag ttgggctttg aaaaacttac agaatctgtc
      241 ttgggcaaac gtgagtgtag cgataaggct tttagtcatg gaagcatttt cggttctctc
      301 ttcttcagtt acctttgtgg tggagaatgt cttgagaata tcaatacact tatagggcag
      361 ttcaggcaga gacctggtac gcaactgcct ggtgccgaca ctgtaggacg tggacttaag
      421 gaacttgccg aagagaatat cgtctataag agcgagatct ctgggaagtc gtatagcttc
      481 aatgcagcag agaaactgga caccttactt ctgcgaatga tacgacagat ggggcttata
      541 aaggtaggca gccatgttga cttggacttt gatcatcagt ttattcctgc ccacaagttc
      601 gatgcaaaat attcttacaa acaggatttt ggctacttcc ctggttgggc ttccattggg
      661 ggcattatcg ttggaggtga gaatcgtgat ggaaacacca atgtgaaatt tcatcaggaa
      721 gacacgcttc gtcgcattat ggaccgagta atctcagaac ttggtgtgac aatagagcgt
      781 ttccgtgccg actgtgggtc gttctcaaag gaaattatcc aaaccgtaga gcaacgctgt
      841 aacacattct atatacgtgc tgccaactgt ggcactcgtt atgaagagtt ccgccaactg
      901 aaagaatgga agagcgtcga ggttggttat gaaaaatacg atgtcacatc catcaacatg
      961 gacaacctca ttgaaggaaa gtcatacagg cttgtcgtac agcgaagtcc tttaagggac
     1021 aagggtggta agaaacagac ggatatgttc ggagtgatat acacatatcg ctgtatcctt
     1081 accaatgact gggtatcaac cgagaaagac atcattacat tttacaatgg acgaggagca
     1141 agtgaaaaga acttcgacat acagaacaat gacttcggct gggcacatct gcacgtgttg
     1201 tcagattaag tgtgtatcga ttgagcaatg tataggtaag tgtacccata aaagaggcaa
     1261 gacttgggtc ggcataactg ctccccgtac ctccgtaagg acgatctgaa gctacaccaa
     1321 ggttgttata accaaagtaa ttgttggcta atccctttac ttgtgtccaa aaggcagcca
     1381 tcttcttctt ctgatattcg gcaagaatgg tggcagagag gttgtttgca ccccaacgat
     1441 gcttccaatc aagagagata ttacctaata tttcctctgc ctttcgttct cctctataag
     1501 ct
//
LOCUS       SEQF2638.1|AYYF01001504.1 3368 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3368
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             548..1576
                     /locus_tag="SEQF2638.1_01822"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:T2KPJ3"
                     /codon_start=1
                     /transl_table=11
                     /product="TonB-dependent receptor P3"
                     /translation="MGTLRNSNPDLRWETRSTFNIGADLGFFKNRLLLTAEYYYSKTT
                     DMLYEYDVPVPTFAFDKLLANIGSMSNSGFELGIGIVPISKKDMELNVNINMAWQKNK
                     LLSLNGKLNGRDMTASDITPIGGMNGAGFHGGYNDIIYQIVGQPLGVFYLPHCKGIVD
                     NGHGHNKYDIADLNNDNVIDLSDHGDRYVAGQATPKMTLGSNISFRYKDFDVSLQMNG
                     AFGHKIFNGTALSYLNMSNFPDYNVLAEAPARNIVDQNVTDYWLERGDYLNFDYLTIG
                     WNTPVRNKYISSLRVSFSINNLATITSYSGLTPIINSYVVDNTLGIDDKRTYPPYRTY
                     SFGVSIKF"
     CDS             1609..3228
                     /gene="susD"
                     /locus_tag="SEQF2638.1_01823"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q8A1G2"
                     /codon_start=1
                     /transl_table=11
                     /product="Starch-binding protein SusD"
                     /translation="MKYLLRPLFFFSILTLTGCLDENCKDCLDTQHVYTTDNDVYINA
                     VATLYNYIGGDKDSEGLQGTYRGVYDYNTFTTDEAIIPVRGGDWYDGGFWVDLYRHNW
                     AVDSKPLYDTWKYLYKVIVFSNEALATIDKNRQLLTDNQYKAYRAEVRAIRALYYYYL
                     MDMFGNIPLVTTVSEDTENTKQTSRPEVYKFIVKELQEAMPLLSTGHSNLAGTDYGRV
                     TRSVANFLLAKLMLNGEVYSDSDWTDSQQPNGKQIYFTVDGQQMNIWQACKYYCDKVT
                     ADGFTLAPDYFSNFSVHNETSPENIFIIPVDKHLYKNQFQYLFRSRHYAHGSALGTGA
                     ENGACATISTVNTFGYGTNNVDTRYAYNLYSDTVRVDGNVVYLENGKPLVYMPLAVEI
                     NLTNSSYIKTAGARMAKYEVDRTSYNDGKNPNNDIVLFRYADVLLMKAEAAVRNGENG
                     NTELNLVRSRSGMGNRTATLENILNERIMELMWEGWRRNDLIRFNRFHKSYDIRTAPA
                     TEADRHTIVFPIPSRALDLNKNLKQNKGYKR"
ORIGIN      
        1 agcttataga ggagaacgaa aggcagagga aatattaggt aatatctctc ttgattggaa
       61 gcatcgttgg ggtgcaaaca acctctctgc caccattctt gccgaatatc agaagaagaa
      121 gatggctgcc ttttggacac aagtaaaggg attagccaac aattactttg gttataacaa
      181 ccttggtgta gcttcagatc gtccttacgg aggtacgggg agcagttatg ccgacccaag
      241 tcttgcctct tttatgggta cacttaccta tacattgctc aatcgataca cacttaatct
      301 gacaacacgt gcagatggtt cgtcaatggt tggtaaagac catacttggg gtttcttccc
      361 ttctatctca gcaacatgga atattaagaa agaacgtttc cttcgtgata acaatacggt
      421 tagtcttatg gacctacgaa caggctatgg tcagtcagga aaccttggtg gaatcagttc
      481 ttatctgact ttaaaacagt atattccggt tggtttaatc tcatataatg gaacaccaac
      541 ggtcacaatg ggtaccttac gaaatagtaa tcctgaccta cgttgggaaa cacgtagcac
      601 ctttaatatt ggtgctgacc ttggtttctt caaaaatcga ttattgctca cagcagagta
      661 ttactattct aagacaactg atatgcttta tgaatatgac gtaccagtac caactttcgc
      721 ctttgataag ctgctggcaa atatcggttc aatgtctaat agtggttttg agttgggcat
      781 aggcatcgtt cctatctcaa agaaagacat ggagctcaat gttaacatta atatggcatg
      841 gcaaaagaat aaactcctct ccctcaatgg caaactcaat ggaagggata tgacagcatc
      901 agatattact cctatcggtg gcatgaatgg tgccggtttc catggcggtt ataatgatat
      961 tatttatcag atagtaggtc aaccgttagg tgttttctat cttcctcatt gcaaaggaat
     1021 cgttgacaac ggacatggac acaacaaata cgacattgca gatttgaata atgataacgt
     1081 aatcgacctc agtgatcatg gtgacagata tgttgcagga caggctacac caaagatgac
     1141 gttggggtca aacatcagtt ttagatacaa agacttcgat gtctccttac agatgaatgg
     1201 tgctttcggg cataagatat ttaacggcac agccctgtct tatctgaata tgtcgaattt
     1261 cccagactat aacgtccttg cagaagctcc agcacggaat atcgttgacc aaaacgtgac
     1321 tgactattgg ttggaacgtg gtgattatct gaacttcgat tatcttacaa tcggttggaa
     1381 cacacccgtt agaaacaaat atatcagttc attacgtgta tctttcagca tcaataacct
     1441 cgcaacaatt acaagctata gtggtttgac accgattatt aatagctatg tagttgacaa
     1501 cacgttaggc attgacgaca agcgcaccta tcccccttat cgtacttact ctttcggagt
     1561 aagcattaag ttctaagcaa ttgattacaa caaagcatac tattctaaat gaaatactta
     1621 cttcgacctc tatttttttt tagcatcctc acgttaactg gctgcctgga cgagaactgc
     1681 aaagattgtc tcgatacaca gcatgtctat acaacagaca atgacgttta tattaatgct
     1741 gtcgctacct tgtataacta cataggaggt gacaaagata gcgaggggct acaaggtact
     1801 tatcgtggtg tgtacgacta taatacgttc acaacagatg aagctatcat accggtccgt
     1861 ggtggtgatt ggtatgacgg aggcttctgg gtagacttat acagacacaa ctgggcagta
     1921 gatagtaaac cactttacga cacatggaag tatctctata aggtcattgt tttcagtaat
     1981 gaagcacttg ctacaatcga caagaacaga cagctactga ccgacaatca atacaaggct
     2041 tatcgggctg aagtcagagc aatccgcgcc ttatactact attatctaat ggatatgttt
     2101 ggtaacatac cattggtaac aacagtaagc gaagatactg agaacacgaa acaaacaagt
     2161 cgcccggagg tatataagtt tattgtaaag gaactacaag aggcaatgcc actgctttcc
     2221 actgggcata gcaaccttgc aggcacagac tatggacgtg taacgcgctc tgtggctaac
     2281 ttcttacttg ccaagttaat gctgaatggt gaggtttatt ctgattcaga ttggacagat
     2341 agtcagcaac ctaatggtaa acaaatttac tttaccgttg atggtcagca aatgaatata
     2401 tggcaggctt gcaaatacta ctgcgataaa gtcactgctg atggatttac gttagcacca
     2461 gattacttca gtaacttctc agttcacaac gagacctcac cagagaatat atttatcatt
     2521 cctgttgaca agcaccttta taagaaccaa ttccaatatc tcttccgctc tcgtcactat
     2581 gcacacggaa gcgctttagg tacaggggct gagaacgggg cttgtgcaac gatatctact
     2641 gtcaatacct ttgggtatgg gacgaataat gttgacactc gatatgccta taacctttat
     2701 tcagacacag ttcgagtaga tgggaatgtt gtatatttag agaatgggaa gccacttgtc
     2761 tatatgccgc ttgccgtaga gataaacctt accaacagtt catatattaa gactgcaggt
     2821 gcgagaatgg cgaaatatga ggtagaccgc acctcataca atgatggaaa aaatcctaac
     2881 aatgacattg ttctcttccg ttatgctgat gttttactta tgaaggcaga agcggctgtg
     2941 cgtaacggag agaatggcaa cacagaactg aaccttgttc gtagccgtag tggaatggga
     3001 aatagaacag caacattaga gaatatccta aacgaacgta ttatggaact aatgtgggaa
     3061 ggctggcgtc gtaatgacct catccgtttc aaccgatttc ataagtctta cgacatccgt
     3121 acagcacccg caacggaagc cgaccgacat actatcgtct tccctatccc atcacgtgca
     3181 ttagacctca ataagaacct aaagcaaaat aaaggctata agcggtagcg attagatgaa
     3241 ggcttgtcaa acgataaata acttccaagc tataagtata gtctccctta attccgcagc
     3301 ataaattctt gtaagaactc caagtgtctg agaaacaaag ttctcaaaac acttggatat
     3361 gtcagaaa
//
LOCUS       SEQF2638.1|AYYF01001505.1 652 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..652
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             43..564
                     /locus_tag="SEQF2638.1_01824"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIVGDFGQVRKFIIIDIHRESLLNLLLDVVVYDGVRLARAGCAE
                     HHCGTKRIDDVDPSGLPFLPIIEARRKVNGVFVRHQAGLLHEAFVLHIEDVVHEVVLQ
                     QAARPRPGHEQADEAGSEGREIQPGARVRPDRQAECPAVQEEQQGARGGDSPDARPGD
                     PLRSDALRAEAGE"
ORIGIN      
        1 aaactgcggc ttgacggggt acgcatcgag gtgctggcgc agatgattgt aggcgatttc
       61 ggacaggtca ggaaatttat aatcatagat atacatcgcg aaagccttct caatctgctg
      121 cttgatgtag ttgtttacga tggcgtacga cttgcccgag ccgggtgtgc cgagcaccat
      181 tgtggcacga aacggattga cgacgttgat ccatccggac tgccatttct tccgataata
      241 gaagcgcgtc ggaaggttaa cggagtattc gttcgtcatc aggcgggtct cctgcatgaa
      301 gctttcgttc tccacattga agacgtcgtc catgaggttg ttcttcagca ggcggctcgc
      361 ccacgacccg gccatgagca ggcagacgaa gccggcagcg agggtcgtga gatacagccc
      421 ggcgcacgcg tccgtcccga tcggcaggcg gagtgtccag ccgttcagga agaacaacag
      481 ggtgcccgtg gcggcgacag ccccgatgcg cggccaggtg atccgctccg ttcggacgcc
      541 cttcgtgccg aggcaggaga gtgacaaaaa gacagtggca aagagcttcg tccacagcgg
      601 cgaggcgaac agcccggtgg aacggtcgaa gttcagcagg atagtgtcga cg
//
LOCUS       SEQF2638.1|AYYF01001506.1 1237 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1237
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             133..756
                     /locus_tag="SEQF2638.1_01825"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEFRSLTNIETSFKQIRLYAAAFVVLCIVITGIVVYSSYAFANR
                     QREKIYVLDNGKSLILALSQDAAANRPVEAREHVRRFHELFFTVAPDKDAIKKNMERA
                     FLLCDKTAYDYYRDLAEKGYFNRIISGNINQRVEVDSIRCDFDRYPYEVTTYARQFIV
                     RPSNVTERNLITTCTLQNAVRSDNNPQGFLMEHFLVRENRDIQTYKR"
     CDS             760..1026
                     /locus_tag="SEQF2638.1_01826"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSTRFTLTRRYLKAHVWLHRQCDRLSPKWQKRIVFGLCIVYFAC
                     AAAMIVQLFLPEEKHEPAVPVSRFADSPIQRDSLHRHVIEPIKT"
ORIGIN      
        1 gcatacaccg gcggcaaggt gacgatggcc ggaacgggtg ccgcactcgg caatgccggc
       61 ggacggatca agggtttact catcaaataa gtggctctta acatgtactt acctctaact
      121 acttcatgca tgatggaatt cagatcactc accaacatag agacctcgtt caagcagatc
      181 cggctctacg ccgccgcttt cgttgtgttg tgcatagtca ttacaggcat cgtcgtctat
      241 tcgtcgtacg cctttgccaa ccgtcagcgg gagaagatct acgtcttgga caacggcaag
      301 tcgcttatcc tcgccctcag tcaggatgcg gccgcgaacc gtcccgtgga ggcgcgcgag
      361 cacgtccgcc gtttccatga actcttcttc accgttgcac ccgacaagga cgctatcaag
      421 aagaacatgg agcgcgcctt cctcttgtgt gacaaaacgg catacgacta ctaccgcgac
      481 cttgccgaaa agggctactt caaccgcatc atctcgggca acatcaacca gcgcgtggag
      541 gtggactcga tccgctgcga cttcgatcgc tacccgtatg aggtgacgac ctacgcccgt
      601 cagttcatcg tccgcccgag caacgtgacg gagcgcaacc tgatcacgac gtgcacgctg
      661 caaaacgccg tccgctcaga caacaacccg caaggtttcc tgatggagca cttcctcgta
      721 agggagaata gggacatcca gacatataag agataagcca tgagtacaag atttaccctc
      781 acccgtcgct acctgaaggc gcatgtatgg ctgcacagac aatgcgaccg cctcagtccc
      841 aagtggcaga agcggattgt atttgggctt tgcatcgtct atttcgcttg cgctgcagcc
      901 atgattgtgc agctcttcct tcctgaggag aagcatgaac cagccgttcc cgtcagccga
      961 ttcgcagata gcccgatcca gcgggacagc ctgcaccgcc acgttattga acccataaag
     1021 acctaaccta tcatggacac caaacgtaaa gaacaactac agcgcaccct tgtctttact
     1081 ggcttggggc tgctgtttac cctctcaatc tggttcatct tcagaccgcc cgccgatgaa
     1141 cagtcggccg cggcgcaagg gctgaacaag gacgtcccac aagcctcgcc cgatgagctg
     1201 cccacaagta agctcaaggc ctacgagtta gggcgcg
//
LOCUS       SEQF2638.1|AYYF01001507.1 578 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..578
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             31..252
                     /locus_tag="SEQF2638.1_01827"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEVDSIRCDFDRYPYEVTTYARQFIVRPSNVTERNLITTCTLQN
                     AVRSDNNPQGFLMEHFLVRENRDIQTYKR"
     CDS             256..528
                     /locus_tag="SEQF2638.1_01828"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSTRFTLTRRYLRAHVWLHRQCDRLSPKWQKRIVFGLCIVYFVC
                     SIAMIAQLFLPQKEGQLPITRSDQTIVDSPIKRDSLHRHVIEPIKT"
ORIGIN      
        1 cgcatcatct cgggcaacat caaccagcgc gtggaggtgg actcgatccg ctgcgacttc
       61 gatcgctacc cgtatgaggt gacgacctac gcccgtcagt tcatcgtccg tccgagcaac
      121 gtgacggagc gcaacctgat cacgacgtgc acactgcaaa acgccgtccg ctcggacaac
      181 aatccgcagg gctttctgat ggagcacttc ctcgtaaggg agaataggga cattcagacg
      241 tataagagat aggccatgag tacaagattc accctcaccc gccgctactt gcgggcacac
      301 gtatggctgc acagacaatg cgaccgcctc agtccaaagt ggcagaagcg gattgtattt
      361 gggctttgca tcgtctactt cgtctgctcg atagccatga ttgcgcagct attccttcca
      421 caaaaggagg gccagctacc cattacaaga agcgaccaaa cgattgtcga tagcccgatc
      481 aagcgggaca gcctacatcg ccacgttatt gaacccataa agacctaacc tatcatggac
      541 accaaacgca aagaacaact acagcgcacc cttgtttt
//
LOCUS       SEQF2638.1|AYYF01001508.1 16783 bp   DNA    linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..16783
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             13..606
                     /gene="pyrD"
                     /locus_tag="SEQF2638.1_01829"
                     /EC_number="1.3.1.14"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:A4J560"
                     /codon_start=1
                     /transl_table=11
                     /product="Dihydroorotate dehydrogenase B (NAD(+)),
                     catalytic subunit"
                     /db_xref="COG:COG0167"
                     /translation="MECVEKIAALDDIPAIELNISCPNVKQGGMGFGLCAASAAEVVR
                     AVRRVYPRTLIVKLSPNVTDITEIARAVEAEGVDAVSLINTLLGMAVDAERRKPILST
                     VTGGLSGPCVKPIALRMVWQTAKAVRIPVIGLGGIASWRDAVEFILAGATAVQIGTSN
                     FVDPTVSLKVIDGIAAYCERHGFHHASELVGALETDS"
     CDS             769..3015
                     /locus_tag="SEQF2638.1_01830"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:vienna_vog:VOG05272"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKNIIVLFAASLLLYASAQTVVIPDADFKAYLVTSFDTDGNGE
                     ISAAEAQAVRKIEYTDRPLQSLSGIEAFTALEELDCSYANPFERGGLTQIDVSQNPSL
                     KVLRCDNNSLEQIDVSHNAALRELHCRNNKLSALDVSGRKELEELLCDNNRLKHLQTA
                     DCPSLSLMNCSMNQLEALDLQGCPSLRWLNCAENQLATLDASPAVGLEQLYCNDNRLA
                     SLDVLRNGALRQLYCGHNRLDSIDLSRNTALNDLDCGNNRLTRLDVSQNAALTELECS
                     INRLAELDVTHNPELKQLYCNAIPTLTAIRLIKDQAYRTLSYQTASVTTYRVDRETAV
                     AEVARLAEPSHPEVADVDVKNLPDFAQAAPVRSMSTAAPETKEEKAQPATHTRTAREI
                     FFDEEYRREEARKAEEAKRVAEESRRASIRSYNGIVSVPDAEFKMFLVQSFDTDGNGE
                     ISGAEARAVTSMDCSGLNLSSVEGLEYFTSLEELKCQDNRITTLDMSYFPALRSLDCA
                     RNKLHYLNVKANPKLVDLECSDNNLINLDVSRNPALRTLGCNSIRLIRLDVTKNPELE
                     ALKCGNNHLAELNIANNRRLDTLNCSKNKLKLLTVSHLDGLNYLDCSGNQLTAIDVSR
                     NKKLGTLDCGMNALSKVDVSKNLALADFACNGNLLDDLDVAINTELVSLNCANNRLTQ
                     LDVSRNAALKRLRCMGNRLTVVDVRKNLKLKFLESAPMPTLETLYCPQEVIYSKLAYP
                     IMSKVVYK"
     CDS             3049..4359
                     /locus_tag="SEQF2638.1_01831"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEDRENKPMRRKRCRMECRKGDLWKIFPVLVLYLLTSCERANEP
                     APHPVEPSSNPEWAVLKEFTQDDLREMERGLGLSHFSIIGAMPRYPGKVQVRAVKMTF
                     SSAHPGGGAARIRLSGLLLLPPAIDSVRIHHQLLALPYTYVLNRQTPTQQIADYVPAR
                     LEAYMLFGILQASRGYVVLMPDYPGFGESFGQCAMPYVERRPMVHATIDFIRASQQVL
                     QAMHYGRKRELTITGYSLGAYVATQTAREMETNASAFSELTIDRLWVGGAPCDLKRIA
                     DEAKVATHLPTPYLLPLAIHSYRRNGYSKVAVDRLLRSPYVEQLTSRFDGMNEAYADG
                     LPTRASDLFTEAFIRGDAGVSAPIDAILSENSLTPWRNRCAFVMLHGASDRTVYLDNA
                     RAYAERHQAGGGQVDFRVVPGNHKEAGILYYLYVILHLPEDRNT"
     CDS             4356..5057
                     /locus_tag="SEQF2638.1_01832"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNEWIRLIDSSTIDAGTAIVRLLVGFLLGAIIGAERQARRREAG
                     LRTFTLICLGSTMSMLVSIWIPQTYPNFLNGDPGRIAAQVLTGIGFLGAGAIIQGKGG
                     VHGLTTAAGVWVVAVIGLAVGAGMFLPAIILTLLTVSVLTLLEHLEKRTCAGGVNKIL
                     VVVCSTSEPDIKAFRRILDRQQVYLMSNSYEADYTTDTAVLTCKVNVKARSSYTALFA
                     DLRQTGYVAQIKIFD"
     CDS             5439..6194
                     /locus_tag="SEQF2638.1_01833"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKIKASILSGVVATLFLSVGTERAGITEGFQIGDYAPAIILPEF
                     GGRAIDFREHAGQYTLVNFWAAYDAESRVRNIQLRNSVKELDSSLLAVHSISMDERKS
                     VFEGTLKADGLEKTNQWNDRRGKASALYKMYGLEKGLRNFLIDDKGVIVGVDLSPREV
                     IRIVTGNRVAKAKPITNDRKELSHRIRRDNSFLFLGTSHAPRLREPDQRNLLTNSSIS
                     PSRNEGCAMAIRLRARSRKVFALRCAMPYSVTT"
     CDS             complement(6059..7351)
                     /locus_tag="SEQF2638.1_01834"
                     /EC_number="2.8.3.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:G2SYC0"
                     /codon_start=1
                     /transl_table=11
                     /product="Butyryl-CoA:acetate CoA-transferase"
                     /db_xref="COG:COG0427"
                     /translation="MDRKEIFSTRTVTVEEAVQVIRNGDRVVFSQGAGIPQVVPEELL
                     KRREEYADVEIFHMLRPGTVGYVSAGMERHFRHCAAFVCAGTREAVAANRADYMPCFF
                     FEVPHFFRSGLLPVDVAVVQVSPPDAEGFCSFGPACDYVPAACEAARVVIAEMNDQMP
                     RIGRTNTIHISELDYVVPCSRALPEAPPPAIGAVEEAIGQFCAQLVEDGSTLQLGIGA
                     IPDAVLHSLTEKNDLGLHTELLADGVIDLIERGVINGRRKTLHRGEHVATFLLGTSRL
                     YEFAAACPQVALYPVDHVNHPFVIMKNERMVSINSCLEVDLMGQVNSETIGLRQFSGA
                     GGQVDYVRGASLSPGGKSIMAMPSTAVHGTVSRIVPFLSQGAAVTTSRNDVDYVVTEY
                     GIAHLKAKTLRERARSLIAIAHPSFREGLMEEFVRRFR"
     misc_RNA        complement(7904..8119)
                     /locus_tag="SEQF2638.1_01835"
                     /product="Cobalamin"
                     /inference="COORDINATES:profile:Infernal:001001"
     CDS             complement(9006..9134)
                     /locus_tag="SEQF2638.1_01836"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTRRPPNTILAALFQLTEDLNDNSAALFRLTEHPNDNSAALF"
     CDS             complement(9206..10219)
                     /gene="murB"
                     /locus_tag="SEQF2638.1_01837"
                     /EC_number="1.3.1.98"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q9HZM7"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-N-acetylenolpyruvoylglucosamine reductase"
                     /db_xref="COG:COG0812"
                     /translation="MRIEKNFSLKDHNTFHLPVRTRWFMEYDNEDELGRILRDEYFQE
                     LRSLHIGAGSNLLFVADFNGIIVHSRIRGIRVARETDTEVILRIGAAEPWDDVVRYAV
                     SRGWGGIENLSHIPGEAGAATVQNIGAYGVELKDVVDSVETFNQLTFEPHTYTVDACQ
                     YAYRHSIFKDEQRDPHIVTHLNLRLQKRPVLHLDYAPLRDALSALASPTISDVREAVG
                     AIRHSKLPNPERLGNAGSFFMNPLVDRAQFDALRALHPDIPSYPAPDGRVKIPAGWLI
                     ERCGFKGLREGEVGVYEHQALIIVNHGHATGDEIALFAERIRRTVSDRFGILLTPEVR
                     YVE"
     CDS             complement(10335..10808)
                     /locus_tag="SEQF2638.1_01838"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRIGLLGVTLCLVFAIGTVSCKSKQSAYKAAYEQAKEREISSD
                     EPTDEEIAPVTKSKDSGETRQEKITPVEGEDADAIKLYSVVVGSFKNRTNAFSLKERM
                     QNEGYTPVLGENEQGMLRVIVTSFETKAEAEKSRDAIRSKYRPNFQDAWVLERTY"
     CDS             complement(10935..11480)
                     /gene="rsmD"
                     /locus_tag="SEQF2638.1_01839"
                     /EC_number="2.1.1.171"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P44869"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosomal RNA small subunit methyltransferase D"
                     /db_xref="COG:COG0742"
                     /translation="MRIIRGIYGRRRFQVPSTFAARPTTDFAKENLFNVLENLVTWDG
                     TQALDLFSGTGSIAFELLSRGCSRVTAVESDRTHAAFIADVARRLAPPSGTFTLVRGD
                     AFRYLRTAPPFDLIFADPPYALPRLPELPEAILGRDLLRPGGLFILEHPGSYDFSTHP
                     LFTEMRTYGAVHFSLFHAPKE"
     CDS             complement(11477..12298)
                     /locus_tag="SEQF2638.1_01840"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSLRVPDSLTASNSEGYRTSVRLWPGGLSFSGGIPSDEGSFFCE
                     ETEVDVTRSPLQTLRDLFREHPFLSYPYAAVRIITSEPSYTIVPEAIYEDEAKERLYR
                     FTFATPVETVVAQPLRELESVLLFGLRRDMYDFIAQTLPNAHWEHTLASLLIGWHERS
                     LRALHAHMYAVVQDRTMDVACFDRGALRFVNRFEVENHDDMMYYLLYVWKQLELDQRN
                     DALTLSAVASVAFDLKEQLQTYLRDIRVEAIQTLYRADDRTATVGRLTVTTPTNT"
     CDS             complement(12331..13017)
                     /locus_tag="SEQF2638.1_01841"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRVTLKVLLAAAVVLLAYMCYRSIMEPIEFDKERTARESAIEKR
                     LIDIRTAQIEYKNRNGRHAGSFEELAKFLNESKLPFVIKEGVLTDEQLEKGLTEKRAA
                     EIVRRARQTGNNEEVIRNGLQNFRRDTMWVSAKDTLLGRDFNVDSLAYIPVKGVNAKF
                     QMDTATLESSSGYTVKVFECRVPYDVYLGDLNKKELANLKDKMRKMNKYEGLKVGSVT
                     EINNNAGNWE"
     CDS             13114..14568
                     /gene="recD2"
                     /locus_tag="SEQF2638.1_01842"
                     /EC_number="3.6.4.12"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01488"
                     /codon_start=1
                     /transl_table=11
                     /product="ATP-dependent RecD-like DNA helicase"
                     /translation="MVDKYIYKKISEHFPYEPTEEQQKAIAAIAAFAADTTPRSLLIL
                     RGYAGTGKTSVLGAVVKALHAMERPSVLLAPTGRAAKVFAEYAERDAFTIHKKIYRQK
                     SFSNDFGSFSLGKNLQKNTLFIVDEASMISNESAGQNAFGSGHLLDDLIEYVYEGQGC
                     RLILSGDSAQLPPVMLRESPALSAERLRAYGMEVHEVSLTQVVRQDVDSGILFNATRI
                     RNGLWQSETTRFPVLRVEGFPDIRKVTGEDLIEEIASAYSRDGVDDTIVVCRSNKRAA
                     RYNNGIRHYILDREEEIERGDRLMVIKNNYYRWSQAKDAESSFIANGEIVEVLRVRRV
                     TELYGFHFTDVLVRFQDDAAEVELRVLTETLRNESPTLPREDNDRLFYAVLEDYKEVK
                     TKAARMKKMKEDPYFNAVQAKYAYAITCHKAQGGQWRNVFLDIGYLTEEMLGEDFYRW
                     LYTAVTRATGRLYFVNLPPAFEDGGRHGEAAEDF"
     CDS             14612..15643
                     /locus_tag="SEQF2638.1_01843"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MENREITPKKKCPYCGEEIQPDAVKCKHCGEWLTKESAPVPPPT
                     EDQPPIENKSSAPEPDTPAPHRRRIKPVALWAGLIAVVAIAAIALAPSEGQHRERIEK
                     AAIACVEKKISSSLGAVGGSALSPISSIAFNVELVQQKIRERLEQENRIEVENRVFWS
                     QARIYNQLHPYGKMVSFGCFGFVFPSIEWEDIALLSQAEREDISRFLSPTSAQAEQPL
                     TPPATAQAPTGTTGVRQLYHGVIEGDIDGKNRIDTLRCEFDLFFEDRVNEEGKLIVNG
                     TYKYPRYGGRAITLSGTYDPNTDLLVLVEYYKSGKPNCTMRVQRTSYGFDGMFIRKNG
                     QTLSLTMTQ"
     CDS             complement(16367..16573)
                     /locus_tag="SEQF2638.1_01844"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLRPNELLQPHSCLTIQDQRLSFDVYPDVLLHILDQAVKPLQKH
                     GSTLYAALEMLLDVGCVKWRSLGK"
ORIGIN      
        1 gtcgagactt acgtggaatg tgtggagaag atcgccgcat tagacgatat accggccatt
       61 gaactcaata tctcttgtcc gaatgtgaag caagggggaa tgggtttcgg gttatgcgcc
      121 gcgtccgcag cggaagtggt gcgtgctgtg cgacgtgtct atccgcggac cctgattgtg
      181 aagctctcac cgaatgtgac agacatcacg gagatcgcgc gcgccgtaga agccgagggg
      241 gtagatgcgg tctcgctgat caataccctg ctggggatgg ctgtcgatgc ggagcgtaga
      301 aaaccgatcc tctccacagt gacaggcgga ctttcaggcc cttgcgtgaa gccgattgca
      361 ctgcgtatgg tgtggcaaac ggcaaaagcg gtacgcatac ctgtgatcgg gttgggcggt
      421 atcgcctcgt ggcgagatgc cgtggagttt atattggccg gagcgaccgc ggtgcagatt
      481 ggcacctcga attttgtcga tcccaccgtc tcgctcaagg tgatcgacgg catagcggct
      541 tattgtgagc ggcatggatt tcatcacgca tcggaattag tgggggcatt agagacagac
      601 agctaacccg taaaagctga aaactataca ctaacggcta acgacaaaac agctaaaaac
      661 ccataccgcc gaatgcctgt ttatgatcag gcatccggct cagatgatga ttcgtttttc
      721 gcttgtagat tgtagctctt agttcggatc aggctatata tattgtatat gaagaagaat
      781 atcatcgttt tatttgctgc gtcattgctg ctctatgcaa gtgcgcagac tgttgtaatc
      841 ccggatgcgg attttaaggc ctacttagta acgtctttcg atacagatgg taacggcgag
      901 atctcagctg ccgaagcgca agctgtacga aagatcgaat acacggatcg ccccctgcag
      961 tcgctaagtg ggattgaggc atttacagca ctggaggagc tggattgttc ctatgcgaac
     1021 ccgtttgagc ggggtgggct gacgcaaatt gatgtcagtc aaaatccatc gctcaaagtg
     1081 ctccgctgtg ataataatag cttggagcag atcgacgtat cgcacaacgc cgctctgcgg
     1141 gagctgcatt gccgaaacaa caaactcagc gctttggatg tgagtgggcg gaaagagctt
     1201 gaagaattgc tctgcgataa caatcgtttg aagcatttac agacggcgga ctgcccatcc
     1261 ttatcattga tgaattgcag catgaatcaa ctggaggcat tagaccttca gggttgcccc
     1321 tcgctgcgtt ggctgaattg tgcagagaat caattagcta cacttgacgc cagtccggcc
     1381 gtaggcttgg agcaactcta ttgcaacgac aaccgattgg cttcgcttga tgtgttacgg
     1441 aatggagcct tgcggcagct ctattgcggc cacaaccgac tggattcgat cgatttatcg
     1501 cgtaacacgg cattgaatga tttagactgt ggcaacaaca gattgacgcg tttagacgtc
     1561 tcgcagaatg ctgcactgac cgagttagaa tgcagcatca accgtctggc ggagttagac
     1621 gtcacgcaca atccggagtt aaagcagctt tattgcaatg ccatccccac ccttacggcc
     1681 atacgactca ttaaggatca ggcttatcgt acactcagct atcagacggc ctcagtaaca
     1741 acttatcgtg tagatcggga gacggcagtg gcagaagttg ctcggttggc agaaccgtct
     1801 catccggaag tagctgatgt ggatgtgaag aacctgcctg attttgcgca agctgcccca
     1861 gttcgttcca tgtcgaccgc cgcgccagag acgaaagagg agaaagcaca accggcaacg
     1921 catacccgta cggcgagaga gatctttttt gatgaggaat atcgtcgtga ggaagcacgt
     1981 aaggctgagg aagccaagcg agtagccgaa gaaagtcgac gcgcctccat acggtcgtac
     2041 aatggtatcg tgtccgtacc tgatgcggag ttcaagatgt tccttgttca atcatttgac
     2101 acggatggga atggcgaaat atctggtgcg gaggcgcgcg cggtcacatc gatggattgc
     2161 tccggattga atttatcctc agtggaagga ctcgaatatt ttacctcgtt ggaggagcta
     2221 aaatgccagg ataatcgaat caccacgttg gatatgagtt actttccagc gctgcgttcg
     2281 ttggattgtg cacgaaataa gctgcactat ttgaacgtga aggctaatcc caaattggta
     2341 gatctggaat gttctgacaa caatctgatt aacctggatg tgagtcggaa tcccgctctt
     2401 cgtacgctgg gatgtaatag cattcgcttg attcgattgg acgtaaccaa aaatcctgaa
     2461 ttggaggcat taaagtgtgg aaacaaccat cttgcggagc ttaacattgc caataatcgg
     2521 aggctggata cattgaattg cagcaaaaac aaattgaagt tgctcacggt gtcgcacctc
     2581 gatgggctta actatttaga ttgcagtggg aaccaattga ccgcgatcga tgtgtcacga
     2641 aataaaaaac tgggcacgtt agattgtggt atgaacgctt taagcaaggt ggacgtgtcg
     2701 aagaacctcg cattggctga ctttgcctgc aatggcaatc tgctggacga tctggatgtg
     2761 gccattaata cggagcttgt atcgctgaac tgcgcgaata accgtctgac tcaactggat
     2821 gtgtcgcgta atgccgcgct gaagcgtctg cgttgtatgg gcaaccgact gacggtggtg
     2881 gacgtacgaa agaacttaaa gctgaagttt ttggagtcgg cgccgatgcc tacattggag
     2941 acactttact gtccgcagga agtgatttat tccaaactcg cttatccgat catgtcgaaa
     3001 gtagtctata aataagcagc ttgtacgtat ttgagcgtgt tgaagctgat ggaggatagg
     3061 gagaataagc cgatgaggag aaagcgttgt cgtatggaat gtcggaaggg agatctgtgg
     3121 aagatttttc ccgtcctcgt tctgtatctt cttacctcct gcgaaagggc gaatgagccg
     3181 gctcctcacc cagtagaacc gagttcgaat cctgagtggg ccgtactgaa ggagttcaca
     3241 caggatgacc ttcgggagat ggagcgcgga ttggggctat ctcacttcag catcatcggc
     3301 gctatgccgc gttatccggg taaggtgcaa gtgagggccg tgaagatgac gttttcatcg
     3361 gcgcatccgg gtggtggcgc tgcacggatt cgtctctctg gcctgctact ccttccgccg
     3421 gctatcgatt cggtgcggat acaccaccaa ttgttggcat tgccatacac ctacgttctc
     3481 aatcgacaga cacctacaca acaaatagca gactatgtac ccgcgcggct cgaggcctat
     3541 atgctttttg gcatattaca ggcatcgcgt gggtacgtag tactcatgcc agactatccc
     3601 ggctttggcg aatccttcgg acagtgtgcc atgccctatg tggagcgacg tccgatggtg
     3661 cacgcgacca tcgattttat ccgtgcgtcg caacaggtat tgcaagccat gcactacggc
     3721 cggaagcgcg aattgacgat caccggctac tcgctcggtg cttatgtagc gacgcagacc
     3781 gcgcgcgaga tggagacgaa tgcctcggcc ttcagtgagc tgacgatcga ccggttatgg
     3841 gtcggtggag cgccctgcga cttgaagcga attgctgacg aggccaaggt ggctacccac
     3901 ctgccgacgc cttacctcct cccgctggct atccatagct accggcgtaa cggatactcg
     3961 aaggtcgctg tggatcgcct gctccgatca ccctacgtgg agcagctcac gtctcgtttt
     4021 gatggtatga atgaggcgta tgccgatgga ttgcccacac gtgcttccga cctcttcacc
     4081 gaagccttca tccgcggtga tgccggcgtc tccgcgccta tcgatgctat cctaagcgag
     4141 aacagcctga ccccttggcg caaccgctgc gccttcgtca tgcttcatgg tgcatctgac
     4201 cgcactgtct atctcgacaa tgcacgtgct tatgcggagc gtcatcaagc aggcggcggc
     4261 caagtggatt tccgggtagt tcccggcaac cataaggagg ccggcatcct ctattatctc
     4321 tatgtcatcc ttcaccttcc cgaagaccgc aacacatgaa tgaatggatt cgcctgatcg
     4381 acagtagcac gatcgatgca ggtacggcaa tcgtgcgcct actcgtagga ttcctcttag
     4441 gagccattat cggtgccgaa cgtcaggcac gccgccgcga agctggactg cgcaccttca
     4501 cgctgatctg cctcggatcg accatgtcca tgctcgtctc tatttggatc ccgcagacct
     4561 acccgaactt cctcaacgga gatccaggac gtatcgcggc gcaggtgctc actggtatcg
     4621 gtttcctcgg tgcaggtgcc atcatccaag gtaagggcgg tgtacatgga ttgactacag
     4681 cggcaggtgt atgggtcgtg gcggttattg gcctcgcggt tggagcgggc atgtttctgc
     4741 cggccattat cctgacgctc ctgaccgtgt ccgtcctcac actattagaa catctcgaga
     4801 agcgcacctg cgcagggggt gtaaataaaa tcttggtcgt agtctgctcc acgtctgagc
     4861 ccgacatcaa ggcctttcgg cgcatcctcg atcggcaaca ggtctacctg atgagtaact
     4921 cctatgaagc ggactatacg acggacaccg ccgtactaac atgtaaagtg aacgtcaagg
     4981 cgcgctcctc ctacacggct ctctttgctg acctccgcca gactggttac gtggcgcaaa
     5041 tcaagatttt cgactaagat cctctctgcg atgtgccgcc caacaaggac ctacatcgca
     5101 gccaatccct ttttctacat gacctgaaaa cacctcgaag aggtccccga aataaacttg
     5161 aacagactct aaaataggaa cagcagctct gatcgccgga atattttact ttacatttgc
     5221 cgccgatcgg aacaaacaac ggccttggag aaggccgttt ttgtttctac tcccgaaaat
     5281 cgggagggtc gggaaaagca attcttgatc gtgtcgggag gccccaccac aaacgcagtg
     5341 attccccctt tgtgcgtaga gagaggcgga ggcgctaacg accgacacgt tacaagcgat
     5401 gcaaaacccg gttcgagtct aattcataaa cgagaagtat gaagatcaaa gcaagtatcc
     5461 tgtccggagt ggttgcgacg ctgttcctat ccgtcggaac cgaaagggca ggtatcaccg
     5521 aaggatttca gatcggggac tatgccccgg cgatcatcct tccggagttc ggaggtcgcg
     5581 cgatcgactt ccgagaacat gccggacagt acacgttggt gaacttttgg gcggcctacg
     5641 atgccgaatc ccgcgttcgc aacatacagc tccggaacag cgtaaaagag ctggattctt
     5701 cgctcctggc agtgcattcc atttcgatgg acgaacggaa gtccgtattc gagggtacac
     5761 tgaaggctga cggcttggag aagacgaatc aatggaacga tcgaagagga aaagcctcag
     5821 cactgtacaa gatgtacgga ctggagaaag gcctgaggaa ctttttgatt gacgacaagg
     5881 gcgtgattgt aggcgtcgat cttagccccc gcgaagtgat ccggatcgtg accggaaacc
     5941 gtgtagcaaa agcaaaaccc attacgaacg acagaaagga gttgtcccac cgcatcaggc
     6001 gggacaactc ctttctcttt ttaggcacct cgcacgcccc caggttgcgc gagccagatc
     6061 agcggaacct tctgacaaac tcctccatca gcccttcgcg aaacgaaggg tgcgcaatgg
     6121 ctatcagact gcgggcacgc tcgcgtaagg tcttcgcctt gagatgcgca atgccatact
     6181 ccgtcaccac atagtccaca tcattgcgcg acgttgtcac cgctgcaccc tgagacaaga
     6241 agggcacgat ccgcgacacc gtcccatgca ccgccgtcga tggcatggcc atgatcgact
     6301 tgccaccggg cgatagcgac gcgccgcgca catagtccac ctgaccaccc gcaccgctaa
     6361 actgacggag accgatcgtc tccgagttca cctgacccat cagatccacc tcgaggcagg
     6421 aattgatgct caccatacgc tcgttcttca taatcacaaa cggatgattc acgtgatcca
     6481 ccgggtaaag cgctacctgc gggcatgcgg ccgcaaactc atacagccga ctggtgccaa
     6541 gaaggaatgt cgccacatgt tcgccccggt gcaatgtctt gcgacggccg ttgatcacgc
     6601 cccgctcgat gagatcaatc accccatcgg caagcaactc cgtatgcagt cccaagtcgt
     6661 tcttttccgt caggctgtgc agcaccgcgt ccggtatggc gccaatgccc agctgcagcg
     6721 tggagccatc ctccaccagc tgcgcgcaga attgcccgat ggcctcttcc acagcgccaa
     6781 tagccggcgg tggcgcctcg ggtaacgccc tcgaacaggg caccacatag tctaactctg
     6841 agatgtggat cgtgttcgtc cgaccaatgc gcggcatctg atcgttcatc tctgcaatca
     6901 ccacgcgtgc cgcttcgcat gcggccggca cataatcgca cgccggcccg aagctgcaaa
     6961 agccctccgc atcgggcgga gaaacctgta ccaccgctac gtcgaccggc agcaagccgc
     7021 tgcggaagaa gtgcggcacc tcgaagaaga aacacggcat gtagtccgcc ctattcgcgg
     7081 ccaccgcctc gcgcgttccc gcacagacaa aggcggcgca atgcctaaaa tgccgctcca
     7141 tacctgccga cacatagccg actgtacccg ggcgcagcat gtgaaaaatc tcaacgtcag
     7201 catactcctc acgacgtttc aggagctctt ccggcacgac ctgaggaatc cctgcgccct
     7261 gcgagaagac cacccgatcg ccgttacgta tcacctgcac ggcctcttca accgtcaccg
     7321 tccgtgtgga aaaaatctct tttctatcca tacacgtatc tttcaatggt tgttgtgttt
     7381 gtgtttcgtt ataaataagt cgtgggataa gatcgagctg cccgaaggca tccgcaccct
     7441 ttatgtcact ttatatcacg gccgcgctcg ccgctcgatt catcccgaag cgagtcggta
     7501 agtctgatcc tcaatcgttg caggtcgcgt gcagaaaagg gcagaaacag caagtacccg
     7561 gtataccgac ggctgacacg cacccccacg accttcgcgg ccgatcggcc gtccgtaggc
     7621 ctccacgtct ccccttccgc tccgtatgcg ctgaggggta gccacgtaag acttttccgg
     7681 acgacgcgga attgagcgcg cggctcgatc ttcccgttcg acttttcttc ttttcacaca
     7741 ggcgcccgcg ctccaatccg tctcttcgct gtcaccgaat ggatcccctc ttctgggggg
     7801 ggggagcgct acgtcctgtt tgtgtaccgg cggctctcgc ctgccggctc atctatatgc
     7861 tgaaatccta tgtcaaattt ccctgctcgc ctttcctcaa acaggaaatg aaatcggagt
     7921 cggcaggtct tctgacttgt tcccgatccc gcggggcctt cccttttcgt gtggtacgaa
     7981 aaagtgacgc ttgcagagcg gggtcgcttt ctaaagaact tacagctgag gacgcagtcc
     8041 cggactttca ccgggttccc ttttcagttc gacagtctgg actgttgagc atcgaatcac
     8101 caactcgggg gcaaatgtaa aaaaaggcgc ataagagcaa ccagccctat ccgaatattt
     8161 catgccctca aaaacgatcc gttaggtgga aaaacgagta gccgaagccc caaaaacggc
     8221 tcgcgaagcg gccgcggagt actccaagga cacctttcgc cctcgcgcag gccttccgca
     8281 gtttgtcgcg ggcccgcttt tttctgcgca agtctcaaac catagtccgg caagtcctca
     8341 ttttctttct caggtctaaa cgcccccgtt ttcactcatt cggaacttcc cgaaaatcct
     8401 tgcttatcta ttccaatcat tcgggaacct ccgatcctat accagtacat gtatcaatta
     8461 ttcggaatct cccgaagcat tctacatcta taatacaagt cttcggaaat ctccgatcca
     8521 attaaagcgc tcattttatc cattcggata gatccgaatc tttatattat cgattttctc
     8581 catttcggat tcttccgaat cattgctatc aagtatctta ttctttcgga agattccgaa
     8641 tcttttaaat atacgttttt ggtcgatcgg aaacttccgg atgcttgtaa tagaacgagt
     8701 aattcgctcg gaagttcccg aagctatgca atacgtatta aatacatttc gggaagctcc
     8761 gattgatagg aacaatatgt gacagatttt cggaagattc cgaacgaata aaaatgggag
     8821 cgtttaggcc tgagagagaa agagagggta tgtcggagag gtgcttaaga tcttcgcgaa
     8881 cggatcgggg gtagcggagt tgtggttggg gtgtttggtg agtcgaaaag ggtagcgggg
     8941 atggcgttgg gatgttcgat gagccgaaaa tggctggagg agttgtcgtt taggtcttca
     9001 gtgagctaaa aaagggctgc ggagttgtcg ttgggatgtt cggtgagtcg aaaaagggct
     9061 gcggagttgt cgtttaggtc ttcagtgagc tgaaaaaggg ccgcgaggat ggtgttgggg
     9121 gggcgccgtg tcattttggc ataaaacaaa gagaggcgac gcctttttgg cgccacctct
     9181 ccgtgatttt cgggccacgg gtgggttact ccacgtagcg gacttcgggc gtgaggagga
     9241 tgccgaagcg atcgctgacg gtgcggcgga tgcgctcggc aaagagggcg atctcgtcgc
     9301 cggtggcgtg gccgtggttg acgatgatga gcgcttggtg ttcgtaaacg ccgacttcac
     9361 cctcgcggag gcctttgaat ccgcaacgct cgatgagcca gccggcgggg attttgacgc
     9421 gtccgtcggg cgcaggatag gacgggatgt cggggtggag agcgcggagg gcgtcgaact
     9481 gggcgcggtc gacgaggggg ttcatgaaga agctgccggc gtttccgagg cgttcggggt
     9541 tgggcagttt gctgtggcga atggcgccga cggcctcgcg aacgtcgctg atagtggggc
     9601 tggcaagggc gctaagggcg tcgcgtaggg gggcgtaatc gaggtgaagg acggggcgct
     9661 tttggagccg caaattgagg tgggtgacga tgtgcgggtc gcgctgttcg tccttgaaga
     9721 tgctatggcg ataggcgtat tggcaggcgt cgacggtgta ggtgtggggc tcgaaagtga
     9781 gctggttgaa ggtctcgacg ctgtcgacga cgtccttcag ttcgacgcca taggcgccga
     9841 tgttctggac tgtggcggcg ccggcttcgc cggggatgtg ggagaggttt tcgatgccgc
     9901 cccagccgcg gctgacggcg tagcggacga cgtcgtccca gggttcggcg gcgccgatgc
     9961 ggaggatgac ctcggtgtcg gtctcgcgag cgacacggat gccgcggatg cgggagtgga
    10021 cgatgatgcc gttaaagtcg gcgacaaaga ggaggttgct gccggcgccg atgtggaggg
    10081 agcggagctc ttggaagtat tcgtcgcgga ggatgcgacc gagctcgtct tcgttgtcgt
    10141 actccatgaa ccagcgggtg cggacgggca ggtggaaggt gttgtgatcc ttgagggaga
    10201 aatttttttc gatgcgcatg tcaatgaata tgtgtgtgtt taggatgagg ataaaaaaag
    10261 gatgccggcc cgtggtgtag ggcggacatc cttgtttatg gtcgtttggg cttaactacc
    10321 ccggccatgg gagatcaata ggtgcgttcc aaaacccatg cgtcctggaa gttggggcga
    10381 tacttcgagc ggatggcatc acggctcttt tcggcctcag ctttggtttc gaagctggtg
    10441 acgatgacgc ggagcatgcc ttgctcgttt tcgccaagga cgggggtgta gccttcgttc
    10501 tgcatgcgtt ccttgaggga gaatgcgttg gtgcggttct taaagctgcc gactacgacg
    10561 ctgtagagct tgatggcatc ggcgtcttca ccttctacgg gggtgatttt ctcttgtcgt
    10621 gtctcgccgg agtctttcga cttggttacg ggggcgatct cttcgtctgt gggctcgtcg
    10681 cttgatatct cgcgttcctt ggcctgctcg taggctgctt tgtaggcgct ctgttttgat
    10741 ttgcacgaaa cggtgccgat cgcaaagact aagcaaagag taactcctaa caatcctatc
    10801 cttttcatat ctgtttgatg ttatttgaat taacgggggc aaatatagaa acaaattcct
    10861 cttttcgtgg gtgaaatgtc ttatagggag cggctttggg ggcctttcgt agaagatttt
    10921 actcctacgg tcggtcactc tttgggggcg tgaaagaggg aaaaatggac agcgccatag
    10981 gtgcgcattt cggtgaagag ggggtgggtg gagaagtcgt acgagccggg atgttcgagg
    11041 atgaagaggc ctccggggcg gagcagatcg cggcccagga tggcttcggg gagctcgggt
    11101 aatcggggga gggcgtaggg gggatcggca aagatgaggt cgaagggcgg ggccgtgcgg
    11161 aggtagcgga aggcgtcgcc acggacgagt gtgaaggtgc ccgatggggg ggcgaggcgg
    11221 cgggccacgt cggcgatgaa ggctgcgtgc gtgcggtcgg actcaacggc tgtgacgcga
    11281 ctgcagccgc gcgagagtag ttcgaaggca atgctacctg tgccagaaaa gagatcgagg
    11341 gcctgtgtgc cgtcccaagt gacgaggttt tcgagcacgt tgaagaggtt ctctttagca
    11401 aagtcggtgg taggtcgggc ggcgaatgtg gatgggactt ggaagcgtcg tcggccgtag
    11461 attcctcgga tgattctcat gtgttcgtgg gggttgtgac agttagacga ccgacggtgg
    11521 cggtgcgatc atcagcgcga tagagcgtct gaatggcttc cacgcggatg tctcggaggt
    11581 aggtctggag ttgctctttg aggtcgaaag cgacggaggc gacggccgat agggtgagcg
    11641 catcgttgcg ctggtcgagc tcgagctgtt tccagacgta aagcaggtag tacatcatgt
    11701 cgtcatggtt ctcgacctca aatcggttga cgaatcgcag ggcgccccga tcgaagcagg
    11761 cgacgtccat cgtgcggtct tggacgacgg cgtacatgtg ggcgtggagt gcacgtagac
    11821 tccgttcgtg ccacccgatg agcagcgagg cgagggtgtg ctcccagtgt gcgttgggga
    11881 gtgtttgggc aatgaaatcg tacatgtcgc gcctcaggcc gaagagcagc acggactcca
    11941 gttcgcgcaa gggttgggcg acaacggtct cgacgggcgt ggcgaaggtg aagcgataga
    12001 ggcgctcttt ggcttcgtct tcgtagatcg cctcgggcac tatggtgtag cttggttcgg
    12061 aggtaatgat gcggacggcg gcgtagggat agctgagaaa ggggtgttca cggaagagat
    12121 ctcggagcgt ctggaggggg gagcgggtga cgtcgacctc cgtttcttca cagaaaaagg
    12181 atccctcgtc cgaagggatt ccaccggaaa aagaaagtcc gcccggccaa agccggacag
    12241 acgttctata tccttctgaa ttactcgcgg tgagcgagtc gggaacacga aggctcattc
    12301 gatacttctg acgtaggagt ctcggtagga ttattcccag ttaccggcgt tgttattgat
    12361 ctccgtcacg gaacccacct tgagaccctc gtacttgttc atcttgcgca ttttgtcctt
    12421 gaggttggcc agttccttct tgttgaggtc gcccagatag acatcgtaag gaacgcggca
    12481 ctcgaagact ttcaccgtat agccagagga ggattcgagg gtggcggtgt ccatctggaa
    12541 cttagcgttc acacccttga cggggatata agcgagggag tcgacgttga aatcgcgtcc
    12601 cagcagggtg tctttggccg acacccacat cgtgtcacga cggaagttct ggaggccatt
    12661 tctgatcacc tcttcattgt tgccggtctg gcgggcacgg cgtacgatct cggcggctct
    12721 cttttcggtc agccccttct ccagctgttc gtcggtcagc acgccttcct tgatgacgaa
    12781 gggcagcttg gattcgttca agaacttggc cagctcctcg aaggatccag catggcgtcc
    12841 gttcctgttt ttatactcga tctgagccgt ccgaatatcg atcaggcgct tctcgatggc
    12901 tgattcacgc gctgtccgct ctttgtcaaa ctcaatcggt tccatgatac ttctgtagca
    12961 catgtatgcc agcagcacaa ccgccgcagc caataatacc ttcagtgtaa ctctcatatc
    13021 tgtatattca ctttgattgt tagaatgatt ttattgctgc aaatgtatga ttcttttcaa
    13081 aggtctacct ttatcccaaa atattcatct gacatggtcg acaaatacat atacaagaag
    13141 atttcggagc atttcccgta tgaacctacc gaagagcagc aaaaagcgat cgcagcgatc
    13201 gctgcttttg ctgcggatac gaccccaaga tcgctgttga ttcttagggg atacgccggt
    13261 acgggcaaga cgtctgtgct gggggctgtg gtgaaggctt tgcatgccat ggagcggcca
    13321 agcgtgctgc tggcacctac gggcagggcg gcgaaggtgt tcgctgaata tgcggagcgt
    13381 gatgccttta cgatccataa gaagatctat cgccagaagt cgttctcgaa cgatttcggc
    13441 agcttttcgt taggaaagaa cctacagaag aatacgctct tcatcgtcga tgaggcatcg
    13501 atgatctcga acgaaagtgc ggggcagaac gccttcggga gtggccattt gctggacgat
    13561 ttgattgaat acgtctacga gggccagggg tgccggctga ttttgtcggg cgactcggcg
    13621 cagctgccgc cggtgatgct gcgagagagc ccagcactca gtgcggagcg actcagggcg
    13681 tacgggatgg aggtgcatga ggtgtcgctg acgcaggtgg tgcggcagga tgtggactcg
    13741 ggcatcttgt ttaacgccac gcggatccgc aatgggctgt ggcagtcgga gacgacgcgt
    13801 ttcccggtgc tgagggtcga ggggtttccg gacattcgga aggtgacggg cgaggatctg
    13861 atcgaagaga ttgcctcggc ttacagtcgt gatggggtgg acgatacgat cgttgtctgc
    13921 cggtcgaaca agcgtgcggc tcgctacaac aacgggatcc gacattatat cctggaccgt
    13981 gaggaggaga tcgagcgggg cgaccgactg atggtgatca aaaacaacta ctaccgatgg
    14041 tcgcaagcca aggatgcgga gtcgagcttt attgccaacg gcgagattgt ggaggtgctg
    14101 cgtgtgcgac gtgtgacgga gctgtacggg tttcacttca ccgatgtgct ggtgcgattt
    14161 caagacgatg ccgcggaggt ggagctgcgt gtgctgacgg agacgctccg gaacgagtcg
    14221 cccacactgc cgcgtgaaga caacgaccgc ctcttttatg ccgtgctcga ggattacaag
    14281 gaggtgaaaa cgaaggcggc acggatgaag aagatgaagg aggatccgta tttcaacgcc
    14341 gtgcaggcga agtacgccta tgccatcacg tgtcacaagg cacagggcgg acagtggcgc
    14401 aacgtctttc tggacattgg ctacctgacg gaggagatgc tgggcgagga cttttatcgc
    14461 tggctctaca cggccgtcac ccgcgccacg gggcggctct acttcgtcaa cctgccgcca
    14521 gcctttgagg atggcggacg acacggggag gcggccgaag atttctgaca acgatcctac
    14581 acgaacactt acacacacaa aacatacaac aatggaaaat agagagatta ccccaaagaa
    14641 gaaatgcccg tattgtggcg aagagattca gccagatgct gtgaaatgca agcattgcgg
    14701 cgagtggctg acgaaagagt cggcgccagt accccctccg acagaggatc agcctcctat
    14761 cgaaaacaag tcatcggcgc ccgaacccga cacgccagca ccccacagac gaaggataaa
    14821 gcccgttgcg ctctgggcgg ggctcatcgc cgtggtggcc atagccgcca ttgccttagc
    14881 tccctccgaa gggcagcaca gagagcgcat cgaaaaggcg gccatcgcat gtgtcgaaaa
    14941 gaagatcagt agctctttag gtgctgtcgg ggggagtgcg ttaagcccca tttcttcgat
    15001 tgctttcaac gtagagctgg tgcagcagaa gatccgggag cgcttggagc aggagaaccg
    15061 gatcgaggtg gagaaccgcg tgttttggtc gcaggcacgc atctataatc agcttcaccc
    15121 ttacggtaag atggtcagct tcggctgctt tggcttcgtc tttccttcga tcgagtggga
    15181 ggatatcgcc ctgctgtctc aagcggagcg ggaggatatc tctcgtttcc tcagcccaac
    15241 gtcagcccaa gccgaacagc cactgacgcc ccccgctacg gcccaagcgc ctacgggaac
    15301 gacgggcgta cgccagctct atcatggggt gattgagggc gacatcgacg ggaagaaccg
    15361 gatcgacacc ttgcgctgtg agttcgatct ctttttcgag gatcgggtga atgaggaggg
    15421 caagctgatc gtgaatggca cgtacaaata cccccgatat ggcggacgcg ccatcacact
    15481 gagcggcacg tacgatccga ataccgatct gctcgtgctg gtggagtatt acaagagtgg
    15541 caagccgaac tgcaccatgc gtgtccaacg caccagctat ggatttgatg gcatgtttat
    15601 ccgcaagaat ggccaaacgt tgtcgctaac catgacacaa taacctccgc gccacggggc
    15661 ggctctactt cgtcaacctg ccgctggcct ttgaggatgg cggagccact gtaaaggagc
    15721 gacgatacca cgttcggaac ctattgcaat acgttccgag gtggttggaa tacgttccga
    15781 acctattgga atacgttggg gaggtggtcg gaatacgttc tgaaccaact attcccctca
    15841 aaagcagaag ccacgatgtc agagtaagta ggctgataat taggtggaaa ggggtagata
    15901 tgcttccgat tgcgtcgagc gtaagaggca gaaaagtgcg gatccgagca agagttcagt
    15961 taccaaacca ttaccctgtc tggtggtagg taacgatggt gcaaaagcag gtaactgaac
    16021 ctttctcgca catggttctt ttgcattgat atacagggat ctgcacaggt aacgggcgct
    16081 ttgaaccggg taattttgcc cacagctttc aaagcgtatg gatgacaaga aaatgaaggt
    16141 gttgctctac ctcaaaaaga gctctctcga taggtcaggc aaggcgccga tcatgggacg
    16201 catcacgctg gggcgttcca tcgcacagtt tagttgcaag ctgttctgca atctcgattt
    16261 gtggaaccca cgcgaaagtc ggatggacgg gaagagtcgc gaagcggtcg aagtcaatgg
    16321 acggttggac aacctccttc tcgccgttca gtcttcctat cagtccttac ttgccaaggg
    16381 atctccattt gacgcaaccg acatcaagga gcatttccaa ggctgcgtac agagtcgaac
    16441 catgcttttg gagcggtttg acggcctgat cgaggatatg gaggagcacg tcgggataga
    16501 catcaaaaga gagtctttgg tcttgtatcg tcagacaaga atgaggctgc aacagttcat
    16561 tcgggcgaag cataacgctt ccgacttaac cttttcgcag ctcacggagg acttcgtcaa
    16621 gcggttcgag cagttcgcaa ccggagagat gggtctgaaa cagagcactt gctacaacat
    16681 gatcgtcctt atcaagaagc tctgcaaact ggcttatcgc gaaggagtgg cagactcctt
    16741 gttatttgac aatgtgcacg tgggcaaggg agatagccga tta
//
LOCUS       SEQF2638.1|AYYF01001509.1 1492 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1492
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             239..1096
                     /locus_tag="SEQF2638.1_01845"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MESFYDLPAVEDDDVKRELNALRAELGALKEEKAKANGEVDQLE
                     LLEKSYQMAAKYLPSSNAPTTAASDKSAVHLPASELPAAELSPERETVVSSLDQPISD
                     SAFIAEYGYKERNMGFRSVGKAAPSIARNTLSVVVDRTTTIRQGDFLRLRLAESARIE
                     GMTLSPNTVLIAQSTIDGNRMKLHVTSVEHAGRILAVKLSAFDLDGQEGLAIPGSEEV
                     SALKEVGAGVGGTIGTSFTFASSAKDQLIAEAARGVMQGASQLLQKKLRTVKVTVKSG
                     HRLFLVQAK"
ORIGIN      
        1 gcaagggctg aacaaggacg tcccacaagc ctcgcccgat gagctgccca caagtaagct
       61 caaggcctac gagttagggc gcgacgaaga ggcagagggt cgcaagagcc agctcctcgg
      121 cacgctcgcc gactacttca atcgggaggg cgaggcgaaa gccgaaccgg aaccgggcga
      181 ggaagtcccc gcggctatcg gtcggtcgat cgacaagtac gaggagactg cccgcgagtt
      241 ggaatcgttt tacgacctgc ccgccgtgga agacgacgac gtcaaacgtg aacttaatgc
      301 cctccgtgcc gaactcggtg cgctaaagga ggagaaagcc aaagcgaacg gcgaagtcga
      361 tcaattggag ttgttagaga aatcgtatca gatggccgcg aagtacctgc catcgagcaa
      421 cgccccaacc acagccgcgt cggacaagtc cgccgtccat ttacccgcgt ccgaactacc
      481 tgccgcggag ctgtcgcccg agcgggagac ggtcgtctcc tcgctcgatc agccgatcag
      541 tgactccgcc tttatcgccg agtatggtta caaagagcgc aatatgggct tccgctccgt
      601 cgggaaggcg gcaccttcca tcgcccgcaa cacgctgtcg gtcgttgtcg atcgcacgac
      661 aaccatccgg caaggcgatt tcctccgcct ccgcttagca gaatccgccc gcatcgaggg
      721 catgacgctg tcccctaata cggtgcttat tgcgcaatcc acgatcgacg gcaaccggat
      781 gaagctccac gttacgagtg tagaacacgc cggccgcatc ctcgccgtca agctctccgc
      841 cttcgatctc gacgggcaag aaggcttagc tatccccggc tctgaggagg tatcggccct
      901 caaagaagtg ggcgctggtg ttggtggaac aatcggaacg agcttcacct tcgcctcatc
      961 agccaaagac caacttatcg ccgaggccgc ccgcggcgtg atgcagggtg ccagtcagct
     1021 cctccagaag aagctccgta cggtcaaggt gaccgtcaaa agtggtcacc gactcttcct
     1081 cgttcaagcc aagtaatcct ccatttcatc atctgatttc catgaaaaaa ctcctcctat
     1141 ccgccgtcct ttgctgcgga ttcatcacta caaccttcgc cacaagtacc gacacgttgc
     1201 gcacgcagat gcgctctacc ggcaacctgt atcaaggtat gagccgtgcc atccctaacg
     1261 gccgaatggt cgttccatat ggtcttgaag tgacgtttga caagacgacg catctcattt
     1321 ttcccgccgc aatctgctac gttgatttag gtagtaataa cctgattgcg ggcaaagctg
     1381 aaggcgctga gaacgtcttg cgcgtcaagg cggctgtccg tgacttcgag acggagacga
     1441 acctctcggt catttgcgat gatggctcac tctattcttt caacgtgaag ta
//
LOCUS       SEQF2638.1|AYYF01001510.1 761 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..761
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(74..487)
                     /locus_tag="SEQF2638.1_01846"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSTRFTLTRRYLRAHIWLHRQCDRLSPKCQKRIVFALCAVYFAC
                     AAAMIAQLFLQCTEFGAEGIEFTFDVVVFHGGQVVKRFQLAGGLLVLVDRPTDSRGDF
                     LARFRFGFRLALPIEVVGERAEELALATLCLFVAP"
     CDS             complement(491..712)
                     /locus_tag="SEQF2638.1_01847"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEVDSIRCDFDHYPYEVTTYARQFIVRPSNVTERNLITTCTLQN
                     AVRSDNNPQGFLMEHFLVRENRDIQTYKR"
ORIGIN      
        1 gcaagggctg aacaaggacg tcccacaagc ctcgcccgat gagctgccca caagtaagct
       61 caaggcctac gagttagggc gcgacgaaga ggcagagggt cgcaagagcc agctcctcgg
      121 cacgctcgcc gactacttca atcgggaggg cgaggcgaaa gccgaaccgg aaccgggcga
      181 ggaagtcccc gcggctatcg gtcggtcgat cgacaagtac gaggagaccg cccgcgagtt
      241 ggaatcgttt tacgacctgc ccgccgtgga agacgacgac gtcaaacgtg aactcaatgc
      301 cctccgcgcc gaactcggtg cactgaagga agagctgcgc aatcatggct gctgcgcaag
      361 cgaaatagac agcgcacaag gcgaagacaa tccgcttctg acacttggga ctcaggcggt
      421 cgcactgtcg gtgcagccat atatgtgccc gcaggtatcg acgggtgagg gtgaatcttg
      481 tgctcatggc ctatctctta tacgtctgaa tgtccctatt ctcccttaca aggaagtgct
      541 ccatcaggaa accttgcggg ttgttatctg agcggacggc gttttgcagc gtgcacgtcg
      601 tgatcaggtt gcgctccgtc acgttgctcg gacggacgat gaactgacgg gcgtaggtcg
      661 tgacttcgta cgggtagtga tcgaagtcgc agcggatcga gtccacctcc acgcgctggt
      721 tgatgttgcc cgagatgatg cgattgaagt agcccttctc g
//
LOCUS       SEQF2638.1|AYYF01001511.1 752 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..752
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             50..271
                     /locus_tag="SEQF2638.1_01848"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEVDSIRCDFDHYPYEVTTYARQFIVRPSNVTERNLITTCTLQN
                     AVRSDNNPQGFLMEHFLVRENRDIQTYKR"
     CDS             275..541
                     /locus_tag="SEQF2638.1_01849"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSTRFTLTRRYLRAHIWLHRQCDRLSPKCQKRIVFALCAVYFAC
                     AAAMIAQLFLPEEKHEPAVPVSRLTDSPIQRDSLHRHVIEPIKT"
ORIGIN      
        1 cgagaagggc tacttcaatc gcatcatctc gggcaacatc aaccagcgcg tggaggtgga
       61 ctcgatccgc tgcgacttcg atcactaccc gtacgaagtc acgacctacg cccgtcagtt
      121 catcgtccgt ccgagcaacg tgacggagcg caacctgatc acgacgtgca cgctgcaaaa
      181 cgccgtccgc tcagataaca acccgcaagg tttcctgatg gagcacttcc ttgtaaggga
      241 gaatagggac attcagacgt ataagagata ggccatgagc acaagattca ccctcacccg
      301 tcgatacctg cgggcacata tatggctgca ccgacagtgc gaccgcctga gtcccaagtg
      361 tcagaagcgg attgtcttcg ccttgtgcgc tgtctatttc gcttgcgcag cagccatgat
      421 tgcgcagctc ttccttcctg aggagaagca tgaaccagcc gttcccgtca gtcgacttac
      481 ggacagtccg atccagcggg acagcctgca tcgccacgtt attgaaccca taaagaccta
      541 acctatcatg gacaccaaac gcaaagaaca actacagcgc acccttgttt ttaccggact
      601 gggcttgctg tttaccctct caatctggtt catcttcaaa ccgtccgccg atggacagtc
      661 ggccgcggag caagggctga acaaggacgt cccacaagcc tcgcccgatg agctgcccac
      721 aagtaagctc aaggcctacg agttagggcg cg
//
LOCUS       SEQF2638.1|AYYF01001512.1 1083 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1083
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             16..189
                     /locus_tag="SEQF2638.1_01850"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTTYARQFIVRPSNVTERNLITTCTLQNAVRSDNNPQGFLMEHF
                     LVRENRDIQTYKR"
     CDS             324..590
                     /locus_tag="SEQF2638.1_01851"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTRFTLTRRYLRAHVWLHRQCDRLSPKWQKRIVFALCAVYFAC
                     AAAMIAQLFLPEEKHEPAVPVSRIVDSPIQRDSLHRNLFQETPT"
     CDS             complement(810..1079)
                     /locus_tag="SEQF2638.1_01852"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGFLLLQRTEFGAEGIEFTFDVIVFHGRQVVKRFQLAGGFLVLV
                     DRPTDSRGDFFARFRFGFHLALPVEVVSERAEELALATLCLFVAP"
ORIGIN      
        1 cgctacccgt atgaggtgac gacctacgcc cgtcagttca tcgtccgccc gagcaacgtg
       61 acggagcgca acctgatcac gacatgcaca ctgcaaaacg ccgtccgctc agacaacaac
      121 ccgcaaggct tcctcatgga gcacttcctc gtaagggaga atagggatat ccaaacctac
      181 aagcgctgag tccttcgtat agcagcgcat ctgcggcgtt gccttcggca ctcaggttcg
      241 gtcatgtact ttatgtacac tccctctcct tcggccttgg cgccttgcat ctgcattact
      301 ctacaaaggc ctcaatcaag aatatgaaaa caagatttac cctcacccgc cgctacctac
      361 gggcacatgt atggctgcat cggcagtgcg accgcctaag tcccaagtgg cagaagcgga
      421 ttgtcttcgc cttgtgcgct gtctatttcg cttgcgcagc agccatgatt gcgcagctct
      481 tccttcctga ggagaagcat gaaccagccg ttcccgtcag ccgaattgtc gatagtccga
      541 tccagcggga cagcctgcac agaaaccttt tccaagaaac acccacctga tctacctgac
      601 ccacttaacc tatcatggac accaaacgca aagaacaact acagcgcacc cttgtcttct
      661 tggggctggg gctgctgttt accctgtcga tctggttcat cttcagaccg tccgccgatg
      721 aacagtcggc cgcggagcaa gggctgaaca aggacgtccc acaagcctcg cccgatgagc
      781 tgcccacaag caagctcaag gcctacgagt tagggcgcga cgaagaggca gagggtcgca
      841 agagccagct cctcggcacg ctcgctgact acttcaaccg ggagggcgag gtgaaagccg
      901 aaccggaacc gagcgaagaa gtccccgcgg ctatcggtcg gtcgatcgac aagtacgagg
      961 aaaccgcccg cgagttggaa tcgttttacg acctgcctgc cgtggaagac gatgacgtca
     1021 aacgtgaact caatgccctc cgcgccgaac tcggtgcgct gaaggaggag aaagcccaag
     1081 cga
//
LOCUS       SEQF2638.1|AYYF01001513.1 1252 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1252
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(756..1031)
                     /locus_tag="SEQF2638.1_01853"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGSITGYAKLMERSSESLKELKSLVRSGXLSMNDKERIELIDRI
                     YNEVKEYRAATSYFTRKNISVSFVRAAKKGEMARVNALYGSADNRYW"
ORIGIN      
        1 ttgctgatca tcagcacttg gattttggtc aggagtgcgg tgaggatcga gctgacgggc
       61 aaccagaggt agaccgagat gtaccgcgca aaccacgcgc tgagcgatcc gccgaggccg
      121 tcccacacgg caatgccgaa gacgataggc ccgaggatgg agaggacgat gaggatgaac
      181 gtgcggaggg tgtcgatgac gagcgaggcg gcgttgtaga cgagttcgag cgcttggtag
      241 atcttcttca cgaaccaccg cttggtgttg aaggccgtgc gttcggcata catgccggcg
      301 agtgtgatgg cgtcctccgg gccgatgaag cccatctcct gcaccttctc gtcccacgcc
      361 gcgtcgtcga ctaagtaagc ccgcgacttg tcgcgccggt aggcctcttc ctcgagcttg
      421 tcgcgctggt cgcgcagcga ttggaggtcg ttttgctgca catgaacgag tttctcggtg
      481 ccttgcacga cgggcgagag tacggcgttg accgtaccta agacgaccga cgggaagaac
      541 atgatgcaga acccgaggac gaaggggcgg aggagtggga agacgtcgat cggctcggcg
      601 cgggcgagcg acgaccagat gcgtagggcg atatagaaga gcgcgccgag gccggcgatg
      661 ccctttgcaa tgcctgtcat atgggcgcat agaggcatca tttccccgta ggtagcgtgc
      721 agcagcgcgt gcaggtcggt aaagtccatc gtgcatcacc aataacggtt atcggccgag
      781 ccgtagagcg cattgacacg ggccatctcg cccttcttgg ccgcccgtac gaagctgacg
      841 gatatgttct tacgcgtgaa gtacgacgtg gccgcgcggt actctttcac ctcgttgtag
      901 atgcgatcga tcagctcgat tcgctcctta tcgttcatcg agaggncgcc gctgcggacg
      961 agcgatttca gctctttgag cgactcgctg gagcgctcca tcagcttggc atagcccgtt
     1021 attgaaccca taaagaccta acctatcatg gacaccaaac gtaaagaaca actacagcgc
     1081 acccttgtct ttactggctt ggggctgctg tttaccctct caatctggtt catcttcaga
     1141 ccgcccgccg atgaacagtc ggccgcggcg caagggctga acaaggacgt cccacaagcc
     1201 tcgcccgatg agctgcccac aagtaagctc aaggcctacg agttagggcg cg
//
LOCUS       SEQF2638.1|AYYF01001514.1 393 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..393
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cacgcccaat ggatcgttac cgaccctgtc aacttngcag gcaacatcgc naacacgatc
       61 aaagagatcg ccaccgcctc naaaacggtg aacaacacgc tgagcaattt caaggaagtc
      121 gagaagctct acaacgacac caagcgntat tacgacgcnc tgaagaaggt caacaacctg
      181 atcggcgacg cgtataaagt caaggaaacc atactcatgg tgggcgacat gacggagatg
      241 tacgtnggcg cgtacaagaa aatgctctcc gatccgaact actcgcccga ggaactgtcg
      301 gccatggcgg cgggctatgc caagctgatg gagcgctcca gcgagtcgct caaagagctg
      361 aaatcgctcg tccgcagcgg cgccctctcg atg
//
LOCUS       SEQF2638.1|AYYF01001515.1 5397 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..5397
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(361..759)
                     /locus_tag="SEQF2638.1_01854"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSSTPLRIEHVALYTADLEATRDFFERYFHATAGPLYHNPTKQF
                     RSYFLTFPGGSARLEIMTRPALLPSATADSLGYAHIALSVGSPAEVDALTDRLRHDGY
                     AVLSGPRTTGDGYYESVVAAVGGLTIEITV"
     CDS             complement(772..1422)
                     /gene="pdxH"
                     /locus_tag="SEQF2638.1_01855"
                     /EC_number="1.4.3.5"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0AFI7"
                     /codon_start=1
                     /transl_table=11
                     /product="Pyridoxine/pyridoxamine 5'-phosphate oxidase"
                     /db_xref="COG:COG0259"
                     /translation="MAQDLHLENIRREYSSRSLSRKELPDDPFEMVDQWLNEALETKV
                     NEPTAMIVATATPDGRPSVRTVLLKEVVGGRFVFYSNYESRKGRQMAENPHVAVTFLW
                     HELERQIHVEGTVTRLSPEESDAYFAMRPYKSRVGARISPQSQPIPSREYIMMRFASE
                     SLRFVGREVPRPDNWGGYAVTPSRIEFWQGRDSRLHDRFLYELQPDGHWDLHRLAP"
     CDS             complement(2269..3453)
                     /locus_tag="SEQF2638.1_01856"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVVTHRHVVGRLAARALHGDVVTLRGTPFAEHDVDHVPVSEVAA
                     DAVFVERKVFAEHHLAIARLPPVVAVAPFLRIRKHLLEVHAEEFALITRAVVGLDQGA
                     ELRRHVGIVRQDGGRFPGDVVRVIHRGAIRFAGRFRGDEDHTEGRTRTVDGGRCGVLE
                     HGDALDVLRVEEREVVHRHPVDEDEGGALCAVAQRTHATDGHRGCGAKLTAAVHDREA
                     RNGALKRLRDVRIWPRLECLTDVDRGHGAGQVDLLLRAVTHDDDFVQQLAILMQHDAH
                     CGRSRHLLGAVADVGDDEPRARFGTEREFPVGVGDCTVRRAFFQHAGADNGLALIVHD
                     HAVHDAVGLHFGGCRPEGRPVRFHDMGHAPRQRNHCPGCNDSLIMSSSFSCVCHNMQC
                     IK"
     CDS             complement(4203..4325)
                     /locus_tag="SEQF2638.1_01857"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLLIVRRIGSKKLCSLMRQPPDMDGKKAQRLFAGKRDEPS"
ORIGIN      
        1 ggtacgcacc ataacagctc aaggcgtcag ggacgcctgc caagtttgcc gggtacacac
       61 cataacagct caaggcgtca gggacgccgg ccaagtttgc caggtacgca ccataacagc
      121 tcaaggcgtc agggacgcct gccaagtttg ccgggtacac accataacag ctcaaggcgt
      181 cagggacgcc aaccaagttt gccgggtaca caccataaca gctcaaggcg tcagggacgc
      241 ctgccaagtt cgccgggtac gcaccataac agctcaaggc gtcagggacg cctgccaagt
      301 tcgccgggta cacactatag cagctcaaca actcaacaaa ccaacaactc aacaccccca
      361 tcagacggtg atctcgatcg tgagaccgcc gacggcagcg acgacgcttt cgtagtatcc
      421 gtcgccggtg gtgcgtgggc cgctgagaac tgcgtaaccg tcgtgccgca gccgatcggt
      481 cagggcgtct acctccgccg ggctacccac gctgagggcg atgtgggcgt agccgagact
      541 atcggccgtg gcggacggaa gcaacgccgg gcgtgtcatg atctctaacc gtgcgctacc
      601 gccagggaag gtgaggaagt acgaccggaa ctgcttcgtc gggttgtgat agagcggacc
      661 ggcggtggcg tggaagtaac gctcgaagaa atcgcgcgta gcctccagat cagcggtata
      721 gagcgccaca tgctcaatgc gtagcggggt ggacgacatg gggaggagcg attagggggc
      781 aaggcggtga agatcccagt gcccatccgg ttggagctcg tagaggaagc ggtcgtgcag
      841 ccgactgtcg cggccctgcc agaactcgat gcggctgggt gtgacggcgt acccgcccca
      901 gttgtcgggc cggggcacct cgcggccaac gaagcgcagg ctctccgagg cgaagcgcat
      961 cataatgtat tcgcgcgagg ggatgggctg actctgcggt gaaatgcgtg ccccgacgcg
     1021 gcttttgtag ggcctcatgg cgaaataggc gtcgctctcc tcagggctga gtcgcgtgac
     1081 ggtgccctcg acatggatct gccgctccag ctcgtgccag aggaaggtga cggccacgtg
     1141 cgggttttcg gccatctgac gccctttgcg actctcatag ttggagtaaa agacgaagcg
     1201 gccgcccacg acctccttga gcaggaccgt gcggacgctc ggccgaccgt ctggcgtggc
     1261 cgtggccacg atcatggcgg tgggttcgtt gaccttcgtt tcgagggcct cattgagcca
     1321 ttgatccacc atttcgaacg gatcgtcggg cagttctttt cggctcaggc tgcgcgagga
     1381 atactcgcgg cggatattct ctaagtgtaa atcttgtgcc ataggtgttg ttctcttcta
     1441 ttgatgaggg ccgcaaatgt aaacggggcc gcgaaatccg tcttccggtc atgaagtata
     1501 ggcccaagcc ctcgtccggc catccccaag cgcaaaaacg atcagcaaag ccctcctacc
     1561 cttgattaaa cagccattgt ctgcagacaa aaccgcctga tacctattta caagtccatt
     1621 gtctacggac aaaaagctca tataggccta tacacctcca ttgtctacag acaaaatgag
     1681 ggtatatata tttcacctta taatgtctat ggacaaatca atccattagg cctatatcta
     1741 tagattgtcc acaggcaatg gcttataaaa catctatacc tctattttgt tcgtagacaa
     1801 tagcctatga aatagatata ccctcatttt gtccgcagac aatagatgct catacatcta
     1861 taccccattt ttgtctacag acaaataccg ccataacgcc tccttcagcc catctccaac
     1921 tgtcagcaag ttcgcggacg acgcacccct cccctcgcct accgttggcg acatgacccc
     1981 catcgaaata agcctccaga ccgaggctca ccccctcagc catccgtaga aatcacgatc
     2041 cgcagccgtc gaatgcatct ctgccgcccc gaatgctttt taatcccaaa accgcgttta
     2101 cctttgttca cggatacaga acagcgaagg gggccaacac acccccctaa ggctgcaaga
     2161 atcaaggaac ttatatacgt ggacaagaag taatacagag cgaaatacgc acccacggcc
     2221 ggggatgatc ctgccgggga gctaccccat atcatcaaca cttcatcatt atttaatgca
     2281 ttgcatatta tggcaaacac aggaaaacga agaactcatt atgagcgaat cattgcagcc
     2341 tgggcagtga ttgcgctgac ggggggcatg ccccatgtca tgaaagcgga cggggcggcc
     2401 ctcagggcgg caaccgccga aatgcaggcc gacggcgtcg tgcacggcgt gatcgtggac
     2461 gataagggcg aggccattat cggcgccagc gtgctggaaa aaggcacgtc gaacggtaca
     2521 atcaccgacg ccgacgggaa attcacgctc cgtgccaaag cgggcgcgcg gctcgtcgtc
     2581 tcctacatcg gctaccgcac ccaagaggtg acggcttcgg ccacaatgcg catcgtgctg
     2641 catgaggata gcgagctgct gaacgaagtc gtcgtcgtgg gttacggcac gcagaagaag
     2701 gtcaacctga ccggcgccgt ggccacggtc gacatcggta agacactcga ggcgcggcca
     2761 tattctgacg tctcgaaggc gcttcagggc gccgtttcgg gcctctcggt cgtgaacagc
     2821 agcggtcagc ttggcgccgc acccacgatg accatccgtg gcgtgggtac gctgagcaac
     2881 agcgcacaga gcgccccctt catcctcgtc gacggggtgc cgatggacga cctctcgctc
     2941 ctcaacacgc aggacatcca aagcgtctcc gtgctcaagg acgccgcatc gacctccatc
     3001 tacggtgcgc gtgcggcctt cggtgtgatc ctcatcacca cgaaatcggc cagcaaaacg
     3061 gatcgcacca cggtgaatta cacgaacaac atcgcctggg aaacgcccac catcctgccg
     3121 aactatcccg acgtgccgac gcagctccgc gccctgatcg aggccaacga ccgcgcgggt
     3181 gatgagagcg aactcttcgg catgtacctc aagcaaatgc ttccggatgc ggagaaatgg
     3241 cgcgaccgca acaacgggcg gaagacgggc tatcgcgaga tggtgctcgg cgaagacttt
     3301 acgctcgaca aaaacggcgt cggcagctac ttcgctgact gggacatggt caacatcatg
     3361 ttccgcaaat ggcgtccctc gcagagtcac aacgtctccg tgcagggcac gagcggcaag
     3421 acgtcctact acatgtctgt gggttacaac cacgacgagg gcgtgatgag gttcaacccc
     3481 gagaagctga acaagtggac cacgatgctg aacgtgacca ccgacctcac cgactggttg
     3541 caagtgggcg ctcgcttcag ctacagcaac aagggcatga cggggccggc cacgagacgc
     3601 accacctacc aatacatgtg gcgctggggc agcttcttcg ggccttacgg cacgtataaa
     3661 ggcaccgact tccgcaacga cattgcctac cgcaagcagg ccggcgaccg catcgagaac
     3721 gatgccttta cgcgcctcgg aggcttcctc aaggctacac tggccaaggg attgacgctg
     3781 aatgcggact atactttcaa tgtcctcaac cgcaaccgac gcatcgccga ggtgcccctg
     3841 aagggctgga actcatgggg cggtaagctc aacgacatcg tgtattacac cacctcatcg
     3901 aacctcgagg agaagtctga tctcgatcgc aactacgtct tcaacctcta cggcaactac
     3961 ctgctggacc tccagaatgc acaccacttc aacttcatgc tcggcgccaa cgcggagagt
     4021 ggcgaactcg atatgcaccg ctctacacgc aacgatctgc tggctgcggg tatgccggag
     4081 ttcaacctcg ccaacggcga ccagttcgtc gacggttcgc actcgcagtg ggctacggcg
     4141 ggctacttcg gacgtatcaa ctacgactat aaaggcatct ggctcttgga gcttaatggc
     4201 cgttacgacg gttcgtcacg cttcccggcg aacagtcgct gggccttctt cccgtccata
     4261 tcgggcggct ggcgcatcag cgagcagagc ttcttcgagc cgatccgtcg cacgatcaac
     4321 aacatgaagc tgcgcgcctc ctatggcgaa attggcaacc aggccgtggg cgacaacatg
     4381 ttcatctcta ccatcggtaa gcgcaacgat gaaaagggca agacgagtga caaggaggat
     4441 gacgtcatcc attggttagg acagggcggc gacctcgtcg tggcttacgg catgcccaag
     4501 ctcgtctcct cgaagctgcg ttgggagcgc atccaaacgc tcgacgtggg cgccgacttc
     4561 ggcttcttgg ataacagcct gaacatctcc ttcgactggt accaacgcac cacacgcgac
     4621 atgctcgccc ctggacgcac cgtgccgcaa gtgctcggct ccaatccgcc ctatgtcaac
     4681 gccggtgtgc tccgtacccg cggctgggag ctgaatatcg actggcgcca ccgcttcaat
     4741 gaggtcacgg tttatgccaa cgccaacctg ggtgactaca cgaccaccat cgtagagtgg
     4801 gacaacgaca cgaagctgct caactccaac tacagcggca agcgctacgg cgacatctgg
     4861 ggcttcgaaa cggatcgcta cttcacgaaa gaggacttca atgccgacgg cacgtataag
     4921 tctggcgtcg cctcacagaa aggactcgag agcggcaagt tcacctacgg cccgggcgac
     4981 atcaagttca aggacctcaa cggcgatggc aagatcgacg gcggcaaggg tacggctgac
     5041 gatcacggcg acctgaaggt gatcggtaac accacgcccc gctatcagta tggcttccac
     5101 ttgggtggtg aatggcgcaa cttcgacgtt gacctcttct tccaaggcgt aggcaaacgc
     5161 gacgtatgga cacagagtgc gttcgtgatg cccttcatgc gtggcgccga tgcgctctac
     5221 gcgaaccaga cgagctactg gacggagaag aatccggatc agaatgcgga cttcccgcgt
     5281 ctcttccccg gcaatgcttc gcgcggtacg atcagcgtct tggagcaggg ccgcaacaac
     5341 ttctatccgc agaccaagta tctcgtcaac atggcctacc tacgcttcaa aaacctc
//
LOCUS       SEQF2638.1|AYYF01001516.1 476 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..476
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 taaccccata ccacctatac catataggag tattgattgt taaggacact ctcccggtga
       61 ggatcaacct catcgggagt tgttgtttta tagcggatag gaaaacggaa aacgtttgcg
      121 gacttcccgc aaacgccaaa aagtttctcg agacacttgc gggactcccg caaacaccaa
      181 aaagtttttc gagacacttg cgggactccc gcaaacgcca aaaagtttct cgagacactt
      241 gcgggactcc cgcaaacgcc aaaaagtttt tcgagacact tgcgggactc ccgcaaacac
      301 caaaaagttt ttcgagacac ttgcgggact cccgcaaaca ccaaaaagtt tttcgagaca
      361 cttgcgggac tcccgcaaac gccaaaaagt ttttcgagac acttgcggga ctcccgcaaa
      421 cgccaaaaag tttttcgaga cacttgcggg actcccgcaa acaccaaaaa gttttt
//
LOCUS       SEQF2638.1|AYYF01001517.1 1976 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1976
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(192..860)
                     /locus_tag="SEQF2638.1_01858"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDILPDFSGPQNASETDAVILAAGDFPTHPIPLGLLARAAEGRI
                     ICCDGAADRLLREGFTPLAVVGDGDSISPEVRRRLSDRLHIESEQDTNDLSKAVRYAV
                     SQGMRRLTILGATGRREDHTLGNISLLADYQARGLDVEMWTDYGVFTPATGCQTFASR
                     AGQQFSVFCLDDAPLILRDVRWPLEGRRITRWWQATLNEALTDTFRIETRGRVIVFRT
                     YITL"
     CDS             complement(1121..1951)
                     /locus_tag="SEQF2638.1_01859"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMVWIDGEYGARIASAVSGFSHNECRIGYGGTDQFGCLPDGIDR
                     QGFDGTAGNGPLHPLIRGVEREDGGADRIGLVDVYPDRIVVERQTLHGDAAGDDDACV
                     AFARFVQCTHDEQAGVRIGRSNDAGHAIRGAEHARATHGGPSELLIRGVVGEDAGRDS
                     GRVAGAQSDGVALQAEAVDVDLGRNHHNTAGCHLIDAHNDDGLARLPGLDDVDGIVGV
                     GRMGRGDGGYDGDGDAIVPIEYAGTGIGIGAEGIFLADVHPQGVLLDLDDLLHFLHLR
                     "
ORIGIN      
        1 tgggcatgaa gatggagaca agaccttgca cggaatagaa aagtccgatg tgttcgccca
       61 tgcccgcagg cccgaggtag cgcgacatgg aggtgaggta cgtgccccac acagcgaaca
      121 aggccatcgc gcctgcgacg gccagtagtt ggatggtaat cttcttcatg ttctttccta
      181 ttngggggga attatagggt tatataggta cggaagacga tgacgcggcc ccgtgtctcg
      241 atacggaacg tatccgtgag ggcctcgttg agcgtggcct gccaccatcg ggtgatgcgt
      301 cgcccttcaa gcggccaacg cacatcgcgg aggataagcg gcgcgtcgtc cagacagaag
      361 acagagaact gttggccagc ccgcgaggca aacgtctggc agcctgtagc gggggtgaag
      421 acgccgtagt cggtccacat ctccacgtcc agcccacgcg cctgatagtc ggccagcaga
      481 ctgatgttgc ccagcgtatg atcctcgcgg cggcccgtgg cgccgaggat cgtgaggcgg
      541 cgcatccctt gagagacagc gtagcgcacg gccttactca ggtcgttcgt atcctgctcc
      601 gattctatgt gcaggcggtc ggataaacgg cggcgtacct cgggcgaaat cgagtcgccg
      661 tcgcccacga cagccaacgg cgtgaagccc tcgcgcagca gtcggtcagc cgcaccgtcg
      721 cagcaaatga tgcgcccctc ggccgccctc gccagtagcc ccagcgggat cggatgcgta
      781 gggaaatcac ccgccgcaag gatcaccgcg tccgtctccg aggcgttttg tgggccggaa
      841 aaatcaggta gaatatccat gtcagtcgat tgttaaaacc tcgcaaatat agacgctctt
      901 ccggccgagg cttagggaaa gggatacttt tgtgcgtcag tgttaagcct gtaatcaggc
      961 agatagggga tttgggatgc cccttatccc cctttacctt ttcggatcat ccactattat
     1021 tcaaatccat aaatagcccc atatgagtgt gagaaaaacc tccttttatt tctgtatggc
     1081 gatcctcttt gcgatcgcag gagcctttcc ctacagcgcc tcagcgcaag tgcagaaagt
     1141 gcagcaaatc gtcaagatcg agaaggacac cctgcggatg tacgtcggcc aggaagattc
     1201 cctccgcgcc tatgcctatc ccagtgcccg cgtattctat tgggacaatc gcgtctccat
     1261 ccccgtcgta gcctccatcg ccccgcccca ttcgaccaac ccctacgatt ccgtctacat
     1321 cgtcaaggcc tggaagccgg gcaagaccgt catcgttgtg cgcgtcaatg aggtggcagc
     1381 ccgctgtatt gtggtggtta cgcccaagat ctacgtcgac agcctccgcc tgaagcgcga
     1441 caccatccga ctgcgcaccg gcgacacggc cactgtcacg gcccgcatct tcccctacaa
     1501 cgcctcggat aagaagctcg gatggaccac cgtgggtggc gcgcgcgtgc tcggcaccac
     1561 ggatagcgtg acccgcgtca ttgctgcggc cgatgcggac accagcctgc tcatcgtggg
     1621 tgcactggac gaatcgggca aacgcgacac atgcgtcatc atcacccgcc gcatccccgt
     1681 ggagcgtctg acgctcaacc acgatacgat ccggataaac gtcaacaaga ccgatacgat
     1741 ccgcgcctcc atcttcccgc tcaacgccac ggatcagcgg gtgaagtgga ccgttgccag
     1801 cggtgccgtc aaagccttgg cggtcgattc catcgggcag gcagccgaac tgatcggtgc
     1861 caccgtagcc gatacggcac tcgttgtggc tgaagccgct gacggccgac gcgattcgtg
     1921 caccgtactc accgtcgatc caaaccatca tcccaacgca gccgtcgagg tggacg
//
LOCUS       SEQF2638.1|AYYF01001518.1 932 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..932
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(653..844)
                     /locus_tag="SEQF2638.1_01860"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAIRNVDGGVMVHIDRPVRLEIYTLTGALAHRESLTPGDRFVPL
                     RRGLYIVAIDRTRRKILVQ"
ORIGIN      
        1 atgcccagcg caccgcagat gacaaactgc atggcggagg tttggaagcc tgtcagatcg
       61 acggcccaca tggagcagat gaagccgatg gtgccgaaaa tacggatagg cggaaagtcg
      121 cgtaccgtgt cgtagccacc ctgttcaagc aggctgtagg ccacggagta ggagagcgcc
      181 agcgtgggca tgtagaaagc tacgcccagc gtgtagagcg caaagaaggt tccaaaggca
      241 acggacggtc cggccgagag cccataggca cccgccgcag ccatgaagag accggaggct
      301 aagtggcaga gggcgagcat gcgttgagcc ggcacgtagc ggtcggccag gatgccgaac
      361 agcgtgggca tgaagatgga gacaagacct tgcacggaat agaaaagtcc gatgtgttcg
      421 cccatgcccg caggcccgag gtagcgcgac atggaggtga ggtacgtgcc ccacacagcg
      481 aacaaggcca tcgcgcctgc gacggccagt agttggatgg taatcttctt catgttcttt
      541 cctattaggg gggttgaata atcggggtga tgtgcagtat aaacaaccgc ggtcaaggat
      601 aagttcaaga gaggaggatt cccagtcctc ttctcttggc tgatatactg gcttattgaa
      661 caaggatttt gcgcctcgtt cggtctatgg cgacaatgta gagtccgcgg cggagcggta
      721 cgaaacggtc gcccggcgtg agactttcgc gatgggccag ggcgccggtc agggtgtaga
      781 tctcgagtcg tacgggacgg tcaatgtgca ccatcacgcc accatcgacg ttacgaatgg
      841 ccatcgtctc gtccacctcg acggctgcgt tgggatgatg gtttggatcg acggtgagta
      901 cggtgcacga atcgcgtcgg ccgtcagcgg ct
//
LOCUS       SEQF2638.1|AYYF01001519.1 4265 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4265
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(836..2458)
                     /locus_tag="SEQF2638.1_01861"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG7168"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKITIQLLAVAGAMALFASEARAQATVQLNSHETIQLIYGQKD
                     SIKATISAPGQVLSWSTNPASTYVAKSAADSTWGVITAPAAGPNYDGWVVISYGAAKD
                     SVKLLINHAVDSVSFGAVSRDTTMGIGTTKTLTASVFPNNALQEVLYSSSNSAVAEVQ
                     TVGLQGIITAKSVGTARITVSAGKGAGMKTDTFLVKVDNPITGLNFAITTDTIPMQIN
                     SELDVQAVATPANADNINTLQWSIVPIAPATPGLVTIASNSGLTVKIQSAATPGIARL
                     TVTSTNGVTANRVIKVLDPIHVTAMTIDKDTVSLPVGKKDTLTARILPAEALNKKVTW
                     TSTNPSFAAVERLTDTTAVVTGKTVGVAMIVGETEDGNFKDTCYIYVRNAVELKAIKL
                     DKQKIRLKLNTTDTLAVAFSPANASDQRVKFLSADTSIATVDANGVIKGLKTGTVYVS
                     VTSLEGGFKDSCEVTVYDPSPNVETAAGVNIWSAENGLRVQSDKARTLAVYSISGALY
                     RKETVVGDRFIALPSGLYVVTLGEVSRKVAIP"
     CDS             complement(2481..3149)
                     /locus_tag="SEQF2638.1_01862"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDILPDFSGPQNASETDAVILAAGDFPTHPIPLGLLARAAEGRI
                     ICCDGAADRLLREGFTPLAVVGDGDSISPEVRRRLSDRLHIESEQDTNDLSKAVRYAV
                     SQGMRRLTILGATGRREDHTLGNISLLADYQARGLDVEMWTDYGVFTPATGCQTFASR
                     AGQQFSVFCLDDAPLILRDVRWPLEGRRITRWWQATLNEALTDTFRIETRGRVIVFRT
                     YITL"
     CDS             complement(3410..4240)
                     /locus_tag="SEQF2638.1_01863"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMVWIDGEYGARIASAVSGFSHNECRIGYGGTDQFGCLPDGIDR
                     QGFDGTAGNGPLHPLIRGVEREDGGADRIGLVDVYPDRIVVERQTLHGDAAGDDDACV
                     AFARFVQCTHDEQAGVRIGRSNDAGHAIRGAEHARATHGGPSELLIRGVVGEDAGRDS
                     GRVAGAQSDGVALQAEAVDVDLGRNHHNTAGCHLIDAHNDDGLARLPGLDDVDGIVGV
                     GRMGRGDGGYDGDGDAIVPIEYAGTGIGIGAEGIFLADVHPQGVLLDLDDLLHFLHLR
                     "
ORIGIN      
        1 gccgcccatc gagagtccaa ctacatagat gcgcatcgtg tcgatgggga actgtgtgat
       61 cgtgtgctcc agcagctcat cggccagctg tagcggacgc gacataggct gcgacagagg
      121 gaaggggttt gcgccacgcc cgaaatggtc ttgccgcagg atagccggcc agaactcgtc
      181 cgatgggcac tgcggaaaga gtacgtaggc agggaactgt cgccgggtgg tggagtcgac
      241 aaagcgtgcc gcaccgtgtc tcagctgtgc acagttgtcg cggccgcgct cacccgcgcc
      301 gtgtaggaag agcacgagcg gataacgctg tccgggcacg accgtgtccg gcgtcaacag
      361 tcggtaagac agcgaatcgc cgtcggccga gacgtacacc gcggcccgat agccaagact
      421 gtcgcattgc gctgcgacac gtccgacagt agccgtggcc agaaggagta ggagggggga
      481 taaaaacttg acgttcatgt ggggtttgaa tggggattaa acggtgtttg aatggggtgg
      541 taaggctacg tcgatccgat cgacgggacg tttcaccctg aaggaggtcg tcgattcagt
      601 cgacggggac cattctgatc tgaaaatagc cgtcgattcg atcgacgagg ccatttcgat
      661 ctgaaaatcg ccgtcgatcc gatcgacggg acgtttcact ctgaaggtgg ccgtcgaccc
      721 ggtcgacggc caccttgccg ccggcataat aaaaagcggg ctgcccgccg gcgaagaggt
      781 gtgaacctct ccgtggcagg cagccctatc aatacaaatg aaaacaagtc cgtggttaag
      841 ggatggccac cttgcggcta acctcgccca aggtgacgac atagaggccg ctcgggagcg
      901 cgatgaagcg gtcgcctacg acggtctctt tgcggtaaag cgcgccggag atgctgtata
      961 cagccagcgt acgggccttg tcagactgta cgcggaggcc attctcggcg ctccagatat
     1021 tgacaccggc agcggtctca acgttcgggc tgggatcgta aacggtcact tcgcaggagt
     1081 ctttgaagcc gccttcgagg cttgtcacgc tcacgtaaac ggtgcccgtc ttgaggccct
     1141 tgatgacgcc gttagcgtcg acggtggcga tggacgtgtc agcggacagg aacttgacgc
     1201 gctgatcgga ggcgttggcc gggctgaagg ctacggccaa ggtgtcggtg gtgttcagct
     1261 tcaggcgaat cttctgcttg tccaacttga tggccttcag ttcgacggca ttgcggacgt
     1321 agatgtagca ggtgtccttg aagttgccat cctcggtctc accgacgatc atggccacgc
     1381 ctacagtctt tcctgttaca acggcggtgg tgtccgtcag tcgctccaca gcggcgaaag
     1441 aggggttggt ggaggtccac gttaccttct tattcagtgc ttcggcgggc aggatgcgtg
     1501 ctgttagcgt gtccttcttg cccacgggca gggagacggt gtccttatcg atggtcattg
     1561 cagtgacgtg gatcgggtcg agcaccttga tgacgcggtt tgccgtgaca ccgttggtag
     1621 aggtgacggt caggcgggcg atgcccggtg tggcagcgga ttggatcttg accgtaaggc
     1681 cgctgttgga ggcgatcgtc acgaggcccg gtgtggcggg tgcgatcggg acgatagacc
     1741 attgcagcgt gttgatgttg tcagcattgg ctggggtagc cacggcctga acgtccagct
     1801 cgctattgat ctgcatgggg atcgtgtccg tggtgatggc gaaattgagg cctgtgatgg
     1861 gattatcgac tttcaccaag aaggtatctg tcttcatgcc tgcgcccttg ccggctgata
     1921 ccgtgatgcg ggccgttccg acggatttgg cggtgatgat gccttgcaag cctacggtct
     1981 gcacttcggc cacagcgctg tttgacgaag agtaaagcac ttcctgcaat gcattgttgg
     2041 ggaagacgga ggcggtgagt gtctttgtcg ttccgatacc catcgtcgtg tcgcgagaca
     2101 cagcgccgaa gctcacgctg tcaacggcgt ggttgattag gagtttgacg gagtctttgg
     2161 ccgcgccata actgatgaca acccatccat cgtagttggg gccggctgcg ggggcagtga
     2221 tcacgcccca tgtgctgtca gcggcagact tggcgacgta tgtggaagcg gggtttgtgc
     2281 tccatgacaa gacttggccc ggagcggaga tcgtagcttt gatggaatcc ttctgtccgt
     2341 agatcagttg gatcgtctcg tgactgttca gctgcaccgt ggcttgcgcc cgggcttcgc
     2401 tggcgaacaa ggccatcgcg cctgcgacgg ccagtagttg gatggtaatc ttcttcatgt
     2461 tctttcctat tnggggggaa ttatagggtt atataggtac ggaagacgat gacgcggccc
     2521 cgtgtctcga tacggaacgt atccgtgagg gcctcgttga gcgtggcctg ccaccatcgg
     2581 gtgatgcgtc gcccttcaag cggccaacgc acatcgcgga ggataagcgg cgcgtcgtcc
     2641 agacagaaga cagagaactg ttggccagcc cgcgaggcaa acgtctggca gcctgtagcg
     2701 ggggtgaaga cgccgtagtc ggtccacatc tccacgtcca gcccacgcgc ctgatagtcg
     2761 gccagcagac tgatgttgcc cagcgtatga tcctcgcggc ggcccgtggc gccgaggatc
     2821 gtgaggcggc gcatcccttg agagacagcg tagcgcacgg ccttactcag gtcgttcgta
     2881 tcctgctccg attctatgtg caggcggtcg gataaacggc ggcgtacctc gggcgaaatc
     2941 gagtcgccgt cgcccacgac agccaacggc gtgaagccct cgcgcagcag tcggtcagcc
     3001 gcaccgtcgc agcaaatgat gcgcccctcg gccgccctcg ccagtagccc cagcgggatc
     3061 ggatgcgtag ggaaatcncc cgccgcaagg atcaccgcgt ccgtctccga ggcgttttgt
     3121 gggccggaaa aatcaggtag aatatccatg tcagtcgatt gttaaaacct cgcaaatata
     3181 gacgctcttc cggccgaggc ttagggaaag ggatactttt gtgcgtcagt gttaagcctg
     3241 taatcaggca gataggggat ttgggatgcc ccttatcccc ctttaccttt tcggatcatc
     3301 cactattatt caaatccata aatagcccca tatgagtgtg agaaaaacct ccttttattt
     3361 ctgtatggcg atcctctttg cgatcgcagg agcctttccc tacagcgcct cagcgcaagt
     3421 gcagaaagtg cagcaaatcg tcaagatcga gaaggacacc ctgcggatgt acgtcggcca
     3481 ggaagattcc ctccgcgcct atgcctatcc cagtgcccgc gtattctatt gggacaatcg
     3541 cgtctccatc cccgtcgtag cctccatcgc cccgccccat tcgaccaacc cctacgattc
     3601 cgtctacatc gtcaaggcct ggaagccggg caagaccgtc atcgttgtgc gcgtcaatga
     3661 ggtggcagcc cgctgtattg tggtggttac gcccaagatc tacgtcgaca gcctccgcct
     3721 gaagcgcgac accatccgac tgcgcaccgg cgacacggcc actgtcacgg cccgcatctt
     3781 cccctacaac gcctcggata agaagctcgg atggaccacc gtgggtggcg cgcgcgtgct
     3841 cggcaccacg gatagcgtga cccgcgtcat tgctgcggcc gatgcggaca ccagcctgct
     3901 catcgtgggt gcactggacg aatcgggcaa acgcgacaca tgcgtcatca tcacccgccg
     3961 catccccgtg gagcgtctga cgctcaacca cgatacgatc cggataaacg tcaacaagac
     4021 cgatacgatc cgcgcctcca tcttcccgct caacgccacg gatcagcggg tgaagtggac
     4081 cgttgccagc ggtgccgtca aagccttggc ggtcgattcc atcgggcagg cagccgaact
     4141 gatcggtgcc accgtagccg atacggcact cgttgtggct gaagccgctg acggccgacg
     4201 cgattcgtgc accgtactca ccgtcgatcc aaaccatcat cccaacgcag ccgtcgaggt
     4261 ggacg
//
LOCUS       SEQF2638.1|AYYF01001520.1 2857 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2857
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(836..2458)
                     /locus_tag="SEQF2638.1_01864"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG7168"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKITIQLLAVAGAMALFASEARAQATVQLNSHETIQLIYGQKD
                     SIKATISAPGQVLSWSTNPASTYVAKSAADSTWGVITAPAAGPNYDGWVVISYGAAKD
                     SVKLLINHAVDSVSFGAVSRDTTMGIGTTKTLTASVFPNNALQEVLYSSSNSAVAEVQ
                     TVGLQGIITAKSVGTARITVSAGKGAGMKTDTFLVKVDNPITGLNFAITTDTIPMQIN
                     SELDVQAVATPANADNINTLQWSIVPIAPATPGLVTIASNSGLTVKIQSAATPGIARL
                     TVTSTNGVTANRVIKVLDPIHVTAMTIDKDTVSLPVGKKDTLTARILPAEALNKKVTW
                     TSTNPSFAAVERLTDTTAVVTGKTVGVAMIVGETEDGNFKDTCYIYVRNAVELKAIKL
                     DKQKIRLKLNTTDTLAVAFSPANASDQRVKFLSADTSIATVDANGVIKGLKTGTVYVS
                     VTSLEGGFKDSCEVTVYDPSPNVETAAGVNIWSAENGLRVQSDKARTLAVYSISGALY
                     RKETVVGDRFIALPSGLYVVTLGEVSRKVAIP"
     CDS             complement(2578..2769)
                     /locus_tag="SEQF2638.1_01865"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAIRNVDGGVMVHIDRPVRLEIYTLTGALAHRESLTPGDRFVPL
                     RRGLYIVAIDRTRRKILVQ"
ORIGIN      
        1 gccgcccatc gagagtccaa ctacatagat gcgcatcgtg tcgatgggga actgtgtgat
       61 cgtgtgctcc agcagctcat cggccagctg tagcggacgc gacataggct gcgacagagg
      121 gaaggggttt gcgccacgcc cgaaatggtc ttgccgcagg atagccggcc agaactcgtc
      181 cgatgggcac tgcggaaaga gtacgtaggc agggaactgt cgccgggtgg tggagtcgac
      241 aaagcgtgcc gcaccgtgtc tcagctgtgc acagttgtcg cggccgcgct cacccgcgcc
      301 gtgtaggaag agcacgagcg gataacgctg tccgggcacg accgtgtccg gcgtcaacag
      361 tcggtaagac agcgaatcgc cgtcggccga gacgtacacc gcggcccgat agccaagact
      421 gtcgcattgc gctgcgacac gtccgacagt agccgtggcc agaaggagta ggagggggga
      481 taaaaacttg acgttcatgt ggggtttgaa tggggattaa acggtgtttg aatggggtgg
      541 taaggctacg tcgatccgat cgacgggacg tttcaccctg aaggaggtcg tcgattcagt
      601 cgacggggac cattctgatc tgaaaatagc cgtcgattcg atcgacgagg ccatttcgat
      661 ctgaaaatcg ccgtcgatcc gatcgacggg acgtttcact ctgaaggtgg ccgtcgaccc
      721 ggtcgacggc caccttgccg ccggcataat aaaaagcggg ctgcccgccg gcgaagaggt
      781 gtgaacctct ccgtggcagg cagccctatc aatacaaatg aaaacaagtc cgtggttaag
      841 ggatggccac cttgcggcta acctcgccca aggtgacgac atagaggccg ctcgggagcg
      901 cgatgaagcg gtcgcctacg acggtctctt tgcggtaaag cgcgccggag atgctgtata
      961 cagccagcgt acgggccttg tcagactgta cgcggaggcc attctcggcg ctccagatat
     1021 tgacaccggc agcggtctca acgttcgggc tgggatcgta aacggtcact tcgcaggagt
     1081 ctttgaagcc gccttcgagg cttgtcacgc tcacgtaaac ggtgcccgtc ttgaggccct
     1141 tgatgacgcc gttagcgtcg acggtggcga tggacgtgtc agcggacagg aacttgacgc
     1201 gctgatcgga ggcgttggcc gggctgaagg ctacggccaa ggtgtcggtg gtgttcagct
     1261 tcaggcgaat cttctgcttg tccaacttga tggccttcag ttcgacggca ttgcggacgt
     1321 agatgtagca ggtgtccttg aagttgccat cctcggtctc accgacgatc atggccacgc
     1381 ctacagtctt tcctgttaca acggcggtgg tgtccgtcag tcgctccaca gcggcgaaag
     1441 aggggttggt ggaggtccac gttaccttct tattcagtgc ttcggcgggc aggatgcgtg
     1501 ctgttagcgt gtccttcttg cccacgggca gggagacggt gtccttatcg atggtcattg
     1561 cagtgacgtg gatcgggtcg agcaccttga tgacgcggtt tgccgtgaca ccgttggtag
     1621 aggtgacggt caggcgggcg atgcccggtg tggcagcgga ttggatcttg accgtaaggc
     1681 cgctgttgga ggcgatcgtc acgaggcccg gtgtggcggg tgcgatcggg acgatagacc
     1741 attgcagcgt gttgatgttg tcagcattgg ctggggtagc cacggcctga acgtccagct
     1801 cgctattgat ctgcatgggg atcgtgtccg tggtgatggc gaaattgagg cctgtgatgg
     1861 gattatcgac tttcaccaag aaggtatctg tcttcatgcc tgcgcccttg ccggctgata
     1921 ccgtgatgcg ggccgttccg acggatttgg cggtgatgat gccttgcaag cctacggtct
     1981 gcacttcggc cacagcgctg tttgacgaag agtaaagcac ttcctgcaat gcattgttgg
     2041 ggaagacgga ggcggtgagt gtctttgtcg ttccgatacc catcgtcgtg tcgcgagaca
     2101 cagcgccgaa gctcacgctg tcaacggcgt ggttgattag gagtttgacg gagtctttgg
     2161 ccgcgccata actgatgaca acccatccat cgtagttggg gccggctgcg ggggcagtga
     2221 tcacgcccca tgtgctgtca gcggcagact tggcgacgta tgtggaagcg gggtttgtgc
     2281 tccatgacaa gacttggccc ggagcggaga tcgtagcttt gatggaatcc ttctgtccgt
     2341 agatcagttg gatcgtctcg tgactgttca gctgcaccgt ggcttgcgcc cgggcttcgc
     2401 tggcgaacaa ggccatcgcg cctgcgacgg ccagtagttg gatggtaatc ttcttcatgt
     2461 tctttcctat taggggggtt gaataatcgg ggtgatgtgc agtataaaca accgcggtca
     2521 aggataagtt caagagagga ggattcccag tcctcttctc ttggctgata tactggctta
     2581 ttgaacaagg attttgcgcc tcgttcggtc tatggcgaca atgtagagtc cgcggcggag
     2641 cggtacgaaa cggtcgcccg gcgtgagact ttcgcgatgg gccagggcgc cggtcagggt
     2701 gtagatctcg agtcgtacgg gacggtcaat gtgcaccatc acgccaccat cgacgttacg
     2761 aatggccatc gtctcgtcca cctcgacggc tgcgttggga tgatggtttg gatcgacggt
     2821 gagtacggtg cacgaatcgc gtcggccgtc agcggct
//
LOCUS       SEQF2638.1|AYYF01001521.1 1873 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1873
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             26..856
                     /locus_tag="SEQF2638.1_01866"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMVWIDGEYGARIASAVSGFSHNECRIGYGGTDQFGCLPDGIDR
                     QGFDGTAGNGPLHPLIRGVEREDGGADRIGLVDVYPDRIVVERQTLHGDAAGDDDACV
                     AFARFVQCTHDEQAGVRIGRSNDAGHAIRGAEHARATHGGPSELLIRGVVGEDAGRDS
                     GRVAGAQSDGVALQAEAVDVDLGRNHHNTAGCHLIDAHNDDGLARLPGLDDVDGIVGV
                     GRMGRGDGGYDGDGDAIVPIEYAGTGIGIGAEGIFLADVHPQGVLLDLDDLLHFLHLR
                     "
     CDS             1117..1785
                     /locus_tag="SEQF2638.1_01867"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDILPDFSGPQNASETDAVILAAGDFPTHPIPLGLLARAAEGRI
                     ICCDGAADRLLREGFTPLAVVGDGDSISPEVRRRLSDRLHIESEQDTNDLSKAVRYAV
                     SQGMRRLTILGATGRREDHTLGNISLLADYQARGLDVEMWTDYGVFTPATGCQTFASR
                     AGQQFSVFCLDDAPLILRDVRWPLEGRRITRWWQATLNEALTDTFRIETRGRVIVFRT
                     YITL"
ORIGIN      
        1 cgtccacctc gacggctgcg ttgggatgat ggtttggatc gacggtgagt acggtgcacg
       61 aatcgcgtcg gccgtcagcg gcttcagcca caacgagtgc cgtatcggct acggtggcac
      121 cgatcagttc ggctgcctgc ccgatggaat cgaccgccaa ggctttgacg gcaccgctgg
      181 caacggtcca cttcacccgc tgatccgtgg cgttgagcgg gaagatggag gcgcggatcg
      241 tatcggtctt gttgacgttt atccggatcg tatcgtggtt gagcgtcaga cgctccacgg
      301 ggatgcggcg ggtgatgatg acgcatgtgt cgcgtttgcc cgattcgtcc agtgcaccca
      361 cgatgagcag gctggtgtcc gcatcggccg cagcaatgac gcgggtcacg ctatccgtgg
      421 tgccgagcac gcgcgcgcca cccacggtgg tccatccgag cttcttatcc gaggcgttgt
      481 aggggaagat gcgggccgtg acagtggccg tgtcgccggt gcgcagtcgg atggtgtcgc
      541 gcttcaggcg gaggctgtcg acgtagatct tgggcgtaac caccacaata cagcgggctg
      601 ccacctcatt gacgcgcaca acgatgacgg tcttgcccgg cttccaggcc ttgacgatgt
      661 agacggaatc gtaggggttg gtcgaatggg gcggggcgat ggaggctacg acggggatgg
      721 agacgcgatt gtcccaatag aatacgcggg cactgggata ggcataggcg cggagggaat
      781 cttcctggcc gacgtacatc cgcagggtgt ccttctcgat cttgacgatt tgctgcactt
      841 tctgcacttg cgctgaggcg ctgtagggaa aggctcctgc gatcgcaaag aggatcgcca
      901 tacagaaata aaaggaggtt tttctcacac tcatatgggg ctatttatgg atttgaataa
      961 tagtggatga tccgaaaagg taaaggggga taaggggcat cccaaatccc ctatctgcct
     1021 gattacaggc ttaacactga cgcacaaaag tatccctttc cctaagcctc ggccggaaga
     1081 gcgtctatat ttgcgaggtt ttaacaatcg actgacatgg atattctacc tgatttttcc
     1141 ggcccacaaa acgcctcgga gacggacgcg gtgatccttg cggcgggtga tttccctacg
     1201 catccgatcc cgctggggct actggcgagg gcggccgagg ggcgcatcat ttgctgcgac
     1261 ggtgcggctg accgactgct gcgcgagggc ttcacgccgt tggctgtcgt gggcgacggc
     1321 gactcgattt cgcccgaggt acgccgccgt ttatccgacc gcctgcacat agaatcggag
     1381 caggatacga acgacctgag taaggccgtg cgctacgctg tctctcaagg gatgcgccgc
     1441 ctcacgatcc tcggcgccac gggccgccgc gaggatcata cgctgggcaa catcagtctg
     1501 ctggccgact atcaggcgcg tgggctggac gtggagatgt ggaccgacta cggcgtcttc
     1561 acccccgcta caggctgcca gacgtttgcc tcgcgggctg gccaacagtt ctctgtcttc
     1621 tgtctggacg acgcgccgct tatcctccgc gatgtgcgtt ggccgcttga agggcgacgc
     1681 atcacccgat ggtggcaggc cacgctcaac gaggccctca cggatacgtt ccgtatcgag
     1741 acacggggcc gcgtcatcgt cttccgtacc tatataaccc tataattccc cccnaaactt
     1801 catccatcta tccagagttt actatgaacc tgaaacatcg cttgatcatc atgaacttct
     1861 tgcagttcgc tgt
//
LOCUS       SEQF2638.1|AYYF01001522.1 2655 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2655
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             52..720
                     /gene="xerC_26"
                     /locus_tag="SEQF2638.1_01868"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01808"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerC"
                     /translation="MIVLIKKVCKLAYREGVADSLLFDNVHVDKGDSRLPKALDKAAL
                     DKLKALCFDGLDGDMETSRDVFLFACYTGAAYCDLMALRPEHLIRDDEGALWLKFNRQ
                     KTGVLCRVKLLPEALRLLEQLHNDARETLLPYMNYATYLSCLKAISLRAGLSLPITTH
                     TARHTFATLVTLEQGVPIETVSKMLGHSTVRMTERYAKVTPQKLFEEFDRLIAFTEDL
                     HLTI"
     CDS             732..1940
                     /gene="xerC_27"
                     /locus_tag="SEQF2638.1_01869"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01808"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerC"
                     /translation="MRSTFKILFYINRQKTKADGRTAIFCRVTIDGRSAVMATGEECL
                     PTEWDSRQGITGEKKINQRLAAFRELVEKTYAEMLTKDGVVSAELLKNRLQGVAVTPT
                     TLLAMSEAELQSVKACVGKSRSEGTYRNHTYSDKMLREWIERKGQKDMPIDAVTEEMF
                     EEFRFYLKKKRFTAKTVNRDLCWLSRLMYRAVSKRIIRYNPFEGATYEKVERKIRFLQ
                     KSDVAKLMALKVNDREAEQARQMFLFSCFTGLAIADMERLKFSHIQTSADGRRYIRKE
                     RQKTKVESVVPLHPIAEEILSRCREEQTVNEKGDDLVFPRSCSRSTMNNKLSTVGLAC
                     GIRQHISFHMARHTFGTLSLSAGIPIESIAKMMGHASISSTQIYAQVTDKKISEDMDK
                     LIRKQQAASA"
ORIGIN      
        1 gagcagtatg taaccggaga agtggggctg aaacagagca cttgctataa catgatcgtc
       61 cttatcaaga aggtttgtaa actggcctat cgagaaggcg tcgcagactc cttgttgttc
      121 gacaatgtgc atgtggacaa aggagatagc cgattaccta aggcactcga taaggctgcg
      181 ttagacaagt tgaaggcgct ctgttttgac ggtttggacg gggatatgga gacctcccgc
      241 gatgtgtttc ttttcgcctg ttacactggc gccgcctatt gcgatctgat ggcgctgcgc
      301 cctgagcatc ttatccgcga cgatgagggc gccctttggc tgaagttcaa cagacagaaa
      361 acgggcgtcc tctgccgtgt aaagctcttg cctgaagccc ttcgattgct ggaacagcta
      421 cacaacgatg ccagggagac actactccct tatatgaatt atgccaccta tttgtcttgc
      481 ctgaaagcaa tctcactaag ggccggactg tctttgccga tcaccacgca caccgcccga
      541 cacaccttcg ccacactcgt gaccttggag cagggcgtac ccattgagac cgtcagcaag
      601 atgcttgggc atagcacggt gcgcatgacc gagcgatatg cgaaagtcac tccccaaaag
      661 ctgtttgaag agttcgatcg cttgatcgcc ttcactgaag atttgcacct aaccatttaa
      721 ccacagccga catgagaagt acattcaaaa tcctgttcta catcaacaga cagaagacaa
      781 aggcagacgg caggacggcc atcttttgcc gtgtcaccat cgatggcaga agcgcggtga
      841 tggcaaccgg ggaagaatgt ctgccgaccg aatgggacag cagacagggt ataaccggcg
      901 aaaagaaaat caatcaacgc ctcgcagcgt tcagggagct tgtggaaaag acttacgcgg
      961 aaatgcttac gaaggacggc gtggtcagtg cagaactgct taagaaccgt ttgcagggcg
     1021 tcgctgtcac accgacgacc cttttggcca tgagcgaggc ggaactgcaa tctgtaaaag
     1081 catgcgtggg taagtcaaga tctgagggca cctatcgaaa tcatacctat tcggacaaga
     1141 tgcttcgcga gtggatagaa cgcaaagggc aaaaggacat gcccatcgac gctgttacag
     1201 aagagatgtt cgaggagttt cgcttctacc tcaagaagaa gcgatttaca gcaaagacag
     1261 tcaatcgaga tctctgttgg ctgagtcgat tgatgtatcg tgcggtcagc aaaaggatca
     1321 ttcgctacaa tccttttgag ggcgctacct atgaaaaggt agaacggaag attcgcttct
     1381 tgcaaaagag cgatgtggcc aagctcatgg cgctaaaggt gaacgacagg gaagcagagc
     1441 aagcccgaca gatgtttctc ttctcctgct tcaccggact ggccattgcg gatatggagc
     1501 gcctaaagtt ctcgcacatc caaacgtcag ccgacggtag gaggtatatc cgcaaggaaa
     1561 ggcagaagac gaaagtggaa tccgtcgtac cgttacatcc gatcgcggag gagatcctta
     1621 gcagatgccg agaggaacaa acggtgaatg agaaaggtga cgaccttgtc tttccacgca
     1681 gttgtagccg cagtacgatg aataacaaac tgagcaccgt ggggcttgcc tgtggcatca
     1741 gacaacacat ctctttccac atggctcgtc atacgttcgg aacgttgtca ctcagcgcag
     1801 gcattccgat agaaagcatt gccaagatga tggggcacgc gtccatatcc agcacgcaga
     1861 tctatgcaca ggtgacggac aaaaagatct cagaagacat ggacaagctg atccggaagc
     1921 aacaagcggc gtcagcgtga tccccggacg gctgttccaa cgtgaggcgg tatgcttttt
     1981 tcctttcatc gattagatct tactacatga gacctttgaa aacgtgagtt cgacgtaaga
     2041 aaaagggcaa aaagaggcgg aaatcaagag aaagttcgta tctttaatat gctgataata
     2101 aagaacaaac tatacaatga ttcccgccaa taaaactgta gagacctact atctcgccga
     2161 cgaattcttg aaagaatacg actccgtaat caaaagtcat tccttggaag agggagcccc
     2221 aaagaaaagg aggaaccgca aattcaccat gtccaatagc gagatcatga cgattcttat
     2281 cctcttccat tcctcctctt ttcgaaactt aaagcatttc tatctctttg tccgaacata
     2341 tatgcagaag gattttccac atactgcgtc ttacaaccgc ttcgtagaac tccaacgaaa
     2401 ggtttgtata cctcttgcta tcttccttag aacgaaatct ttgggacaat gcactggtat
     2461 ttcttttatc gattctacac ccattcaaag ctgccatatc aaaagagaaa agcagcataa
     2521 aaccttcaag gaatttgccc ggaaagggaa aagcacgctt ggttggttct atggattcaa
     2581 actccacttg atcattaatg acaagggaga actgctcggg ttttcttctg actccgggca
     2641 atgtagacga cagag
//
LOCUS       SEQF2638.1|AYYF01001523.1 1903 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1903
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             9..1238
                     /gene="xerC_28"
                     /locus_tag="SEQF2638.1_01870"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01808"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerC"
                     /translation="MDDKKMKVLLYLKKSSRDRSGKAPIMGRITLGRSIAQFSCKLSC
                     NPDLWNPRESRVDGKSREAVEVNGRLDNLLLAVQASYQSLLAKGAPFDATDIKEHFQG
                     SVQARCMLIERLDLLVKEREKYVGIDLKANSMYNYRSARNRLQEFIRQQYNAADLAFS
                     QLTEGFIYDFQTFCLGRCGLQESTFFGTASLLKAVCRLAYREGLTDVLLFNKVRVERG
                     DKKTPKALDKAALDKLKALCFDGLDGDMETSRDVFLFACYTGAAYCDLMALRPEHLVR
                     DDEGALWLKFSRQKTGVLCRVKLLPEAIRLMNKLHDESRDTLLPLINYKTYQSHLKAL
                     RLRAGIALPFTSHTARHTFATLITLEQGVPIETVSKMLGHSTVRMTERYAKVTPQKLF
                     EEFDRLIAFTEDLHLTI"
ORIGIN      
        1 acaggcgtat ggatgacaag aaaatgaagg tgttgctcta cctcaaaaag agcagtcgtg
       61 acaggtcggg caaggcgccg atcatgggac ggatcacgct ggggcgttcc attgcacagt
      121 tcagttgcaa gctgtcttgc aaccccgatt tgtggaaccc gcgcgaaagt cgggtggacg
      181 ggaagagtcg cgaggcggtc gaagtcaatg gacggttgga caacctgctt ctcgccgttc
      241 aagcctccta tcagtccctg cttgccaaag gggctccgtt tgacgcaacc gacatcaagg
      301 agcatttcca aggcagcgtg caggctcgat gtatgctgat cgaacgctta gatctccttg
      361 tcaaagagcg ggagaagtat gtaggtatcg atctcaaggc gaattctatg tacaactatc
      421 gctctgcccg aaaccggttg caggagttca tccgacagca atacaacgct gcggatctgg
      481 ctttctcgca acttacagag ggctttatct atgattttca gaccttctgt cttggtcggt
      541 gcggtcttca agaaagcacc ttcttcggaa cggcctccct gctgaaagcg gtatgcagac
      601 tggcttaccg cgaagggctg acggatgtct tactgtttaa taaggtacgc gtagagcgag
      661 gggacaagaa aacgccgaaa gcgctcgaca aggctgcgtt agacaagttg aaggcgctct
      721 gttttgacgg tttggacggg gatatggaga cctcccgcga tgtgtttctt tttgcctgtt
      781 acactggcgc cgcctattgc gatctgatgg cgctgcgccc tgagcatctt gttcgcgacg
      841 atgagggcgc cctttggctg aagttcagca ggcagaagac gggtgtcctt tgccgtgtaa
      901 aactgttgcc agaggcgatc cgattaatga acaaactgca tgacgaatca agggacacgt
      961 tgcttcctct catcaattac aagacctatc aatcccacct gaaagccctc cgactgcggg
     1021 ctggtatcgc actacccttc acctcgcaca ccgcccgaca caccttcgct acgctcatca
     1081 ccttggagca gggcgtgccc atcgagaccg tcagcaagat gcttggacat agcacggtgc
     1141 gcatgaccga acgatatgcg aaagtcactc cccaaaagct atttgaagag ttcgatcgct
     1201 taatcgcctt caccgaagat ttacacctaa ccatttaacc acagaccaac atgagaagta
     1261 cattcaagat cctgttctac atcaacagac agaagacgaa gacagacggc aagacggcca
     1321 tcttttgccg cgtcaccatc gatggtaaaa gtacggtcat gacaaccggc gaggaatgtc
     1381 tgccagatga atggaacagc aaacagggta taaccggcga aaagaaaatc aaccaacgcc
     1441 tcgcagcatt cagggagctt gtggaaaagg cctacgcgga aatgcttacg aaggacggcg
     1501 tggtcagtgc agaactcctc aagaaccgct tgcagggtgt cgcggcaact ccaaccaccc
     1561 ttttggccat gagcgaggcg gaactgcaat ccgtgaagac atgcgtgggc aagtcaaagg
     1621 ctgaaagcac ctaccaaaac ctgatctatt cggacaagct gcttcgagag tacgtgaagg
     1681 aatacggagg gcgagacatc ctcctcgcag gcattacgga agacctgttt gaggacttcc
     1741 gcttctttct caaaaaacgc ggtttggcag catcgaccat gaaccatctc ctctgccgat
     1801 tgagtcggtt aatgtatcgt gcggtagact tgaaagtcat ccgctgccat ccttttgagg
     1861 atgttaccta cgaaaaggag gaacggaaga ttcgcttctt gca
//
LOCUS       SEQF2638.1|AYYF01001524.1 867 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..867
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             52..720
                     /gene="xerC_29"
                     /locus_tag="SEQF2638.1_01871"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01808"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerC"
                     /translation="MIVLIKKVCKLAYREGVADSLLFDNVHVDKGDSRLPKALDKDEL
                     DKLKALCFDGLNEDMETSRDVFLFACYTGAAYCDLMTLNHKHLIRDDEGALWLKFNRQ
                     KTGVLCRVKLLPEALRLLEQLHNDARETLLPYMNYATYLSCLKAISLRAGLSLPITTH
                     TARHTFATLVTLEQGVPIETVSKILGHSTVRMTERYAKVTPQKLFEEFDRLIAFTEDL
                     HLTI"
ORIGIN      
        1 gagcagtatg taaccggaga agtggggctg aaacagagca cttgctataa catgatcgtc
       61 cttatcaaga aggtttgtaa actggcctat cgagaaggcg tcgcagactc cttgttgttc
      121 gacaatgtgc atgtggacaa aggagatagc cgattaccta aggcactcga taaggacgag
      181 ttagacaagc taaaggcgct gtgttttgac ggtttgaacg aggatatgga aacctcccgc
      241 gatgtgtttc ttttcgcctg ttacaccggt gccgcctatt gcgatctgat gacgctgaac
      301 cataagcatc ttattcgcga cgacgagggc gccctatggt tgaagttcaa cagacagaaa
      361 acgggcgtcc tctgccgtgt aaaactcttg cctgaagccc ttcgattgct ggagcagcta
      421 cacaacgatg ctagggagac actgctccct tatatgaatt atgccaccta tttgtcttgt
      481 ctgaaagcga tctcactaag ggccggactg tctttgccga tcaccacgca caccgcccgg
      541 cacaccttcg ctacactcgt caccttggag cagggcgtgc ccatcgaaac cgtaagcaag
      601 attcttggac atagcacggt gcgcatgacc gagcgatatg cgaaagtgac tccccaaaag
      661 ctgtttgaag agttcgatcg cttgatcgcc ttcaccgaag atttacacct gaccatttaa
      721 cttaactgaa accgatatga gaagtacatt caagatcctg ttctacataa acagacagaa
      781 gacgaagaca gacggcaaga cagccatttt ttgccgcgtc accatcgatg gcagaagtgc
      841 ggtgatgaca accggcgagg aatgtct
//
LOCUS       SEQF2638.1|AYYF01001525.1 647 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..647
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gagggcgttg cgttcgtagg ccggcgtctc gatgtcgatc aggtcgaacg gatcctctcg
       61 aagccccgcc tctaacatcg cccnccggaa gncttgntgc agacgcctca ggtagacggc
      121 naccgaactc atcttatagc ccaagtcgcg cancatgtag aggcgatagg cttctatcag
      181 cgccttntcc acctcgtggg gcaaacagcg ccgcagcccg cgcgtgtcaa ggaagcggac
      241 gaagctcttg tagctgtctc gaaagccccg cgctgtggcc ttgcttttat gggccgcctt
      301 ctcctcacaa agagccgagt aaatgtcggc gaacgtctgc cgcggcttgt cctgaagcag
      361 gtattgctcc ttgaggtact cggccgtgat gtatcgctcc tccacgagct tgcgtttgat
      421 ttccgagtac acgttccatt cgcccggctt gtatgttccg aggtcggaga agacgaattg
      481 cgtacccttc tgctcgtcat acttacggta atactcgctg agcagtttgg cgcaatggct
      541 ggctttgttg tcgatgtgat ccgcgtattt catcggatcg atcatccgca tatcgaggct
      601 cattttcctc gcgagatctg tggcgataag catcttggcc ttctcct
//
LOCUS       SEQF2638.1|AYYF01001526.1 4805 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4805
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     tRNA            382..458
                     /locus_tag="SEQF2638.1_01872"
                     /product="tRNA-Asp"
                     /inference="COORDINATES:profile:Aragorn:001002"
                     /note="tRNA-Asp(gtc)"
     CDS             775..1992
                     /gene="xerC_30"
                     /locus_tag="SEQF2638.1_01873"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01808"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerC"
                     /translation="MNFKVSFYLRSNYENKEGKSPVMLRVFLGGEMANFGTTKIFVKK
                     SLWSNATSRLRGRTAEALSVNAALDAISTTLYGIYRKYENDESLSLDLIRTVYFGKNR
                     EFTSFLPVFDKFLEDIKQRVGKTIGADSLQKYSVLRRHFAEFLMYKYSRKDIGLNEFT
                     PAVVQDFHLYMSTVAGCAYNTSVKKVKTLKTITIYAQKRGFLLHDPFVNHHFHMEPVD
                     RGFLTDEEILRVANKDLGIPRLELVRDIFIFSCFTGLAYIDVANLTPDHIVTMDDKQW
                     IMTKRQKTSVETNVLLLDIPRAIIAKYSHKTYRDGKLFPVLTNQKTNSYLKEIADLCG
                     IKKKLTFHLARHTFATMSLSKGVPIESVSKMLGHTNIRTTQIYARITNKKIEHDMEQL
                     AGKLGKFNSAMGI"
     CDS             2030..2485
                     /locus_tag="SEQF2638.1_01874"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTTNKKEFSYYRLRLESYLKDYHPERLADETFIRDRSDAAAQA
                     YEDAFRQGYPVLEAGFIATEVLFAGLHFSPYYTLEQIIENEFFSVIPPDRAADFALRL
                     LQSNSIRETIAKYEPGDDFDGSSEYDQLYTELTGVIVELLEADGVKVLP"
     CDS             2866..3141
                     /locus_tag="SEQF2638.1_01875"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTERSYHSQNGFETKRRLLTLPHKIVWIVICIAALKAIGTSEE
                     LTAILMLFAVVYLIRATLRMILRILFFLIRWICIAAVLAWIVSRLLF"
     CDS             complement(3193..3714)
                     /locus_tag="SEQF2638.1_01876"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTTIRRGLLALLVCVWSLAVLNAYAQRAGDRLFSLPLFERAVA
                     CIKHYEGLHGPKNHPYVGYGHRLLPGERLSCAMTKRQADSLLRADLKKRLVTFRRFGR
                     DSLLLAVLSYNVGEYRLLGYGKQPKSRLIQKLESGDRDIRGEYILFCRYRGKELKALR
                     LRRRVELALLYEK"
     CDS             complement(3830..4288)
                     /locus_tag="SEQF2638.1_01877"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTNIRNAAWAIGVLLLAGFCLVGCDRRLDVRTVYPFQVTTMPI
                     PKTIVPGEEVEIRCTLAPERIVKGTRYTLRYFQYDGRGALRIGRRGKPLTPNDRYVIA
                     PGHFTLYYHSLSAERQSLEVVIEDNHGQSQTLTFDFNHKENKVSSEDISV"
     CDS             complement(4302..4763)
                     /locus_tag="SEQF2638.1_01878"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIQNEKLIQPETFTVGVSFTRYLKAENYTFLSALYERQNLPYGK
                     SNIPLSDALLLAGYMHPLLSDGGKNAFVYAGFSALAGYEELNRGESVLPDGAELLDRS
                     RIVGGGGVHLAVELFLSDHLLLVVGGRGLFLFGSDVYPFRPAISAGFRINL"
ORIGIN      
        1 accgtacccc gattcgttgg tgggtatttg cgatagcgtt tgtagccgtc tcggccatca
       61 cttttatcac cgtaacattc cagaattggc gctctgctaa tgctaatccg gtggacagtc
      121 taaaaaatga gtgaggacag cgggaaaggg agttgtgctt ccgcacaggt ctcaattgac
      181 tgttaaatca ctcattttca aattgtaggt aaggggttaa catgcgatgt attcctctcg
      241 gattgtacgt atgctcctct ttcctgagat tttttctcga aaaattttgc gtgaaagctt
      301 tgcgcgtttg aaaaagccat tatctttgca gcgcaatcga ggaaacgaag agacgttcaa
      361 acaagagatt gctcccaata tggtgtggta gttcagctgg ttagaatacc tgcctgtcac
      421 gcagggggtc gcgggttcga gtcccgtcca taccgccata aggtttcaat agggcttcag
      481 aaagcaagtc aattaagcct tcaacctcat aggtaatcgt tgtaaaatca aggttttaca
      541 gcgatttttc ttttgtatat acctaatcgc ctgacggcat aaccctatgt tttgacagtc
      601 acctttcggt cactttctgc tacactttct gctacacaaa aacgagagca gcaaaaaatg
      661 tagcagtgac gggattgtga ataccatatt gactgcatta atcctctctg tttcatcgca
      721 ctaagttgaa ctttgcggcc gaaaagctgc ataacaaaac gatgcaatat gagaatgaac
      781 ttcaaggtct ccttctacct acgctcgaac tacgagaaca aagagggaaa gtcgcccgtc
      841 atgcttcgag tctttctggg cggagagatg gcgaacttcg gtacgacgaa gattttcgtg
      901 aagaagtccc tttggagcaa tgccacaagt cggctcagag ggagaacagc cgaagccttg
      961 tcggtgaacg cagcgctaga tgccatctcc acgacactct acgggatcta tcgcaagtac
     1021 gagaacgacg agtcgctgtc attagattta atccggactg tttatttcgg taagaacaga
     1081 gagttcacct ctttcctccc agtcttcgat aagttcttgg aagacatcaa gcagcgtgtc
     1141 ggtaagacca tcggtgcgga cagtttgcag aagtacagcg tgctaaggag gcactttgcc
     1201 gaatttctca tgtacaagta ctcccgcaag gacatcgggc tgaatgagtt taccccggcc
     1261 gtcgtccaag actttcatct ctatatgagt acggttgcgg gatgtgccta caacacctct
     1321 gtcaagaagg taaaaacact caagaccata acgatctatg cccaaaagcg aggctttttg
     1381 cttcatgacc cctttgtcaa tcaccatttc cacatggagc cagtagatag aggctttctg
     1441 acggacgaag agatcctccg agtggctaac aaggatttgg gcattccacg attggagttg
     1501 gtgcgggaca tcttcatttt ttcgtgcttc accggactgg cctacatcga cgtggccaac
     1561 ctcacgccag accacattgt gacgatggac gacaagcagt ggatcatgac caagcgacag
     1621 aaaacgagcg tggaaaccaa cgtactgctt ctcgacatcc cgagagcaat catcgcgaag
     1681 tacagccaca agacgtatcg ggacggcaag ctctttcccg tcctgacgaa tcagaagacc
     1741 aattcgtacc tcaaggagat cgccgacctc tgcgggatca agaagaagct aacgttccac
     1801 ctcgctcgcc acaccttcgc taccatgtct ctgagtaagg gcgtccccat tgaatctgtt
     1861 tccaagatgt taggccatac gaacatccgc acgacgcaga tctacgcccg catcacgaac
     1921 aagaagatcg agcacgatat ggagcaattg gccggcaagc tcggcaagtt caactccgcg
     1981 atggggatct gatacaatag ccaagtcaca tcaaaaacag aaacacgata tgaaaacaac
     2041 aaacaagaag gagttctcct attaccgact gcgattagag tcctatttga aagattacca
     2101 ccccgaacgg ctggccgacg agacgtttat ccgcgaccga tcggacgcag cggcacaggc
     2161 gtatgaggac gcctttcggc aaggctatcc cgtcctcgaa gccggattta tcgccacgga
     2221 agtcctcttc gcgggactgc atttttcgcc gtattacacc ctcgagcaga tcatcgagaa
     2281 cgagtttttc agcgtgattc cacccgaccg tgccgcggat tttgcgctgc ggctgttgca
     2341 gagcaactcc atccgcgaga ccattgcgaa gtacgagccg ggtgacgatt tcgacggcag
     2401 ttcggagtac gaccagctct acaccgagct caccggcgtc attgtcgaac tgctcgaggc
     2461 ggacggcgtg aaggtgctcc cgtagcctac gcgcttttgg cgtttcccta tttcattcgg
     2521 ccgtggcatc gcgctgcggc cgtttttata ccccaacacc tacagatcct attccgagga
     2581 tctttcctct acgggtttcc ctgcttccac tttttgttcg cggctcggag ccgatgtcgg
     2641 ttcccttgtc ttcgggcgaa ggtcagcaga cgataagggt gatgtcaagg ccgaaccttc
     2701 ttcgagggcg ttcgccaccg ataaaatctt cctgtttcac tgtcgtttca cagcgtattt
     2761 tatcggtgga aagccttgcc ttttcccctc atcgtctgcc ctttgtagcc ctcgaaacga
     2821 aaccgacata ctccgagctt tgaacgcaaa aaaaatgtca gcacgatgaa aacggaaaga
     2881 tcttatcact cccaaaacgg atttgaaacg aaacgacgcc tcctcacatt accgcataaa
     2941 atcgtttgga tcgtcatctg tattgcggcg ttgaaagcca taggcacttc ggaagaattg
     3001 actgctatct tgatgctgtt cgctgtcgtg tatcttattc gagcaacact ccgaatgatt
     3061 cttcggatac tgttcttcct gatccgatgg atctgcatcg ccgctgtatt ggcttggatt
     3121 gttagccgac tgctgttttg agacgttaca atagcaatga cggggagagg atcaatccaa
     3181 tccccttccc cgtcactttt catagagcag cgcaagctcc acgcgacgtc gtaaacgcag
     3241 tgctttcagc tctttgccgc ggtagcggca gaacaaaatg tactcgcctc ggatgtctct
     3301 gtcgcccgat tccaacttct gaatgaggcg actcttcggc tgcttgccgt agcctaagag
     3361 gcggtattca ccgacgttat acgacaacac ggcaaggagt aaggagtcgc gaccgaaacg
     3421 acgaaacgtg acgagccgtt tcttcagatc tgcgcgaagc agagaatccg cctgccgttt
     3481 tgtcatcgcg cacgaaagcc gctcgccggg cagcaggcgg tgaccgtagc cgacataagg
     3541 atggtttttc gggccgtgta gcccttcgta atgtttgata cacgcgacgg cgcgctcgaa
     3601 gagcggaagg ctgaacagcc gatcgccggc gcgctgtgca tatgcgttta gtacagcgag
     3661 cgaccaaacg cacacaagga gcgcgagcag gccacgtctg attgtcgttt tcataaggtg
     3721 gttagatgtt ttgggggggt ggataaaaag acaaaagcac cgatccgtcg cggacagatg
     3781 cttttcatgt cagggttatg aacaaaatag gcgatgaaaa aagatgtatt cagacagaga
     3841 tgtcttccga agagactttg ttctccttat ggttgaagtc aaatgtgagt gtttgactct
     3901 ggccgtgatt gtcctcgatc acgacttcga gcgactgtcg ttcggcggaa agcgagtgat
     3961 aatagagggt gaaatgcccc ggcgcgatga cgtagcgatc gttcggcgtg aggggtttac
     4021 cgcgtcggcc gatgcgcagc gcccctctgc cgtcatactg gaaatagcgc aacgtgtagc
     4081 gcgtgccttt cacgatgcgt tcgggcgcga gcgtgcagcg gatctcgact tcttcgcccg
     4141 gcacgatggt tttcgggatg ggcatcgtag tgacttggaa cggataaacc gttcgcacgt
     4201 ccagacggcg atcacagccg accaaacaaa acccggccag gagcaagacg cctatcgccc
     4261 atgccgcatt acggatgttc gttttcatga ttcttatggg gttagaggtt gatgcgaaag
     4321 cctgccgaga tagcaggtcg aaaaggatag acgtccgagc cgaagaggaa cagcccgcgg
     4381 ccaccgacga caaggagcag gtgatccgac aggaacagct ctacggcgag atgcacgcct
     4441 ccgcccccaa ctatgcgcga acggtcgagt agctccgcac catcgggcaa cacagattcg
     4501 ccgcggttga gttcctcgta gccggccaat gcagagaacc ccgcatagac aaaggcattc
     4561 tttccgccgt ccgagagcag cgggtgcata tatcccgcca gcagaagtgc atcactcagc
     4621 ggtatgtttg acttcccgta gggcagattt tgccgttcat acaaggccga caggaaggtg
     4681 taattctcgg ctttgaggta gcgggtgaac gatacgccca cagtgaaagt ctcgggttgg
     4741 atcagctttt cgttctgaat caccgggacg cccgccgtga tttcgacacc cgtctgccga
     4801 ggaag
//
LOCUS       SEQF2638.1|AYYF01001527.1 1787 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1787
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(6..458)
                     /locus_tag="SEQF2638.1_01879"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGHKSVEFVNLALNGAESFSEYLLSSFNKAEMAKDIELINKLWK
                     IRVDVASLLEKIDDTIYGASADAIKAADEVYEYLKSASGKNAAVKALVAEMSKRYERP
                     NKKSKDDPNKPADPKQPADPKKPADPKKPDTPKKPGTGGDPDIHLPEE"
     CDS             629..904
                     /locus_tag="SEQF2638.1_01880"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLHFLRERCPHIHETFFTSPETFRTSRETFFTSPETFRTSHDTF
                     STSRETFRTSRETFSTSPDTFRTSRETFFTSPETFRTSQPIFHAFLT"
ORIGIN      
        1 cctccttatt cctccggcag atggatgtcc ggatcgccgc ccgtacccgg tttcttcggc
       61 gtgtccggct tcttcgggtc ggcaggcttt ttcgggtcgg cgggttgctt tggatcggca
      121 ggcttgttgg gatcgtcttt cgacttcttg tttggacgct cgtagcgctt actcatctca
      181 gctacaaggg ctttcacggc agcgttctta ccgctggccg atttcaagta ctcataaacc
      241 tcgtctgcgg cctttatcgc gtcggccgat gcgccataga tggtatcgtc aatcttctca
      301 agcagcgagg ccacgtctac acggatcttc cacagcttgt taatcaactc gatgtccttt
      361 gccatctcag ccttgttgaa ggaagagagc agatactccg aaaaagattc agcgccgttc
      421 aatgccaggt tgacaaattc gacactctta tgtcccatca ctctcgtcct ccttctttct
      481 tccgcactca atacgattaa gaatggaaga gcggttgcga tgtctccaag acccttcttt
      541 acagcggtca ttgcttcatc cgttatggat gctgatacta aatttttccg tgccatataa
      601 tctatgattt ttagatggcg taaagataat gcttcatttt ttacgggaaa ggtgtccgca
      661 tatccacgag acgtttttta cctctccgga gaccttcaga acctctcgtg agaccttttt
      721 tacctctccg gagaccttca gaacctccca cgacaccttt tctacctctc gcgagacctt
      781 cagaacctct cgtgagacct tttctacctc tccggacacg ttcagaacct ctcgcgagac
      841 cttttttacc tctccggaga cgttcagaac ctctcagccc atttttcacg cctttctgac
      901 atgaaaagtc acctcggaaa tcacaaatgc ggacactttg tcacccttca cccctcctac
      961 cgttagggta gaggcgtaaa agcatacgtc gagcaccctc ccaaaaacgc attcgacatg
     1021 tttcacgccc tcgcaaaatc caaaggatca cgatcaatcc caccataaaa aaagcctccc
     1081 gccgtccgaa tgcgctcaaa agagaggatc cgaacggcgg gaggcgggga ataaggaaga
     1141 agttattgga gagggatagt aaatgttttg gggtcaccta tgggtgacca agacgatgtg
     1201 tcgtttgggg ctttgattga atcagaaggt ggtaccggca tctgaacttc ttggacttgt
     1261 ggttcttgtt gtggcaagtt catgacagat ggattacaag agtaaaataa gaatttgatt
     1321 atctctataa tatgactaac atttcttact atgtcattta tatatttggc tagtttgagc
     1381 acgtttttgc cgcgccattg caatcgacct tttaaaggcg tacagcattg attaccacat
     1441 gtctgttgag gtatagactt tatcgcttgt tgtacttcac tacctctttt atgggatctc
     1501 tttctatgtt ctttacacgc cttctttcga ctgcctgacg gtagctacat tttcgagggg
     1561 aagacgcaac tcaacgattt ctttcgcgaa accgacatcg acgaggaaga gtttggcgat
     1621 ttgactgagg acgtcgagac gctcaccggc ttgctactca aaatcaaggg cacgctgcct
     1681 cgacgtcgcg agacgattga ctatggacac taccgttttc gcgtgcttga ggccaacgaa
     1741 cgtcgtgtgc tcaaggtaaa attctatcgc ctccccttgt cacctgc
//
LOCUS       SEQF2638.1|AYYF01001528.1 19442 bp   DNA    linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..19442
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(6..458)
                     /locus_tag="SEQF2638.1_01881"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGHKSVEFVNLALNGAESFSEYLLSSFNKAEMAKDIELINKLWK
                     IRVDVASLLEKIDDTIYGASADAIKAADEVYEYLKSASGKNAAVKALVAEMSKRYERP
                     NKKSKDDPNKPADPKQPADPKKPADPKKPDTPKKPGTGGDPDIHLPEE"
     CDS             629..904
                     /locus_tag="SEQF2638.1_01882"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLHFLRERCPHIHETFFTSPETFRTSRETFFTSPETFRTSHDTF
                     STSRETFRTSRETFSTSPDTFRTSRETFFTSPETFRTSQPIFHAFLT"
     CDS             complement(1143..1799)
                     /locus_tag="SEQF2638.1_01883"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKRFFEDRLDMHEHVLQERKEKEVPTQPLTHPNVVKSGGYTPC
                     RMDYIIDRKYVMTKNYTNRSRKRSEKAKNESMSRSYQKGEGQGKVRRKKACKEHRKRS
                     HKRGSEVQQAIKSIPQQTCGNQCCTPLKGRLQWRGKNVLKLAKYINDIVRNVSHIIEI
                     IKFLFYSCNPSVMNLPQQEPQVQEVQMPVPPSDSIKAPNDTSSWSPIGDPKTFTIPLQ
                     "
     CDS             2197..2625
                     /locus_tag="SEQF2638.1_01884"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTLRMACLAGVFCMMTGAAMVAQSRPLPMSDKVNVNLLLSGVR
                     TGGGKLMASAVDPKDSKRTVYAMADPTADELQAVVLENVPVGMCDIYVFQDLNGNKKL
                     DRNADGVPTEPCYMKQKVRVADHGVLLKAHLVNPAEMMGK"
     CDS             2637..4985
                     /locus_tag="SEQF2638.1_01885"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRYTLYMVALAAAMLAHEARAQEVRGRVTDAEGRAVEPATVAVF
                     RGDRQLAADVTDTAGRFRLAAPDGPYTLHVRHVAYRPLDTLIAARGRSGDELSLVMAE
                     ASVGLGEVTVQAERIVREADRFVVHVGDAPAMAGRDGAELLRTAPGVWVTDDGVSVNG
                     AAGARVYVDDRELRLSGRALTAYLRTLRAADVARVEVLPQADASYGADVRGGVVRIVL
                     RRRRERGVDANVSAEADFGRQYGGVRPSASVRAHAGRWTWHASTASDHLYKGIRRQSA
                     ERFYVNREAGSFASQSVMDSRRRNVTGRVGAIFDANPRTSIGAEAELSRGRETEPSEV
                     ETVISQHGRLRSISGHYDREETDRLAAAAVNVTHRTDTIGSRLKLVADYTDRSLGGET
                     DERSTAGWMNRDFTASRYRVLAIDASAVRVFRSGMRLSAGAKYTRNRMRDSVRREGPA
                     SDPGFLTDYTEQIAAGYASVALELGRLSLTAGLRAEWTHTAGREGVRRAYADLFENAT
                     ATYAFDPMRLFMLVAQYARNVERPNFHYLNPRRVRSSDFAYIEGNPALRPTYIRRLSL
                     TAVWHYRYTLTVGGNLHRDLVREEAHTDASAPEVRIVRPENHDRENHWFVALSAPLRP
                     VRGWELNANLVGVRQDLRATSSDPWATHWLGFARLTLGVTLPRDAYAELTYNASSRLY
                     SANSGIEPRHTFDVALKKQFADRRLTVTLGLSNIFDRGVTYFSHTERFDERTSVSGGS
                     AGRRLTVGLHYALRSGKSVKSRTVERASTDDTRRIDRVKNEK"
     CDS             4995..5612
                     /locus_tag="SEQF2638.1_01886"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEEEKKVLRDVPLNEEESMALIAEMIRNTQRKMERGAGTPILV
                     WGYATILATLAVWAGLKFTNDPRMQYLWFLIPAIGLPWQLFQKRRPPEVRTYVDKVVS
                     YIWIVMGWSGFIVSCLSFLGAIQATILFLITLMMGQGSVITGLVTRFRPLTIGGIVAL
                     LLSFALLHLTDIDLHLLTFALAFVAMGIIPGHILNRRAKKACSPD"
     CDS             5597..5896
                     /locus_tag="SEQF2638.1_01887"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLPGLNPLLHSELRLGVMSILIGVESADFTYLRKETGATAGNLS
                     VQLEKLSQAGYIAIEKGFRGKIPRTTCRITPEGTEALHQYVKALDHYLKGVKNGK"
     CDS             5936..6910
                     /locus_tag="SEQF2638.1_01888"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P9WIZ7"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative NAD(P)H nitroreductase"
                     /translation="MNDLFTQNPDLLFLIEQAVKAPSGHNTQPWLFRIGKTEIDICPD
                     YSRALPVVDPDNRELFVSLGCATENLCIAASHKGYCPTVTVAEDGTICIRLDRHADVT
                     PSPLFAQITLRQTNRRVYDGRTIPAADIDRLRAVEVAPSVSVHFYERGTPAFDAIAEL
                     IYRGNSLQMQDDAFKTELRSWMRYNKKHRDAQHDGLSYDVFGAPNLPRFISENVIAGA
                     LNERSQNRADSKKIASASHWILLTTRENTVEQWVALGRTLERLLLTSTAMGLAHAYLN
                     PPNELPELTHELADTLGLPGEYPTILLRIGYAKRMPHSVRIPAEQRIQ"
     CDS             complement(7009..7455)
                     /gene="tadA"
                     /locus_tag="SEQF2638.1_01889"
                     /EC_number="3.5.4.33"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q99W51"
                     /codon_start=1
                     /transl_table=11
                     /product="tRNA-specific adenosine deaminase"
                     /db_xref="COG:COG0590"
                     /translation="MTVQPFNDEYFMRRALDEARQAAAEGEVPVGAVVVCGDRVIARA
                     HNQTERLNDPTAHAEMLAITAATGAMGAKYLPECRLYVTVEPCVMCAGAIGWAQLGAV
                     VYGAPDVKRGFTVYAPQAFHPRTEVRGGVMEAECAAEMTAFFRAKR"
     CDS             complement(7452..7682)
                     /locus_tag="SEQF2638.1_01890"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKAQKGAVPRSERKPRMHRVSFLMNEEEYRAVTHHLARYKIKN
                     RSNWLRMTILTHVFRVMGEDHPTLFNENEMRR"
     CDS             complement(7679..9769)
                     /locus_tag="SEQF2638.1_01891"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSKLIITLIMITSFTAVVGQRIKVACVGNSVTYGYGLPNPATDA
                     YPAQLQKLLGDAFDVRNFGRNGATLMHGSGTTYRLQNECKRALAFAPDYVVIDLGLND
                     VDPMNWAPNDTAFTRDYRELIDAFRRVNPRCRIWICHMTPIAYDYPNYFHGLRERYAM
                     IRQKIADVARETGASLIDLREPFRHRLDLLFDGLHLNAEGTRLLAATIGGALTGRHGG
                     LRMPAMYTDHMVLQRDRPIKIEGTADAGETVTVRIADRTHSAQAAADGRWLVTLDAMP
                     AATGLTLEVATSKRKLRFDDVAVGDVWLCSGQSNMAYPTDSVVPAERAVLRAFAKTLP
                     AVRLFLMQPSRIPFAEEWEAPMLDSLNRLEYFLPTRWEQCNESTAGHFSAIAMAFAKR
                     IQETENVPIGLILNAVDGSPLETWIDRETLEVDGPEMLSDFASNVLIHPWVRSRTAFN
                     LRRATSNRQRHPYAPTYLFETGVWPLAQLPVRGVLWYQGESNAHDAAGYARFFPLLVS
                     SWRRYFSDATLPFYFVQISTTDKPDWGRFRDMQRRLPERVPACYMAISSDRGDSIDIH
                     FPHKIDVGERLARQALYHSYGHTDVIADGPIVERAVQHDGRVTIYFRSASGLITSDRQ
                     PVRTVELADAEGPFYPATAEIIGDRLSAYSPHVPRPHRVRYGWASFNRANLTNGAGLP
                     ASTFSVDVEQEGKP"
     CDS             complement(10418..11371)
                     /locus_tag="SEQF2638.1_01892"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MARTIEVKRVGMKKYDNSLHVRYHSEIYGIVKQYDLTKIGLTTA
                     LMDEWNGDINLEGDINKEAGMNVNTERMLKKDEERGKLITFIFNAIRNARQSPDDNES
                     DAAMTLYTVIRSYDGLQQEAHERKSADIFGLVTDLRKTENAPFVTALHLTNAVNKLET
                     VNKAYDEFVAKRAKDRTAAAELPPARVVRPKTDEVFDHIVFAIQSAYTFGTAPVEKEL
                     ITKMVAEMNQRTREIEEAYHRSLAEKKANRKKDPNQPKDPKPKKPKKKDNDPDIHLPE
                     KEEPEKPEDGKDKKPEGGGGSAGGGTEGGGGGGPEIHLPKE"
     CDS             complement(11446..12138)
                     /locus_tag="SEQF2638.1_01893"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGILIEFFVSFSSRIRIPAGFLILRTCPKSDLYKDRLSFYRDSA
                     ALHGFGYVIAPRKDSSFLSLMKEKNQKKIKAMIAIFFCLVHVIHVRCFIRLIVEEGIP
                     AEFLLLRVLSKSGLYKNGLIFYRGNDTLYGFSHMVASRNGSSFLSLMKEKNQKKIKAM
                     IAIYFCLVHAIHGRYFVRLGEGKAIFAGELLLCTLYMRKKCLHFFRLCLVFVSKTCSN
                     FGAMKRRESLPI"
     CDS             complement(12922..13959)
                     /locus_tag="SEQF2638.1_01894"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:vienna_vog:VOG01527"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKTFLLMIVASACVATEMACMSREAKDPVAQTDAKRGETHIDT
                     APSIAPPAPEPVRPKVTTETTWSEIVAIPQFKGFGQYILARERIGYKPHMKLADVAKT
                     LPFHRNVDANQAADCINKMIERVDAGRMSYHSIGQDVGLFFFRGRPGAPFAIISAGGG
                     FYYVGSIHEGFPLAMALSDLGYNAFVLQYRTGGFQIACKDLARGIDYVFKHADEWKVD
                     TADYSLWGASAGAEMAAALGSHGTRHYVPSIVRPRPAAVILCYTEHADYTRHDPPTYA
                     VVGADDRVTKASAMRRRVANLKAAGIDAEVHVYPNLVHGFGMGIGTTAEGWHMGAVKF
                     WEKYIKKDRAK"
     CDS             complement(14063..14362)
                     /locus_tag="SEQF2638.1_01895"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKVGLFLFIVTTLRTPSKPLTACPMDILIVAIVTFAINLLLGRW
                     RVRYRKFSPMWWVLIHASIPIVIPLRIGLGVPLWTIPVFITLGVAGQALGARLRW"
     CDS             complement(14412..14759)
                     /gene="rplT"
                     /locus_tag="SEQF2638.1_01896"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P55873"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L20"
                     /db_xref="COG:COG0292"
                     /translation="MPRSVNHVASRAKRKRILKLTRGYYGARKNVWTVAKNTWEKGLT
                     YAFRDRRNKKRNFRALWIQRINAAARLEGLSYSRLMGGLREAGIEINRKVLADLAVNH
                     PEAFKAVVAKIAK"
     CDS             complement(14871..15068)
                     /gene="rpmI"
                     /locus_tag="SEQF2638.1_01897"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P55874"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L35"
                     /db_xref="COG:COG0291"
                     /translation="MPKLKTNSGAKKRFALTGTGKIKRKHAFKSHILTKKTKKQKRNL
                     TATGLVDRANVRSVKEMLCMK"
     CDS             complement(15107..15742)
                     /gene="infC"
                     /locus_tag="SEQF2638.1_01898"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P48516"
                     /codon_start=1
                     /transl_table=11
                     /product="Translation initiation factor IF-3"
                     /db_xref="COG:COG0290"
                     /translation="MRNDKLKDQYRINDRIRVPEVRLVGENVTNGVYPIEKALQIAES
                     HEMDLVEISPNADPPVCRITDYQKFLYQQKKRQKEQKAKSVRVVVKEIRFGPQTDDHD
                     YNFKLRHAKEFLDEGAKVKAYVFFKGRSILFKEQGEVLLLRFANDLEEYAKLDQMPVL
                     EGKRMTIMLSPKKSVSSKAAATKQQAAAVQKAAKNADDTQPAESADSDEEE"
     CDS             complement(15799..17757)
                     /gene="thrS"
                     /locus_tag="SEQF2638.1_01899"
                     /EC_number="6.1.1.3"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P56881"
                     /codon_start=1
                     /transl_table=11
                     /product="Threonine--tRNA ligase"
                     /db_xref="COG:COG0441"
                     /translation="MIKVTFPDHSVKEFAEGTTSMQIAESISPRLAKEVLAAKVNGTV
                     WDLTRPLNEDAQVELLKWEDEGGKHTYWHSSAHLMAEALQQLYPDVKFGIGPAIENGF
                     YYDVDLGDRTITDEDFSRIEARMLELAARAEPIVRRSISKADAMKMFGDRGEVYKTEL
                     ISELEDGKISTYTQGSFTDLCRGPHVPDTSYIKAVKITSVAGAYWRGDEKRKQLVRLY
                     GITFPKKKMLDDYLTMLEEAKKRDHRKVGRELELFTFSPAVGAGLPLWLPRGTQLRLK
                     LEEFLKQIQKKYGYKQVMTPHIGSKHLYVTSGHYAKYGKDSFQPIHTPQEGEEFLLKP
                     MNCPHHCEIYKSFPRSYRDLPLRLAEFGTVYRYEQSGELHGLTRVRGFTQDDAHIFCR
                     PDQLKDEFLKVMDIIFIIFKALDFESFEAQISLRDPNNKEKYIGSDENWEKAERAIIE
                     ACEEKGLPAKVELGEAAFYGPKLDFMVKDAIGRRWQLGTIQVDYNLPERFELEYTGED
                     NQKHRPVMIHRAPFGSIERFVAVLIEHTGGKFPLWLTPDQVVVLPVGERYNDYAHRVA
                     KELEQHDIRVLVDDRNEKIGRKIRDNELKRIPYMLVVGEKEQESNSVSVRKQGEGDKG
                     VMEISTFAALLTDEVNDMMHRWEKEQIN"
     CDS             complement(18065..18817)
                     /gene="lpxH"
                     /locus_tag="SEQF2638.1_01900"
                     /EC_number="3.6.1.54"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P44046"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-2,3-diacylglucosamine hydrolase"
                     /db_xref="COG:COG2908"
                     /translation="MKKIYFASDAHLGNRYAADPMADEKRLVRWMDRIAPDAAAIYFL
                     GDMFDYWYEYRYVVPRGHVRFLGKLAELHDAGVEIHLFIGNHDIWMFDYLPAEVGAVI
                     HRGPLTVELLGRRFFLAHGDEVGYQPRKYRFIQRIFRNRLCQVLYAGIHPRWTFGFAR
                     GWSLSSRRKGLAETRRAAAQERNTRSLDAFARTYLQSHPETDFFLFGHLHLMLDRQLT
                     PHTRMIVLGDWMQYFSYAVWDGLELRLLQDEG"
     CDS             complement(18845..19162)
                     /gene="sufT"
                     /locus_tag="SEQF2638.1_01901"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:A0A0H2XI17"
                     /codon_start=1
                     /transl_table=11
                     /product="Fe-S protein maturation auxiliary factor SufT"
                     /translation="MDNEFLRIEEEIVKVLRTVFDPEIPVNIYDLGLVYRVEVDDDKD
                     VTIDMTFTAPSCPAADFILDDVQQKVEGIAGVHGVTINLVFEPEWNKDMMTDEAKLEL
                     GLF"
ORIGIN      
        1 cctccttatt cctccggcag atggatgtcc ggatcgccgc ccgtacccgg tttcttcggc
       61 gtgtccggct tcttcgggtc ggcaggcttt ttcgggtcgg cgggttgctt tggatcggca
      121 ggcttgttgg gatcgtcttt cgacttcttg tttggacgct cgtagcgctt actcatctca
      181 gctacaaggg ctttcacggc agcgttctta ccgctggccg atttcaagta ctcataaacc
      241 tcgtctgcgg cctttatcgc gtcggccgat gcgccataga tggtatcgtc aatcttctca
      301 agcagcgagg ccacgtctac acggatcttc cacagcttgt taatcaactc gatgtccttt
      361 gccatctcag ccttgttgaa ggaagagagc agatactccg aaaaagattc agcgccgttc
      421 aatgccaggt tgacaaattc gacactctta tgtcccatca ctctcgtcct ccttctttct
      481 tccgcactca atacgattaa gaatggaaga gcggttgcga tgtctccaag acccttcttt
      541 acagcggtca ttgcttcatc cgttatggat gctgatacta aatttttccg tgccatataa
      601 tctatgattt ttagatggcg taaagataat gcttcatttt ttacgggaaa ggtgtccgca
      661 tatccacgag acgtttttta cctctccgga gaccttcaga acctctcgtg agaccttttt
      721 tacctctccg gagaccttca gaacctccca cgacaccttt tctacctctc gcgagacctt
      781 cagaacctct cgtgagacct tttctacctc tccggacacg ttcagaacct ctcgcgagac
      841 cttttttacc tctccggaga cgttcagaac ctctcagccc atttttcacg cctttctgac
      901 atgaaaagtc acctcggaaa tcacaaatgc ggacactttg tcacccttca cccctcctac
      961 cgttagggta gaggcgtaaa agcatacgtc gagcaccctc ccaaaaacgc attcgacatg
     1021 tttcacgccc tcgcaaaatc caaaggatca cgatcaatcc caccataaaa aaagcctccc
     1081 gccgtccgaa tgcgctcaaa agagaggatc cgaacggcgg gaggcgggga ataaggaaga
     1141 agttattgga gagggatagt aaatgttttg gggtcaccta tgggtgacca agacgatgtg
     1201 tcgtttgggg ctttgattga atcagaaggt ggtaccggca tctgaacttc ttggacttgt
     1261 ggttcttgtt gtggcaagtt catgacagat ggattacaag agtaaaataa gaatttgatt
     1321 atctctataa tatgactaac atttcttact atgtcattta tatatttggc tagtttgagc
     1381 acgtttttgc cgcgccattg caatcgacct tttaaaggcg tacagcattg attaccacat
     1441 gtctgttgag gtatagactt tatcgcttgt tgtacttcac tacctctttt atgggatctc
     1501 tttctatgtt ctttacacgc cttctttcga cgtactttac cttgtccctc acctttctga
     1561 taagatctac tcatactctc attttttgcc ttctcgcttc ttttacgaga ccgattcgtg
     1621 taatttttag tcataacgta ttttctatca ataatgtaat ccatcctaca cggcgtgtat
     1681 ccgccgcttt tcaccacgtt aggatgagtg agaggttgcg tgggtacctc tttctctttt
     1741 ctctcttgta atacatgctc atgcatatca agcctgtcct caaagaatct tttcttcatt
     1801 tttttattta tcaattagct tattatataa attacattta cagataccgc aataaatcta
     1861 caatttaaca caacatattc aaatatcatg ccataaaaca ttaaaagatt aacgattcga
     1921 atttgtcaga gtcaaataga ctcattacaa tcggtctccg atgggtgcta tgagttattg
     1981 ggggatatct tgtacgccct cgttttttcg caggactatt ttgggttgat cacacataag
     2041 gttttttgcc ctccatccac ctccaatcgc tcatgcgtca ggttaaatca gtctgtaatg
     2101 atgattggtt tataaaacaa acctccatat atttgccccc gtcatcgagt ctattcgatg
     2161 acaattcaaa ccccattaaa ataggagata aacaagatga aaacactgag aatggcctgc
     2221 ctcgcaggcg tgttttgcat gatgacgggc gccgcgatgg tggcgcaaag taggcccctg
     2281 cctatgtcgg acaaggtgaa cgtgaacctg ctcctctcgg gcgtgcgcac cggcggcggc
     2341 aagctgatgg cctcggccgt cgacccgaag gacagcaagc gcacggtcta cgccatggcg
     2401 gatccgacgg ccgacgagct gcaggcggtt gtgctggaga acgtgcccgt gggcatgtgc
     2461 gacatctacg tctttcaaga cctgaacggc aacaaaaagc tcgatcgcaa tgcggacggc
     2521 gtgcccactg agccttgcta catgaagcag aaggtgaggg tcgctgatca tggcgttctt
     2581 ctgaaggcgc acctcgtgaa cccggccgag atgatgggca aatagcggtt acggctatgc
     2641 gctatacctt atatatggtg gcgctggcgg cggcgatgct cgcccatgag gcgcgggcgc
     2701 aggaggtccg cggccgggtg acggacgccg agggccgggc ggtggagcct gccacggtgg
     2761 ccgtcttccg tggcgatcga cagctggcag ccgacgtgac ggacacagcg gggcgattcc
     2821 gattggccgc tcctgatggg ccatacacgc tccatgtgcg gcatgtggcc tatcggccgt
     2881 tggacacgtt gatcgcggcg cgcggccgtt cgggtgacga attgtcactc gtcatggctg
     2941 aggcgtctgt gggcctcggc gaggtgacgg tgcaggccga gcggatcgtg cgtgaggcgg
     3001 atcgcttcgt ggtgcacgtc ggcgatgcgc cggcgatggc tggccgcgat ggcgcggagc
     3061 tgctccgcac ggcgccgggc gtctgggtga cggacgacgg cgtgtcagtc aatggcgcgg
     3121 ccggcgcgcg ggtctatgtg gacgaccgcg aactgcggct ctcggggcgt gcgctgacgg
     3181 cttacttgcg cacgctgcgg gcagccgatg tggcgcgggt ggaggtcttg ccccaggctg
     3241 atgcgtcgta tggcgcggat gtgcggggcg gcgtcgttcg gatcgtactg cgtcggcggc
     3301 gtgagcgggg cgtggatgcc aacgtgtcag ccgaggccga cttcggccgg cagtacggcg
     3361 gcgtccggcc ctcggcttcc gtccgggcgc acgccggccg ctggacgtgg cacgcctcca
     3421 ccgcgagcga ccatctatat aaaggtataa ggcggcaatc tgccgagcgt ttttatgtga
     3481 accgcgaagc cggctcgttc gcgtcccagt cggtgatgga cagccggcga cgcaacgtca
     3541 cggggcgcgt gggggcgatc ttcgacgcca acccgcggac gtccatcggc gccgaggcgg
     3601 agctgtcgcg cggacgagag acagagccgt cggaagtgga gaccgtgatc agtcaacatg
     3661 gcaggctgcg gtccatctcg ggtcactacg accgcgagga gacagaccgc ttagcggcag
     3721 cagccgtgaa cgtgacacac cgcacggaca cgatcggctc gcggctcaag ctcgtggccg
     3781 actacaccga ccgcagcctc ggcggtgaga cggacgaacg ttcgacggcg ggctggatga
     3841 accgcgactt cacggcctcg cgctaccgtg tgctggccat cgacgcctct gccgtgcgcg
     3901 tctttcggtc gggcatgcga ctctccgccg gtgcgaagta cacccgcaac cgcatgcgcg
     3961 actctgtccg gcgtgaaggc ccggcgtccg acccgggttt cctgacggat tacaccgagc
     4021 agatcgcagc cggctacgcc tcggtcgccc tcgagctcgg tcgcctcagc ctcaccgccg
     4081 gactgcgcgc ggagtggaca cacacggccg gtcgcgaagg tgtgcggcgc gcctacgccg
     4141 accttttcga gaatgccacc gcgacgtacg ccttcgaccc gatgcgcctc ttcatgctcg
     4201 tcgcgcagta cgcccgcaac gtggagcgac ccaacttcca ctacctcaac ccgcggcgcg
     4261 tccgctcgtc ggacttcgcc tacatcgagg gcaacccggc gctccgcccg acctacatcc
     4321 ggcgcctcag cctgacggcc gtctggcact accgctacac gctgaccgtc ggcggcaacc
     4381 tccaccgcga ccttgttcgc gaggaggcgc acactgacgc ttcggcgccc gaggtgcgca
     4441 tcgtacgacc cgagaatcac gaccgcgaga accactggtt cgtcgccctg agcgcccccc
     4501 tccgacccgt ccgcggatgg gaactcaacg ccaacctcgt cggcgtgcgg caagatctgc
     4561 gcgccacctc ctccgatccg tgggcgacgc actggctcgg ctttgctcgc ctcacgctcg
     4621 gcgtcaccct cccccgcgac gcgtacgcgg agctgaccta caacgcgtcg agtcggctct
     4681 attcggccaa ctccggcatc gagccacgcc acacgttcga cgtcgcgctc aagaagcagt
     4741 tcgccgaccg tcggctgacc gtcaccctcg gcctaagcaa catcttcgac cgcggcgtga
     4801 cgtacttctc gcacaccgag cgcttcgacg agcgcacgtc cgtctccggc ggatcagccg
     4861 ggcgacgcct cacagtcggg ttgcattacg cgctgcgttc gggcaagtcc gtcaagtcgc
     4921 gcaccgtgga gcgtgcctcg acggacgaca cgcggcggat agatcgggtg aagaatgaaa
     4981 aatgaatcat gacaatgaaa gaagaagaga agaaagtctt gcgggacgtc ccgctgaatg
     5041 aagaagagag tatggcgctg atcgcggaga tgatccgcaa cacacagcgc aaaatggagc
     5101 gtggcgcagg cacaccaata ctcgtttggg gctacgctac gatactggcc acgctggcgg
     5161 tctgggccgg cttgaagttc acgaacgacc ctcggatgca gtacctctgg ttcctgatcc
     5221 ccgctatcgg gctgccgtgg cagctatttc agaagcgtcg gccaccggag gtccgcacgt
     5281 atgtcgacaa agtggtgtcg tacatctgga tcgtcatggg ctggagcggc ttcatcgttt
     5341 cctgcctgtc gttcctcggt gcaatacagg ccacgatcct gttcctcatc acgctgatga
     5401 tgggtcaggg cagcgtcatc acggggttag tcacgcgctt ccggccgctc accatcggcg
     5461 gcatcgtcgc gctgttgctc agcttcgcgc tcctccatct cacggacata gacttgcacc
     5521 tgctgacctt cgccttggct ttcgtggcga tgggtatcat ccccggacac atcttgaacc
     5581 gtcgcgcaaa gaaggcatgc tccccggact gaatccgctg ctccacagcg aacttcggct
     5641 gggcgtgatg tccatcctga tcggcgtaga aagtgccgac ttcacctacc tgcgcaagga
     5701 gacgggcgcg acggccggca acctgagtgt gcagttggag aagctctcgc aggcgggtta
     5761 catcgctata gagaaaggtt tcaggggaaa aattccacgt accacctgcc gtatcacgcc
     5821 cgagggcacg gaagctctcc atcaatacgt caaggcgttg gaccactacc tcaagggagt
     5881 gaaaaacgga aaatgaaatg gcttactcga tttcacctat tgactttaga ctgcaatgaa
     5941 tgacttgttc acacaaaacc cagacctcct gttcctgatc gagcaggccg tcaaagcccc
     6001 gtcggggcat aacacacagc cgtggctgtt ccgaatcggg aagacggaga tcgacatctg
     6061 ccctgactac agccgggcat tgcccgtagt cgatccggac aatcgggagt tgttcgtcag
     6121 cctcggttgc gcgacggaaa acctctgcat agccgcctcg cataagggct actgcccgac
     6181 ggtgaccgtt gcggaagacg gtacgatctg catccggctt gatcgccacg ccgacgtaac
     6241 gccgtcgccg ctcttcgcac aaatcaccct ccggcagact aatcgccggg tgtacgatgg
     6301 gcgcacgatc cccgcggcag acatcgaccg actgcgggcc gtcgaagtcg cgccctcggt
     6361 cagcgtccat ttctacgagc gcggcacgcc cgctttcgac gccatcgccg aactgatcta
     6421 ccgcggcaac agcctacaga tgcaggacga cgccttcaag accgaactgc gcagctggat
     6481 gcgttataac aagaagcacc gcgacgctca gcacgacgga ctgagttacg acgtcttcgg
     6541 cgcccctaat ctgccgcgct tcatctccga aaacgtgatc gccggtgcac tcaacgagcg
     6601 atcgcagaac cgcgccgaca gcaagaagat cgcctcagcc tcccactgga tcctgctcac
     6661 cacccgcgaa aacactgtag agcaatgggt agcactgggt cggacgctgg agcgcctctt
     6721 gctcacatcg acggcgatgg gcctcgccca tgcgtacctc aacccgccga acgagcttcc
     6781 ggaactcacc catgagttgg ccgacacgct cggtctcccg ggtgagtatc cgacgatctt
     6841 actgcgcata ggatacgcta aacgtatgcc gcattcggtg cggatcccag ccgaacagcg
     6901 gatccagtaa cacataatga gaagagagta agagcacgac gtcccaccct ctttttcttt
     6961 gctctggacg gccacatcgg tacacccccg caagcacact ataacacctc accgcttggc
     7021 gcggaagaaa gccgtcatct cggcggcgca ttccgcctcc atcacgccgc cgcgcacctc
     7081 cgttcgcgga tggaacgcct gcggagcgta aacggtgaag ccgcgtttga cgtctggcgc
     7141 accgtagacg acggcgccta attgtgccca accgatggcg ccagcacaca tgacgcaggg
     7201 ctcgacggta acgtagagac gacattcggg caaatatttc gcacccatag ccccggtggc
     7261 ggcagtgatc gccagcatct cggcatgcgc agtcgggtcg ttgaggcgct ccgtttggtt
     7321 gtgggcacgg gcgatgacgc gatcgccgca aactacgacc gctccgacgg gcacttcgcc
     7381 ctctgcggcg gcctgacgcg cctcgtcgag ggcacggcgc atgaagtatt cgtcattaaa
     7441 aggctgtaca gtcatcggcg catttcgttt tcgttgaaga gtgtcggatg atcctcgccc
     7501 ataacgcgaa aaacgtgggt gagaatcgtc atgcgaagcc aattcgaacg gtttttaatc
     7561 ttgtatctcg ctaaatgatg tgtgacagcc cgatattctt cttcgttcat caaaaatgat
     7621 acgcgatgca tgcgcggctt gcgttccgaa cgaggcaccg cacctttttg cgctttcttc
     7681 atggcttgcc ctcctgttcg acatcgacgg aaaaggtcga agcgggcagc cctgcgccgt
     7741 tcgtcaggtt ggcccgatta aatgacgccc aaccgtagcg cacgcgatgc ggacggggga
     7801 cgtgtggcga gtaagcgctc agcctatccc cgataatctc ggccgtggcg gggtaaaacg
     7861 ggccttcggc atcggccaac tcgaccgtgc gaactggctg acggtcagac gtgatgaggc
     7921 ccgaggccga tcggaagtaa atcgtcactc ggccatcgtg ttgcacggca cgttcgacga
     7981 tcggaccgtc ggcgatcacg tccgtgtggc catagctgtg ataaagggcc tgtcgcgcta
     8041 gccgttcccc gacgtcgatc ttatgcggaa aatggatgtc gatcgaatcg ccacggtcgc
     8101 tgctgatggc catgtaacag gcggggacgc gctcgggcag tcggcgctgc atgtcgcgaa
     8161 aacgacccca atcgggcttg tcggtggtag aaatttggac aaaatagaac ggtaatgtgg
     8221 cgtcgctgaa gtaacgccgc caactgctga cgagtaacgg gaagaagcgc gcgtaacccg
     8281 ccgcatcgtg cgcgttcgac tcgccttgat accacaacac gccgcggacg ggaagctgcg
     8341 caaggggcca aacgccggtc tcaaagaggt acgtgggcgc gtacgggtgg cgttgtcgat
     8401 tcgatgtcgc acgccgtagg ttgaacgcgg tgcggctgcg cacccaggga tgaatgagca
     8461 cgttcgacgc gaagtcgctg agcatctccg ggccgtcgac ttctaaggtc tcgcgatcga
     8521 tccaagtctc gagcggtgag ccatcgacag cattgaggat gaggccaata ggaacgttct
     8581 ccgtctcctg aatccgctta gcgaaggcca tcgctatggc tgaaaaatgg ccggccgtgg
     8641 actcgttgca ctgctcccag cgcgtgggca ggaaatattc caagcggttg aggctgtcga
     8701 gcatcggcgc ctcccattcc tcggcaaagg ggatccgcga gggctgcatg aggaagagac
     8761 gcacggcggg aagggtcttc gcgaaggcgc gcaatacggc gcgctcggcc ggcacgacgc
     8821 tgtccgtggg gtaggccatg ttcgactgcc cggagcagag ccaaacgtcg cccacggcta
     8881 cgtcgtcaaa gcggagtttg cgcttcgagg tggccacttc aagcgtgagg ccggtggcgg
     8941 cgggcatggc gtcgagcgtg acgagccagc gtccgtcggc tgcggcctgc gccgagtgcg
     9001 tgcgatcggc tatgcgcacg gtaacggtct caccggcgtc ggccgtgccc tcgatcttga
     9061 tcggccggtc gcgctggagc accatgtgat cggtgtacat ggcaggcatg cgcagcccgc
     9121 cgtgcctccc ggtcagggcc ccgccaatgg tcgcggccaa caagcgcgtg ccctcggcgt
     9181 tcagatggag gccgtcaaaa agtaggtcga ggcgatggcg gaacggctcg cgaaggtcga
     9241 tcagtgaggc gcctgtttcg cgggccacat ccgcaatttt ctgtcgaatc atggcgtagc
     9301 gctcgcgaag gccgtggaaa tagttcggat agtcatacgc gatcggcgtc atgtggcaaa
     9361 tccaaatgcg acaccgcgga ttgacccgac ggaaggcgtc gatcagctca cggtagtcgc
     9421 gagtaaaagc cgtgtcgttg ggtgcccaat tcatcggatc tacatcgttc agtccgaggt
     9481 caataacgac gtaatcaggg gcaaaagcaa gggcgcgctt acactcgttc tgaagacggt
     9541 aggtcgtgcc actgccatgc atgagggtgg cgccattgcg gccgaaattg cgcacgtcga
     9601 acgcatcgcc aagcagcttc tgcagctgtg cgggataagc gtcggtggca ggatttggca
     9661 aaccatagcc ataggttacg ctgttgccca cgcatgcgac cttgatccgc tggccgacta
     9721 ccgcggtaaa gctcgtaatc atgatcaggg tgattatcag tttggacata ttgtcaggaa
     9781 tgggaaaaga tgaagctatt agcggttgat taataatcag ttatacatga cagaaagaaa
     9841 ttctaatcga tgtctcgccc cgtttaccat aaaaagagtt tttccgaaga aagtactcac
     9901 taaatatctg ataaacaggg cgccaactca gaatttaccc ggcaaagata gcgacactcg
     9961 taatgccccg atcctctctc tcgccctttc tctcatcaag aagaaaaaag acctcttcgg
    10021 aggcggggaa gtttacctaa taccaagcct attcatccaa aatccctgac attttggcgt
    10081 tattttactc cttttttact agatacccgg ccagtttggc taacactctt gatctcttaa
    10141 tctacttccc gcccttttct ctcatcaagg ataaaaaagg aagaagaaat tcaagaggaa
    10201 cgcctatgaa aaagtataga cgaaggacac actcgctaaa gatcctctat acgaacactt
    10261 tacgaataga aacaaagcca agatttcgct acagatagac aaaatgaaag gcgcacgaag
    10321 caaggtttcc cttcaccgtg cgcccagtca ttatctatct catcaaaagg cagttagggt
    10381 attacaaacg attctccgac ctgcccagtc tatgcatcta ttctttcgga agatgaattt
    10441 cggggccgcc tccgccgccg ccttccgttc cgccaccagc agacccgccg cctccttcag
    10501 gctttttgtc cttgccatcc tcaggcttct caggttcctc tttctcaggc agatggatat
    10561 ccggatcatt gtcctttttc ttgggctttt tcggtttagg atccttcggc tggttaggat
    10621 ccttcttccg attggccttt ttctccgcca aactgcggtg ataagcctcc tcgatctctc
    10681 gggtacgctg attcatctcg gctaccatct tcgtaatcag ctccttttct acgggtgcgg
    10741 tgccaaaggt gtaagcgctc tgtatcgcaa agacaatgtg gtcaaaaacc tcgtccgtct
    10801 ttgggcggac tacccgagcc ggaggcagtt cggcggccgc tgtacgatct tttgcccgtt
    10861 ttgcgacaaa ttcgtcgtac gctttgttca ccgtctccaa tttattcacg gcgtttgtca
    10921 aatgaagggc tgtaacaaac ggcgcattct cggttttccg taagtccgtc actaagccaa
    10981 agatatcggc agacttgcgc tcgtgcgctt cctgttgtag accgtcgtaa gagcgaatca
    11041 cggtgtacag cgtcatagcc gcatcggatt cgttatcgtc gggagactgc cgcgcattcc
    11101 gaatagcatt aaaaatgaac gtgatcagct taccgcgctc ttcgtctttc ttaagcatgc
    11161 gctctgtatt cacattcatg cctgcctctt tgttaatgtc gccctctaaa ttgatgtcgc
    11221 cattccattc atccatcaaa gcggtcgtaa ggccaatctt ggtcagatca tactgtttta
    11281 caatgccata gatctcgctg tgataacgta catgaagaga gttgtcgtac tttttcatac
    11341 ccactctctt aacttcaatc gttcttgcca tcttttccct gtttatattt agtgttatta
    11401 tttacatttg gaagagaatc tgctacccac tgtgacttat aagtctcata tcggcaacga
    11461 ttcccttcgt ttcatggccc caaagttaga acatgttttt gaaacaaaca ccaagcacaa
    11521 tcgaaaaaaa tggaggcact ttttcctcat atataaagta cagagaagta gctccccggc
    11581 gaagatggcc ttcccctccc ccaatcgtac aaaataccgc ccatggatcg catgtacaag
    11641 gcaaaaatag atggcgatca tcgccttgat tttcttttga ttcttttctt tcatcaagga
    11701 aagaaaagaa gaaccgttcc gagaggcaac catatgacta aacccataca aagtatcgtt
    11761 accacgataa aagatcagcc catttttata cagaccggac ttagagagta ctctcaaaag
    11821 caaaaactca gcggggatgc cttcttctac tatcaagcga atgaaacacc gcacatggat
    11881 cacatgtaca aggcaaaaaa agatggcgat catcgccttg attttctttt gattcttttc
    11941 tttcatcaag gaaagaaaag aagaatcctt ccgaggggca atcacatagc caaacccatg
    12001 cagagcagcg ctatcacgat aaaagctcag cctatcttta tatagatcag acttaggaca
    12061 tgttctcaaa atcaaaaatc cggcggggat tcttatccga gagctaaaag atacgaaaaa
    12121 ctcgatgagg attcccattc aagagtcaaa atatacggaa gatccggcag ggattcctat
    12181 ccgagagcca aaagacacaa aaaatccacc gaggattctc acacaagagc caaaggatat
    12241 gaaaaacccg gcgggaattc ctatccaaga gctaaaatat acggaagacc catcgaggat
    12301 tcttatccaa gagccaaaag acacaaaaaa ctcggcaagg attcttatcc aagagccaaa
    12361 agatacgaaa aacccatcga ggattcttat ccaagagcca aaagacacga aaaacccggc
    12421 gaggattcct gtccaagagt atcgacgaaa gaaatccccg ccaagtttta gatgcggtgt
    12481 gtgtcagaga agcaaatctt tgataggttt tgagtgtaaa gtgagtccgg gaagtatatc
    12541 ttggtctaat ttgaggtaga aaaagtgtac gtgaagcaaa tcctcgatag gtgcttcatc
    12601 attttctttt catggaagca gattcttgat caatccctaa tgctcttctt ttcttggaat
    12661 caaatctatg acagattggt gatcaaaatc tactcatgga agtgattttt cgatggattt
    12721 agggtataaa tcttctcgat gaagataaga aacaccgata ttttagatca aaaaaagacc
    12781 ggaaagcgca aagctgcccg gtctttcgtt atgggataga gtagcgttgg ccgactcgcc
    12841 tcctttgcgc ttcattttac gcctgcgtac ggcaataagg ctgcgaaaag gtttatatgg
    12901 tggtcaggga atgtcatttt gtcactttgc gcggtccttt ttgatgtatt tctcccaaaa
    12961 cttgacagct cccatgtgcc acccctcggc ggtagtgcca atgcccatac cgaaaccgtg
    13021 aacaaggttg gggtatacgt gcacctcagc gtcgatgccg gcggccttga gattggctac
    13081 gcggcgacgc atggcggaag ccttcgtgac acgatcgtca gcgccaacaa cggcgtaggt
    13141 gggtgggtcg tgacgggtgt aatcggcgtg ctcggtatag cagaggatga ccgcggccgg
    13201 gcgaggccga acaatgctcg ggacatagtg tcgcgtgccg tgcgaaccga gcgcagcggc
    13261 catttcagcc cccgccgagg cgccccaaag ggaatagtcg gcggtgtcga ccttccattc
    13321 gtcggcgtgc ttgaaaacgt aatcgatgcc gcgagccaaa tctttgcaag cgatctgaaa
    13381 cccgccggtg cgatactgaa gcacgaaggc gttatagcct aagtcgctga gtgccatcgc
    13441 caacgggaag ccctcatgga tggatccgac gtagtagaac ccgccgccgg cactgataat
    13501 ggcaaacggg gcgccgggcc gaccgcggaa gaagaagaga ccgacgtcct gcccaatgct
    13561 gtggtagctc atccggccgg catcgacgcg ctcgatcatt ttgttaatgc aatcggcagc
    13621 ctgattggcg tcaacgttac ggtggaaggg caatgtctta gccacatcgg ctaacttcat
    13681 gtggggcttg tatccgatgc gctcgcgagc caaaatgtac tggccgaagc ccttgaactg
    13741 gggtatggca acgatttcgg accaggttgt ttcggtcgtt accttcgggc gaacgggttc
    13801 gggggcaggt ggggcgatcg acggcgctgt gtcaatgtgt gtctcgccac gtttcgcatc
    13861 agtctgcgcc acaggatctt tcgcctcgcg cgacatgcag gccatttccg tcgctacaca
    13921 cgcggaagcg acgatcatca gtaaaaatgt ctttttcata acgggaattt atgggagttg
    13981 tgctcccggg tgattgggag aagagaggat ttggacgtcc tcccgatcgt gttgtgaatc
    14041 gtaaagcgtg ccccgccgag gatcaccatc tgagcctcgc tcctaacgct tggcccgcca
    14101 cacccagggt aataaaaacg ggtatcgtcc ataacggtac gccgagtcct atacgcaggg
    14161 ggataacgat ggggatcgag gcatgtatca gcacccacca catggggctg aatttccgat
    14221 agcgtacgcg ccaccgtccc agtaacaggt tgatagcgaa cgtcacaatg gcaacgataa
    14281 ggatgtccat agggcaggcg gttaagggct tggatggggt gcgcagagtg gtgacaataa
    14341 acagaaagag cccgaccttc atcgggccga gctcttccaa cgatctattt tctcacatta
    14401 tcttttcatc gtcacttcgc gatcttggca acaacggcct tgaacgcctc ggggtgattg
    14461 acggcaaggt cggccaacac tttgcggttg atttcgatac cggcctcacg caacccaccc
    14521 atcagtcggg agtacgacag cccctcgagg cgtgccgcag cgttgatacg ctgaatccac
    14581 agggcgcgga agttgcgctt cttgtttcga cggtcgcgga aggcgtaggt cagacctttc
    14641 tcccacgtgt ttttagctac cgtccacacg ttcttacggg cgccgtagta gccgcgcgta
    14701 agtttcagaa tccgttttct ttttgctctc gaagcaacat gatttactga tcttggcata
    14761 agttcttgtt tttgaatgtc agcgtcatcc cttctgcaag cgatgatctt tggcgctgat
    14821 tcattcggtt agtaaaatga tattctgtcc tctctgtttt gcggatcaac ttacttcatg
    14881 caaagcattt ccttcacgct acgaacattg gcgcgatcca cgagaccggt ggcggtcagg
    14941 ttgcgctttt gctttttcgt cttcttagtc aggatgtgac ttttgaaggc atgttttctt
    15001 ttgatcttcc ctgttccggt aagggcgaac ctctttttgg caccggaatt agtcttcaac
    15061 tttggcataa tctactctta attaatactg tatatcgatg tatatatcat tcttcctcgt
    15121 cggagtcagc ggattcagcg ggctgggtgt catcggcgtt cttggcggct ttctgtaccg
    15181 cagcggcctg ctgtttagtg gcagcggcct tgctcgatac gctcttctta ggcgaaagca
    15241 tgatggtcat gcgcttacct tctaagacgg gcatctgatc cagcttggca tactcttcca
    15301 ggtcgttagc aaatcgcagc agcagcacct ctccctgctc cttaaacagg atcgagcggc
    15361 ctttgaaaaa cacgtaggcc ttgaccttgg caccctcgtc caaaaactct ttggcgtggc
    15421 ggagcttgaa gttataatcg tgatcgtcag tctgcggtcc gaagcggatc tccttcacga
    15481 cgactctgac cgacttagct ttttgctctt tctgccgctt tttctgctga taaagaaact
    15541 tctgatagtc ggtgattcta cacaccgggg gatcggcgtt aggagagatc tccaccagat
    15601 ccatctcgtg gctctctgct atctgtaatg ctttttctat cggatagact ccgttagtca
    15661 cattctcgcc gaccaaacga acttcaggta cgcgaatccg gtcgttgatc cggtattggt
    15721 ccttcagttt gtcgtttctc atcttacctc tcgtatccaa atgagtaata tatcctcctt
    15781 tttaattgta cggtgaaatc aatttatctg ttctttttcc cagcgatgca tcatgtcgtt
    15841 gacctcgtct gttaaaagcg cggcaaatgt agaaatttcc attactcctt tatcgccctc
    15901 gccttgtttc ctgacagata cggaattgct ttcctgctcc ttctctccga cgacaagcat
    15961 gtaggggata cgtttgagct cgttgtcacg aatcttacgt ccaattttct cgttacggtc
    16021 gtctacgagg acacggatgt catgctgctc cagctctttg gccacgcgat gagcatagtc
    16081 attgtagcgc tcgcctacgg gaagtacgac gacttggtct ggggtaagcc agaggggaaa
    16141 ctttccgccg gtatgctcga tcaatacggc aacaaagcgt tcgatggagc cgaagggcgc
    16201 acggtggatc atcactgggc gatgcttctg gttgtcctcg cctgtgtact ccaactcgaa
    16261 tcgttcgggc agattataat cgacttggat ggtacccagt tgccaacggc gtccaatagc
    16321 atccttgacc atgaaatcga gtttgggacc gtagaaagcg gcctcgccaa gctccacttt
    16381 ggctggaaga cctttctctt cacaggcttc gataatggca cgttcagctt tttcccagtt
    16441 ctcatcggag ccgatgtatt tctctttgtt gttggggtcg cggagagaga tctgcgcctc
    16501 gaaactctcg aaatcaagtg ccttgaagat gataaagatg atgtccatca ccttgaggaa
    16561 ctcgtccttg agctgatcgg ggcggcagaa gatatgggcg tcatcttgcg taaagccgcg
    16621 gacgcgcgtc aggccgtgca attcgccgct ctgttcgtaa cggtaaaccg tgccgaactc
    16681 agccaagcgc aaaggcagat cacggtagga acgagggaag gatttgtata tctcgcagtg
    16741 gtgcgggcaa ttcatgggct tgagaaggaa ctcttcgccc tcctgcggtg tgtggatggg
    16801 ctggaaagag tccttgccgt atttggcgta gtggccagag gttacgtaga ggtgtttgct
    16861 accgatatgc ggcgtcataa cctgcttgta accgtacttc ttctggatct gcttgagaaa
    16921 ctcctcaagt ttgagtcgga gctgtgtgcc acgaggaagc cacagaggca gaccggcacc
    16981 tacggcaggt gagaaggtga acagctctag ttcgcggcct accttacgat ggtcgcgctt
    17041 cttcgcctcc tcgagcatgg taaggtagtc gtcgagcatc ttctttttcg ggaaagtaat
    17101 gccgtagaga cgcacgagtt gcttgcgttt ctcgtcgccg cgccaatagg ctccagccac
    17161 gctggtgatt ttgaccgctt tgatgtacga cgtatccgga acgtgagggc cacggcagag
    17221 gtcagtgaaa gagccttgcg tataggtgga aatcttaccg tcttcgagtt cgctgattag
    17281 ttccgtcttg tacacctcgc cacggtcgcc aaacatcttc atggcgtcag ccttggagat
    17341 gctccggcgg acaatcggtt cggcgcgtgc agccaattcc agcatgcgag cttcgatgcg
    17401 tgagaagtct tcgtctgtga tggtgcggtc gcccagatcg acatcgtagt agaagccgtt
    17461 ttcgatggcg gggccgatac cgaacttaac gtcgggatag agttgctgga gggcttcggc
    17521 cataaggtgt gcgctggagt gccaataagt gtgtttaccg ccttcgtcct cccatttgag
    17581 gagttcaact tgggcgtctt cgttgagagg tcttgtgagg tcccaaacgg tgccgttgac
    17641 tttggccgca agcacctctt tggccagtct ggggctgatg ctttcggcta tctgcatgga
    17701 ggtcgttccc tctgcaaatt cttttacgga gtgatccggg aatgtgactt ttatcattat
    17761 tgctatttga aaatctgtct gctgtaaata tgggcgcaaa gtaaagacat gcgtacggat
    17821 ctaaaaacgg gggccataag acgtctccgt tttcattgca aaaagttacc cctcgaaaaa
    17881 cactcccttg atcccattga cgccctccgt cggggtgcaa aaccgagcaa ggatcgctat
    17941 ccgccctctc ctcacggcgg aaaatcggtc cagtttttcg agcgataatc ccgacagggc
    18001 gaaaaacggg gtaaatgtct cgaaagatca cttctcacca agggaaaagt gatcgggagc
    18061 gcggtcagcc ttcgtcttga agcaaacgaa gctcgaggcc gtcccagacg gcgtaggaga
    18121 aatactgcat ccagtcgccg aggacaatca tgcgggtgtg gggcgtgagc tggcggtcga
    18181 gcatgaggtg gagatgaccg aagaggaaga aatccgtctc aggatgggat tgcaaataag
    18241 tgcgggcaaa ggcgtcgagc gagcgcgtgt tgcgttcctg tgcggctgca cgacgtgtct
    18301 cagcgaggcc tttgcgacgg ctgctgagcg accatccccg ggcaaaaccg aacgtccacc
    18361 gcggatggat cccagcatag agcacttgac agagtcgatt gcgaaagatg cgctgaataa
    18421 agcggtattt gcggggctgg tagcccacct catcgccgtg agcgaggaaa aagcgacggc
    18481 cgagcagctc cacagtcagc gggccgcgat ggatgacagc gcccacttcg gcgggtaggt
    18541 aatcgaacat ccaaatgtca tggttgccaa tgaagaggtg gatttccacg ccggcgtcgt
    18601 gcagctcggc cagtttgccc agaaaacgca cgtggccgcg gggcacgacg tagcgatact
    18661 cgtaccaata gtcgaacatg tcacccagaa agtagatggc cgcggcatcc ggggctatgc
    18721 ggtccatcca gcggacgagt cgcttctcgt cggccatggg atcggccgcg taacggttgc
    18781 cgaggtgggc gtcggaggca aagtagatct tcttcacgga gggaaggtcg gcggaggggc
    18841 gggattagaa caggcccagc tcgagcttag cctcgtcggt catcatgtcc ttgttccact
    18901 cgggctcaaa gacaagattg atcgtcacgc catgcacacc agcgatgccc tccacttttt
    18961 gctgcacatc gtccaggata aagtcggcgg ctgggcaact gggcgcggtg aaggtcatgt
    19021 cgatcgtcac atccttatcg tcgtcgactt cgacgcggta gactagcccc aggtcgtaaa
    19081 tattgacggg tatctcgggg tcaaaaacgg tgcgaaggac cttcacgatc tcttcttcta
    19141 ttctcaggaa ttcgttatcc ataatggggt taaaaaagta gttgtgcaac cctgcgggct
    19201 gcgggattta acgcgtcctt ggaggcgacg gtcgtttggc ctcaaggccg ggcaagttgc
    19261 ggattgattc cgcggtaccc ttggcccaaa gggtctaaaa aacattcata cagccctgcg
    19321 ggctgcggga tttggcgcgt ccttgggggc aacggtcgtt tggcctcaag actgggcaag
    19381 ttgcggattg agtccgcggt acccttggcc caaagggggc taaaaaacat tcatgcaacc
    19441 ct
//
LOCUS       SEQF2638.1|AYYF01001529.1 2350 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2350
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(72..248)
                     /locus_tag="SEQF2638.1_01902"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKARELRPGACYWYTGRGRREMLRYRYRELDVYLFGSDEGQSVR
                     LTADRVERYIQGRA"
     CDS             complement(245..649)
                     /locus_tag="SEQF2638.1_01903"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDKDTMALGPSGVDSALYGFDELSYLLKGVFVASPHTTEGIEER
                     KHLFVERIHKMADELERMVEEKGEVRATILVAIERSGEGEYFPVVCVSSKGSNEMLVE
                     ACNFIYSDKRLKWALEAVLYRELSVIERRNYI"
     CDS             complement(658..879)
                     /locus_tag="SEQF2638.1_01904"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MATKNDAMETKYESVIGELGQRLELAQADAERLEEELMDEQIVQ
                     VAHPLYVELLRAQARIDALSDAIELIIKS"
     CDS             complement(879..1478)
                     /locus_tag="SEQF2638.1_01905"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG4552"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQMIKDEPWFVAKDVADYFGDMNRERTMRALDDDEKGVTQMTTP
                     GGNQTVAIVNESGLYSMIFQYQPQKARGVSTDYINERREKIRAFRKWVTGEVLPSLRK
                     YGYYVDPGAQLTDEQREELERVMMGRMRRYLSRRDYIQVARSTGYPVWFVQRVVAGQA
                     GGHAGSVMLALQERALKNCQEYVNPLSEARMTSVIERLS"
     CDS             complement(1537..2013)
                     /locus_tag="SEQF2638.1_01906"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIKERILQIAKRKGITNREICQKIGLTYGGFTGENKKRPVNSDV
                     IANLLAEYPDVNPRWLLTGQGSMLREQSAPEVAPPPSEPAFPGFIEKIQDLSVKVGRL
                     EAENEHLRTAIEAKQREIEAQQRESEARQREIEAQRREIEARQKEIEDKERVTVLK"
     CDS             2127..2315
                     /locus_tag="SEQF2638.1_01907"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGKILRDPETVKELAKTFEVSTRSVRSALDGVTQSDLAKRIRKR
                     ALDMGLKEKGKERVTVLK"
ORIGIN      
        1 tcccgtgagg gatgaatgcc cgctcttgca tcttccgtct tccatttttc acttttcgtt
       61 tttcgttgca cttacgccct cccttggata tatcgttcca cccggtcggc cgtcagtcta
      121 accgactgcc cctcgtccga gccgaacaag tagacatcca gctcccggta tcggtatcgc
      181 agcatttcgc gccgcccccg gcccgtgtac caatagcacg cgccgggcct caattctctc
      241 gccttcatat ataattcctc ctttctatca cgctcaactc tctgtataaa acagcctcca
      301 gcgcccattt caggcgctta tcgctataaa tgaagttgca cgcctccacc agcatctcat
      361 tgctgccttt tgatgagaca catacaacag ggaagtattc gccctcaccg ctccgttcga
      421 tcgcaaccaa aatcgtcgca cggacttcgc ctttctcttc gaccattctt tccagctcgt
      481 ccgccatctt atggatccgc tcgacaaata gatgcttacg ctcctcgatg ccctccgtcg
      541 tatgggggga agcgacaaaa acgcctttca gtaagtaact cagctcgtca aacccataaa
      601 gagcgctgtc cacccccgaa ggccccagtg ccattgtgtc cttatccatt tcgtttttca
      661 gctcttaatg atcaattcta tcgcatcact cagcgcgtcg atacgcgcct gcgcacgcag
      721 caactccaca tatagcgggt gcgccacttg gacgatctgt tcgtccatca gttcctcttc
      781 cagtcgttcc gcgtccgcct gcgccaactc caaccgctgg cccagctcgc cgattacaga
      841 ttcatacttc gtttccatcg cgtcgttttt cgttgccatc agctcagtcg ttcgatgacg
      901 gacgtcatcc gcgcctccga cagcggattc acatactcct gacagttctt cagcgcccgt
      961 tcctgcaaag ccagcatcac gctcccggca tgcccaccgg cctgaccagc cactacccgc
     1021 tgcacgaacc acaccgggta acccgtcgag cgcgccacct gtatgtagtc ccgccgcgac
     1081 aggtagcgcc tcatccgccc catcattacc cgttccagct cttcccgttg ctcatcggtc
     1141 agctgagccc ccggatccac gtagtagcca tatttccgaa ggctcggcag cacctcgccc
     1201 gtcacccatt tccggaacgc ccggatcttt tctctgcgtt cgtttatgta atcggtgctc
     1261 actccgcggg ctttttgagg ctgatattga aagatcattg aatacaaacc gctctcattt
     1321 acgatcgcaa cggtctgatt tccaccgggg gttgtcattt gcgtcacccc cttttcatca
     1381 tcatctaaag ccctcattgt tcgctctcta ttcatgtcac cgaaatagtc tgccacatcc
     1441 tttgcaacaa accacggttc atccttaatc atttgcatcc ggatcgatgc tccttctttc
     1501 tattgtaaaa tgctcgtttc cattcttctt actccttcat tttaatacag ttactcgttc
     1561 cttatcctca atctcttttt gtctggcctc aatctccctt cgctgggctt cgatctccct
     1621 ttgcctggct tcgctctctc tttgttgggc ctcgatctcc ctctgtttgg cctcaatggc
     1681 ggtgcgcaag tgctcatttt cagcttctaa gcggccgact ttgacggata gatcctgtat
     1741 tttctcgata aagccgggga aggctggttc cgatggtggg ggagccactt ccggcgccga
     1801 ttgctcgcgc agcatagacc cctgacccgt caaaagccat cggggattta catcgggata
     1861 ctcagctaat aaattagcta ttacatcaga atttacgggc cttttcttgt tctcacccgt
     1921 gaaaccacca taagtcaaac cgattttctg acagatttct cgatttgtaa ttccctttct
     1981 cttagctatt tgcaagattc tttccttgat catactggtt tttgagctaa aatattttgc
     2041 cagacagaaa atatattagt tgctctgcag cgccttccaa aagggaagac gcgctaaaaa
     2101 taggaataaa cgtaacgaac gaagaaatgg gaaagattct aagagacccc gaaacagtaa
     2161 aggagttggc taagaccttc gaggtgagta cgaggagcgt acgatcggcc ttggatggcg
     2221 taacgcagag tgacctggcc aagcggatcc ggaaacgggc gctggatatg ggtctgaaag
     2281 agaaaggaaa ggaacgagta actgtattaa aatgaaggag taagaagaat ggaaacgagc
     2341 attttacaat
//
LOCUS       SEQF2638.1|AYYF01001530.1 1584 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1584
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(72..248)
                     /locus_tag="SEQF2638.1_01908"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKARELRPGACYWYTGRGRREMLRYRYRELDVYLFGSDEGQSVR
                     LTADRVERYIQGRA"
     CDS             complement(245..649)
                     /locus_tag="SEQF2638.1_01909"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDKDTMALGPSGVDSALYGFDELSYLLKGVFVASPHTTEGIEER
                     KHLFVERIHKMADELERMVEEKGEVRATILVAIERSGEGEYFPVVCVSSKGSNEMLVE
                     ACNFIYSDKRLKWALEAVLYRELSVIERRNYI"
     CDS             complement(658..879)
                     /locus_tag="SEQF2638.1_01910"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MATKNDAMETKYESVIGELGQRLELAQADAERLEEELMDEQIVQ
                     VAHPLYVELLRAQARIDALSDAIELIIKS"
     CDS             complement(879..1478)
                     /locus_tag="SEQF2638.1_01911"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG4552"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQMIKDEPWFVAKDVADYFGDMNRERTMRALDDDEKGVTQMTTP
                     GGNQTVAIVNESGLYSMIFQYQPQKARGVSTDYINERREKIRAFRKWVTGEVLPSLRK
                     YGYYVDPGAQLTDEQREELERVMMGRMRRYLSRRDYIQVARSTGYPVWFVQRVVAGQA
                     GGHAGSVMLALQERALKNCQEYVNPLSEARMTSVIERLS"
ORIGIN      
        1 tcccgtgagg gatgaatgcc cgctcttgca tcttccgtct tccatttttc acttttcgtt
       61 tttcgttgca cttacgccct cccttggata tatcgttcca cccggtcggc cgtcagtcta
      121 accgactgcc cctcgtccga gccgaacaag tagacatcca gctcccggta tcggtatcgc
      181 agcatttcgc gccgcccccg gcccgtgtac caatagcacg cgccgggcct caattctctc
      241 gccttcatat ataattcctc ctttctatca cgctcaactc tctgtataaa acagcctcca
      301 gcgcccattt caggcgctta tcgctataaa tgaagttgca cgcctccacc agcatctcat
      361 tgctgccttt tgatgagaca catacaacag ggaagtattc gccctcaccg ctccgttcga
      421 tcgcaaccaa aatcgtcgca cggacttcgc ctttctcttc gaccattctt tccagctcgt
      481 ccgccatctt atggatccgc tcgacaaata gatgcttacg ctcctcgatg ccctccgtcg
      541 tatgggggga agcgacaaaa acgcctttca gtaagtaact cagctcgtca aacccataaa
      601 gagcgctgtc cacccccgaa ggccccagtg ccattgtgtc cttatccatt tcgtttttca
      661 gctcttaatg atcaattcta tcgcatcact cagcgcgtcg atacgcgcct gcgcacgcag
      721 caactccaca tatagcgggt gcgccacttg gacgatctgt tcgtccatca gttcctcttc
      781 cagtcgttcc gcgtccgcct gcgccaactc caaccgctgg cccagctcgc cgattacaga
      841 ttcatacttc gtttccatcg cgtcgttttt cgttgccatc agctcagtcg ttcgatgacg
      901 gacgtcatcc gcgcctccga cagcggattc acatactcct gacagttctt cagcgcccgt
      961 tcctgcaaag ccagcatcac gctcccggca tgcccaccgg cctgaccagc cactacccgc
     1021 tgcacgaacc acaccgggta acccgtcgag cgcgccacct gtatgtagtc ccgccgcgac
     1081 aggtagcgcc tcatccgccc catcattacc cgttccagct cttcccgttg ctcatcggtc
     1141 agctgagccc ccggatccac gtagtagcca tatttccgaa ggctcggcag cacctcgccc
     1201 gtcacccatt tccggaacgc ccggatcttt tctctgcgtt cgtttatgta atcggtgctc
     1261 actccgcggg ctttttgagg ctgatattga aagatcattg aatacaaacc gctctcattt
     1321 acgatcgcaa cggtctgatt tccaccgggg gttgtcattt gcgtcacccc cttttcatca
     1381 tcatctaaag ccctcattgt tcgctctcta ttcatgtcac cgaaatagtc tgccacatcc
     1441 tttgcaacaa accacggttc atccttaatc atttgcatcc ggatcgatgc tccttctttc
     1501 tattgtaaaa tgctcgtttc cattcttctt actccttcat tttaatacag ttactcgttc
     1561 ctttcctttc tctttcagac ccat
//
LOCUS       SEQF2638.1|AYYF01001531.1 1786 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1786
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(36..224)
                     /locus_tag="SEQF2638.1_01912"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGKILRDPETVKELAKTFEVSTRSVRSALDGVTQSDLAKRIRKR
                     ALDMGLKEKGKERVTVLK"
     CDS             338..955
                     /locus_tag="SEQF2638.1_01913"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIKERILQIAKRKGITNREICQKIGLTYGGFTGENKKRPVNSDV
                     IANLLAEYPDVNPRWLLTGQGSMLREQSAPEVAPPPSEPAFPGFIEKIQDLSVKVGRL
                     EAENEHLRTAIEAKQREIEAQQRESEARQREIEAQRREIEARQKEIEDKERQIKLMRI
                     DHLKKEEPDIHTQYLEPAHAPLPPENPVESAELLKSQPQEALFTP"
ORIGIN      
        1 attgtaaaat gctcgtttcc attcttctta ctccttcatt ttaatacagt tactcgttcc
       61 tttcctttct ctttcagacc catatccagc gcccgtttcc ggatccgctt ggccaggtca
      121 ctctgcgtta cgccatccaa ggccgatcgt acgctcctcg tactcacctc gaaggtctta
      181 gccaactcct ttactgtttc ggggtctctt agaatctttc ccatttcttc gttcgttacg
      241 tttattccta tttttagcgc gtcttccctt ttggaaggcg ctgcagagca actaatatat
      301 tttctgtctg gcaaaatatt ttagctcaaa aaccagtatg atcaaggaaa gaatcttgca
      361 aatagctaag agaaagggaa ttacaaatcg agaaatctgt cagaaaatcg gtttgactta
      421 tggtggtttc acgggtgaga acaagaaaag gcccgtaaat tctgatgtaa tagctaattt
      481 attagctgag tatcccgatg taaatccccg atggcttttg acgggtcagg ggtctatgct
      541 gcgcgagcaa tcggcgccgg aagtggctcc cccaccatcg gaaccagcct tccccggctt
      601 tatcgagaaa atacaggatc tatccgtcaa agtcggccgc ttagaagctg aaaatgagca
      661 cttgcgcacc gccattgagg ccaaacagag ggagatcgag gcccaacaaa gagagagcga
      721 agccaggcaa agggagatcg aagcccagcg aagggagatt gaggccagac aaaaagagat
      781 tgaggataag gaacgacaga tcaagctgat gcgcattgat cacctgaaaa aagaggaacc
      841 cgatattcat actcaatatc tcgaacctgc ccacgcacct ctaccccccg aaaaccccgt
      901 agaatccgcc gaactgttaa aatctcagcc ccaagaagcc ctctttaccc cctgaagacg
      961 gcctaaaaca ctggttttaa gcccctttgt tgcgtcccat ccgtcgcaac tcgtgctcct
     1021 acgccgtaat aaggggcaaa actcaccccg aaaagtccac aacttaacac attattaacc
     1081 cgcaaagggg ggattctcgc cccccttcgt tgtcaatatt ttgttattat tcggcgccgg
     1141 gattgtcatt atcgcgtcat tattcgattt tgaggggtaa aaaagagggg tgcccgaacc
     1201 cacgtccgaa caccccgttt taggcccttt ttaaggcctc tgagcgcctt tgtttatccc
     1261 ctcagatcat cagtattcat gcgccttttc gcgcgttttt ggccctttgg gtggcctcaa
     1321 tccaacccgc ccgttgtagg cccccaattc catccccttg aatccaaccg aaatccaagc
     1381 aaaatgtact gaatgtttgg cgcccctttt tctcagttct ctgtttttca gctctttccg
     1441 ttttccccgt tgtacttaat gttttgtggg gcatatattg gcggaaatca ttgtatagtt
     1501 tgttctttat tatcagcata ttaaagatac gaactttctc ttgattcccg cctctttttg
     1561 ccctttttct tacgtcgaac tcacgttaca tagataactg aacaacagct gtatatgagt
     1621 gctccttacg tactctctac gggctcctgg ctacaatttt catttggccg aaaaagttgt
     1681 agccaaattg tagccgttgg ggagtatttt gagcgtttcg gccgcttcaa tacgtgctct
     1741 ggaatgatag gcaggtacaa aagaaaagtg ccaaaactcg ttcaag
//
LOCUS       SEQF2638.1|AYYF01001532.1 1255 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1255
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(237..344)
                     /locus_tag="SEQF2638.1_01914"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSKLNIDQKTVKGLFSDTQADYLIPDYQRPIEGMI"
     CDS             complement(439..1185)
                     /gene="fabG_2"
                     /locus_tag="SEQF2638.1_01915"
                     /EC_number="1.1.1.100"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P99093"
                     /codon_start=1
                     /transl_table=11
                     /product="3-oxoacyl-[acyl-carrier-protein] reductase FabG"
                     /translation="MKLLEGKVALVTGAARGIGKAIALRFASEGADIAFTDLAIDDNG
                     RATEEEIRALGVRVKGYASNAANFDEAHKTVEEVVKDFGGLDILVNNAGITKDGLMLR
                     MSEAQWDAVIAVNLKSAFNFVHACVPVMMRRRGGSIINMASVVGVHGNAGQANYAASK
                     AGMIALAKSVAQEMGPKGIRANAIAPGFIETAMTEALPDSVREEWKKKIPLRRGGTPD
                     DVADVAVFLASNLSSYVSGQVIQVDGGMNM"
ORIGIN      
        1 tacgcctaca ataagctccc gcaagttgca ggagatcttc gtacgcctac aataagctcc
       61 cgcaaattgc tggagatctt cgtacgccta caataagctc ccgcaagttg caggagatct
      121 tcgtacgcct acaataagct cccgcaagtt gcaggagatc ttcgtacgcc tacaataagc
      181 tcccgcaaat tgctggagat cttcgtcgtt tggcgatgtg ctcaaccgtg aataactcag
      241 atcatccctt caataggccg ttgataatct gggattaggt agtccgcctg cgtgtcagaa
      301 aacagtccct taaccgtctt ttggtcaatg ttgagcttgg acatatttct actgctacgt
      361 gtatgaataa cgcaagagag ggagcggagc cattacggct ttccccctct ctctatacaa
      421 tcgatgcgct gcggatactt acatgttcat gccaccatcg acctggatca cctgaccaga
      481 gacgtaggac gaaagattgg aggcgaggaa cacggctacg tcggctacat cgtccggggt
      541 gccgccgcga cgaagcggga tcttcttctt ccattcttca cgtacgctgt cgggcagggc
      601 ttccgtcatg gctgtctcga taaaacccgg agcgatggcg ttggcgcgga tgcccttcgg
      661 tcccatctct tgggctacgg acttggccag ggcgatcatt ccggctttcg aggcggcata
      721 gttggcttgg ccggcgttgc cgtggacgcc tacgacagag gccatattga tgatgctgcc
      781 gccgcgacga cgcatcatca cgggtacaca ggcgtggaca aagttgaagg ctgacttgag
      841 gttgacggcg atcacggcgt cccactgggc ctcgctcatg cgcagcatca ggccgtcttt
      901 ggtgatgccg gcgttgttga cgagaatgtc gagaccgccg aagtccttca ccacttcctc
      961 gacggtctta tgggcttcgt cgaagttggc ggcgttcgat gcgtagcctt ttacgcgtac
     1021 gccgagggca cggatctctt cttctgtggc gcgaccgttg tcgtcgatgg cgaggtcggt
     1081 gaatgcgatg tctgctcctt ccgaagcgaa acgcagggcg atggctttac caatgccgcg
     1141 tgcggcgccc gtgacgaggg cgacttttcc ttctaataat ttcattgtta tacgtcgttt
     1201 tgggggttaa tcgtagaggg attcttcttt tcctctcctg atgttccttc ttttc
//
LOCUS       SEQF2638.1|AYYF01001533.1 16446 bp   DNA    linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..16446
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             510..974
                     /locus_tag="SEQF2638.1_01916"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFPTENVILPEANSSRLSDLIFCLRLSGVDGENVHLPEAFGCLC
                     LERKYSHRHLDETHRQMAKERGEAMFFLVWMRHLFAFSSCPMRGAYAIRPYTYRPKDA
                     SQPTATPYIYTDMTLSFPPLAVRGRCPLSPTFFSCLDTRKEGKRKSSPREGL"
     CDS             complement(1322..2215)
                     /gene="lpxL"
                     /locus_tag="SEQF2638.1_01917"
                     /EC_number="2.3.1.241"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01942"
                     /codon_start=1
                     /transl_table=11
                     /product="Lipid A biosynthesis lauroyltransferase"
                     /translation="MKAFANTLIYALLHAVVRLHALLPMAALYVLSDVFYLLIYRLVG
                     YRRRVVRSNLEGAFPHLSPDERLRLERRFYHHFSDYIVETIKLAGISHEELLRRAHLR
                     NPEMVRPLLEAGHKSLILVMGHYGNWEWFTGFPSRFGGLLEVCQIYRPLDSSAFDRLF
                     RHLRTRFGARCVPKKDVVRELIHTARSTSPPALFVFIADQTPSRANLHYWTQFLGRDT
                     AVLNGPERLAVKMNLPVIYADVRCESRGHYTVDFQLLTDAPRSKPENWITEEYTRRME
                     RTILRDPAGWLWTHRRWKYSR"
     CDS             complement(2212..3528)
                     /gene="mtaB"
                     /locus_tag="SEQF2638.1_01918"
                     /EC_number="2.8.4.5"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P54462"
                     /codon_start=1
                     /transl_table=11
                     /product="Threonylcarbamoyladenosine tRNA
                     methylthiotransferase MtaB"
                     /db_xref="COG:COG0621"
                     /translation="MIDSAYFEDKKAAYYTLGCKLNFAETSAIGRELADHGIRRARAG
                     EQADVCVVNTCSVTELADKKCRQLIRRIRRQHPKAFVIVTGCYAQLKPDEVLAIDHVD
                     LVLGAEQKGDVMRHLRERTAGLAVTTDTKRIRAFTPSCSADDRTRHFLKVQDGCDYFC
                     SFCTIPFARGRSRNGCIADLVAQAEGVAREGGREIVLTGVNIGDFGRSTGETFLDLLR
                     ALDRVEGIARYRISSIEPNLVTDEVIELVAASSRFMPHFHIPLQSGSDTVLELMRRRY
                     DTSLFRHRVERIRSLMPDAFIGVDVIVGTRGETEACFAECHEFLENLPFSQLHVFSYS
                     ERPGTMALRITPVVPADVKHARSRMLLDLSDRKLHAFYDAHIGREATVLFEHARKGGR
                     MHGFTANYIKVETAYDSALANRLTPVRLDGWNADGTALTATLLSRP"
     CDS             complement(3521..3712)
                     /locus_tag="SEQF2638.1_01919"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRSTNSLRLCEEALWRLETTSRYFSQKVRICLKSYRLRTETER
                     MCTQPLTFAPPKKGDSKDD"
     CDS             complement(3816..3941)
                     /locus_tag="SEQF2638.1_01920"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAFGYVEKCFGDSKWLQILLLESVYLPQAQSALRKNKLFYR"
     CDS             complement(4850..5527)
                     /locus_tag="SEQF2638.1_01921"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MCPEKTFTPDRLRLLVDTLQKSPPAFGDVPRKNIQVRLPPVLGQ
                     SPTKSLASLRRCTSKKCLRPSASGCLFLSTARLPKWPAAITRKSVAPDSLRLLVDPLQ
                     KVSPASGDIPRKNVYARPLPAAFSHQPRGLSSDPLQYPEKVQLRTAFDFWLILCKKPL
                     QPSEIYPEKTFTPDRLRLLANPLQKALPAFGDIPRKNVYARLPPAAFSHRPRGLSSGL
                     LRWLEKV"
     CDS             5947..7233
                     /locus_tag="SEQF2638.1_01922"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTETIFRVLLWSLFMATGVVGLRSAAQTDAPARRAYATVSGTV
                     RDARTNRVLPAVHVAVPGTGIGTVTNADGYFSLHVADSLRADRIEFSHIGYALLTYPI
                     RPGAQVEAASIRLTPNANLLEEVTVMGGDARDLVRQAVDRITDNYPQRANRLTGFYRE
                     VIRKGRRYIDISEAIVGLYKTPYNGVGTNADRVRLEKGRRLLSQRPGDTLIVKFEGGP
                     TLSIFLDVVKNSDLMFAPDEMEHYAFRYNRTTLIDDRPHVEIRFMPRVVCPYALYEGL
                     LYIDSETRTISRAEFSLDMTDRLKATQAMLRKKPAGMRFRPERLAFLVTYRRQVDGRS
                     SLAYVRCETAFRCDWHRRLFATSYVVTSEMAITDRDETHAEKIPYREAFRSRDALTDR
                     AADFYDANFWEGYNIIEPTESLENAVGRLMRRRSRD"
     CDS             complement(7369..9444)
                     /gene="rho"
                     /locus_tag="SEQF2638.1_01923"
                     /EC_number="3.6.4.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01884"
                     /codon_start=1
                     /transl_table=11
                     /product="Transcription termination factor Rho"
                     /translation="MVKYNIVELTDMDLPRLQTIATDLGLTDIKGVEKQALIYQILDR
                     QAESVAGMQKEKEAQKSEQKRRGPGRPPKNKSAESAAEASASEKEPKADTTEKAESKP
                     AKRRPGRPKKNKAAEPTEAAASAKAEPTEAAPKAETKEEAEAAESKPAKRRPGRPKKS
                     KSAAAPVAETPASIAETEPILATEPMLEAEEMPVESPVAAPIAPVSPVVPPSAAPETT
                     PQAVAAVAHEAKPSPEAPTATPATPPAPEEPKRTIFKHATDTPSVLDQVLPMQPPAPQ
                     PKDKQQNEAKKRPQQNHRPNNPNLRENAPVVPPPPIYDFDGILTAAGVLEIVPDGYGF
                     LRSSDYNYLASPDDVYVSASQIKLFGLRTGDLVEGPIRPPREGEKYFPLVKVDTINGR
                     LPEEVRDRVPFDHLTPLFPEEKFKLTDRRSPKVYDPYAVRVVDLFAPIGKGQRGLIVA
                     QPKTGKTMLLKDIANAIAANHPEVYMIILLIDERPEEVTDMARSVDAEVIASTFDEPA
                     DRHVKIAEIVLNKAKRMVECGHDVVILLDSITRLARAYNTVQPASGKVLSGGVEANAL
                     QKPKRFFGAARNIEHGGSLTILATALTETGSKMDDVIFEEFKGTGNMELQLDRKLANR
                     RIFPAVDIQASSTRRDDLLQDENTRNRLFVLRNTVLSDMNTVEAMEFVKKRLEGTTDN
                     AEFLASMNG"
     CDS             complement(10328..10978)
                     /gene="rpe_2"
                     /locus_tag="SEQF2638.1_01924"
                     /EC_number="5.1.3.1"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P74061"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribulose-phosphate 3-epimerase"
                     /translation="MNHLIAPSLLSADFMHLGRDVEMINRSEADWLHIDVMDGVFVPN
                     ISFGFPVMNALRGVCHKPTDVHLMIVEPQKFIREVADSGAYMMTVHYEACTHLHRTVH
                     AIRDAGMRVGVALNPHTPVMLLEDILGDLDMVLLMSVNPGFAAQSFIGHSVVKTAKLR
                     RMIRERELKTLIEVDGGVNTETARVLLDTGADVLVAGSYVFRSPDPEATIRELKAL"
     CDS             complement(11016..11180)
                     /locus_tag="SEQF2638.1_01925"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKNTPSAPAERQDNPSNRPPSFGPRPETLALLSWFARMYTPDN
                     APSPALPIAN"
     CDS             complement(11648..13684)
                     /gene="ppk"
                     /locus_tag="SEQF2638.1_01926"
                     /EC_number="2.7.4.1"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0A7B1"
                     /codon_start=1
                     /transl_table=11
                     /product="Polyphosphate kinase"
                     /db_xref="COG:COG0855"
                     /translation="MEKKYGYFKRDISWLSFNYRVLLEAADATLPIYERIRFLSIYAS
                     NLEEFYEIRVADQRGAIMKKNYRADNSEKAEETLNEITAEVNRQQQDFYSIFNDGILP
                     ELRRQRVYLYQTHEPLPFHRDFVRRYFDEEIFPYLSPVTLHEGFRTFIRDRRLYLIAR
                     ILKRETREPLYVLIKIPHSNVPRFIALPEHEGMHYFMFVDDMIRYNLPAIFPGYVPDG
                     CYGIKISRDADIYVDEETPQSILQSIRTKVGKRKIGALSRFMYDREMPPDVLAFVRRS
                     FHIVADDLVVGGRYMNLQDMIRLPNPIGAELVRTPPAPLRVPYLEELASMFRAVERGD
                     VLLHFPYQSFDYLLRFLMEASFDPDVEEIKITQYRVAENSAVIHSLIGAARNGKRVTV
                     FVELKARFDEENNMSTAEEMRQAGIKIIYSIPGLKVHAKVAVVLRRGEAADFACLSTG
                     NFNEKTAKGYSDMALLTCDKAIVGDVCRVFEVLEGRLAEPHFDRLLVARFNMVPELIR
                     LIRREADLARAGRGGRIILKMNGLQDKQMIDELYEAGQAGVEIDLLVRGICCLTPDRS
                     YSPNIRVTRIVDMYLEHARLWYFRGDGEETMYLTSSDWMRRNLNRRIEAAVPILSPDV
                     RREILDLLDIQLRDNVKACHIDGQLRNIFIHNDAPPLRAQQATYEYIKRRTHPE"
     CDS             13834..15153
                     /gene="tilS"
                     /locus_tag="SEQF2638.1_01927"
                     /EC_number="6.3.4.19"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P37563"
                     /codon_start=1
                     /transl_table=11
                     /product="tRNA(Ile)-lysidine synthase"
                     /db_xref="COG:COG0037"
                     /translation="MLSTVQAYIAQHQLLRPAAPVIVGLSGGADSVALLHILTRLGYP
                     CVAAHCNFHLRNDESDADADFAQQTAEALGLPFRRIDFDTAEYAHQNGVSTEMAARTL
                     RYEWFETLRRELGAEAIAVAHHRDDNVETVLLNLIRGTGLSGLCGMRPRNGHIVRPLL
                     SVDRHQIVRWLADRHLPFRTDSSNASDVYRRNFVRLRLLPLMEQLNPSVRDAILRMAG
                     HLTDVEAIYRNAIDSHRAHLIDADGRISIDALLRTPAPHAVLFELLTPYGFTPSQCAD
                     IARALSGESGRSFIAPGGRWHLLKDRLHLILYLANEVSADAFTLTLGSELTAPIRLGL
                     EERIVDEAFTISRSPHVATFDADRIALPLTLRRWRAGDSFVPFGMTGRKKLSDYFSDH
                     KFSLLHKAAAWILCDASGRILWIVGHRTDNRFRITSKTRRALIVTQR"
     CDS             complement(15482..16000)
                     /gene="upp"
                     /locus_tag="SEQF2638.1_01928"
                     /EC_number="2.4.2.9"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P67396"
                     /codon_start=1
                     /transl_table=11
                     /product="Uracil phosphoribosyltransferase"
                     /translation="MLMGYEVTRDLPLTEVEIETPMERTVAYEISGKKLAIVPILRAG
                     LGMVDGLLSLLPVAKVGHIGLYRDHDTHRPVFYYCKLPEDIDRRMVIVTDPMLATGGS
                     ASDAIRLLKEKGCTNIRLMCLVAAPEGVAYVQKNHPEVDIYTASLDRQLNPQAYILPG
                     LGDAGDRIFGTK"
ORIGIN      
        1 ccacagccta aagcgttgat atgtcaacaa tgaaaactac tcacagcctt cagccgtcag
       61 gcagctaaaa gccctcgcga gggcttgact ttcttttgcc ttcttttctt gtggcaagac
      121 aagaaaagaa ggtgggggac agggggcgac gccccctcac agctaaaggc gaaaggctga
      181 gggtcatatc tgtatatata taaggtgtag tcgcaggttg ggatgcgcct ttcggccggt
      241 aggcgtaggg gcgtatggca tacgcccctc tcctcgatca gttcaaggaa gctgaaagat
      301 agccgaccca aacagacgaa aacacaaggc cgctttactc ttttgctatc tatctccttg
      361 tttcacctaa acgcctgaag ctatgcatct aatctatacg taaacatccg aaagccttag
      421 gcaaatgagc attttcaccg tcgagacgcc aaagccttag gcaaatcgtt gtttctcgct
      481 ggaaatgtcg ttttgcctga ggcaatttga tgtttccaac cgaaaacgtc attttgcctg
      541 aggcaaattc gtctcgccta agtgatttga tcttttgcct gaggctttcg ggtgtcgacg
      601 gtgaaaacgt ccatttgcct gaggctttcg gttgtttatg cttagaaaga aaatacagcc
      661 ataggcattt agatgaaacg catagacaaa tggcaaaaga gagaggagaa gctatgtttt
      721 ttcttgtttg gatgaggcat cttttcgctt tttcaagctg cccgatgaga ggggcgtatg
      781 ccatacgccc ctacacctac cggccgaaag acgcatccca acctacggct acaccttata
      841 tatatacaga tatgaccctc agctttccgc ctttagctgt gagggggcgt tgccccctct
      901 cccccacctt cttttcttgt cttgatacaa gaaaagaagg caaaagaaag tcaagccctc
      961 gcgagggcct ttagctgcct aaaggcggag ggctgaggat agtttttcgc cgtcgacata
     1021 tcaattcttt aggccgtggg gcgttcgctt atatatataa cgtatagccg caggctttca
     1081 agtcgctcaa atcaaaaaaa gactctcaac tttccgcctt tagttatgag ggggcgttgc
     1141 cccctctccc ccaccttctt ttcttgtctt gacttgggga aaagaaggca aaagaaggtc
     1201 aagccctcgc gagggctttt agctgcctaa aggcggaagg ctgtgagtcg ttttcattat
     1261 cgacatacca aagctgaagg ttatggatcg tttgcgtttt tcatcgtctg tgggccggag
     1321 gctatcggct gtatttccag cggcggtggg tccagagcca accggcgggg tcgcgcagga
     1381 tggtgcgctc catgcgccgg gtgtattctt cggtgatcca gttctcgggc ttggagcgcg
     1441 gggcatcggt gaggagttga aaatcaacgg tataatgccc acggctttcg caccttacgt
     1501 cggcgtagat gacgggaaga ttcatcttga cggccaaccg ctcggggccg ttgagcacgg
     1561 cggtgtcgcg gccgagaaac tgggtccagt agtgcagatt cgcgcggctg ggggtctgat
     1621 cggcaatgaa aacgaagagc gcggggggcg acgtggagcg ggcggtgtgg atgagttcac
     1681 ggacgacgtc ttttttgggc acgcagcggg caccgaaacg cgtccgaagg tggcggaaga
     1741 gtcggtcgaa agcggaacta tccagcgggc ggtagatctg gcacacctct aacagccccc
     1801 caaaacgcga aggaaatccg gtgaaccatt cccaattgcc gtagtggccc atgacgagga
     1861 tgagcgactt atggccggct tcgagcagcg ggcggaccat ctccggattg cgcaggtgag
     1921 cccgccgcaa cagctcctcg tgcgagatcc cggccagttt gatggtctcg acgatgtagt
     1981 ccgagaaatg gtgatagaaa cggcgctcca gccgcaggcg ttcgtccggc gagaggtgcg
     2041 ggaaagcgcc ctctaagttg ctgcggacta cacgccgacg atagcctact aacctataga
     2101 tgaggaggta aaacacatcc gacagcacat agagcgcggc catcgggagc agcgcatgga
     2161 gacgcaccac ggcgtgaagc agcgcataga tcagcgtgtt cgcgaaggct ttcatgggcg
     2221 gctgaggagt gtggccgtga gcgccgtgcc gtccgcgttc cacccgtcga ggcggacggg
     2281 ggtgagacgg ttggcgagcg cgctgtcgta cgccgtttct accttaatat agttcgccgt
     2341 gaacccgtgc atgcggccgc ctttgcgggc gtgctcgaag aggacggtgg cctcgcgacc
     2401 gatgtgggcg tcgtaaaacg catggagttt gcggtccgac agatcgagca gcatgcggct
     2461 gcgggcgtgc ttgacgtcgg ccgggacgac gggcgtaatc cgcagcgcca tcgtccccgg
     2521 ccgctcggaa tagctaaaaa cgtgaagctg tgagaagggt aaattttcaa gaaattcgtg
     2581 gcactcagca aaacacgcct ccgtctcgcc gcgggtaccc acgatcacgt ccacgccgat
     2641 aaacgcgtct ggcatcaggc tgcggatccg ctccacgcgg tggcgaaaga gcgacgtgtc
     2701 gtagcgtcgg cgcatcagct cgaggacggt gtcgctgccg ctttgcagcg ggatatggaa
     2761 gtgcggcatg aagcggctgc tggcggccac aagctcgatg acctcatccg tgacgaggtt
     2821 cggctcgatg gacgaaatgc ggtagcgcgc aatgccctcg acccgatcca gcgcgcggag
     2881 gaggtccaga aaagtctcgc ccgtggagcg cccgaagtcg ccaatattga cgccggtgag
     2941 gacgatctcc cgcccgcctt cgcgcgccac cccctcagcc tgcgccacga ggtcggctat
     3001 gcagccattc cgactgcgtc cgcgcgcaaa cgggatggta cagaaagaac agaaatagtc
     3061 acagccgtcc tgcaccttca aaaagtggcg cgtgcgatcg tccgccgagc aggacggggt
     3121 gaaagcgcga atgcgtttcg tgtcggtcgt caccgccagg ccggccgtcc gctcgcgcag
     3181 gtgacgcatc acatctccct tctgctcagc gcctaatacc agatcgacgt gatcgatggc
     3241 gagcacctcg tccggcttta gttgcgcgta acatcccgtg acgataacga acgccttcgg
     3301 gtgttggcgg cgaatgcgtc ggatcaattg gcgacatttt ttgtcggcaa gctccgtcac
     3361 agagcaagtg ttcaccacgc agacgtcggc ctgctccccg gcgcgcgcac gtcggatgcc
     3421 atggtcggcc agttcgcggc cgatggcgga cgtttcggcg aaattgagct tgcaacccag
     3481 cgtgtagtag gcggcctttt tatcttcaaa ataagcacta tcaatcatct ttggagtccc
     3541 cttttttagg gggcgcaaaa gtaagaggct gcgtacacat tcgctccgtt tcggtccgca
     3601 ggcggtaaga tttgaggcag atgcgcactt tctgagagaa gtatcttgag gtcgtttcga
     3661 gtcgccaaag cgcttcttca catagccgaa ggctgtttgt agaacgcttc atttttcctc
     3721 agcgcgtttt ggatttgagg cagataagca ctttcgggaa aaagtatctt gaagccgttc
     3781 caagtcgcca aagcgcttct ttacatagcc gaaggtcatc tgtagaatag cttatttttc
     3841 ctcagcgcgc tttgggcttg aggcagatac acactttcga ggagaagtat ttgaagccat
     3901 ttcgagtcgc cgaagcactt ctccacatag ccgaaggcca tctgtagaat agcttatttt
     3961 tcttcagcgc gttttgggct tgaggcagat acacactttc gaggagaagt atcttgaggt
     4021 cgtttcgagt cgccgaagcg cttctccaca tagccgaagg ctgtctgtag aacagttcgt
     4081 ttttcctcag cgcgttttgg atttgaggca gatacgcact ttcgaggagg agtatcttga
     4141 ggcccttcca agtcaccaaa acgcttcttc acatagccga aggccgtctg tagaacagtt
     4201 cgtttttcct cagcgcgttt tggatttgag gcggatatgt attttcgagg aggagtatct
     4261 tgaggccgtt tcgaatcgcc gaagcgcttc ttcacatagc cgaaggctgt ttgtagaaca
     4321 gcttattttt cctcagtgcg ttttgggcta taggacgcat cttttggaaa tttacacccc
     4381 acctacgatc ctcacacccc atttctttta tctttgttac agcctaaagc cgatagcccg
     4441 aggcgaatgg ctggagtaca tttccgaagg ctgacgggac tttttgcagg ggattgacca
     4501 aaagcccaag gctgtctgga gctgctcttt ttcgagctat cgcagcgggt cacttgagtg
     4561 gttttccgca gaggattgac caaaagccga aagcggacgg gcgtaaacat ttttccgggg
     4621 tacatctccg aaggctggca gggcttttcg cggagtatcg accaaaagtc aaaggctatc
     4681 tggagcagct ctttttcggg tcatcgcagc gggtctctgg agagattttt cgaaaaggat
     4741 tgactaaaag ctggaagctg tctggagcta cactttttcg ggtcatcgca gcggcccgct
     4801 ggagagattt tccgaaaagg attgaccaaa agccggaagc tgtctggagc tacacttttt
     4861 cgagccatcg cagcaggccg cttgagaggc ctcgcggtcg gtgggaaaag gcagctggag
     4921 gcagacgggc gtaaacattt ttccggggta tatctccgaa ggctggcagg gctttttgta
     4981 gaggattggc caaaagccga aggcggtctg gcgtgaacgt tttttcgggg tatatctccg
     5041 aaggctggag aggctttttg cagaggatca accaaaagtc gaaggcagtc cggagctgta
     5101 ctttttcggg gtattgcagc gggtcgctgg agaggcctcg tggttggtgg gaaaaggcag
     5161 ccggaagcgg acgggcgtaa acatttttcc ggggtatatc tccggacgct ggcgagactt
     5221 tttgcagagg atcgaccaaa agccgaaggc tatctggagc tacacttttt cgggttatcg
     5281 cagcaggcca cttggggagc ctcgcggtcg ataggaaaag gcagccggaa gcggacgggc
     5341 gtaaacattt tttcgaggta catctccgaa ggctggcgag gcttttcgtg ggggattgac
     5401 ccaaaaccgg aggcagtctg acctgaatat tttttcgggg tacatctccg aaggctggcg
     5461 gagatttttg cagagtatcg accaaaagcc ggaggcggtc tggtgtgaac gttttttcgg
     5521 ggcacatctc cgaacactga cgggactttt tgcagggaat tgaccaaaag ctgaaggcag
     5581 tccggagctg tactttttcg gggtattgca gcgggtcgct tgagtggttt tccgcagagg
     5641 attgaccaaa agccgaaggc tatctggcgt gaatattttt tcgggacaca tttccgaagg
     5701 ctggaaaggc tttttgctca gtatagattc aaagccggag gctgtctgga gctgcacttt
     5761 ttcgagctat cgcagcgggt cgcttaggga gcctcgcgat cggtgtggaa aggcgaccga
     5821 aagcggacag gcgctaaaac ttttttaggt ctacttgccg atgatttttg ttatttcgtg
     5881 ctacttattc ccagcttact tcacgctttc tttctctatt cactttattc aaacgcttac
     5941 cgaatcatga agactgaaac gatttttcga gttttgctgt ggagcctctt tatggccacc
     6001 ggtgtggtgg ggcttcgcag cgcggcgcag acggatgcgc cagcacgtag ggcgtacgcc
     6061 accgtcagcg gaacggtgcg cgatgcccgc acgaaccgtg tgctgccggc ggtgcatgtc
     6121 gccgtgccag gtacgggcat cggcaccgtg accaatgccg acggttattt ttcgctccat
     6181 gtggctgact ccctccgggc cgatcggatc gagttttcgc acatcggcta cgcgctcctt
     6241 acctatccaa ttcgaccggg tgcgcaggtc gaggcggcct ccatccgact gacaccgaac
     6301 gctaacctcc tggaggaggt gaccgtcatg ggcggtgatg cgcgcgacct cgtgcgccag
     6361 gctgtggatc gcatcacgga caactatccg cagcgggcca atcgcctgac tggtttttat
     6421 cgggaagtca tccgcaaggg gcggcgctac atcgacattt cggaggctat cgtcgggctc
     6481 tacaagacgc cttacaatgg cgtgggcaca aacgccgatc gggtacggct cgagaagggg
     6541 cggaggctgc tcagccaacg gccgggcgac acgctcatcg tgaaattcga aggcggacca
     6601 acgctctcca tctttctcga tgtggtaaaa aacagcgatt tgatgttcgc ccccgacgag
     6661 atggaacact acgccttccg ctacaatcgc accacactga tagacgatcg tccgcacgtt
     6721 gagatccgct tcatgccacg tgtcgtctgc ccttatgcgc tctacgaagg gctgctttac
     6781 atcgacagcg aaacgcggac gatctcccgc gcggagttca gtctcgatat gaccgaccgc
     6841 ctcaaggcca cgcaggccat gctccgcaag aaacccgccg gaatgcgctt tcgccccgag
     6901 cgattggcct tcctcgtcac ctatcggcgg caggtcgatg gacgtagtag tctggcttac
     6961 gtgcgctgcg aaacagcctt tcgttgcgac tggcatcggc ggcttttcgc cacatcgtac
     7021 gtcgtgacgt cggaaatggc catcaccgat cgtgacgaga cgcacgcgga gaaaatcccc
     7081 taccgcgagg cgtttcgctc acgcgacgcc ctgaccgacc gcgcagccga cttctatgac
     7141 gccaacttct gggaggggta taatatcatt gagccgacgg agtcgttaga aaacgccgtt
     7201 ggccgactga tgaggcggcg gagccgcgac taagctccgc caacggcgga cagatgcaaa
     7261 cgaaacgtcc tgccggacgg aaggaatcga ccggatccct ttcgcccgac aggacgtttc
     7321 tgtaatgcct cccaagtctg agaggccatg acggcgctcc tccggctatc agccgttcat
     7381 ggaggctaaa aattcggcgt tgtccgtggt gccctccaag cgcttcttga cgaactccat
     7441 cgcctcgacc gtattcatgt ccgagagtac ggtgttgcgg agtacgaata ggcggttgcg
     7501 ggtgttctcg tcctgcagca gatcgtcgcg gcgcgtactg gaggcctgga tgtcgaccgc
     7561 agggaagatg cgacggttgg ccagcttacg gtcgagttgc agctccatgt tgcccgtacc
     7621 cttgaactcc tcgaagatca cgtcgtccat cttcgaaccc gtttcggtga gagccgtggc
     7681 gaggatggtg aggctgccgc cgtgctcgat gttacgcgca gcaccgaaga atcgcttcgg
     7741 cttctggagg gcattggcct ccacaccacc cgaaagcacc ttgcccgagg ccggttgcac
     7801 ggtgttatag gcgcgggcca ggcgggtgat ggagtcgagc aggatgacta cgtcatgacc
     7861 acactcgacc atgcgcttgg ccttgttgag gacgatctcg gcgatcttca cgtggcggtc
     7921 ggccggctca tcgaaggtgg aggcgataac ctcggcgtct acgctacggg ccatgtcggt
     7981 cacctcctcg gggcgttcgt cgatgagcag gatgatcatg tagacctccg ggtgattggc
     8041 ggcaatggcg ttggcgatgt ccttgaggag catcgtctta ccggtcttcg gttgcgccac
     8101 gatgagtccg cgctggccct tgccaatggg cgcgaaaagg tcgactacgc ggacggcgta
     8161 cgggtcgtaa accttcggcg aacgacggtc ggtgagtttg aatttctctt cggggaaaag
     8221 cggtgtgaga tggtcgaagg ggacgcggtc gcggacctct tcgggcagtc ggccgttgat
     8281 ggtgtccacc ttgacgagcg gaaaatattt ctcgccttcg cgcggcgggc ggatgggacc
     8341 ttcgacgagg tcgccggtgc ggagtccgaa gagcttgatt tgtgaggccg agacgtagac
     8401 gtcgtccggt gaagcgaggt aattatagtc cgacgagcgg aggaaaccgt agccatcggg
     8461 cacgatttcg aggacgccgg cagcggtcag tatgccgtcg aaatcgtaga tcggcggtgg
     8521 cggcacgacg ggggcatttt cgcgtaggtt gggattattg ggccgatgat tctgttgggg
     8581 gcgtttcttg gcttcgttct gctgcttgtc tttgggctgc ggcgcgggag gttgcatggg
     8641 cagcacctga tcgaggacgg aaggcgtgtc ggtagcatgc ttgaagatgg tgcgtttcgg
     8701 ttcctcgggt gcggggggag tggcgggtgt cgctgtcggc gcttcgggcg acggcttcgc
     8761 ttcatgagcg actgcggcga ctgcttgggg cgtcgtttca ggtgcggcgg atggaggaac
     8821 aacgggcgat acgggagcga tgggggcagc cacaggcgat tccacgggca tctcttcggc
     8881 ttcgagcatc ggctcggtgg ccagaatcgg ctccgtttcg gcgatggagg cgggcgtctc
     8941 agcgacgggt gctgccgccg acttgctttt cttcggacga cccggacggc gtttggcggg
     9001 tttgctttcc gctgcctcgg cctcctcctt cgtctcggcc ttgggcgcgg cttccgtcgg
     9061 ctcggccttg gctgaagcgg cggcttccgt cggctctgcc gctttgtttt tcttcgggcg
     9121 gcccgggcga cgtttggcgg gtttgctttc cgctttttcg gtcgtgtcgg ctttgggttc
     9181 cttttcggag gcggaggcct cagcggcgga ttcggccgac ttgtttttgg gtggacggcc
     9241 ggggccgcgg cgtttctgtt cggatttctg agcttctttt tccttttgca taccggctac
     9301 cgattcggct tgtcggtcaa gaatctgata aatcagggct tgtttttcga cacctttaat
     9361 gtccgtgagt cccagatcgg ttgcgatggt ttgcagccgg gggagatcca tgtctgtgag
     9421 ttcgacaatg ttgtatttga ccatgttgtt atgtggataa atggagaatt agcgggggta
     9481 cgcggggcag aagcggacat gtatgcgcag cgtccacgcg ccaccaggct cttcgcttat
     9541 gatgtaacta tcaattgtat atatcgtgag gattgctttt tcgtccgacc ctcgttcccg
     9601 gggttaatgg gtgctatttg aaggggggat caagcggggg caaatatacg ccaatccgta
     9661 agacgccaaa atcgaacact ttatccggaa acagcacagc ggcgaaatgt cgcaggttgg
     9721 ttagacctca aaattcacag cgataataaa tcacatacat gtttattaat gtcgcacaca
     9781 gcgccagtca gtctcctgca tgtttcttaa tgtcgcacaa agcgccagtc agtttcctgc
     9841 atgtttctta gtgccgcata cagcgccagt caattccctg catgtttctt agtgtcgcac
     9901 acagcgccag tcaattcctg gcatgtttct taatatcaca cgcagcgacg ggccgttgca
     9961 gacttgcata gccccgaaat acactatttc tggccgccgc agacttgcat ggcctcgaaa
    10021 tacactattt cggactgtcg cagacttgca tggcctcgaa atacactatt tctgactgcc
    10081 gcaggttttg caacgcccga aatacactat ttctggtcgc cgcaggtttt gcaatgcccg
    10141 aaatacacta tttctggtcg ccgcaggttt tgcaatgccc gaaatacact atttccggcc
    10201 gccgcaggtt tgcatagccc cgaaatacac tatttccggg ccctcccgtg tcccccagga
    10261 atggaaaagc ggccacccga cacggtgtcg gagcggtcgc ttttcaaaga aaatggtagg
    10321 cgatagttta gagcgccttc agctcacgga tggtggcctc ggggtcgggc gagcggaaga
    10381 cgtagctgcc ggccacgagc acgtcggcac cggtatcgag gagtacgcgg gccgtctcgg
    10441 tgttcacacc gccgtcgacc tcgataagcg tcttcagctc gcgctcgcgg atcatgcggc
    10501 gcagcttggc ggtcttgacg acggagtggc cgatgaagct ttgggctgca aagccggggt
    10561 tgacggacat gaggagcacc atgtcgaggt ccccgaggat gtcctcgagg agcatgacgg
    10621 gcgtatgggg attgagggcc acaccgacgc gcatgccggc gtcgcggatg gcgtggacgg
    10681 tgcggtggag gtgggtgcag gcctcgtagt ggacggtcat catgtaggcg ccggagtcgg
    10741 ccacctcgcg gatgaatttc tggggctcga cgatcatcag gtgcacgtcc gtgggcttgt
    10801 ggcagacacc ccggagggcg ttcatgaccg ggaagccgaa ggagatgttg gggacgaaga
    10861 cgccgtccat gacgtcgata tgcagccagt cggcctcgct gcgattgatc atctccacgt
    10921 cgcggccgag gtgcataaag tcggccgaaa ggagcgatgg ggctatgaga tggttcattg
    10981 tgcgctatat ataataggta tgagcgaggc gggcgtcagt tggctatggg gagggcggga
    11041 ctcggcgcgt tgtccggcgt atacatgcgg gcgaaccagc tgagcagggc gagggtctcg
    11101 gggcgagggc cgaaggatgg gggacggttg gaggggttgt cctgacgttc ggcgggggcg
    11161 gaaggggtat tctttttcat aggcagaaaa atagggggga tgcttgttgt gtatgggtgt
    11221 atgtatgtgc tataaatgaa gttttctttc tctgtatttg gtgggatgga aacgggcgaa
    11281 acggggggaa tattgcttga tggagaatat tactatgggt ggacacatcg gactgcctct
    11341 tcttcttttc tgccctctcc ttcttctttt cttgcctctc cttcttcttt tcttgtctct
    11401 ccttcttctt ttcttgtctc tccttcttct tttcttgcct tgacgcaaga aaagaagcaa
    11461 aagaaagtca aggccccacc ggggccgggg aaattagccg ggtacctgtg gggtgtatgt
    11521 tagaaggtca aggcccaccg gggccgggga agttggccgg gtacctgtgg ggtgtatgtt
    11581 agaaagtcaa ggtccaccgg ggctggggag gttggccggg tacctgcggg gtgtatgcga
    11641 ttcgtctcta ctctgggtgc gtcctgcgct tgatgtattc gtaggtggct tgctgggcgc
    11701 gaaggggggg ggcgtcgttg tggataaaga tattgcgcag ctggccgtcg atgtggcagg
    11761 ccttgacgtt gtcgcgcagc tggatgtcga ggaggtcgag gatctcgcgg cggacgtcgg
    11821 gcgagaggat ggggacggcg gcttcaatcc gtcggttgag gttgcgccgc atccagtcgg
    11881 aggaggtgag gtacatcgtc tcttcgccgt cgccacggaa gtaccagagg cgggcgtgct
    11941 cgagatacat gtccacgata cgcgtaacgc ggatgttggg gctatagctg cggtcgggcg
    12001 tcaggcaaca gatgccgcgc acgagcaggt cgatctccac gcccgcctga ccggcctcgt
    12061 agagttcgtc gatcatctgc ttatcctgga ggccgttcat cttgagaatg attcgccctc
    12121 cacgccccgc acgcgccagg tcggcctccc ggcggatcag gcggatcagc tccggcacca
    12181 tgttgaaacg cgccaccaat aggcggtcga agtgtggctc cgcgaggcgc ccctctaaga
    12241 cctcaaagac acggcagacg tcgcccacga tggctttgtc gcaggtcagg agggccatgt
    12301 cagagtagcc cttggccgtc ttctcgttga agttgcccgt gctgaggcag gcaaagtcag
    12361 cggcctcgcc acgacgcaag acgacggcca ccttggcgtg caccttcagc ccgggtatgc
    12421 tgtagatgat cttaatcccc gcctgacgca tctcttcggc cgtgctcatg ttgttctcct
    12481 catcgaagcg cgccttaagc tccacgaaga ccgtcacacg tttgccattg cgcgcggcac
    12541 cgatcaggga gtggatcacg gccgagtttt ccgccacgcg atactgcgtg atcttgatct
    12601 cctccacgtc cggatcgaac gacgcctcca tgaggaagcg cagcaggtag tcaaacgatt
    12661 gataggggaa atgcagcagc acgtcgcccc gctccacggc gcgaaacatg gatgccaact
    12721 cctcgagata cggcacccgc agcggcgcag ggggcgtacg caccagctcc gccccgatgg
    12781 ggttcggaag gcggatcatg tcttgcaggt tcatgtaacg cccacccacg acgaggtcgt
    12841 cggccacgat gtggaacgac cgtcgcacga aggccagcac atcgggcggc atctcgcggt
    12901 cgtacatgaa gcggctcagg gcgccgatct tccgcttgcc caccttcgtg cggatagact
    12961 ggaggatgct ctgcggcgtc tcttcgtcga catagatatc ggcgtcgcgc gagatcttaa
    13021 tcccgtagca tccgtcgggc acgtaaccgg gaaagatggc gggcaggttg tagcggatca
    13081 tgtcgtcgac aaacatgaag tagtgcatgc cctcatgctc gggcagggcg ataaagcgcg
    13141 gcacattgga gtgcggtatt ttgatcagca catagagcgg ttcacgcgtc tcgcgcttga
    13201 ggatgcgggc gatgaggtag agccggcggt cgcggatgaa ggtgcggaaa ccttcatgga
    13261 gcgtgacggg cgagaggtag ggaaagatct cttcgtcgaa atagcggcga acaaaatcgc
    13321 ggtggaaggg cagcggctcg tgcgtctgat agaggtaaac gcgctggcga cgcagctcgg
    13381 gcaggatgcc atcgttgaag atgctgtaga aatcctgctg ctgacggttc acctcggcgg
    13441 tgatctcgtt gagcgtctcc tcggccttct cagaattgtc ggcgcggtaa ttctttttca
    13501 tgatagcgcc gcgctgatcg gccacgcgta tctcatagaa ctcctccaga ttggaggcgt
    13561 agatggagag gaagcggatc cgctcataga tgggtagggt ggcgtctgcg gcctccagga
    13621 ggacgcgata attgaatgac aaccaactga tgtctcgctt gaaataaccg tatttctttt
    13681 ccatgtgcgg gcaaacataa gtcgctgatt tcattgcccc tctcccaccc catctatttt
    13741 tgcgcgcgca tcattcgccg cccatacaac ttcacacgcc ctctgaccac cccataactc
    13801 tcttttgact accccataac gacctcgcaa cccatgcttt ccaccgtcca agcctacatc
    13861 gcgcaacacc aactgctccg gcccgcggcg cccgtcatcg tcggactgag tggcggcgcc
    13921 gactctgtcg ccctgctgca catcctcacc cgactcggct acccctgcgt ggctgcccat
    13981 tgcaacttcc acttgcgcaa cgacgagtcc gacgccgacg ccgactttgc ccaacagacc
    14041 gccgaagcgc tcggcctccc cttccgtcgc atcgatttcg acacggccga atacgcccac
    14101 caaaacggcg tctccacgga gatggctgcc cgcaccttgc gctacgaatg gttcgagacg
    14161 ctccgccgcg agctgggggc tgaggccatc gccgtggctc atcaccgcga cgacaacgtc
    14221 gagaccgtcc tcctcaacct catccgcggc acaggcctca gcggactatg cggcatgcgg
    14281 ccccgcaatg ggcacatcgt ccggccgctg ctctcggtcg accgccacca gatcgtccgc
    14341 tggcttgccg atcgccacct acccttccgc accgacagct cgaacgcctc tgacgtctat
    14401 cggcgtaact tcgtccgcct ccgcctgctg ccgctcatgg agcaactcaa cccgtcggtc
    14461 cgagacgcca tcttgcgcat ggctggccat ctcacggacg tcgaagccat ctaccgcaac
    14521 gccatcgata gccaccgcgc gcaccttatc gacgccgacg gccgcatatc gatcgacgcc
    14581 ctcctccgca cgcccgcccc gcatgccgtg ctcttcgaac tactcacgcc ttatggcttc
    14641 acaccctcac agtgcgccga catcgcccgc gccctcagcg gcgaatccgg tcgctcgttc
    14701 atcgcccccg gcggccgatg gcacctcctc aaagatcgcc tccacctgat cctatacctc
    14761 gccaacgaag tgtccgcaga cgcattcacc ctcacgctgg gcagcgaact caccgcgccc
    14821 atccgcctcg gcctcgagga gcgcatcgtc gacgaggcgt tcaccatcag ccgcagcccc
    14881 cacgtggcca ccttcgacgc cgatcgcatc gccctgccgc tcaccctccg gcgttggcgc
    14941 gctggcgaca gcttcgtgcc cttcggcatg acaggtcgca agaagctgag cgactatttc
    15001 tccgaccaca aattcagcct cctccacaaa gccgccgcgt ggatcctctg cgacgcctcg
    15061 gggcggatcc tttggatcgt gggccatcgc accgacaacc gtttccggat cacctcaaag
    15121 acgcgccgcg cactgatcgt cacgcaacgc tgaacgcgcc tcatgctccc gcctccgtcg
    15181 tcgtttgaag tcattttcat ctaaaaaagt gggtggagac aatgctcgaa gccccgtcat
    15241 gcgacataaa atggtttttc caatcgaaaa tgcgatttca tgtcgcataa aatgactttt
    15301 ccggtcggaa atgcggtttc atgtcgcata aaatgacttt tccggtcgga aatgcggttt
    15361 catgcgacat gaagccgtat tttctatcgg ggcacaaaaa gcacatcccc ccgacagcgc
    15421 accctttcag aaaggagccc tgtcgagagg atgctttgcg acgccggcta ttagacgacg
    15481 cctactttgt gccgaaaatg cgatcgcccg cgtcgcccag cccaggcagg atgtaagcct
    15541 gcggattcag ttgacggtcg agcgaggcgg tgtagatgtc cacttccggg tggttcttct
    15601 gtacataggc caccccctca ggcgccgcca cgaggcacat aagacggatg ttggtgcagc
    15661 ccttctcttt gagcaagcga atcgcgtccg aagcactgcc gcccgtggcc aacatcgggt
    15721 cagtgacaat caccatacgg cggtcgatat cctccggcag tttgcagtaa taaaagacgg
    15781 ggcggtgcgt gtcgtgatcg cgatagaggc cgatgtgccc caccttagcc acgggcagca
    15841 ggctcagcag tccgtccacc atgccgagac cggcgcggag gatgggcacg atagctaact
    15901 tcttgcccga gatttcatac gccacggtgc gctccatcgg tgtctcgatc tcgacctccg
    15961 tcagcggcag atcgcgcgtc acctcgtagc ccatcagcat agcaatcgtc caaaaccggg
    16021 tttttacgcc attgcaggcg ttgcaatcgt ccaaaaccgg gtttttatac cattgcaggc
    16081 gttgcaatcg tccaaaaccg ggtttttatg ccattgcagg cgttgcaatc gtccaaaacc
    16141 gggtttttac gccattgcag gcgttgcaat cgtccaaaac cgggttttta agccgttgca
    16201 ggcgttgcaa tcgtccaaaa ccgggttttt acgccattgc aggcattgca atcgcccaga
    16261 atcagattct ggaggatttg cacggtctgc aatggctcag aatcagattc tggaggattt
    16321 gcacggtctg caatggctca gaatcagatt ctggaggatt tgcatggtct gcaatggctc
    16381 agaatcagat tctggaggat ttgcatggtc tgcaatggct cagaatcaga ttctggagga
    16441 tttgca
//
LOCUS       SEQF2638.1|AYYF01001534.1 532 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..532
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gatcgaagtc gcagcggatc gagtcnacct cnacgcgctg gttgatgttg cccgagatga
       61 tgcgattgaa gtagcccttc tcggcgaggt cgcggtagta gtcgtatgcc gttttgtcgc
      121 acaagaggaa ggcgcgntcc atgttcntct cgatggcntc nttgtcgggn gcgacggtga
      181 agaagagttc gtggaancgg cggacgtgct cgcgngcctc cacgggacgn ttngcggcng
      241 cntcctgact gagggcgagn atgagngact tgccnttgtc caagacgtag atcttctccc
      301 gctgacggtt ggcaaaggcn tacgacgaat agacgacgat gcctgtaatg actatgcaca
      361 acacaacgaa agcggcggcg tagagccgga tctgcttgaa tgaggtctct atgttggtga
      421 gtgatctgaa ttccatcatg gattcttatt taatgagtaa acccttgatc cgtccgccgg
      481 cattgccgag tgcggcaccc gttccggcca tcgtcacctt gccgccggtg ta
//
LOCUS       SEQF2638.1|AYYF01001535.1 830 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..830
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 atgagtaaac ccttgatccg tccgccggca ttgccgagtg cggcacccgt tccggccatc
       61 gtcaccttgc cgccggtgta tgcgccttgc acaccacgtt gcgccgtctg attgacattg
      121 cgaccgtagt tgccgatacc actgccggcc tcgatgatcc agcctgcgac cgtcggtacg
      181 cagaagaaac ccacaatgcc gatgaggaag aagacgatgt agtaccagtc gccggagtcg
      241 gggacgtagc ccggattttg cagttcggcg atgtccttgc tgatcatcag cacctgtatt
      301 ttggtcagga gtgcggtgag gatcgagctg acgggcagcc agaggtagac cgagatgtac
      361 cgcgcaaacc acgcgctgag cganccgccg aggccgtccc acacggcgat gccgaagacg
      421 atcggcccna ggatggagag gacnatgaga atgaacgtgc ggagggtgtc gatgacaagc
      481 gaggcggcgt tgtaaacgag ttcgagcgct tggtagatct tcttcacgaa ccaccgcttg
      541 gtgttgaagg ccgtgcgttc ggcgtacatg ccggccagcg tgatggcgtc ctccggaccg
      601 atgaagccca tctcctgcac cttctcgtcc cacgccgcat cgtcgactaa gtaggcccgc
      661 gacttgtcgc gccggtaggc ctcttcttcg agtttgtcgc gcttgtcgcg gagcgattgg
      721 aggtcatttt gctgcacgtg aacgagcttc tcggtgcctt gcacgacggg cgagagtacg
      781 gcgttgaccg tgcctaagac gaccgacggg aagaacatga tgcagaaccc
//
LOCUS       SEQF2638.1|AYYF01001536.1 1282 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1282
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(446..1270)
                     /locus_tag="SEQF2638.1_01929"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFFPSVVLGTVNAVLSPVVQGTEKLVHVQQNDLQSLRDKRDKLE
                     EEAYRRDKSRAYLVDDAAWDEKVQEMGFIGPEDAITLAGMYAERTAFNTKRWFVKKIY
                     QALELVYNAASLVIDTLRTFILIVLSILGPIVFGIAVWDGLGGSLSAWFARYISVYLW
                     LPVSSILTALLTKIQVLMISKDIAELQNPGYVPDSGDWYYIVFFLIGIVGFFCVPTVA
                     GWIIEAGGGIGNYGRNVNQTAQRGVQGAYTGGKVTMAGTGAALGNAGGRIKGLLIK"
ORIGIN      
        1 gatcgaagtc gcagcggatc gagtccacct ccacgcgctg gttgatgttg cccgagatga
       61 tgcgattgaa gtagcccttc tcggcgaggt cgcggtagta gtcgtatgcc gttttgtcgc
      121 acaagaggaa ggcgcgctcc atgttcntct cgatggcgtc tttgtcgggt gcgacggtga
      181 agaagagttc gtggaancgg cggacgtgct cgcgngcctc cacgggacgg ttcgcggccg
      241 catcctgact gagggcgagg atgagcgact tgccgttgtc caagacgtag atcttctccc
      301 gctgacggtt ggcaaaggcg tacgacgaat agacgacgat gcctgtaatg actatgcaca
      361 acacaacgaa agcggcggcg taaagccgga tctgcttgaa cgaggtctct atgttggtga
      421 gtgatctgaa ttccatcatg catgcttatt taatgagtaa acccttgatc cgtccgccgg
      481 cattgccgag tgcggcacca gttccggcca tcgtcacctt gccgccggta tatgcgcctt
      541 gcacaccgcg ttgcgccgtc tgattgacat tgcgaccgta gttgccgatg ccaccgccgg
      601 cctcgatgat ccagcccgcg accgtcggca cgcagaagaa gcccacaatg ccgatgagga
      661 agaagacgat gtagtaccag tcgccggagt cggggacgta gcccggattt tgcagttcgg
      721 cgatgtcctt gctgatcatc agcacctgta ttttggtcag gagtgcggtg aggatcgagc
      781 tgacgggcag ccagaggtag accgagatgt accgcgcaaa ccacgcgctg agcgatccgc
      841 cgaggccgtc ccacacggcg atgccgaaga cgatcggccc gaggatggag aggacgatga
      901 gaatgaacgt gcggagggtg tcgatgacaa gcgaggcggc gttgtaaacg agttcgagcg
      961 cttggtagat cttcttcacg aaccaccgct tggtgttgaa ggccgtgcgt tcggcgtaca
     1021 tgccggccag cgtgatggcg tcctccggac cgatgaagcc catctcctgc accttctcgt
     1081 cccacgccgc atcgtcgact aagtaggccc gcgacttgtc gcgccggtag gcctcttctt
     1141 cgagtttgtc gcgcttgtcg cggagcgatt ggaggtcatt ttgctgcacg tgaacgagct
     1201 tctcggtgcc ttgcacgacg ggcgagagta cggcgttgac cgtgcctaag acgaccgacg
     1261 ggaagaacat gatgcagaac cc
//
LOCUS       SEQF2638.1|AYYF01001537.1 565 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..565
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gatcgaagtc gcagcggatc gagtcnacct cnacgcgctg gttgatgttg cccgagatga
       61 tgcgattgaa gtagcccttc tcggcgaggt cgcggtagta gtcgtatgcc gttttgtcgc
      121 acaagaggaa ggcgcgntcc atgttcntct cgatggcntc nttgtcgggn gcgacggtga
      181 agaagagttc gtggaancgg cggacgtgct cgcgngcctc cacgggacgn ttngcggcng
      241 cntcctgact gagggcgagn atgagngact tgccnttgtc caagacgtag atcttctccc
      301 gctgacggtt ggcaaaggcg tacgacgaat agacgacgat gcccgtaatg actatgcaca
      361 acacaacgaa ggcggcggcg tagagccgga tctgcttgaa tgaggtctct atgttggtga
      421 gtgatctgaa ttccatcatg catgaagtag ttagaggtaa gtacatgtta agagccactt
      481 acttaatgag taaacccttg atccgtccgc cggcattgcc gagtgcggca cccgttccgg
      541 ccatcgtcac cttgccgccg gtgta
//
LOCUS       SEQF2638.1|AYYF01001538.1 1093 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1093
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             145..1002
                     /locus_tag="SEQF2638.1_01930"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MESFYDLPAVEDDDVKRELNALRAELGALKEEKAQANGEVDQLE
                     LLEKSYQMAAKYLPSGNTPTSPTPERSTIKPPASELPAAELSPERETVVSSLDQPISD
                     SAFIAEYGYKERNMGFCSVGKKASFIARNTLSVVVDRTTTIRQGDFLRLRLAESARIE
                     GMTLPPNTVLIAQSTIDGNRMKLHVTSVEHAGRILAVKLSAFDLDGQEGLAIPGSEEV
                     SALKEVGAGVGGTIGTSFTFASSAKDQLIAEAARGVMQGASQLLQKKLRTVKVTVKSG
                     HQLFLVQAK"
ORIGIN      
        1 gagggtcgca agagccagct cctcggcacg ctcgccgact acttcaatcg ggagggcgag
       61 gcgaaagccg aaccggaacc gagcgaggaa gtccccgctg ctatcggtcg gtcgatcgac
      121 aagtacgagg aaaccacccg cgaattggaa tcgttttacg acctgcctgc cgtggaagac
      181 gacgacgtca aacgtgaact caatgccctc cgcgccgaac tcggtgcgct gaaggaggag
      241 aaagcccaag cgaacggcga agtcgatcaa ttggaactgt tagagaagtc atatcagatg
      301 gccgcgaagt atctgccatc aggcaacacc ccaacctcac ccacaccaga gaggtctacc
      361 atcaagccac ccgcttccga actacccgcc gcagagctat cgcccgaacg ggagacggtc
      421 gtctcttcac tcgatcagcc gatcagtgac tccgccttta tcgctgagta cggttacaaa
      481 gagcgcaaca tgggcttctg ctccgtcggg aagaaggcat cctttatcgc ccgcaatacg
      541 ctgtcggtcg ttgtcgatcg tacgacaacc atccggcagg gcgactttct ccgcctccgt
      601 ctcgcggaat cggcccgcat cgagggcatg acgctgcccc ctaatacggt gcttattgcg
      661 cagtccacga tcgacggcaa ccggatgaag ctccatgtta cgagtgtaga acacgccggc
      721 cgcatcctcg ccgtcaagct ctccgccttc gacctcgatg ggcaagaagg cttagctatc
      781 cccggttcag aggaggtatc ggccctcaaa gaagtgggcg cgggcgtcgg tggaacaatc
      841 ggcacgagct tcaccttcgc ctcatcagcc aaagaccaac ttatcgccga ggccgcccgc
      901 ggcgtgatgc agggcgctag tcagctcctc cagaagaagc tccgtacggt caaggtgaca
      961 gtcaaaagcg gtcaccaact cttcctcgtc caagccaaat aaccttcatt tcatcatctg
     1021 attcccatga aaaaactcct cctatccgcc atcctttgct gcggattcat cactacaacc
     1081 ttcgccacaa gta
//
LOCUS       SEQF2638.1|AYYF01001539.1 2814 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2814
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             455..889
                     /locus_tag="SEQF2638.1_01931"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKPPAYTLTMELHITPKEQILRELEVIQACEEETISEEVSKVIE
                     YGQTLAPYISRSGKLLADAKHHLNTRMKEDTFDALRKTAKQGGATAKAINAIVDSLCA
                     EERYLVDFAERVNRCGVHRLDWCRTLISKAKEDMRLSGMQPT"
     CDS             942..1382
                     /locus_tag="SEQF2638.1_01932"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MCKKTYFNHDSNARNDEKIVALRIRYGAEGYGVYFMLIEMLQAA
                     PGCTLEKDYKALAFDLRVSARRIKSIVEDFDLFTPTDGGNSFYSERLIKYASDVDESY
                     ERYAEAGRKGMDDVMDAAAHLVFKFVGVLGVKLIPDFQWGLPTE"
     CDS             complement(1618..2364)
                     /locus_tag="SEQF2638.1_01933"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG1309"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METIHTAPAMQPQGTQPERNVTSYEVSGLEVKLTIDYVKKYIAR
                     GVAELTDEEAYSFIGFCKYNCLNPFLNEAFLIKYKKGDAPTYIIGKYAFMKRAEACPD
                     FDGFEAGLILKRGDMIVEEVGSLMLPGDTLLGGWSKAYRKSCKYPFVARVALSEYSTG
                     QALWASKPSTMIRKVAIVHALREAFPTQLGGLYVPEEMPEPEDATYEDVTQRLEREKA
                     AEANRTPLSIDNVPPAAGPASPAPAAAPGF"
     CDS             complement(2486..2803)
                     /locus_tag="SEQF2638.1_01934"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNVTEQITRGTIEVPAAGGNVTVEISVERNPEGAPVELTASFRR
                     TAKDGSTQYFGSAQAGPDGSVGLYLSATSTPLPDGLKGSLLAAVLKEAAAVFQPETKE
                     AAE"
ORIGIN      
        1 gcatggaggc tggcagggcg gatctatttc gacgataaat atatcggata cgcacaggcg
       61 ttttgtaaag cctatgatag atattttgca tcgtacggat acgataccaa acagatagac
      121 gccttttgcg aatcggttaa gagtggaatc acatgcaaaa cgacacaacg atatagtaga
      181 ttctgccttg acatgctgag agtgactgca gattatgcaa gatgggagaa cgtggaaaga
      241 ttcagggaag aaagcaggcg atatatgaat aacagcaacg ccccggaatg caacccgcaa
      301 atggtattac gcgcggcctt tcgagagttg gagcacgcgc ttatcacttt accacgaacg
      361 actatttcca aaatggaaac agtcgccgac gcaacccatt cttcataatc tatgaaggat
      421 taggaaggat tatgaatcat gtagccgggg gtgagtgaag cccccggcat ataccctcac
      481 aatggaatta catataacgc caaaagagca aatccttcga gagctggagg tgatacaggc
      541 gtgcgaagaa gaaaccatct ccgaggaggt ctccaaggtg atcgagtacg gacagacgct
      601 cgctccgtat atatcgagat ccggaaagct ccttgccgac gctaagcatc acctgaacac
      661 gcgcatgaag gaggacacgt tcgacgccct ccgaaagacg gctaagcagg gcggagccac
      721 tgcgaaagcg ataaacgcca tcgtggacag cctctgcgcc gaggagcgct atttggtgga
      781 cttcgccgaa cgcgtgaacc gttgcggcgt gcaccgcctc gattggtgcc gcacgctcat
      841 cagtaaggcc aaagaggata tgcgcctctc gggcatgcaa cccacataac acagataaat
      901 aaggaacgcg cacacgcgta caattatata tacccatagc catgtgcaag aaaacttact
      961 tcaaccacga cagcaacgcc cgcaacgacg aaaagatcgt cgccctgcgc atccgatacg
     1021 gcgccgaggg atatggcgtc tacttcatgc tcatagagat gctacaagcc gccccgggct
     1081 gcacgctcga gaaagattat aaggcgctgg ctttcgatct gcgcgtgagt gcacgccgga
     1141 tcaagtctat cgtcgaagat ttcgatctgt tcactcctac cgacggcgga aatagcttct
     1201 actccgagcg actgatcaag tacgcaagtg atgtagatga atcctacgaa cggtatgcag
     1261 aggccggaag aaaggggatg gatgacgtaa tggatgcggc tgcgcatctt gtcttcaaat
     1321 tcgtcggtgt cttgggggtg aagctcatac cagactttca gtggggtctg cccactgagt
     1381 agactgtctg gcgaaggata tgcgtcaccg aggacatcgc gtgcggcctg ctcgtagcgt
     1441 ccggagaggt agcgcaggaa gaggaaggcg aggatgtgat ctcggaagtc gtcagcattc
     1501 atcgagcctc tcagctcttc ggacacagtc cagagtgctt tgccgagggt ttgtctatct
     1561 tttgcgaaca tgacggttgg cgggttgtgt attgagggtg catcgcatga ctgtagatca
     1621 gaatcccggg gcggctgcgg gcgccggcga agctgggccg gcggccggtg gtacgttgtc
     1681 gatactgagc ggggtgcggt tggcctcggc ggccttttcg cgctcgaggc gctgggtgac
     1741 gtcttcgtag gtggcgtctt cgggttccgg catctcctcg gggacataca ggcctccgag
     1801 ctgcgtaggg aaggcttcgc gcaatgcgtg aacgatcgcc actttgcgga tcatcgtgga
     1861 gggtttggag gcccataggg cttggcctgt gctgtattcg ctgagtgcca cgcgggctac
     1921 gaaggggtac ttgcagctct ttcggtaagc cttcgaccag ccccctaata gcgtgtcgcc
     1981 cgggagcatg agtgagccaa cctcctctac gatcatatcg ccgcgtttga gaatcagacc
     2041 cgcctcgaag ccgtcaaaat ccgggcacgc ctcggcacgt ttcataaagg cgtactttcc
     2101 tatgatgtag gtgggggcat cccccttctt gtatttgatc aaaaaggcct cattcaggaa
     2161 ggggttcagg cagttgtatt tacagaatcc tataaagctg taagcctctt catccgtgag
     2221 ttctgcgact ccgcgtgcga tatacttctt tacgtagtca attgtgagtt tgacctcgag
     2281 cccgctcacc tcgtaagagg ttacgttcct ctctggctgt gtgccctgcg gctgcatggc
     2341 cggggcggtg tggatggttt ccatttctgt ttgtgtgttg ggggggggta tgtgttgggg
     2401 cctgaaggcc cgtttatttg ttgaggtgtt gagaggtttg ggtggggcgg tggacatgtg
     2461 gcccagccgc cctcactgtg gttggtcatt cggccgcttc cttcgtttcg ggttggaaaa
     2521 cggcggcggc ctctttcagt acggcggcca ggagggaacc ctttaggccg tcgggcaacg
     2581 gggtgctggt agcgctcaaa tagaggccca cggatccgtc tggcccggcc tgtgcgctgc
     2641 cgaaatactg cgtgctgccg tctttggcgg tgcgccgaaa gctggccgtg agttcaacag
     2701 gcgcgccttc tggattgcgt tctacactga tctcgacggt cacattgccg ccggctgcgg
     2761 gcacctcgat cgtgccacgg gtgatttgct ctgttacgtt cattttgttt gagg
//
LOCUS       SEQF2638.1|AYYF01001540.1 14345 bp   DNA    linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..14345
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             455..889
                     /locus_tag="SEQF2638.1_01935"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKPPAYTLTMELHITPKEQILRELEVIQACEEETISEEVSKVIE
                     YGQTLAPYISRSGKLLADAKHHLNTRMKEDTFDALRKTAKQGGATAKAINAIVDSLCA
                     EERYLVDFAERVNRCGVHRLDWCRTLISKAKEDMRLSGMQPT"
     CDS             942..1946
                     /locus_tag="SEQF2638.1_01936"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MCKKTYFNHDSNARNDEKIVALRIRYGAEGYGVYFMLIEMLQAA
                     PGCTLEKDYKALAFDLRVSARRIKSIVEDFDLFTPTDGGNSFYSERLIKYASDVDESY
                     ERYAEAGRKGMKARWKKSEPITMLSEKHNDVIDFDNDVIQATPDAEIKEENEREKETF
                     PPITPYKEKEKAKEDSPKSAPPAPPYGEVVDMWNSVCRTLPRVVKLTDVRRMKIRQRL
                     SEWGGTPTEQLATLRALLERVEASPFLHGASGRGGWTASFDWFFANESNWVKVSEGNY
                     DARPELLTNANTEPNGTYQNRMDRERAENAERKRQLAEMAANACAKADALNAARFGNP
                     "
     CDS             1921..2484
                     /locus_tag="SEQF2638.1_01937"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQRVSETRKRYGDAQTFLKLLNPGVQPLVVRYPERAYMGTSPTL
                     SVVRAAYTEEVAELWLMAQVENLNDFCGVSRKMTFPQMQELARMMLVEVPYLKTAELM
                     MFFHRFKAGHYGEFFGVVDPQRVLSGLQAYLCDRRSELDRYQREKVARQRDAAREASS
                     ARAITYAEYCQLKAADAISRQAEAQTA"
     CDS             2496..3251
                     /locus_tag="SEQF2638.1_01938"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEMTTDRRQKTGAYYTPRPWAELAVRYLRGVLPEFDRCIFYDPA
                     AGEGALLEALPAHVEKYATTLEPDDVDILRAKGFTAWPFDFLHGDTDHLPKVLFDAAQ
                     MGRLVIFTNPPFVTVTNGLLREAYCTNNAAALFVYRAFEGLGAQVYAGFNKADLWMAP
                     MLGRFRGDMVVDYCMEIPAAFATPSYMWPGLKGQWPLLFNILTPIYSNIQGGFRRYKG
                     EADSVHCFSSHSTPGFFIPADVYEQYPETAKTA"
     CDS             3265..3621
                     /locus_tag="SEQF2638.1_01939"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG4720"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIIYISGRITGLPFHIAAGRFAIAACRLRDLGHHPVNPIDNGLP
                     RDATWAEHMRADLATLKACDGVCMLRGWEQSRGAQIERRAALKRGMPIYTFSEDRQLI
                     PLTDATNRNPITTTHR"
     CDS             3618..4049
                     /gene="dut"
                     /locus_tag="SEQF2638.1_01940"
                     /EC_number="3.6.1.23"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q2YRG4"
                     /codon_start=1
                     /transl_table=11
                     /product="Deoxyuridine 5'-triphosphate
                     nucleotidohydrolase"
                     /translation="MKVKIVNTSRHPLPSYATPFSAGVDLHASLEAPVTLAPMQRALI
                     PTGIRIELPAGYEAQVRPRSGLAIKHGITVLNTPGTIDADYRGEIRVILANLSDTPFT
                     VYDGDRIAQLVVTRCEHVEWQPVDALDETARGCGGFGHTGV"
     CDS             4086..4502
                     /locus_tag="SEQF2638.1_01941"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:vienna_vog:VOG00229"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MESIQPKTKRCSHCGAVKPVSEFYRNTNNADNLQNSCKACSKAS
                     SKAYYRLRIAKERRLRDSKRRLRDARQTFEDALDEASAERLGVVRQRPDVPLNPDLKA
                     FTPRQLMRELYARGYEGSLTYSEQVVHRINIAACKR"
     CDS             4540..4986
                     /gene="ssb_2"
                     /locus_tag="SEQF2638.1_01942"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q83EP4"
                     /codon_start=1
                     /transl_table=11
                     /product="Single-stranded DNA-binding protein"
                     /db_xref="COG:COG0629"
                     /translation="MLQIEVIGNLGKDAEVKEFSGKKYTCFSVAHTENVRAQKPGEPP
                     VQRTTWLSVYWYGDGGAMLQYLKRGTKVFVRGTMRNNLYTDRTGQTRVDINVNAREVY
                     LCGSASQTQPAAQPTQAAAQQPTAPTQPQSQQAAPAPIGGEDDLPF"
     CDS             5119..5349
                     /locus_tag="SEQF2638.1_01943"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMFYSESPMQSTVWALTEAFEDSEEEIYDLIERSFTERISECQK
                     EAASLYDALVADRMRDSDDLDGGHNVELFDYE"
     CDS             5342..5641
                     /locus_tag="SEQF2638.1_01944"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNNYIQHVPGEPLRRPQTPPSEEKTIYPSKRAHGMETNNETKSP
                     SRHERITAEYRAAVANPNNQIDVMRFSRDVMEATVTFRIRFGYGVITPNDFTDDE"
     CDS             5634..6197
                     /locus_tag="SEQF2638.1_01945"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:vienna_vog:VOG04684"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNENTAKQIVVAVSECRAVFAAKLTDYGAAWRVMRPASVTDQLL
                     IKVKRIRTLEMIGEDSALVNEGIRPELIGIVNYGAVALNQCFHGVADEPDIDADVALQ
                     IFDNVLANAVEVIREKNHDYGEAWRLMRPTSYTDLILMKLNRIRNIEDHHYLVEASEN
                     VESHYYDCINYALFGLIRMTEREGAQR"
     CDS             6194..6730
                     /locus_tag="SEQF2638.1_01946"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG7487"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNTPLARTRPNSQGPAGPPRHIVAIDPDVDKSGVAFLHLPSREM
                     HCEAKTFPELIDDLHAIKQATDALGESLTVVVEAGWLNRSNWHVQAGDSRRKAAAIGR
                     AAGRNHEVGRKIVEMARHMGIEVVEQRPLQKCWRGTGRKITHEELAAFTGYTARTSQD
                     MRDAALLAWVYAGLPIRI"
     CDS             6930..7487
                     /locus_tag="SEQF2638.1_01947"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPFTFAAINVNKYNMIDEPKTPDTGARDQHGRFKKGHSGNPEKI
                     FKTRPENAGRKPSAFKIALAILKEHGEALSLEDFKRSAAYIVGMSIPDLKAFMKRSDI
                     PLALLVVAKSIYGDYQNKQMRNLETLLNRLYGMPNQPTEITTNRSPLELLSNDELLKI
                     INDAKGVAAERARAKAAEAVEGADE"
     CDS             7480..8943
                     /locus_tag="SEQF2638.1_01948"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG7407"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNSVDRDRLMLRAEAALVLQRRVAREELWAYCLYLDGDFFSRRP
                     VLKTVAEAFERVARAYDEGRLRRLAVSLPPRAGKSYLTTVFITWMLGRHPLESVMRNT
                     CSGPLYEKLSYDTLDILRSRRFAEVFPDVRLRRNAQNVGGWKIDGTRQVSYFGGGVGG
                     TVIGFGASMLAVTDDLYKSLEDALSETVNEKTWSWKQGTHDSRIERHCCSIDIGTRWS
                     AHDVLGRMEEAGLYDEIVRIPALDERGESFCPDVHTTEYYRQLRAELDESIWAAEYMQ
                     EPYEARGLLFPPGELKRFKRADIAGRTPDGVIAAVDTADLGEDFFAAPFALVFGTELY
                     LVDALFTRDGIEVTAPRLAERLIERAVDMVRIESNNGGRAFALEVARLVKLAAPRSRC
                     TIEPRRTTQNKETRMLMKSGWIKQHVHFLDQSEYTRASEYGRFMDNLTGYKKEGSNRH
                     DDAPDALTILAELYASLDGNYTGRSIRRVAHQGGTRR"
     CDS             8982..13847
                     /locus_tag="SEQF2638.1_01949"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:vienna_vog:VOG00911"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGVINYNGALYLATGIDNSGLRRDASEAERIIESLGNTAKKVGQ
                     MMGVAFTLDTAKNLIGQIVNIRGEFQKLETAFGVLLQSKEKASAMMREAVELAGTTPF
                     SLQDVASGSKQLLAYGFEAKDITGTLRMLGDVAAGLGLPLERLTYLYGTTLTQGRLMS
                     RDLMQFTTSGIPLLQELADQFGVTTKEVQALVEEGRVGFPEVQKAFESMTGAGGKFHG
                     MMEEMSKTVTGQVEKLKDAIDVMFNEIGKSQEGVIYRAIDGASSLVENYKAVGSALAD
                     IVVAYGAYKGAMMVMEAGRQVVQGAQYAEEAKQLQDLLSAEQQAALSKQGLSKYSAEY
                     VSAVKTEVAANVEAAKEALNKARTEVVAANQTLASKRQEYIEAKNLEAARTSELASIK
                     AAGTAKKIEAAERNLAAAATKKEAAAAAFMSAQREFNARKVAVETAAKQANTVATAAN
                     TAAQNANVTVLQRMGSISGAVASKLGQLASALAPSLYVAAAAAMIAIGQALYEIYSKG
                     SAAEQAMNAINEAARRAAEDINTETSKVETLVKVLESETATRDMKEKALQDLHALYPS
                     ILGDLKQEDFLTGQATESIKRYIQVRAQQIQLDKLAQQQAEAQSRLDAAKRGDGVSWN
                     QKLLFTAQEALIGAAIGPFALAGKKPMELNTIDKRVNARIEAANAKEATAAKATLDEV
                     DKKIEEIINQPPKNVGTAVKNIQDKLAGLGKWTVTNTNDTVDQVVAKIETAKKKLASQ
                     RKMAQNGLIDVKDIEETEGQIDELVKKYQKMTGEKYDQSKAAAAAAKRHVKELAKEQR
                     EKAEAMAEIEELTRNARKRIEDADLEMMNEGLKKKLQKIDLDYQRELQEIEEWKKKLE
                     KANKTLTGKEALTEDQQAYYEASKAAMDQKNMKARANATNEWKRKEAEAYDEMLQAFG
                     NYKEKEAAIAREYARKIEDAEKEGRTNEAERLRRGAIQKQAAAAESELGKDDTLKTFF
                     KHTEKQTLQTAKKVRVEIANTIKYLKTKGAEGTVDAEKAKLLQRMLGDPELVRQTLEG
                     LETDLEKVDDTIEGIQHQKVFDALIANFKKLRKSVNGSTEQMSALNSVISGLSSVGGI
                     ISQLGNAMSDCDIKAGKVVSTIGNAITNAASFAAAGASVGGPWGAVAGAVVGAASAII
                     PAIGKVEEWTDAMEKSYQSQLKWLDQAKAASMEIVKGYGSIEEKLKAATEAANIAAEE
                     LEVIKEKTRERNSKKANDGDGHSTGYYNADRALGFVQQRGGFDNYNRFWENTPEANGY
                     KSAEKRYRWDKHVVQGKKRGSQGAGYFEMEWDRGYRPQSVKGFDVEALEKNGIDVKRL
                     LTDTANYAQELTLEQLTMLTRTHSAFLKVLDSSTQDAISARKKMLEDEKKMQDETLAG
                     FTGVSFDGLLSEYESFLKKAGDGSKDLGKTIEGHLRDAIVKGLIDKKTEARIKKAYER
                     IANLMQNREKMSAEEYQKQLQEAKDELTQIYKELAEKKKEAFDKTGLKDYEETKENSM
                     RGALAKASQESIDLLAGVMGAIRVSIEQIIRLLNESRGKGGGVAEYYDSVRQSFAALR
                     EIQIAGWKEVTAIKEMVQQIHVTQVTVAQLSQTVADHTASIKETSRRMAESITAINNS
                     GVKIKGGGLGL"
ORIGIN      
        1 gcatggaggc tggcagggcg gatctatttc gacgataaat atatcggata cgcacaggcg
       61 ttttgtaaag cctatgatag atattttgca tcgtacggat acgataccaa acagatagac
      121 gccttttgcg aatcggttaa gagtggaatc acatgcaaaa cgacacaacg atatagtaga
      181 ttctgccttg acatgctgag agtgactgca gattatgcaa gatgggagaa cgtggaaaga
      241 ttcagggaag aaagcaggcg atatatgaat aacagcaacg ccccggaatg caacccgcaa
      301 atggtattac gcgcggcctt tcgagagttg gagcacgcgc ttatcacttt accacgaacg
      361 actatttcca aaatggaaac agtcgccgac gcaacccatt cttcataatc tatgaaggat
      421 taggaaggat tatgaatcat gtagccgggg gtgagtgaag cccccggcat ataccctcac
      481 aatggaatta catataacgc caaaagagca aatccttcga gagctggagg tgatacaggc
      541 gtgcgaagaa gaaaccatct ccgaggaggt ctccaaggtg atcgagtacg gacagacgct
      601 cgctccgtat atatcgagat ccggaaagct ccttgccgac gctaagcatc acctgaacac
      661 gcgcatgaag gaggacacgt tcgacgccct ccgaaagacg gctaagcagg gcggagccac
      721 tgcgaaagcg ataaacgcca tcgtggacag cctctgcgcc gaggagcgct atttggtgga
      781 cttcgccgaa cgcgtgaacc gttgcggcgt gcaccgcctc gattggtgcc gcacgctcat
      841 cagtaaggcc aaagaggata tgcgcctctc gggcatgcaa cccacataac acagataaat
      901 aaggaacgcg cacacgcgta caattatata tacccatagc catgtgcaag aaaacttact
      961 tcaaccacga cagcaacgcc cgcaacgacg aaaagatcgt cgccctgcgc atccgatacg
     1021 gcgccgaggg atatggcgtc tacttcatgc tcatagagat gctacaagcc gccccgggct
     1081 gcacgctcga gaaagattat aaggcgctgg ctttcgatct gcgcgtgagt gcacgccgga
     1141 tcaagtctat cgtcgaagat ttcgatctgt tcactcctac cgacggcgga aatagcttct
     1201 actccgagcg actgatcaag tacgcaagtg atgtagatga atcctacgaa cggtatgcag
     1261 aggccggaag aaaggggatg aaagcccgct ggaagaagtc agaacctata acgatgttat
     1321 ccgaaaagca taacgacgtt atcgattttg ataacgatgt tatccaagcc acccccgatg
     1381 cagaaatcaa agaagaaaac gaaagagaaa aagaaacctt tccccctata accccctata
     1441 aagaaaaaga gaaagcaaaa gaagactctc ccaaaagtgc gcccccggcg ccaccctatg
     1501 gggaggttgt cgacatgtgg aactccgtat gccgtacgct gcctcgggtg gttaagctca
     1561 cagacgtccg ccggatgaag atccggcagc ggctctcgga atggggcggc acgccgacgg
     1621 agcagctggc caccctacgc gccctgctcg aacgcgtgga ggcgtcgccc ttcctgcacg
     1681 gcgccagcgg cagaggcggc tggacggcct cgttcgactg gttttttgcc aatgaatcga
     1741 actgggtgaa ggtctccgag ggcaactatg acgcccgccc tgaattactc acaaacgcaa
     1801 acactgaacc caatggaacg tatcaaaacc gaatggatag agagcgcgct gaaaacgctg
     1861 agcgaaagcg acagctcgcc gaaatggctg ccaacgcctg cgccaaagcc gacgccctta
     1921 atgcagcgcg tttcggaaac ccgtaaacgg tacggcgatg cgcagacttt cctgaagctg
     1981 cttaaccccg gcgtgcagcc gctggtcgtg cgctatccag agcgcgctta catgggcaca
     2041 tcccccacgc tctcggtcgt tcgagccgcc tatacggagg aggttgccga attgtggctg
     2101 atggcacagg tcgaaaactt gaacgacttc tgcggggtca gccgcaaaat gacttttccg
     2161 cagatgcagg agctggctcg catgatgctg gtcgaggtgc cctacttgaa aacggccgag
     2221 ctgatgatgt tcttccatcg cttcaaggcg gggcattacg gcgagttttt cggcgtggtc
     2281 gaccctcagc gggtgctttc tggcctgcaa gcctacctct gcgaccgccg ctcggagctg
     2341 gatcgctatc agcgcgaaaa ggtcgcccga cagcgtgacg ccgcccgcga ggcttcctct
     2401 gcccgagcca tcacctacgc cgaatactgc caactgaaag ccgccgacgc tatcagtcgg
     2461 caggctgaag cccaaaccgc ataacacccc aaggcatgga aatgaccacc gaccgccggc
     2521 aaaagaccgg cgcctattat accccacggc cgtgggccga attggctgtg cgatacctcc
     2581 gaggggtact tccggagttc gaccggtgca tattctacga tccggccgcc ggtgaaggcg
     2641 cactgctcga ggcgctgccg gcgcacgtag agaaatacgc caccacatta gaacccgatg
     2701 atgtggacat cctgcgcgca aagggtttta ccgcatggcc gttcgacttc ctacacggag
     2761 acacggatca tttgcccaag gtgctcttcg atgctgcgca gatgggtcgc ttggtgatct
     2821 tcaccaaccc acccttcgtc accgtcacca acggtctgct acgagaggcg tattgcacaa
     2881 acaatgcagc cgcgctcttc gtttaccgtg ccttcgaggg gctcggagcg caggtctatg
     2941 ccggcttcaa caaggcggat ctctggatgg cgcccatgct ggggcgtttc cgcggagaca
     3001 tggtagtgga ctactgcatg gagatccccg ccgccttcgc cacaccctcc tacatgtggc
     3061 cggggctgaa aggtcagtgg ccgctcttgt tcaacatcct tacgccgatc tacagcaata
     3121 tccaaggcgg ctttcgtcgc tacaaaggcg aggctgacag tgtccactgc ttttcatccc
     3181 acagcacgcc cggctttttc atcccggccg acgtctacga gcaataccca gaaactgcaa
     3241 aaaccgcata atccacaccc cgaaatgatc atctacatca gcggccggat caccggcctg
     3301 cctttccata tcgccgcagg acgcttcgct attgccgcct gtcgactccg cgatctcgga
     3361 caccacccag tgaacccaat cgacaacgga ttgccaagag acgccacgtg ggcggagcat
     3421 atgcgcgccg atttggccac cctcaaagcc tgtgacggcg tttgcatgct ccgcgggtgg
     3481 gaacagtcac gcggtgcaca gatcgaacgg cgtgcggcct taaaacgcgg catgcccatc
     3541 tacacctttt cggaggatcg ccagctgatc cctctcaccg acgccaccaa tagaaacccc
     3601 ataaccacaa cccacagatg aaagtgaaaa tcgtcaacac atcgcgccac ccgttgccca
     3661 gctacgctac gccattctcc gcaggggtgg atctccacgc ctcgctcgag gcccccgtaa
     3721 cgctcgcacc catgcagcgt gcactgatcc ccaccgggat ccgcatcgaa ctccctgccg
     3781 gatatgaggc gcaagtccgc ccacgcagcg ggctggccat caagcacggc atcactgtcc
     3841 tgaacacgcc cggcacgatc gacgccgatt accgcggaga gatccgtgtc atcctcgcca
     3901 acctctcaga cacgccgttc acggtctacg atggcgaccg catcgcgcag ctcgtcgtga
     3961 cgcgctgtga gcacgtggaa tggcagcccg tggacgccct cgacgagacg gcgcgcggct
     4021 gcggcggctt tggccacacg ggcgtgtaag caagtatcta tcaacccccg ataaccaccc
     4081 tacgaatgga atccatccaa ccaaaaacga agcgctgctc gcattgcggc gccgtgaaac
     4141 ccgtgagcga gttctaccgc aacaccaaca atgcggacaa cctgcagaac agctgcaaag
     4201 cctgctccaa ggcctccagc aaggcttatt atcgccttcg gatcgccaag gaacgccgcc
     4261 tccgcgacag caaacgtcgg ctgagagacg cccgccaaac cttcgaggac gcgctggacg
     4321 aagcctcggc cgaacgcctc ggagtcgttc ggcagcgccc ggacgtgccc ctcaatccgg
     4381 atctgaaggc cttcacgccc cgccagctga tgcgggagct ctacgcccgc ggatacgaag
     4441 gcagcctgac ctattccgag caggttgttc accgcataaa catagccgcc tgcaagcggt
     4501 gaaaacgaat tatttaaccc ccaaaacgat aaaacgacta tgctacaaat cgaagtcatt
     4561 ggcaacctcg gaaaggatgc cgaagtgaaa gagttttcag gtaagaagta cacctgcttc
     4621 agcgtggcgc acaccgagaa cgtgcgcgca cagaaacccg gtgagccccc cgtgcaacgc
     4681 accacgtggc tctccgtcta ttggtacggc gatggcggcg ccatgctgca atacctcaag
     4741 cgaggcacga aggtcttcgt ccgcggcacg atgcgcaaca acctctacac cgaccgaaca
     4801 ggtcagacgc gcgtagacat caacgtcaac gcccgcgaag tctacctctg cggcagcgcc
     4861 tcgcagacac agcccgcggc gcagcccacg caggccgctg cgcaacagcc caccgccccc
     4921 acgcaacccc agtcccaaca agccgccccc gcccccatcg gcggcgagga tgatctgccc
     4981 ttctaaacgc gcacacctat gataacgaaa agaacattca tacaggttgt aacggatatc
     5041 gttgaactcc gtgatcagtg ccgcagattc ggagaggcga tcagaccttt catgtttttc
     5101 cctgatggtg atggcttcat gatgttttac agcgaaagtc ctatgcaatc cactgtttgg
     5161 gctttgacgg aagcctttga agacagcgaa gaggagatat acgatctcat agagcgcagc
     5221 ttcactgaaa gaatctctga atgtcaaaag gaggcggctt cgctttacga tgcgctcgtc
     5281 gctgaccgca tgcgcgactc tgatgatttg gacggagggc acaatgtaga gctgtttgac
     5341 tatgaataac tatatccagc acgtaccggg tgaacctctc cggcgtccgc agacgccccc
     5401 atcggaggag aagacgatct acccttctaa acgcgcacac ggaatggaaa caaacaatga
     5461 aacgaaatcc cccagccggc acgaaaggat cacggcggaa taccgcgcgg ctgtggccaa
     5521 ccccaacaac caaatagacg tgatgcggtt ctcccgcgac gtgatggagg ccaccgtgac
     5581 ctttcggatc cggttcgggt acggcgtcat aaccccgaat gattttacag atgatgaatg
     5641 aaaatacagc gaaacagatc gtagtcgccg tgtccgaatg tcgtgcggtg tttgccgcca
     5701 aactgacgga ttacggcgcg gcatggagag tgatgcgtcc ggcctctgtg acggatcagc
     5761 tccttataaa agtcaaacga atccgaacct tggagatgat cggagaggac agcgcactcg
     5821 tcaacgaagg gatccgccca gagctgatcg gcatcgtgaa ttacggtgca gtcgcgctca
     5881 atcagtgctt tcatggcgta gccgacgagc cagacataga cgccgacgtg gcgcttcaga
     5941 tcttcgacaa tgtcctcgcg aacgccgtcg aagtgatacg cgaaaagaac cacgactacg
     6001 gggaggcatg gcgcctgatg cggcccacgt cctacacgga tctcattctg atgaagctca
     6061 atcggatccg aaatattgaa gatcaccact atctggtaga agcgtctgag aatgtcgagt
     6121 cgcactatta cgactgcata aactacgccc tttttgggct tatcaggatg acagagaggg
     6181 agggtgcaca gcgatgaata cccccttagc acgtacccgg ccaaattcgc aggggcccgc
     6241 aggccccccc cgccatatcg tcgccatcga ccccgacgtg gataagtcgg gcgtggcctt
     6301 cctacacctc ccctcccggg agatgcattg cgaggccaag acgttccccg aactgatcga
     6361 cgacctacac gccatcaaac aggccacgga cgccctcgga gaatccctca ccgtcgtcgt
     6421 cgaggccgga tggcttaacc gctccaactg gcacgtacag gccggagaca gtcgccgcaa
     6481 ggccgccgcc atcggtcgcg cggccggacg caaccacgag gtgggccgta agatcgtcga
     6541 gatggcccgc cacatgggca tcgaggtcgt cgagcagcgg cccttgcaga aatgctggcg
     6601 aggcacaggc cggaagatca cccatgaaga gctggccgcc tttacgggct acaccgcgcg
     6661 cacctcgcaa gacatgcgcg acgccgccct cctggcttgg gtctacgccg ggctgcccat
     6721 ccggatatag tgttgagggc taaagccctt gttgagttgt tgaggcgttt agtcgttggt
     6781 ttgacaagcg gttcaacatc tcaacagctc aacaactaaa cacctcaacg gggcgcagcc
     6841 cccaacaact ccttgacttt actccttgac tttatcgcga ggaggctacc gtaagagtca
     6901 aggagtacac gcccccgccc cgcggctgtg tgccctttac ctttgcagcc atcaacgtaa
     6961 acaaatacaa catgatagac gaaccgaaaa ctcctgatac cggagcaaga gaccagcatg
     7021 gacgcttcaa gaagggccat tccggcaacc cggagaagat cttcaagact cgccccgaaa
     7081 acgcaggccg aaaaccctcc gccttcaaga tagccttagc catactgaag gagcacggcg
     7141 aggctttgtc gctggaggac ttcaagcgtt ccgccgccta tatcgtgggc atgagtatcc
     7201 ccgacctgaa agcgtttatg aagcggagcg acatcccgct ggctcttctc gtggtggcta
     7261 agtccatcta tggagactac cagaacaagc agatgcgcaa cctcgagacg ttgctcaacc
     7321 ggctctatgg catgcccaac cagccgaccg agatcaccac aaaccggtcg cccttggagc
     7381 tgctcagcaa cgacgaactg ctgaagatta tcaacgacgc caagggggta gccgccgaga
     7441 gggcccgcgc caaagctgcc gaggcggtgg agggtgcgga tgaatagtgt agaccgcgac
     7501 cgcctgatgc tccgtgccga ggcggccttg gtgcttcaac gacgcgtcgc tcgggaggag
     7561 ctttgggctt actgcctcta tttggatggg gacttcttta gtcgacgtcc ggtgctaaaa
     7621 accgtggccg aggccttcga gcgcgttgcc cgggcctacg acgaggggcg cctccgccga
     7681 ttggccgtca gccttccacc ccgtgcgggc aaatcgtacc tcaccacggt ctttatcacc
     7741 tggatgctgg gccgccaccc gctggaaagc gtgatgcgaa atacctgctc cggccccctg
     7801 tatgaaaagc tctcttacga cacgctggac atccttcgca gccgccgatt cgcagaggtc
     7861 ttccccgacg tacgcctccg acgtaacgca cagaacgtcg gcggttggaa gatcgatggc
     7921 acccggcagg tgagctattt cggcggtggc gtagggggca ccgtgatcgg tttcggcgct
     7981 tcgatgttgg ccgttacgga cgacctctac aaatcactcg aggatgccct ctcggagacc
     8041 gtcaacgaga agacctggag ctggaagcag ggcacgcacg acagccgtat tgagcgccat
     8101 tgttgctcca tcgatatagg cacccgctgg agcgcacacg atgtactcgg gcgtatggag
     8161 gaggctggcc tatacgacga gatcgtgcgc atacccgccc tcgacgagcg cggagagtcc
     8221 ttctgtcctg acgttcacac cacggaatat taccgccagc tgcgcgctga gctcgacgaa
     8281 tcgatctggg ccgccgaata catgcaagag ccctacgagg cccgtggctt gctcttcccg
     8341 ccgggtgagt tgaagcgctt caagcgggcc gacatcgccg ggcgcacgcc ggatggcgtg
     8401 atcgccgccg tggatacggc cgacctcggt gaggacttct ttgccgcccc cttcgctctc
     8461 gtctttggca cggagctcta ccttgtcgac gcgctcttta cccgcgatgg catcgaggtg
     8521 accgccccgc gactggccga gcggctgatc gaacgggccg tggatatggt gcgcatcgag
     8581 tccaacaatg gcggacgtgc ctttgccctc gaggtggctc gtctggtcaa gctggccgcc
     8641 ccgcgtagcc gttgcacgat cgagccccgc cgtacgacgc agaacaagga gacgcgtatg
     8701 ctgatgaaat ccggatggat caagcagcat gttcacttcc tcgatcagag cgagtacacc
     8761 cgcgcctcgg agtacggccg cttcatggac aacctcaccg ggtacaagaa ggaaggcagc
     8821 aaccgccacg acgatgcccc ggacgcccta accatactgg ccgagcttta cgcctcgctg
     8881 gatggcaact acaccggccg ctctattcgt cgtgtggccc accaaggtgg aacgcgccgg
     8941 taacatcacc acactaacaa ctaaacagcg acacaaatac aatgggagta atcaattaca
     9001 acggtgccct ctatctggcc accggcatag acaacagtgg cctccgccgc gacgcaagtg
     9061 aggcagaaag aatcattgaa agcctcggga atacagccaa aaaagtcggg caaatgatgg
     9121 gcgtggcatt cacgttggac acggctaaga atcttattgg gcaaatagta aacatacgtg
     9181 gcgagtttca aaagctcgaa acggcttttg gcgtactgct ccaaagcaag gaaaaggcct
     9241 ccgctatgat gcgagaggcc gtcgaactgg ccggtacaac cccgttctcg cttcaagatg
     9301 tagccagcgg atcgaagcaa ttgcttgcat acgggttcga agcgaaagac atcacaggta
     9361 ccctacgtat gttaggagac gttgccgccg ggttggggct gcctttggag cgtttgacct
     9421 acctgtatgg aaccaccctt acacagggca ggctgatgag ccgtgatttg atgcagttca
     9481 caacgagcgg catccccttg ctgcaagagc tggctgatca attcggcgtt accacaaagg
     9541 aggttcaggc gcttgtcgag gagggcaggg tcggttttcc agaggtacaa aaggcctttg
     9601 aatccatgac aggtgcaggt ggaaaattcc acggtatgat ggaggagatg tcgaagaccg
     9661 ttactgggca ggtggagaag ctcaaggacg ccattgatgt aatgtttaat gagatcggca
     9721 agagtcagga aggcgtgatc tacagagcca tagacggggc atcgtctctg gtggaaaatt
     9781 ataaagccgt aggcagcgcg ctggctgata tcgtagtggc atacggtgcc tataaagggg
     9841 cgatgatggt aatggaggct ggacggcagg tagtccaagg ggctcaatac gctgaggaag
     9901 ccaaacagct gcaagacctt ctcagcgctg aacaacaagc cgccctatct aaacaaggcc
     9961 tttccaagta ttcggccgaa tacgtctcag ctgtcaaaac agaggttgca gccaacgtcg
    10021 aggcggccaa agaggcactg aacaaagccc gcaccgaggt cgtagcagcc aatcagacgc
    10081 tggcttccaa aaggcaggaa tacatcgaag caaagaatct tgaggctgcc cgcacttcgg
    10141 agctggcctc aatcaaagcc gccggaacgg ctaagaagat cgaagccgcc gagaggaatc
    10201 tggctgccgc ggccacaaag aaggaagccg cggccgcagc ctttatgtcc gcgcaaagag
    10261 agttcaatgc aagaaaggta gccgtcgaaa cggcagccaa gcaggccaac accgtagcca
    10321 ccgccgccaa caccgccgcg caaaacgcca acgtgactgt attgcagcgc atgggatcca
    10381 tcagcggggc cgtagccagc aagttggggc agttagcatc cgcgctcgcg ccctcgctct
    10441 acgtggctgc cgccgcggcc atgatcgcca tagggcaggc cttatatgag atctattcca
    10501 aaggatcggc tgcagaacag gcgatgaatg cgatcaatga ggctgcaaga agggccgctg
    10561 aagacatcaa caccgaaaca tccaaagtgg agacactggt gaaggtgctt gaaagcgaaa
    10621 ctgcaactcg ggatatgaaa gagaaagcct tgcaagactt gcacgcctta tatccatcca
    10681 tccttggaga cctcaaacag gaagacttcc ttactggtca agccacggaa agcatcaagc
    10741 ggtacatcca agttcgtgcc cagcaaatac agcttgataa gctcgcacag caacaggctg
    10801 aagcgcagag tcgcctcgac gccgcgaaga gaggtgatgg tgtatcctgg aatcagaaat
    10861 tgcttttcac ggcacaagag gcgctcatag gagccgccat aggtccgttc gcgttagccg
    10921 ggaagaagcc aatggaactt aacacaatcg acaagcgtgt aaatgcgagg atagaggcgg
    10981 ccaatgcgaa agaagcaaca gctgcaaaag cgacgttgga tgaggttgat aaaaagattg
    11041 aagaaatcat caatcagcca cccaaaaacg taggaaccgc tgtaaagaat attcaggata
    11101 agctcgcagg gttgggtaag tggactgtga caaacactaa cgataccgta gaccaagtag
    11161 tggctaagat tgaaacggcg aaaaaaaagc tggcatcaca acggaagatg gcccaaaacg
    11221 ggcttatcga cgtgaaggat atcgaggaaa ccgaggggca gatagatgag ctggtaaaga
    11281 aataccaaaa gatgaccggc gagaaatacg accaatccaa agcggccgct gctgctgcca
    11341 aacgtcacgt caaagagctg gccaaagagc aaagagagaa ggccgaggca atggccgaaa
    11401 tcgaagagct cacccgcaac gcacgcaagc gcatcgaaga cgccgacctt gagatgatga
    11461 acgagggcct caagaagaag ctccaaaaga ttgatctcga ctaccaacga gagcttcaag
    11521 agatcgagga atggaagaag aaactcgaaa aggccaacaa gacactcacg ggaaaagagg
    11581 ccctgaccga agatcagcaa gcgtactacg aggcgtccaa agctgctatg gatcaaaaga
    11641 acatgaaggc acgcgcgaac gctaccaatg aatggaaacg caaagaggcc gaggcctacg
    11701 atgaaatgct gcaagccttt ggcaactaca aagagaaaga agccgccatc gcacgcgaat
    11761 acgcccgtaa gatcgaagac gccgaaaagg aaggacgtac caacgaggct gaacgcctcc
    11821 gacggggagc gattcagaag caggcggccg ccgctgagtc tgaactcggg aaagatgaca
    11881 cgctcaaaac attcttcaag cacaccgaga agcagaccct gcaaacggcg aaaaaggtgc
    11941 gtgttgagat agcgaacacc atcaagtatc ttaagacgaa gggagcagag ggcaccgtag
    12001 acgccgaaaa agcgaagttg ctacagcgca tgctcggaga ccccgaactg gtacgccaaa
    12061 ccttagaggg tctcgagact gatctcgaga aggtggacga tacgatcgaa ggcattcaac
    12121 accaaaaagt ctttgatgcg ttgatcgcca acttcaaaaa gctgcgtaag tctgtcaatg
    12181 gatccactga gcagatgagt gccctcaaca gtgtgatcag tggtctgagt agcgtgggcg
    12241 gcatcatctc gcaactggga aacgccatga gtgattgcga catcaaggcc ggcaaggtgg
    12301 tttccaccat cggcaacgcc atcaccaacg cagccagctt tgccgctgcg ggtgccagtg
    12361 tgggcggccc gtggggagct gtagccggtg cagttgtggg tgcagcctct gccattattc
    12421 cagctatcgg caaggtggag gagtggacgg acgcaatgga aaagagttat cagtctcagc
    12481 tgaaatggtt ggatcaagcc aaagcggcca gtatggagat cgtaaaggga tacggcagca
    12541 tcgaagagaa gctgaaggcc gccactgagg ctgcaaacat cgccgctgaa gagttggaag
    12601 tgatcaaaga gaaaactcga gaaagaaact cgaagaaagc caacgatggg gacggacaca
    12661 gtacgggata ctacaatgca gaccgcgcac tgggattcgt gcaacagcga ggtggattcg
    12721 acaactacaa tcggttctgg gaaaacaccc ctgaagccaa cggatacaag agcgctgaaa
    12781 aacgttacag atgggacaag cacgtggttc agggtaagaa gcgcggctcc caaggggcgg
    12841 gatacttcga gatggaatgg gatcgagggt acaggccgca atcagtaaag ggctttgacg
    12901 tggaagcatt ggagaaaaac ggcatagacg tcaaaagact gctcacggac actgcgaatt
    12961 acgcccaaga gctcaccctt gaacagctaa caatgctcac aaggacgcac agcgcttttc
    13021 tgaaggtgct cgattcgagt acacaggatg ccatttctgc gagaaagaaa atgcttgaag
    13081 atgaaaaaaa gatgcaagac gagacccttg ccggctttac gggcgtctct ttcgatgggc
    13141 tgctttccga gtatgagagc tttctgaaga aggcgggcga cggatccaaa gatctcggaa
    13201 agaccatcga ggggcatctc cgcgacgcca ttgtcaaagg ccttatcgac aagaagacag
    13261 aggcacggat caaaaaggcc tatgagagga ttgcgaacct catgcagaac cgcgaaaaga
    13321 tgagtgccga agagtaccag aaacaactcc aagaagccaa agacgagctc acacagatct
    13381 acaaagagct cgccgaaaag aagaaggagg ccttcgacaa gacgggactc aaggactatg
    13441 aagaaacgaa ggagaactcc atgcgtggag cgctggctaa agcctcgcag gaaagcatcg
    13501 acctgcttgc tggcgttatg ggtgccatcc gcgtgtccat agagcagatc atacggctgt
    13561 tgaatgagag tcgcggcaag gggggaggcg tggctgagta ctatgactcc gtccgccaat
    13621 cattcgcggc gctgcgtgag attcaaatcg caggttggaa agaggtcaca gcgattaagg
    13681 agatggtgca gcaaatacac gtcacacagg tgactgtggc acagctctcc caaaccgtgg
    13741 ccgaccatac ggcctcgatc aaagagacca gccgacgcat ggccgagagt attacagcaa
    13801 tcaataacag cggcgtgaag atcaaaggag gaggactcgg attatgaccc acacactcat
    13861 tgatgggcaa aacatttacg acacattcgg agccacgctt tctccggatt cgttcggcaa
    13921 cattctgaag tatcccgcac gggaggcggt tcaccagaca gactttgccg aatcgcacgg
    13981 catacaggcc gacctgcgtt ttttccgctt gcagcgccgc cgcttacagc tcaccttttt
    14041 cttggctggc gatggcgagg cagacctaca ggcgcgcatc aaggcttttg ttgacaaact
    14101 ggccgcccca gactggcata cgtttgactt tgggatggga cagtttttct cttttcgcta
    14161 cgtgtctacc tctggccttg tcatgcaccg tctacttgcc cccaatcgtg ccggcgccac
    14221 acttacggta atgatggaag agcgcacctt cccggggctt atacggacga gttattacat
    14281 ggtcgtaggc cccacccccg tgccacatac tccgcgcgga gtggcttcga ttcggggtgt
    14341 agacc
//
LOCUS       SEQF2638.1|AYYF01001541.1 6021 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..6021
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             12..329
                     /locus_tag="SEQF2638.1_01950"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNVTEQITRGTIEVPAAGGNVTVEISVERNPEGAPVELTASFRR
                     TAKDGSTQYFGSAQAGPDGSVGLYLSATSTPLPDGLKGSLLAAVLKEAAAVFQPETKE
                     AAE"
     CDS             451..1197
                     /locus_tag="SEQF2638.1_01951"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG1309"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METIHTAPAMQPQGTQPERNVTSYEVSGLEVKLTIDYVKKYIAR
                     GVAELTDEEAYSFIGFCKYNCLNPFLNEAFLIKYKKGDAPTYIIGKYAFMKRAEACPD
                     FDGFEAGLILKRGDMIVEEVGSLMLPGDTLLGGWSKAYRKSCKYPFVARVALSEYSTG
                     QALWASKPSTMIRKVAIVHALREAFPTQLGGLYVPEEMPEPEDATYEDVTQRLEREKA
                     AEANRTPLSIDNVPPAAGPASPAPAAAPGF"
     CDS             1244..2878
                     /locus_tag="SEQF2638.1_01952"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:vienna_vog:VOG11574"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFAKDRQTLGKALWTVSEELRGSMNADDFRDHILAFLFLRYLSG
                     RYEQAARDVLGDAYPSPDSLLSGQTPLKVWYELHPQDTDEFEDKMRSRIHYVIHPMYL
                     WSHIAELAHTQSGDLLRTLEDGFQHIEEHSFQTSFRGLFSEVDLHSDKLGKGLAAKND
                     MLCTIIRKIHEGIADYSTDADDLGDAYEYLIAQFASGAGKKAGEFYTPQTASTILARI
                     VVLDSQDPSSGPRQHLPRVLDFACGSGSLLLNVRRQMPNPNSVGTFYGQEQNITTYNL
                     ARMNMLLNGIKDDAFKIFHGNTLTNEWREVFAPDDPNKAIRFDAIVANPPFSLKWAPR
                     EELAYDARFCNYGLAPKKAADMAFLLHGLHYLKEDGTMAIILPHGVLFRGGVEGSIRS
                     KLIEDGHIDAVIGLPEKLFFSTGIPVCILVLKKCARPDDVLFIDASREYAKDKKQNRL
                     RMGQNGEPDDVGHIVDTYSHRREEPRYSRRVPIQEIRENDYNLNIPRYIDTYEEEEPI
                     DLHDVMHRIRNLEARRTELDRQIAACFAELGITNIQ"
     CDS             2888..3622
                     /locus_tag="SEQF2638.1_01953"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG1292"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRLTILGSSSAANGYVLDNGREALVLECGCPLIDLQRAVDFDLR
                     RVAGVLLTHEHGDHARHAKKYIKSALPLYASEGTLMKLPEEALASTFSNPVRPPKPFR
                     VGGFRVLPFDVKHDAAEPLGFMVAHPEMGALVFATDTRFLPYTFDGVKTWLLECNYDT
                     ALLAENARRGEVSEAQRVRVIESHMSLDTCRETLQANDLSETRRIILIHLSDRNSDAV
                     QFKKTIARATGREVITADRGQTIELT"
     CDS             3656..4096
                     /locus_tag="SEQF2638.1_01954"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAWYECKVTHTVISEDGWKTVTEPYLVEALSVTEAATRITAELE
                     GDGDVTIEGVTRKRFQEVFLEEGEWEHPFYLAKVALTTLDEKSGTEREQTFCYLIEAE
                     TLKDAMQRLEAELRGGVSDWELLSLSKSPIVEVVTAEKKAEGAA"
     CDS             4269..4622
                     /locus_tag="SEQF2638.1_01955"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDCCTAKSVIVFGETGGDSLSFFIHPYFSFMPKTMKIALEVKHS
                     SHTCTPTERNTVSRAAFLTEKNAKNKAYAFILQHGLLEDFRHFINSLPDGTDPHGLCV
                     DILTRKFNTHNHGKK"
     CDS             4609..5415
                     /locus_tag="SEQF2638.1_01956"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG4552"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MERNNQIQLFDSPQFGRIRVATNENGAPLFAATDVASALGYTNP
                     PKAVADHCKSGNITKRYVAHSNGIGGVNVLFIPESEVYRLVMRSCLPDAEKFQDWVCE
                     EVLPAIHHTGGYIAAKEDESPAEIMARALKVADATLKRQAQRVQMLEGRVEVQQEHIR
                     VLEPKAEYTDEVLQSPNTYTFTQMAKELDFRTVAHLTAYLKKKGIIFRQSGRWMTTAD
                     HSGKGYTKTRTVAFDHSDGRPDTTVYTVWTEPGRQFLHRICNTHKLEVAI"
     CDS             5412..5867
                     /locus_tag="SEQF2638.1_01957"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNSEKVWLQWVRHGKAYTITKSRREKVRRERLRAVIILMDYTIG
                     VRSAQSEEWKQAYRSTLENDFNISDIDSLCLSIIREKEDDWEEFCFARKVINTVFYYN
                     ESSQSEYMSRKIHETFIRKLMADAQTPYAGATVRRVFKEIETKLIEAAR"
ORIGIN      
        1 cctcaaacaa aatgaacgta acagagcaaa tcacccgtgg cacgatcgag gtgcccgcag
       61 ccggcggcaa tgtgaccgtc gagatcagtg tagaacgcaa tccagaaggc gcgcctgttg
      121 aactcacggc cagctttcgg cgcaccgcca aagacggcag cacgcagtat ttcggcagcg
      181 cacaggccgg gccagacgga tccgtgggcc tctatttgag cgctaccagc accccgttgc
      241 ccgacggcct aaagggttcc ctcctggccg ccgtactgaa agaggccgcc gccgttttcc
      301 aacccgaaac gaaggaagcg gccgaatgac caaccacagt gagggcggct gggccacatg
      361 tccaccgccc cacccaaacc tctcaacacc tcaacaaata aacgggcctt caggccccaa
      421 cacatacccc cccccaacac acaaacagaa atggaaacca tccacaccgc cccggccatg
      481 cagccgcagg gcacacagcc agagaggaac gtaacctctt acgaggtgag cgggctcgag
      541 gtcaaactca caattgacta cgtaaagaag tatatcgcac gcggagtcgc agaactcacg
      601 gatgaagagg cttacagctt tataggattc tgtaaataca actgcctgaa ccccttcctg
      661 aatgaggcct ttttgatcaa atacaagaag ggggatgccc ccacctacat cataggaaag
      721 tacgccttta tgaaacgtgc cgaggcgtgc ccggattttg acggcttcga ggcgggtctg
      781 attctcaaac gcggcgatat gatcgtagag gaggttggct cactcatgct cccgggcgac
      841 acgctattag ggggctggtc gaaggcttac cgaaagagct gcaagtaccc cttcgtagcc
      901 cgcgtggcac tcagcgaata cagcacaggc caagccctat gggcctccaa accctccacg
      961 atgatccgca aagtggcgat cgttcacgca ttgcgcgaag ccttccctac gcagctcgga
     1021 ggcctgtatg tccccgagga gatgccggaa cccgaagacg ccacctacga agacgtcacc
     1081 cagcgcctcg agcgcgaaaa ggccgccgag gccaaccgca ccccgctcag tatcgacaac
     1141 gtaccaccgg ccgccggccc agcttcgccg gcgcccgcag ccgccccggg attctgatct
     1201 acagtcatgc gatgcaccct caatacacaa cccgccaacc gtcatgttcg caaaagatag
     1261 acaaaccctc ggcaaagcac tctggactgt gtccgaagag ctgagaggct cgatgaatgc
     1321 tgacgacttc cgagatcaca tcctcgcctt cctcttcctg cgctacctct ccggacgcta
     1381 cgagcaggcc gcacgcgatg tcctcggtga cgcatatcct tcgccagaca gtctactcag
     1441 tgggcagacc ccactgaaag tctggtatga gcttcacccc caagacaccg acgaatttga
     1501 agacaagatg cgcagccgca tccattacgt catccatccc atgtacctct ggagtcacat
     1561 tgccgaactc gcccacacgc aaagcggtga tctgctccgg acgctggagg atggcttcca
     1621 acacatcgaa gagcattcgt ttcagaccag tttccgtgga ctcttctctg aggtcgacct
     1681 tcactccgac aaactgggga aaggcctcgc ggccaagaac gacatgctct gcaccatcat
     1741 ccgtaagatc cacgagggca tagctgacta ctccaccgac gcagacgatc ttggcgatgc
     1801 ttacgaatac cttatcgccc agttcgcctc tggggcgggc aagaaggccg gcgagttcta
     1861 caccccgcaa accgcctcta ccattctggc gcgcatcgtg gtgcttgaca gccaagaccc
     1921 atcgagcggc ccacgccagc atttgcctcg cgtgcttgat ttcgcctgcg gttctggttc
     1981 tctcctgctc aatgttcgcc ggcagatgcc aaaccccaac agcgtcggca cattctatgg
     2041 gcaggagcag aacatcacca cctacaatct ggcccgtatg aatatgcttc tgaacggcat
     2101 caaggacgac gccttcaaga tcttccacgg caatacgctg accaacgaat ggcgggaggt
     2161 ttttgcaccc gacgatccga ataaggccat ccgcttcgac gctattgtgg ccaatccacc
     2221 cttcagcctc aaatgggcgc cacgcgaaga gttggcctac gacgcccgtt tctgcaacta
     2281 cggtctcgcc cccaagaagg ctgccgatat ggccttcctg ctccacggct tacattatct
     2341 caaggaggac ggcacgatgg ccatcatcct gccccacggc gtgctctttc gtggcggcgt
     2401 agaggggagt atccgcagca aactgatcga agacggccat atcgacgccg tcatcggcct
     2461 gcccgagaaa ctcttcttct cgaccgggat ccctgtttgc atccttgtgc tcaagaagtg
     2521 cgcccgcccc gacgatgtgc tctttatcga tgccagccga gagtatgcca aagacaagaa
     2581 gcagaaccgc ctgcgcatgg ggcagaatgg cgagccggac gacgttgggc acatcgtcga
     2641 cacttatagc caccgccgcg aagagccgcg atactcgcgc cgtgtgccga tccaagaaat
     2701 ccgcgagaat gactacaacc tcaacatccc gcgctatatc gacacctacg aagaggaaga
     2761 gccaattgat ctgcacgacg tcatgcaccg catccgtaat ctcgaggcac gtcgtacaga
     2821 gctcgatcgc caaatcgccg cctgcttcgc cgaactgggt ataactaaca tccaataatt
     2881 ccaccctatg cgcctcacca tattaggaag cagctccgcc gccaacggct acgtgttgga
     2941 taatggccgc gaggcactcg tgctcgaatg cggctgccca ctcatcgacc tccagcgcgc
     3001 cgtcgacttc gacctccgtc gtgtggccgg cgtcttgctc acccatgagc acggcgacca
     3061 tgcccggcac gcaaagaagt acatcaagtc cgccctgccg ctctacgcct ccgagggcac
     3121 actgatgaag ctccccgaag aggcacttgc ctcgacgttt tcgaaccccg tgcgcccgcc
     3181 caagcctttc cgtgtaggtg gtttccgggt gctccccttc gacgtgaagc acgacgctgc
     3241 cgaaccgctg ggcttcatgg tggcgcaccc cgagatgggt gctttggtct ttgccaccga
     3301 cacgcgcttc ctaccctaca cgttcgacgg cgtaaagaca tggctcctcg agtgtaacta
     3361 cgacaccgcc ctactggctg agaacgcccg ccggggtgaa gtctccgagg cgcagcgcgt
     3421 gcgcgtcatc gaaagccaca tgagcctcga cacctgtcgc gagacgcttc aggccaacga
     3481 tctcagcgag acgcgccgca tcattcttat acacctatcc gaccgcaact ctgacgcggt
     3541 ccaattcaag aaaacaattg cccgcgccac cggccgcgag gtcatcaccg ccgaccgtgg
     3601 gcaaactatc gaactcactt aatcacaaca cataaacaaa taggagaaca gaatcatggc
     3661 atggtatgaa tgcaaagtca cacacacagt aattagcgaa gacggctgga agaccgtcac
     3721 agagccctac ctcgtcgaag cgctatccgt cacggaggct gccacgagaa tcaccgcgga
     3781 gcttgaaggc gacggcgacg tcaccattga gggcgtcacc cgcaagcgct ttcaggaagt
     3841 cttcctcgag gagggcgaat gggagcaccc tttctattta gccaaagtag ccctgaccac
     3901 cctcgatgag aaatcaggta cagagcgcga acagaccttc tgctacctca ttgaggcgga
     3961 gaccttgaag gacgccatgc agcgcctcga ggcggagctt cgcggcggcg tctcggactg
     4021 ggagctgctt tcgctctcca agtcccccat cgtggaagta gtaacggctg aaaagaaggc
     4081 ggagggagct gcctaagttc aacttaggga gcgggatttt ttcaatggca atagaaagaa
     4141 tgaataatac gggtactttt gcagcgtctt cgccaaagac gatcataacg acttctgtaa
     4201 gtgtagcatt tttcgttgct gcaattacgg cgctatacgc tacaacaagt ataggctgtc
     4261 aaatcccgat ggattgctgc actgcaaagt cagtaatcgt ctttggcgag acgggaggcg
     4321 acagcctttc ctttttcata cacccgtatt tttcattcat gccaaagacg atgaaaattg
     4381 cgcttgaggt gaagcatagt agccacacgt gcacgccaac ggagcgaaac accgtatccc
     4441 gcgccgcgtt cctgaccgaa aagaacgcaa agaacaaagc ctacgctttt atccttcaac
     4501 acggactgct tgaagacttc aggcatttca tcaacagcct ccccgacggt acagatccgc
     4561 acgggctgtg cgttgacatc cttacccgaa aattcaacac tcacaatcat ggaaagaaat
     4621 aatcagatcc aattattcga cagcccgcaa ttcgggcgaa tcagagttgc caccaacgaa
     4681 aacggtgccc cgttattcgc tgcaaccgat gtagcctcgg cgctgggata cacaaaccca
     4741 ccaaaggccg tcgcagatca ctgtaaatca ggcaatataa cgaagcgata tgtcgcgcac
     4801 tccaatggca tagggggtgt taatgtgctt ttcattccgg agtctgaagt ctatagactc
     4861 gttatgcgtt cctgccttcc ggacgccgag aaatttcaag actgggtgtg cgaggaggta
     4921 cttcccgcca tccatcacac cggaggctac atcgcagcta aagaggacga gagcccggca
     4981 gagatcatgg cgcgcgcctt gaaagtagcc gacgctacac tcaaacggca agcccagcgc
     5041 gtacagatgc tcgaggggcg tgtagaggtg cagcaagagc acatccgcgt gctcgagccg
     5101 aaagccgaat acaccgacga ggtacttcaa tcacccaaca cgtacacgtt tacgcagatg
     5161 gccaaagagt tggatttccg taccgttgcc cacctcacag cctatctgaa gaagaagggc
     5221 atcatcttcc gccaaagcgg ccgctggatg accaccgccg accattccgg caaaggctac
     5281 accaagacgc gcaccgttgc cttcgatcac agcgacggcc gcccagacac caccgtctac
     5341 accgtttgga cggagcccgg ccgccagttc ctgcaccgca tctgcaacac tcataaactg
     5401 gaggtggcaa tatgaatagc gaaaaagttt ggcttcaatg ggtacgccac ggcaaggcgt
     5461 acaccatcac taagagccga cgagagaaag tacggcgaga gcgattgagg gcagttatca
     5521 ttcttatgga ttacaccatc ggtgtaagga gtgcacaaag tgaagaatgg aagcaagcat
     5581 accgatccac acttgagaat gatttcaata tatcagacat tgacagctta tgcctttcga
     5641 ttattagaga gaaagaggac gactgggaag aattttgttt tgcgcgaaaa gtcatcaata
     5701 cagtatttta ttacaatgag agcagccaaa gcgagtatat gtcgcgcaaa atacatgaaa
     5761 cattcatccg taaactgatg gcagacgcgc aaacgccgta cgcgggcgca accgtacgcc
     5821 gtgtattcaa ggagatagag acgaaactaa tagaggcagc acgatgagaa aagaatcaca
     5881 cgaccgcgcc cgcgcggagt acataaagca ccacggctgg tcggcacggt tgcagctcgc
     5941 atggaggctg gcagggcgga tctatttcga cgataaatat atcggatacg cacaggcgtt
     6001 ttgtaaagcc tatgatagat a
//
LOCUS       SEQF2638.1|AYYF01001542.1 455 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..455
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gaactgacga cgatattgaa agatgaatat ggcatcgagc ccgcagctgc tgctgtagct
       61 gttgctgcag gaccagctga aggtgctgcg gctgttgaag agaagacctc gtttgacgtg
      121 gtactgaagg ctgcaggtgc taataagttg gctgtcgtta agttggtgaa ggaacttacc
      181 ggtctgggct tgaaggaagc taaggacttg gttgatggtg ctcccaataa tgtaaaggaa
      241 ggtgcagcga ttttccgtac tgtttcccaa gtaatctgag ccaccttctt acgattaggt
      301 tcagaagatc ctcccttttg cttagtagcc tctaacagct gaaccgcaac aggaggagtc
      361 tttactataa aatcaaaggt cttatccgca taataagtaa ttactacggg aagaactttt
      421 ccggctttat cctgagttct ggcattgaat tgctt
//
LOCUS       SEQF2638.1|AYYF01001543.1 10055 bp   DNA    linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..10055
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             426..4241
                     /gene="rpoB"
                     /locus_tag="SEQF2638.1_01958"
                     /EC_number="2.7.7.6"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0A8V2"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA-directed RNA polymerase subunit beta"
                     /db_xref="COG:COG0085"
                     /translation="MSSTAQVQRINFASIKKFLPYPDFLEVQLKSFQDFLQLDTPPER
                     RKKEGLYKVFSENFPIADTRNNFVLEFLDYYVDPPRYSIDECIARGLTYSVPLKAKLK
                     LYCTDPEHEDFDTVIQDVYLGPIPYMTERGTFVINGAERVVVSQLHRSPGVFFGQSVH
                     ANGTKLYSARIIPFKGSWIEFATDINNVMYAYIDRKKKLPVTTLLRAIGYESDKDILE
                     IFHLAEEVKVSKANLKKFIGRKLAARVLKTWVEDFVDEDTGEVVSIERNDVVIDREAE
                     LDEDNINTIVDSGAQYVLLHRGDQNLSDYAIIYNTLQKDPSNSEKEAVLYIYRQLRNA
                     DPADEASAREVITNLFFSEKRYDLGDVGRFRINRKLNLSTAVDTKVLTKEDIIEIIKY
                     LIELINSKAVVDDIDHLSNRRVRTVGEQLYNQFGVGLARMARTVRERMNVRDNEVFTP
                     IDLINAKTISSVVNSFFGTNALSQFMDQTNPLAEITHKRRLSALGPGGLSRERAGFEV
                     RDVHYTHYGRLCPIETPEGPNIGLISSLCVYAKINDLGFIATPYRKVEDGKVDFSEDA
                     ITYYTAEEEENKIVAQGNTPLDDDGHFLLDRVKARYEADFPVVEPDKVSLMDVSPTQI
                     ASIAAGLIPFLEHDDANRALMGSNMMRQAVPLIRTDAPIVGTGIEGQVARDSRTQVIA
                     EREGEIVFVDATCIKIKYDRTEEEEFISFEDAIKTYNIPKWRKTNQSTTVDLRPICHP
                     GQRVKKGDILTEGYSTQNGELALGRNVKVAYMPWKGYNYEDAVVLNERMVREDFFTSV
                     HVDEYILEVRETKRGMEELTSDIPNVSEDAIKDLDERGIIRVGAHVKPGDILIGKITP
                     KGESDPTPEEKLLRAIFGDKAGDVKDASLKATPSLRGVVIRTNLFSKMVKKRASSRLA
                     DKAILPKIDEEYEEKLAQLKTSLVDKLQSLTNGKTSQGVKDYLNTEVIPRGVKFSRKM
                     LEELDYNAIQVSKWTTDAAKNELIKQLIVNYLKKYKELDSELRRKKFDLTVGDELPTG
                     IVQIAKVYIAKKRKIQVGDKMAGRHGNKGIVSKIVRQEDMPFLEDGTPVDICLNPLGV
                     PSRMNLGQIFEAVLGWAGRTLDVKFATPIFDGASIDDLNEWTDKAGIPRYGKTYLYDG
                     GTGERFDQPATVGVTYFLKLGHMVDDKMHARSIGPYSLITQQPLGGKAQFGGQRFGEM
                     EVWAIEAFGAAHILQEILTVKSDDVVGRSKAYEAIVKGDIMPTPGIPESLNVLLHELK
                     GLCLSLTLD"
     CDS             4390..4578
                     /locus_tag="SEQF2638.1_01959"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFVHIRKVSCNLQEMFVHLRKVSCNLREMFVHLRKVSCNLREMF
                     VHLRKVSCNLREMFVDLQ"
     CDS             4599..4757
                     /locus_tag="SEQF2638.1_01960"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFVHLRKVSCNLREMFVDLRKAQTLEEIQFHPISCDPSRYKYDY
                     IIEEDYGF"
     CDS             4747..9126
                     /gene="rpoC"
                     /locus_tag="SEQF2638.1_01961"
                     /EC_number="2.7.7.6"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0A8T7"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA-directed RNA polymerase subunit beta'"
                     /db_xref="COG:COG0086"
                     /translation="MAFRRENKIKTDFTKITIGLASPEEILENSYGEILKPETINYRT
                     YKPERDGLFCERIFGPVKNYECYCGKYKRIRYKGIVCDRCGVEVTEKKVRRERSGHIQ
                     LVVPVAHIWYFRSLPNKIGYLLGLPTKKLDSIIYYERYVVIQTGEAENVNDMDLLSEE
                     EYLNILDTLPKENQMLEDTDPNKFIAKIGAEAIYDLLTRIDLDTLSYDLRHHAMTDTS
                     QQRKNEALKRLQVVEAFRASKGRNRPEWMIIKVVPVIPPELRPLVPLDGGRFATSDLN
                     DLYRRVIIRNNRLKRLIDIRAPEVILRNEKRMLQEAVDSLFDNSRKSSAVKTDANRLL
                     KSLSDSLKGKQGRFRQNLLGKRVDYSARSVIVVGPELKMHECGLPKDMAAELYKPFII
                     RKLIERGIVKTVKSAKKIVDRKEPVVWDILEYVMKGHPVLLNRAPTLHRLGIQAFQPK
                     MIEGKAIQLHPLACTAFNADFDGDQMAVHLPLGNEAVLEAQMLMLASHNILNPANGAP
                     ITVPSQDMVLGLYYITKLRKGTRGEGLIFYGPEEARIAYNEKKLDIHAPIKVYVNDRD
                     AEGNPVRHMVETSVGRLMVNEFVPEEVGYVNEVWGKKALRDIIGNVIKTCGVARTAQF
                     LDDIKNLGYYMAFKGGLSFNLADVLIPPEKDSIVKEGYDEVEQITSNYNMGFITNNER
                     YNQIIDTWTHVNSKLSKTLIDQLSSDNDGFNSIYMMMDSGARGSKEQIRQLSGMRGLM
                     AKPQKSGSDGGQIIENPILSNFKEGLSVLEYFISTHGARKGLADTALKTADAGYLTRR
                     LVDVSHDVIINEEDCGTLRGLVCTELKNNEDVIASLYERILGRVSVHDVVHPITGKII
                     VHSGEEIREKEAMEIQESPIESVEIRSVLTCESKKGVCAKCYGRNLSTGRMVQKGEVV
                     GVIAAQSIGEPGTQLTLRTFHVGGIASNIATENSLISKYDGVLEIDELRVVDSESDGC
                     KIVVSRLAELRIVDPNTKIVLHNHNIPYGSKIFFDNGATVKKGDKIIEWDPFNAVIVS
                     EAAGRITFESMEENITYKVESDETTGLKEKIIIESKDKTKVPVAHVVSDEGTTLKNYA
                     LPLGAHVIKEDGDLIKTGEVLVKIPRAVGKTGDITGGLPRVTELFEARNPSNPAVVSE
                     IDGEVSFGKIKRGNREVMVTSKLGETKKYMVPLSKQLLVQENDYVRAGMPLSDGAITP
                     SDILSIKGPTAVQEYIVNEVQDVYRLQGVKINDKHFEVIVRQMMRKVEIADAGDTRFL
                     EQQLVDKIDVMEENDRMWGKKVVTDPGESDTLNAGQIVTARKLRDENSSLKRRDKKLV
                     EARDAKPATTIQILQGITRAALQTSSFMSAASFQETTKVLNEAAISGKSDRLEGLKEN
                     VICGHLIPAGTGRREFDRLIVGAKDDFDRIAAERELAELGETLETPAPRKTKKKKAAP
                     APAPAPVVESETVVLTSDAIVEP"
     CDS             complement(9517..10044)
                     /locus_tag="SEQF2638.1_01962"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGFVEEEDEARPVEVAHLGQALKKLGKEIEEEGGVELRGAHEAF
                     GLEDVDDAAAVAWLEEVEDVEGRFAEEMVGALLLKRQQSALYGADGGHGDVAVGRGVA
                     GALLADVLQHFAEVFEVKQQELLVVRDTEGDREDVALDVVQVEQLAEEQRSHLGDGGA
                     QRMAGLAEDVPEADG"
ORIGIN      
        1 gaactgacga cgatattgaa agatgaatat ggcatcgagc ccgcagctgc tgctgtagct
       61 gttgctgcag gaccagctga aggtgctgcg gctgttgaag agaagacctc gtttgacgtg
      121 gtactgaagg ctgcaggtgc taataagttg gctgtcgtta agttggtgaa ggaacttacc
      181 ggtctgggct tgaaggaagc taaggacttg gttgatggtg ctcccaataa tgtaaaggaa
      241 ggtgcagcga aagccgaggc tgaagatttg aagaagaggt tagaagaggc tggggctgaa
      301 gttgagctta aatagtctct atctcctgtt tatcaggtaa tatggttaag tctcccctat
      361 gtgtggggat acttaacctt tttgtgtcta tctcataagt tcagaataaa ctcgttcaat
      421 agaagatgtc ttcaacagcc caagtccaga gaataaattt cgcttcgata aaaaagtttc
      481 taccctatcc ggactttctc gaagtacagt taaagtcgtt ccaagacttt ttgcaactcg
      541 atacgcctcc agagaggagg aagaaggaag ggttgtataa agtgttttct gagaacttcc
      601 ccatagcgga tacgcgaaat aatttcgtgt tggagttctt ggattattat gtagatccgc
      661 ctcgttattc gattgacgaa tgcatcgcac gtggactgac gtatagcgtc cctctaaagg
      721 caaaactgaa attgtattgt acggatccgg agcatgaaga ttttgatacg gtcattcagg
      781 acgtttattt agggccgatt ccgtatatga cggagcgggg aacgtttgtt attaatggtg
      841 cagaacgagt ggtcgtttct cagttacatc gttcgccagg cgtctttttt ggtcagagtg
      901 ttcacgctaa tgggacgaaa ctttattcag ctcgaatcat cccattcaag ggctcatgga
      961 ttgaatttgc tacagacatt aataatgtca tgtatgccta catcgatcga aagaagaaac
     1021 tgcctgttac gactttactt cgcgccatag gctacgagag cgataaagac atcttggaga
     1081 tattccattt agccgaagag gtgaaggtgt ctaaggccaa tctgaagaaa tttatcgggc
     1141 gcaaattggc ggctcgtgtg ttgaagactt gggttgagga ctttgtggat gaagacacag
     1201 gtgaggtggt ttcgatagag cgaaacgatg tagtgattga ccgtgaggct gagctggatg
     1261 aggacaacat caacaccatc gtggattcgg gtgcacagta tgtgttgctc catcgtggag
     1321 accaaaatct gtcagactac gcgatcatct acaatacgct gcagaaggat ccgagtaatt
     1381 cggagaagga agctgtgttg tacatctatc gtcagttgcg taatgctgat ccggcggatg
     1441 aggcaagtgc cagagaggtc atcacgaatc tgttcttttc cgagaaacgc tatgatttgg
     1501 gcgatgtggg gcgcttccgg atcaatcgca aattgaatct gtcgacagcg gtagacacaa
     1561 aggtgttgac gaaggaggac atcatcgaaa tcatcaaata cctcatcgag ctgatcaact
     1621 ccaaggcggt tgttgatgat attgaccact tgagtaatcg tcgtgtgcgt acggtgggtg
     1681 agcagctgta caatcaattt ggtgtcgggt tggcgcgtat ggcgcgtacg gtacgcgagc
     1741 gaatgaacgt acgcgataat gaggtcttta ctccgattga cctgatcaat gccaagacga
     1801 tctcgtctgt cgtcaattcg ttcttcggaa cgaacgcttt gtcgcagttt atggatcaga
     1861 cgaatccgtt ggctgagatt acgcacaagc gccgtttgtc tgcattggga ccgggtggat
     1921 tgtcgcgtga acgtgccgga ttcgaggtgc gcgacgtgca ctatacgcac tatggccgtc
     1981 tgtgccccat cgagacacca gaaggtccga acattggact gatctcgtcg ctgtgtgtgt
     2041 atgccaagat caatgacctc ggattcatcg ctacacctta tcgaaaggtt gaggacggaa
     2101 aggtggattt ctcggaagac gccataacct attacaccgc agaggaagag gagaacaaaa
     2161 tcgtagcaca agggaatacg ccgctggatg acgacggtca ctttttgctc gaccgcgtta
     2221 aggcgcgcta tgaagcagac ttccctgtag tggagccaga taaggtgagt ctgatggacg
     2281 tctctccgac acagatcgca tcgatcgctg ctggactgat ccccttcttg gaacatgacg
     2341 atgcgaaccg tgcgctgatg ggatcgaaca tgatgcgcca ggctgtaccg ttgatccgca
     2401 ccgatgcgcc gatcgtggga acgggcattg aggggcaggt ggcacgcgac tcgcgaacgc
     2461 aggtgattgc cgaaagagag ggtgagattg tgttcgtaga tgcgacctgt ataaagatca
     2521 aatacgaccg gactgaggaa gaagaattca tcagtttcga ggatgcaatt aagacttaca
     2581 acatccctaa gtggcgcaag acgaaccaga gcacgacggt cgatttgcgg cccatttgtc
     2641 atcctggcca acgggtgaag aagggtgaca ttctgacaga aggctactct acgcagaatg
     2701 gcgaattggc gctgggacgg aacgtgaaag tggcctacat gccgtggaag ggatacaact
     2761 atgaggacgc cgtggtgctg aacgaacgca tggttcggga ggacttcttc acctcggtgc
     2821 atgtggacga atacatcctc gaggtgcgtg aaacgaagcg cggtatggag gagttgacct
     2881 ccgatattcc gaacgtcagc gaggatgcaa ttaaggactt agatgaacgc ggcattatcc
     2941 gcgtcggtgc gcacgtgaag ccgggtgaca tcctgatcgg gaagatcacg ccgaagggag
     3001 agtcggatcc gacaccggag gagaagctgc tgcgcgccat cttcggcgat aaggcgggcg
     3061 acgtgaagga cgcttcgctg aaggctacac cgtcattacg aggcgtggtg attcggacga
     3121 acctcttctc gaagatggtg aaaaagcgcg cctcgtcacg cttggccgat aaggctatac
     3181 tgcccaagat cgacgaggaa tatgaggaga aattggcgca gctgaagacc tcgctggtcg
     3241 ataaactgca atcgctgaca aacggaaaga cctcgcaggg cgtgaaggac tatctgaata
     3301 cggaggtcat accccgcggt gtgaagttct cgcgcaagat gctcgaggag ctggactaca
     3361 acgcgatcca agtcagcaag tggacaacgg atgcagccaa aaacgagcta atcaagcagc
     3421 tgatcgtgaa ttacctcaag aaatacaagg agctggattc ggagcttagg cgaaagaagt
     3481 tcgacctcac cgtgggcgac gagctgccga ccggcattgt gcagattgcg aaggtctaca
     3541 tcgccaagaa gcgtaagatt caggtgggtg acaaaatggc cggtcgtcac ggaaacaagg
     3601 gtatcgtgtc aaagattgtg cgccaagagg acatgccttt cctcgaggat ggtacaccgg
     3661 tggacatctg tctcaacccg ctgggtgtgc cttcgcgaat gaacctcggg cagatcttcg
     3721 aggccgtcct cggatgggcc ggaagaacgc tcgacgtgaa gtttgctaca ccgattttcg
     3781 acggcgcttc gatcgacgac ttgaacgaat ggacggacaa agcaggcatt cctcgctatg
     3841 gcaagacgta tctctacgac ggcggcacgg gcgaacgctt cgaccagcca gccaccgtgg
     3901 gcgtgacgta cttcctcaag ctcggccaca tggtggacga caagatgcac gcccgctcca
     3961 tcgggccgta ctctctgatc acgcagcagc cactcggcgg taaggcccag ttcggtggac
     4021 agcgcttcgg agagatggag gtctgggcca tcgaggcctt tggtgctgcg cacatcttgc
     4081 aggagatttt gaccgtgaag tcggacgatg tcgtgggccg ctcgaaagcc tacgaggcca
     4141 tcgtgaaagg cgacatcatg ccgacaccgg gcattccgga gtcgctcaac gtgttgctcc
     4201 atgaactcaa agggctctgc ttgagcctca cattagatta aagatacagc gcatgaatcg
     4261 gggcgaaaga gggaggcgtc cctctcttcc cctttttcat agggacgaat agcagggggg
     4321 cacagcagac tcctgcaatc tgcgggagat gttcgccaac cgacggtgat ctcctgcaac
     4381 ttgcgggaga tgttcgtaca catacggaag gtctcctgca atctgcagga gatgttcgta
     4441 cacctacgga aggtctcctg caatctgcgg gagatgttcg tacacctacg gaaggtctcc
     4501 tgcaacttgc gggagatgtt cgtacaccta cggaaggtct cctgcaactt gcgggagatg
     4561 ttcgtagacc tacagtgatc ccctgcaact tgcaggagat gttcgtacac ctacggaagg
     4621 tctcctgcaa cttgcgggag atgttcgtag acctacggaa ggcccaaaca ctcgaggaga
     4681 ttcagtttca ccccatttca tgcgacccat cgcgatacaa atacgactat ataatagaag
     4741 aggattatgg cttttaggag agagaataag ataaagacgg atttcacgaa gatcacgatc
     4801 ggactggctt caccggagga gattttggag aactcctacg gtgagattct caagcccgag
     4861 acgatcaatt accgcacgta caagcccgaa cgcgacggac tgttctgcga gcgcatcttc
     4921 gggccggtga agaactacga atgctattgc ggaaaataca aacgcatccg ctacaaaggc
     4981 atcgtctgcg accgttgcgg ggtcgaggtg acggaaaaga aggtgcggcg agagcgttcg
     5041 ggacatatac agctcgtcgt tcccgtggct cacatttggt atttccgctc gttgcccaac
     5101 aagatcggct acctgcttgg cctgccaacc aagaagctgg attcgatcat ctactatgag
     5161 cgttacgtag ttatccagac cggtgaggct gaaaatgtga atgatatgga cctcctctcc
     5221 gaagaggaat acctgaacat cctcgacacc ctgccgaagg aaaaccaaat gctcgaggat
     5281 acggacccga acaagttcat cgccaagatc ggcgccgagg cgatctatga cctcctgacg
     5341 cgcatcgatc tcgacaccct ctcttacgac ctgcgccacc acgccatgac cgacacctcg
     5401 caacagcgca agaacgaagc cctgaagcgc ctgcaggtgg tcgaggcttt ccgtgcgtca
     5461 aaggggcgca accgtccgga gtggatgatc atcaaagtcg tgcccgtcat tccgcccgag
     5521 ctgcgtccgc tcgttccgct cgatggtgga cgctttgcca cctccgactt gaacgacctc
     5581 tatcgtcgtg tcatcatccg caacaaccgt ctcaaacggc tcatcgacat ccgcgccccg
     5641 gaagtcatcc tccgcaacga gaagcgcatg ctccaagagg ccgtcgattc gctcttcgac
     5701 aactcgcgta agtcgagcgc cgtcaagacg gacgccaacc gcctcctcaa atctctctcc
     5761 gatagtctga agggtaagca gggacgcttc cgccagaacc tgctcggtaa acgtgtcgac
     5821 tactccgcac gctccgtcat cgtcgttggc cccgagctga agatgcacga atgcggtctg
     5881 cccaaggata tggccgccga actctataag ccattcatca tccgtaagct catcgagcgt
     5941 ggcatcgtga agacggtcaa gtcggccaag aagatcgtcg accgcaaaga gcccgtcgtg
     6001 tgggacatcc ttgaatacgt catgaagggt catcccgtcc tcctcaaccg tgccccgacg
     6061 cttcaccgcc tcggtatcca ggccttccag ccgaagatga tcgaggggaa agccattcag
     6121 ctccacccct tggcctgtac cgctttcaac gccgacttcg acggtgacca gatggctgtc
     6181 catctgccgc tgggcaacga ggccgtgctc gaagcgcaga tgctcatgct cgcttcgcat
     6241 aacatcctca acccagccaa cggcgccccc atcaccgtgc cctcgcaaga catggtgctc
     6301 ggactctatt acatcaccaa gctccgcaaa ggcacccgcg gcgaagggct catcttctac
     6361 ggccccgagg aggcacgcat cgcttacaac gaaaagaagc tcgacatcca cgccccgatc
     6421 aaggtctatg tcaacgaccg cgacgccgaa ggcaaccccg tccgtcacat ggtcgagacc
     6481 tccgtgggcc gactcatggt caatgagttc gtacccgaag aagtgggtta cgtcaatgag
     6541 gtttggggca agaaagccct gcgcgacatc atcggcaacg tgatcaaaac ctgcggcgtg
     6601 gcccgtacgg cacagttcct cgacgacatc aagaacctcg gctattacat ggccttcaag
     6661 ggtggcctgt cgttcaacct ggccgacgtg cttatcccgc ccgaaaagga cagcatcgtc
     6721 aaggagggat acgacgaagt ggagcagatc acgtccaact acaacatggg cttcatcacc
     6781 aacaacgagc gttacaacca gatcatcgac acctggacgc acgtcaacag taagctctcc
     6841 aagacgctca tcgatcagct cagttcggac aacgacggct tcaactccat ctatatgatg
     6901 atggattccg gtgctcgtgg atcgaaggag cagatccgtc agctttcggg catgcgtggt
     6961 ctgatggcca agccgcagaa gagcggtagc gacggcggtc agatcatcga gaacccgatc
     7021 ctttcgaatt tcaaagaggg actctccgtg ttggagtact ttatctccac ccacggtgcc
     7081 cgaaaaggtt tggccgacac cgccctcaag acagccgacg ccggatacct gacgcgtcga
     7141 ctcgtagacg tctcgcacga cgtgatcatc aacgaggaag actgcggtac gctgcgcggc
     7201 ctcgtctgca cggaattgaa gaacaacgaa gacgtcatcg cctcgctcta cgaacgtatt
     7261 ctgggccgcg tgtctgtgca tgatgtcgtt catccgatca cgggtaaaat catcgtccac
     7321 tcgggtgaag agattcgtga gaaggaagcc atggagatcc aggaatcgcc gatcgaaagt
     7381 gtcgaaatcc gctccgtgct cacgtgcgaa tcgaagaagg gcgtctgtgc caagtgctac
     7441 ggccgcaacc tctctacggg tcgcatggtg cagaagggcg aagtggtcgg cgtcatcgcc
     7501 gctcagtcca tcggtgagcc gggtacacag cttacactgc gtacattcca cgttggtggt
     7561 atcgcctcga acatcgctac cgaaaacagc ctcatctcca agtacgacgg tgtgctggaa
     7621 atcgatgagc tgcgcgtggt agactccgag agcgatggct gcaagatcgt agtcagccgt
     7681 ctggccgaat tgcgcatcgt agacccgaac acgaagattg tgctgcataa ccacaacatc
     7741 ccctacggtt cgaagatctt cttcgacaat ggcgccaccg tgaagaaggg cgacaagatt
     7801 atcgaatggg accccttcaa tgccgttatc gtctccgagg ccgccggacg gatcacgttc
     7861 gaaagcatgg aagagaacat cacctacaag gtggaaagcg atgaaaccac aggcttgaag
     7921 gagaagatca tcatcgaatc gaaagacaaa acgaaggttc ccgtggcgca cgtagtcagc
     7981 gacgagggca cgacgcttaa aaactatgcg ctgccgttgg gtgctcacgt gatcaaggag
     8041 gatggcgacc tgatcaagac gggcgaggtg ctcgtaaaga ttccgcgcgc cgtcggtaag
     8101 acgggcgaca tcaccggtgg tctgccgcgt gtcacggagc tcttcgaggc gcgtaacccg
     8161 tccaacccgg ccgtagtgtc tgagatcgac ggtgaggtca gcttcggtaa gatcaagcga
     8221 ggcaatcgcg aagtcatggt cacctccaag ctcggcgaaa cgaagaagta catggttccg
     8281 ctttccaagc agcttctggt gcaggaaaac gactatgtcc gcgccggtat gccactctct
     8341 gacggtgcca tcaccccgtc cgatattctc tccatcaagg gtcccacggc cgtgcaggag
     8401 tacatcgtca acgaggtgca agacgtctat cgtttgcagg gcgtgaagat caacgacaag
     8461 catttcgagg tgattgtacg ccagatgatg cgcaaggtgg agattgccga tgcgggcgac
     8521 acgcgtttcc tcgagcaaca gcttgtcgat aagatcgacg tcatggagga gaatgatcgt
     8581 atgtggggca agaaggtggt gactgatccg ggcgagtcgg atacgctcaa cgctggacag
     8641 atcgtcaccg cgcgtaagct ccgcgacgag aacagttcgc tcaagcgccg tgacaaaaag
     8701 ctcgtcgagg ctcgcgacgc gaaaccagcg acaacgatcc agatcctcca gggtatcacc
     8761 cgcgccgcac ttcagacgtc cagcttcatg tccgccgcct ctttccagga gacgaccaag
     8821 gtgctcaacg aggccgccat cagcggtaag tctgaccgcc tcgagggact gaaggagaac
     8881 gtcatctgcg gacacttgat cccggccgga acgggccgcc gcgagttcga tcgactcatc
     8941 gttggcgcca aggacgactt cgatcgcatt gctgccgaac gcgagctggc cgagctgggc
     9001 gaaacccttg agacgcctgc accacgcaag acgaagaaga agaaagccgc cccggcacct
     9061 gcccccgcac ctgtggttga gtccgagacg gtcgttctga cctccgacgc tatcgtggag
     9121 ccgtaagcgc acacgttacg agttacaggc tgcctatccg gcggcttgta actcgcaact
     9181 acttctcaga agctctcctt acttataaca atccatcacc tcatgcttga caaccaaaac
     9241 agagcatgca tagccgtaac tgcgggaggg ggcgacgtct gccttctccc gcagatggct
     9301 aataggcatg gcctcatcgc cggtgccaca ggcacgggca agacctgcac gctgcaaaac
     9361 atggccgaga cattcagtcg catgggtgtc cccgtctttg ccaccgacat caaaggcgat
     9421 ctctccggag tggcccgccc gggcggtggt aacgccgccc tgcaacgcag cgtggacgcg
     9481 caccaccttg ccgaacgtgg ctttgcctac gccgcctcac ccgtctgcct ctgggacatc
     9541 ttcggcgagg ccggccatcc gctgcgcacc accatctccg agatgggacc gctgctcctc
     9601 agccagctgc tcgacttgaa cgacatccaa agcaacgtcc tctcgatcgc cttccgtatc
     9661 gcggacgacg agcaactcct gctgcttgac ctcaaagacc tccgcaaaat gttggagcac
     9721 atcggccagg agcgcacccg ctacaccacg gcctacggca acatctccgt ggccaccatc
     9781 ggcgccatac agcgcggact gctggcgctt gaggagcaag gcgccgacca tttcttcggc
     9841 gaaccggcct tcgacatcct cgacttcctc cagccacgcg acggccgcgg cgtcatccac
     9901 atcctcgagg ccgaacgcct catgcgctcc ccgaagctct acaccacctt cctcctctat
     9961 ctcctttccg agctttttga gcgcctgccc gaggtgggcg acctcgaccg gccgcgcctc
    10021 gtcttcttct tcgacgaagc ccacctgctc ttcaa
//
LOCUS       SEQF2638.1|AYYF01001544.1 544 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..544
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 ccttcagctg gtcctgcagc aacagctaca gcagcagctg cgggctcgat gccatattca
       61 tctttcaata tcgtcgtcag ttcgctaact tcctttacgg tgaggttcac taattgctct
      121 gctaaagctt tcaaatctgc cattttctta tgatttatcg attattattc cgtattaatt
      181 attttctatc tcttctcgag agtttgtaaa acaccatgta taacgtgtcc agaggaggac
      241 tgcaatgccg agatcagatt ctttatcggc gattgcaaca agccgatcac atctcccaac
      301 atttcctctc tgctcttcag acttgctaac gtgtcaagat gttcaactcc tacataaaaa
      361 ctttcctgta catatgcggc cttcaactga ggcttcccct cacctttcgt gcccttagta
      421 aagtccttaa ttaacctagc cggagtattc accacgttag agaactgacg acgatattga
      481 aagatgaata tggcatcgag cccgcagctg ctgctgtagc tgttgctgca ggaccagctg
      541 aagg
//
LOCUS       SEQF2638.1|AYYF01001545.1 1385 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1385
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(346..1041)
                     /gene="rplA_1"
                     /locus_tag="SEQF2638.1_01963"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q99W68"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L1"
                     /translation="MGKVTKKRKLAESKLEAGSSYTLQEASVLVKEISMTKFDASVDI
                     DVRLGIDPRKSNQMVRGVVSLPHGTGKETKVLALCTPDKEAEAKAAGADFVGLDDYIE
                     KIKGGWTDVDIIITMPSIMGKIGALGRILGPRGLMPNPKSGTVTNDVGGAVKEVKQGK
                     IDFKVDKAGIVHTSIGKVSFSPEQISGNAKEFISTLVKLKPTAAKGTYIKSIYLSSTM
                     SPGIRVEPKSVDE"
ORIGIN      
        1 tcaactgagg cttcccctca cctttcgtgc ccttagtaaa gtccttaatt aacctagccg
       61 gagtattcac cacgttagag aacatgacag cggtattccc cttcagtgtc gaatataatg
      121 ctgaataatc aacatccata ttctctagag ccctcttaaa caaggtgttt ttaacaacga
      181 ctaacttcac attctcttta aagcacaatc ttctcagcgc acttgtcttc tcagcattca
      241 atgcctcaat atctgtcaaa tagaagttgt catactcctt cagtgtctca gtcaattgtc
      301 ctataacaat gctcttatct tccttcttca tcgtacttac atgtattact catcaacaga
      361 tttcggttca accctaatac ccggactcat ggtactagaa agatatatac tcttgatata
      421 ggtacctttt gcagccgtag gtttcaactt aaccaatgta gaaataaact ccttcgcatt
      481 tccactaatc tgctctggac taaacgagac tttcccaatg gaagtatgaa caataccggc
      541 cttgtcaact ttaaaatcga tcttgccttg cttaacctct ttaacggcac cacctacatc
      601 attagtaaca gtaccacttt tcggattagg cattaaacca cgagggccca agatccttcc
      661 taaagctcca atttttccca tgatagacgg catcgtaatg ataatatcga catcggtcca
      721 tccaccttta atcttctcaa tgtaatcatc taatccgaca aaatctgcac ctgcagcctt
      781 agcctcggcc tctttatcag gcgtacataa agctaaaacc ttagtctctt ttccagttcc
      841 atgaggaaga gatacaacgc cacgaaccat ttgattagac ttacgaggat ctatcccgag
      901 gcggacgtca atatccacag atgcatcaaa cttcgtcatc gaaatttctt tcaccaatac
      961 cgaagcttct tgcagtgtat acgaacttcc tgcttcaagt ttgctctcag ccaactttcg
     1021 tttcttagtt actttaccca tcttcttaat tgagtttatt gattcgtcgt tgggaaagcg
     1081 ccccttacag caatgcccat acttcgagca gttccagcta ccatccgcat agcagactca
     1141 acagtaaagc aattcaaatc taccagctta tcctcagcga ttttccgtac tgtttcccaa
     1201 gtaatctgag ccaccttctt acgattaggt tcagaagatc ctcccttttg cttagtagcc
     1261 tctaacagct gaaccgcaac aggaggagtc tttactataa aatcaaaggt cttatccgca
     1321 taataagtaa ttactacggg aagaactttt ccggctttat cctgagttct ggcattgaat
     1381 tgctt
//
LOCUS       SEQF2638.1|AYYF01001546.1 1229 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1229
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(346..1041)
                     /gene="rplA_2"
                     /locus_tag="SEQF2638.1_01964"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q99W68"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L1"
                     /translation="MGKVTKKRKLAESKLEAGSSYTLQEASVLVKEISMTKFDASVDI
                     DVRLGIDPRKSNQMVRGVVSLPHGTGKETKVLALCTPDKEAEAKAAGADFVGLDDYIE
                     KIKGGWTDVDIIITMPSIMGKIGALGRILGPRGLMPNPKSGTVTNDVGGAVKEVKQGK
                     IDFKVDKAGIVHTSIGKVSFSPEQISGNAKEFISTLVKLKPTAAKGTYIKSIYLSSTM
                     SPGIRVEPKSVDE"
ORIGIN      
        1 tcaactgagg cttcccctca cctttcgtgc ccttagtaaa gtccttaatt aacctagccg
       61 gagtattcac cacgttagag aacatgacag cggtattccc cttcagtgtc gaatataatg
      121 ctgaataatc aacatccata ttctctagag ccctcttaaa caaggtgttt ttaacaacga
      181 ctaacttcac attctcttta aagcacaatc ttctcagcgc acttgtcttc tcagcattca
      241 atgcctcaat atctgtcaaa tagaagttgt catactcctt cagtgtctca gtcaattgtc
      301 ctataacaat gctcttatct tccttcttca tcgtacttac atgtattact catcaacaga
      361 tttcggttca accctaatac ccggactcat ggtactagaa agatatatac tcttgatata
      421 ggtacctttt gcagccgtag gtttcaactt aaccaatgta gaaataaact ccttcgcatt
      481 tccactaatc tgctctggac taaacgagac tttcccaatg gaagtatgaa caataccggc
      541 cttgtcaact ttaaaatcga tcttgccttg cttaacctct ttaacggcac cacctacatc
      601 attagtaaca gtaccacttt tcggattagg cattaaacca cgagggccca agatccttcc
      661 taaagctcca atttttccca tgatagacgg catcgtaatg ataatatcga catcggtcca
      721 tccaccttta atcttctcaa tgtaatcatc taatccgaca aaatctgcac ctgcagcctt
      781 agcctcggcc tctttatcag gcgtacataa agctaaaacc ttagtctctt ttccagttcc
      841 atgaggaaga gatacaacgc cacgaaccat ttgattagac ttacgaggat ctatcccgag
      901 gcggacgtca atatccacag atgcatcaaa cttcgtcatc gaaatttctt tcaccaatac
      961 cgaagcttct tgcagtgtat acgaacttcc tgcttcaagt ttgctctcag ccaactttcg
     1021 tttcttagtt actttaccca tcttcttaat tgagtttatt gattcgtcgt tgggaaagcg
     1081 ccccttacag caatgcccat acttcgagca gttccagcta ccatccgcat agcagactca
     1141 acagtaaagc aattcaatgc cagaactcag gataaagccg gaaaagttct tcccgtagta
     1201 attacttatt atgcggataa gacctttga
//
LOCUS       SEQF2638.1|AYYF01001547.1 1031 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1031
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(283..756)
                     /locus_tag="SEQF2638.1_01965"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHDGLYRPARAAARYLRGDDAPMRPYDRXRKGHRRPRRALLHRP
                     THLVVARPRRTXRRLXAXXPLRPRVLHHVLPVGRLRHGQRRTLARRARHRETRSRAAK
                     RPPIAARPARQTRRRGLPARQVAGLLSRRCGVGREGAGDGLHRPGGCDHARRHVR"
ORIGIN      
        1 ttgctgatca tcagcacttg gattttggtc aggagtgcgg tgaggatcga gctgacgggc
       61 aaccagaggt agaccgagat gtatcgcgcg aaccacgcgc tgagcgagcc gccgaggcca
      121 tcccacacgg cgatgccgaa gacgatcggg ccgaggatgg agaggacgat gagaatgaac
      181 gtgcggaggg tgtcgatgac gagcgaggcg gcgttgtaga cgagttcgag cgcttggtag
      241 atcttcttta cgaaccaccg cttggtgttg aaggctgtgc gctcagcgta catgccggcg
      301 agcgtgatcg catcctccgg gccgatgaag cccatctcct gcaccttctc gtcccacgcc
      361 gcatcgtcga ctaagtaagc ccgcgacttg tcgcgccggt aggcctcttc ttcgagtttg
      421 tcgcgctggt cgcgcagcga ttggaggtcg ttttgctgca cgtgaacgag tttctcggtg
      481 ccttgcacga cgggcgagag tacggcgttg accgtgccta agacgaccga cgggaagaac
      541 atgatgcaga acccgaggac gaaggggcgn agnagcggna agacgtcgat nggttcggcg
      601 cgggcgagcg acgaccagat gcgtagggcg atgtagaaga gcgcgccgag gccggcgatg
      661 ccctttgcga tncctgtcat atgggcgcat aggggcatca tctccccgta ggtagcgtgc
      721 agcagcgcgt gcaggtcggt aaagtccatc gtgcatnacc aatagcggtt atcggccgag
      781 ccgtagagtg cattgacacg ggccatctcg cccttcttgg ccgcccgtac gaagctgacg
      841 gagatgttct tacgcgtgaa gtacgacgtg gccgcgcggt actccttcac ctcgttgtag
      901 atgcgatcga tcagctcgat tcgctcctta tcgttcatcg agagcacacc gctgcggacg
      961 agcgatttca gctctttgag cgactcgctg gagcgctcca tcagcttggc atagcccgcc
     1021 gccatggccg a
//
LOCUS       SEQF2638.1|AYYF01001548.1 1004 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1004
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(283..756)
                     /locus_tag="SEQF2638.1_01966"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRNGLYRPARAAARHLRGDDAPVCPYDRYRKGHRRPRRTLLHRP
                     AHLVVARPRRTNRRLPTPPPLRPRLLHHVLPVGRPGNGQRCAFARRARHREARSRAAK
                     RPPIAPRQARQTRRRGLPARQVAGLLSRRCGVGREGAGDGLHRPGGCDHARRHVR"
     CDS             complement(756..1001)
                     /locus_tag="SEQF2638.1_01967"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MERSSESLKELKSLVRSGALSMNDKERIELIDRIYNEVKEYRAA
                     TSYFTRKNISVSFVRAAKKGEMARVNALYGSADNRYW"
ORIGIN      
        1 ttgctgatca tcagcacttg gattttggtc aggagtgcgg tgaggatcga gctgacgggc
       61 aaccagaggt agaccgagat gtatcgcgcg aaccacgcgc tgagcgagcc gccgaggcca
      121 tcccacacgg cgatgccgaa gacgatcggg ccgaggatgg agaggacgat gagaatgaac
      181 gtgcggaggg tgtcgatgac gagcgaggcg gcgttgtaga cgagttcgag cgcttggtag
      241 atcttcttta cgaaccaccg cttggtgttg aaggctgtgc gctcagcgta catgccggcg
      301 agcgtgatcg catcctccgg gccgatgaag cccatctcct gcaccttctc gtcccacgcc
      361 gcatcgtcga ctaagtaagc ccgcgacttg tcgcgccggt aggcctcttc ttcgagtttg
      421 tcgcgcttgt cgcggagcga ttggaggtcg ttttgctgca cgtgaacgag cttctcggtg
      481 ccttgcacga cgggcgaaag cacagcgttg accgttccca ggacgaccga cgggaagaac
      541 atgatgcaga agccgaggac gaaggggcgg aggagtggga agacgtcgat tggttcggcg
      601 cgggcgagcg acgaccagat gcgcagggcg atgtagaaga gtgcgccgag gccggcgatg
      661 ccctttgcga tacctgtcat atgggcacac aggggcatca tctccccgta ggtggcgtgc
      721 agcagcgcgt gcaggtcggt aaagtccatt gcgcatcacc aataacggtt atcggccgag
      781 ccgtagagcg cgttgacacg ggccatctcg cccttcttgg ccgcccgtac gaagctgacg
      841 gagatattct tacgcgtgaa gtacgacgtg gccgcgcggt actccttcac ctcgttgtag
      901 atgcgatcga tcagctcgat ccgctcctta tcgttcatcg agagggcgcc gctgcggacg
      961 agcgatttca gctctttgag cgactcgctg gagcgctcca tcag
//
LOCUS       SEQF2638.1|AYYF01001549.1 9765 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..9765
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             784..2796
                     /locus_tag="SEQF2638.1_01968"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPAYSIIDGVPALTVNDWCQSGLTYRQYCYDRRNGDVKILRRGV
                     RGETVIDARSIRRADRLRVIERVMGRVPREEHRLLYTVDMDREAEAFFAAYEKADGTR
                     LSEETVRQLTAKASIFNALGDGLRRQTERRAASGSKLKKGAYWQTMLQWHTEECRRSA
                     ETYGVAVPEYTNARSLERAFRAYMAEGYASLLPRNMGNDAARKVSRRAENLIVALWRT
                     NDKPFAARVHELYLEFAAGDTELFDRATGEVFRPDDYRYKGRPQAVSCSTIRRYLKNV
                     VNETAVYADRNGQFDYANSQRPKHVRHNGRFALSKISMDDAVLSRKSTRGWVAKYLCV
                     DVVSGYWFRPAYTVGTPTLDTVMESFRNVFCELTELGLPMPAELEVEHHLMQNIEWLP
                     EAFQFVRFCSSPTEKRAEHNIRSLKWGTSKKQGHMRGRWYGKSEAFKSVRNKVHGDFI
                     DPTFQPQTIIADDLADIELHNNALHPRQKEFPGLTRREVLLKHANPGLRPIAPERLYK
                     HIGNITETTIRNNDYVRVASAEFALADFDMLSRLQPNDRRVTAYWLPLEDGSVPCVYL
                     YQGDVYIGQATARAAMAYNECAAERTEEDEARMLVQHKRAARFDRMIRERREEIPQVG
                     RVDRETAEAVAAAPVKIVETRQPIGYEEDELTASMEDWAARAIDQL"
     CDS             3114..4007
                     /locus_tag="SEQF2638.1_01969"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG2788"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSLTNEYKEKIRAALAARRANFDGSDARFAATLGIGSAQYSRIK
                     RGETVGVLADEKWISIARRLGVGLTDAPAWQTAETPVFKYITAQLEMCQQNGLSAMLY
                     DLTDIGKTYTARQYVKTHRNAVYVDCSQVKTRQKLLRGIAREFGVGSTGRLADVYNDL
                     VFYLKTLDRPLVILDEAGDLSYEAFLEIKALWNATEHCCGYYMMGADGLSEKIRRAID
                     NKKVGYAEIFGRFGKRYGKVVPTARKEAESFLQLTATMIIKANAGADTDVNRLLRRLM
                     GEDNTPSLRRINIELSKGTNN"
     CDS             4102..4737
                     /locus_tag="SEQF2638.1_01970"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRALTARNVLTTKFNTLGFDGVWRDAVGEPELTGSWIIYGDTK
                     NGKTTFAMMLSKYLTGFGRVAYNSVEEGNSRTIQMAVDRAGLLEAGARWMLLDRESKD
                     ELCERLRRQRSADIVFIDSVQFMDLKFSEYKDLKRRFPTKLFVYISHVDGRRPSTPTA
                     LRILRDANVAFRIEGFKAFPTSRYGGGRPVVIWDKGADEYWGREVNGKTKS"
     CDS             4822..5313
                     /locus_tag="SEQF2638.1_01971"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMKTIDNDHRKRQLLKRFHMLLNRARIDEDGKREILASYGVEHS
                     SEMDCAGLADVCSKLAVAMTPRASEADRWRKRVMAAVFGYCQAMDYEADVNRVKAIAC
                     RAAGATNFNRIPLDRLRSLYNAFMQRVKDIEKVGRMADTPQGGGGFLYVMFPDGRKEI
                     PNA"
     CDS             5335..5967
                     /locus_tag="SEQF2638.1_01972"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG3992"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTAEERQEFEAYKLAKEKKAAEAKRKSDREAYTALVDETIAAVM
                     PELTNISEAIAQKKTAAAEAFRGALEMKAELFGVKDDQQSHTFTNSEGTMRITIGHYM
                     LDNYRDTVNEGIAMVKTYIESQARDDASRALVKAILRLLSRDEAGNLKASRVLQLQKM
                     AEETGDERFIEGVRIIQESYQPTPSKDYIRAAVRDESGAWVPIPLSMTDV"
     CDS             5964..6395
                     /locus_tag="SEQF2638.1_01973"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG0243"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIIAVDFDGTIHDGQWPRIGEAMPGAREAINALRAEGHYIIIWT
                     CREGRQQTEMVNWLLEKGIGFDRINDHQPDQVVTYGSDARKVYAHCYVDDKNVGGMLP
                     WKDIAAWIRHREATYRGRLRTPAKFGRVHACEVWPGTCRWE"
     CDS             6442..7269
                     /locus_tag="SEQF2638.1_01974"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG4567"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIHIGAAAAAGEVWPGTRGSDFETVVSCEIGAFGSDVLASLFPA
                     AYHHKDIRTLTKTIIDERLIPRFGADYGRRTILTGGAAIGLVPGRLRRRPQAPRYLWP
                     EMLRIIGDVRPRWVIGENVAGILSMVQPPHVATLESEPDLFGAGNELQTKCGQYTVHR
                     ICKDFEAIGYTIRPVVIPACAVGAPHRRDRVWFLASDAAADGEHWRAHDNPASAPASN
                     ATSEPRGRGAECEQQGVCGRRRSLAGYMNLAGVFCLKGRDTGTRQTSPAPAGAPPRR"
     CDS             7577..7882
                     /locus_tag="SEQF2638.1_01975"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMTGQNQTKETEGNPSMCLTRAERREARRRLMAARFYYWTEVRR
                     RRFDDVMHILSEHEFFVDERSIMDVLRGVSHYLSDLHTRRETAAALRRAYPSWNWEG"
     CDS             complement(7892..8923)
                     /locus_tag="SEQF2638.1_01976"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:vienna_vog:VOG00414"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKNAVILKSSPTNGTGPEQALYFTRSFSEPLLVIWCGNIIARDC
                     CIARAGARARELAGRNKPLGNWDIINIRMVDIRRPDPKRDFAEGVSVWPEKNTEAMID
                     EVLAQVSAASAQKECFNNPVVEGTYFKEITWGSVPPLNKFPFLISYGDPAPSNRTTHR
                     KGVKALGSFKSNVLLGILDGRLYVITAFLDHVTNDEFVNWYYYQKDYVRDRTTIYNYI
                     ENNKLQDPFYEQVFKPLFLQKAIERKFIISIAPDERAKPDKFARIEGNLEPLNRAGNL
                     IFNIAEKENPHMQRLEEQFKLFDDGLPAPADGPDAVEGGYFVAQRKVAAITPTAWSIG
                     TRPVNKKRY"
     CDS             complement(9097..9225)
                     /locus_tag="SEQF2638.1_01977"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKLTDKQALQEWEQYLQSIREETATPIAPCPWPNAKSAANGP"
ORIGIN      
        1 gggagggcgt aagtgcaacg aaaaacgaaa agtgaaaaat ggaagacgga agatgcaaga
       61 gcgggcattc atccctcacg ggatgcccgg aggcgtatgc gtgtgcgccc ctacgcatgt
      121 ttttgggcgc gctcaggatg acgagcgtag ggatgtggct tcggttcgga tgccttgggg
      181 tgttgctctc gtgcagcccg acagaggaat gtgagccggc tgtggcactg gtgctgtatg
      241 ccgcttgggc ggttatgatc gggctgatct ggtggcgcga ccgggaacga atgcggcgaa
      301 tagctgacca cctgggcgag gattaattgt tgctttgttc aatgtctaaa caaccaaaca
      361 accacccgaa atgagcctcg gatttgacca aaaaccgttt tgaagcccaa aacgtgccaa
      421 ggattgcacc aaaaaccggt tgggagccca aaacgtgcca aggattgcac caaaaaccgt
      481 tttgaagccc gaaacgtgcc aaggattgca ccaaaaaccg ttttgaagcc caaaacgtgc
      541 caaggattgc accaaaaacc gttttgaagc ccaaaacgtg ccaaggattg caccaaaaac
      601 cgatttgaag ccccaaaccc gccgaggatt gcatcaaaaa ccattttgga gtccaaaccc
      661 cggcctcgaa tagctctttc taacccttat atgcctcaaa aacttatccg agagtgatca
      721 ctgggcggct gttatgcgct gcccgggttc cccattttta gcttttagat tatagtttcc
      781 acgatgcccg cttactcaat aatagatgga gtgcccgccc tgacggtgaa cgactggtgc
      841 cagtcggggc taacttatcg gcagtattgt tacgatcgcc gcaacggcga cgtgaagatt
      901 ctgcgccgcg gcgtgcgggg cgagacggtg atcgacgcgc ggtcgatccg tcgggccgac
      961 cggctgcggg tgatcgaaag ggtgatgggg cgcgtgccgc gtgaggaaca ccggctgctc
     1021 tacaccgtgg acatggatcg ggaggcggaa gccttctttg ccgcctacga aaaggcagac
     1081 gggacacgcc tctcggaaga gaccgtccgg cagctcacgg ccaaagcctc gatcttcaac
     1141 gccctcggcg acgggctgcg ccgacagacg gagcgccgcg cggccagtgg gtcgaagctc
     1201 aagaaagggg cttactggca gacgatgctc cagtggcaca cggaggaatg ccggcggtcg
     1261 gccgaaacgt atggcgtggc cgtccccgag tacaccaacg cacgcagcct cgagcgcgcc
     1321 ttccgcgcct acatggctga ggggtacgcc tcgctgctgc cccgcaacat gggcaacgac
     1381 gcggcgcgga aggtgtcccg ccgggctgaa aacctgatcg tggcgctttg gcgaacgaac
     1441 gacaagccgt ttgcagcccg agtgcacgaa ctgtatttgg agtttgcggc gggcgatacg
     1501 gagctgttcg accgggcgac gggcgaagtg ttccgccccg atgattaccg ctacaaaggc
     1561 cgcccgcagg cggtgagctg ctcgaccatt cggcggtatc tgaaaaacgt ggtcaacgag
     1621 acggccgtct acgccgaccg caacggccag ttcgactacg ccaactcgca gcgcccgaag
     1681 catgtgagac acaatggccg gtttgccctc tccaagatct cgatggacga cgccgtcctg
     1741 tcccgaaaaa gcacccgcgg atgggtggcc aaatacctct gtgtggacgt cgtatcgggc
     1801 tactggtttc ggccggccta cactgtgggc acgccgacgt tggacaccgt gatggaatct
     1861 ttccgcaacg tcttttgcga gctcacggag ctgggtctgc ccatgccggc cgagctggaa
     1921 gtggagcatc acctgatgca aaacatcgaa tggctgcccg aggccttcca attcgtccgt
     1981 ttctgttcgt cgcccaccga gaaacgggcc gagcacaaca tccggtcgct caaatggggc
     2041 acatcgaaga agcaagggca catgcgcggc cgttggtacg gcaagtcgga ggccttcaaa
     2101 agcgtgcgca acaaggtgca cggagacttt atcgacccca cctttcaacc gcaaacgatc
     2161 attgccgacg atttggcaga catcgaacta cacaataacg ctttgcaccc gcggcagaaa
     2221 gagttccccg ggctgacccg ccgtgaggtg cttttgaagc acgccaaccc aggcctccgg
     2281 ccgatcgcgc cggaaaggct gtataaacac atcggcaaca taactgaaac gaccatccgc
     2341 aacaatgact acgtgcgggt agccagcgcc gagtttgccc ttgctgactt tgatatgctc
     2401 agccgccttc agccgaacga tcggcgcgtg acggcctact ggctgcccct cgaggatggc
     2461 tcggtgccgt gcgtctacct ctatcagggc gacgtctaca tcggccaagc gacagctcgg
     2521 gcagcaatgg catacaacga atgcgccgcg gaacgcactg aggaagacga ggcacggatg
     2581 ctcgtgcaac acaagcgtgc ggcgcgcttc gaccggatga tccgcgagcg acgcgaagag
     2641 attccccagg tgggtcgggt ggatcgggag acggctgagg ctgtggccgc ggcgccggtc
     2701 aaaatcgtcg agacccgcca gccgattggc tacgaggaag acgagctcac ggcctcgatg
     2761 gaggattggg ccgcccgcgc aatcgatcag ttatgaacca acaaaataga aactacttaa
     2821 cacgaatagg acatgtttca gcaggataac attgtagaga atgagcaatc tgataaagtg
     2881 ggcaaaacgc ctcaaacgca tttatcgcct cgcagaaagc atatggatca gccggcaatt
     2941 caactaacca atagttttcc ccttgcacct gccggcaagg gcatttcatc agccgggaaa
     3001 acgacaaaag agctttggta ctctcgacga actgcttgtc gggcagctcg tcagggattc
     3061 tgcattcaag caaatagtac tcagtcatag gaataacgtc aaaacacaca aatatgagcc
     3121 tcacgaacga atacaaagag aaaatccggg ccgcgctggc ggcgcgtcgg gccaatttcg
     3181 acggctcgga cgcccgcttt gccgccacgc ttggcatagg cagcgcgcaa tacagccgca
     3241 tcaagcgggg cgagacggtc ggggtgctgg ccgacgaaaa gtggatcagc atcgcccgcc
     3301 gcttgggcgt cggcctgacc gatgcgccgg catggcagac ggccgaaacg cccgtcttca
     3361 aatacatcac ggcgcagctc gaaatgtgcc agcagaacgg cctctcggcc atgctgtacg
     3421 acctgaccga catcggaaag acctacaccg cccggcaata tgtcaaaacg caccgcaatg
     3481 ccgtctacgt ggattgctcg caggtcaaaa cgcggcaaaa gctgctgcgg ggcatcgccc
     3541 gggagtttgg cgtgggtagc acgggacggc tggcagacgt ctacaacgac ctcgtgttct
     3601 acctcaaaac gctcgatcgg ccgctggtca tcctcgatga agcgggcgac ctcagctatg
     3661 aggctttcct cgagatcaaa gccctgtgga acgccacgga gcactgttgc gggtattaca
     3721 tgatgggcgc agatggcctc agcgaaaaga tccgccgggc catcgacaac aagaaggtgg
     3781 gctacgccga aatcttcggc cgctttggca agcgctacgg caaggtcgtg cccacggccc
     3841 gcaaagaggc cgagagcttc ctgcaactga cggccacgat gatcatcaaa gccaacgccg
     3901 gggcggatac ggatgtgaac cgcctgcttc gccgtctgat gggtgaggat aacacgccat
     3961 ccctccgacg cataaacatc gaactctcga agggaactaa caactaaaaa cgaaaaacga
     4021 aaaatggcca ggtactccgc atcgggagat cgccatcggg tacccggtca cttttcactt
     4081 ttcactttta gattttagct tatgaaaaga gcattgacgg cgcgcaatgt gctgaccaca
     4141 aagttcaaca ccctcgggtt cgacggtgta tggcgcgatg cggtgggcga gcccgaactg
     4201 acgggcagct ggatcatcta tggcgacacg aagaatggca aaacgacctt cgccatgatg
     4261 ctatccaagt atctgaccgg cttcggccgc gtggcctaca acagcgtgga ggaaggcaat
     4321 tcgcggacga tccaaatggc tgtcgaccgc gccggcttgc tcgaggcggg cgcccgctgg
     4381 atgttactcg accgcgaaag caaggacgag ctttgcgaaa ggctgcggcg gcaacgcagt
     4441 gcggacatcg tctttatcga ttccgtgcaa ttcatggatc tgaagttttc agaatacaaa
     4501 gacctcaagc gacgcttccc cacgaagctg ttcgtctaca tcagtcacgt ggacggccgt
     4561 cgcccctcga cgcccacggc cctgcgcatc ctacgcgatg ccaacgtggc cttccgcatc
     4621 gaagggttca aagccttccc cacgagccgt tatggcggcg gtcgcccggt ggtgatctgg
     4681 gataaaggcg cggatgaata ctggggacgg gaggtaaacg gaaaaacgaa aagctaaaaa
     4741 tgaaaagttg ccgggtaccc gaccggcccc ctcccgccgg taggactttt agtttttacc
     4801 ttttagattt tagttcaaag aatgatgaaa acaatagaca acgatcaccg gaagcggcaa
     4861 ctactgaagc gcttccacat gctgctaaac agggcgcgga tcgatgagga cggtaagcgc
     4921 gaaatcctcg cctcgtatgg cgtagagcat tcctcggaaa tggattgcgc gggactggcc
     4981 gacgtgtgta gtaaactggc cgtggcgatg accccgcggg cgtccgaggc tgaccgctgg
     5041 cgcaagcgag tgatggccgc cgtgttcggc tactgccaag caatggacta tgaggcggat
     5101 gtgaatcggg taaaggccat tgcctgtcgg gcggccgggg caacgaactt caaccgcatt
     5161 ccgctggatc gtttacgcag cctttacaac gcctttatgc agcgtgtaaa agacattgaa
     5221 aaggtcggcc gaatggcgga cacacctcag ggcggcgggg gcttcctcta tgtgatgttc
     5281 cccgacggac ggaaagagat ccccaacgca taaacagaaa tgacaacagt agaaatgacg
     5341 gccgaggagc gccaagagtt tgaggcctac aaactggcca aagagaaaaa agcggcggag
     5401 gccaaacgga agtccgatcg cgaagcctac acggcattgg tggatgagac gatcgcggcc
     5461 gtaatgcccg agctgacgaa tatcagcgag gctatcgccc agaaaaagac ggccgcggcg
     5521 gaggccttcc gcggggcatt ggagatgaag gcggagctgt tcggcgtgaa agacgatcag
     5581 cagtcgcaca cgttcacgaa ctccgagggc acaatgcgca tcaccatcgg gcactacatg
     5641 ctcgacaact accgcgacac ggtgaacgag ggtatcgcga tggtcaaaac gtacatcgaa
     5701 tcgcaggccc gcgacgatgc cagccgcgcg ctggtcaagg ccatcctgcg gctgctgtcg
     5761 cgcgacgagg ccggtaacct gaaggcctcc cgcgtgctac aactgcaaaa gatggctgag
     5821 gaaacgggcg acgaacgctt tatagagggc gtgcgcatca tccaagagag ctaccaaccc
     5881 acaccctcga aagactacat ccgcgcggcg gtacgcgacg agtcgggcgc ctgggtgccc
     5941 atccccttaa gcatgacgga cgtatgatca tcgcagtaga ctttgacgga acgatccacg
     6001 acggccagtg gccgaggatc ggcgaggcga tgcctggggc gcgtgaggcg atcaacgctc
     6061 tgcgcgccga agggcactat atcattatct ggacatgccg cgaagggcgc cagcaaacgg
     6121 agatggtgaa ctggctgctt gaaaagggca tcggcttcga tcgtatcaat gatcatcagc
     6181 cggatcaggt ggtgacctat ggcagcgacg cgcgcaaggt gtatgcgcat tgctacgtgg
     6241 acgataagaa cgtaggcggg atgctcccgt ggaaagatat tgccgcgtgg atccgccatc
     6301 gggaagcgac ttaccggggg cgtcttcgga cgccggcgaa gtttggccgg gtacatgcct
     6361 gcgaagtttg gccgggtaca tgccgctggg aataacacat cggaaacgaa cgacgaggtg
     6421 taaaacagga tggcagcggg gatgattcat atcggggcgg ctgcggccgc cggcgaagtt
     6481 tggccgggta cgcgcgggag cgacttcgaa acggtcgtat cgtgtgagat cggcgcattc
     6541 ggttccgacg tgttggcctc cctgttcccc gccgcctatc atcataaaga cattcgtaca
     6601 ctgacaaaaa cgatcatcga tgaaagactt attccacgat tcggcgccga ctacggccgc
     6661 cgtacgatac tcaccggggg ggcagctatc gggcttgtac ccggcagact tcgccggcgc
     6721 ccgcaggcgc cccgttacct ctggccggaa atgctgcgca ttattggtga cgtccgaccg
     6781 cgctgggtta ttggtgaaaa cgttgctggc atcctctcga tggtacaacc gcctcacgtc
     6841 gctacgctgg aaagcgagcc cgatctgttc ggagcgggta acgagcttca aacgaaatgc
     6901 gggcaataca ccgtccaccg gatctgcaaa gactttgaag ccatcggata taccatccgg
     6961 ccggtggtta ttccggcttg tgccgtcggg gcaccccaca ggcgcgaccg agtgtggttc
     7021 ctcgcctccg atgccgccgc ggatggtgaa cattggaggg cacacgataa ccctgcctcc
     7081 gcgcctgctt ccaacgccac gagcgagcct cgaggccgcg gggctgaatg tgaacaacaa
     7141 ggcgtctgcg gacgccggcg aagtttggcc gggtacatga atctcgcggg agtcttttgt
     7201 ctcaagggta gagacactgg tacccggcag acttcgccgg cgcccgcagg cgccccaccg
     7261 cgccgataaa cgattcaacg aagaagccct aagagctgcc ggcaacgcga ttgtcccgca
     7321 agtggcttat gagattatac gagggatcgt agagatagag cggggggagc attttcctga
     7381 cgtcaggaaa gaagcagaca aggtataaga gtaagatgtt ataaatttct tttgattggg
     7441 gcggccggag tccgggatgg ataggccgcc tttgctgtat ataggcgggt gacattgtgt
     7501 ctatcttttc acctgccaaa tcgtcgcccc ttccctccgc ttttgcttcc tttgcaaaag
     7561 caaggacaag caatcaatga tgaccggaca gaaccagacg aaagagacgg agggaaatcc
     7621 ttccatgtgc ttgacacggg cggagcgtcg cgaggcgcgc cgccggctga tggcagcgcg
     7681 tttctattac tggacagagg tacgccgtcg ccgcttcgat gatgtgatgc acattctgtc
     7741 tgagcatgag tttttcgtag acgaacggtc tattatggac gtgctgcgtg gagtcagcca
     7801 ctacctgtcc gacctacata cccgccgcga aacagccgcc gccctccgtc gtgcttaccc
     7861 ctcgtggaac tgggaggggt aaaaaacgct ttcaatacct tttcttattc accggccgcg
     7921 tgccgatcga ccacgccgtg ggggtgatgg cggcaacctt acgctgagcc acgaagtacc
     7981 ccccttccac tgcgtccggg ccgtcggccg gggcggggag tccatcatcg aagagcttaa
     8041 actgttcctc gagccgctgc atgtggggat tctctttttc ggcgatgttg aaaatcaggt
     8101 tgcccgcccg attgagtggc tcaaggttgc cttcaattcg ggcgaattta tccggtttgg
     8161 ctcgctcgtc gggtgcgata gagatgatga atttccgttc gatggccttt tgcaggaaaa
     8221 gcggcttgaa aacctgttcg tagaagggat cctgtagctt gttattctcg atgtagttgt
     8281 agatcgtcgt acggtcgcgg acgtaatcct tttggtagta gtaccaattg acgaactcat
     8341 cattggtgac atggtcgagg aaggccgtaa tgacatacag gcggccatcc aaaatgccca
     8401 aaagcacgtt cgacttaaac gatccgagcg ctttcacgcc cttgcggtgc gtcgtacgat
     8461 tggagggcgc cgggtcgcca taactaatga ggaaaggaaa cttattaagc gggggcacgg
     8521 agccccatgt gatctctttg aagtacgtcc cttcaaccac tgggttgttg aagcattcct
     8581 tttgcgctga ggcggccgac acctgcgcga gtacttcgtc gatcatcgcc tccgtattct
     8641 tttccggcca gaccgaaacg ccctcagcaa agtcccgctt ggggtcgggg cggcggatgt
     8701 ctaccattcg gatattgatg atgtcccaat tccccagcgg cttattccgc ccggccagct
     8761 cacgggcacg cgcaccggct cgggcaatac agcaatcgcg ggcgatgatg ttgccgcacc
     8821 aaataaccaa caggggctcg ctgaatgagc gtgtaaagta gagggcttgc tctggtccag
     8881 ttccatttgt cggcgatgat ttcaggatta cggcattctt catccgtgtc gaaatcgtcg
     8941 ggggcggctg cggccgccgg cgaagtttgg ccgggggcgg ctacggccgc cagcgaagtt
     9001 tggccggggg cggctgcggc cgccagcgaa gttggccggg tacatgaggg aggggagtgg
     9061 gaacagctct ttgatccatt ctgggcggga tgcgcctcag gggccattgg cggcgctttt
     9121 cgcgttcggc cacgggcatg gcgcgatcgg ggtggccgtt tcttcgcgga tggattgcag
     9181 gtattgctcc cattcctgta aagcctgttt gtccgtcagc ttcatcggag catctcttta
     9241 atgtattgat cgaatagagc gctgacctcg atggcctttg tgggatcgaa ggcgcgcagc
     9301 gaggattcag taaggcctgc gatacattga tcacatcgcg gacaccgctg cagggcccgg
     9361 tgcgccgggt ggcgaagttt gacctgttac ctgcatatcg gttacgctcc gagccccttt
     9421 ttaccccctt cctacaccgc taattgtcgg aaaaacaagt gccgactggc ccggatcctt
     9481 gcggcaaaga accgccgatt ttaaccgtta aaaccgcctg aatccgcggt tctttacacg
     9541 ccgatttgcg gggcgtctgg gtgcccttca cctttgccgc cgaaccaacg aacaactaac
     9601 acctaacaac gaacaactaa caactaacac ctaaacacct aaacacctaa acaactaaac
     9661 aactaaacac caaacaaacc aacaacaaac atcagtatgg acaaagattt agagattaag
     9721 accgtcgggc agaagaagct cgacaacgcg atgcacgtga cctat
//
LOCUS       SEQF2638.1|AYYF01001550.1 9815 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..9815
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             784..2796
                     /locus_tag="SEQF2638.1_01978"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPAYSIIDGVPALTVNDWCQSGLTYRQYCYDRRNGDVKILRRGV
                     RGETVIDARSIRRADRLRVIERVMGRVPREEHRLLYTVDMDREAEAFFAAYEKADGTR
                     LSEETVRQLTAKASIFNALGDGLRRQTERRAASGSKLKKGAYWQTMLQWHTEECRRSA
                     ETYGVAVPEYTNARSLERAFRAYMAEGYASLLPRNMGNDAARKVSRRAENLIVALWRT
                     NDKPFAARVHELYLEFAAGDTELFDRATGEVFRPDDYRYKGRPQAVSCSTIRRYLKNV
                     VNETAVYADRNGQFDYANSQRPKHVRHNGRFALSKISMDDAVLSRKSTRGWVAKYLCV
                     DVVSGYWFRPAYTVGTPTLDTVMESFRNVFCELTELGLPMPAELEVEHHLMQNIEWLP
                     EAFQFVRFCSSPTEKRAEHNIRSLKWGTSKKQGHMRGRWYGKSEAFKSVRNKVHGDFI
                     DPTFQPQTIIADDLADIELHNNALHPRQKEFPGLTRREVLLKHANPGLRPIAPERLYK
                     HIGNITETTIRNNDYVRVASAEFALADFDMLSRLQPNDRRVTAYWLPLEDGSVPCVYL
                     YQGDVYIGQATARAAMAYNECAAERTEEDEARMLVQHKRAARFDRMIRERREEIPQVG
                     RVDRETAEAVAAAPVKIVETRQPIGYEEDELTASMEDWAARAIDQL"
     CDS             3114..4007
                     /locus_tag="SEQF2638.1_01979"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG2788"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSLTNEYKEKIRAALAARRANFDGSDARFAATLGIGSAQYSRIK
                     RGETVGVLADEKWISIARRLGVGLTDAPAWQTAETPVFKYITAQLEMCQQNGLSAMLY
                     DLTDIGKTYTARQYVKTHRNAVYVDCSQVKTRQKLLRGIAREFGVGSTGRLADVYNDL
                     VFYLKTLDRPLVILDEAGDLSYEAFLEIKALWNATEHCCGYYMMGADGLSEKIRRAID
                     NKKVGYAEIFGRFGKRYGKVVPTARKEAESFLQLTATMIIKANAGADTDVNRLLRRLM
                     GEDNTPSLRRINIELSKGTNN"
     CDS             4102..4737
                     /locus_tag="SEQF2638.1_01980"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRALTARNVLTTKFNTLGFDGVWRDAVGEPELTGSWIIYGDTK
                     NGKTTFAMMLSKYLTGFGRVAYNSVEEGNSRTIQMAVDRAGLLEAGARWMLLDRESKD
                     ELCERLRRQRSADIVFIDSVQFMDLKFSEYKDLKRRFPTKLFVYISHVDGRRPSTPTA
                     LRILRDANVAFRIEGFKAFPTSRYGGGRPVVIWDKGADEYWGREVNGKTKS"
     CDS             4822..5313
                     /locus_tag="SEQF2638.1_01981"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMKTIDNDHRKRQLLKRFHMLLNRARIDEDGKREILASYGVEHS
                     SEMDCAGLADVCSKLAVAMTPRASEADRWRKRVMAAVFGYCQAMDYEADVNRVKAIAC
                     RAAGATNFNRIPLDRLRSLYNAFMQRVKDIEKVGRMADTPQGGGGFLYVMFPDGRKEI
                     PNA"
     CDS             5370..6017
                     /locus_tag="SEQF2638.1_01982"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG3992"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTTVEMTAEERQEFEAYKLAKEKKAAEAKRKSDREAYTALVDET
                     IAAVMPELTNISEAIAQKKTAAAEAFRGALEMKAELFGVKDDQQSHTFTNSEGTMRIT
                     IGHYMLDNYRDTVNEGIAMVKTYIESQARDDASRALVKAILRLLSRDEAGNLKASRVL
                     QLQKMAEETGDERFIEGVRIIQESYQPTPSKDYIRAAVRDESGAWVPIPLSMTDV"
     CDS             6014..6445
                     /locus_tag="SEQF2638.1_01983"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG0243"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIIAVDFDGTIHDGQWPRIGEAMPGAREAINALRAEGHYIIIWT
                     CREGRQQTEMVNWLLEKGIGFDRINDHQPDQVVTYGSDARKVYAHCYVDDKNVGGMLP
                     WKDIAAWIRHREATYRGRLRTPAKFGRVHACEVWPGTCRWE"
     CDS             6492..7319
                     /locus_tag="SEQF2638.1_01984"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG4567"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIHIGAAAAAGEVWPGTRGSDFETVVSCEIGAFGSDVLASLFPA
                     AYHHKDIRTLTKTIIDERLIPRFGADYGRRTILTGGAAIGLVPGRLRRRPQAPRYLWP
                     EMLRIIGDVRPRWVIGENVAGILSMVQPPHVATLESEPDLFGAGNELQTKCGQYTVHR
                     ICKDFEAIGYTIRPVVIPACAVGAPHRRDRVWFLASDAAADGEHWRAHDNPASAPASN
                     ATSEPRGRGAECEQQGVCGRRRSLAGYMNLAGVFCLKGRDTGTRQTSPAPAGAPPRR"
     CDS             7627..7932
                     /locus_tag="SEQF2638.1_01985"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMTGQNQTKETEGNPSMCLTRAERREARRRLMAARFYYWTEVRR
                     RRFDDVMHILSEHEFFVDERSIMDVLRGVSHYLSDLHTRRETAAALRRAYPSWNWEG"
     CDS             complement(7942..8973)
                     /locus_tag="SEQF2638.1_01986"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:vienna_vog:VOG00414"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKNAVILKSSPTNGTGPEQALYFTRSFSEPLLVIWCGNIIARDC
                     CIARAGARARELAGRNKPLGNWDIINIRMVDIRRPDPKRDFAEGVSVWPEKNTEAMID
                     EVLAQVSAASAQKECFNNPVVEGTYFKEITWGSVPPLNKFPFLISYGDPAPSNRTTHR
                     KGVKALGSFKSNVLLGILDGRLYVITAFLDHVTNDEFVNWYYYQKDYVRDRTTIYNYI
                     ENNKLQDPFYEQVFKPLFLQKAIERKFIISIAPDERAKPDKFARIEGNLEPLNRAGNL
                     IFNIAEKENPHMQRLEEQFKLFDDGLPAPADGPDAVEGGYFVAQRKVAAITPTAWSIG
                     TRPVNKKRY"
     CDS             complement(9147..9275)
                     /locus_tag="SEQF2638.1_01987"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKLTDKQALQEWEQYLQSIREETATPIAPCPWPNAKSAANGP"
ORIGIN      
        1 gggagggcgt aagtgcaacg aaaaacgaaa agtgaaaaat ggaagacgga agatgcaaga
       61 gcgggcattc atccctcacg ggatgcccgg aggcgtatgc gtgtgcgccc ctacgcatgt
      121 ttttgggcgc gctcaggatg acgagcgtag ggatgtggct tcggttcgga tgccttgggg
      181 tgttgctctc gtgcagcccg acagaggaat gtgagccggc tgtggcactg gtgctgtatg
      241 ccgcttgggc ggttatgatc gggctgatct ggtggcgcga ccgggaacga atgcggcgaa
      301 tagctgacca cctgggcgag gattaattgt tgctttgttc aatgtctaaa caaccaaaca
      361 accacccgaa atgagcctcg gatttgacca aaaaccgttt tgaagcccaa aacgtgccaa
      421 ggattgcacc aaaaaccggt tgggagccca aaacgtgcca aggattgcac caaaaaccgt
      481 tttgaagccc gaaacgtgcc aaggattgca ccaaaaaccg ttttgaagcc caaaacgtgc
      541 caaggattgc accaaaaacc gttttgaagc ccaaaacgtg ccaaggattg caccaaaaac
      601 cgatttgaag ccccaaaccc gccgaggatt gcatcaaaaa ccattttgga gtccaaaccc
      661 cggcctcgaa tagctctttc taacccttat atgcctcaaa aacttatccg agagtgatca
      721 ctgggcggct gttatgcgct gcccgggttc cccattttta gcttttagat tatagtttcc
      781 acgatgcccg cttactcaat aatagatgga gtgcccgccc tgacggtgaa cgactggtgc
      841 cagtcggggc taacttatcg gcagtattgt tacgatcgcc gcaacggcga cgtgaagatt
      901 ctgcgccgcg gcgtgcgggg cgagacggtg atcgacgcgc ggtcgatccg tcgggccgac
      961 cggctgcggg tgatcgaaag ggtgatgggg cgcgtgccgc gtgaggaaca ccggctgctc
     1021 tacaccgtgg acatggatcg ggaggcggaa gccttctttg ccgcctacga aaaggcagac
     1081 gggacacgcc tctcggaaga gaccgtccgg cagctcacgg ccaaagcctc gatcttcaac
     1141 gccctcggcg acgggctgcg ccgacagacg gagcgccgcg cggccagtgg gtcgaagctc
     1201 aagaaagggg cttactggca gacgatgctc cagtggcaca cggaggaatg ccggcggtcg
     1261 gccgaaacgt atggcgtggc cgtccccgag tacaccaacg cacgcagcct cgagcgcgcc
     1321 ttccgcgcct acatggctga ggggtacgcc tcgctgctgc cccgcaacat gggcaacgac
     1381 gcggcgcgga aggtgtcccg ccgggctgaa aacctgatcg tggcgctttg gcgaacgaac
     1441 gacaagccgt ttgcagcccg agtgcacgaa ctgtatttgg agtttgcggc gggcgatacg
     1501 gagctgttcg accgggcgac gggcgaagtg ttccgccccg atgattaccg ctacaaaggc
     1561 cgcccgcagg cggtgagctg ctcgaccatt cggcggtatc tgaaaaacgt ggtcaacgag
     1621 acggccgtct acgccgaccg caacggccag ttcgactacg ccaactcgca gcgcccgaag
     1681 catgtgagac acaatggccg gtttgccctc tccaagatct cgatggacga cgccgtcctg
     1741 tcccgaaaaa gcacccgcgg atgggtggcc aaatacctct gtgtggacgt cgtatcgggc
     1801 tactggtttc ggccggccta cactgtgggc acgccgacgt tggacaccgt gatggaatct
     1861 ttccgcaacg tcttttgcga gctcacggag ctgggtctgc ccatgccggc cgagctggaa
     1921 gtggagcatc acctgatgca aaacatcgaa tggctgcccg aggccttcca attcgtccgt
     1981 ttctgttcgt cgcccaccga gaaacgggcc gagcacaaca tccggtcgct caaatggggc
     2041 acatcgaaga agcaagggca catgcgcggc cgttggtacg gcaagtcgga ggccttcaaa
     2101 agcgtgcgca acaaggtgca cggagacttt atcgacccca cctttcaacc gcaaacgatc
     2161 attgccgacg atttggcaga catcgaacta cacaataacg ctttgcaccc gcggcagaaa
     2221 gagttccccg ggctgacccg ccgtgaggtg cttttgaagc acgccaaccc aggcctccgg
     2281 ccgatcgcgc cggaaaggct gtataaacac atcggcaaca taactgaaac gaccatccgc
     2341 aacaatgact acgtgcgggt agccagcgcc gagtttgccc ttgctgactt tgatatgctc
     2401 agccgccttc agccgaacga tcggcgcgtg acggcctact ggctgcccct cgaggatggc
     2461 tcggtgccgt gcgtctacct ctatcagggc gacgtctaca tcggccaagc gacagctcgg
     2521 gcagcaatgg catacaacga atgcgccgcg gaacgcactg aggaagacga ggcacggatg
     2581 ctcgtgcaac acaagcgtgc ggcgcgcttc gaccggatga tccgcgagcg acgcgaagag
     2641 attccccagg tgggtcgggt ggatcgggag acggctgagg ctgtggccgc ggcgccggtc
     2701 aaaatcgtcg agacccgcca gccgattggc tacgaggaag acgagctcac ggcctcgatg
     2761 gaggattggg ccgcccgcgc aatcgatcag ttatgaacca acaaaataga aactacttaa
     2821 cacgaatagg acatgtttca gcaggataac attgtagaga atgagcaatc tgataaagtg
     2881 ggcaaaacgc ctcaaacgca tttatcgcct cgcagaaagc atatggatca gccggcaatt
     2941 caactaacca atagttttcc ccttgcacct gccggcaagg gcatttcatc agccgggaaa
     3001 acgacaaaag agctttggta ctctcgacga actgcttgtc gggcagctcg tcagggattc
     3061 tgcattcaag caaatagtac tcagtcatag gaataacgtc aaaacacaca aatatgagcc
     3121 tcacgaacga atacaaagag aaaatccggg ccgcgctggc ggcgcgtcgg gccaatttcg
     3181 acggctcgga cgcccgcttt gccgccacgc ttggcatagg cagcgcgcaa tacagccgca
     3241 tcaagcgggg cgagacggtc ggggtgctgg ccgacgaaaa gtggatcagc atcgcccgcc
     3301 gcttgggcgt cggcctgacc gatgcgccgg catggcagac ggccgaaacg cccgtcttca
     3361 aatacatcac ggcgcagctc gaaatgtgcc agcagaacgg cctctcggcc atgctgtacg
     3421 acctgaccga catcggaaag acctacaccg cccggcaata tgtcaaaacg caccgcaatg
     3481 ccgtctacgt ggattgctcg caggtcaaaa cgcggcaaaa gctgctgcgg ggcatcgccc
     3541 gggagtttgg cgtgggtagc acgggacggc tggcagacgt ctacaacgac ctcgtgttct
     3601 acctcaaaac gctcgatcgg ccgctggtca tcctcgatga agcgggcgac ctcagctatg
     3661 aggctttcct cgagatcaaa gccctgtgga acgccacgga gcactgttgc gggtattaca
     3721 tgatgggcgc agatggcctc agcgaaaaga tccgccgggc catcgacaac aagaaggtgg
     3781 gctacgccga aatcttcggc cgctttggca agcgctacgg caaggtcgtg cccacggccc
     3841 gcaaagaggc cgagagcttc ctgcaactga cggccacgat gatcatcaaa gccaacgccg
     3901 gggcggatac ggatgtgaac cgcctgcttc gccgtctgat gggtgaggat aacacgccat
     3961 ccctccgacg cataaacatc gaactctcga agggaactaa caactaaaaa cgaaaaacga
     4021 aaaatggcca ggtactccgc atcgggagat cgccatcggg tacccggtca cttttcactt
     4081 ttcactttta gattttagct tatgaaaaga gcattgacgg cgcgcaatgt gctgaccaca
     4141 aagttcaaca ccctcgggtt cgacggtgta tggcgcgatg cggtgggcga gcccgaactg
     4201 acgggcagct ggatcatcta tggcgacacg aagaatggca aaacgacctt cgccatgatg
     4261 ctatccaagt atctgaccgg cttcggccgc gtggcctaca acagcgtgga ggaaggcaat
     4321 tcgcggacga tccaaatggc tgtcgaccgc gccggcttgc tcgaggcggg cgcccgctgg
     4381 atgttactcg accgcgaaag caaggacgag ctttgcgaaa ggctgcggcg gcaacgcagt
     4441 gcggacatcg tctttatcga ttccgtgcaa ttcatggatc tgaagttttc agaatacaaa
     4501 gacctcaagc gacgcttccc cacgaagctg ttcgtctaca tcagtcacgt ggacggccgt
     4561 cgcccctcga cgcccacggc cctgcgcatc ctacgcgatg ccaacgtggc cttccgcatc
     4621 gaagggttca aagccttccc cacgagccgt tatggcggcg gtcgcccggt ggtgatctgg
     4681 gataaaggcg cggatgaata ctggggacgg gaggtaaacg gaaaaacgaa aagctaaaaa
     4741 tgaaaagttg ccgggtaccc gaccggcccc ctcccgccgg taggactttt agtttttacc
     4801 ttttagattt tagttcaaag aatgatgaaa acaatagaca acgatcaccg gaagcggcaa
     4861 ctactgaagc gcttccacat gctgctaaac agggcgcgga tcgatgagga cggtaagcgc
     4921 gaaatcctcg cctcgtatgg cgtagagcat tcctcggaaa tggattgcgc gggactggcc
     4981 gacgtgtgta gtaaactggc cgtggcgatg accccgcggg cgtccgaggc tgaccgctgg
     5041 cgcaagcgag tgatggccgc cgtgttcggc tactgccaag caatggacta tgaggcggat
     5101 gtgaatcggg taaaggccat tgcctgtcgg gcggccgggg caacgaactt caaccgcatt
     5161 ccgctggatc gtttacgcag cctttacaac gcctttatgc agcgtgtaaa agacattgaa
     5221 aaggtcggcc gaatggcgga cacacctcag ggcggcgggg gcttcctcta tgtgatgttc
     5281 cccgacggac ggaaagagat ccccaacgca taagacgaaa agagatcccc aacgcataaa
     5341 cagataaaca cctaaacgca taaacagaaa tgacaacagt agaaatgacg gccgaggagc
     5401 gccaagagtt tgaggcctac aaactggcca aagagaaaaa agcggcggag gccaaacgga
     5461 agtccgatcg cgaagcctac acggcattgg tggatgagac gatcgcggcc gtaatgcccg
     5521 agctgacgaa tatcagcgag gctatcgccc agaaaaagac ggccgcggcg gaggccttcc
     5581 gcggggcatt ggagatgaag gcggagctgt tcggcgtgaa agacgatcag cagtcgcaca
     5641 cgttcacgaa ctccgagggc acaatgcgca tcaccatcgg gcactacatg ctcgacaact
     5701 accgcgacac ggtgaacgag ggtatcgcga tggtcaaaac gtacatcgaa tcgcaggccc
     5761 gcgacgatgc cagccgcgcg ctggtcaagg ccatcctgcg gctgctgtcg cgcgacgagg
     5821 ccggtaacct gaaggcctcc cgcgtgctac aactgcaaaa gatggctgag gaaacgggcg
     5881 acgaacgctt tatagagggc gtgcgcatca tccaagagag ctaccaaccc acaccctcga
     5941 aagactacat ccgcgcggcg gtacgcgacg agtcgggcgc ctgggtgccc atccccttaa
     6001 gcatgacgga cgtatgatca tcgcagtaga ctttgacgga acgatccacg acggccagtg
     6061 gccgaggatc ggcgaggcga tgcctggggc gcgtgaggcg atcaacgctc tgcgcgccga
     6121 agggcactat atcattatct ggacatgccg cgaagggcgc cagcaaacgg agatggtgaa
     6181 ctggctgctt gaaaagggca tcggcttcga tcgtatcaat gatcatcagc cggatcaggt
     6241 ggtgacctat ggcagcgacg cgcgcaaggt gtatgcgcat tgctacgtgg acgataagaa
     6301 cgtaggcggg atgctcccgt ggaaagatat tgccgcgtgg atccgccatc gggaagcgac
     6361 ttaccggggg cgtcttcgga cgccggcgaa gtttggccgg gtacatgcct gcgaagtttg
     6421 gccgggtaca tgccgctggg aataacacat cggaaacgaa cgacgaggtg taaaacagga
     6481 tggcagcggg gatgattcat atcggggcgg ctgcggccgc cggcgaagtt tggccgggta
     6541 cgcgcgggag cgacttcgaa acggtcgtat cgtgtgagat cggcgcattc ggttccgacg
     6601 tgttggcctc cctgttcccc gccgcctatc atcataaaga cattcgtaca ctgacaaaaa
     6661 cgatcatcga tgaaagactt attccacgat tcggcgccga ctacggccgc cgtacgatac
     6721 tcaccggggg ggcagctatc gggcttgtac ccggcagact tcgccggcgc ccgcaggcgc
     6781 cccgttacct ctggccggaa atgctgcgca ttattggtga cgtccgaccg cgctgggtta
     6841 ttggtgaaaa cgttgctggc atcctctcga tggtacaacc gcctcacgtc gctacgctgg
     6901 aaagcgagcc cgatctgttc ggagcgggta acgagcttca aacgaaatgc gggcaataca
     6961 ccgtccaccg gatctgcaaa gactttgaag ccatcggata taccatccgg ccggtggtta
     7021 ttccggcttg tgccgtcggg gcaccccaca ggcgcgaccg agtgtggttc ctcgcctccg
     7081 atgccgccgc ggatggtgaa cattggaggg cacacgataa ccctgcctcc gcgcctgctt
     7141 ccaacgccac gagcgagcct cgaggccgcg gggctgaatg tgaacaacaa ggcgtctgcg
     7201 gacgccggcg aagtttggcc gggtacatga atctcgcggg agtcttttgt ctcaagggta
     7261 gagacactgg tacccggcag acttcgccgg cgcccgcagg cgccccaccg cgccgataaa
     7321 cgattcaacg aagaagccct aagagctgcc ggcaacgcga ttgtcccgca agtggcttat
     7381 gagattatac gagggatcgt agagatagag cggggggagc attttcctga cgtcaggaaa
     7441 gaagcagaca aggtataaga gtaagatgtt ataaatttct tttgattggg gcggccggag
     7501 tccgggatgg ataggccgcc tttgctgtat ataggcgggt gacattgtgt ctatcttttc
     7561 acctgccaaa tcgtcgcccc ttccctccgc ttttgcttcc tttgcaaaag caaggacaag
     7621 caatcaatga tgaccggaca gaaccagacg aaagagacgg agggaaatcc ttccatgtgc
     7681 ttgacacggg cggagcgtcg cgaggcgcgc cgccggctga tggcagcgcg tttctattac
     7741 tggacagagg tacgccgtcg ccgcttcgat gatgtgatgc acattctgtc tgagcatgag
     7801 tttttcgtag acgaacggtc tattatggac gtgctgcgtg gagtcagcca ctacctgtcc
     7861 gacctacata cccgccgcga aacagccgcc gccctccgtc gtgcttaccc ctcgtggaac
     7921 tgggaggggt aaaaaacgct ttcaatacct tttcttattc accggccgcg tgccgatcga
     7981 ccacgccgtg ggggtgatgg cggcaacctt acgctgagcc acgaagtacc ccccttccac
     8041 tgcgtccggg ccgtcggccg gggcggggag tccatcatcg aagagcttaa actgttcctc
     8101 gagccgctgc atgtggggat tctctttttc ggcgatgttg aaaatcaggt tgcccgcccg
     8161 attgagtggc tcaaggttgc cttcaattcg ggcgaattta tccggtttgg ctcgctcgtc
     8221 gggtgcgata gagatgatga atttccgttc gatggccttt tgcaggaaaa gcggcttgaa
     8281 aacctgttcg tagaagggat cctgtagctt gttattctcg atgtagttgt agatcgtcgt
     8341 acggtcgcgg acgtaatcct tttggtagta gtaccaattg acgaactcat cattggtgac
     8401 atggtcgagg aaggccgtaa tgacatacag gcggccatcc aaaatgccca aaagcacgtt
     8461 cgacttaaac gatccgagcg ctttcacgcc cttgcggtgc gtcgtacgat tggagggcgc
     8521 cgggtcgcca taactaatga ggaaaggaaa cttattaagc gggggcacgg agccccatgt
     8581 gatctctttg aagtacgtcc cttcaaccac tgggttgttg aagcattcct tttgcgctga
     8641 ggcggccgac acctgcgcga gtacttcgtc gatcatcgcc tccgtattct tttccggcca
     8701 gaccgaaacg ccctcagcaa agtcccgctt ggggtcgggg cggcggatgt ctaccattcg
     8761 gatattgatg atgtcccaat tccccagcgg cttattccgc ccggccagct cacgggcacg
     8821 cgcaccggct cgggcaatac agcaatcgcg ggcgatgatg ttgccgcacc aaataaccaa
     8881 caggggctcg ctgaatgagc gtgtaaagta gagggcttgc tctggtccag ttccatttgt
     8941 cggcgatgat ttcaggatta cggcattctt catccgtgtc gaaatcgtcg ggggcggctg
     9001 cggccgccgg cgaagtttgg ccgggggcgg ctacggccgc cagcgaagtt tggccggggg
     9061 cggctgcggc cgccagcgaa gttggccggg tacatgaggg aggggagtgg gaacagctct
     9121 ttgatccatt ctgggcggga tgcgcctcag gggccattgg cggcgctttt cgcgttcggc
     9181 cacgggcatg gcgcgatcgg ggtggccgtt tcttcgcgga tggattgcag gtattgctcc
     9241 cattcctgta aagcctgttt gtccgtcagc ttcatcggag catctcttta atgtattgat
     9301 cgaatagagc gctgacctcg atggcctttg tgggatcgaa ggcgcgcagc gaggattcag
     9361 taaggcctgc gatacattga tcacatcgcg gacaccgctg cagggcccgg tgcgccgggt
     9421 ggcgaagttt gacctgttac ctgcatatcg gttacgctcc gagccccttt ttaccccctt
     9481 cctacaccgc taattgtcgg aaaaacaagt gccgactggc ccggatcctt gcggcaaaga
     9541 accgccgatt ttaaccgtta aaaccgcctg aatccgcggt tctttacacg ccgatttgcg
     9601 gggcgtctgg gtgcccttca cctttgccgc cgaaccaacg aacaactaac acctaacaac
     9661 gaacaactaa caactaacac ctaaacacct aaacacctaa acaactaaac aactaaacac
     9721 caaacaaacc aacaacaaac atcagtatgg acaaagattt agagattaag accgtcgggc
     9781 agaagaagct cgacaacgcg atgcacgtga cctat
//
LOCUS       SEQF2638.1|AYYF01001551.1 26402 bp   DNA    linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..26402
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     tRNA            complement(526..600)
                     /locus_tag="SEQF2638.1_01988"
                     /product="tRNA-His"
                     /inference="COORDINATES:profile:Aragorn:001002"
                     /note="tRNA-His(gtg)"
     CDS             complement(677..1582)
                     /gene="folD"
                     /locus_tag="SEQF2638.1_01989"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q7A697"
                     /codon_start=1
                     /transl_table=11
                     /product="Bifunctional protein FolD protein"
                     /translation="MEEHSYQLIDGKAVAEQIKKELAAEVEKIKQDGRKAPHLVAILV
                     GHDGGSEAYVANKVRNCEEIGLRSSLIRFEDDVTEQALLDKVNDLNADDDVDGLIVQM
                     PLPKHISSQRVIEAIDYRKDVDGFHPINVGRMSIGLPCFKPATPAGIIELLRHYEIPT
                     KGKHCVILGRSNIVGKPMAMLMMQKENPGDCTVTVCHSRSENLREMCLSADIIIAALG
                     VPEFLKGDMVKEGAVVIDVGTTRVPSSVTKSGYRLMGDVAFHEVAPKCSYITPVPGGV
                     GPMTIISLMRNTLLAGTKAVFGKEE"
     CDS             complement(1612..2940)
                     /gene="ffh"
                     /locus_tag="SEQF2638.1_01990"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P37105"
                     /codon_start=1
                     /transl_table=11
                     /product="Signal recognition particle protein"
                     /db_xref="COG:COG0541"
                     /translation="MFENLSDRLERSFKLLKGEGKITELNVAETLKDVRRALLDADVN
                     YKVAKQFTDTVKTKAMGQNVLTALKPNQVMVKIVHDELATLMGASASELELKGQPAVI
                     LMAGLQGSGKTTFSGKLAGMLRSKKGKKPLLAACDVYRPAAIDQLHVLGEQLGVPVYS
                     ERENKNPVEIAEHAIAEARRTGRDLVIIDTAGRLAVDEQMMQEIAAIKQAINPDETLF
                     VVDSMTGQDAVNTAKEFNDRLDFSGVVLTKLDGDTRGGAALSIRTVVDKPIKFIGTGE
                     KMEALDVFHPERMADRILGMGDVVSLVERAQEQYDEAEARRLQKKLAKNQFDFNDFLG
                     QIQQIKRMGNLKDLAAMIPGVGKALKNIDIDENAFKGIEAIIYSMTPEERTNPSILNG
                     SRRQRIASGSGTSVQDVNKLIKQFDETRKMMRMITTAKPSSRMAAPFRRK"
     CDS             3799..4065
                     /locus_tag="SEQF2638.1_01991"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRVILSAAIAAAMTFGVALSASAQDVKKEGQQTEHKSCCSKDK
                     DKKHCDKAGKKDCKAADKKSCCKDKKDGKQCNKAKTEEAKKEVQ"
     CDS             4528..5190
                     /gene="glcK"
                     /locus_tag="SEQF2638.1_01992"
                     /EC_number="2.7.1.2"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P54495"
                     /codon_start=1
                     /transl_table=11
                     /product="Glucokinase"
                     /db_xref="COG:COG1940"
                     /translation="MTLTNDANAAAIGEMTYGAARGLKDFIVITLGTGVGSGIVCGGN
                     LVYGHDGFAGELGHTTVRRENGRLCGCGRHGCLETYASATGVARTARELLTMRTDASL
                     LRALEPDKITSKDVFDAAVQGDKLSIEIFDITGEILGEAFANFVAFSSPEAIILFGGL
                     SKAGDLIMEPVKRSMEAHMLKVFQGKTRLLFSQLKESDAAVLGASALGWEAKDEPMDA
                     LV"
     CDS             5365..7395
                     /locus_tag="SEQF2638.1_01993"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTTSLLTVGAHVATAANDEHPKIDYTVDRFADIEILRYEVPGFE
                     ELSLQQKQLLYHLSEAALMGRDIIFDQNCRYNLAIRRALEAIYREYRGDRGNAQFKAL
                     ETYLKRVWLANGIHHHYGEDKFEPAGFTADYFAQCIRSLDPKHVPVRKGQTVDAWLKE
                     ITPVIFDPKVMPKRTVQSGSGDLLLASANNYYEGGVTQQEAEAFYAAMRTPNDSTAPS
                     YGLNSRLCKSADGKLTEKVWKVGGLYTEAIEHIVDELQKAEQFAENAAQQAVIEKLVE
                     FYRTGDLKTFDAYAILWVKDTASEVDFVNGFTESYGDPLGMKASWEAIANFINRKATK
                     RTRIISDNAQWFEDNAPMDPRFRKKKVKGITAKVITVAMLGGDCYPTTPIGINLPNAD
                     WIRKDHGSKSVTIENITEAYDKASLGNGFREEFVWNDAEHARIDKYGFITDNLHTDLH
                     ECLGHASGQLLEGTDPNALGAYSSTLEEARADIFALYYLADPKLIELGLLSDPEAYKA
                     EYYKYIMNGLMTQLVRIQPGNDIEEAHMRNRQLIARWVYEKGRADHVVDFAKRDGKTF
                     VVVNDYGKLRGLFAELLAELQRIKSEGDFEAGRKLVEDYGVKVDRALHEEVLARYARL
                     NLAPYKGFVNPVMKSIRDAQGKVTDVTLDYSEDYADQMMRYSREYSYLPTYN"
     CDS             7431..7934
                     /gene="fur"
                     /locus_tag="SEQF2638.1_01994"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0C631"
                     /codon_start=1
                     /transl_table=11
                     /product="Ferric uptake regulation protein"
                     /db_xref="COG:COG0735"
                     /translation="MDNAVDTYAFEPAKESFARFLTERGMRKTTERFTILEHICRIRG
                     HFDVEMLLRQLDEAHFHVSRASIYNTLELLMDARIVVRHQFSSQLVQYELQAAAATHH
                     HAICSYCGAVQEVKDDRLTRELAHRRIPKFTYDCHSLYIYGMCSKCKFRMRMSQRKAA
                     EAAKGKR"
     CDS             8310..9575
                     /gene="purA"
                     /locus_tag="SEQF2638.1_01995"
                     /EC_number="6.3.4.4"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P9WHN3"
                     /codon_start=1
                     /transl_table=11
                     /product="Adenylosuccinate synthetase"
                     /db_xref="COG:COG0104"
                     /translation="MKVDVLLGLQWGDEGKGKVVDVLTPKYDAVARFQGGPNAGHTLE
                     FGGERYILRSIPSGIFQGGKTNIIGNGVVIDPLLFKEEAEALANHGHNLKQQLMISKK
                     AHLIMPTHRILDLANEAAKGSGKIGTTGKGIGPTYTDKISRNGLRVGDLLENFDEKYS
                     AAKRRHENMLRAMNFEYNLIDLERPWLEALDYLKGFRLVDSEHEVNAMLREGRSVLAE
                     GAQGTMLDIDFGSYPFVTSSNTICAGCCTGLGVSPRNIGEVYGIFKAYCTRVGSGPFP
                     TELHDETGEAMCERGHEFGSVTGRRRRCGWIDLVALRYAVMIDGVTQLIMMKSDVLDT
                     FNVIKACVAYRVDGVETDRFPFDLSKAEPIYAELPGWRTDMSRMKSEDEFPEEFNAYL
                     TFLEDELGVPIKIVSVGPDREQTIIRYNE"
     CDS             9741..10442
                     /locus_tag="SEQF2638.1_01996"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MITSSTALYWVIFIGIAALSWLVSSRLKSKFEKYSQVPLPGGLT
                     GREVAERMLRQNGIEDVRVTSVAGQLTDHYDPTKKTVNLSDSVYASNSIAAAAVAAHE
                     CGHAVQHACAYAPLKLRSRLVPIVSFSSNIVQWVLLAGMLLIKTFPQLMLIGIVMFAL
                     TTLFSFITLPVEIDASRRALAWLKTSGLTSRETDSMARDALQSAAYTYVVAALGSLAT
                     LLYYILIFTSGSRRD"
     CDS             10444..11817
                     /gene="hisS"
                     /locus_tag="SEQF2638.1_01997"
                     /EC_number="6.1.1.21"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q8YMC2"
                     /codon_start=1
                     /transl_table=11
                     /product="Histidine--tRNA ligase"
                     /db_xref="COG:COG0124"
                     /translation="MAQKPSIPKGTRDFTPVEMSRRNYIFETIRQVYHLYGYRQIETP
                     AMEQLSTLMGKYGEEGDKLLFKILNSGDFLSAITDDDWKEKSLPKVSARISEKGLRYD
                     LTVPFARFVVQHRSELTFPFKRYQIQPVWRADRPQRGRYREFFQCDADVVGSDSLLCE
                     VELIQIMDEVFRRLGINVVIKMNNRKILAGIAEVIGEAERIVDITVAIDKLDKIGREG
                     VIAELRAKGISDSAIDRLQPVIDLRGSNREKMAALRSVLEGSEAGIRGVEETEYILDH
                     IEPLPLKARLETDLTLARGLNYYTGAIFEVKALDAEIGSITGGGRYDNLTGVFGMAGL
                     SGVGISFGADRIYDVLNQLDLYPEDTLRTTQLLFVHFGEREANYLLPLIARVRAAGIR
                     AELYPDAAKMKKQLGYADANAIPFVALVGEDEMSTGRIQLKDMRSGEQRAMTLDELIA
                     ALSESHN"
     CDS             11930..12148
                     /locus_tag="SEQF2638.1_01998"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKAQTTLCTYSANLKAIIALIFFCFLFFHQGKKRKSGCGGEAPV
                     KAPTNLLHLPDVPRESPNNPLRPFRRTL"
     CDS             12145..12315
                     /locus_tag="SEQF2638.1_01999"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKVQTTFRAHSDDLKAIIALIFFCFLFFYQEKKRKSGHGGEAPA
                     KALTNLLRLPDE"
     CDS             12489..12707
                     /locus_tag="SEQF2638.1_02000"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKAKTTPYAHSVNLKATIALIFFCFLFFYQEKKRKSGCGDEAPA
                     KTPTNLLRLPDAPHESQNNPLRPFSSTR"
     CDS             complement(14002..17247)
                     /gene="carB"
                     /locus_tag="SEQF2638.1_02001"
                     /EC_number="6.3.5.5"
                     /inference="ab initio prediction:Prodigal:002006"
                     /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
                     WFLERLKNIVDYTHVLGQYKKIEDLPADVLREAKRLGFSDFQIARYTEHPVGNMEREN
                     LRVRALRKRHGILPAVRRIDTVASDRAELTNYLYLTYGAPSGESATGDEHDIPFYKND
                     KSVIVLGSGAYRIGSSVEFDWCSVNAVRTARSLGYKSIMINYNPETVSTDYDICDRLY
                     FDELSLERVLDIVDLEQPRGVIVSVGGQIPNNLAMKLYRRQVPILGTSPVSIDRAENR
                     HKFSAMLDTLGIDQPRWAELTSMDEIDDFIHRVGFPVLIRPSYVLSGAAMNVCYNKDQ
                     LIEFLGVAARVSKEYPVVVSEFLQDVKEIEFDAVARHGEIVEYAISEHIEYAGIHSGD
                     ATLVFPPQKLYFETVRRIKKISRKIARELNISGPFNIQYLAKNNDVKVIECNLRASRS
                     FPFVSKVLRQNFIDTATRIMLDAPFTPPNKTEFDIDWIGVKASQFSFGRLSNADPVLG
                     VDMSSTGEVGCIGDDFDEALLAAMVAVGNTIPTRSIMVSSGGAKSKVELLEPCRMLCE
                     RGYTIYATQGTAAFLRDNGVEVTPVCWPDERDGGLNILDMFSRHAFDLVINIPKNQSR
                     RELTNGYKIRRAAIDHNIPLITNARLAGAFIRAVCNLGEKDIPIKSWQEYR"
     CDS             complement(17270..18328)
                     /locus_tag="SEQF2638.1_02002"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METIEDINVALLQLRENLANLDAARLQVAQVTGSSQELVEATAR
                     LSDEVKRLADRISEETQAVISRFAEQLEGSRAEWTDAINDGKARFATEVEQTRQATAL
                     LKSDAELALQQALATSTQSVADLKLETQETLRLATSAATQVVTDLKSETQETLRQATA
                     SAAQTVAALKDNTEETLRQAAATSTQTVADLKTETEETLRQAKEASLQATEQLRTETQ
                     AALQQSLEATTRTMGEVSEQAKQSVGEVSALAKHALTEVTTVSTDAIEMQQSEIADTL
                     DTLADYNERIRQLIDALTASNLSAQIASLERKVDEQSVAQQAALEKIRLDAERNQKIQ
                     LFTAITIVILLLLFFFLK"
     CDS             complement(18329..22090)
                     /locus_tag="SEQF2638.1_02003"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTLSYRENMRRLRNPSFEKITAIAHSFLPSPTDGRTAPPTDLPS
                     PDMAADRGQMLLRALCDDGVRQKAKVDRVLGTMPRKLFQGTTFDVVDWQCGQGVNTVC
                     FFDFIRRNGMENRVQQVFLIDTDAEAMERALWHLEPYMGDTDRIVTIHKPINEVDRFD
                     IETHQPVTFHFFTDVLGHPEIDLRRLAQLIGRTIRGEHYFFCVDALKHGNDRLETFYR
                     CFNSPELFTDETYYPTARQPYAMTCKAFRLRAETFGLNTALSPVQWQAAFRLDIVREL
                     LQQTEREKVAALYRSLSRFEVSAGYDVAACAHNDLPPLLAVLSNLITRGLPTAASPLL
                     EEAFAPLGNRKRWNEEGRITYAARDLYPSDLFEALHLIDPRFKPDETTYNVDALESDL
                     QREYITRVAPPPFRQLFEPQRNVYTLTGQREYCTQHVDFSLEFPYPTKDLRDVRHNGF
                     VIEIEDPTVQTTMDQRRIEKQRTDDLAAMNWTCETFSDGHLSDMHFGYLDSDYVRTAF
                     RVFSRPFDSEWVRTLQYVLTPIGVARIEKVILEALMAGRLDLAAPHWEVLVVERDVPC
                     AVAALSDLRALFERLTALSAEWDGVHFPEVTLDVISTPEFIDSPLHADVVPLAELTEE
                     HRAKTYDLIIDISVLRRAGIERPLIGTYTNCHNDCCFIVRSAHHAREPRRVLTTGRIT
                     YRPLIIRDAIGRSTLIPETAGAIHYIMGILSRREDFRPGQEAILDRLLRGESVAALLP
                     TDAHGAAVTLPAALLQPGVTVVITPDAKTADKLIDEARQQDIDCGASLHTNMTDGERE
                     RRERRVESAALHFVAISAEQLARPTLQQRFLSMRETGVYFAYGILDSAERGSEWSPFF
                     DPHYLCAGKILRRYARPREGTITLGATLSQASFDVLFDVERELLPVDSYTPDRDRIVT
                     ASATVAPMSLESRSEAEEGKDIEQILREMGMEYIAPVLGSSSAEEARLVGLSYPTSVG
                     EGGESTRDKAAEARYIRILYRMGCLGLIDGVARDEVQKRFLLVVRDCTAEQVYKRYCD
                     YFNRYYTRKRAEREETAARAGMPAVMLRDEREGVIYKCLTGLTHYVCDNIARLAPDTA
                     SHTPLTERLAQDLADDSQATDEVLFRYLHLVNDSSEGSPKGRIHALHESVCTLRRAGH
                     THPVLLLLNTFCLLYLGTGDRATLEQDLSTSYEQGIVGLYHLMPDYARFQEQFEAYNR
                     FVRNEADATDDATEARMEKAASRLLLIRAADILSTHLTYTTELQRTYLG"
     CDS             complement(22778..23410)
                     /locus_tag="SEQF2638.1_02004"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKLAQERRDETKRNMRDIIFMIFLLMLSLSACSRKEMDTAEISN
                     EMEFIENDTIPSIKRSDSSYCQDYICLAFIDLRIIDKDGNDLLDPSSTSPNKVDLSKI
                     DIYYVREGAELRYYNPWTDAPWGFSISPPESTFLPYYLMTIYFDVRPDKGTITTTMTL
                     VDWGDGRRDLFKVKFYHSPTMDIQQKVWLNDTLIWDRATSSTEPKYVMIR"
     CDS             complement(24995..25498)
                     /locus_tag="SEQF2638.1_02005"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPMWSLLWLLFLLPGCTKEQPSKTIIDGNMEIRVIDAQGNDLLN
                     PEIQSPKTVNVSKLKIYYVKEGREELFYQSMAQAPAGILLLSPQGTGLSYYMIRVFLN
                     VGINEKIATTILEWEDGHRDIIKVEYDRPANTSSIIQQRIWVNDKLLWDAPNKIGGGI
                     PTYTVTR"
ORIGIN      
        1 cttccgcaaa cactaaaaag ttttccgagg cacttgcggg actcccgcaa acaccaaaaa
       61 ggtttccgag gcacttgcgg gactcccgca aacgccaaaa agttttccga gagacttgcg
      121 gggctcccgc aaacaccaaa aagtttctcg agagacttgc gggactcccg caaacgccaa
      181 aaagtttctc gagagacttg cggggccccc gcaaacgcca aaaagttttc cgagagactt
      241 gcgggactcc cgcaaacgcc aaaaagtttc tcgcgagact tgcgggactc ccgcagagtc
      301 caaaaagttc tccgaggcat ttgcgggact cccgcaaacg ccaaaaagtt tctcgcgaga
      361 cttgcgggag tacccgcaaa gacctctttc ttgacagtgg ataaaaagaa agcctgccga
      421 aggaagactt cgacaggctt aaactgtaga taacctcttc atcgccctat aggtggcgat
      481 ggggggaaga ggtctaaatc aaaatgagaa attaaaaaac gaggagggtg aaagatggga
      541 ctcgaaccca cgaccctcgg aaccacaatc cgatgctcta accaactgag ccactctcac
      601 cataaagacg cattcccttt cggaatgcgc cgcaaagata taccagtttt cacactggca
      661 aagcctgccc ggggaattat tcctctttgc cgaacacggc tttcgtgcca gccaaaagcg
      721 tgttgcgcat cagcgagatg attgtcatcg gccctacgcc gccaggcacg ggcgtgatgt
      781 agctgcactt cggagccacc tcatggaagg ctacgtcgcc catcagtcgg taaccgctct
      841 tggtcacgct gctcggtacg cgtgtcgtgc cgacgtcaat cactacggca ccttctttca
      901 ccatgtcgcc tttgaggaac tccggcacac ccagcgctgc gatgatgatg tccgcactga
      961 ggcacatctc gcgcaggttc tccgaccgac tgtggcagac cgtcacggtg caatcgcccg
     1021 gattttcctt ctgcatcatc agcatcgcca tcggtttgcc gacaatgttg ctgcggccta
     1081 ggatgacgca atgtttgccc ttcgtcggga tctcgtagtg gcgcagcaac tcgataatgc
     1141 ccgcgggtgt ggccggtttg aagcatggca ggccgatgga catgcgcccg acgttgatcg
     1201 ggtggaagcc gtccacgtcc ttgcggtagt cgatggcctc gatcacacgc tgcgaagaga
     1261 tgtgcttcgg cagcggcatt tgtacgatca gcccgtccac atcgtcgtca gcattcagat
     1321 cgtttacctt gtcgagcagg gcctgctccg tcacgtcgtc ctcgaagcga atgagcgacg
     1381 agcgcagccc gatctcttcg caattcctca ccttattggc cacataggct tcgctacctc
     1441 cgtcgtgacc caccagtatc gccacgaggt gcggcgcctt ccgtccgtcc tgcttgatct
     1501 tttctacttc agcagccaat tcctttttga tctgctctgc cacggccttg ccgtcgatca
     1561 gttgatagct gtgctcttcc atccttctat acctattata tatgtgtctg tttatttcct
     1621 gcggaacggt gcagccatgc ggctactcgg ctttgcggtg gtgatcatgc gcatcatctt
     1681 gcgcgtctcg tcgaattgct tgatgagctt gtttacgtct tgcaccgacg tgccacttcc
     1741 cgaggcaatc cgttggcgtc gcgagccgtt caggatcgag gggtttgtgc gctcctcggg
     1801 cgtcatggag tagatgatcg cttcgatacc cttgaacgcg ttctcgtcga tgtcgatatt
     1861 cttcagcgcc ttgcctacgc cggggatcat cgcggccagg tctttgaggt tacccatgcg
     1921 cttgatctgc tgtatctgac cgaggaagtc gttgaagtca aactggttct tggccaactt
     1981 cttctgcaag cgccgcgcct cggcttcgtc atactgctcc tgtgcgcgtt ccacgagcga
     2041 gaccacgtcg cccatgccga ggatacggtc ggccatacgt tcgggatgga acacatcgag
     2101 cgcctccatc ttttcgcccg tgccgatgaa cttgatgggc ttgtcgacca ccgtgcggat
     2161 cgagagcgcc gcaccaccac gcgtatcgcc atcgagcttc gtgagcacca cgcctgaaaa
     2221 gtcgagccga tcgttgaact ccttggccgt attcaccgcg tcctgacccg tcatggagtc
     2281 gactacgaag agcgtttcgt ccgggttgat ggcctgctta atggcggcga tctcttgcat
     2341 catctgctcg tcgacggcca gacggccggc cgtatcgatg atcaccaggt cgcgccccgt
     2401 gcgccgcgcc tccgcaatgg catgctcagc gatctcgacc ggattcttgt tctcccgctc
     2461 ggaatacacg ggcacgccca attgctcgcc taagacatgc agctgatcga tggccgccgg
     2521 acggtacacg tcgcacgcag ccagcagcgg cttcttaccc ttcttgctcc gcagcatgcc
     2581 ggccagctta cccgagaagg tcgtcttacc cgagccctgc aagcccgcca taaggatgac
     2641 ggccggttgc cccttcagct ccagctctga ggccgaggcg cccatgagcg tagccagttc
     2701 gtcgtgcacg atcttcacca tcacctggtt cggcttgagc gccgtgagca cattctggcc
     2761 catggccttg gtcttcaccg tgtcggtgaa ctgtttggcc accttatagt taacgtcggc
     2821 gtcaagcagt gcgcgtcgca catccttgag tgtctccgcc acgttcagtt ccgtgatctt
     2881 cccttcgccc ttcagcagct tgaatgagcg ttctaatctg tcgcttaagt tttcaaacat
     2941 aattccgtgt tgtctttatg cgcgcaaaag tagaacgccc gaaaacctcg cgcaaacggc
     3001 ctccccaact tcccccatcc cccgaaaaca cgttcgccgg ccattgcgcc ccctccgaaa
     3061 gtcctaaaaa acgagtcgcc agccttacca tgccccaaag ctcttctgtt ttgatcataa
     3121 acagcaagta aaaatagata gtagtactgt tttctctata gataggtatt ccaaacacat
     3181 aaattgtatc gtcaatcgta tatacagcat atcaaaaagc ctatcatcta tatttggatc
     3241 atatacatgg actataaatc tatataaatg ctgtctatga tctaatatgt atatagaaaa
     3301 gatgaacaat cttgttcttg ctatggatga tagatatata ggatttatga tatgattata
     3361 atgcaaacag tgatgtcaat ctgtttgtag atactgtcta tgataagaac agtacataaa
     3421 agtttttgga tacgctgttt aggataaaaa caggagaggt ataggccatg agaaagcctc
     3481 cagaaggtct ttcgagggat gggggaggga agacaaggcc gtcgagtggg cttaaagagg
     3541 atgagaggtg gaagtaaagc ccgtcggacg gaaaaatggg gctgaaagca ggcggaagaa
     3601 gcgaaacgac ggaggtgcac cggaaaggat gttaaggcga aaggccgatg gatcgtgggc
     3661 ggggctccaa aaaaggcaaa atagagggcg tttcggacaa ataagattaa tcgggcagtg
     3721 tgcgtgacga aaatgaggag caaaatggca ttcctttgcc ccacgatttc aagtcttatt
     3781 aatcaacaca tcaaagaaat gaagagagtg attttgagcg cagccatcgc agctgccatg
     3841 acgttcggcg tagccctttc ggccagcgca caggacgtga agaaagaagg tcagcagacg
     3901 gagcacaaga gctgctgcag caaggataag gacaagaagc attgcgacaa ggccggcaag
     3961 aaggactgca aggcagccga caaaaagagc tgctgcaagg acaagaagga cggcaagcag
     4021 tgcaacaagg ctaagacgga agaggctaag aaggaagtgc agtaatcact gcccccctcc
     4081 acccggaagg ctttcatagg taaacttgga agatcccggc gcgaaagcgt cgggatcttt
     4141 tttcgtctgt atctttggcc cacacaatca aataagtatc acacataaaa acagatagat
     4201 ctatggataa gccgtatgtg attgggatag atatcggcgg aacgaactcc gtctttgggg
     4261 tcgtcgatac gcgaggcaat gtgctgtata acggttcgat taagaccggg aaatacgaag
     4321 acgtgaacga ctatgtccgt gcgctgggcg aagggctaca ggccgtgatt cgatcggctg
     4381 gcggacggga caagatcaag ggtatcggcg tgggcgcgcc gaatgggaac tacttcaatg
     4441 gctgcattga gtttgcggcc aacctgccgt ggaagggcaa ggtgccgctg gcacagctca
     4501 tcagcgaccg tacggggggg catccccgtg acgctcacga acgacgccaa tgcagcggcc
     4561 atcggcgaga tgacctacgg tgcggcgcgc ggtctgaagg actttatcgt cattacgctc
     4621 ggcacgggcg tggggagtgg catcgtctgc ggaggcaatc tggtgtatgg ccacgatggc
     4681 ttcgcgggtg agctgggcca taccacggtg cgacgtgaga acggtcgcct ttgcggctgc
     4741 gggcgtcacg gctgccttga gacgtatgcc tcggccacgg gtgtggcccg tacggcgcgc
     4801 gagctgctga cgatgcgcac ggacgccagc ctgctgcggg cgctggaacc ggacaaaatc
     4861 acctcgaagg acgtcttcga tgcggccgtg cagggtgaca agctgtcgat cgagatcttc
     4921 gacatcacgg gtgagatctt gggtgaagcg ttcgccaact tcgtggcctt ctccagcccc
     4981 gaggctatca tcctgttcgg cgggttgtcc aaagcgggcg acctgatcat ggagccggtg
     5041 aagcgatcga tggaggcaca tatgctgaag gtgttccaag gcaagacgcg cctcttgttc
     5101 tcgcagctca aggagagcga cgcagccgtg ttgggcgcca gtgcgctggg ctgggaagcg
     5161 aaggacgagc cgatggatgc cttagtctga atctgggcta cggcatacct atatatgata
     5221 ggcccatcag caagcagggg gcggccgtca gccaaaggcg ttcgctccct ttctttgggc
     5281 cctgacagag accccttact gccttttatc cgattcgaaa cgacatagac atcaatcaca
     5341 atgagaaagt ctgctttact tcttatgact acatcactac ttacggtcgg cgcacacgtg
     5401 gcgacggctg caaacgacga gcatccgaag atcgattaca cggtggatcg cttcgccgac
     5461 attgaaatct tgcgctacga ggtgcctggc ttcgaagagc tatcgctgca gcagaagcag
     5521 ttgctctatc acctctctga agccgccctg atggggcgtg atataatctt cgatcagaac
     5581 tgccgctaca atctggccat tcggcgagcg ctggaggcta tctaccggga atatcggggc
     5641 gatcggggca atgcacaatt caaagccctg gagacatacc tcaagcgcgt atggctcgct
     5701 aacggcattc atcatcatta cggcgaggac aagttcgagc ccgccggatt caccgcagat
     5761 tacttcgcgc agtgcattcg cagcttggat ccgaagcatg tgcccgtgcg taagggccag
     5821 acggtggacg cttggctcaa ggagatcacg cccgtcatct tcgatccgaa ggtgatgcca
     5881 aagcgcacgg tgcaaagtgg cagcggcgac ctcttgctgg cgtcggccaa taactattac
     5941 gagggcggcg tgacacagca ggaggccgag gcattctacg ccgcgatgcg tacaccgaac
     6001 gattccaccg caccttccta cggcctgaat agccggctgt gtaagtcggc tgatggcaag
     6061 ctcaccgaga aggtgtggaa ggtcggcggg ctgtacactg aggccatcga acatatcgtg
     6121 gacgagctcc agaaggcgga gcagtttgcc gagaatgcgg cgcagcaagc tgtgatcgag
     6181 aagctcgtcg agttttatcg cacaggtgat ctgaagacat tcgacgctta cgccatcctt
     6241 tgggtgaagg ataccgcctc ggaggtggac ttcgtgaacg gcttcaccga gtcgtatggc
     6301 gacccgctgg gaatgaaggc cagctgggag gcgatagcca acttcatcaa tcgcaaggca
     6361 accaaacgca cgcggataat cagcgataac gcgcagtggt tcgaagacaa tgcgccgatg
     6421 gatccccgct tccgtaagaa gaaggtgaag ggtatcacgg ccaaagtgat taccgtcgct
     6481 atgctgggcg gagactgcta tccgactact ccgatcggta tcaacttgcc gaacgcggac
     6541 tggatccgta aggatcatgg ctcgaagtcg gtcaccatag agaatatcac cgaggcctac
     6601 gacaaggcgt ctctcggcaa tggtttccgc gaggaattcg tttggaacga cgcagagcac
     6661 gcgcggatcg ataagtatgg cttcatcacc gacaacttgc acaccgatct ccatgagtgc
     6721 ttgggtcacg cctctgggca gctgctcgag ggtaccgatc ccaatgcgct gggtgcgtac
     6781 agttccacgt tggaagaggc gcgggcagac atcttcgctc tctactacct ggccgatcct
     6841 aagttgatcg agctcggact gctgagtgat cccgaagcat acaaggcgga gtattacaaa
     6901 tacatcatga atgggctgat gacacagctg gtgcgcattc aaccgggcaa tgacattgag
     6961 gaagcgcaca tgcgaaaccg tcagctgatt gctcggtggg tgtacgaaaa gggtcgtgcg
     7021 gaccatgtcg tggactttgc gaagcgtgac ggaaagacgt ttgtcgttgt gaacgattac
     7081 ggcaaattgc gtgggctgtt tgcggagctt ttggctgagc tgcagcgaat caagagcgaa
     7141 ggtgattttg aggcaggtcg gaagttggtg gaagactacg gcgtgaaggt ggaccgtgcc
     7201 ctgcacgagg aggttctcgc gcgctatgcc cgactcaatc tggcgcctta caagggtttc
     7261 gttaacccgg tgatgaagtc tatccgtgac gctcagggca aggtgaccga cgttacgctt
     7321 gactactccg aggactatgc ggatcagatg atgcgttaca gtcgggaata ctcctacctc
     7381 ccgacttaca attaactcct tcttttccct atcccttacg acgtccgaat atggataacg
     7441 ccgtcgatac ctatgccttc gaaccggcca aagagtcgtt cgctcgcttt ctcactgagc
     7501 gcggcatgag gaagacgacg gaacgcttca cgatcctgga gcacatttgc cggataagag
     7561 gacattttga cgtggaaatg ctactccgtc agctcgacga agcgcatttt catgtcagtc
     7621 gggcatccat ctacaatacg cttgagctgc tgatggatgc ccgtatcgtg gtccgacacc
     7681 agttctcatc ccaacttgtg caatatgagc tacaggcggc ggccgccact caccatcatg
     7741 ccatctgtag ctattgcggt gccgtccagg aggtgaagga cgatagactg acgcgcgagc
     7801 tggctcaccg gcggattccc aaatttacct acgactgcca ttcgctttac atctacggta
     7861 tgtgctccaa atgcaaattc cgaatgcgta tgagtcagcg aaaggcggcc gaggctgcga
     7921 aggggaagcg gtgactccgg gcgaatctcg gcatgaactg tggcggggaa gcggtgactc
     7981 cgggcgatac tcgacaagaa tcgatgaggt gaaccaacgg cttgagctgc tccccgaagt
     8041 gaatgacgaa ggggctgcaa aggcttgagg tgatccccaa caagaattga tgaggtgaat
     8101 caacgagttg aggtagtccc cgaaatgaac tgcgaagggg aagcgacgac tccggatgat
     8161 ccccgaaaag aatcaatgag cggaatcaat ggccccggat gatccccgaa atgaatgacg
     8221 aaggtgaatc aatgacctct ggcgatcccc gaaatgaacg acgaaggggt tgcaatgact
     8281 taggataatc ccaaaaatga atgaatcaga tgaaagtaga cgttttatta ggcctccaat
     8341 ggggcgacga aggcaaaggc aaagtggtcg acgtattgac gccgaagtac gatgcggtag
     8401 cgcggttcca agggggaccc aacgcaggac atacgcttga gtttggcgga gagcgataca
     8461 tactccgctc catcccctct ggcatattcc agggtgggaa gacaaacata attggcaacg
     8521 gggtggttat cgatccgctt ctctttaagg aagaagcaga agcgttggcc aatcacgggc
     8581 acaacttgaa gcagcaactg atgatctcga agaaagccca tttgatcatg ccaacccatc
     8641 ggatactcga tttggctaac gaggccgcta agggatcggg aaaaataggt acgacgggca
     8701 aaggcattgg cccaacgtat accgataaga tcagccggaa cggactccgc gtaggcgatc
     8761 tattggaaaa ctttgacgag aagtattccg ctgccaaacg ccgacacgaa aacatgcttc
     8821 gggcgatgaa cttcgagtac aacttgattg acctcgagcg tccgtggctc gaagccctgg
     8881 actatttgaa gggcttccga cttgtggaca gcgagcacga ggtgaacgcg atgctccgcg
     8941 agggtcgctc ggtgcttgcc gagggtgcgc agggtacgat gttggacatc gatttcggtt
     9001 cctatccctt cgtcacttcc tcaaatacga tctgcgccgg atgctgcaca ggcctgggag
     9061 tctcgccgcg aaatattggc gaagtgtacg gcatcttcaa agcctattgc acacgcgtgg
     9121 gcagtgggcc cttccctacg gagttgcacg atgaaacggg ggaggctatg tgcgagcgcg
     9181 gacacgagtt cggatcggtt acggggcgcc gtcgccgatg cgggtggatt gacctcgtgg
     9241 ctttgcgtta cgctgtgatg atcgacggcg taacccaact gatcatgatg aagagtgacg
     9301 tcctggatac ctttaacgtc atcaaggctt gtgtggccta tcgcgtggac ggggtggaga
     9361 cggatcgctt cccctttgac ctttcaaagg ccgaacccat atacgcggag ctgcccggat
     9421 ggcgtaccga tatgtcaagg atgaagagcg aagacgaatt tcccgaggag ttcaacgcct
     9481 atttgacttt cctcgaggat gagctgggcg tacccattaa gatcgtctca gtcgggccgg
     9541 atcgcgagca gactatcatc cgctacaatg agtaggccgt ctggcattct ttttgccttc
     9601 aaccgcacgg gctgaaggac aaaaagcata gtcctccgga agctcggaga cgtcacgaag
     9661 cgcctccatc ctccgtgagg actattattt tgcctcgacg attccccaaa caaagtatta
     9721 tcacctatcc cctacaacca atgattacct cttcaacggc cctttactgg gtcattttta
     9781 tcggcatagc cgcgctgagc tggctggtgt caagtcgctt aaaaagcaag ttcgaaaagt
     9841 attctcaggt gcccttgccc ggaggcctga cgggacgcga agtggccgag cgcatgcttc
     9901 gccagaatgg catcgaagac gtgcgggtca cgtccgtggc tgggcagctg acggatcact
     9961 acgaccccac aaagaagacg gtcaacctca gcgactccgt ctatgccagc aacagcatcg
    10021 ccgccgctgc ggtggctgcc catgaatgcg gacacgccgt ccaacacgct tgcgcctacg
    10081 ctccgcttaa gctccgctca aggctggttc ccatagtcag cttctcatcg aatatcgtcc
    10141 agtgggtctt actggctggc atgttgctca tcaaaacctt tccgcaactc atgttgatag
    10201 gcattgtgat gttcgcattg accacactgt ttagttttat caccctcccg gtcgagatag
    10261 atgccagtcg gcgcgcctta gcctggttga agacctccgg actaacctct cgggaaaccg
    10321 atagcatggc ccgcgacgct ctgcagtcgg ccgcatatac ttatgtcgtg gcagcccttg
    10381 gctcattggc taccctcctt tattacattc tcatattcac ctcaggcagc agaagagatt
    10441 agcatggcac agaaaccttc aatcccgaaa gggactcgcg attttacgcc cgtggagatg
    10501 tcccggcgca actacatatt cgaaaccata cgtcaggttt accacctcta cggctaccgg
    10561 cagatcgaaa cgcccgccat ggagcaacta tccaccctca tgggtaagta tggcgaagag
    10621 ggcgacaaac tgctgttcaa aatcctaaac tcgggcgact ttctctcggc tatcaccgac
    10681 gacgactgga aggaaaaaag ccttccgaag gtctcggcca ggatctccga gaaaggcctt
    10741 cgatatgatc ttacggtacc cttcgcccga ttcgtagtcc aacaccgatc cgaattgacc
    10801 ttccccttca agcgttacca gatacaaccc gtttggcgtg ccgatcgccc gcagcggggc
    10861 cgataccgcg agttcttcca atgcgatgcg gacgtagtcg gcagtgactc gctgctttgc
    10921 gaagtggaac tcatccagat catggacgag gtgttccgac gtctgggcat caatgtggtg
    10981 atcaagatga ataaccgcaa gattcttgcc ggcatagccg aggtgatcgg ggaggccgaa
    11041 aggatcgtcg acatcactgt ggcgattgac aagttagaca agatcggacg cgagggcgta
    11101 atcgccgagc ttcgggccaa gggcatcagc gattcggcca tcgatcgcct gcagccggtg
    11161 atagaccttc gaggttccaa tcgggaaaag atggcggccc tgcgtagcgt attggaaggc
    11221 tcggaggcag gcatccgcgg cgtggaggag acggaataca ttctggatca catagagccg
    11281 ctgccgctga aggctcgctt agagaccgat ctcacactgg cgcgcggcct caattactac
    11341 accggagcca ttttcgaagt caaggccctc gatgcggaga tcggaagcat tacgggcggc
    11401 ggtcggtacg acaacttgac aggcgtcttc ggtatggccg gcctttccgg cgtcggcatc
    11461 tcattcggcg cagatcgcat ttacgatgtc ctgaaccagc ttgatctcta tcccgaagac
    11521 acgttgcgaa ccacccagct gctctttgtg cacttcggcg agcgtgaggc caactatctg
    11581 ctgccgctga ttgcccgcgt gcgcgctgcc ggcattcgcg ctgagcttta ccccgacgcg
    11641 gcgaagatga aaaagcaact cggctatgcc gacgcaaacg caatcccctt cgtggccctt
    11701 gtcggcgaag acgagatgtc caccgggcgc attcagctca aggacatgcg cagcggcgag
    11761 caacgtgcca tgaccctcga cgagctaatc gccgccctta gcgaaagcca taactaacct
    11821 ctatacccaa tccccccagc cggataccag ccgagcgtcg tctcgagccg gtatccggct
    11881 ttttttgtgc ccgcccacac caatccctgc gggcgatcgc ctgcatccca tgaaagccca
    11941 aacaaccctc tgcacctatt cggccaactt gaaggcgatc atcgccttga tcttcttttg
    12001 cttccttttc ttccatcaag ggaagaaaag gaagtcgggg tgcgggggcg aagcccccgt
    12061 gaaagcccca acgaacctcc tacacctacc agacgtaccc cgcgaaagcc ccaacaaccc
    12121 tctgcgccca ttcagacgca ccctatgaag gtccaaacaa ctttccgcgc ccattcggac
    12181 gacttgaagg cgatcatcgc cttgatcttc ttttgcttcc ttttcttcta tcaagagaag
    12241 aaaaggaagt cgggacacgg gggcgaagcc cccgcgaaag ccctaacgaa cctcttacgc
    12301 ttaccagacg aataaaatga aggccaaaac aatcctccgc gcccattcgg ccaatatgaa
    12361 ggcgatcatc gccttgatct tcttttgctt ccttttcttc tatcaagaga agaaaaggaa
    12421 gtcggggtgg gggggcgaag cccccgcgaa agccccaacg aacctcctac gcctaccaga
    12481 cgcaccccat gaaggccaaa acaactccct acgcccattc ggtcaacttg aaggcgacca
    12541 tcgccttgat cttcttttgc ttccttttct tctatcaaga gaagaaaagg aagtcggggt
    12601 gtggggacga agcccccgcg aaaaccccaa cgaacctcct acgcctacca gacgcacccc
    12661 atgaaagcca aaataacccc ctgcgcccat tcagcagtac ccgctgaagg cccaaacaac
    12721 tttccgcgcc cattcggacg acctgatggc gatcatcgcc ttgatcttct tttgcttcct
    12781 tttcttctat caagagaaga aaagggagtc ggggtgctgg gacgaagccc ccgcgaaagc
    12841 cccaacgaac ctcctatgcc taccaggcgc accccatgaa ggtccaaaca accctccgcg
    12901 cccattcaga cgaacccgat gaagtcccaa acaactttcc acacccattc tgacgactta
    12961 atggcaatca tcacaggaat cctcttgtca ttcatcttca ctcatcgcta agagaaacaa
    13021 aatgcagtgc atatagctgg actctccgcc taaggttcag cgagttatta tcgcctatcc
    13081 agcggacaaa atgaagctca aaatgaatct cgattttgct tcacagacac tccgggaagc
    13141 gaaatcgtaa ttcattttgg cgacttcgga cactcagtga agcaaaatcg taattcattt
    13201 tgggctttcg gacactccgg gaagcgaaat cgagattcat tttggccttc cggagtaccc
    13261 aaaatgcgaa atcgcaattc atttttggct tcccggacac tcagaaagcg aaatcgtaat
    13321 tcattttttg cttcactgag tgtccggaga cgcaaatcga gattcatttt tggcttcccg
    13381 gacactccga aagcaaaatc gcaattcatt tttcgcttcc tgagtactcg gaagtcaaaa
    13441 tcgagattcg tttttcgctt tgcatagtgc ctgaggatcg aaattgagat ttgtttttgg
    13501 tttcgcagag tgtctggaga ttaagacaga gagttgtttt cggcttcgtg gaatgtccga
    13561 ggtaacgaaa tgagagctgt aatttgattc gcaaagtgtc cgtagattga gatagagagt
    13621 tgttctcggc ttcgtgggat gggcgatgta acgaaacgga atccattttt tgattcgtgg
    13681 agtgtccgga gattgagata gagagttgtt ttcggcttcg tggggtgccc gaggtaacga
    13741 aacgagatcc gttttttgat tcgcggagta ccggagattg aggtagagag ttgtttttgg
    13801 ctccgtggaa tgggcgggat agcccattga aatctctttt tgctttcctg cagccgccat
    13861 gatagcccaa ccaccctccg acgggcaatc gcccgcatct atcgattacg cacacagaca
    13921 caaaaaagcc gagcacgcgg ggaggtgatc ctccgcatgc tcggctacga cctactcggc
    13981 cctaccggcg ataggtcttc gttaacggta ttcctgccag ctcttgatcg gtatatcctt
    14041 ctcgcctaag ttgcagacag ctcggatgaa tgcgcctgcc agtcgggcat ttgtgatcag
    14101 cggtatattg tggtcgatgg ctgccctccg aatcttatat ccgtttgtca gctcacgccg
    14161 gctttgattc tttggaatgt tgatgactaa gtcgaaggca tggcgactga acatatcaag
    14221 tatgttcagc cctccgtcac gctcatcggg ccagcacaca ggtgtcactt ccactccgtt
    14281 gtcgcgtagg aaagccgcag tgccttgcgt ggcgtatatc gtgtagcctc gctcacagag
    14341 catccgacag ggttccaaca actccacctt gctcttagct ccccccgaag aaaccatgat
    14401 gctacgcgtg ggtatggtgt tacccacagc gaccatcgcg gcgagaagtg cctcgtcaaa
    14461 gtcatcgcca atacaaccta cttcgcccgt agaactcatg tcgacaccta acacggggtc
    14521 tgcatttgac aaacgcccga atgagaactg tgaggcttta actccgatcc agtcaatgtc
    14581 gaactccgtt ttgttgggtg gcgtaaacgg tgcgtcgagc atgatgcgcg tagcagtatc
    14641 gataaagttt tgccgcaata ctttgctgac aaacgggaaa ctgcgtgagg ctcgcagatt
    14701 gcattctatc accttcacgt cattgttctt tgccaagtac tgtatgttga agggaccgct
    14761 gatgttaagc tctcgggcga ttttgcggct aatcttcttg attcggcgaa cggtctcgaa
    14821 gtatagtttc tgcggtggga agaccagagt ggcatcacct gaatgaatgc cagcgtattc
    14881 gatgtgctca gagatagcgt actcgacgat ctctccgtga cgcgctacgg catcgaactc
    14941 gatctccttc acgtcttgca ggaactccga cacgacgacg ggatactcct ttgatacgcg
    15001 cgcggctacg ccgaggaatt cgattagctg atccttgttg tagcacacat tcatggctgc
    15061 tccactcaac acataggagg ggcgaatgag aaccgggaag cctacgcgat ggataaagtc
    15121 atcgatttcg tccatgctcg tgagctccgc ccaacgtggc tggtcgattc cgagggtatc
    15181 aagcatggcg gagaatttat ggcggttctc tgcgcggtca atcgatacgg gcgaggttcc
    15241 gagaatcgga acttgccttc ggtagagctt catggccaga ttattcggaa tctgtccgcc
    15301 gacggataca atgacaccgc gcggttgctc caaatcgaca atgtcgagga ctcgctccag
    15361 tgagagctca tcgaaataga gtcggtcgca gatgtcgtag tcggtagaga ctgtctctgg
    15421 gttgtagttg atcattatgg atttgtagcc cagactgcgt gcggtgcgca cagcgttaac
    15481 cgaacaccag tcgaactcga cggacgatcc aatgcggtag gctcccgaac cgaggacaat
    15541 cacactctta tcgtttttat agaatggtat gtcgtgctca tctcctgtcg cagattcgcc
    15601 agagggtgct ccgtaggtga ggtagaggta attcgtgagt tctgcgcgat cggaggcgac
    15661 agtgtctatg cgtcgcacgg ccggcaatat accatgtcgc ttacgtaagg cacgcacgcg
    15721 gaggttttcg cgctccatgt tacccacagg gtgctccgtg taacgcgcta tttggaaatc
    15781 agagaaacca agtcgcttag cttcgcggag tacgtcggcc ggaaggtcct cgatcttctt
    15841 atactgtccg agtacgtggg tataatcgac gatattcttc agtcgctcta ggaaccaggg
    15901 gttgatcttc gtcaactcat agatgtgctc gatcgtgtat cccttctcta aggcctgagc
    15961 tacggcgaaa atgcgcaggt cagtcggatt ctccagctcg ctatccaggt cttcgaattc
    16021 cagattgtta ttacccacaa atccatgcat gccctgtccg atcattcgta gacccttctg
    16081 catgatctct tcgaaagatc ggccgataga catgatttct cctactgact tcatgctgga
    16141 tccgatttgg cggcttacgc cagcaaattt cgtgaggtcc caacggggaa tcttggcgat
    16201 cagatagtcc acttgtgggg ctacggcggc tgatccggtc gttcccggct caccaatctc
    16261 atcgagcgcg tagccgatgg ccaatttggc agcgacgaaa gccagcggat agccgcttgc
    16321 cttggatgca agggccgagg aacggctcaa tcgggcgttg acctcaatga tgcgatagtc
    16381 gccagtgtca gaattgtatg cgtattggat attgcattcg ccgacgatgc ctaaatggcg
    16441 cacggtacgg acggataatt cttgaagctg ggtgagttcg tcctcgcgca gcgaacatgt
    16501 cggggcgacc acaatacttt cgcccgtgtg tacgccaagc ggatcgacat tttccatgct
    16561 caccacggta aaacaccgat ctgtccggtc acggatcact tcaaattcga tttctttcca
    16621 gcctttcagc gattcttcca caagaatttg cggtgcgaag gcaaacgcac tctcagccag
    16681 tgcccgcagt tcgctttctg tcttacaaat accgctacca agtcctccca gagcgtaagc
    16741 cgagcgtacc atgacgggat aaccgatctg ctcggccgcg gtgatggcat cgctcatcgt
    16801 ttcgacggcc tgactgacgg gcgtcttgag atctacctcg cgcagtttgc gtacgaagag
    16861 gtcgcgatcc tctgtattca tgatggcttc taccgaggtg cccagcactt ggacaccgta
    16921 acgctccagc gtgccctcgt tgtagagctt gatgccacaa ttgagagccg tttgtccgcc
    16981 gaaggccagc aggataccat ctggacgttc cttagcaatg acttgctcga caaaataggg
    17041 cgttaccgga aggaaatata cgctgtcggc cacgccttca gaggtctgaa tggtggcgat
    17101 gttgggattg atcagcacgg atttgattcc atcctgtcgg agagccttca gtgcttgcga
    17161 gccggagtag tcaaactcgc cggcttgccc aatcttcagc gcgccggagc caagcacaag
    17221 gactttgtgg atattgttct ttgacatatg cgtaaaaatg ttcttttgac tatttgagga
    17281 agaagaaaag taggagaagg atgacgatag tgatggccgt aaacagctga atcttctgat
    17341 tccgttcggc atcgaggcgg atcttttcga gtgcagcctg ttgcgcgacc gattgctcat
    17401 ccactttacg ctcaagtgag gcaatctgtg cagaaagatt cgaggccgtg agcgcgtcaa
    17461 taagttgccg gatccgttcg ttgtagtccg ccagcgtgtc gagcgtatct gcgatctcgg
    17521 attgctgcat ttctatcgcg tcagtcgaaa cggtggtcac ttcagtcagc gcatgtttgg
    17581 ccagtgcgga cacttcaccg acagattgct tcgcctgctc gctgacttcg cccattgtgc
    17641 gtgtggtagc ctcgagcgac tgttgcagag ccgcttgcgt ctccgtgcgg agctgttccg
    17701 tagcctgaag tgaggcttcc ttagcctgtc ggagtgtctc ctcggtctcc gtttttaggt
    17761 ctgcgaccgt ctgagtcgac gtcgccgctg cttgacggag cgtctcctcg gtgttatcct
    17821 tcagcgccgc cacggtttgg gctgcggagg cggtggcttg gcggagcgtc tcttgggttt
    17881 ccgacttcaa gtcggtgacg acctgtgtcg cggcggaggt agccagacgg agcgtctcct
    17941 gcgtctccaa tttcaggtcg gcgaccgact gtgtggaggt ggcgagggcc tgttgcagag
    18001 ccagctcggc atcggacttc aatagagccg tagcctgccg ggtttgctcc acttctgtcg
    18061 cgaaacgagc cttcccgtcg ttgatggcgt cggtccattc ggcccgtgac ccctccaact
    18121 gttcggcgaa acggctaatc accgcctgtg tttcctcgct gatacggtcg gctaaccgtt
    18181 tcacctcgtc cgacagccga gctgtggcct cgacgagctc ttgactgctg cctgtgactt
    18241 gtgccacttg caggcgcgcc gcatccaagt tcgctaagtt ctcccgcagc tgcaagaggg
    18301 cgacattaat atcttctatc gtttccattt atcctaaata agtacgttgt aattctgtcg
    18361 tataagtcaa atgcgtgctc aagatgtctg ccgcacggat cagaaggagg cgcgaggccg
    18421 ccttttccat acgtgcctcg gtggcatcgt ccgtagcgtc cgcctcgttg cgcacgaagc
    18481 gattataagc ctcaaattgt tcttggaagc gggcataatc cggcattaag tgataaagcc
    18541 ctacgatgcc ctgctcataa ctcgtagaga gatcctgctc aagtgtcgcg cgatcccctg
    18601 taccgagata aagcaggcaa aaagtattca agagtagcaa caccggatgc gtatgacctg
    18661 cccgacgcag cgtgcagacc gactcgtgta gggcatggat acgccctttg ggtgatccct
    18721 cggaggaatc attgacaaga tgtaggtaac ggaaaagtac ttcgtccgtt gcctgcgagt
    18781 cgtcagccaa atcctgggcg aggcgctcgg tcagtggcgt gtgggaagca gtgtcggggg
    18841 caaggcgcgc aatgttatcg caaacgtagt gcgtcaatcc ggtgaggcac ttatatataa
    18901 ccccctcacg ttcgtcgcgg agcatcacgg cgggcattcc cgcccgtgca gcagtctctt
    18961 cccgttcggc gcgtttcctt gtatagtagc gattaaagta atcgcagtac cgtttgtaga
    19021 cctgttccgc ggtgcagtcg cgcaccacga gcaggaagcg cttttgaacc tcgtcgcgag
    19081 ccacgccatc gatcagtccg aggcatccca tgcggtagag gatacgtatg tagcgcgctt
    19141 cggcggcttt gtctcgtgtg ctttcgcctc cctcgcctac ggatgtggga taagacaagc
    19201 ccacaaggcg tgcctcttcc gccgaagagg atcctaagac cggagcgatg tattccattc
    19261 ccatttcgcg gagtatctgc tcgatgtcct tcccttcttc cgcctccgaa cgcgattcta
    19321 acgacatggg agccacggtc gcgctggcgg tgacgattcg atcgcggtcg ggagtgtagg
    19381 aatcgacggg gagcagctct cgttcgacgt cgaagagcac atcgaacgac gcctgactca
    19441 aggtagcccc gagtgtgatc gttccctctc gcggtcgggc atatcgacgc aaaattttcc
    19501 ccgcacagag ataatgaggg tcgaaaaatg gactccactc tgaccctctt tctgcgctat
    19561 cgaggatacc ataagcaaaa tatacccccg tctcacgcat agagaggaag cgttgttgta
    19621 gggtgggtct ggccaactgt tccgcggaga tcgcaacgaa atgaagtgcg gccgattcca
    19681 cgcgacgctc cctccgctca cgttcaccgt ccgtcatgtt cgtgtggagg ctggctccac
    19741 aatctatatc ttgctgccgc gcctcgtcga tcagcttatc agccgtttta gcatctggcg
    19801 ttatgacgac cgtcacaccc ggctgcaaca gagcggccgg aagcgtcacc gctgcaccat
    19861 gcgcatccgt aggaagtagc gccgccacgc tttcgccgcg aagtaaccgg tcgagaatgg
    19921 cctcctgacc cggccggaag tcctcccgac gcgataggat gcccataata taatgtatag
    19981 ccccagctgt ttctgggatg agtgtgcttc gcccgatggc gtcgcggata atgagcgggc
    20041 ggtaagtgat acgccccgta gtgagcaccc ttctcggttc gcgggcatgg tgagccgagc
    20101 ggacgatgaa gcaacaatcg ttgtggcagt tcgtgtacgt gccgatgagc gggcgttcaa
    20161 tgcctgcacg tcgcagcacg gagatgtcga tgatcaaatc gtacgtctta gcgcggtgct
    20221 cctcggtcag ttcagccaat ggcaccacgt cggcatggag tggcgaatcg ataaactccg
    20281 gtgtactgat cacatcaagc gtcacttccg gaaaatgtac cccatcccac tctgcactaa
    20341 gcgctgtcag gcgctcaaac agggctcgca agtccgatag agccgccacg gcgcagggca
    20401 catcgcgctc caccacgagt acctcccaat gcggcgccgc gagatctaat cgtccggcca
    20461 taagagcctc caaaatgacc ttctcgatgc gtgctacacc gataggagta agcacatatt
    20521 gcagcgtgcg gacccattcg ctgtcgaatg ggcgactgaa aacgcggaag gccgtccgca
    20581 catagtcgct atccaaatag ccgaagtgca tgtcgctcaa atggccgtcg gagaaggtct
    20641 cgcaagtcca gttcatggct gccagatcgt cagtacgttg tttctcgatg cgccgctgat
    20701 ccatagtggt ctgcacagtg ggatcctcga tctcgatcac gaatccgttg tgccttacgt
    20761 ccctcagatc tttcgtcgga tagggaaact cgagcgaaaa atcgacatgc tgcgtgcaat
    20821 attcgcgttg cccggtcaag gtatagacgt tccgctgcgg ttcgaagagc tgtcggaagg
    20881 gtggaggggc cacccgcgtg atgtattccc gttgcaggtc gctttcgagt gcgtccacgt
    20941 tgtaagtggt ctcatctggc ttaaatcgag ggtcgatcag gtgcaaagcc tcgaacaaat
    21001 cagacggata aaggtctcgc gcggcgtaag tgatccttcc ctcctcgttc catctcttgc
    21061 gattgcccag cggtgcgaat gcctcttcga gtagaggcga agcggcggta ggcagaccgc
    21121 gtgtaatgag gttactcagc accgccagca gcggcggcag gtcattatgg gcgcaggcag
    21181 ccacgtcgta gcccgcggag acctcaaatc gcgaaaggga acggtagagc gcggccactt
    21241 tttcgcgttc cgtctgctgc aatagctctc ggacgatgtc gagtcggaaa gccgcctgcc
    21301 attgaacggg cgaaagggcc gtgttaagcc caaacgtctc ggcgcgaagc cgaaaagctt
    21361 tgcaggtcat ggcatacggc tgacgtgcag tggggtaata cgtctcgtcc gtgaaaagct
    21421 ctggactatt gaagcagcga tagaacgtct ctaatcgatc gttgccgtgt ttaagtgcgt
    21481 ccacgcagaa aaaatagtgt tccccgcgga tagtacgccc aatcagttgc gccaatcggc
    21541 gtaaatcgat ctcaggatgc cccaaaacgt cggtaaagaa gtgaaatgtg accggttgat
    21601 gggtctcgat gtcgaatcga tccacttcgt tgatcggttt atggatggtc acgatgcgat
    21661 ccgtgtctcc catgtagggt tcaaggtgcc agagggcgcg ctccatggct tccgcatcgg
    21721 tatcgatcag aaaaacctgc tggacacgat tttccatgcc gttacgacgg ataaaatcga
    21781 agaagcagac cgtattcacg ccctgcccac actgccaatc gacgacgtcg aaggttgtgc
    21841 cttgaaagag cttcctgggc atcgtgccga gcaccctatc caccttggct ttttgccgca
    21901 caccgtcgtc gcagagggct ctgaggagca tttgtccgcg atccgctgcc atgtcggggg
    21961 atggaagatc ggtgggaggg gccgtccggc catccgtagg agagggaagg aaagagtgag
    22021 cgatggccgt gattttttca aaagacggat tgcgtagccg acgcatgttt tctctgtaag
    22081 atagcgtcat ggcaggaggg gatgaagggt tacttcgata aacatatccg taatcgtttt
    22141 ttctgggctg caaagctaag aagcagtcag gacttttcgg acgtaacgag gcaggaaatt
    22201 tttccacccc tccccatccc acgtcggcgc atgccccatc cgcagcgcgt tgagatcatg
    22261 ccatgccgtg gaatgcgtga aacgcagcgc ttctcaatcg ttccacgatc gcaatatatc
    22321 ctaacgcgac acatatcagg gcatgtcatt cgatgaaata cgtaaaacgc ggcgcgttgg
    22381 attgtttcac ggttgtagca tgtgaaaaac gcgccgcgtt cggggtatgt tattaggtgg
    22441 gatacgaaaa acgtaccgcg ttagattgtt tcatggttgt ggtatatgaa aaacgcaccg
    22501 cgttttcgtg tccctgtgta ggggcgtatt gcatacgccc cacaaacgac cctccgaagg
    22561 ggggcgaggg ccctgccttt ggtcgtgtac aggcattcgc catccatggg atggcgcttt
    22621 gtggggcgta tgccatacgc ccctaccgtg ttacccgaaa aacacgctgc ctttaggaca
    22681 ttccatgcgc aaggaggtgc aaaacgcggc gccatgccgg actcttactg tctggtatgg
    22741 cgccgcttat atgcatgcga cctattgtta tgaagattca gcgtatcatt acatacttgg
    22801 gttctgtact acttgtggcc ctgtcccaga tcaatgtatc attcagccat actttctgct
    22861 gaatatccat tgtgggggaa tgatagaact ttaccttaaa tagatcacga cgtccatctc
    22921 cccaatctac aagagtcatc gttgtcgtta ttgtcccttt atccggtctt acatcgaagt
    22981 aaatggtcat taaataataa ggtagaaagg tgctctccgg ggggctgatc gagaagcccc
    23041 agggagcgtc agtccaaggg ttataataac gcaattcagc tccttccctt acatagtaga
    23101 tatcaatctt agaaagatcc actttgtttg gagatgtaga tgagggatct aataaatcat
    23161 ttccatcctt atctatgatg cgcaaatcaa tgaatgcaag acatatgtag tcttgacagt
    23221 aggaggaatc actccttttt atggagggta tcgtatcatt ttctatgaac tccatctcat
    23281 tgcttatctc tgctgtatcc atctcttttc tcgaacaagc agagagggat agcatcagta
    23341 gaaaaatcat gaagatgata tctctcatgt tcctcttagt ttcatctctt ctttcttgag
    23401 ccaatttcat atacctctct atatattatt gtgtgagaaa atcggcaacc cgctttgatg
    23461 gggctgcggt ggcaaatata gatagtctat ctgtaaaata agacggttcg atatgttatt
    23521 ttacccttgc tatttgtgtg gatttcaagt atatccctcg tttgggggag gaatcataga
    23581 ggtatgcgct atccttatca agaaatgggg atctgaggcg cgtgtatgcc ctancgcggc
    23641 gcgttttcgt gtctccgtgt aggggcgtat tgaatacgcc ccaccggcga cccatttatg
    23701 gggcgaatga tccaaatgat cgatcttcga tgcgcattct tgtcccctgc ggggccattc
    23761 ggtggggcgt atgccatacg cccctaccct gacggccgaa aaatgatcgc gttcggggca
    23821 tgttttgcgg tgggatacga aaaataggct gcgttttggg gaggctatgg ggtgggaggt
    23881 ggaaaacgtg gtgcgtttga ttgtttcatg gttgtggaat atgaaaancg cggcgcgttt
    23941 tcgtgtctcc gtgtaggggc gtattgaata cgccccaccg gcgacccatt tatggggcga
    24001 atgatccaaa tgatcgatct tcgatgcgca ttcttgtccc ctgcggggcc attcggtggg
    24061 gcgtatgcca tacgccccta ccgtgttacc tgaaaaatga tcacggccgg ggcatgttct
    24121 gccgtgttac ctgaaaaata ggctgacttt gggggatgct atggggtggg aggtggaaaa
    24181 cgtggtgcgt ttttatgtcc ctgtgtaggg gcgtattgca tacgccctac aaacgaccca
    24241 tttatggggc gaatgatcca aatgatcgat cgctgatgcg cattcttgtc ccctgcgggg
    24301 ccattctgtg gggcgtatgc catacgcccc taccgtgtta cctgaaaaat gaccgcggcc
    24361 ggggtatgtt ctgccgcgtt acctgaaaaa taggctgcct ttggggcatg ctatggggta
    24421 ggaggtggaa aatgtggtgc gttttcgtgt tcccgtgtag ggcgcaaaag catacgcccc
    24481 acaaacgtcc ctccgaagga ggacgagggt cctgcctttg gtcgtgtata ggcattcgcc
    24541 atccatggga tggcgcttgg tggggcgtat gcaatacgcc cctaccctga cggccgaaaa
    24601 atgatcgcgg tcggggcatg ttctgccgcg ttacccgaaa aatgggctgc gtttagggga
    24661 tgctatgggg tgggaggtgg aaaatgtggg gcgtttttat gtccccgtgt agggcgtaaa
    24721 agcatatgcc ccacagacgt ccctccgaag gagggcgagg gccctgcctt tggttgtgga
    24781 caggcattcg ccatccacgg gatggcgctt tgtggggcgt atgccatacg cccctaccct
    24841 gacggtcgaa aaatgatcgc ggtcggggtg tgttctgcgg tggaatatga aaaacgcggc
    24901 gccatgccgg cattttacta cctgacatgg cgccgctcat atgcgtgcga gctattctat
    24961 ttaggtcgtg tgggggttag cgcgttggtt gcgcttatcg tgtaaccgta taagtaggga
    25021 taccacctcc gattttatta ggagcatccc aaagcagttt gtcatttacc caaattcttt
    25081 gctgaatgat cgaagatgta ttcgcgggac gatcatattc taccttgatt atatcacgat
    25141 gcccatcttc ccactcgagg atcgtcgttg caatcttctc gtttattcca acattcaaaa
    25201 agactcttat catgtagtag gagagacctg ttccttgagg cgagagcagc aatatccctg
    25261 ctggtgcttg agccatgctt tgatagaaaa gctcttctct gccttctttt acatagtaaa
    25321 ttttgagttt ggagacattc actgttttag gtgattgaat ctccggattc agcaggtcat
    25381 ttccttgtgc atctattacc ctaatctcca tgttaccatc tatgatagtc ttacttggtt
    25441 gctcttttgt gcagccaggt agcagaaata gtagccataa caggctccac atgggcatta
    25501 ttttctctat tctcttcata ggatcattgt attttggtgt gagtaaatct gcaaccctct
    25561 ttgatggggc tgcggaggca aagatagata gtctatctgc aacataagac agttcgacat
    25621 gttattttat ccttgctatt tgtatgaatt tcaagtatat ccttcatttt ggggaggaat
    25681 catagaggta ttcgctatcc atcccaagaa atggggagcc gaggcgcgtg tatgccctaa
    25741 ccgcaccgcg ttttcgtgtc cccgtgtagg ggcgtattgc atacgcccca caaacgaccc
    25801 tccgaaggag ggcgagggcc ctgcctttgg tcatggacag gcattcgcca tctatgggat
    25861 ggcgttctgt ggggcgtatg ccatacgccc ctaccctgac ggccgaaaaa tgattgcggt
    25921 cggggtatgt tctgcggtgg gatatgaaaa ataggctgcc tttaggggat gctatggggt
    25981 gagagctggg aaatgtggtg cgtttacgtg tctctgggta ggaattatcc tgcgcagaag
    26041 gtgtggggcg tttgctgttt caaaaaagac gctacattcg ccgccgttac gacagcggtc
    26101 gtagacatct ttttgaaatg atgggcgtcg gagcgatcgc taccggtggg atggcctgaa
    26161 cttgagtcaa gtggcaggct ctatccgagt ttgaccgatc taacgcgacg agtacaaaag
    26221 ctccatctaa gatggaacac cgaaacgcgc cgcgttttgg acttccacct aagatggaac
    26281 agtgaaacgc gccgcgtttt ggacttccac ctaagatgaa acagtaaaac gcgccgcgtt
    26341 ttggacttcc atctaagatg gaacagtgaa acgcgccgcg ttttggactt ccacctaaga
    26401 tg
//
LOCUS       SEQF2638.1|AYYF01001552.1 353 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..353
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tatctatcat aggctttaca aaacgcctgt gcgtatccga tatatttatc gtcgaaatag
       61 atccgccctg ccagcctcca tgcgagctgc aaccgtgccg accagccgtg gtgctttatg
      121 tactccgcgc gggcgcggtc gtgtgattct tttctcatcg tgctgcctct attagtttcg
      181 tctctatctc cttgaataca cggcgtacgg ttgcgcccgc gtacggcgtt tgcgcgtctg
      241 ccatcagttt acggatgaat gtttcatgta ttttgcgcga aaagtcatca atacagtatt
      301 ttattacaat gagagcagcc aaagcgagta tatgtcgcgc aaaatacatg aaa
//
LOCUS       SEQF2638.1|AYYF01001553.1 3190 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3190
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             4..678
                     /locus_tag="SEQF2638.1_02006"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P44506"
                     /codon_start=1
                     /transl_table=11
                     /product="Pyridoxal phosphate homeostasis protein"
                     /db_xref="COG:COG0325"
                     /translation="MSTVAERLEAIRRTLPKDVELVAVSKFHPAEVVREAYDAGQRLF
                     GESRVQELVAKQPLLPNDIEWHFIGSLQTNKVKYLAPFIHTIQSIDSLKLLAEVDRAA
                     ERVGRQIRVLIEVHIAEEDSKHGFSVDECRKLFADGALSAYKHVKIAGLMGMATFTND
                     TEQVRREFDRLRALFDEVRAMPDAVDSCFTELSMGMSDDYPTAIEAGSTMVRVGTKIF
                     GPRQYS"
     CDS             725..1714
                     /gene="preA"
                     /locus_tag="SEQF2638.1_02007"
                     /EC_number="1.3.1.1"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P25889"
                     /codon_start=1
                     /transl_table=11
                     /product="NAD-dependent dihydropyrimidine dehydrogenase
                     subunit PreA"
                     /db_xref="COG:COG0167"
                     /translation="MRNLETKYAGLTLRNPLIVGSSGLTSKADKNGKWEEAGAGAVVL
                     KSLFEEQIEAQGDLLMEGANDYPEAEDYVRAYVRANGREEYLQLIRDSKAACHVIPVI
                     ASVNCYRADTWADFAAEIERAGADALELNVFYLDTDIHSDSREVLRHYSSILKDVRSR
                     ISIPIIMKIGKGFSTIPAFVNRLQGFGANAVVLFNRYYRPDIDIERCRIVAAPPFSDP
                     SELGDTLRWTAIVSGALPDMPIAASTGVHTWQDAIKCILAGASAVQLCSTLYKHGAKV
                     IPEMITQIADWMERTKYESVEEFRGRLSLSNAADASMYERTQFMKYISSRETI"
     CDS             complement(1886..2722)
                     /locus_tag="SEQF2638.1_02008"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRGAVVFVEHASETVFARVDIDRSGVPIEVGDALFLKLHQECLF
                     GARERIEAHEDDAAIGQIGAPFASDTLHNVARDHTLIAAPPVGELGAEIEVDVVQDVP
                     DAEEGSAVTIVLGVGTEGGPEAAYSFDLFRLEIREILLELVEVAGVGEELACVNEIVV
                     DIVEVAEQHFAPVDEIVERFLSLAASDIDMVEEEEHLQVICRLERAELLEEAVEGEDG
                     RGEHRSAYGLREVFAKEEAGTAVGEDEGHLLHVSTIGIIKTFGNLLKKGSHGKRKTKS
                     EE"
ORIGIN      
        1 ggcatgagca cggtagcaga acgtctggaa gccatccgga gaacgttgcc caaagacgtg
       61 gagttggtgg cagtgtcgaa gttccacccc gctgaagtcg tgcgcgaggc ctatgatgcc
      121 gggcaacgct tgttcggaga gagccgcgta caggagcttg tagccaagca gcctctactt
      181 cccaatgata tcgagtggca cttcatcgga tcgctacaga ccaacaaagt gaaatacctc
      241 gctcccttca tccacaccat ccaaagcatt gactcgctaa aattgctggc cgaggtggat
      301 cgggccgcag aacgcgtggg gcggcagatc cgcgtactga tcgaggtgca tatcgccgaa
      361 gaagactcga agcacggatt cagcgtggac gagtgtcgca aactgtttgc tgacggtgca
      421 ctctcggcct acaaacacgt caagatcgca ggcctaatgg gcatggctac attcacgaac
      481 gataccgagc aggtgcgtcg tgaatttgat cggctccgcg ctctcttcga cgaggtgcgg
      541 gcgatgcccg atgccgtcga ctcatgcttc acggagctgt cgatgggtat gagcgacgat
      601 tacccgacag ccatcgaggc cggtagcacg atggtccgcg tgggcacgaa gatcttcggg
      661 ccgcgacagt acagctaagg gtccgactta ggaatttgaa tagtaaacga aaacagcata
      721 accaatgaga aatttagaga caaaatatgc cggcttgacg ctacgtaacc cgttgatcgt
      781 cggcagttcg ggacttacga gcaaggctga taaaaacggc aaatgggaag aagcaggtgc
      841 gggggccgtg gtcctcaaat cgctcttcga agagcagatc gaggcgcaag gcgacctatt
      901 aatggaaggc gcaaacgact acccggaggc cgaagattac gtccgcgcct acgtccgcgc
      961 aaatggacgc gaagagtatc tccagttgat ccgcgatagc aaagccgcct gccacgtgat
     1021 ccccgtgatc gccagcgtga actgctaccg cgcggacacc tgggccgact tcgccgccga
     1081 gatcgaacgc gcgggcgccg acgccctcga gctcaacgtg ttctacttag acaccgacat
     1141 ccattccgac agccgcgaag tgctccggca ctacagctcg attctgaaag acgtgcgcag
     1201 ccgcatctcc atccccatca tcatgaagat cggcaagggc ttcagcacca tccccgcctt
     1261 cgtcaaccgt ctgcaaggtt tcggtgccaa tgccgtggtg ctcttcaatc gctactaccg
     1321 gccggatatc gacatcgaac gctgccgcat cgtcgctgcg ccgcccttca gcgacccgtc
     1381 cgagctgggc gacacgctcc gctggacggc catcgtctcg ggcgcgctgc cggacatgcc
     1441 catcgccgca tccaccgggg tgcatacgtg gcaggacgcc atcaaatgta tcctagccgg
     1501 agcctcagcc gtgcagcttt gcagcacact ttacaagcac ggcgcgaagg tgatacccga
     1561 gatgatcacg cagatcgccg actggatgga gcgcacgaag tacgaatctg tcgaggagtt
     1621 ccgcggccgc ctcagcctct cgaatgccgc cgacgcatcg atgtacgagc ggacgcaatt
     1681 catgaaatat atctccagcc gcgagaccat ctgaccggcc tccgcgctac atgtcatcag
     1741 aaaaaagggg aagcccgcac gggttgcccc tttcttttgc tcttttgtcg ccctgcgccc
     1801 actccgcgcg ataactttct atttcccttc cgacgactat ccgcatggat tggatcaaaa
     1861 aaatggcgtt cacagtcacc tccccctatt cttcactctt agtttttcgt tttccatgac
     1921 tccctttctt cagcagattg ccaaatgttt ttatgatgcc tatggtgctg acgtgcagca
     1981 gatggccttc atcttcccca accgccgtgc cggcctcttc tttcgcaaat acctctcgca
     2041 gaccgtaggc cgaccgatgt tctcccctgc catcctcacc ctcaacggcc tcttcgagca
     2101 actcagcacg ctccaacctg cagatcactt gcagatgctc ttcctcctct accatatcta
     2161 tgtcagacgc agccagcgac aggaaacgtt cgacgatttc gtccactggg gcgaaatgct
     2221 gctcagcgac ttcaacgatg tcgacaacta tctcgttgac gcacgccaac tcttcaccaa
     2281 cgccagccac ctccacgagt tcgagaagga tctctcttat ctcgagcctg aacaagtcga
     2341 agctatacgc agcttctggg ccgccttccg tcccgacacc gaggacgatg gtaaccgccg
     2401 atccttcctc ggcgtctggg acatcctgca cgacatctac ctcgatttcc gcgccgagct
     2461 caccgaccgg gggcgcggct atgagggtat gatcgcgcgc gacgttgtgg agcgtatccg
     2521 acgcgaaggg ggcgccgatt tgtcctatag ccgcgtcgtc ttcgtgggct tcaatgcgct
     2581 ctcgcgcgcc gaagaggcac tcttggtgga gcttcaaaaa caaggcatcg ccgacttcta
     2641 ttgggacgcc ggaacgatca atgtcgacgc gggcgaagac ggtttccgac gcgtgctcga
     2701 caaagacaac cgcgccgcgc atttcctccg cgactatctc cgccgcttcc cctccgagct
     2761 ttccctaccc ccggaggagc ctaacgagcc cgtaatcacc ctgaccggcc ttccctcgcg
     2821 catcggacaa acaaaacacg tccatgaatt actcctgcgc atggccgacg gacgcctccg
     2881 catgacggag gacgaggcgc tccggacggc cgtcgtgcta cctgacgaac agctgcttat
     2941 ccccatcctt aacgccatcc ctcacaccgt gccgcacatc aatatcaccc tgggataccc
     3001 cctctccggc actcccgtgg cctcgcttat cgaggacgtt ttggctttgc agaagaacct
     3061 ccgcacgacc tccagtggcg gcgtggaata ctaccaccgc gaggtgacag ccatcctcaa
     3121 ccaccgctat gtccgccgtg ctgcgccgcg catcgtggcc gacttactca gcaatcatta
     3181 ttattttctc
//
LOCUS       SEQF2638.1|AYYF01001554.1 1270 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1270
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             309..1025
                     /locus_tag="SEQF2638.1_02009"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQYAPTRDNEKRKMNNEKAGYLAKLAGYPPLSFLVFHFLIYLPH
                     MIQIEDTIVSLDVIERRFMCDLSQCRGACCIEGESGAPLEEGEAEQLRLALPEVWDEL
                     KEDAREVIRQQGVSYLDADGDEVTSIVNGRDCVFTRYAPDGTCHCALEQAFREGRTTF
                     MKPISCRLYPVRVTQYRRFRAVNLHRWEVCRPAEILGERLGIPAYRFLREPLISKFGT
                     EWYTALEAAAEMVARQSGQK"
ORIGIN      
        1 atcgtatctt ctatctgaat catatgggga aggtagatca aaaaatggaa aactaaaaac
       61 gagaggggtg ggtacccggc caaattcccc ggcatcccag atggtccttt ccggtacctg
      121 gctaaattcc ccggcctcgg tgaggccttg attttctttt cgcatccttt tcttgtatca
      181 agacaagaaa aggatgtagg ggttaggggg caacgccccc tacatccata ttatatgcgc
      241 cgacccgtaa aaatttagcc cttcccatcg tcttgcaccc gcccctgtcg ggtcgttttg
      301 tggggcgtat gcaatacgcc cctacccggg acaacgaaaa acgaaaaatg aacaacgaaa
      361 aagccgggta cctggccaaa ttggccgggt acccacccct ctcgttttta gttttccatt
      421 ttttgatcta ccttccccat atgattcaga tagaagatac gattgtgagt ctcgatgtga
      481 tcgagcgacg gtttatgtgt gacttgagcc agtgccgcgg ggcttgttgc attgagggtg
      541 agtcgggcgc gccgctggag gagggtgaag cagagcagct tcggctggcc ttgcccgagg
      601 tgtgggatga gttgaaggag gatgcccggg aagtgatccg ccaacagggt gtctcgtact
      661 tggatgccga tggcgacgag gtgacgtcga ttgtcaacgg tcgggattgt gtttttacgc
      721 gttatgcacc ggatggcacc tgccattgtg ctctagaaca ggccttccga gagggtcgca
      781 cgacgtttat gaagcctatc tcgtgccgac tgtaccctgt tcgcgtcacg cagtaccgtc
      841 gctttcgtgc cgtcaacctt catcggtggg aggtatgccg tcccgcagaa attttgggtg
      901 aacggttggg cattcctgcc taccgtttcc tgcgcgaacc tcttatcagc aagttcggaa
      961 ccgaatggta caccgcgctc gaggctgcgg ccgagatggt agcccgtcaa tccggacaga
     1021 aatagcctcg aaaggggaaa gaatgcccct tcttcgatgt acccgtgtag ggacgtatcg
     1081 aatacgcccc acaaacgacc caaaaggggc ggattcaaga cgatgggaag agtcaaattt
     1141 ttacaggccg gcgcatataa catggaggga gggggcgttg ccccctaacc cctacatcct
     1201 tttcttgtct tgatacaaga aaaggatgcg aaaagaaaat caaggcatca gggatgccgg
     1261 ccaatttggc
//
LOCUS       SEQF2638.1|AYYF01001555.1 25319 bp   DNA    linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..25319
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             309..614
                     /locus_tag="SEQF2638.1_02010"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQYAPTRDNEKRKMNNEKAGYLAKLAGIPDDPFRYPAKFPGIPD
                     DPFRYPAKLAGIPDALIFFSHPFLVSRQEKDVGVRGQRPLPPYYMRRTVKIWPFPSS"
     CDS             646..975
                     /locus_tag="SEQF2638.1_02011"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQYAPTRDNEKRKMNNEKIRYPAKLAGIPDALIFFSFPFPRIKT
                     RKGWIPEKKTENRQRKSRVRAGRIQLRTRHFLRSVWGDTLSRYRMLAIEIISANTPAA
                     VTSAPAP"
     CDS             complement(903..3344)
                     /gene="thrA"
                     /locus_tag="SEQF2638.1_02012"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P00561"
                     /codon_start=1
                     /transl_table=11
                     /product="Bifunctional aspartokinase/homoserine
                     dehydrogenase 1"
                     /db_xref="COG:COG0460"
                     /translation="MKVLKFGGTSVGSVKGLANVKRIVEAVDEEVIVVVSALGGLTDR
                     LLLASKLASEGNEAYLAEYAEIVRRHDEVIDGIVPEVSRESVKRHVRETLGELENIYR
                     GVYLIRDLSRKTSDTIVSYGERLSSFIISHIIDGAVLYDSCEFIKTVDRFDKHIVDFE
                     VTDRLISERFKKLPRVALVPGFISTDAVTGEITNLGRGGSDYTASILAARLGASQLEI
                     WTDVDGFMTADPRVINSAYVIDQLSFIEAMELCNFGAKVIYPPTIYPVYHKNIPIRVC
                     NTFNLQAPGTLITQEYCRKDGKRALITGISSIDNTCLVTVQGLGMVGVIGVNHRIFKT
                     LAENGVSVFMVSQASSENNTTFAVRNEDADRAVEALNKEFSLERSQGEINDVTAEKGL
                     ATVAIVGEDMKRTPGIAGRLFGTLGRAGISVIACAQGASETNISFVIRSEVLRKALNS
                     IHDSFFLSEYKVLNLFIAGVGTVGSNLLEQIRGQQENLKKQNRLKLNIVGVANSRKML
                     FRREGLKAEGLVEALKNEGVPSSPALLREEILQMNIFNSVFVDCTSNEDVAAIYESLL
                     DKNISVVAANKIAPSSAYDHYRLLKDTARRRDVKFLFETNVGAGLPIIHTINDLINSG
                     DHVIRIEAVLSGTLNYIFNTIDAEVPMSRAIRLAVDSGYAEPDPRVDLSGKDVVRKLV
                     ILAREAGYRVEQADVKQRLFIPADFFDGSAENFWARIPELDAHFESERKRLAAENKRL
                     RFVARMADGACEVGLEEVCSTHPFYELEGSNNIIMISTERYHEYPMIIKGYGAGADVT
                     AAGVFADIISIANIR"
     CDS             complement(4121..5290)
                     /locus_tag="SEQF2638.1_02013"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSHQPTQRLLALDILRGITIAGMITVNNPGSWSYVYAPLGHAEW
                     NGLTPTDLVFPFFMFIMGISTYISLRKYQFTYSASAARKIVRRTAVIFAIGLAIAWFG
                     LSCRTWHALAEEADLSFASRLWRAVTNFGHLRILGVMPRLALCYGATALIALTIPHRR
                     IPLLIGATLAGYTVLLFLGNGFAYDETNVLSVVDRAVLGPDHMYKDNGIEPEGLLSTL
                     PAIAHVLVGFCCGALLIGVTDVRDKMLRLFLVGTAMALSGWLLSYGCPINKKIWSPTF
                     VLTTCGMAASLLALLVWIIDVRGHHRWCRFFESFGVNPLFMYVLAAVFAILLGNIRIP
                     HADGESVSLGGYIYGDVLRPLLGEYPGSLAYALLLVCSCWCIGYVLYKRNIYIKI"
     CDS             complement(5306..6544)
                     /locus_tag="SEQF2638.1_02014"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRHLFLSLILYFAVGIVASAQKVRVKTGIEVLQDEHFRRLEGK
                     RVGLITNPTGVDHRLRSTIDILHEAPNVRLVALYGPEHGVRGNVHAGDTVGGTVDPAT
                     GLPIHSLYGNTRKPTSDMLRGIDILVYDIQDIGCRSFTYISTMGLAMEAAAEAGIEFM
                     VLDRPNPLGGERIEGCVVEDGYQSFVSPYPIPYVYGLTCGELARLLNEERMIGQRCRL
                     QVVKMKGWRRRMSYAETGLPWVLPSPHIPHPETAHYYPATGILGELGTISIGVGYTLP
                     FQLFAAPWINGPQLARRMNTLRVPGVIFRPIYLKPFYASFKGEFIQGIQVHLIDTRHA
                     PLSELQFLVMQEAAALYPNHSPLQEADSSRLRMFDKVCGSPEIRRRFTQRFRWNDVRD
                     YWMKDVAAFRRLSRKYYLYK"
     CDS             complement(6541..7836)
                     /gene="ampG"
                     /locus_tag="SEQF2638.1_02015"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0AE16"
                     /codon_start=1
                     /transl_table=11
                     /product="Anhydromuropeptide permease"
                     /db_xref="COG:COG0477"
                     /translation="MTPSPKRSAWRWIPSLYFAEGLPYVAVMTIAVIMYKRLGLSNTD
                     IALYTSWLYLPWVIKPFWSPFVDLLKTKRWWIVTMQLLIGAGFAGIAFSIPTAYYLQL
                     SLAFFWLLAFASATHDIAADGYYMLALDSGEQSFFVGIRNTFYRLATIFGQGILVMLA
                     GALETGTLLPDTPLRIPMAWSLTFYLLAALFIGLTLYHKIVLPRPASDAPRTELSVGQ
                     LASDFFHTFVTFFQKKHLGLMFFFLLTYRLGESQLVKIASPFLLDKHAASGLELSTAT
                     VGMIYGTIGVIALLLGGVLGGIVVSRHGFRRWILPMALAINLPDALYIYLSAVHPDAW
                     QVIVAVAIEQLGYGFGFTAYMLYLIYIAEGEHKTAHYAIGTGFMALGMMLPGMAAGWI
                     QDTIGYTPFFVWVCICTLPGILASVLVRNKIDPAFGKKS"
     CDS             complement(7833..9311)
                     /locus_tag="SEQF2638.1_02016"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKDQITCFVPLADKEQVAPIIEELSASPMVSRVVMLTTDEQLAR
                     STGREDILYVPSLQSTEAIFTMARMSRGTPYLIYYTKYTPLRLGYLALERMVQVMENT
                     HASMVYADRYQQDGDERRPAPVIDYQRGSLRDDFEFGSVMMFRANVFRAAAVTMGSSY
                     HFAGLYDLRLRLSERAPIVHIDEYLYTEVLSDRRKSGEKIFDYVDPRNRESQIEMERA
                     CTDYLRSVGAYISPDEIKPLALDATGFTHEASIIIPVRNRVRTIEDAVRSVLSQQASF
                     DFNLIVIDNHSTDGTTDILRRYATDDPRVIHLIPERNDLGIGGCWNLGVQHDACGRFA
                     VQLDSDDIYKDEHTLRTVVETFHREQCAMVIGSYQMTDFHLQPIPPGLIDHKEWTPEN
                     GHNNALRVNGLGAPRAFYTPLLRALPLPNTSYGEDYAIGLTVSRNYRIGRIYDPIYIC
                     RRWEDNSDAALDVTRSNRNNFYKDKIRTWELQARIRMHEEIS"
     CDS             complement(9449..12559)
                     /locus_tag="SEQF2638.1_02017"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGTFVLHFKMNKSIHHMNNHTIHCLARYAGQYLLGLFMLSGLST
                     ANSAAQTLPKDLSQKAATYLSTWAKRRAHVGNVSVDSIRMTGRKVVFYADVTLSYIPM
                     REPDVKDALLNLSAMLPKSYRDYSVEIRTDGQSISDLVPAAYRTGESKKIDPPRSGSN
                     HPLITRLSSPATAKHGLNGRHIALWQSHGLYYERKLGRWEWQRARTFGTVEDLYTQSY
                     VLPYLVPMLERAGANVLLPRERDTQGVEIIIDNDGCRNRSTYTEKNAKMDWRAGEGKG
                     FTHLRDRYMGQENPFREGTYRAVESIAKGKESTAEWTPDIPRAGRYAVYISYKTLPNS
                     TEEALYTVHHKGGSTRFSVNQRMGGGTWIYLGHFEFDRGRNPSGRVVLSNLTGRGGEI
                     VTADGVKIGGGKGNIARGVTLDKRATTNVHSASSTEEDEAPTTPYPSETSGYPRFTEA
                     ARYWMQWAGVPDSIYSPSGGKNDYTDDYRGRGKWVNYLAGGTSANPQEPGLGIPIDIS
                     FAFHSDAGTTTNDSTMVGTLGIFCTDVYDGVFADGSTRYASRDLTDMVQSSIVHDVRT
                     LYEPRWRRRAMWNRPYSEARTPRVPAMLLELLSHQNFADMRLGLDPRFRFTVSRAIYK
                     GMLRFLANRYGRKYAVQPLPVDHMQLRFLREGEAELSWRAVQDPLEPTAEAKQYIVYI
                     REGDGAFDNGTLVSKPTFRHAQQPGVVYSYQVTAVNDGGESFPSETLSAGRAKQERGV
                     IMVINGFDRVSAPDDFSTDSLAGFTDWTDHGVPYINDISYIGSMKEFRRSAQWTDDDA
                     AGFGDSRSNYDTVVIAGNTFDYPALHGQSILRAGYSFVSCSNEAVEDQMVDLKNYRII
                     DLILGKQRRTKMGRGGVTPLQFEAFSRGMQRALTDHCKRGGRIFVSGAYVGSDLFNSP
                     QSTSADQFFATNTLHFKWRVGQASSTGQVRGIVSPYPAFDGTFEYYAEPNPDGYVVES
                     PDGIEPADESGHTVMRYAETRISAGVVYAGKYRTCVFGFPFESIKKASDRDRIMQSVL
                     GFLDEN"
     CDS             13531..14502
                     /locus_tag="SEQF2638.1_02018"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MREIKKIANDTTRYPMAMHIDMQEQIYGLIQPFAPEKILLGTTD
                     IPSWKKDIDQEKDAVRDTPPSESIPFLTAKGKKRREIVSSLFLEIRAASTSPVETRAK
                     AAHRLRLVIDSYKGLQRENLIEETGHVSGLLNDLDKPTATADLATLGLTEVVQMLHTV
                     HNEYLTLRGSRVKDLASDTLPSGASLRVKNDATADQIFRHIEAAYLSTTTDDDRKAIG
                     ELIDRINAVLGMIKTTYRQRIAQKKASSKKKKGGKDKEPKQPDPPKNPKKRKDEPDIR
                     LPEDEKPKTPDTPGGDTPKKPEGGGETPEPPKKPESGGSPEIHLPEE"
     CDS             complement(15392..16915)
                     /locus_tag="SEQF2638.1_02019"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTLSSDDIRHLADKKITEAQLNEQLACFANGFPFLSLVASATAG
                     NGIRVVSDEELAQYIERWNTYLTRDAHILKFVPASGAASRMFKNLFAFLSSSSDSPST
                     DFERTFFDQIDSFAFFGTLDAACRTNEGMGVHELIAAGRYKAVVANLLEARGMDYGEL
                     PKGLLLFHGSADGPRTALEEHLVEGALYARNQAGRVNIHLTVSPEHQALFEQLVRRVV
                     PAYESRYGVQYDISFSTQQPSTDTVAVDLQNQPFREADGTILFRPGGHGALIGNLDAM
                     DADVVFIKNIDNVVPDRMKPVTVTYKQLLAGILVDLHDRISNYVRLIDSGACSPEQVD
                     EIDRFVCETLCVRNPSMPTELKDRIAYLRRKLMRPLRVCGMVKNTGEPGGGPFFAVDP
                     DGTISLQILESSQINMSDPNARHLFEQGTHFNPCDIVCALRDPYGHKYHLPDFVDRNT
                     GFITQKSKDGRELKALELPGLWNGAMSDWNTVFVEVPIETFNPVKTVNDLLRPEHRN"
     CDS             complement(17204..18154)
                     /locus_tag="SEQF2638.1_02020"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIDNERICMMALAMTEGINNAKAHILLDHFGTATEVFAARSHPW
                     EIAHGLGSGYPASRIVSRMEEGLRRAEQEARFIEQHRIRLYTITDPDYPHRLAEYDNP
                     PIVCYYRGSADLNAPKVIGVVGTRRATPYGLRLAEKLLRDVAKVYPEMLVISGLAYGI
                     DVCAHRTALQLGLPTVGVFAHGLDNCYPKSHCEIARRMIERGGLFTDYPSETPIAGEN
                     FLKRNRLIAGLSDAIVVVESFERGGALSTATHAFANSRDVFAFPGNVGDDHSLGCNQL
                     IRDNKAGLILSANDLFRSMLWDVCTAESHPHIQMRIPFEA"
     CDS             complement(18299..19054)
                     /gene="frdB"
                     /locus_tag="SEQF2638.1_02021"
                     /EC_number="1.3.5.1"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P17596"
                     /codon_start=1
                     /transl_table=11
                     /product="Fumarate reductase iron-sulfur subunit"
                     /db_xref="COG:COG0479"
                     /translation="MDKNINITLKVWRQKGPKEKGAFETYQLKDISQGSSFLEMLDVL
                     NEQLVNEGREPVFFDHDCREGICGMCSLYINGHPHGPDSAITTCQLHMRKFHDGETIT
                     IEPWRSAGFPIIRDLTVDRQAYDKIMQAGGFVSVNTGGVPDANAIPIPKKDADLAMDA
                     AACIGCGACAAACKNGSAMLFVSAKVSQLALLPQGRVEATRRAKAMVAKMDELGFGNC
                     TNTRACEAECPKSISVLNIARLNREFISAKLKD"
     CDS             complement(19081..21024)
                     /gene="frdA"
                     /locus_tag="SEQF2638.1_02022"
                     /EC_number="1.3.5.4"
                     /inference="ab initio prediction:Prodigal:002006"
                     /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
                     SIHKELGHIMWEHVGMARDAAGLKEAIEMLKELKKEFWSNVRIPGKPYDLNVELEKAL
                     RLADFIETGALMAHDALDREESCGGHFRSEHQTEEGEALRHDDKFMYVSCWEYRGEDK
                     DPVMQKEMLNYQFVVPQTRNYKK"
     CDS             complement(21105..21920)
                     /locus_tag="SEQF2638.1_02023"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGLFRQASTHYGNISLNSCECPALSYFCTTKNEQRKQLNYLLMW
                     LVKSSVGKKLVMSISGLFLIFFLLFHLSMNVAAVFSTDAYNMICGLLGANWYAVAATV
                     VLGGFVVLHFVYATMLTLQNRKARGNDRYAVNTRPAGVSWASQNMFAIGVVVIGFMCL
                     HLCQFWHKMMFAELAGHHEVALGGQMVSPQDGAAFIRYYFSQPLVVLGYLIWYVALWF
                     HLTHGFWSAIHTIGWNNLQWFNRWKCISTIVATLICVGFAFVTLFFYAQSLSN"
     CDS             complement(21972..22232)
                     /locus_tag="SEQF2638.1_02024"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKAVCFGPRHPVAMQKAARFGPRHPVAMQKAARFGPRHPVAIQ
                     KAARFRPRHPVAMQKAVCFGPQHPVAMQKAVCFGPQHPVAML"
     CDS             complement(22353..23003)
                     /locus_tag="SEQF2638.1_02025"
                     /EC_number="3.5.1.104"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q81AF4"
                     /codon_start=1
                     /transl_table=11
                     /product="Peptidoglycan-N-acetylglucosamine deacetylase"
                     /db_xref="COG:COG0726"
                     /translation="MFIERPPWFYRKLFPGSVWRLPAEEPCVYITFDDGPNAATTPRL
                     LRLLDQLAVPATFFCVGDNVRRYPEAYRAILASGHTVGNHTYHHIRGFRLPASDYMAD
                     VHLAAKLIDSPLFRPPHGRLTPAQQAALRAAGYRLIMFDVVTRDYSPRLTPDDVFHNA
                     THYARNGSLIVFHDSPKAAPRMFDALPRVITWLRTAGYTFRRLEAPPPFSPRRQEL"
     CDS             complement(23059..25317)
                     /locus_tag="SEQF2638.1_02026"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAALNTTLVSLLVIVVGYSSYALILIRSTADTPMNQNAPSDIFT
                     LRSYLAREQYGDKPLFYGPTYVSEVARNSDGTAASKDGPKTWSRVIKKNSGEKDRYYV
                     SYVTPDYEYVSETEMLFPRMYSSEPRHVEAYKSWGNVKGTPIKYQLMGETKTAMKPTF
                     AENLVFFVRYQLNFMYWRYFMWNFSGRQNDIQGAGEILNGNWITGIKPIDALMVGPQD
                     NMPNDIINNKGHNVYYMLPLLLGILGIFYQLGSGRRGMQSFWITFLLFFMTGIAIVLY
                     LNQTPYQPRERDYAYAGSFYAFCIWIGLGVGAIARAIEKYGKLPGIAAGAIATVLCVL
                     VPLQMAGQNWDDHDRSGRYMCRDFGANYLESCEPNAVIFTNGDNDTFPLWYAQEVEGI
                     RTDVRVCNTSYLQTDWYTDQMKRQAYNSDPLPITWTRAQYIQGTRDHAYLIKRVEQMD
                     LNQALEWLRSDDPRTKTVPGVNEPIDYLPAEKFVYPIDSNAVRQNNAIDPQDAPMMAR
                     ELLIDLSGKQAIGKEAITILDMVVTNNWKRPIYFAITVDPNQFVRLDPYFQKTGLAYR
                     LVPFSTRAEGARPINTEKMYDNVMNRFKWGGADKPGVYLEENTMRMCKSYRMYVFGEL
                     AQALIREGKRDKALAVADKAMKVLPAVNVPLDYSAIAIGETYMALGKKDKGEPILDAI
                     VENSLRNIRWYVRLKPAQFASIREDLQRDMAIVQNVIGVGKHYDPNYGAKYVDEFTKF
                     YNSLAPQLGNKQ"
ORIGIN      
        1 atcgtatctt ctatctgaat catatgggga aggtagatca aaaaatggaa aactaaaaac
       61 gagaggggtg ggtacccggc caaattcccc ggcatcccag atggtccttt ccggtacctg
      121 gctaaattcc ccggcctcgg tgaggccttg attttctttt cgcatccttt tcttgtatca
      181 agacaagaaa aggatgtagg ggttaggggg caacgccccc tacatccata ttatatgcgc
      241 cgacccgtaa aaatttagcc cttcccatcg tcttgcaccc gcccctgtcg ggtcgttttg
      301 tggggcgtat gcaatacgcc cctacccggg acaacgaaaa acgaaaaatg aacaacgaaa
      361 aagccgggta cctggccaaa ttggccggca tccctgatga ccctttccgg tacccagcca
      421 aattccccgg tatccctgac gacccattcc ggtacccggc caaattggcc ggcatccctg
      481 atgccttgat tttcttttcg catccttttc ttgtatcaag acaagaaaag gatgtagggg
      541 tcagggggca acgccccctc cctccatatt atatgcgccg aacggtaaaa atttggccct
      601 tcccatcgtc ttgaattcgc ccctgtcggg tcgtttgtgg ggcgtatgca atacgcccct
      661 acccgggaca acgaaaaacg aaaaatgaac aacgaaaaaa tcaggtaccc ggccaaattg
      721 gccggcatcc ctgatgcctt gattttcttt tcgtttcctt ttccccgtat caagacaaga
      781 aaaggatgga ttcccgagaa aaaaacggag aacagacaac gaaaaagccg ggtacgcgca
      841 ggaagaatcc agctacgcac ccggcatttt ttacgttccg tctggggcga tacgctctct
      901 cgttatcgga tgttggcgat cgaaataata tcggcaaaca cacccgctgc agtcacgtcg
      961 gcaccggcgc cgtagccctt gataatcatc ggatactcgt gataacgctc ggtggagatc
     1021 ataataatgt tgttgcttcc ctccaattcg tagaaaggat gggtgctaca aacctcctct
     1081 aagccaacct cgcaggcgcc gtcggccata cgagccacga agcgcagacg cttgttttcg
     1141 gcggcgagtc gtttgcgctc ggattcgaaa tgcgcgtcga gttcggggat acgtgcccag
     1201 aaattttccg ccgacccgtc gaagaagtcg gctgggatga agaggcgctg cttcacgtcg
     1261 gcttgctcga ccctataacc ggcctcgcga gccaaaatga cgagcttgcg aacgacatct
     1321 ttcccgctca ggtccacgcg cggatccggt tcggcgtatc ctgaatcgac agccaagcgg
     1381 atggcgcggc tcatggggac ttcagcgtcg atggtgttga aaatgtagtt caatgtgcca
     1441 gacagtacgg cctcgatacg aatcacatgg tcgccgctgt tgatcaaatc gttgattgta
     1501 tggatgatcg gcagcccggc acccacattg gtctcaaaaa ggaacttcac atcgcgtcgg
     1561 cgagccgtat ctttgagcaa acgataatga tcataggccg acgaaggggc tattttgttg
     1621 gccgcaacga cggaaatgtt cttatccagg agtgattcgt agatagcagc cacgtcctcg
     1681 ttcgaggtac agtctacaaa gacggaattg aagatgttca tctgcaaaat ttcctctctg
     1741 agcaaggctg gagacgacgg aacgccctcg tttttcaatg cttccacgag tccttcggcc
     1801 ttcagcccct cgcgacggaa cagcattttt cgagagttgg ctacgccgac aatgttgagc
     1861 tttaatcggt tctgcttctt cagattttcc tgctggccac ggatctgttc gagcaaattg
     1921 ctgcccaccg tgcctacgcc agcgataaag aggttgagga ctttgtattc cgagaggaag
     1981 aaggagtcgt gaatcgagtt gagggcctta cgcaagactt cggagcggat cacgaacgag
     2041 atgtttgtct ctgacgcgcc ttgtgcgcag gctatgacgc tgatgccagc ccgtccgagg
     2101 gtgccgaaga ggcgtcctgc gatgccgggg gtgcgcttca tgtcttcgcc gacgatagcc
     2161 accgtggcaa gccccttttc ggcggtcacg tcgttgatct caccttgcga gcgctcgagc
     2221 gaaaactctt tgttgagggc ttctacggcg cggtcagcgt cttcgttacg cacggcgaag
     2281 gtggtgttgt tctctgaact ggcttgcgag accatgaaga cgcttacacc gttctcggcc
     2341 agggtcttga agatgcggtg attgactcca atcacgccga ccatgccgag gccttgcacg
     2401 gtgacgaggc aagtgttgtc aatagacgag atgccggtga tgagggccct tttgccgtcc
     2461 ttgcgacagt attcctgcgt gatgagcgta cctggcgctt ggaggttaaa ggtgttgcag
     2521 acgcggatgg gaatattttt gtgatagacg gggtaaatcg ttggcggata gatgactttc
     2581 gcaccgaaat tacaaagctc catggcctcg atgaaggaga gttggtcgat gacgtaggcc
     2641 gaattgatca cgcgcgggtc tgccgtcatg aatccatcta cgtccgtcca aatttcgagc
     2701 tgtgatgcac cgagtcgagc cgctaaaata gacgcggtat agtctgatcc gccgcgacca
     2761 aggttcgtaa tctcgcccgt gacggcatct gtggagataa aacccggcac gagggccacg
     2821 cgcggcaact ttttgaatcg ttcactgatc aggcggtccg tgacctcgaa gtccacgatg
     2881 tgtttatcga aacggtcgac cgtcttgatg aactcgcacg agtcgtaaag cactgcgccg
     2941 tcgatgatat gggagataat gaaggaggag agtcgctcgc cgtagctgac gatcgtatcg
     3001 gaggtcttgc gagagaggtc acggatcagg tagacccctc gatagatgtt ttcaagctct
     3061 ccgagcgtct cgcgaacgtg cctttttacg ctttcacgcg acacttcggg cacgataccg
     3121 tctatcacct cgtcatgacg gcgcacaatc tccgcgtatt cggctaaata ggcctcatta
     3181 ccctcagagg ctaattttga ggccaataaa agtcggtcgg taagcccgcc caaggccgaa
     3241 acaactacta taacctcctc gtctacggct tctacgatgc gttttacgtt cgccagcccc
     3301 ttgacagacc ctaccgaggt ccctccaaac ttcaatactt tcattttatt ctattctttg
     3361 atccgatgat gtgatacaat tctttgattt ggccgttttc ctatgcatta tgggcaccgt
     3421 ttgggcttga atgtggaaaa ataaacggca aaagcggccg caaaggtaaa ctcctgcgcc
     3481 gattgctaat tgatggccct caaatgtgga tcggatcggt cgcccgcgcc ccgttttccg
     3541 cctccatctg cggaggatcc tccgcctccc tccacctccc gccccttatt ctttcatgca
     3601 tgccccctcg ccgccgctcc atccccttcc aaccgagaag tattccctgt tctggatttt
     3661 tgaggagggt atttttccat agcatgtctc atcatcgccg ctcaatcccc ttccaaccga
     3721 gatgcattcc ctgttctgga tttttgagga gggtattttt ccatggcatg tctcatcacc
     3781 gccgctccat ccccttccaa ccgagatgca ttccctattc tggatttttg aggaggaacg
     3841 tttttcgtga gatgggtaac ttttggcgcg taagtggctt gtaattgaga cggatccttt
     3901 gccttacatt ttttgagggg aacgtttttc gtgagatggg tggcttttgg cgtgtaggtg
     3961 gcttataatt gagacggatc cttcgccttg catttttgga ggggaacatt tttcgtgaga
     4021 tgggtgactc ttagcgcaaa aaaagccccc gagcaaaagg catgcgctgc cttcagcccg
     4081 ggggcgaata gtttgcttgt agcggcttgc tattccatcg ttaaatcttg atgtaaatat
     4141 tacgcttata gagcacgtag ccaatgcacc aacacgaaca gacaaggagt agtgcgtagg
     4201 ccagcgatcc ggggtattca ccgagcagag gacgcaatac atcgccgtag atgtagcctc
     4261 ccagcgagac ggattcaccg tcagcgtgtg gaattcggat attccccagc agaatagcaa
     4321 aaacggcagc caatacgtac ataaatagcg ggttgacacc gaacgactcg aagaatctgc
     4381 accatctgtg gtgcccgcgt acgtcaataa tccacacgag cagggccaac agtgaggcag
     4441 ccataccgca tgtggtaagt acgaacgttg gcgaccagat cttcttgttt atcgggcagc
     4501 cataactcag taaccagcca ctgagagcca ttgccgtacc gacgaggaag agtcggagca
     4561 tcttgtccct cacgtccgtg acgccgatga gcaatgcgcc gcagcagaat ccgacaagca
     4621 cgtgtgctat ggcgggtaat gtactgagga gtccctccgg ctcgataccg ttgtccttat
     4681 acatgtggtc ggggccgagc acagcgcgat cgacgacgga taaaacgttt gtctcatcgt
     4741 acgcgaaacc atttccgagg aagagtagca cggtgtatcc cgcaagggtg gcaccgataa
     4801 ggagaggtat gcgtcggtga gggatagtga gagcaatgag ggcggttgcg ccgtagcaga
     4861 gtgccaagcg tggcatgacg ccgaggatcc gcaggtgacc gaagttggtc actgcacgcc
     4921 agagacggct cgcaaaggat agatcggcct cttcggccaa ggcgtgccat gttctgcagg
     4981 aaagtccaaa ccaagcgatg gccagtccga tagcaaaaat gactgcggta cggcgtacga
     5041 tcttccgcgc ggcacttgca ctataagtga attggtactt gcgcagggag atgtaggtcg
     5101 aaatgcccat gataaacata aagaagggga agacgaggtc tgtcggtgtg agaccattcc
     5161 attcagcatg gccgagcgga gcatagacgt acgaccaaga gccgggattg ttcacggtga
     5221 tcattccggc gatggtaatg ccgcgcaaga tgtcgagcgc aagcagtcgt tgagtaggtt
     5281 gatgggacat gggtgttcgg taggcttatt tgtagagata gtatttgcga gagaggcgtc
     5341 ggaaggccgc aacatccttc atccaatagt cacgcacgtc gttccaacgg aatcgttggg
     5401 taaagcgccg acgaatctcg gggctgccgc atactttatc gaacatacgg aggcgggatg
     5461 agtcagcttc ttgaagcgga ctatggttgg ggtagagtgc ggcggcctcc tgcataacga
     5521 ggaattgcaa ttcgctgagt ggcgcgtgcc gtgtgtcgat caaatgcacc tgaatacctt
     5581 ggataaattc acccttgaat gatgcgtaga atggcttgag gtaaatcggg cggaagatca
     5641 cgccgggcac acggagggtg ttcatacgcc gcgcgagttg tgggccgttg atccaggggg
     5701 ctgcaaaaag ttggaagggg agggtgtagc ctacaccaat ggagatcgtg ccgagttcgc
     5761 cgagtatacc tgtagcggga taatagtgtg ctgtttcggg atgggggatg tgcggtgagg
     5821 gtagtaccca aggcagaccg gtctcggcat aggacatccg acgacgccag cctttcatct
     5881 tcacgacttg tagtcggcag cgctgtccga tcatcctttc ctcattgagt aaccgggcca
     5941 attcgccgca ggtgaggccg tagacgtagg gaatgggata tgggctgacg aaagactggt
     6001 atccgtcttc cacgacacag ccctctatgc gttcgccacc taacggattg ggccggtcga
     6061 gtaccatgaa ctctatgccg gcttcagcgg cggcctccat cgccagaccc atcgtgctga
     6121 tataggtgaa cgaccggcag ccgatatctt gtatgtcgta aacgaggatg tcaatcccgc
     6181 gcagcatgtc ggacgttggc ttgcgggtat tgccatacag cgaatggatg ggtaaccctg
     6241 tggccggatc gacagttccg ccgaccgtgt cgcctgcatg gacattgccg cggactccat
     6301 gttcggggcc gtaaagggca accaagcgga cgttgggggc ctcgtgcagg atgtcgattg
     6361 ttgaccgtag gcggtgatca actcccgtgg gatttgtgat gagccctacg cgcttgccct
     6421 cgagtcgccg gaaatgttcg tcttgcaaga cctctatgcc ggtcttgaca cgtactttct
     6481 gcgccgaggc aactattccg actgcgaagt agagaatcag ggaaaggaac aggtgtcgtt
     6541 tcatgatttc ttcccgaaag cgggatctat tttgttccta actaagacgg aggccaggat
     6601 gccgggcagc gtacagatac acacccagac gaagaagggc gtgtagccga tcgtatcttg
     6661 tatccatccg gcagccatcc cggggagcat cattccgaga gccatgaatc ccgtgccgat
     6721 ggcatagtgt gcggtcttgt gttcgccctc ggcgatatag atcaggtaga gcatgtaagc
     6781 cgtaaagcca aacccgtagc cgagttgctc gatggccacg gccacgatga cctgccatgc
     6841 gtccggatgg actgccgata gatagatgta gagggcatcg ggcaggttga tggccaaggc
     6901 catcggaaga atccagcgac ggaagccgtg gcgagagacg acaatcccac ccagtacacc
     6961 cccaagtaac agggcaataa cacctatggt gccgtagatc atccccaccg tcgcagtgga
     7021 cagttccaaa ccgctcgccg catgcttgtc cagcagaaag ggcgatgcga ttttcacgag
     7081 ctgcgactca cccaagcggt acgtgaggag gaagaaaaac atcagtccga ggtgcttctt
     7141 ctggaaaaag gtaacgaatg tgtggaagaa atcgctggcc agctgtccga ccgatagctc
     7201 agtgcgcggc gcatcactgg cgggccgcgg gaggactatc ttatggtaaa gcgttaggcc
     7261 gatgaacagt gcggccagta ggtaaaacgt caagctccaa gccatcggga tgcggagcgg
     7321 ggtgtcaggg agtaacgtgc cggtctctaa tgcacccgcc agcatgacca aaatgccttg
     7381 cccgaagatg gtggccaggc ggtagaacgt gttgcgtatc cccacaaaga aggactgctc
     7441 gccgctgtct aaggctaaca tataatatcc atcggcggcg atgtcgtggg ttgccgacgc
     7501 gaaagccaat agccagaaga acgctaagga tagttgcaaa tagtacgccg ttgggatgga
     7561 gaatgctatg ccggcgaagc ctgcgccgat tagcaactgc atcgtgacga tccaccaacg
     7621 cttcgtctta agcagatcga caaatggact ccagaaaggc ttgatcaccc aaggcaggta
     7681 gagccagctg gtatagagcg cgatgtccgt gttagatagt ccgaggcgct tgtacatgat
     7741 gaccgctatg gtcatcacgg ccacataggg tagcccttcg gcaaaataga gactgggaat
     7801 ccaccgccag gcggatcgtt ttggtgaagg ggtcatgata tttcttcgtg catgcggatc
     7861 cgcgcttgga gctcccaggt gcggattttg tctttgtaga agttattgcg gttcgatcgg
     7921 gtaacgtcga gcgcagcgtc tgagttgtcc tcccaccgac ggcagatata aatcggatca
     7981 tagatcctgc caatgcgata gttccgcgac acggtcagtc cgatggcata atcctcgccg
     8041 tagcttgtgt tgggtaaagg taacgcacgg agcagcggcg tgtagaaggc cctcggcgcc
     8101 cccagaccat tcacccggag ggcgttattg tgaccattct cgggcgtcca ctccttatga
     8161 tcaatcagac cgggtgggat gggctgtagg tgaaagtcag tcatttggta agatcctatg
     8221 accatcgcgc actgttctct gtggaatgtt tcgacaacgg ttcgtaaggt gtgttcgtct
     8281 ttatagatgt cgtcactgtc caattgcaca gcgaaacgcc cgcaagcgtc atgctgtacg
     8341 ccgaggttcc aacagccgcc gatcccgagg tcgttccgct cggggatgag gtgaatcacg
     8401 cgcggatcat ctgttgcgta gcggcggagg atgtcggtcg tgccgtccgt cgagtggtta
     8461 tcgatgacaa tgagattgaa atcaaatgac gcttgctgac tcagcacaga gcggactgca
     8521 tcttcgatcg tccgcaccct attgcgcacg gggatgatga tggatgcctc gtgtgtaaaa
     8581 cctgtggcgt cgagtgcgag gggcttaatc tcatccggcg agatatatgc gccgacagaa
     8641 cggaggtaat ccgtgcatgc gcgttccatc tcgatttgcg actccctatt gcggggatct
     8701 acgtaatcga agatcttctc cccgctcttc cgccgatcgc tgagcacctc ggtatataaa
     8761 tactcgtcga tatgcacaat cggagcccgt tcggacagtc ggaggcgcag atcatagagc
     8821 ccggcgaaat ggtacgaact acccatcgtc acggccgcgg cacgaaagac gtttgcacgg
     8881 aacatcatca cggagccgaa ctcgaaatcg tcgcgcaaac tacccctctg atagtcgatg
     8941 actggtgccg ggcgtcgctc atcgccatcc tgctgatagc ggtctgcata aaccatgctc
     9001 gcatgcgtat tctccatcac ttggaccatg cgttccaaag ccagatagcc cagcctgagg
     9061 ggtgtatact tcgtataata aataagatag ggtgtcccgc ggctcattcg ggccattgta
     9121 aaaatggctt cggtgctctg gagagacggc acataaagga tatcttctcg gccagtgctt
     9181 cgtgccagct gctcgtctgt agtgagcata acgacgcgac tgaccatcgg gctggcggat
     9241 agttcttcaa tgatgggggc tacttgctct ttgtcagcta aggggacaaa acaggtaatc
     9301 tgatctttca tttgatgtaa atggttgggg tgcgccctca ggcacaccag ttaagtggtt
     9361 tgaatgatgg ggcaaacgta gctgtttgcc tattggttat gaagcatggt tgataatcat
     9421 tcctcgtcag gcctactccg cagtgcgatc agttctcgtc caagaagccg agcacggact
     9481 gcatgatgcg atcgcgatcc gacgctttct tgatcgactc gaagggaaag ccgaagacgc
     9541 atgtgcgata tttccccgca tagactacgc cggcgctgat ccgtgtctcc gcataacgca
     9601 tgaccgtatg tcccgattca tcagctggtt cgatgccatc gggcgactca accacgtagc
     9661 cgtcagggtt gggttccgca taatattcga aggtcccgtc gaaagcgggg tagggcgata
     9721 cgatgccgcg cacctggccc gtggacgacg cctgcccgac gcgccatttg aaatgtaggg
     9781 tgttcgtggc gaagaactgg tctgcggacg tcgattgagg actgttgaag aggtccgatc
     9841 ctacgtaggc gccagaaacg aagatgcgcc cgccgcgctt gcagtgatcc gtcagcgcgc
     9901 gctgcattcc gcggctgaat gcctcgaatt gcaaaggcgt gacgcccccc cgtcccatct
     9961 tcgtgcgtcg ctgtttgcct aagatcaagt caatgatccg gtaattcttg aggtctacca
    10021 tttgatcttc cacagcctca ttgctgcatg atacgaaaga ataacccgca cgtaagatgg
    10081 actggccgtg cagggcggga tagtcgaacg tattaccagc tatgacgacg gtatcatagt
    10141 tcgaacgact gtcgccgaac ccagccgcgt catcgtccgt ccactgtgcc gaacgccgaa
    10201 actccttcat gctgcctata taactgatat cattaatgta gggtacgcca tgatctgtcc
    10261 aatcggtgaa cccggctaaa ctgtctgtgg agaaatcatc cggcgcgcta accctgtcga
    10321 aaccgttgat caccatgatc acgccgcgct cctgcttagc gcgtcctgcg gagagggtct
    10381 ccgacgggaa gctctcgccg ccgtcgttca ccgcagttac ctgatagctg tagaccacgc
    10441 ctggctgctg cgcatggcgg aaggtcggct tgctgaccaa ggtgccatta tcgaatgcac
    10501 catccccctc gcggatgtat acaatatatt gtttggcttc cgcagtcggc tccaaggggt
    10561 cttgcacagc gcgccacgaa agctcggcct ccccctcgcg gaggaagcgc aactgcatat
    10621 ggtcgacagg caatggctgc acggcatact tccgcccgta acgattggct aagaagcgca
    10681 gcataccctt ataaatcgct cggctaacgg tgaatcggaa acgcggatca agtcctaatc
    10741 gcatatcggc aaagttctgg tgcgaaagga gctccagtaa catcgccggc acgcggggtg
    10801 tccgcgcctc agaataaggc ctattccaca tcgcccgacg cctccagcgc ggctcataga
    10861 gagtgcgcac atcatgtacg atagagcttt gcaccatatc ggtaaggtcc cgcgatgcgt
    10921 aacgtgtact gccgtctgca aagaccccat cgtagacatc cgtacagaag atgcccaagg
    10981 tgccgaccat ggtcgagtcg ttcgttgtcg tacccgcatc ggagtggaag gcaaaagaga
    11041 tatcgatcgg gatacccaat cccggctctt gggggtttgc cgaggtacca ccagccaagt
    11101 aattcaccca tttgcctcgt ccgcgataat cgtccgtata gtcattcttt ccgcccgatg
    11161 gtgaatagat cgaatccggt acacccgccc actgcatcca gtagcgcgcc gcttcagtga
    11221 atcgggggta tccgctcgtc tcgctgggat agggcgtcgt cggcgcctca tcctcctcgg
    11281 tggatgaggc actatgcaca ttcgtcgtgg ctcgcttgtc gagcgttacc ccacgcgcaa
    11341 tgtttccttt tcctccacca atcttcacgc catctgccgt aacgatctcg ccgccgcgac
    11401 ccgtcaggtt gctgagtacc acacgccccg aaggattacg accccggtcg aactcgaagt
    11461 gtcctaaata gatccatgta ccgcccccca tgcgctgatt gacggaaaat cgtgtgctgc
    11521 cgcccttatg gtgcaccgtg tagagggcct cttcggtgct atttggaagg gtcttataag
    11581 aaatgtatac cgcatagcgt cctgcgcgtg ggatgtccgg cgtccactcc gccgtgctct
    11641 ctttcccctt ggcaatgctt tccactgcgc gataggtacc ctcacgaaac ggattctcct
    11701 gtcccatata acgatctctg agatgggtaa agcctttacc ctcccccgcg cgccagtcca
    11761 tcttcgcgtt tttctccgtg tatgtcgatc ggttgcgaca cccgtcatta tcgataatga
    11821 tttccacccc ttgcgtgtca cgctcacgcg gtaggagtac gttggcaccg gcccgctcca
    11881 gcatgggtac aagatagggc aacacatagc tctgcgtgta tagatcctct acggtgccaa
    11941 atgtccgtgc gcgctgccat tcccagcgcc caagtttgcg ttcgtaatag agtccatgac
    12001 tctgccaaag ggcgatatgc cggccgttca gcccatgctt agccgtcgca ggggaggata
    12061 gccgagtgat gagcggatga ttagatcccg accgcggagg gtcgatcttt ttactttctc
    12121 cggtgcggta tgccgccggc acaaggtcgc taatggattg tccgtctgtc ctgatctcta
    12181 cgctgtagtc tcgataagat ttcgggagca tggcgctcag attgaggagg gcatctttca
    12241 catccggctc acgcatcggg atataagaga gggtaacgtc cgcataaaag acgacctttc
    12301 gtccggtcat ccggatagag tccacgctga cattgcccac atgggcgcgt cgtttggccc
    12361 atgtagagag atacgttgcc gccttctgcg agagatcctt ggggagtgtt tgtgccgcac
    12421 tattagcggt cgataggccg ctgagcataa acaagcccag cagatactgt cctgcatagc
    12481 gcgcgagaca gtggatcgtg tgattattca tgtggtgtat gcttttgttc atcttaaaat
    12541 gtaaaacaaa ggtacccatt catttgacaa tgaccaagtg cgagcaaagt ttcttaccca
    12601 tttcgtgcgc tggatcatgt atagggtatt gttttgcgag gtcttttctt agcatgatgg
    12661 atcataggat aaggtagagt ctattacgca ctgtgcgtga tttatgtatt gagtaatttt
    12721 tgcttatttc gcggatcgta ggatggtcaa tccgatacag tgaaatctgc tccgcgcatc
    12781 caatgacttg caaaaaggat ctctatatag cttcctatat agagagtgac tgataaacag
    12841 ccaatgtata gcctatctgg cgctaagtag ggtggtgaaa tcgtctaagt agctatgatt
    12901 cattgcgctg caggatgcaa aaacaaatgc tgattttgcg ttccgcagtg tgcagagtac
    12961 agaaaacaag ttttgaatgg ccactccgca gcgtgcagag tctaaaaaca gactttgttt
    13021 ttgtgctatg cagtgtgcag accccaaaaa caagttctgt ttttgcattc cgcagcgtgc
    13081 agaccccgaa aacaaactcc gattttggac tctgcacact gcgaaatcca gaaaacaagt
    13141 tttgtttttg aggtctgcag cgtgcggaat ccagaaaaca agtcttgatt ttgcattctg
    13201 cagcgtgcgg aatgcaaaaa acgacgcttg aaaggctgtc aaataatgaa agctatcgac
    13261 tgtattttct gtgaatagta tgcaaatata tagaataggg gtcaatacgt ggatagctta
    13321 ggcatttaat gatcggcaca ataggtaatc tttataccgc atatcgatgg aatgatctgc
    13381 atgattacat cgccgtttga tgcagattaa tcccgcaacg aaaggggttg aaaaaaataa
    13441 tgcatatggt tttgcaatgg atacgaataa gtgacttaca tttgcggcca taatcatcat
    13501 gattcattca cacatcaaaa acataatacg atgagagaga taaaaaagat cgcgaacgat
    13561 acaacgcgtt accctatggc tatgcatatc gatatgcagg agcaaatcta tggattgatt
    13621 cagccctttg caccggaaaa gattttgctg ggcacaacgg atatcccctc ctggaagaag
    13681 gacatcgatc aagagaaaga tgcggtacga gacacgccgc cgtcggagtc tattccattc
    13741 ttaaccgcca aagggaaaaa gcggcgagag atcgtttcat ccctcttttt agagatccgc
    13801 gccgcgtcga cttcacccgt cgaaacccgc gcgaaagctg ctcaccgcct ccgcctcgtc
    13861 atcgattcct ataaaggtct tcagcgtgag aacttgattg aggaaacggg tcatgtttct
    13921 ggactactca acgatctgga taagcctacg gctaccgcag acctagccac ccttgggctg
    13981 actgaggtcg ttcaaatgct ccacacagtc cataatgaat atcttacgct ccgaggatcg
    14041 cgcgtgaagg acctcgcatc cgacacccta ccctctggcg catcgttgcg cgtgaagaac
    14101 gatgcgacgg ctgaccaaat ctttcgccat atcgaagccg cctatctgtc cactaccacc
    14161 gacgacgacc gcaaagctat tggcgagctg atagatcgca tcaacgccgt gctcggcatg
    14221 atcaagacga cgtatcgcca gcgaatcgcg cagaagaaag cctcctcaaa gaagaaaaag
    14281 ggtggtaagg ataaggagcc gaagcagccc gatccgccga agaaccctaa gaaaaggaaa
    14341 gatgagccag acattcgcct cccggaagat gagaaaccga agacgcccga cacccccgga
    14401 ggcgacacgc ccaagaaacc cgaaggcggc ggtgagaccc ccgagccacc gaagaagcct
    14461 gagagcggcg gcagtcctga gattcatctc ccggaggagt aaccgcgcac tgcatctctg
    14521 aaccgttcgc ccggcagagt ccgtctgcgg gctcgagcat tctggccctt tcgaccgagg
    14581 aatctaatct caggttcagc gtccaacccc ctccaaccgc agtataggcc atgcgcttgt
    14641 cgcatggcaa tcgggcatcc tgcaaagcca gggtgcccgt ttttgtatgc tacccttccg
    14701 atcggggagt ctaatcgcat gttcagcgtt cagccccctc cgaccacagc ataggccatg
    14761 cgcttgtcgc atagcaatcg ggcatcctgc aaagtcaggg tgcccgtttt tgtatgctac
    14821 ccttccgatc ggggagtcta atcgcatgtt cagcgtatag gctttctccg accgcagtat
    14881 aggccatgcg tttgtcgcat agcaatcggg catcctgcag agtcagggtg cccgtttttg
    14941 tatgctaccc ttctgatcgg ggagtctaat cgcatgttca gcgtataggc ttcctccgac
    15001 cgcagcatag gccatacgct tgtcgcatag caatcgggca tcctgcaaag tcagagtgcc
    15061 tgtttttgta tctaatcgtt tcctcggaag ggctttcatt ttcattcagt tagggttatc
    15121 attccgctga aaggccctgc tcctcctact cggtagggta ggcgcgtatc gcatacgcct
    15181 ctcaaacgtt cccacaaggg gcaatccatc ttatcgttgg gtagggccgt ggcatccatc
    15241 ttttcacccc atcctgcgac ggggtaggca aagaggatcg agaaaggata atccggcggc
    15301 ggaatgggtg acaaaaaatc ccgccgatgc atctctgcgt cggcgggaag acacaatgta
    15361 tgacaaggga gaaaactccc aaaacagtcg attagttcct atgttccggt cgaagcaggt
    15421 cgttgaccgt cttgacaggg ttgaaagttt cgatcggcac ctctacgaag accgtattcc
    15481 agtcgctcat cgcgccgttc cacagtccgg gcagctcaag tgccttaagc tcacgcccat
    15541 ccttactctt ctgtgtgatg aatcccgtat tacgatcaac aaagtcaggc aagtggtact
    15601 tatgaccgta cggatcgcgc agcgcacaga ctatgtcgca gggattgaag tgcgtacctt
    15661 gctcgaatag gtggcgcgcg ttgggatcgc tcatattgat ctgcgaactt tcgaggatct
    15721 gcagtgagat ggtgccatcc ggatcgaccg caaagaaggg tccgccgccc ggttcacccg
    15781 tattcttcac cataccgcat acccggagcg gccgcatgag cttgcgtcgc aaataggcga
    15841 tgcggtcctt cagctcggtg ggcatagacg gattacgcac gcagagcgtc tcgcagacaa
    15901 aacggtcgat ctcgtccacc tgttcgggcg agcatgcacc gctgtcgatc agtcgtacat
    15961 agttagaaat gcgatcgtgc aggtcgacca gtatacccgc cagaagttgt ttgtaggtta
    16021 cggtcacggg tttcatgcgg tcggggacta cgttgtcgat attcttaatg aaaacaacat
    16081 ccgcgtccat cgcgtcgagg ttaccaatca gcgcgccgtg tccaccgggg cggaaaagga
    16141 tcgtaccgtc cgcctcgcgg aagggctgat tctgcaaatc cacggcaacc gtgtcggtgg
    16201 aaggctgctg cgtactgaac gagatgtcat actgtacacc gtaacgactc tcatatgcag
    16261 gtacgacacg ccgcaccagc tgctcgaaga gtgcctgatg ctcaggcgaa acggtcaggt
    16321 ggatgttcac acgccccgct tgattacgtg cgtagagtgc accctccacg agatgttcct
    16381 cgagtgccgt ccgcggaccg tcagccgatc cgtgaaaaag gagcagtccc ttcggcagtt
    16441 cgccatagtc catcccgcgc gcctcgagca agttagcgac gacagcctta taccgccccg
    16501 cggcgatcag ctcatgcacg cccattccct cattggtgcg gcatgcagca tcgagcgtac
    16561 cgaagaaggc gaacgagtca atctggtcga agaaggtgcg ttcgaagtcc gtcgacggac
    16621 tatccgacga ggaggacagg aatgcgaaga ggttcttgaa catccggctg gctgcaccag
    16681 aggccggaac gaatttgaga atgtgggcat cgcgcgtcag ataagtgttc caacgttcaa
    16741 tgtactgggc aagctcttcg tcggacacta cgcggatacc gtttccagca gttgcggagg
    16801 ccacgaggga gagaaatgga aagccgttcg cgaagcatgc cagctgttca ttcagttggg
    16861 cttcggtgat tttcttatcg gccagatgcc gaatgtcgtc tgagctaagt gtcataaggc
    16921 gtatcattta tgttggttga tgccccaaag atccgcaagg ttccccgatg ctgcaaacgg
    16981 tccatcgacc gtctgcgtag catctatccc gcaccacgca gccccctacc gacagcgtcg
    17041 tctgatctgt tattccttgc gcagactcct atcgcgtaaa acggaaaacg taccgccccg
    17101 agcgcagact tgcgcttgcg atttttcgcg acccatataa acagactgag ggcgccggaa
    17161 aacgtatccg acgccctcag tccgtatggc ggtgaatgag tgatcacgct tcgaaaggga
    17221 tcctcatctg tatgtggggg tgtgattcag cggtacagac gtcccagagc atactgcgga
    17281 ataggtcgtt cgcagacaaa atcaatcccg ccttattgtc ccggatcagt tgattgcatc
    17341 cgagagagtg gtcatctccc acattacccg ggaaggcaaa gacgtcgcgg ctattggcga
    17401 aggcgtgggt ggccgtggag agtgctccgc cccgctcaaa cgattcgacg acaacgattg
    17461 catcggagag accggcaatc aaacggttgc gctttaagaa gttctcacct gcgatgggtg
    17521 tctcggatgg gtaatcggta aacaatccgc cccgctcgat catcctccgc gcgatctcgc
    17581 agtggctctt cggatagcaa ttatcgagtc cgtgggcaaa taccccgacc gtcggaagcc
    17641 cgagctgcaa tgctgtgcgg tgagcacata cgtcgatacc atacgctaac ccactgatca
    17701 caagcatctc tggataaact ttagccacat ctcgaagtaa tttctctgca agccgtagtc
    17761 cgtaaggggt ggcacgccga gtccccacca cgccgatcac cttcggcgca ttaagatcgg
    17821 cgctccctcg gtagtaacat acgatgggcg gattgtcata ttcagccaaa cggtgcggat
    17881 agtccggatc cgtgatggtg tagagacgta tgcgatgttg ctcgataaac cgcgcttctt
    17941 gctcagcacg cctcagccct tcctccatcc gactaacaat ccgcgatgcg ggatatccgc
    18001 tgcccaatcc atgcgcaatc tcccacggat gactacgggc cgcaaagact tcagtcgccg
    18061 ttccaaaatg atctaatagt atgtgcgcct tggcgttgtt gatgccttct gtcattgcca
    18121 gagccatcat gcagattcgt tcattgtcaa tcatgtcttt tggtttttgt gtgatgtgga
    18181 caaaggtaaa gattacgtct gatcccagat ggatatgaga agagggcgcc gaaaacaagt
    18241 tccgacgccc tcagtgcgta ttgtcgtgca actcagacat ccgagtgcaa cgtagggatc
    18301 agtctttgag ctttgctgag atgaactcgc ggttgaggcg tgcgatgttc aggacagaga
    18361 tactcttcgg acattcggcc tcacaggcac gcgtattcgt acagttgccg aagccgagct
    18421 cgtccatctt ggccaccatc gccttagcgc ggcgtgtagc ctcaactctt ccctgtggga
    18481 ggagtgccaa ctgactgacc ttggccgata cgaagagcat ggccgagccg ttcttacaag
    18541 cggcggcgca agcgccacag ccgatacaag cggcggcatc cattgcgagg tcggcatcct
    18601 tcttcgggat cggtatggcg ttggcgtcag ggacgccgcc agtgttgacc gatacgaaac
    18661 cgccagcctg cataatcttg tcgtacgctt gacgatccac cgtgaggtcg cgaatgatgg
    18721 ggaagccggc cgagcgccac ggctcgattg tgatcgtttc gccgtcgtgg aatttgcgca
    18781 tgtggagctg gcatgtggtg atggcgctgt cggggccgtg cgggtggcca ttgatgtaga
    18841 gcgagcacat gccgcagata ccctcacgac aatcgtgatc gaagaagaca ggctcgcggc
    18901 cttcgttgac aagttgctcg ttaagtacgt cgagcatctc gaggaacgag ctgccctgcg
    18961 agatgtcctt cagttggtag gtttcaaagg cgcccttctc tttcggtcct ttctggcgcc
    19021 agactttcaa tgttatattg atattcttat ccatgattcg gtcgtatttg agtagggggg
    19081 ttacttcttg tagttacgtg tctgcggtac cacaaactga tagttcagca tctctttctg
    19141 catgacggga tccttgtcct cgccgcggta ttcccagcag gagacgtaca tgaatttgtc
    19201 gtcgtgacgc agagcctcac cttcctctgt ctggtgttcg ctgcggaagt gtccgccgca
    19261 agactcctcg cggtcgagcg catcgtgtgc cataagggca cccgtctcga tgaagtcggc
    19321 cagacggaga gctttctcga gctctacgtt caggtcgtaa ggcttacccg ggatacggac
    19381 gttcgaccaa aattccttct tcagctcttt cagcatctcg atagcttcct tcaagccggc
    19441 agcatcgcgc gccataccga catgttccca catgatgtgg ccaagctcct tgtggatgct
    19501 gtccacggag cgcttgccct tgatgttcat cagtgtctcg atgcggtggc gcacctgttt
    19561 ctctgcttct tcaaactcgg gcagatcggt gtggaagtgg ggcacctgga tttggtcggc
    19621 cagatagttc tgaatcgtgt aggggagcac gaaatatccg tcggccaagc cttgcatcag
    19681 cgccgaggca ccgaggcgat tggctccgtg gtcggagaag ttggcctcgc cgatggcgaa
    19741 gagtcccgga atgctggtca tcagttcgta gtcaacccaa atgccgccca tggtgtaatg
    19801 gagcgcgggg aagatcatca tcggcgtctc gtagggattc tcgtcgacga tcttctcata
    19861 catctggaag aggttgccgt atttctgctc tactacgtca cggccgaggc gcttgatggc
    19921 gtcggcgaag tcgaggtaga cggcgaggcc cgtgttgttc acgccgaagc ctgcgtcgca
    19981 acgttccttg gcggcacgcg aagctacgtc acgcggtacg aggttaccga aggccggata
    20041 gcggcgctcg aggtagtagt cgcggtcttc ctctttgatc tgcgtcggtt tcagcttgcc
    20101 tgcgcggatg gcttgtgcat cctcgagctt tttaggcacc cagatacggc catcgttacg
    20161 gagcgactcg gacatcagcg tcagtttcga ctggaactcg ccgtgaacgg ggatacaggt
    20221 cgggtggatc tgtgccatac aggggttggc gaagtaggcg cccttcttgt agcactgcca
    20281 tgcggccgaa ccgttcgagg ccatggcatt cgtagaaagg aagaagacgt tggcgtaacc
    20341 gcccgtggct atcactacgg cgtgggctgc gtaacgctcg atggcgccgg tgacgaggtt
    20401 gcggacgatg atgccgcgtg cacggccgtc gacgataacg aggtcgagca tttcgtggcg
    20461 cgtaaacatc ttcactttgc ctttgcccac ctgacgactg agggccgaat aggcgcccag
    20521 aaggagctgc tgacccgttt ggccgcgggc gtagaaggtt cgcgatacct gcgcaccacc
    20581 gaaggagcgg ttgtcgagca agccgccgta ttcgcgggcg aagggtacgc cttgcgctac
    20641 gcattggtcg atgatggcgt tcgagacttc agccagacga tagacgttgg cttcgcgggc
    20701 acgatagtca ccgcctttga tggtgtcgta gaagaggcga tagacggagt cgccgtcgtt
    20761 ctgatagttc ttggctgcgt tgataccacc ctgtgcggcg atggagtgtg cgcggcgcgg
    20821 ggagtcctga atacagaagt tgagcacgtt gaagcccatc tcagcgagcg aggctgcggc
    20881 tgatgcgcca gccaatccgg tgccgacgat gatgacgtcg aggcggcgct tgttggcggg
    20941 gttgactaac ttctgatggt ctttataatt ggtccatttg tcggctaatg ggccttccgg
    21001 tattttggaa ttgatttctg ccatgatgat ttccgaataa taaatgaggt gtttctatgc
    21061 gtcacaccta cacataagta atgcttgtct ttctctctct cttgttagtt gctgaggctt
    21121 tgcgcgtaga agaaaagggt tacgaaggcg aagcctacgc agatgagcgt agccacgatg
    21181 gtggagatac atttccagcg gttgaaccat tgtaggttgt tccagccgat ggtgtggatg
    21241 gcgctccaga agccgtgcgt gaggtggaac cacagggcta cgtaccagat cagatagccc
    21301 agaaccacga ggggctggct gaagtagtag cggatgaagg cggctccgtc ttgcggagag
    21361 accatctggc cacccaacgc cacttcatgg tgcccggcga gttcggcgaa catcatcttg
    21421 tgccagaact gacacaggtg aaggcacatg aagccgatca caaccacgcc gatggcgaac
    21481 atgttttgcg atgcccagct tacgcccgcc ggacgggtgt tgaccgcata gcgatcgtta
    21541 ccgcgagcct tgcgattttg cagcgtcagc atcgttgcat aaacgaaatg gagcaccacg
    21601 aagccgccca atacaacggt agcggccacg gcgtaccaat tcgcgcccaa cagtccacag
    21661 atcatgttat aggcgtccgt tgagaagacg gccgccacgt tcatcgataa gtggaacaac
    21721 agaaagaaga tcaagaaaag cccggagata ctcatcacca actttttccc gacggaagat
    21781 ttgactaacc acataagtaa ataatttaat tgttttctct gttcattctt tgtggtgcaa
    21841 aagtacgata aggccgggca ttcacaactg tttagggaaa tatttccgta atgggtggag
    21901 gcttggcgga acagacccat cggggctgtg tttagcgtcg gatcattcgg gcagcctgct
    21961 tgttggtgct ctcaaagcat ggctacgggg tgttggggtc caaaacagac cgccttttgc
    22021 atggctacgg ggtgttgggg cccaaaacag accgcctttt gcatggctac ggggtgtcgg
    22081 ggcctaaaac gggccgcctt ttgtatggct acggggtgtc ggggcccaaa acgggccgcc
    22141 ttttgcatgg ctacggggtg tcggggtcca aaacgggccg ccttttgcat ggctacgggg
    22201 tgtcggggcc caaaacagac cgcctttttc atggctacgg ggtgtcgggg cccaaaacgg
    22261 gccgcctttt acaccgcgac ggggtgcgcg gtccaaaacg tgccgccttt ttcaccgttc
    22321 cggcctgcgc ggcgaaaacg gcgggctgtt tttcacagtt cttgcctgcg cggtgaaaac
    22381 ggcgggggag cttcgaggcg ccgaaaggtg tatccagcgg tgcggagcca cgtgatgacg
    22441 cgcggcaggg cgtcgaacat ccgcggggcg gccttggggg agtcgtggaa gacgatgagg
    22501 gagccgttgc gggcgtaatg ggtggcgtta tggaagacgt cgtcgggggt gaggcggggg
    22561 ctgtagtcgc gggtgacgac gtcgaacatg atgagtcggt agccagctgc gcggagggct
    22621 gcctgttgag cgggggtgag tcgaccgtgc ggggggcgga agagggggct gtcgatcagc
    22681 ttggcggcca ggtggacgtc ggccatgtag tccgacgcgg gcagacggaa gccgcggatg
    22741 tggtgatagg tgtggttgcc gacggtgtgt ccggaggcga ggatggcgcg gtaggcttcg
    22801 gggtaacggc gaacgttgtc gccgacgcag aagaaggtgg cggggacggc gagctggtcc
    22861 agcaggcgga gcaggcgggg ggtggtggcg gcgttggggc cgtcgtcgaa ggtgatataa
    22921 acacagggct cttccgcggg cagtcgccag actgacccgg ggaagagctt cctgtaaaac
    22981 caaggggggc gctcgatgaa cataccctac gactccgcag tgcagcacgt ctgcgctacg
    23041 ctgcgaagtc tacttggttc attgcttatt gcccagctgc ggggcgaggg agttgtagaa
    23101 cttggtgaac tcgtcgacgt acttggcacc gtagttcggg tcgtaatgct tgccgacacc
    23161 gatgacgttc tgcacgatgg ccatgtcgcg ctggagatct tcgcgtatgc tggcgaactg
    23221 ggccggtttg aggcggacgt accagcggat gttgcgcagg gagttctcaa cgatggcgtc
    23281 gaggatgggt tcgcccttgt ccttcttacc gagcgccatg taggtctcgc cgatggcgat
    23341 ggcgctgtag tcaagcggga cgttgacggc cgggagcacc ttcatggcct tgtcagctac
    23401 ggccagcgcc ttgtcgcgtt tgccttcgcg gatgagggct tgggccaact cgccgaagac
    23461 gtacatacgg tagctcttgc acatgcgcat cgtgttctcc tcgaggtaaa caccgggctt
    23521 gtcggcaccg ccccacttga agcggttcat gacgttgtcg tacatctttt ccgtgttgat
    23581 cgggcgggca ccctcggcac gtgtcgagaa gggcacgagg cgataggcca gaccggtctt
    23641 ttggaagtag gggtcgaggc ggacgaactg gttcgggtcg acggtgatgg cgaagtagat
    23701 ggggcgcttc cagttgttgg tcaccaccat gtcgaggatg gtgatggctt ccttaccgat
    23761 ggcttgcttg ccggagaggt cgatgaggag ctctcgggcc atcatcgggg cgtcttgcgg
    23821 atcgatggcg ttgttctggc gcacagcatt ggagtcgatt gggtagacga acttctcggc
    23881 cggcaggtag tcgatcggct cattgacgcc ggggacggtc ttcgtgcgtg ggtcgtcgct
    23941 gcggagccac tcgagggcct ggttgagatc catctgctcc acgcgcttga tgaggtaggc
    24001 atggtcgcgg gtgccctgaa tgtattgggc gcgcgtccag gtgatgggca gcggatcgga
    24061 gttgtaagcc tgacgcttca tctgatccgt gtaccagtct gtttgcaggt agctggtgtt
    24121 gcagacgcgc acatcggtgc ggatgccttc cacctcttgg gcataccaaa gcgggaaggt
    24181 gtcgttgtcg ccgttggtga agatcacggc gttcggctcg cacgactcga ggtagttggc
    24241 gccaaagtcg cggcacatgt agcggcccga gcggtcgtgg tcgtcccagt tctgtccggc
    24301 catttgcaac ggtacgagca cgcagagcac cgtggcgatg gctccggctg caatgcccgg
    24361 cagcttgcca tatttctcta tcgcccgtgc gatggctccg acgcccagtc cgatccaaat
    24421 gcagaaggca tagaacgatc cggcgtaggc atagtcgcgc tcacgcggct ggtagggcgt
    24481 ctggttcaga taaagcacga tggcgatgcc ggtcatgaag aagagtagga aggtgatcca
    24541 gaatgactgc atgccgcggc gtccgctgcc cagctgatag aagataccga ggataccgag
    24601 cagcagcggg agcatgtagt agacgttgtg gcccttgttg ttgatgatgt cgttcggcat
    24661 attgtcctgc gggccaacca tgagggcgtc gatgggtttg atgcccgtga tccagttgcc
    24721 gttcaggatc tcgccggcgc cttggatgtc attctgtcgg ccggagaagt tccacatgaa
    24781 gtagcgccag tacatgaagt tcagctggta gcgtacgaag aagacgaggt tctccgcgaa
    24841 ggtgggcttc atggccgtct tcgtctcgcc catcagctga tacttgatcg gcgtaccctt
    24901 cacgttgccc caagacttat acgcctccac gtggcgcggc tcggagctgt acatgcgggg
    24961 gaaaagcatt tcggtctcgc tgacgtattc gtaatccggg gtgacgtaag agacgtaata
    25021 gcgatccttc tcgcccgagt ttttcttgat cacgcggctc cacgtcttgg ggccgtcctt
    25081 cgatgcagcc gtgccatcac tgttgcgagc cacctcggag acgtacgtcg ggccgtagaa
    25141 caatggcttg tcgccgtatt gttcgcgggc caagtagcta cgcagggtga agatgtcgct
    25201 cggggcattc tggttcatcg gcgtgtcagc cgtcgagcgg atgaggatca acgcgtagga
    25261 ggaataaccc accacgatga cgagcagcga gacgagcgtc gtgttcagtg cagccacat
//
LOCUS       SEQF2638.1|AYYF01001556.1 269 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..269
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tgtaccggag cgtgacgacg gtaatgcaag acgtcagttt gttcccacaa actgcgcttg
       61 ctcccccacc cctgtcggtc ggtggagagg gccgtaatca catccgttct catcggcccc
      121 aaccatagta taagcaccac agaaaagacc tatccacatg aaaaagtaca acaagaagga
      181 agacaagaaa ccgaactcac ggccgatctc ggaggccttg aaactgtagc cgtcgtaggt
      241 aaacttcagc ccgtagactt tcccctgct
//
LOCUS       SEQF2638.1|AYYF01001557.1 1265 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1265
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             158..562
                     /locus_tag="SEQF2638.1_02027"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKYNKKEDKKPNKTAFIKVRCTAEEKERIRSRATNAGRKYSDY
                     CREMLLGGSVTAVPPIGDNEKEALAILRQTALFYAHISNLIKVKDVSWVDATKALATY
                     AKIAFKRFFSSRYRVPEEVFKRLNIKDHDRKV"
ORIGIN      
        1 tgtaccggag cgtgacgacg gtaatgcaag acgtcagttt gttcccacaa actgcgcttg
       61 ctcccccacc cctgtcggtc ggtggagagg gccgtaatca catccgttct catcggcccc
      121 aaccatagta taagcaccac agaaaagacc tatccacatg aaaaagtaca acaagaagga
      181 agacaagaaa ccgaacaaga ccgccttcat caaggtcaga tgtacggccg aagagaagga
      241 acggatccgc tcgagagcca cgaacgcagg gcggaagtac tccgactact gtcgcgaaat
      301 gttgctgggt ggatccgtca ccgccgtccc tccgataggc gacaacgaga aggaggcgct
      361 tgccatcctc cgtcagacgg cactattcta cgcgcacatc tctaatctga ttaaggtcaa
      421 agacgtctcc tgggtagacg cgacgaaggc cctcgccacc tacgccaaga tcgcttttaa
      481 gcgattcttc agctcccgct atcgagtccc cgaggaggta tttaagcgct taaatattaa
      541 agaccatgat cgcaaagtgt aaagccattg cacacggaag caacgcgctg gagtacattt
      601 ttcgcgaggg aaagctcggc cggcttctcg ccctccacaa cctgtgtagc gaaacgccga
      661 aggagattca cgaggaaatg aagctcatca gcgactataa cagccgttgc aaaaacaagt
      721 tcttgcgcat cgaaatcggc atcgccccga aggacgagcc gcagatgacg ttcaagaccc
      781 tgaaccgcct cgccttgctc tttgccaagc agatggggct ggacgatcac cagtgggtgg
      841 ccgtcacaca taaggacacc gacaatctac acatccacat catcgccaat cggatcagcc
      901 tcggtgggca ggtctacgac accaccttcg tcagtaaccg agccgccaga gtggccgaag
      961 aactcagccg caagtatggg ctgaccatcg ccaacgaagt ccgatccgca cgactacatc
     1021 ggaaagccca agccgatccg agaagagagc ggacaaagct gcaggttcgg agcatctgct
     1081 acgccctgct cgagaagcac aaagggaaag gcctgtcggg tcactccatg ttcctctatg
     1141 aactccaccg aagtggcgtc acgatcgacc gcatgaagaa caagcagggg aaagtctacg
     1201 ggctgaagtt tacctacgac ggctacagtt tcaaggcctc cgagatcggc cgtgagttcg
     1261 gtttc
//
LOCUS       SEQF2638.1|AYYF01001558.1 1719 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1719
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             66..1304
                     /locus_tag="SEQF2638.1_02028"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIAKISSSNSLATTLGYNFKKVEKHEASVLLVQGLLQDRNGRYS
                     RAQVLADMLRTIPARCRTKKTVFHCSLNPHPDEKLSDETLSRIAAEYMEALGYGVQPY
                     IVFRHNDIPRAHIHIVSLRVDSEGRKINDRFERRRSKRITDALEAKFGLLPSRKKADV
                     SAQPSAVEIGAGDIKRQVAAAVQYVLGRYAFQSVGEMNLLLARFRVTAEEVKTERKGR
                     PFDGIVYAATDAEGHKICTPIKASEIGRRISYAALRRHFEQSKSVVRERAGAIRRAIA
                     DVMQTSPDRAEFIDRMRERGIETVTRINAAGRLYGITFIDDANGIAVNGSRLGKGFAA
                     NVFNAYFVGGANPFIDEGWPKEKEERAAVVEELTECPNDMPPTEIDLSLQVHGADLRE
                     WAFQRRLRNRARVRLRRKPR"
ORIGIN      
        1 tactctgccc gaatcgtcct cttgctggaa gaggccgtcc gcctgaccat agactttcgc
       61 agccgatgat tgccaagatt tcgtcctcca acagcctcgc tacgacgtta ggatacaact
      121 tcaaaaaggt ggaaaaacac gaggcctccg tgctgcttgt gcaagggctt cttcaagatc
      181 ggaacgggag gtatagccgt gcacaggtgc tcgccgacat gctgcggacg atccctgcgc
      241 ggtgccgcac aaagaagacg gtcttccatt gctcgctcaa tccgcacccg gacgaaaagc
      301 tatcggatga gacgctctcg cgaattgccg ccgagtacat ggaggcgctc gggtatggtg
      361 tccagccgta catcgttttc cgccataatg acattccccg cgcgcacatc cacatcgttt
      421 cgctgcgtgt agacagcgag gggcggaaga tcaacgaccg tttcgaacgg cggcgcagca
      481 aacgaatcac agacgctttg gaggcgaagt tcggcctcct ccccagtcgg aagaaggcgg
      541 acgtttctgc ccaaccgtca gctgttgaga tcggagcggg ggacatcaag cgacaagttg
      601 cagccgctgt gcaatacgtg ctcgggcggt acgcgttcca gtctgtcggg gagatgaatc
      661 tgctgctggc gcgtttccgt gtgacggccg aggaggtcaa aacggagcgg aagggtaggc
      721 ccttcgacgg gatcgtctac gcggcaaccg atgccgaagg gcacaagatc tgcacgccga
      781 tcaaggcctc cgagatcggt aggcggatca gttacgcggc gcttcgtcgc cactttgagc
      841 agtcgaaaag cgttgtccga gagcgggcgg gagcgatccg ccgtgcgatt gccgacgtga
      901 tgcagacgtc gcccgaccgt gcggagttca tcgatcgcat gcgtgagcgc ggcatcgaga
      961 ccgtgacccg aatcaacgcc gctggacgcc tgtacggcat tacgtttatc gacgacgcga
     1021 acggcatcgc ggtcaacggt tcacgcctcg ggaagggatt cgcggcgaac gtgttcaatg
     1081 cctatttcgt gggcggcgcg aatccgttca tagatgaagg ctggccaaaa gagaaagaag
     1141 aacgggcggc tgtggtggag gaactgacag aatgcccgaa cgacatgccc ccgacggaga
     1201 tcgatctcag tttgcaggta catggcgccg acctccgaga atgggccttc caacgtcggc
     1261 taagaaaccg cgcccgcgtg cgcttacgtc gcaaaccgcg gtagcagtcc tgaaccccga
     1321 gggttttacc cttcgacggt cgtcggagcg ctgaaccctg agggttttgc tcttcgacgg
     1381 tcgtcggagc actgaaccct gagggttttg cccttcgacg gtcgtcggag cactgaaccc
     1441 cgagggtttt gtccttcgac ggtcgtcgga gcactgaacc ccgagggttt tgcccttcga
     1501 cggtcgtcgg agcactgaac cctccggggt ttagccttcc ttttcaagaa ggagatcatc
     1561 cacaaaacac ttagaatcaa tagaagacca aacaaattca caccaacacc ccatgcaaaa
     1621 agaagatgat ttgagaggcc tcgccaagac gatggacctc atgcgagcga tcgcaatcct
     1681 ttttaccgcc atgcacgcgt actggttctg ctacgcggc
//
LOCUS       SEQF2638.1|AYYF01001559.1 1434 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1434
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             66..1304
                     /locus_tag="SEQF2638.1_02029"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIAKISSSNSLATTLGYNFKKVEKHEASVLLVQGLLQDRNGRYS
                     RAQVLADMLRTIPARCRTKKTVFHCSLNPHPDEKLSDETLSRIAAEYMEALGYGVQPY
                     IVFRHNDIPRAHIHIVSLRVDSEGRKINDRFERRRSKRITDALEAKFGLLPSRKKADV
                     SAQPSAVEIGAGDIKRQVAAAVQYVLGRYAFQSVGEMNLLLARFRVTAEEVKTERKGR
                     PFDGIVYAATDAEGHKICTPIKASEIGRRISYAALRRHFEQSKSVVRERAGAIRRAIA
                     DVMQTSPDRAEFIDRMRGHGIETVTRINTAGRLYGITFIDDTNGITVNGSRLGKGFAA
                     NVFNAYFAGEPNPFLEMSRPKEKEEQTAAVEELTESPNDMLPTEIDLSLQVHGADLRE
                     LAFQRRLRNRARVRLRRKPR"
ORIGIN      
        1 tactctgccc gaatcgtcct cttgctggaa gaggccgtcc gcctgaccat agactttcgc
       61 agccgatgat tgccaagatt tcgtcctcca acagcctcgc tacgacgtta ggatacaact
      121 tcaaaaaggt ggaaaaacac gaggcctccg tgctgcttgt gcaagggctt cttcaagatc
      181 ggaacgggag gtatagccgt gcacaggtgc tcgccgacat gctgcggacg atccctgcgc
      241 ggtgccgcac aaagaagacg gtcttccatt gctcgctcaa tccgcacccg gacgaaaagc
      301 tatcggatga gacgctctcg cgaattgccg ccgagtacat ggaggcgctc gggtatggtg
      361 tccagccgta catcgttttc cgccataatg acattccccg cgcgcacatc cacatcgttt
      421 cgctgcgtgt agacagcgag gggcggaaga tcaacgaccg tttcgaacgg cggcgcagca
      481 aacgaatcac agacgctttg gaggcgaagt tcggcctcct ccccagtcgg aagaaggcgg
      541 acgtttctgc ccaaccgtca gctgttgaga tcggagcggg ggacatcaag cgacaagttg
      601 cagccgctgt gcaatacgtg ctcgggcggt acgcgttcca gtctgtcggg gagatgaatc
      661 tgctgctggc gcgtttccgt gtgacggccg aggaggtcaa aacggagcgg aagggtaggc
      721 ccttcgacgg gatcgtctac gcggcaaccg atgccgaagg gcacaagatc tgcacgccga
      781 tcaaggcctc cgagatcggt aggcggatca gttacgcggc gcttcgtcgc cactttgagc
      841 agtcgaaaag cgttgtccga gagcgggcgg gagcgatccg ccgtgcgatt gccgacgtga
      901 tgcagacctc gcctgaccgt gcggagttca tcgaccgcat gcgtgggcac ggcattgaga
      961 ccgtgacccg aatcaacact gcgggacgcc tgtacggcat cacgtttatc gacgacacga
     1021 acggaatcac agtcaatggt tcgcgcctcg ggaagggctt cgcagcgaac gtgttcaatg
     1081 cctatttcgc aggcgaaccg aatccgttcc tcgaaatgag ccggccaaaa gagaaagaag
     1141 aacagacggc tgcggtggag gaactgacag aaagtccgaa cgacatgctc ccgacggaga
     1201 tcgatctcag tttgcaggtg cacggcgccg accttcggga attggccttc caacgtcggc
     1261 tgagaaaccg cgcccgcgtg cgtttacgcc gaaaaccgcg atagcagtcc tgaaccccgg
     1321 aagattctgc tcttcgacgc tcgtcggagc gctgaaccct gagggttttg cccttcgacg
     1381 gtcgtcggag cactgaaccc cgagggtttt gcccttcgac ggtcgtcgga gcac
//
LOCUS       SEQF2638.1|AYYF01001560.1 1622 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1622
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(114..920)
                     /locus_tag="SEQF2638.1_02030"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG0985"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEEPMNTPSGRPIRIGFGSLKGGTGKSTLAEITASYLCYTEGL
                     RLFVVDCDYSQYSFFGLRERDKQTVQNGXPALQARMKKHFEALGREAYRVIKSTAARA
                     EEDVRRFMAERAGETFDLILFDLPGRADDPGLVELTLGMDYLISPIEPDRQSLVASMT
                     YAPAIRDLGVSDDRCRIKEIYLVWNKIDRRVRTDVIAFYNEAIKREGLGLFDTQLPRS
                     ARFKKELTADGRPAFRSTXLPPDKSLXEGSGIEXFVKELIEKXNLKTARP"
ORIGIN      
        1 actgcttaaa tcgcttttca acggtgtttc ttcgggcgtg atgggcggcg catcgtcgcc
       61 tgccatttgc tgaatccgct cggcgatncg cctncggcgn tgttcttcga tggtcatggg
      121 cgggcggttt tcaggttnca tttctcgatg agctccttca cgaacgnctc gatgccgcta
      181 ccctcnatca gacttttgtc tggtggnagn taggtggatc ggaaggcggg ccggccgtct
      241 gcggtgagtt cctttttgaa gcgggcggag cgcggcagct gcgtgtcgaa caatcccaag
      301 ccttcgcgct tgatcgcctc gttgtagaac gcgatgacgt cngtccgcac ccgtcggtcg
      361 atcttgttcc aaacgaggta gatctctttg atacggcacc tatcgtccga cacnccgagg
      421 tcacggatgg ccggcgcgta ggtcatggaa gctaccagcg attggcggtc gggctcgatc
      481 ggngagatga gataatccat gccnagggtg agctcgacaa gtccgggatc gtccgcgcgg
      541 ccgggcaggt cgaaaaggat caggtcgaac gtttcacccg cacgctcggc cataaaacgg
      601 cggacatcct cctccgcacg tgcagcggtg cttttgatga cacggtaagc ctcccggccg
      661 agcgcttcaa agtgcttctt catccgtgcc tgcaacgccg gntcaccgtt ctgtacggtt
      721 tgtttgtcgc gttcgcgcag tccgaagaag gagtattgcg agtagtcgca atcgacgacg
      781 aagaggcgca gcccttcggt gtaacagagg tagctggccg tgatctccgc cagcgtgctt
      841 ttgcccgtgc cgcctttgag cgacccgaag ccgatccgga tcgggcggcc ggacggagtg
      901 ttcatgggtt cttctttcat gggttcaagg tctgaggtat attattaata gtacgcgcgt
      961 acattaatat atagacgcac ttgtgagtag ctgtgtaagt atattcatat actcactcac
     1021 ttatgtagtt actcacttat gtagttactc acttatgtag ttactcactt atgtagttac
     1081 tcacttatgt agttactcac tcatgcagtt actcacttat acagttactc acttatgtgg
     1141 ttactcactt atgtggttac tcacttatgc agttactcac ttatgcagtt actcacttat
     1201 gcagttactc acttgtgcag ttactcactt gtgcagttac tcactcatgc agttactcac
     1261 ttatacagtt acatgtgagt aagtgagtaa ccacacaaat aaacagctgc acaaacacag
     1321 ctacttgtaa aggctttcgg aggcttcccc ggagtggctt ccagttgaaa acaaacgttt
     1381 tagccacaga aaaggccgtc ctaattttgc cgccgaattg aaagactttg gggagccgaa
     1441 ccttcttctc agacacacgg cccaaaggcc gggcaaggtg tgtttttgtg ctacaaaaac
     1501 cgttttgtgc tacaaaacgc cttgcccccg gagccttctc tccgcgcggt tcggctccaa
     1561 agtcgccacc tgatcttata tgaaaaccaa ccccatgaat cgaccgaaga aaacacccgt
     1621 tc
//
LOCUS       SEQF2638.1|AYYF01001561.1 5495 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..5495
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             373..1938
                     /gene="ptpA_1"
                     /locus_tag="SEQF2638.1_02031"
                     /EC_number="3.4.14.12"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q7MUW6"
                     /codon_start=1
                     /transl_table=11
                     /product="Prolyl tripeptidyl peptidase"
                     /db_xref="COG:COG1506"
                     /translation="MRFKSYFTLALTMTLAAAIPQTGAAQKKLFTLEDLNFGGTNYRN
                     MTPQNRSIVWWGEEAVRTDADFCALINKTTGRETRLFTLADINQWIGAKDDNHRVKSL
                     RYATFPYAKQSLVLVENITERMLVDWKAHRVVWRQASALQEHTDFAPASRATAYVRDH
                     NLFVIDGEGRVRQISTDGSREMVYGVTAYREMFGIYKGTFWNPDGSRLAFYRMDQTMV
                     PDYPLVDVDPDSMAVLAPEKYPMAGRTTHEVTIGVYDVKADKTIYLKVGNPKDRYFVN
                     IGWSPDGKTIYLKEFNRKQNEMSLDAYDAVTGDKRATLYTERHEKYITSYTSVAFLPW
                     DADKFILQSQKDGYNHLYLFNTKGEMLRQLTSGNFVVYDLLGFDKARKRAIILSAESS
                     PIQSNLYAVDIATGKRTLLDNGRGVHANIISPSGFHDRALSPDGGWIIDNYAEPTVPR
                     NIDFINLKTDKGTCCLGSAAGFLNSNPGAANYLKQLAFSDGYELLYAIAIGYPDESPE
                     AKPRDASKIRYIE"
     CDS             complement(2036..3484)
                     /gene="yqiK"
                     /locus_tag="SEQF2638.1_02032"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P77306"
                     /codon_start=1
                     /transl_table=11
                     /product="Inner membrane protein YqiK"
                     /db_xref="COG:COG2268"
                     /translation="MPSLYLIVVIAGVLFVTFASILSRYKRCPSDKVLVVYGKTGRNK
                     EGGVSSARCIHGGAAFIWPVFQNYAFLDLTPISIECNLTNALSKQNIRVDVPCRFTVG
                     ISTEPESMTNAAERLLGQNTHNIQNIATDILFGQLRLVIATMDIEEINSDRDKFLANV
                     SANVEAELRKIGLKLINVNVTDIRDESGYIEALGKEAAAKAINEAKKSVAEQNRFGEI
                     GKAEADRDKDIRIAETLRDTRIRTSEANALAVEGENNAKIAIANSEATRREKEAEAAR
                     RAVAAEKVQTAKALQEAYQSEREAEMTRAEREKATQTANVVVPAEIEKEKAIINAEAE
                     AEKMRRIAKGQADAIFAKMDAEARGTYELLTKQAEGYDRLVRAAGSDPDKAVLMLITD
                     KLPELVRTQVEAVKNIKIDKITVWDGNNADGNGMTSTANFISGMMKSVPPLNDLFNMA
                     GLNLPTYLKGADRPTIPLRPTDGKSPETPPAK"
     CDS             complement(3536..3883)
                     /locus_tag="SEQF2638.1_02033"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTDNYFFPANDFEATKRFYADVLDLAVKFDFSSMGMVAYRIGD
                     DEPALILKDTSRFPDAKPALWIEVEDVAAQYAKMKERGVRFLSEPFQIKTGWAVEFED
                     PSGNRLGITDYKA"
     CDS             complement(3904..4485)
                     /locus_tag="SEQF2638.1_02034"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQTWWGSLDPFMQTLWGIAIVASAVFIIQSIMTFVGMDSETNFD
                     GDFDGDMSADGAGESTPFQLFTFRNLINFMLGFSWTAIALRSSTKSTSLILVGGVVVG
                     VLLVCAVMYLFKWMSGMQQSGTIEPEALVGCKGSVYLTIPAGRTGEGKVQITVRSAIR
                     EYNAMTDGDRLPNEAPIRVVAVLNGHTVLVEKV"
     CDS             complement(4515..5048)
                     /locus_tag="SEQF2638.1_02035"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKVGRPFFCGEFDERIKPAKSFYGSHAIARTFLEIPRGSSANAK
                     TFFFRFAGLPQTPRQTPRDLREYPQTPKHFPWDLRDSRKRQGISRETCGSTRKRQSIS
                     RGTCGTSAGHFQKHFGRLQRAIKDILLGLGSPFFHRTHVVYEITHFLLAIACKMRLKC
                     HRQSEMGFSGLIPYVCP"
     CDS             complement(5088..5468)
                     /gene="ptpA_2"
                     /locus_tag="SEQF2638.1_02036"
                     /EC_number="3.4.14.12"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q7MUW6"
                     /codon_start=1
                     /transl_table=11
                     /product="Prolyl tripeptidyl peptidase"
                     /db_xref="COG:COG1506"
                     /translation="MTINLMTTYPDVFKVGVAGGPVIDWNWYEVQYGELYMGTPQDNP
                     EGYAAGSLLPKAKNLKGKLQIIIGMNDPVVLPQNALRFLKECISAGTQPDFFVYPGEP
                     HNMRGHQSVHLHERITQYFIDYLK"
ORIGIN      
        1 gttcggagcg aaagtcagat tctaactaat ggctccccat cgcttgaata ttaaggcaag
       61 cgggagagct gattaacccc aaaaagaatg gccggtgcag ggctgcgaaa tcggcagact
      121 tgcaccggct cctattttat tccccatcag aagctgtttg gaatttattt cggaggatat
      181 tcagaggata tttctgggga ttttgtttca tcttttgagg agcatagcaa gctatgtgac
      241 gaaaaagatg ggacaaaagg gcggaaatag acctgaatag acccgaaata gaaaggagaa
      301 agatctgccc aaacagctcc ataaaacaat catccaataa attcaaaaca gcttcttaat
      361 cacaccatca tcatgagatt caaatcgtat ttcacattgg cactcaccat gactctcgcc
      421 gcagctatcc ctcagacggg agcggcacag aagaaactct tcacgctgga ggatctcaac
      481 ttcggcggaa cgaactatcg caacatgacg ccgcagaacc gctccatcgt ctggtggggc
      541 gaggaagccg tgcgtaccga cgcagacttc tgcgccctga tcaacaaaac caccggacgc
      601 gaaacacgcc tcttcaccct cgccgacatc aaccagtgga tcggcgccaa ggatgataac
      661 catcgtgtga agagcctccg atacgccact ttcccctacg ccaaacagtc gctcgtgctg
      721 gtcgaaaaca tcacggagcg catgctcgtc gattggaaag cgcatcgtgt agtttggcgt
      781 caagcctccg ccttacagga acatactgac tttgctccgg cctcacgcgc cacagcctac
      841 gtacgcgacc acaacctttt cgtgatcgac ggtgagggtc gggtacgaca gatctccacc
      901 gacggtagcc gcgaaatggt ctacggcgtc acggcttacc gcgagatgtt cggcatctac
      961 aaaggcactt tctggaaccc cgacggctca cgccttgcct tctatcgcat ggaccaaacg
     1021 atggtgcccg attatcccct cgtcgacgtg gatccagata gcatggccgt actcgctccg
     1081 gagaagtatc ccatggccgg acgtaccacc cacgaagtga ccatcggtgt ctacgacgta
     1141 aaggccgaca agacgatcta cctcaaggtg ggcaacccca aagaccgcta cttcgtcaac
     1201 atcggctgga gccccgacgg caagaccatt tacctcaagg agttcaaccg caagcagaac
     1261 gagatgtcgc tcgacgctta cgacgccgtg acgggcgaca aacgtgccac actctacacc
     1321 gagcgccacg agaagtatat cacctcttac acctccgtgg ccttcctgcc gtgggacgcc
     1381 gacaagttca tcctccaaag ccagaaggac ggctacaacc acctctacct ctttaacact
     1441 aagggcgaga tgctacgtca gctgaccagc ggcaacttcg tcgtttatga cctgcttggt
     1501 ttcgacaagg cgagaaaacg cgccatcatc ctctcggccg agagtagccc gatccaaagc
     1561 aatctctacg ccgtggacat cgccacgggc aagcgcacac tgctcgacaa tggccgcggc
     1621 gtgcacgcca acatcatctc cccaagcggc ttccacgacc gcgccctctc gcccgacgga
     1681 ggatggatca tcgacaacta cgccgagccc acggtgccgc gtaacatcga ctttatcaac
     1741 ctaaagaccg acaaaggcac gtgttgcctg ggcagtgcgg cgggcttcct gaacagcaac
     1801 cccggcgcag cgaactacct caagcagctg gctttctccg acggctacga actgctctac
     1861 gccatcgcca tcggctaccc cgacgagtcg cccgaggcca agccccgcga cgcgtcgaag
     1921 attcgctaca tcgagtaagc ctcgagtaag cgaacaacaa aaaatggccg ggtacccggg
     1981 gcttgcgcct cgcaggtatc cggccttctt cttttaaggg gggaatgggt ccttactact
     2041 tcgcgggcgg cgtctcaggc gacttgccgt cggtggggcg cagggggatc gtcgggcgat
     2101 cggcgccttt gaggtacgtc ggcaggttca ggccggccat gttgaagagg tcgttcagcg
     2161 gcggcacgga cttcatcatg ccagagataa agttggccgt cgacgtcatg ccgttgccgt
     2221 ccgcgttgtt gccgtcccag acggtgatct tgtcgatctt gatgttcttg acggcctcga
     2281 cctgcgtgcg aaccagctcg ggcagcttgt ccgtgatgag catcagcacg gccttgtccg
     2341 ggtcgctgcc agccgcgcgg acgagtcggt cgtaaccctc ggcctgcttg gtgaggagct
     2401 cgtacgtacc gcgcgcttcg gcgtccatct tggcgaagat ggcgtccgcc tgacctttgg
     2461 ctatgcggcg catcttctcg gcctctgctt cggcgttgat gatggccttc tccttttcga
     2521 tctcggcggg cacgaccacg ttggccgtct gcgtcgcctt ctcgcgctca gcacgcgtca
     2581 tttcagcctc gcgctccgac tgataagcct cttgcagggc cttggccgtc tgcaccttct
     2641 cggcggctac ggcgcggcgg gccgcttcgg cctccttctc acgccgcgtg gcctcggagt
     2701 tggcgatggc aatcttggcg ttgttctcac cctcgaccgc cagcgcgttg gcttcggagg
     2761 tgcggatacg cgtgtcacgc agcgtctcag cgatgcggat gtctttgtca cggtcggcct
     2821 cggccttacc gatttcaccg aaacggttct gttcggcgac gctcttcttg gcctcgttga
     2881 tggccttggc ggcagcttcc ttaccgagcg cctcgatgta gcccgactcg tcgcgaatgt
     2941 cggtcacgtt gacgttgatc agcttcagac cgatcttccg cagctcggcc tcgacgttgg
     3001 cgctgacgtt ggccaggaac ttatcgcggt cggagttgat ctcctcgatg tccatcgtgg
     3061 cgatgacgag acgcagctga ccgaagagga tgtcggtggc aatgttttgg atgttgtgcg
     3121 tgttctggcc gagcaggcgt tcggccgcgt tggtcatgct ctccggttcg gtggaaatac
     3181 cgacggtgaa tcggcagggc acatccacgc ggatgttctg cttactcagc gcgttggtca
     3241 ggttacactc gatggagatg ggcgtgaggt cgaggaaggc atagttctga aacacgggcc
     3301 agatgaaggc ggccccgccg tgaatacagc gtgcggagct gacgcccccc tctttgttgc
     3361 gaccggtttt accgtaaacg accaggactt tgtccgacgg acagcgtttg taacgcgaaa
     3421 ggatcgaagc gaacgtcacg aaaaggacgc ccgcgatcac tacgattaaa tataaactgg
     3481 gcataagcta ttgaattgag attgttcgaa tgattactga tatcgaagcg gtttgtcagg
     3541 ccttataatc ggttattcct aaccggttgc ccgatggatc ctcaaactcg accgcccaac
     3601 ctgttttgat ttggaagggc tcggagagga atcggacacc tctttctttc attttggcat
     3661 actgggcggc cacgtcttct acctctatcc acaaagccgg tttggcatct gggaatcgcg
     3721 acgtgtcctt gaggataagt gccggctcgt cgtctccgat acgataggcc accatgccca
     3781 tagaggagaa atcaaacttc acggctaaat ccaatacatc ggcatagaag cgtttggtcg
     3841 cttcaaaatc atttgcgggg aagaaataat tatctgtttt cataggatgg ataatgatgt
     3901 aaactatact ttctctacca gcaccgtatg tccgttcagg accgcgacga cgcggatggg
     3961 agcttcgttc ggcaggcgat cgccgtcggt catggcgttg tactcacgga tggcgctgcg
     4021 gacggtgatt tgcaccttgc cttcgcccgt gcggccggcc ggaatggtca ggtagaccga
     4081 tcccttgcag ccgacgagcg cctccggctc gatggtgccc gactgctgca tgccgctcat
     4141 ccacttaaat aggtacatca cggcgcagac gagcaacacg ccaaccacca caccgccgac
     4201 gagtatgagg gaggtgctct tcgtcgagga gcgcagggcg atagccgtcc agctgaagcc
     4261 gagcatgaaa ttgatcaggt tccgaaacgt gaagagttgg aagggggtcg attcgcccgc
     4321 gccatcggcg gacatgtcgc cgtcgaagtc gccgtcgaaa ttcgtttccg aatccatccc
     4381 cacgaacgtc ataatacttt gaatgatgaa caccgccgac gcgacaatgg cgatacccca
     4441 aagggtctgc ataaacggat ccaaggatcc ccaccaggtt tgcataggtc ttctgctttt
     4501 agatcgttaa aaaatcacgg gcaaacgtaa ggaataagcc ctgaaaatcc catttctgat
     4561 tggcgatggc acttcaaacg cattttgcat gctatggcca ataggaaatg ggtgatctcg
     4621 taaacaacgt gagttcgatg aaagaatgga ctccctaatc ccaggagaat gtctttgatc
     4681 gcgcgctgta agcggccaaa gtgcttttgg aaatgccccg cggaagttcc gcaagtccca
     4741 cgggaaatgc tttggcgttt gcgggtactc ccgcaagtct cgcgggaaat gccttggcgt
     4801 ttgcgggaat cccgcaagtc ccacgggaaa tgctttggcg tttgcgggta ctcccgcaag
     4861 tctcgcggcg tttgccttgg cgtttgcggg agtcccgcaa atcgaaaaaa gaacgttttg
     4921 gcatttgcag aacttccgcg gggtatttcc aaaaacgttc tggctatggc gtggcttcca
     4981 tagaaactct ttgctggctt tattctttcg tcgaactcac cgcaaaaaaa ggggcgcccc
     5041 actttcatgg agacgccccc tctaaagatt ggtcggctgc gcttacgcta cttcaggtaa
     5101 tcgatgaagt attgcgtgat gcgctcgtgc aggtgtacgc tctgatggcc gcgcatgttg
     5161 tgcggctcgc cggggtagac gaagaagtcg ggctgtgtgc cggcggagat gcattccttg
     5221 aggaagcgca gggcgttctg cggcaagacg acggggtcgt tcatgccaat aatgatctgc
     5281 aatttgccct tcagattctt ggccttgggc agcaaggagc cggccgcgta accctcggga
     5341 ttgtcctgcg gagtacccat gtagagctcg ccgtactgaa cttcgtacca attccagtcg
     5401 atgaccgggc cgccggccac acccactttg aagacgtccg gataggtggt catcaagttg
     5461 atggtcatga agccaccgaa gctccaaccg tggat
//
LOCUS       SEQF2638.1|AYYF01001562.1 3611 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3611
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             63..416
                     /locus_tag="SEQF2638.1_02037"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKDLEVERILRQYAEDLVSRYTWLTIRFEYSEKRSVYLVSYSPR
                     YLISGKTALINEMMEFEDRMNDVYGDDAPLFCEDERLFKLSPEAEVVRHHAPERAVRH
                     VSPRKKRSVAEPAAV"
     CDS             722..1651
                     /locus_tag="SEQF2638.1_02038"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MATEEKKLPKTVKINASNCSSYTAIHHVQFHRNQIDLVKGADKT
                     KLKIPEVAMEKWDSEVNEEVDLNETVAKSVHTKALLEKDAERDRLLTHLFGIIRFHRY
                     SPTRATAAAAEKMEAIFGKYIAENIREEGFEDESGHIVGLLKDAAPYTAEITTLGLTD
                     TLSELKTVNEAYEALSKERRSDTVVSKRDAIKAVRPKTDESYDFVCRYIEAAYLFATS
                     DDERTLIEDLVKKMNRVVFDFKRSHKESLAQKRAAKQPKDPKQPKDPKDPKPDKPKPD
                     DKPDIKLPEEGPKKPDPKKPEEGGGPDIHLPEE"
     CDS             2231..3526
                     /locus_tag="SEQF2638.1_02039"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKFILTLGILLGLYGMTTAQTEEPEQKPFRITFSERARMTSVG
                     EAATLDHNAPVTTFTRWRTYLGAYYNPSKHFEFRAELGNEARIYLTPPTAKTAFNEIF
                     FNQLYVDWKDIADLPIDLRVGRQCIMFDEGFIMVDGNPLVGSRSDYFNAAKATFRFNE
                     NNNLSAVFVYNPHRDKLLPVFNEGDHYQPLEEQTNNGAALYYKGHLNPVDLSAYYFYK
                     NYFKNATAPDAETHVVGARANVALPGNDFHFISEFAYQFGKVGNNDRRSWGGYSRLEY
                     NIGRYLYVLDQLSIGGIYLSGDDPSTPTVEGFDPMWNRWTPWGESYVYTLGAETGKIS
                     YWSNIGSINAGFKATLAPNVHLNANYMHLMAMQLHPGSAFTSGGGKTRGDLYYARISY
                     QINPHWSGHLHFEHFNPGNYYFKGADNFNWVRFELMYKL"
ORIGIN      
        1 ctggcctgca aacgcctggc ggaggaattg attactaaac tcaaaacgta ttttggtgac
       61 ctatgaaaga tcttgaagta gaacggatcc tgcggcaata tgccgaggac ttggtcagcc
      121 gctacacctg gctgacgatc cggtttgaat acagcgaaaa gcgaagcgta tacctcgttt
      181 cctattcacc cagatacctg atttcgggga agactgcgct catcaacgag atgatggagt
      241 tcgaggaccg gatgaatgac gtctatggcg acgatgcgcc gctgttttgc gaagatgagc
      301 gtctcttcaa gctctcgccc gaggcggagg tggttcgcca tcatgcgccc gaacgagccg
      361 tgcgacacgt gtcgccgcgc aagaagcgct ccgtggccga acccgcagcc gtgtaaaaag
      421 tggctgtcgg cgacacgatg agtctggcag gcggcctgac aacatcgctg gagtgtccgg
      481 tggctctggc aggccgcctg ccaacatcac ctgagtgttc gatagccctg gcaggccgcc
      541 tgccaacatc acctgagagt ccgatagccc tggcaggccg cctgccaacg tcaccgaaga
      601 gtccgatagt cctggcaggc cgcctgccag catcaccgga gtgtcggacc actttggcag
      661 gccgcctgcc aatatttttc cgtagatcaa cgattacata actcataaaa acgtattgca
      721 aatggcaaca gaagagaaga aattaccgaa gacggtaaag atcaacgcaa gtaattgcag
      781 cagttacacg gctattcacc atgtgcagtt ccaccgcaat cagatcgact tggtgaaagg
      841 cgcagacaaa acgaagctga agatccccga ggtggccatg gagaagtggg acagcgaggt
      901 gaacgaagag gtggacctca acgagacggt cgcaaagtca gtgcacacca aagcattgct
      961 cgaaaaggat gctgagcgcg accggctgct gacgcacctt ttcggcatca tccgctttca
     1021 ccgctattcg cctacacggg ctacggccgc agccgctgag aagatggaag ccatcttcgg
     1081 gaagtacatc gcggagaaca ttcgcgagga gggattcgag gacgagagtg ggcacattgt
     1141 gggcctattg aaagatgcgg ccccgtatac ggctgaaatc acgaccctgg ggctgactga
     1201 caccctgtcc gaactcaaga ccgtcaatga ggcctatgag gcgctgagca aagagcgccg
     1261 ctccgatacg gtcgtctcta agcgagacgc gatcaaggcg gtacgcccca agacggacga
     1321 gtcctacgac tttgtttgtc gttacatcga ggccgcctac ctctttgcaa cctctgacga
     1381 tgagcgcacg ttgatcgagg atttggtcaa gaaaatgaac cgcgtggtgt tcgacttcaa
     1441 gcggtctcac aaagagagcc tcgctcagaa gcgtgccgcc aagcagccca aggatcccaa
     1501 gcagccgaag gaccccaagg atccgaaacc cgacaagccg aagcccgacg ataagccgga
     1561 catcaagctc ccggaggagg gccccaaaaa gcccgatccc aagaagcccg aagagggcgg
     1621 cgggccggac atccacctgc cggaggagta gcgcactcgg ttcactccgc cggcggccgt
     1681 agccgcgagt gaggccacca gcgaatcctc gcatgaagca ttcgaagggc atccccaaac
     1741 cgacgtggga tgcccttttt acagtcgccc gaaggtgtcg cccgtgcccc cctacctcga
     1801 tgcttttgag ggctatggag gttgactatg agcccctcag ccacctgttt cgcacttacg
     1861 attcgtgaga aaatgcgggg tgagggtgca ttttttttac ctcatgcttg cattagattc
     1921 aaggaacgct aattttgggg gcaaaatcga agggaatgtt attcggtcta cacaattcac
     1981 aaccgcatcc aaaccaccat gtcggacgcc ttttcgccgg ctggtgcacc ttgcctatcc
     2041 ttaataggtg tacacgatgc tactcggcgt ctgctcccgc cgcagctcat cgcgtaccta
     2101 ttataatagg tgtacacccg gcccacggaa acacatccca cgccccccac acttgtgcag
     2161 ccggatcgct cccacggttt accgaatcaa aaagagaaac agcatccacc aacctgaaaa
     2221 ccgaaagaaa atgaaaaagt ttatccttac ccttggtatc ctgctgggtc tgtacggcat
     2281 gaccacagca caaacggaag agccggagca gaagcccttc cgcatcacct tctccgaacg
     2341 cgcacgaatg acctccgtcg gtgaagccgc cacgctggat cacaatgcgc ccgtaaccac
     2401 cttcacccgg tggcgcacct atctcggcgc ctactacaac cccagcaaac actttgagtt
     2461 tagagccgag ctgggcaatg aggcccgtat ctacctcacc cccccgacag ccaagacggc
     2521 cttcaacgag atcttcttca atcaactcta tgtggattgg aaagacatcg ccgacctgcc
     2581 gatcgacctc cgcgtgggac gacagtgtat catgtttgac gaaggcttta tcatggtaga
     2641 cggtaacccc ctcgtaggct cccggtcaga ctatttcaac gccgctaagg ccaccttccg
     2701 cttcaacgag aacaacaacc tctccgccgt ctttgtctac aacccccatc gcgacaagct
     2761 cctgcccgtc ttcaacgagg gcgaccacta tcagcccctc gaggagcaaa ccaacaacgg
     2821 tgccgccctt tactacaagg gacacctgaa tcccgtagac ctctcggcct actatttcta
     2881 caagaattac ttcaagaacg ctaccgcccc cgatgccgag acgcacgtcg taggtgctcg
     2941 cgccaatgtg gctttaccgg gcaacgactt ccacttcatc agtgagttcg cctaccagtt
     3001 cggtaaggtg ggcaacaacg atcggcgctc ctggggcggc tactcccggt tggagtacaa
     3061 catcgggcgc tatctctacg tcctcgatca actctccatc ggcggcatct atctcagtgg
     3121 cgacgacccc tcgactccca ccgtcgaagg cttcgacccg atgtggaacc gctggacacc
     3181 ctggggcgaa agctacgtct acaccctggg cgcagagacg ggcaagatca gctactggtc
     3241 taacatcggc tccatcaacg ccggattcaa ggccaccctc gcccccaacg tgcaccttaa
     3301 tgccaactac atgcacctca tggccatgca gctgcacccc ggatctgcct tcacctctgg
     3361 cggaggcaag acgcgcggcg acctctacta cgcccgcatc tcctaccaga tcaatccgca
     3421 ctggtcgggc cacctgcact tcgagcactt caaccccggc aactactatt tcaagggtgc
     3481 cgacaacttc aactgggtgc gcttcgagct gatgtataaa ctgtaatatg aacgaatcag
     3541 agaatcaaag aggatagtcg ggagggggat gatggccctt gccttactcc cttccccccc
     3601 cccccccccc c
//
LOCUS       SEQF2638.1|AYYF01001563.1 3632 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3632
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             63..416
                     /locus_tag="SEQF2638.1_02040"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKDLEVERILRQYAEDLVSRYTWLTIRFEYSEKRSVYLVSYSPR
                     YLISGKTALINEMMEFEDRMNDVYGDDAPLFCEDERLFKLSPEAEVVRHHAPERAVRH
                     VSPRKKRSVAEPAAV"
     CDS             716..1672
                     /locus_tag="SEQF2638.1_02041"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKEFKALPKILKISGSYSSLYSAPRHAKFHHRIYDIIKAVDKT
                     KLKFPAGLLEEYDARSDAEVEANKQSTMSANTALMLEKDEKRDQLLIYIFGKVRNELR
                     SPVDATSAAAHRIWAALGTYKDIRTESFDEETLHIDGMLKDIVPIAADITTLGLTSEF
                     ASLKTLNDEYESLSAQREHTTAVTKGPSSKEIRPLTDAAYEVICQYIQSAYLNATSNE
                     DRTMLEELVAEMNRTVVKFRTSQREEAAQKRAAKQPKDPKPKDPKQPKDPKQPKDPKD
                     PKPDKPKPDDKPDIKLPEEGPKKPDPKKPEEGGGPDIHLPEE"
     CDS             2252..3547
                     /locus_tag="SEQF2638.1_02042"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKFILTLGILLGLYGMTTAQTEEPEQKPFRITFSERARMTSVG
                     EAATLDHNAPVTTFTRWRTYLGAYYNPSKHFEFRAELGNEARIYLXPPTAKTAFNEIF
                     FNQLYVDWKDIADLPIDLRVGRQCIMFDEGFIMVDGNPLVGSRSDYFNAAKATFRFNE
                     NNNLSAVFVYNPHRDKLLPVFNEGDHYQPLEEQTNNGAALYYKGHLNPVDLSAYYFYK
                     NYFKNATAPDAETHVVGARANVALPGNDFHFISEFAYQFGKVGNNDRRSWGGYSRLEY
                     NIGRYLYVLDXLSIGGIYLSGDDPSTPTVEGFDPMWNRWTPWGESYVYTLGAETGKIS
                     YWSNIGSINAGFKATLAPNVHLNANYMHLMAMQLHPGSAFTSGGGKTRGDLYYARISY
                     QINPHWSGHLHFEHFNPGNYYFKGADNFNWVRFELMYKL"
ORIGIN      
        1 ctggcctgca aacgcctggc ggaggaattg attactaaac tcaaaacgta ttttggtgac
       61 ctatgaaaga tcttgaagta gaacggatcc tgcggcaata tgccgaggac ttggtcagcc
      121 gctacacctg gctgacgatc cggtttgaat acagcgaaaa gcgaagcgta tacctcgttt
      181 cctattcacc cagatacctg atttcgggga agactgcgct catcaacgag atgatggagt
      241 tcgaggaccg gatgaatgac gtctatggcg acgatgcgcc gctgttttgc gaagatgagc
      301 ggctcttcaa gctctcgccc gaggcggagg tggtccgcca tcatgcgccc gagcgagccg
      361 tgcgacacgt gtcgccgcgc aagaagcgct ccgtggccga accagcagcc gtgtaaatat
      421 gtcggcagac attctgccgg ggctaccaca ccccatgagt gcgtcggcag acattctgcc
      481 gggactatca caccccatga gtatgccggc agacattctg ccgaggctat cacaccccat
      541 gagtatgccg gcagacattc tgccgggact atcacacccc atgagtgcgt cggcagacat
      601 tctgccgggg ctatcacacc ccatgagtat gccggcagac attctgccga aatccccaaa
      661 gagaaagaac taagagttta ccacatgata tatcaacgca ttaatacatt attcgatgaa
      721 gaaagaattt aaggcattac ctaaaatcct caagatcagc ggcagctaca gctcactgta
      781 cagtgcccca cgccacgcta agttccacca ccggatatac gacatcatca aggccgtgga
      841 caaaacgaaa ctcaagttcc ccgcaggact gctggaggag tacgacgctc gctcggacgc
      901 cgaggtggag gccaacaagc agtccaccat gtcggccaac acggccctga tgctggagaa
      961 agacgaaaag cgtgaccagc ttttgatcta catcttcggc aaggtgcgca acgagctgcg
     1021 ctcgcccgtc gatgcgacct ccgcagcagc ccaccgcatt tgggcggccc tcggtacgta
     1081 taaagacata cgcacggagt cgttcgacga ggagacgctg catattgatg gcatgctgaa
     1141 ggacatcgtg cccatcgcag ccgacatcac caccctcgga ctcacctcag agttcgccag
     1201 cctcaagacg ctgaacgacg agtatgaatc cctcagcgcg caacgtgaac acacgacggc
     1261 cgtcaccaaa ggcccgagct ccaaggagat ccgaccactg acggacgctg cctatgaggt
     1321 gatctgccag tacatccagt cggcctacct caacgccacc agcaacgagg atcggacgat
     1381 gctcgaggag ttggtcgcag agatgaaccg taccgtggtc aagttccgca cctcgcagcg
     1441 cgaagaggcc gcccagaagc gtgccgccaa gcagcccaag gatccgaagc cgaaagaccc
     1501 gaagcaaccc aaggatccca agcagccgaa ggaccccaag gatccgaaac ccgacaagcc
     1561 gaagcccgac gataagccgg acatcaagct cccggaggag ggccccaaaa agcccgatcc
     1621 caagaagccc gaagagggcg gcgggccgga catccacctg ccggaggagt agcgcactcg
     1681 gttcactccg ccggcggccg tagccgcgag tgaggccacc agcgaatcct cgcatgaagc
     1741 attcgaaggg catccccaaa ccgacgtggg atgccctttt tacagtcgcc cgaaggtgtc
     1801 gcccgtgccc ccctacctcg atgcttttga gggctatgga ggttgactat gagcccctca
     1861 gccacctgtt tcgcacttac gattcgtgag aaaatgcggg gtgagggtgc atttttttta
     1921 cctcatgctt gcattagatt caaggaacgc taattttggg ggcaaaatcg aagggaatgt
     1981 tattcggtct acacaattca caaccgcatc caaaccacca tgtcggacgc cttttcgccg
     2041 gctggtgcac cttgcctatc cttaataggt gtacacgatg ctactcggcg tctgctcccg
     2101 ccgcagctca tcgcgtacct attataatag gtgtacaccc ggcccacgga aacacatccc
     2161 acgcccccca cacttgtgca gccggatcgc tcccacggtt taccgaatca aaaagagaaa
     2221 cagcatccac caacctgaaa accgaaagaa aatgaaaaag tttatcctta cccttggtat
     2281 cctgctgggt ctgtacggca tgaccacagc acaaacggaa gagccggagc agaagccctt
     2341 ccgcatcacc ttctccgaac gcgcacgaat gacctccgtc ggngaagccg ccacgctgga
     2401 tcacaatgcg cccgtaacca ccttcacccg gtggcgcacc tatctcggcg cctactacaa
     2461 ccccagcaaa cactttgagt ttagagccga gctgggcaat gaggcccgta tctacctcnc
     2521 ccccccgaca gccaagacgg ccttcaacga gatcttcttc aatcaactct atgtggattg
     2581 gaaagacatc gccgacctgc cgatcgacct ccgcgtggga cgacagtgta tcatgtttga
     2641 cgaaggcttt atcatggtag acggtaaccc cctcgtaggc tcccggtcag actatttcaa
     2701 cgccgctaag gccaccttcc gcttcaacga gaacaacaac ctctccgccg tctttgtcta
     2761 caacccccat cgcgacaagc tcctgcccgt cttcaacgag ggcgaccact atcagcccct
     2821 cgaggagcaa accaacaacg gtgccgccct ttactacaag ggacacctga atcccgtaga
     2881 cctctcggcc tactatttct acaagaatta cttcaagaac gctaccgccc ccgatgccga
     2941 gacgcacgtc gtaggtgctc gcgccaatgt ggctttaccg ggcaacgact tccacttcat
     3001 cagtgagttc gcctaccagt tcggtaaggt gggcaacaac gatcggcgct cctggggcgg
     3061 ctactcccgg ttggagtaca acatcgggcg ctatctctac gtcctcgatc anctctccat
     3121 cggcggcatc tatctcagtg gcgacgaccc ctcgactccc accgtcgaag gcttcgaccc
     3181 gatgtggaac cgctggacac cctggggcga aagctacgtc tacaccctgg gcgcagagac
     3241 gggcaagatc agctactggt ctaacatcgg ctccatcaac gccggattca aggccaccct
     3301 cgcccccaac gtgcacctta atgccaacta catgcacctc atggccatgc agctgcaccc
     3361 cggatctgcc ttcacctctg gcggaggcaa gacgcgcggc gacctctact acgcccgcat
     3421 ctcctaccag atcaatccgc actggtcggg ccacctgcac ttcgagcact tcaaccccgg
     3481 caactactat ttcaagggtg ccgacaactt caactgggtg cgcttcgagc tgatgtataa
     3541 actgtaatat gaacgaatca gagaatcaaa gaggatagtc gggaggggga tgatggccct
     3601 tgccttactc ccttcccccc cccccccccc cc
//
LOCUS       SEQF2638.1|AYYF01001564.1 714 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..714
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             58..390
                     /locus_tag="SEQF2638.1_02043"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKALKVRDGSPLDVPIMLFGWDKQQDMHVYRGEKSKEDKERRKA
                     DELIAVVKEIFLHTSKLSYKNLSELLIQEMEIKDRTAKRYIAYMREQGILSQDTAGNY
                     QKGERCRT"
     CDS             378..683
                     /locus_tag="SEQF2638.1_02044"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSYVEEPFDKWQKQLLDSLARMEGKLDRLLVLREQTIDTTVRPP
                     LKPEYLDIIDVSKLLKVEQKTIYNWVSVGKIPYLKANGRLLFRREEIDEMLRKQTAE"
ORIGIN      
        1 cgcaaagccg ccggcatcct gtctatcgag aaggatgacg atcccgaata ctcggtcgtg
       61 aaggccctga aggtacgcga cggcagtccg ctcgacgtcc cgatcatgct ctttggttgg
      121 gacaagcagc aggacatgca cgtctaccgc ggtgagaaat cgaaagagga caaggagcga
      181 cgaaaggctg acgaattgat cgccgtggtc aaagaaatct tcttgcatac ctccaaactg
      241 tcctacaaaa acctgagcga actactcatt caggagatgg agatcaagga tcgcacagcc
      301 aagcgataca tcgcttacat gagggagcag ggcatcctgt cgcaggacac cgcgggtaac
      361 tatcaaaagg gagagcgatg tcgtacgtag aagagccttt tgacaagtgg caaaagcagc
      421 tgcttgacag tctggcgcgg atggagggga agctcgaccg cctgttggta ttgcgcgaac
      481 agacgattga tacgacagtc cgcccaccgc tgaagcccga atacctggac atcattgacg
      541 tctccaaact cctgaaggtg gagcagaaaa cgatctacaa ttgggtttcg gtagggaaga
      601 ttccctatct caaggccaac ggtcggctgc tgtttcggcg agaggagatc gatgagatgt
      661 tgcgcaaaca aacagcagaa tgacagcccc accgcaggtc aagagttcag caat
//
LOCUS       SEQF2638.1|AYYF01001565.1 2222 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2222
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(181..975)
                     /locus_tag="SEQF2638.1_02045"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIDRASITQWAGRVPWNDPAQVEQDLIISRSLVAIFSDEFLASQ
                     LAFRGGTALHKLYLSPQPRYSEDIDLVQIHPGPIKPILFRLGEVLDFLPDRVTQQKRY
                     NNTMLFRMESEVPPVVPIRLKIEINCVEHFNELGLVKMPFAVESHWFTGQCAITTCAL
                     NELLGTKLRALYQRKKGRDLFDLYVALTEAEVDTSEILQCYNRYMAFSVQQPPTYKQF
                     VANMEAKMADPDFLGDTRVFLRPERPFDPQAGYEAVRAQLIDGLKK"
     CDS             complement(972..1892)
                     /locus_tag="SEQF2638.1_02046"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRMILWKDVIHACVPVSSARNWCNGNPVAITFASKQTHMTVRE
                     WIRKREIGGMPTLTFGEVRQAFPNASEQVVKNELFRLSAQKIIVSVYRGFYVIIPPHY
                     ASRGVVPPHYYIDRLMAHQNKPYYISLLSAAALLGAAHQRPQKFFVTTVLPKPSVSPS
                     KNNLLVWSYRKEIPSDFLLTKNSETGTIRYSNAELTAVDLIQYEQYIGGLSEAATILA
                     ELSEGLDFRRVSRRLFDYTSQATLQRLGYVLEEVLLQADVADALYEKLRAYAGRLRYV
                     PLSTRSTEAMAAKNDRWKIDINMTIEPDDL"
     CDS             complement(1900..2094)
                     /locus_tag="SEQF2638.1_02047"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTNEMKTKPDEPKYYDAFDVARILRIHHKTALIWGKRGMLPSVK
                     IGNRRYFPAEGILAFKKQEK"
     CDS             complement(2091..2201)
                     /locus_tag="SEQF2638.1_02048"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQTVEVKERTAKDYIRHMQESGLIEQQKDNHYTLKK"
ORIGIN      
        1 ttcgcgcaga ctggagtgac tcaaacaggc gcccgtttgc tttcgcgcag actggagtga
       61 cccaaacagg cacctgtttg gcttcgcgca gactggagtg acccaaacag gcacctgttt
      121 ggcttcgcgc agactggagt gactcaaaac aggcacctgt ttatacttct tcctcatgcc
      181 ctatttcttc agcccatcta tcaactgtgc tcgcaccgct tcatatccgg cttgagggtc
      241 gaacggccgc tcggggcgta gaaagacgcg cgtatcgccg agaaaatctg gatcagccat
      301 tttcgcctcc atgttcgcca caaactgctt ataggtcggg ggctgctgca cagagaaagc
      361 catgtagcgg ttgtagcact gcaagatttc ggaagtgtcc acttcggctt ccgtcagagc
      421 cacgtacaga tcgaagaggt cgcgcccctt tttgcgctga tacagcgcgc ggagcttcgt
      481 gcccaacaac tcattcagcg cacacgtcgt gatcgcacat tgccccgtaa accaatgact
      541 ctccaccgcg aacggcatct tcaccagccc cagctcgttg aaatgctcga cacaattgat
      601 ctcgattttc aatcgtatgg ggacgaccgg aggcacctcc gactccatcc gaaagagcat
      661 cgtgttattg tatcgctttt gctgggtgac acgatcgggc aggaagtcca acacctcccc
      721 gaggcggaag agaatcggct tgatcgggcc gggatgaatc tgtaccaaat caatgtcttc
      781 gctgtatctc ggctggggcg agaggtacag tttgtgcagc gccgtgcctc cgcgaaaggc
      841 cagctgcgag gccaagaact cgtcgctgaa gatggccacc agtgagcggg agatgatcag
      901 atcttgctcc acttgagcgg gatcgttcca gggcacccgg ccagcccatt gcgtgatgga
      961 tgcgcggtct atcataggtc gtccggctcg atagtcatat tgatgtcgat cttccagcga
     1021 tcgttttttg ccgccatcgc ctccgtgctg cgcgtggaca gtggcacata ccgcagcctt
     1081 ccggcatacg cacgtagctt ctcatacagc gcgtcggcca catccgcctg cagcaagact
     1141 tcttctaaga cataccccaa tcgttgcagg gtggcttgcg aggtatagtc gaacagccgc
     1201 ctcgagacac gacggaagtc cagcccttcc gacagctcgg ccaagatcgt cgccgcctca
     1261 gacaaaccgc cgatatattg ctcgtattgt atcagatcga cggccgtcag ttcggcattg
     1321 gagtagcgga tcgtgccggt ctccgagttt ttcgtcagca aaaagtccga cggaatctct
     1381 ttgcgatacg accacaccag caggttgttt ttggaagggg acaccgaagg cttcggtaaa
     1441 acggtggtga cgaaaaactt ctgcggccgt tggtgcgcag ctcccagcaa tgccgctgcg
     1501 ctgagcaggc tgatgtagta aggcttgttt tgatgggcca tcaaccgatc gatgtagtaa
     1561 tgcggcggga caacgccccg actggcatag tgcggcggta tgatcacata aaatccacga
     1621 tatacggata cgatgatttt ctgcgcagac aaccggaaca attcgttctt gacgacttgc
     1681 tccgaagcgt tgggaaaggc ttggcgcacc tccccgaaag tgagcgtggg catcccgccg
     1741 atctcccgct ttctgatcca ttctctgact gtcatatggg tttgttttga ggcaaaggta
     1801 atcgcgaccg gattaccgtt gcaccaattc cgcgcagaag agacggggac acaggcatgg
     1861 atcacatcct tccaaaggat cattcttttc atcgacagct cacttctcct gctttttgaa
     1921 cgccaagatg ccctcagcgg gaaagtagcg gcggttgccg atcttgacgg agggcagcat
     1981 acccctcttt ccccaaatta gggcggtctt gtggtggata cgcaggatac gagccacgtc
     2041 aaaggcgtcg taatatttcg gttcatctgg tttggttttc atctcgttcg tcatttcttc
     2101 aatgtgtaat ggttgtcttt ctgttgctct atcaggccgc tctcttgcat gtggcggatg
     2161 tagtccttgg cggtccgctc ttttacttct actgtctgca tgatcaatcg aagaagctcg
     2221 tc
//
LOCUS       SEQF2638.1|AYYF01001566.1 438 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..438
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tacttcacgt tgaaagaata gagtgagcca tcatcgcaaa tgaccgagag gttcgtctcc
       61 gtctcgaagt cacggacagc cgccttgacg cgcaagacgt tctcggcacc ctcggctttg
      121 cctgcaatca ggttattact acctaaatca acgtagcaga tcgcggcggg aaaaatgaga
      181 tgcgttgtct tgtcaaacgt tacttcaaga ccgtatggaa cgaccattcg gccgctgggg
      241 atagcacgac tcatgccttg atagaggtcg ccagtggagc gcatctgcgt gcgcaacgtg
      301 tctgtacttg tggcgaaggt tgtggtgatg aatccgcagc aaaggatggc ggataggagg
      361 agttttttca tgggaatcag atgatgaaat ggaggattac ttggcttgaa cgaggaagag
      421 tcggtgacca cttttgac
//
LOCUS       SEQF2638.1|AYYF01001567.1 21768 bp   DNA    linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..21768
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             29..2026
                     /locus_tag="SEQF2638.1_02049"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLKAKREAYGKNATLSKEETTYFKNLVDLAEKSYKKSAAEIDEA
                     VNGAFKEGRLRFADELAVQLDDIENYYKERLRMAENNEKLIAELTVAKEKEITLAKNS
                     YTAEMLNYDIEITRKQMANAESFYRWEADRRKKQLEEERRVQKERIRLMEERYKLAPT
                     DKLAKEIALAREELEALNKELGRIPTQKLSEVLGAFGQMAAALGGLSGSVGQAFAAIG
                     SSLAAAGEMLSRDMDTTRGKVGAISTAISGTATLINMITAAAEKRRAVEKEFYKNSIA
                     FAHEYALSLNEQLRLQSKSGAFVRNYAGEIKDSFKALNKAMDGYSDAIGKLHEGQANV
                     DLRNVVDGNNVAKGAATGALAGAAVGSMIVPGIGTAIGAVVGTIGGLLAGIFSKKKDK
                     VTDDLMKVFPGLVDEAGNLNKELAKTLINTDQVDDKTKQLLQNALDWQDAVKKAEDSL
                     GEIATSLAGDIGNNLRNAIVGAWKAGEDASKAMFATASDSLENFITQLLYSAIFSDVF
                     EDFKKNLVESLKPGGDQDILDDFDKLMEEMTKRDDRYIELLDKVKKRAKERGYTKFGE
                     KDDKAKDGRTGTTKGIQNITQDTATAIEGRLTALLIYQDAIKLSVGGINQTLVVGVAI
                     LTEIRDNTAYCRRLEQIESGIGSMKRELETINSRGVTLRTA"
     CDS             2041..2865
                     /locus_tag="SEQF2638.1_02050"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTNIYIDGTDARAAFGVWVVRGGYNDLLTYPAMKEPAANDWPE
                     HDGLEVDLKAPKLQPLTVGIDCVASSPKADVRGFVEALAQPGYRSILFPSLGRTFRLR
                     LTNFDELRDYGPLQSFRPLFELDEPERTDAAVWQSPGTHVIRSAYTLDGINLADFGVF
                     VQKGRDSLLRPAEVKQNLTREIATHDGRIYDTGIVRFNAKEIALKCCLKAVSTAAMWS
                     CRDALFGRLTAPGEHTLNYRGKDYPVFYRECTGTRLIALRPGFILYEFELNLTVIR"
     CDS             2862..6002
                     /locus_tag="SEQF2638.1_02051"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKIYDKKDVLILDVEPDDSSYAEDRIHQTKLLTLYYSLPEYVEI
                     PEGAYTDFRGTRYRLESAQKFICHGDRNFEYTVTMEGPEAALRKYKVRDTTIQNLLKF
                     AYTAKPRAHLELIVKALNRRDSGWTVGGCIEATEKTLSYSHTSCADALQMLADEFKTE
                     WEIRGKAIYLRRVEYNKANPLRLRYGRDCGLKPGVSRDNFGSKKPCEILLVQGGRKNI
                     DASTYGSVELLLPKSQTIAFDGTKFADEAGFNAAAARSYKTDATGTEITRADRPLLTF
                     VEDSIDLSQIYPKRVGTVSSVEMIAGKDGHVNYDIIDSSIPEALDYNKALIKGQTMKV
                     IFQSGNLTGREFDLKYKHDGRRFELVQTTYDGIAMPGGTVYIPKVGDTYAVFGCSLPD
                     AYVCDNATRTGASWEMFREAVRVKYENEVERYTFSAELDELYADRHWIEIGSRIVKGG
                     FVLLESDKYAPTDGLLIRITGVRTPVNTPRRPQFELSNVASPGSVSGQLGKIDRNEVT
                     TEEGFRQLRHETARTYEHAKEAQDMLEKALDNFSAGINPIWVRTMSVLVGNEYQQFMF
                     VDNRTETQREIIPLFEMNNETKVFTAPAAILKHMTMGINKTSSAHKATDYKYWDVAGY
                     TSPYLSGEKSAFYLVAKCAKGGASGEFLLQETYKYDPGDGFYYFLVGLLSSESGGERS
                     FATAYGYTEILPGQMRIRNIISPDGRTYFNVAEGVIGGNIRIESGSVGYSNLTDKPDL
                     SIYETRSEFKVFADQIRGEVGRINVTAGGTKDQLAALQTWSQNQVNSLLNRQATSEDK
                     IYRLQTAGFITTAQGNALYASAQLANGDTIASYITQSPSAINLISQNISLTGRAEFKS
                     LQSQLNTQREKIDNKPDSSSLGSLAWRNKIGKAMMDETIIDGGYIKTSLIDTNNLIVK
                     KAAQIGDFIVRGGSLTVEHYGDYERSKGISISPNGGVDVRDGNYGYTRIRGGEISVKR
                     TNGGGTVSMGGDGFSYEKGGAGFYVKISPFLGEWQPRLRLNMGPLPHVNTVKKEGGNT
                     FRQLMIEENKWIVCWE"
     CDS             5999..6310
                     /locus_tag="SEQF2638.1_02052"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTQTNNQTIDNMKRIDFSRIKLEVEPGRFEVLDQRRAFGNAIYA
                     ESFTLDVDALARKVYFAPAGKEETFSDDEFALLIQRLTGKFIYSIIRDVKNAAIDVKE
                     G"
     CDS             6307..6720
                     /locus_tag="SEQF2638.1_02053"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTAMELQRIIRQGVTKIDEAGTLSIRYNITEEGGRTMELNASIE
                     REDRNLGSVSAFPDGRISITEEGGRTIELNDSIEREVRNLGSVSAFPDGRISFYIDKG
                     SNLSDAEKKAVFAAIVDEAASAFRSMGGGTSEKKA"
     CDS             6724..7053
                     /locus_tag="SEQF2638.1_02054"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:vienna_vog:VOG19767"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKVIYNGLVPFRGFTAINLLGVVFARREYRPLSEAILRHEAIHT
                     AQMRETGYLGFYLIYMLEWLWGMLRLRDAHTAYRAIRFEREAYRYMADPNYLNQRRPY
                     AWRRPEV"
     CDS             7083..7427
                     /locus_tag="SEQF2638.1_02055"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDRQYLQKQSDAKFRIDITDRMGNPVDPTKCDLQFEFYTSRSRR
                     IVVGRKLGEAFPPGLKVDNGQVVVGLDNPRFTEGPLFARFRTRIYDATFPDGFYDIAS
                     GEVNTGIEVVDN"
     CDS             7440..8303
                     /locus_tag="SEQF2638.1_02056"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG10223"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEGKEFNVTVALDQRLGQDGKSAYELWKEQGNEGSVADFLAKLK
                     GEQGKAGKSAYELWVEQGNTGSVADYLAKLKGEQGDAGKSTYDLWKEAGNEGSMSDFL
                     AKQKGEQGDAGKSTYDLWKEAGNEGSMSDFLAKQKGEQGDAGKSTYDLWKEAGNEGSM
                     SDFLAKQKGEQGDAGKSTYDLWKEAGNEGSMSDFLAAQKGEKGDTGKVTTRTITLEST
                     GWDPAGTGRISVAVDGVTAESTILVSPAPDSVVTYGKCGVYAAAQEEGHLTFACAMQP
                     QESLTVNIVIL"
     CDS             8300..8650
                     /locus_tag="SEQF2638.1_02057"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MILNTSITGVPAFTGIVHKYKVTNKSLAGPAEVAAGMPGRDIVP
                     TVNGVSMPLSATITPGGEGVICSPVAKFELNTPIGGGELNAPNNRIHLGEAVTLSRTS
                     EGYLLIEREVVAEI"
     CDS             8733..9218
                     /locus_tag="SEQF2638.1_02058"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEVLFEGTGAMFSVATACFIFVLIAIIVDLISGIRKAKESKQEI
                     RSKPLSRTVTKFVIYEGAVVIATMIDYMLHFSHLFVLMKLHPIVGLPVITCLMSVFLC
                     IIEILSVREKADEKTRRRSEAIVQAVIEALGTDNLAEILRKKADDTLHGHQPPPQQPN
                     K"
     CDS             9181..9768
                     /locus_tag="SEQF2638.1_02059"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG0992"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MATNRPLNNPTNKRFNNQQMADIHRLGVFIRRFEGGFANDQDDP
                     GGPTMRGVTIATYEHYCRLRGYPRPTVERLRSISDEEWWNILRTLYWDRWQADHIVNQ
                     SIAELLVDWVWASGWPGVRIPQRLLGVRVDGRVGPETLRAVNTYTPQRELFDRIMRAR
                     EEFIDEVCRRRPRSMKYRRGWLRRLHSITFEEQAR"
     CDS             9765..9941
                     /locus_tag="SEQF2638.1_02060"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSAEEFDSIAFTRRHVVRLTDGCEYSIEAVDFERREVKYYSESD
                     FPHWVKLKRIAAVL"
     CDS             9959..10744
                     /locus_tag="SEQF2638.1_02061"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKRQDDYEAFVAKFERKRTSDDCYTPPEVYDIVHGWLGEQVDL
                     RGAQIVRPFWPDADYKQVEYPAGCVVVDNPPFSIFAEIVRWYLERGVRFFLFAPHKTI
                     FGLDAPYTRLVCGANVIYENGANVATSFASNLFGDTLAMSVPDLYERLTTAVRSKDPL
                     PRYSYPSHVLTFSDLARCASHGVALSIPRSEATFVHRLDSQQAVKKHIYGGGFLLSDQ
                     QAARMEAALLEADRLKAEKAASVTWAISDREREIIAQLSAGQA"
     CDS             10776..11195
                     /locus_tag="SEQF2638.1_02062"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFLTVDELYTHLHDETVAVISRDTEAIPVAAIDAAIAEAKSYLH
                     DFDTAAIFSAEGEARNALLLLFVKDIAVWHFVNLGNACIDMELREKRYDSAIAWLRLV
                     QKGDLSPDLPPRTAEPGNESPIGKIHFGSNPKRGQHY"
     CDS             11320..13944
                     /locus_tag="SEQF2638.1_02063"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG1356"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSNKTKHKQAAAGPISTQIIVQPVVRTVHDVAAWRSALRMADNG
                     NRTKLYDLYSDILLDGVLADAIDKRIDAVKDADLSFTIDNKDVDVMYDLMDTVEFEEL
                     IGEIMMAKFWGISVDEFDFDEDRTFRFTSINRKHIRPKLKEIVRQQTDDRGISYAGDD
                     RVIQWGKDDDLGLLLKVSPLVIYKRGGFGDWAQFVELFGMPLRIGKYSAMDEASRREL
                     IRAFETAGSAPYLVIPKETEATQEANAASGNGLLYKEFRQACTEEILITILGQTMTTV
                     DGSSLAQGQVHMAVQEKKHRADRRFVERMLNRYFVPMLIRRGYPITGGKFRYMDAKRE
                     LEVPEIIQLSDILPIPQSYLHEKYNIPLPEPGEPIARRQAQPLFGVPDGSQEDDETGE
                     GDAPDEGKADAPEPDKKAAEQDAPTSSKVKHADRDRGNFFTRLFDFFVPARSYGRATS
                     DILTLSEATLADALIRQTIETKGRAYFSADLFAYTHTELIRGLRKGYRRADVRLADSG
                     FVYNANDDAYITALEQNLFHFSAAKTLAEVSELNRLFRESKGYSDFRKKARALLKVYN
                     EQWLRTEYNTAISVAESASTYRRLMAQTNVFPFWEYRTVGDNRVRQEHQVLEGLILPV
                     NDPRWQKIMPPNGWNCRCYITPRMRHEAVELDIEGMRAQCDEYLESPEWKRCETQGFG
                     INRANEAAVFTENQMYIRNFTDMPSKTIEQITPDEWGVEESIDVLKEEAKKEVPKYKG
                     SPEEWFDANKVIEAGMELLKVKDYVGRVWQMTKKAFTAHSTDIVKKRAFRTEFLNTIR
                     EVADAPDEVWLGRDRKDRNTHVRAVNNYIMIKYYKDEAIAVIGKVERAKLMLKSWYVL
                     RDKNVRRGLLIKKAPKTK"
     CDS             14103..14603
                     /locus_tag="SEQF2638.1_02064"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:vienna_vog:VOG00626"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDIDEFKNYLKALPEKILSTAPAIVSETAVEYYKERFAVKGFDG
                     SPWIPGRPKKSGSLLVQSGNLMNSIRPAYVGPDKVVISAGNAQVPYAQVHNEGFEGDV
                     AIQSYVRSTKGKANKKKADAGDAPGTVKAHTRHMNIPKRQFMGYSRDMADRIKKRLDE
                     AIDGIL"
     CDS             14622..15068
                     /locus_tag="SEQF2638.1_02065"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNKELFIALCDRIGQCVPEIRFIDFDRGQLSASSERPPVEWPCC
                     LLSIDYTNCRDLAVEVNTQLVMADITLRVAFPPAGETHNHAPEKVRDMALQMLDTVEK
                     LHDALQGETLGDTVSALSRSRATMQTRSNKIVVFNLIYSTTFQEVK"
     CDS             15249..15530
                     /locus_tag="SEQF2638.1_02066"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDRPDCLILNSVSHLTKALPLLASYADIQCYLDNDRAGTDALQQ
                     LKQTLGRRISDVSQIYSGCKDLNDYLINRNAEVAQKSRVQDRPIRPRRI"
     CDS             16049..17344
                     /locus_tag="SEQF2638.1_02067"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGYVVFHMEKARGSDSAMTAHIERTSHPKNADESRTHLNRTLIE
                     YPEGVKDRTAAIQHRLEHAGLKRKIGSNQVRAIRINLSGSPEDMARIEAAGQLDAWCT
                     DSLQYLFNTFGRENIVSAHLHMDEKTPHIHATLVPIVREARTCRKKEDQVKRHYRRKS
                     ADTPRLCADDIMTRGKLKSYQDGYAKAMSHHGLQRGIDGSEARHISTQQYYRDLKKQS
                     CELQSDIDRLQADKAVADEALRQIQREVRVERLKDSAAAAATQITDSIGSLFGGGKVK
                     ALEKENEALKKQIESLESQAKQREQHIRQMEEAHRTERSRLVEYIEKVKRYFPQVEKL
                     LPLVDFCRKTMHFSEELCRKLCGLKPIKVSGMLYSDEFDRKFPAENTSVAFGHEKETD
                     EHFTLLLDGVDFVRWFRQRMDRLREDMGLPRKQSRGVRR"
     tmRNA           complement(17463..17860)
                     /gene="ssrA"
                     /locus_tag="SEQF2638.1_02068"
                     /product="transfer-messenger RNA, SsrA"
                     /inference="COORDINATES:profile:Aragorn:001002"
     CDS             18133..18333
                     /locus_tag="SEQF2638.1_02069"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVYPFKTQIKGTTKLPRERLVPTQSVVKWLYDVTQAAFRLERAP
                     LFAFEGKSRSGIFPKHSLQNNF"
     CDS             18392..19672
                     /locus_tag="SEQF2638.1_02070"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MATQEQILHYAWKYQLYAEPEWTTTDGEQLRVITPGIHNTDAGP
                     DFFNAKVQLDDITWVGNVEIHGRSSDWLRHGHDTNPAYDSVILHVVGEADTPIRRTDG
                     SLIPQVVVRVPERVVRSIDWLLSREQAVPCIDRLKELDDRLLYGWLSALVGERLKRKT
                     NDIFRRLERTHNDWNETFYITLSRNFGFGTNSDAFEWLASGLPFKYICKQRNSTVQIE
                     ALLFGQAGMLGETRDDAYYRTLQREYHFLRTKYGLRPIDAHLFKNFRTRPLNFPHLRV
                     AQLASIWAHNDTLFSEILEDPSADRLCRCFDVPLSAYWNTHFHFDYPSPPHKPSLGPA
                     AARLMLINTVVPILYAYGLQKNVPEYCERAERLLDSLPPERNAVIRPFTEAGIRPRNA
                     SDSQALLQLRREYCEPKRCLSCRIAFSLIKHSLA"
     CDS             19688..20425
                     /locus_tag="SEQF2638.1_02071"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNDWKDFFYLSIGERRALILLLILIAIGLILLIWGDILYDRQQA
                     AAPVATERTEPPIDTRAADRPAYASPPSDSRPRHTAYRRPYRRESLGERVRRLTDRRP
                     HYPHREKLSPGQTLELNAADTVALQKVPGIGPYYARRIAKFRALLGGFARVEQLSEVY
                     GVDEEKYAELAPWFTVNPRLIRRLAVNRLSEDSLRRHPYINYYQAKVIVRLRRKNGPI
                     SGWSELSLLEEFSDADRARLEPYLSFE"
     CDS             complement(21058..21696)
                     /locus_tag="SEQF2638.1_02072"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLDYDSNRTAAKIDAIKRRDLNTVLGKELADKLLVPDWCRDETY
                     CFYVKRDAPPVHQRSVFIPTVEGVTVVSPGVGYTSIPSQKNFTFRVKYTGEPMTVTAK
                     RLIDGRTVEVLTGTLNADGEYEYVIRRVMQDLTLEFTKTVANTLVDQPSVWANSGAVR
                     IHAPKETTVRIYSASGVLVKQATVQGDKTVPLSAGLYLVVLSDGTTQKVLVQ"
ORIGIN      
        1 ggctgccatc aaacagcagg aggaggatat gctgaaggcc aaacgagagg cctatggcaa
       61 aaacgcaacc ctctcgaagg aagaaacgac ctacttcaaa aacctcgtcg atctggccga
      121 aaagtcttat aagaagtccg cggctgagat tgatgaagcc gtcaacggcg cattcaagga
      181 agggcgcttg cgcttcgccg atgagctggc ggtgcagctg gatgacatcg aaaactacta
      241 caaagagcgg ctgcggatgg cggaaaacaa tgagaaactg atcgccgaac tcaccgtcgc
      301 caaagagaaa gagatcacgc tggccaaaaa cagctatacc gcggagatgc tcaattatga
      361 cattgagatc acccgtaagc aaatggccaa tgcggaatct ttctatcgct gggaagcgga
      421 tcgtcgcaaa aagcaactcg aggaagaacg ccgggtgcaa aaggaacgta tccggctgat
      481 ggaagagcgg tacaagctcg ccccgacgga taagctggct aaggaaatag cccttgcccg
      541 cgaggaactc gaagccctga ataaggaact cggacgtatc ccgacgcaaa agctgtccga
      601 ggtgctcggc gccttcgggc agatggccgc ggcgctgggc ggactgagcg gcagcgtggg
      661 ccaggccttc gcggcaatcg gttcgagcct cgccgccgcc ggtgagatgc tttcccgcga
      721 catggatacg acacggggca aggtgggcgc catcagcacg gccatttcgg gcacagccac
      781 gctgatcaat atgatcaccg cggcggccga aaaacgccgc gccgtggaaa aagagttcta
      841 caaaaactcg atcgcctttg cccatgaata tgccctgtcg ctgaatgagc aattgcgcct
      901 gcaaagcaag tcgggcgcct ttgtgcgcaa ctacgccggc gagatcaaag acagcttcaa
      961 agcgctgaat aaggcaatgg atggttactc cgatgccatc ggcaagctgc atgaggggca
     1021 ggccaacgtc gacctgcgca acgtagtcga cggcaacaat gtggccaaag gggcggccac
     1081 aggagcactg gccggcgcgg ccgtgggctc gatgatcgtc cctggcatcg gtacggccat
     1141 cggcgccgtg gtggggacga tcggcggact gcttgcgggc atattcagca agaagaaaga
     1201 caaggtcacg gatgacctga tgaaggtttt cccggggctt gtggacgagg ccggcaacct
     1261 gaataaagag ctggcgaaaa cactgatcaa caccgatcag gtagacgata agacgaagca
     1321 gctgcttcaa aacgccctcg attggcagga tgccgtcaaa aaggcggagg atagcctcgg
     1381 cgagattgcc acgagccttg ccggcgacat tggtaacaac ctgcgcaacg ccatcgtggg
     1441 ggcatggaaa gcgggtgagg atgccagtaa ggccatgttt gccacggcgt ccgactcgct
     1501 cgaaaacttt atcacgcagt tgctgtattc ggccatcttt tcggacgtgt tcgaggattt
     1561 caagaagaac ctcgtcgaat cgctaaagcc cggcggcgat caggatatac tcgacgactt
     1621 cgataagctg atggaagaga tgaccaagcg cgacgaccga tacatcgagc tactggataa
     1681 ggtcaaaaag cgcgcgaagg agcgcggcta caccaagttc ggtgagaaag atgataaggc
     1741 gaaggacggc cgcacgggca caacgaaggg catccaaaac attacgcagg acacggctac
     1801 ggccatcgaa ggacgtctga cggcgctgct gatctatcaa gacgccatca aactgtccgt
     1861 aggggggatc aatcagaccc tcgtggtagg tgtagccata ctgacagaga tacgtgacaa
     1921 tacggcctac tgtcgacgcc tcgagcagat cgaaagcggc atcggcagta tgaaacgcga
     1981 actggagaca atcaattccc gcggggtaac cctgcgaaca gcataacgga taagacggaa
     2041 atgaaaacga atatctacat cgatggaacg gacgcccggg cggcctttgg cgtgtgggtg
     2101 gtacggggcg gatacaacga cctgctaacc tacccggcta tgaaagagcc ggccgccaac
     2161 gattggccgg aacacgacgg gctcgaggtg gatttgaagg cgcccaaact gcaacccctt
     2221 acggtgggca tcgactgcgt ggcctccagc cccaaggccg acgtccgcgg gtttgtggag
     2281 gcgctggctc agccgggcta tcggtctatc cttttcccct ccctcgggcg aacattccgc
     2341 ctgcgcctga ccaacttcga cgagttgcgc gattacgggc cgctgcaatc attccgcccg
     2401 ctgttcgagc tcgacgaacc tgagcgcact gacgcggctg tctggcaatc gccgggcacg
     2461 cacgtcatcc gttcggccta caccctcgac ggcatcaatc tggccgattt cggtgtgttc
     2521 gtccaaaagg ggcgcgacag cctactgcgc ccggctgagg taaaacagaa tctcacccgg
     2581 gagatcgcca cccacgacgg ccgcatctac gacactggca tcgtgcgttt caatgccaaa
     2641 gaaatagcgt tgaaatgctg cttaaaagcc gtttcaacgg cggccatgtg gagctgtcga
     2701 gacgccctgt tcggccgact cacggcgccg ggcgagcaca cattgaacta ccggggaaag
     2761 gattaccccg tgttttatcg cgaatgtacg ggcacgcggc tcatcgccct ccggcccggc
     2821 ttcatcctgt atgagtttga actgaatttg acggtgatcc gatgaaaatc tacgataaaa
     2881 aggatgtgct gatcctcgat gtcgagccgg acgatagcag ctatgccgag gatcggatcc
     2941 atcagactaa gctgctgacg ctctactatt ccctgcctga atacgtggag atcccggaag
     3001 gggcctacac cgatttccgg ggtacgcgct accggctgga aagcgcgcaa aaattcatct
     3061 gccacggcga ccgcaacttc gaatacaccg tgacgatgga aggcccagag gctgccctgc
     3121 gtaagtacaa agtgcgcgac acgacgattc aaaacctgct aaagtttgcc tatacggcca
     3181 aaccgcgggc acacttggag ctgatcgtga aggcacttaa tcgcagggat agcggctgga
     3241 cggtgggcgg ctgcattgag gcgacggaaa agacgctttc atacagccac acctcctgcg
     3301 ccgatgccct gcaaatgctg gccgatgagt tcaaaacgga atgggagatc cggggcaaag
     3361 ccatctacct gcgccgcgtg gaatacaaca aggccaaccc gctgcgcctg cgttacggac
     3421 gagattgcgg gctgaagccg ggcgtatcgc gagacaattt cgggtcaaag aagccttgcg
     3481 agatcctgct tgtacagggc gggcggaaga atatcgacgc ctcgacctat ggcagtgtgg
     3541 aactgttgct tccaaagtcg caaacgatcg ctttcgatgg gacgaagttc gccgatgaag
     3601 cgggcttcaa cgccgccgcg gcgcgcagct acaaaacgga tgcgacaggt acggagatca
     3661 cccgtgccga ccggccgctc ctgacctttg tcgaggatag catcgacctg tcgcagatct
     3721 accccaaacg cgtgggcacg gtctcgtccg tcgagatgat tgccggtaaa gatggccatg
     3781 tgaattacga catcatcgac agttccatcc ccgaggccct cgactacaat aaggcgctga
     3841 tcaaaggcca gacgatgaaa gtcattttcc aaagtggcaa cctcaccggc cgggagttcg
     3901 atctgaaata taagcacgac gggcgccgct tcgagctcgt gcaaaccacg tacgacggca
     3961 tcgccatgcc cggcggcacg gtctacatcc ccaaggtggg tgacacctac gccgtattcg
     4021 gttgctcgct gcccgacgct tatgtgtgcg acaatgccac acggacgggc gcttcatggg
     4081 agatgttccg ggaggctgtg cgggtgaaat atgaaaacga agtagagcga tacacctttt
     4141 ccgctgagtt agatgagctg tatgccgacc gtcactggat agagatcggc agccgcatcg
     4201 tcaaaggtgg attcgtgttg ctcgagtcag ataagtacgc ccccacggac ggcctgctga
     4261 tccgcatcac tggggtacgc acgccggtga acaccccgcg ccgcccccag ttcgagctct
     4321 cgaatgtggc atcgccgggc agcgtgtcgg ggcagctggg taagatcgat cgcaacgagg
     4381 taacaacgga agagggcttc cggcagctgc gccacgagac ggcgcgcacc tatgagcatg
     4441 ccaaagaggc gcaggatatg ctggaaaagg cgttggacaa tttttcggcc ggcatcaatc
     4501 ccatctgggt gcgcacgatg tccgtattgg tgggcaacga gtatcagcaa ttcatgttcg
     4561 tcgacaaccg gacggagacg cagcgcgaaa tcatcccgct gttcgagatg aataatgaga
     4621 cgaaggtgtt cacggctccg gctgccatcc tgaagcatat gacgatgggc atcaataaga
     4681 cctcatcagc acacaaagcg acggattata agtattggga tgtggccggt tacacttcgc
     4741 cctatctcag tggcgaaaag tcggcctttt acctcgtggc caaatgcgcc aaaggcggag
     4801 cgtcgggtga gttcctgttg caagagacgt acaagtatga cccgggcgat ggcttttatt
     4861 acttcctcgt ggggctgctt tcgtctgaat cgggcgggga acgcagcttt gccacggcct
     4921 atggatacac ggaaatcctg cccgggcaaa tgcgcatccg caacatcatc agccccgatg
     4981 gccggacgta tttcaacgtg gccgaggggg tgatcggcgg gaatatccgc atcgaatcgg
     5041 gctccgtggg atacagcaac ctgacggaca aaccggatct ctcgatctat gagacccgtt
     5101 cggagttcaa ggtctttgcc gatcagatcc gcggtgaggt ggggcgtatc aatgtcacag
     5161 ctgggggaac aaaggatcag ctcgcggcac tgcaaacgtg gtcgcaaaat caggtgaaca
     5221 gcctgctgaa tcggcaagca acgtccgagg ataagatcta ccgactgcaa acggcgggct
     5281 ttataaccac cgcacaaggt aatgcgctct acgcctccgc gcagctggcc aacggggaca
     5341 cgatcgcctc gtacatcacc caaagcccct cggcgatcaa tctcatatcg caaaacatct
     5401 ccctcactgg tcgcgctgag ttcaagagcc tgcaatcgca actcaatacg cagcgggaaa
     5461 agatcgataa caagccagac agcagcagtc tgggcagcct cgcctggaga aacaaaatcg
     5521 ggaaggcaat gatggatgaa acgatcattg atggggggta tatcaaaacg agtctgatcg
     5581 acacgaacaa tttgatcgta aagaaggctg cacaaattgg tgattttata gtgaggggtg
     5641 gttctctcac ggtggaacac tatggggatt atgaacgatc aaaaggaata agtattagtc
     5701 cgaacggcgg tgtcgatgtc agagatggga attacggata tacgagaatc agaggcggtg
     5761 agatcagcgt aaagcggacg aatggcgggg gaacggtatc catgggcggc gacggcttta
     5821 gctatgagaa agggggcgca gggttttatg tcaagatctc cccattcctc ggagagtggc
     5881 agcctcgcct ccgtctcaat atggggccac taccccatgt gaacacggta aagaaggaag
     5941 gtgggaacac cttcaggcag ctaatgattg aagaaaacaa gtggatcgtt tgctgggaat
     6001 gacacaaacg aacaatcaaa caatagacaa tatgaaaaga atcgatttca gcagaatcaa
     6061 attggaagta gagcccgggc gcttcgaggt gctcgaccag cggcgggcgt tcggcaatgc
     6121 catctacgcg gagtcgttta ccctcgatgt cgatgcgctg gcacgtaagg tgtactttgc
     6181 ccccgcgggc aaggaagaaa cgttttcaga cgatgaattt gcactgctta ttcagcgcct
     6241 caccgggaaa ttcatttact cgattattcg agatgtcaaa aacgcggcga tcgacgtaaa
     6301 agagggatga cggctatgga actgcaacga attatcagac agggcgtgac aaagatcgac
     6361 gaggcgggca cgctgtcgat ccggtacaac atcacggaag aaggcggacg aacgatggaa
     6421 ttgaacgcct cgatcgaacg tgaggatcgg aacctcggca gtgtttcggc ctttccggat
     6481 gggcggatca gcatcacgga agaaggcgga cgaacgatag aattgaatga ctcgatcgaa
     6541 cgtgaggttc ggaacctcgg cagtgtttcg gcctttccgg acgggcggat cagcttttac
     6601 atcgataaag ggagcaacct gtccgacgcg gaaaagaagg ctgtgtttgc tgccattgtg
     6661 gacgaagcgg ccagcgcgtt ccggtctatg ggtggcggta cgtctgaaaa gaaggcgtaa
     6721 ggcatgaaag tgatctacaa cggcctcgtg cctttccgtg gctttacggc catcaatctg
     6781 ctgggcgtcg tattcgctcg gcgggagtat cggccgctat ccgaagccat cctgcggcat
     6841 gaggccatcc acacggcgca gatgcgcgaa acgggttacc tcggattcta cctcatctat
     6901 atgctggaat ggctatgggg aatgctgcgt ctccgcgacg ctcacactgc ttaccgggct
     6961 atccgattcg agcgtgaggc ataccgctat atggccgatc cgaactacct caatcagcgc
     7021 cgcccctatg cgtggaggcg gccggaagta tagacaacga accattaacg attatacgaa
     7081 gtatggacag acagtatttg caaaagcaat cggatgcaaa gtttcgcatc gacattacgg
     7141 accgaatggg taaccccgtc gatccaacga agtgcgatct gcaatttgag ttttacacgt
     7201 cgcggtcgcg gcgtatcgtc gtcgggcgaa agctcggcga agcgttcccc ccgggattga
     7261 aggtggataa tgggcaggtg gtcgtaggcc tcgacaaccc ccgattcacc gagggccccc
     7321 tctttgcacg tttccggacg cgcatctatg atgccacctt cccggatgga ttctatgaca
     7381 tcgcctcggg cgaagtgaac acaggtattg aagtagtaga caattaaaca acgtaagaca
     7441 tggaaggaaa agagtttaac gtaacagtag cgctcgacca gcggctcggg caggatggca
     7501 aatcggccta tgagctttgg aaagagcagg gcaacgaagg cagcgtggcc gactttctgg
     7561 ctaagctgaa aggcgaacag ggaaaggctg gaaaaagtgc ctacgagctt tgggtagaac
     7621 agggcaacac gggcagcgtg gctgactatc tggctaagct gaaaggcgaa cagggcgacg
     7681 ccggtaaatc gacgtacgac ctttggaaag aggcaggcaa cgagggcagc atgtccgact
     7741 tcctggcgaa gcagaaaggc gaacagggcg acgccggtaa atcgacgtac gacctttgga
     7801 aagaagcagg caatgagggc agcatgtccg acttcctggc taagcagaaa ggcgaacagg
     7861 gtgacgccgg taaatcgacg tacgaccttt ggaaagaagc aggcaacgag ggcagcatgt
     7921 ccgacttcct ggctaagcag aaaggtgaac agggtgacgc cggtaaatcg acgtacgacc
     7981 tttggaaaga ggcaggcaac gagggcagca tgtctgactt ccttgctgcc cagaagggtg
     8041 aaaagggtga caccggcaag gtgaccacac gaacgatcac actcgagtcc acgggttggg
     8101 atcccgccgg tacgggtcgt atctcagtgg ctgtagacgg cgtgacagct gagagcacga
     8161 tcctcgtgag tcctgcgcca gattcggttg tgacgtatgg gaaatgcggc gtatatgctg
     8221 ccgcgcaaga agaaggccac ctgacgtttg cgtgcgccat gcagccacaa gaatcgctca
     8281 ccgttaacat cgtcatctta tgatactgaa cacatccatt acaggggtgc ctgcctttac
     8341 gggcatcgtg cacaagtaca aggtgacgaa taagagcctg gccggcccgg cagaggtcgc
     8401 cgctgggatg ccggggcgtg acattgttcc aactgtgaat ggggtatcta tgccactttc
     8461 ggctacgatt actccgggcg gtgagggcgt catctgttct cccgtcgcta agtttgagct
     8521 gaatactccg atcggagggg gtgagctgaa tgctcctaac aatcggattc atttgggtga
     8581 ggcggttacg ctttctcgca cctccgaggg gtatttgctg attgaacggg aggtcgtggc
     8641 tgagatatag ccgcttccct tggggcgccc tgccttaacc acatacagga tggggcgccc
     8701 tgtttttccg acacaaacaa cgactaacaa caatggaagt actctttgaa ggcaccggtg
     8761 ccatgttttc cgtggccacc gcgtgtttca tattcgtttt aatcgccatc atcgtagacc
     8821 tcatcagcgg catacggaag gccaaagaga gcaagcaaga gatccgctcg aaaccactca
     8881 gccggacggt cacgaagttc gtcatctatg agggcgccgt ggtcattgcg accatgatcg
     8941 actacatgct gcatttctcg catctgtttg tattgatgaa gctgcacccc atcgtagggt
     9001 tgcccgtcat tacctgtctg atgagtgtct ttctctgcat catcgagatt ctcagcgtac
     9061 gcgaaaaggc cgacgaaaag acccgccgcc gctctgaggc tatcgtgcaa gccgtgattg
     9121 aagcccttgg gacggataac ctcgccgaga ttctacggaa gaaggcagat gacaccttgc
     9181 atggccacca accgccccct caacaaccca acaaataaac gattcaacaa ccaacaaatg
     9241 gcagatatac acagattagg cgtcttcatc cggcgctttg agggcggttt cgctaacgat
     9301 caggacgatc cgggcggccc cacgatgcgc ggcgtgacga tcgccacgta tgaacactat
     9361 tgccgcctcc ggggctatcc gcgccccacg gtggagcgcc tgcgcagcat ctcggacgag
     9421 gagtggtgga acatcctgcg cacgctctac tgggatcgct ggcaggcgga tcacatcgta
     9481 aaccaatcga tcgccgagct gctcgtagac tgggtctggg cctcgggctg gcccggtgtg
     9541 cgcatcccgc agcgcctcct gggcgtacgc gtggacggcc gtgtgggccc cgagacgctc
     9601 cgcgccgtga acacctacac gccgcagcgc gaactcttcg accgcatcat gcgcgcccgg
     9661 gaagaattca ttgacgaggt ctgccgacgc cgcccccgga gcatgaagta tcgccgcggg
     9721 tggctacgcc ggctgcatag catcaccttt gaagagcaag cccgatgagc gccgaagagt
     9781 tcgacagtat agccttcacg cgccgccatg tggtgcgcct tacggacggc tgcgagtact
     9841 ccatcgaagc cgtggacttc gagcggcgcg aggtgaagta ttacagcgag agcgacttcc
     9901 cccactgggt gaagctgaag cgcatcgcgg cggtgctgta aaaggaatac gatacgacat
     9961 gaaaaagagg caagacgatt acgaggcctt cgtggccaaa ttcgagcgca aacgcacctc
    10021 cgacgattgc tacacgcccc ccgaggtgta cgacatcgtg cacggctggc tcggcgaaca
    10081 ggtcgacctc cgcggtgccc agattgtgcg ccccttttgg ccggatgcgg actacaaaca
    10141 agtggaatac cccgccgggt gcgtcgtggt ggataatccg cctttctcga ttttcgccga
    10201 gatcgtgcgc tggtatttgg agcgcggcgt acgcttcttc ctgtttgctc cgcataagac
    10261 gatttttggt ctcgatgcgc cctacacgcg cctcgtttgt ggtgcgaatg tgatctatga
    10321 aaatggggca aacgtggcca cctcttttgc cagcaacctg ttcggggaca cgctggccat
    10381 gtccgtaccc gatctttatg agcgcctcac gacggctgtg cgtagcaaag atcctttgcc
    10441 gcgctatagc tacccctcgc atgtgctgac attctccgat ctagcccgct gcgccagcca
    10501 tggtgtagcg ctctcgatcc ctcgcagtga ggccacgttt gtccaccgtt tggacagcca
    10561 acaggcagtg aagaagcaca tctatggcgg tggctttttg ctgtctgacc aacaggccgc
    10621 ccgcatggaa gccgctctcc tcgaggccga ccgtcttaaa gctgaaaagg ctgccagcgt
    10681 gacgtgggcg atctccgacc gagagcgcga aatcatcgcc cagctgagcg ccgggcaggc
    10741 ttagtttttc acttttcgtt ttcacttctt cccccatgtt tctgaccgtc gacgaacttt
    10801 atacccacct gcatgacgag acggtggccg tcattagccg cgacacggag gccatacccg
    10861 tggccgccat cgatgctgcc attgccgagg ccaaaagcta cttgcatgac ttcgacacgg
    10921 ctgccatttt ctcggctgag ggtgaggcgc gcaatgcgct gttgctgcta tttgtcaaag
    10981 acattgccgt gtggcacttt gtgaacctcg ggaatgcctg tatcgatatg gaactacgcg
    11041 aaaagcgtta cgacagcgct atcgcgtggc tgcggcttgt gcaaaagggc gatctctcgc
    11101 cagacctacc cccacgcacc gctgagcccg gcaatgagtc gccgatcgga aagatccact
    11161 ttggcagcaa tcccaaacgc ggccagcatt attaagctgt tgagttgttt aggcctttgg
    11221 cctgtttagg tgttggggca gataaacgac tcaacaaata aacaggggcg aagccctcaa
    11281 caattcaaca ctgattaaac accgattaaa cgccatttaa tgagcaataa aacgaagcat
    11341 aaacaggccg ccgctggccc catctctacg cagatcatcg tgcagcccgt ggtacgcacc
    11401 gtccacgatg tggccgcgtg gcgttccgca ctgcgtatgg ccgacaacgg taaccgtaca
    11461 aagctctacg acctctatag cgacatcctg ctggatggtg tgctcgccga cgccattgat
    11521 aaacgtatcg acgccgtcaa agacgccgat ctgtcgttta cgatcgacaa caaagacgtg
    11581 gatgtaatgt atgatctgat ggatacggtc gagttcgagg aactaatcgg cgagattatg
    11641 atggccaaat tctggggtat ctccgtcgat gagttcgatt ttgacgagga tcgaaccttc
    11701 cgctttacgt ctatcaatcg gaagcacatc cgcccgaagt tgaaagagat cgtaaggcag
    11761 cagacggatg atcgcggcat ctcctacgcc ggtgatgatc gggtcattca gtggggcaaa
    11821 gacgacgatc tcgggctact gctgaaggtc tcgccattgg tcatctacaa acgcggcgga
    11881 tttggcgact gggcgcagtt tgtcgagctg ttcggcatgc cccttcgcat cggcaaatac
    11941 agtgcaatgg atgaagccag ccgccgcgaa ttgatccgtg ccttcgagac ggccggatcg
    12001 gcgccttatc tcgttatccc caaagagacg gaggccacgc aggaagccaa cgctgcgtct
    12061 ggcaacgggc ttctatataa agagttccgg caggcttgca cggaggaaat cctgatcacc
    12121 attttggggc agacgatgac caccgtagac ggcagttcgc tggcgcaggg acaggtgcac
    12181 atggctgttc aagaaaagaa gcaccgtgcc gataggcggt tcgtggagcg catgctcaat
    12241 cgctatttcg tgcccatgct catccgccgc ggctatccga tcaccggcgg aaagttccgc
    12301 tacatggatg ccaaacgcga gctcgaggtg cccgagatca tccaactctc ggacatccta
    12361 cccatcccgc agagctacct gcatgaaaag tacaacattc ctctacctga gcccggtgag
    12421 cctatcgccc gccgacaggc gcagccgctg tttggggtgc ctgatgggtc gcaagaggat
    12481 gatgaaacgg gcgagggaga cgcgcccgac gaaggcaagg cagatgcccc agagcctgac
    12541 aaaaaggcag cggagcaaga tgcgccgaca agtagcaaag tgaaacatgc ggatcgcgac
    12601 cgcggcaact tctttacccg gttgttcgat tttttcgtcc ccgcccggtc atacggccgg
    12661 gcgacatccg acatcctcac actctcggaa gccacgcttg cggatgccct gatccgacag
    12721 acgattgaga caaagggccg cgcttatttc agcgccgacc tgtttgccta cacccacacg
    12781 gagctcatcc gcggactgcg aaagggctat cgccgcgcgg acgtccgtct ggctgatagt
    12841 ggctttgtct acaatgccaa cgatgatgct tacatcaccg ccttggagca aaatctgttt
    12901 catttctcag ccgccaaaac actggctgag gtaagtgagt tgaaccgtct gttccgcgag
    12961 agcaagggct acagcgattt cagaaagaag gccagagcgc tgctgaaggt gtacaatgag
    13021 caatggctgc gcacggagta caatacggcc atatccgtgg ccgaatcggc aagcacctac
    13081 cggcgcctta tggcgcaaac gaacgtgttc cccttttggg aataccgtac cgtgggagat
    13141 aaccgtgtaa ggcaggagca ccaagtctta gaggggctaa tcctgccggt caatgatccg
    13201 cgctggcaaa agattatgcc acccaacggg tggaactgcc gttgctacat tacccccaga
    13261 atgaggcatg aggcggtcga attagatata gagggcatgc gtgcgcaatg cgacgaatac
    13321 cttgaatcgc ccgaatggaa acggtgcgag acacagggat tcggcatcaa tcgggctaat
    13381 gaggccgcgg tgttcacgga gaatcagatg tatatccgca actttacgga tatgcccagt
    13441 aagacgatcg agcagatcac cccagacgaa tggggcgttg aggaatcgat cgacgtgcta
    13501 aaagaggaag caaaaaaaga ggtacccaaa tacaagggat caccggaaga atggtttgat
    13561 gcgaataaag tcattgaggc cggcatggaa ctattgaagg tgaaagacta tgtcggccgt
    13621 gtgtggcaga tgacaaagaa ggcgtttact gcacactcta cagatatagt aaagaaacgg
    13681 gctttccgca ctgagttttt gaataccatc cgggaagtag ctgatgcgcc tgatgaagtg
    13741 tggcttggtc gagatcgaaa agataggaac acccatgtga gggcagtcaa caattacata
    13801 atgatcaaat actacaaaga tgaggcgatc gccgtgattg gaaaagttga acgagcgaag
    13861 ctgatgctaa aatcgtggta tgtactaagg gataagaatg tgcgtcgcgg gttgctgatt
    13921 aagaaagccc cgaaaacaaa ataagccgga tggactccgg cttattgggg gattgatttg
    13981 catctcacgc tgtagctgtt acagtcggct ggagtcccca tacatccccg aggtgttggc
    14041 catcagcctt aaccgtggct gcaaacttcg atgcaaatat acaacgaaac agggaacaga
    14101 atatggatat agatgagttc aagaattatt tgaaggcgtt accggaaaag attttgagca
    14161 ctgcgcctgc cattgtttca gagacagccg tagagtatta caaagagcgc tttgcggtga
    14221 aagggttcga tggatctccg tggataccag gcagaccgaa aaagagcggc tccctattgg
    14281 tgcaaagcgg taatctgatg aatagtatcc gtcccgccta cgtggggccg gataaggtcg
    14341 tcatctcagc aggtaatgcc caagtaccct acgcacaagt gcacaatgag gggttcgagg
    14401 gggatgtggc tatacagtcc tacgtgcgca gcacgaaggg caaagcgaat aagaaaaagg
    14461 cggatgccgg cgacgccccg ggcacggtaa aggcgcacac gcgtcacatg aatatcccca
    14521 agcggcaatt catgggctat tctcgagaca tggccgaccg catcaaaaag cgtctcgatg
    14581 aggccatcga tggcatactg taatcaaata gaatagaggc aatgaataag gaactgttta
    14641 tcgctttatg cgaccgaatc gggcagtgtg tgcccgagat tcgttttata gacttcgacc
    14701 gcgggcagct gagcgcatcc agcgaacgcc cgcccgtgga atggccttgc tgtctgctga
    14761 gcatcgacta cacgaattgc cgtgaccttg ccgtggaagt gaatacgcaa ttggtaatgg
    14821 ctgacatcac cctacgcgtg gcctttccac cggctggcga aacgcacaat cacgcccctg
    14881 aaaaggtgcg cgacatggcc ctgcaaatgc tcgacacggt ggaaaagcta cacgatgccc
    14941 tccaaggtga gacgctgggc gatacggttt ccgccctcag ccgcagccgt gccacaatgc
    15001 agacacgcag caataagatt gtcgtattca atctgatcta ctcgacgacc ttccaagaag
    15061 taaagtagac gatcaaaagg ggcgaaaatg ccccctttcg aggtgtgaaa gggatacaaa
    15121 aaacggggcg cgaaaaacac gccccgtttt tgtacttttt gattggaaac cttgtacttt
    15181 ttgattggcg gattatatat ctgtcctttc tcactttaca acgacagggg cagctcaact
    15241 ttgcaaagat ggatcgcccc gattgtctga tcctcaactc tgtttcccat ctcaccaagg
    15301 cgctcccgct tttggctagc tacgccgata tccaatgcta tctcgataat gaccgtgcgg
    15361 gtacggatgc cttgcaacag ctcaagcaga cgcttggtcg gcgaattagc gacgtatcgc
    15421 agatctacag tggatgcaag gatctgaatg actatttgat caatcgcaat gcagaggtcg
    15481 cacaaaaatc tcgcgtgcag gatcggccga taaggccacg aaggatctga cgataagtag
    15541 ttgcggaatg cttgcgggac ttgcgacaag caatcgaagt gttcgacgag ctattgcaag
    15601 cctgcgacag gctgtcgaag tgttcgacga gctgttgcaa acctgcgaca ggctgtcgaa
    15661 gtgttcgacg agctgttgca aacctgcgac aagccgtcga agtgttcgac gggctgttgc
    15721 aaacctgcga caagctgtcg aagtgttcga cgggctgttg caaacctgcg acaagccgtc
    15781 gaagtgttcg acggagcatt gcaaggatgc gatacacact gacaaaaaga cctcgacacg
    15841 aatcggaaca cgaaacagag aagcaccgcg gcaaaggcgg acattttccg aagggaggaa
    15901 aaggccgtaa cttattaggg gattttcttc acgctacact tcgtgtccgc taaaaatcgc
    15961 ccaataagcc agagagggtt gtccctctgg actccccgcc tcccccgtta cctcaaagat
    16021 tatcatgaaa gaataagccc ccaagatcat gggttacgta gtttttcaca tggaaaaagc
    16081 acgcggctcg gacagcgcca tgaccgcaca catcgagcgg acgtcgcatc cgaagaatgc
    16141 tgacgaaagt cgcacgcacc tcaatcggac actcatcgaa taccccgagg gagtgaaaga
    16201 tcgcacggcc gccatccaac atcgcttgga gcatgccgga ctgaaacgaa aaatcggcag
    16261 caatcaggtg cgggccatcc gtatcaacct ctcaggatcg cccgaggata tggcacgcat
    16321 cgaagctgca ggacaactcg acgcttggtg caccgacagc ctccaatacc tcttcaacac
    16381 cttcgggcgg gaaaacatcg tctcggctca cctgcacatg gatgagaaaa caccacatat
    16441 ccacgccacc ctcgtcccca ttgtccggga ggcacgtaca tgccgaaaaa aagaggatca
    16501 agtcaagagg cattatcgca ggaaatcggc cgacacaccc cgcttatgtg ccgacgacat
    16561 catgacccgt gggaaactca aatcctacca agacggatac gccaaagcca tgagccacca
    16621 cgggctacag cggggcatcg acggctcgga ggcgcggcac atctccaccc agcaatacta
    16681 tcgcgaccta aagaagcaaa gttgcgagtt gcaatcagac attgatcgcc tgcaagccga
    16741 caaggccgtc gcagacgaag cgctccgaca gatacaacga gaagtccgcg tcgaacgcct
    16801 gaaggattcg gctgcggccg ctgcaactca gatcacagat agcatcggtt cactcttcgg
    16861 cggcggcaag gtcaaagctc tcgagaagga gaacgaggca ttgaaaaagc agattgaatc
    16921 cctcgaaagt caggccaaac agcgagagca gcacattcgt cagatggaag aagcgcatcg
    16981 gacagagcgt tcgcgactgg ttgaatacat cgaaaaggtt aagcgctact tccctcaggt
    17041 ggagaagttg ctgccgctcg ttgatttctg tcggaagaca atgcacttct ccgaagagct
    17101 ctgtcggaaa ctgtgcgggc tgaaaccgat caaagtgtcc ggaatgctct attccgatga
    17161 attcgaccgc aagttcccgg cagagaacac atccgtcgcc ttcggccatg aaaaggaaac
    17221 cgacgaacac ttcacgctgc ttcttgacgg cgtggatttc gtccgatggt tcaggcaacg
    17281 catggatcgg ttgcgtgaag atatgggcct ccctcgcaag caaagccgcg gtgtgaggcg
    17341 gtgaaattcc aactcattag acggcttatt ccaagcgtat agaaacaaaa cacccggctt
    17401 tacctttttg gggtgtaaag tcgggtgtaa tctttacaac acattgatta ttagcgttgt
    17461 ttgtggagct ggagagagtc gaactctcgt ccaaacgagg aattgatccg ctttctacat
    17521 gcttatctct gccttcattt tcgtgctgcg gcaagaccag agccaccaac cgcaacctta
    17581 ttccctaaag tttcacctga cgtccgggac gtccatcagg ctatctccga aattgctgca
    17641 ccaccgattc ggacggcctc gaagccacgg cttccgggtg gtgtctcgtc caaacacctt
    17701 gtgtaaggat taagccttga cctactgttc ttcaatcagg cagcgagagc gtaagattct
    17761 tcgccagtta attattcatc agccgagatt tgagtgctgg ccaacgaggc actgcatgct
    17821 tacaaaccac ttctacccgc tgtcaaaacc ggtcagcccc gaaatgtgtt tgttccttgg
    17881 aaaaagcagc cttgatcttg tcactccgtc gacgcctcga cgtggctgac tttctctttc
    17941 aacgggcgca aagatagatt cttttgaata acacgatcac ggggtctgtg tgctgcgcct
    18001 cgatccgcct gtagacattt cttactgcac acggggcttt acacgaaaat ctttttcggg
    18061 caagtgcctc ggaacctctt cggcgtcgta cttttggggc catagaaata acacctatcc
    18121 atcacacaga tcatggtcta tccattcaaa actcagatta aaggcaccac caagctgccg
    18181 agagaacggc tcgtaccgac acagtcggta gtcaagtggt tgtacgacgt cacacaagcc
    18241 gccttcagac tggagcgtgc gcccttattc gcgttcgagg gcaagagcag atctggcatt
    18301 tttcccaagc attcacttca aaacaacttc taagaggctc tacggctacc aaacgtggag
    18361 ctcctcccgc acgcttacaa ccttattcat catggcgact caagaacaaa tccttcacta
    18421 cgcgtggaaa taccagctct acgccgagcc ggaatggacg accacggacg gcgaacagct
    18481 ccgcgtcatc acgcccggca tacacaacac cgacgccggc ccagacttct tcaacgccaa
    18541 agtgcaactg gacgacatca cctgggtggg caatgtggag atccacggac gctcgtcgga
    18601 ctggctacgg cacgggcacg atacgaatcc ggcctacgac tcggtcatcc tgcacgtcgt
    18661 cggtgaggcc gacacaccga tccgtcgcac cgacggctcg ctcatcccgc aggtcgtcgt
    18721 acgggtgccc gaacgcgttg tccgaagcat cgactggtta ctctcgcgcg agcaggccgt
    18781 tccctgcatc gatcgcctca aggagctcga cgaccggttg ctctacggct ggctctcggc
    18841 cttagtcggc gaacgcctca aacgcaaaac gaacgacatc ttccgacgcc tcgagcgcac
    18901 acacaacgac tggaacgaga cgttctacat caccctctcg cgcaacttcg gttttggcac
    18961 caacagcgac gccttcgagt ggctcgcctc cgggctcccc ttcaagtaca tctgcaagca
    19021 gcgcaacagc acggtgcaaa tcgaggccct gctcttcggc caggccggca tgctgggcga
    19081 gacccgcgac gacgcctatt accgcaccct gcaacgcgaa taccacttcc tccgcaccaa
    19141 gtacggcctt cgcccgatcg acgcccacct cttcaagaac ttccgcaccc gccccctcaa
    19201 cttcccccac ctccgcgtgg cgcaactcgc ctccatctgg gcacacaacg acacgctctt
    19261 ctccgagata ctcgaggatc cctcggccga ccgcctctgc cgctgcttcg acgtcccact
    19321 gtcggcctat tggaatacgc acttccactt cgactatccc tcgccgccgc ataagccctc
    19381 cctcggcccc gccgccgctc gcctgatgct gatcaacacc gtcgtgccga tcctctacgc
    19441 ctatggtctc cagaagaatg tgcccgaata ctgcgaacgc gctgagcgcc tcctcgacag
    19501 cctgccgccg gagcgcaacg ccgtcatccg tcccttcacc gaggccggta tccgtccccg
    19561 caacgcctcc gattcgcaag ccctgctgca gctccgccgt gagtactgcg agccgaagcg
    19621 ttgcctgtcg tgccgcatcg cgttcagcct catcaagcac tccttagcat agccggcacc
    19681 taaagccatg aacgactgga aagacttctt ctacctctcc atcggcgaac ggcgtgccct
    19741 gatcctactg ctcatcctga tcgccatcgg gttgatcctt ttgatttggg gcgacatcct
    19801 ctatgatcgg cagcaagccg cagcgccggt ggccacggag cggacggagc cgccgatcga
    19861 cacccgtgcg gcagaccggc ccgcgtacgc ctcgccgccg tccgacagtc gtccgcggca
    19921 tacggcctac cgtcgcccgt atcgcaggga gagtctgggg gagcgtgtcc ggcgcctgac
    19981 cgaccgacgg ccgcactatc cgcaccgcga aaaactgtcg ccggggcaga cgctcgagct
    20041 gaacgcagcc gacaccgtag ccctgcaaaa ggtacctggc atcgggccgt attacgcgcg
    20101 gcggatcgcg aagtttcgcg ccctgctcgg cggctttgcc cgcgtggagc agctgagcga
    20161 ggtctacggc gtcgacgaag agaaatacgc agagctggcg ccttggttca ccgtcaaccc
    20221 gcgactgatc cgtcgcctgg ccgtcaaccg gctatcggaa gattcgctcc ggcgccaccc
    20281 ctacatcaac tattaccaag cgaaggtcat cgtccgccta cgccgcaaga acggccccat
    20341 cagcggttgg agcgagctgt cgctgctgga ggagttctcc gacgccgacc gtgcacgcct
    20401 cgagccttac ctgtcgttcg aataaaaaag aagcaggggc atctccgtag ggatccgggc
    20461 gcggggtctt actcccctgt acatctacgg agatcccacc cacgtgtggt tttgatctcc
    20521 gtacccctac agaaagctca cccacgcgtg gttttaatct ccgtacccct acagaaagcc
    20581 cacccacgcg tggttttaat ctccgtaccc ctacggaaag cccacccacg cgtggttttg
    20641 atctccgtac ccctacggaa agcccaccca cgcgtggttc tgatctccgt aggggtacag
    20701 gccatcctcc cccatacgct tacacaagcg aaactgcccc aagtgtcggg ctcccaaacg
    20761 gtttttggtg taaaatccgg ttcatttttt ggcgtccgtg taggggcgaa tggcattcgc
    20821 cccacatgta cccggccgtg caatcattcg gccccacggg ggccgtctaa tggggcgaat
    20881 gcaattcacc cctacaccgg gtacttggcc aaacttcgcc accgtcccta tgtgttgggg
    20941 atacgtatag aaaaggaaag cgggcacgcc cttggatagg catgcccgct tcttctttta
    21001 taccgccccc cccaagtcaa aaagatgagg gggggacgga gtagcgttac gattggatta
    21061 ttgtaccaat accttctgcg ttgtgccgtc gctgaggaca acgaggtaga gaccggcaga
    21121 cagaggcacc gtcttgtcgc cttgcaccgt ggcctgcttt accagcacac ccgaggcaga
    21181 gtagatgcgc accgtcgtct ccttcggggc gtggatgcga accgcaccgc tgtttgccca
    21241 tacggacggc tgatctacca gcgtattggc caccgtcttg gtgaactcca gcgtcaggtc
    21301 ttgcatcacg cgacgaatca catactcgta ttcgccatct gcgttcagcg tacccgtcag
    21361 cacctccacc gtgcgaccgt cgatcagacg cttagccgtg accgtcatcg gttcgccggt
    21421 atacttgacg cggaaagtga agttcttctg tgaaggtatc gaggtgtatc caactcccgg
    21481 cgaaacgacc gtcacccctt ccaccgtcgg gataaacacc gagcgctgat gaacgggagg
    21541 tgcatcccgc ttgacataga aacaataagt ctcgtcacgg caccagtcgg ggacaagtag
    21601 cttatcggcc agttctttac ctaataccgt attcagatct cttcttttta tcgcatctat
    21661 cttagccgca gttctattac tgtcataatc aagcattctc acaagatccg ccaaaggatg
    21721 aagtgcagga ggtgggttag ctactagatc ctccagaact tcctgaaa
//
LOCUS       SEQF2638.1|AYYF01001568.1 767 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..767
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(418..750)
                     /locus_tag="SEQF2638.1_02073"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAGDDAPPITPEETPLKSDLSSIQTLFADESLSTYRDRFFAHRS
                     SESRTTLSCDRALIDCLRRVLNALDARTSLAAYIGNILADHIDRYRTLLSEAIERNRK
                     NPFNSSLP"
ORIGIN      
        1 cttgatccaa gtcttccgcg gtgagacgat ccggcgtttc cacagccgtt tgcaggcggc
       61 gaagctcgcg ggtcgttacg ctttcantcg agacttcaat atcttccttg agtaacaagg
      121 anatcgcttc gtcttccggg gtaacctcng gttcgtccgc ctgttcatct tcggcgacgg
      181 cgtttcgata ggcaaaacta tcgtcagatt ccgtcnctcc gnaanccgat tccccggctt
      241 ccttcacgct tccctccaat ggtaaaaccg tacgcgtagc cccgaccaaa ccgtcgtccg
      301 aagtgtcctc cgaagtatta tcggaaggga catcttctcg agtcggttgc tctgtccgat
      361 agaaatcacg cagcaagaca cctaaaagga tcgcccaagt gatgagcaga aaaagggtca
      421 tggcaaggag gaattaaagg ggttctttct gttgcgctcg atggcctcgg agaggagcgt
      481 gcggtagcgg tcgatgtgat cggcgaggat gttcccgatg taggctgcga gggaagtcct
      541 tgcatcaagg gcgttcagca cgcgtcgcaa acagtcgata agcgctcgat cgcaggagag
      601 ggtcgtccga ctttccgacg aacggtgagc aaagaatcga tctcgataag tcgatagcga
      661 ttcgtctgca aacagtgttt gaatactgct taaatcgctt ttcaacggtg tttcttcggg
      721 cgtgatgggc ggcgcatcgt cgcctgccat ttgctgaatc cgctcgg
//
LOCUS       SEQF2638.1|AYYF01001569.1 767 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..767
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(418..750)
                     /locus_tag="SEQF2638.1_02074"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAGDDAPPITPEETPLKSDLSSVQTPFTDESLSTYRDRFFAHRS
                     SESRTTLSCDRVLIDCLRRVLNALDARTSLAAYIGNILADHIDRHRALLSEAIERNRK
                     NPFNSSLP"
ORIGIN      
        1 cttgatccaa gtcttccgcg gtgagacgat ccggcgtttc cacagccgtt tgcaggcggc
       61 gaagctcgcg ggtcgttacg ctttcantcg agacttcaat atcttccttg agtaacaagg
      121 anatcgcttc gtcttccggg gtaacctcng gttcgtccgc ctgttcatct tcggcgacgg
      181 cgtttcgata ggcaaaacta tcgtcagatt ccgtcnctcc gnaanccgat tccccggctt
      241 ccttcacgct tccctccaat ggtaaaaccg tacgcgtagc cccgaccaaa ccgtcgtccg
      301 aagcgtcatt ctcggtgttg ccggcagagg tgtctttccg tgttggttgc tctgaccgat
      361 gcaggtcgta caacaagatc gctaagagga tcgcccaagt gacgagcaga aaaagtgtca
      421 tggcaaggag gaattaaagg ggttctttct gttgcgctcg atggcctcgg agaggagcgc
      481 acggtggcgg tcgatgtgat cggcgaggat gttcccgatg taggccgcga gagaagtcct
      541 tgcatcgagg gcgttcagca cgcgtcgcaa acagtcgata agcacccgat cgcaggagag
      601 ggtcgtccga ctttctgacg aacggtgagc aaagaatcga tctcgataag tcgatagcga
      661 ttcgtctgta aacggcgttt gaacactgct taaatcgctt ttcaacggtg tttcttcggg
      721 cgtgatgggc ggcgcatcgt cgcctgccat ttgctgaatc cgctcgg
//
LOCUS       SEQF2638.1|AYYF01001570.1 1358 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1358
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             6..326
                     /locus_tag="SEQF2638.1_02075"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEYAKDTRVVDARQPIELVHHSDALGFVVGRTDQVGDAVDDNKV
                     DAAVPMMVEVEAVFDELQAILARERSEKNGVVKRRHCIESDPPQGFPHVAVKLVLGLL
                     CVVV"
     CDS             618..1007
                     /locus_tag="SEQF2638.1_02076"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEVLRAVSQTKVIRDVLLSLRSGQWQLDPSDVVGGELFASEGRS
                     LHARLVSVVEEEDVTEASDEHLDDGGVDLSRLAVEANGVKAMCGKRHHILLTAGDEQH
                     IIPLRELLYAERVDVRQAATIDESGRT"
ORIGIN      
        1 acgaagtgga gtacgcaaag gatacacgtg tggtagatgc ccgccagccg atagagctcg
       61 tccaccacag cgatgctctc ggcttcgtcg ttggccgaac ggatcaggtc ggcgatgccg
      121 tcgatgacaa caaggtggat gccgccgtgc cgatgatggt agaggtcgag gctgtctttg
      181 atgagctgca agcgatcctt gcgagagagc gcagcgagaa aaacggggtg gtaaaacgtc
      241 ggcattgcat cgagtccgac ccgccgcagg gttttcccca cgttgcggtg aagctggtac
      301 tcggattgct ctgtgtcgta gtgtaggacg gccttgtgcg acgtgttggg cgtaacctcc
      361 agcccgagca gatcgggtgg aggtgttgga atctcggtca gcagtgtccc ggcgatcaac
      421 gccgacacat aattgctttt ccccgtccct tcgccaccgg taatgcaaaa caggttgtcg
      481 taggtgccca gcgggacacc gcgtgacgcg atcaccgttt gggaacggtc gggcggatgg
      541 cggtaatcga tctcgcacga gtcgagcagc atgagcgttt gcgtataaag ctgctccaaa
      601 cggtcggtaa ttaggtgatg gaagtcctcc gcgctgtatc ccaaacgaaa gtaatcagag
      661 atgtccttct cagccttcgt tccggccagt ggcagctcga tccgtcggac gttgtagggg
      721 gcgaactgtt cgcatctgag ggtagaagcc ttcacgcccg tctcgtcagc gtcgtagagg
      781 aagaagacgt gacggaagcg tcggacgagc atctcgatga tggaggcgtc gatctcagcc
      841 gtctcgctgt tgaagcaaat ggcgtgaaag ccatgtgcgg caagcgacat cacatccttc
      901 tcaccgccgg tgatgaacag catatcatcc cgttgcggga gttgctctat gccgaacgtg
      961 tagatgtccg gcaggcggcc accatagacg aatcgggtcg cacttgaagg gcgatagatc
     1021 ttcacgtaat ccttgcgcac gtagccgaat agcggctcgt gggtgctgct catgaagccg
     1081 taacgcttcc cttcggccgt ctcgctgcgg aagctgcgga gcgatcggac gccatagcgc
     1141 tgcaacacat gtggtgtaat cccgtactnc ccccaatagg cgcattcgct ttcgtcgaag
     1201 gccttttcct caatgnggta aggtctgccg gnagnttncg nangngtcgg tgttgagtgg
     1261 agtacctgcg tgctgtcaat tccgaactga gctgttccgg aagcactctc cggcagggag
     1321 atggataggg ataggtcacg gatgatcttc tccaagat
//
LOCUS       SEQF2638.1|AYYF01001571.1 1358 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1358
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             6..326
                     /locus_tag="SEQF2638.1_02077"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEYAKDTRVVDARQPIELVHHSDALGFVVGRTDQVGDAVDDNKV
                     DAAVPMMVEVEAVFDELQAILARERSEKNGVVKRRHCIESDPPQGFPHVAVKLVLGLL
                     CVVV"
     CDS             618..1007
                     /locus_tag="SEQF2638.1_02078"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEVLRAVSQTEVIRDVLLSLRSGQWQLDPSDVVGGELFASEGRS
                     LHARLVSVVEEEDVTEASDEHLDDGGVDLSRLAVEANGVKAMCGKRHHILLTAGDEQH
                     IIPLRELLYAERVDVRQAATIDESGRT"
ORIGIN      
        1 acgaagtgga gtacgcaaag gatacacgtg tggtagatgc ccgccagccg atagagctcg
       61 tccaccacag cgatgctctc ggcttcgtcg ttggccgaac ggatcaggtc ggcgatgccg
      121 tcgatgacaa caaggtggat gccgccgtgc cgatgatggt agaggtcgag gctgtctttg
      181 atgagctgca agcgatcctt gcgagagagc gcagcgagaa aaacggggtg gtaaaacgtc
      241 ggcattgcat cgagtccgac ccgccgcagg gttttcccca cgttgcggtg aagctggtac
      301 tcggattgct ctgtgtcgta gtgtaggacg gccttgtgcg acgtgttggg cgtaacctcc
      361 agcccgagca gatcgggtgg aggtgttgga atctcggtca gcagtgtccc ggcgatcaac
      421 gccgacacat aattgctttt ccccgtccct tcgcccccgg taatgcaaaa caggttgtcg
      481 taggtgccca acgggacacc gcgtgacgcg atcaccgttt gagagcggtc gggcggatgg
      541 cggtaatcga tctcgcacga gtcgagcagc atgagcgttt gcgtataaag ctgctccaag
      601 cggtcggtaa ttaggtgatg gaagtcctcc gcgctgtatc ccaaacggaa gtaatcagag
      661 atgtccttct cagccttcgt tccggccagt ggcagctcga tccgtcggac gttgtagggg
      721 gcgaactgtt cgcatctgag ggtagaagcc ttcacgcccg tctcgtcagc gtcgtagagg
      781 aagaagacgt gacggaagcg tcggacgagc atctcgatga tggaggcgtc gatctcagcc
      841 gtctcgctgt tgaagcaaat ggcgtgaaag ccatgtgcgg caagcgacat cacatccttc
      901 tcaccgccgg tgatgaacag catatcatcc cgttgcggga gttgctctat gccgaacgtg
      961 tagatgtccg gcaggcggcc accatagacg aatcgggtcg cacttgaagg gcgatagatc
     1021 ttcacgtaat ccttgcgcac gtagccgaat agcggctcgt gggtgctgct catgaagccg
     1081 taacgcttcc cttcggccgt ctcgctgcgg aagctgcgga gcgatcggac gccatagcgc
     1141 tgcaacacat gtggtgtaat cccgtactgc ccccaatagg cgcattcgct ttcgtcgaag
     1201 gccttttcct caatgtggta aggtctgccg gcaggttccg taggtgtcgg tgttgagtgg
     1261 agtacctgcg tgctgtcaat tccgaactga gctgttccgg aagcactctc cggcagggag
     1321 atggataggg ataggtcacg gatgatcttc tccaagat
//
LOCUS       SEQF2638.1|AYYF01001572.1 9618 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..9618
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(713..2854)
                     /locus_tag="SEQF2638.1_02079"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MENLFERCKEINDMLVQNQEQQARDSLIILLQEIKDNKIEYTPL
                     INHLIREVGLYPYIDEKTADWRERFVCEAFKIDVGGGKEVTLHREQSAILSALLDGED
                     LAISAPTSFGKSFIIDAFLEIKRPNTVVIIVPTIALTDEARRRLYPKFSSIYKIITTT
                     GVELGERNLFIFPQERALQYVGEIEHIDLLIVDEFYKAGKIKGTTKPLDERAAQLIEA
                     ISQLEKKATQRYFLAPNISELKNNPFTKGMRFEKIDFNTVYTKIIKVYEKISKDKKEK
                     ELQKFEFLENILSSTSDKSIIYVNSHSGIRIVAKRMSDFCMDTDQCFINQFSLWLKEH
                     YGASYMLVNLVRKGIGIHSGQIHRSLAQIQIKLFEQEKGLRNLISTSSLIEGVNTSAR
                     NVIIWSNKNANSRLDYFTYKNIIGRGGRMFKHFVGEVYLMECPPAETTPLLELDYPDP
                     LLERIDPEEYSGKLTPEQIAKIEENETEMDHLLGKGGYRQVIKETASQGVSKPILIDA
                     IRSMRDNPNEWRAKLPCLLNANAERWKSVLFLTMPLLRKMKHIQGRNTKIVHFIQILS
                     DSWSLSIPNLLKRLGPDSITIDEYFELEKLISFDFVSLLNSINAITKRILDANIDISP
                     FIAKVSNAFLPPLVFELEEYGLPRMLSRKIQSSQVIDLEKEGVSINGILYEFRNIGED
                     RIIKVARLSKVDRFILSHFFDGITPVPSSAT"
     CDS             complement(2861..3769)
                     /locus_tag="SEQF2638.1_02080"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTSKFTLLIDDSLLNLSEEQDEQYEKKYLLSYLNDFESGEWQYK
                     SFNRFIFDNLCEAALSAEEREKLPVDRQSDLAKAASNLRFSDDNGQGSELAEILLYGI
                     MRRHYGALPVVPKIYYKQNSQDNAKGADSVHIVIEEDRGFTLWYGESKFYNNLEGAMK
                     AAIKSVKDTITEEKLKKENSIVTQTKDLDILVKNQEMLSRIKSMLSFNTSLDELKPIL
                     HIPILLLHECRITAEQKQMNSEYKKSMQSNYQEQAQKFFRELNAKCSKTFLYKEITFH
                     LILVPVPDKDQIVRKFTNYARAIKDN"
     CDS             complement(3780..4424)
                     /locus_tag="SEQF2638.1_02081"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDRWIQHDGVTDWMLKEVRSRFSGAKNLTKEDIFYYVYGLLHSP
                     DYRTRFADDLRKSLPRIPITEHVDDFMAFSKAGRALAGLHLHYENHAHEAGVQVEEDR
                     RATEDEYAYYTVEKMRFPSKGNRSTIIYNARITIEDIPEEAYDYVVNGKSAIEWIMER
                     YAVTTDKKSGIKNDPNLWSREHGKPRYILDLLLSIIYVSLETQRIVATLPKQTF"
     CDS             complement(4394..8695)
                     /locus_tag="SEQF2638.1_02082"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG4548"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTIYDILKEFRDESFSEKYKGIRFERLMRAWLKTDPRYTDLFE
                     TVGLWEEFPFRDELGGTDTGIDLVARTYSGDYWAIQCKCYAEDTVIDKSSVDSFLATS
                     SRTFNHHQTAFAHRLWIATTNHWGSNAEDAIQNQNPPVSRVNLYDLDHSSVDWEKLFQ
                     GIEGREALSAKKQLREHQREALKAAHEHYQNSDRGKLVMACGTGKTFTSLKMVEQELS
                     GKGLVLFLVPSIALLGQSLNDWMVDAAYPIKAICICSDSRASRKIKRGNDNDDLENSV
                     VDLALPASTNTTSIVRQLRACKAHNALTVVFSTYQSIDIVAEAQAAMLKETKGEFGIF
                     DFIVCDEAHRTTGVKLSSKDESSFTKIHNNDFIQGHKRLYMTATPRLYGESAKIKASK
                     NDCILCSMDDEAIYGKEFHRVNFSYAVQNGILTDYKVLVLTVSEDMIPEELMKQVKDT
                     DAKELNYDDTGRLIGVINGLSKKILGDKGITWESDPRLMHRALAFTHKIGQADEPGTS
                     KNIATVLPKISAIYNESLPEAEKSEVVHVLTRHVDGSMGAAERNDALAWLAADPDDPQ
                     ECRVVSNVRCLSEGVDVPALDAVLFLSARNSQVDVVQSVGRVMRSFHRGQSDEKKYGY
                     IIIPVIVPEGTSPEEALNDNQSFSVVWDILNALRSHDDHFNAHVNTIALNKNKGTKVT
                     VGLPGLGQTGVGQSTLAGDSNDNQDAQQLSHQEIQKKLELQFGSTQQGIYAKLVEKCG
                     DRLYWENWAAEVGEIAKKYIARISRLVRGEQSKLSSEFEEFVKTLRANLNPGITAEQC
                     IEMLAQHLITRPVFEVLFTDYQFVSNNSISSSMQLMVDLLETEAVDKDLDALNSFYES
                     VRTNVGKIDNLEGKQTVIKNLYEKFFKRAFPLTVEKLGTVYTPVECVDFILHSVDDIL
                     KAEFGSALTNKDVHILDPFTGTGTFITRLLQSGLIRPEDMAHKYSSEIHANEIVLLAY
                     YIADVNIESVFQEVCPQTEYLPFNGLCLTDTFQLGEAGDGDIFKGFFRENSEAVEAQR
                     STPIRVIIGNPPYSVGQRSANDNAQNQKYPRLDQRIANTYIEAVANKSATVQSLYDSY
                     IRAFRWATDRLSPEEGSVIAFISNGAWIDGNSHDGFRASLQKEFDKIYVFNLRGNQRT
                     SGELSRREGGKIFGSGSRTPIAITILVRYPEGKRLNACQIRYHDIGDYLSREDKLRII
                     KQAGSYQHLDWKTITPNEKNDWINQRDGLFDTYILIGSKDKNAKNTIFSIFSAGDITH
                     RDNWCYNSSKQALMEKLERGVAHYNAEIEKVIAAGCKTEKELFGIIDQAEEKLKWDKK
                     LHDSALKGIRLQITESNIRTAIYRPFFKQHLYYDAVLNWSRYQLPKLFPTPQHENLLI
                     CFTSGTMQSCLITDNIPDLQTPNASPSIGTRRIRLYMRRISLEKRTWIDGYSMMA"
     CDS             complement(8706..8903)
                     /locus_tag="SEQF2638.1_02083"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSIIDRVKAVLANKQRNKRSAERLEKAEITLSKQCYNEVQSQSE
                     SLTNVAEVLCINIHGLIVPTK"
ORIGIN      
        1 caattgtgcc gatacggtgg tattgcccga gctgatagag aaggctgagc ttacgcaggg
       61 cgttagtgtc cttgccgata aaggttattg tagccgagaa gaactcggct tgtctccttg
      121 agcgcggctt gattgatgga attatgntca aggcgcagaa ggggatgaag ctcacagagc
      181 gacaacgtga acngaataac gccatcagca aaatgcgctg tttgatagag cntaccttcg
      241 ggagtattcg aaggtggttt tcaggagggc gatgtcgcta ccgagggctt gagcgaacgc
      301 atacacagaa tatcttggaa gctatggcat acaatctnaa gcgtatgcct gggcttcttg
      361 tgctccagag catcaaatag ccccttgccc cctctcgnaa ggatcatcct cncgaaaggn
      421 ggcaaggggn agngacaggc atctcacntc tcagcctaaa gantccggag ttcggtggag
      481 gaaagtgcaa gctgtgaaga gatgggcttg cgcaatggtc tcaaagtgtc tactgagata
      541 aggacttctc agcccattct cgtcttagct gacttccgcg acatctcagg taatgtcggg
      601 taacggcatg aatgaaagcc tctattgaaa caaactattg ccaaatcaag caggaagccc
      661 tctcgcccct atattctgaa atagccttcc ctcaataaaa gccgatctgg aactatgtgg
      721 ctgatgaagg gactggagtt atgccatcaa aaaaatgaga tagaataaat ctatccacct
      781 tagacagccg agcgactttt ataattctat cttctcctat atttcgaaat tcataaagaa
      841 ttccattgat ggatacaccc tctttttcta aatcgattac ttgtgaggat tgaatcttac
      901 gactcaacat tcgaggtaat ccatactctt ctagttcaaa cactaaaggt ggaagaaaag
      961 cattcgacac ttttgctata aatggagaaa tatctatatt ggcatccaat attcgcttag
     1021 ttattgcgtt gatactattc agcagagaga caaaatcgaa acttatcagc ttctctaatt
     1081 caaaatactc gtcgatagta atactgtctg gtcctagccg ctttaataga ttggggattg
     1141 ataagctcca actatcagag agaatctgga taaaatgcac tatcttcgta tttcttcctt
     1201 gaatatgctt catcttcctt aataaaggca tcgtaaggaa aagtacgctc ttccatctct
     1261 cggcatttgc gttcaataaa catgggagtt tagctctcca ctcattggga ttatccctca
     1321 ttgacctaat agcatctatc aatattggtt tagatacacc ttgtgaggct gtttctttta
     1381 ttacttgacg atagcctcct ttccctagaa ggtgatccat ttctgtttca ttctcctcta
     1441 tctttgctat ttgctcagga gtaagctttc ctgaatattc ttcaggatct atcctctcta
     1501 ataaagggtc tggatagtcg agctccaata aaggagtagt ctctgccggg ggacattcca
     1561 taagataaac ctcaccgaca aagtgtttaa acattcgacc acctctccct atgatattct
     1621 tgtatgtgaa atagtctaat cttgaatttg cgtttttatt tgaccatata attacgtttc
     1681 tagcggaagt attcacccct tcgatgagag aagatgtaga aataagattt ctcaatccct
     1741 tttcttgttc gaataatttg atttgtattt gtgcaagaga tctatgtatc tgcccactat
     1801 gtataccaat ccccttcctg acaagattta caagcatgta gcttgctcca taatgctcct
     1861 taagccacaa ggagaattga tttataaaac attggtcagt atccatgcaa aaatccgaca
     1921 tcctctttgc aacaattcga attccagagt gtgaatttac gtatataata gacttgtcgc
     1981 ttgttgaact tagtatattt tccaaaaatt caaacttttg aagctctttt tcttttttgt
     2041 cctttgatat tttttcatac actttgatga tcttggtgta tactgtattg aagtctattt
     2101 tctcaaaacg catccccttt gtaaaagggt tgttttttaa ctctgatata ttaggcgcaa
     2161 gaaaatatct ctgcgtggct tttttttcaa gctgagaaat agcttcaatt aattgagctg
     2221 cacgttcatc aagaggctta gtggttcctt ttattttccc cgccttgtaa aattcatcta
     2281 caataagaag gtctatatgc tctatttctc ctacatattg aagagctcgt tcttgtggaa
     2341 agataaacaa gttcctctct cccagctcaa cccctgtcgt tgtaatgatt ttatagatac
     2401 tactgaactt tgggtagaga cgtcgtctag cttcatctgt aagtgctata gttggtacaa
     2461 ttatgacaac agtatttggc ctctttatct caagaaaggc gtcaataata aaactctttc
     2521 caaaactagt gggagcacta atggctaaat cttcgccatc aagaagagca gagagaatag
     2581 cagactgctc ccggtgtaaa gtgacttctt ttccaccacc aacgtcaatc ttaaaagcct
     2641 cacaaacaaa acgctctcgc caatctgctg ttttttcatc aatatatgga tacagaccaa
     2701 cttccctaat caggtgattg attagaggtg tgtattctat cttattatcc tttatttcct
     2761 gcaaaaggat aatcaatgaa tctcgagctt gctgttcctg attttgaaca agcatatcgt
     2821 tgatttcttt acatcgttca aagagatttt ccatacgagc ctaattatct ttgattgcac
     2881 gagcgtagtt tgtaaacttt cggacaattt ggtctttgtc tggaacagga acgagtatta
     2941 aatgaaatgt aatctcttta taaagaaatg ttttggagca ctttgcattc aactcccgaa
     3001 agaacttttg cgcctgctcc tgataattag attgcataga tttcttatac tctgagttca
     3061 tttgcttctg ttctgcagta atacggcact catgcaaaag gagaatgggg atatgtaaga
     3121 taggctttaa ttcatcaaga gaagtgttaa agctgagcat tgatttaatc ctacttagca
     3181 tttcttggtt tttaaccagt atatctaaat ctttcgtttg tgtaacgatg ctattttcct
     3241 tcttaagttt ttcctcagtg attgtatctt ttacagactt gatggcagct ttcattgccc
     3301 cctctaagtt attatagaat ttagattcac cataccataa agtaaagcca cgatcttctt
     3361 caattacaat atgtacacta tcggcacctt tagcattatc ctgagaattc tgtttataat
     3421 agattttggg aactacaggt agagctccat agtgacgtct cataatccca tagagaagta
     3481 tttcagcaag ctcactccct tgcccattat cgtcgctaaa acgtagatta ctagcagcct
     3541 ttgccaaatc agattggcgg tctactggca gtttttctct ctcttccgca gacaacgcag
     3601 cttcgcagag attatcaaaa ataaatctat taaaagattt gtattgccac tctccactct
     3661 caaaatcatt caaatagctt aagagatatt tcttctcata ctgttcatct tgctcttcag
     3721 aaaggtttag cagagagtcg tctattaaca gtgtaaattt actcgtcatt gatagagttt
     3781 tagaaggtct gttttggaag agtagctacg atacgctgcg tctcaaggct cacgtagatg
     3841 atggaaagca agagatcgag tatgtaacgc ggcttaccat gttcacgcga ccataggtta
     3901 gggtcgttct taatgccact cttcttgtca gtcgttacgg cataacgctc cataatccac
     3961 tcgatggcac tcttgccatt gaccacatag tcgtatgcct cttcggggat gtcctcaatc
     4021 gtgatgcgcg cgttgtagat gatggtcgag cgattgcctt tggaggggaa gcgcattttc
     4081 tccacggtat agtaggcgta ttcgtcttcg gtggctcgtc tgtcctcttc cacctgcacg
     4141 cctgcttcgt gggcgtggtt ttcgtagtgc agatgcagcc ctgccaaagc acgccctgcc
     4201 ttgctgaatg ccataaagtc gtccacatgc tcggtaatgg ggatacgggg gagcgatttg
     4261 cgcaggtcat cggcaaagcg tgtgcgataa tcggggctgt ggagcagacc atagacataa
     4321 tagaagatgt cttctttcgt caggtttttt gctcccgaga agcggctacg cacttctttt
     4381 agcatccagt ccgttacgcc atcatgctgt atccatcgat ccatgttctc ttctccaaag
     4441 agattctgcg catgtatagc cttattctcc tcgtaccaat agagggggaa gcattgggag
     4501 tctggaggtc aggaatgttg tctgttatga gacaactctg catagttcca gaagtaaaac
     4561 aaatcaaaag gttctcgtgc tggggagtgg gaaacaactt cggaagttgg taacgtgacc
     4621 aattgagtac agcgtcataa tacagatgtt gcttaaagaa aggacggtaa atagcggtgc
     4681 ggatattgct ctcggttatt tgaagcctta tgcctttcaa tgccgagtcg tgcaatttct
     4741 tgtcccattt caacttctct tcggcttggt ctattatccc gaaaagctcc ttttctgttt
     4801 tgcaaccagc tgctattact ttttcaatct ccgcattgta gtgtgccacg ccacgctcca
     4861 atttctccat caatgcctgt tttgatgagt tgtagcacca attatctctg tgtgtgatgt
     4921 cgcctgccga gaagattgag aaaatggtat tcttggcgtt cttgtcttta ctaccgatga
     4981 gaatgtatgt atcgaagagt ccatcacgtt ggttgatcca gtcgttcttc tcgttgggcg
     5041 tgatcgtttt ccaatccaag tgttgatagg atcccgcttg cttgatgatg cgcagtttgt
     5101 cttcccgaga gaggtaatcg ccaatgtcgt ggtagcgtat ttggcaagcg tttaatcgct
     5161 taccctctgg atagcgcacc aagatggtga tggcaatagg ggtgcggcta ccgctaccga
     5221 agatttttcc tccctctctg cgagacagtt cgccactcgt gcgttggtta cctcggagat
     5281 tgaatacata aatcttgtcg aattcctttt gcaaggaggc acggaaccca tcgtggctgt
     5341 tgccgtctat ccacgccccg ttgctgatga aagcaatcac gctaccctct tcgggcgaga
     5401 ggcggtcggt tgcccagcga aaggcacgga tatagctatc atataatgat tgtacggtag
     5461 cagatttatt ggcaacggct tcaatatagg tgttggcaat gcgctgatct agtctggggt
     5521 atttctggtt ttgggcatta tcgtttgccg aacgctgccc cacagaataa ggcggattgc
     5581 cgatgataac ccgtatgggg gtgcttcgtt gggcttcgac ggcttcggag ttttcgcgga
     5641 agaagccttt gaagatgtcg ccatcgcccg cttcgcccaa ttggaaggta tctgtgaggc
     5701 agagtccatt aaagggcaaa tactccgtct gtgggcatac ctcttggaat acgctctcga
     5761 tatttacatc ggcaatatag taagccagca ggactatttc gttggcatga atctccgaac
     5821 tgtatttatg cgccatatct tcggggcgga taagccccga ctgcaagaga cgtgtgatga
     5881 atgtacccgt cccagtaaag gggtcaagga tatgtacatc tttgttggtg agggcggagc
     5941 caaactctgc tttcaaaata tcgtctacgc tgtggagaat gaagtccaca cactccacag
     6001 gggtatagac ggtgccgagt ttctccaccg tgagcgggaa tgcccgtttg aagaactttt
     6061 cgtagaggtt tttgatgacc gtttgcttgc cctcaaggtt gtcaatcttg cccacatttg
     6121 ttcgcaccga ttcgtagaag gagttgagcg catcaaggtc tttgtccacc gcctcagtct
     6181 cgagcagatc taccatgagt tgcatagacg aggatatgga gttgttgctc acgaattgat
     6241 agtcggtaaa gaggacttcg aagacggggc gagtgatgag gtgctgtgcg agcatctcga
     6301 tgcactgctc tgccgtgata cccgggttga ggttggctcg tagggtcttg acaaattcct
     6361 caaattcgct agagagtttg ctctgctccc ctcttacgag gcgagagata cgtgcaatgt
     6421 atttcttggc aatctcgcct acctcggctg cccaattctc ccaatagagg cggtcgccac
     6481 acttctctac gagtttggca tagatgcctt gctgggtgga gccaaattgc agttccaatt
     6541 tcttctgaat ctcttggtgc gagagttgct gtgcatcttg gttgtcgttg ctgtcgccgg
     6601 caagggtgct ttgcccaact cctgtttgtc ccaaaccggg gagacccacg gttactttcg
     6661 tgcctttgtt tttattcaat gcgatggtat tgacgtgtgc attgaagtgg tcgtcgtgcg
     6721 agcggagcgc attgagaata tcccaaacaa cagagaacga ctggttatca ttaagagctt
     6781 cctcggggct ggtgccttcg ggtacaatca cggggataat gatgtagccg tatttcttct
     6841 catcactctg ccctcggtgg aaagaacgca tcacacgccc tacgctctgc actacatcga
     6901 cttgcgagtt gcgagccgaa aggaagagca cagcatcaag tgccggcaca tctacccctt
     6961 cggacagaca gcgcacattg cttacaacac ggcactcttg aggatcgtca gggtctgccg
     7021 caagccaagc aagagcgtcg ttacgctctg cagctcccat agagccatcc acatggcgtg
     7081 taagaacatg taccacctcc gatttctctg cttcgggcaa actttcgttg taaatggccg
     7141 aaatctttgg caatacggtg gcgatgtttt tggaggtgcc gggttcgtct gcctgtccta
     7201 tcttatgcgt aaaggcaaga gcgcggtgca tcagtcgagg gtcggactcc caagtaatgc
     7261 ctttgtcgcc cagaatcttt ttggacaagc cgttgatgac gccaatcaaa cgccccgtat
     7321 cgtcgtagtt cagctccttg gcatcggtgt cttttacctg cttcatcagt tcctcgggta
     7381 tcatatcctc agaaacggtg aggaccagta ctttatagtc ggtcaaaatg ccattctgaa
     7441 cggcataaga gaagttcaca cgatggaact ctttgccgta aatggcctcg tcatccatag
     7501 agcagagaat gcaatcgttt ttgcttgcct tgatcttggc actctcgcca tagaggcggg
     7561 gagtggccgt catatagagt ctcttgtgtc cctgaataaa atcgttgttg tggatttttg
     7621 tgaagctgct ttcgtcctta gaagagagct tcactcccgt ggtgcggtgt gcttcgtcgc
     7681 agacaatgaa atcgaagatg ccaaactctc ccttcgtttc tttgagcatg gcagcttgtg
     7741 cttcggctac aatgtcaatg ctttgatagg tcgagaatac caccgttagt gcgttgtggg
     7801 ctttgcaagc tcttaattgc cgtacaatag atgtggtatt cgtagaggcg gggagtgcta
     7861 aatccacgac cgaattctca aggtcgtcat tgtcgtttcc tcgctttatc ttgcgtgaag
     7921 cacgactgtc ggaacagatg caaatcgctt tgatgggata agcggcatct accatccaat
     7981 cattcaacga ttgccccaag agagcaatac tggggacaag gaaaagcaca agtcccttgc
     8041 ctgaaagttc ttgctcgacc atttttagcg acgtaaaggt cttccctgta ccacaagcca
     8101 tgaccagctt tccacgatca ctattttgat agtgttcatg ggccgctttt aaggcttccc
     8161 gctgatgttc ccggagttgc tttttagctg ataaagcctc cctgccctcg attccttgga
     8221 acagcttctc ccaatctaca gaagagtggt caaggtcata taagttgacg cgagatacag
     8281 ggggattctg attctgaatg gcatcttctg cattactacc ccaatgattg gttgttgcaa
     8341 tccacaggcg atgggcaaaa gctgtttgat gatggttgaa agtccgactc gaggttgcca
     8401 agaaggagtc cacggatgat ttatcgatga ccgtatcttc agcataacat ttgcattgga
     8461 tagcccaata gtcgcccgaa taagttcttg cgacaagatc aattccagta tctgtccctc
     8521 ccaactcatc gcgaaaagga aattcttccc acagcccgac ggtctcaaat aggtccgtat
     8581 atctcgggtc tgttttgagc cacgcacgca tcagacgctc gaaccgtatc cccttatact
     8641 tttccgaaaa ggactcatct ctgaactctt tgagaatatc atagatcgtt ttcatatgct
     8701 gtagactatt tggttggaac aatcaatccg tgaatgttga tacataacac ttcggccaca
     8761 ttcgtaagac tctccgactg agactgtact tcgttatagc actgcttaga aagggttatc
     8821 tcagctttct ccaatcgttc ggctgacctc ttattccgtt gtttgtttgc caacacagct
     8881 ttgactctgt ctattattga catatgatga tcctttgttc taatgattac atgagttcga
     8941 gggcaaagat acttatctcc aaaatgaggc gagatgtgtt tggcaaaact gcttgatgag
     9001 aaagtagcac atgccgaaga ttttgggcac ctttgcgggc aagaaatgag atctcttatg
     9061 actactgcaa agcaatgaaa acaggagcac ctcgctcgtt tcctattcgt tccctttagg
     9121 tgagtagagc aatctttatt cattcattga caatcactta aagccctatt cttttgtttt
     9181 atggggaagt tcaagtgtat ctacaacaat atattctttc cttcctttga tcttcttacc
     9241 catagcaact gcatcaatat aagagtctga tttttagaag ttcttttcag tattcaacat
     9301 tgaatcctca tagtagagtt cctaatatac cactcattat caagcagttg tgcgtgtaaa
     9361 aactttaaca cacttattaa gaaaaggtat ggctttttga ctacacctaa ctccccccca
     9421 gtcacgcttc tttcatcgct ttatacctgt tgtagtcatg tagtaagatc taatcgatga
     9481 aaggaaaaaa gtctacattc tcaccttaag ccagccatac aggaatcact ctgacgccgc
     9541 ttgttgcttc cggatcagct tgtccatgtc ttctgagatc tttttgtccg tcacctgcgc
     9601 atagatctgc gtgctgga
//
LOCUS       SEQF2638.1|AYYF01001573.1 2380 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2380
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             22..132
                     /locus_tag="SEQF2638.1_02084"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQTVEVKERTAKDYIRHMQESGLIEQQKDNHYTLKK"
     CDS             129..335
                     /locus_tag="SEQF2638.1_02085"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTNEMKTKPDEPKYYDAFDVARILRIHHKTALIWGKKGMLPSVK
                     IGNRRYFPAEGILAFKKSENRNER"
     CDS             395..1000
                     /locus_tag="SEQF2638.1_02086"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYITDSIAARIEDAPHGEVFFVSDFSRSGNDVFISRVLSRLVDQ
                     KKLARLATGVYYKPRETDFGMVKPSIEQIVRAIARRDHAQIMPTGQTAENRLGLSTQI
                     PLNHVYLTTGSARSIVLGNIRIVFKRSAPRNFAYKGELIPTLIQAMKSIGRGNLTDRQ
                     RTRIKELLSSYNEPETFEHDLALAPLWIKKIITQTTKALQE"
     CDS             997..2001
                     /locus_tag="SEQF2638.1_02087"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNWLSHSIEDRRIILRQTAEAESLPEYAIEKDWWVTMTLKAIFQ
                     TECAASLLFKGGTSLSKGWKLIQRFSEDIDLSIDHQYFRETVENNNQLKMLRKQCRRY
                     VVDMLVEDIDCRMEAMGLSGYRIYPVVEQGGNKVSTDSDPTEIIIEYPSVIGAASDYV
                     RPAVKVEISCLSMKEPFEVKEITTLISDAFPRADRDTSAVIPIVLPSRTFLEKAFLLC
                     EEFQKEAPRSLRMSRHLYDLERLMDTEFGMQALADAELYKAIVEHRRKFYHVSYADYD
                     KNYPDRIAFYPPERSLKTWESDYKALQDAFVYGDKLPFRQLLLRIEELQRRFREVDIK
                     "
ORIGIN      
        1 gacgagcttc ttcgattgat catgcagaca gtagaagtaa aagagcggac cgccaaggac
       61 tacatccgcc acatgcaaga gagcggcctg atagagcaac agaaagacaa ccattacaca
      121 ttgaagaaat gacgaacgag atgaaaacca aaccagatga accgaaatat tacgacgcct
      181 ttgacgtggc tcgtatcctt cgcatccacc acaagacggc cctaatttgg gggaagaaag
      241 gcatgctacc ctccgtcaag atcggcaacc gccgctactt tcccgccgaa ggcatcttgg
      301 cgttcaaaaa gtcggagaat cgcaatgaga ggtagaaagt tttgcaaaaa cgatcaacct
      361 ttgcgccgta atcgtcgcac tcttttcaag acatatgtat atcactgaca gtattgcagc
      421 acggatcgaa gacgctccgc atggggaggt cttcttcgtg tctgactttt cccgttcggg
      481 aaatgacgta tttatcagtc gcgtcttatc gaggctcgta gatcaaaaga aattagctcg
      541 gctggccacc ggtgtatact ataagcctcg cgaaaccgat ttcgggatgg tcaagccgag
      601 catcgagcag atcgtccgcg ccattgctag gcgagatcac gcacaaatca tgccgacggg
      661 gcaaacagct gaaaatcgct tagggctatc cacgcagatt cccctgaacc atgtatattt
      721 gaccaccgga tcggctcgaa gcatcgtatt aggaaatatc cggatcgtat tcaagcgcag
      781 tgcaccgagg aactttgctt acaaaggcga attgatcccc acactgattc aagccatgaa
      841 gtcgatcggc cgtggcaacc tgactgaccg acagcgaact cgaatcaaag agttgctaag
      901 cagctataat gagccggaaa ccttcgaaca tgacttggcg ctggctccct tatggatcaa
      961 gaaaatcatt acccaaacaa ccaaagcact tcaagaatga actggctgtc tcattccata
     1021 gaggatcggc ggatcatact ccgtcaaacg gcagaggcag aaagtcttcc ggaatatgcg
     1081 atcgaaaaag actggtgggt aacgatgaca ctgaaggcca tattccaaac ggagtgcgcc
     1141 gcttctctac tgttcaaagg cggcacgagc ttgagcaagg gctggaagct gatccagcga
     1201 ttcagcgaag acattgacct ctctatcgac catcaatatt tcagggaaac agtcgaaaac
     1261 aacaaccagc taaagatgtt gcgcaagcaa tgccgacgtt acgttgtcga catgttggtc
     1321 gaagacatag attgccgaat ggaggcgatg ggcctgtccg gctatcggat ttatccggtg
     1381 gtggaacagg gcggcaacaa ggtgtctacc gatagcgatc cgacggagat catcatcgag
     1441 tacccgtccg tcatcggcgc ggcctccgac tatgtgcggc cggcagtcaa agtggaaatc
     1501 agctgcctct ccatgaagga accttttgaa gtaaaggaga ttacaacctt gatcagcgat
     1561 gcgtttccac gcgccgaccg agacacctcg gccgtcattc ccatcgtgct tccctccaga
     1621 acattcttgg aaaaggcctt cctgctctgc gaagaatttc agaaagaagc gcctcgcagc
     1681 ttgcggatga gccgacacct atatgacttg gagcgattga tggataccga atttggcatg
     1741 caggcactgg ctgatgcgga gctttacaaa gccatcgtcg aacatcgcag gaagttctat
     1801 cacgtttctt atgcagacta cgacaagaat tatccggatc gaatcgcttt ctatcctccc
     1861 gagaggagcc tgaaaacgtg ggaaagcgac tataaggcac tgcaagacgc gtttgtctac
     1921 ggggataaat tgccttttcg tcaattgctg cttcgtatag aggagttgca gaggcggttc
     1981 cgagaggtgg acatcaaatg aaaaagatcg aaaggtccgg gagctcaaaa agattaggag
     2041 tccgatgagt aactgaccgg aatcacacct gctcttctgc gcaaaaatgg tgcaacggta
     2101 atcagatcac gataaccttt gcctcaaaac caacctctgt ttggtgtcct gcagtctgca
     2161 cgaagctaaa ctggtgcctg tttgggggcg gctgcgaccg ccggcgaagt ttggccgggt
     2221 acaggataaa tcgccactat ttcttgtatc aggcaaactt ccctgcctcg gcagaggtct
     2281 gcgcaagggt aaacagggcc tgtttatctc catcccacct tcccaatcac cacacgactc
     2341 gctacgtcct gctccacctt gtccgtttga tgaaagcggg
//
LOCUS       SEQF2638.1|AYYF01001574.1 17588 bp   DNA    linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..17588
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             7..495
                     /locus_tag="SEQF2638.1_02088"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLRIDLPAPRYAEFSAPGRPYTFRFSRLANVELPPAGEADDRLN
                     ITYPKWGVTIYCSGAAITSATLAAATDECRELIRRSVRDVHAVTEQVYEDPDARVYGV
                     LFRIEGDSPAPIRFMLTDSAAHFFQGALYYSDRVSPDSVAPLTDYLLRDVAVLIQTFR
                     WK"
     CDS             509..1138
                     /locus_tag="SEQF2638.1_02089"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPLLETHTQSECRWGLWRIDETWLELLDGLERRDAYRDFLENVR
                     AEGRRTEWLAVRALLRALLGYEPTVNYRPEGYPEVDGWHVSFSHTRHYAAAICSRDTV
                     VGIDIERFRPRIVGLRDRFLDRDELALIGGPNTDDVRRLTVCWSAKEAAFKMLRLGSS
                     DWLRGVRIVAYDPTSHQLTVHETLTPNTYTFKIDFSLASDYVLTWGRRG"
     CDS             complement(1849..4752)
                     /gene="uvrA_2"
                     /locus_tag="SEQF2638.1_02090"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q9WYV0"
                     /codon_start=1
                     /transl_table=11
                     /product="UvrABC system protein A"
                     /db_xref="COG:COG0178"
                     /translation="MDNQCINDLFALPLWPLTPDIDLITRNKITASKMKEDVWQDDNC
                     ILIKGARVNNLKNIDVRIPRDRFVVITGLSGSGKSSLAFDTLYAEGQRRYVESLSAYA
                     RQFLGRMSKPECDYIKGIPPAIAIEQKVSVRNPRSTVGTSTEIYDYLRLLFARLGRTF
                     SPVSGQEVKKHQVSDVVEKALSYPTGTRLAVYAPIVLPEGRTMKEQLEILQKEGYTRI
                     EADGRVMRLQEVLEQEKLPTEGVYILIDRLEVSDDKLFRNRLADSVETAFYEGHETCR
                     LSVYAKPGADPEVLEFSKRFEADGLTFEEPTEMMFNFNNPMGACPQCEGFGRVVGIDE
                     DLVIPDKNLSVYEGAVACWRGEVMDQWRRDFMRTASKKDFPIHRAYYDLTDEERHLLW
                     HGAEDVNGIDDFFADVEANVYKIQYRVLLARYRGKTTCPTCYGTRLKPEALYVRVGGR
                     TITELVSMPITELRAFFSDLRLNETEATIGKRLLAEITTRIQYLLDVGLGYLTLDRLS
                     ASLSGGESQRVSLSTSLGSSLVGSLYILDEPSIGLHPHNTDQLIRVLRQLQAQGNTVV
                     VVEHDEEIIRAADYIIDIGPAAGRLGGEVVYQGPVSEIEKGAKESFTVRYLTGEEQIE
                     APDAPRLWNEFIEVRGARKNNLKQIDVKFPLHAMTVVTGVSGSGKSSLVRDILYEGLK
                     QRLDDAPLTVECLAIEGDVQHIKNIEFIDQNSIGKSSRSNPVTYIGAYEEIRKLFAEQ
                     PLSKQMGYTPAHFSFNKEGGRCEECKGEGRITVEMQFMADITLECEACHGRRFNADTL
                     EVEYHGVNIYDVLEMTVAQAMEFFGAQTDDKQAKKIVARLKPLQEVGLGYIKLGQASS
                     TLSGGENQRVKLAYYLGLEKQHPATMFIFDEPTTGLHFHDIKTLLKAFSDLIRLGHTV
                     VIIEHHPDVIKCADYVIDLGPEGGKAGGHLICAGTPREIVACPESLTGRYLKL"
     CDS             complement(6982..12603)
                     /locus_tag="SEQF2638.1_02091"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRIFLLMTIATVAWAIVSCRSNQDLTPSIEFAPYISAYTGGVI
                     GSDGTIRIELTEEQQIVQMGEEVKDDLFDFSPGLKGKTYWVNSRTIEFVPDSGQLRPG
                     TLYNATFRLGRVMKVEKKLDAFRFSYRVQARDFTARITSTDITASAPDRVTVCGELRL
                     SEAPKADEVAKMVTAKHDGDKPKVTVTRTEDARVYRFTVSEVAKKEADTELLVTIDGS
                     PFGADHKETLRATIPGTKPPFKLMQAEMIDEPESGACLTFSAPVSTTQDVNGLVTLRA
                     GEGGSDGAVSYTCQVQDNKVRLFFERRSDLKAVAIEVDGALRSVAGDALTASSSVRLE
                     VKSLNPQVEFLSEGTIMPNAEQLILPFRAVNLYAVDLKIIRIFERNVLTFLQDNSLEA
                     SSSSELRRTGRLVYRKMLRLDSDATKDIHNWDNYFIDLSKLIRQEPGAIYRVVLSFKR
                     EYSAYPCDSVGEGARNLGPAGMTRLDENELGETDEATWDKPQTYYYDGADMDWDTYQW
                     EERDNPCSASYYMSSDRMAATNVLASNLGLIVKANANNTLWVAVSNLIDTKPLSGVEV
                     TAYNFQLQPIGSAKTDDNGFAEIKTKNKPFALVATASDKQKGYLRLVDGEENMLSRFD
                     IGGKETERGLKGFIYGERGVWRPGDTLHVTFMMEDREKRIPQNHPVSIEIFNPRGQFY
                     TKQISVSGVNGMYVFHIPTRPDDPTGLWNAYVKVGGASFHKALRIETVKPNRLKINLT
                     LPGQILQVSPLPVPMNLESAWLTGAVARGLKAKVEMSLTKVPTQFKGYEKYTFDNPAA
                     AFTSGTTDLFDGALSDLGKASFLANLPTASDAPGMLQANLTCRVFEPGGDASLFTQSI
                     PFSPFPVYVGVKLGNFDQGQTLETDRDHHFEVVTLSPDGKPLNRQGLEYKIYKVNWSW
                     WWEHDDETFASYLNNASIVPVAAGTINTVGSGKAVIPFRVNYPEWGRYLVYIKDREGG
                     HATGGTIYVDWPEWRGRSNKSDPNGIKMLAFALDKSSYEVGETATAIIPASTGGRALV
                     AIENGTEVLHREWVNMAASGDTKYSFKVTEGMAPNVYLHITLIQPYAQTANDLPIRMY
                     GVMPVFVTHKNSILKPLIVMQDVLRPEADFTVQVKEQSGRPMTYTLAIVDDGLLDLTN
                     FQTPDPWNTFYAREALGIRTWDMYDFVMGAYAGRLGSLFSVGGDESLRPVESKANRFK
                     PVVKFLGPFALKRGETQTHKLKLPPYIGSVRVMVVAGQEGAYGRAEKRVAVRAPLMVL
                     SSLPRVVSTDEEILFPVNVFAMESGVKNVTVKVETTGKLRLTEGSSQSITFAAPGDKP
                     VFFKLRSGLTTGIERIVVTATGGGHSSKETIEIGVRNPNPPIVRIDSRLIAAGSTGLL
                     TYQTGFGGSSEGWASLEVARIPSPNLSRCLDFLSDYPHYCTEQVTSAALPLLYVGAFR
                     ELDKREADAIRENVRRAVQDLYSRQLPGGAFTYWPGGLQEDEWATSYVGTFLVLAREK
                     GYEVNAGALNRWKSYQRRAAQGWRPATKAPSRFAIDQGDLVQAYRLYALALAGAPELG
                     AMNRLRESRTLSMQARWRLAAAYALAGKPNIANELIFRLPLAVATYDWSNPTYGSPER
                     DQAMILEALVLMGRDREAFEQARRVSQSLTTSQEFATQSTAYALLALGRLAERTSGSL
                     QFDWSLNGGKQPTVNSQRTLFRSQLPTFPPVGLVSVKNNGKGQLYVSLTTKMIPLRDS
                     LPAISEGLRMEVTYTDRSGHTLSVDRLPQGTDLVAVVKVSNPSAVSDYTNLALTQIIP
                     SGWEIYNERLITPEDVESGASATSYTYRDIRDDRVLTYFDLKRGETKTFRVRLQASYA
                     GSFVLPAIRCAAMYAPGVQARTRASRVVVER"
     CDS             13052..14482
                     /locus_tag="SEQF2638.1_02092"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:vienna_vog:VOG00796"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGQENNDRSGQLVLILLVTAAACLALYMLPDELFGLSIKKMDML
                     SDLRVGSEDEDEDSDLSRADSVLLRGDSTGLSAADRERLAYRDSMYRAIMAQLRGDTL
                     KAVVEDFSVGHIGLRRFFAALNGISTLGRPVRVAFLGDSFIEGDILTADFRERMQARF
                     GGRGVGFVPVSSQVAQFRPTVRLRSKGWTTRSILSDRKPKYLLSCLLFDAANDAPTIA
                     FETTDYMPHLKSVGTLKFLYTSNRATDLRWICNEGRDTFTARLPETDGVGQYVAKGSF
                     TEGKLAFTHAQGLQALGIALEDDRGVVVDNFALRGNSGLPLENLDIARCQALQGIRPY
                     DLIVIQYGLNVAVERTKDYGFYRDRMVAIIKHIRTCFPGADVLLLGVSDRSKVVGGER
                     HTMSAVKNLRRAQREAALEAGVAFWDVYEAMGGEDGMVDYVKRNWAAKDYTHLSFQGG
                     RELANALYDAIILEKTLYDNLEKTQR"
     CDS             14454..15857
                     /locus_tag="SEQF2638.1_02093"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTIWKKRSANRAPFWAALCCLCMATAAQAERPHSPIENRNLAAE
                     KAAPEKKKTGPLTDQVDLTMTFAVDSLCRIIDPRHTLDEFWENLLSLYNGKDTVLPIA
                     HLGDSHIQGGFYTNETMNLLRRTFGNAGRGWIAPYRPARENGPSDYRIFSQVKSWSVG
                     RCTRPQSGTPWGLGGMGLQTDAATIDFTIAVNGADDDFTQVLMYRGEYARPMLPEGIR
                     NARTAWGKDTYALDLTVDSFFLPEAVRELRLQSVSRSEAPTSVTGASCYYGFSLFNGR
                     PGVVYHAIGRNGATYSQYTSERFVRQLSLLEPAILIISLGTNESYGTHFSASDFITRV
                     DRFVRLAQRYMPLTTIVLTTPAENYLAARTTVTRRAKGKKRRTTTTVTRGYTRNVHVG
                     EAAEAILDYAAREGLACFDLYGMTGGAGSCERWQAEGLFSHDRVHYSASGYREQGRLL
                     YKALVRSALDYQQRKRK"
     CDS             15854..17395
                     /gene="patA"
                     /locus_tag="SEQF2638.1_02094"
                     /EC_number="2.3.1.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:O25526"
                     /codon_start=1
                     /transl_table=11
                     /product="Peptidoglycan O-acetyltransferase"
                     /db_xref="COG:COG1696"
                     /translation="MIHSLPLDLSLERLRALFAYQPESPMLFSTGLFFFLFIAFYIGY
                     RALRHTTTARILYVVLFSLYFYYKSSGVWFLLLVFTATSDFLIARALAATVRPAGRKV
                     WVALSLVINLGMLAYFKYTNFLLQTLLAIGQSMGSWFGVAPVGGTVYEPLDIFLPVGI
                     SFFTFQSLSYTIDVYRGELQPLRRWIDYLFYVSFFPGLVAGPIVRARDFIPQMFRTPV
                     VTRETLGEGLYLIICGLLKKSVISDYISVNFVDRIFDAPTLYTGLENLVGAYGYALQI
                     YCDFSGYSDMAIGIALLLGIRFNTNFDSPYQSATITEFWRRWHISLSTWLKDYLYISL
                     GGNRRGRVRTYVNLMLTMLLGGLWHGASGRFILWGGLHGAALAVHKFMMNHFPSFRPT
                     GDTMSPLRRVCGVLITFHVVCFGWIFFRADTMATGWDVIRQIFTAFHPEVFSQFVVGY
                     TEVFLLILGGYAIHFMPRVVDTTVRGWVTQSPTLVQALYLTVAIIIVLQLKSADIVPF
                     IYFQF"
ORIGIN      
        1 cgcggcatgc tgcgcatcga cttacccgcg ccacgatacg ccgaattttc cgcgccaggc
       61 cgtccctaca cctttcgttt ctcccgcctt gccaatgtgg agcttccccc cgctggtgaa
      121 gctgacgacc gactcaacat tacctaccct aagtggggcg taacgatcta ttgcagcggg
      181 gcggccatta cctcggccac cttagccgcc gccaccgacg aatgtcggga actcatccgc
      241 cggagtgtcc gcgacgtaca cgccgttacc gaacaagtct acgaggatcc cgacgcacgc
      301 gtctacggcg tcctatttcg catcgaggga gattcgcccg cgcctatccg cttcatgctc
      361 accgacagtg cagcccactt ttttcagggc gcgctctatt actccgaccg tgtgagcccc
      421 gactctgtcg cgccgctgac tgattacctc ttgcgagacg tcgccgtgct gatccaaacc
      481 tttcgttgga aataagtacc cccttaccgt gccgttgctg gagacacata cgcagtcgga
      541 gtgccgatgg ggactgtggc gcatagatga aacttggttg gagttgctcg acgggctgga
      601 gcgacgtgat gcctatcgag attttctcga aaatgtccgc gcggagggcc gtcgcacgga
      661 atggttagcc gtgcgcgcgc ttttgcgagc cctactcggc tatgaaccga ctgtcaacta
      721 tcgccccgaa ggctaccccg aggtcgatgg atggcacgtc agcttctcgc atacgagaca
      781 ctacgccgca gccatctgtt cccgcgacac ggtcgtcggt attgacatcg aacggttccg
      841 tccgcgcatc gtcgggctgc gtgaccgctt tctggataga gacgaactgg cgctcatcgg
      901 cggcccgaac acggatgatg tccgtcggct gacggtctgc tggagtgcca aggaggcggc
      961 attcaaaatg ctccgtctgg ggtcgtctga ctggctccga ggagtgcgta tcgtggccta
     1021 cgatcccact tcccatcagc taacggtcca cgaaacgctc acgccgaaca catacacctt
     1081 caaaatagac ttctccctcg cctcggacta cgtactcacg tggggtagga gggggtaacg
     1141 tggtgtgttt ttggggatac atggaatagg tatgcccaaa acgcggtaca ttttcaaggt
     1201 aaatcatgta cccggtcatc ttccctagcc tcggtagagg ccttgatttt cttttgtctt
     1261 cttttcttgt atcaagacaa gacccctacc ggggcaggga agtttttctc ggtacatttt
     1321 ctacttccct catgtacccg gttatcttcc ccggcctcgg cagaggcctt gattttcttt
     1381 tgccttcttt tcttgtatca agacaagaaa agaaggtagg ggaatggggg caaagcccct
     1441 gattttcata gctcaagatc aatatacccg gaaaacgaac cgcattccca ttattcattg
     1501 aatatgaatg cccaaaacgt gctgcgtttt ggggttatta gatccttgta ccccaaaaat
     1561 gtatcacgtt ttcggcatcc gccatcatta aaatggcgtc tggtggggcg tatgcaatac
     1621 gcccctacac agagacctga aaaatcaata cgttttcggg taacaaggta ggggcgtatt
     1681 gcatacgccc cacaaacgtt ccatttatgg aacgaataac cctgaaaatg gacgcgtttg
     1741 gcgcattcgc catcctgagg gatggcgttt ggagggcgta tgcgatacgc ccctaccgtg
     1801 gtacttcaaa acgcaccaaa ggcttgccct ttcaaccgaa atggatcctt acagcttgag
     1861 gtagcggccg gttagagact cggggcaggc gacgatctcg cgcggggtgc cggcacatat
     1921 caggtgtcca ccggctttac cgccttcggg accgaggtca atgacgtaat cggcacactt
     1981 gattacgtcc ggatggtgct caataataac taccgtatgc cccaggcgga tcagatcgga
     2041 gaaggctttg agtagggtct taatatcgtg gaaatgaagg ccagtcgtag gttcgtcgaa
     2101 gatgaacatt gtcgccggat gctgcttctc taaccctaaa tagtaggcca atttgacgcg
     2161 ctggttctcg cctccagata gggtcgacga ggcttgcccc agtttgatat accccagccc
     2221 aacttcttgc aacggcttca agcgagcaac tattttcttg gcttgcttgt cgtccgtctg
     2281 cgcgccgaag aactccatcg cctgtgcaac cgtcatctcg agcacgtcgt aaatattcac
     2341 cccgtgatat tccacctcca gcgtgtcggc gttgaacctc cgcccgtgac aagcctcaca
     2401 ctcgagcgtg atgtcggcca taaactgcat ttcgaccgtg atccgtccct cgcctttgca
     2461 ctcctcgcag cggccaccct ccttattgaa cgagaaatgg gctggtgtgt aacccatttg
     2521 cttcgacagc ggctgttcgg caaagagttt ccgtatttct tcatacgccc cgatataagt
     2581 gacgggattt gacctcgaac ttttcccgat tgaattttga tctatgaact ctatgttctt
     2641 gatatgctgc acatcgccct cgatagcgag gcactccacg gttagaggcg catcgtctaa
     2701 gcgttgtttc aatccctcat acaaaatatc ccgaacgagc gagctttttc ccgacccact
     2761 gacgccggta acgaccgtca tggcgtgaag tgggaacttg acatcgattt gcttcagatt
     2821 gtttttccgc gcgccccgta cttcgataaa ttcgttccaa agccgaggcg cgtcaggagc
     2881 ttcaatctgc tcttccccag tcagatagcg cacggtgaag ctctccttgg cgcctttttc
     2941 tatttcacta accgggcctt gatataccac ctcgccacca agccgtcccg cggctgggcc
     3001 gatatcaata atgtaatccg cagcccgaat aatctcctcg tcatgctcta ctacgacgac
     3061 cgtattcccc tgcgcctgca attgccggag cactcggatc aattggtccg tattatgcgg
     3121 atggagaccg atgctcggct cgtcgagtat ataaagcgat cccacgagac tacttcccag
     3181 cgaggtagat aggctgacgc gctgactctc gccgcctgaa agcgacgcag ataggcgatc
     3241 gagcgtcagg taaccgagtc ccacatcgag aaggtactga atccgggtcg tgatctcggc
     3301 caatagtcgc tttccaatcg ttgcctcggt ctcgttgagc cttaaatcgg agaaaaaagc
     3361 acgtagttcg gtgataggca tagataccag ttccgtgata gtccgtccgc cgacgcggac
     3421 atagagcgct tcgggtttta agcgcgtccc gtagcacgtg gggcaggtcg ttttgcctcg
     3481 atatcgcgca agcaacacgc gatactgtat tttatacaca ttggcctcca cgtctgcgaa
     3541 aaaatcgtcg atgccattca catcctctgc cccatgccag agcagatggc gctcctcatc
     3601 cgttagatcg taataagcac gatgaatcgg gaagtccttt ttcgatgccg tccgcataaa
     3661 atcgcgtcgc cactgatcca tcacctcacc cctccagcac gcgaccgcgc cctcatagac
     3721 cgacaggttt ttatccggga tcacaaggtc ctcatcgata cctactaccc gtccgaagcc
     3781 ctcacattgc gggcaggcgc ccatcggatt attaaaattg aacatcatct cggtcggttc
     3841 ctcgaacgtc aggccgtcag cctcgaaacg tttggaaaat tcgaggacct caggatcggc
     3901 cccaggctta gcgtagacgc tgaggcggca tgtctcatgc ccttcataga aagccgtttc
     3961 cacggagtcg gctaatcggt tcctaaagag cttgtcgtcg gacacttcga ggcgatcaat
     4021 caaaatatat accccttccg tgggcaactt ttcctgttcc aacacctctt gaaggcgcat
     4081 cacgcgcccg tccgcctcta ttctcgtgta accctctttt tgcaggatct cgagttgctc
     4141 cttcatcgtc ctcccttccg gcaaaacgat cggcgcatag accgccaacc gggtgccagt
     4201 cgggtaggag agcgcctttt cgactacatc agacacttga tgcttcttca cctcctggcc
     4261 agagacaggc gaaaaagtac gacccagtct ggcgaacaac aatcggaggt aatcatagat
     4321 ttcagtcgac gtcccgaccg tcgatcgggg attccggacg cttactttct gctcaatggc
     4381 aatggccggg ggtatacctt taatataatc acattccggc ttactcattc ggccaagaaa
     4441 ctgtctggca taggccgaca gactctccac atagcgtcgt tggccctcgg catagagcgt
     4501 atcgaaagcc agcgacgact ttccgctgcc cgaaagccct gtaatgacca cgaaacggtc
     4561 tctcgggata cgtacatcta tatttttcag attgttgacc cttgcgccct tgataaggat
     4621 gcaattatcg tcttgccata cgtcttcttt catcttagag gcggtgattt tgttgcgtgt
     4681 gatgagatct atgtctggtg taagtggcca caaaggtagg gcgaataagt cattgataca
     4741 ctgattatcc atctcaaaaa gaagcgccac ttcaaaaaag taaaagaccc catctacacg
     4801 aagttttaca ttaaaatact ttgattgatc ggcgaaacgc gacgaaggca aaacatccat
     4861 cttagatgga agactcaaac gcggcgcgtt ttgcacctcc atctaagatg caagtcccaa
     4921 acgcggcgcg ttttgcacct ccatctaaga tgcaagtccc aaacgcggcg cgtttttcac
     4981 ttccaactaa gtagcaagtc ccaaacgcgg cgcgttttgc acctccaact aagtagcaag
     5041 tcccaaacgc ggcgcgtttc atacttccta ctaggtagca aggttgaggc gcgataattt
     5101 ttcgaccgtc agggtagggg cgtattgcat acgccctacc ggacgacatc ccaaggatgg
     5161 agaatgcgca aaacgtgata cgttttcggg atataaggat ctaataatct ggaaacgcac
     5221 cacgtttttt attttcatca tgtatctggc cagtttcccc ggcctcggca gaggccttga
     5281 ttttcttttg ccttcttttc ttgtatcaag acaaggcccc taccggggca gggaagtttt
     5341 tcctggtaca tttttaagat ggatcttata ttcatcccta tccctcgatc catttttcag
     5401 attcatcatg tatccggcca gtttccccgg cctcggtaga ggccttgatt ttcttttgcc
     5461 ttcttttctt gtatcaagac aagaaaagaa ggtagaggca agatgaatac gtcccaccga
     5521 atatcatttt aatgatgatg aatattgaaa acgtgatacg ttttcgggat ataaggatct
     5581 aataatctgg aaacgtgtca cgtttttagg ttattcgttc catagatgga acgtttgtgg
     5641 ggcgtatgca atacgcccct accgtgttac cggaaaacgc atagattttt tgagatccaa
     5701 tgtaggggcg tattgcatac gccccaccgg acgacatccc aaggatggca aatgcgcaaa
     5761 acgtgatacg ttttcgattt ccatcatgta cccggccagt ttccccggcc tcggcagagg
     5821 ccttgatttt cttttgcctt cttttcttgt atcaagacaa gaaaagaagg tagaggcaag
     5881 atgaatacgt cccaccgaat accattttaa tgatgataaa tgcgcaaaac atggtacgtt
     5941 ctcgggatat aaggatctaa taatctgaaa acgcaccacg ttttcaggtt attcgttcca
     6001 tagatggaac gtttgtgggg cgtatgcaat acgcccctac cgtgttacca gaaaacgtat
     6061 tgattttttg agatcccgtg taggggcgta ttgcatacgc cccaccggac gacatccaaa
     6121 ggatggcaaa tgcgcaaaac gtggtacgtt ttcgggatat aaggatctaa taatctggaa
     6181 acgcatcacg ttttttattt tcatcatgta tccggccatt ttcctcggcc tcggcagagg
     6241 ccttgatttt cttttgcctt cttttcttgt atcaagacaa gaaaagaagg tagagacaag
     6301 atgaatacgt cccaccgaat accattttaa tgatgatgaa tgcgcaaaac gtgatacgtt
     6361 ttcgggatat aaggatctaa taatctggaa acgcatcacg tttttaggtt attcgttcta
     6421 tagatggaac gtttgtgggg cgtatgcaat acgcccctac cgtgttaccg gaaaacatat
     6481 cgcgtttttg agatataacg atctaataat ccgaaaacgc atcacgtttt ggatattcat
     6541 attcgatgaa tgatgaaaac gcggttcatt ttccggatat aacaatcata taatccgaaa
     6601 acgcatcacg ttttctggat atattgatct tgtggtataa aaatcggggg ctttgccccc
     6661 atgcccctac cttcttttct tgtatcaaga caagaaaaga aggcaaaaga aaatcaaggc
     6721 ctctgccgag gccggggaag ttgatcggat acatgattga tcttgaaaac gcatcacgtt
     6781 ttggggatat aacgaccatg taatctgaaa acgtatcacg ttttgggggc ataacgatct
     6841 aataatctga aaacgcatca cgttttgggg atataacgat ctaaacgtaa gggaacggta
     6901 caaaaaaacg gcacctcctc tcgggagatg ccgtttgcta cataaaatca ggcgggtgta
     6961 tcgacctatc tctccgcttc tttatcgctc tacgactacg cgactggcac gggtgcgggc
     7021 ttgcacgccg ggggcgtaca tggctgcgca acggatggcg ggtagaacga acgatccggc
     7081 gtatgaggct tgcaatcgta cgcggaacgt tttcgtctcg cctctcttga ggtcgaagta
     7141 agtcagtacg cggtcgtcgc ggatgtctct atacgtgtag gatgtggctg aggcgcccga
     7201 ctcgacgtct tccggcgtga tgagcctctc attgtagatc tcccaaccgg agggtatgat
     7261 ctgggtaagg gctaaattgg tgtagtcgga caccgccgag gggttagata ccttgaccac
     7321 ggccacgaga tcggttcctt gcggcagacg atccaccgag agggtgtgcc cagacctatc
     7381 tgtataggtg acttccatgc ggaggccttc ggagatggct ggcagggagt cgcgaagggg
     7441 tatcatcttc gtggtgaggc ttacatagag ctgacccttg ccgttattct tgacggagac
     7501 gagtcctacg ggcgggaagg tgggcaactg gctgcggaag agggtccgct gactgttgac
     7561 tgtcggttgc ttgccgccgt ttaggctcca atcgaactga aggctgcccg acgtgcgttc
     7621 ggccagtctt cctaaggcca agagggcgta agccgtggac tgggtagcga actcttgcga
     7681 cgtggtaagg ctttgcgaca cgcgtcgagc ctgctcgaac gcctcccgat cacgccccat
     7741 cagcacgagc gcctctaata tcatggcttg atcacgctcc ggcgacccgt acgtcggatt
     7801 gctccaatcg taagtcgcca ccgcgagggg aagtctgaat attaattcgt tagctatgtt
     7861 cggcttgccc gccaaagcat acgctgcggc gagacgccac cgtgcctgca tcgaaagtgt
     7921 gcgactctca cgcaatcgat tcatcgcgcc cagctcggga gcacctgcta aggccaaggc
     7981 atagagtcgg taagcctgga caaggtctcc ctggtcgata gcaaagcgtg aaggcgcctt
     8041 ggtggccggc ctccacccct gtgcagcccg tcgctgatac gatttccacc gattcagtgc
     8101 gccagcattc acctcgtagc ctttttcgcg ggctaaaacg aggaaagtgc ccacgtacga
     8161 ggtcgcccac tcgtcttctt gcaagccacc aggccaatac gtgaaggcgc cgccgggtaa
     8221 ttgtcggctg taaaggtctt ggacggcgcg gcggacgttt tcacggatgg catcagcctc
     8281 gcgcttatcc aattctcgga aagcaccgac gtaaagaagg ggtaaggcgg ccgaagtgac
     8341 ctgctctgtg cagtaatgag ggtaatcgct gagaaaatcg aggcatctgc tgaggttggg
     8401 agagggtatg cgagccactt cgaggcttgc ccagccctcg gatgatccgc cgaagcccgt
     8461 ttgataggtc aagaggccgg tggatcccgc agcgatgagt cggctgtcga tccttacaat
     8521 ggggggattg ggattgcgga cgccgatttc gatcgtttcc ttggaggagt gtccgccgcc
     8581 ggtagcggtg acgactatgc gttcaatgcc agtggtcaga cccgatcgga gcttgaaaaa
     8641 cacgggttta tcgcccggtg ctgcgaacgt gatggactgg ctggagcctt cagtaagtcg
     8701 caacttgccc gtggtttcca ctttcacggt cacatttttc acgccgctct ccatcgcaaa
     8761 gacattcacc gggaaaagaa tttcctcatc cgtgctcacg acccgaggca acgacgaaag
     8821 caccatcaac ggcgcacgca cagccactct tttttcagcg cgtccatacg ccccttcttg
     8881 tccagccact accatgacgc gaacagatcc gatataaggc ggaagtttga gcttatgcgt
     8941 ctgtgtttct ccccgcttca gcgcgaaagg cccaaggaac ttcacgacag gcttaaaccg
     9001 gttcgctttt gactctactg ggcgcagaga ctcgtcgccc ccgacgctga agagggatcc
     9061 cagacggccg gcataggcgc ccatgacgaa atcgtacata tcccaggtgc gaataccgag
     9121 cgcctcgcgg gcgtagaagg tattccaggg gtcgggagtc tgaaaattgg tcaggtcgag
     9181 gagtccatcg tccacaatag ccagcgtgta ggtcatcggg cggcctgatt gctctttgac
     9241 ttgcacggtg aagtccgctt cgggcctcaa cacatcttgc atgacgatca agggcttcag
     9301 gatggaattt ttatgggtca cgaagacggg catcacgcca tacatacgga tcggcagatc
     9361 gttagcagtc tgtgcgtaag gctggatgag ggtaatgtgg aggtagacat tgggcgccat
     9421 gccctcggtg accttaaaac tgtatttcgt atcgcccgag gcggccatgt tgacccattc
     9481 acgatggagc acttccgtac cattttcaat ggcgaccaat gcgcgtccgc cggtagaggc
     9541 aggaatgatg gcggtggccg tttcacccac ctcgtaagac gatttatcga gcgcgaaggc
     9601 caacattttg atgccgttag ggtcagattt gttcgagcga ccacgccatt cgggccaatc
     9661 cacgtaaatc gtgccgcccg tggcatgtcc accctcgcga tccttgatat acaccaaata
     9721 gcgaccccat tcaggatagt tgactcggaa ggggatcacg gctttgccgc ttcccaccgt
     9781 gttgattgtt cccgccgcga cggggacgat agatgcgttg ttgagataag aggcaaacgt
     9841 ctcgtcgtca tgctcccacc accagctcca gttcactttg tagatcttgt attccagtcc
     9901 ttggcggtta agaggcttgc catcgggcga gagggtgact acctcgaagt ggtgatcccg
     9961 atccgtctca agggtctgac cttggtcgaa attgcccagc ttgacgccga cgtaaacggg
    10021 gaaaggagag aatggaatgc tctgcgtgaa gagactcgcg tcacctccag gttcaaagac
    10081 tcggcaagtg aggttggctt gcagcatgcc aggtgcatca gatgccgtag gcaggttggc
    10141 gaggaaggat gcttttccga gatcactcag tgcgccgtca aaaagatcgg tcgtaccgga
    10201 ggtgaatgcc gctgcgggat tgtcgaaggt gtacttttcg tagcctttga attgcgtcgg
    10261 caccttcgtg agggacatct ccaccttagc ttttagccca cgcgccacgg caccggtaag
    10321 ccaggccgat tcaaggttca tcggcaccgg cagcggggac acttgtaaga tttgaccggg
    10381 caacgtgagg ttgattttga gcctattggg ctttacggtt tcgatccgca gcgccttatg
    10441 gaagctggca ccgcctactt tcacgtaagc gttccaaagt ccggtagggt catccggtcg
    10501 ggtggggata tggaaaacat acatgccatt cacaccacta acggagatct gtttcgtgta
    10561 gaattggcca cgcggattga agatctctat cgaaacggga tgattttgag ggatacgttt
    10621 ttcgcgatct tccatcatga aggtcacgtg gagggtgtca cccggccgcc atacgccacg
    10681 ctcgccgtag atgaagcctt tcagtccgcg ttcagtctct ttgccgccaa tgtcgaagcg
    10741 gctaagcatg ttttcctccc catccacgag tcggaggtag cctttttgct tgtccgaagc
    10801 ggtggccacg agggcgaagg gcttattttt cgtcttgatt tcggcaaagc cattgtcgtc
    10861 ggtctttgcg ctgccgatgg gttgtagttg gaagttgtaa gccgtcactt ctacgcccga
    10921 taaaggcttc gtatcgatca aattagagac tgccacccaa agcgtattgt tcgcattggc
    10981 cttgacaata agccctaagt tcgaggcgag tacgttcgtg gccgccatac ggtctgacga
    11041 catataataa ctggccgagc acgggttgtc gcgctcttcc cactggtaag tatcccaatc
    11101 catgtctgcg ccatcgtagt aataggtctg cggcttgtcc cacgtggcct cgtccgtctc
    11161 tcccaactcg ttttcatcca gtcgcgtcat gccagcaggg cctaaatttc gcgcaccctc
    11221 ccctacgctg tcgcagggat aagctgaata ctcgcgctta aacgaaagca cgacgcggta
    11281 gatggctccc ggttcctgac gaatgagttt gctgaggtcg atgaagtaat tatcccagtt
    11341 gtgaatgtct ttcgtggcgt cgctgtcgag tctgagcatc ttacgataga cgagtcggcc
    11401 cgtccgtcgg agttctgacg aggaggaagc ctcgagcgag ttgtcctgta agaaggtcag
    11461 gacgttacgc tcgaaaatgc ggataatttt taggtctacc gcatagagat ttacggctcg
    11521 gaaaggcaaa atgagctgct ccgcgttcgg cataatcgtc ccctcggaca ggaattcgac
    11581 ctgcggattg agcgacttca cctccagccg cacggacgag gaagccgtca aggcatcacc
    11641 cgccacgctg cgcagcgcac cgtctacctc gatggcgaca gccttcaaat cgctccgccg
    11701 ctcgaagaaa agtcgcactt tattgtcttg cacctgacag gtgtaggata cagcgccgtc
    11761 agatccccct tcgccagccc ggagagtgac taaaccgttc acatcctgcg tcgtggagac
    11821 gggggcggag aaggttaggc aggcaccact ctccggctcg tcgatcatct cggcttgcat
    11881 cagcttgaaa gggggcttcg tgcctgggat ggtagctcgg agcgtctcct tatggtctgc
    11941 gccgaaaggg ctgccgtcta tcgtcaccag aagttccgtg tcggcctctt ttttggcgac
    12001 ttccgagacg gtgaagcggt acacccgggc gtcttccgtc cttgtgaccg tcaccttggg
    12061 cttatcgccg tcatgtttgg ccgtcaccat cttcgcgacc tcgtccgcct tgggcgcttc
    12121 gctcagtcta agctcgccgc atacggtcac gcggtccggg gccgaggctg tgatgtcggt
    12181 tgaggtgatg cgcgccgtaa agtcacgcgc ttgtacgcgg taggagaagc gaaacgcatc
    12241 cagtttcttc tccactttca tcacacgccc caagcggaag gtcgcattgt agagtgtccc
    12301 cgggcgtaat tgcccagaat caggcacgaa ctcaatcgtg cgactgttga cccaatacgt
    12361 tttgcctttc agaccgggag aaaagtcgaa gagatcgtcc ttcacttcct cgcccatctg
    12421 tacaatctgt tgttcctcgg tcaattcgat gcgtatcgtc ccatccgagc cgatgacacc
    12481 ccccgtatag gcggagatgt agggcgcaaa ttcgatggaa ggggtaagat cttggtttga
    12541 ccggcacgac acgatggccc aagccactgt cgcgatcgtc atcagtagaa atatccgttt
    12601 catagagtca cttgttgata tgttatgtat gagcatgttt ttatgagtgc ttgtcgggga
    12661 atggagagcg gactccctct ctgtgagggt ttacaaaggt attcctcttc ggcccatttt
    12721 tcctcgtagg ggtccgtctc ctcgtcgcgt gaagaggagg cactcttcat ggatgttcgt
    12781 gcggcgggcc tttaggggat cagaagctgt ttggaattta tttcggaggc tatcgggcgg
    12841 atgtttctga tgattttgtt tcatcatgag atgagcatag caagctatgt gaggattaat
    12901 gagggaacaa aggggcagaa acaggcctcg ataggcccga agcaagaaag gagaaagatc
    12961 cactcaaaca cctccatgaa acaatcactc cataaattca aaacggcttc tcaaaactgc
    13021 gtctaccttt ggccccgctt ttttggaaag aatgggacaa gagaataatg atcgctccgg
    13081 gcagttggta ctgatcctgc tggtaacagc agcggcctgt ctggcgctct acatgttgcc
    13141 agacgagttg tttggcctaa gcataaagaa aatggatatg ctctccgacc ttagagtcgg
    13201 gagcgaggat gaagacgagg atagcgacct ctccagagcc gactccgtac tgttgcgcgg
    13261 cgactccacg gggttgagtg cagccgaccg tgaacgtttg gcgtaccgtg actcgatgta
    13321 tagggccatc atggcccaat tgcggggcga tacgctcaag gcagtcgtcg aagacttttc
    13381 cgtggggcac atcggactgc ggcgattctt cgccgcgctg aacggtatca gcacgttagg
    13441 ccgacccgtc cgtgtggcgt tcctcggcga ctccttcatc gagggtgaca tcctcacggc
    13501 cgacttccgc gagcggatgc aagcgcgatt tggtggccga ggcgtaggct ttgtgccggt
    13561 gtcatcgcag gtggcacagt ttcgcccgac tgtccgactg cgctctaagg ggtggacgac
    13621 gcgctccata ctctccgacc gtaagccgaa gtacctcctt tcttgcctcc tgttcgacgc
    13681 cgcgaacgat gccccgacaa tagccttcga aacgaccgac tatatgcccc acttgaagag
    13741 tgtcggtacc ctcaagttcc tctacacaag caatcgagcg acagacctcc gctggatatg
    13801 caacgaggga cgggatacat tcactgcgcg cctcccagag actgacggcg tggggcaata
    13861 tgtggcgaag ggctccttta cggagggcaa attggccttt acacatgcgc aagggttgca
    13921 agcgttgggc attgcgttag aggatgatcg cggggtggtg gtggacaatt ttgctttgcg
    13981 aggtaattcc ggtttgccgc tggaaaactt ggacatagcg cgctgccaag cattgcaggg
    14041 catacgcccc tacgacctga tcgtgatcca atacggcctg aatgtggccg tcgaacgaac
    14101 gaaggactat ggcttctacc gagaccggat ggtggccatc attaaacata tccgtacctg
    14161 tttcccaggg gccgacgtgc tgcttttggg tgtctcggac cgcagcaaag tggtcggcgg
    14221 agagcgccac acgatgtcgg ccgtgaagaa tcttcgccgc gcgcaacgtg aggcggccct
    14281 cgaggcggga gtagccttct gggacgttta cgaggcgatg ggcggagagg atggcatggt
    14341 cgattacgtg aagcgcaatt gggcggccaa ggattatacg cacctcagtt ttcagggtgg
    14401 ccgcgaattg gccaatgccc tctacgacgc aatcatttta gagaaaacgc tatatgacaa
    14461 tctggaaaaa acgcagcgct aacagggcac ctttctgggc ggcgctctgc tgcttatgta
    14521 tggctacggc agcccaggcc gaaaggccgc attcgccgat tgaaaacagg aaccttgcag
    14581 cggaaaaagc tgcccccgaa aagaagaaga ccggccccct gacggatcag gtcgacctca
    14641 cgatgacgtt tgccgtcgat tcgctttgtc gcatcattga tccgaggcac acgctggacg
    14701 agttctggga gaatctgctc agcctgtaca atggtaaaga caccgtactg cctatcgctc
    14761 acttgggcga ctcccatatc cagggcggat tctatacgaa cgagacgatg aacctgctcc
    14821 ggcgcacctt tggcaatgcc ggccgcggat ggatcgcacc ttaccggcct gcacgcgaaa
    14881 atggtccctc ggactatcgt attttctcgc aagtgaagag ctggagcgtc gggcggtgca
    14941 cgcgtccgca gtcgggcacg ccgtgggggc tgggcggcat gggcttgcag acggatgccg
    15001 ccacgatcga cttcacgatc gcggtcaatg gggcggacga cgacttcacg caggtgctga
    15061 tgtaccgcgg agagtacgcc cggcccatgc tgccggaggg gatccgcaat gcgcggacgg
    15121 cttggggcaa ggatacctat gcgctcgacc taacggtgga tagcttcttc ctgcccgagg
    15181 ctgtgcgcga gctccgtttg cagagcgtca gccgcagtga ggcccccacc tcagtcacgg
    15241 gcgcgagctg ctactacgga ttctcgctct tcaacgggcg ccccggggtg gtctatcacg
    15301 ccatcggtcg caacggagcc acctattcgc agtatacctc cgagcgattc gtccgccagc
    15361 tctcgctctt ggagcctgcc atactcatca tctcgctcgg caccaacgaa tcgtacggca
    15421 cgcacttctc ggcctccgat ttcatcacgc gcgtagaccg cttcgtgcga ctggcccagc
    15481 gatacatgcc cctgacgacc atcgtactca ctactccggc cgaaaactac ctcgcggcgc
    15541 gaaccaccgt cactcggcgg gccaagggca agaaacgtcg cacgacgacc accgtcacgc
    15601 ggggctatac ccgcaacgtg cacgtcggtg aggccgccga ggcgatcctc gattatgccg
    15661 cgcgggaggg tctggcctgc ttcgacctct acggcatgac cggcggcgca ggctcgtgcg
    15721 agcggtggca agccgaagga ctcttctcgc acgaccgtgt gcattacagc gcctccggtt
    15781 atagggagca ggggcggcta ctgtacaagg cactcgtccg cagtgcattg gattaccagc
    15841 aacgtaaacg aaaatgatcc acagcctacc ccttgacctc agcctcgagc gcctccgcgc
    15901 cctcttcgcg tatcagcctg agagcccgat gctcttcagc acaggcctct ttttcttcct
    15961 tttcatcgcc ttctacatcg gttatcgcgc cctgcgccac acgacgaccg cccgcatcct
    16021 ttacgtcgtc ctcttttcgc tctacttcta ttataagagc agcggcgtct ggttcctgct
    16081 tctcgtcttc accgccacgt ccgatttcct catcgcccgg gccctcgcag ccaccgtccg
    16141 cccggccgga cgaaaggtct gggtcgcgct cagcttggtc atcaacttgg gcatgctggc
    16201 ctacttcaaa tacaccaact tcctcctcca gaccctcctc gccataggcc agagcatggg
    16261 ctcttggttc ggcgtggccc ccgtcggagg cacggtttac gagccgttag acatcttcct
    16321 gcccgtcggc atttcgttct tcaccttcca atcgctcagc tacaccatcg acgtctaccg
    16381 cggtgagctc cagccgctcc gacgctggat cgactacctg ttttacgtct ccttcttccc
    16441 cggactcgtg gccggaccta tcgtcagggc ccgcgacttc atcccccaga tgttccggac
    16501 gcccgtcgtg acccgcgaga cgctcggcga agggctctac ctcatcatct gcggcctcct
    16561 gaagaagagc gtcatctcgg actatatcag cgtcaacttc gtcgaccgca tcttcgacgc
    16621 cccaacactc tacacgggcc tcgagaacct cgtcggcgcc tacggctatg cgcttcagat
    16681 ctactgcgac ttctcgggtt actccgacat ggccatcggc atcgccctgc tgctgggcat
    16741 ccgcttcaac accaacttcg actcccccta ccagtcggcc accatcaccg agttctggcg
    16801 tcggtggcac atttcgctct ccacctggct caaggactac ctatatatca gtctcggcgg
    16861 aaatcggcgc ggccgcgtcc gtacgtacgt caacctcatg cttacgatgc tcctcggcgg
    16921 gctctggcac ggcgcatcgg gccgcttcat cctctggggc ggacttcacg gggcagcgct
    16981 ggccgttcat aagttcatga tgaaccattt ccccagcttc cgccccacgg gcgacacgat
    17041 gtcgccactt cggcgcgtct gcggcgtcct catcaccttc cacgtcgtat gcttcggttg
    17101 gatctttttc cgggccgaca cgatggccac gggttgggac gtgatccgcc agatcttcac
    17161 cgccttccac ccggaagtct tcagccagtt cgttgtcgga tacaccgaag tctttctgct
    17221 gatcctcggc ggctacgcga tccacttcat gccccgagtg gtcgacacga ccgtccgcgg
    17281 gtgggtcacc cagtccccga cgctggtgca agccctctat ctcacggtcg ccatcatcat
    17341 cgtcctgcaa ctcaagagcg ccgacatcgt ccccttcatc tacttccagt tctgagggcg
    17401 tcagggacgc cggccaagat ggcttggtac ccatatccag cccttaggcg tcaggtgccc
    17461 ccaccggaaa ccatttcaat ggccccatcc cgtacccggc cagtttcccc gcccccggtg
    17521 ggggcttgat tttcttttgc ccccttttct tgtatcaaga caagaaaagg gtgtaggaga
    17581 taggaggc
//
LOCUS       SEQF2638.1|AYYF01001575.1 1217 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1217
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             4..1206
                     /locus_tag="SEQF2638.1_02095"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSEGLQKVAGDKLRNILSVMTTNRFTGVLTGMLVTALIQSSSAT
                     TVMVVSFVNAGLLTLGQSISVIMGANVGTTVTAWVISFFGFKFDISILSLPLMGIAIP
                     LMFAKKSNYKSLGEFILGFAFLSLGTESAFKHTGEVVGYLHLHAVADLLVFLYADECL
                     EELLAVGLVEQRLDHAKHAIGAVAKDRNLFVGLYEREFRGREHTGRDVFELELLVFAL
                     ARRLDEGRADAFVELDEPDHDKDVADIKQRVEEREPVGDGHLLCLELLAEADQMLIGE
                     LLVRGDEADGLAVERVDEVRHGVRIARAEARHEPLDRVAEGVEEDHHPDDAEEVEHEV
                     GQGGTAGGDVAREGGQVSRDRGTDILTEHHRSGHFERHPALGAHDEGDGHRGTGRLYD
                     DGQDRTDG"
ORIGIN      
        1 atcatgagtg aagggctcca gaaagtggcc ggcgataagc tgcgcaacat cctctctgtg
       61 atgacgacta accgcttcac cggcgtcctg accggtatgc tcgtcaccgc cctgatccag
      121 tcctccagcg ccacgaccgt catggtggtc agctttgtca acgccggttt gctcaccctc
      181 gggcagtcca tcagtgtgat catgggcgcc aacgtcggca ccacggtcac ggcgtgggtc
      241 atctccttct tcggcttcaa gttcgacatc agtatcctct ccctgccgct catgggcata
      301 gccatcccgc tcatgttcgc caagaagagc aactacaaat cgctcgggga gttcatactt
      361 gggttcgctt tcctctccct cggcactgag tcggccttca agcacacggg tgaggtagtt
      421 ggctatctcc acctccatgc ggtcgctgat ctgctcgtat ttctctacgc ggacgaatgt
      481 cttgaggaac ttctcgctgt cggtctcgtg gagcaacgtc ttgatcatgc caaacatgcg
      541 ataggtgcgg tcgctaaaga ccgcaatctc tttgttggcc tgtatgagcg agagttcaga
      601 ggtagagagc ataccggccg agatgtattt gagttggaac tcctcgtctt cgctctcgcg
      661 cggcgacttg atgagggccg agcagatgcg ttcgtagagc ttgacgaacc agatcatgac
      721 aaggatgttg cagacattaa acagcgtgtg gaagagcgag agcccgtagg agacggccac
      781 ctgttgtgcc tggagctgct cgcggaggct gatcagatgc tgatcggtga gcttctcgtc
      841 cgaggtgatg aggcggacgg tctggctgtc gagcgagtgg atgaagttcg tcatggcgtg
      901 cggatcgccc gggccgaagc gcgtcacgag ccactcgacc gtgtggcaga aggggtagaa
      961 gaggatcatc acccagacga cgccgaagag gttgaacatg aggtgggcca aggcggcacg
     1021 gcgggcggag acgttgcccg agagggcggc caggttagcc gtgatcgtgg taccgatatt
     1081 ctcaccgagc accatcgcag cggccatttc gaacggcatc cagccttggg tgcacatgat
     1141 gagggtgatg gccaccgtgg cactggacga ctgtacgatg atggtcagga tcgtaccgat
     1201 ggctaggaag atgagca
//
LOCUS       SEQF2638.1|AYYF01001576.1 14916 bp   DNA    linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..14916
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             63..1259
                     /locus_tag="SEQF2638.1_02096"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAITLIMCTQGWMPFEMAAAMVLGENIGTTITANLAALSGNVSA
                     RRAALAHLMFNLFGVVWVMILFYPFCHTVEWLVTRFGPGDPHAMTNFIHSLDSQTVRL
                     ITSDEKLTDQHLISLREQLQAQQVAVSYGLSLFHTLFNVCNILVMIWFVKLYERICSA
                     LIKSPRESEDEEFQLKYISAGMLSTSELSLIQANKEIAVFSDRTYRMFGMIKTLLHET
                     DSEKFLKTFVRVEKYEQISDRMEVEIANYLTRVLEGRLSAEGKNNIRVMLRAVSEIES
                     IADSCNNIARTIKHRNDAKGHFTEEQNHSVEHMMSLTDAALVHMKDILHRQAGTRDDM
                     VLSYNLENEINSYRNMLKNENIDNIDNKRYSYSDSVYYMDIISEYEKMGDYILNVVQA
                     IVEKKF"
     CDS             1280..2695
                     /gene="uxaC"
                     /locus_tag="SEQF2638.1_02097"
                     /EC_number="5.3.1.12"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q8ZM23"
                     /codon_start=1
                     /transl_table=11
                     /product="Uronate isomerase"
                     /db_xref="COG:COG1904"
                     /translation="MMIRSFLDANFLLRTDTAVELYRRHAEKLPVADYHTRLRADLIA
                     ANQPVADLTTLWLDTDPDKWRLMRAGGVSEDYISGNRTPYEKFEKWAEILPQAMRHPI
                     YHQAHMELNRVFGIGETLKPSNARDIYESCTAKLQTPEYLPQAILRRLRIETLATTDD
                     PADSLNAHLALRETGGADALRIIPTWAPDRVLDLRHPEHYNLYLDQLAAVSDTVISTY
                     NDLLTALRRRHKAFGEAGCVATLHRLTTFPDAPSIDDVQVAHEALRKVREGGEPTADE
                     CLSFRAVLLRDLAEMDAEAERMQMFHVGALRDLHPRLLKKIGPDAGFDAPTDRPTAEQ
                     MARFFARLDADGTLPETIVSCDRLSDAPSVAGVAACFAGRGQRVQYAPAGWHIGRPGA
                     LETHLDVMTTEGLVAQSVGFASGARTLLAPVRHEYFRRVICDVFGREVEQGLLPHGDL
                     ATVKRTIENICSTNARRLMNC"
     CDS             3035..3928
                     /locus_tag="SEQF2638.1_02098"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAGRGGSLLRPYSGGGIFARIMEEEKRIIDVREVLRRKAPGAAR
                     WIPTAVTNWLSRTIHEAEMNDILTRYADLDGVAFMQALVAEFDLTLDLHGAERLPTPD
                     RRCLFVSNHPLGGLDGICLAALLGGRYGSTFRCVVNDLLLFIPNLRSIFLPVNKHGRQ
                     RREAATRFDEAMRGAGQVLTFPAGLCSRQQGGQIADVAWRPSFVRDAVRYQRDVVPIF
                     FDARNSNRFYRAARWRQRLGISLNVEMVYLPDEMFRNKHQRFGVYIGTPIAWQTLADG
                     QPQEWTARVREMVYRLKTKQE"
     CDS             3925..4893
                     /locus_tag="SEQF2638.1_02099"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIEQIIPPVDPDELERELTPARRLRRTNKSDNEIYVVTGAEAPQ
                     VMREIGRLREAAFRYYGGGTGRALDVDTFDSRPGAYRQLIVWSPKDRRILGGYRFRCG
                     SEALDTDGEPALATAALFHFSDRFIREYLPYTVELGRSFVSLDYQATLPRPGSIFILD
                     NLWDGLGALTVIDPTLRYFFGKVTMYPGYNVEARNMILYFLRRHFPDPDRLVEPIHPL
                     TVDVDEAAMEALFRHGSFRENYRVLNQEVRKRGLNIPPLVNAYMSLSPQMRTFGTAIN
                     RRFGNVEETGLLIAIDEILEEKKKRHIETYLKEEAETPAFRRVEIR"
     CDS             complement(5069..6232)
                     /locus_tag="SEQF2638.1_02100"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTNRLNPLTILLCTLIGLLSGCQRSAKDFTVSGIVAGAEGQTI
                     YLENIGLSSVTLLDSAKVGTSGKFHFKRPRPDYPDFYRLRLKNQWINFSIDSTETITF
                     TADAKSFATSYTVEGSDNCTAIKAITLAQLDASQEIAHARDEYQAGTLSDSAYRQRIV
                     SAAEAYKEVARKYIYAQPMSTAAYFALFQQVDGMLLFDLYDKNDSRAFGAVATSYNNL
                     YPESPRSKHLYNLALQSLKVTRNRPELNLEGIPTKELEMIDIELPDLHGRTVKLSDVA
                     PGHITLLCFTAYEAEWAPALNLTLGSIYEKFRGRGLVIYQVSLDDNVHLWKNVASNLA
                     WTCVRDPESVYSRYTALYNVRNLPTLFLLNRHGAPVKRVDNPDRLESEIQALL"
     CDS             6653..7273
                     /gene="kdsD"
                     /locus_tag="SEQF2638.1_02101"
                     /EC_number="5.3.1.13"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q5NGP7"
                     /codon_start=1
                     /transl_table=11
                     /product="Arabinose 5-phosphate isomerase KdsD"
                     /db_xref="COG:COG0517"
                     /translation="MMTNDIRSIIEQEADAVRNIPISERYAEAVDLIVKHVHKQGGTL
                     ITAGMGKAGQIAMNMATTFSSTGTPAFFLHPGEAQHGDLGIVRRNDLLLLVSNSGKTL
                     ELIELVDLARGLVPDIPFILITSDPQSELARRATLCLPTGAPREVCTLGLTPTTSTTV
                     MTVIGDVLVVGTMDRIGFTSTDYAKRHHGGYLGSKSRQLSGKEAGA"
     CDS             7270..8196
                     /gene="scrK"
                     /locus_tag="SEQF2638.1_02102"
                     /EC_number="2.7.1.4"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P26420"
                     /codon_start=1
                     /transl_table=11
                     /product="Fructokinase"
                     /db_xref="COG:COG0524"
                     /translation="MRKVIGIGETILDIIFRDGQPYNAIPGGSIFNTLVSLSRVGVQT
                     SFIGELGDDRVGQIIRDFMQQNGMSTDYMDSFSEGLSPVSLAFLDEGQGTDYMFYTNR
                     SKRRSNMALPDIQPDDIVLFGSYYALNPDTRDRVMDLVQYARERRAIVYYDPNFRKAH
                     AHEAIQLRATVMDNYEAADLVRGSDEDFVNLYKKTDPDEVYRDEVQFYCKRLIATRGS
                     GGISLYTEKGCTHYDVPPLTAVSSIGAGDAFNAGLIYSLIKYRIGQMDLTDLSPMMWD
                     KMIGLGIAFAAEVCGSSANYVSPEFAAKHREE"
     CDS             8193..10028
                     /gene="deaD"
                     /locus_tag="SEQF2638.1_02103"
                     /EC_number="3.6.4.13"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P9WH05"
                     /codon_start=1
                     /transl_table=11
                     /product="ATP-dependent RNA helicase DeaD"
                     /db_xref="COG:COG0513"
                     /translation="MTGPLPPALHFPLHYNNIIHLKTFEELGIAEPVLRAIREMGYEA
                     PMPVQEEVIPLLLGEHLDIIALAQTGTGKTAAYGLPILQKIDIARRQPQVLILCPTRE
                     LCLQIAGDLSDYSRYVDGLHVLPVYGGSSIESQIKTLRKGVHVVVATPGRLLDLLNRK
                     TVDLGGVRDVVLDEADEMLDMGFTDSIDAILAEVPEDRHMLLFSATMPQEIARITRKY
                     MKEPREVVIGRRNEGNQNIRHVYYMVHARDKYAALKRIADYYPGIYGIVFCRTRKETQ
                     EIADRLIQDGYNADSLHGELSQAQRDYVMQKFRLRNLNMLVATDVAARGLDVDDLTHV
                     IHFGLPDDNESYNHRSGRTARAGKTGISISICHVREKSKIRLIEKAIGKKFERAQLPS
                     GEAICEKQLFHYVDRLEKVKVDEAEIERLMPAVFRRLEWLEKEDIIKRLLSLEFNRML
                     DYYRDAEVIEDVDDARPERREKGDKKERTDRRAAKRESRGDDTGFRRLRLNFGKDDGL
                     YPAQVIDLINRCVPGRKVEIGRIEIGRDSSYFEVERDAARRVADSMNSYEVDGRPISV
                     SPMHDDDADGDRGDRKPYRRKASAPRSYGGGKPWRRTPDRKRSRR"
     CDS             10148..10681
                     /locus_tag="SEQF2638.1_02104"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRVISVLVRRARGKMRVISVFARRARGKMRVISVLARRARGKMR
                     VISVLARRARGKMRVISVLAHRARGKMRVISVLARCARSKTRVISVLARRARSKMRVI
                     SVLARRARGKMRVISVLARRARGKMRVISVLARRARSKMRVISVLARRARGKMRVIGE
                     LPPANTLVTRNLQPIWL"
     CDS             10697..10957
                     /locus_tag="SEQF2638.1_02105"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRQILVTLDESTSLQAIRHAISMLRGVTATSVYKEKEEEPTPIL
                     DRQQAYVKESLTRAYQELKATEAEGRPLQSVDDFIREMEEMR"
     CDS             10957..11295
                     /locus_tag="SEQF2638.1_02106"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVDIRLGEEFKRQFKRLKKKYPSLTEDLKIFSLDLRANPQQGVP
                     LGARLYKVRMAIAAKGKGKSGGARVITYRLLATQEHIEITLLTIYDKNEIDNLSDDYL
                     RSLVKDLSEQ"
     CDS             11397..12029
                     /gene="rnhA"
                     /locus_tag="SEQF2638.1_02107"
                     /EC_number="3.1.26.4"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q9KEI9"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribonuclease H"
                     /db_xref="COG:COG3341"
                     /translation="MSGKSKYYVVWKGVERGVYDNWADCLRRTQGFEGAQYKSFATRE
                     EAERAFSESPYEHLGRTPRRAGPTVSKAIGPCIPQSLAVDAACSGNPGDMEYRGVHVA
                     SGRQLFHIGPMAQGTNNIGEFLAIVHALALCAKTGQTQLPIYSDSRNAIAWVKQRHCR
                     TKLAPTAANAPIFDLIRRAEAWLHAHTYTNPILKWETEAWGENPADFGRK"
     CDS             complement(12123..13160)
                     /gene="thiL"
                     /locus_tag="SEQF2638.1_02108"
                     /EC_number="2.7.4.16"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:O67883"
                     /codon_start=1
                     /transl_table=11
                     /product="Thiamine-monophosphate kinase"
                     /db_xref="COG:COG0611"
                     /translation="MKDLSPRTEIATLGEFGLIDRLTHGITPRHDTTILGIGDDAAAI
                     RHSADRLTLVTTDLLLEGVHFDLTYTPLKHLGYKTAVVNFSDIYAMNGRPTQLLVALG
                     LSKRFAVEDIEAIYDGIRHACDVYGVDLVGGDTSASLTGLTLSATCIGDVPSDRIVRR
                     DGAHDTDLICVSGDLGAAYMGLQLLEREKRVFRGESDFAPDFAGREYLLERQLRPEAR
                     RDIVESLASADLLPTAMIDISDGLASELLHIATRSHVGCRIYEDRLPIDYQTAVMAEE
                     FNMNLATAALNGGDDYELLFTLPLSVYDRVERLSGVRIIGHITRPELGCILVGRDGGE
                     VPLQAQGWQGR"
     CDS             complement(13305..14411)
                     /gene="lpxK"
                     /locus_tag="SEQF2638.1_02109"
                     /EC_number="2.7.1.130"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_00409"
                     /codon_start=1
                     /transl_table=11
                     /product="Tetraacyldisaccharide 4'-kinase"
                     /translation="MKSNKTNKQYPVAWPLALCYGLGVRLRNLCFGLGILPSETYPIA
                     VISVGNLSAGGAGKTPLVEYLVRLLSPRYRVAVLSRGYRRKTKGYVLASASSTAREIG
                     DEPSQIKRKYPSVTVAVDGHRRRGMRRLLALPEAERPQVVVLDDAFQHRYVRPSLSIL
                     VTDSHRLFTRDRLLPVGTLREPRSGVRRADMVVVTKCDPAMKPIESRIIEDELRIDIS
                     RPRFFTSIAYRRLEGVWPEECPARELSSLGSDTDVLLIAGIADPSPLIEELRRHTEQV
                     VALTFPDHHTFHRTDIDKIRAALKKQRPETLILCTEKDAERLRTTPLFPAEWHARTYA
                     LPIEATFLFGASSRFDEFVIRHVETIEKSHILRR"
     CDS             complement(14421..14906)
                     /locus_tag="SEQF2638.1_02110"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MALTTDVVKTNRYADMLDPSRPMTEDEKALMQAFVNRGYETFLT
                     RCADGRGKSKADIDSIAQGRVWTGEQALKIGLVDELGGLERAIELAGEQAKIINYNVI
                     EVTSKSDFLRDLLEKQVGRIKMSILKDALGEDYEYVKALRTAHPTYGVQARMLYTPNN
                     L"
ORIGIN      
        1 tgctcatctt cctagccatc ggtacgatcc tgaccatcat cgtacagtcg tccagtgcca
       61 cggtggccat caccctcatc atgtgcaccc aaggctggat gccgttcgaa atggccgctg
      121 cgatggtgct cggtgagaat atcggtacca cgatcacggc taacctggcc gccctctcgg
      181 gcaacgtctc cgcccgccgt gccgccttgg cccacctcat gttcaacctc ttcggcgtcg
      241 tctgggtgat gatcctcttc taccccttct gccacacggt cgagtggctc gtgacgcgct
      301 tcggcccggg cgatccgcac gccatgacga acttcatcca ctcgctcgac agccagaccg
      361 tccgcctcat cacctcggac gagaagctca ccgatcagca tctgatcagc ctccgcgagc
      421 agctccaggc acaacaggtg gccgtctcct acgggctctc gctcttccac acgctgttta
      481 atgtctgcaa catccttgtc atgatctggt tcgtcaagct ctacgaacgc atctgctcgg
      541 ccctcatcaa gtcgccgcgc gagagcgaag acgaggagtt ccaactcaaa tacatctcgg
      601 ccggtatgct ctctacctct gaactctcgc tcatacaggc caacaaagag attgcggtct
      661 ttagcgaccg cacctatcgc atgtttggca tgatcaagac gttgctccac gagaccgaca
      721 gcgagaagtt cctcaagaca ttcgtccgcg tagagaaata cgagcagatc agcgaccgca
      781 tggaggtgga gatagccaac tacctcaccc gtgtgcttga aggccgactc agtgccgagg
      841 gtaagaacaa catccgcgtc atgctccgtg ccgtctccga gattgagagc atcgccgact
      901 cctgcaacaa catcgcccgc accatcaagc atcgcaacga tgccaagggc catttcacgg
      961 aggagcagaa ccacagcgtg gagcacatga tgagcctcac cgatgccgcc ctggtgcaca
     1021 tgaaggacat cctgcaccgt caggccggca cgcgagacga catggtgctc tcctacaacc
     1081 tcgagaacga gatcaactcc tatcggaaca tgctcaaaaa cgagaacatc gacaacatcg
     1141 acaacaagcg ctacagctat tccgactcgg tctactacat ggacatcatc tccgagtatg
     1201 aaaagatggg tgactacatc ctcaacgtcg tccaagccat tgtcgaaaag aagttctgat
     1261 tcacccctga cctcaccgca tgatgatacg ctccttcctc gacgccaatt tcctactccg
     1321 caccgatacg gccgtagagc tctatcgccg tcacgccgag aagctccctg tagctgacta
     1381 ccatacgcgc ctccgcgccg acctcatcgc tgccaaccag cccgtggcag atcttaccac
     1441 cctctggctc gacaccgacc ccgacaaatg gcgcctgatg cgtgccggcg gggtgtctga
     1501 agactatatc tcgggcaatc gtacgcccta cgagaagttc gaaaagtggg ccgagatcct
     1561 accgcaagcc atgcgccacc cgatctatca ccaggcgcac atggagctga accgcgtgtt
     1621 cggcatcggc gagaccctca agccctccaa cgcccgcgac atctacgagt cttgcactgc
     1681 caagctccag acgcccgagt acctgccgca ggccatcctc cgacgcctac gcatcgagac
     1741 gctggctacg acggacgatc ccgccgacag cctcaatgcc caccttgcgc tgcgtgagac
     1801 tggcggagcg gatgccctcc gtatcatccc cacttgggcg cccgaccgtg tgctcgacct
     1861 ccgccacccg gagcattaca acctctacct cgaccaactg gccgccgtat ccgacaccgt
     1921 aatctcgacc tacaacgatc tgctcaccgc actccgcagg cggcacaaag cctttggcga
     1981 agctggctgt gtggccacgc tgcatcggct gaccaccttc cccgacgccc cgagcatcga
     2041 tgacgtgcag gtggctcatg aggcgctgcg taaggtgcgc gagggtggcg aaccgacagc
     2101 ggacgagtgt ctcagcttcc gtgccgtgtt gctccgcgat ctggcggaga tggacgccga
     2161 ggcggaacgc atgcagatgt tccacgttgg tgcgctccgc gaccttcacc cacggctcct
     2221 aaagaaaatc ggccctgacg caggctttga cgcaccgaca gaccggccta cagcggaaca
     2281 gatggcgcgc ttctttgctc gactcgatgc cgacggcacc ctaccggaga caatcgtcag
     2341 ttgtgaccgt ctgtccgacg cgccatcggt ggcgggcgta gccgcatgct tcgcaggtcg
     2401 aggacagcgt gtgcagtatg caccagcagg atggcatatc ggacgccccg gggcactcga
     2461 gacacatctc gacgtgatga cgacggaagg actcgtcgca cagtcggtcg ggttcgcctc
     2521 cggagcacgc acgctactgg ccccggtgcg gcacgagtat ttccgccgtg tgatctgcga
     2581 cgtcttcggc cgcgaggtgg agcagggtct actgcctcac ggcgacttag cgaccgtgaa
     2641 gcgtacgata gaaaacatct gtagcaccaa tgcacgccgc ttgatgaact gttaagcggc
     2701 tcttgttttt gttcatgagg agccggcagc tttccatggc tgtcggctct ttttttctgc
     2761 ccattgggcg acccgcgatc cccgtcccgc ggcgggacga catctcaacc gccattttgg
     2821 cctcatcccg tggcgggacg acatctcaac caccattttg gctccgtccc gtagcgggac
     2881 gacatctcaa cgaccatttt gggcccgtcc cgtggcggga cgacatctct acggccattt
     2941 ggaccccatc ccgtggcggg acggcatttc aacagccatt ttggcctcgt cccgtggagg
     3001 gacgacatct caaccaccat tttggccccg tcccgtggcg ggacgaggcg gctccctcct
     3061 gcgtccctat tcaggcgggg gtatctttgc ccgcatcatg gaggaagaga aacgaatcat
     3121 tgacgtccgc gaggtgctcc gacgcaaggc gccgggggcg gcacggtgga tccccacggc
     3181 ggtgacgaac tggctctcac gcacgattca cgaggcagaa atgaatgaca tcttgacgcg
     3241 ttacgccgac ctcgacgggg tggcgtttat gcaggctttg gttgcggagt ttgatttgac
     3301 gttggatctg cacggcgcgg aacgtctgcc cacgcccgat cggcgctgcc ttttcgtctc
     3361 gaatcatccg ctgggcgggt tggacggcat ctgccttgcg gcgctgctgg gcgggcgata
     3421 cgggtcgacg tttcgctgcg tggtgaacga cctgctgctc ttcatcccca acctgcgttc
     3481 gatctttctg ccggtcaaca agcacggtcg gcaacggcgc gaagccgcga cacggtttga
     3541 cgaggccatg cgcggcgcgg ggcaggtgct gacctttccc gccgggctat gctcgcggca
     3601 gcaaggcgga cagatcgctg acgtagcctg gcgaccctcg ttcgtgcgcg acgcggtgcg
     3661 ttatcagcgc gacgtggtgc ctatcttctt cgacgcccgc aactccaacc gcttctatcg
     3721 ggcggcacgc tggaggcaac ggctgggcat cagcctgaac gtggagatgg tctacctgcc
     3781 ggacgagatg ttccgaaaca aacaccagcg gtttggcgtt tacataggca ctccgatcgc
     3841 gtggcagacg cttgctgacg ggcagccaca ggaatggacg gcacgagtga gagagatggt
     3901 ttatcgatta aaaacgaaac aggaatgatt gagcagatta taccgccggt ggatccggac
     3961 gagttggaga gagaattgac gcctgcgcgg cggttgcgac ggacgaataa gtcggacaat
     4021 gagatctacg tagtcaccgg ggccgaggcg ccgcaggtga tgcgtgagat cgggcggtta
     4081 cgcgaggcgg cgtttcgcta ctacggcggc ggcacgggtc gtgcgctgga tgtggacacc
     4141 ttcgacagtc ggccgggggc ttaccggcag ctgatcgtat ggagtccgaa ggatcgacgg
     4201 atactgggcg gctatcggtt tcgctgcggg tcggaggcgc tcgataccga cggtgaaccg
     4261 gcgctggcta cggcggcact gttccatttt tcagatcgct ttattcggga atacttgccg
     4321 tatacggtgg agctggggcg atcgttcgtc tcgctcgact atcaggccac gctgccacgg
     4381 ccgggcagca tcttcatcct cgacaacctg tgggacggcc tgggggcgct gacggtgatc
     4441 gaccctacgc tgcgatattt cttcggtaag gtgaccatgt atccgggcta caacgtggag
     4501 gcgcgcaaca tgatcctcta cttcctccgc cgtcatttcc cggatccaga ccgactggtg
     4561 gagcctatcc atccgctgac ggtggacgtg gacgaagccg ctatggaggc actctttcgg
     4621 catgggagct ttcgggagaa ttatcgggtc ttgaatcagg aggtgcgtaa gcgggggctg
     4681 aacatcccgc cactcgtcaa tgcctacatg agcctctcgc cacagatgcg gacgttcggc
     4741 acggccatca atcggcgctt cggcaacgtg gaggagacgg gcttactaat cgccatcgac
     4801 gaaatcttgg aggagaagaa gaagcgccac atcgagacct acctcaagga ggaggctgag
     4861 acgccggcct tccgacgggt ggagatccgg tgacggagcg acggctatat aataggaaag
     4921 gagacccctt gacggggccg ccttttttct tttggtgcag gccaaactcc cttgccctga
     4981 taggaactct tttcttgcct tgatgcaaga aaagagtcaa aagaaaatca aggcaccagg
     5041 ggtgccggcc aagctggcca ggtacacgtc atagcaaggc ttggatctcg ctttcgagcc
     5101 ggtcggggtt gtcgacgcgc ttgacggggg cgccgtgtcg attgagcagg aagagggtcg
     5161 gcaggttgcg gacattatac agggcggtgt agcgcgagta gacggattcg gggtcgcgca
     5221 cacaagtcca ggcaaggttg gaggcgacgt tcttccagag gtggacgttg tcgtcgagcg
     5281 agacttggta gatgacgagg ccacggccgc ggaacttctc atagatggag ccaagcgtga
     5341 ggttgagggc gggggcccac tcggcctcgt aggccgtgaa gcaaagcagg gtgatgtggc
     5401 ccggggcaac gtcggagagc ttaaccgtgc gaccatgtag gtcgggcagc tcgatgtcaa
     5461 tcatttcgag ctctttcgtg gggataccct cgagattcag ctcggggcgg tttcgggtga
     5521 ctttgagcga ctggagcgcg aggttataga ggtgtttcga gcgggggctt tcggggtaga
     5581 ggttgttgta gctggtggcc acggccccga aggcgcgcga gtcgttcttg tcatagaggt
     5641 caaagaggag catgccgtcg acctgctgaa agagggcgaa ataggcggcg gtggacatag
     5701 gctgggcgta gatgtatttg cgggccacct ccttgtaggc ttcagcagcg ctgacgatgc
     5761 gctggcggta ggcggagtca ctgagggtgc cagcctgata ctcgtcacga gcgtgagcga
     5821 tctcttggct ggcgtcgagc tgcgccaggg taatcgcctt aatggccgtg caattgtcgg
     5881 agccctcgac ggtgtacgag gtggcaaagc tcttggcgtc ggccgtgaag gtgatcgtct
     5941 cggtagagtc gatggagaag ttgatccact ggttcttcag gcgcaggcga tagaaatccg
     6001 gatagtccgg ccgggggcgc ttgaagtgga acttgcccga ggtgccgacc ttggccgaat
     6061 cgagtagggt gacggacgag agtccgatgt tttcgagata gatcgtttgt ccctctgcgc
     6121 cggccacgat accggagacg gtgaagtcct ttgccgatcg ttggcagccg gaaagtaggc
     6181 cgatcagcgt gcagagaagg atagttaggg gattgaggcg gttcgtcttc ataagatggg
     6241 ggaatcattc attcttgttc tacggctgca aaagtatctt attttaacgc cacaacgggg
     6301 aagatctcga tctaatctga aaatatattg acccaaagcc acagggaaaa gcattccttc
     6361 ccgccgcggg aagccatccg atctccattc tctcttcccg tcgcgggaaa tgactttttg
     6421 aagttgaaaa acgatttccc gccacgggaa atggcttttt gaagttggaa aacggtttcc
     6481 cgccgcggga agtgactttt tgaagttcgt aagccatttc ccgcggcggg aaggcgctcc
     6541 cggcatccgt cattcccaag tcggcaattg gtttcctgat aagcaaggtc ggggactgct
     6601 gttttggaca gaaaccccta tttatctgtg tagccgctta cttttgcggc ctatgatgac
     6661 aaatgacata cgctcgatca tcgagcaaga agcggacgcc gtgcgaaaca tacccatctc
     6721 ggagcgctat gcggaggccg tggacttaat cgtaaaacat gtacacaagc agggggggac
     6781 cctcatcacg gccggcatgg gtaaggccgg acagatcgcc atgaacatgg ccaccacctt
     6841 tagctcgacc ggcactccgg ctttcttcct gcaccccggc gaggcgcaac atggcgacct
     6901 gggcatcgtc cgacggaacg acctgctgct gctcgtctcc aactccggca agacgctcga
     6961 actcatcgag ctggtcgacc tggcccgtgg actcgtgccc gacatccctt ttatcctcat
     7021 cacttctgac ccgcagagcg agctggcccg acgggccacc ctctgtctgc ccaccggtgc
     7081 gccgcgtgag gtctgcacct tggggctgac gccaaccaca tcaacgacag tgatgaccgt
     7141 cattggcgat gtgctcgtcg tgggcacgat ggaccgcatc ggcttcacct ccaccgacta
     7201 tgccaagcgc caccacggcg gctacctcgg atcgaagagt cgacagctga gcggaaagga
     7261 ggccggagca tgagaaaagt gatcggcatc ggcgagacaa tactcgacat catctttcgc
     7321 gacggtcagc cctacaacgc catacccggc ggatcgatct tcaacacgct cgtctcgctc
     7381 agtcgggtgg gcgtgcagac gtcgttcatc ggtgagctgg gcgacgatcg cgtgggccag
     7441 atcatccggg atttcatgca gcaaaacggc atgtcgacgg actacatgga tagcttttcc
     7501 gagggcctca gccccgtctc gttggccttc ctcgacgagg ggcagggtac ggactatatg
     7561 ttctacacga accgctccaa gcggcggtcg aacatggccc tgcccgacat tcagccggac
     7621 gacatcgtcc tcttcggctc ttattacgcc ctcaaccccg acacccgcga ccgcgtcatg
     7681 gacctcgtgc agtacgcccg ggagcgacgg gctatcgtct attacgaccc caacttccgc
     7741 aaggcccacg cccacgaggc catccagctc cgcgccacag tgatggacaa ctacgaggcg
     7801 gccgacctcg ttcgcggatc ggacgaggac ttcgtgaacc tgtacaagaa gaccgacccg
     7861 gacgaggtct accgcgacga ggtgcagttc tattgcaagc gcctcatcgc cacccgcggc
     7921 tcgggcggca tcagcctcta caccgaaaag ggctgtacgc attacgacgt gccgccactc
     7981 acggccgtca gctccatcgg cgccggcgac gctttcaacg ccggactgat ctacagcctc
     8041 atcaagtatc gcatcgggca gatggacctc acagacctca gccccatgat gtgggacaag
     8101 atgatcggcc tcggcatcgc cttcgccgcc gaagtatgcg gcagctcggc caattatgtc
     8161 tcgcccgagt tcgccgcgaa gcatcgtgaa gaatgactgg ccccctccct cccgctctcc
     8221 atttcccctt acattataac aacatcatcc acttgaagac tttcgaagaa ttagggatcg
     8281 ccgagcctgt gctgcgcgcc atccgcgaaa tgggctacga ggcccccatg cctgtacagg
     8341 aagaagtgat cccactcttg ctcggcgaac acctcgacat cattgctttg gcacagaccg
     8401 gcaccggcaa gacggcagcc tatggcctac ccatcctcca gaaaatcgac atcgcgcgac
     8461 gccagccgca ggtgctcatc ctctgtccca cgcgcgaact ctgcctccaa atagccggcg
     8521 acctgagcga ttattcgcgc tacgtagacg gcctacacgt gctgcccgtc tatggcggat
     8581 cgagcattga gagccagatc aagacactgc ggaaaggcgt gcacgtggtc gtggccacgc
     8641 ccggccgact gctcgactta ctgaaccgaa agacggtaga cctcggcggc gtccgcgacg
     8701 tagtcctcga cgaggccgac gagatgctcg acatgggctt cacggacagc atcgacgcca
     8761 tcctggccga agtgcccgag gaccgacaca tgctgctctt ctccgccacc atgccgcaag
     8821 agatcgcacg catcacccgc aagtacatga aggagccgcg cgaggtcgtc attggtcgcc
     8881 gcaacgaggg caaccagaac atccggcacg tctattacat ggtgcacgcc cgggacaagt
     8941 acgccgccct gaagcgcatc gccgattatt atcccggcat ctacggcatc gtcttttgcc
     9001 gcacccgcaa ggagacgcag gagattgccg accgactgat ccaggacgga tacaacgcag
     9061 actcgctgca cggcgagctg agccaggcgc agcgcgacta cgtgatgcag aagttccgcc
     9121 tccgcaacct gaacatgctt gtggccaccg acgtggccgc gcgcgggctg gacgtggacg
     9181 acctgacgca cgtgatccac ttcggcctgc cggacgacaa cgagtcgtac aaccaccgca
     9241 gcggacgcac cgcccgcgcc ggcaagacgg gcatctcgat ctccatctgc catgtccgcg
     9301 agaagagcaa gatccgcctc atcgaaaaag ccatcggcaa gaagttcgag cgcgcacagt
     9361 tgccctcggg cgaggccatc tgcgagaagc agctcttcca ttacgtcgac cggctggaga
     9421 aggtgaaggt ggacgaagcg gagatcgagc gcctcatgcc cgccgtcttc cgccgcttgg
     9481 agtggctcga gaaggaagac atcatcaagc ggctgctgtc gctggagttc aaccgcatgc
     9541 tcgactatta ccgcgacgcc gaggtgatcg aagatgtgga cgacgcccgc ccggagcgtc
     9601 gcgagaaagg cgacaagaag gagcgcaccg accgacgcgc cgccaagcgc gaaagccgcg
     9661 gagacgacac gggcttccgc cgcctgcgcc tcaactttgg caaggacgat ggcctctacc
     9721 ccgcgcaggt gatcgacctg atcaaccgct gtgtgcccgg tcgtaaggtg gagatcggac
     9781 gcatagagat cggacgcgat agcagttatt tcgaggtgga gcgcgacgcc gcgcgacgtg
     9841 tggccgacag catgaacagt tacgaggtgg acggccgacc tatctctgtc tcccccatgc
     9901 acgacgacga cgccgatggc gatcgcggcg accgcaagcc ctaccgacgc aaagcatccg
     9961 caccccgttc gtacggaggc ggcaagccct ggcgccgcac gcccgaccgt aagcggtcac
    10021 ggcgataggc gtcagggaca ccggccaagt ttgccgggta cacgaggcgt cagggacgcc
    10081 ggccaagttt gccggataca cgaaaggaga caccgctttt gcctttgcac ggcatgcaag
    10141 gggcaaaatg agggtcattt cggtacttgt acgccgtgca aggggcaaaa tgagggtcat
    10201 ttcggtgttt gcacgccgtg caaggggtaa aatgagggtc atttcggtac tcgcacgccg
    10261 tgcaaggggc aaaatgaggg tcatttcagt actcgcacgc cgtgcaaggg gcaaaatgag
    10321 ggtcatttca gtactcgcac accgtgcaag aggcaaaatg agggtcattt cagtactcgc
    10381 acgctgtgca aggagcaaaa cgagggtcat ttcggtactc gcacgccgtg caaggagcaa
    10441 aatgagggtc atttcagtgc tcgcacggcg tgcaaggggc aaaatgaggg tcatttcggt
    10501 gctcgcacgg cgtgcaaggg gtaaaatgag ggtcatttca gtactcgcac gccgtgcaag
    10561 gagcaaaatg agggtcattt cggtgctcgc acggcgtgca aggggcaaaa tgagggtcat
    10621 tggcgaactg ccccctgcaa acaccttggt cacacgcaac ctacagccga tatggcttta
    10681 actttgaccg aaaaaaatga gacagatatt agtaacactc gatgagagca cctccctaca
    10741 ggctatccgc cacgccatca gtatgcttcg cggggtaacg gctacgtccg tgtataaaga
    10801 gaaagaggag gagcctacac ccatcttgga tcgccagcag gcgtatgtga aggagagtct
    10861 gaccagagct taccaagagc tcaaagcgac agaggccgaa ggacgtccac tgcaatccgt
    10921 cgatgatttt atccgagaga tggaggaaat gaggtgatgg tggatattcg tttgggcgaa
    10981 gaattcaaga ggcagttcaa gcgtctgaag aagaagtatc catcactcac ggaagacctc
    11041 aaaatcttca gtctggattt gagggcgaat ccgcaacagg gagttcctct tggcgcacgc
    11101 ttatacaaag tccgtatggc gattgcagca aagggaaagg ggaaaagtgg tggtgcccga
    11161 gtgatcactt atcgcctcct tgccacacag gagcatatag agataaccct gcttaccatc
    11221 tatgacaaga atgaaataga taacctgtca gacgattatc tccggtcctt ggtcaaagac
    11281 ttatccgaac aatgacccgt cttcatcact ttatcgagga cggggaggtt tggccgggca
    11341 cttcatagga atgtccccgg tcgtttttcg tttttagctt ttagtttttc gttcccatgt
    11401 caggaaagag caaatactac gtcgtgtgga agggagtcga gcggggcgtc tacgacaatt
    11461 gggcggactg cctccgccgc acccaaggtt ttgaaggcgc tcagtacaag tcgttcgcca
    11521 cgcgcgaaga ggccgaacgc gccttttccg agtcgcccta cgaacacctc ggccgtacgc
    11581 cgcggcgtgc cgggcccacc gtatcgaagg ccatcggacc ctgcattccg cagagcttgg
    11641 ccgtcgatgc ggcatgcagc ggcaacccgg gcgacatgga gtatcgcggt gtacatgtgg
    11701 ccagcggtcg ccagctcttc cacatcggcc cgatggcgca gggcacgaac aacatcggcg
    11761 agtttctggc catcgtccac gccctggccc tctgcgccaa gacggggcag acccagctgc
    11821 cgatctactc cgacagccgc aacgccattg cgtgggtcaa gcagcgccac tgtcgcacga
    11881 agctcgcacc gaccgcggcc aatgccccca tcttcgacct catccgccgg gccgaggcat
    11941 ggctccacgc ccacacctac accaacccca tcctgaaatg ggagacggaa gcgtggggcg
    12001 agaaccccgc cgactttggg cggaagtgac gacgcatacg caaacaaaaa ggccgggtac
    12061 atggctggga aagtccccat ccgtgtaccc ggctaatctt ttgcccctat ccgtgggccc
    12121 atttaccgcc cttgccaacc ttgcgcttgc aagggcacct caccgccgtc gcggccgaca
    12181 aggatgcaac ccagctcggg gcgcgtgatg tggccgatga tgcgcacacc ggacagccgt
    12241 tcgacgcgat cgtagaccga caaggggagc gtaaagagca gctcgtaatc gtcgccaccg
    12301 ttgagggcgg ctgtggcgag gttcatgttg aactcctcgg ccatgacggc cgtctggtag
    12361 tcgatcggta gacggtcctc gtagatacgg cagcccacat ggctgcgggt ggcaatgtgg
    12421 agcagttcgg aggctaagcc gtcggagatg tcgatcatgg ccgtggggag gaggtcggcc
    12481 gaggcgaggc tttcgacaat gtcgcggcgg gcttcgggtc ggagctgtcg ctcgagcaga
    12541 tattcacgac cggcgaagtc tggcgcaaag tccgactcgc cacggaagac gcgtttctcg
    12601 cgctccaaga gttgcaagcc catataagct gcgccgaggt cgcccgagac acagatgaga
    12661 tccgtatcgt gggcaccgtc gcggcggacg atgcggtcgg agggcacgtc gccgatgcag
    12721 gtggcggaca gcgtgaggcc ggtcagggag gcagacgtgt cgccaccgac taagtcgacg
    12781 ccgtagacgt cgcaggcgtg gcggataccg tcatagatgg cctcgatgtc ctccacggca
    12841 aagcgtttgg agaggcccag ggccacaagc agctgcgtag gccggccgtt catggcatag
    12901 atgtcggaaa agttgaccac ggccgtcttg tagcccaggt gcttgagggg ggtgtaggtg
    12961 aggtcaaaat gtacgccttc gagcagcagg tcggtggtga caagcgtgag gcgatctgcg
    13021 gagtgacgga tggcggctgc gtcgtcgcca atgccgagga tggttgtgtc gtggcggggc
    13081 gtaatgccgt gcgtcagtcg gtcgatgagt ccgaactcgc ccagcgtggc gatttcggtg
    13141 cggggggaga gatctttcat gtgagacaaa aaataagaag ctaaaaatga atggtaccaa
    13201 ggggacggaa aaacgagcga cgcaacgaga gacacggcga agtaccctct aaaaaattca
    13261 gcgcagactg gacgtgttgc cccgcttgct ctccattttg tgcgttaccg cctaaggata
    13321 tggctcttct ctatggtttc tacgtggcgg atgacaaatt catcgaagcg tgacgaggcg
    13381 ccgaagagaa acgtggcctc tatcggcagg gcataggtgc gggcgtgcca ctcggcgggg
    13441 aagaggggcg tcgtgcgcag ccgctcggcg tccttttcgg tgcagaggat gagggtctct
    13501 ggccgttgct tcttgagggc ggcgcggatc ttgtcgatgt ccgtgcgatg gaacgtgtga
    13561 tggtcaggga aggtcagggc gaccacctgc tcggtgtgtc ggcggagctc ttcgatcagg
    13621 ggggacgggt cggcgatgcc agcgatgagc agcacgtccg tgtcggaccc caaagacgac
    13681 agttcgcggg cggggcactc ctcgggccag acgccctcga gccgccggta agcgatggag
    13741 gtgaagaagc gcgggcgact gatgtcgatc cgcagctcat cctcgatgat ccgactctca
    13801 atgggcttca tggcgggatc acacttggtg accaccacca tatcggcacg gcggacaccg
    13861 gagcggggct cgcggagggt gcccacgggc agcagacggt cgcgggtgaa gaggcggtgg
    13921 ctgtcggtga ctaagatgga gagcgagggg cggacgtagc ggtgctgaaa agcgtcgtcg
    13981 agcacgacca cctgcggccg ctccgcctca ggcagggcca gaaggcgacg catgccccgc
    14041 cgacggtggc catcgacggc cacggtgacg gatgggtatt tgcgcttgat ctggctgggc
    14101 tcgtcgccga tctctcgcgc cgtgctcgag gcgctggcca aaacgtagcc cttcgttttc
    14161 cttcggtacc cccggctgag caccgccaca cgatagcgcg gcgagagcag gcggacgaga
    14221 tattccacga gcggcgtctt tcccgccccc ccggccgaga gattgccgac gctgatgacg
    14281 gctatcgggt aggtctccga gggaaggatc cccagaccaa agcagaggtt acgcaggcgc
    14341 acgcccaacc cgtagcacag cgctaagggc catgctacgg ggtattgctt gtttgttttg
    14401 tttgatttca tcgggttgtg tcagaggtta ttgggcgtgt aaagcatgcg cgcttgcacg
    14461 ccgtaggtcg gatgggccgt gcggagggcc ttgacatatt cgtagtcctc gccgagggca
    14521 tccttcagga tagacatctt gatgcgcccc acctgttttt cgagcagatc gcgcaggaag
    14581 tcgctcttgg aggtcacctc gatcacgtta tagttgatga tcttggcctg ctctccggct
    14641 aattcaatgg cgcgctcgag tccccccagc tcatccacga gaccgatctt gagggcttgt
    14701 tcccccgtcc agacgcgtcc ctgagcgatc gagtcgatgt cggctttgct cttgccccgt
    14761 ccgtcggcgc agcgggtgag gaaggtttcg tacccccggt taacgaaggc ctgcatgagc
    14821 gctttctcgt cctcggtcat gggacgcgaa ggatccagca tatctgcgta acggttcgtc
    14881 ttgactacgt cggtcgtcag ggccaccttc ttatag
//
LOCUS       SEQF2638.1|AYYF01001577.1 566 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..566
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(273..557)
                     /locus_tag="SEQF2638.1_02111"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTKFDGIQALLGLSEKEKNQILSINQNNDPERRYKEVWIGLGGM
                     QSAVYATEVSREEYLAYTTEETEKVEVMRLADRLGGDIEQAISRLARGDP"
ORIGIN      
        1 ttngaggcgg tggcgatctc tttgatcgtg ttngcgatgt tgcctgcnaa gttgacaggg
       61 tcggtaacga tccattgggc gtgcgccgtt cgcgtaagca gcaggcagca cacgaggcag
      121 aggataagtt tgtgtttcat gaggattggg gggattaaaa agttgcgcca tcggcgcgtg
      181 ttcgttgggt ttctctgagg ggtttgcgca agccgcgcaa gcagtaaaat cttcatcggg
      241 gcgtgtctgt ttgtcgacaa cggtcggccg atttatgggt cgccgcgcgc caacctacta
      301 atggcctgct cgatgtctcc gccgaggcga tcggccaagc gcatgacctc gaccttctcc
      361 gtttcctcgg tcgtgtaagc gaggtattcc tcgcgcgaga cttccgtggc gtacacggcc
      421 gactgcatgc cgcccaggcc gatccacact tctttgtaac gccgctcggg gtcgttgttc
      481 tgattgatcg agaggatctg gtttttctcc ttttcggaca acccgagcag cgcctgtatg
      541 ccgtcgaact tggtcatgta cttccg
//
LOCUS       SEQF2638.1|AYYF01001578.1 21394 bp   DNA    linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..21394
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             635..1624
                     /locus_tag="SEQF2638.1_02112"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEIVFIRQNIEKWKDLERVVDQAAKEDPERLSDAYMAITTDLA
                     FSRSHYPTSRITIYLNNLASALHNTLYKNKREDRGRILDFWRTELPMAFYESRRELFY
                     SLLVFLVSVAIGVFSVAQDTDFPRLVLGNEYVDMTLRNIAAGRPMDVYDNSNEWMMFL
                     RIATNNLYVGFSIFIFGLFTGVGTGIRLFQNGIMVGTFQAFLFRYGVGWESVLSIWLH
                     GVVEIASIIIAGAAGFALGNGWLFPGTYPRGYAFRQGAKRGLKLAVGVAPFIVLAAFV
                     ESFLTRHTELPDLLRAAYILLSLVLMIFYVVVYPLSVRRRVEAEAANDPDRLA"
     CDS             1673..2611
                     /locus_tag="SEQF2638.1_02113"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MESPAPKINFYRERTFGEKLNTTFDYLRHSWRPLLRYSLYFILP
                     LCLVQAFFLNRVMSSTFIDIPAAGESSFSNVISRVLAHAVGVYCCYIAGYILLSALLY
                     SLMQTYERREGGLVGVTFDELRAPLGRLVGRSVRVLLFGLLLSLLVGAFIGLPALLGS
                     LWTLLATIPVTLLLVLLVISPLWLFAPLYLLGDRPFFASFRQAFRWGMPAWFEIFGLM
                     LVFGLIGSIVNMVTYLPWYLFTFIGQLFSYTEGNGMADTLWFQLTSYILGIIQSYGYY
                     LSQVIAMTGIAFEYFHLREKHEGISAATDIASFSKL"
     CDS             2618..3247
                     /locus_tag="SEQF2638.1_02114"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTDPIDTLTYDLDKIARYQADPRYDYNSQLQPIDTSWWEALVNR
                     LVRLLQRLFHGLDTERASSIVTWSLVVLFVLALIAVIWFIWKKRPSLFLRNKKLGVDY
                     EEVTEEELYGTDFDRALSDALARGDHQAAVRLIYLQTLRQIADLEWVSFQIFKTPTEY
                     VYELKPESLRPPFRDLTNIFLHVRYGNYRATPELCHQMHDLQQQILKGA"
     CDS             3251..4534
                     /locus_tag="SEQF2638.1_02115"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRSRIVFFVLIAVFFVAVFVVQYNTPRPFVWKPTYLHDDRQPF
                     GCYVFDDVLSSSFDDYRVEQKSLYKVRMEYPDTGLLPRSERRTYLLIQDVYSPPDSGI
                     LDIRSLLRQGHNVVICASDFSEEMMETFGFSVEYNERDLISAFDQAVRLDPVRDTIYY
                     GNRIDDDYHLYRVFPQLHPVYLKLQECELDRNMAFLAKDNHDQPLALIMSLYPDDAED
                     DRNAESRWDSGSLLIVSTPLLFTNYGILDGDNASYIFRLLYFPDNYPIVRLEESHSAA
                     SPSLLKAIFDSPALKAAFYSLLLLVLLLMANAAQRKQRPIPVVTPPANEMLRFTRLIG
                     NLFYQKRDYQDLLRKKYLYFRTELRRRYATDPETEPDPKAAAERLAARTGLPVEEVTA
                     DFVRLKHLLSDGTRVSEADMRRAIDGINHWKRKLK"
     CDS             4596..5567
                     /locus_tag="SEQF2638.1_02116"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG4587"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEQRTASLDLTDFTEKINRIRAAISDVVVGQERVADLLLAAILS
                     RGHILIEGVPGVAKTLTARLLAALIDADFSRIQFTPDLMPSDVLGTSVFNMKTSEFDF
                     HRGPIFADIVLADEINRAPAKTQAALFEVMEERQATIDGTTYPMSPIYTIIATQNPVE
                     HEGTYKLPEAQLDRFLMKITMQYPTLDEEVRILERHHANRRLTTLESVQPVITKDELL
                     RLIDHVGHVYVEPALLRYIALIVARTRTARTVYLGASPRASVAMMQVAKSLALLHGRD
                     FITPEDVKSVAIPVLQHRITLTAEAEMEGHNPVKIIGRLVEQVEVPK"
     CDS             5577..7049
                     /locus_tag="SEQF2638.1_02117"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFFTRRFFVVLAVVFVLYLASYAFPVCYEAARWLICILLYLSAI
                     DGSYWFGFRFREGRLGVLVLFVLYILSLGYLEYRLATPPIFIVLVIGTLIGWILLWPS
                     IKRSETITARRSCSDRFSNGDENEVRITVENRLPTPVHVDIIDELPDIFQRRDVRFPV
                     ELKRGEKREIVYRLRPVRRGVYHFGRIRLFVTSPLGLVTTRVTDGQPQEVKVYPSYLM
                     LNQYELLAAHHNLTELGIKRVRRLGHHTEFEHIKEYVRGDDYRTINWKASARRHQIMV
                     NTYQDERSQQVYSVIDKGRIMQSAFRGMTLLDYAINASLVLSYVALRREDKVGLATFS
                     NHFETFLPASQQAGQMQQLLESLYRQATDFGESDYSALSVHLNKHITKRSLLILYTNF
                     DSVVGMERQLEALKYLSNRHVVLAVFFENASLTTFAERKPRHLSDYFDQTLADKFIAE
                     KQHVVNLLQRHGIYALLTAPERLSVDVINRYLEMKARHVI"
     CDS             9108..11153
                     /gene="glgB"
                     /locus_tag="SEQF2638.1_02118"
                     /EC_number="2.4.1.18"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P16954"
                     /codon_start=1
                     /transl_table=11
                     /product="1,4-alpha-glucan branching enzyme GlgB"
                     /db_xref="COG:COG0296"
                     /translation="MMNKLMLIQKDPWLEPYAEAIEGRHNDVIKKEQDLTQNGRLSLS
                     DFASGYLYFGLQRMADGGWVFREWAPNATAIYLVGDFNGWEKREDYRLRRLEGAAGNW
                     EIVLPADALHHGDLYKLRMEWEGGAGERIPAWCRRVVQDETTKIFSAQVWDPAEKYKF
                     RVNDFRPDTSPLLIYECHIGMATEKEKTGTYEEFRLNVLPRVARDGYNAIQIMAIQEH
                     PYYGSFGYHVSSFFAASSRFGTPEELKRLIDDAHALGLAVIMDIVHSHAVKNEAEGLG
                     RFDGSYHQYFHTGERREHRAWDSLCFDYGRNEVLHFLLSNCKFWLDEYRFDGFRFDGV
                     TSMLYYSHGLGEAFSNYGDYYNGHQDGDAIVYLTLANRLIHEVNPHAVTIAEEVSGMP
                     GLAARFEDGGYDFDYRMAMNIPDFWIKTLKEKKDEDWHPSAIWWETTNRRADEKTISY
                     AESHDQALVGDKTIIFWLIDADMYWHMQTNDRNLTVERGLALHKMIRLVTATTMNGGY
                     LNFMGNEFGHPEWIDFPREGNGWSYKYARRQWGLVDNPDLKYHFLGDFDHAMLALIHS
                     VPAFQALPLQKVWDNDGDQVLAYMRGDFVFAFNFSPTHSFTDYGLLTPEGSYRVVLNT
                     DDPLYGGNGLTDDSVEHFTQPDPLYAPDGKGWLKLYLPARTAMVLRRVTPKKRKPKR"
     CDS             11265..12242
                     /gene="manA"
                     /locus_tag="SEQF2638.1_02119"
                     /EC_number="5.3.1.8"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:O31646"
                     /codon_start=1
                     /transl_table=11
                     /product="Mannose-6-phosphate isomerase ManA"
                     /db_xref="COG:COG1482"
                     /translation="MNPYVFRPILKEVLWGGAAICPFKSLPPDPRKIGESWEVSDVDG
                     RPSIVADGPEEGVTLGELVRRHGADLVGGRILERFGSRFPLLVKFIDARDDLSVQVHP
                     DDNLAHARHGALGKTEMWYVVQAAPGAALYSGFSRPIDADEFRRRVEERTIMEVLKRY
                     EVRPGDVFFLPAGRVHAIGAGCFVAEIQQTSDVTYRIYDYDRVGTDGRKRELHVAEAL
                     EAIDYTFYADHRQPYTPRYDAVVKLIHCPYFTTHLLDLTTLPMTRDFARLDSFVIYLC
                     MAGGVRLTDDLGHVRTIRRGQTVLLPATTRQVTLTPDSDGAKLLETFIA"
     CDS             12360..12782
                     /locus_tag="SEQF2638.1_02120"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEYFLHADSQGEIEKRKKWLHKEFFPRGEGQMPGDYSVVKCKKI
                     FSDFEKMKADPVDVADLMLFYVEIGCRFTLAYGDIDEPFYDSFARYFDKTMKYIRTNN
                     LMSVYRNRAKKIVDSVYDDVGWRFPDELLDSYNKYVTK"
     CDS             12822..13022
                     /locus_tag="SEQF2638.1_02121"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGCHFLLLFSAYGIPSALGLRTYSAYPIPIKRALHRNFILGKCQ
                     WNLIAKMRMMSTVAAAESSHTS"
     CDS             complement(12923..13543)
                     /locus_tag="SEQF2638.1_02122"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0AFP0"
                     /note="UPF0126 inner membrane protein YadS"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDSLPLTLREAIEYIGTIVFAISGIRLAAAKGFDWFGAFVVGFV
                     TAIGGGTVRDLLLDVTPFWMLSPAYLWCTLLGMIVVFIFNRQLVRLDLPFFIFDAIGL
                     ALFVVIGIEKTLDLKYPFWVAITMGTITGIVGGVMRDNFINETPLVFRKEIYALACVM
                     GGTVFAACYYLHFNHEVCELSAAATVLIIRILAIKFHWHLPKMKLR"
     CDS             complement(13556..15055)
                     /locus_tag="SEQF2638.1_02123"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTFLYLLIGLAVGFTAAWFYLQARSRNEVLQAEQTVRQELSQLE
                     QSARQELQHQLQTAEQARLLAEQAAARESLLRQRAESDAAELKQERDRLAREHATLQA
                     ERAALVASMDALRQQAKADAAHHQQRFDEQMATLKEQFQSVARQVLDHTSERLKSENT
                     EHMERFTLPLRENLTQLRTAIEQTNDATTRNTASLAEQLRQMVAQTERMDRTATNLTN
                     ALRGDNKQIGDWGELVLSELLDAQGFVRGLNYDVQDTLTDDRGQAVVHDETGRRMRPD
                     VILHYPNNEDVVIDAKVSIKAYSDYVAATDDFTRRRHLERHLQSVRSHVTELARKDYS
                     RYITAPRRAVEFVIMFVPNDAALQLALTNDPKLWQSAFEQKVFITGTQNLYAILRMIS
                     IAWRQHTQTENQKHIFQMAEELLKRVGDFVKRFDRVGESIRALSKDYDSAYNKAYSGK
                     QSIVQKANELKALGVKESQTYPLPAAVFAFDDDADATNASANELPHPQP"
     CDS             complement(15256..16005)
                     /gene="arnC_1"
                     /locus_tag="SEQF2638.1_02124"
                     /EC_number="2.4.2.53"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01164"
                     /codon_start=1
                     /transl_table=11
                     /product="Undecaprenyl-phosphate
                     4-deoxy-4-formamido-L-arabinose transferase"
                     /translation="MTQPFCVIVPTYNNSRTVGGVIDEVLATGARVIVVNDGSTDGTA
                     DVLRGYAKRGVEVVAYAKNRGKGYALSRGFDRAEAMGFDRVITMDADGQHSVADLPRF
                     VEATAVHPNTLLMGRRTVEGEMPQGNTFANRLSNFWFAVQTGHRLRDTQNGFRLYPLS
                     AMRGMRPLTSRYEAELELAVRCAWRGLPIVAVPVTVNYAPPGGRVTHFQPGRDFLRIS
                     LLNTALTLLALVYGYPSMLVRRIVRHHPNDQ"
     CDS             complement(16002..16379)
                     /locus_tag="SEQF2638.1_02125"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLIDSLFTIRCREETPAGCTYVLVPDAGHAIYGAHFPGSPVTPG
                     VCIIQTVKELAERSIGRPLFLRTVRNAKFLHVIDPRQATEVTFPLAISRPDEGGVAVS
                     CVVTDAVGTLFAKISLLLEEVEG"
     CDS             complement(16504..17109)
                     /locus_tag="SEQF2638.1_02126"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRYSLVKGLRIAAHLRYAAKPLAFMLCLLLLTGCAATRNVQQRE
                     ASTARVWTPAMRSAEAKNTYRVRLRAAGRDLTGICVTKRVGDEWRGSLVNEFGSKAFD
                     FVTTTRRGTLLNVFPMMDRWYIRRTVAADLHFLFEVDNAEATFARRVERSERGDTIVA
                     VSGRWRMTATPHDSTVTLVNTRRNIVYVLRRMAETDDGSDE"
     CDS             complement(17090..17740)
                     /gene="lolA"
                     /locus_tag="SEQF2638.1_02127"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_00240"
                     /codon_start=1
                     /transl_table=11
                     /product="Outer-membrane lipoprotein carrier protein"
                     /translation="MKKAVITAMLAVYVLATASAQTGGYRAASEAQRKEIVAKITQTA
                     ASVRTMKCDFTQVKQLSFMNDKVTSEGRMYYKKANKIRWEYTQPYAYVFSTDGTTVHM
                     TSGKGGASNRVPVKSSKLFSEISRVMVGGVSGAGLVDSPDFSSTFSVGQSDWQITLTP
                     RKKEVRDLFASVRLYVGKSDGRVRRVELEEKSGDRTTITLKNVQANVAVDDALFTR"
     CDS             complement(18449..19846)
                     /gene="asnS"
                     /locus_tag="SEQF2638.1_02128"
                     /EC_number="6.1.1.22"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0A8M0"
                     /codon_start=1
                     /transl_table=11
                     /product="Asparagine--tRNA ligase"
                     /db_xref="COG:COG0017"
                     /translation="MKRTKIKEILASEAYDTDVVVCGWVRTRRGSKQVAFIALNDGST
                     IHNLQVVADIDGIGEESLRNVTTGACLRVNGRLVRSQGKGQTVEVQAASIEVLGPADP
                     TTYPLQKKGHSMEFLREIAHLRPRTNTFGAVLRIRHHMAMAIHTFFHQKGFFYLHTPI
                     ITASDAEGAGQMFQVTTLDVSNPPRRQDGSVDYDADFFGRRSSLTVSGQLEGELGAMG
                     IGEIYTFGPTFRAENSNTPRHLAEFWMIEPEMAFYEIEDNMDLAEEFIKYCVRWALDH
                     CADDLHFLNDMFDKELIARLEGILQAPFVRLAYGEGIRILEEAVAGGTRFEFPIYWGA
                     DLAAEHERFLVEQHFKRPVILTDYPKEIKAFYMKQNDDGRTVRAMDVLFPKIGEIIGG
                     SEREADFDRLQTRIEELHIPMKDMWWYLDTRRFGACPHSGFGLGFERLLLFVTGMANI
                     RDVIPFPRTPKNAEF"
     CDS             complement(19880..21244)
                     /locus_tag="SEQF2638.1_02129"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEIEENDGREPRPTSENQEISKEPAPQNKPERQRPAYRATREGG
                     GYKLDSKGRPTPPPPPSTTKRRPRIKDSRPAGYNRIAYGSYGPAYEKDEYLHTSYSAP
                     DNRPYAYEQPTEGVERKPYVPQSADSDRRRHYASYPQGGERPERRRPFAPREGYGERP
                     HRPHDPRQAYGEGESRPAGPFPPKKKVMMKKKKPKKPVTPFIPEQVKYEEQLSDPNEP
                     IRLNRFLANSGVCSRREADTFIQAGVVQVNGEVVTTLGTKITRQDEVLFRDQPVHIES
                     KIYILLNKPKNCMTTVDDPQNRRTVMDLVKNACPERIYPIGRLDRNTTGVLLLTNDGN
                     LASKLTHPSFKKKKIYHVWLDKEVAVEDMEKLASGLVLDDGEIHADAISYASEEDHKQ
                     VGIEIHSGRNRIVRRMFEALGYHVTKLDRVYFAGLTKKNLGRGKWRYLNEQEVNMLRM
                     GAFE"
ORIGIN      
        1 ttngaggcgg tggcgatctc tttgatcgtg ttngcgatgt tgcctgccaa gttgacaggg
       61 tcggtaacga tccattgggc gtgcgccgtt cgcgtaagca gcaggcagca cacgaggcag
      121 aggataagtt tgtgtttcat gaggattggg gggataaggg gaatgaggaa ataaagtagt
      181 tcggtattat acgggtgatc gattcactct tctgtgatca aattttgatg acgcgccagc
      241 aacaataagc tggcgagtga tcaaaatctg atgacgcact agctttttta tctctcgcgt
      301 gatcgaattt tgatgacgca cgagcaacag gaagctggcg tgtgatcaaa ttttgttcac
      361 gcgtgatcga attttgatga cgtacgagct tttttacctc tcgtgtgatc gaattttgat
      421 gacgtgcgag tgtttttacc tctcgtgtga tcgaattttg atgacgcacg agctttttta
      481 cctctcacgt gatcaaattt tgatcacaca gggttgaaag aagcgcatag gtgaggtgaa
      541 aaccgtggcg cgagaggggc ggggagtggc tgcccagccg tattcgttcg tctggttaca
      601 tttgcggcca attgatcaag aaagataaat cgcggtgaaa gagattgtat tcattcggca
      661 gaacatcgag aagtggaaag acctggagcg ggtggtcgac caggccgcga aggaggaccc
      721 cgagcgactc tccgacgcct acatggcgat caccaccgac cttgcctttt cgcgcagcca
      781 ttaccccacg tcacgcatca cgatctacct caacaatctg gcctctgcac tccacaacac
      841 gctctacaag aacaaacgtg aggatcgcgg gcgcatcctc gacttctggc gcacggagct
      901 gccgatggcc ttctacgaat cgcgccgcga gctgttttat tcgctcctcg tcttccttgt
      961 gagcgtcgcc atcggcgtct tttcggtcgc tcaagacacc gactttcccc gcctcgtgct
     1021 gggcaacgaa tacgtcgaca tgacgctccg caacatcgcg gccggccggc cgatggacgt
     1081 ctatgacaac tcgaacgaat ggatgatgtt cctccgcatc gccacgaaca atctctacgt
     1141 cggcttcagc atcttcatct tcggcctttt tacgggcgtg gggacgggca ttcggctctt
     1201 tcagaacggt attatggtcg gcaccttcca ggctttcctc ttccgctacg gcgtggggtg
     1261 ggagtctgtg ctgtcgatct ggctccacgg cgtcgtcgag atcgcgtcca tcatcatcgc
     1321 cggcgccgct gggttcgccc tgggcaacgg ttggctcttt ccgggcacct atccgcgcgg
     1381 ttacgccttt cgtcaggggg ccaagcgtgg actcaagctc gccgtcggcg tggctccctt
     1441 catcgtcctg gccgccttcg tggagagctt cctcacgcgc cacacggagc tgcccgacct
     1501 actccgtgcc gcctatatcc tgctcagcct cgtcttgatg atcttctacg tggtcgtcta
     1561 tccgctctcc gtccgccgcc gcgtggaggc cgaggccgcc aacgaccccg accggctggc
     1621 ctgacgccct atacctattt atatacagtc gtcacacctc ttgtacacgc atatggaatc
     1681 ccccgcacct aaaatcaact tctatcgcga gcgtaccttc ggcgaaaagc tgaacaccac
     1741 gttcgactac ctgcgtcata gctggcgccc cctgctccgt tactcgcttt acttcatcct
     1801 gccgctgtgc ctcgttcagg ccttcttcct gaatcgggtc atgagcagca ccttcatcga
     1861 tattcccgcg gctggcgaat cgagcttcag caacgtcatc agccgggtgc ttgcgcatgc
     1921 ggtgggggtt tactgctgtt acatcgccgg ctacatcctc ctctcggccc tgctttacag
     1981 tctgatgcag acctacgagc gacgcgaagg cgggctcgtg ggagtcacgt tcgatgagtt
     2041 gcgtgctccc ctcggtcgcc tcgttgggcg atcggtgcgt gtgttgctct tcggcctgct
     2101 tctctccctc ctcgtcggcg ccttcatcgg ccttcccgcg ctcttgggtt ccctgtggac
     2161 actactcgca accatccccg tcaccttgtt gctcgtcctt ctcgttatct cgccgctgtg
     2221 gctcttcgct ccgctctatc tcttgggaga ccgccctttc ttcgcctcct tccgacaggc
     2281 ttttcgttgg ggcatgcccg cctggttcga gatcttcgga ctgatgcttg tcttcggtct
     2341 catcggtagc atcgtcaata tggtgaccta cctgccgtgg tacctcttca ccttcatcgg
     2401 ccaactcttt tcctacaccg aaggcaatgg catggcggac accctctggt tccagctcac
     2461 gagctacatc ctcggtatca tccaatccta cggttactac ctctcgcagg tcatagccat
     2521 gaccggcata gccttcgagt acttccacct ccgcgagaag cacgagggca tcagcgccgc
     2581 caccgacata gcctcctttt ctaagctctg accactgatg accgacccta tcgacaccct
     2641 cacctacgat ctcgacaaga tcgcccgcta ccaagccgat ccgcgctacg attacaacag
     2701 ccagttgcag cccatcgaca cctcgtggtg ggaggccctg gtcaatcgac tcgtgcgcct
     2761 gctgcaacgt ctctttcacg gcctcgacac ggagcgtgcc agcagcattg tgacctggtc
     2821 actcgttgtg ctcttcgtcc ttgccctgat cgccgtcatc tggtttatct ggaagaagag
     2881 gcccagcctc tttctgcgca ataaaaagct gggcgtggat tacgaagagg tcacggaaga
     2941 agagctttac ggcaccgact tcgatcgtgc cctctccgac gccctcgccc gaggcgatca
     3001 tcaggccgct gtccgcctca tttacttgca aacgctccgc cagatagccg acctcgagtg
     3061 ggtcagcttt cagatcttca agacgcccac cgaatacgtc tacgagctga agcccgagtc
     3121 gcttcgcccc cccttccgcg acctgacgaa catcttcctg cacgtccgct atggcaacta
     3181 ccgtgcgaca cccgaactct gccatcagat gcacgaccta caacaacaaa tactgaaagg
     3241 agcctgacga atgaaacgca gtcgcattgt ctttttcgtg ctcatagccg tcttcttcgt
     3301 tgcggtcttc gtggtgcagt acaacacacc gcgccctttc gtttggaagc ccacctatct
     3361 ccatgacgac cgccaaccgt tcggctgcta cgtctttgac gacgtactct ccagctcctt
     3421 cgacgactat cgggtcgagc agaagtccct ctacaaagtg cgcatggaat accccgacac
     3481 cggccttctg ccccgatccg aacggcgcac ttacctcctt atccaagacg tctactcccc
     3541 gcctgactca ggcatcctcg acattcgtag tctgctccga cagggccaca acgtcgtgat
     3601 ctgcgcctcc gacttctccg aggagatgat ggagaccttt ggcttctctg tcgagtataa
     3661 cgaacgggac ctaatcagcg ccttcgatca agccgtgcgg ctcgaccctg tccgcgacac
     3721 catctactac ggcaatcgca ttgacgacga ctaccacctc tatcgtgtct tcccgcagct
     3781 ccatcccgtc tacttgaagc tccaagagtg cgagcttgat cgcaacatgg ccttcttggc
     3841 taaggataac cacgaccaac ccctcgcact catcatgtcg ctttaccctg atgacgccga
     3901 ggatgatagg aacgcggagt ctcgctggga ttccggttcc cttctcatcg tctccacacc
     3961 gctgctcttc accaactacg gcattttgga cggtgacaat gcctcgtaca tcttccgcct
     4021 cctctacttc cccgataact acccgatcgt gcggcttgag gagagccata gcgccgccag
     4081 cccgagcttg ctgaaggcca tcttcgacag tcccgcgctc aaggcagcct tttacagcct
     4141 tctcctgctc gtcctcctgc tgatggcgaa cgctgcgcag cgcaaacagc gccccattcc
     4201 cgtagtcaca cccccggcta acgagatgct ccgctttacg cgcctcatcg gcaacctttt
     4261 ctatcagaag cgcgactatc aggacttgct ccgcaaaaag tatctctatt tccgcaccga
     4321 actccgtcgg cgctacgcca ccgatcccga aactgagccc gatccgaaag ccgcagccga
     4381 acgactggcc gcacgcaccg ggttgcccgt cgaagaagtg acggccgact tcgtccgtct
     4441 caagcatctc cttagcgatg gcacgcgcgt ctccgaagct gacatgcgcc gcgccataga
     4501 tggcatcaac cactggaaac gtaaactcaa ataggtcgcc cgaaggtgcg cctaccccta
     4561 acacccctca ctcatcctaa ctactcatca ccccaatgga acaaagaacc gcatcccttg
     4621 acctgaccga tttcacagag aaaatcaacc gcatacgtgc tgccatttcc gacgtcgtag
     4681 tcggacaaga gcgcgtggcc gatctcctgc ttgccgccat cctctcccgc ggacacatcc
     4741 tcatcgaggg agtgcccggc gtagccaaaa cgctcaccgc tcgactcctc gctgcactga
     4801 tcgacgccga cttctcccgt atccagttca cccccgatct catgccctcg gacgtgctcg
     4861 gaacgtcagt cttcaacatg aagaccagcg aatttgactt ccaccgcggt cccatctttg
     4921 ccgacatcgt tctggccgac gagatcaacc gtgccccggc caaaacgcag gccgccctct
     4981 tcgaggtcat ggaggagcga caggccacga tcgacggaac cacctatccc atgagtccca
     5041 tctacaccat catcgccacc cagaaccccg tcgagcatga aggtacctac aagctccccg
     5101 aagcccagct cgaccgcttc ctgatgaaga tcaccatgca gtatcccacc ctggacgagg
     5161 aagtccgcat cctggagcgc caccacgcca accgtcgcct gaccaccctg gagtccgtcc
     5221 agcccgtcat caccaaggac gagctgctcc gactcatcga ccacgtcgga cacgtctatg
     5281 tcgagcccgc cctgctgcgt tacatcgccc tcatcgtcgc tcgcacccgt accgcccgca
     5341 ccgtctacct cggcgcctcc ccgcgcgcct ctgtcgccat gatgcaggta gccaaatcct
     5401 tagccttgct ccatggccgc gactttatca cccccgaaga cgtcaagtcc gtagccatcc
     5461 ccgtccttca acaccgcatc accctcacgg ccgaggctga aatggagggg cacaacccgg
     5521 tgaagatcat cggtcgactg gtcgagcaag ttgaagtccc caaataagcc cgcgttatgt
     5581 ttttcactcg gcgcttcttc gtcgtcctcg ccgtcgtttt cgtgctctac ctcgcgagct
     5641 atgccttccc cgtctgttac gaggctgccc ggtggttgat ctgcatcctc ctttacctat
     5701 cagccatcga cggctcgtat tggtttggat ttcgatttcg ggaagggcgt ctcggagtcc
     5761 ttgttctttt cgtcctctac atcctttcgc ttggctatct ggagtatcgc ttagccacac
     5821 cgccaatctt catcgtgctt gttataggga ccctgattgg gtggattctc ttgtggccct
     5881 ctataaagcg atccgaaacg atcacggcgc gccgtagctg ctcagaccgc ttctccaacg
     5941 gcgatgagaa tgaggtgcgc atcacggtgg agaaccgcct tcccaccccc gttcacgtag
     6001 acatcatcga cgagttgccc gacatcttcc agcgccgcga tgtccgcttc cccgtggagc
     6061 tgaaacgcgg cgaaaaacgg gaaatcgtct accgactacg ccccgtccgc cgcggcgtct
     6121 atcactttgg ccgcatccga ctctttgtta cctctcctct tggcctcgtg acaactcgcg
     6181 tcaccgacgg ccagccgcaa gaggtaaagg tctacccgtc ctacctcatg ctcaaccagt
     6241 acgagctgct cgccgcccat cacaacctca ccgagctcgg gattaagcgt gtccgtcgcc
     6301 tggggcacca caccgagttc gagcacatca aagagtacgt ccgcggcgac gactatcgca
     6361 ccatcaattg gaaagccagt gcccgccgcc accaaatcat ggtcaacacc taccaagacg
     6421 agcgctccca gcaggtttac agcgtcattg acaagggtcg catcatgcaa tcggccttcc
     6481 gcggcatgac gcttctcgat tacgccatca acgccagcct cgtcctctcc tacgtggccc
     6541 ttcgccgcga ggataaggtc ggcctggcca ccttttccaa ccatttcgag accttcctgc
     6601 ccgcctccca acaggccggg caaatgcagc agctcctcga aagcctttac cgacaggcca
     6661 ccgacttcgg cgagagtgat tatagcgcgc tctcggtcca tctcaacaag cacatcacca
     6721 agcgcagcct gctcatcctc tataccaact tcgacagcgt tgtcggcatg gagcgccagc
     6781 tcgaggcgct caaatacctg tccaacaggc acgtcgtcct cgccgttttt ttcgaaaacg
     6841 catccctaac gacctttgcc gagcgtaagc cgcgccatct ctcggactat tttgatcaaa
     6901 cccttgccga taaattcatc gccgagaagc aacacgtggt caacctgctc cagcgccacg
     6961 gcatctacgc ccttttgacc gcccccgagc gtctatccgt cgatgtaatc aaccgttacc
     7021 tcgaaatgaa ggcccggcat gtgatctaaa aaacgaacga ctacaatcga gcaaccccaa
     7081 acgcccttcc ggggatgact atccatgcta tccccggcca ttttcccctt ctccgactaa
     7141 aaacgaacca agaatctacc cggttttcgt ctgtccgtgt aggggcgtat tgcatacgcc
     7201 ccacaaacgg ccacgccaga ggtcgaatgg acaaaaaaat cgccattttt taggccgccc
     7261 gtgtaggggc gtattgaata cgccctacaa acgaccacgc cggtggtcga atgaatagaa
     7321 aaatcgccat tttttcgggt acccgtgtag ggtgcaacag catacgcccc acagacggcc
     7381 accgcagtgg tcgagtgaaa agaaaaatcg ccatttttta ggtcaaccat gtaggggtgt
     7441 attgcatacg ccccacagac ggccaccgca gtggtcgagc gaaaagaaaa atcgccattt
     7501 tttaggtcaa ccatgtaggg gtgtattgca tacgccccac agacggctac gccagaggcc
     7561 ggatgaatct aattccgatc cgatttttga ttcatctgat aaaaacgaac caaaaacccg
     7621 atgaattttt acccggtagg gtaggggcgt attgcatacg ccccacgaac gaccacgcca
     7681 gaggccgaac ggatagaaaa atcgccattt ttcaggatgc tcgtgtaggg gcgtattgca
     7741 tacgtcccac agacggccac gccggtggtc gaatgaaatt aatcccgatc caatttttga
     7801 ttccccggat aaaaacgaac cgaaaaccta ccgggttttt cattccacgg ataaaaacga
     7861 acttcaaatc tgcccggttt tccaatcccc gaccgaaatt ggatctcaaa tccattgggt
     7921 ttttcaatcc cggaccgaaa ggaatggcta tacccggcgc ataaggtatg ttcccgatat
     7981 gaaagaatac aatatgcgtt gcagatacaa acctttcaca ctgaaagaag catttctgca
     8041 ttgcatgttg tgatctattg atcataaaga agcgcgtatg cattgcagat ggtatcttta
     8101 tggattaaaa gaagtctata tgcgccgcgg ataggatcct aatggatcgg gaggatataa
     8161 tctgcgttgc aaaagatctt cttttagcct tagaagatag gatctgcaat gcaaatggta
     8221 ttcgttccgt gcgatagaaa tgaatccgcg ctgcatgtgc cgttcttttg cagtgggagg
     8281 tatcaatctg ctacgcatat agcgttcttt tatgctggga atatgtctta tgcgtcaagg
     8341 ttgaggaggt tttttggtcg gagattggaa aacccggcgg ggttgaggtt cgttttcggt
     8401 cggggaatgg aaaaccggat ggggataagg ctgcgtttta ttcagggaat ggaaaaccgg
     8461 gtgggaatag ggccgcgttt tgttcgggaa atggattttt gggtggggat tagattcatt
     8521 cggcctctgg cgtggccgtt tgtggggcgt atgcaatacg cccctacgcg ggcgacctga
     8581 aaaatggcga tttttctatt cgttcgacca ctgccgtggc cgtttgtagg gcgtatgcaa
     8641 tacgccccta cacgggcggc ctgaaaaatg gcgatttttc tatccattcg accaccggtg
     8701 tggccgtctg tggggcgtat gctgttgcgc ccctacacgg gtacccgaaa aaatgatgat
     8761 ttttctatcc attcgatcac tgccgtggcc gtttgtgggg cgtatgcaat acgcccctac
     8821 acgggtaccc gaaaaaatgg cgttttttct atccgttcgg ccactggcgt ggctgtctgt
     8881 ggggcgtatg ctgttgcgcc ctacacggac agacgaaaac cgggctggtt tttggttcgt
     8941 atttcgaggg ggggcggaaa aggggacggg gcgtgggttg tgcgaaaagt ggggtaggcg
     9001 cgcttccata attatacggc gactgttacc tttgcgggcg cgtcgcagga tgggaccaat
     9061 catcgctccc gctcacgcat tcataatccc taactatgta gcataagatg atgaacaaac
     9121 tgatgctgat tcagaaagac ccttggctgg aaccctacgc cgaagccatc gaagggcgac
     9181 ataatgatgt gattaagaag gaacaagact tgacgcagaa tggacggctt agcctctctg
     9241 actttgcatc gggatacctc tatttcggcc ttcagcggat ggccgacgga gggtgggtgt
     9301 tccgggaatg ggctccgaat gccaccgcga tatacctcgt gggcgacttt aacggttggg
     9361 aaaaacgcga ggattaccgt ctgcggcgct tggaaggtgc ggcgggcaac tgggaaatcg
     9421 tgctgcctgc ggacgcgctt caccacggcg acctgtataa gctccgcatg gagtgggagg
     9481 gaggcgctgg cgaacgcatt ccggcttggt gtcggcgtgt ggtacaagac gagacgacga
     9541 agatcttttc ggcccaggtt tgggatccgg cggagaaata caagttccgc gtcaacgatt
     9601 ttcggcctga cacttcgcca ctgctcatct acgagtgcca tattggcatg gccacggaga
     9661 aagagaagac cggaacctac gaggaatttc gtctcaacgt gctgccgcgc gtggcccgcg
     9721 acgggtataa cgccatccag attatggcca tccaagagca cccgtattac ggctcctttg
     9781 gctatcatgt gagcagtttc ttcgctgcct cgtctcgctt tggcaccccg gaagagctga
     9841 aacggctgat cgacgatgcg catgcgctcg gtttagccgt gattatggac attgtgcata
     9901 gccacgcggt caagaatgag gcggaaggct tgggacgctt tgacggatcg taccaccaat
     9961 attttcacac cggagaacgg cgtgagcacc gcgcctggga ttcgctttgc ttcgattacg
    10021 ggcgtaacga ggtgcttcat tttctgcttt ctaactgcaa attctggctc gacgagtatc
    10081 gtttcgacgg attccgcttc gatggcgtta cctccatgct ttactatagc cacggcctcg
    10141 gggaagcctt tagcaactac ggcgactatt acaacggcca tcaggatggc gatgcaatcg
    10201 tctacctgac cctcgccaac aggctgattc acgaggtcaa cccgcacgcg gtgacgatcg
    10261 ccgaggaggt gagcggtatg cctggcttgg ctgcccgatt cgaggacggg ggctacgatt
    10321 tcgactaccg aatggccatg aatatccccg atttttggat caaaacactc aaggagaaga
    10381 aggacgagga ctggcatccg tcggccattt ggtgggagac cacgaatcgg cgcgcggatg
    10441 agaagacgat cagctatgcg gagagccacg accaggcgct tgtgggtgac aagacgatta
    10501 tcttctggct catcgacgcg gatatgtatt ggcacatgca gacgaacgac agaaacctca
    10561 ccgtagagcg tggcctggct cttcataaga tgatccgcct cgtgacggcg accaccatga
    10621 acggtggtta tctgaacttt atgggcaacg agtttggcca tccggagtgg atagactttc
    10681 cgcgcgaggg caacggttgg tcatacaaat acgcccgcag acagtggggg cttgtggata
    10741 atccggactt gaagtatcat tttctcggcg attttgacca tgccatgttg gcactgatcc
    10801 acagtgtgcc cgcgtttcag gcgctcccgc tgcaaaaggt gtgggacaac gacggggatc
    10861 aggtgctggc ttacatgcgc ggcgattttg tgttcgcgtt taacttcagc ccaacgcatt
    10921 ccttcaccga ctacggtctg cttacgcccg aaggcagcta tcgggtggtg ctcaacaccg
    10981 acgatccgct ctacggaggc aatggcctca cggacgacag cgtagaacac ttcacccaac
    11041 ccgatccgct ttacgccccc gacgggaaag gctggctcaa gctctacctg cccgcccgca
    11101 cggccatggt tttgcgtcgc gtgacgccca agaagcgaaa accgaagcgg taaaggatgc
    11161 ccgagagggc aagcaataga aatctgatta aagttcaaca tatcaagtac ttctgtaagc
    11221 tcatcgccac tcatttttag cttgtgagtg agcgtaacaa cgaaatgaat ccctatgttt
    11281 ttcggccgat actgaaagaa gtcctttggg gcggcgcggc catctgtcct tttaagtccc
    11341 tgccccccga tccgcgcaag attggcgaaa gctgggaagt gtctgacgta gacggtcggc
    11401 cgtcgatcgt agccgatggg ccggaggagg gcgtcacgct cggcgaattg gttcgtcgac
    11461 acggcgccga tctcgtcgga ggccgcattt tggaacgttt tggatcgcgc ttcccacttc
    11521 tggtcaagtt tattgatgcc cgagacgacc tctccgtaca agtgcacccg gatgacaatc
    11581 tggcacatgc gcgtcatggt gccctcggca agacggagat gtggtacgtc gtccaagccg
    11641 cccccggcgc cgcgctttac agtggttttt cgcgtccgat cgacgccgac gagttccgcc
    11701 gtcgtgtgga agagcggacg atcatggaag tgctcaagcg ttacgaggtc cgtccgggcg
    11761 acgtcttctt tctgcccgcg ggtcgcgtgc acgccattgg cgcggggtgc ttcgtggccg
    11821 agattcagca aacgagcgac gtgacgtatc gcatctacga ctatgatcgg gtgggcaccg
    11881 acggtcggaa gcgcgaactg catgtggctg aggcactcga agcgatcgat tacacctttt
    11941 acgccgatca tcgccagccc tacacgcccc gctacgacgc cgtcgtcaag ctcatccact
    12001 gcccctactt cacgacccac ctactcgacc tcacgacgct acccatgacg cgcgacttcg
    12061 ctcgcctcga ctcgttcgtc atctacctct gcatggcggg tggcgttcgc ctcacggacg
    12121 accttggcca tgtgcggacg atccgccgcg gccagacggt tctccttccc gccacgactc
    12181 ggcaggtcac actcaccccc gacagcgatg gcgccaagct gttggagacg tttatcgcgt
    12241 aaaaagagga cagcgtgtcg aaagctcaac tgaaaaagtg cttcaaatcg atgcccaaag
    12301 aggagctgat cgaagtcatc ctcgggttat acgatgcccg aaaggaagcg taggactatt
    12361 tggagtattt tcttcatgcc gatagccaag gcgagatcga gaagcgtaag aaatggcttc
    12421 acaaggagtt ttttcctcgc ggagagggcc agatgcccgg tgactattcg gtcgtaaagt
    12481 gtaagaagat cttttccgac tttgagaaaa tgaaggctga tccggttgac gtagcggatt
    12541 tgatgctgtt ttacgtggag ataggatgcc gattcacgtt agcctatggc gacatagacg
    12601 agcccttcta cgactccttt gcacgctatt tcgacaagac aatgaagtat atccgcacca
    12661 ataatctgat gagcgtctat cggaaccgcg caaaaaagat cgtcgattcg gtctacgacg
    12721 atgtcggttg gagatttccc gacgagttgc tcgatagtta taacaaatac gtgacgaaat
    12781 aggccgtgag cgcctatccg aaatagaaaa aggagagggg aatgggctgc catttccttc
    12841 tccttttttc tgcttacggt atcccgagcg ctttggggct tcgtacgtat tcagcgtatc
    12901 cgattcccat caagagagcg cttcaccgca acttcatttt gggcaaatgc cagtggaatt
    12961 tgatcgctaa aatgcggatg atgagcaccg tggcagcggc ggaaagctcg cacacctcgt
    13021 gattgaaatg gaggtaatag caggcggcga aaaccgttcc gcccatcacg caagccaagg
    13081 cgtagatctc cttacggaag acgagcggcg tttcattgat gaaattatca cgcatcacac
    13141 cgcccacaat gcccgtaatg gtgcccatcg tgatcgctac ccaaaaggga tacttgagat
    13201 cgagcgtttt ttcgatgcca atcaccacga aaagcgccaa tccgatggcg tcgaagatga
    13261 aaaagggcag gtcaagccga acaagctggc gattgaagat gaaaacgaca atcataccga
    13321 ggagtgtgca ccagaggtag gccggactga gcatccagaa gggtgtcacg tcgaggagca
    13381 gatcgcgcac cgttccgcca ccgatggccg tgacgaatcc gacgacgaag gccccgaacc
    13441 aatcgaaacc tttggcggca gcgaggcgga taccgctgat ggcaaagaca atcgtgccga
    13501 tgtattcgat cgcttcgcgg agggtaagag gaagagaatc catgcgttgc ttgggttagg
    13561 gttggggatg cggtaactcg ttggcggagg cgttcgtagc gtccgcgtca tcgtcgaaag
    13621 cgaacacggc ggcgggcagt gggtacgtct gcgactcttt cacgccgagg gccttcagct
    13681 cgttggcttt ctgcacgatg ctctgcttgc cgctgtaggc cttgttgtaa gcgctatcgt
    13741 aatccttgga gagtgcgcgg atgctttcgc ccacccgatc gaaacgcttg acgaaatcac
    13801 ctacgcgttt gagtagctct tcagccattt ggaagatatg cttttggttt tcggtctgcg
    13861 tatgttggcg ccaggcaata ctgatcatgc ggaggatggc gtagaggttt tgcgtgccgg
    13921 tgatgaacac cttctgctcg aaggccgact gccagagctt gggatcgttc gtgagggcca
    13981 gttgtagggc tgcatcgttg gggacgaaca tgatgacgaa ctccacagcg cggcgtgggg
    14041 ccgtgatgta gcggctgtag tccttccgag ccagttccgt gacgtgcgag cggacgctct
    14101 gcaggtgacg ctccaaatga cgacggcggg tgaagtcgtc cgtggcggcg acatagtcgg
    14161 agtaggcctt gatggagacc ttggcgtcga tcaccacgtc ctcgttgttg gggtaatgca
    14221 ggatgacgtc cggacgcatg cgtcggccgg tctcatcgtg caccacggcc tgtccgcgat
    14281 cgtcggtcag cgtgtcctgc acatcgtagt tcagtccgcg cacgaagcct tgggcgtcaa
    14341 gcagctcgct gagcaccaac tcgccccaat cgccgatctg tttgttgtcg ccgcggaggg
    14401 cgttcgtcag gttggtggcc gtgcgatcca tgcgctccgt ctgggcgacc atctggcgga
    14461 gctgttcggc cagtgaggct gtgttgcgtg tcgtggcatc gttcgtttgc tcgatggctg
    14521 tgcgcagttg cgtcaggttt tcgcggaggg gcagggtgaa gcgctccatg tgctccgtgt
    14581 tctcgctctt gaggcgctcg gaggtatggt cgagcacttg tcgtgcgacg ctttggaact
    14641 gctccttgag tgtggccatc tgttcgtcga agcgttgttg atggtgtgca gcgtcggctt
    14701 tcgcttgctg tctgagggcg tccatcgacg cgacgagggc agcgcgttca gcctgcaacg
    14761 tcgcatgctc gcgtgccagc cgatcacgtt cctgcttcag ttcggctgcg tcagactcag
    14821 cacgttggcg gagcagagac tcacgcgctg ccgcctgttc ggccagtagc cgcgcttgct
    14881 cagccgtctg tagctggtgc tgcagctcct gccgcgcaga ctgttccagc tgcgacaact
    14941 cttggcgcac cgtctgttca gcctgcaaga cctcattacg actgcgcgct tgcaaataga
    15001 accaggccgc ggtgaagccc accgccaggc caatcaataa atagaggaag gtcataggga
    15061 aaatgaaaaa cgaaaaggga aaagggaaaa atgagatgaa tcagccgata gggtaggggc
    15121 gtattgcata cgccccacat gtacctggcc gctggattat tcgcccctat tggggcgtta
    15181 agtagggcgt atgcaatacg cccctaccct gccggctgga ggagacgatc atctctaatg
    15241 accgattgga gataatcatt gatcattagg atgatgcctc acgattcgcc gaacgagcat
    15301 cgacgggtaa ccatacacaa gcgccagcag ggtgagagcc gtgttgagta gactaatgcg
    15361 gaggaagtcg cggcccggtt ggaagtgcgt cacgcgaccg cccggggggg catagttgac
    15421 ggtcacgggg acggccacga taggcagccc gcgccacgca caacgcacgg ccaactctaa
    15481 ctcggcctcg tagcgcgacg tcagcggacg catgccacgc atggccgata gcggatagag
    15541 gcggaacccg ttctgcgtgt cacgcaggcg gtggcccgtc tgcacggcga accagaagtt
    15601 cgacagccgg ttggcgaacg tgttgccctg cggcatctcg ccctccaccg tccgacggcc
    15661 catcagcagc gtgtttgggt gtacggccgt ggcttcaacg aagcgtggca gatcggctac
    15721 gctgtgttgc ccatcggcat ccattgtgat cacgcgatcg aaacccatcg cctccgcccg
    15781 atcgaagccg cgcgacaggg cgtacccctt gccgcgattc ttcgcgtagg ccaccacctc
    15841 cacgccccgc ttagcatagc ctcgcagtac gtcggccgtg ccatccgtcg agccgtcgtt
    15901 gacgacgatc acgcgagcac ccgttgccag cacctcgtcg atcacaccgc cgacggtgcg
    15961 actattatta taggtaggaa caataacaca gaagggctgc gtcatccctc cacctcctcg
    16021 agcagcaggc tgatcttggc gaagagtgtg ccgacggcgt cggtcacgac gcacgacacg
    16081 gcgaccccgc cctcgtccgg tcgggagatg gcgagcggaa aggtcacttc ggtggcctga
    16141 cgcgggtcga tgacgtggag gaatttggcg ttgcgaacgg tgcgcaggaa gagtggccga
    16201 ccgatggacc gctccgcgag ctccttcacc gtttgaatga tgcacacgcc gggcgtcacg
    16261 gggcttccgg ggaagtgtgc gccgtagatc gcgtgaccgg cgtcgggcac caacacatag
    16321 gtgcatcccg caggcgtttc ctcacggcag cggatcgtga atagggaatc aatcaacata
    16381 caataggggg tagtcaaagg gtggttatgc ggcctgcggc cgcggtagtt acggggctgc
    16441 gccccgggta gtcagagggt agttaagggg tagtcaaagg gtagtctgag ggtggccgcc
    16501 ccgttactca tcgctgccgt cgtccgtctc ggccattcgg cgcagtacgt agacgatgtt
    16561 gcggcgggta ttgacgagcg tcacggtgct gtcgtgcggc gtcgcggtca tgcgccaccg
    16621 gcctgagacg gctacgatcg tgtcgccccg ctcgctgcgc tcgacccgac gggcgaacgt
    16681 ggcttcggca ttgtcgacct cgaacaggaa gtgcaggtcg gccgcgacgg tccgccggat
    16741 gtaccaccgg tccatcatcg gaaagacgtt aagcaacgtg ccccgccgcg tcgtggtgac
    16801 gaagtcgaac gctttgctcc caaactcgtt cacgagcgag ccgcgccatt cgtcgcccac
    16861 gcgtttcgta acgcagatgc ccgtcaggtc acggcccgcc gcccgaaggc gtacgcgata
    16921 cgtgttcttc gcctcggccg atcgcatggc cggcgtccat acgcgcgccg tcgacgcttc
    16981 acgctgctgg acattgcgcg tcgcagcgca gcccgtcagc agcaggaggc acagcataaa
    17041 ggcgagaggc tttgcagcgt agcgcagatg cgctgctatg cgaagcccct taacgagtga
    17101 atagcgcatc gtccaccgcc acattagcct gcacattctt gagcgtgatc gtcgtccggt
    17161 cgccgctctt ctcctcgagc tccacgcgcc gcacgcgccc gtcggactta cccacgtaga
    17221 gccgcacgga ggcgaagagg tcgcgcacct ccttcttgcg cggcgtgagc gtgatctgcc
    17281 aatcgctctg cccgacggag aaggtggacg agaagtcggg cgaatccacc aggcccgccc
    17341 cgctcacacc gccgaccatc acgcgactga tctcgctgaa gagcttgctc gacttcaccg
    17401 gcacacggtt cgaagcgccg cccttgcccg aggtcatgtg caccgtcgtg ccgtcggtcg
    17461 agaagacgta ggcgtacggc tgcgtgtatt cccagcggat tttgttcgcc ttcttataat
    17521 acatccgccc ctcggatgtc actttgtcat tcataaacga cagctgcttg acctgcgtaa
    17581 agtcgcactt catcgtgcgt acgctggcgg ccgtctgcgt gatcttagcc acgatctcct
    17641 tgcgttgtgc ctcgcttgcc gcgcggtatc cacccgtctg tgccgacgcc gtcgccagca
    17701 cgtacaccgc caacatggca gttatcactg ctttcttcat ccttttcatc ttgtttatac
    17761 ctaaaatatc ggggcgcgaa gataagtgcc tggtcaaatt aagtcggcgg gggcagcttt
    17821 ggctgccggc gaagtaggcc cggtatgcac gtttgatgta cccagcaatc ttggcaggtg
    17881 tccctgacac cctcggaaac cttcaaacca tgagtttgac gcgaaacggg tgtgtgtttt
    17941 gctccaaacc acctggtttg acccaatcgc gggtgtgttt tgcctcaaac cacctggttt
    18001 gaccccaatc gcgggtgtgt tttgctccaa accatctggt ttgatcccaa tcgcgggtgt
    18061 gttttgctcc aaaccacctg gtttgacccc aatcgcgggt gtgttttgct tcaaaccacc
    18121 tggtttgccc ccaatcgcgg gtgtattttg cttcaaacca cccgatttgc ccccaatcgc
    18181 gggtgtgttt tgcctcaaac cacctggttt ggccaaaatc gcgggtgtgt tttgcctcaa
    18241 accacctggt ttggccaaaa tcgcggggcc gtcagggacg ccggtcaagt ttgccaccgg
    18301 attggatcaa aaacatacca gcccctaacg ccactctgac agccgcccct cgtgtggagg
    18361 ggggaaatta accacagcaa agcccccgaa ccttcaatgt gtgcgaaggt ccgggggctt
    18421 ctttctctaa acagctaccg cggccgcttt agaactcggc gttcttcggc gtgcggggga
    18481 aggggatcac atcgcggatg ttggccatgc ccgtcacgaa gagcagcagg cgctcgaagc
    18541 cgaggccgaa gccggagtgc gggcaggcgc cgaagcgacg cgtgtcgagg taccaccaca
    18601 tgtccttcat ggggatatgc agctcctcga tgcgggtttg cagccggtcg aagtcggcct
    18661 cacgctccga tccgccgatg atctcgccga tcttcgggaa gagcacgtcc atggcgcgca
    18721 ccgtgcgtcc gtcgtcgttc tgcttcatgt agaaggcctt gatctccttc gggtaatcgg
    18781 tcagaatgac aggccgcttg aagtgctgct ccaccaagaa acgctcatgc tccgcggcca
    18841 gatcggcgcc ccaatagatg gggaattcga accgagtgcc accagccacg gcctcttcca
    18901 agatgcggat gccctcgccg taagccagtc gcacgaaggg cgcctggagg atgccctcga
    18961 ggcgggcgat cagctccttg tcgaacatgt cgttgaggaa gtggaggtcg tcagcgcagt
    19021 ggtcgagcgc ccaccggacg cagtatttga tgaactcctc ggccagatcc atgttgtcct
    19081 cgatctcgta gaaagccatc tccggttcga tcatccagaa ctcggccagg tggcgcggcg
    19141 tgttggagtt ttcggcgcgg aaggtgggtc cgaaggtgta gatctcaccg atgcccatcg
    19201 cgcccagctc gccctccagc tgtccggaga cagtcaggct gctgcggcgt ccgaagaagt
    19261 cggcgtcgta gtccacactg ccatcttgtc gtctcggcgg gttggacacg tcgagcgtgg
    19321 tgacttgaaa catctgtccg gcaccctcgg cgtcggaggc ggtgatgatc ggcgtgtgga
    19381 ggtagaagaa tcccttctgg tgaaagaagg tgtggatggc catcgccatg tggtggcgga
    19441 tgcggaggac ggcgccgaag gtgttcgtgc gcggtctcag gtgggcaatc tcgcggagga
    19501 actccatcga gtgacccttc ttctgcaacg gataggtggt ggggtcggcc gggccgagca
    19561 cctcgatgct tgcggcctgc acctctaccg tctgcccttt gccctgcgag cggacgagcc
    19621 gtccgttgac acgcagacag gcaccggtcg tgacgttgcg gagcgactcc tcaccgatgc
    19681 cgtcgatgtc ggccaccact tgcaggttgt ggatcgtgga gccgtcgtta agggcaatga
    19741 aggccacctg cttgctgccg cggcgtgtgc gtacccagcc gcagacgacg acgtcggtgt
    19801 cgtacgcctc actggcaagt atttctttga ttttcgttcg tttcatcgtg tgttacgttg
    19861 tgatgatggt tttacgcgtt cactcgaagg cgcccatacg cagcatgttt acctcctgtt
    19921 cgttcaggta gcgccacttt ccgcggccga ggttcttctt cgtcaggccg gcgaaataga
    19981 cgcggtcgag cttcgtgacg tggtatccga gcgcctcgaa catgcggcgg acgatgcggt
    20041 tgcggcccga gtggatctcg atgcccacct gcttgtggtc ctcctcgctg gcgtagctga
    20101 tggcgtcggc gtggatttcg ccgtcgtcca gcaccagacc gctggccagc ttctccatgt
    20161 cttccacagc gacctctttg tcgagccaca cgtggtagat cttcttcttc ttgaacgacg
    20221 ggtgggtgag cttcgaggcc aggttaccgt cgttcgtgag cagtagcacg cccgtcgtgt
    20281 tgcggtcaag gcggccgatg gggtagatgc gttccggaca ggcgttcttg acgaggtcca
    20341 tcaccgtgcg tcggttctgc ggatcgtcga cggtggtcat gcagttcttc ggcttgttca
    20401 gtaggatgta gatcttgctt tcgatgtgca cgggctggtc gcggaagagc acttcgtctt
    20461 gccgtgtgat cttcgtgccg agcgtggtga ctacttcgcc gttcacctgc acgacacccg
    20521 cttggatgaa cgtgtcggcc tcacgacgcg agcagacgcc cgagttggcc aagaagcggt
    20581 tcagacggat cggctcgttc gggtcgctca gctgctcctc atacttgact tgttccggga
    20641 tgaagggtgt gacgggcttt ttcggcttct tctttttcat catcaccttc ttcttcggtg
    20701 gaaacggtcc cgcgggtctc gattcaccct cgccatacgc ctgacgcggg tcatgggggc
    20761 ggtgcggtcg ctcgccatag ccttcgcgtg gcgcaaaggg tcgacggcgc tccgggcgtt
    20821 cgccaccctg cggataggac gcgtaatgcc tgcgacgatc cgagtcggca ctttgcggca
    20881 catagggctt gcgctctacg ccttccgtcg gctgctcgta agcgtaggga cggttgtccg
    20941 gcgcagagta ggaggtgtgc agatactcgt ctttttcgta ggccgggcca tacgacccgt
    21001 aggcgatgcg attatagcct gccggccgac tgtccttgat gcgcggacgg cgcttcgtgg
    21061 tcgagggggg agggggcggc gtcggcctgc ccttgctgtc taatttgtag ccgccgcctt
    21121 cgcgtgtggc acgataggca gggcgttgcc gctccggttt gttctgcgga gccggctcct
    21181 tgctgatctc ttggttttca ctggtcggac gaggctcgcg tccgtcgttc tcttctattt
    21241 ccatgcttaa aaagaaaata aatgggggtt gattaattgg ggattatagt cgtcgcgact
    21301 attagttccg ggtttttagg ggtcattcag cggggaacga tgccccctca tacgccggta
    21361 taattatgtg ggttcacagc cttcaattcg gcct
//
LOCUS       SEQF2638.1|AYYF01001579.1 1215 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1215
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(538..1131)
                     /locus_tag="SEQF2638.1_02130"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKDNKDLFPVVTIIIMEAFINKMRRLKGVRKMILIEEAWKAIAS
                     ANMADYIKYLYKTVRKYFGEAIVVTQEVDDIISSPIVKESIINNSDCKILLDQRKYMT
                     KFDGIQALLGLSEKEKNQILSINQNNDPERRYKEVWIGLGGMQSAVYATEVSREEYLA
                     YTTEETEKVEVMRLADRLGGDIEQAISRLAREQNSIT"
ORIGIN      
        1 ttngaggcgg tggcgatctc tttgatcgtg ttngcgatgt tgcctgcnaa gttgacaggg
       61 tcggtaacga tccattgggc gtgcgccgtt cgcgtaagca gcaggcagca cacgaggcag
      121 aggataagtt tgtgtttcat gaggattggg gggtaagggg aatgagggaa taaagtagtt
      181 ccggattata cggatgatcg attcactctt ctgtgatcaa attttgatga cgcaccagca
      241 acaacaagct ggcgtacgag cacgatgaag ctggtgcgcg agcatgatga ggctggcgtg
      301 tgagtatgat gaagctggcg tgcgagcatg atgaggctgg cgaatgagca tgatgaggct
      361 ggcgaatgag catgatgagg ctggcgcgtg agcatgatat agctggcgtg cgagcatgat
      421 gaagctggtg cacgagcatg atgaggctgg cgtgcgagca tgatgaggct ggcgcgtgag
      481 catgatgagg ctggcgcacg agcagcaaca agctggtgtg tgatcgaatt ctacctctca
      541 tgtgatcgaa ttttgttcgc gcgccaacct gctaatggcc tgctcgatgt ctccgccgag
      601 gcggtcggcc aagcgcatca cttcgacctt ctccgtctcc tcggtcgtgt acgcgagata
      661 ctcctcgcgc gagacctccg tggcgtaaac ggccgactgc atgccgccca gaccgatcca
      721 cacctccttg taacgccgct cggggtcgtt gttttgattg atcgagagga tctggttttt
      781 ctccttctcc gacaacccga gcaacgcctg tatgccgtcg aacttggtca tgtacttccg
      841 ctggtcgagc aggatcttgc agtcggaatt gttgatgatc gactccttga cgatgggcga
      901 cgagatgatg tcgtcgacct cttgcgtcac cacgattgcc tcgccgaaat acttgcggac
      961 ggtcttgtag agatacttga tatagtctgc catattggcc gaagcgatgg ctttccacgc
     1021 ctcctcaatg aggatcattt tccgcacacc cttcagcctt cgcatcttgt tgatgaaggc
     1081 ctccatgatg atgatcgtca ccacggggaa gaggtctttg ttgtccttca ccgcgtcgat
     1141 ctcgaagacg atgaagcgtt tggagagcag gtcgatgttg cgatcggagt tgagcaggaa
     1201 gtcgtaacgc cctcc
//
LOCUS       SEQF2638.1|AYYF01001580.1 2911 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2911
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             1060..1350
                     /locus_tag="SEQF2638.1_02131"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKYLIITEADWLSLRDEVLSLAACCLKAFGEPSKHTDWLHNGDV
                     CRLLGISKRTLQHYRDTNVLPFAQIGHKCYYKREDVERLLCVKSDKTTNTKA"
     CDS             1350..1655
                     /locus_tag="SEQF2638.1_02132"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMEAIQELSLEAGEMQVVISALQRVRGRIREVSETHRPLFCGEH
                     FLTGKEVCERLYISPRTLQDYRDRKIIPYTQFAGKILYKASDLERILEENYKGGGKR"
     CDS             complement(2590..2793)
                     /locus_tag="SEQF2638.1_02133"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPKEGCEKPPKNPEELVPAFAAIHPHPLLKTSEIFLQMIEQALA
                     VTPKSEDEGLDLLGGHGLAFLLP"
ORIGIN      
        1 tcccgtttgt tgagcgcctt gagctggtcg tcgatgttga taatgaggtt ctgcccgacg
       61 taggtcagcg tgtccttttc ctgtggatag atcttgccgg tatagctgta gccgtgcagc
      121 ttaggcgggc aaagcaggtc gagaaacgtc gtcttgaatc gtccctgttc gccggttaag
      181 accaggcagg tgtggttgcg acactcgcgg tcgtccatcg cgttggccac tacggccaca
      241 agccattttg tcaggtacag cagccatttc tccgggtttc gaacgacgac gcagtcggcc
      301 aattcacgga tggcgtgcgt gtttgagtca tccagtgcag cggcgggcaa ggctttgaaa
      361 tactcctgta tgggattgat gcgtggagaa aagtcgcttt cgataatcga gtagaggttg
      421 tctggggagg tcgtgatccc ggcctcattg tcgagttcac ggcgcagcgt gttgatctca
      481 gagtgaccga cttttacgaa tcgggtgtcc tcccggccgc gatattccgc ccgtccccaa
      541 acggtgttgt atcggaatac gtaatgctga gagaggtagg cctcgatctc tccgttcttg
      601 gatgagcgtc cgacgctgtc tgatgtttta tcggtgttta tgttgctttt atctgcctgt
      661 ttcttcatgg ttggctggga tgagttctcg gaggcgaaag tgtgatgagc atccccgaca
      721 tccaagcatg cagtgcattc cggcatgatg ttgcgtccaa ttgctgccaa agtcgtcaga
      781 gggtaggctt tacaaggaag tgattcaccc atccgataag acagaatggc ggtgaaagaa
      841 aggggaaggg ggatgattcg cgggctgcta tctgctttcc gttgcggctg ttttccgaat
      901 ggacggaagc ggagtccatg ctacaccggc tgtttcctta ctgttccatt tgcatccctc
      961 ctgttcccga ttgcataggc agcgtttttt gtacgactac gtttgccgcc gaaaacagta
     1021 aaacctaaaa tactaaccag aaaacgaata cgtgagacca tgaagtattt gattattaca
     1081 gaagccgatt ggctgagcct gcgagatgaa gtgctgagcc ttgccgcatg ttgcctgaag
     1141 gctttcggag aaccatccaa acacacggac tggctacaca acggggacgt ctgccgactg
     1201 ctcggcatca gcaaacgcac tctgcaacat taccgggata cgaacgtgct accttttgcg
     1261 cagatcgggc ataagtgcta ttacaagcgg gaggacgtgg agcgactact ctgcgtgaag
     1321 tctgacaaaa cgacaaacac gaaagcatga tgatggaagc gattcaagag ttgagtttag
     1381 aggcaggcga gatgcaggtg gtcatctcag ccttgcaacg agtaagagga aggattcggg
     1441 aagtgtccga gacacaccgg ccactcttct gtggagagca tttcctcacg ggtaaagaag
     1501 tatgtgaacg actctacatc agcccccgta ccttgcagga ctatcgcgac cgaaagatta
     1561 tcccctacac gcagtttgcc ggaaagatcc tttacaaggc ctcagatctc gaaaggatac
     1621 tggaagagaa ttacaaggga ggcgggaaac ggtaagacgc gaaaggcgca taattgaatt
     1681 gaaaacggca cttggcagca gaggaagatc tgcaccaagt gccatttttt tagaatatct
     1741 acatagtgtt ttgagaagca gttctgaatt tgtctgtgga ctttttaagg agaatatgac
     1801 agaaagtgag gtacagcatg gcttctgcgg actcactaca tcgttcttaa ttgatcgtca
     1861 ttctcctgta gttttctatc caagagaacg ttctttctac gatccatctt aagaggagaa
     1921 caacaatctt atgtgtgtcc tctttcgggc gaagtataac tttaaaatgc caaccaagtt
     1981 ctttgtgtaa caatggcaat gtgctctttt cggcctttga ttttctttcc tctgcgaatt
     2041 ccacattctc tactgtctat atgggaaagt atgggagtcg ggagcaaggg aaagcgagaa
     2101 agggcgagag ggccgatggg tagtgacttt tgccgcatcc tgccgaggct tacgccagag
     2161 ggaaaaggca aaaaaagggg cttcaaagag ggagttcagt tacctaatcg ttcccctttt
     2221 tgcctttcgg caagagaacg caatatgagg taactaaacc gagtcttttt ctcttgcatt
     2281 cagtgttttg cgtagcgaca agtatctctt ttaaggttcc actttgtaag caacaaaacg
     2341 atgaaagaaa aaacgttgaa gctgctcttt tacctcaaac ggggcacaaa gagcaaggcg
     2401 ggcaaaagcc cgattatggc gcgcctcagt gtggggcgaa cgatggtaca attcagttgt
     2461 aagacggcct gctccccgtc gctttgggac agccgcaagc acaggctcgt cgggaaaagc
     2521 gccgaagccg tggccgtaaa cgccgagctg gacagcctgc aggtcagtgt ctgccgcgcc
     2581 tatgaggact tacggaagaa ggaaggcgag gccgtgaccg ccgaggaggt caaggccctc
     2641 gtcttcggac ttcggagtga ctgccaaggc ttgctctatc atttggagga atatctcgct
     2701 tgttttcagg agcgggtggg ggtggatcgc agcgaacgca ggtacaagtt cctccgggtt
     2761 tttcgggggc ttctcgcagc cttccttcgg catcgctacc gagtgagcga cttccccgtg
     2821 cacaaggtgg acaaggcctt tatcgaggag ctcgaggcct acttcgcgca ggagaaagcc
     2881 ttcaagctca acaccaccgc cggctatctc a
//
LOCUS       SEQF2638.1|AYYF01001581.1 9414 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..9414
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             1059..1352
                     /locus_tag="SEQF2638.1_02134"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKYLIITEADWLCLRNEVLSLAECCLKAFGEESKHTDWLHNGDV
                     CRLLGISKRTLQHYRDTNVLPFAQIGHKCYYKREDVERLLCVKSDKTAHTTKL"
     CDS             1349..1654
                     /locus_tag="SEQF2638.1_02135"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMEAIQELSLEAGEMQVVISALQRVRERIREVSETHRPLFSGEH
                     FLTGKEVCERLYISPRTLQDYRDRKIIPYTRFAGKILYKASDLERILEENYRGGGKR"
     CDS             complement(1841..3889)
                     /locus_tag="SEQF2638.1_02136"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNVFEQFSKEKEAQRALIKQAADNGFITDEQRREFEQKLDNDVL
                     TIGVIGQMKAGKSTFLNAFVFERDVLPAATTPMTAALTVITYGPEEKIEVEFYNNEEW
                     DEQRLTAQRESPPDSSEAEKSKVQAAQELVEKSVRIGNRLPELLGTKRTDTLDKLIEY
                     VGADGKFVSITKAVKIYYPKEYLRGVEIVDTPGFNDPIVSREERTKEFLRRADAVLLM
                     LYAGRPFDATDREIVFKHLSQCGIGKVVIGINKYDIPRENGETESEIKAYVKEEIRNA
                     CRGSNDESLKEMLKKEEPIPLSAEMALLSYLPMKDISCNDSYKHAFHRYGEAFGLTSQ
                     AELREFSHFSDLSNRVQEIVMKEKGEILFNKSRNAIKAAISKVGLDLDQEIVKTKEKV
                     HNLNLSESQCKEKQSDLECLQRRLKKRTNTYLQDLTSELDDLYEERTGNIKEKIDDLH
                     RSVVSKINDLKRYTSKSAMEETINMNFVSRIERRILPDEIRLLKKEKKQRIIKTSDAY
                     VDKVAKMLDRDMEETDYDSLISELKKLCKPEQIEEFHESSAQETESHVTIGDIVIGVL
                     ALPARLFGETLKAVDWAVFGNKEIKEDVKDKLSVYVDELNSKIEDQMKQLLNIDWIET
                     RINELMFENFLNPIEADLKQIIENREGREKQRADAAAKLDSLQKQKQEYDAKVAAMAL
                     "
     CDS             complement(3886..5811)
                     /locus_tag="SEQF2638.1_02137"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEMYLYILAGFLVGVLCANLFRHRKKAKNKEAGNAAQDASKQEL
                     IAARNENEHITASAEYLKSELQQAQQRLKEIEANVLSSADDRTKALIQQKDDAYNVAV
                     KDFEQQVHTLRKELTQSENERQELSDRLKTMKRKVEDLEDELEDSESLKKQLKQQIKE
                     SEKLSEAKQQIERKYQEAIDEKNEYEARWKRRGDAINFVSNILSARLDDKGERSSKKL
                     NLVDQVAAFIKDDFTLLMRENNRLVNHNRTELERFVANQKKMWIKGKTTIAFIGEFSS
                     GKTSIVNRILTAGNPKAISLPTSSKATTAIPTYISGNPNAEEADYTFIAPDESRKSIR
                     GKMVEEMSKETLDEVRGMDQLIKYVVREERNANLSNLSILDTPGFSSNDAKDKERTLE
                     VVNECDALFWVVDVNSGAINQSSLTVIKEKLEKPLYIIVNKADSKAKSEVDKVVRKIG
                     ETLRSKGVPIQGIIPFSKNEDIQQIMNVIHSIKKNEPVNNYFEIAQKDLKDLEQEISE
                     NREAKRTQLHESEMQIESDEDDLDHILNRLFDCCKEMSKLPQRKEAFLGLGSNKYVMT
                     EEEASNFFGLLYSIALDTDEQESLISILASRIVSLKENALICGRASTEVSDLAEKSTR
                     VRQGKEQFNKLINDLSR"
     CDS             complement(5814..6206)
                     /locus_tag="SEQF2638.1_02138"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDKMEFIIALALGAAAGAGVMYVKNSSKAKDSDLAQREVSRLDS
                     ELENQQQKRGALEKENAKLRQEILNLRRQATRTGDETMDLEDDLKDERRKVAKRDQEI
                     EELKQTLYEYKGALQACKLELESLKNKD"
     CDS             complement(6215..8065)
                     /gene="era_2"
                     /locus_tag="SEQF2638.1_02139"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_00367"
                     /codon_start=1
                     /transl_table=11
                     /product="GTPase Era"
                     /translation="MEINMDTKTLIEIAEYLKSDKVADELKVLEQRLQDDNVTLTLPL
                     VGEFSSGKTSLINALTDSKQLEIATKPTTATIYLLHFGQDRQYATIHRADGSEETMAA
                     IGSLKNSELADVPLIDIYDTSTRVPRDLVLVDTPGLSSPDARHKDALIRFLPEADAIL
                     MTVDCNQQITKSLLRFIEESNLAGRKVYLIVTKCDTKPASDRESIKRYIADNSKLPME
                     HIVCVSAQQDDLAEFYDLIKQLSQSKREILAAAIHGRLESLKEELKRNVSDLLKQPNS
                     TEELEKELSGHQRQAEDVEQEIKHLISSVKYSVDDVSDGISRSYQDKLFQRLDTLINQ
                     GNNNQSDLNAEANTIINSASLQVMAEYRRLITQKLTEQAAKGSPFIQSAVTRLDISGL
                     EVPEQSINIDLGGMGHKYDKAITKVLQFAAIAAIAVPLGMAAVSAASASTVASVGAAG
                     AEAAGAAATGTRLATAVSAVDTVTDVGSIMSTRKLNRTLRMRQLVEKSNLVAKNYTTI
                     DSKVTPKVKGFVESAVSTITDRMAKPRRLRIMHDFIEQQLVPVFAEQIQQNNSMVLDT
                     LQMAITEECKEIVAERTAQITDLMNAIKAQKGEYQQKIAKLKAYYTTLNS"
     CDS             complement(8127..8387)
                     /locus_tag="SEQF2638.1_02140"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSIPTCYCAYCGRPFKSVSELTRAGLCARHPDGPVRGGHKLYEG
                     SEKAVYTCKYCGAQDRTIDRLTASFCVHHHKGHNRGRHAPAL"
     CDS             complement(8776..9405)
                     /gene="xerC_31"
                     /locus_tag="SEQF2638.1_02141"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01808"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerC"
                     /translation="MKVIRCHPFEDVTYEKEERKIRFLQKSDVAKLMALRINDREAEQ
                     ARQMFLFSCFTGLAIADMERLKFSHIQTAADGRRYIRKERQKTKVESVVPLHPIAEEI
                     LSRCLEDQTVKGKGDALVFPRGCGRSVMNSKLSTVGLACGVRQRLSFHMARHTFGTLS
                     LSAGIPIESIAKMMGHASISSTQIYAQVTDKKISEDMDKLIRKQQATSV"
ORIGIN      
        1 tcccgtttgt tgagcgcctt gagctggtcg tcgatgttga taatgaggtt ctgcccgacg
       61 taggtcagcg tgtccttttc ctgtggatag atcttgccgg tatagctgta atcatgcagc
      121 ttaggcgggc aaagcaggtc gagaaacgtc gtcttgaatc gtccctgttc gcccgttaag
      181 actagacagg tgtggttgcg acactcgcgg tcgtccattg cgttggcaac tacagccaca
      241 agccattttg tcaggtatag cagccatttc tccgggttac agacgacgac acagtcagcc
      301 aattcacgga tggcgtgcgc cgctgaatca tccattgcag cggtgggcaa ggccttgaaa
      361 tacgcctgta tgggattgat gcggggtgaa aaactgcttt cgatgatcga gtagaggttg
      421 tctggagagg tcgtgatccc ggcttcgctg tcgagttcgc ggcgcagcgt gttgatctca
      481 tagcggccga ccttcacgaa tcggctgtcc tcctgaccgc aatattccgc ccgtccccag
      541 acagtgttgt atcggaacgt gtaatgccga gcgaggtagg cctcgatctc acggttcttc
      601 gatgaacagc cgccgctgtc cgttgtttta ctggcgttta ggttgctttt atctgcctgt
      661 ttcttcatgg ctggcttgag tgagttttcg ggggtgaagg tgtgatgagc atccccggca
      721 tccaagcatg cagtgtattc cggcatgatg ttgcatctgt ttgcggccga tttcttcaga
      781 gaataggctt tacaagtaag tgattcaccc ctccgataag acaaagtagc tgtgaaaggg
      841 agggagaaga gggactatta gaaggctgtt acctgctttc cgttgcgact attttccgaa
      901 tgaacggaaa cttcgtccat gctacaccgg ctgtttcctt actgttccat ttgcatccct
      961 actgttcccg attgcatggg tagcgttttg cgtgcaatta cgtttgccgc cgaaaacagt
     1021 aagacctaac taccaaccaa aaactaatac gtgaatccat gaagtatttg attattacag
     1081 aggccgattg gctctgcctg cggaacgagg tgctgagcct tgcagaatgt tgcctgaagg
     1141 ctttcggaga agagtccaaa cacacggact ggctacacaa cggggacgtc tgccgactac
     1201 tcggcatcag caaacgcact ctgcaacatt accgtgatac gaacgtgcta ccttttgcgc
     1261 agatcgggca caagtgctat tacaagcggg aggacgtgga gcgactactc tgcgtgaagt
     1321 ctgacaaaac ggcacacaca acaaagctat gatggaagcg atccaagagt tgagtttaga
     1381 ggcaggcgag atgcaagtgg tcatctcagc cttgcaacga gtaagagaaa ggattcgaga
     1441 agtatcggaa acgcaccggc cgctcttcag cggcgaacac ttcctcacag gcaaggaagt
     1501 ttgcgaacgg ctttacatca gccctcgcac tttgcaggat taccgcgatc gaaagatcat
     1561 cccctacacg cggttcgccg gaaaaatcct ttacaaggct tcggatctcg aaaggatctt
     1621 ggaggaaaac tacaggggag gcggaaaacg gtaaggcaat cacacatttg tcctgttctg
     1681 aaaaaagttg acagccggag acaatgaaaa gaacttcatt atgagcaaac agctcaccga
     1741 ctcagggttc agcgctgttt tttgaaaagt gaagccgctc cctgaaggtt cagtgctact
     1801 ttttgaaaag tgaggctgaa ccttccaggg ttttgcgccg ttacagagcc attgcggcga
     1861 ccttcgcgtc gtactcctgc ttctgctttt gcagggagtc gagcttggct gcggcatcgg
     1921 cgcgctgctt ctcacgacct tcccgattct cgatgatttg cttcaagtct gcctctatcg
     1981 gattgaggaa gttctcgaac atcagctcat tgatgcgcgt ttcaatccaa tcaatattca
     2041 gcaattgctt catttgatct tcaatcttag aattgagctc atcaacataa actgatagtt
     2101 tgtctttgac atcctccttg atctccttat ttccaaagac ggcccagtca actgctttta
     2161 aagtctctcc gaacaatcta gcaggtaaag ccagcacacc aattactata tcaccgatgg
     2221 ttacgtgact ttctgtttct tgagcactgc tttcatgaaa ctcttcaatc tgttccggtt
     2281 tgcaaagttt tttcaattca gaaatcagcg agtcataatc agtttcttcc atatctcggt
     2341 ccaacatctt agcaacctta tcaacataag catctgacgt tttaatgatg cgctgttttt
     2401 tttctttttt cagcagcctt atctcatctg gaagaattct tctctctata cgagagacaa
     2461 aattcatatt aatggtctcc tccatagcag atttgcttgt gtaacgtttg aggtcgttga
     2521 tcttagaaac tacgctccta tgaagatcat ctattttctc tttgatattc ccggttctct
     2581 cttcataaag atcatcaagc tctgacgtca aatcttgcag atacgtatta gtccgctttt
     2641 taagtctacg ttgtaagcac tctaaatcag actgcttctc tttgcattgg ctctctgaca
     2701 aattcagatt gtgcaccttc tcttttgtct ttacaatctc ttgatccaaa tccaagccga
     2761 ctttcgagat ggcagccttg atggcgttgc gtgatttatt gaaaaggatt tcgcccttct
     2821 ctttcatcac aatctcttgc acacggttcg agaggtcgct gaagtgactg aactccctca
     2881 gttcagcttg agaagtgagg ccaaacgctt cgccataccg atgaaatgcg tgcttgtagc
     2941 tgtcgttgca ggaaatgtct ttcatcggca aatacgacag cagcgccatt tcggccgaga
     3001 gcgggatcgg ctcctccttc ttcagcatct ccttcaagct ctcgtcgttc gatccccgac
     3061 aggcgttccg aatctcttcc tttacatagg ctttgatctc gctctccgtc tcgccgttct
     3121 cacgggggat gtcgtactta ttgattccaa tgaccacttt gccgatgccg cactgtgaaa
     3181 ggtgcttgaa gacgatttcg cggtcagtgg cgtcgaaggg gcggccggca tagagcatca
     3241 gcagcacggc gtcggcgcgg cgcagaaact ccttcgtgcg ctcttcgcgc gatacgatcg
     3301 ggtcgttgaa gcccggggtg tccacgatct ccacgcctcg gaggtactcc ttgggatagt
     3361 agatcttgac ggccttggtt atggagacga actttccgtc ggcgccgacg tattcgatca
     3421 gcttgtccaa cgtgtccgtg cgcttcgtgc cgagcagttc cggcaggcgg ttgcctatgc
     3481 ggacggactt ttcgacgagt tcttgggcgg cctgcacctt cgatttctct gcctcgctgc
     3541 tgtctggggg cgactcccgc tgcgccgtga gtcgctgctc gtcccactct tcgttgttgt
     3601 agaactccac ttcgattttc tcctccggac cgtaggtaat gacggttagc gccgccgtca
     3661 tcggtgtcgt ggctgcgggc agcacgtcgc gctcaaacac aaaggcattg agaaaggtgg
     3721 atttaccggc cttcatctgc cctattacgc caatggttag cacgtcgttg tcgagcttct
     3781 gctcgaactc ccgccgctgt tcgtcggtga taaacccgtt gtcggctgct tgcttgatca
     3841 gcgcgcgctg cgcctctttt tctttactga attgttcaaa tacgttcatc tgcttaagtc
     3901 gttaatcagt ttgttaaatt gctctttgcc ctgtcttact ctcgttgatt tttcagccaa
     3961 atcagaaacc tctgttgaag ctcgtccaca tataagggca ttttctttaa gggaaactat
     4021 cctcgatgct aggatactta tcaagctctc ctgttcatcc gtatcaaggg ctatggaata
     4081 aagcaggcca aaaaagttag aggcttcttc ttccgtcatt acatatttat tggagcctaa
     4141 ccccaaaaag gcttcttttc tttgtggtag tttagacatc tctttacagc agtcaaataa
     4201 gcgattcaga atatgatcca aatcatcttc gtcactttct atttgcattt cagactcatg
     4261 taattgtgta cgtttagcct cacggttctc cgatatttct tgctctaaat ccttcaaatc
     4321 tttttgggcg atctcgaaat agttattgac aggctcgttt tttttgatgg aatgaatcac
     4381 attcatgatc tgttgaatat cctcattctt agagaatggg ataattcctt ggataggaac
     4441 gcccttgctt cttaatgttt caccaatctt acgcaccact ttatccactt cagacttcgc
     4501 cttactgtct gccttattga cgatgatata aagcggtttt tccagttttt ccttgattac
     4561 agtaagggag ctttggttga ttgctccact gtttacgtca accacccaaa acagggcatc
     4621 acattcgttg accacctcta aggtgcgctc cttgtctttg gcgtcgttag agctgaatcc
     4681 cggtgtatcc agtatgctga gattggataa gttggcattg cgctcctctc taactacata
     4741 cttaataagt tgatccatgc cacgcacttc gtccagcgtt tccttgctca tctcttccac
     4801 cattttccca cgaatagact ttcgactctc gtctggggct atgaaagtgt aatcggcttc
     4861 ctctgcattt ggattgccac tgatatacgt tggaatcgct gtagttgctt tactgctggt
     4921 tggaagagag atcgctttcg gattaccagc cgtcaggatg cgatttacga tagaagtttt
     4981 gccagatgag aactcaccaa taaaagcaat ggtcgtctta cctttaatcc acatcttttt
     5041 ttggttggcc acaaatcgct ccaactccgt ccgattgtga ttcaccagcc tgttgttttc
     5101 gcgcatcaat agcgtaaaat catccttgat aaaggcagcc acttggtcta ctaagtttag
     5161 cttcttcgac gatcgctccc ctttatcgtc taatcttgca ctcaaaatgt tacttacaaa
     5221 gttgattgca tctcctcttc gcttccaacg ggcttcatac tcgtttttct catctatcgc
     5281 ctcttgatat tttctttcta tttgctgctt ggcttcagat agcttttcgg attcttttat
     5341 ttgctgtttc agttgtttct ttagtgattc actgtcttcc aattcgtctt ctaagtcttc
     5401 aaccttccgc ttcattgtct tcagtctatc ggaaagctcc tgccgctcgt tttcactttg
     5461 ggtcaactcc tttctcaaag tgtgaacctg ctgctcaaaa tccttcactg ccacattata
     5521 tgcatcatcc ttttgctgaa taagcgcctt tgttcggtcg tccgcgctgg aaagtacgtt
     5581 tgcttcaatc tctttcagtc tttgctgcgc ttgttgcagt tcggacttca agtactcagc
     5641 cgacgcagta atgtgttcat tttcatttcg tgccgcaatc aactcttgtt tggaagcatc
     5701 ttgcgctgcg ttaccggcct ccttgttttt ggccttcttt ctatgccgga aaaggttggc
     5761 gcacaaaacg ccaaccaaaa atccggccag gatatagagg tacatctcca tattcaatcc
     5821 ttattcttca acgattccaa ctcgagtttg caagcctgga gcgcaccctt gtattcgtac
     5881 aaggtctgct tcagctcctc aatttcctga tctcgcttag caactttgcg tctctcatcc
     5941 ttcagatcgt cctccagatc catcgtctcg tctcctgtcc ttgtagcttg tcttctcaga
     6001 ttcaggattt cctgtcggag tttggcgttc tctttttcca aagctccgcg cttctgctgc
     6061 tggttctcta actcgctgtc caatcggctc acctcgcgct gggcgagatc agaatccttc
     6121 gccttcgacg agttctttac gtacatcact ccggcacctg cggcggcacc caatgctaat
     6181 gcaatgataa attccatttt atccattatt taagttatga atttagtgtc gtgtagtatg
     6241 ctttcagttt ggcgatcttc tgttgatact cgcccttttg cgctttgatc gcgttcatca
     6301 aatccgtgat ttgcgccgtc cgttcggcca caatttcctt gcattcttct gtgatcgcca
     6361 tttgcagggt atccaacacc atactgttgt tctgctgaat ctgctcggca aagactggaa
     6421 cgagttgctg ctctataaaa tcgtgcataa tcctcagccg tctgggcttg gccatgcgat
     6481 cggtgattgt gctcaccgca ctttccacaa agccctttac cttgggtgtt accttgctgt
     6541 cgatggtggt atagttctta gcgaccaaat tgctcttttc cacgagctgt ctcatcctga
     6601 gagttctgtt caatttgcgc gtagacatta tacttcccac atctgtgact gtatcgacgg
     6661 cagatacagc ggttgccaaa cgggtacctg tagcagcggc gccggccgct tcagcgccgg
     6721 cggcacctac agatgcaact gtagaagcag aggcagcact aactgcagcc attcctaaag
     6781 gaacggcaat agctgctatg gccgcaaact gcaacacctt ggttatagct ttatcgtact
     6841 tatgtcccat accgccaagg tcaatattta tggattgttc aggaacttct aatccagaaa
     6901 tgtctaagcg ggttacagcc gattggataa agggtgatcc cttggctgcc tgctcggtaa
     6961 gcttctgcgt gatcagacgc cgatactccg ccatcacctg caaagaagca gaattgataa
     7021 tcgtattcgc ctcggcgttt agatcgcttt gattgttgtt accttgatta atcagagtat
     7081 ccaatcgctg gaatagcttg tcctgataac tccggctgat cccgtccgac acgtcgtcga
     7141 cggagtactt cacggacgag atcaggtgtt tgatctcctg ctctacatcc tcagcctgtc
     7201 gctggtggcc ggagagttct ttctcgagtt cttcagtaga gttcggctgc ttgagcaggt
     7261 cactgacgtt ccttttaagc tcctccttca ggctttccaa ccgtccatgg atggcggcgg
     7321 cgaggatttc ccgcttactt tgggagagct gcttaatcag gtcgtagaac tccgcgaggt
     7381 cgtcctgctg ggccgagacg cagacgatgt gctccatagg cagcttgctg ttatcggcga
     7441 tatacctctt gatactctcc cgatccgacg ccggcttggt gtcgcacttg gtgacgatca
     7501 ggtagacctt gcggccggcc aggttgctct cctcgataaa gcgcagcagg gatttcgtga
     7561 tctgctggtt gcagtccacc gtcataagta tggcatcggc ctccggcagg aagcggatca
     7621 gtgcgtcctt gtgccgcgcg tccggcgatg acagtcccgg ggtgtccacc aagaccaagt
     7681 cacgcggcac acgggtggaa gtgtcgtaga tgtcgatgag cggcacgtcg gccagctcgc
     7741 tgttcttcaa gctgccgatc gctgccatgg tctcctcgct gccatcggcg cggtggatcg
     7801 tggcgtactg ccggtcttgc ccgaagtgca acaagtagat ggttgccgta gtgggcttgg
     7861 tggcgatctc caactgcttg gagtcggtca gggcgttgat caggctggtc ttgcccgagc
     7921 tgaactcacc cacgaggggg agggttagcg tcacgttgtc gtcttgcagg cgctgttcca
     7981 gcaccttgag ttcgtcggcc actttgtccg acttgagata ctcggcgatc tcaatgagtg
     8041 tcttcgtgtc catgtttatt tccataagtc atttggggga tgatgatgtt tgatgtactt
     8101 acttgattcc ctctttgggg ctcttcctac agcgccggcg cgtgtcggcc gcggttgtga
     8161 cccttgtggt gatgcacaca gaaggaggcc gtcaggcggt cgatggtgcg atcctgtgcg
     8221 ccgcagtatt tgcaggtgta gacagccttc tcgctgccct cgtagagctt gtgtccgccg
     8281 cggacggggc cgtcggggtg gcgcgcacac agccccgcgc gcgtcagctc actgacgctt
     8341 ttaaacggtc ggccgcaata ggcgcaatag catgtgggga tgctcatctt ttgtgtatgg
     8401 tttgtttcgg ataggtgatt cattctgggg gcaatcgaac agttttctgt ttcgtggcgg
     8461 caaagataga cgggaggcag agatgccaaa cggacgatta ccctgggttt gttagtcaac
     8521 aaggcgcaat tcctttcttg tttttatacc accaggctct ttttgatttt ctgcgagatt
     8581 atgcttgatt gcaaatcctt ttcgggtaaa aatacagtac aacatgagat gtaatgtagt
     8641 ggaaggcatg atttcctgac tacatccaac tacgccttgc tcctttcttt ttcaccgtat
     8701 tatctctgtt gtagtcatgt agtaagatag aatcagtgaa aggggaaaag gcatattagg
     8761 gcggccgtca ggggatcaca ctgacgtcgc ttgttgcttc cgaatcagct tgtccatgtc
     8821 ttccgagatc tttttgtccg tcacttgcgc atagatctgc gtgctggata tggacgcgtg
     8881 tcccatcatc ttagcaatac tctctatcgg gatgccagcg ctgagtgaca acgtcccgaa
     8941 cgtatgacga gccatgtgga aagacagtcg ttgcctaacg ccacacgcca gtcccacagt
     9001 actcagtttg ctattcatca cactgcggcc gcaaccgcgt gggaagacaa gggcgtcgcc
     9061 ttttcctttc accgtctgat cctctaggca tctgctaagg atctcctccg caatcggatg
     9121 taacggcacg acagactcca ctttcgtctt ctgccgttcc tttcggatat acctccggcc
     9181 gtcggccgcg gtctggatat gcgaaaattt caggcgctcc atatccgcaa tggccaaacc
     9241 tgtgaagcag gagaagagga acatctgtcg ggcctgttct gcttccctgt cgtttattct
     9301 cagcgccatg agtttggcca catcgctctt ttgcaagaag cgaatcttcc gttcctcctt
     9361 ttcgtaggta acatcctcaa aaggatggca gcggatgact ttcaagtcta ccgc
//
LOCUS       SEQF2638.1|AYYF01001582.1 6531 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..6531
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             133..1434
                     /locus_tag="SEQF2638.1_02142"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:ISfinder:ISBf12"
                     /codon_start=1
                     /transl_table=11
                     /product="IS1380 family transposase ISBf12"
                     /translation="MTKVAIKNENVTSFGGIYHIMDVFSKLGFEKLTESVLGKRGSSG
                     KAFSHGSIFGSLFFSYLCGGECLEDINALIGQFKQRPDTLLPGADTVGRGLKELAEEN
                     IIYKSEISGKSYSFNTAEKLNTLLLRMIRRMGLIKVGSHVDLDFDHQFVPAHKFDAKY
                     SYKQDLGYFPGWASIGGIIVGGENRDGNTNVKFHQEDTLRRIMDRVTSELGVVIERFR
                     ADCGSFSKEIIQTVEQRCNTFYIRAANCGSRYENFQQLKEWKDVEVGYEKCDVTSISI
                     DSLIEGKSYRLVVQRSPLKGKDGSEQTDMFGVIYTYRCILTNDWVSTEKDIITFYNER
                     GASEKNFDIQNNDFGWSHLPFSFMAENMVFMMVTAMLKNFYLYLVRHISDKVKPLKKT
                     SRLKAFILHFVSVPAKWVRTGRQNVLNLYTNKNYYAEVFIE"
     CDS             complement(1610..3226)
                     /locus_tag="SEQF2638.1_02143"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPLICEFLACYDIRPSKKELQLILQSTPSFPSMLSIIQTCLHYE
                     LKTNGYKANYNALLKSEIPVIAHLKTDEDERFVLITRTTEENVRYVDYSAGYHTINET
                     KEQFCTQWTGVLIVSDRGSMIDRKRREGKSTKYIAPCGLCILAVLFAILPRFIQHPPS
                     EISFFAISLFLLKGLGTWITSQLIRYEVSLYYSPFDQFCHLYKSFDCGEVLRSKASKL
                     LNAIPLSDTGFIYFVAGLSTLVLSLLLERENDILPTLLCLSVCCLPYVLFSVFYQKFI
                     VKRWCPLCLSVMGLILLEALLFLIYPQKDILHIIEVLPTLLILSSSLIFAILTSSVYH
                     RLLQDEEDVFVSKLENMRLKRNPIVLMTVFNVREHMKQFSAHSITIGNLRSDTMTITT
                     LLNPKCIPCKEVATEVIRMMKKFPARFLWQIRFDGIETEEYHPMNQVQLYLWELCRKE
                     MDDRIKLQIINDWFSRQSPQWFSKKYPIDKISSDTIADFSIQCHENKLMEISKVPAIW
                     VDGKALPKEYAISDLPILCIDRSFIQQSAN"
     CDS             complement(3255..4091)
                     /locus_tag="SEQF2638.1_02144"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTPLYLLLFAALTVHATAQEKTLDQAHMKCMYRATELKDTLDV
                     AVYEDLLVLQVGPRVSKCYSYYTAQNDSLHRTPEGQKAWSEMFNRALADLRKHRNREQ
                     FLNSFPHGRTSTIVYKNHPAGALTVTDYLREDKVTYVDTLNGQAWTLNDSTKEVLGYT
                     CQQATCDFRGRRWTAWFAPDIPVSDGPWKLGGLPGLILEAYDHGHQYTFTTVGLEQVK
                     DEPIVFTLPDGKGRYRTTDRRAFLRAKMFDQTHGGALGASGSTSTDHKPVYRDLIERD
                     YK"
     CDS             complement(4178..4963)
                     /locus_tag="SEQF2638.1_02145"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEVHYRHSMQRDTVRRPGVETDSMILRIGATASQFFSRHTFYND
                     SLWSDPDGRALAEELTLEAFRTGNHAKMPQVPTTHDYLYKGYPAGRSTVTSARFYVSC
                     RYEEDAPTQQWTLADSTRTVLGHRCRQATCDFRGRRWTAWFAPDIPVSDGPWKLGGLP
                     GLILEAYDRNDDYHYTATRIRQERDLPPVTLYNFDGAPFLPTDRLTFLRAQRDYLSGY
                     GDVYEIDLIREIVRSGRRKTYMQRSPHRLLYDFLERDYGANDE"
     CDS             complement(5269..5424)
                     /locus_tag="SEQF2638.1_02146"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEKLSFLELAEILGGGSNFCDRMQEIASTAKDWSDEDWDKWADS
                     YERHCMS"
ORIGIN      
        1 ccttaattcc gcagcataaa ttcttgtaag aactccaagt gcctgagaaa caaagttctc
       61 aaaacacttg gatatgtcag aaatttcacc tatcttggtg ctgtaaacat aacaagtaag
      121 caaatatctg acatgacaaa ggtagcaatt aaaaacgaga atgtcacttc ttttggtgga
      181 atttatcaca ttatggacgt tttctcaaag ttgggctttg aaaaacttac cgaatccgta
      241 ttgggcaaac gtggaagtag cggcaaggca ttcagccatg gaagtatttt cggctctctc
      301 ttcttcagct acctttgtgg tggagaatgc cttgaggaca tcaatgcact tatagggcag
      361 ttcaagcaga gacctgatac gctgttaccc ggtgccgaca ctgtggggcg cggactaaag
      421 gaacttgctg aagagaacat tatttacaag agcgaaatct ccggcaagtc ttacagtttc
      481 aacacggcag agaagctgaa caccttacta ttacggatga tacggagaat ggggcttata
      541 aaggtgggca gccatgttga cctggacttt gaccaccagt tcgttccagc ccacaagttc
      601 gatgctaagt attcttataa gcaggacctt ggctattttc ctggttgggc ttccattggg
      661 ggaatcatag tcggaggtga gaaccgtgac ggaaacacca atgtgaaatt ccatcaggag
      721 gacacgctcc gtcgcattat ggatcgtgta acctcagaac ttggtgtggt aatagagcgt
      781 ttccgtgctg actgcgggtc gttctcaaag gaaatcatcc aaaccgtaga gcagcgctgc
      841 aacacgttct acattcgtgc tgccaactgc ggcagtcgct acgagaattt ccaacagttg
      901 aaggaatgga aagacgttga ggttggctat gagaaatgcg atgtcacatc catcagcata
      961 gacagcttga tagaaggaaa gtcatacagg ctcgtcgtac agcgtagtcc tttgaaaggc
     1021 aaggatggca gtgagcagac ggatatgttc ggagtaatat acacataccg ctgtatcctc
     1081 accaacgact gggtgtctac cgagaaagac atcattacat tttataatga gcgtggagca
     1141 agcgaaaaga acttcgacat acagaacaat gacttcggat ggtcacatct acccttttcc
     1201 tttatggctg agaacatggt ttttatgatg gttactgcca tgctgaagaa cttctacctc
     1261 tatctcgtcc gtcatatcag cgataaggtc aagccattga aaaagacaag taggctgaaa
     1321 gcctttatcc tacatttcgt cagcgtacca gcaaaatggg tgcgcactgg aaggcagaac
     1381 gttctgaacc tatatacaaa taaaaactac tacgctgagg tcttcattga ataaacatca
     1441 ttttttgtgg tttttcatac ttccccattg gtttgggcgg gggattttat gcttagaaaa
     1501 gacccaaaaa acaccgaagc gcctcatatc aaaatataga gcccccaaaa gacatctcaa
     1561 catataaaat tttctcacaa gaaaaaatac tgcggaatta aggtcatgat caatttgctg
     1621 attgttggat aaaagacctg tctatacata aaattggaag atcagagatc gcatactctt
     1681 ttggaagcgc ttttccatct acccaaatag cgggaacctt gcttatttcc attagcttat
     1741 tctcatgaca ttgtattgaa aagtcagcga ttgtgtccga tgaaatcttg tcaatcggat
     1801 attttttaga gaaccattga ggagattgcc tactaaacca gtcgtttatg atttgcagct
     1861 taatacgatc atccatttct tttctacata actcccatag gtaaagttgc acttggttca
     1921 ttgggtggta ctcttccgtt tcaatgccat cgaaacgaat ttgccacaaa aaacgagctg
     1981 gaaatttctt catcatgcgt atgacttcag ttgcaacttc cttacaagga atacatttag
     2041 ggttcaacaa tgttgtgata gtcatcgtat cagatctaag atttcctatg gtaatactat
     2101 gagctgaaaa ttgtttcata tgctcacgca cattgaatac ggtcattagg acaataggat
     2161 ttcgttttaa tcgcatattt tccaatttac tcacgaatac atcttcttca tcttgtaata
     2221 atctatgata aacagacgaa gtcagaatcg cgaatatcag agaagaagat agtattaata
     2281 gcgttggtaa cacctctatt atgtgcaata tgtccttttg gggataaatc aagaacagaa
     2341 gagcttccaa caaaataagg cccatgacgc ttaaacatag aggacaccat ctttttacaa
     2401 taaatttttg gtagaaaacc gaaaacagaa cataggggag gcagcatacc gacaaacaaa
     2461 gaagagtggg aaggatgtca ttctcccgtt ctaatagaag gcttaataca agtgttgaaa
     2521 ggcctgcaac aaaatagata aaaccagtat cagataatgg tatggcgttc agtagctttg
     2581 atgctttaga acgaagaact tccccacaat cgaatgactt atagagatgg cagaattgat
     2641 caaatggaga atagtataga cttacttcat aacggatcaa ttgcgatgtt atccaagtgc
     2701 ccaaaccttt tagtaagaac agactgatgg caaagaatga gatctcagaa ggagggtgct
     2761 gtatgaatct tggaaggatg gcaaatagaa ctgctaatat gcacaagccg catggcgcaa
     2821 tatatttagt agatttacct tctctccttt tacgatctat cattgaacct ctatctgata
     2881 caatcagcac acccgtccat tgtgtgcaaa attgttcttt cgtctcattt atcgtatgat
     2941 accccgcgct ataatccaca tatctcacat tttcttctgt tgtccgtgtg attagaacga
     3001 atctttcatc ttcgtctgtt ttcaaatgag caataaccgg tatctcactc tttagaaggg
     3061 cattataatt tgccttatat ccatttgttt ttaattcata atgcagacag gtctgtatta
     3121 tggataacat agaaggaaag gaaggagtcg attgtaatat taattgcaat tcctttttac
     3181 ttggacgaat gtcgtagcag gccaaaaatt cacaaattaa tggcatgaga taattatcat
     3241 tgcgcatagt tatattactt ataatccctc tctatcaaat cccgatacac cggtttgtga
     3301 tccgtcgagg tggagcccga ggcaccgagt gcgccgccgt gggtctggtc gaacatcttc
     3361 gcccggagga acgcgcgccg gtccgtcgtg cgatagcggc ctttgccgtc gggcaaggtg
     3421 aacacgatcg gctcgtcctt cacctgctcc agcccgacgg tggtgaaagt gtattggtgc
     3481 ccgtggtcgt acgcttcgag gatgagcccg ggcagtccgc cgagcttcca cggcccgtcg
     3541 ctgacgggga tgtcaggcgc gaaccacgcc gtccagcgcc gcccgcggaa gtcgcacgtg
     3601 gcctgctggc aggtgtaacc caagacctcc ttcgtgctgt cgttcagcgt ccatgcctgc
     3661 ccgttcagcg tatccacgta cgtcactttg tcctcccgca ggtagtcagt cacggtgagg
     3721 gcgcccgcgg gatggttctt gtacacgatg gtggaggtgc ggccgtgcgg gaagctgttg
     3781 aggaactgct cgcggttgcg gtgcttgcgt aagtccgcca gcgcacgatt gaacatctcg
     3841 ctccacgcct tttgcccctc gggcgtgcga tgcagcgagt cgttttgggc ggtgtagtag
     3901 ctgtaacact tcgacacgcg cggtccaact tgcaacacca gcaggtcttc atatacggcc
     3961 acgtcgagcg tatccttcag ctccgtggcg cggtacatgc acttcatgtg tgcctggtcg
     4021 agcgtcttct cttgcgccgt ggcgtgcacc gtcagcgcgg caaatagcag taggtagagg
     4081 ggagttttca tatgtcattc aattgtcaat gtttaacggt caatgattat cgggtacacg
     4141 aacggggtcg gtacccggca taaccattga taattgatca ttcatcattg gcgccataat
     4201 ctcgttcgag gaagtcgtag agcaggcggt gggggctgcg ctgcatgtag gttttgcggc
     4261 ggccggagcg gacgatctca cggatcagat cgatctcgta gacgtcaccg tagccagaga
     4321 ggtagtcgcg ctgcgcgcgg agaaaggtca ggcgatcggt gggcaggaag ggcgcgccat
     4381 cgaagttgta gagcgtcacg ggcggcaggt cgcgctcctg ccggatgcgc gtggctgtgt
     4441 agtggtaatc gtcgttgcgg tcgtacgcct cgaggatgag tccgggcagt ccgccgagct
     4501 tccacggccc gtcgctgacg gggatgtcgg gcgcgaacca cgccgtccaa cggcgcccgc
     4561 ggaagtcgca cgtggcctgc cggcagcggt ggccgaggac ggtccgggtg gagtcggcga
     4621 gcgtccactg ctgcgtcggt gcgtcctcct cgtagcggca gctgacgtag aaccgggcgc
     4681 tcgtgacggt cgatcgcccc gcggggtagc ctttgtagag gtagtcgtgc gtggtcggca
     4741 cctgcggcat cttcgcgtga ttgcccgtgc ggaaggcctc gagcgtgagc tcctcggcca
     4801 gcgcgcggcc gtcggggtcg ctccagagcg agtcgttgta gaaggtgtgg cggctgaaga
     4861 actggctcgc cgtggcgccg atgcggagga tcatggagtc tgtctccacg cccgggcgcc
     4921 gcaccgtgtc gcgctgcatc gagtggcgat aatgcacctc catctttgtc gctccaatta
     4981 ttaggtgatt ctgagcaaat attgtgggcg agttacaaat agaaagacaa aagagaaagg
     5041 cgcctttcat ccacaccaat ccgcctctaa aaaataagaa aaaacaacac atcggcactt
     5101 ccttgaataa ataaaatgag attaaaaagg gtgtgcatta atggataaaa tgcaaggact
     5161 aaagctgaac atcagaataa atgtttgtag ctttgataaa agccatgctt ttaatctttt
     5221 cattttacat taagcacacc ctcgactgtt ggttgatata gcaccaaatc aactcataca
     5281 atgcctctcg taggagtcag cccatttgtc ccaatcttca tcggaccaat ctttagcggt
     5341 actggctatt tcctgcattc tatcacagaa attagaccca ccacctaaga tttcagccag
     5401 ctctaaaaaa ctcaattttt ccattagtga agtttttttg agttaggttc tactctattc
     5461 gcttttcgat tccgcgtcca ttttttcatg cagtttcccg acacaattca tttattatga
     5521 taggtcggtt ggaagttgct acactgccat attcgttact atacttcgct ttcggcagac
     5581 tcgtattttc gcttgtctct attcctgtat actaacggtt ccttaggccg ttgtgtttgg
     5641 ggttaaacat tttcgtcata gacacgctat tccattgtta atagataagc acgcgtcttt
     5701 catcaatgtt cgcttcgatc tccgcctata tgagacatcg atctaaacgc atggcgctat
     5761 atcttgttat cctcatctga tatagcacct cgctcgcctt tgaggataac ctttttgttc
     5821 gccccaaaga taagaaaata caaatgagac atgcaaatct ttttcgttga agattgaggt
     5881 ctattatctt ctataaacgt gagttcgacg taagaaaagg ggtaaaaaga agtgggagtc
     5941 aagagtgaga tttgtatctt taaggcgttg aaaataaaga tcaactccaa caatgattcc
     6001 caccaataaa actgtagaga tctactatct cgtcgacgaa ttcttgaaag aatacgacgc
     6061 cgtaatcaaa agtcattcct tggaagaagg agccgcaaag aaaaggagga accgcaaatt
     6121 cacaatgtcc ggtagcgagg tgatgacgat tctcatcctt ttccacgtct cctcttttcg
     6181 agacttgaag catttctatc tcttcgtccg atcacacatg aagtctgatt tcccccatac
     6241 cgtgtcctac aaccgatttg tagagttaga gcgaaaagtc tgtatcccgc ttgctgtctt
     6301 cctaaaaatg aaggctttgg ggcaatgtac cggcatatct tttatcgatt ctactcccat
     6361 ccgaagctgc catatcaaaa gagaaaagca gcataaaacc ttcaaggaat ttgcccggaa
     6421 agggaaaagc acgcttgggt ggttctatgg attcaaactc cacttgatca ttaatgacaa
     6481 gggagaactg ctcgggtttt cttctgactc cgggcaatgt agacgacaga g
//
LOCUS       SEQF2638.1|AYYF01001583.1 14664 bp   DNA    linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..14664
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(437..1168)
                     /gene="mprA_2"
                     /locus_tag="SEQF2638.1_02147"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q7U0X4"
                     /codon_start=1
                     /transl_table=11
                     /product="Response regulator MprA"
                     /translation="MMDEKLRIFLCEDDENLGMILREYLQAKGFTTDLFTDGEAGLKG
                     FSEAKYDICLLDVMMPKKDGFTLAQDIRQINPDVPLVFLTAKTMNEDVLEGFKNGADD
                     YLTKPFSMEVLLSRIEAILRRVKGKKPKDVPFYRIGQFMFDTQKQTLTIGEKMTKLTT
                     KECELLTLLCAHANEVLERNYALKTIWVDDNYFNARSMDVYITKLRKLLRDDPNIEII
                     NIHGKGYKLITQSGEDQAREEGLID"
     CDS             complement(1179..2708)
                     /gene="sasA_3"
                     /locus_tag="SEQF2638.1_02148"
                     /EC_number="2.7.-.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01837"
                     /codon_start=1
                     /transl_table=11
                     /product="Adaptive-response sensory-kinase SasA"
                     /translation="MKKSTIWMLAIVMAFAFAGLLYLQVNYISIIMKTSNEQFDATVR
                     HCLEEVSSALEKDEARKYMEEDIDTYGSSFMYKNPPDRQAIAQNITHSEVYIQGGPDS
                     GFEHIEISTKTVTANPPHKNTIIRASEEQQKNLLKRYQYQAGLIDEVLYDLVYTAYLK
                     PINERVDFRTLDSYLRAELINSGLDLPYIFAVVNKDGVTVYQNESFEKPPRAADVVTQ
                     VLYPNDPPSKWNYLKVYFPTKRDYISGSVSFLVPSIVFSFILLVTFITTIYIIFRQKR
                     LSEMKTDFVNNMTHELKTPVSTISLAAQMLRDTDLTKQPEVFKHISTVINDESRRLGF
                     LVEKVLQMSLFERQKTALKLKEIDANDLLASVVSTFTLKVEKYGGTIDLDLGALDSTI
                     YADQMHLTNVLFNLLDNAVKYRRKEVPLRLMARTRNENGKLQFLIEDNGIGIKKEHLK
                     KIFVRFYRVPTGNVHDVKGFGLGLAYVHKIVEDHGGTIRAEQQESKSGTKFIITLPLI
                     K"
     CDS             2979..3719
                     /gene="ftsE"
                     /locus_tag="SEQF2638.1_02149"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:A5U7B7"
                     /codon_start=1
                     /transl_table=11
                     /product="Cell division ATP-binding protein FtsE"
                     /db_xref="COG:COG2884"
                     /translation="MIIPSKTNQIEMERDTLVRLENVELTLDSDVILRDATFSLLSGE
                     FVYVIGRVGSGKSSLLRALYAELPVAGGQASIMGYDLHGISLRDTAGLRRRLGIVFQD
                     FQLLTDRTVRRNLEFVLRATGWKNPDDIDRRITETLRQTGIPDKAERMPHELSGGEQQ
                     RVAIARALLNMPAIILADEPTGNLDPETGRHIVRLLHDICRSGTAVVMTTHNYDLVRR
                     YPARVVKCEDGRLTSLEAPIESANIITP"
     CDS             3733..5073
                     /gene="lysC"
                     /locus_tag="SEQF2638.1_02150"
                     /EC_number="2.7.2.4"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P08660"
                     /codon_start=1
                     /transl_table=11
                     /product="Lysine-sensitive aspartokinase 3"
                     /db_xref="COG:COG0527"
                     /translation="MNVLKFGGTSVGSAERIKNVARLITTGDEPRIVVLSAMAGTTNA
                     LVEIADYLYKKNPDGANEVINRLSLKYAEAINDLYATPEYRQRAEESVTAHFDLIRSL
                     IKDMFTSFEERIILARGELMSTEMMHLYLAEQGIASTPLSALDFMRTDKNAEPDAFFI
                     KENLLNLLDQYPDEKLFITEGYICRNAYGEIDNLQRGGSDYTASLIGAAVRASEVQIW
                     TDIDGMHNNDPRIVEGTTPVHRLNFDEAAELAYFGAKILHPTCILPAKQSNIPVRLLN
                     TMQPDAPGTLISNETDRGTIKAVAAKDNITAIWIKSGRMLLATGFMRKVFETFENHRT
                     PVDMVTTSEVGISVTIDNPKHLEEIVDDLKRYGTVTVDRDLVIVCVVGDLSWQHLGLE
                     VRIISALRDIPVRMISYGGSNYNLSLLIPAADKARALQALSRHLFDAPEATAEQ"
     CDS             5088..5369
                     /locus_tag="SEQF2638.1_02151"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRTITTHRSVGKAALLLFFPAVALLLQSAVTLYLHAVALYIAAL
                     VLPMTILPPTALLLYRRYGLPAGVVVKYALVSLVLITLSTLLPLLFSSV"
     CDS             6315..6731
                     /gene="rpsL"
                     /locus_tag="SEQF2638.1_02152"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0A4A5"
                     /codon_start=1
                     /transl_table=11
                     /product="30S ribosomal protein S12"
                     /translation="MPTIQQLVRKGRESLVVKGKSPALDACPQRRGVCVRVYTTTPKK
                     PNSAMRKVARVRLTNHKEVNSYIPGEGHNLQEHSIVMVRGGRVKDLPGVRYHIVRGTL
                     DTAGVAGRTQRRSKYGAKRPKPGAAPAGKTAGKGKK"
     CDS             6902..7378
                     /gene="rpsG"
                     /locus_tag="SEQF2638.1_02153"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P38526"
                     /codon_start=1
                     /transl_table=11
                     /product="30S ribosomal protein S7"
                     /db_xref="COG:COG0049"
                     /translation="MRKSKPKKRQILPDPVYGDVRVTKFVNHLMYDGKKTVSYEIFYT
                     ALERVKAKMPNEEKSALEIWKAALENITPQVEVKSRRVGGATFQVPTEIRPDRKESIS
                     MKNLIEYARKRGGKSMSEKLSAEIVDAFNSQGGAFKRKEDMHRMAEANRAFAYFRF"
     CDS             7400..9526
                     /gene="fusA_2"
                     /locus_tag="SEQF2638.1_02154"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q5ZYP6"
                     /codon_start=1
                     /transl_table=11
                     /product="Elongation factor G"
                     /db_xref="COG:COG0480"
                     /translation="MSKADEILKYTRNIGIMAHIDAGKTTTSERILFYTGLTHKIGEV
                     HDGAATMDWMAQEQERGITITSAATTTFWNYNKEKYKINLIDTPGHVDFTVEVERSLR
                     ILDGAVAAFCAVGGVEPQSETVWRQADKYNVPRIGYVNKMDRSGANFFEVVRQVHDVL
                     GATPCPIQIPIGAEESFKGVVDLVTMKAIYWHDETMGAEYEIDEISADLQAEAQEWRD
                     KMLETIAEFDDAVMEKYFDDPSKITEDEIRAAIRKGTLSMKINPMICGSSFKNKGVQT
                     LLDAVCAYLPSPADTPAVTGHDPRNSDVVIERKPLPEEPLTALAFKIATDPYVGRLCY
                     FRVYSGEVIAGSYVLNTRSDKKERISRLFQMHSNKQNPMEKIGCGDIGAGVGFKDIRT
                     GDTLCDENHPITLESIEFPDPVIGVAVEPKTQKDLDKLGVGLAKLAEEDPTFRVETNE
                     ETGQTVIRGMGELHLEIIIDRLRREFKVECNQGRPLVSYKEAITKPVELREVYKKQTG
                     GRGKFADIIVRLEPADPDFEGHLQFVDEVKGGNVPKEFIPSVQKGFEKAMTNGVLAGY
                     PLDSMKVTLIDGSFHPVDSDQLSFEICAIQAFKNASEKAAPVLMEPIMKLEVVTPEEN
                     MGDVIGDLNKRRGQVEGMESSRTGTRIVKAKVPLAETFGYVTALRTITSGRATSSMQF
                     SHYAQVSPSIAKQVLTEVQGRVDLIK"
     CDS             9544..9849
                     /gene="rpsJ"
                     /locus_tag="SEQF2638.1_02155"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P21471"
                     /codon_start=1
                     /transl_table=11
                     /product="30S ribosomal protein S10"
                     /db_xref="COG:COG0051"
                     /translation="MSQKIRIKLKSYDYSLVDKSSEKIVKTVKATGAVVSGPIPLPTH
                     KRIFTVNRSTFVNKKSREQFELSSYKRLIDIYSSTAKTVDALMKLELPSGVEVEIRV"
     CDS             complement(9883..10281)
                     /locus_tag="SEQF2638.1_02156"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLSVCTLTYTTKSMTFNDSLKTLPLRSTDDVYICCVIQEIHCEY
                     IAKLILSVEIFELSQVSLWSYTRFLEMASFRLCRMLFFLLLKAQLNCLVAVILYGFYL
                     RNYTRTYFDNSTWKILSLGTENGCHSDFFS"
     CDS             10493..11122
                     /gene="rplD"
                     /locus_tag="SEQF2638.1_02157"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P28601"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L4"
                     /translation="MILSVLNRRGEDTGRTVELSDAVFGIEPSDHAIYLDVKQYMANN
                     RQGTHKSKERSEVSGSTRKLIRQKGGGGARRGDINSPVLVGGGRVFGPRPRDYSFKLN
                     KKVKLLARRSALSHKAKDNAIMIVEDFTMDVPKTKEFIAIVKDLKLEGKKMLFVLPEN
                     NRAIYLSARNLSQTRVMNVSELNTYRVMDAAALVFTEKSIAVVEQLLNV"
     CDS             11132..11428
                     /gene="rplW"
                     /locus_tag="SEQF2638.1_02158"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:A0QSD3"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L23"
                     /db_xref="COG:COG0089"
                     /translation="MMGLIIKPILTEKQTLITEKRPNRYGFYVTPDANKLEIKRAVEE
                     MYKVSVENVNTMNYFGKRKSRYTRSGVINGKQSAYKKAIVSLKEGEVIDFFANI"
     CDS             11438..12262
                     /gene="rplB"
                     /locus_tag="SEQF2638.1_02159"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P60405"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L2"
                     /db_xref="COG:COG0090"
                     /translation="MGIRKLKPTSPGQRHKVIGAFDKITASTPEKSLVVGKKKTGGRN
                     NTGKMTMRYIGGGHKRRFRLIDFKRNKDGVPATVRSIEYDPNRTSRIALLYYVDGDKR
                     YIVAPNGLEVGQTVMSGKDAPPEIGNSLPMQNIPVGTIIHNIELRPGQGAKLVRSAGA
                     FAQLTSKEGTYTVIKMPSGETRRILSACKATVGSVGNSDHALEKSGKAGRSRWLGRRP
                     HNRGVVMNPVDHPMGGGEGRASGGLPRSRKGLYAKGLKTRAPQKASSKYIIERRKK"
     CDS             complement(12466..12936)
                     /locus_tag="SEQF2638.1_02160"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MWFERFLMRKPLPWGAGRIRLRVVAASTFTDTTNSSPLSARRSF
                     FCSQLAIAERRSFSTGIAASLFENLNTPNALNTSIPRIVSTIKRILRGELGTFRNLAK
                     ETFFRDSFLASADTFFLLPILYLPFYYFTSYSRHVLEIYVSVRILPICALPCFQ"
     CDS             13022..13774
                     /gene="rpsC"
                     /locus_tag="SEQF2638.1_02161"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q6N4U0"
                     /codon_start=1
                     /transl_table=11
                     /product="30S ribosomal protein S3"
                     /db_xref="COG:COG0092"
                     /translation="MGQKINPISNRLGIIRGWDSNWYGGNSYGDTLLEDSKIRSYLNT
                     RLAKASVSRIVIERTLKLVTITVCTSRPGIIIGKAGAEVDKLKEELKKITDKDVQINI
                     FEVKRPELDAVIVANNIARQLEGKIAYRRAIKMAIASTMRMGAEGIKIQVSGRLNGAE
                     MARSEMYKEGRTPLHTFRADIDYALAEALTKVGLIGVKVWICRGEIYGKKDLAPSFST
                     PRDFARRAGDGGVRRDNRGGKSYNRRRDRISR"
     CDS             complement(14027..14197)
                     /locus_tag="SEQF2638.1_02162"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTNNKFRRYRKLLSSQTQCLLCYFKRNTFYFKDKTSRCNRGYKS
                     FRISFSFTHTYV"
ORIGIN      
        1 caaatgacaa gcgccctttg tttgtgcaga ttccagcaac ctcaagcgct tcgctcgttt
       61 ccacttcgtt acctatccaa tgcttacgat tgagtaactt cttctttttc aggaggatat
      121 ttgctgataa ttttctcccg aacctattag aaccacctca ccaacgtatt ctaaccacct
      181 cggaacgtat tacgaccacc tccctaacgt attctaacca cctcggaacg tattacaacc
      241 acctcaccaa cgtattacaa ccacctcacc aacgtatttc gaccacctcg gaacgtatta
      301 aggggctgcc tcgtaacatc cttccgatac atagaaaaga ggggcggagc acccttgttg
      361 ctgggtgtcc gtccctctct tgcggtgttt acagcgtcgc cccggggagg ggggagcgct
      421 gcgtgcggga gactctttag tcgatgagtc cttcttcgcg tgcctgatcc tcgcccgact
      481 gggtgatgag cttgtagccc ttcccgtgga tgttgatgat ctcgatgttg ggatcgtcgc
      541 ggagcagctt gcgcagcttg gtgatgtaga cgtccatgct tcgggcgttg aagtagttgt
      601 cgtctaccca gatggtcttc agggcgtagt tacgctccag cacctcgttg gcatgggcgc
      661 agaggagggt cagcagctcg cactctttgg tggtgagctt ggtcatcttc tcgccgatgg
      721 tgagggtctg cttctgggtg tcgaacatga actggccgat gcgatagaag ggcacgtctt
      781 tgggcttctt gcccttgacg cggcgcagga tggcttcgat gcgcgagagg agcacctcca
      841 tgctgaaggg cttcgtgagg tagtcgtcgg cgccgttctt gaagccctcg agcacgtcct
      901 cgttcatcgt cttggcggtg aggaagacca ggggcacgtc ggggttgatc tggcggatgt
      961 cctgcgccag ggtaaagccg tccttcttgg gcatcatcac gtccaagagg cagatgtcat
     1021 acttggcttc ggaaaagccc ttcagacctg cttcgccatc ggtgaagagg tcggtggtaa
     1081 aacctttggc ctggaggtat tcgcggagga tcatacccag gttctcgtcg tcttcgcaga
     1141 ggaagattct caatttttca tccatcataa tgcttgtact atttaatgag tggtaaagtg
     1201 ataatgaatt tggttcctga tttcgattcc tgttgttcgg cgcggatcgt gccgccgtga
     1261 tcttcgacga tcttgtggac ataggccagg cccagtccga agcctttcac gtcgtgcaca
     1321 ttgccggtgg ggacacgata gaagcgaacg aagatcttct tcaggtgttc ttttttgatg
     1381 ccgatcccgt tgtcctcgat gaggaattgg agcttgccgt tctcgttgcg ggtgcgggcc
     1441 atgaggcgca ggggcacttc cttgcggcga tacttgacgg cgttgtccag caggttgaag
     1501 agcacgttgg tcaggtgcat ctgatcggcg tagatggtgg agtccaaggc gccgagatcg
     1561 aggtcgatcg tgccgccata tttctccacc ttgagcgtga aggtgctcac cacggaggcc
     1621 aagaggtcgt tcgcgtcgat ctccttgagc ttgagcgccg tcttctgtcg ttcaaagagc
     1681 gacatctgca agaccttctc cacgaggaag cccagtcgcc gcgattcgtc gttgatgacg
     1741 gtcgagatgt gtttgaacac ctcgggttgc ttcgtgaggt ccgtgtcgcg aagcatctgg
     1801 gcggccagtg agatcgtcga tacgggcgtc ttaagctcgt gggtcatgtt gttgacgaag
     1861 tcggttttca tctccgagag tcgcttctgg cggaagatga tgtagatggt ggtgatgaac
     1921 gtgacgagca ggatgaacga gaagacaatc gagggcacca gaaaggagac cgaccccgag
     1981 atgtagtcgc gcttcgtagg gaaatagacc ttgaggtagt tccacttcga gggcggatcg
     2041 ttggggtaga gcacctgcgt gaccacgtcg gcggcccggg gcggcttctc gaacgattcg
     2101 ttttgataga ccgtcacgcc gtccttgttc accacggcga agatgtaggg cagatccaga
     2161 ccgctgttga tgagctcagc gcggaggtag ctgtcgagcg tacggaagtc cacgcgttcg
     2221 ttgatgggct tgaggtaggc cgtgtagacc agatcataga gcacctcgtc gatcagtccg
     2281 gcctgatact ggtagcgctt cagcaggttc ttctgttgct cctcggaagc gcggatgatg
     2341 gtgttcttat gcggcgggtt ggcggtgacg gttttggtcg agatctcgat atgctcgaaa
     2401 ccactgtcgg ggccgccttg gatgtagact tcgctgtggg tgatgttctg ggcgatggcc
     2461 tgtcggtcgg gagggttctt atacatgaag ctgctaccgt aggtgtcgat gtcctcctcc
     2521 atgtatttgc gggcctcgtc tttctccagc gccgatgaga cttcctcaag gcagtggcgc
     2581 acggtggcgt cgaactgctc attgctggtc ttcataatga tgctgatgta gttgacttgc
     2641 agatagagca accccgcaaa ggcgaaggcc atcactatgg caagcatcca aatcgttgac
     2701 ttcttcattc tcttctgttt cctgtccccg tttttaacac aacaaagaac gggtatttcg
     2761 gtttaacatt ttacgaaggg gtaaaaaaat gagcgtagcg gggtcagggt gcagggtcgt
     2821 tttcgtgggt gtatatatat aggtataggc cggttggcct tggatggcgc atacagtgcc
     2881 cccctcggaa ggcggccttt ttcactttgc cctaactcgg agcctccccc gaaaaggcag
     2941 aatcttactg cctacttacc tttgcccccg aagaaaaaat gatcattccc tcgaaaacga
     3001 atcaaataga aatggaacgc gatacccttg tgcgactcga aaacgtggag ctgaccttgg
     3061 acagcgatgt catcctccgc gacgccacct tctcgctcct cagcggtgag tttgtttacg
     3121 tcatcggacg tgtcggatcg ggcaaaagca gcctcctgcg cgccctctac gccgagctgc
     3181 ccgtagccgg tggccaggcc tccatcatgg gatacgacct gcacggcatc agccttcgcg
     3241 acacagccgg actgcgccgc cgcctcggca tcgtcttcca agactttcag ctgctcactg
     3301 atcgcaccgt tcggcgcaac ctcgagtttg tcctccgtgc caccggatgg aaaaaccccg
     3361 acgacatcga tcgacgcatc accgagacac tccgccaaac cggcatcccc gacaaagccg
     3421 agcgcatgcc tcacgaactc tccggcggcg aacagcaacg cgtggccatc gcccgcgccc
     3481 tactcaacat gcccgccatc atcttagccg atgagcctac aggcaatctc gatccggaaa
     3541 caggccggca catcgtccga ctcctgcacg acatctgtcg tagcggtacg gcggtcgtca
     3601 tgaccacaca taactacgac ctcgtccgtc gctatcctgc acgcgttgtc aaatgtgaag
     3661 acggtcgcct cacctccctc gaggcaccca tcgaatcagc aaacatcatc accccctaaa
     3721 aacattaccc acatgaacgt attgaaattc ggaggcacct ccgtcggctc cgctgaacgg
     3781 atcaaaaacg tggcgcgcct catcaccacc ggcgacgagc cacgcatcgt cgtcctctcc
     3841 gccatggccg gtacgaccaa cgcccttgtc gaaatagccg actacctcta caagaaaaac
     3901 cccgacggcg ccaacgaggt catcaaccgc ctctcgctca aatacgccga ggcgatcaac
     3961 gacctctacg caacgccaga ataccgccag cgcgctgaag agagcgtcac ggcgcatttc
     4021 gacctcatcc gctcactcat caaggacatg ttcacctcct tcgaggagcg catcatcttg
     4081 gcccgtggtg aactcatgtc caccgaaatg atgcacctct acctcgcgga gcagggcatc
     4141 gcctccactc ccctatcggc cctcgacttc atgcgcaccg ataagaatgc cgagccggac
     4201 gccttcttca tcaaggagaa cctcctcaac ctcctcgatc agtatcccga cgaaaagctc
     4261 ttcatcaccg aaggctatat ctgtcgcaat gcctatggcg agatagacaa cctccagcgt
     4321 ggtggcagcg actacaccgc ttcgctcatc ggggccgccg tccgcgcctc cgaagtgcag
     4381 atctggaccg acatcgatgg catgcataac aatgacccac gtatcgtcga gggtaccacg
     4441 cccgttcatc gcctcaattt cgacgaggcc gccgagctgg cctacttcgg cgccaagatc
     4501 ctccacccca cctgtatcct gcctgccaag cagagcaaca tccccgtccg cctgctcaat
     4561 accatgcagc ccgacgctcc cggaacgctc atctcaaatg agacagatcg tggaacaatc
     4621 aaagccgtcg ccgccaaaga caacatcacc gccatttgga tcaaaagcgg acgcatgctc
     4681 ttggccaccg gctttatgcg caaagtcttc gagaccttcg agaaccatcg tacccccgtc
     4741 gatatggtca ccacctccga agtgggtatc tccgtcacca tcgacaaccc caagcacctc
     4801 gaagagatcg ttgacgatct caagcgctac ggtaccgtca ccgtcgaccg tgatctggtc
     4861 atcgtctgtg tcgttggcga cctctcctgg cagcacctcg gcctcgaagt ccgcatcatc
     4921 agtgcccttc gcgacatccc agtccgcatg atctcctacg gcggcagtaa ttacaacctc
     4981 tctctcctta tccccgctgc cgacaaagca cgcgcactcc aggccctcag ccgccacctc
     5041 ttcgacgcac cagaagccac cgcagagcaa tgaattcacg aataaatatg cggaccatta
     5101 ctactcatcg aagcgtcggg aaagccgctc tcttgctctt cttccccgct gttgccctcc
     5161 tactacagtc agctgtcacg ctctacttac atgccgttgc gctctacata gccgctctcg
     5221 tcctccctat gaccatcctc cctccgaccg ccctactcct ttatcggcgg tacggtctgc
     5281 ccgcgggcgt cgtcgtcaaa tatgccctcg tctccctcgt gcttatcacc ctctccaccc
     5341 ttctccctct gctcttctcc agcgtgtgac actatcagca tcctttatcc ccaatcggaa
     5401 cattagagca atccacaact tcctaaatca tagtgtctga tcgtgaggtg ttctaatgat
     5461 cgattgggga taaatcgtat ccatgtgata gtgtgaagcc gcttcgctcc tcctgtcctc
     5521 ctcttatcca aacgcagaaa atcccatcaa gatctcatta ggcccttcgt aacgtgagtt
     5581 cgatgtaaga ataaagccag cagggatttt ctacggaagc cacacgatgg ccaaagtgct
     5641 tttgaaaatg cttgcaacat tgttgcaacg agggaaaagt actttttggt gcttgcaaga
     5701 ttgttgcaac gggaaaaaag tggtttttgg catttgcaag attgttacaa cgaggagaaa
     5761 gtgcttttgg gggcttgcaa gattgttgca acggggaaaa agtggttttt ggcatttgca
     5821 agattgttac aacgaggaga aagtgctttt gggggcttgc aagattgttg caacagggaa
     5881 aaataggttt ttggcgcttg caacaatgtt gcaagcattt ccaaaagcac tttggccgtt
     5941 acagcgctct atcaaagaca tccttccggg ataaggatcc tcattttctt tcgccgaatc
     6001 cgcatttcgt aacatgggaa acaaacatct cgatcgaatg caaccaagat caatcgaaat
     6061 acacctctca taaatacccc agagttttcc ctcgcgagtt gtccctttgt cgagaatgat
     6121 ggcgttacga aaactatctt gcccctccca aatacgtcgt ttcccatctc tcgctatcta
     6181 tgttcttgca acacggaatg ccttgaaacc caaattcatt tcatgtctcc atttgcggga
     6241 tagaaaatag cgcgtatctt tgccacccga atttggaata agaaaaaacg taaacgtgtt
     6301 taaacagtag aaagatgcct acaattcaac agttagtaag aaaaggcaga gagtcactcg
     6361 tcgtgaaggg caagtctcct gctcttgatg cctgcccgca gcgaagaggt gtgtgcgtgc
     6421 gcgtctatac gaccacgccg aagaagccta attctgcgat gcgtaaagtg gctcgtgttc
     6481 gtctgaccaa tcataaggag gtgaactcct atattccggg tgaggggcac aacctacaag
     6541 agcactccat cgttatggta cgcggtggcc gtgtgaaaga tctgcctggt gttcgctatc
     6601 atattgttcg tggcacgctc gatacagcgg gtgtagcagg acgtacgcag cgtcgttcaa
     6661 agtatggtgc taagcgtccg aagccgggag ctgctccggc tggaaagacc gcagggaagg
     6721 gtaagaagta agtacactgc gagagagaag atataagagt tcgaaatttc ataatcggtt
     6781 tgagtgattg ggatagatag agattgatga cattgagggt tgagtaaatg gctcggagga
     6841 gtcgttgaag acaggataaa gaatcaacaa ccaagcgcga aaacgaaaat tctgaagaca
     6901 aatgagaaaa tcaaagccaa agaaacggca gatcctcccg gatcctgtct atggtgatgt
     6961 gcgggttaca aagtttgtaa accatctgat gtacgacggt aagaaaacag tgtcgtacga
     7021 aatcttttat accgcattgg aacgcgtgaa ggcaaaaatg ccgaacgaag agaagtcagc
     7081 gcttgaaatt tggaaagcgg cgctcgaaaa tataaccccg caagtagaag tgaagtctcg
     7141 tcgagtaggc ggagctacat ttcaggttcc tactgagatc cgcccggatc gtaaggagtc
     7201 catttcaatg aaaaatttaa tagagtacgc tcgcaaacgc gggggaaagt cgatgtcgga
     7261 gaaactgagt gccgagatcg tcgatgcgtt caatagtcaa ggtggcgcat tcaaacgtaa
     7321 ggaagacatg caccgcatgg ctgaagccaa ccgtgcgttt gcctatttcc gtttctaaca
     7381 atgagcaata aaaaagaaga tgagtaaggc tgacgaaata ctgaaatata cacggaatat
     7441 cggcatcatg gcgcatatcg atgccgggaa aacaacgaca tcggaacgta ttctttttta
     7501 cacaggtcta acacacaaga tcggtgaggt gcacgatggt gccgctacga tggactggat
     7561 ggcgcaggaa caggagcgag gaatcacgat tacgtctgct gctactacga ctttctggaa
     7621 ctacaataaa gagaagtaca aaatcaattt gattgacacc cctggacacg tagactttac
     7681 cgttgaggtg gagcgctctc tacgtatctt agacggagcc gtagcagcgt tttgtgctgt
     7741 aggtggggtt gagccacagt cggagacggt atggcgtcaa gccgataaat ataatgtgcc
     7801 tcgtatcggg tatgtgaaca aaatggatcg ttcgggtgcc aacttctttg aagtggtacg
     7861 tcaggtgcat gacgtgctgg gtgctacacc ttgtccgatt caaataccga ttggtgcgga
     7921 agaaagtttt aaaggcgtcg ttgatttggt aacgatgaag gcgatctatt ggcacgacga
     7981 gacgatgggc gccgagtatg aaatcgatga gatttcggct gatttacaag ctgaggcgca
     8041 agaatggcgt gacaagatgc tggaaaccat tgcggaattc gatgatgcgg tgatggagaa
     8101 gtatttcgat gatccgtcga agattactga agatgaaatt cgtgctgcta ttcgcaaggg
     8161 gacgttgtca atgaagatca acccgatgat atgtgggtct tcttttaaga ataaaggtgt
     8221 gcagactctg cttgacgctg tttgtgcgta cttgcctagc ccggcggata caccggcagt
     8281 gacaggacat gatccgcgca attcagatgt tgtaattgag cgtaaacctc ttcctgaaga
     8341 gcccttgaca gcactggcat ttaagattgc cacggatcct tatgtgggtc gtttgtgcta
     8401 tttccgcgta tattctggag aggtaatagc ggggtcgtat gttttgaata cacgctctga
     8461 caagaaggag cgtatctctc gtttgttcca aatgcactcg aacaaacaga atccaatgga
     8521 aaaaattggt tgtggagata ttggagctgg tgtcggtttc aaggatatac gtacaggtga
     8581 tacactttgc gacgaaaacc atccgattac tctcgaatca atcgaatttc ccgatccagt
     8641 tataggtgtt gcggttgagc ctaagacaca gaaggatctt gataaattgg gagtaggctt
     8701 agccaagttg gctgaagaag atccaacatt ccgtgtagag acgaatgaag agacgggaca
     8761 aaccgttatt cgcggtatgg gtgagctcca tcttgaaatt attatcgatc gtttgcgccg
     8821 tgagtttaaa gttgaatgta atcagggacg cccacttgta tcgtataagg aggctatcac
     8881 aaagccggtt gagctgcgtg aagtttacaa gaagcagaca ggtggtcgtg gtaaatttgc
     8941 tgatatcatc gtgcgtctcg agcctgctga tcctgatttt gaaggccact tgcaatttgt
     9001 ggatgaagtg aagggtggaa acgttccaaa agagttcatc ccatccgtgc agaaaggttt
     9061 tgagaaggca atgactaacg gtgtactggc gggttatcct ttggatagca tgaaggtgac
     9121 gttgatagat ggctctttcc atccggtgga ctctgaccaa ttgtcattcg agatatgtgc
     9181 tattcaggcc ttcaagaatg catcagagaa ggcggctccc gttcttatgg aacccattat
     9241 gaagctggag gttgttactc cagaggaaaa tatgggagat gtgattggcg acttaaacaa
     9301 gcgtcgtgga caagtcgagg gtatggagtc aagccgtacg ggcactcgca tcgtaaaagc
     9361 aaaggtgccg ttagctgaga cctttggcta tgtgacagct ttgcgtacta tcacctctgg
     9421 ccgtgcaaca tcgtctatgc aattctctca ctatgcccag gtatccccat caattgccaa
     9481 gcaagtgctg acagaggtgc aaggtcgggt tgatttgatt aaataatata gcaacatagc
     9541 gatatgagcc aaaaaatcag aataaaatta aagtcttacg attattcttt agttgataaa
     9601 tcgtcagaga agattgtgaa gacagtaaag gctaccggtg ccgtagtaag cggccctatc
     9661 cccttgccaa cacataagcg gatttttacc gtgaatcgct cgactttcgt taacaagaag
     9721 tcgcgtgagc agtttgaact ctcttcgtat aagcgtttga ttgacatcta tagttcaact
     9781 gcgaagacgg tagatgcgtt gatgaaacta gagctcccca gtggtgtaga ggttgaaata
     9841 agagtgtgaa atatttaata gataagcgaa atgccgggat tgttaggaaa aaaaatcgga
     9901 atgacatcca ttttcagtac cgagggaaag aatcttccat gtactgttat cgaagtaggt
     9961 ccttgtgtag ttacgcagat aaaaaccgta gagaatgacg gctacgaggc aattcagttg
    10021 ggctttcaag agaagaaaga aaagcatacg acaaagccgg aagctggcca tttcaagaaa
    10081 gcgggtgtag ctccacaaag atacttggct gagttcaaaa atttcaacgc tgagtataag
    10141 cttggcgatg tactcacagt ggatttcttg aatgacacaa catatgtaga cgtcgtcggt
    10201 acttctaagg ggaagggttt tcaaggagtc gttaaacgtc atggatttgg tggtgtaggt
    10261 cagagtacac acggacagca taatcgtgct cgtaagccag gtagtatcgg tgcctgttct
    10321 tatccagcaa aggtgtttaa aggtacacgt atgggagggc agatgggcaa tgttcgtgta
    10381 actgtccaaa atttggaagt gatcaagatc cttccggaga ataaccttct gctagtgaaa
    10441 ggttctattc cgggagcgaa aggttcaatc gtattaatag agaagtgagt gtatgatact
    10501 gagcgtattg aatagaagag gagaagatac tggtagaacc gtagaattaa gtgacgctgt
    10561 atttggtatc gaaccgagtg accacgccat ctatttggat gtaaaacaat atatggctaa
    10621 taatcgtcaa gggacacata aatcaaagga gaggagtgag gtctctggaa gtacgcgtaa
    10681 acttatccgc caaaaaggtg gtggaggagc tcgtagaggg gatattaatt ctcctgtact
    10741 tgtaggtggt gggcgtgttt ttggcccgag accacgcgat tatagtttta agttaaataa
    10801 gaaggtaaag cttctagcac gtagatcagc tctttctcat aaagcaaaag acaatgcaat
    10861 tatgattgtc gaggatttta cgatggatgt tccgaaaact aaggagttca tagcgatagt
    10921 gaaggattta aagttggagg gcaagaaaat gttgttcgtg cttcctgaga acaatcgtgc
    10981 tatttatctg tcggcacgta atctatccca gactagggtg atgaatgtct cagaattaaa
    11041 tacttatcgg gtaatggatg ctgcggctct tgtgtttaca gagaaatcga tagcagtggt
    11101 tgaacaactt ttaaatgtat aaggaggcga aatgatggga ttaattatta agccaatatt
    11161 aacagaaaag caaactctaa tcacggaaaa aaggccaaat cgctatggat tttatgtaac
    11221 tcctgacgcg aataaactag aaattaagag ggccgttgag gaaatgtata aggtgagtgt
    11281 agagaacgta aatacgatga actatttcgg taaacgtaag agtcgttata cgagatctgg
    11341 tgttatcaat ggtaagcaat ctgcttataa aaaggcaatc gtttcattaa aagagggaga
    11401 ggtgattgac ttctttgcga atatttaata gagaaaaatg ggtatacgta aattaaagcc
    11461 cacatcaccg gggcagaggc ataaggttat tggtgcattt gataagatta ccgcaagtac
    11521 accggagaag tctcttgttg taggtaagaa gaaaacagga ggacgaaata acactggtaa
    11581 aatgactatg cgttatatcg gtggagggca taaacgtcgt tttcgtctta ttgattttaa
    11641 gagaaataaa gatggcgttc cggcaacagt aagatctata gaatacgatc ctaacaggac
    11701 ctctcgtatt gcgttgctgt attatgtcga tggagataaa cgatatatcg tggcaccaaa
    11761 cggcttggag gttggtcaga cagtaatgtc tggaaaagat gctcctcctg agataggaaa
    11821 ttcgttgcct atgcaaaata ttccggtcgg cacgattatt cataacatag aacttcgtcc
    11881 tgggcaaggg gctaagttgg ttcgttccgc aggtgcattt gcacaattaa catcaaaaga
    11941 agggacttat acggtcataa agatgccttc aggtgaaact cggagaatac tttctgcatg
    12001 taaagctacg gtgggaagcg tgggaaattc tgatcatgct cttgaaaaat cagggaaggc
    12061 tggacgctca agatggttgg gacgtcgtcc gcataatcgc ggtgttgtga tgaatccggt
    12121 agatcacccg atggggggtg gtgaaggacg tgcttcagga ggtcttcctc gttctcggaa
    12181 gggcttatac gcaaagggac taaaaacaag agctcctcaa aaggcgtctt ctaagtatat
    12241 cattgagaga agaaagaaat aaactgatta gttgagagaa tatgagtcgt tcgctaaaaa
    12301 aaggtccata tatcaatatt aaattggaga agaaagtctt ggtcatgaat gaatcgggca
    12361 aaaaagctgt ggtaaaaacg tgggcaagag catcaatgat atctcctgat tttgtaggac
    12421 atactatagc tgtccataac ggaaataagt ttataccagt atttattact gaaaacatgg
    12481 tagggcacaa attgggagaa ttctcaccga cacgtatatt tcgaggacat gccgggaata
    12541 agaagtaaaa taatagaaag gtaaatatag aatgggcaag agaaagaagg tatcagcaga
    12601 cgccagaaaa gagtccctga agaatgtctc ttttgctaag ttgcgaaatg tgcctagttc
    12661 acctcgtaag atgcgcttga tcgttgatac gattcgtggt atggaagtat tcagagcatt
    12721 aggtgtattg agattctcaa ataaagatgc agcgataccg gtggaaaagc ttcttcgttc
    12781 agctatcgct aattgggaac aaaaaaatga acgtcgggct gaaagtggag aactatttgt
    12841 tgtatctgta aatgtagatg ctgcgacgac ccttaaacgt atgcgtcccg ctccccaagg
    12901 aagaggtttc cgcattagga aacgttcgaa ccacataaca ttgttcgttg atacaaagaa
    12961 tacggcctct aaggagttga ttgtaagtga taagaataag gacgatcaaa attaagaata
    13021 gatgggacag aaaataaatc cgattagtaa tcgtttgggt atcattcgag gttgggattc
    13081 taactggtat gggggtaata gctatggaga tacattgctg gaagatagta agatccgcag
    13141 ttatctgaat acccgtctgg ctaaagcaag tgtatcacgg attgttattg agcgtacgtt
    13201 aaaacttgta acgattacag tgtgtacttc acgtccaggt atcattatag gtaaggcagg
    13261 tgcagaagtg gataagctga aagaggaatt gaagaaaatc acagataaag atgtgcagat
    13321 taatatcttt gaggtgaaac gtccggaatt ggacgccgtg attgttgcta ataatattgc
    13381 tcgtcagtta gaaggaaaga ttgcgtatcg ccgtgccatt aagatggcaa tagcttcgac
    13441 tatgaggatg ggagcggaag gaattaagat acaggtttca ggacggttaa atggtgccga
    13501 aatggcgcgt tcagaaatgt ataaggaagg tcgtacacct ctccacacgt ttcgggcgga
    13561 tatcgattat gcattggctg aagccttgac aaaggttggt ctgatcggtg ttaaggtttg
    13621 gatttgtcgt ggagagatat acggcaaaaa ggatctagct ccctcttttt ctacacctcg
    13681 ggattttgca cgccgtgcag gagatggcgg tgtgagacgc gataaccgtg gaggtaaatc
    13741 atataataga agaagagata ggattagtcg ttaatttgaa taagacagga ttatgttaca
    13801 accgaagaaa actaaataca ggaggtctca gaaggggcgc gcaaagggtt gtgcgcaacg
    13861 aggtaaccag ttagcttttg gttcatttgg catcaagtca ttaggaacaa aatggattac
    13921 tggtagacaa attgaagccg cgcgtattgc tgttacaaga catatgcagc gtcaggggca
    13981 ggtttgggtc cgtatctttc cagataaacc gattacaaag aagccgttag acgtacgtat
    14041 gggtaaagga aaaggaaatc cggaaggatt tgtagcctcg attacaccgg gacgtcttat
    14101 ctttgaagta gaaggtgttt cttttgaaat agcaaaggag gcattgcgtt tggctgctca
    14161 gaagcttccg gtaacgacga aatttgttgt tcgtcatgat tatgatatgc agaatgaaat
    14221 ggcataagcg ttatgaagat aaaggaaata agagaattga gcattaagga gctgcatgaa
    14281 aggattgatg cagaaacctc ttctctgaat cagaatagga ttaatcatag tatttcgccg
    14341 ctggacaatc cctctgctat taaggaacag cgtcgttcta ttgctagatt aaatacggag
    14401 ttgcgtcaac gtgaattgaa tgacaataag gtttgatatg ggaacaagaa acttgagaaa
    14461 agaaagaact gggatagtct ttagcaacaa gatggataaa agcattactg ttgctgtacg
    14521 atggaaggag aagcatccca tttatggcaa gtttgtcaat aagacaaaga aatatcatgc
    14581 ccatgacgaa aggaacgaat gtaatgaggg tgatactgta agaattatgg agacgcgtcc
    14641 gttgagtaag acgaaaagat ggcg
//
LOCUS       SEQF2638.1|AYYF01001584.1 2586 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2586
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(1413..1871)
                     /locus_tag="SEQF2638.1_02163"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGKVSISGLSVSVGSGFVPAACVTLSVTSPLSVWKMISPLRSAP
                     VFFWMLKAQTRLFSSEVAEEGTRSIQLGTVTLSSSNFWLQLSFTSFLPPSVSTFSSFG
                     SRVKTAFSGSGLVLPAACVTLSVTSPLSVLKTTSAVRSGPVLGQNSSVTP"
     CDS             complement(1908..2177)
                     /locus_tag="SEQF2638.1_02164"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVMAAGLREIPVAATGGSTAFAASCVTRMWRMMGVRWPIRLLDE
                     TTPIVAPRFLVLVLGVTSTTILPVLTSVVSFIQLAEAALALVSQP"
ORIGIN      
        1 atggactcaa aaacgaatta caagaacatg ctcctcgtcc tgctgctcgt cgtagcgggg
       61 ctggcaggag cgatgatgcc gcagacagcg gcggcgaagt cgaagatcca attcgatcct
      121 aatacactgt atgtacccgc agagggaggc gtgtatgagg tgacaatccg ctgcaaggaa
      181 tcgttttgga ttagcgatat aactactccg agttggatac aactatttac ttctcatggc
      241 ttacccaagg ggagcaataa gtggtttacg cttccattct tcttcagacc aaacaccgaa
      301 ggctcacgta agggggtaat caccttcaaa acgtctgaag gcgaagtcaa gttccaaatg
      361 atacagttag gcggcgcgaa gccgggatcg gataaggcca tctttactct tagccccgaa
      421 gagttggata tgagtgcgta tgccgacagg gaaatagtca cactcagctg caacctagcc
      481 tatcgcttcg tagataaaat cgataagccg aattggctgg aagtagaaga agaagagata
      541 tggtcatatg atctcgaaaa atcgataccg atcatctcca aaacaaacat cggcggcaag
      601 cgcgagggcg tgatcacctt caaaacctcc gaaggcgacg tcaagctcaa ggtgacgcaa
      661 gagggcggcg cggatcccaa atccatcatc accctcgccc ccaagcagct aaaggtggag
      721 gccgagggtg gagagcataa ggtgacactc tccagcgaac aaggttttga cgtcagcaac
      781 ttggtgatta tgccgagttg gataaggcag ggacaaacaa ctagcggccc gggggtctat
      841 gaatatacgt ttaagttcca gcccaacacc ggccccgaac ggacgggcga tgtcgtcttc
      901 actatcggcc aaggcaaaat caagctcaag gtgacgcagg cgggcggcgc aaagcccgag
      961 ccggagccag agccggagaa gcccgagctt accctcgacc ccaaggagct aaaggtggat
     1021 gccgagggcg gagagcataa ggtgacacta tccagtaccc aaactataga aaggatagat
     1081 gtcagcatgc cggattggat aggctacgac tattcactcg taggtcatac gagcaaacct
     1141 gttaagctaa tcttcaagcc caaccccggc cccgaacgga cgggcgaaat cgtcttcaga
     1201 atcggcccga gcgacgtcaa gctcaaggtc acgcaggcgg ccgcaggcac aaagcccgaa
     1261 gccgtgctca ccctcgatcc caaggagcta aaggtggaag cgaagggtgg agcgcataag
     1321 gtggcacttg gcagcaaaca agatttcaag ctcaacaaag tgattatgcc gagttggata
     1381 tatcagggac aatcaagtag cggcccgggt atctatggcg ttacgctcga gttctggccc
     1441 aacaccggcc ccgaacggac ggccgacgtc gtcttcaaaa ccgacaaggg cgaggtcacg
     1501 ctcaaggtga cgcaggcggc cggcagcacc aagcccgagc cggagaaggc tgtcttcacc
     1561 ctcgagccga aagagctaaa ggtggaaacg gacggaggca agaaagaggt aaagctcagc
     1621 tgtaaccaaa aattcgaact ggacaatgtg acggtgccga gctggatgga gcgagtacct
     1681 tcctccgcta cctctgacga aaagagccgc gtctgtgcct tcaacatcca aaagaacacg
     1741 ggcgccgaac gcaaagggga aatcatcttc cataccgata aaggcgacgt cacgctcaag
     1801 gtgacgcagg cggcgggcac gaagcccgag ccgacgctga cgctcagccc cgatatgctc
     1861 accttcccca ccggcggcgg caagcaaacg gtcaacgtca aaagcgacta cggttgggac
     1921 accaaggcca gcgccgcctc cgcaagctgg atgaagctca cgaccgacgt caagacgggc
     1981 aagatcgtcg tggaagtcac gcccaacacc agcaccaaga agcgcggcgc aacgattggg
     2041 gtggtctcgt ccaggagacg gataggccac cgcaccccca tcatccgcca catcctcgtc
     2101 acgcaggaag ccgcgaaggc cgtggagcca cccgtggccg ccaccggaat ctccctcaac
     2161 cccgcagcca tgaccatggg cagcggcggc ggaacggtcg gcttcaacgt ctatgccggc
     2221 aagggatgga cgatcagcgg cagccccgaa tggatgcacc ccgacgccac acgtggctcg
     2281 ggcacgcgcc tcgtcatcgt ccgcttcgac cgcaatgagt ccggcgccga acgcacgggc
     2341 aagctcaccg tcaagagcga cgacggcaag gccgaacgca ccttcaccct cacccaacgc
     2401 gtcggccaac gcaagcccac gcgaccctct gacgacggca cgtacgacta cgacctggcc
     2461 atcggcaccg aagagatcac cgtcggcccg tcggaaggcg ccggcagcac gatcagcgtc
     2521 gtgacgggtc gcctctgggc cggctccacg accgaggact ggatccgcct cgagagcgcc
     2581 gtaggc
//
LOCUS       SEQF2638.1|AYYF01001585.1 784 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..784
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(125..709)
                     /locus_tag="SEQF2638.1_02165"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKYADEPEKLSVEMADFLSQSDGRLPANRADIYFKELGRESPML
                     VKLLMKTIKQSNRRTVRHIGARQFGLEFLLRGLYVHNNLVYFHLSVKNETDLPYPIDM
                     ISFKVVDKKVVKRTAIQERVLQPLRAYNQPMRVRGNGSERMVFAFEGFSLPDDKQLEV
                     TIHERNGGRTLSFRVQNEDLLRARRIDHLKLQWR"
ORIGIN      
        1 ttttcgttct gaatcaccgg gacgcccgcc gtgatttcga cacccgtctg ccgaggaaga
       61 aggcgctgtg catgcgacga aatagcggtc gctacgacac agcacaacag gagaaatgtc
      121 cgtttcatcg ccattggagt ttgaggtgat cgatgcggcg ggcacgaaga aggtcttcgt
      181 tttgcacgcg gaaagagagc gtccggccgc cgtttcgttc gtggatcgtg acctccaact
      241 gcttatcgtc gggcagcgag aaaccctcaa aagcgaagac catgcgctcc gacccgttgc
      301 cgcgcacacg catcggctgg ttgtaggcac gcaggggctg cagcacgcgt tcctggatag
      361 ccgttcgttt gaccactttc ttgtcgacga ctttgaagga gatcatgtcg attgggtaag
      421 gcaggtcggt ttcgtttttc accgagaggt ggaagtagac gaggttgttg tggacgtaca
      481 ggccgcgaag caggaactcg aggccaaact gccgcgcgcc gatatggcgg acggtgcgac
      541 ggttactctg cttgatcgtt ttcatcagta acttgacgag catgggcgat tcgcggccca
      601 attccttgaa atagatgtcg gcgcggttgg caggtagacg gccatcagac tgcgagagaa
      661 aatccgccat ctcgacagac aacttctcgg gttcgtcggc atacttcacg ttgaaagaat
      721 agagtgagcc atcatcgcaa atgaccgaga ggttcgtctc cgtctcgaag tcacggacag
      781 ccgc
//
LOCUS       SEQF2638.1|AYYF01001586.1 20501 bp   DNA    linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..20501
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             75..836
                     /gene="aguA"
                     /locus_tag="SEQF2638.1_02166"
                     /EC_number="3.5.3.12"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q9I6J9"
                     /codon_start=1
                     /transl_table=11
                     /product="Agmatine deiminase"
                     /db_xref="COG:COG2957"
                     /translation="MGTSKRHPANYDNQIVFEMEKDGAFTPDIKVHYFSFVLEGGSIE
                     SDGCGTVLTTASCIFSKNRNERLLRGKIMGPAIEGILGADRLFILKHGYLEGDDTDGH
                     VDTLARFCDPETIAYVQCTDPDDSHFDELLAMERELLALRTAEGKPYRLISLPMAEPV
                     FDEDGYQLPATYANFLILNGAVLVPAYGNDELDEQAREALRTAFPDREIISVDCLPLI
                     QQGGAIHCATMQYPAGVLNVYADDDDTESDEYSPL"
     CDS             851..1732
                     /locus_tag="SEQF2638.1_02167"
                     /EC_number="3.5.1.77"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P60327"
                     /codon_start=1
                     /transl_table=11
                     /product="N-carbamoyl-D-amino acid hydrolase"
                     /translation="MKIGLIQQHNKADMADNIARLTDAIRTCAAEGASLVVLQELHNG
                     LYFCQTEDVTVFDMAESIPGPSTAHFGEVARACGVVLVLSLFERRAPGIYHNTAVVIE
                     KDGTIAGRYRKMHIPDDPAYYEKFYFTPGDLDFRPIPTSVGRLGVLVCWDQWYPEAAR
                     LMALRGADLLIYPTAIGWERSDRPEEQSRQHDAWRTVQRGHAVANGLPVITVNRVGHE
                     IDPSGQTAGIQFWGNSFASGPQGEILTELPTDAEAIRVISVDLQRSEHVRRWWPFLRD
                     RRIDAFGPLTRRYLDEE"
     CDS             complement(1874..2203)
                     /locus_tag="SEQF2638.1_02168"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEEVNVTPDPNDVQSNKVMAILAYFGILFLIPLLAAKESAYARY
                     HTNQGLILFLFVFVCGILGVIPKIGWLITTVGYLAGFVFFIIGVINAAGGKMKPLPLI
                     GNFTLIK"
     CDS             2692..3867
                     /locus_tag="SEQF2638.1_02169"
                     /EC_number="3.4.-.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q7A552"
                     /codon_start=1
                     /transl_table=11
                     /product="putative peptidase"
                     /translation="MNAFLDDLLLRRRRVQSALADAAADGALFASDVHLFYLTGRVFN
                     GWLYLPTEGAPVAFVRRPADCDLPVEAVRVHRPDDMLGWFSNAPGQSRPKHLLFEADT
                     LSYSDYMRLYNLFQPEKAGNVSAVMRRVRMIKTPWEVEQLRLSSQRHAEVYAEIPDCF
                     HPEMTDLELQAEIERRMRLHGSIGIFRTYGPNMNIFMGSLLAGENAEAASPFDFALGG
                     AGQTPICPIGANGTKLTDGTAIMVDMAGNYTAYISDMTRVFSVGRLSEKAYRAHGTAR
                     DIMAAAEVAMRPGLACSELYSMAVGMAEKANLADCFMGTRQQAKFVGHGIGLEINEPP
                     VLTPRSKDALQPGMVIAFEPKFVIPEVGAVGVENSYLITETGAEKLTHFEEEIISLT"
     CDS             4047..4406
                     /locus_tag="SEQF2638.1_02170"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFLLKKRLPAVLQGKCLLQKRTTDASQDMFLLKKYVPDVLQGKC
                     LLQKRTPDASQDMFLLKKYVPDVLQGKCLLQKGTSDASQEIYRSKKCSPVTFQVISTL
                     KKYTYPIYIHPIIRLIR"
     CDS             4403..6100
                     /locus_tag="SEQF2638.1_02171"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRKTTSTLLLLVAMALCGRASAIDPADVKPVKNLILLIPDGTSI
                     ATVSTARWYQWYKDPNRQHLAIDPYLCGTVRTFSSNAPIGDSAPTTSCYVTGHPSRTG
                     YIATYPPADPGNDIFPVDPSRAYQPMITLLEAMRLVQNKATGLVVTCEFTHATPADCS
                     AHSYSRKRYDWIAPQIVHNDVDVVMGGGVSLLDKEGEAYLRSRGYSVYRDDLAGMRAD
                     NNGKMWALFGKKEMDYDLDRDPAQQPALEEMTRKALEKLSKNENGFFLMVEGSKVDWA
                     AHGNDPVGMLTEYVAFDKACAVALDFAKKDGQTLVVVVPDHGNSGFSLGRRDCKGYDK
                     LTKDQLFSFVTGVKNTAQGFVNKLNAAPSTEVQKIFKENAGFELTDEELQALYNCKDY
                     KNSPIPEADRTEKESLSALYSNSLYGFVAKLLTSKTCFGFTTGGHTGEDVILAAYHPQ
                     GTLPIGVNTNIDLHRYMASAVGLLGKPDELTQEYFVPHTELLKGYKYTILPAKTEKDN
                     PTLVVKGKKQQLTIVPFTNIIRKGKKANDEIRLSTVIVYVDKNNTFYLPRSITKYLE"
     CDS             7222..8112
                     /locus_tag="SEQF2638.1_02172"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTNGAHFLFMKNVSDRMATETALLAHPKIKKAADLLAAATKKED
                     DCYAKSQKSLITVDIHKADQERGRMLNALRKTLKGFADHPEADKARSAATILKVMTAY
                     RLDARMQLERETGAIISFVGDCEKTYATDVSSLGVKPYVDSLKAANEKIEKWLTERSD
                     NMPQTLGSLRTARHESDLAYQWLIKVVNALAVVDDALDTAPFIIHMNKVVHRNKTQVI
                     GSKKKKDGEDPEKPKDPKQPKEPNPKKPGKDDGKPDIHIPEDKDSKKPDPKTPGGEGE
                     KPKQPGGSQGSGPDITLPEE"
     CDS             complement(8073..8531)
                     /locus_tag="SEQF2638.1_02173"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLFTIPNNGDNKEEMRKRITKNEQRKTFMRKHTTKNTQQKTVAR
                     KHTTKNPQQKTVARKHVTKKPQQKTLNKKQSSRNTQRKTIIQKPPTKNIQQKTLTPIR
                     MSFILGKTNPMKNAGHIHRRTYAAPGITTDDSSLKTTVYSSGRVISGPLP"
     CDS             8575..10950
                     /gene="btuB_8"
                     /locus_tag="SEQF2638.1_02174"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01531"
                     /codon_start=1
                     /transl_table=11
                     /product="Vitamin B12 transporter BtuB"
                     /translation="MYFILYHKNMKKRNTLWMLFACLLTIAWSTSTAQTARITGVVTD
                     AANNEPLIGASAFIEQLKTGEVTDAKGNFSIQNLPPGTYTVRFDYMGYESHSERVTLR
                     EGEVRRIKVQLQSESKSLSEVVVTAKSEARQLREQAMPISVISMNQLSGTVAGIADIL
                     SKTVGVTLRSSGGVGGATRLSVRGLEGKRIGFFIDETPMNDNSDFIDINDIPIDMIDR
                     IEIYKGVVPAKFGGSAMGGAVNLVLKEYPARYADFSYTLESFNTHKVQTVLKRNLRNQ
                     GLVFGIGGGYTYSDNNYTMLSPYVDGLKIRRDHDGFRKLILGGSLKAYKWWFDKVEIE
                     PAFALTNHEIQGIEKDIRKAETHSMLFALANKLEKKNFLTPGLDFDMHLAAAITSYGL
                     VDTAKQWYDWDGRAYPSPSIYGGELGNRYASHSSDKKFTISHKLNLEYLLHKQHSLNF
                     NSLFTLANGFPKDSLRELSIGREAVFNSRMRSWSAGLTYDFRTPKDRLLNSLTVRYYL
                     YTMKTRQADIFGIGEVRDVDVNKSAVGVNDALRFRILPDLMAKLSAGYDVRIPSETEL
                     LGDGYTVSPAENLMPERNTSLNVGFLYDLTGRAASNLQIEVNAFYMYLQHMIRYTKGI
                     LGAQYQNFGEMRTMGVEAEVKADITPWLYGYANATFQDLRDVREHDEGSSLPNPTKGL
                     RMPNIPYLMGNAGLEFHRENLFGGRGQNTRLFSDLSFVEEYLYDFEMAADQRRIPRST
                     TVDLGLEHSFFNNSLFLSAKIKNLTDARVLSEFNRPLPGRSFGVKVRYVFK"
     CDS             11331..12587
                     /locus_tag="SEQF2638.1_02175"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNKKMMWAACLVALVMTTGCGKDTPPEPKPQPKPDTTNTVVPGG
                     KGQYLLETTVKNPDGMSGSSYLQLTNNLSGSIDNSKGIQIAFAGMISVIDNYIFVLPT
                     GMGKDAEFKVRRYTYDPKTQTMGDLKTIDVPAGATPYNVQKVSADKMYMPNYSLGNVW
                     VMNPTTLQKTGEIDLKQYAYKDASPEPSLGILRGDRYFLTLDQIGSNYMPYEDRRQVE
                     VAVIDPKTDKVLKVITENSKKIAFPTRPLYKDMIFTDEQGDIYIACAGYFGYNPKYRE
                     NGFVCIPAGKDEFDASRTWEISGVTIEGSEYKSSAILNCKYLGNGKVVAFVAILELNG
                     TNPYTSKSAMAVIMDLKAKTIKRIEGVPMTDGHSTAIETQGNLVLLGAFGEKQAGLFT
                     YNPATGKAGLSLSTVGNLSFMHIFGK"
     CDS             complement(12856..12945)
                     /locus_tag="SEQF2638.1_02176"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSHKRSKKLYSYLKSSQNIPKQELAIQNG"
     CDS             complement(13003..13275)
                     /locus_tag="SEQF2638.1_02177"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDTIELKETTSIRINKSLLDRMRAKAKAGNRTFSNLVETLLYEF
                     DDAEDDSLISEKEYFDRIDAAKKSIEEGRFVEVRSKEELHRYLDSL"
     CDS             complement(13617..15878)
                     /gene="rnr"
                     /locus_tag="SEQF2638.1_02178"
                     /EC_number="3.1.13.1"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:O32231"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribonuclease R"
                     /db_xref="COG:COG0557"
                     /translation="MKITRKKKPTSAGKQSRRNDRDTRGNKKKKAAQSAHHGKRILKK
                     DALTRAILDTFQLNPRTIYNYKQIAKAIGVEAQVQKLQTAEILRSLADDDVLTETEPG
                     RYRLNRIGESVTGIFRRRSNGRHAFIPDTPATDNADGDAPTPEPINVDDRNTAHALDG
                     DRVRVQLFKRRRGEPEAEVMEVLERAPHTYVGRLEVSKNYAFLVTEDRTLSNDIFIPK
                     AALQGGRTGDKAIVRIVEWPEHASNPTGEVIEVLGRAGDNDTEMHAILAEYGLPTRYP
                     ENVEKAARRIPREITAEDLAEREDFREVTTFTIDPKDAKDFDDALSIRRLTDGRWEVG
                     VHIADVTHYVKPGSIIDKEAYERATSVYLVDRTIPMLPECLSNDLCSLRPDEEKLTFS
                     VVFEMNEEADILASRIVRTVIRSDRRFTYDEAQEAIETGHGDFCEEINTLNRLAKKLR
                     ERRFAQGAIDFDRYEVKFEIDDKGRPLSVYFKESKDANKLIEEFMLIANRTVAESVGK
                     RSGSRAAKKTFVYRIHEQPDAEKMETFATFVRRFGYKLKTDGSKNEITRSINRLLDDA
                     KGRPEENLIETLAVRSMQKARYSTENIGHYGLAFAYYSHFTSPIRRYPDMMAHRLLVR
                     YADGGRSVPKDACEEECDHCSQMEQLAANAERASIKYKQVEFMSDKIGQVFDGVISGV
                     TEWGLYVELNDNKCEGLVPMRDLDDDFYDFDEANYALVGRRRHRTYRLGDPITITVEH
                     ANLERKQLDFRLA"
     CDS             complement(15884..16864)
                     /locus_tag="SEQF2638.1_02179"
                     /EC_number="3.1.1.99"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0DOV6"
                     /codon_start=1
                     /transl_table=11
                     /product="6-deoxy-6-sulfogluconolactonase"
                     /translation="MKSIIKSTRGLLLLVAASAVLLTLANSCSEVRHMSAEVAYRTEA
                     QLGEGAIWHPDRGSLFWVDIEKRTLYEFMPEKKKCRSWQFDRKVTTVVPETDHTVIVA
                     LENSIVRFDLNTQQKQEITPVDTKGGRLRCNDGKCSPNGWLWVGTMSIDEKSNDATLY
                     CVRPSGRIDAMIRGVTISNGIVWSRNNKYIYYNDTPTGKIRRYRYHQHSGDIIKNGIA
                     VDISEGTGLPDGMTIDRNDNLWVAQWGGFGVYCYNAYTGELIAKVEVPAPNVTSCAFG
                     GKNMDILYITTAREGLTPDELAAYPLSGCIFSCKPGAIGVSPNYFGQENK"
     CDS             complement(16954..19536)
                     /gene="mutS"
                     /locus_tag="SEQF2638.1_02180"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0A1Y0"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA mismatch repair protein MutS"
                     /db_xref="COG:COG0249"
                     /translation="MKQYFGIKAKHPEAILLFRVGDFYEMYGQDAVDGAETLGIVLTK
                     RSNGAAQDVPMAGFPYHALDAYLPKLVKSGWRVAVCDQLEDPKMAKKLVKRGITELVT
                     PGVSMDDNVLERRENNFLAAVHFGRSKCGVAFLDISTGEFLTAEGTVETVDKWLADFA
                     PKEVLVCHGLRDRFGCTFGPVGSVFEMEDWVFMPDTARDRLQRHFETVGLKGFGVEDL
                     EDGIVAAGAILVYLDRTKHTQVGHITSLLRIEEEGYVRLDKFTVHSLELVRSMSEGGR
                     SLLETIDETTSPMGARLLKRWLLFPLRDEAEISRRQDAVALLAGDALLREALIGQLAE
                     VGDVERIISKVAVGRVSPREVVQLKRALEAIGRIRTRSMASDNAVLRAWGEALDPCSE
                     MSERIGRELVSEPPVTIAKGGLIAEGVSQELDELRQLAYSGKDYLTKVQQRESERTGI
                     PSLKIAFNNVFGYYIEVRNAHKDKVPTEWIRKQTLVNAERYITEELKEYEEKILGAEE
                     RIVALEAELFNRLTADLTQLVRPIQRDAQIVAQLDCVVSFARTASSQRYVRPVVDDSD
                     VIDIRGGRHPVIERQLPSDEPYVANDVYLDRREQQILIITGPNMAGKSALLRQTALIA
                     LLAQVGSFVPAESARIGWVDKIFTRVGASDNISAGESTFMVEMNEAANILNNLSARSL
                     VLFDELGRGTSTYDGISIAWAIVEYIHEHPTASARTLFATHYHELNEMARSFPRIRNF
                     NVSVRESGNRVIFLRKLVSGGSEHSFGIHVARMAGMPRSIVERSGEILARLERGGAQA
                     KPVVVDVPKSAKGQAYQLSFFQLDDPVLSQVRDEICNLDLNNLTPLEALNKLSEIKRI
                     IQVK"
ORIGIN      
        1 gcgatccagg tcgtaatcca tctccttctt accgaagagg gcccacattt tgccattgtc
       61 gtcctccccg ccgaatggga acctcaaagc ggcatccagc caactacgac aaccagatcg
      121 tctttgagat ggaaaaagat ggcgccttca cccccgatat caaggtccat tatttttcct
      181 tcgtgctgga gggtggcagc attgagtccg atgggtgtgg cacagtgctt accaccgcca
      241 gctgcatctt ttctaagaac cgcaacgagc gcctgttaag aggcaagatc atgggccccg
      301 ccatagaggg catactcggt gccgaccgtc tttttattct gaagcacgga tacctcgaag
      361 gcgacgacac ggacggccac gtggacaccc tggcgcgttt ctgcgacccg gaaacgatcg
      421 cctatgtaca gtgcaccgac ccggacgaca gccatttcga cgagctactg gccatggagc
      481 gcgaactcct cgccctgcgc acggccgagg ggaagcccta ccgcctcatt tcgctgccaa
      541 tggctgagcc ggtctttgac gaggacggct atcagctgcc agccacgtat gcgaacttcc
      601 tcatcctaaa cggtgccgtg ctggtgcctg cctacggtaa cgacgagctg gacgaacagg
      661 cgcgtgaggc gctccgtacg gctttccccg accgcgaaat catcagtgtg gactgcctgc
      721 cactcatcca gcaaggcggt gccatccatt gcgccaccat gcagtatcct gcgggcgtgc
      781 tcaacgtcta tgccgacgac gatgacacgg agtcggacga atattccccc ctttaatccc
      841 tatttgaacg atgaaaattg gactcattca acagcataac aaggccgaca tggccgacaa
      901 catcgcccgc cttacggacg ctatccggac gtgtgccgcc gaaggtgctt cgctcgtggt
      961 gcttcaggag ctgcacaacg gcctctattt ctgtcagacg gaagacgtca ctgtcttcga
     1021 catggctgaa tcgatccccg gaccttcgac ggcgcacttt ggcgaggtag cgcgtgcgtg
     1081 tggtgtggtg ctcgtgctat ctctctttga gcgacgtgcg ccggggattt accacaatac
     1141 ggccgtcgtg atcgaaaaag acggaacgat agcagggcgg taccgcaaaa tgcacatccc
     1201 ggacgatccg gcgtactacg agaagttcta cttcacgccc ggcgacctcg acttccggcc
     1261 cataccgacc tccgtggggc gtcttggcgt actggtttgc tgggatcagt ggtaccccga
     1321 agccgctcga ctgatggccc ttcgtggtgc agatctgctt atctatccca cggctattgg
     1381 ctgggaacgt tccgatcggc cggaggagca aagtcggcaa cacgacgcct ggcggacggt
     1441 gcagcggggc catgctgtgg cgaacggcct acccgtcatt acggttaacc gtgtcgggca
     1501 cgaaatagac ccctctgggc aaactgccgg catacaattc tggggaaaca gctttgcctc
     1561 aggtccgcag ggggaaatct tgaccgaatt accgaccgat gcggaggcta tccgtgtgat
     1621 ttcggtcgat ttgcagcgta gtgaacatgt gcgccgctgg tggcctttcc tacgcgaccg
     1681 tcggatcgat gcgtttggcc ccctcacgcg tcgatatttg gacgaggaat aagtgcacag
     1741 ccgtttttga tctaaaagaa ggactcgtgg gcctttgtaa aaacatcggg cgcccccttc
     1801 atacgtgaaa gaggcgcccg ttttggcgat tggtgtggag aaatccgtca gacgaatttc
     1861 gcaggatggc tgcttacttg atcagcgtga agttgccaat cagcggcagg ggtttcatct
     1921 tcccaccagc tgcgttgatg acaccgatga tgaaaaatac gaatccagca aggtatccga
     1981 cggtggtgat aagccagcca atcttcggaa tgactcccaa gataccgcac acgaatacaa
     2041 acaggaacaa aataagccct tggttggtgt gatagcgtgc ataagccgac tcttttgcag
     2101 ccaagagagg gatcagaaac aaaattccga aataggccag gatggccatc actttgttac
     2161 tctgcacatc gttcggatcg ggcgtaacat ttacttcttc catactttat cgatttttta
     2221 agtggataaa aaagaatgac ttcaatcatc cctcggccat gatttccctc atggaattta
     2281 gcacggggac ggcggcaaag ataaaaccct ttcttaaaca tcaaaggagg caaatagata
     2341 gaagaaaatg agttacgcac gattcttgtc tttttacaat ctgcattttt gtaaggtgca
     2401 gaatgcaaat tcgtccctta caaattgtcc tacctttgcc atccaatgaa tggctgttta
     2461 ggatagatta aaggggaagc cgcagaagga catcgaaatc tttcgaggct tttcttgatg
     2521 ggcgccattc ggaaggatct ctgctcttcc gcaggatggg gtcgcgagac atggcacgac
     2581 catatttcgg acccaaacga gccacgcggg cagcgaaacg accgaataaa agccgaaaaa
     2641 tgtacctctg cagcccctaa caagtgaaca tatcaaacta agtagaaaga aatgaatgct
     2701 tttctcgatg atcttctcct gaggcgccgc cgtgtacaaa gtgcactggc cgacgctgcg
     2761 gcggacgggg cccttttcgc ttcggacgtc catctctttt accttaccgg gcgcgtcttc
     2821 aatggttggc tctatttgcc gacggaaggc gcgccggttg cgtttgtaag gcgtcctgct
     2881 gactgcgatt tgccggtcga ggcggttcgc gtgcatcgtc cggacgacat gctcggctgg
     2941 ttcagcaatg caccgggaca atcacggccc aaacacctcc tgttcgaagc cgatacactc
     3001 tcgtatagcg attacatgcg cctttacaac ctgttccaac ccgaaaaggc tggaaatgtc
     3061 tccgccgtca tgcgacgcgt gcgtatgatt aagacaccct gggaggtgga gcaattgcgg
     3121 ctctcttccc agcgtcatgc cgaggtctat gcagaaatcc cggactgttt ccaccccgaa
     3181 atgactgatc tggaacttca agccgagatc gaaaggcgga tgaggcttca cgggtcgatt
     3241 ggcatcttcc gtacttacgg gccaaatatg aacatcttca tgggcagcct tctggctggc
     3301 gagaatgcag aggccgcgtc acctttcgac tttgctcttg gcggcgcagg acaaacgccg
     3361 atatgtccca ttggtgctaa tggcacgaaa ttgacggacg ggacggccat catggtcgat
     3421 atggcgggca attatacggc ctacatctct gacatgacgc gcgttttctc cgtaggaagg
     3481 ctcagcgaaa aggcctaccg tgcgcatggc acggcaagag acatcatggc ggctgccgag
     3541 gtagctatgc gacccggatt ggcatgcagc gaactctaca gcatggctgt tggcatggca
     3601 gagaaggcca atctggctga ctgcttcatg ggtacgcgtc aacaggccaa gtttgtaggt
     3661 cacggcattg gtttggaaat caatgagcca cccgtgctca ctccccgctc aaaagatgcg
     3721 ctgcaaccgg gcatggtgat cgccttcgag cctaaatttg tgatcccaga ggtgggcgcg
     3781 gtaggtgtcg agaatagtta tctcatcaca gagacgggtg cggagaagct cacccatttc
     3841 gaagaggaga ttatctcgct gacgtaaggc ggaacgctga aaatgagcat ctaaaaagga
     3901 aacgtgtccg ggtgcacgtg tctatcgtga tacaaaaaag gacccgagac attcaccagt
     3961 agggtagggg cgaagcattt ttcgcccctg cttttttccg gaatataccc ttctcaaaaa
     4021 aatacgtccc tgtcccttct caggggatgt tccttctcaa aaaacgcctc cctgccgttt
     4081 tgcagggaaa gtgccttctc caaaaacgca ccactgacgc ttctcaggat atgttccttc
     4141 tcaaaaaata cgtccccgac gttttgcagg gaaagtgcct tctccaaaaa cgcacccctg
     4201 acgcttctca ggatatgttc cttctcaaaa aatacgtccc tgacgttttg cagggcaagt
     4261 gccttctcca aaaaggcacc tctgacgctt ctcaagaaat atatcgctca aaaaaatgct
     4321 ctcccgtaac ttttcaagta attagcacgc tcaaaaaata cacttatcct atttatattc
     4381 atcctataat ccgtttaatc agatgagaaa gacaacatct acgctcttgt tgctcgttgc
     4441 gatggccctg tgcggacgtg cgagcgcgat tgatccggcc gatgtgaagc cggtcaaaaa
     4501 cctgatcctc ttgatccccg atggaacgtc tattgcgacc gtgtctacgg ctcgctggta
     4561 ccaatggtac aaagatccca atcggcagca cctggccatc gacccgtatc tctgtggtac
     4621 ggttcggacc ttctcttcca acgccccaat cggcgattct gcacctacga cctcctgtta
     4681 tgtgaccgga catccgagcc gtacaggtta tattgccact tatccgccgg ctgatccggg
     4741 caatgacatt ttccccgtag atccctcgcg cgcttatcag cctatgatca ctctgctgga
     4801 ggccatgcgg ctggtacaaa acaaggctac cggtttggtt gtcacttgcg agttcacaca
     4861 tgccactcct gcagactgct ccgcacatag ttacagccga aaacgctatg attggattgc
     4921 gccgcagatt gtccataacg acgtagacgt tgtgatgggt ggtggcgtct ctcttttgga
     4981 caaagaaggc gaggcttacc ttcggtcgcg gggttacagc gtctatcgcg acgatctggc
     5041 cggtatgcgc gctgacaaca atggcaaaat gtgggccctc ttcggtaaga aggagatgga
     5101 ttacgacctg gatcgcgatc ctgctcaaca gcctgccctc gaagagatga cacgaaaggc
     5161 cctcgagaaa ctgtccaaaa acgaaaatgg ctttttcttg atggttgaag gaagtaaagt
     5221 agactgggcg gcgcatggca acgatcccgt gggtatgctt accgaatatg tggcctttga
     5281 caaggcttgt gccgtggcgc ttgactttgc caagaaggac ggacagacgc tcgtggttgt
     5341 cgtacccgat catggcaaca gtggttttag tctggggcgc cgcgactgta aaggttacga
     5401 caaattgacc aaggatcagc tcttcagctt tgtcactggc gtaaaaaata cggcccaggg
     5461 ctttgtcaac aagctcaacg cggcgccatc gacagaggtg caaaagatct tcaaagaaaa
     5521 tgccggattt gagttgaccg acgaggagct gcaggccctt tacaactgca aagattataa
     5581 gaacagcccc atcccggagg ccgatcgcac ggaaaaagag tccctgtcgg ccctctacag
     5641 caattctctc tacggatttg tagctaagct acttacctcc aagacctgtt ttggctttac
     5701 cacgggtggg cacaccggcg aggacgttat tttggccgca tatcaccccc agggaaccct
     5761 ccccataggt gtaaacacga atatcgacct ccatcgctac atggcctccg ccgtaggcct
     5821 cttagggaag cccgacgaac tcacccagga gtattttgtg ccccataccg aattgttgaa
     5881 aggctacaaa tacactatct tgccggcgaa aacggagaag gacaatccca cgctcgttgt
     5941 taagggcaaa aaacaacagc tgacgatcgt gcccttcacc aacatcatcc gaaaagggaa
     6001 gaaggcaaac gacgagatcc gtctttcgac cgtgattgtc tacgtagaca agaacaacac
     6061 cttctacctg ccgcgatcta tcacaaagta tcttgaataa gaaagtcttt cgatatgtct
     6121 tttattcgcc cagtaagatg ggatatgttt tgattgggtc ctgacaaggc ctttatttgg
     6181 tttcattgca ttatgataag aggtgcaccc gcgacgggtc cacctctttt tttatctccc
     6241 gaaaaagagg gagaggcaga aagacataca tccccatcgt ccgaaaaaac atatcccgcc
     6301 aaatggcagc accgattcat tccacctatc cagtacccgg aaaaatagaa ggcgatcatc
     6361 gccttgattt tcttttgcct tcttttcttt catcaaggaa agaaaagaag ataagggatc
     6421 agagaacaaa gccctcatag aatttcgtag acagacgaga cacatgccaa acggtagcaa
     6481 cgattcattc tacctatcaa acatcccgcc aaacggcagc accgattcat tctacctatc
     6541 cagtacccgg aaaaatagaa ggcgatcatc gccttgattt tcttttgcct tcttttcttt
     6601 catcaaggaa agaaaagaag ataagggatc agagaacaaa gcccccatag attttttcat
     6661 acaaacgaaa cacatgccaa acggcagcaa cccttttcgc agacatacaa ggcacatgcc
     6721 gatccgcata catcatttta agcctcacaa acccctcctg cgtttttgca acgtcctcgt
     6781 ttgggatcga gagggacgtg tgcggagttg cggggggatt gcttgggcgg aaaatattaa
     6841 atggcgggaa tgttatttag ttgctctgat agagcaatta agccgcaaaa atgtttctta
     6901 gttgctctga tgaagcaatt aagccgagaa aatgtctctt agttgctctg ttgaagcaat
     6961 taagccgaaa gaatgtttct taattgctct ggtgaagcaa ccaaataaca tgcgcgttgt
     7021 ttagtatttt gcatgcatgt tggaggtatg aaaaatcttc ccatctttgc cgcgtcacaa
     7081 tcttttgtct tgaaagatga cggacatgta ttacatcaca aataaataga gtttacaatg
     7141 ccagagacac cttctgctcc tcaaaatccg tcggcgggga ttataccgcc tgtcgaaatc
     7201 gacacaatta actgcacgct gatgaccaac ggtgcgcact tcttgtttat gaagaacgtg
     7261 agcgaccgca tggccaccga aacggccctt ttggcacacc cgaagatcaa aaaggctgcc
     7321 gatctgctcg ctgcggcgac caagaaagag gacgactgtt acgctaagtc gcaaaaaagc
     7381 ctcattacgg tcgacatcca caaagcggat caggaaaggg gacgtatgct gaatgcccta
     7441 cgcaaaacat tgaaaggttt tgcggaccat ccggaagccg acaaggctcg atcggccgca
     7501 acgatcctca aggtgatgac cgcctatcgt ctcgacgccc gtatgcagct ggagcgagag
     7561 accggggcca tcattagctt cgtgggagac tgcgagaaaa cgtacgcgac cgacgtttcg
     7621 tcgctgggcg ttaagccgta tgtcgactcg ttgaaagcgg ccaacgaaaa aatcgagaag
     7681 tggctcaccg agcgttccga caacatgcca caaacgctcg gctcacttcg cacggcccgt
     7741 catgagtcgg atttggctta ccagtggctc atcaaggtag tcaatgcctt ggcggtggtt
     7801 gacgacgcac tcgacacggc cccctttatc attcatatga ataaggtggt ccatcgcaac
     7861 aagacgcaag tgatcggatc gaagaagaag aaagacggcg aggatcccga aaagccgaaa
     7921 gatccgaagc agccgaaaga accgaatccc aaaaagccgg gaaaggatga cggcaaaccc
     7981 gacatccata tccctgagga taaagattcg aagaaaccag accccaagac tcccggaggc
     8041 gaaggagaga agcccaagca acccggaggc agtcaaggca gcgggccaga tattaccctg
     8101 ccagaagaat agaccgtcgt ttttaatgat gaatcatcgg tagttatgcc gggtgcagca
     8161 taggttcgcc tatgtatgtg cccggcattt ttcatggggt tcgtttttcc aagaatgaac
     8221 gacatgcgga tcggcgtgag tgttttttgt tgaatgtttt ttgttggggg tttctgtatg
     8281 attgtttttc gttgggtgtt tctggatgat tgttttttgt tgagggtttt ttgttgaggc
     8341 tttttcgtta cgtgttttcg cgcaactgtt ttttgttgag ggtttttcgt tgtgtgtttt
     8401 cgcgcaactg ttttttgttg agtgtttttc gttgtgtgtt ttcgcatgaa cgtttttcgt
     8461 tgttcgtttt tcgttatgcg ttttcgcatt tcctccttat tgtccccatt attggggatt
     8521 gtgaacagca ttctatacgt tctacttttg cagccgtatt tgtttaagtg cagaatgtat
     8581 tttatattgt atcataagaa catgaagaag agaaacaccc tatggatgct tttcgcgtgc
     8641 ctgctgacga tcgcctggag tacgtccacg gcgcaaacgg cacgcattac gggcgtcgtg
     8701 accgacgctg cgaacaacga accgctcatc ggagccagcg cctttatcga acaactgaaa
     8761 acgggagagg tgacagacgc caagggcaac ttttcgatcc aaaatttacc cccgggcacc
     8821 tacacggtcc gatttgatta catgggctat gaaagccatt cggaacgggt cacgctacgc
     8881 gaaggggagg tgcgccgcat aaaggtacaa ctgcaatcgg agtcgaaatc gctcagcgaa
     8941 gtagtggtaa cagccaaaag tgaggcccga caattgcgtg aacaagcgat gcctatctct
     9001 gtcatatcca tgaatcagtt gagcggaacg gtggcaggca ttgcagacat cttgtcgaag
     9061 acggtcggag tgacattgcg ctcgtctggc ggagtgggag gcgctacaag actgtccgtg
     9121 cgcggcttgg agggaaaaag gatcgggttc tttatcgacg agacgcccat gaacgataat
     9181 tcggacttta tcgacatcaa tgatatccct atcgacatga ttgatcgcat tgagatttac
     9241 aagggtgtcg ttccggccaa atttggaggc tcggcaatgg gcggggccgt caatttggta
     9301 ctgaaagagt atccggcacg ttacgcggac tttagttaca cgctggaatc gttcaatacg
     9361 cacaaagtgc aaaccgtttt gaagcgaaat ttgcgcaatc agggcctcgt gttcggcatc
     9421 ggcggcggat atacgtactc ggacaacaac tacaccatgc tttcgcccta tgtggacggc
     9481 ctgaagatcc gccgcgacca cgatggattc cgaaaattga tcctgggcgg ctccctgaag
     9541 gcctacaaat ggtggtttga caaggtggag attgaaccgg ctttcgcttt gacgaatcat
     9601 gagatacagg gcattgaaaa ggatatccgt aaggcggaaa cgcactccat gctctttgcc
     9661 ctggccaata aattggagaa aaaaaacttc ctgacgcctg gcttggactt cgatatgcac
     9721 ctggcagcgg ccattacgtc ttacgggctc gtggatacgg ccaagcaatg gtacgactgg
     9781 gacggacggg cctatccctc gccatctatt tatggcggag aattgggcaa tcgttatgcg
     9841 tcgcattctt cggataagaa gtttaccatc agccacaaat tgaacttaga atacttgctg
     9901 cataagcagc actcgctcaa tttcaactca ctttttaccc tggcaaacgg tttccccaaa
     9961 gattcgctgc gagaattgag cataggaaga gaagcggtct tcaattcgcg catgaggagt
    10021 tggtcggcag gcttaacgta cgattttcgc acgccgaaag accgtctgct gaactccctg
    10081 accgtgcgtt actacctata cacgatgaag acacgtcagg cggacatttt tggcatcggt
    10141 gaggtacggg atgtggacgt caacaagagc gctgtgggcg ttaatgatgc cctgcggttc
    10201 cgcatcctgc cggatttgat ggcgaaattg tccgcggggt atgacgtgcg tatcccctcg
    10261 gaaacggaac tcttgggcga tggctacacg gtctctccgg ccgaaaatct aatgccggag
    10321 cgaaacacga gcctcaatgt gggcttcttg tacgacctga caggtcgggc agccagtaat
    10381 cttcagatcg aagtcaatgc cttctatatg tatctgcaac atatgatccg ctatacgaag
    10441 ggaatcctcg gcgcacagta tcaaaatttt ggcgagatgc gtacgatggg tgtcgaggcg
    10501 gaggtgaaag ccgacataac gccttggctc tatgggtatg cgaacgctac gttccaagat
    10561 cttcgtgatg tacgtgagca tgatgaagga agttcgctac ctaatcctac gaagggtctg
    10621 cgcatgccca acattcccta tttaatgggc aatgcaggat tggaattcca tcgagagaac
    10681 ctttttggcg gccgcggaca gaacacgcgt ctttttagcg atctatcttt tgtggaggaa
    10741 tatctctacg acttcgaaat ggcggcagat caacggcgga taccccgcag cacgaccgtc
    10801 gaccttggtt tggagcatag ctttttcaac aacagccttt ttctctcggc caagatcaag
    10861 aatctgaccg acgcgcgcgt cctcagcgaa tttaatcgcc ccctgccagg tcgcagcttc
    10921 ggcgtcaagg tgagatatgt gttcaagtga aacgtttcgg gggctgcggc cccctgcgaa
    10981 gtttgccggg tacctgcata agcaaatcag tcgctaaaaa tttggccggc gtccctgacg
    11041 ccttgatttt cttttgctcc ttttctttca tcaaggaaag aaaaggaggc tgcagccccc
    11101 gaagaaattg gccggataca tgcataagaa gatcagccgc taaaaatttg gccccgacat
    11161 ttgtccagaa cctatttaga gcaaaagaca gacagctgca tacgttcgtg aacctttttt
    11221 ccgcccgatg cagcgtcttg caacgcctca ccgtcccctt ttccgattga atttttttcg
    11281 ggcgaaagcc cataacccct attttttaac cgacaaaacg tattgagatg atgaacaaga
    11341 aaatgatgtg ggcagcatgc ctcgttgccc ttgtgatgac caccggatgt ggaaaagaca
    11401 ctcccccgga acccaagccc caacccaaac cggacacgac gaataccgtg gtgcctggcg
    11461 gcaaaggcca gtacctctta gagacgaccg tgaagaatcc cgacggtatg agcggctcgt
    11521 cttatttgca gctgacgaac aatctcagtg gctccatcga caattcgaag ggcattcaga
    11581 ttgcttttgc tggcatgatc tccgtgattg acaactacat ctttgtcctg cccaccggta
    11641 tgggaaaaga tgcagagttt aaggttcgcc gctacacgta tgacccgaaa acacagacga
    11701 tgggagacct caagaccatc gatgtgcccg ctggagctac gccgtataat gtccagaagg
    11761 tctctgccga caaaatgtat atgccgaact attccttggg caacgtttgg gtgatgaatc
    11821 cgaccacgct acagaaaaca ggcgagatcg acctgaagca gtatgcgtac aaagacgcaa
    11881 gccccgagcc cagtctgggc attcttcgtg gcgatcggta cttccttact ctggaccaaa
    11941 tcggtagtaa ttacatgccg tacgaagatc gtcggcaggt ggaagtggct gtgatcgacc
    12001 cgaagactga caaagtgctg aaagtgatca ccgagaacag caaaaagatc gccttcccga
    12061 ccagaccgtt gtataaggac atgatcttta ccgacgaaca gggcgatatt tatatcgcgt
    12121 gcgctggcta cttcggttat aacccgaaat atcgggagaa tgggtttgtc tgcatccctg
    12181 ctggcaagga tgaatttgac gcgtcgcgta cgtgggagat ttctggcgta acgattgaag
    12241 gatcggaata caaatcatcc gcgatcctga actgtaaata cctgggcaat ggtaaagtgg
    12301 tggctttcgt ggccattctg gagctgaacg gaacgaatcc atacacgtct aagagcgcaa
    12361 tggccgtaat catggatctc aaggccaaaa caatcaaaag aattgaggga gttccgatga
    12421 cggatggcca tagtacagcg attgagaccc aaggcaattt ggttctcctc ggtgccttcg
    12481 gcgaaaaaca ggcgggcctc tttacatata acccggctac gggcaaggca ggcctctcac
    12541 tgagcacagt aggcaatctc tccttcatgc acatcttcgg caaataagca tcagccgttt
    12601 tttgatcata gaaaagcccc ggtcccttcg caagcaagga atcggggctt ggttttttcc
    12661 gaaaagagtc ggcgggaaac gtttttgacc gtgtgttttt gtggggaagg ttggatatct
    12721 attctacctt tcatttatca tcataatgcc catatgcacg aaggacaagg acaagcacta
    12781 tttcttcttg tatttcgtaa acaagcctgt gcttcttgtt tattctacga gaccattgtc
    12841 cgggcctgtc tccttttaac cgttctggat ggccagttcc tgtttgggga tgttctgcga
    12901 gctcttcaag tagctgtaaa gcttttttga acgcttgtgg ctcatgcttt ttcagccgtg
    12961 ataggtcatg atcggcttct tctgaaattc gaagtctgta catcacaaac tgtctaagta
    13021 tctatgaagt tcttctttgc tgcgaacttc cacaaatcgt ccctcctcta tgcttttttt
    13081 cgcggcatct atccgatcga aatattcttt ttcggagatt aagctgtcat cctctgcatc
    13141 atcaaattcg tacaggagtg tctccacaag attgctaaac gtacgattgc cagcctttgc
    13201 cttcgctctc attctgtcca ataaggattt attgatacga atagaggtcg tttcttttaa
    13261 ttctatggtg tccatgatta tttcgcattc atttcatctg caaatatatg ctccttcatt
    13321 ccagatcagt ggcttcactt tgtaagtgaa taaaataagc cccgcattca tctctgctaa
    13381 tgtgcacagg gcttatctgt tacaaataag gatctatgca gatccgcagg aaacgttttc
    13441 acctcaagaa aaagccccgg tcccttcgta cgcaaggaat cggggcttag ttttttgtta
    13501 tgcgaacgtg catatccccc gtatctgtct cagaatgatt cggggaatca catatttatt
    13561 cggtacgtat cgaaaaatgt tccgcgtagg ttggcggaac ctgttttttc gggcggttat
    13621 gccagccgga aatcgagctg cttacgttcc aggttggcat gctctactgt gatggtgatc
    13681 gggtctccta aacgataagt acggtgtcga cgacgaccga ccaaggcata attggcttca
    13741 tcaaagtcat aaaaatcatc gtccaagtct cgcatgggca cgagaccttc gcatttattg
    13801 tcgttcagtt ccacatacag cccccattcg gtgacgccag atatcacgcc atcaaaaacc
    13861 tgcccgattt tgtcgctcat aaactccacc tgcttgtatt tgatcgaagc acgttccgcg
    13921 ttggccgcca actgttccat ttgcgagcaa tgatcgcact cttcttcaca cgcgtcctta
    13981 ggaacgctcc gaccaccgtc cgcgtaacgc accaagagcc tatgcgccat catatcagga
    14041 tagcggcgga tgggcgaggt gaaatgcgaa tagtaggcaa aggccaagcc atagtgcccg
    14101 atgttttccg tcgagtagcg ggccttctgc atggatcgca cggccaatgt ttcgatcaga
    14161 ttttcctccg gccgaccctt cgcatcgtct aacaggcgat tgatactgcg ggtgatttcg
    14221 tttttactgc cgtccgtctt cagtttatat ccaaaccgtc ggacaaacgt ggcgaacgtc
    14281 tccatttttt ctgcgtcggg ttgctcatga atgcggtaga cgaacgtttt tttcgccgcc
    14341 cgactgcccg aacgtttccc gacggattcc gccacggtgc gattcgcgat gagcataaac
    14401 tcctcgatca atttgttggc gtccttcgac tccttgaaat acacgctcaa gggacgaccc
    14461 ttgtcatcga tctcgaactt cacctcgtag cgatcaaagt cgatggcacc ctgcgcgaac
    14521 cgcctctcgc ggagtttttt cgccaaacgg ttcagcgtgt tgatctcttc gcagaaatct
    14581 ccatggccgg tctctatcgc ctcctgcgcc tcgtcgtaag tgaaacggcg gtcactacga
    14641 atcaccgtcc gcacgatgcg tgaggcgagg atgtcggcct cctcattcat ctcaaagacg
    14701 acggagaagg tcagcttctc ctcatccggc cttaacgagc agaggtcgtt tgacaaacat
    14761 tccggcagca taggaatcgt tcggtcgaca agatagacgg aggttgcgcg ctcgtaggct
    14821 tccttgtcga tgatgctgcc cggtttcaca tagtgcgtca cgtcggcaat atggacgccc
    14881 acctcccagc gaccgtccgt caggcgacgg atcgagagtg catcatcaaa gtctttggcg
    14941 tctttggggt cgatcgtgaa ggttgtcacc tcgcggaagt cctcacgctc ggccaaatcc
    15001 tccgccgtaa tctcacgtgg gatgcgccgc gcagctttct cgacattttc cggataacgc
    15061 gtcggcagac cgtactcagc caagatggcg tgcatttccg tgtcgttatc ccccgcgcga
    15121 ccgagcacct cgatgacttc gcccgtcgga ttcgacgcgt gttcgggcca ctcgacgata
    15181 cgcacgatgg ctttatcgcc cgtgcgaccg ccctgaagcg ctgctttagg gataaagatg
    15241 tcgttggaga gcgtgcgatc ttcggtaaca aggaaggcgt aattcttgga aacctccagc
    15301 cgacccacat aggtgtgtgg cgcacgctcc aagacctcca tcacctccgc ctcaggctcg
    15361 ccccgacgac gtttgaagag ctgcacacgt acacgatcgc catcgagcgc gtgggccgtg
    15421 ttacgatcgt ccacattgat gggttctggc gtcggtgcgt caccgtccgc attgtccgta
    15481 gcgggagtgt ccggaataaa ggcatgtcga ccgttgctac ggcgccgaaa gattccggta
    15541 acggactcgc cgatgcgatt caagcgataa cgcccgggtt cggtctccgt gagcacatca
    15601 tcgtccgcca aactgcgcag tatttcggcc gtttgtagct tctgcacctg tgcttcgacg
    15661 ccgatagcct tagcgatctg cttgtagtta taaatcgtgc gaggattgag ctggaacgta
    15721 tccaagatgg cccttgtgag agcgtctttt ttgaggatgc gcttgccgtg atgggcggac
    15781 tgggcggctt ttttcttctt gttgcctcgc gtgtccctgt cgtttcgtcg actttgcttg
    15841 cccgccgacg tgggtttctt tttacgtgta atcttcattc tgcttactta ttctcttgcc
    15901 cgaaatagtt cggggatacg cctatggctc ccggtttgca cgagaaaatg cagccactca
    15961 aggggtaggc tgccagctcg tccggtgtga ggccctcgcg ggccgtggtg atgtagagga
    16021 tgtccatgtt tttgccacca aaagcacacg aggtgacgtt cggggcaggc acttccacct
    16081 tggcgatcag ctcgccggtg taggcattgt agcaatagac accaaagccg ccccactgag
    16141 ccacccagag gttgtcgttg cggtcgatgg tcataccgtc gggcagtccg gtaccctcgg
    16201 atatatcgac agcgataccg ttcttgatga tgtcacccga atgctggtgg tagcgatagc
    16261 ggcggatctt acccgtaggc gtatcgttat aatagatgta cttgttgttg cgcgaccaga
    16321 cgatgccgtt ggagatcgtc acgccgcgaa tcatggcgtc gatgcgccca ctgggacgga
    16381 cgcaatagag cgttgcgtcg ttcgactttt cgtcgatgct catcgtgccc acccacagcc
    16441 aaccgttagg cgagcatttg ccgtcgttgc agcgcagccg accgcccttg gtgtcgacgg
    16501 gggtgatctc ttgcttctgc tgggtgttta gatcgaagcg gacgatgctg ttctcaagcg
    16561 ccacgatgac ggtgtgatcc gtctcgggaa cgacggtcgt caccttccga tcgaactgcc
    16621 acgagcggca tttcttcttc tccggcataa actcatagag cgtgcgcttc tcgatgtcta
    16681 cccaaaagag ggagccacga tcggggtgcc agatggcgcc ttcgcccagc tgggcttctg
    16741 tccggtaagc cacctcggcg ctcatgtgcc tcacctccga acaggagttg gcgagggtga
    16801 gcagcaccgc actggccgcc acaaggagca gcagcccgcg ggtggacttg atgatcgact
    16861 tcatgccacg tatcatactt agaagctgtt ttgattcagt agggagtagc agtaagaacc
    16921 gcatcggtag catcattctt tcctctccgc cctctatttg acttgaataa ttcgtttgat
    16981 ctcactcagc ttattcaacg cttcgagcgg cgtgagattg tttaggtcga ggttgcagat
    17041 ctcgtcgcgc acctgactga gcaccggatc gtctaactgg aaaaagctca gctgataggc
    17101 ctggcccttc gccgatttgg gcacatcgac cactacgggc ttggcttgcg ccccgcctcg
    17161 ctccagacga gcgaggatct cgcccgaccg ctcgacgatg ctccgcggca tgcccgccat
    17221 acgcgccacg tggataccga agctgtgctc actgcccccg gatacgagct tgcggaggaa
    17281 gatgacccga ttgcccgact cccgcaccga gacgttgaag ttgcggatac gcggaaagct
    17341 gcgggccatc tcgttcagct cgtggtaatg ggtggcaaag agcgtgcggg ccgacgccgt
    17401 cgggtgctca tggatatact cgacgatggc ccaggcgatg gagatgccgt cataggtgct
    17461 cgtgccgcgt cctaactcat cgaagagcac aagactgcgc gcagagaggt tgttgaggat
    17521 gttcgccgcc tcgttcatct cgaccatgaa ggtggattcg cccgcggaga tgttgtccga
    17581 cgctccgacg cgtgtgaaga tcttgtccac ccaaccgata cgcgcgctct cagcgggcac
    17641 gaagctgccc acctgggcca gcagggcgat gagggcggtc tggcgaagca gcgccgactt
    17701 accggccatg tttggcccgg tgatgatgag gatctgctgt tcacgacgat cgagatagac
    17761 gtcgttggct acataaggct cgtccgaggg cagttgtcgc tcgatgacgg ggtggcgccc
    17821 acctcgaatg tcgatcacat cggagtcgtc taccaccggc cgcacataac gctggctgga
    17881 ggccgtgcgg gcgaaggaga cgacgcagtc cagctgggcc acgatttgtg cgtcacgctg
    17941 gatggggcgg acgagctgcg tcagatcggc cgtcagacgg ttgaacagct ccgcttccaa
    18001 ggccacaata cgctcttcgg cgccgaggat cttctcctcg tattccttca gctcctccgt
    18061 gatgtatcgc tcggcattga ccagggtctg cttgcggatc cactccgtgg gcaccttgtc
    18121 tttgtgcgca ttgcggacct cgatgtagta tccgaacacg ttgttgaagg cgatcttgag
    18181 gctcggaatg cccgtccgct cactttcgcg ctgctgcacc ttcgtcaggt agtccttgcc
    18241 cgaataggcc agctggcgca gctcgtcaag ctcctgactt accccctcgg cgataagccc
    18301 tcctttggcg atcgtgacgg gtggctcact gaccaactcg cgtccgatgc gttcgctcat
    18361 ctccgaacag ggatcgagtg cctcacccca agcccggagc accgcgttat ctgacgccat
    18421 cgagcgcgtg cgtatccgtc cgatggcttc cagggcacgc ttgagctgca ccacctcgcg
    18481 cggcgagacc cgccccacgg ccaccttgga aatgatccgc tccacgtcgc ccacttcggc
    18541 cagctgcccg atcagtgcct cacgcagcaa ggcgtcgccc gcaagcaagg ccacggcgtc
    18601 ctgtcggcga ctgatctcgg cctcgtcgcg gagtggaaag agcagccagc gcttcagcag
    18661 tcgtgcgccc atgggcgagg tggtctcgtc gatcgtttcc agaagggagc ggccgccttc
    18721 gctcatcgat cgcacaagct caaggctgtg gacggtgaat ttgtcgagcc tgacgtaacc
    18781 ctcctcctcg atgcgcagga gcgacgtgat gtgtcccacc tgcgtgtgct tcgtgcgatc
    18841 caaataaacg aggatggcgc ctgcggccac gatgccgtcc tccagatcct cgacgccgaa
    18901 gcctttcagc ccgaccgtct cgaagtggcg ctggagccga tcgcgggccg tgtcgggcat
    18961 gaagacccaa tcctccatct cgaacacact gcccacgggc ccgaaggtgc atccgaagcg
    19021 atcgcgcaga ccgtggcaga ccagcacctc cttaggcgca aagtccgcca gccacttgtc
    19081 caccgtctcc accgtgccct cagccgtgag gaactcgccc gtcgaaatat ccagaaaagc
    19141 caccccgcat ttggacctcc caaaatgcac cgcagccaga aagttattct ccctccgttc
    19201 cagcacattg tcatccatcg aaacgccagg ggtgaccagc tccgtgatcc ctcgcttgac
    19261 cagtttcttg gccattttcg gatcctccag ctggtcgcat accgccaccc gccagcccga
    19321 tttcaccagc ttcggcaggt aggcatcgag cgcgtgataa gggaagcccg ccattggcac
    19381 atcctgcgcc gcgccgttag agcgcttcgt cagcacaatg ccgagcgtct cagccccatc
    19441 gacagcgtcc tgcccataca tttcgtagaa gtcgcccacg cgaaagagca gaatggcctc
    19501 tggatgcttg gccttaatgc caaaatactg cttcatcaag ggggtttcga cggattttgc
    19561 cacagtggtt tcttcctttc ttttaagtga gacaaaagta tggctaatca gaaagccccg
    19621 caaaatcagc gcttcccgcc ccctgccacg cctctcgttc cccgcccctc ggcccatccg
    19681 aaacgccccc catccatcct tcctccaccc tcgatcactt ccaaacgctc cccgtcaggc
    19741 attccctcac ctcgtcgtgc tcccaaacgg cccacgtttt ctattcctcc agcccgtccc
    19801 actcccaaac aggccgcctc tgccattcct ccagcccgtc cgactcccaa acaggccacg
    19861 tctgccattc ctccagcccg tccgactccc aaacaggcca cgtctgccat tcccccgggc
    19921 cgtcgggcag tcatttcgcg tgcaaatcga cttctttcgc actaaaagcc tgccttatgc
    19981 actgcataat gctatctctt actatagaag ccattcctct gcaatgcgga tagtatgctc
    20041 ctcgtgtaga agcctacctt atgcgtcgca taagacatat tcctacatta aaagcctacc
    20101 tcatgcactg cataagacat actttcaact catgaagatt ctatccgcgc tgcataagct
    20161 attcttttaa ctcgggaaga tcctatctgc gacgcacttg ttaggctttt atgctgggaa
    20221 tatatcttat gcaacgcaca atctatgctt ttgaagtaga agaatcttat ccgcaacgca
    20281 tatagtaggt ttctaatacg cgagaatcgc atctgcgctg cacatcatag gatttcagtg
    20341 cgaaagaagc cgatttgcac gcgaaatgac tgcccgacgg cccgggggaa tgcctgacgg
    20401 ggcccgtttg agggcggcac ggggtggggg aatggcagac gtggcctgtt tgggagtggg
    20461 acgggctgga ggaatagaaa acgtgggccg tttgggagca c
//
LOCUS       SEQF2638.1|AYYF01001587.1 446 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..446
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(246..404)
                     /locus_tag="SEQF2638.1_02181"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPSNLVMYFRWSSRILQSELLMIDSLTMGDEMMSSTSCVTTIAS
                     PKYLRTVL"
ORIGIN      
        1 ggagggcgtt acgacttcct gctcaactcc gatcgcaaca tcgacctgct ctccaaacgc
       61 ttcatcgtct tcgagatcga cgcggtgaaa gacaacaaag acctcttccc cgtggtgacg
      121 atcatcatca tggaggcctt catcaacaag atgcgtagga tgaagggcgt gcggaaaatg
      181 atccttatcg aggaggcttg gaaagcgatc gcatcggcca atatggcaga ctatatcaag
      241 tatctctaca agaccgtccg caagtatttc ggcgaagcga tcgtggtgac gcaggaggtc
      301 gacgacatca tctcgtcgcc catcgtcaag gagtcgatca ttaacaattc tgactgtaag
      361 attctgctcg accagcggaa gtacatgacc aagttcgacg gcatacaggc gctgctcggg
      421 ttgtccgaaa aggagaaaaa ccagat
//
LOCUS       SEQF2638.1|AYYF01001588.1 1311 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1311
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(255..884)
                     /locus_tag="SEQF2638.1_02182"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAKAKNLVSGELTDENIGKVNTHLSDIETLMPFLIALPADEKRK
                     MNPMGKQSIEFVNTALTGAKRFSQYLLPTFKKDEFAKDVKLIHDLRDIRAGVVSLLEK
                     IDDTIYGTAVDAMQSANEVYSYLKTASEKDAALKEFVGEMSKRYDRPNKKSKDNPKQP
                     ADPNKPADPNKPADPNKPADPKQPADPKKPDTPKKPGTGGDPDIHLPEE"
ORIGIN      
        1 tggaggatga cctcggaaat ccagatgcgg taggggtcgc gggtgtcgcg ccagggcagc
       61 gcgcggcggt gcgtgtcgta ccagcggcgg agggtgcggc tcacgttgta atcgttaggc
      121 atggggtgat gtgtgaaacg aggcgttgtt gagcaaaaaa agtgccaacg gcctccccgg
      181 atcatctcca gttgcggcca ttggcacttt aagacggctt cgggcggctg cgaccgccga
      241 ctaaatgatc ctccttattc ctccggcaga tggatgtccg gatcgccgcc cgtacccggt
      301 ttcttcggcg tgtccggctt cttcgggtcg gcgggctgct tcggatcggc gggcttgttg
      361 ggatcagcgg gcttgttggg atcagcgggc ttgttgggat cagcaggctg cttcggattg
      421 tccttcgact tcttattcgg acgatcgtaa cgtttgctca tctctccaac aaactccttg
      481 agcgccgcgt ccttttcgga tgctgtcttc aaataactgt acacttcatt ggcagactgc
      541 atcgcgtcga cagctgtacc ataaatagta tcatctatct tctccaatag cgaaacgacc
      601 cccgcacgga tatcccgcaa atcatgaatc agcttcacat cctttgcaaa ctcgtccttt
      661 ttgaaggtcg gcaacagata ctgagagaag cgttttgcgc cggtcaaagc cgtattcaca
      721 aactcaatac tctgcttccc catcgggttc atcttcctct tttcatccgc cggaagcgca
      781 atcaaaaaag gcatcagcgt ctcaatgtca ctgagatgcg tattcacttt accaatgttc
      841 tcgtccgtca attcgccgga cactaaattc tttgcttttg ccatgttttt atagatatga
      901 aaaacgccgt gaaagtagtc gcttctttct tttcttcaac aatcagaagc tcatccgcca
      961 gcttcttctt gctcacgcgc cagctacttc ttgctcacac gccaactact tcttgctcat
     1021 gcaccagctt catcttgctc gcacaccagc ttcatcttgc tcgcacgcca gctacatctt
     1081 gctcacgcgc cagctacatc ttgctcacgc gccagctatc tcttgctcgc acgccagcta
     1141 catcttgctc acgcaccagc tacatcttgc tcacgcacca gctacatctt gctcacgtag
     1201 aaaactattc ggaaatatcc ctctgtaaaa gaagatgtta gtcggtcgta ggcattggac
     1261 gggtaacgaa gtagaaacga gcgaagcgct tgaggttgct ggaatctgca c
//
LOCUS       SEQF2638.1|AYYF01001589.1 683 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..683
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gatgacagac ctcatcctga tttttgcctt catcttgggg gtgcagtatt caaacccctt
       61 ctgggtgcac gggcacgtcc ccccttaaag ggggacgtgc accgtgacac atgaagaggg
      121 gtatgagact gcagagaaaa agagattncg tgatttgaaa agagaagcat cccgcatnga
      181 ttnattaaca acnttantnt caatacatta cgtggtaaaa tagagatnat ctaccttgtc
      241 gtttcacgac atttgaccgt tatgactatg gggaaaagac cgtttacacc tgctttcgtt
      301 ggtcacgaat agggcaccca aagagcaatc gagagaagat tgtagtgttc tgcgcatatg
      361 aaagtcgcag caaaacggca angttctcac gagggaaaac tatctttgcg ggcagaaagc
      421 gagtgttctc tgttatacat gaacaaagca ggtcgaagca cttagctcat tacctaatcg
      481 ttacctattc ccttttacat tataggtaac attctcccat tcagatagat aggctctcga
      541 tgcagagttc ccgcaagtct ctcggaaaac tttttggcgt ttgcgggagt cccgcaagtc
      601 tctcgagaaa ctttttggcg tttgcgggag ccccgcaagt ctctcgagaa actttttggc
      661 gtttgcggga gtcccgcaag tgt
//
LOCUS       SEQF2638.1|AYYF01001590.1 2564 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2564
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(96..1640)
                     /locus_tag="SEQF2638.1_02183"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTNPIFESMDQDKLRRMIAIREAYNSKQLTIDEARERVRKEVGE
                     VSPEEFAAAEQLVKDETPDECRDEDTQEIVHIYEGLIKEPRKELPFGHPIDAYRREAD
                     RMKELMKQGEELATKPFDEAAWTALMKDVLKYKVHFHRKQNQLYSALERKGFTRPSTT
                     MWTYDDYVRDEMNKARDLLQLGRTEDFLQAFKTMSEDVLDLIGKEELILYPTSLKLIS
                     DAEFEEMKHGDREIGFFLIDMPGDAPKAATASTNAPAGGDFINDLAALLGKYGMGAKD
                     TDNDDDRVLDVAEGKLTLEQINLLFRHLPVDISYVDENELVKFYTDTPHRVFPRSKGV
                     IGREVRNCHPPKSVHIVEEIIEKFRTGEQSRSEFWINKPGLFIYIVYVAVRDANGRFR
                     GVMEMMQNCTHIRELEGSRTLLTWDDEQKSEQEQPAAKPGEAPASPDAITKDTKLKAL
                     VTRFPKLIDDLPTINEKFAMLKTPIAKVMLPIATVGMMSERSGMPLDELITKLEALIG
                     TYQMKH"
     CDS             complement(1893..2153)
                     /locus_tag="SEQF2638.1_02184"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNEKWFRILAIAATCASILMYVSYISQIQMNLSGQKGTPVQPLC
                     AAFNCMLWTTYGLFKKPSKDWPIILANIPGIILGIITFATSF"
     CDS             complement(2252..2527)
                     /locus_tag="SEQF2638.1_02185"
                     /EC_number="3.4.21.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P58495"
                     /codon_start=1
                     /transl_table=11
                     /product="putative peptidase"
                     /db_xref="COG:COG3340"
                     /translation="MIAAPNIAYAQVMDAVATPYTPNFRDFDALGLVDFYTVPHYGCE
                     PFEESAEETVRTYSHLPLRPITNTQAICVEGDLTKICSIDTPVSGGE"
ORIGIN      
        1 gccacgaaaa gacgaagcgc cgggcacacg ccgggtgaga gagcctcacc acacagcatg
       61 tacccggcgc atcttgcctc gggggccgtc ggcgcttagt gcttcatttg atacgtccca
      121 atcagcgcct cgagcttcgt gatcagctcg tcgagcggca tgcccgatcg ttcgctcatc
      181 atgcctacgg tggcgatggg gagcatcacc ttggcgatgg gcgtcttgag catagcgaac
      241 ttctcgttga tggtgggcag gtcgtcaatc agcttcggga aacgcgtcac gagcgccttg
      301 agcttcgtgt ctttggtgat cgcatcgggt gacgcgggcg cctctcccgg cttggcggcg
      361 ggttgctctt gctcgctttt ctgctcgtca tcccacgtga ggagggtgcg agagccctcc
      421 agctcacgaa tgtgcgtgca gttttgcatc atctccatca cgccgcggaa gcgcccgttg
      481 gcgtcgcgga cggccacgta gacgatgtaa atgaagaggc ccggcttgtt gatccagaac
      541 tcagagcggc tctgctcgcc ggtgcggaac ttctcgatga tctcctccac gatgtgcacg
      601 cttttgggcg ggtgacagtt gcgcacctcg cggccgatga cgcccttgct gcgcgggaag
      661 acgcggtggg gcgtgtcggt gtagaacttg accagctcgt tttcgtccac gtacgagatg
      721 tcgacaggca ggtggcggaa cagcaggttg atctgctcca gcgtcagctt gccctcggcc
      781 acgtcgagca cacgatcgtc gtcgttgtcg gtgtccttcg cgcccatccc gtacttgccg
      841 agcagcgcag ccagatcgtt tataaagtct ccgcccgcgg gtgcgttggt cgatgcagtt
      901 gcagccttcg gcgcgtcgcc cggcatgtcg atcaggaaga aaccgatctc gcgatcgccg
      961 tgcttcatct cctcaaactc cgcgtcggaa atcagcttga gcgacgtcgg gtaaaggatc
     1021 agctcctcct tgccgatgag gtcgagcaca tcttctgaca tcgttttgaa ggcctggagg
     1081 aagtcttccg tgcgccccag ttggagcagg tcgcgggcct tgttcatctc gtcgcgcacg
     1141 tagtcgtcgt aggtccacat cgtggtcgaa ggccgcgtga atcccttgcg ttccagggcg
     1201 gagtagagct ggttttgctt gcggtggaag tgcactttgt atttcaacac gtctttcatc
     1261 aacgccgtcc atgcggcctc gtcgaagggc tttgtagcca gctcctcgcc ctgcttcatc
     1321 agctccttca tacggtcggc ctcgcgccgg taggcatcaa tcgggtggcc gaaaggcaac
     1381 tccttccgcg gctccttgat caggccctcg tagatgtgaa cgatctcttg cgtgtcctcg
     1441 tcgcggcatt cgtccggagt ctcgtccttg accaactgct cggccgcggc aaattcttca
     1501 ggcgatacct cgcccacttc ttttcttacg cgctcacgcg cctcgtctat ggtcagttgc
     1561 ttgctattat aagcctcgcg aattgcgatc attcggcgca gcttatcctg atccatactt
     1621 tcaaaaatcg gatttgtcat acgtcttgtt ctttaatgtt ggggggatta tatggagaag
     1681 aaagaggggc agagacactg aagccgatga tataacgaaa gccatgggcg cctgataacg
     1741 cccgagcaac attgaaaaac tccgcgccct ctttccctat gaaaacgggg ctaaaaacac
     1801 accgcgcggc gagtagtagg cccgtcgcgc ggttttcatt tctcccaaag agcccgctct
     1861 gggatcggta gttcgccgtt acttgccgaa tcttagaagc tggtggcgaa agtgattatc
     1921 cccaagataa taccggggat attggccaag atgatcggcc aatctttcga tggcttctta
     1981 aacaacccgt aagtggtcca aagcatacag ttgaatgctg cgcacagagg ctgaacggga
     2041 gttcccttct gcccggacag attcatttgg atttgcgaga tgtacgatac atacatcagg
     2101 atcgaagcac aggtggctgc tatagccagg atgcgaaacc atttctcgtt catactaatg
     2161 tcctatttgt agtgataaat cgccgcaaag gtaaaagtgc acctgcaata agttgtcaca
     2221 tccatttctt tttcattcgt tagcgctggg tctactcccc tccgctaacc ggggtgtcta
     2281 tcgagcaaat cttcgttagg tcgccctcta cacagatcgc ctgtgtattc gtgatcgggc
     2341 gcagaggcag atggctatat gtccgcacag tctcctcagc cgactcctca aatggctcac
     2401 aaccgtaatg gggcaccgtg tagaaatcga ccagtccaag cgcatcaaaa tctcgaaagt
     2461 tgggcgtgta gggcgttgca acagcatcca ttacttgtgc ataggcaatg ttcggcgcag
     2521 caatcatgct ccccgccgac tctccaatgt atagcgctcc cgcc
//
LOCUS       SEQF2638.1|AYYF01001591.1 12334 bp   DNA    linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..12334
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(96..1640)
                     /locus_tag="SEQF2638.1_02186"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTNPIFESMDQDKLRRMIAIREAYNSKQLTIDEARERVRKEVGE
                     VSPEEFAAAEQLVKDETPDECRDEDTQEIVHIYEGLIKEPRKELPFGHPIDAYRREAD
                     RMKELMKQGEELATKPFDEAAWTALMKDVLKYKVHFHRKQNQLYSALERKGFTRPSTT
                     MWTYDDYVRDEMNKARDLLQLGRTEDFLQAFKTMSEDVLDLIGKEELILYPTSLKLIS
                     DAEFEEMKHGDREIGFFLIDMPGDAPKAATASTNAPAGGDFINDLAALLGKYGMGAKD
                     TDNDDDRVLDVAEGKLTLEQINLLFRHLPVDISYVDENELVKFYTDTPHRVFPRSKGV
                     IGREVRNCHPPKSVHIVEEIIEKFRTGEQSRSEFWINKPGLFIYIVYVAVRDANGRFR
                     GVMEMMQNCTHIRELEGSRTLLTWDDEQKSEQEQPAAKPGEAPASPDAITKDTKLKAL
                     VTRFPKLIDDLPTINEKFAMLKTPIAKVMLPIATVGMMSERSGMPLDELITKLEALIG
                     TYQMKH"
     CDS             complement(1893..2153)
                     /locus_tag="SEQF2638.1_02187"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNEKWFRILAIAATCASILMYVSYISQIQMNLSGQKGTPVQPLC
                     AAFNCMLWTTYGLFKKPSKDWPIILANIPGIILGIITFATSF"
     CDS             complement(2252..2893)
                     /locus_tag="SEQF2638.1_02188"
                     /EC_number="3.4.21.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P58495"
                     /codon_start=1
                     /transl_table=11
                     /product="putative peptidase"
                     /db_xref="COG:COG3340"
                     /translation="MKRLFLCSSFADVADLLPELVGKERGTVTFIPTAALHEEYNLYV
                     EEGRAALERLGYTVEELEITQATAEVIEQTLERNDCIYVSGGNPFFLMQELRRKGADR
                     AIVRRVKAGALYIGESAGSMIAAPNIAYAQVMDAVATAYTPDFRDFDALGLVDFYTVP
                     HYGCEPFEESAEETVRTYSHLPLRPITNTQAIYVEGDRTQIVPIDSIPVSGGE"
     CDS             complement(3240..3728)
                     /gene="asnC"
                     /locus_tag="SEQF2638.1_02189"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0ACI6"
                     /codon_start=1
                     /transl_table=11
                     /product="Regulatory protein AsnC"
                     /db_xref="COG:COG1522"
                     /translation="MEQYELDELDEKILSMMVKDARKPFLEVARECNVSGAAIHQRIQ
                     KLIHAGVVKGSEFIIDNSKIGFKTCAYMGLFLQSSDQYASITEALKQIPEIVECHHTT
                     GKYDLFVKIYARDNEHLLSIIHKKLLPLGLARTETLISFKEGFRRRLPIDIGKLEKAD
                     GK"
     CDS             complement(3949..4389)
                     /locus_tag="SEQF2638.1_02190"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPELNTSSLPDLVFAFLFFIMMVTTMREVTLKVQFRAPQATELQ
                     KLEKKSLVTFIYVGQPIEEYRAKMGSESRLQLNDAFAEISEVGTYIGQEKSSMKEEDQ
                     PFMTVSIKADQDTKMGLITDLKQALREAYALKISYSARKQVDNK"
     CDS             complement(4446..5054)
                     /locus_tag="SEQF2638.1_02191"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSKKRKVPGINGSSSADIAFMLLLFFLLTTSMDTDMGLARRLPP
                     PPDKQQKKQEIDVKKRNMLVVLISSTNQVLCGGEYMDIKQVKAKAKEFIANVNNDPNL
                     PEKEEADVPFFGKMMVCKPHIISLQNDRGTQYQAYIRVQNELAAAYNELRDEVAKQKW
                     GKTFAELDEKQQEAVQMIYPQKISEAEPKNYGGGSKSAPAAN"
     CDS             complement(5080..5553)
                     /locus_tag="SEQF2638.1_02192"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAVTKIRKLSSWMLTGVIIVSVIVLAMFYLGGVVDPAAENKEPV
                     NTSLLLYWCYALFGVTMVCLVLFGIMQFFSTLKTKPKAALGSLVVLIAFVVLLGVTYA
                     MGDATPLPGINVDSAQFNTAGWLKVSDMWIYSTYVLLGLSVLAMIAGSLKKVLNK"
     CDS             complement(5562..6305)
                     /gene="tolQ_2"
                     /locus_tag="SEQF2638.1_02193"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_02202"
                     /codon_start=1
                     /transl_table=11
                     /product="Tol-Pal system protein TolQ"
                     /translation="MKKLFTKAFLGVLAAGISTVAFAQEAAEAAAPVEGGVHQALKTK
                     FIEGSADFMSFVAIALILGLAFVLERIIYLNLADVNPNGMLNDIEAALDRGDVDGAKA
                     IARDTRGPIASIAYQGLMRIDQGIDVVEKSIVAYGGVQSGLLEKNLSWITLFIAMAPS
                     LGFLGTVVGMIMAFDKIERVGDISPTVVAGGMKVALITTVGGLIVALILQVFYNYLLS
                     KLEAILNKMEDASITLLDMVIKYNVKYKK"
     tRNA            complement(6416..6504)
                     /locus_tag="SEQF2638.1_02194"
                     /product="tRNA-Ser"
                     /inference="COORDINATES:profile:Aragorn:001002"
                     /note="tRNA-Ser(gga)"
     CDS             complement(6648..7436)
                     /gene="yjjV"
                     /locus_tag="SEQF2638.1_02195"
                     /EC_number="3.1.-.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P39408"
                     /codon_start=1
                     /transl_table=11
                     /product="putative metal-dependent hydrolase YjjV"
                     /db_xref="COG:COG0084"
                     /translation="MKLIDSHTHLYAEDFYGDQEMVIERAKAAGVIAVLLPNIDESSI
                     APMFCLCDEHPEFAFPMMGLHPTSVDSHYSSKLQAIERMLTKRPYCGIGEIGIDLHWE
                     QAYLKEQRIVFEEQLKWSVDMNLPVSIHVRDAFSEVFDCIYKVGVERLKGVFHCFSGT
                     VDELEEIKRMQRFKIGVNGIVTFKKSVLSDIIRMVPSTMLLLETDAPYLSPSPYRGKR
                     NEPAFLVEVVKKMAEELQISEEAVADLTRENTLALFDIPYPTSN"
     CDS             complement(7450..8430)
                     /locus_tag="SEQF2638.1_02196"
                     /EC_number="2.5.1.10"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P9WKH1"
                     /codon_start=1
                     /transl_table=11
                     /product="(2E,6E)-farnesyl diphosphate synthase"
                     /db_xref="COG:COG0142"
                     /translation="MLSFEYILKAIEEAIHQLRFDDSPQSLFDPIVYTLSEGGKRLRP
                     AFVLMACNLYRDDIECAMSSALGVEMFHNFTLLHDDLMDEAEKRRNQPTVHVKWNKNT
                     AVLSGDAMLIVAYRLIGQTPSLSLKPVLDLFTQTALEICEGQQFDMEFERRDDVTEEE
                     YMEMIRLKTAVLLACSLKMGALIGGAPVHDAEVLYRFGIHIGLAFQLQDDMLDVYGDT
                     STFGKNIGGDILCDKKTFLSVLMYQLATDEQKTRIAHYRKENASVYTANEKISVITSI
                     YDELKLRERTQSRIKYHYDLAWSELARLSVNQERCQELLRVCSLLIDRAK"
     CDS             8536..8802
                     /locus_tag="SEQF2638.1_02197"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRYVQWGVLLLQAERYGKCKLHTYRLATLLARLPFRHGIDHTKR
                     LFIESWINTTDHLSIYNRTVSVHNKRTSNTSLNAVFLRYNGILN"
     CDS             8875..9207
                     /locus_tag="SEQF2638.1_02198"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLWRLFFFLMRYRRRSVNLHLSCFLIVLGRYQVIIRNLYIIFYH
                     IQHFSHIGHIGRRGRGRRLILPCDIHLFLRDNIADPFVFLNDLILGTPFKPNEQNSQA
                     HDQPHEDA"
     CDS             complement(9472..9798)
                     /locus_tag="SEQF2638.1_02199"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVYERFGDTVARTIMVDECPGDTVARTIMVDECLGDTVARTIMV
                     DECPGDTVARTIMVYGSLGDTVASTIMVDECFGDTVARTIMVDERFGDTVARTIMVYE
                     SPNDGV"
     CDS             9972..11615
                     /gene="pckA"
                     /locus_tag="SEQF2638.1_02200"
                     /EC_number="4.1.1.49"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:O09460"
                     /codon_start=1
                     /transl_table=11
                     /product="Phosphoenolpyruvate carboxykinase (ATP)"
                     /translation="MKTRLFYTLYIRDMAKLDLTKYGITGTTEIVHNPSYEDLFNEEM
                     KPGLEGYEKGQLTELGAVNVMTGIYTGRSPKDKFIVMDETSKDTVWWTSEEYKNDNKP
                     ASAEAWNAVKEIAKKELSNKRLFVVDGFCGANRSTCLRVRFIMEVAWQAHFVTNMFIR
                     PTKEELESFEPDFIVYNASKAKVENYKELGLNSETAVVFNLTSKEQVIINTWYGGEMK
                     KGMFSMMNYFKPLEGIASMHCSANTDTNGQNTAIFFGLSGTGKTTLSTDPKRLLIGDD
                     EHGWDDEGVFNYEGGCYAKVINLDKESEPDIYHAIRRNALLENVTVDANGKIDFKDKS
                     VTENTRVSYPIYHIEKIVKPISKGPAAKNVIFLSADAFGVLPPVSILTPEQTKYYFLS
                     GFTAKLAGTERGITEPTPTFSACFGQAFLELHPTKYAEELVKKMERSGAKAYLVNTGW
                     NGTGKRISIRDTRGIIDAILEGHILKAPTKKLPFFDFEIPTELPGVDPKILDPRDTYA
                     NEAEWETKAKDLAGRFVKNFVKYEGNAAGKALVAAGPKL"
     CDS             11729..12013
                     /locus_tag="SEQF2638.1_02201"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIRIDREDDGRRGRFVIYEDELYAGEMTYEWQDARTIIVDHTGV
                     ESYFGGKGYGRLLIGAGVDFARREGLKIVPVCSFVRKSFERDASLADVMA"
ORIGIN      
        1 gccacgaaaa gacgaagcgc cgggcacacg ccgggtgaga gagcctcacc acacagcatg
       61 tacccggcgc atcttgcctc gggggccgtc ggcgcttagt gcttcatttg atacgtccca
      121 atcagcgcct cgagcttcgt gatcagctcg tcgagcggca tgcccgatcg ttcgctcatc
      181 atgcctacgg tggcgatggg gagcatcacc ttggcgatgg gcgtcttgag catagcgaac
      241 ttctcgttga tggtgggcag gtcgtcaatc agcttcggga aacgcgtcac gagcgccttg
      301 agcttcgtgt ctttggtgat cgcatcgggt gacgcgggcg cctctcccgg cttggcggcg
      361 ggttgctctt gctcgctttt ctgctcgtca tcccacgtga ggagggtgcg agagccctcc
      421 agctcacgaa tgtgcgtgca gttttgcatc atctccatca cgccgcggaa gcgcccgttg
      481 gcgtcgcgga cggccacgta gacgatgtaa atgaagaggc ccggcttgtt gatccagaac
      541 tcagagcggc tctgctcgcc ggtgcggaac ttctcgatga tctcctccac gatgtgcacg
      601 cttttgggcg ggtgacagtt gcgcacctcg cggccgatga cgcccttgct gcgcgggaag
      661 acgcggtggg gcgtgtcggt gtagaacttg accagctcgt tttcgtccac gtacgagatg
      721 tcgacaggca ggtggcggaa cagcaggttg atctgctcca gcgtcagctt gccctcggcc
      781 acgtcgagca cacgatcgtc gtcgttgtcg gtgtccttcg cgcccatccc gtacttgccg
      841 agcagcgcag ccagatcgtt tataaagtct ccgcccgcgg gtgcgttggt cgatgcagtt
      901 gcagccttcg gcgcgtcgcc cggcatgtcg atcaggaaga aaccgatctc gcgatcgccg
      961 tgcttcatct cctcaaactc cgcgtcggaa atcagcttga gcgacgtcgg gtaaaggatc
     1021 agctcctcct tgccgatgag gtcgagcaca tcttctgaca tcgttttgaa ggcctggagg
     1081 aagtcttccg tgcgccccag ttggagcagg tcgcgggcct tgttcatctc gtcgcgcacg
     1141 tagtcgtcgt aggtccacat cgtggtcgaa ggccgcgtga atcccttgcg ttccagggcg
     1201 gagtagagct ggttttgctt gcggtggaag tgcactttgt atttcaacac gtctttcatc
     1261 aacgccgtcc atgcggcctc gtcgaagggc tttgtagcca gctcctcgcc ctgcttcatc
     1321 agctccttca tacggtcggc ctcgcgccgg taggcatcaa tcgggtggcc gaaaggcaac
     1381 tccttccgcg gctccttgat caggccctcg tagatgtgaa cgatctcttg cgtgtcctcg
     1441 tcgcggcatt cgtccggagt ctcgtccttg accaactgct cggccgcggc aaattcttca
     1501 ggcgatacct cgcccacttc ttttcttacg cgctcacgcg cctcgtctat ggtcagttgc
     1561 ttgctattat aagcctcgcg aattgcgatc attcggcgca gcttatcctg atccatactt
     1621 tcaaaaatcg gatttgtcat acgtcttgtt ctttaatgtt ggggggatta tatggagaag
     1681 aaagaggggc agagacactg aagccgatga tataacgaaa gccatgggcg cctgataacg
     1741 cccgagcaac attgaaaaac tccgcgccct ctttccctat gaaaacgggg ctaaaaacac
     1801 accgcgcggc gagtagtagg cccgtcgcgc ggttttcatt tctcccaaag agcccgctct
     1861 gggatcggta gttcgccgtt acttgccgaa tcttagaagc tggtggcgaa agtgattatc
     1921 cccaagataa taccggggat attggccaag atgatcggcc aatctttcga tggcttctta
     1981 aacaacccgt aagtggtcca aagcatacag ttgaatgctg cgcacagagg ctgaacggga
     2041 gttcccttct gcccggacag attcatttgg atttgcgaga tgtacgatac atacatcagg
     2101 atcgaagcac aggtggctgc tatagccagg atgcgaaacc atttctcgtt catactaatg
     2161 tcctatttgt agtgataaat cgccgcaaag gtaaaagtgc acctgcaata agttgtcaca
     2221 tccatttctt tttcattcgt tagcgctggg tctactcccc tccgctaacc gggatgctgt
     2281 ctatcgggac aatctgcgtt cggtcgccct ctacatagat cgcctgcgta ttcgtgattg
     2341 gtcgcagagg gaggtggcta tatgtccgca cggtctcctc ggccgactcc tcaaatggct
     2401 cacaaccgta atggggcacc gtgtagaaat cgaccagtcc aagcgcatca aaatctcgaa
     2461 agtcaggcgt gtaggccgtt gcaacagcgt ccattacttg tgcataggca atgttcggcg
     2521 cagcaatcat gctccccgcc gactctccaa tgtacagcgc cccagccttc acccgacgga
     2581 caatcgcccg atcagctccc ttccgcctaa gttcctgcat gaggaaaaac ggattgccac
     2641 cgctgacgta aatgcagtca tttctctcca atgtctgctc gatcacttcg gccgttgcct
     2701 gcgtaatctc caactcctcc accgtgtagc ccaaccgctc gagcgccgcc cgtccttcct
     2761 ccacgtacag attatactcc tcatggagcg ccgcagtcgg gataaaagtt accgtccccc
     2821 gctcctttcc caccaattcg ggtagtaagt ccgccacatc cgcgaaggat gagcacaaaa
     2881 acaatctctt cataacgtgc ttctctgttt gatgcgattc gcattgtagc tcttgtcgac
     2941 ggcctccact gcaacccgtc agcgatagga gcagcaacca tgcaactcca atcaaacggc
     3001 tcaacgccac agcccgaaag tctacactgg aactattctt catccgcctt ttccagctta
     3061 ccgatatcga tcggcagtct cctacggaat ccttccttga aagagatcag cgtctctgtc
     3121 cgtgccaatc ctaattgtag ctcttgacgt ccccgctgca actcgtcagc gataagagta
     3181 gcaaccatac aactccaatc aaacgatcca acgacacagc ccgaaaatcc atattgcgac
     3241 tattttccat ccgccttttc caacttacca atatcgatcg gcaatctcct acggaatcct
     3301 tctttgaaag aaatcaacgt ctccgtccgc gccaatccta atggcaatag cttcttatgg
     3361 atgatgctga gcagatgctc attatctctg gcgtagatct ttacaaagag gtcgtatttc
     3421 cccgtcgtat ggtgacactc cacaatctcc gggatctgct tcaatgcctc cgtgatcgat
     3481 gcgtattgat ccgaactctg gagaaaaagc cccatgtaag cacacgtctt gaacccgatc
     3541 ttgctattat caatgatgaa ttcggagcct ttcacgactc cggcatgaat caatttctga
     3601 atccgctgat ggatagccgc cccggataca ttgcactccc gcgccacctc aagaaacggc
     3661 ttccgagcgt ccttgaccat catgctcaga atcttctcgt ccaattcatc taattcgtat
     3721 tgttccatcg tcttttcagg ttaagatgac attgttagct gtaacaaaga ggcgtagaga
     3781 aagcctccca ctcatatcct tactgatcgt catcattttg tctgatgaaa tctcgttcta
     3841 tgcaaaaaca aagaggggag cgaacctact ttcttacctg taagattcgc ccccactctc
     3901 tttttaatgt tgatattcaa ttcgtggatg aaagaaatcg aatacctctt acttgttatc
     3961 tacttgttta cgtgccgagt aactgatctt caaggcatat gcttctcgaa gcgcctgctt
     4021 taagtcagtg atcaacccca tcttggtgtc ttggtcggct ttgattgaga cggtcataaa
     4081 aggctgatcc tcctctttca tactcgactt ttcctgcccg atgtatgttc ctacttcaga
     4141 gatttccgca aaagcatcat tcaattgcag acgactctcc gaccccatct tggcacgata
     4201 ttcctcgata ggctgcccga cataaataaa cgtgaccagt gatttcttct ccagtttctg
     4261 tagctccgta gcctgcggag cacggaattg cactttcaaa gtcacttcgc gcatggtcgt
     4321 aaccatcata atgaaaaaca agaacgcaaa gaccaagtct ggcaatgatg acgtgttcaa
     4381 ctcgggcatt tcacgtccac ccgatcgact gaattttccc attacatttt cccttcctta
     4441 aatctttagt tcgcagcagg agcagactta gatcctccac cataattctt tggctcagcc
     4501 tcagatatct tctgaggata tatcatctgt acagcttcct gctgtttttc atccaactct
     4561 gcaaatgttt tgccccattt ctgcttagct acttcatcac gcagctcgtt ataagcagcg
     4621 gccaattcat tttgcacccg gatatatgct tgatactgcg tacctcggtc gttttgcaac
     4681 gatataatgt gaggtttgca caccatcatc tttccaaaaa acgggacatc agcttcttcc
     4741 ttctccggta aattcggatc gttattcaca ttggcaatga actccttagc cttagctttg
     4801 acctgcttta tatccatgta ttcgccaccg cacaacactt gattagtgga gctgatcaaa
     4861 actacaagca tgttcctttt tttgacatcg atttcctgtt tcttctgctg tttatcgggt
     4921 ggaggaggca atcttcgcgc taaccccata tccgtatcca tagaagtcgt caaaagaaag
     4981 aacagcaaca acatgaaagc gatgtcagca gaagaagatc cattaattcc cggaactttt
     5041 cttttcttac tcatgttctt tctatgctct ctatatctat tacttattca ggaccttctt
     5101 aagactgcca gcaatcatag ctaacactga cagtcccaac aggacatacg ttgaatagat
     5161 ccacatatct gagaccttca accagcccgc tgtattgaat tgtgctgaat caacattgat
     5221 tcctggtaga ggagtagcat cacccatcgc ataggttact ccaagcaaga ctacaaaagc
     5281 aatcaacact actaaagatc ctagtgctgc tttcggttta gtcttcagtg tagagaagaa
     5341 ctgcataatt ccaaacagca ccaaacaaac catcgtaact ccaaacagtg catagcacca
     5401 ataaagtaac agcgatgtat ttacgggctc cttattctct gcagcaggat caaccacacc
     5461 accgagatag aacattgcta ggacaatcac actaactatg atgacgcctg tcaacatcca
     5521 gctcgacagt ttccttatct tggttacagc catgactcgt cttacttttt gtatttcaca
     5581 ttgtacttga taaccatatc gagcaatgtg atcgacgcat cttccatctt attcagaata
     5641 gcttccaatt tgctcaacag atagttatag aaaacctgaa ggatcaatgc aacgatcaaa
     5701 ccaccaaccg tagtgatcaa agccaccttc ataccaccgg caacaaccgt cggactaata
     5761 tcacctacac gctcaatctt atcgaacgcc atgatcatac caactactgt tcccaagaag
     5821 cccaatgacg gtgccatcgc aataaacagg gtaatccaag acagattctt ttccaacagt
     5881 ccactctgca caccaccata agcgacaata gacttctcta caacatcgat cccttggtcg
     5941 attctcatta atccttgata tgcaatagaa gcaatcgggc ctctagtatc tcgagcaatg
     6001 gcttttgcac catctacatc tcctcgatcg agtgcagcct caatatcgtt caacataccg
     6061 ttaggattca catctgccaa gttcaagtag atgattcgtt ccaagacgaa tgctagacct
     6121 aaaatcaaag caatagcaac gaagctcatg aagtctgcac taccttctat aaacttcgtc
     6181 tttaatgctt gatgaactcc tccctcaacg ggagctgcag cctctgccgc ttcttgtgca
     6241 aatgctactg tagagatacc cgcggccaat acacccaaga aggctttcgt aaacaacttt
     6301 ttcatagtga tgataatttg gaattaatgc ctgaatttta ctttgatgaa tatacttatt
     6361 gattagaaac ttcgcttgtt cgcgcttctt atttttatct ttctaccgtt ttcttgcgga
     6421 gaaagcggga ttcgaacccg cgatacgctt ttggcgtata cacgctttcc aggcgtgcct
     6481 cttcaaccac tcgagcatct ctcctttctt attaatcgcc ctcattcttt ctgaaaacga
     6541 gtgcaaagta cggaaaaaaa catgacacgc aaactttttg ctggtataac ttagttttcc
     6601 ttgatgtcat catctcttcc ataatacgtc aacacactat gtagacgtca attagatgta
     6661 ggatatggaa tgtcaaacag ggccaatgtg ttctctcttg taagatctgc aactgcctcc
     6721 tctgatatct gcaattcttc cgccatcttc tttacgactt ctacgagaaa agctggctca
     6781 ttccgttttc ctcgatacgg cgaaggagat aaatatggcg catctgtctc taataaaagc
     6841 atcgttgatg gtaccatccg tataatatca gacaatacag actttttgaa agtaacgatc
     6901 ccattaactc ctatcttgaa tcgctgcatg cgctttattt cctccaattc atcgaccgtc
     6961 cctgaaaagc aatgaaaaac acctttcaat ctctccactc ctaccttata tatgcagtca
     7021 aacacttctg aaaaagcgtc acgaacatga atgcttacag gaagattcat atcgacactc
     7081 cacttcaact gttcttcgaa cacaatcctt tgctctttca gatacgcctg ttcccagtgt
     7141 aaatcgattc caatttcacc aattccacaa taaggacgct ttgtcaacat tctctctatc
     7201 gcctgtagtt ttgacgaata gtgagagtcc acacttgtcg gatgcaatcc catcatcgga
     7261 aaggcaaatt caggatgctc gtcacataag caaaacatcg gagcaatgct cgactcgtct
     7321 atatttggta atagtacggc tatcactcca gcggcttttg ctcgttctat taccatttcc
     7381 tgatcaccgt aaaaatcctc ggcgtaaagg tgggtatgac tgtctatcaa cttcattgca
     7441 gccatgtttt tactttgctc gatctatcag cagactgcaa acacggagta gctcttggca
     7501 tctttcctga tttacactca accgtgctaa ttcactccaa gcgagatcat aatgatactt
     7561 tatcctgctt tgtgtacgct ccctcagctt caattcatca tatatactgg tgatcactga
     7621 tattttctca ttcgcagtgt aaactgaagc gttctctttt ctgtaatgcg ctatgcgagt
     7681 cttttgctca tctgttgcaa gctgatacat gagcactgac agaaaggtct tcttgtcgca
     7741 cagaatatca cctcctatat tttttccgaa tgtactcgta tcaccgtaga catccaacat
     7801 atcatcttgc aactgaaacg ctaacccgat atggattcca aaacgataaa gcacctctgc
     7861 gtcatgcacg ggtgcaccac cgattaatgc tcccatcttc aagctgcaag ccaataatac
     7921 agctgttttc aggcggatca tctccatgta ttcttcttcc gttacatcgt cacgtcgctc
     7981 aaactccata tcgaactgtt gaccttcgca gatttcaagc gccgtctgcg taaacagatc
     8041 taaaacaggc ttcaatgata aggatggggt ctgtccaatc agacgatagg ctacgatcaa
     8101 catggcgtca cctgaaagca cggccgtatt tttattccat ttcacatgga cggtcggctg
     8161 attgcgacgt ttttccgcct catccatcaa gtcgtcatgc agtagggtga agttgtggaa
     8221 catctccacc cccaaagccg aagacatcgc acactctata tcatctcggt aaagattgca
     8281 ggccattagt acaaacgctg gccgcaaacg cttccctcct tcagataagg tgtagacgat
     8341 cggatcgaaa agactttgtg gagaatcatc gaaacgcaac tgatggatag cctcttcaat
     8401 cgccttaagg atgtattcaa atgacaacat agcaacgatt gtagcagaga gataattaga
     8461 aaaggtcgct ctcttcgggg agggagaacg acctttttct ttttagttca tcatcgtctg
     8521 ctattttgca cgtgagtgag gtacgttcaa tggggggtat tattgctgca ggcggaacgt
     8581 tacgggaagt gtaaacttca cacgtacagg cttgccacgc tgcttgccag gcttccattt
     8641 cggcatggaa ttgatcacac gaagcgcctc tttatcgaga gctggatcaa taccacggac
     8701 cacctgagca tctacaatcg taccgtctct gttcacaaca aacgtacaag taacacgtcc
     8761 ttgaatgccg ttttcctgcg ctacaacggg atacttaatt gacttagcaa tatagctcat
     8821 caattcagcc tgtccacccg gaaactccgg catttcctct accactacaa aaatatgctg
     8881 tggagactct tcttcttcct catgcgttac cgcaggagga gtgtaaacct gcacctgagc
     8941 tgctttctga ttgtcctcgg aagatatcag gtcattattc gcaacctgta cattatcttc
     9001 taccacattc agcacttcag ccacattggg cacatcggga ggagggggag ggggaggcgt
     9061 ctcatcctgc cttgtgatat ccatctcttc ctccgcgata acatcgctga tcccttcgtc
     9121 tttctgaacg acctgatctt gggtacccca ttcaaaccca acgaacagaa cagccaagcc
     9181 cacgaccaac cccatgagga tgcctaggcc cttactacct tcaagatctg cttttggcga
     9241 tttcttgact tccatgagtt atctatttaa agagtgatta ttcgtctatc ttcttatcgg
     9301 aggcaaagat agagaaaaat gaatgcgaca accgaagctg ccaaaaaatt caaagctgag
     9361 acaaatcaaa cgcaaccaaa cgaaaacgac gaaaattgag ggagacgggt tcgtttaggg
     9421 tgcgcatgaa agaccttact caacgcgagt tcagtctaag ccttctgctt tttatacccc
     9481 atcgttagga gactcataga ccataatagt cctggcgaca gtgtcgccga agcgctcatc
     9541 gaccatgatg gtcctggcga cagtgtcgcc gaagcactca tcgaccatga tagtactggc
     9601 gacagtgtcg ccgaggctcc catagaccat gatggtcctg gcgacagtgt cgccggggca
     9661 ctcatcgacc atgatagtcc tggcgacagt gtcgccgagg cactcatcga ccatgatagt
     9721 cctggcgaca gtgtcgccgg ggcactcatc gaccatgata gtcctggcga cagtgtcgcc
     9781 gaagcgctca tagaccatga gggcctcggc aaagccttta cagacttcta actcatgtca
     9841 ttttacagag aggagaatgg cttatcctca attacggaaa tatttctcta attaccccgt
     9901 agccgtatcg gaattgtcgt acttttgcct gcgtcttcag gaaaaggacg gaaaagcacg
     9961 ccccttcgga catgaagacg cgattgtttt acacattata tattagagac atggcaaaac
    10021 tcgatttgac gaagtacggt atcacgggta ccacggagat tgtgcacaat ccttcttacg
    10081 aggatctgtt taacgaggag atgaagcccg gtttggaggg ctatgaaaaa ggtcagctga
    10141 cggagctggg tgcagtgaac gttatgacgg gcatctacac cgggcgatcg ccgaaggata
    10201 agtttatcgt catggacgag acgagtaagg acaccgtatg gtggacgtcg gaggaataca
    10261 aaaacgacaa taagccggca tcggccgagg catggaatgc ggtcaaggag attgccaaga
    10321 aggagctgtc gaacaagcgg ctcttcgtag tggacggctt ctgcggcgcc aatcggtcga
    10381 catgtctgag ggtacgcttt atcatggaag tggcttggca agcacacttt gtgacgaaca
    10441 tgttcatccg tccgacgaag gaagagctgg agtcgttcga gccagacttc atcgtctaca
    10501 acgcttcgaa ggcgaaggtg gagaactaca aggagctggg gcttaactca gagaccgccg
    10561 tagtcttcaa cctgacctcc aaggagcagg tgatcatcaa cacatggtac ggcggcgaga
    10621 tgaagaaggg tatgttctct atgatgaact acttcaagcc gctcgagggt atcgcctcca
    10681 tgcactgctc cgccaacacg gacacgaacg gacagaatac agcgatcttc ttcggcctct
    10741 cgggcacagg taagacgacg ctatcgaccg acccgaagcg tctactgatc ggcgacgacg
    10801 agcacggatg ggacgacgaa ggcgtcttca attacgaggg tggatgctac gccaaggtga
    10861 tcaacttgga taaggagagc gagccagaca tctaccacgc catccgtcgc aatgccctgc
    10921 tggagaacgt gacggtagat gcgaacggca agatcgactt caaggacaag agcgtgaccg
    10981 agaatacgcg cgtatcgtac ccgatctatc acatcgaaaa gatcgtgaag cccatctcga
    11041 agggcccggc tgcgaagaat gtgatcttcc tctctgccga cgcgttcggg gtgctgccgc
    11101 ccgtgtctat cctgacgccg gagcagacga agtattactt cctctctggt ttcacggcga
    11161 agctggccgg tacagagcgc ggtatcaccg agccgacacc gaccttctcc gcttgctttg
    11221 gacaggcatt cctcgaactg cacccaacga agtatgctga ggagctagtg aagaagatgg
    11281 agcgcagcgg cgccaaggcc tatctggtga acacgggatg gaacggcaca ggcaagcgta
    11341 tctcgatccg cgatacacgc ggcatcatcg acgccatcct cgaggggcac atcctcaagg
    11401 caccgacgaa gaagctgccc ttcttcgact tcgagatccc gacggaactg ccgggtgttg
    11461 atcctaagat cctcgatccg cgcgacacgt acgctaacga agccgagtgg gagacgaagg
    11521 cgaaggatct ggccggacgc ttcgtgaaga acttcgtgaa gtacgaaggc aatgcagccg
    11581 gtaaggcact cgtagctgcg ggcccgaagc tgtaatcctc cacagtcgag agttgtagca
    11641 actcgattta catgaatcga ttcagcgtgt ctccctcacc tcaaaaagag cgcagggggg
    11701 cacgcttctt tttatcccca aaaacgaaat gatacgaata gacagagaag acgacggacg
    11761 gcgtggccgc ttcgtcatct atgaagatga actgtatgcc ggcgagatga cctacgagtg
    11821 gcaggacgcg cggacgatca tcgtggatca cacaggcgtg gagagctact tcggcggtaa
    11881 gggctacggc cgactgctga ttggcgcggg cgtggacttt gcccgacgcg aaggactgaa
    11941 gatcgtcccc gtatgctcgt ttgtcaggaa gagtttcgag cgagacgcgt cgctggcgga
    12001 cgtgatggcc tgacggacgc gctatattaa ttaggtatag gggcgctgcc tcggaatgtc
    12061 gttgatgagc ggcttctccg aggtggcgcc ccttcttttt tcttcttggg gcggccaacc
    12121 tcctcctttt cttgtcttga cacggggaaa aggaggcgaa aaggaagtca aggcatcagg
    12181 gacgccaacc aagtctgccg ggtacgcacc ataacagctc aaggcgtcag ggacgccaac
    12241 caagtctgcc gggtacgcac cataacagct caaggcgtca gggacgcctg ccaagtttgc
    12301 cgggtacaca ccataacagc tcaaggcgtc aggg
//
LOCUS       SEQF2638.1|AYYF01001592.1 1503 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1503
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             66..1313
                     /locus_tag="SEQF2638.1_02202"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIAKISSPSRLAAALGYNFKKVEKHEASVLLVQGLFHDRNGAYS
                     RAQVLADMLRTIPAQCRTKKTVFHCSLNPHPDEKLSDETLSQIAAEYMEALGYGRQPY
                     IVFRHNDIPRAHIHIVSLRVDSDGRKINDRFERRRSKRITDALEAKFGLLPSGHSQKK
                     KGVSAQPSAVDVDAGDIKRQVAAAVEHVLGRYAFQSVGEMNLVLARFRVTAEEVKTER
                     KGRPFDGIVYAATDADGHKICTPIKASEIGRQVSYAALRRHFEQSKSVVRERAGAIRR
                     AIADVMQASPDRTEFIDRMRGHGIETVTRINAAGRLYGITFIDDASGIAVNGSRLGKG
                     FAANVFNAYFAGEPNPFLEMSWPKEKEERAAAVEELTECPNDILPTEIDLSLQVHGAD
                     LRELAFQRRLRNRARMRLRRKLR"
ORIGIN      
        1 tactctgccc gaatcgtcct cttgctggaa gaggccgtcc gcctgaccat agactttcgc
       61 agccgatgat tgccaagatt tcgagtccct cccgccttgc cgcggcgctg ggttacaact
      121 tcaaaaaggt ggaaaaacac gaagcctccg tgctgcttgt gcagggactt ttccacgatc
      181 ggaacggggc gtacagccgt gcacaggtgc tcgccgacat gctgcggacg atccctgcgc
      241 agtgccgcac aaagaagaca gttttccact gttcactcaa tccgcacccg gacgaaaagc
      301 tatccgacga aacgctttcg caaatcgccg ccgagtacat ggaggcgctt ggatacggca
      361 ggcagccgta catcgttttc cgccataatg acattccccg cgcgcacatc cacatcgttt
      421 cactgcgtgt ggacagcgat ggacggaaga tcaacgaccg tttcgaacgg cggcgcagca
      481 aacgaatcac ggacgctttg gaggcgaagt tcggcctact ccccagtggc cacagccaaa
      541 agaagaaggg cgtttctgcc caaccgtcag ctgtcgacgt tgatgcggga gacatcaagc
      601 ggcaggttgc ggccgctgta gagcacgtgc tcgggcggta cgcgtttcag tccgtcgggg
      661 agatgaatct agtgcttgcg cgcttccgcg tgacggccga ggaggtcaaa acggagcgga
      721 agggtaggcc cttcgacggg atcgtctacg cggcaaccga tgccgacgga cacaagatct
      781 gcacgccgat caaggcctcc gagatcggta ggcaggttag ttacgcggcg cttcgtcgcc
      841 actttgagca gtcgaaaagc gttgtccgag agcgtgcggg agcgatccgt cgcgcgattg
      901 ccgacgtgat gcaggcctca cccgaccgta cggagttcat cgaccgcatg cgtgggcacg
      961 gcattgagac cgtgacccga atcaacgctg ccggacgcct gtacggcatc accttcatcg
     1021 acgatgccag cggcattgcg gtcaatggtt cgcgcctcgg gaagggcttt gcggcgaatg
     1081 tgttcaatgc ctatttcgca ggcgaaccga atccgttcct cgaaatgagc tggccaaaag
     1141 agaaagaaga acgggcggct gcggtagagg aactgacaga atgtccgaac gacatactcc
     1201 cgacggagat cgatctcagt ttgcaggtac acggcgccga ccttcgggaa ttagccttcc
     1261 agcgtcggct gagaaaccgc gcccgcatgc gtttacgtcg caaactgcgg tagcaagtct
     1321 gaaccccgga agattctgcc cttcgacggt cgtcggagca ctgaaccccg agggttttgc
     1381 ccttcgacgc tcgtcggagc actgaacccc gagggtttta cccttcgacg gtcgtcggag
     1441 cactgaaccc cgagggtttt gcccttcgac gctcgtcgga gcactgaacc ccgagggttt
     1501 tac
//
LOCUS       SEQF2638.1|AYYF01001593.1 309 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..309
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cccttcgacg gtcgtcggag cactgaaccc cgagggtttt gcccttcgac gctcgtcgga
       61 gcactgaacc ccgagggttt tacccttcga cgctcgtcgg agcactgaac cctccaggat
      121 ttagccttcc tttttaagaa ggagatcata cataaaacac ttagaatcaa tagaaagcca
      181 aacaaattca caccaacacc ccatgcaaaa cgaagatgat ttgaggggcc tcgccaagac
      241 gatggacctc atgcgagcga tcgcaatcct ttttaccgcc atgcacgcgt actggttctg
      301 ctacgcggc
//
LOCUS       SEQF2638.1|AYYF01001594.1 1004 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1004
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gaggtttttg aagcgtaggt aggccatgtt gacgagatac ttggtctgcg gatagaagtt
       61 gttgcggccc tgctccaaga cgctgatcgt accgcgcgaa gcattgccgg ggaagagacg
      121 cgggaagtcc gcattctgat ccggattctt ctccgtccag tagctcgtct ggttcgcgta
      181 gagcgcatcg gcgccacgca tgaagggcat cacgaacgca ctctgtgtcc atacgtcgcg
      241 tttgcctacg ccttggaaga agaggtcaac gtcgaagttg cgccattcac cacccaagtg
      301 gaagccatac tgatagcggg gcgtggtgtt accgatcacc ttcaggtcgc cgtgatcgtc
      361 agccgtaccc ttgccgccgt cgatcttgcc atcgccgttg aggtccttga acttgatgtc
      421 gcccgggccg taggtgaact tgccgctctc gagtcctttc tgtgaggcga cgccagactt
      481 atacgtgccg tcggcattga agtcctcttt cgtgaagtag cgatccgttt cgaagcccca
      541 gatgtcgccg tagcgcttgc cgctgtagtt ggagttgagc agcttcgtgt cgttgtccca
      601 ctctacgatg gtggtcgtgt agtcacccag gttggcgttg gcataaaccg tgacctcatt
      661 gaagcggtgg cgccagtcga tattcagctc ccagccgcgg gtacggagca caccggcgtt
      721 gacatagggc ggattggagc cgagcacttg cggcacggtg cgtccagggg cgagcatgtc
      781 gcgtgtggtg cgttggtacc agtcgaagga gatgttcagg ctgttatcca agaagccgaa
      841 gtcggcgccc acgtcgagcg tttggatgcg ctcccaacgc agcttcgagg agacgagctt
      901 gggcatgccg taagccacga cgaggttttt gaagcgtagg taggccatgt tgacgagata
      961 cttggtctgc ggatagaagt tgttgcggcc ctgctccaag acgc
//
LOCUS       SEQF2638.1|AYYF01001595.1 8252 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..8252
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(227..1171)
                     /gene="fabH_2"
                     /locus_tag="SEQF2638.1_02203"
                     /EC_number="2.3.1.180"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:O67185"
                     /codon_start=1
                     /transl_table=11
                     /product="3-oxoacyl-[acyl-carrier-protein] synthase 3"
                     /db_xref="COG:COG0332"
                     /translation="MYINTTGYYIPKQRIPNSYYTEKTGLTDDWIVQRTGIHTRSRAA
                     ADENINTMGLEAIHDALPRLPYDIREVDLLIAATYSPYDTVGTAAHVAQHHYAIPHAK
                     AFTLSSACSSFINALEVVEGYFAMGKAHRALIIGGDKNTAYSNEDDPKSGHLWGDAAV
                     AFFLSNERIADTDAEVLEVYTEALGTIGKGPESIQLRPRDGGIRMPEGKDVFLQACTY
                     MPQNALRLLTHHGYTFDDLSYFIGHQANMRILKNIATSNSIPEEKILSNIAELGNTGS
                     ASSALVYAQNRERFQAGDLVCLSVFGGGYSAGATLIKV"
     CDS             complement(1161..2072)
                     /gene="moaA"
                     /locus_tag="SEQF2638.1_02204"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01225_B"
                     /codon_start=1
                     /transl_table=11
                     /product="GTP 3',8-cyclase"
                     /translation="MNDVKINLKKRLALETFRRLHRNRVKLHELRTLFWECTLRCNVA
                     CRHCGSDCRVSSLMPDMPMADFLRVVDEIRPHVNPHKVLIIFTGGEALVRPDIEACGR
                     ELYRREFPWGIVSNGLLFAERLPGLLAAGMRSATISLDGFEDDHNWMRGHRNSFRAAT
                     ASIRGLAQTTDVNWDVVTCANRRNFDDLPRFKRYLIDLGVRHWRIFTVFPVGRAAHVP
                     ELQLTDEQFVRLMRFLRQTRREGQIDVSYGCEGFLGGYEMDVRDHFYECSAGVSTASV
                     LADGSISGCPSIRADYYQGIKVKHNVY"
     CDS             complement(2072..2572)
                     /locus_tag="SEQF2638.1_02205"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKLNRKLIRGTNWALAGLLSLLGFTGCGKDNNGDGEISVEYGS
                     PSSNFKVLGRVTNEQGQPLGGMRVVASNVTAIWGKGPGQCYSGLLRDTVYTASDGSFV
                     RVYSLFPADSVYIHIKIEDSAEPSVYDSNSIAVGFAKGDLKGDDRGWYLGGAEKKINV
                     TLKRKK"
     CDS             complement(2588..3049)
                     /locus_tag="SEQF2638.1_02206"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKLNRKLIRGTNWALAGLLSLLGFSSCGNQVEEYGTPHADFKV
                     TGRVTDEAGEPLSGIRVVQTNMKSDFPSPYDTVYSSPDGSYRYRYYAGYAPDSLKFTL
                     KFEDPTKRPDYESDSVTVGFAKGDLKGADGSWFLGAAEKVIDVKLKAKKKS"
     CDS             complement(3065..3529)
                     /locus_tag="SEQF2638.1_02207"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKFNRKLIHGTNWALAGILSLLGFSGCNGIIRVEYGSPNADYK
                     VSGQVTDEQGTPVPNVKVELGKGEQLHYASFDSTRTGQDGRYSVSANYLPIDALDLVI
                     SDTDGEANGSFENDTIRVTFESKDYYKRGKGDWYEGAAKKEVNVKLKAKKKS"
     CDS             3687..4664
                     /gene="fmt"
                     /locus_tag="SEQF2638.1_02208"
                     /EC_number="2.1.2.9"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P99127"
                     /codon_start=1
                     /transl_table=11
                     /product="Methionyl-tRNA formyltransferase"
                     /translation="MDKQNLRILFMGTPDFAVASLKALVEGGYCVVGVVTMPDKPMGR
                     HGSVLQASPVKQYAAAHGLRVLQPERLSDPAFVDELRALRADLQIVVAFRMLPRVVWE
                     MPRLGTFNLHASLLPQYRGAAPINWAVIHGDKETGVTTFFLRHEIDTGRIILQRRVPI
                     AETDDAGTVHDRLMAIGAALVVETVDRIIDGDGHVETTEQESLTTDTAPLRDAPKIFR
                     DTCHIDWCQPTERVYNFIRGLAPYPAAWTEILSADGRRMALKVFRSERIAEPHALSPG
                     AIRTDGRRHLDVATEDGFLRLLDVQPAGKRRMTADQFLNGTDVSACCMA"
     CDS             4731..6128
                     /gene="alsT"
                     /locus_tag="SEQF2638.1_02209"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q45068"
                     /codon_start=1
                     /transl_table=11
                     /product="Amino-acid carrier protein AlsT"
                     /db_xref="COG:COG1115"
                     /translation="MNALDYVKQFNGFLWNDFLMYVLLAVGIFYTIYLGFPQIRHFGL
                     MFKYAFGPAFKRRKKRDKHAKQDEAHKVNSFQALATAVAAQVGTGNIGGVATAIATGG
                     VGAIFWMWVSSLLGMGTIFSEATLAQKYREVKDGGVSGGPAYYISKGLKCHPLAVFFA
                     LAIILALGCVGNMVQANSISIAIVNSLGTGPDTMAYLPYLIGVALALLVGVVIMGGQK
                     RITAIAELVVPFMALIYILGSLVVLFLYIGDVPHMFQSVVSEAFSTKAAAGGAAGTVM
                     KYAIRYGVARGLFSNEAGMGSTPHAHAMAHVKDPAIQGFVAMAGVFVDTILICSSTAF
                     VIMLTGAYQGTDLKSVAITQEAFSRAFGSGGVTFLAIALFFFAFTTIMGWYMFGEMNV
                     RYLFGKYGVLPFRLIVCGCIFCGCIFAADLVWELADTFNGLMAIPNLIAIVCLAPQVR
                     KMYTHFLQRRRSGEL"
     CDS             6355..7092
                     /locus_tag="SEQF2638.1_02210"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLRFGAKAMTRRRGPLPTTGSELVICNCLFVYFCAQINRKCAVS
                     VSISVSKTREVLVDVARQLFARMGFQNTTMNDIAQASQKGRRTLYTYFKSKDDVFDAV
                     VEAELDKLVDSLLEVAARRLPADRKLITYIYMRLHAVKAIVFRNGTLRAAFFRDIWRV
                     EKARKKFDLRETEILRDILNDGVNEGLFSITDIDMTAYIIHHALKGLEVPYIRGHING
                     WGKSKGIERQNVLNIIFNGIKVKHNVY"
     CDS             7082..8026
                     /gene="fabH_3"
                     /locus_tag="SEQF2638.1_02211"
                     /EC_number="2.3.1.180"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:O67185"
                     /codon_start=1
                     /transl_table=11
                     /product="3-oxoacyl-[acyl-carrier-protein] synthase 3"
                     /db_xref="COG:COG0332"
                     /translation="MYINTTGYYIPKQRIPNSYYTEKTGLTDDWIVQRTGIHTRSRAA
                     ADENINTMGLEAIHDALPRLPYDIREVDLLIAATYSPYDTVGTAAHVAQHHYAIPHAK
                     AFTLSSACSSFINALEVVEGYFAMGKAHRALIIGGDKNTAYSNEDDPKSGHLWGDAAV
                     AFFLSNERIADTDAEVLEVYTEALGTIGKGPESIQLRPRDGGIRMPEGKDVFLQACTY
                     MPQNALRLLTHHGYTFDDLSYFIGHQANMRILKNIATSNSIPEEKILSNIAELGNTGS
                     ASSALVYAQNRERFQAGDLVCLSVFGGGYSAGATLIKV"
ORIGIN      
        1 acaactcccg atgaggttga tcctcaccgg gagagtgtcc ttaacaatca atactcctat
       61 atggtatagg tggtatgggg ttaatcgtag agggattctt cttttcctct cctgatgttc
      121 cttcttttct tcccttgata gaagaaaaga agcaaaagaa gatcaaggcc ccaccggggc
      181 cggggaagtt gaccgggtac ataggattat acccgggtgc acgggatcat actttgatca
      241 gcgtggcgcc ggcggagtat ccgccaccga agacgctgag gcagacaaga tcgcccgcct
      301 ggaagcgttc gcggttttgg gcgtagacga gggcggagct ggccgagccg gtgttgccga
      361 gttcagcaat gttgctgagg atcttctcct cggggatact gttgctggtg gcgatgttct
      421 tgaggatacg catgttggct tggtggccga tgaagtagct gaggtcgtcg aacgtgtagc
      481 cgtggtgcgt gagcaggcgg agggcgttct gcggcatgta ggtgcaggct tgcaggaaga
      541 cgtccttgcc ttcgggcatg cgtatgccgc cgtcgcgggg ccgaagctgg atgctttcgg
      601 ggcctttgcc gatggtgccg agggcttcgg tgtagacctc gaggacttcg gcgtctgtgt
      661 ccgctatgcg ttcgttggag aggaaaaagg cgacagcggc gtcgccccag aggtggcccg
      721 acttgggatc gtcctcgttg ctgtaggccg tgttcttatc gccgccgatg atgagcgcac
      781 ggtgggcctt gcccattgca aaatagcctt cgacgacctc gagcgcattg ataaacgatg
      841 aacaagcgga ggagagcgtg aaggctttgg cgtgggggat ggcgtagtgg tgctgggcga
      901 cgtgggcggc ggtgccgacg gtgtcgtagg gggagtaggt ggcggcgatg aggaggtcta
      961 cctcgcggat gtcgtagggg agacggggca gggcgtcatg gatggcctcg agccccatcg
     1021 tgttgatgtt ttcatcggcc gcagcacggg agcgtgtgtg gatgccggtg cgctggacga
     1081 tccagtcgtc cgtgaggccg gtcttttcgg tgtagtacga gttgggtatc cgttgtttgg
     1141 ggatgtagta cccggtcgtg ttaatataca ttgtgcttga ctttgatgcc ctgataatag
     1201 tcggcccgga tgctggggca acccgagatg gatccgtcgg ccaggacgga ggcagtggag
     1261 acgccggccg agcactcgta gaagtggtcg cggacgtcca tctcgtagcc gcctaagaag
     1321 ccctcgcagc cgtaagagac gtcgatctgg ccctcgcggc gcgtctggcg gaggaagcgc
     1381 atgaggcgga cgaactgctc gtcggtgagc tgcaattcgg gcacatgcgc cgcgcggcca
     1441 acggggaaga cggtgaagat gcgccagtgg cgaacgccga ggtcgatgag gtaacgcttg
     1501 aagcgaggca agtcgtcgaa gttgcggcgg ttggcgcagg tgacgacgtc ccaattgacg
     1561 tccgtcgtct gcgccaggcc gcgaatggaa gccgtggctg cgcggaagct gttgcggtgg
     1621 ccacgcatcc agttgtgatc gtcctcaaag ccgtccaggc tgatggtggc cgaccgcatg
     1681 ccggcagcca gcaaccccgg cagccgctcg gcgaaaagca gtccgttgga gacgatgccc
     1741 cagggaaatt cgcggcggta aagctcgcgg ccacaagcct caatgtccgg gcgcacgagc
     1801 gcctcgccac cggtgaagat gatgagcacc ttgtgcggat tgacgtgcgg ccggatctcg
     1861 tccaccacgc ggaggaagtc ggccatcggc atgtcgggca tgagggacga gacgcgacaa
     1921 tcgctgccgc agtgccggca ggccacgttg cagcgcagcg tgcactccca gaagagcgtg
     1981 cggagctcgt gcagcttgac gcggttgcgg tgcaggcggc ggaaggtctc gagcgcgagc
     2041 cgcttcttga ggttgatctt gacgtcgttc atcacttctt acgcttgagc gtgacgttga
     2101 tcttcttttc cgccccgcct aaataccagc ctcggtcgtc gcccttcaag tcgcccttgg
     2161 caaagccgac ggcgatgctg ttcgagtcat aaacggacgg ttcagccgag tcttcaatct
     2221 ttatatggat gtagaccgag tccgcgggga agaggctgta cacccggacg aatgagccgt
     2281 ctgacgcggt gtagaccgtg tcacgcagga ggccggagta acattgaccg gggcctttgc
     2341 cccaaatcgc cgtcacgttc gacgccacga cacgcatgcc tcccagcggc tgtccctgct
     2401 cgttcgtcac acgccccagc accttgaagt tggagctcgg cgacccgtat tccacactga
     2461 tctctccgtc cccgttgttg tctttgccgc atccggtgaa tcccagcagc gacagtagtc
     2521 ccgccagcgc ccagttggtg ccgcggatca atttgcgatt cagcttcttc atgtctctgt
     2581 ctcctttcta tgatttcttc tttgccttca gcttcacgtc gatcaccttc tcggccgcgc
     2641 ccaagaacca gctcccgtcg gcccccttca ggtcgccctt ggcaaagccg acggtgacgc
     2701 tgtccgactc atagtctggg cgcttcgtgg gatcttcaaa cttcagcgtg aacttcagtg
     2761 aatccggtgc ataaccagcg tagtaccggt atctgtaact cccgtccgga gagctgtaga
     2821 ccgtatcgta aggacttgga aagtcactct tcatgttggt ctgtacgacg cggatcccgg
     2881 agagcggctc acccgcttcg tcggtcaccc gccccgtcac cttaaaatca gcatgcggag
     2941 taccatactc ctccacctga ttgccacagc tggagaatcc cagcaacgac aacagtcccg
     3001 ccagcgccca gttggtgccg cggatcaatt tgcgattcag cttcttcatg tctctgtctc
     3061 ctttctatga tttcttcttt gctttcagtt tcacgttgac ctccttcttt gctgcgcctt
     3121 cgtaccaatc tcccttgcca cgcttgtagt agtctttgct ctcgaacgtc acacggatag
     3181 tatcgttctc gaagctaccg tttgcctcgc catcggtgtc tgatatgacc agatccaagg
     3241 catcgatggg gaggtaattt gccgacacgg aatagcggcc atcctgtccc gtcctcgtag
     3301 aatcgaaaga ggcgtaatgg agttgctcac ctttacccag ttccaccttg acattcggca
     3361 ctggtgtgcc ttgctcgtct gtcacctgcc ccgagacttt gtagtctgca ttcggcgaac
     3421 catactctac tcttattatt ccgttgcagc cggagaatcc taacaacgac aagatgcccg
     3481 ccagcgccca gttggtgccg tggatcaatt tgcgattgaa cttcttcata acctgttttc
     3541 ctttctattc tatgagggtt cgttttttcg agtgctctat tcttttctgc ttatctgtgg
     3601 gcaaagatga agaatgcacg tctggcgctg cttcgctact aaacatttct aattttggcg
     3661 ccgttcactc acagaaagaa atactgatgg ataagcagaa tctgagaatc ctattcatgg
     3721 gaacgcccga ctttgccgtg gcttccctca aggccttggt agaaggcggg tactgcgtcg
     3781 tgggcgtggt gacgatgccc gataaaccca tgggccgaca tggcagtgtg ctgcaagcat
     3841 cgcccgtcaa gcaatacgct gctgcgcacg gcctacgcgt gctgcaaccc gaacgcctct
     3901 ctgaccccgc cttcgtcgac gaactgcgcg cactccgcgc cgacttacaa atcgtcgtcg
     3961 ccttccgcat gctgccgcgc gttgtttggg aaatgccacg cttgggcacg ttcaatctgc
     4021 acgcctctct gctgccacag taccgcggcg cggcgccgat caactgggcc gtcatccatg
     4081 gcgacaagga aacgggcgtc accaccttct tcctccgcca tgagatcgac acggggcgca
     4141 tcatcctgca acgccgcgtg cccatcgccg agaccgacga cgcgggcacg gtgcacgacc
     4201 gactgatggc tatcggtgcc gcattggttg tcgagaccgt agaccgaatc atcgacggcg
     4261 acggacatgt ggagacgacg gagcaggagt cgctcacgac cgacaccgcc ccgctgcgcg
     4321 acgccccgaa gatcttccgc gatacgtgcc acatcgactg gtgccagccc accgaacgcg
     4381 tctacaactt cattcgcggt ttggccccct atcccgcggc ctggaccgag atcctctcgg
     4441 ccgacggacg gcggatggcg ctcaaagtgt tccgcagcga gcgcatcgcc gagccacacg
     4501 cactctcgcc cggagcgatc cgcaccgatg gccgacgcca cctcgacgtg gccaccgagg
     4561 acggcttcct ccgactcctc gacgtgcagc ccgccggcaa acgccgcatg acggccgacc
     4621 agttcctcaa cggcaccgac gtctccgcct gctgcatggc gtaaaccttt catacaccat
     4681 tcgaacacca cttcaaccgc cactttccaa ccacttaata ttacagtcac atgaacgcat
     4741 tagactacgt aaagcaattc aacgggttcc tctggaacga tttcctgatg tacgtcctcc
     4801 tggccgtcgg catcttctac accatctacc tcggattccc acagatccga cacttcggac
     4861 tcatgtttaa gtacgccttc gggccagcct tcaagcgacg caagaagcgc gacaagcacg
     4921 ctaagcagga cgaggcccac aaggtcaact ccttccaagc cctggccaca gccgtggccg
     4981 cacaggtggg cacgggcaac attggcggcg tagctacggc catcgctacc ggtggtgtgg
     5041 gtgccatctt ctggatgtgg gtgtcctcgc tgctgggcat gggaacgatc ttctccgaag
     5101 ccacgctggc gcagaagtac cgcgaggtga aggatggcgg cgtctccggt gggcccgcat
     5161 actacatctc caaaggcctc aaatgccacc cgctggccgt cttcttcgcc ctggccatca
     5221 tccttgccct cggttgcgtg ggtaatatgg tgcaggccaa ctccatctcg atcgccatcg
     5281 tcaactccct cggtaccggg ccggacacca tggcctacct gccctacctc atcggcgtcg
     5341 cgttggcgct gctcgtgggc gtggtcatca tgggcggaca gaagcgcatc acggccatcg
     5401 ccgagctcgt tgtccccttc atggcgctga tctacatcct cggctcgctc gtcgtgctct
     5461 tcctttatat cggcgacgtg ccccacatgt tccaaagcgt cgtcagcgag gccttctcca
     5521 cgaaagccgc ggcgggcggt gcagccggta cggtgatgaa atacgccatc cgctacggcg
     5581 tagcgcgcgg cctcttctcc aacgaggccg gtatgggctc cacgccgcat gcccacgcca
     5641 tggcgcacgt caaggacccc gccattcagg gcttcgtggc catggccggc gtctttgtcg
     5701 acacgatcct gatctgtagc tccacggcct tcgtcatcat gctcaccggc gcttatcagg
     5761 gcaccgacct caagtccgta gccatcacgc aagaggcctt cagccgcgcc ttcggctccg
     5821 gcggcgtcac cttcctggcc atcgccctct tctttttcgc cttcaccacc atcatgggct
     5881 ggtacatgtt cggcgagatg aacgtgcgct acctctttgg caaatacggc gtcctgccct
     5941 tccgtctgat tgtctgcggc tgcatcttct gcggctgcat cttcgccgcc gacctcgtct
     6001 gggagctagc cgacaccttc aacggcctca tggccatccc caacctcatc gccatcgtct
     6061 gtcttgcccc acaggtgcgc aagatgtaca ctcacttctt acagcgccgc cgttcgggcg
     6121 agctctgaca cccgctctga tcttcagatc atccgtttga cttcatatct atattgttcg
     6181 actcgtgcgt tgagctgctt cggctcgcgc acgagttttt ttgtccccta tgctagcgaa
     6241 atccaatggc gcgtgatcaa aatttgatga ctcaccagct ttttcacctc tcacgtgatc
     6301 gatttttgtt cacgtacgag ccctcgcagg tttcgcttgc acctcgcact ctgaatgctg
     6361 cgctttggcg ctaaagcgat gacccgtcgg cgcggtcctt tgcccacgac gggttcggag
     6421 ttggtgatct gtaactgcct ttttgtctac ttttgcgcac aaatcaatcg aaagtgtgca
     6481 gtgtccgtgt ctatttctgt ctccaaaacg cgtgaagtat tggttgacgt agcccgtcaa
     6541 ctctttgccc gcatgggctt tcaaaacacc acgatgaacg atattgccca agcctcgcaa
     6601 aagggccgcc gcacacttta cacctacttc aaaagcaaag acgacgtctt cgacgccgtc
     6661 gtcgaggccg agctcgacaa gctcgtcgac tccctcctcg aggtggccgc gcgccgactg
     6721 ccagccgata gaaagctgat cacatacatc tatatgcgtc tccacgccgt caaggccatc
     6781 gtctttcgca acggcacgct ccgcgctgct ttctttcgcg acatctggcg cgtggagaag
     6841 gcccgcaaga aattcgatct ccgagagacg gaaatcctgc gcgacatcct caacgacggc
     6901 gtcaacgagg gcctcttctc catcaccgac atcgacatga cggcctacat catccatcac
     6961 gccctcaaag gcctcgaagt gccctacatc cgcggtcaca tcaacgggtg gggcaagagt
     7021 aaaggcatcg agcggcagaa cgttctgaac atcatcttca atggcatcaa agtcaagcac
     7081 aatgtatatt aacacgaccg ggtactacat ccccaaacaa cggataccca actcgtacta
     7141 caccgaaaag accggcctca cggacgactg gatcgtccag cgcaccggca tccacacacg
     7201 ctcccgtgct gcggccgatg aaaacatcaa cacgatgggg ctcgaggcca tccatgacgc
     7261 cctgccccgt ctcccctacg acatccgcga ggtagacctc ctcatcgccg ccacctactc
     7321 cccctacgac accgtcggca ccgccgccca cgtcgcccag caccactacg ccatccccca
     7381 cgccaaagcc ttcacgctct cctccgcttg ttcatcgttt atcaatgcgc tcgaggtcgt
     7441 cgaaggctat tttgcaatgg gcaaggccca ccgtgcgctc atcatcggcg gcgataagaa
     7501 cacggcctac agcaacgagg acgatcccaa gtcgggccac ctctggggcg acgccgctgt
     7561 cgcctttttc ctctccaacg aacgcatagc ggacacagac gccgaagtcc tcgaggtcta
     7621 caccgaagcc ctcggcacca tcggcaaagg ccccgaaagc atccagcttc ggccccgcga
     7681 cggcggcata cgcatgcccg aaggcaagga cgtcttcctg caagcctgca cctacatgcc
     7741 gcagaacgcc ctccgcctgc tcacgcacca cggctacacg ttcgacgacc tcagctactt
     7801 catcggccac caagccaaca tgcgtatcct caagaacatc gccaccagca acagtatccc
     7861 cgaggagaag atcctcagca acattgctga actcggcaac accggctcgg ccagctccgc
     7921 cctcgtctac gcccaaaacc gcgaacgctt ccaggcgggc gatcttgtct gcctcagcgt
     7981 cttcggtggc ggatactccg ccggcgccac gctgatcaaa gtatgatccc gtgcacccgg
     8041 gtataatcct atgtacccgg tcaacttccc cggccccggt ggggccttga tcttcttttg
     8101 cttcttttct tctatcaagg gaagaaaaga aggaacatca ggagaggaaa agaagaatcc
     8161 ctctacgatt aaccccatac cacctatacc atataggagt attgattgtt aaggacactc
     8221 tcccggtgag gatcaacctc atcgggagtt gt
//
LOCUS       SEQF2638.1|AYYF01001596.1 789 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..789
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             16..279
                     /locus_tag="SEQF2638.1_02212"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDLMRAIAILFTAMHAYWFCYAAFRDRQLTLAVVDTILLNFDRS
                     TGLFASPLWTKLFATVFLSLSCLGTKGVRTERITWPATPSPRK"
     CDS             249..437
                     /locus_tag="SEQF2638.1_02213"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MARHTFASQMTLAEGVSIESVSKMLGHSEIKTTQXXAETSPERI
                     XKDVTRILPAXAHYHLTN"
ORIGIN      
        1 ggcctcgcca agacgatgga cctcatgcga gcgatcgcaa tcctttttac cgccatgcac
       61 gcgtactggt tctgctacgc ggccttccgc gaccgacagc tcacgcttgc ggtcgtcgac
      121 actatcctgc tgaacttcga ccgttccacc gggctgtttg cctcgccgct gtggacgaag
      181 ctctttgcta ctgtcttttt gtcactctcc tgcctcggta cgaagggcgt ccgaacggag
      241 cggatcacat ggcccgccac accttcgcct cgcaaatgac cctcgccgaa ggggtgtcga
      301 tcgagagcgt gtccaagatg ttagggcata gtgagatcaa gacgacncag ntctangccg
      361 agacntcncc ngagcgcatt ttnaaggacg tcacgcgcat cctcccngcg atngcccatt
      421 atcatctaac caattaatnc ccnacnaacn caatgaaaag taccttctcg atcctcttct
      481 acatcgaccg nagcaagccg agcggcgaag gnctgtgcct cgttcgctgt cgcatctcgt
      541 gcaatggccg gacggcctcg ttctccaccc ggcaacagac cgcgcccgat gattggctgg
      601 cgaaaaaagg gagagtggnc cccacatccg cggtngcgca nggngtcaat cangcactgn
      661 gtgncatcga acaacgattg aangcactct atgagcgcac gctccgggag gagcgataca
      721 tcacggccga gtacctcaag gagcaatacc tgcttcagga caagccgcgg cagacgttcg
      781 ccgacattt
//
LOCUS       SEQF2638.1|AYYF01001597.1 345 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..345
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gggcatagcc atcccgctca tgttcgccaa gaagagcaac tacaaatcgc tcggggagtt
       61 catacttggg ttcgctttcc tcttcctcgg cctgtcctac ctgaaggact ctgtgcccga
      121 ccttcagggc aaccctgagg tgctgtcctt catccagaac tacacctcga tgggctacct
      181 ctcgctgctc atcttcctag ccatcggtac gatcctgacc atcatcgtac agtcgtccag
      241 tgccacggtg gccatcaccc tcatcatgag tgaagggctc cagaaagtgg ccggcgataa
      301 gctgcgcaac atcctctctg tgatgacgac taaccgcttc accgg
//
LOCUS       SEQF2638.1|AYYF01001598.1 6505 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..6505
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(483..1697)
                     /gene="cbiET"
                     /locus_tag="SEQF2638.1_02214"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:O87694"
                     /codon_start=1
                     /transl_table=11
                     /product="Cobalamin biosynthesis bifunctional protein
                     CbiET"
                     /db_xref="COG:COG2241"
                     /translation="MSESRRTFYVVGISDERDVQLPAAVRERIARGHVFSGGRRHREI
                     VGGWLPEGAVWIDITVPLERVFEQYRDHRDIIVFASGDPLFFGYAVTLRRIFPDAAIE
                     TCPSFNSLQLLVHRLGMPYNEMIPVSLTGRPWDDFDAALIERRPLLGILTDREKTPAV
                     IARRMIEYGYGDDYRMHIGERLGNETDERVRTLTLSEAVAATFTHPNNLILERIRRRP
                     RPFGIPESEFHLLDGRVKMITKRPVRLLSLSMLDLHNRTSLWDVGFCTGSVSVEARLQ
                     FPHLCVTAFEIRPGCEEILAANCRRFGTPGITPVMGDFMEADTTDLPAPDAVFIGGHG
                     GRLTDMLRKLDGVMRPGCVIVFNSVSEESRQLFTEGLAAIGGRITECVRLMVDAHNAI
                     DVMKGGCGPRRI"
     CDS             complement(1690..2610)
                     /locus_tag="SEQF2638.1_02215"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRRYYILLIGTLAAACATYAQKMTGRVVDSQNQPIEFANVALYA
                     LPDSALVTGTITDAHGDFTLEGGMTKRAFLKISYVGYETQTVEARPGVTVTLKPESTQ
                     LGEVTVRANRPAIRLKNDALVASVQGSMLSQAGTANDVLRRLPSLTVDSKGNIFVFGK
                     GEAKIYINRREVRDLSELDQLNSADIRDVEIVCNPGAGYDASVKAVIRINTVRHAGDG
                     FGFDARSSWYEGETTDLREQLNVNWRRSGWDVFGTVLYGRGAYLIDSRITQQTRLDTL
                     WQQENTLYATLVNSALTFNDAAQLRPGRDV"
     CDS             complement(2817..4619)
                     /gene="cbiD"
                     /locus_tag="SEQF2638.1_02216"
                     /EC_number="2.1.1.195"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_00787"
                     /codon_start=1
                     /transl_table=11
                     /product="Cobalt-precorrin-5B C(1)-methyltransferase"
                     /translation="MILILGGTTEGRAAVKTADEAGSPYFYSTRDAHQQVDCHHGTRL
                     TGAMDEEAMEAFCREKEIRLLVDAAHPFAEVLHRTVAVVAERLSLPVVRYERVYPPRS
                     ADIIWCDDYDDAIRRMEADGVTRLLALTGVQTIGRLRAYWQAHDACIFRILDLPTSLA
                     LAERQGFPRERIVYYEPGGDEALLERVRPQAILTKESGESGGFIDKVEAAHKLGIAVY
                     AVRRPPMPAGFVTVTGRHGFRKQIERFVPGFFPLRSGYTTGSCATAAAKAALMALLTG
                     EEQIEVSYALPDGEVMTLPIAETQLGEREATAAVIKDAGDDPDVTNGCKICATVALRD
                     GGGEGIRFLQGEGVGRVTLPGLGLEIGGPAINRTPREMITRELTALCDAPLDVTIAVP
                     GGEKIARQTFNPKLGIVDGISIVGTSGIVMPFSSDAFVRSIRREVEVCRAISPERLVI
                     NSGARSERFVKAEYPDLPAQAFVHFGNFIGETLKIAAELGIPNVTMGIMVGKAVKLAE
                     GSLDTHSKKVVMNKAFLQTVAAESGCSPSAAEAITGITLARELWHALTDTDRDRFFPA
                     LLRLCHRHCAPLLPDGHLTILLINEDGNIPYRHA"
     CDS             complement(4616..6433)
                     /gene="cysG"
                     /locus_tag="SEQF2638.1_02217"
                     /EC_number="4.99.1.4"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01646"
                     /codon_start=1
                     /transl_table=11
                     /product="Siroheme synthase"
                     /translation="MKENIAIILVSEGGLPTARLISHELGDAPVFTTHTLEGCQIFPS
                     YAQFMAAHFREYDLFVFIGAMGICIRSIAPFIKDKYTDPAILCVDSTGRFVISVLSGH
                     IGGANDWARRVAAITGGEAVVTTQSDNTGFLALDTLARRFDWRTAASHAEMNKMISLF
                     VGNQPTALLLDVKDRGTDYLERTLPEHVSVFYRFEDIRPEAFRLIIAVTPFIYTTDVP
                     ILYYRPRVLHVGIGCRRDSAPEGVAEHMAAVMEAHRLSPLAVRSVATIELKKDEPLFH
                     ALAQAWEAEKHVYRADELADITVPNPSQKVFDTTGVWGVSESTAQRASGFGPLVMEKQ
                     KGVLSASSDFTLAVALDADAQRGGFIEIVGAGPGDPELVSVRGKRLLETADLILYAGS
                     LVPRELTEYAKPGATVRSSAGMTLEEQFETMKAFYNRGLFIVRLHTGDPCIYGAIQEQ
                     MAFFDRYGMRYHITPGISSFQAAAAALRSQFTIPERVQTIILTRGEGRTPMPEREKLH
                     LLARSQSTMCIYLSAAIVDDVQAELLQAYPPETPVAACYKLTWRDERIYRGQLKDLAQ
                     IVKENHLTLTTMLVVGEAIDNRQGLSHLYASDFKHLFRP"
ORIGIN      
        1 gcctctgccg aggccgggga agttttgcct ggtacccgga caaacttcgc tgcccccgca
       61 ggggccctgt ttggcgtcgc gcaaactgga ttgacctaaa caggcgcctg tttggcgtcg
      121 cgcaaactgg attgacctaa acaggcgcct gtttggcgtc gcgcaaactg gattgaccta
      181 aacaggcacc tgtttggcgt cgcgcaggct ggagtaacct aaacaggcgc ctgtttggcg
      241 tcgcacagac tggagtgacc taaacaggcg cctgtttggc ttcgcgcaaa ctggattgac
      301 ctaaacaggc gcctgtttgc cttcgcgcag gcctctgccg aggccgggga agttttgcct
      361 ggtacccgga caaacttcgc tgcccccgca ggggccctgt ttggcgtcgc gcaggctgga
      421 gtgacctaaa caggcgcctg tttgggcgtc agggacgcct gcccagtttg tcagataccc
      481 ggtcaaattc gccggggccc gcagcccccc ttcatcacgt cgatcgcgtt atgcgcatcg
      541 accatcaggc ggacgcactc cgtgatgcgg ccgccgatgg cggcgagccc ttcggtgaac
      601 agctgccgac tctcctcgct gacggagttg aagacgatca cgcagccggg acgcatcacg
      661 ccgtcgagct tgcgcaacat gtccgtgagt ctcccaccgt ggccaccgat aaagacggcg
      721 tcgggcgcgg gcaagtcggt cgtgtcggcc tccataaagt cgcccatcac cggcgtgatg
      781 cccggcgtgc cgaaccgtcg gcagttggcg gcgaggatct cttcgcaacc ggggcggatc
      841 tcgaaggccg tgacgcagag gtgcgggaat tgcagccgcg cctcgacgga caccgagccg
      901 gtgcagaagc cgacgtccca cagcgacgtg cggttgtgca ggtcgagcat gctgagcgag
      961 agcaggcgca cgggtcgctt ggtgatcatc ttcacgcggc cgtcgagcag gtggaactcg
     1021 ctctcgggga taccgaacgg gcgcggccga cgacggatgc gctccaagat caggttgttc
     1081 gggtgcgtga acgtggccgc gacggcttcg gagagcgtaa gcgtacggac acgctcgtcc
     1141 gtctcgttgc cgaggcgctc gccgatgtgc atgcggtagt cgtcgccgta gccgtattcg
     1201 atcattcggc gggcgatcac ggcgggcgtc ttctcgcggt cggtgaggat gccgaggagc
     1261 ggtcgccgct cgatcagcgc cgcgtcgaag tcatcccacg gccggccggt gagcgatacg
     1321 gggatcatct cgttatacgg catgccgagc cggtggacaa gcagttgcag cgagttgaac
     1381 gaggggcacg tctcgatcgc ggcgtcgggg aagatgcggc ggagcgtgac ggcgtaaccg
     1441 aagaagagcg gatcgccgga ggcaaagacg atgatgtcgc ggtggtcgcg gtactgctcg
     1501 aagacgcgct ccaagggcac cgtgatgtcg atccacacgg cgccctcggg gagccaccca
     1561 ccgacgatct cgcggtggcg gcgtccgccg gagaagacgt gtccgcgggc aatgcgttcg
     1621 cgcacggcgg cgggcagttg gacgtcgcgc tcgtcgctga taccgacgac gtagaacgtg
     1681 cgtcgcgact cagacatcgc gtcccgggcg cagttgcgcc gcgtcgttaa aggtgagggc
     1741 ggagttgaca agcgtcgcgt aaagcgtatt ctcctgttgc caaagtgtat caaggcgcgt
     1801 ctgctgcgtg atgcgactgt cgataaggta cgccccgcgg ccgtaaagaa cggtgccgaa
     1861 cacgtcccag ccgctccttc gccaattcac gttcaactgc tcgcgcaggt cggtcgtttc
     1921 gccctcgtac cagctcgatc gcgcatcgaa tccgaagcca tctccggcgt gccgcaccgt
     1981 attgatgcgg atcaccgcct tcaccgaagc atcgtagcct gcgccgggat tgcagacaat
     2041 ctccacgtcg cgtatgtcgg ccgagttcag ctgatctaac tccgataggt cgcgcacctc
     2101 gcggcggttg atgtagatct tggcctcgcc cttaccaaag acgaagatgt tgcctttgct
     2161 atcgaccgtc aacgagggta accggcgcaa cacgtcgttt gccgtgcccg cttggctcag
     2221 catggagcct tgcactgacg ccacaagcgc atcgttcttc agccggatag ccggccgatt
     2281 cgcccgtact gtcacctcgc ctaactgcgt agattcaggc ttaagcgtga cggtcacacc
     2341 cggccgcgcc tcaaccgtct gcgtctcgta tcccacgtag gagatcttca ggaaagctcg
     2401 cttcgtcatg ccgccttcta aggtgaaatc cccatgtgcg tcggtgatcg tgcccgtcac
     2461 aagcgccgag tcgggcagcg catacagcgc cacgttggca aactcgatgg gttggttttg
     2521 cgagtccacc acgcgtccgg tcattttttg tgcgtaagtc gcacatgctg cggccagtgt
     2581 accgatcagc aagatgtagt atcgtctcat gtttgtctgg gtttgatgtt tctacaaaca
     2641 ggacgaagag gcagagaaaa tgctacaggt ctatcgaggt tggaagggaa atgggtctat
     2701 aaaacttgat cgctttggac gaatgcccca tccccttttc ttgtcttgac acaagaaaag
     2761 gagacaaaag aaagtcaagg cgccgagggg cgccggccaa gtttgccggg tacacgtcaa
     2821 gcatgacgat acgggatatt cccatcttcg ttgatcagca ggatggtgag gtgaccgtca
     2881 gggagcaggg gggcgcagtg gcggtggcaa aggcggagca gggcggggaa gaaccgatcg
     2941 cgatcggtgt cggtgagggc gtgccacagt tcgcgggcca gcgtgatgcc tgtgatggct
     3001 tccgcggccg acggcgagca gcccgattcg gcagcgaccg tttgtaggaa cgccttattc
     3061 attaccacct tcttgctgtg cgtatccaac gagccctcgg ccagcttcac cgcctttccg
     3121 accatgatgc ccatcgtcac gttcgggata ccgagttcag cggcaatctt cagcgtctcg
     3181 ccgatgaagt tgccgaagtg gacgaacgct tgcgcgggca ggtcggggta ttcggccttg
     3241 acaaaacgct cgctgcgggc gccggagttg atgactaagc gctcggggct gatggcacgg
     3301 cagacttcca cctcgcggcg gatggagcgc acgaaggcgt ctgacgagaa gggcatgacg
     3361 atgcccgacg tgccgacgat agagatgccg tccactatac cgagcttcgg attgaacgtc
     3421 tgccgagcga tcttctcacc tccgggcaca gcgatcgtca cgtccaaagg ggcatcgcaa
     3481 agcgccgtca gctcgcgggt gatcatctcg cgcggtgtgc gattgatggc cgggccaccg
     3541 atctcaaggc cgaggccggg caacgtcaca cggcccacgc cctcaccttg caggaagcgg
     3601 atcccctccc ctcccccgtc acgaagcgcc actgtcgcgc agatcttaca accgttcgtc
     3661 acgtccggat cgtcgcccgc atccttgatc acggccgccg tagcctcccg ctcgccgagc
     3721 tgcgtctcgg ctatgggaag cgtcatcacc tcaccgtcgg gcagggcata cgacacctcg
     3781 atttgctcct cgcccgtaag caacgccatc aatgccgcct tagccgcggc cgtggcacac
     3841 gatccggtgg tgtaaccgct ccgcagcggg aagaagccgg gcacgaagcg ctcgatctgt
     3901 ttgcgaaaac cgtggcgccc cgtgacggtg acaaaccccg caggcatcgg cggacggcgg
     3961 acggcgtaca cggcaatgcc cagcttatgc gccgcctcta ccttatcgat aaagcccccc
     4021 gactcgccac tctccttcgt cagtatggcc tgcggacgca cacgctcgag cagcgcctca
     4081 tcgccgcccg gctcgtaata gacgatccgc tcacgcggga aaccctgccg ctcagccaac
     4141 gcgagcgacg tgggcagatc gaggatgcgg aagatgcacg cgtcgtgtgc ctgccaatac
     4201 gcccgcaacc gaccgatggt ctgcacgccg gtcagggcca acagtcgcgt gacaccgtcc
     4261 gcctccatcc gacggatggc atcgtcgtaa tcatcgcacc aaatgatgtc cgcactgcgc
     4321 ggcggataga cgcgctcgta acgtaccacc ggcagcgaga gtcgttcggc cacgacggcc
     4381 accgtgcgat gcagcacctc ggcgaaggga tgggcggcgt cgaccagcag ccggatctcc
     4441 ttctcccgac agaacgcctc catcgcctcc tcatccatcg cacccgtgag gcgggtgcca
     4501 tgatggcaat ccacctgctg gtgcgcgtcg cgcgtggaat agaaataggg actgcctgcc
     4561 tcgtcggccg tcttcacggc ggcgcgcccc tcggtcgtcc ccccaaggat caggatcatg
     4621 gccggaagag gtgcttgaag tccgacgcgt agaggtgcga cagcccctgc cggttgtcga
     4681 tcgcttcgcc gacgacgagc atcgtagtca gcgtaaggtg attctccttg acgatctgcg
     4741 ccaagtcttt gagctgcccg cgatagatgc gctcgtcgcg ccacgtcaat ttataacaag
     4801 ccgccacggg tgtctcgggc ggataagcct gaagcaactc ggcctgcaca tcgtccacga
     4861 tggcggcgct gaggtagata cacatcgtgc tttgcgagcg ggccaggagg tgcaatttct
     4921 cacgctccgg catcggcgtg cgcccctcgc cgcgggtaag gatgatggtc tgcacgcgct
     4981 cagggatggt gaattgcgag cggagtgcgg cggccgcggc ctggaaggaa gagatgccag
     5041 gcgtgatgtg gtaacgcatg ccgtaacggt cgaagaaggc catctgctcc tgaatggcgc
     5101 cgtagatgca gggatcgccg gtgtggaggc ggacgatgaa gaggccgcgg ttgtagaagg
     5161 ctttcatcgt ctcgaactgc tcctcgagcg tcatgccggc cgagctgcgc accgtggcgc
     5221 cgggcttggc gtactccgtc agttcgcggg gcacgaggct gccggcatag aggatcagat
     5281 cggccgtttc gagcaggcgt ttgccgcgta cggagacaag ctccgggtcg cccggcccag
     5341 cgccgacaat ctcgatgaag ccaccacgct gcgcatcggc gtcgagggct acggccagcg
     5401 tgaagtcgct cgaagcgctc agcacgccct tctgcttttc catgacgagt ggcccaaagc
     5461 ccgaagcccg ttgcgcggtg ctctcggata cgccccaaac gcccgtcgtg tcgaacacct
     5521 tctgcgaggg gttgggcacg gtgatgtcgg ccaattcgtc cgcccgatag acgtgctttt
     5581 cggcctccca agcctgcgcc agcgcgtgga agagcggctc gtctttcttc agctcgatgg
     5641 tggcaacgga gcggacggcg agcggcgaga gtcggtgcgc ctccatgacg gcggccatgt
     5701 gttcggccac gccctcgggc gcactgtcgc ggcggcaacc gatgccgacg tgcagcacgc
     5761 gcggccggta atagaggatg ggcacgtcgg tggtgtagat gaagggcgtg acggcgatga
     5821 tgagccgaaa cgcctcgggg cggatgtcct caaagcggta gaagacgctg acgtgctcgg
     5881 gcagggtgcg ctctaaatag tccgtgccgc gatccttcac atcgagcagc agggcggtgg
     5941 gctggttgcc gacgaagagg gagatcatct tattcatctc tgcatgcgag gcggccgtgc
     6001 gccagtcgaa acgtcgggcc agggtgtcga gtgccaagaa accggtgttg tcgctctgtg
     6061 tggtgacgac ggcctcgccg ccggtgatgg cggccacgcg ccgtgcccag tcgttggccc
     6121 cgccgatgtg acccgacagg acggagatga cgaagcgccc ggtgctgtcg acacagagga
     6181 tggccgggtc ggtgtactta tccttaataa agggggcgat gctgcggatg cagatgccca
     6241 tcgcgccgat aaagacgaag agatcgtact cccggaagtg cgcggccatg aattgcgcat
     6301 acgaggggaa gatttggcag ccctcgaggg tgtgggtggt aaacactggc gcatccccca
     6361 gctcgtgact gatgaggcgc gccgtcggaa gtccgccttc cgacactaag atgatggcga
     6421 tgttttcttt cattgaatga tggtgtagtt atagagggta gagggtagag ggtagaggat
     6481 agaggataga gggtagaatc actaa
//
LOCUS       SEQF2638.1|AYYF01001599.1 645 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..645
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(36..341)
                     /locus_tag="SEQF2638.1_02218"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKQRIGRLFAAALLLSLAPAAFAQGNGLSGINEATKMVTSYFDP
                     GTKLIYAXGAVIGLIGGIKVXQKFASGDPDTSKTAASWFGACIFLIVAATIXRSFFL"
     CDS             complement(384..605)
                     /locus_tag="SEQF2638.1_02219"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METPDRLTAEDLDQAKETAVKLRGTDFMEKLREYASKERERARA
                     LDELLRSPSEASKKSRSNDVDDTAWMAYL"
ORIGIN      
        1 ccgccccacg cctttattga tctcccacga agccatcaga ggaagaaact ncgnangatc
       61 gtggcggcca caatcaggaa gatgcacgcc ccgaaccatg aggcggcggt cttcgangtg
      121 tcngggtcnc cggacgcgaa cttttgntac accttgatcc ctccgatcag tccgatgacg
      181 gcaccnatgg cgtagatcag tttcgtcccc gggtcgaaat aggaggtgac cattttcgtg
      241 gcctcgttga tacccgacag cccgttgcct tgcgcgaagg cggcaggggc gagggaaagc
      301 agtaatgcgg cggcaaacag tcgcccgatt cgttgtttca tgtggttctg gatttatagg
      361 ttttcattcg tgtatgctat ctgttacaag taagccatcc acgccgtgtc gtcgacgtca
      421 ttcgagcgag acttcttcga tgcttcggag ggcgagcgaa gtagctcgtc gagcgcccga
      481 gcgcgttccc gctctttcga tgcatactcc cggagcttct ccatgaagtc cgtacctcgg
      541 agcttgacgg ctgtctcttt ggcttgatcc aagtcttccg cggtgagacg atccggcgtt
      601 tccacagccg tttgcaggcg gcgaagctcg cgggtcgtta cgctt
//
LOCUS       SEQF2638.1|AYYF01001600.1 16901 bp   DNA    linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..16901
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(135..620)
                     /gene="sigE"
                     /locus_tag="SEQF2638.1_02220"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:A0R2D4"
                     /codon_start=1
                     /transl_table=11
                     /product="ECF RNA polymerase sigma factor SigE"
                     /db_xref="COG:COG1595"
                     /translation="MKVSEQAFTKLVHEHKRTIYSVCYMFSADEDEVADLFQEVLIRM
                     WKGLATFEERSQMRTWIYRLSLNVCISYDRKKKSRPSALPLSMDINLFEDRDEDSRQV
                     NQLHDRISRLQPFDRAIVLLWLENMSYDEIGQVVGISTKNVSVRLYRIKEQLKRMSND
                     Q"
     CDS             complement(776..1270)
                     /locus_tag="SEQF2638.1_02221"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METQVWTPAVWSMMLAMDAVAMIDLMKQARGRRASYRMGMAAMI
                     LAVPFVGAAVYGWQRLQSVRVPAVCAALMLLATLSSCSKDDLPEPYYPNTRSEHTERQ
                     HPSLPESNDNIRQRNRFVIEEQNIFNEGQVTPPTPSHQGNEGGVKPKGRSIIDQTEPN
                     AEKE"
     CDS             1421..1714
                     /locus_tag="SEQF2638.1_02222"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVSHQLVYVTGMLEVILAPSDSSGRLRPPAKFSWYLANLAGVPD
                     APSDSSGRLRPPAKFSWYLANLAGVPDGPFRLLGAAAAACEVFLVPGNLGRRP"
     CDS             2050..3408
                     /gene="dapE"
                     /locus_tag="SEQF2638.1_02223"
                     /EC_number="3.5.1.18"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01690"
                     /codon_start=1
                     /transl_table=11
                     /product="Succinyl-diaminopimelate desuccinylase"
                     /translation="MSTIKEYIKENEPRFVEEWFSLLRIPSVSSQTEHKADMGRCAER
                     WRELLLSSGADRAEVMPTDGNPVVYAERIVSPDLPTVLVYGHYDVMPAEPLELWQSEP
                     FEPTIRDGRVYARGADDDKGQAMIQAKGFETALRAGAVHCNVKFILEGEEEVGSESLI
                     AFCKTHGELLRADVILVSDTSMVSAETPSLTTGLRGLSYWEIEVTGPNRDLHSGHFGG
                     AVANPINALCKLIASLTDADGRITLPHFYDDVEELSADEKAMIARVPFDEAAYKRAID
                     VDEVFGEKGYSTLERNSCRPTFDVCGIWGGYTGEGSKTVLPSKAYAKLSCRLVPHQDP
                     ERITRMMIDYLQSAAPTGVRVKVDFKHSGEPYVCPIDLPAYKAAEAGFTIAFGKQPLA
                     VRRGGSIPVIPAFEKILGLKTVLMGFGLERNAIHSPNESFGLDMFRIGIEAVAEFYNH
                     YK"
     CDS             3420..4697
                     /gene="mtaD"
                     /locus_tag="SEQF2638.1_02224"
                     /EC_number="3.5.4.28"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q9X034"
                     /codon_start=1
                     /transl_table=11
                     /product="5-methylthioadenosine/S-adenosylhomocysteine
                     deaminase"
                     /db_xref="COG:COG0402"
                     /translation="MSSILIRSVEWQGRPTDLFIEGDTIARIAETIDAPGADTVIDGR
                     GKALIPGLINAHTHAAMTLFRGYGDDMPLMQWLEQAIWPNEAKLTHEDVYWGAKLACV
                     EMLRSGTTTFFDMYHKLDATAEAVQEMGLRAVLCEACFDHFRPEEAERSRRHITRRYA
                     TPPPYGPRVRYALGPHAIYTVSGELLQWSADFARDHDTLIHLHLAETTVETEQCLARF
                     GQTPVRYLHSLGILSPRLVIAHGLYVDEEEIRILADHGVKVVHNPASNMKLASGYRFH
                     FDEMRAAGITVGLGTDGCASSNNLDMVEAMKLASLLGKSWRGDPEAVTCDAIFHAATA
                     AGADILGLRTGRIAEGHLADLCLIDLRQPAFAPNHNLISNLVYAANGSCVDTVICDGR
                     VLMRDKHVPGEEEIMERASRAAYDLMRRGGKQA"
     CDS             complement(4797..5204)
                     /locus_tag="SEQF2638.1_02225"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYVFLSILIFLASIFLILIVLVQNSKGGGLASGFSSSNQIMGVR
                     KTTDFLEKATWGLAGSVVVLSILIASFIPKGDAQQKNEQESEIQQQVNDAVPVDPNAT
                     GPDFGSQQQPQQSAEQQPAEQQPAQQQQEAPAK"
     CDS             complement(5303..5998)
                     /locus_tag="SEQF2638.1_02226"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTREEFYRYIDRPALLTAATLPELARIVEAFPCFHAARMLYLKN
                     LALTGDLRLKGELERLAVGVPDRARLFLLLQDEARLKDTADAAPARRPTTDEAHGAFD
                     SSASTDYLRWLTVDTDTEPPAEPVAEPKMRHQDLIDSFIAHGSERLDKRRLQRAVSDP
                     TAPAPAPKPTEQAADSSFFTETLAHVYIRQKRYAKALEIIRSLSEKHPEKNIYFEDQI
                     RFLEKLVEHSKQS"
     CDS             complement(6010..6534)
                     /locus_tag="SEQF2638.1_02227"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHTSIYKMLAAVVGVILLGGCSISYQFSGTSIDYTQVRSISIKD
                     FPNMAPLVYGPLAQRFTDELKDKFVRQTKLQMLRENGTLDLEGEITGYELTPQAVRED
                     ANRALAALTRLTVTVRVRYTNRVNPDKDFEQSFSSYKEFENSRTIDQVQEQLCREIID
                     DLVNQIYNATVADW"
     CDS             complement(6675..7874)
                     /gene="norR"
                     /locus_tag="SEQF2638.1_02228"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01314"
                     /codon_start=1
                     /transl_table=11
                     /product="Anaerobic nitric oxide reductase transcription
                     regulator NorR"
                     /translation="MKEESIQQVKQRFGIIGNDATLNRAIDVAMQVAPTDLSVLITGE
                     SGVGKENFPQIIHQNSHRKHGTYIAVNCGAIPEGTIDSELFGHEKGSFTGALADRKGY
                     FEVADGGTIFLDEVGELPIPTQARLLRVLESGEFIKVGSSKVLKTNVRIVAATNVNLV
                     DAVAHNRFREDLYYRLNTVPIVIPPLRDRGDDILLLFRKFASDAAEKYRVPAIRLEDD
                     ARQLLLTYRWPGNVRELKNVTERLSILEPERTINADRLRPYLPNIEATHLPVPVGRPQ
                     EDGKLFSSEREILYQVLFDMKKDVTELKKLVHDIMSGSMPTAAVPVEPQPVPYVAPKP
                     HPVHEAETVEEAEAVEEPMALGDLERQMIRRALERHGGRRKAAAADLGISERTLYRKI
                     KEYGLLD"
     CDS             complement(8108..8230)
                     /locus_tag="SEQF2638.1_02229"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKNISYQYKIIECTIQALSYQCKSIEYTVQVIAYPYKSLE"
     CDS             complement(8516..8740)
                     /locus_tag="SEQF2638.1_02230"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVRMTVAVRVITVVIVFVVRMCMHNVDLYLMWIRVDKDKQPARR
                     TSFAFHHSPWPQKAPRLARRQSCKLRKVAH"
     CDS             8759..9631
                     /gene="czcD"
                     /locus_tag="SEQF2638.1_02231"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:O07084"
                     /codon_start=1
                     /transl_table=11
                     /product="Cadmium, cobalt and zinc/H(+)-K(+) antiporter"
                     /db_xref="COG:COG1230"
                     /translation="MKGRKLLWATALNFSITLVQIVGGLVSNSLSLLSDAVHNLGDSS
                     AIFIAFLAGRHAEKCPDLRKTFGYKRSEILAALFNAVALIVICVFLFVEAYERFRDPE
                     PIRGAVMLIVATFGLLANLIAVVMLHRDREHNLNIRAAYLHLLGDTLSSVAVILGGIA
                     IWIWKLYWLDPLITVAVGVYIIWHTWGIVRQTVDILMQAAPEGVDLHAVQRHTEDMAE
                     VKDMHHLHIWKMDDEHIHLEAHINLCENLPLSDAQAIGRRIEEMLRTEFGISHVTLQL
                     EYEGCHLQCGLIQA"
     CDS             complement(9721..10365)
                     /locus_tag="SEQF2638.1_02232"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTKKMLLIICLTALACSADAQSCWRWLGIKPAYKLKNELSISWG
                     LVENPFEMYHDDTPGWPEGRFEGNTPWERYDRSRYSYGDRIYTQALSVGYTQELSRWL
                     ALGVQTSYSGIYQSQRLDGMSVDHLYTHRLAIYPAVRFTYLNRPMVRLYSGLGLGVGM
                     KWEREFFNPDVRYSVFPTGQVTFFGVSVGRALFANWELGYGVKGYLTLGMGYRW"
     tRNA            10534..10606
                     /locus_tag="SEQF2638.1_02233"
                     /product="tRNA-Met"
                     /inference="COORDINATES:profile:Aragorn:001002"
                     /note="tRNA-Met(cat)"
     CDS             10939..12345
                     /gene="arnC_2"
                     /locus_tag="SEQF2638.1_02234"
                     /EC_number="2.4.2.53"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01164"
                     /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             12355..13098
                     /locus_tag="SEQF2638.1_02235"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEDFNRHNKEINENLTYWQNKPILQTIYNDFYALIGAQVDRSQE
                     GLIVELGSGIGNLKQHIPECICTDVFPNPWIDQVENAYRMSFADESVSNLILFDVFHH
                     LEYPKAALNEFRRVLKPHGRVILFEPCISALGWIVYGAFHKEPVAWFDKINLDGGPIS
                     DDRLGYYAAQGNACRIFRHSRKYRDLIGDFSITKVRRYAALAYVMSGGYSGRQLYPDC
                     LYPFIKSCEKVLNHLPSLFATRLLVVLTK"
     CDS             13109..15031
                     /locus_tag="SEQF2638.1_02236"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKASHTTSFAQRFDAFFDRHRRAFFMLTMALATLMSIVMFDAKV
                     SLSGDDCDYILAADAFWHHFAFPGHHGSLYPIVLSPFVGLFGYRLVLLKFLSVLFTVG
                     AFGFLYKAFERRIPSAVLIPSMLLAAICSYIFFYAGYTYSEPLFMLLQSIYFYFFSRY
                     FWVEGGTPSYTLRKDWKKYLNLGALTLAMGLTREIGFCVIGVVILYFAIKGRWKDLLY
                     TVGAALLMLAAFYLVKAILWPNVAAGHSFTNLMAKDYYNPNAGMEDTAGLLSRFWDNS
                     RVYLSAFLCQMMGVMPETPSNRFDMSATRTLIIYGLYFAALVVILVRRDAPLLFAGLY
                     AGVLNFASFVVLQIIWAQDRLITIYYPLILLFLLGALYYAFSSARLRRFFIVYPVVLL
                     ILLGGTSNITRNRVGRTLPVLQQNLLLGDPLYGFTPDWQNFIKASQWVATNTEKDAVI
                     VSRKPSMSKVYTGRDFAGLPASLTVPADTLNYLKGDTSLVAVVADGSKGVMSGEVLRY
                     IITPLGKFMVGNTPSAAVCVYTFPRANLAEALHEMEQMGVPYTLDLDQAIAQCQTADV
                     RIYDPDMMLRLLKEQHVTYLLLAQLRIDPTRNTGQYINNIHRYAWFISTKYPDSFEII
                     KTFGTSEPCEILRLIR"
     CDS             15140..15976
                     /gene="nfo"
                     /locus_tag="SEQF2638.1_02237"
                     /EC_number="3.1.21.2"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q5KX27"
                     /codon_start=1
                     /transl_table=11
                     /product="putative endonuclease 4"
                     /db_xref="COG:COG0648"
                     /translation="MFRIGCHLSASKGFLAMGKAAVSVGANTFQFFTRNPRGGSAKAI
                     DEDDVAAFLQFAAEHDIAQIVAHAPYTLNACAADPNIRRFATETMADDLRRMEYVPGN
                     YYNFHPGSHVKQGVEVGTELIVEMLNRILRPEQRTTVLLETMAGKGSEVGRTFEELRA
                     IIDRVELSDHLGVCLDTCHIFDGGYDIVNHLDDVLADFDRVIGLDRLRAIHLNDSLNT
                     LGSHKDRHAKIGEGNIGLEALVRVINHPALRSLPFNLETPNELDGYAAEIKLLKSLRT
                     DD"
ORIGIN      
        1 cggatgtgcc gatcgtcgac gagcggctcg ttgctcagct tgcggttcag gacggcccat
       61 tgtgcgcgca tttcgtccca ttcgtgcgcg gtggcggttt ctttatgttt cgtttccata
      121 gttattccgg gggattattg atcgttagac atgcgtttga gttgttcctt gatgcgatag
      181 agtcgcacgg agacgttctt ggtgctgata ccgaccactt gtccgatctc gtcgtagctc
      241 atgttctcga gccagaggag cacgatggca cggtcgaagg gttgcaggcg actgatgcgg
      301 tcatgcagtt gattgacctg gcgcgagtcc tcgtcgcgat cttcaaagag gttgatgtcc
      361 atcgacagcg gcagggccga gggccgcgac ttcttcttac ggtcgtacga gatacagacg
      421 ttgaggctca ggcgatagat ccatgtgcgc atctggctac gttcctcgaa cgtcgccagc
      481 cctttccaca tacggatcag cacctcttga aagaggtcgg ccacctcatc ctcgtccgcc
      541 gagaacatgt agcacacgct gtatatcgta cgcttatgct catggacgag cttcgtgaat
      601 gcttgttcgg atactttcat ttctctcttg agggttgttt acccattaga cgcaccccac
      661 gtggggaaaa ctacaagggg cgaagaaaaa aatgcagcgc ggggagcgca agaccttata
      721 aaggtttctg cgccccccgc ttctcatagg tgctctgggg atgactgccc tgcgatcact
      781 ccttctcggc gttcggctct gtttgatcga tgatcgagcg gcccttcggc ttcacgccgc
      841 cctcgttgcc ctgatgactg ggcgtggggg gcgtcacctg tccctcgttg aagatgtttt
      901 gctcctcgat gacgaatcgg ttccgctggc gaatgttgtc gttcgactcg ggcagcgacg
      961 ggtgctgcct ctccgtgtgt tccgaccggg tgttggggta ataaggctcg ggcaggtcgt
     1021 ccttgctgca cgacgagagc gtggcgagca gcatcagcgc tgcgcaaacg gccggcacac
     1081 gcaccgactg cagtcgctgc catccgtaca ccgccgcccc cacgaagggc acagccagaa
     1141 tcatcgccgc catgcccatc cgatagctcg cgcggcgtcc gcgggcctgc ttcatcaaat
     1201 caatcattgc tacggcatcc attgccaaca tcatcgacca tacggccggg gtccaaactt
     1261 gcgtttccat cttacttgtc tttttgtttt tgaatgaatt gtatgtctta tctctttgtt
     1321 ttttgtcgtt acacccgtta gacgcagccc tatcaggaaa agctacacat ccgggggtgt
     1381 ttttttgaca ccgcaaagat gaagtggctc cagaagccgc atggttagcc atcagttagt
     1441 ctatgttacg ggaatgttag aagtgatttt ggccccttcc gactcctcgg ggcggctgcg
     1501 gccgcctgcg aagttttcct ggtacctggc aaacttggcc ggcgtccctg acgccccttc
     1561 cgactcctcg gggcggctgc ggccgcctgc gaagttttct tggtacctgg caaacttggc
     1621 cggcgtccct gacggcccct tccgactcct cggggcggct gcggccgcct gcgaagtttt
     1681 cctggtaccc ggcaatcttg gccggcgtcc ctgacggccc cttccgaccc ctcgtaaacc
     1741 ttcaaacaac ctgtttgagc cttccgaggg ctcggaaacc ttcagcggcg cgtttttgag
     1801 ctttccgacg cgtcggaaac gttcagcggc gcgttttgac actttccgag gcctcggggc
     1861 ggctgcggcc gcctgcgaag tattctcttg gtacccggca atcttggccg gcgtccctga
     1921 cgccttccga cccctcggaa ggcattccaa cgagtggcgg aagtctgcat cgacctgtgc
     1981 cccgctgccg ccgataggga attgccccta cttttacccc cacttaaaaa accaacacat
     2041 aaacacctta tgagtacgat caaagagtat atcaaagaga acgagccacg tttcgttgag
     2101 gagtggttca gcctgttacg catcccgtcc gtcagctcgc agacggagca caaggccgac
     2161 atgggccgat gcgccgagcg ttggcgcgaa ctgttgttat cgtccggagc cgaccgcgcc
     2221 gaggtgatgc ccaccgatgg caatccggtg gtctacgccg agcgcatcgt ctcgcccgac
     2281 ctgcccacgg tgctcgtcta tgggcattac gacgtcatgc ccgccgagcc gctggagctt
     2341 tggcagagcg agccgttcga gcccaccatt cgcgacggac gcgtctatgc ccgcggcgcc
     2401 gacgacgaca aggggcaggc catgatccag gccaagggct tcgagacggc cctgcgcgcg
     2461 ggcgcggtgc attgcaacgt gaagttcatc ctcgagggcg aggaggaggt cgggtcggaa
     2521 tcgctcatcg ccttctgcaa gacgcatggc gagctgctcc gggcggacgt gatcctcgtc
     2581 tcggacacca gcatggtgag cgccgagacg ccctcgctga ccacgggttt gcgcgggctg
     2641 tcgtactggg agatcgaagt gaccggcccc aaccgcgacc tacattcggg ccacttcggc
     2701 ggcgccgtgg ccaacccgat caatgcgctc tgcaagctca tcgccagcct gacggacgcg
     2761 gacgggcgca tcaccctgcc gcatttctat gacgatgtag aggagctttc ggccgatgag
     2821 aaggcgatga tcgcccgcgt gcccttcgac gaggcggcct acaagcgggc catcgacgtg
     2881 gacgaggtgt tcggcgagaa gggctactcc acgctggagc gcaacagctg tcggccgacg
     2941 ttcgacgtct gcggcatctg gggcggctac acgggcgagg gctcgaagac cgtcctgccg
     3001 tcgaaggctt acgccaagct gtcgtgccgc ctcgttccgc atcaagatcc ggagcgcatc
     3061 acgcgcatga tgatcgatta cctgcaatcc gccgccccga cgggcgtccg ggtgaaggtc
     3121 gacttcaagc acagcggtga gccgtacgtc tgccccatcg atctgccggc ttacaaggcc
     3181 gccgaggcag gtttcacgat cgccttcggc aagcagccct tggctgtgcg ccgtggcggc
     3241 agcatccccg tcatccccgc gtttgagaag atcctcggcc tcaagaccgt cctcatgggc
     3301 ttcggtctgg agcgcaacgc catccactcg cccaacgaga gcttcggtct tgacatgttc
     3361 cgcatcggca tcgaggccgt ggccgagttc tacaaccact ataagtagcc ccccaaggta
     3421 tgagcagcat actgatccgg tccgtcgaat ggcaaggtcg tccgacggac ctttttattg
     3481 aaggcgacac catcgcgcgc atcgccgaga cgatcgacgc ccccggggcg gacaccgtga
     3541 tcgacggccg cggcaaggcc ctgatccccg gactcatcaa cgcccacacg catgccgcca
     3601 tgacgctctt ccgcggctat ggcgacgaca tgccgctcat gcagtggctc gagcaggcca
     3661 tctggccgaa tgaggcgaag ctgacgcatg aggacgtcta ttggggcgcc aagctggcct
     3721 gcgtggagat gctccgcagc ggcacgacga ccttcttcga catgtatcac aagctcgacg
     3781 ccacggccga ggctgtccaa gagatgggtc tccgtgccgt gctctgcgag gcctgtttcg
     3841 atcacttccg acccgaagag gccgaacgca gccgccgtca catcacgcgt cgctacgcca
     3901 cgcctccgcc ctatggccca cgcgtccgct acgccctcgg cccgcatgcc atctacaccg
     3961 tctccggcga actgctgcaa tggtcggccg actttgcccg cgatcacgac accctcatcc
     4021 acctccatct ggccgagacg accgtcgaga ccgagcaatg cctcgcgcgc ttcgggcaga
     4081 cgcctgtccg ctatctgcac agcctgggca tcctctctcc gcggctcgtc atcgcacacg
     4141 gcctctacgt cgatgaggag gagatccgca ttctggccga tcatggcgtc aaggtggtgc
     4201 acaacccggc gtcgaacatg aagctggcct ccggctatcg cttccacttc gacgagatgc
     4261 gcgccgcagg catcaccgtc ggcttaggca cggatggctg tgcctcgtcg aacaacctcg
     4321 atatggtcga ggccatgaag ctggcgtcac tgctcggcaa gtcgtggcgt ggcgatcctg
     4381 aggccgtcac gtgcgatgcc atctttcacg ccgccacggc tgccggtgcc gacatcctcg
     4441 gcctccgcac aggccgcatc gccgagggcc acctggccga cctctgtctc atcgaccttc
     4501 gccagcccgc tttcgccccg aaccacaacc tcatctcgaa cctcgtctac gccgccaacg
     4561 gcagctgcgt ggatacggtc atctgcgacg gccgcgtgct gatgcgcgac aagcatgtgc
     4621 cgggcgagga ggagatcatg gagcgcgcct cacgtgcggc ctacgatctg atgcgccgag
     4681 gcgggaagca ggcgtaacct gacccctatt tcccccaaaa aaagaaggac cggaagcgcg
     4741 gcgattgttt gcgcttccgg tccttttgtt ttccggtctg tggcctctcg ggtgagttac
     4801 ttagccgggg cctcttgttg ctgttgagca ggctgttgct cggcgggctg ctgttcggcc
     4861 gactgttgcg gttgctgctg cgagccaaag tcggggcctg tggcgttcgg atctacgggc
     4921 acagcgtcgt tcacctgctg ctggatctcg gactcctgtt cgttcttctg ctgggcatcg
     4981 cctttgggaa taaacgaagc gatgaggata ctcagcacga ctacactgcc ggccagcccc
     5041 caggtagcct tctcgaggaa gtcggtcgtc ttgcggacgc ccatgatctg gttcgacgag
     5101 gagaatccgg aggccaatcc tccgcctttc gagttttgca ccagcacgat cagaataagg
     5161 aagatcgatg ccaggaaaat caagatggat aaaaatacgt acatgcgatt ctattgtttt
     5221 gaaatgaata atcggtgagg gtctcttttt cgggcggcaa aataaatgta agaaagcggg
     5281 gcaggcaaca ctccactata ctctatgact gtttgctgtg ctcgaccagc ttttctaaga
     5341 agcggatctg atcctcgaag tagatgttct tctccgggtg cttctcgctg aggctacgga
     5401 tgatctccag cgccttggcg taacgcttct ggcggatata gacgtgcgcc agcgtctcgg
     5461 tgaagaagga actgtccgcc gcttgctcgg tcggcttcgg ggcgggagcg ggcgccgttg
     5521 gatcgctgac ggcgcgttgc aggcgacgct tgtcgaggcg ttcgctgccg tgcgcaatga
     5581 aggagtcgat gaggtcttgg tggcgcatct taggctcggc gacaggttcg gcgggcggct
     5641 ccgtgtcggt gtcgacggtg agccaacgca gatagtcggt cgaggcggag gagtcgaagg
     5701 cgccgtgggc ctcgtccgtc gtgggacggc gcgcgggggc ggcgtcggcc gtgtccttca
     5761 gacgggcctc gtcctggagc agcaggaaga ggcgcgcgcg gtcgggtacc ccgacggcca
     5821 agcgctccag ctcgcccttg agtcggaggt cgcccgtgag agcgaggttc ttgaggtaaa
     5881 gcatccgcgc agcgtggaag caggggaagg cctccacgat ccgcgccagc tcgggcagtg
     5941 tggcagccgt gagcagtgcg gggcggtcga tgtagcgata gaattcttcg cgggtcatgg
     6001 gggggagggt taccagtcgg ctacggtggc gttgtagatc tgattgacga ggtcgtcgat
     6061 gatctcgcga cagagctgct cctgcacctg atcgatggtg cgtgagttct caaactcttt
     6121 gtacgacgag aacgactgct cgaaatcctt gtcgggattc acgcggttcg tgtagcgcac
     6181 gcggacggtg acggtcaggc gggtcagggc ggccaaggct ctgttcgcat cctcgcgcac
     6241 ggcctgcggc gtcagctcgt agcccgtgat ctcaccctcg aggtccagcg taccgttctc
     6301 gcgcagcatt tgcagcttag tctgtcggac gaacttgtcc ttcagctcgt ccgtgaagcg
     6361 ttgtgccagc ggaccgtaga cgaggggcgc catgttgggg aaatccttga tggagatgga
     6421 gcgcacctgc gtatagtcga tcgacgtgcc actgaactga tacgagatgg agcagccgcc
     6481 cagcaggatc acccccacga cggccgccag catcttatag atagatgtgt gcatattcca
     6541 ttatgaatag agggctttgg agagtggcga cagatgcaag gcgtccaaga ccgaggcgga
     6601 gggagcatac tttagtatgt gaccgaacgc caagagtcgc aggcaacgca gcagatgcgc
     6661 cgctatacaa ggccctaatc cagtagtcca tactccttaa tcttacgata gagcgtccgc
     6721 tccgagatgc ccagatcagc cgccgcagcc ttccgacggc cgccatgtcg ctccagtgcg
     6781 cggcggatca tctgtcgctc cagatcgccg agcgccatcg gctcctccac cgcctcggcc
     6841 tcctcgaccg tctccgcctc atgcaccgga tgcggcttgg gggcgacgta cggcacgggc
     6901 tgcggctcca cgggcacggc cgcggtcggc atgctgccgc tcatgatgtc gtgcaccagc
     6961 ttcttaagct cggtgacgtc tttcttcata tcgaagagca cctgatagag gatctcgcgc
     7021 tcgctcgaga acagcttgcc gtcctcctgc ggccgaccga caggcacagg cagatgcgtg
     7081 gcctcgatgt tgggcaggta ggggcgtagg cggtcggcgt tgatggtgcg ttcaggctca
     7141 aggatggaga ggcgctcggt gacgttcttc agttcgcgca cgttgccggg ccagcggtag
     7201 gtgaggagca gctgacgggc gtcgtcctcc agacggatgg ccggcacgcg atacttctcg
     7261 gccgcatcgc tggcgaactt gcggaagagg agcaggatgt cgtcgccacg gtcgcgcagt
     7321 ggcgggatga cgatgggcac cgtgttgagg cgatagtaaa gatcctcgcg gaagcggttg
     7381 tgggccacgg catcgacaag gttcacattc gtggcggcca cgatgcggac gttcgtcttg
     7441 agcaccttcg acgatccgac cttgataaac tcgccgctct ccagcacacg cagcaggcgt
     7501 gcctgggtcg ggatgggcag ctcgcccacc tcgtcgagga aaatggtgcc gccgtcggcc
     7561 acttcgaagt accccttgcg gtcggccagg gcgccggtga acgatccctt ctcgtgcccg
     7621 aacagctccg aatcgatcgt gccctcgggg atggcgccgc agttgacggc gatgtatgtc
     7681 ccgtgtttgc ggtggctgtt ttggtggatg atctgcggaa agttttcctt gcccacgccg
     7741 ctctcgcccg tgatcagcac ggagaggtcg gtgggggcca cctgcatggc cacgtcgatg
     7801 gcacggttga gcgtcgcgtc gttaccgatg atcccgaagc gctgcttgac ttgttgtatg
     7861 gattcttctt tcatatctgg tgtgtatatt ctgtcagttt tgcctgacaa aattacaacg
     7921 ataccctcaa accgatcgcg ttcacccctt cgccgcgccg ataggctccg aaatgcgcct
     7981 cgtttggcct atcggaagcc ctgcaagccc ccaaaagtgc ctcgtttggc ccgtcgacag
     8041 cgctgcaagc cccgaaatgc gcctcgtttg gccctcccca actctttagg ggactgaatg
     8101 gagatattta ttcgaggctt ttatatggat aggctataac ttgcaccgta tattcaatgc
     8161 ttttacactg ataggataga gcctgtatcg tgcattcaat gattttatac tgataggata
     8221 tattcttcat cgatgatata gttcttttat ggtgaaagca tgatactttc agtgcaagtt
     8281 gtttgctttc actataaaag tacactacat agaatatatg cgataagctt ttatatggaa
     8341 agactcgaac ttgcagtgca atgaatcagc ttttatattg agagcaattt acatacatcg
     8401 aagtttatag tctctcatat taaaagcatt ctacttgctg tgcaagtgat aggcttttat
     8461 tgtgggagct tctaataaat atttccattg ggcgccctga tgggaggtga agggcctaat
     8521 gagccacttt tcggagtttg caggactgtc gacgggccaa acgaggtgct ttttggggcc
     8581 acggcgagtg atggaaggca aacgaggtgc gccgcgcggg ctgcttatct ttgtccacgc
     8641 gaatccacat taaatacagg tccacattat gcatacacat cctcaccacg aacacgatca
     8701 cgactgtgat cacgcgcacg gccacggtca tgcgcaccat caccaccacg gggccgacat
     8761 gaaggggcgc aaactgctct gggcaacggc actgaacttc tcgatcacgc tcgtgcagat
     8821 cgtcggcggc ctcgtctcga acagcctctc gctgctctcc gatgcggtcc acaatctggg
     8881 cgactcgtcg gccatcttca tcgccttcct ggccggccga catgccgaga agtgccccga
     8941 cctgcgcaag acattcggct acaaacgctc cgagatcttg gccgcactct tcaacgccgt
     9001 ggcgctgatc gtgatctgcg tcttcctctt cgtcgaggcc tacgagcgct tccgggaccc
     9061 cgagccaatc cgcggtgcgg tgatgctcat cgtggccacc tttgggctac tggccaacct
     9121 gatcgcggtc gtcatgctgc accgcgaccg ggagcacaac ctgaacatcc gcgcagctta
     9181 cctgcatttg cttggtgaca cgctctcgtc cgtggctgtc atcttgggcg gcatcgccat
     9241 ctggatttgg aagctgtatt ggctcgatcc gctgatcacg gttgccgtgg gcgtgtatat
     9301 catctggcac acgtggggca tcgtccgcca gacggtcgac atcctcatgc aggccgcgcc
     9361 cgagggcgtc gatctgcacg ccgtgcagcg tcacacggag gacatggccg aggttaagga
     9421 catgcaccac ctgcacatct ggaagatgga cgacgagcat atccacctcg aggcgcacat
     9481 caacctctgc gaaaatctgc cgctctcgga cgcgcaagcc atcggccgac gcatcgagga
     9541 gatgctgcgc acggagttcg gcatcagcca cgtgaccctg caattggaat acgagggctg
     9601 ccacctccag tgcggcctga tccaggcgta gtgaggcggc ccaaattgcc ggctacacat
     9661 aagaacgggt gaggactcag atggatccat ctcagcctca cccgctcgct ttctgtatcg
     9721 ttaccagcgg tagcccatgc ccagcgtcag gtagcccttc acgccatagc ccagctccca
     9781 gttggcaaac agcgcacgcc ccacggagac accgaagaag gtcacctgcc cagtgggaaa
     9841 gacgctatac cgcacgtctg ggttgaaaaa ctcccgttcc catttcatgc ccacgcccag
     9901 cccaaggcct gaatagaggc ggaccatcgg ccggttgagg tacgtaaaac gtacggcggg
     9961 atagatggcc aggcgatgcg tgtaaaggtg atccaccgac atgccgtcga ggcgttggct
    10021 ctggtagatg cccgagtagg acgtctgtac gcccagtgcc agccaacggc tcagctcttg
    10081 ggtgtagccc accgacagcg cctgcgtata gatacggtca ccgtagctgt atcggctgcg
    10141 gtcgtagcgc tcccacggtg tgttcccctc gaaccgtccc tccggccaac cgggtgtatc
    10201 gtcgtgatac atctcgaacg ggttctcgac caatccccag ctgattgata gctcattttt
    10261 cagtttatag gccggtttga tccccagcca acgccaacat gactgcgcgt cggcgctgca
    10321 ggccagagca gtcaagcaaa tgataagcag catctttttt gtcatatccg taattgtaga
    10381 tttgtgaggg ggcaaatgta aagcagcccg tcctgccgcc gcagatagcc tgtggcgata
    10441 gatgggggtc gcttcccggt acacttcgaa aagagccagg cgattttgca tttatcggat
    10501 cgtttttacc tttgcggccg ttaacaacaa gatcgcggag tggagcaggg gtagctcgtt
    10561 gggctcataa cccaaaggtc gtaagttcga atcttacctc cgcaacagtg ataagccccg
    10621 tcggtagttt catgccggcg gggctttttc gtgtctattc cttggctgat ggcttccatg
    10681 tcgagaggca atcgtgacgg ggacagagat gggcgctgca agggcggagc gtctatcggg
    10741 tgcgtgtgaa tggcgcatac ttcgcgggca ctcacaagtt tgcgcaccgc tttacatgtg
    10801 cgatacttag gactacttgt aaagtcacac gagccttcgc acctgcttcg gataaggctt
    10861 tcttctactt ttgcgcgcgc aatcagaaaa aggcgcggac tgtcctcaca cgaggcggcc
    10921 gatgcgtctt ccccccgaat gaacaagcaa tccatcatag attattacaa ccggacggcg
    10981 cccgaacggc agcgccacaa acatatgcgc cgttattacc accgttcgct ggagcgctac
    11041 ttctcgttta tcatcccgcc cggcagccgt gtgttagaga tcggatgcgg gacgggtgaa
    11101 ctcttagcgg ctatgcggcc agcctacggc gtgggtatcg acttctcaga acggatgatc
    11161 gaaatagccc gacgaacctt cccggagctg cgcttcgagg tggacgacat cgaggagcta
    11221 cggctcagcg agacgtttga ctatatcata atgtccgacc tgacgatgtc gctctgggat
    11281 gtgcagcgcg cctttgagca tctgccgcaa gtatgccacg agcgtacgcg gatcgttatt
    11341 tccaactata acttcctctg ggagcctatc ctcaagctgg ccgagcggct cggcttgaag
    11401 ctccagcaac cgaaccagaa ctggctctcg gtgcaggata tcgacaatct gcttcgtctg
    11461 acaggcttcg agcgggtgaa gcgtgaaaac aagatcctgc tgcccatcaa cattccgctg
    11521 ctgaccccct tctgcaaccg tttcctggcg aacctgcccc cctttcaccg cttggatttg
    11581 gtgaacttga tcgtagcccg acctgagcct cgacgggagg cacccgagcg gacggtgtcc
    11641 atcatcgtcc cggcgcgcaa tgagcgaggg aacattgaga atgccgtccg gaggttacct
    11701 gccttcggcg cctcacaaga gtttgtcttc gtcgaagggc actccgagga tgggacgtac
    11761 gaagagatgc ttcgtgtgcg cgacgcttac ccagagaagc ggatcaaggt gctcatccag
    11821 tcaggccgcg gcaagggtaa cgccgtacgc gaaggcttcg aggcggctac gggcgagatg
    11881 ctcttcatcc tcgacgccga cctgacgacg ccgcctgagg atatgccgaa gttttacgag
    11941 gcgctccgcc aaggtaaggg tgagtttatc aatggttgca ggctcgttta cccgatggaa
    12001 aagcaggcga tgcggctcct gaacctgatc gccaacaaga gcttcggggt gctcttctcc
    12061 tacctgctgg gacaggggct gaaggacacg ctctgcggca cgaaggtgct ctacaagtcg
    12121 gactatgaca cgctcaaatt aggccgcgcc tatttcggcg atttcgatcc cttcggcgat
    12181 tttgacctgc tctttggcgc cgccaagcta aacctgaaga tgacggagat catcatccga
    12241 tacaaggacc gcgagtatgg ctccacgcag atcagtcgtt tccgacacgg ctggctgctg
    12301 ataaagatgt gcgccttcgc cgcacggaag attaagttca tttgaatgag aagtatggaa
    12361 gacttcaatc gtcataacaa agagattaac gagaacctaa cctattggca gaataagccg
    12421 atactacaaa ccatctacaa tgatttttac gcgctgattg gtgcgcaggt ggatcgttcg
    12481 caagaggggt tgatcgtaga gttaggctcg ggaattggca acctcaagca gcatattccg
    12541 gagtgtatct gcacggatgt gttccccaat ccgtggatcg accaagtgga gaacgcttac
    12601 cggatgagct ttgcggacga gagtgtctct aacctgatcc tcttcgatgt gtttcaccat
    12661 ttggaatacc ccaaggcggc acttaacgag tttcgtcgtg tgctcaaacc ccacggacgt
    12721 gtcatcctct tcgaaccctg tatcagcgca ttgggatgga tcgtttacgg cgcttttcac
    12781 aaggagcccg tagcatggtt cgataagatc aacctcgacg gtggccccat atcggacgat
    12841 cgcctcggct attatgccgc ccaaggcaac gcctgccgca tcttccgaca cagccgaaag
    12901 tatcgcgact tgatcggtga cttttccatt acgaaagttc ggcgctatgc cgcgttggca
    12961 tatgtcatgt ccggcggata cagcggtcga cagctctacc cagattgtct ctatcccttt
    13021 atcaaaagct gcgaaaaggt tttgaaccat ctacccagcc tcttcgccac ccgtctgctt
    13081 gtagttctaa cgaaataatc agcaaacaat gaaagcctct cacactacct ctttcgccca
    13141 acggttcgac gcctttttcg atcgacatcg gcgggctttt ttcatgctca cgatggctct
    13201 ggccacgctg atgagcatcg ttatgtttga cgccaaagtc agcctcagcg gcgacgattg
    13261 cgactatatc cttgccgccg acgccttctg gcaccacttt gccttccccg gccatcacgg
    13321 ctcgctttac cccatcgtcc tctcaccttt cgtcggactg ttcggttatc ggctcgtcct
    13381 gcttaagttc ctctccgtcc tcttcaccgt tggtgccttt gggttccttt acaaggcttt
    13441 cgagaggcgg atcccgtcgg ccgtgctgat cccatccatg ctgctggctg ccatctgctc
    13501 ctacatcttc ttttatgccg gctacaccta cagcgaaccg cttttcatgc tccttcagtc
    13561 gatctacttc tacttcttct cccgctattt ctgggtagag ggcggcacac cgagctacac
    13621 gctcagaaag gactggaaga agtatctcaa tctcggtgcc ttgacactgg cgatgggact
    13681 gacgcgcgag attggcttct gtgtcatcgg tgtcgttatc ctctattttg cgatcaaggg
    13741 ccggtggaaa gatctgctct acaccgtcgg cgcagcgctg ctgatgctcg ctgccttcta
    13801 cttggtcaag gctatcctct ggccgaacgt tgcggcagga cacagcttca ccaacctcat
    13861 ggcgaaggat tactacaacc ccaacgcggg tatggaggat accgccggac tcctctctcg
    13921 cttctgggac aactctcgag tctacctatc ggctttcctc tgccaaatga tgggcgtgat
    13981 gcctgagaca cccagcaacc ggttcgacat gagcgctaca cggacgctca tcatctacgg
    14041 gctctacttc gctgcactgg tggtcatctt ggtgcgtcgc gacgccccgc tgcttttcgc
    14101 gggactctat gctggggtgc tcaacttcgc cagcttcgtt gtcctgcaaa tcatctgggc
    14161 gcaggatcga ttgattacga tctactatcc cctcatcctt ctcttccttc tcggtgcact
    14221 ctattacgcc ttcagctcgg cgcgcctgcg gcggtttttc atcgtctacc ctgtggtgct
    14281 actcatcttg ctgggcggta cgtcgaacat cacccgcaat cgggtgggtc gcacgttgcc
    14341 cgtccttcag caaaacctac tactgggcga tccgctctac ggcttcacgc ccgactggca
    14401 aaacttcatc aaggccagcc aatgggtcgc gacgaacaca gagaaggacg ccgtgatcgt
    14461 cagccgtaag ccgtctatgt cgaaggtcta caccggacgc gactttgccg ggttgcccgc
    14521 ctcactgacc gtgcctgccg acacgttgaa ctatctcaag ggcgacactt cgctcgtggc
    14581 tgtcgtggcc gacggatcga agggcgttat gtcgggcgag gtgctccgct atatcatcac
    14641 gcccctaggc aagttcatgg ttggcaatac gccgtctgcg gccgtctgtg tctatacctt
    14701 cccacgcgca aacttagcgg aggctctcca cgagatggaa cagatgggcg tgccctacac
    14761 gctcgacttg gatcaagcca tcgctcagtg ccaaactgcg gacgttcgta tctacgaccc
    14821 agacatgatg ctgcgcctgc tcaaggagca acacgtcacc tacctgctgc tggctcagct
    14881 gcgtatcgac cccacacgca acacggggca gtacatcaac aatatccacc gctacgcctg
    14941 gtttatatct accaaatacc ccgacagttt cgagatcatc aagaccttcg gcacctccga
    15001 accgtgcgag atcctgaggc tgattcggta acagtcttgc gggcgtattc cgtttaacga
    15061 ccgagcgccc gcaagccttc tacaaccctc tatacaaccc gcggctcagt cgcataactc
    15121 cacatcacga cttgtaatca tgtttcgaat cggttgtcac ctctctgcct ccaaaggctt
    15181 cctcgccatg ggcaaagccg ccgtatccgt cggcgccaac accttccagt tcttcacccg
    15241 taacccacgc ggtggcagtg ccaaggccat cgacgaggac gacgtcgcgg ccttcctgca
    15301 attcgcagct gaacacgaca tcgcccagat cgtcgcccat gcgccctaca cgctcaacgc
    15361 ctgcgctgct gatccgaata tccgtcgttt tgccaccgaa acgatggccg acgatctgcg
    15421 gcgcatggag tatgtgcccg gcaactacta caacttccac cccggcagcc acgtcaagca
    15481 gggcgttgag gtgggtacgg agctcatcgt cgagatgctc aaccggatcc ttcgccccga
    15541 acaacgcacc acagtgctac tcgaaacgat ggccggaaag ggcagtgagg tggggcgcac
    15601 cttcgaggag ctacgcgcca tcatcgaccg ggtggagctg agcgaccatc ttggcgtctg
    15661 cctcgacacg tgccacatct tcgacggcgg ctacgatatt gtcaatcacc tcgacgatgt
    15721 cctcgccgac ttcgatcgtg tgatcggact cgaccggctc cgcgccatcc acctcaacga
    15781 tagcctcaac acactcggca gccacaagga tcgtcacgcc aagatcggcg aggggaacat
    15841 cggccttgag gccctcgtgc gtgtcatcaa ccatccggcc ctgcgcagcc tgcccttcaa
    15901 cctcgagacg cccaacgagc tggacggcta tgcggccgaa atcaaactcc tgaagtctct
    15961 gcgtacggat gattaagaaa gttgccatca ccctcctgct cctcctcctc gtcatcggcg
    16021 gtggaggcgg cgcctacctg cttctggccc ccaacttcgc cccagcgcgt ggcacagcct
    16081 acgtctacgt ccgccctgac gacaccttcg acggcctctg ccgacagctc accgactcgg
    16141 ccggatgccg ccaagtggag acgttccgac tcgccgcacg tgcactgcgc tacgccgatc
    16201 gccgcatgcc cacgggtcgc tacgctgtcc gcccgggcat gaacaacctc gacctgctgc
    16261 tcgatctgcg ccgcggcaac cagtcacccg tccgcatcac cttccagaac gtccgcctca
    16321 agcacgacct ctccgagcga ctcgccgatc agctcatggt cgacgccccc gccatcgagt
    16381 cgcttctgga cgatagcacc tactgcgcca acctgggctt cacgccagag accgtcaagg
    16441 cgatgttcat ccccaacacc tacgaagtct attggaacat tccggccgac aagctgctgc
    16501 gccgcatgaa gcgcgaatac gacgccttct ggaccgaggc gcgtcgcaac cgcgccgagc
    16561 agatccgcct cacgcccgtg gaggtctcca tcctggcttc aatcgtcgaa gaggagtcgg
    16621 ccatcccgga cgagtacccg accatcgccg gcctctacct caaccgcctc taccgcggca
    16681 tgctcctcca ggccgacccc acggtgaagt atgccgtcgg cgacttcgcc ctacagcgca
    16741 tcctcgatcg ccacaaggag gtcgattcgc cctacaacac ctacctctac cccggcctgc
    16801 cccccggccc cctgcgcgtg ccgtcgatca cggccatcga cgccgtcctc caccatgccc
    16861 agcacgacta tatctatatg tgtgcccgcg aggacttctc c
//
LOCUS       SEQF2638.1|AYYF01001601.1 549 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..549
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 cgccatcttt tcgtcttact caacggacgc gtctccataa ttcttacagt atcaccctca
       61 ttacattcgt tcctttcgtc atgggcatga tatttctttg tcttattgac aaacttgcca
      121 taaatgggat gcttctcctt ccatcgtaca gcaacagtaa tgcttttatc catcttgttg
      181 ctaaagacta tcccagttct ttcttttctc aagtttcttg ttcccatatc aaaccttatt
      241 gtcattcaat tcacgttgac gcaactccgt atttaatcta gcaatagaac gacgctgttc
      301 cttaatagca gagggattgt ccagcggcga aatactatga ttaatcctat tctgattcag
      361 agaagaggtt tctgcatcaa tcctttcatg cagctcctta atgctcaatt ctcttatttc
      421 ctttatcttc ataacgctta tgccatttca ttctgcatat cataatcatg acgaaaggaa
      481 cgaatgtaat gagggtgata ctgtaagaat tatggagacg cgtccgttga gtaagacgaa
      541 aagatggcg
//
LOCUS       SEQF2638.1|AYYF01001602.1 1347 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1347
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             101..532
                     /gene="xerC_32"
                     /locus_tag="SEQF2638.1_02238"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01808"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerC"
                     /translation="MALNSEHLVRDDEGALWLKFSRQKTGVLCRVKLLPEALQLMNKL
                     HDESRDTLLPHINYMAYQSHLKALRLRAGIVLPFTTHTARHTFATLITLEQGVPIETV
                     SKMLGHSTVRMTERYAKVTPQKLFEEFDRLIAFTEDLHLTI"
     CDS             complement(908..1330)
                     /locus_tag="SEQF2638.1_02239"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRELQSLHVYNGQSGEAREEKHLSGQLCFPVVYFQRHELGHIAL
                     LQEANLPYLLFIGDIFKRMAADDFQVYRAIHQSTQSAEVLVHGRYRQTAFFEKEAEVL
                     KQIFRNACKRDVSSSVFLHERPKQLVRIDQVLVGAFSL"
ORIGIN      
        1 gttaaaggcg ctctgttttg acggctggga ggctgacttg gagacagcgc gcgatgtgtt
       61 tcttttcgcc tgttacactg gcgccgccta ttgcgatcta atggcgctaa actctgagca
      121 tcttgttcgc gacgacgaag gcgccctttg gctgaagttc agcaggcaga agacgggcgt
      181 cctttgccgt gtaaaactgt tgcccgaagc ccttcaactg atgaacaaat tgcatgatga
      241 atcgagggac acgttgcttc ctcacatcaa ttacatggcc tatcaatccc acctgaaagc
      301 cctccgactg cgggctggta tcgtgctgcc cttcaccacg cacaccgccc gacacacctt
      361 cgctacgctc attaccttgg aacagggcgt gcccatcgag accgtcagca agatgcttgg
      421 gcatagcacg gtgcgcatga ccgagcgata tgcgaaagtt acccctcaga aactattcga
      481 ggagttcgat cgcttgatcg ccttcaccga agacttacac ctgaccattt aaccacaaag
      541 cactatgaga agtacattca agatcctgtt ctacatcaac agacagaaga caaaggcaga
      601 cggcaagacg gctatctttt gccgcgtcac catcgatggc aggagtgcgg tgatgacaac
      661 cggcgaggaa tgtctgccgg ccgaatggaa cagcagacag gggacagccg gcgaaaagaa
      721 aatcaaccaa cgcctcgtag cgttcaggga gcttgtggaa aagacctacg cagaaatgct
      781 tacgaaggac ggcgtggtca gtgcagaaca cctcaagaac cgcttgcagg gcaccgttgc
      841 cgcaccaacc actcttttag ctatgagcga ggcggaactg caattcgtga agtcatgcgt
      901 gggcaagtca aaggctgaaa gcacctacca aaacctgatc tattcggaca agctgcttcg
      961 ggcgttcgtg aaggaaaacg gaggacgaga catccctctt gcaggcatta cggaagatct
     1021 gtttgaggac ttccgcttct ttctcaaaaa acgcggtttg gcggtatcga ccatgaacaa
     1081 gcacctctgc cgattgagtc gattgatgta tcgcgcggta gacttgaaag tcatccgctg
     1141 ccatcctttt gaagatgtca cctatgaaaa ggaggtacgg aaggttcgct tcttgcaaaa
     1201 gagcgatgtg gccaagctca tggcgctgaa agtaaacgac agggaagcag agctggcccg
     1261 acagatgttt ctcttctctt gcttcaccgg actggccatt gtagacatgg agcgattgaa
     1321 gttctcgcat atccaaacgt cagccga
//
LOCUS       SEQF2638.1|AYYF01001603.1 209 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..209
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gagattaaaa acacttgtca gggagatctc cgtaggggta cggagattaa aaacacttgt
       61 cggggagatc tccgtagggg tacggagatt aaaaacactt gccagggaga tctccgtagg
      121 ggtacggaga ttaaaaacac ttgtcaggga gatctccgta ggggtacgga gattaaaaac
      181 acttgtcggg gagatctccg taggggtac
//
LOCUS       SEQF2638.1|AYYF01001604.1 779 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..779
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(378..746)
                     /locus_tag="SEQF2638.1_02240"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKNKQGKVYGLKFTYDGHSFKASEIGREFGYRTLPKQFEIGNAQ
                     KPIIPFAHSSTRSTNDSTPIAQVAVSAVDTALDTAGSLLSEVGEVTTLQTHGVDYAEI
                     AWQRRLRNQALKKKKRGRGI"
ORIGIN      
        1 cctattccga ccacctcccc aacgtattct aataggttcg gaacctattc cgaccacctc
       61 cccaacgtat tctaataggt tcggaacgta ttccgaccac ctccccaacg tattccaata
      121 ggttcgggag aaaattatca gcaaatatcc tcctgaaaaa gaagaagtta ctcaatcgta
      181 ggcattggac gggtaacgag gtagaaacga gcgaagcgct tgaggttgct ggaatctgca
      241 caaacaaagg gcgcttgtca tttgagggcg caatgttact atgactattt gaaagacagg
      301 cgtttttgat gcgattctcg cgatttagct ttcggcttgg agaaggttag gatgaacgac
      361 cggatgagcg cacaagctca tatccccctc cctcgcttct tctttttcag ggcttggttt
      421 cttaggcgtc gttgccatgc gatctcggcg tagtcgacgc cgtgtgtctg cagggttgtg
      481 acttcgccaa cctccgaaag aaggctgcct gcggtgtcta aggcggtgtc cacagcggag
      541 accgcgactt gtgcgatagg tgtactgtcg ttcgttgatc tcgtggagga atgggcgaag
      601 gggatgatgg gcttctgcgc attgccgatc tcgaactgtt tcggcagggt gcggtagccg
      661 aactcacgac cgatctcgga ggccttgaaa ctgtggccgt cgtaggtgaa cttcagcccg
      721 tagactttcc cctgcttgtt cttcatgcgg tcgatcgtga cgccacttcg gtggagttc
//
LOCUS       SEQF2638.1|AYYF01001605.1 306 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..306
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tactgatata gagaaagccg caaatgttac acgtggcatt atcttctact acttcaaagg
       61 caaggaagat cttctacgac aggcngcaga tgcgttcgtg attcaatttt tgaagagcga
      121 taatctcaca gaagactgtt caagtagtcc gactcctttg agaatctttt tggagaattg
      181 tatcgatcga atcagagaga gaattcgttn cttttttgat gaagtcgggg atggaataga
      241 aattacggca gcaagttttt tgagctttac gttgtgtcgg caaataaaga tattctcgtc
      301 aaacaa
//
LOCUS       SEQF2638.1|AYYF01001606.1 858 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..858
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(77..697)
                     /locus_tag="SEQF2638.1_02241"
                     /EC_number="3.1.21.4"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P25239"
                     /codon_start=1
                     /transl_table=11
                     /product="Type IIS restriction enzyme Eco57I"
                     /translation="MIYDTSIKVEETDTNQKALIKKYHYTEYEDKFEELQRLLGKDSV
                     YSGQFDEEWKDIEVRLKQWSVDKQFLKQINEWRLLLGKEILNAEPTIDMELLGDEVQS
                     YINKILFLRVCEDRNIETYKDLLAIADGGNFVKLLEKFRKADTKYNSGLFNQALSERV
                     VCNASSAFWTIIRQLYFPESPYSFSVFSSDILIDGITYQSSRILVL"
ORIGIN      
        1 ctggtgctaa aaaaaatggc aacgagggta ccaaggcata tattgagaat ggcgaacagc
       61 agggaatcaa caagggctat aaaacaagta tccgtgatga ttggtatgtg attccgtcaa
      121 tcaaaatatc agatgagaat acactgaatg aatatggact ttcagggaag tacaactgac
      181 gaatgatagt ccagaaagct gaactggcat tgcataccac tcgctctgaa agtgcctgat
      241 taaacaaacc tgagttatat ttcgtatcgg cctttctgaa tttctccaga agtttgacaa
      301 aattaccgcc atctgctatt gccaacaaat ccttgtaggt ctcgatattt ctgtcctcac
      361 aaacacgaag gaagagaatc ttgttgatat aactttgcac ttcatcaccc agcagttcca
      421 tatctattgt aggttcagca ttaagaatct ctttgccaag caacaagcgc cattcattaa
      481 tctgcttcaa gaactgttta tcaacagacc actgtttcag gcggacctca atatccttcc
      541 actcttcatc aaactggcca gaatacacgg agtcttttcc aagcaaacgc tgtagttcct
      601 caaatttgtc ttcgtattct gtgtagtggt acttcttgat aagggccttt tggttggtat
      661 cagtttcctc tactttaata gaggtgtcat aaatcatcag gtactcgaag ttagatagta
      721 cagagatttt caggttggct gtatatccat aacgacgagc ctgacgcgca ggcgcatcaa
      781 catcgttaat atgcacacac ggtttcttcg cttcaaggaa gaatttgcgt tctgcaaaca
      841 aacggaaagt ataatctg
//
LOCUS       SEQF2638.1|AYYF01001607.1 284 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..284
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tctatggtta taaatacata ttctatattt gcgagagcaa attaatcaac gaggctctgt
       61 tgtttaaata tgcatgcgat tgttcccctt ttgaagatga gtgttgcaaa gattgctacg
      121 tatttcccat ctgtcaggga gcatttgagc caagaggaac tgatacggct tgccgaaaca
      181 ccctgtgagg aggaggtctt gaaaaaagct tttcttttcg cctgtcttac gggactgaga
      241 aagagcgaca tcagacagct cacgtggcag cagatacaac cata
//
LOCUS       SEQF2638.1|AYYF01001608.1 429 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..429
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gccaaaatcc cgctttcgcg catgatttcg cccgcgcttt attgggtgat gacgggtaac
       61 gatttcacgc tcgacatcaa caatcccgcg tcgccgaaga tcttagtcgt gggcaacaat
      121 cccgaccgac agaatattta ctcggccgcc ctcgggctat acaatagccg cattgtaaag
      181 ctgatcaaca agaagaagca gctcaaaagt tcggttatca tcgacgagct gccaacgatc
      241 tacttccgcg gtctcgacaa cctgatcgcc acggcacgca gcaacaaggt ggctgtctgt
      301 ctcggttttc aggacttctc gcagctcacg cgcgactacg gtgaaaagga aagtcgggtg
      361 attcagaaca cggtcgggaa tgtgttttcg gggcaggtgg tgggagaaac tgccaagacg
      421 ctctccgaa
//
LOCUS       SEQF2638.1|AYYF01001609.1 291 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..291
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(98..235)
                     /gene="xerC_33"
                     /locus_tag="SEQF2638.1_02242"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01808"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerC"
                     /translation="MGTDMAVIQAYLGHKNITTTQIYSKIAAQQMCQVVDKITLKRKE
                     A"
ORIGIN      
        1 gggcttataa atggtggcat caagccaaaa acatagaggg gcgattatag ccttgtagcc
       61 ataaccgccc ctctgaatac ctgtcaatgt gagacattta tgcctccttg cgcttcaagg
      121 ttatcttgtc caccacctga cacatctgct gcgctgctat cttggaatag atttgtgtgg
      181 tggtaatgtt cttatgtccg agataggctt ggatgacagc catgtccgtt cccatttcca
      241 cgtgcaggct tccgaagctg tggcgggtac agtgaaaggt gattttcttg g
//
LOCUS       SEQF2638.1|AYYF01001610.1 530 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..530
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 gatttccttg gtgtggaggt gttgccgggc aggatgcggt gatagggatt gccctccaac
       61 atctgctcga tgtcggctct gcggatgaat gccatgcggt tgctgatgcg tgaggctttc
      121 agcttgccga tggctacaag tttgtaaatg tactgtcggg aacagcccat gaggatggct
      181 gctttggaaa aggtgagata ctcctgatgc tgtatctcca tcaagggttg ggcgactttg
      241 aagaggttgt tcttctgcat cactctggct cgtttggctt ctgcctgaca agcctcactg
      301 caatatcttt gcataccgct tcgggttaca aaggacttgc cgcaaaaact gcattttctg
      361 gttgctttca taccgtttta tcgtttaatg gttcatttct tcaatcctat atctctgaaa
      421 tggtaaacgg atgtgaacgg aagtcaacca ttgtcgcttt tctacacagt gtgactgttt
      481 ccgcatatcg gggcggttat tgtcgcttgt cgtaaacggt tgtaaaccct
//
LOCUS       SEQF2638.1|AYYF01001611.1 368 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..368
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(221..355)
                     /locus_tag="SEQF2638.1_02243"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVMEYCHYYLPRIADQETVNHICTEVDKWMNLNTYTPKPIQRPR
                     "
ORIGIN      
        1 gcccctctat gtttttggct tgatgccacc atttataagc ccctcagagt atgaaacaga
       61 gtatgatatg atgacatttc gtgaaataca ttgaaaaaga ccgttctaac cgcaaataac
      121 gggcagtaat tgggaaaaat agcattaact ttgcacaaaa taatacagga acattcaatc
      181 tctcaacgaa atatggaanc atcaatcaag gacaaataca tcatcttggt ctttgtatgg
      241 gcttcggggt ataagtgtta agattcatcc atttgtccac ctcagtacag atgtggttca
      301 cggtttcttg gtcggcaatg cgaggcaggt aataatggca atactccatg accatgcgga
      361 tgcgctct
//
LOCUS       SEQF2638.1|AYYF01001612.1 389 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..389
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     misc_RNA        complement(99..197)
                     /locus_tag="SEQF2638.1_02244"
                     /product="Intron_gpII"
                     /inference="COORDINATES:profile:Infernal:001001"
ORIGIN      
        1 ttgttgatgt cgagcgtgaa atcgttaccc gtcatcaccc aataaagcgc gggcgaaatc
       61 atgcgcgaaa gcgggatttt ggccgatgct atttgcccat aggctaagca cccggcgcct
      121 tgccatttgt cacaatggta ggtttccaag cactcgcctc cgaaccgtgc atacaggtct
      181 ccccgtacac ggctctccac cttatcattc agtctgactt tctccccgaa tgtattttgt
      241 gatgacatgc agaacatact gctaatgttt tacggttacg agaaatcatt ttgatttccc
      301 aatcgctttt acctttcaag tctttgagtt tacggacatg gtgcatttca agatgatctg
      361 ttgctccgca gttttcacat actcgtgca
//
LOCUS       SEQF2638.1|AYYF01001613.1 2532 bp   DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2532
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             7..387
                     /locus_tag="SEQF2638.1_02245"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDAVYAEAKSLLQSGFRYWFNDTEIAELYRESEAFQVQTAEMEL
                     LLRCFELPITDSDCSYLTTTEILTYLGAYTRQPLTAKRMGEALKKAGYIKVSRRRNGG
                     SPLYVYKVRKILPCPLLQICSSDM"
     CDS             559..1509
                     /locus_tag="SEQF2638.1_02246"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:vienna_vog:VOG00017"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEENLSTIKRYPITAYLESKGITPVRRLAAYAMYRSPLRDERH
                     PSFKVDTEKNLWIDYAEGCGGSIIDLCMRLERCTFPEAIRCLGKMIFGRTTSDYPRTE
                     SHLHSPERTDGGRKLIGISDDLPPHLQEYLTKERRIDLGRARSFLRCVRYEVRGRTYE
                     VIGFPNASGGYELRGTELFKGTLAPKDITPIFPDRRQPVCLFEGFMDFLSFLSMKEKV
                     GSHCLVMNSVANVGRCIRYLRERHITALRAFLDNDDAGRRTLSAFIDAGFQVEDMSVH
                     YRGCKDLNEFHVSRVCRLREQREQAQITTKPSHPIKLKRR"
     CDS             1515..1880
                     /locus_tag="SEQF2638.1_02247"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEKDTNKTDRAFLDVYLGETRPQEAEPSEQAVHAKSAPTPKRI
                     STKMRRGTLEAYKQTFLVPTKLTDRRAVYLSRDTQERADFVVRRLGNRGANLSSFVER
                     IVRAHLEDYAEEIEEWRKL"
ORIGIN      
        1 gtctcgatgg acgccgtcta tgcggaggcc aaatcgctgt tgcaatcggg cttccggtat
       61 tggttcaacg acacggagat cgcggagtta taccgcgaaa gtgaggcgtt ccaagtgcag
      121 accgcagaga tggagcttct actacgatgc ttcgagctac cgatcaccga cagtgattgc
      181 tcctacctga caacgactga aatcttgact tacctcggcg cctacacgcg ccaaccgctc
      241 acggccaaac gtatgggaga ggcgctgaaa aaggccggat acatcaaggt cagccggcgg
      301 cggaacggcg gcagcccgct gtatgtctac aaagtccgaa agatcctccc ctgtccgctc
      361 cttcaaatct gtagtagtga catgtagtca gctgcgtagt gacttctatc tgcatgaatg
      421 ctattgggaa acaatcgatt atggcaattg tagtttgtag taagaagaaa ccaaaaagta
      481 cgggtgtttg atcctaaatc acttgcattc caataaaaca ccccaccatt tcattaccga
      541 tctcaatgtt taatcagcat gaaagaagaa aacctatcga ccatcaagcg gtatcccatc
      601 acggcgtact tggaaagtaa aggcatcacg cccgtccgac ggctggcggc ctatgcaatg
      661 taccgttcac cattgcggga tgaacgccac ccgagcttca aggtggatac cgagaagaac
      721 ctgtggattg actatgccga aggctgcgga ggaagcatca tcgacctttg tatgcggctc
      781 gagaggtgca cctttccgga ggccatccgc tgtttgggaa agatgatttt cggtcgcacg
      841 acgagcgatt acccgcggac ggaatcccac cttcatagcc ccgagagaac agacggaggc
      901 agaaagctga tcggcatatc cgacgacctt ccgccacatt tgcaggaata cctgaccaaa
      961 gagcggcgca tcgacctcgg tcgggcacga tccttcctcc gatgcgtccg ctacgaggtg
     1021 aggggacgga cgtacgaagt catcggcttt cccaatgcct cgggcggcta cgaactacgg
     1081 ggcaccgagc tgttcaaggg tacactagcg ccgaaggaca ttacaccaat ctttcccgac
     1141 aggcggcagc cagtctgcct cttcgaaggc ttcatggact tcctttcctt cctttcaatg
     1201 aaagaaaagg tcggtagcca ttgccttgta atgaactccg tggctaatgt cgggcggtgc
     1261 atccgttacc tgcgcgagcg gcacatcacg gccctccgtg cgttcctcga taacgacgac
     1321 gctggaaggc gaaccctgag cgcattcatc gacgccgggt tccaggtgga agacatgtcc
     1381 gtgcactacc gaggatgcaa ggatctcaac gagtttcatg ttagccgcgt ctgtcgccta
     1441 cgggagcaac gagaacaagc acaaatcaca accaaaccat cccaccccat caaactgaaa
     1501 aggagatagc aaccatgaaa gagaaagaca ccaacaaaac tgaccgggcg ttcctcgacg
     1561 tctatttggg agaaacgcgt ccacaggaag cggagccatc cgagcaggcc gtgcatgcca
     1621 agagtgcacc cacaccgaaa cgcatcagca ccaaaatgag gcgagggact ctggaggctt
     1681 acaagcagac cttcctcgtc cccaccaagc tgacagatcg tcgggcagtc tatttgagta
     1741 gagacacaca ggagcgcgcc gacttcgttg tccgtcgact gggcaatcgt ggcgccaacc
     1801 tgtcgagctt cgtagagcgc atcgtgcgcg cccatttgga ggactacgcc gaggagatcg
     1861 aggaatggcg gaagctataa tccgagcata cagatctatc aaaaagttca cgaacaatat
     1921 gcacgtcaag caatcaataa ctgcctgaat gcatggtatg cagtgatcac aagaaacaca
     1981 ccgggtatgt aacggagcgt gacgacggta atgcaagacg tcagtttgtt cccacaaact
     2041 gcgcttgctc cccgccctta gcggacggag gagagggccg taatcacatc cgttctcatc
     2101 ggctccaacc atagtataag caccacaaaa aagacctatc cacatgaaaa gacaccccaa
     2161 aaaggaaaac aagaagacga acaagacggc ctttatcaag gtccgatgca cggctgagga
     2221 aaaggagcaa atccgttcga gggccgcgaa cgcagggcag aagtactccg actactgtcg
     2281 cgagatgttg ctcggtggat ccgtcatcgc tgtccctccg atgggtgaca acgagaagga
     2341 ggcgctcgcc atcctccgtc agacggcact gttctacgcg cacatttcta acctgattaa
     2401 ggtcaaagac gtctcctggg tagacgcgac gaaggccctc gccacctacg ccaagatcgc
     2461 ttttaagcgg ttcttcagcc cccgctatcg ggtccccgag gaggtattta agcgcttaaa
     2521 tatcgaagac ca
//
LOCUS       SEQF2638.1|AYYF01001614.1 247 bp    DNA     linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..247
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
ORIGIN      
        1 tttttccatg tttatattat ttatatttgt ttgacgagaa tatctttatt tgccgacaca
       61 acgtaaagct caaaaaactt gctgccgtaa tttctattcc atccccgact tcatcaaaaa
      121 agaaacgaat tctctctctg attcgatcga tacaattctc caaaaagatt ctcaaaggag
      181 tcggactact tgaacagtct tctgtgagat tatcgctctt caaaaattga atcacgaacg
      241 catctgc
//
LOCUS       SEQF2638.1|AYYF01001615.1 30164 bp   DNA    linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..30164
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             565..939
                     /locus_tag="SEQF2638.1_02248"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMRKLKTMILALFTAWGVYAADITPITEAMKSGNTGALSGSMYT
                     EADVSVPGVSQRASAAEAAAILGRFFQGNPPTGFTVVHQADKNGGGFVVGKLQTASRE
                     YRVNITYVLKDGRALMQTIRIE"
     CDS             940..3627
                     /locus_tag="SEQF2638.1_02249"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MARESTFMNRLRLLCHQRGRRCYVRALGLVFGLLLSLTASLRAQ
                     TLQGEVVDDRGRPVAYATVYVRETATGIVADEAGRFISHLERGDYTGEFSALGYEKVV
                     VPFTVTGDAAKDRLRVELREMAYALREVVVRAGAEDPAYAIMRRAIAHAPQHRYMVRS
                     YTADVYIKGTVKTGKLPGIGSVNIDGRNVKLKTFSNKTFLLESHNEVRFTAPRRFDQR
                     VLALSTTVPAELDDDDAAAAALTTNVYDPEIMGCVSPLAPGAFSYYRFRLDGVTHENG
                     HVINKIRVTPRRNDSRLVDGWIYILDHTWSLQQVDLNIRRPGVTVSHRMAFHEVRKDV
                     WMPTAYDTRMHFSVMGIKADGRYYSSVRYRNVVANDAPTTVYIPPLPTAPAARPSLTK
                     RQAKARRKLEELAAKEELTTRDAYRMAQLMQQVSEDERGGQGLERQSRDSMVHITRDS
                     LALLRDTAYWQAVRTQPLQPDETVSYQRRDSFRAVVRSEQVRDSVRRRSWVWWLGTGL
                     VGETVRFSPSVSFGYEGLRGAVPEYNFVDGFWIGQRLMFSYRRPGSRRSLQITPAAYY
                     ATARRAFIGQLDATFRYAPLCRGELTFTASDATADYAGEYATNRLIQSLASLLFAENA
                     SRLYRRQTVGLTHRIDVANGLRLSAGLHVERRSALANATSYSIFGGRPAPNVPGDPND
                     PPMPTHTAWIADVRVTYTPRRPYSVRFGEKFYAETQRPTFMLRYRGGLPIGGGEAANF
                     TMLSASVVQTVRVGLFGRFFYGVEGGFFPAARRVYRPDRRHFAAAPLHLSDRPMSATF
                     QLLDPYAQSADDRWLQAHLTYSSDYLLLKQLPVLQSALFNEALHVHALLRPRFNHIEA
                     GYSLGLDDVGRLGVFVGWEDGRYRSVGFTVSLPLLNQNH"
     CDS             complement(3737..4318)
                     /gene="wbpD"
                     /locus_tag="SEQF2638.1_02250"
                     /EC_number="2.3.1.201"
                     /inference="ab initio prediction:Prodigal:002006"
                     /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"
                     /db_xref="COG:COG0110"
                     /translation="MDKEFQAHETAVIDAGCRIGRGTVVWHFSHLMSGCVVGERCSIG
                     QNVVISPGVVLGNGVKVQNNVSVYTGVTCEDDVFLGPSCVFTNVINPRSAVPRKDEFR
                     PTRVERGASIGANATIVCGHTIGAYALIGAGAVVTRDVPPYALVVGNPARHIGWVSEY
                     GHRLRFDTDGRATCPESGARYLLKEGKVARVNE"
     CDS             complement(4376..4750)
                     /gene="crcB"
                     /locus_tag="SEQF2638.1_02251"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_00454"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative fluoride ion transporter CrcB"
                     /translation="MKDLLLIGLGSCLGGMARHLVGLGVRHLGVASLWGTLAVNLLGC
                     LVIGLLAGLFARHPNVSLAAQRFLTIGVCGGFTTFSTFSRDGLTLWLEGRLLAFVLYM
                     AGSVVAGLVAVAAGYRLAGGHA"
     CDS             complement(4771..5475)
                     /gene="rsmI_2"
                     /locus_tag="SEQF2638.1_02252"
                     /EC_number="2.1.1.198"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P67087"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosomal RNA small subunit methyltransferase I"
                     /db_xref="COG:COG0313"
                     /translation="METALYLIPVTLGDTPHERVLPEYNREVVRGIRHFIVENLRTAR
                     RFLKRADPAIDIDALHFSELNKHTPPEAVAAMLSPLAEGQPVGVLSEAGCPAVADPGA
                     DVVAVAQRKGLRVVPLVGPSSILLAVMASGFNGQRFAFHGYLPIEADRRTRRIKELEA
                     RIYAEDETQLFIETPYRNQRLLEEIVRTCRPSTRLCVAANVTCADEFIRTRPVKEWAH
                     KAPDLSHRPTIFALYK"
     CDS             complement(6570..7247)
                     /gene="tsaB"
                     /locus_tag="SEQF2638.1_02253"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q7CQE0"
                     /codon_start=1
                     /transl_table=11
                     /product="tRNA threonylcarbamoyladenosine biosynthesis
                     protein TsaB"
                     /db_xref="COG:COG1214"
                     /translation="MNLLHIETSGKLCSVAWSTDGEVMFAKTIFEPMSHSAYAGAIAE
                     ETLTHMGGTPPDAVAVSAGPGSYTGLRIGVSLAKGLCVGWGVPLIAVPTPEVIAAMAQ
                     KVHRRTDCLYCALIDARRMEVYATLFDGNLKPLCETRPEIITPESFATELADADVCFC
                     GDGAEKCRDVIRSPRASFLGQITPVAAEMVPIAERAYAERRFVDTAYFEPFYLKEFVA
                     TTPRKKI"
     CDS             7425..8285
                     /locus_tag="SEQF2638.1_02254"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P44726"
                     /note="UPF0701 protein HI_0467"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTGFGKVTAELPDKKVTVEIKSLNSKQLDLSVRIPAVYREREMQ
                     LRNELLQRLERGKVDLNINVEYIGRDTSARINAAAVTGYYEQIHELAGRLGVPEPADW
                     FATLLRLPETVRSEAGEVSEAEWQAVHGAVSEAVTRLIDFRTQEGAMLRRVFEQKIGI
                     IGDLLREVDPYEQERVEKIRSRLTENLKKISEVEYDRNRLEQELIYYLEKLDINEEKD
                     RLANHLNYFLRTLDSEHGQGKKLGFIAQEIGREINTLGSKSNHAEMQIIVVRMKDVLE
                     QIKEQILNVL"
     CDS             8289..8858
                     /gene="gmk"
                     /locus_tag="SEQF2638.1_02255"
                     /EC_number="2.7.4.8"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q83EL7"
                     /codon_start=1
                     /transl_table=11
                     /product="Guanylate kinase"
                     /db_xref="COG:COG0194"
                     /translation="MKRGKLIIFSAPSGSGKSTLIRHLLQQGLPLRFSISATSRPPRG
                     EEQDGREYYFLSPDEFRRRIAAGDFLEYEEVYSDRFYGTLRSEVERIRERGETVVFDV
                     DVVGGCNIREQYAGEALSIFVRPPSVEALRERLVTRATDAPEVIEDRLRKAEYELTFA
                     PRFDVVILNDDLETAQREVVRVVREFIEG"
     CDS             8874..9470
                     /gene="nadD"
                     /locus_tag="SEQF2638.1_02256"
                     /EC_number="2.7.7.18"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P54455"
                     /codon_start=1
                     /transl_table=11
                     /product="Nicotinate-nucleotide adenylyltransferase"
                     /db_xref="COG:COG1057"
                     /translation="MMRHVGIFSGSFNPIHMGHLMLANWMCEYGGVDELWFVVTPRNP
                     LKSEYVLLDDAFRLEMTRAAVGDYPRFRVSDVEFGLPRPSYTIHTLRTLRESHADCRF
                     SLIIGADSWADMGRWRDAEALRREFSLIVYPRPGYPAPEIAVDETADVRAVAAPMMDV
                     SSTFIREAIRSGRDVRFFLPEGVRRYVPEIARRLAAMR"
     CDS             complement(9909..10832)
                     /locus_tag="SEQF2638.1_02257"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTKTLLFLALAALSLTTACHKAAHEVPNITLTVDPGRKIFLSF
                     AGETDTTSIRIQCGKLDTSFVIGKKRTPARYFIADAEKMTIHGAITAFNCSTNGGGIT
                     AIDCSRDTMLRSLECHDNALTTLNVGGCSSLRILECYSNRLASLDVTRCPALERLNCS
                     DNLLTDLNLSKCPKLEMIACINNGLTKLDVTMCSKLSVLYCYRNKLTELQLRGCAWLT
                     ELSCGKNYLPNLDFSGCNSLRTAYCCDNDFSYAATEELYRSLPDRTGEDEPGHIFILN
                     EDALPPGRTGAGNEGIATQKHWEVLWCRGDW"
     CDS             complement(10959..11933)
                     /locus_tag="SEQF2638.1_02258"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEQVKLDIPRVLIFTKVSSTRLNNTLHVQYHRKQYELVMAVDKT
                     KLKLPLGLPEAWNKGIDYETMIDQEATISDDTALLKVKDAERDEQLMNIFGIIRAQRH
                     SHKTNIREAAIRLSNTLSPYENIRSLAYEMESGRLEGMKKDLTKRTAEVTTLGLNDEF
                     DNLFKLNEEFEKLHVSRRVENTDTKLPLASAIRPQTDAALEVVCQYIQAAYNSATSAD
                     DKALLERLADHMNATSNDFKTMQRNLVVPRKKDTPKEPKTPKEPKPKKPGKDDGKPDI
                     KLPEEEPKKPDPKQPDPKKPDPKKPGEGGGTGGTGGSGGGPEIHLPEE"
     CDS             12554..13114
                     /gene="resA_3"
                     /locus_tag="SEQF2638.1_02259"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q81SZ9"
                     /codon_start=1
                     /transl_table=11
                     /product="Thiol-disulfide oxidoreductase ResA"
                     /db_xref="COG:COG0526"
                     /translation="MQTKRFPFAAILLAFIAFVAPLALHAQHEKPDNSALLAVGTEAP
                     DFSLPTVDGEATIALSDYQGRYLVIDFWASWCPDCRKANPRMVDLYRRYKDEPIGIDF
                     LGVSFDTDREACLKAVEKDGITWPQVSELKKWKETEISRQYGIRWIPTVYVIDNMGQV
                     LYAGSDLDYLEELLHYIGGVGSGETN"
     CDS             13132..13953
                     /gene="panB"
                     /locus_tag="SEQF2638.1_02260"
                     /EC_number="2.1.2.11"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q9X712"
                     /codon_start=1
                     /transl_table=11
                     /product="3-methyl-2-oxobutanoate
                     hydroxymethyltransferase"
                     /db_xref="COG:COG0413"
                     /translation="MSTAIADDSRKVTTHRLYEMKQRGEKIAMLTAYDYSMAQIIDRA
                     GMDVILVGDSASNVMAGNITTLPITLDQMIYHGKSVVKAVRRALVVVDLPFGSYQGNS
                     KEALASAIRVMKQTHADCIKMEGGAEIRESIQRVLCAGIPIMGHLGLTPQSINKFGTY
                     TVRAREEAEAAKLVEDARLLEELGCFALVLEKIPADLATRVASELRIPVIGIGAGGGV
                     DGQVLVMHDMLGINQDFSPRFLRRYADLHTVITDAVQAYIGDIKTRDFPNEKEQY"
     CDS             13960..15444
                     /gene="proS"
                     /locus_tag="SEQF2638.1_02261"
                     /EC_number="6.1.1.15"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q9L4Q8"
                     /codon_start=1
                     /transl_table=11
                     /product="Proline--tRNA ligase"
                     /db_xref="COG:COG0442"
                     /translation="MAKELKELTSKDANYAQWYQDLVIKAGLAENSAVRGCMVIKPYG
                     YAIWERMQRILDDKFKETGHENAYFPLLIPKSFLSREADHVEGFAKECAVVTHYRLKN
                     APDGSGVVVDPAARLEEELIIRPTSETIIWNTYKNWIQSYRDLPILVNQWANVMRWEM
                     RTRLFLRTAEFLWQEGHTAHATREEAEEEAIKMQGVYADFAENYMAVPVIRGVKTASE
                     RFAGAVETYTIEAMMQDGKALQAGTSHFLGQNFGRAFDVTFIDRNGKTDYAWASSWGV
                     STRLVGALIMAHSDNNGLVLPPHLAPVQVVIIPIYRSAEQLAAISEKVDRIAARLREL
                     GVRVKFDSDDTKKPGWKFAEYELKGVPVRLAMGGRDLENDTVEIMRRDTLEKETRPCA
                     GLEEYVRDLLEEIQSGIFRKALDHRARRTVRVDTYDEFKERIEEGLFIMAHWDGTPET
                     EERVKNETKATIRCIPLDTADAEPGRCMVTGRPSARRVLFARAY"
     CDS             15608..15994
                     /locus_tag="SEQF2638.1_02262"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:vienna_vog:VOG01699"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MELTGRIVAVQPVQTGEGRNGTWKKQEYVVEYDRQAQYPRKMMF
                     VLWGDKIDQYNIQEGQELKIYFDIDCRAYNGRWYNDIRAWKVEPDTEAAPAVPSEPAG
                     RFADHVPPPPPELLASPSDASSDLPF"
     CDS             complement(15991..16578)
                     /locus_tag="SEQF2638.1_02263"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVWGKTHPRKGSNQWFGAKPTSEKGQTNGLKQNPPPKRAKPMVW
                     GKTYLRKGPNQWFGAKPTSEKGQTRWFEAKPTPGKGQTRWFDAKTTRGKGQTRWFGAK
                     PTSEKGQTRWFEAKPTPEKGQTRWFEAKPTRGKGQTRWFEAKPTRGKGQTRWLDERGA
                     SAWGGRAFTPTQSGPASLDVSERQAPKVDALRARL"
     CDS             16808..17482
                     /locus_tag="SEQF2638.1_02264"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKLLTLCCIAASLLVVGCNRTADKGGADGSELYGYVNIRLPHI
                     EGMHECHTHPRVMAFTERYRQSGPILGYYLDDATYPRVDSLGQITFDNYFMIYGDYNR
                     ENYDATPADLPLMQEQLERSLVGTNWQEQGRRTEDAYNTLMVGQPAILQKYSPQEGVL
                     TMIILMKYRQENGSESTVVSAANCLLIKKRLLSMAYYMAYQNASTIDALKQRNDAAVK
                     AVMAAN"
     CDS             17505..18188
                     /locus_tag="SEQF2638.1_02265"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRENRSARLYARQSDGEDVALFEGGNPLPFFWLMLLGREDVELY
                     CIRMRRLIAAGTSPSRATLRLDKLRALMQATIRRPYLERHFASWLGLFDDWIYFLQIS
                     DFSDMKIYLDLYSVSLYYPTLSQFEESLFRALDCFDRNIATGYEESIAGTCGHEAHNR
                     NRRRFERFSESYRVKAQDDIYGLSNRRIHLERNSLPNERGRFATLAFLLALITLVIAA
                     IVGLLIIKK"
     CDS             18221..19231
                     /gene="trpS"
                     /locus_tag="SEQF2638.1_02266"
                     /EC_number="6.1.1.2"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P43835"
                     /codon_start=1
                     /transl_table=11
                     /product="Tryptophan--tRNA ligase"
                     /db_xref="COG:COG0180"
                     /translation="MTEEKKLETVVSGIRPTGNLHLGNYFGAVKSFLRMQDEYRCFFF
                     IADWHSLTTHPRPVDIRRSVRTILSEYLACGLDPDKAAIYIQSDVHEVLELYLYLNMN
                     AYLGELERVTTFKEKVRQQPDNVNAGLLTYPTLMASDILIHRAVKVPVGKDQEQNMEM
                     ARKCARRFNMIYETDFFPEPASFHLTERAVKVPGLDGSGKMGKSEGNAIYLVDDEATI
                     RKKVMKAVTDSGPTTPDSPKPEPIQNLFTMMEIVSSRDTYDFFNDQYNRCAIRYGDMK
                     KQLAADINAFCAPIRERILDIAANEAYLDKVAREGAEKAAESASSTIKEVRRIIGFRT
                     AP"
     CDS             19343..19624
                     /gene="ycnE"
                     /locus_tag="SEQF2638.1_02267"
                     /EC_number="1.-.-.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P94425"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative monooxygenase YcnE"
                     /db_xref="COG:COG1359"
                     /translation="MHKQIIIARARVKAGRENAFIDSAKKLADIARTEPGNLCYSFYR
                     SVTEPENFIFYEEYKDAVAVTAHASSEAFKAFTEAVRELLDGDLIVDKY"
     CDS             19758..20132
                     /locus_tag="SEQF2638.1_02268"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFLVASAMVMMVACNNKSAATEGETTDSTAVEAPAPAAEAAPAE
                     GGSAFDQYLSLVDEMLPLYEKAAAGDAEANQKLTELGQKMQDLAPSLQNEAANLTPEQ
                     TQKYQEAMQKLAEAAKKVQQKK"
     CDS             20643..22805
                     /locus_tag="SEQF2638.1_02269"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKYSIYTFTFLLGILYITAVSAQDRTRSRGDRGGRRFSLAMRNA
                     AQAADSLLSPDSARIGVARINAYRLTDKLGDPYIAPMDTDRLNTADHTLMESRSLAGA
                     YTANMGAPFQSRIFSERSEARDFIFADAFDGDILTPTNAYFYDVKVPYTNILYTRAGG
                     STKREEQLRGVITGNFGRKINLGADFNYTYSRGQYTSNNNKLLSYRLFGSYRSDRYEA
                     FAHIRNLNFVTNENGGLTDDRYITDPDNFEDGRRGVDSKSFPTRFTETYNRLRGRDFF
                     LTHRYNLGFYRRMTADEADRKRKRDERREKIRQLNAEKEGTTDVRPLTPRSQDDAPDD
                     DGGLHADEVFVPVASIIHTFEWEDFRRRFISNDAGIDTCYTHRFDTTTAHPDDLQSAR
                     TFRNTFALSLREGFQNWVQFGLTAYISFENRRFEMPGDTARGVFQGRTKTDEYAAFLG
                     AELSRTRSEWLTFRARGEFGLLGNDIGEIRLMGHVASRFRVFGREASIRAEGAFQNLG
                     APFYQRHFHSRYFMWDNDLHNTQRIYVGGVAEWEQTRTRISAGVENVTNYVYFGTDGR
                     PAQHTGSLQIVTARLRQDFRYRAFGWDNEIIYQATGHDDIVPLPRLALYSNAYVVIHP
                     VRVLTLQLGADVRYFTAYHAPYYEPATQQFQNQTEIKVGNYPLINAYANFHLRQARFF
                     VMAYNLGRLFTDPRYFSMPHYPLNPMVIKLGIAVTFNN"
     CDS             22892..24004
                     /gene="mltF_2"
                     /locus_tag="SEQF2638.1_02270"
                     /EC_number="4.2.2.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_02016"
                     /codon_start=1
                     /transl_table=11
                     /product="Membrane-bound lytic murein transglycosylase F"
                     /translation="MLQVYIGLLVVAVGTMGLIGVYRAMNKRTEVVRDYADIRREGIL
                     RFVAEYERPGSYVAVDDTALQGFQYELSRAIARYAGLEMEMHFEMSLENSFDGLRDGR
                     YDIVARNLPTTDELKADYFLTDPILTDRQVLVQRRDTARLLRNQLDLAGHTIVVPRES
                     PAILRLENLRREMADTFRIVEDPLYSSEQLIAMVAAGDIDYTVCDRRVAAAALELYPE
                     IDINTDIGFTQLHAWAVRRTSPVLRDSINAWFARMHADGTFDRILRKYYPAEDAATDR
                     SSAKKDGVKAVAPVGTKATPDQAAPSKTKAAKSKAKSARQKAKSTKSKAKSAPSKTKV
                     TKSKSGADRQKAKATKAKSSKAKKSTSKRTRTKRKG"
     CDS             24687..25931
                     /locus_tag="SEQF2638.1_02271"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG8438"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNIKWMLLSCALLAGLTSGCEEKTEEAPPRNSYELNRRNSARLL
                     LGIATDLMREDRFILVHISDAHLSSWSSNNAWRRPENLIEAVNFVNRPPTKVNAMVAT
                     GDFISNSPKTPRQTALAYLSAFATHYFNANLVPSFVCTGNHDGNMINPAPEEWITRED
                     FYSAVTARINYPVYTDGRSNYYYTDLPDSRGGRIRIIALDEMDRTYNAENTQRMAVYS
                     PRQIEWLTHVALKQGMTAGHSVIVLLHHSLPSDNATARRYIANEHVYSWYMIPEIIEA
                     FRSKTHFQKRYPNKVVPGDTLTVDADFTQAPGEFICYMGGHVHTYLNYEVSWMSNINR
                     ALPKQQVLVANNMSPSEKNPLSPIERQPRGTQNNTFNIYAIDTREKMIYVTFFGATLS
                     YYPRVITLNYGNAPINDLTKGK"
     CDS             complement(26242..26979)
                     /locus_tag="SEQF2638.1_02272"
                     /EC_number="2.1.1.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /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(27035..28696)
                     /gene="recN"
                     /locus_tag="SEQF2638.1_02273"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P05824"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA repair protein RecN"
                     /db_xref="COG:COG0497"
                     /translation="MLKSLHIRNFVLIDRLDITFDQGFSVITGETGAGKSIILGALAL
                     VLGGRADAKSARAGADKCVIEAEFDISAYGLEAFFQENDLEYDPTSCLLRRELSATGK
                     SRAFINDTPVSLATVKELGGHLIDIHSQHQNLLLADTRFQLNVVDVMAQTTDLQRAYA
                     ERFQAYRDAESRLDELKDAAERNNQNEDYLRFQVEELTTARLKAGEQAELEEELKTLS
                     HAEEIREALFRTAGMLGDDDAGALIRLHEALGLMEGIKDYLPGAADYAERIRTARLDL
                     EDLYADIDHLKEDVDFDPERMTYVNDRLNIIYSLQRKHRVESVEALLSLQADFAARLA
                     AIDSFDERLAALTRERDEALQDVLTQADALTRRRTEAAAGVEREIAERMRTLGVPNTR
                     FRIDFTRRARPAADGMDEVAFLFSANKNEALSPVAQTASGGEISRLMLCIKAMIAGFA
                     ALPAIIFDEIDTGVSGDISDRMADIMQTLGHRMQVITITHQPQIAAKGAAHYYVYKED
                     TADRTLTRIRPLTPDERVGEIARMLSGASLTDAAIANARELLDMK"
     CDS             complement(29087..30082)
                     /locus_tag="SEQF2638.1_02274"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIAKCKAIAHGGNALEYIFREGKLGQILALHNLCSETPKEIHEE
                     MKLIGDYSSRCKNKFLRIEIGIAPKDEAQMTFKTLNHLALLFAKQMGLDDHQWVAATH
                     KDTDNLHIHIIANRISLSGKVYDTTFVSNRAARVAEELSHKYELTIANEVHSARPHRK
                     AQANPARERTKQQVRSICCALLEKYRGKGLSGHSMFLYELYRSGVEIDRLKNKQGKVY
                     GLKFTYDGQSFKASEIGREFGFRTLPKQFESDNAQNLIIPSSHSSMRSTNDSTPTAQV
                     ASPVVDVALDTAGSLLSETGEVTALQTHGADYAEIAWQRRLRNQAVKKKKRGRGI"
ORIGIN      
        1 gtataaaact gaattactct agattgcacg caatccaatg caaaacaaaa ttgatttgct
       61 ccggatcgca tgcaatctaa tctaaaataa aatggattcg ctccggattg catgcaatcc
      121 tatcagatac aaaattgaat caggttagat tgcatgcaat ccgatgtaaa acaaaattga
      181 attaggttag attgcacgtc atctggatag gatcaaatct gtattgatag atatggaaca
      241 ccattcggac gaaaacaaaa tggggggata taaaaggcga tgtcatacgg tatcgatcag
      301 ataagtttgg ggatagatgg cgtgcaatcc gaaacgtatc cgattcggtt gatttcgaag
      361 gtggccgtag gtgggcgcaa aacggtgcgg ccggatgctt cgcttgggat cttccttcgg
      421 aataaatgcg aaacggctgt cgtgtaaagc ctattggatc tatttttgct acggatagag
      481 cgcggtgcag cggtttttct ccccctctcg caccgatttc tatctttcaa aatacaacta
      541 acccattaat gataggagga acgaatgatg agaaaattga agacaatgat cctggcgctg
      601 tttacggcct ggggagtgta tgcagccgac atcacgccca tcacggaggc gatgaagagc
      661 ggcaacacgg gcgccctgtc gggatcgatg tacacggagg ccgacgtgtc cgtgcctggc
      721 gtctcgcagc gggcgagcgc ggcggaggcg gcagccatcc tcggccgatt ctttcagggt
      781 aacccgccga cgggcttcac cgtcgtccat caggccgata agaacggcgg cggattcgtg
      841 gtcggcaagt tgcagaccgc cagccgcgag tatcgcgtga atatcaccta cgtcctcaag
      901 gacggacggg cgcttatgca aacgattcgc atcgagtaaa tggcacgcga gagcacattc
      961 atgaaccgtc ttcgcctcct ctgccaccag cgggggaggc gttgttatgt ccgggcgttg
     1021 gggctcgtct tcgggttgct ccttagcctt acggccagcc tcagggcgca gacgctgcaa
     1081 ggcgaggtgg tggacgatcg ggggcgcccc gtcgcctacg ccacggtgta tgtccgtgag
     1141 acggccacgg gcatcgtggc tgacgaggca ggccgcttca tctcgcacct cgagcggggc
     1201 gactacacgg gcgagttctc cgccctgggt tatgagaagg tcgtcgtacc cttcaccgtg
     1261 acgggcgacg ccgcgaagga tcgcctgcgc gttgagctgc gagagatggc ttatgcgctc
     1321 cgtgaagtcg tcgtccgcgc cggcgccgaa gaccccgcct atgccatcat gcgccgcgcc
     1381 atcgcccatg cgccgcaaca ccgctacatg gtgcgtagct acacggccga cgtctacatc
     1441 aaggggactg tcaagaccgg caagctgccc ggcatcgggt ccgtgaacat cgatgggcgc
     1501 aacgtcaagc tcaagacctt ctcgaataaa accttcctcc tggagtctca taacgaggtg
     1561 cgcttcaccg cgccgcgccg cttcgaccaa cgcgtcctgg cgctctccac caccgtgccc
     1621 gccgagctgg acgacgacga tgctgccgcc gcggccctga ccaccaacgt ttacgacccg
     1681 gagatcatgg gttgcgtttc gccgctggca ccgggcgcgt tcagctatta ccgcttccgg
     1741 ttggacggcg tcacgcacga gaatgggcac gtgattaaca agatccgcgt cacgccccgg
     1801 cggaacgaca gccgcttggt ggatggctgg atctacatct tggatcacac ctggagcctg
     1861 cagcaggtcg acctcaacat ccgccgcccg ggcgtcactg tcagccatcg catggccttt
     1921 cacgaggtgc ggaaagacgt ctggatgccc accgcttacg acacgcggat gcacttcagc
     1981 gtgatgggca ttaaggccga cggacgctat tactcgtccg tccgctaccg caatgtggtg
     2041 gccaacgacg ccccgacgac ggtctacatc ccgccgctgc ccacggctcc ggccgcacga
     2101 ccctcgctga ccaagcgaca ggccaaggcg cgccgcaagc tggaggagct ggccgcgaag
     2161 gaggagctga cgacgcgcga cgcgtatcgt atggcgcagc ttatgcaaca ggtgtcggag
     2221 gatgaacggg gagggcaggg tctggagcga cagtcgcgcg actcgatggt gcacatcacg
     2281 cgcgactcgc tggccttgct ccgcgacacg gcttactggc aggctgtccg tacgcagccg
     2341 cttcagcccg acgagaccgt gagctatcag cgccgcgaca gtttccgcgc cgtggtgcgg
     2401 tcggagcagg tgcgcgattc ggtccgtcga cgctcctggg tgtggtggct tgggacgggt
     2461 ttggtgggcg agacggtgcg cttcagtccg agcgtctcct tcggctacga gggactgcgc
     2521 ggggccgtgc cggaatacaa tttcgtggat ggcttttgga tcgggcaacg gctgatgttc
     2581 tcctatcgtc gccccggcag tagacgctca ctgcagatca cgcccgcggc ctactacgct
     2641 acggcacgcc gcgccttcat cggccaactc gacgccacct tccgctatgc gcccctgtgc
     2701 cgtggcgagc tgaccttcac ggcctccgat gcgacggcgg attatgccgg tgagtatgcc
     2761 actaaccgac tcatccagtc gctcgcctcg cttctctttg ccgagaacgc ctcccggctc
     2821 tatcgccgcc agacggtcgg actcacgcac cgcatcgatg tggccaacgg gctgcgtctt
     2881 tcggccggcc tgcacgtcga gcgacgatcc gcgctcgcga atgccacctc gtacagcatc
     2941 ttcggcggcc gacccgcccc gaacgtgccc ggcgatccga acgatccgcc catgcccacc
     3001 catacggcct ggatcgccga cgtccgcgtg acgtacacgc cccgccgacc gtattctgta
     3061 cggttcggtg agaagttcta tgccgaaacg cagcggccga cgttcatgct gcgctatcgc
     3121 ggtggactgc ccatcggcgg cggagaggcg gccaacttca ccatgctctc ggcctctgtc
     3181 gtgcagacgg tgcgcgtcgg tctcttcggg cgcttcttct acggcgtgga gggcggcttc
     3241 ttccccgcag cgcgacgcgt ctaccgaccc gaccgccgcc acttcgccgc cgcgccgctg
     3301 cacctctccg accgcccgat gtcggccacc ttccagctgc tcgatcccta cgcgcagtcg
     3361 gctgacgatc gctggttgca ggcacacttg acctattcgt ccgactacct cctgctgaag
     3421 cagctccccg tcctacagtc cgccctcttc aacgaggcgt tgcatgtgca cgcgctcctt
     3481 cggccccgct tcaaccatat cgaagccggc tattccctcg gcctcgacga cgtggggcgc
     3541 ctcggtgtct tcgtcggctg ggaggatggt cgctatcgat ccgtcggctt caccgtcagc
     3601 ctgccgttgc tcaatcagaa ccactaaggc gtcaggggca ccagccaaat tagccgggta
     3661 cgtgatggat ctctccatac atgtacccgg ctaacttctc tcgtccctct ctccgtgtta
     3721 agacaagaag cgggggttac tcattcaccc gcgccacctt tccttccttc aatagatacc
     3781 gcgcaccgct ttcgggacac gtggcacggc cgtcggtatc gaagcggagg cgatgaccat
     3841 actcgctcac ccaaccgatg tgccgcgccg ggttacccac cacgagggca tacggcggga
     3901 catctcgcgt cactaccgcg cccgcgccga tcagggcgta ggcaccgatg gtatgtccgc
     3961 aaacgatcgt ggcattggcc ccgatcgagg cgccccgttc gacacgcgtc gggcggaact
     4021 catccttgcg cggcacggcg ctgcgcggat tgatgacgtt cgtaaacacg caactgggtc
     4081 cgaggaagac gtcatcctcg caggtcacgc ccgtgtagac ggagacgttg ttttgcacct
     4141 tcacgccatt gcccagcacg acgcccggcg agatgacaac gttttgccca atcgagcaac
     4201 gctcgccaac gacgcacccc gacatgaggt gcgagaaatg ccacaccacg gtgccgcgtc
     4261 caatgcggca tccggcatcg atcacggccg tctcgtgggc ctgaaattct ttatccataa
     4321 ttgaaaagct aagagtgtaa gaggaaaaat gagggccaga aaaaggcctt atgcgctacg
     4381 catggccgcc cgccaaccga taacccgccg cgacggccac gaggcccgcc accacgctgc
     4441 cggccatata gagcacaaag gccagcaacc gtccttccag ccaaagcgtc aggccatcgc
     4501 gcgaaaaggt ggaaaacgtg gtgaagccac cgcacacacc gatcgtcagg aagcgttgcg
     4561 ccgccagcga gacgttcgga tggcgtgcga agagtcccgc cagcagcccg atcaccagac
     4621 acccgagcag gttgaccgca agcgtgcccc acaaagaggc cacccccaaa tgacgaacgc
     4681 ccaggcctac caagtggcgc gccatgccgc ccagacagct gccgagcccg atcagaagca
     4741 gatctttcat ccgtgcaggt cgttcggggg ctatttgtag agcgcgaaaa tcgtcggccg
     4801 gtgactcagg tccggggcct tgtgcgccca ctccttcacc ggccgcgtgc ggataaactc
     4861 atcggcgcac gtcacgtttg ccgccacgca gagccgcgtc gagggtcggc aggtgcggac
     4921 gatctcctcc agcagtcgct ggttgcggta gggcgtttcg atgaagagct gcgtctcatc
     4981 ctcggcatag atgcgggctt caagctcctt gatgcggcgc gtgcgtcggt cggcctcgat
     5041 gggcaggtag ccgtggaagg cgaatcgctg gccgttgaac ccggaggcca tgacggctaa
     5101 caagatggac gacggcccga cgaggggcac gacccgcagc cccttgcgct gcgccacggc
     5161 caccacgtcc gcccccggat cagccaccgc cggacagccg gcctcggaca gtacgcccac
     5221 gggctgcccc tcggccagcg gcgacagcat agcggccacg gcctcgggcg gcgtgtgctt
     5281 attgagttcg ctgaaatgca gcgcgtcgat gtcgatcgcc gggtctgccc gcttgaggaa
     5341 gcggcgcgcc gtgcgcagat tctcgacaat gaaatgccga atgccgcgca ccacctcgcg
     5401 gttgtattcc ggcagcaccc gctcatgcgg cgtatcgccc agcgtgacgg ggatcagata
     5461 aagtgcagtt tccatccgtt ctgaaatcgt tagagataat tgggttggag tcgcgtgttc
     5521 acgcgctccg ggggtgcaaa gaaagggttc ctgccggggc ggctgcggcc gccggcgaag
     5581 tttggccggg tacagggcaa atccctgtca tttcttgtat caggcaaact tccctgcctc
     5641 ggcagaggcc tgcgcaacga taaacaggcg cctgtttgag gctatgcaat ctgcgcgagg
     5701 gtaaacaggt gcctgtttgg gtccatgcaa cctgcgcaat ggtaaacagg tgcctgtttg
     5761 gggttacgca gtctgcgcgg cggtaaacag gcgcctgttt gaggttacgc aatctgtgca
     5821 atggtaaaca ggcgcctgtt tggggctaca caatctgcgc gagggtaaac aggcgcctgt
     5881 ttggggttac gcaatctgtg caatggtaaa caggcgcctg tttggggcag ggaagttggc
     5941 tgggtaccag gatagacttc ctcggcctcg aaagaggcct gccgcaagcc aaacgcatac
     6001 ttgatggggg tgcccaaagc ctaacgtaag ggtacaaaaa aaacgtggag ctgggggcgt
     6061 ctttcgcctt cccgaactcc acgtcaacga tcgattgatc gtgttgctgc agcgggatta
     6121 taccgctgcc ggatgaatag cctctgaggg gcaaactgct gcgcacgaac cgcagtcggt
     6181 gcagagctgt ggattgatga ggtagatctt accttctgaa atcgcctcta cggggcactc
     6241 gtcaatgcat gaaccgcatg caacacaatc gtcattaatt acgtaagcca tatttcttct
     6301 ctgtttttgt aagtcggggg caaagataga ctaatcccca ataatgggga tatgggtggt
     6361 gaaaaatttt tgggtggaca ggtgataaac gaggtcgatt agggggtgtc cataccctta
     6421 gaagtggctc taatactcga ttcttaccga ttttcaccct tccggggata ggatgtaatt
     6481 ttttttccct tcatccccat cgtatcccca ttgtccccct gttgtatccc cattggctac
     6541 cccatcatcc ccgatcgtct acccaccgat tagatcttct ttcggggtgt ggtggccacg
     6601 aattccttga gataaaatgg ctcgaagtag gccgtatcca cgaagcgacg ctcggcgtat
     6661 gcacgctcgg cgatgggcac catctcggcc gccacagggg tgatctgccc gaggaacgag
     6721 gcgcggggtg agcgaatcac gtcgcgacat ttctccgcac cgtctccaca gaagcagacg
     6781 tccgcgtcgg ccagctccgt ggcgaagctc tccggcgtga tgatctccgg acgtgtctca
     6841 cagagcggct tgagattgcc gtcgaagagc gtcgcgtaga cttccatccg gcgggcgtcg
     6901 atgagggcgc aatagaggca gtctgtgcgc cggtgcacct tctgcgccat ggccgcgatc
     6961 acttccggcg tagggacggc gatgagtggc acgccccaac cgacgcacag ccctttggcg
     7021 agcgagacgc caatgcgcag gcccgtgtac gatcccggtc cggcactcac ggccacggcg
     7081 tccggcggtg tgccgcccat gtgcgtcagc gtctcctcgg cgatggcgcc ggcgtaggcc
     7141 gagtggctca tcggttcaaa aatggttttg gcaaacatca cttcgccgtc cgtcgaccaa
     7201 gcgacggagc agagtttgcc cgatgtttcg atatgcagca agttcatttc tcttgaggtt
     7261 tgttgatgtg ggcggcaaaa atagagacgt tggggctcga gcgcctacct ttgtggccgt
     7321 cgagactgcg tgtccggctt cctccaggca tcacccttgc tccccattac tgataactac
     7381 ccggctacag gccgataact acgtattatt atatgattca atcaatgacc ggcttcggta
     7441 aagtcaccgc cgaactgccc gacaagaagg tgaccgtaga aatcaaatcg ctcaacagca
     7501 aacagctcga tctctctgtg cgtatccccg cggtttatcg tgaacgcgaa atgcagctgc
     7561 gcaacgagct gctgcaacgt ctggagcgtg gcaaagtgga tctgaacatc aacgtggaat
     7621 acatcggccg ggacacctcc gcgcggatca atgcggcggc cgtcacgggt tactacgagc
     7681 agattcacga gctggcgggt cgccttggtg tgcccgagcc tgcggattgg ttcgctacgc
     7741 tgctccggct gcccgagacg gtgcgcagtg aggctggcga ggtgagtgag gcggaatggc
     7801 aggcggtgca cggcgccgta agcgaggccg tcacgcggct gatcgacttc cgcacgcagg
     7861 agggcgccat gctccgccgt gtctttgagc agaagatcgg catcatcggc gatctgcttc
     7921 gtgaggtgga tccttacgaa caggagcgcg tggagaagat ccgcagtcgc ctgacggaga
     7981 acttgaaaaa gatcagtgag gtggagtacg atcgcaaccg cctcgagcag gagctgatct
     8041 attacctcga gaagctggac atcaacgagg agaaggatcg gctggcgaac catctcaatt
     8101 acttcctccg cacgctcgac agcgagcacg gacagggcaa gaagctcggc ttcatcgcgc
     8161 aggagatcgg ccgtgagatc aatacacttg gatcgaagag caaccacgcc gagatgcaga
     8221 tcatcgtggt gcgcatgaag gacgtgttgg agcagatcaa ggagcaaatc ctcaacgtac
     8281 tgtgagcgat gaaacgaggt aagctgatca tcttctccgc accgtcgggg tcgggcaagt
     8341 cgacgctcat tcggcacttg ttgcagcagg gattgccgct gcgattctcc atctccgcca
     8401 ccagtcggcc gccgcgtggt gaggagcagg acggacggga gtactatttc ctctcgcccg
     8461 acgagttccg ccggcgcatt gctgcgggcg actttctgga atacgaggaa gtctacagcg
     8521 atcgattcta cggcacgctg cgctccgagg tggagcgcat tcgcgagcgt ggcgagacgg
     8581 tggtcttcga cgtggacgtg gtgggcggat gcaacatccg cgagcaatac gccggcgagg
     8641 cactctcgat cttcgtccga ccgccgtcgg tggaggcgtt gcgagaacgg ctcgtgacgc
     8701 gtgccacgga cgcgccagag gtgatcgagg atcggctgcg gaaggcggag tacgagctga
     8761 cgttcgctcc gcgtttcgac gtggtcatcc tcaacgacga tctcgagacg gcgcagcgcg
     8821 aggtggtgcg cgtggtgcgt gagtttatcg aaggataggg gaggagccga cggatgatgc
     8881 gtcacgtggg gatcttttcc gggtcgttca acccgattca catgggccat ttgatgctcg
     8941 ccaactggat gtgcgagtac ggcggtgtgg acgaactgtg gtttgtggtc acaccacgca
     9001 acccgctgaa gtctgagtat gtgttgctcg acgacgcttt ccggctcgag atgacgcggg
     9061 ccgccgtggg ggattatccg cggtttcggg tcagcgatgt ggagtttggc ctgccgcgac
     9121 cgtcgtacac gatccacacc ctgcgcacgc tgcgcgagtc gcacgccgac tgccgattct
     9181 cgctcatcat tggcgccgac agctgggcgg atatggggcg atggcgcgat gcggaggcgc
     9241 tccggcgtga attctcgctc atcgtctacc cgcgccccgg ctatcctgcc ccagagatcg
     9301 ctgtggacga gacggccgac gtgcgggccg tggcggcgcc gatgatggac gtctcgtcca
     9361 ccttcatccg cgaggccatc cgttcggggc gcgacgtgcg attcttcttg cccgaaggtg
     9421 tgcggcgata tgtgccggag atcgcgcgac ggttggcggc gatgcgatag ctgacgtctc
     9481 gcgaggcata gtctcaaaac gaaaagcggg gagcgtgttc cgacggttgg aacgcgctcc
     9541 ccgctttttc tgtgccataa tcatcattgt ctatggtgta gttgggggcg ttgcccccga
     9601 gcccccactt ccttttcttg ccttgatgca agaaaaggaa gcaaaagaag atcaaggcgt
     9661 cagggacgcc ggccagattg ggagggtacg ggatgcgtct atgtaatgta ccgggcccat
     9721 tttctcagcc ccggcagggg tcgtcaggga cgccggccaa attgggcggg tacgggatgc
     9781 gtctatgtaa tgtaccgggc ccattttccc agccccggca ggggccgtca gggacgccgg
     9841 ccagattggg cggggtgcta ggcctgactt cgctagcggc cgcagtagcc ctcttgatgg
     9901 aagaaagatc accaatctcc gcggcaccag agcacttccc aatgcttctg ggtggcgatg
     9961 ccttcgttgc cggcgccggt gcgaccgggg ggcagggcgt cctcgttgag gatgaagatg
    10021 tggcccggtt cgtcctcgcc ggtgcggtcg ggcagggagc gatagagctc ttcggtggcg
    10081 gcgtagctga agtcgttgtc gcagcagtag gcggtgcgta gggagttgca gccggagaag
    10141 tcgaggttgg ggaggtaatt ctttccgcag ctcagctcgg tgagccaggc gcagccgcgc
    10201 agctgtagtt cggtgagctt gttgcggtag cagtagagga cggacagctt gctgcacatg
    10261 gtcacgtcga gcttcgtgag accgttgttg atgcaggcga tcatctccag tttggggcat
    10321 ttcgagaggt tgagatccgt cagcagattg tcgctgcaat tgaggcgctc cagggccggg
    10381 cagcgcgtga cgtcgaggct ggccagacgg ttggaatagc actccaggat gcgcaggctg
    10441 gagcaaccgc ccacgttgag cgtggtcagg gcgttgtcgt gacactccag actgcggagc
    10501 atggtgtcgc ggctgcagtc gatggctgtg atgccgccgc cgttggtgct gcaattgaag
    10561 gctgtgatgg cgccgtggat ggtcattttc tccgcgtcgg cgatgaagta gcgtgccggc
    10621 gtgcgcttct tgccgatgac gaagctggtg tccagctttc cgcattggat gcggatggac
    10681 gtggtgtccg tttcgccggc gaagctgagg aagattttgc gcccgggatc gacggtgagc
    10741 gtgatgttgg gcacttcgtg agccgcttta tggcaggctg tggtgaggct tagggccgcg
    10801 agggccagga aaaggagcgt cttagttttc ataaagagag aggttgtgaa tgcgtgaatg
    10861 atgaggaaag agggatgaat ggcggccgga caccccgtat ggccgaggcg tccggcacgg
    10921 gccgttcatc aatgaacaaa tgataggagt atataggatt actcttctgg cagatggatc
    10981 tccgggccgc cgcctgagcc tcccgtaccg cccgtgccgc cgccctcgcc gggtttcttg
    11041 ggatcgggct ttttggggtc aggctgcttc ggatcgggct ttttgggctc ctcctcgggc
    11101 agtttgatgt ccggcttccc gtcgtcctta cccggctttt tgggtttggg ctccttcggc
    11161 gttttaggct ccttgggcgt gtcctttttg cgtggcacga cgaggttgcg ctgcatcgtt
    11221 ttgaagtcgt tcgaggtggc gttcatgtgg tcggccaggc gctcgaggag ggccttgtcg
    11281 tcggccgagg tggcgctgtt gtaggccgcc tggatgtatt ggcagacgac ctctagggcg
    11341 gcgtccgttt gcgggcggat cgcggaggcc aggggcagct tcgtgtccgt gttctcgacg
    11401 cggcggctga cgtgcagctt ttcgaactct tcgttgagct taaagaggtt gtcaaactcg
    11461 tcgttcaggc ccagcgtggt gacctcggcg gtgcgtttgg tgaggtcttt tttcatgcct
    11521 tcgaggcgtc cactttccat ctcgtaagcc agcgagcgaa tgttttcgta cgggctgagc
    11581 gtgttggaga ggcggatggc ggcctcgcgg atgttggttt tgtgcgaatg gcgttgcgcg
    11641 cgaatgattc cgaagatgtt catcagctgt tcgtcgcgct ctgcatcctt gactttgagc
    11701 agggcggtat cgtccgagat ggtggcctct tggtcgatca ttgtctcgta gtcgataccc
    11761 ttgttccacg cctcaggcag tccgaggggg agtttgagtt tcgttttgtc cacagccata
    11821 accagctcat actgtttgcg atgatactgc acgtggaggg tgttgttcaa tcttgtgcta
    11881 ctcactttgg tgaagattag cacgcggggg atgtccaatt tgacttgttc cataatgggt
    11941 cttgtttgat gatttagctc gatctctgtt gaaaaccacg gcgaaactac acgttttttc
    12001 caatcctcaa agcgtccgtt ttggcctcat tgcatgttcc tatggtcgat tgtatcgtac
    12061 aatcgcatga aaaagttttt ttcggctgat tgtatcgtac aatcgcgtga aaaagttttt
    12121 ttcggccgat tgtatcgtac aatcacgtga aaaagttttt ttcggccaat tgtatcgtac
    12181 aatcgcatga aaaagttttt ttcagcccat tgtatcgtac aatcacgtga aaaagttttt
    12241 ttcggccgat tgtatcgtac aattgcctcc agtcgatacc tctcattgta tcgtacaatt
    12301 gcctccagtc gatacctctc attgtatcgt acaatcgcct gcccccgaat gatcgttttc
    12361 acttttcgcg gccggcctat ctttgcccgc ggcaaggcca tggtggccta tacgtattat
    12421 atacagcaac aagatgaagg aatccatcca tatccagaac ttcggcccgc tccgcgatgt
    12481 gcggatcgac tctccccagt agtcctccta tacctttaca tatatgcaca taacccccaa
    12541 acacatacac gcaatgcaaa cgaaacgctt cccttttgcg gcgatactct tagcgtttat
    12601 cgcgttcgtc gccccactgg cgctccatgc gcaacacgag aaaccggaca attcggccct
    12661 cctcgccgtc ggtacagagg cgccggactt cagcctgccc accgtcgacg gtgaagctac
    12721 catcgcgctc tcagactatc agggccgcta cctcgtcatc gacttctggg cctcttggtg
    12781 ccccgactgc cgcaaggcca acccccgcat ggtcgacctc taccggcgtt ataaagacga
    12841 acccatcggc atcgacttcc tcggcgtctc gttcgacact gaccgcgagg cctgcctcaa
    12901 ggcggttgag aaagacggca tcacgtggcc tcaggtgagc gagctcaaga agtggaaaga
    12961 gacggagatc tcgcgccagt acggcatccg ctggatcccc accgtctacg tcatcgacaa
    13021 catgggccaa gtcctctacg ccggtagcga cctcgactac ctcgaggagc tcctccacta
    13081 catcggcggc gtcggcagcg gtgaaacgaa ttagaacgac tccgcaccgt catgtccaca
    13141 gccatagcag acgacagccg caaggtcacc acccaccggc tctacgagat gaagcagcgc
    13201 ggcgagaaga tcgccatgct cacggcttac gattactcga tggcgcagat cattgaccgc
    13261 gccggtatgg acgttattct ggtcggtgac tcggcctcga acgtcatggc gggcaacatc
    13321 accacgctgc ccatcacgct cgatcaaatg atctaccacg gcaagtcggt cgtcaaggcc
    13381 gtccgccgcg ccctcgtcgt cgtcgacctg cccttcggct cctatcaggg caactccaaa
    13441 gaggcgctcg cctcggccat ccgcgtgatg aagcagacgc acgccgactg tatcaagatg
    13501 gagggcggcg ccgagatccg cgagtccatc cagcgcgtcc tctgtgccgg catacccatc
    13561 atggggcacc tcggcctcac gccgcaatcc atcaacaagt tcggcaccta caccgtccgc
    13621 gcccgcgagg aggcagaggc cgccaagctc gttgaagacg cccgactgct cgaggagctg
    13681 ggctgcttcg ccttggttct ggagaagatc cccgccgacc tggccacacg cgtagccagc
    13741 gagctgcgta tcccagtgat cgggatcggt gccggcggcg gagtagacgg acaagtgctc
    13801 gtcatgcacg acatgctggg catcaaccaa gacttctcgc cccgtttcct gcgtcgctat
    13861 gccgacctgc acaccgtcat caccgacgcc gttcaggcct acatcggcga catcaaaacg
    13921 cgcgatttcc ccaacgaaaa agaacagtac taaagcataa tggcaaaaga attaaaggaa
    13981 ctcaccagta aagacgcgaa ctacgcgcag tggtatcaag acctggtcat caaggccggg
    14041 ctggcagaaa actcagccgt ccgcggttgc atggtcatca aaccctacgg ctacgccatc
    14101 tgggaacgca tgcagcgcat cctggacgac aagttcaagg agacgggcca cgagaacgct
    14161 tacttccccc tgctcatccc caaatccttc ctcagccgcg aggccgacca tgtggaaggc
    14221 ttcgccaagg aatgcgccgt cgtgacgcat tacaggctca agaacgcccc ggacggcagc
    14281 ggcgtcgttg tcgacccggc ggcccgactc gaggaagagc tcatcatccg tcccacttcc
    14341 gagacgatca tctggaacac gtataagaac tggatccagt cctaccgcga cctgccgatc
    14401 ctcgtcaatc agtgggccaa cgtcatgcgt tgggagatgc gcacgcgcct tttcctccgc
    14461 accgccgaat tcctctggca ggagggtcac acggcccacg ccacccgcga ggaggccgag
    14521 gaggaggcca ttaagatgca aggcgtctat gccgactttg ccgagaacta catggccgtg
    14581 cccgtcatcc gcggcgtcaa gacggccagc gaacgcttcg ccggcgccgt agagacgtac
    14641 accatcgagg ccatgatgca ggacggtaag gcgctccaag ccggtacgtc gcacttcctc
    14701 ggacagaact ttggccgagc cttcgacgtc accttcatcg accgcaacgg caagacggac
    14761 tacgcctggg cctcgtcctg gggcgtctcc acccgcctcg tcggcgcgct catcatggcg
    14821 cattcggaca acaacggcct cgtcctgccg ccgcatctcg cccccgtgca ggtcgttatc
    14881 atccccatct accgctcggc cgagcagctg gccgcgatca gtgaaaaggt agatcgcatc
    14941 gccgcccgac tccgcgagct gggtgtccgc gtcaagttcg acagcgacga cacgaagaag
    15001 cccggatgga agtttgccga atacgagctc aagggcgtcc ccgtacgcct cgcgatgggc
    15061 ggccgcgacc tggagaacga caccgtcgag atcatgcgcc gcgacacgct cgagaaagag
    15121 acgcgcccct gcgccggact cgaggaatac gtccgcgacc tgctcgaaga gatccagtcc
    15181 ggcatcttcc gcaaggccct cgaccaccgc gcccgccgca ccgtccgggt cgacacctac
    15241 gacgagttca aggagcgcat cgaggaaggc ctcttcatca tggcccattg ggacggcaca
    15301 cccgagaccg aggagcgcgt caagaacgag acgaaagcta ccatccgctg catccccctc
    15361 gacacggccg acgccgagcc cggccgctgc atggtcaccg gccgcccctc tgcccgccgc
    15421 gtcctcttcg cccgagcgta ttaaatcggt gccggccaac tgggctggcg tccctgacgc
    15481 cttgattttc ttttgcttct tttcttgcat caaggcaaga aaagaaggac atcaaggcaa
    15541 gagaaagtca gccggacgcc agccatcatc ccccctcaaa cacaacacat acaaaataga
    15601 tagataaatg gaactcacag gaagaatcgt agccgtgcag cccgtccaga cgggcgaggg
    15661 ccgcaatggc acatggaaga aacaagagta tgtcgtcgag tacgaccgtc aggcgcagta
    15721 tccgcgcaag atgatgttcg tcctctgggg cgacaagatc gaccaataca acatccagga
    15781 agggcaggag ctgaagatct acttcgacat cgactgccgc gcctacaacg gtcgctggta
    15841 taacgacatc cgcgcctgga aggtcgagcc ggacaccgag gctgcacccg ccgtgccctc
    15901 cgaacccgcg ggacgctttg cggatcatgt gccgccgccc ccgcccgagc tgctcgcctc
    15961 gccgtctgac gcctcgtccg atctgccctt ctaaagccgc gcacgtagtg catccacctt
    16021 cggggcctgt ctctcggaaa catcaagaga ggcaggcccc gattgcgtgg gtgtaaaggc
    16081 gcgtccgccc caagccgagg cgcccctttc atccaaccac ctggtttgac cctttccgcg
    16141 ggtcggtttt gcttcaaacc acctggtttg accctttccg cgggtcggtt ttgcttcaaa
    16201 ccacctggtt tgaccctttt caggggtcgg ttttgcttca aaccacctgg tttgaccctt
    16261 ttcggaggtc ggttttgctc caaaccacct ggtttggccc tttccacggg tggtttttgc
    16321 atcaaaccac ctggtttggc cttttccagg ggtcggtttt gcttcaaacc acctggtttg
    16381 acccttttcg gaggtgggtt ttgccccaaa ccactggttt ggcccttttc ggaggtaggt
    16441 tttgccccaa accattggtt tggccctttt cggaggtggg ttttgcttca aaccattggt
    16501 ttgacccttt tcggaggtag gttttgcccc aaaccattgg tttgaccctt ttcgggggtg
    16561 ggttttgccc caaaccattg gtttgaccct tttcggaggt gggttttgct tcaaaccatt
    16621 ggtttggccc ttactcaagg gggcagaaga aaccaagaca cccagatcga tttttccgcc
    16681 agtagggcag gggcacaccc gcctccgtag gccgacttga gcggacgaaa aagtcgcaat
    16741 ggcctaaaga atgatttgac tttacctttg cccgcgtttc acgaaaagag aatcaacaag
    16801 agagagaatg aagaaactcc ttaccctatg ctgcatcgcc gcgagccttc tcgtggtcgg
    16861 ttgcaatcgt acagccgaca aaggcggggc cgacggctcc gaactctacg gctacgtcaa
    16921 tatccgccta ccgcacatcg agggcatgca cgaatgccac acccaccccc gcgtcatggc
    16981 cttcaccgag cgctatcgcc agagcggccc catcctgggt tactatctcg acgacgccac
    17041 ctacccccgc gtcgatagcc tgggacagat cacgttcgac aactatttca tgatctatgg
    17101 cgactataac cgcgagaact acgacgctac acccgccgac ctccccctca tgcaggagca
    17161 actcgagcgc agcttggtcg gcaccaactg gcaagagcag ggccgacgca cggaagacgc
    17221 ctacaacacg ctcatggtcg gtcagcccgc catcctccag aagtatagcc cgcaggaagg
    17281 cgtcctgacc atgatcatcc tcatgaaata ccgtcaggag aacggctccg aatcgaccgt
    17341 cgtcagcgcc gccaactgcc tcctcatcaa gaagcgcctg ctgagcatgg cctactacat
    17401 ggcctatcaa aacgcctcca ccatcgacgc cctcaagcag cgcaacgacg ccgcagtcaa
    17461 ggctgtcatg gctgccaatt gacgcccgcc cttaccttat atatatgaga gaaaaccgaa
    17521 gcgcccgcct ctatgctcgc caaagcgacg gcgaggacgt cgcccttttc gaggggggga
    17581 acccgctacc cttcttttgg ctcatgctgc tcggccgtga ggacgtcgag ctgtactgca
    17641 tacgcatgcg ccggctcatc gctgccggaa cctcaccttc acgcgccacc cttcgtctcg
    17701 acaagctccg tgcactcatg caggccacca tccggcgccc ctatctggag cgacatttcg
    17761 cctcttggct cggactcttc gacgactgga tctacttcct ccagatctcc gacttctcgg
    17821 atatgaagat ctatctcgac ctctacagcg tcagcctcta ctatcccacc ctcagccagt
    17881 ttgaggaaag tctcttccgc gccctcgact gtttcgatcg caacatcgct accggttacg
    17941 aggagtcgat cgccggcacc tgtggacacg aagctcacaa tcgcaaccgc cgacgcttcg
    18001 agcgcttctc agaaagctat cgggtcaagg cgcaagacga catctacggc ctctccaacc
    18061 gtcgcatcca tttggagaga aactccctgc ccaacgaacg tggccgcttc gccacgctgg
    18121 ccttcctcct ggccctcatc actctggtga tcgccgccat cgtggggcta ctcattatca
    18181 agaaataatc gcatacacac accaagagac ctattataga atgactgaag aaaagaaact
    18241 ggagaccgtc gtgagcggta tccgccccac gggcaatctg catctgggca actatttcgg
    18301 agccgtcaag agctttctgc gcatgcagga cgagtatcgc tgcttcttct ttattgccga
    18361 ctggcactcc ctgaccaccc acccgcgccc cgtcgacatc cggcgcagcg tccgcaccat
    18421 cctctccgaa tacctcgcct gcggcctcga ccccgacaaa gccgccatct atatccaaag
    18481 cgacgtccat gaggtgcttg agctttacct ctacctcaac atgaacgcct acctcggcga
    18541 gctcgagcgt gtcaccacct tcaaggagaa agtccgccag caacccgaca acgtcaacgc
    18601 cggtctcctg acctatccca ccctcatggc ctccgacatc ctcatccacc gtgccgtcaa
    18661 agtgcccgtc ggcaaggatc aggagcagaa catggagatg gcccgcaagt gtgcccgccg
    18721 cttcaacatg atctacgaga ccgacttctt ccccgagcct gcctccttcc accttactga
    18781 gcgcgccgtc aaggtgcccg gcctcgacgg ttccggcaag atgggcaaga gcgaaggcaa
    18841 cgccatctat ctcgtcgatg acgaagcgac gatccgcaaa aaggtcatga aagccgtcac
    18901 cgactccggc cccaccaccc ctgacagtcc caaacccgag cccattcaga acctctttac
    18961 gatgatggag atcgtctcct ctcgcgacac ctacgacttc ttcaacgacc aatacaaccg
    19021 ttgcgccatc cgctacggcg acatgaagaa gcagctcgcc gccgacatca acgccttctg
    19081 cgcccccatc cgcgaacgca ttctcgacat cgccgccaac gaagcctatc tcgacaaagt
    19141 agctcgtgaa ggcgcagaga aagcggcaga gagcgcctcg agtaccatca aggaagttcg
    19201 ccgaatcatc ggcttcagaa ctgctccgta atacgttacg aggcacatgg cgtgaaaaaa
    19261 tatttgcgca taccgatacg ccgtatgccg attcgtctac ttttgcgccg ctctttcaga
    19321 gcaaataata agagaaaaga agatgcataa acagatcatc atagcacgcg cccgggtgaa
    19381 agccggcaga gagaacgctt tcatcgactc cgcaaagaag ctggccgata tagcacgcac
    19441 tgagcccggt aacctctgct attccttcta tcgctccgtt acggagccag agaacttcat
    19501 cttttacgag gagtataagg atgccgttgc ggtaactgcc cacgcctcat cagaggcctt
    19561 caaagccttt actgaagcgg taagagagct gctggatggc gatttaatcg tggataaata
    19621 ctaagcaaat accccgcaag gcgtcactct tatttgggaa aaaaaacgtt tttcgtgttg
    19681 cgaaacattt ttctgctacc tttgcggcga attagaccaa tcagatttta aattcaaacg
    19741 agatgaaaaa gatttcaatg tttttggtgg cttcggccat ggtaatgatg gttgcttgca
    19801 acaacaagag tgcagcaact gaaggtgaaa cgacagattc tacggctgta gaagctccgg
    19861 ctcccgcagc tgaggccgct cctgctgagg gtggaagcgc attcgatcag tatctgagcc
    19921 ttgttgacga gatgcttcct ctgtatgaga aggcagctgc cggtgatgct gaggctaacc
    19981 agaagctgac agagctggga cagaagatgc aggacttggc tccgagtctt cagaacgaag
    20041 cagctaacct gacaccggag cagacgcaga agtatcagga agctatgcag aagctggctg
    20101 aggccgctaa gaaagttcag cagaagaagt aagttctacc cttatttctg gcaagaaaat
    20161 gaagaaggca atccgcgtaa gcgggttgcc ttcttgtcga tatatacctc tgcatagtgg
    20221 tcatagctag ggcaaccgca tcaaaaccac acctacgtcc cagtcgtctg cttatctacg
    20281 gagatcccac ccacgcgtgg ttctgctttc cgtaggggta cagacattaa aaccacgcgt
    20341 ggttctcctt tctgtagggg tacagacatc aaaaccacgc gtggttctcc tttctgtagg
    20401 ggtacagaca tcaaaaccac gcgtggttct gctttctgta ggggtacaga cattaaaacc
    20461 acgcgtggtt ttcctttccg taggggtaca gacattaaaa ccacgcgtgg gtgggatctc
    20521 cgtaggggcg tggagagtaa aaaagcgccc caggcccaca gctatttggg tgcggtagcc
    20581 ttagagtggt cagccctgcc actcagtgtg atacaaagca gtctctatct ttggcgcccg
    20641 aaatgaagta cagcatatac accttcacct tcctcttggg aatcctgtat atcacggccg
    20701 tatccgcgca agatcgtact cggagccggg gcgatcgcgg cgggcgtaga ttctcactcg
    20761 ctatgcgtaa tgccgctcaa gccgctgata gtctcctttc cccagacagc gcgcgcatcg
    20821 gtgtcgcgcg tatcaacgcc taccgtctca ccgataagct cggcgatcca tacatcgcac
    20881 cgatggatac ggacaggctc aacaccgcag atcataccct gatggaaagt cggagtctgg
    20941 cgggtgcata tacggctaat atgggggcac cgttccagtc tcggatcttc agcgaacggt
    21001 ccgaggcgcg cgatttcatc tttgctgacg ccttcgatgg ggatattctc acgcccacga
    21061 acgcctattt ctatgacgtt aaagtgccct acaccaacat cctctacacc cgtgccggcg
    21121 gatcgaccaa acgcgaggag cagctgcgtg gtgtcatcac cggtaacttc gggcggaaga
    21181 tcaacttggg cgcagatttc aactacacct acagccgtgg ccagtacacc tcgaataaca
    21241 acaaactgct ctcctaccgc ctttttggca gctatcgttc ggaccgttac gaggccttcg
    21301 cccacatccg caacctgaat ttcgttacca acgaaaacgg tggcctgact gacgaccgtt
    21361 acatcaccga cccggacaat tttgaggatg gtcggcgtgg agtcgacagc aaatcattcc
    21421 ccacgcgatt cacggagacc tataatcgcc tgcgcggccg cgactttttc ctcacgcacc
    21481 gctataatct cggtttctat cggcgcatga ccgccgatga ggctgatcgc aaacgaaaac
    21541 gtgacgagcg acgagagaag atccgtcagc tgaacgcaga gaaagagggc acgaccgacg
    21601 tgcggcctct cactccacgg agtcaggacg atgcgccaga cgacgacggt ggacttcacg
    21661 cagacgaggt gttcgtgcct gtggcgagca tcatccacac ctttgaatgg gaggatttcc
    21721 gtcgccgatt catctccaac gacgcgggga ttgacacctg ctacacccat cgattcgata
    21781 cgaccacggc acaccccgac gatctccagt cggcccgtac gtttcgcaac acattcgccc
    21841 tctctctccg cgagggcttc cagaattggg tgcaatttgg cctcacggcc tatatctcct
    21901 tcgaaaatcg acgcttcgaa atgcccggtg acaccgcgcg tggtgtcttc caagggcgca
    21961 cgaagaccga cgaatacgcg gccttccttg gcgcggaact ctcgcgcacc cgttccgagt
    22021 ggctcacctt ccgcgcccgg ggagagttcg gtctgctcgg caatgacatc ggtgaaatcc
    22081 gcctcatggg gcatgtcgcg tcccgttttc gtgtcttcgg acgtgaagcg tcgatccgtg
    22141 ccgagggcgc attccaaaat ctcggagcac ctttctatca gcgccacttt cacagtcgat
    22201 acttcatgtg ggacaacgat ttgcacaata cgcaacgtat ctatgtaggt ggtgtggccg
    22261 agtgggaaca gacgcgcacc cgcatttccg ccggcgtgga gaatgtcacg aactatgtct
    22321 acttcggcac cgacggccga ccggctcagc acaccggtag cctccaaatt gtcaccgcac
    22381 gtctccgcca ggacttccgt taccgtgcct tcggctggga caacgagatc atctaccagg
    22441 cgactggcca cgatgacatc gttccgctgc cccggcttgc actttactcc aacgcctacg
    22501 tcgtcattca ccccgtgcgc gtcctgaccc tccaacttgg cgctgacgtt cgctatttca
    22561 ccgcctacca tgccccttat tacgagcccg cgacccagca gtttcagaat caaaccgaga
    22621 taaaagtggg caattacccc ctcatcaacg cgtacgccaa ttttcacctg cgccaagcgc
    22681 gcttcttcgt catggcctat aatctcggcc gcctcttcac cgacccgcgc tacttctcca
    22741 tgccccatta cccgctcaat ccgatggtca tcaagcttgg cattgctgtg accttcaaca
    22801 attgaggcgt gcagagggcg cgcaccccat acgacccatt ctttttgtat ttcacccccg
    22861 caaccgtcga taaaaaatga gaactcgcag aatgcttcaa gtctacatcg gacttctcgt
    22921 cgtagccgta ggcacgatgg gccttattgg tgtctatcgc gccatgaata agcgcacgga
    22981 ggtggtgcgt gattatgctg acatccgtcg tgagggcatc ctccgcttcg tggctgaata
    23041 tgaacgcccc gggagctatg tggccgtcga tgatacggcg ttgcaaggct tccagtacga
    23101 gttgagtcgt gccattgccc gttacgctgg gctcgagatg gagatgcact tcgagatgag
    23161 cctcgagaac agtttcgacg ggctccgtga cgggcgttac gatatcgtcg ctcgcaattt
    23221 gcccaccacc gacgagctga aggccgacta tttcttgacc gatcccatcc tgacagaccg
    23281 tcaggtgctc gtgcaacggc gcgatacggc ccgcctactc cgtaaccagc tcgatctcgc
    23341 gggccacacc atcgtcgtac cccgtgaatc ccccgccatc ttgcggttgg agaatcttag
    23401 acgcgagatg gccgacacgt tccgcatcgt tgaagatccg ctctattcgt ctgagcaact
    23461 aatcgctatg gttgcggcag gcgacatcga ttacacggtc tgcgaccgcc gtgtggccgc
    23521 tgcggccctc gagctctacc ccgaaatcga catcaatacc gacatcggtt tcacgcaact
    23581 ccatgcctgg gccgtccgta ggacctcacc cgtgttgcgc gatagcatca acgcttggtt
    23641 tgcccgcatg cacgccgatg gcaccttcga tcgcatcctc cggaagtatt accccgccga
    23701 ggacgctgcg actgacagat cgtcagctaa gaaggacggc gtgaaggccg tcgcacccgt
    23761 cgggacgaag gccacgcccg atcaggcggc cccatcgaag acgaaagcgg caaagtcaaa
    23821 ggctaagtcg gcccgacaga aagcgaaatc gacgaagtca aaagccaagt cggccccgtc
    23881 gaagacgaaa gtcacaaagt cgaagtccgg ggcggaccga cagaaggcga aagcgacaaa
    23941 ggccaagtcg tccaaggcca aaaaatccac ctcgaaacgt acccgcacca agcgtaaggg
    24001 gtaaaccgga agtgtttgca acatgaatga ccattgagac gccgtcgtgt cgcatgatga
    24061 ggcctaaatg gtcgttgaga cgccatcgtg tcgcacgatg ggacctaaat ggtcgttgag
    24121 acgccatcgt gtcgcatgat gagacctaaa tagtcgttga gacgccatcg tgtcgcacga
    24181 tgggaccaaa atggtcgttg agacgccgtc gtgccacatg atgagaccaa aatggtcgtt
    24241 gagacgccgt cgtgtcgcac gatgagacca aaatggtcgt tgagacgccg tcgtgccaca
    24301 tgatgagacc aaaatggtcg ttgagacacc gtcgtgccac atgatggtcg aactatcacg
    24361 atatgtaagc cttaaaaaaa ggacagatga gggcttcgcg tcccttagcg aaaggctcgg
    24421 atcgaagcga caaaatggca cacgaggtgc gaggccatca tgtcgtgatt tttagctttt
    24481 tactttgctg accaggtcta tttttgcgcg ccgaaaaagg cccgcagtag aggcggttcg
    24541 gtcgcgtggc tgtggacacg ggtcggacta ccgatgcagc ggatgcccac cgcgcaccat
    24601 cacactacac gataaatgaa aatgaacaag cgccccacac acgcggcaac gacggcgtga
    24661 gggccccaaa acaaactgct aaacagatga acattaaatg gatgctactc tcctgcgcgt
    24721 tattggcagg gctcacctcg ggctgcgagg aaaaaacgga agaggcacca ccgcgcaact
    24781 cttacgaact gaatcggcgc aatagcgcga ggctcctttt gggtatagcg acggatctga
    24841 tgcgagaaga tcggtttatc ctggtgcaca tttccgacgc gcacctctcg agctggtcga
    24901 gcaacaatgc gtggcgccgt ccggagaatc tgatcgaggc tgtcaacttt gtcaaccgcc
    24961 cgccgaccaa agtgaacgcc atggttgcca cgggcgactt catttcgaac tcgccaaaga
    25021 caccccgaca gacggccttg gcctatctga gcgcctttgc cacccattac ttcaacgcga
    25081 acctcgtccc ctccttcgtt tgcaccggca accacgacgg taacatgatc aatcccgcgc
    25141 ccgaggagtg gatcacccgc gaggacttct attccgccgt caccgcgagg atcaactacc
    25201 ccgtgtatac cgacgggcgc agcaactatt actacaccga cctgccggac agccgtggcg
    25261 gccggatcag aatcatcgcc ctcgacgaga tggatcgtac ctacaatgcc gagaacactc
    25321 agcgcatggc ggtatactcc ccgcgccaga tcgagtggct cacgcacgtg gcgctaaagc
    25381 aaggaatgac ggcagggcac agcgtgatcg tcctcttgca tcattcgctc ccctcggaca
    25441 acgccacggc gcgccgttac atcgccaacg agcacgttta ttcgtggtac atgatcccgg
    25501 aaatcatcga agccttccgc agcaaaaccc acttccagaa gcgatacccg aataaagtcg
    25561 tccccgggga tacgctcacc gtggatgccg attttaccca ggcaccgggg gaattcattt
    25621 gctatatggg tggccatgtt catacctatt tgaattacga agtctcgtgg atgtcgaaca
    25681 tcaaccgtgc gctgcccaag cagcaggtgc tggtggcgaa caacatgtcg ccgtcggaaa
    25741 agaatcccct gtcgcctatc gaacgtcagc cgcgcggcac ccagaacaat acgttcaaca
    25801 tctacgctat cgacacgcgg gagaagatga tctatgtcac ctttttcggc gccaccctgt
    25861 cctattaccc ccgcgtgatt accctcaatt acggcaacgc gcctatcaac gatctcacga
    25921 agggaaagta aacgcgacta agaagctgtt ttggaattta tttcggaggc tatcgggagt
    25981 atgtttctga tgattttgtt tcatcattag acgagcatag tgagctatgt gaggattaat
    26041 gatgggacaa aagggcagaa acaggccccg atagacccga aacagaatga agcaagctcc
    26101 actcaaacgt ccccttacaa caatcactca ataaattcaa aacagcttct taacaccagc
    26161 aagccctgcc tgcgaagccc tgaggtgtga atacctcgga cttggcaggc agggcttgtc
    26221 atttctgcgc cgcggtgcag cctatccacg ctgtcgcagg gcctcgtaga gcagtacgcc
    26281 ggcggccaca gagacgttca gggaggcgat tgttccgcgt tgcgggatgc gcacccactc
    26341 gtcgcacagc ttgaggtgcg cgggcgccac tcctgtgtcc tcggcaccca tcacgatcgc
    26401 cgtgggaccg gtatacgtga tgtcggtgta cgtcgtgctc gctttttcgg tggcagccac
    26461 caggcgcacg ccgctgtcgc gcaggaatcg gagggcgctg tgtaggctcc gctcccgaca
    26521 aaccgggacg acgttgagtg cccccgcaga cgccttcatc gcgtcggccg tggcggaggc
    26581 gctcccctcg gtcgggatca caagtgcgtc gacgccgaca cattcacacg tgcgcgcgat
    26641 ggctccgaag ttgcggacgt cggtcacccc gtcgagcagg acgtataaac cgtcgcgccc
    26701 ctgctcatag accgcgggga cgatgtcctc gatccgttgg taggtgattt cagccacgaa
    26761 cgcgataacg ccttgatgat tttttcgggt gatccggttg aggcgctcca caggaacgtg
    26821 ttgcacgggg atcagcctgc cgcgcaggag gtcgtggagc tcgcggagga gctcgttacc
    26881 ctgtcgatcc ttcttgatga ggattttatc gatgtctcgc ccggcttgca gggcctccat
    26941 gacggcgcga gtaccgaaga tgatatggtt gtcggtcatt ttgtcggaaa taatagggga
    27001 gtagtatctg gtggataggt aggctgggaa atgcttactt catgtcgaga agctctcgtg
    27061 cgttggcgat ggctgcatcc gtgagagatg cgccgctaag catgcgcgcg atctcaccga
    27121 cacgctcgtc cggggtcaat gggcggatgc gagtcagggt gcgatcggcg gtgtcctcct
    27181 tataaacgta gtaatgggcc gctcccttgg ctgcgatctg gggctggtgc gtgatggtga
    27241 tgacttgcat gcggtgtccg agggtctgca tgatgtcggc catacgatcc gatatgtcgc
    27301 cggacactcc ggtgtcgatt tcgtcgaata tgatggcggg caaggccgca aatcccgcga
    27361 tcatagcctt gatacagagc atgaggcgcg aaatttctcc gcctgaagcg gtctgcgcca
    27421 ccggactgag ggcttcgttc ttgttggccg aaaagaggaa ggccacctcg tccatcccgt
    27481 ccgccgcggg acgggcgcgc cgggtgaagt cgatccgaaa acgtgtgttg gggactccca
    27541 gcgtgcgcat ccgctccgca atttctcgct cgacaccagc cgccgcctcg gtgcggcgcc
    27601 gtgtgagcgc gtcggcctgg gtcagcacgt cttgcagggc ctcgtcgcgc tcgcgggtga
    27661 gggccgcaag gcgttcgtcg aacgaatcga tggccgcgag acgggccgca aagtcggcct
    27721 gaaggctgag gagcgcttcg acagactcca ctcggtgttt gcgctgcaaa ctgtagatga
    27781 tgttcaggcg atcattgacg tacgtcatgc gctcggggtc gaaatcgaca tcctccttga
    27841 ggtgatcgat gtccgcgtac aagtcttcga gatcaagcct tgcggtgcgg atccgctcgg
    27901 cgtaatcggc cgcccccggc aggtagtcct tgatcccctc catcagcccg agcgcctcat
    27961 gcaggcggat cagggccccc gcgtcgtcgt cgcccagcat gcccgcggtg cggaagagtg
    28021 cttcgcggat ctcttcggca tgtgacagcg tcttcagctc ctcttcgagc tccgcttgct
    28081 cacccgcctt cagacgcgca gtcgtcaatt cctcaacttg gaaacggaga tagtcctcgt
    28141 tctgattatt tcgctcagcg gcatccttta gctcgtccag tcggctctcc gcgtcgcggt
    28201 aagcctggaa tcgctcggcg tacgcacgct gaagatccgt cgtttgcgcc atcacgtcga
    28261 ccacgttgag ctgaaaacgc gtgtcggcca ggagtaggtt ctggtgctgg gagtgaatat
    28321 caatgagatg cccacccagc tccttgaccg tggccagcga aacgggcgta tcgttaatga
    28381 acgcgcgtga cttgcccgtt gcgctcagct cgcgacgaag taggcaggag gtgggatcat
    28441 attcgaggtc attttcttgg aagaacgcct cgaggccata ggccgagatg tcgaactcgg
    28501 cctcaataac gcacttgtcg gctcccgcgc gtgcgctttt ggcatctgca cgcccgccaa
    28561 ggacgagtgc gagtgcgccg aggatgattg acttgccggc gccggtctca ccggtgatga
    28621 cggagaagcc ttgatcgaag gtgatatcca gtcggtcgat gagcacaaag tttcgtatgt
    28681 gaagcgattt aagcatgagg gctatgtgaa ctaaaaacta atagtgatga tctgccattc
    28741 cggaaagatt cctatggcca tagtggccac aaagatgtct ccgtttttac cttttgggta
    28801 ttgataccgt cccgagcgta gtgaaatacc gttccgagaa aatcatttgg aaatatcctc
    28861 ctgaaaaaga agaagttact tagtcatatg cattggatag gtaacgaagt ggaaacaagc
    28921 gaagcgcttg aggttgctgg aatctgcaca aacaaagggc gcttgtcatt tgaggctgca
    28981 atgttactat gactatttaa aaaacaggcg tttttgatgc gattctcgcg atttagcttt
    29041 tggcttgggg aaggttagga tgaacggacc tgatgagcgt acaagctcat atccccctcc
    29101 ctcgcttctt ctttttcacg gcttggtttc ttaggcgtcg ttgccatgcg atctcggcgt
    29161 agtctgcgcc gtgtgtctgt agagctgtga cctctccagt ctccgaaaga agacttcccg
    29221 cggtgtctaa agcaacgtcc acaacggggc ttgcgacttg tgcggtaggt gtactgtcgt
    29281 tcgtggatct catggaggaa tggctggagg ggatgatgag attctgtgca ttgtcggact
    29341 cgaactgctt cggcagggtg cgaaaaccga actcgcggcc gatctcggag gccttgaaac
    29401 tttggccgtc gtaggtgaac ttcagtccat agactttccc ctgcttgttc ttcaagcggt
    29461 cgatctcgac gccacttcgg tacagctcat agaggaacat ggagtgaccc gacaggcctt
    29521 tcccgcggta cttctcgagc agggcgcagc agatgctccg cacttgttgc ttcgtgcgct
    29581 ctcttgcggg attggcttgg gctttccgat gcggtcgcgc ggagtggact tcgttagcaa
    29641 tggtcagctc gtacttgtgg ctgagttctt cggccactct ggcggctcgg ttactgacga
    29701 aggtggtgtc gtaaaccttc ccgctgaggc tgatccgatt ggcgatgatg tggatgtgca
    29761 ggttgtcggt gtctttgtgc gtggcggcca cccattggtg atcgtccagt cccatctgct
    29821 tggcaaagag caaggcgagg tggttcaggg tcttgaatgt catctgcgcc tcgtccttcg
    29881 gggcgatacc gatctctata cgcaggaact tgtttttaca gcgactgctg taatcaccga
    29941 tgagcttcat ctcctcgtga atctccttcg gcgtttcgct acacaggttg tggagggcga
    30001 ggatctggcc gagtttgcct tcgcgaaaga tgtactccag cgcgttgcct ccgtgtgcga
    30061 tggccttaca ctttgcgatc atggtcttcg atatttaagc gcttaaatac ctcctcgggg
    30121 acccgatagc gggggctgaa gaaccgctta aaagcgatct tggc
//
LOCUS       SEQF2638.1|AYYF01001616.1 49496 bp   DNA    linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..49496
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             71..247
                     /locus_tag="SEQF2638.1_02275"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRKTRPNNSIKQASNKFKTASQLVYNHGMKVKDVKRALKLAEMY
                     KKEIVEVWYKYHDE"
     CDS             263..670
                     /locus_tag="SEQF2638.1_02276"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEKIKEVWFADGRIFVRTDQGKVHSRPLEAFPRLKRATEEQRKA
                     YTIEMRGQALRWKEMDEDIHISSFYEVAEPEPNNEVAMLFMRFPGLKVQDVAQHMGVD
                     ESLLEKYLYGIRKPSPKRMEQLRSALRVPEKAM"
     CDS             complement(771..1313)
                     /locus_tag="SEQF2638.1_02277"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKHVPNLLSALRILLSPVLIATADRPPLLAALMLLAGATDAVDG
                     IIARRFDCQTRLGARLDSVADWTFFLALGWVFCTRYESVVRSCLTELVVVLALRLAAI
                     VVGWLRFRRLLSVHTLGNKISAVIAFVLLVRIVWCGPVSATALRIALLFAALTALEEL
                     LIIVRSRTPDPNQRSLFGRR"
     CDS             complement(1347..2330)
                     /gene="pfkA"
                     /locus_tag="SEQF2638.1_02278"
                     /EC_number="2.7.1.11"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P21777"
                     /codon_start=1
                     /transl_table=11
                     /product="ATP-dependent 6-phosphofructokinase 1"
                     /db_xref="COG:COG0205"
                     /translation="MATNIQCIGVLTSGGDAPGMNAAIRAVTRTAIANGIIVKGIYRG
                     YRGLITNEITSLETQSVSNIIQRGGTILKTARCDEFRTPEGRRQAHDVIVEHGIEALV
                     VIGGDGSLHGARDFAQEHNFPIIGLPGTIDNDLSGTDLTIGYDTALNTIMECVDKIRD
                     TASSHERLFFVEVMGRDAGFLALNGALATGSEAAIIPEISLEKDQLAEMIEQGFRKSK
                     NSSIVLVAESEVTGGAMGVAERVKKEYPQFDVRVSILGHLQRGGSPSAQDRILATRMG
                     EAAIEALLEGQRNVMVGLQNDELVLVPFAKAIKKDKPIDRHLLDVLRIVSR"
     CDS             complement(2488..3654)
                     /gene="gcdB"
                     /locus_tag="SEQF2638.1_02279"
                     /EC_number="7.2.4.5"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q9ZAA6"
                     /codon_start=1
                     /transl_table=11
                     /product="Glutaconyl-CoA decarboxylase subunit beta"
                     /db_xref="COG:COG1883"
                     /translation="MHENFLTFLGENMQTFLSFTGFANATWGHIIMLLVGLVFIFLAI
                     KYEFEPMLLIPIGFGILIGNIPFKDAGLQIGIYEEGSVLNILYQGVKQGWYPPLIFLG
                     IGAMTDFSALISNPKLILIGAAAQFGIFGAYIVALQFGFDPSQAGAIGIIGGADGPTA
                     IFLSSKLAPNLMGAIAVSAYSYMALVPIIQPPFMRLFTTKKERVIRMKPPRVVSQTEK
                     IVFPIIGLLLTAFLVPSGLPLLGMLFFGNLLKESGVTRRLAEAARGPIIDIVTILLGV
                     TVGASTQATEFLRFQSVQIFILGAFSFMVATSAGVLFVKFFNLFLKEGNKINPLIGNA
                     GVSAVPDSARISQNLGLEYDPGNYLLMHAMGPNVAGVIGSAVAAGVLLGFLGAS"
     CDS             complement(3667..4098)
                     /locus_tag="SEQF2638.1_02280"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKQFKYIINGNVYNVSVNQVEDTTAEVEVNGTPYKVKMDKPAKK
                     EFVTIKRPAQAPTTTTGAPVVTRHAAETSAAALKSPLPGVILTVDCKVGDTVKRGQKL
                     FVLEAMKMENIIPSDRDGQIVEIKVGKGDSVLEGADLVIIK"
     CDS             complement(4157..5044)
                     /locus_tag="SEQF2638.1_02281"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTKGMFLAMVLLVCSLAASGQSASSIRLNEVLVINVDNFVDDY
                     GSRSGWIELFNNSPGTIDLKGCYLTNDVNNPRKYMIPKGDVKTKIPPRQHALFWADNK
                     ASRGTFHLNFTLDPERENTIFIFDSDGKTLIDKVTVPVGQKPDVSYGLTLDGGDTWAT
                     LEKVTPDTNNKVLDSNEKIENFQTNDPWGIGMTLTAMAVVFAGLIVLYFLFKQVGRIA
                     IHASRRRSEKAGMTGVAVKSSGQESGEIFAAIALALYEVSEDTHDIESTVLTMSKVAR
                     RYSPWNSKIYGLRNLPARR"
     CDS             complement(5078..6631)
                     /gene="pccB"
                     /locus_tag="SEQF2638.1_02282"
                     /EC_number="6.4.1.3"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q3J4E3"
                     /codon_start=1
                     /transl_table=11
                     /product="Propionyl-CoA carboxylase beta chain"
                     /db_xref="COG:COG4799"
                     /translation="MSNQLEKVKELIAQREKARLGGGEKAIAKQHERGKYTARERINM
                     LLDEGSFEEMDMFVEHRCTNFGQDKKKILGDGVVTGSGTIDGRLVYVFAQDFTVFGGS
                     LSETMAQKICKVMDKAMMMGAPCIGINDSGGARIQEGVNALAGYSEIFQRNILASGVI
                     PQISGIFGPCAGGAVYSPALTDFTLMTEGTSYMFLTGPKVVKTVTGEDVTQEDLGGAS
                     VHSTKSGVTHFTAKTEEEGLATIRQLLSYIPQNNLEEAPLKECNDPIDRLDDNLNEIV
                     PDNPNRAYNMYEVINTIVDDHEFFEIQPNYAKNIIIGFARFNGQSVGVVANQPKFMAG
                     VLDCNASRKGARFVRFCDAFNIPIITLVDVPGFLPGTGQEYNAVILHGAKLLYAYGEA
                     TVPKITVTLRKSYGGSHIVMSCKQLRGDLNYAWPTAEIAVMGGSGAAEVLYAKELKEA
                     ADPAALMAEKVNEYNKLFANPYNAARYGYIDDVIEPRNTRFRIIRALQQLQTKKLTNP
                     AKKHGNIPL"
     CDS             complement(6658..7059)
                     /gene="epi"
                     /locus_tag="SEQF2638.1_02283"
                     /EC_number="5.1.99.-"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q3IZP4"
                     /codon_start=1
                     /transl_table=11
                     /product="Ethylmalonyl-CoA/methylmalonyl-CoA epimerase"
                     /db_xref="COG:COG0346"
                     /translation="MEITHIEHLGIAVKSIEEQLPYYEEVLGAKCYNIEVVEDQKVKT
                     AFFKFGQTKIELLEPTSPESTIAKFIEKRGEGIHHIAFATPDVQAALDEAASKGVQLI
                     DKKPRPGAEGLHIAFLHPKSTHGVLTELCMK"
     CDS             8101..9159
                     /locus_tag="SEQF2638.1_02284"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSTKEKYWKYSLVTLILGLGALIVGELWAFVSGLLGAFTIFVLV
                     RGQMITLTERWHWPRVLATVVVLIEVAVMILGPLTLIGWMTVERVQHINMDISGLQQM
                     VDDIDRQIKRRFGYDLFTFDNLTMATGYMSRGVQYVIGQVSSMAVTLVVLVFFLYFIL
                     VDFRRIERYVYELLPFKEEHRLRVVNEIYRMVRSNAVGIPLLAIVQGLVAYAAYFFFD
                     LPSALLFAVLTCFATIIPIIGTSIVWVPLVVYLLILGRWVDAAGLAAYCSIILINIDN
                     VVRFILQKRLADTHPLITVFGVILGLSLFGFWGIIFGPLLISMFFLLVNIFKEEYLDE
                     GKSETETEPTKADHILEE"
     CDS             complement(9755..9874)
                     /locus_tag="SEQF2638.1_02285"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRLWMMIAGGKSLYQGSGGVLTKDIELSSAFVDEPPRLK"
     CDS             10341..12221
                     /gene="mnmG"
                     /locus_tag="SEQF2638.1_02286"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q8KA85"
                     /codon_start=1
                     /transl_table=11
                     /product="tRNA uridine 5-carboxymethylaminomethyl
                     modification enzyme MnmG"
                     /db_xref="COG:COG0445"
                     /translation="MKFDYDVIVVGAGHAGCEAAAAAAGLGSRTLLITRDMNNMAQMS
                     CNPAVGGIAKGQIVREIDALGGWMGRVTDRTTIQFRMLNRSKGPAMWSPRAQCDRAQF
                     VRVWRETIEGIPNLYLWQDTVNQLLLDGQEVRGVRTQLGIEFHARCVVLTNGTFLNGL
                     MHVGSVRFSGGRMAEPAVTGLTEQLVSLGFTADRMKTGTPVRIDGRSVHFEELTEQAG
                     DVDPHRFSYLDNVRSELKQLSCWTLYTNPACHEVLRSGLSESPLYNGSIKSIGPRYCP
                     SVETKIMLFADKTQHQLFLEPEGEQTNEYYLNGFSSSLPFDVQLRALQQLPAFRDIHL
                     YRPGYAIEYDFFDPTELLHTLETKRISRLFFAGQINGTTGYEEAAGQGLVAGINAHLR
                     CHSEEETFVLRRDEAYIGVLIDDLVTKGVDEPYRMFTSRAEYRILLRQDNADMRLTER
                     GYRLGLADDYRYRLFLSKKQACEEVTNFIRSFSVTPERVNDLLLRLGTSPLEHACKLV
                     DVLSRPQVKFTDAMNGIFEFREIIDAISANYRNEVLEAVEIDVKYGGYIKRERLVADK
                     ISRLENIRIKGRFDYASIQSLTIEARQKLARINPETLAQAGRIPGVSPNDINVLLVLL
                     GR"
     CDS             12261..14072
                     /gene="uvrC"
                     /locus_tag="SEQF2638.1_02287"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q5KWH6"
                     /codon_start=1
                     /transl_table=11
                     /product="UvrABC system protein C"
                     /db_xref="COG:COG0322"
                     /translation="MNDRLNYITSLLSTIPEKPGCYQYYDAKGTVIYVGKAKNLRKRI
                     SSYFQKEHENRKTRVLVKQIYDLRYIVVDSEADALLLENNLIKQYRPRYNVLLKDDKT
                     YPSIVIKNEPFPRIFQTRNIIRDGSLYYGPYSSVHFIRTLLHLIKELYPIRNCKHALT
                     PEAIGSGKYKVCLQYHIKRCKAPCVGMQLAEEYNRNIADIKEILKGNSSKVSELLLER
                     MKVLAEEMRFEEAQEVKRQYDLVESFRLKSTVVPMLHNVDVFSLDENETSFFINYMHV
                     GSGAIVQVYTIEYQKKLDDEQKEYVLGLGIVEMRERFRSHANEIIVPFIPEGVFPEGI
                     SFTVPQRGDKRKLLELSLQNAKQYKVDKLKRSEKFNPEQRATRLLTTIQKDLHLPVLP
                     MQIECFDNSNIQGTNPVAACVVFKKAKPSKKDYRHFHIKTVVGPDDFASMREIVTRRY
                     TRLLEEKAPLPQLIIIDGGKGQLNAATEVLRELNLLGKITIVGLAKRLEEIFYPGDPF
                     PLVLDKTSETLKVIQHLRDEAHRFGITFHRHMRSKGQIVSELDTIKGIGEKTKEALLK
                     KYKSVKRIREAQSAELEELIGKKKAALVAEGLGMEVR"
     CDS             14359..14811
                     /gene="dtd"
                     /locus_tag="SEQF2638.1_02288"
                     /EC_number="3.1.1.96"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:A0A023W421"
                     /codon_start=1
                     /transl_table=11
                     /product="D-aminoacyl-tRNA deacylase"
                     /db_xref="COG:COG1490"
                     /translation="MRTIVQRVREASVVVDAKCVAEIGQGMLLLVGFEDADTPDDLEW
                     TAQKVANLRIFDDAEGVMNRSVKDVEGELLVVSQFTLYASVKKGNRPSYIRAAKPDVA
                     VPLYEAFCETMSQYLGKRVKTGIFGADMKVSLVNDGPVTIVIDTKHKE"
     CDS             14808..15152
                     /gene="ypjD"
                     /locus_tag="SEQF2638.1_02289"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P42979"
                     /codon_start=1
                     /transl_table=11
                     /product="putative protein YpjD"
                     /db_xref="COG:COG1694"
                     /translation="MNEMENLTIRDVQRRVDDWIKTYGVRYFSELTNMAILTEEVGEV
                     ARIMARRYGEQSFKVSDAKHDLADEMADVLWVLVCLANQTGVDLTEAFERNLKKKTER
                     DNERHLHNQKLQ"
     CDS             15154..16083
                     /gene="deoC"
                     /locus_tag="SEQF2638.1_02290"
                     /EC_number="4.1.2.4"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_00592"
                     /codon_start=1
                     /transl_table=11
                     /product="Deoxyribose-phosphate aldolase"
                     /translation="MNRNEHEHHHDCDCHHHHDEEEMADKYHECFNRFQPALTDAEVA
                     EKTAQLLAEKAPKYFTEDTLKQLHGLIDLTTLTTLDTKDSVWQMVDTEVNQWEGTRPD
                     VPHVAAVCTYPNFTETVRQALQVKDVSIAAVAAGFPASQTFPEVKIAEVGMAVLAGAD
                     EIDVVMNLGLFKEEAYEELTDELQEIKESCRGARLKVILETGALASAEEIHRATILAL
                     YSGADFVKTSTGKGYPGATPEAVYTICRVLKQYQKISGRRAGLKVSGGVRTAEDAVKY
                     YTLVRELLGAEWLHKDTFRIGASSLVQDIRKRL"
     CDS             16124..17275
                     /locus_tag="SEQF2638.1_02291"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:vienna_vog:VOG17015"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKLITCLCMALAATLGSATLKAQYGPLPGGGYGSSSINWKYET
                     ATRTLTLTGYGRIPDYSNLQPAPWAKHRAEIKSIVIGSGITSIGEYAFAGSSALTSVQ
                     IPAGVTQIEDYAFANCSALPAITLPIGVTEIEKGVFLNCSSLRSVTLPQGMQKVGDGA
                     FANCTSLPSITLPLGLREIEKGAFSGCTSLASVSFPAAGLTDIDEGAFYGCTALKAAT
                     LPLGLREIDKNAFWGCTSLTNVSIPASVTEIKSGAFGGCTGLRSVTVGWTVPPMPRYP
                     IFPSVPVANVQLNVPRGTESTYRSMPVWNEFLKIGTVANAEVDGRQIYATDGVLYLTL
                     PKPELVRIFDVSGRLLQTFSAPAGSSTLRLKAGYHIVQVGDTAEKVYVN"
     CDS             18028..18945
                     /locus_tag="SEQF2638.1_02292"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDEYIEINKVGLPQLDNGRHYEYHNFVYGLLSAADATKIGVPAA
                     KITEYKGCLDVEGEINLETQANSNTQRMLKKDAERDRLLNYIFGTIRTGHFSPDATEA
                     TAADELEVVVRPYTRIQKAAYDIESADIDGLLIDLRKAKNTPHLTALRLTNVLSKLET
                     ANAEFRQVYAERTSTRADDKDLPAAKDARAKTDAVFDRIAFILQAAYYSGTAPVERAL
                     IGSIVKQMNQRMEETYEKYRYSLAQKRAADKKKPKEPKDPKPPKDPKDPKQPKDPQPA
                     PDPKPQPDPKPQPKPGGDDGGPDIHLPEE"
     CDS             18994..19494
                     /gene="sigR"
                     /locus_tag="SEQF2638.1_02293"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q7AKG9"
                     /codon_start=1
                     /transl_table=11
                     /product="ECF RNA polymerase sigma factor SigR"
                     /db_xref="COG:COG1595"
                     /translation="MDTSYFRNKLLSLQDYMMNFALTLTADREDAMDLTQETSLRVLD
                     NLEKYTDNRNFKGWVLTVMRNIFINNYRRVLRSQTVVEQDIDLYHLEATTESSIETPE
                     SACRLQEITKAIGELNDELRVPFTMYVSGYRYNEIADALGIPLGTVKSRIFFARQALK
                     TKIEEN"
     CDS             complement(19653..21422)
                     /gene="topB"
                     /locus_tag="SEQF2638.1_02294"
                     /EC_number="5.6.2.1"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P14294"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA topoisomerase 3"
                     /db_xref="COG:COG0550"
                     /translation="MRLCIAEKPSVALEIARVLGANTRRDGFYEGNGYVVSWTYGHLC
                     TLKDPGDYTPAWKRWDMRCLPMIPPRFGIKLIEEEHCMRQFRVLEALIAKAEEVINCG
                     DAGQEGELIQRWVMQKARCQCPVKRLWISSLTEEAIREGFHRLRDASAYQRLYEAGLA
                     RAIGDWLLGMNATRLYSLRFGGPGRVLSIGRVQTPTLALIVRRQREIEAFRPEPFWEL
                     KTVYRDVTFTASHGRFAKKEEGEALLRAIEGQPFTVTDVTKKKGREAPPKLFDLTSLQ
                     VECNRRFSLSAEETLRLIQSLYEKKVTTYPRVDTTYLSEDLHPKVSGILKGMTDYAAL
                     TSPLTAAPIPKNKRVFDNKKVTDHHAIIPTGTAAPAGLTADERRVYDLVARRFIAAFY
                     PDCEVSTTTVTGASAEVDFRATGRQILKPGWRTVFEREGSKKEEEKPTEEEVAEESVL
                     PAFRKGESGPHQPSLVEKQTTPPKPYTEATLLRAMETAGRFVDDEALREVMKENGIGR
                     PSTRANIIKTLLKRDYIRRERKHLVATPTGVSLIDTIHEELLKSPELTGQWERKLRGI
                     EQGSYEASAFLTELKEMVARIVR"
     CDS             21440..22009
                     /locus_tag="SEQF2638.1_02295"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLGAQRCIDQSASPRQGSFPGTFSRLIISSYPANFPGLGEALIF
                     FCCFSSIKGRKEGGETPRNSRFRCVAKKKRGVIPDYRPISSKRQALFAPGSIHSQARD
                     TEKRLPISHTRPTRSLCLYPLPSTLYPLPSTLYPLPSTNPYSRTTAEAAPRPTPRSNT
                     PSVRRGRYGWIARSDAPPPRSPADSRRTG"
     CDS             complement(21855..22328)
                     /gene="cdd"
                     /locus_tag="SEQF2638.1_02296"
                     /EC_number="3.5.4.5"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P19079"
                     /codon_start=1
                     /transl_table=11
                     /product="Cytidine deaminase"
                     /db_xref="COG:COG0295"
                     /translation="MREERIEIRLQRGRIEELTADERRGMDVALAAAERAYAPYSRFH
                     VGAAVELADGRLVPGSNQENAAYPSGLCAERTALFTAGAQHPDVAVRALYVVAMKDGV
                     VQDKISPCGGCRQVISEVEHRYGQSIRIYLCGRTEYCCVESAEALLPLSFGSKDL"
     CDS             22439..23503
                     /locus_tag="SEQF2638.1_02297"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG4772"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIPRCIRYFILIFYTGFTIVAAGHAERKRHPAYEKYITQYGYIA
                     VQQGDRYNIPPSITLAQALHESGAGLSRLSLESNNHFGIKCHKDWKGARTYWDDDLKD
                     ECFRKYNNVAESYEDHSRFLVDKKRYSKLFLLRKTDYRGWAKGLQECGYATDRAYANK
                     LIKMIEDYELYLFDTGKRIAREVQEKTRNEQPRTTPTTPSQKPSTRPLTEPGKKEGTF
                     FERLFGKKKAEQPQPSSPEEKGLKPRDVYKTGGLLYTIARYNDTFDRIAQDLGFTARE
                     LARFNESPENFSLRRGDIVYLEKKKKRADMPHLYHQVQIGESMHSISQYYGIQVSTLY
                     ALNEKNQSYVPREGETLKLR"
     CDS             23518..25311
                     /locus_tag="SEQF2638.1_02298"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:prok_vog:VOG4772"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMRPRTLSLYRLAIIIGCITLASSPVLVERMEAGKTEVRNLDAC
                     EEYIQAYHLAAIHQQTRHRIPASITLAQGILESSAGKSYLAIQGNNHFGIKCGNWTGD
                     YLYKQDDGRLERFRKYTSVEQSYEDHSHFIADRAHYKSLFELKPTDYVGWAHGLKRCG
                     YATDPKYASKLIELIERYELHAYDLASASSSEPIVSRPARSVSTPSAPAKRSATSPEV
                     KPERKKPEETKPAAATQREPGTKPTAHGIKVPKKSKPEAAAPRAQKEPAAQPAPAKPA
                     PKKEAAPAAKPAPTPKADAPKPAAKPAADPKAAAPKKPAPAEVKKPAPAPKADAPKPA
                     AKPAADPKAAAAKKPAPADAKKPAPAPKADAPKPAAKPAADPKAAAAKKPAPADAKKP
                     ASAPKAWTPKPAAKPAADSKAAAAVKKPATAVKKSAIASAKKPVATKKTVSPPAAKKP
                     APTPKKQSGKLVASSERSKATPTKKVTPKDQRAPQAKKPAASVVNKAKTPAAKPAAKP
                     TAAKPAATAKPTAKPATKSAAKPVAKATAAKPTAKPAAKTALVKKTTPQASQKKEPKT
                     PQKTSTLRRQNNNERPTVHTARRQRLERRRA"
     CDS             25253..26422
                     /gene="purM"
                     /locus_tag="SEQF2638.1_02299"
                     /EC_number="6.3.3.1"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q97TA2"
                     /codon_start=1
                     /transl_table=11
                     /product="Phosphoribosylformylglycinamidine cyclo-ligase"
                     /db_xref="COG:COG0150"
                     /translation="MSDQRYTRRGVSASKEDVHNAIRRIDKGLFPKAFCKIIPDILGA
                     DPAYCNIMHADGAGTKSALAYLYWRETGDLSVWKGIAQDALIMNIDDLLCVGATDNIL
                     VSSTIGRNKLLIPSEVISAIINGTDELLAELREMGIGVYATGGETADVGDLVRTIIVD
                     STVTCRMRRADVIDNARIRPGDVIVGLASFGQASYEHAYNGGMGSNGLTSARHDVFAH
                     YLAEKYPESFDAAVPDDLVYAGGLRLTDAIEGLKVDAGRLVLSPTRTYAPVVKALLDA
                     MRPEIHGMVHCSGGAQTKILHFIGDDMRVVKDNLFPLPPLFRIIREQSGTDWAEMYKV
                     FNMGHRMEVYLDAARAEEVIALSRSFGIDAQIVGRVESAERKELIIRSEFGEFRY"
     CDS             26733..27617
                     /locus_tag="SEQF2638.1_02300"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRTLKVIIHTENPRDHQKVRKGKLDCVMTVLSRRFCEIADLSKI
                     EEMDRPCLYLLVDEGRKAYIGQTASFRVRVKDHLGKKRWWTRAYVFVSDSNQYDQASI
                     TYLEYLAIHEGLATGSYDLSENGQKPTKPILQEGDSSDYDEIFEEIKFFLEYERCFVF
                     VKPEVNAQADAPLQKEVIIPQPVAKDYPVFCLNHTNHTCVARGYPLNDGTNSFVVLKG
                     SEISVKESNTKGGSARVEMLKYCTLRDDDKYVLNEDFVFDSPSGAAGACLGRSSNGYD
                     VWKTEAGVTLKSYLENLK"
     CDS             27630..28739
                     /gene="prfA"
                     /locus_tag="SEQF2638.1_02301"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q8DU64"
                     /codon_start=1
                     /transl_table=11
                     /product="Peptide chain release factor 1"
                     /db_xref="COG:COG0216"
                     /translation="MNANPILQKLDGLTARFEEVSTLITDPEVIADRNRFVRLTKEYK
                     GLEELLAAKRDYEQLLANLDEARSIVMNDDDPDLKEMAREEIAAGEARLPALEEQIKL
                     MLVPADPEDAKNAIVEIRGGTGGDEAALFAGDLYRMYAKYCEVKGWGVAVSSVSEGTS
                     GGFKEIIFTVTGDNVYGTLKYESGVHRVQRVPQTETQGRVHTSAATVAVLPEADEFDV
                     EINEGEIRWDTFRSSGAGGQNVNKVESGVRLNYTWRNPVTGESEEIRIECTETRDQPK
                     NKERALSRLRSFIYDREHSKYMDDIASRRKTMVSTGDRSAKIRTYNFPQGRITDHRIN
                     YTIYNLPAFMNGDIQDCIDRLTIAENAERIKESEL"
     CDS             28856..28966
                     /locus_tag="SEQF2638.1_02302"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKGSSFLLLMEEKKQKKIKAAGLPANYAGAPKDYLP"
     CDS             28991..29803
                     /gene="pyrF"
                     /locus_tag="SEQF2638.1_02303"
                     /EC_number="4.1.1.23"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P9WIU3"
                     /codon_start=1
                     /transl_table=11
                     /product="Orotidine 5'-phosphate decarboxylase"
                     /db_xref="COG:COG0284"
                     /translation="MNKNELIQNIRRKKSFLCVGLDTDLKKIPPHLLNDDDPIFAFNR
                     AIIDATAEYAIAYKPNLAFYECAGARGWLAFEKTVRYLREHHPDTFLIADAKRGDIGN
                     TSALYARTFFEETDVDALTVAPYMGEDSVTPFLSYDGKWVVLLALTSNKGSADFQLTA
                     SADGERLFERVLRQSQEWADDERMMYVVGATQGRMFEDIRRIVPRHFLLVPGVGAQGG
                     SLDEVCRYGMNADCGLIVNSSRAILYADRTEAFATAAAREARAVQQQMAAYL"
     CDS             30033..30380
                     /locus_tag="SEQF2638.1_02304"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:vienna_vog:VOG19767"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEPFDDMKVIYNRLVPFRGFTAINLMGVVFARVEYRPLSAAILR
                     HEAIHTVQMKETAFLGFYLIYISEWLWGLLRRQSSFAAYRAIRFEREAYRYMADPSYL
                     TRRHPYAWASMSQ"
     CDS             complement(30571..33330)
                     /gene="polA"
                     /locus_tag="SEQF2638.1_02305"
                     /EC_number="2.7.7.7"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P00582"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA polymerase I"
                     /db_xref="COG:COG0258"
                     /translation="MKLLLIDAYALIYRSYYAFIRNPRVNSKGMNTSAIFGFINSLDD
                     ALRRLTPTHAAIAFDPAGPTFRHEAFPAYKAQREKTPEDIHASEPYIRRFIEARHIPL
                     LEVARYEADDVIGTIATQAAQEQFDVYMMTPDKDYGQLVTDRIFQFRPRHGGDYETMG
                     TAEVLAKYGLADVRQVVDLLGLMGDASDNIPGCPGVGEKTAQKLLTEFGSIERLLEST
                     DQLKGALRTKIEMHAEQIRFSKFLATIVTDAPIQFDAAACAISEPDRDALRELYTELE
                     FRSFLNKLDAPADAPAPGSQLTLFANEPTAPPPSPDGADTTDATTTPHTYHLVDTDEE
                     RRALAEQLNHAEAFAFDTETEGVDALHTRLVGMSFALRAHEAWYVPVPADEEEARTTV
                     APFAAPLQNAAIRKVGQNIKFDLMVLIKYGIRVDGPLFDTMIAHYLLHPELRHNMDYL
                     SETYLRYRPIAIESLIGPRGKGQRTMREVPVKDVCEYAAEDADVTWQLMEHFRPLLVE
                     HAADRLFHDIEMPLVPVLAEMEEAGVTLDTEALRQSSDTLNATLCNLEEEIHTLAGMP
                     FNINSSRQVGTVLFEHLRIEEKVKKTKTGLYSTGEEVLEKLRSKHPIVGKLLDYRRVK
                     KLLSTYIDALPERVDPATGKIHTSFNQTVTSTGRLSSSNPNLQNIPVREELGREIRKA
                     FTADDAESVFFSADYSQIELRIMAHFSGDEHMTDAFRHGADIHAATAAKIFGVAPEEV
                     TSDMRRRAKTANFGIIYGISAFGLAERLAIPRAEARELIDGYFASYPRIKAYMDASIQ
                     TATEQGYVETLFGRRMFLPDIRSRNAVVRGYAERGAINAPIQGTAADIIKIAMIGIRR
                     RFRQEHLRSRMILQVHDELNFNVRKEELDVVRQIVREEMEGAAKLSVPLTVDCGVGRN
                     WLEAH"
     CDS             33550..34524
                     /gene="ispB"
                     /locus_tag="SEQF2638.1_02306"
                     /EC_number="2.5.1.90"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P44916"
                     /codon_start=1
                     /transl_table=11
                     /product="Octaprenyl diphosphate synthase"
                     /db_xref="COG:COG0142"
                     /translation="MINKKDIERPVQEALAQFRSEYTEALHSDVRTIRAAIEAVYHSG
                     GKHVRPLLLLLTAEAAGGVRPDSVHSAVFIELLHMASLIHDDVVDDTRQRRGQPSINA
                     VFDNRIAVLVGDFVLSEALIRAARTGSALIVSIISTLSRQMAAGEIKQLENAREQLLT
                     EEDYFSAVEKKTAMLLAVCAEIGAVTAGADAEVQAHCREYGRLLGYSFQIRDDLFDYF
                     DMPTTGKPGGNDIREGKVTLPLLYALAVTAEAVKAPFLSMIREQEFTPENVAALIRFA
                     KEHGGIAYAEQRMNEFRDRAKDEIRFLPDGPARESLLALADYIVGRNV"
     CDS             complement(35277..36683)
                     /locus_tag="SEQF2638.1_02307"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTSLFTLLLGLLALTATGCNRSNAQSAAAADVSELPWGETDIV
                     AVAFVGYGASFEDFKQTPAFADLKQRYGLPDDVSCISRKDEEGEESTTDNELYLVIPR
                     DPNASVAVNDLPVERLIDPDADVYGPILYKSESGTPFFVRCQSSGGMMNLEMIIVDNN
                     GRQIIYRPQLSTDDGSLVTPGIVNQGEGSVLDITQPLPTSRLPQSVECPEDPITARIA
                     QGRVFLDVQKPFGAVEDRTYVLEGITGRCVGLFAGEIGRDKLFFLCLLMDDGGVEAFC
                     PASISGFNPNSDADFISSGRLPDLKDITGFRQEGDAIQAIDKSGDKHALRPNLLPKPY
                     RSLFHEVDGEEYELRIYPDWRLMFIDGSREGGTIACYAGQVFQTKADAKSGQYEFRYL
                     MRSHTTFESGDTNPDIVEKTTPSTASGSFRLTTHDGGQTYDLVLLSGPTLFRFKPGSP
                     ARFSIVSSYEGQPRWSEE"
     CDS             complement(36704..37684)
                     /locus_tag="SEQF2638.1_02308"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTNLFGANALRPCIALLIGLLTVAPACTRKSANAQETASATPK
                     VSQSVDRPEDLVRAEIVDGRVRLIAKTDELGWPERTQFVEGLTGRCVGLFVGDIGQDT
                     CPYLCMLMDDGGVELLSYYSLGHEAYGHTLCFTSSGRLPGLKDITRFREGPVMNEYGF
                     ADYGTIFAIDREGREHEIEPCIRPFSALYSYSSGGTGVVLEQQLVIYPDWTFLFTLGI
                     AESELVHTYTGRLRPIKMDYENEVYEYSYTMLTRFDYPPVGDEEAYENARPQPATEHG
                     SFRLTYEDGSRSYDLVVLSGPLPFATEKGSPARYRRVRSSDIPAPNLVTD"
     CDS             complement(37737..38978)
                     /locus_tag="SEQF2638.1_02309"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKPLFLLLLGLTLLVPTTHAQDDDTQYDEYTDYGDEYADEMEIM
                     RSLSIEGWAHEPALPVHASTSQGPTIADFARAFLKQKRYSSSFSRAILARLDGLHPKP
                     DNGMFRYLIDVPHDYLSVDTPFSCGADCTISLEMCYWHTANGHRLVGLTWGDRGIGCL
                     LFYDYNPQTRLMTPLPEPPIKDFYDNPAMLNAHLPRQGKDIHIKPIWDNPSDTLTLRW
                     NGRDAFIFDGTAERYRKPAKSNEVALFARAYFYQTPNMPDLSAMKDAPLYDAPNGIIT
                     RRLTPAEQQDYLIMLTCVRGDWAEIAYIQPGDQHPVDLTRSLRQGRDYATGFRRAWVP
                     RTALFVDIADKDGPFDLMLHLYAEPTLASRRLYAVEDMRNSVEVALAFHLLEARDGWV
                     KVQMATTNYIGWIESRYLLDD"
     CDS             complement(39044..40177)
                     /locus_tag="SEQF2638.1_02310"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTNLFWARSLALLLALLTSSAAPAQDDDSPDYFRRPLRVQTAA
                     GKQPTIADFARAFASADQEKDPLFSAILARIDGRQPKLPQGDRFTCLIDRPHGYLRAC
                     YTFGEGGIDPNQILEVCYWRTDTDHRLVAVCSYSDIGTYILIFYDYNPATGLMMPLAQ
                     PPFEDFHELLGELIVQLPREGKDIHMKSWWAGGPAPLTLRWNGRDGFTLVGAAERYRQ
                     PAPNQPTTCDFLALFKPDVTAGGEPVDLYDAPDGKVIRHLTDNDLDYDLRVKRAENGW
                     AYVDYGNNLLGAGSSEGSAWVRCASLYVLPAGPVYTNYIYAEPTRASHRVATFNEAQD
                     NSSDIWWKVLEIRKGWVKIRTTHLGITGWIEARILCGSKGVDC"
     CDS             complement(40206..41390)
                     /locus_tag="SEQF2638.1_02311"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTKNSPLILTLLLALLAFSAAAHAQSNGDKQWGTHVLRVHIQP
                     GKRPTIADFARAFLQQYPTPLNTAALAKLDGKAPQPKSCALEYLLDAPSGYLRYSFHE
                     NTCNRTDYPTMEMCYWRTEAGHCLVAVNGNTYMGNLLLVFYDYNPTTGLMTPRSALPF
                     KDFYDDVREFIVQLPRKGKDIHMEGWSDESSPAPLTLRWDGLGGFTLVGAAERYRQPA
                     AGLSRNGQFPATFKTRFGDSDEYPTPFNVHFGKADESIPRYNGPSGSATHPITPGDFC
                     YDITVEKVQTGRAYIHYAQMSEDPTVEPSYDHAWVDCSSLYVLLRSRHESVAMTLFAE
                     PTRTSRPIQTIKNEYVDDSQIRPFPWQLLEAREGWLKVRHLRTHVTGWVESRFASSDF
                     VQ"
     CDS             complement(41451..42596)
                     /locus_tag="SEQF2638.1_02312"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNAIHFLLSPLAVLLVVLARCDDGNEVPGRHRTPETTAVRIDPT
                     AHIWSDGYYAFVVSRTNGGALRFRGISCRKREADVSFQLVPDGRDGANYHIEGHGRAF
                     KNAHSGDAVRLEGFDGTAYLVARDERGRACAALEIIAPRPASAGDGYRPYDELIRTVE
                     RHMAYYYLSGEYRTDEGRTIRFAPDRQTVSGLTAGGGEVAYTFAREGGDPVNVILLPD
                     GSAYHVFKGSVSRGLNKCDALIIRRATRRGDRWVDGDTVACLCTIRRYFETESVPGEY
                     PFPSMRILTYGIMQQFSFEEARLLSFELTARYGARFSYPVREIEKQRWYQRMKKRDVT
                     QDDLSPLERINYDLLRWDQEHGLKRPYPWESSEGNGGWRESDIQELR"
     CDS             complement(42725..43753)
                     /locus_tag="SEQF2638.1_02313"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTTKHLFYAGLMALLLGLMTLGAAPIEAQTGKHDLTRRTWSDG
                     FTAYTVRRGTGGLLLFEGGSLYEGGYAFALKPEGGDFYRLQPAPGRSDIPILGEPGNI
                     VRLRPYGPEMYLVVYDEKNLPFSVLAPIRDLRQRIEDDLSNYYLAGEYRTANGRTITF
                     YPASVTSKRRVQGLTDEGDEAVPYTFGEEYNTPTNVVILPDGSAYRVEKTDLGLTIHR
                     VTQDEEGLWTGDGEEIIRNARRTRFLSELDDLPGDFPCTAMRALTIGQLSRLADVDLR
                     IMRNEIYARRGLRFAGGGEMQRHFESKDWYHPEADDVSDRLTELDALNISMIRRVEEM
                     MTNETCRH"
     CDS             complement(43825..44445)
                     /locus_tag="SEQF2638.1_02314"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTTHRIIACLIALICFCAQRAAADSPLTSTNFHQAYAHEPIVA
                     QVEKGRTPSDEVWAYLAAPDNPVAVKMAIINKIGWAFEGKNSYQLFLSYLKRQGICKR
                     EKDLYQKRPGDLLLSAAYLKAMDNYFNVEEAARMARRARQMHPDSYTVNIICALIEAQ
                     IAFDSDWGEVYRLTDAVRRNTTLKNDMNDEAKRIIFEYMDLYGSDA"
     CDS             complement(44549..45193)
                     /locus_tag="SEQF2638.1_02315"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNSKRNLLGILLALAVGLFCIAPAAQAQESESDLSAIREMWEGQ
                     PLTVKISGNRAAGLADFARTFARAYPSDLTDALVARLNDPNNTRKDPNTFVFDPPHGY
                     LKYRYAMDGGAWLELCYWTLPKGRRMVAVSMVNLYNSDKEGLLAFYDYDPTTHRMSPI
                     TPMPVRRGLERGIDGRIVELPRVGYDIRLYEPSDRRAKPEVLKWVKGTTSFEAE"
     CDS             complement(45288..45701)
                     /locus_tag="SEQF2638.1_02316"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKAKAFTLILALAMLGLMAVIHPATAQDIRLSGSVAYVVKSDGN
                     VYNGSNSQIGQFRGNTLHNRGGASVGEIRGNSIYRGGSSVGEVRSGTVYNRSGQSIGE
                     IKNGTIYNASHSSIGSYSNVDPTRVAALVFFKLLN"
     CDS             complement(46203..49496)
                     /locus_tag="SEQF2638.1_02317"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDSKTNYKNMLLVLLLVVAGLAGAMMPQTAAAKSKIQFDPNTLY
                     VPAEGGVYEVTIRCKESFWISDITTPSWIQLFTSHGLPKGSNKWFTLPFFFRPNTEGS
                     RKGVITFKTSEGEVKFQMIQLGGAKPGSDKAIFTLSPEELDMSAYADREIVTLSCNLA
                     YRFVDKIDKPNWLEVEEEEIWSYDLEKSIPIISKTNIGGKREGVITFKTSEGDVKLKV
                     TQEGGADPKSIITLAPKQLKVEAEGGEHKVTLSSEQGFDVSNLVIMPSWIRQGQTTSG
                     PGVYEYTFKFQPNTGPERTGDVVFTIGQGKIKLKVTQAGGAKPEPEPEPEKPELTLDP
                     KELKVDAEGGEHKVTLSSTQTIERIDVSMPDWIGYDYSLVGHTSKPVKLIFKPNPGPE
                     RTGEIVFRIGPSDVKLKVTQAAAGTKPEAVLTLDPKELKVEAKGGAHKVALGSKQDFK
                     LNKVIMPSWIYQGQSSSGPGIYGVTLEFWPNTGPERTADVVFKTDKGEVTLKVTQAAG
                     STKPEPEKAVFTLEPKELKVETDGGKKEVKLSCNQKFELDNVTVPSWMERVPSSATSD
                     EKSRVCAFNIQKNTGAERKGEIIFHTDKGDVTLKVTQAAGTKPEPTLTLSPDMLTFPT
                     GGGKQTVNVKSDYGWDTKASAASASWMKLTTDVKTGKIVVEVTPNTSTKKRGATIGVV
                     SSRRRIGHRTPIIRHILVTQEAAKAVEPPVAATGISLNPAAMTMGSGGGTVGFNVYAG
                     KGWTISGSPEWMHPDATRGSGTRLVIVRFDRNESSAERTGKLTVKSDDGKAERTFTLT
                     QRAGQRKPTPSPGSTPSEEYDYDLALNPEEITLGPSEGAGSSISVVTGRLWAGSTTED
                     WIRLESAVGRGNGTFTFRLAANPSKEMRHGTITVRTQQGMDELKVAIHQQGNDGSVVS
                     PAEVKVSNVTLDPATLTVNGDLSTALISAIVSPDNARNKGLLWMSSNASVATVQVFTP
                     KQSAALPQLRFAPDADDYALVTIVGKGKAVITAAASDGSGIVARCEVNVLSTVANTVP
                     YAPQAKVYTVGPTLYLSLPTAETVQVYTLAGTLYRTWQAPAGDTSLTLPAGTYIIKVG
                     PLTEKVVVR"
ORIGIN      
        1 tagcaagcta tgtgaggatt aatgatggaa caaaagggca gaaacaggcc tcgatagacc
       61 cgaaatagaa atgagaaaga cccgcccaaa caactccata aaacaagcat ccaataaatt
      121 caaaacagct tctcagctcg tttataatca tggaatgaag gtgaaggacg tgaaacgcgc
      181 cctgaaactg gccgagatgt ataagaagga gatcgtagag gtctggtata agtatcacga
      241 tgaatgaagg gagagataaa tcatggagaa aatcaaggaa gtttggtttg cagatgggcg
      301 catcttcgtg cgcacggatc aaggaaaggt gcacagtagg ccgttagagg cgttcccgag
      361 gctgaaaagg gctacggaag agcaacgcaa ggcgtacacc atcgaaatgc ggggccaggc
      421 gctcagatgg aaggagatgg atgaggatat tcacatctcg agcttctatg aggtggcgga
      481 accggagcct aacaatgagg tggcgatgct gtttatgcgg ttccccggac tgaaggtgca
      541 agacgtggcc cagcatatgg gcgtagatga gagtctactg gagaagtatc tctacgggat
      601 caggaagccg agcccgaagc gcatggagca actgagatcg gcgctgcgtg tgccggaaaa
      661 ggcgatgtga agcgcaaaag cggaagccga aaaaggcgaa gtcctgctgg tgggaggggt
      721 gcacaatgcg tctcctgccg gcggggcttc gcctttttcg cgtcttgtat tcagcgtctc
      781 ccgaagaggc tgcgctgatt ggggtcgggg gtgcgactgc ggacgatgat gagtagctct
      841 tcgagggcgg tcagggcggc gaagaggagt gcaatgcgca gggctgtcgc cgatacgggg
      901 ccgcaccaga cgatgcgcac gagtaggacg aaggcgatca cggcgctgat cttattgccc
      961 agggtgtgga cggagagcag tcggcggaag cgcagccacc cgacgacgat cgcagccagt
     1021 cgcagggcaa ggaccacgac gagctccgtc aggcaggagc gcaccacgga ctcgtagcgc
     1081 gtgcagaaga cccaccccag ggcgaggaag aacgtccagt cggccaccga gtcgaggcgg
     1141 gcgccaagcc gcgtctgaca gtcgaagcga cgcgcaatga tcccgtcgac ggcgtcggta
     1201 gctccggcca gcagcatcag ggcggccagt agcgggggcc gatcggctgt ggctatgagg
     1261 acgggcgaga gaagaatgcg cagggcggaa aggaggttcg ggacgtgctt cattgttcgg
     1321 tcgtcgatgg ggtggggcag gacgcgctat cgggagacga tgcggaggac gtcgagcagg
     1381 tggcggtcga tgggcttatc cttcttgatg gccttggcga agggcacgag gacaagctcg
     1441 tcgttctgga ggccgaccat gacgttgcgc tgcccctcga gtagggcctc gatggcggct
     1501 tcacccatgc gggtggccag gatacggtct tgcgccgaag gggagccacc gcgttgcagg
     1561 tggccgagga tggagacgcg gacgtcgaac tgcggatact ccttcttgac gcgttcggcc
     1621 acgcccatgg cgccacccgt tacctcgctt tcggccacga gcacgatgct gctgttcttc
     1681 gacttgcgga aaccctgctc aatcatctcg gccagctggt ctttctcgag cgagatctcg
     1741 gggatgatgg cggcttcgga gccggtggcc agggcaccgt tgagggcgag gaagccggcg
     1801 tcgcgtccca tgacctcgac gaagaagagt cgctcgtgcg aggaggccgt gtcacggatc
     1861 ttgtcgacgc actccatgat ggtgttcagg gccgtatcgt aaccgatggt gaggtcggtg
     1921 ccggagaggt cgttgtcgat cgtaccgggc aggccgatga tggggaagtt gtgctcctgg
     1981 gcgaaatcgc gagcgccatg caggctgccg tcgccaccga tgacgacgag ggcttcgatg
     2041 ccgtgttcga cgatcacgtc gtgggcctga cgtcggccct cgggggtacg gaactcgtcg
     2101 cagcgggcgg tcttgaggat ggtgccacca cgctggatga tgttgctgac gctttgggtt
     2161 tcgagcgagg tgatctcgtt cgtgatcagt ccgcgatagc cgcggtagat gccttttacg
     2221 atgatgccgt tggcgatagc cgtacgggtg acggcccgga tggcggcgtt catgcccgga
     2281 gcgtcaccgc cagaggtcaa gacgccgatg cattggatgt ttgttgccat ttgtgtgaaa
     2341 tgattagggg gatgatgata aatgggctat gaaaagagcc gggcgtttgt caacgtccgg
     2401 ctcccaagga gtttaattca aaacagcttc ttagcccaag atgctatgaa caaagactgg
     2461 ttatgatcgc gtagaaacgg cctcctttca actcgcaccg aggaagccta acagtacgcc
     2521 tgcggccacg gccgatccga tcactccggc tacgttcgga cccatggcgt gcatgagcag
     2581 atagttgccc ggatcgtatt ccagaccgag gttttgcgag atgcgtgcag agtcaggcac
     2641 ggccgacacg ccagcgttac cgatcagggg gttgatcttg ttgccctcct tgaggaagag
     2701 gttgaagaac ttcacgaaga gtacaccagc gctggtggcc accataaacg agaaggcgcc
     2761 caggatgaag atctgcaccg actggaagcg gaggaactcc gtagcctgcg tagaggctcc
     2821 gacggtgaca ccgagcagga tggtgacgat gtcgatgatc ggtccgcgag ccgcctcagc
     2881 caagcgacgg gtgacgccac tttccttcag caggttgccg aagaagagca taccgagcag
     2941 gggtagcccc gagggtacaa ggaaggccgt cagcaagagg ccgatgatgg ggaagacgat
     3001 cttctccgtc tgcgacacca cgcggggcgg cttcatacgg atcacgcgct ccttcttcgt
     3061 ggtgaagagg cgcatgaagg gaggctggat aatgggcacg agggccatat aggagtaagc
     3121 cgaaacggcg atggcgccca tgaggttagg ggcgagctta gaggagagga agatggccgt
     3181 ggggccgtct gctccgccga tgataccgat ggcaccggcc tggctgggat caaaaccgaa
     3241 ctgtagggcg acgatatagg cgccgaagat gccgaactgt gcggcggccc cgatgaggat
     3301 cagcttgggg ttggagatca gcgccgagaa gtcggtcatg gccccgatac cgaggaagat
     3361 gagcggcgga taccagccct gcttgacgcc ctggtagagg atgttgagca cggagccttc
     3421 ctcatagata ccgatctgca atccggcgtc tttgaagggg atattgccga tcaaaatgcc
     3481 gaatccgatg gggataagta gcatcggctc gaactcgtac ttgatggcca gaaagatgaa
     3541 gaccaagcca acgaggagca tgatgatatg gccccaggtg gcgttggcaa atccggtgaa
     3601 ggagaggaac gtctgcatgt tctctcccaa gaatgtcaag aaattctcat gcattgtgcc
     3661 gctgtattat ttgatgatta ccagatcggc gccctccagg acggagtcgc ccttgccaac
     3721 cttgatctct acgatttggc cgtcacgatc ggaggggatg atgttttcca tcttcatggc
     3781 ttcgagcacg aagagctttt gcccccgctt gacggtgtcg cccaccttac agtcgacggt
     3841 caggataacg cccggtagtg gcgacttgag ggcagcggcc gaggtttcgg ccgcgtgtcg
     3901 ggtgactacg ggtgcgcctg tggttgtggt gggtgcttgt gcaggacgct tgatggtgac
     3961 aaattctttc ttggctggct tatccatctt caccttgtag ggagtgccgt tcacttcgac
     4021 ctcggccgtg gtgtcctcca cttggttgac ggagacgttg tagacgttgc cattgatgat
     4081 atacttgaat tgtttcattt gagaggatga taaaagtggt atatgtgtac cgcagatgcg
     4141 atgactaacc tgtgagttat cgcctcgcgg ggaggttcct taatccatag attttagagt
     4201 tccacggaga gtatcgacgc gccaccttgc tcatggtaag caccgtactc tcaatatcgt
     4261 gggtatcctc agacacttcg tagagtgcca atgcaatagc ggcaaagatt tcgccagact
     4321 cctgtccgct gctcttgacg gcgacaccgg tcataccggc cttctcggag cgtcgacgac
     4381 tggcatggat agcgatgcgt ccgacttgtt tgaagaggaa gtagagtacg atcagccccg
     4441 caaagacgac ggccattgcc gttaaggtca tacctatgcc ccaggggtca ttcgtctgaa
     4501 agttctcgat cttttcattt gagtccaaca ctttgttgtt cgtgtcgggg gttacttttt
     4561 cgagtgttgc ccaagtgtca cccccgtcga gtgtcaggcc ataactcacg tcgggctttt
     4621 gtccaacggg gacggtgact ttatcgatca gcgttttccc gtcagaatcg aagatgaaaa
     4681 tcgtgttttc acgctcggga tccaacgtaa agttcaaatg aaatgttccg cgtgaagcct
     4741 tgttatcggc ccagaatagt gcgtgctggc gaggtgggat cttggtcttg acgtcgcctt
     4801 tggggatcat gtatttacgg gggttgttga cgtcgtttgt caggtaacac cccttcagat
     4861 cgatcgttcc aggcgagttg ttgaagagtt cgatccatcc gctccttgat ccataatcat
     4921 cgacgaagtt gtcgacgttg atgaccagca cctcgttcaa gcggatagaa gaagcggact
     4981 gcccgcttgc agcgaggctg caaacgagca gtaccatggc caaaaacatt ccctttgttt
     5041 tcataagacc aaacggttgc tttggttcta caagaggtta caaggggata tttccgtgct
     5101 tcttagccgg gttagtcagc ttcttggtct gaagctgttg cagggcgcgg atgatgcgga
     5161 agcgcgtgtt acgcggctcg atcacatcgt cgatgtagcc ataacgtgcg gcgttgtagg
     5221 ggttagcgaa gagcttgttg tactcgttca ccttctcggc catcagcgca gcaggatcgg
     5281 cggcctcctt cagttccttg gcgtagagca cctcggctgc gcccgatccg cccattacgg
     5341 cgatctcggc cgtcggccaa gcgtagttca agtcgccacg gagctgctta cagctcatga
     5401 cgatgtgcga tccaccgtac gacttacgca gcgtaaccgt gatcttgggc actgtagcct
     5461 cgccgtaagc gtagagcagc ttggctccgt gcaggatgac ggcgttgtac tcctgacccg
     5521 ttccggggag gaagcccggc acgtcaacga gcgtgatgat ggggatgttg aaggcgtcgc
     5581 agaagcgaac gaagcgggca cccttacgcg aagcattgca atcgagcact ccggccatga
     5641 acttcggctg gttggccact acaccgacag actggccgtt gaagcgggcg aaaccgatga
     5701 tgatgttctt ggcgtagttg ggctggatct cgaagaactc gtgatcgtcg acgatggtgt
     5761 tgatcacctc gtacatgttg taggcccggt tggggttgtc gggaacaatc tcgttcaggt
     5821 tgtcgtccag acggtcgatc gggtcgttgc attccttcag cggagcctcc tcaaggttgt
     5881 tctgcggaat gtagctgagc agctggcgga tggtggccag accttcttct tcggtcttag
     5941 ccgtgaagtg ggttacgcca gacttggtgg agtgtacgct ggcaccgcca aggtcttcct
     6001 gcgtcacatc ttcgcccgtc acggtcttaa ccaccttagg gccggtgagg aacatgtagg
     6061 atgtgccctc ggtcataagc gtgaagtcgg tcagggccgg agagtacaca gcgccacctg
     6121 cgcaggggcc gaagatgccc gagatctgtg ggatgacacc cgacgctagg atgttacgct
     6181 ggaagatttc tgagtatccg gccagggcgt tgacgccttc ctgaatacgt gcgccacccg
     6241 agtcgttgat gccgatgcag ggtgcaccca tcatcatggc cttgtccatg accttgcaga
     6301 tcttctgcgc catggtctcg gagagcgagc cgccgaagac ggtgaagtct tgcgcaaaga
     6361 cgtacaccag gcgtccgtcg atcgtaccgc taccggtcac tacgccgtcg ccaaggatct
     6421 tcttcttgtc ctgtccgaag ttcgtgcagc ggtgctctac gaacatgtcc atctcttcga
     6481 agctgccttc gtcgagcaac atattgatgc gctcacgggc ggtgtattta ccgcgctcgt
     6541 gctgcttagc gatggccttt tcgccgccac ccaggcgggc tttctcacgc tgggcgatga
     6601 gttcttttac cttttcaagt tgattgctca tttccttctt atctgtttaa agggttctca
     6661 tttcatacag agttcggtga ggactccgtg tgtggatttg ggatgcagga aggcgatgtg
     6721 gaggccttca gcgcctgggc gcggcttctt gtcgatcagc tgcacacctt tcgatgcggc
     6781 ttcgtcaagg gcggcctgta cgtcgggcgt agcaaaggcg atgtgatgga tgccttcgcc
     6841 gcgcttctcg atgaacttgg cgatggtgct ctcagggctg gtaggctcca gaagctcgat
     6901 cttcgtctgg ccaaacttga agaaggcggt cttaaccttc tggtcttcca caacctcgat
     6961 gttgtaacac ttagcgccca atacttcttc gtagtaaggc agctgttcct cgatgctctt
     7021 cacggcgatg ccgagatgtt cgatgtgggt aatttccatt gtgactttgc tttattagtg
     7081 aataatgtta atgtgcgggc aaaggtaagc ggcggattca atttcctatc cggtttatct
     7141 caagaacaaa gaccagcgag gtaattccgt ccttttatcc tgcctctatc cggtaaaatc
     7201 ttatcgaagc ggcatactta tcctaacttt tgtagcacca aagccctgga accgcctcgt
     7261 gacagcacct ctgggaaaaa aggagatccg tcaacgcctc atgaaggtac ctttgggaaa
     7321 aaaggagacc cgtcaacgcc tcgtggcagt acctctggga aaaaaggaga cccgtcaacg
     7381 cctcgtggca gtacctctgg gaaaaaagga gacccgtcaa cgcctcgcga caataggtct
     7441 ataaaaaaag gaacctcgaa accttgttca tattgttcta tatctggaaa tatggtgcaa
     7501 aatgaagcat agatcgatta gtcattttga gatacacatc tatcctatat tccgctaata
     7561 gttcatctca aaataagatc taatccgatc atacgatact atctcattcc aaaatatgta
     7621 tcaaatacgt gattcatatt ctatctcata aaaaaatgca gttcaattcg aacacccatc
     7681 ttatagcgca tttcaaaatg aagtgtatac atatactcat acagctatgt attttgagat
     7741 acacttcaaa ccggatttca tacatctata tatcctaaga tgaagtataa aacaaggcct
     7801 caatctctac catatctcga aatatgatag gatcagaacc agaagatcgg cttctttttt
     7861 tccaagaact cctgtctcaa ggcatcgaca ggcctctttt tttccagaag tattgccacg
     7921 aggcgcgggc aggcgctcct ttcgcccaaa agtctgtcgt gaggcacaga tggggctttt
     7981 ggacaaaaag gaatgcagcg gagcctcggt ttgggctact tttgggctgc aaacaggcga
     8041 tttttatacg ttatataatg tgcgggccat gtagaatggg cctatcaaaa ggaagaatca
     8101 atgtcaacga aagagaagta ttggaagtat tcgctcgtca cgctcatttt ggggctgggg
     8161 gcgctgattg tgggtgaact gtgggcgttt gtcagcggac tgctgggagc gttcacgatt
     8221 tttgtgctcg tacgtgggca gatgatcacg ctgacagagc ggtggcactg gccgcgggtc
     8281 ttggccacgg tggtggtgct cattgaggtg gccgtgatga ttctggggcc gctgacgctg
     8341 attggctgga tgacggtcga acgggtgcag catatcaaca tggacatttc gggtctgcag
     8401 cagatggtgg acgacattga ccggcagatc aagcggcgct tcggctacga cctcttcacg
     8461 ttcgacaatc tgacgatggc cacgggatac atgagtcgcg gcgtgcagta cgtgatcggg
     8521 caggtgagca gcatggcggt gacactcgtc gtgctcgtct tcttcctcta tttcattctg
     8581 gtcgacttcc gtcgcatcga gcgctatgtc tacgagctgt tgccgttcaa ggaggagcac
     8641 cggctgcggg tggttaacga gatctaccgg atggtgcggt cgaatgccgt gggaatccca
     8701 ttgctggcca tcgtgcaggg actggtggcc tacgcggcat actttttctt cgacctgccg
     8761 agtgcactgc tctttgccgt cctgacgtgc tttgcgacga tcattccgat catcgggacg
     8821 agcatcgtgt gggtaccgct cgtcgtctac ctgctgatcc ttggccgatg ggtcgacgcg
     8881 gcgggtctgg cggcctactg ctccatcata ctgatcaaca tcgacaacgt ggtgcgcttc
     8941 atcctccaga aacgtctggc cgacacccac ccactgatca ccgtcttcgg tgtcatcctc
     9001 ggcctgtccc tgttcggctt ctggggcatc atcttcggcc cactgctgat ctcgatgttc
     9061 ttcctgctgg tcaacatctt caaggaggag tatttggatg aagggaaatc cgaaacggaa
     9121 acggagccta caaaggctga tcatatcctc gaagaatagg cacagggggc acacaccttt
     9181 atatatacag tcacggcggc gatggggagc agtttcccta tcgccgccgt tgctttatac
     9241 ccacctttat ataagcacca agcccaattc ccccggctaa gtcctttttc caccgcccat
     9301 cattgatcag cacccacacc tcattctatt catcttttct ttttgaaatc tcctatgaag
     9361 ggaaatatag gcggtggaaa ccgttgattg tttttgggtg cttttgtttg gcggtatggc
     9421 ttatgagcgt cggccgagag tttttcaaat ggatataaac gccatagaaa tgcgattgca
     9481 agcgggctta tcggggttat gaacaagcgg cggaaaacgc tcttagggga ttaaaaatgg
     9541 gggtgggaga ggggagagag cggtggaacg acaggtggag aatgtgcgga agattcctcc
     9601 aaagtttgtt tggcgttatg agaagtctgt gagcttatgc aaggcactga atcttccaaa
     9661 tctatttatg agcagttctt aacgaggcta tcctaggaga atccacgggg ttatacacac
     9721 ctgcggaaga ggttcggtta ggagcaaaga tgtttcactt caaccgaggc ggttcatcta
     9781 cgaaagcgga gctcaactcg atgtctttgg tgagcactcc tccgctcccc tggtaaagac
     9841 tttttccacc ggcgatcatc atccacaacc tcattttatc atctctgttt ttttgatttg
     9901 ctatagtggg gatgataacc agtggaaagc gttgattctt ttttcatcga ttatttgggt
     9961 atccgggtta tgagcgcttg aacgtacatt ttcaaacaga tatgaacggc ctaaatgtgc
    10021 tccagaagcg acttcatcta agttataaac accctgcgaa taactttttg aggggattaa
    10081 atcggactgt ggaaaacctc tttctcggtg gattttcacg tggagagtat gggtacgatt
    10141 tgttggaaat ttctttggca aaacgggaaa cagttcctct tatagcgtat cttgatttct
    10201 ccaaatctcc ttttcagtag ttgtaaacga agttataagc aggttttcaa ccggatagag
    10261 aggccgttga ggcgctattt tgcagggatc tggctgcggg cgtacctttg taatcgttat
    10321 aagtaggagt tacaagcaag atgaagtttg attacgacgt gatcgtggtg ggtgcgggtc
    10381 atgctggctg cgaagcggca gcagcggcag ccggactggg ttccaggacg ctgctcatca
    10441 cccgcgacat gaataacatg gctcagatga gttgcaaccc cgctgtgggg ggcattgcca
    10501 aggggcagat cgttcgtgag atcgatgcct tgggtggatg gatgggccgt gtgacagatc
    10561 gcacgacgat ccagttccgt atgctgaatc ggagcaaggg accagccatg tggagtccgc
    10621 gtgcgcagtg cgatcgcgct cagttcgtgc gtgtttggcg tgaaacaatc gagggaatcc
    10681 cgaacctcta tctctggcaa gacactgtga accagcttct gctcgatggg caggaggtgc
    10741 gcggcgttcg gacacaattg ggcatcgagt ttcacgctcg ctgtgtcgtg ctgactaacg
    10801 gtacgttctt gaatggtctg atgcacgtcg gtagcgtacg gttttcgggc ggtcgtatgg
    10861 ctgagccagc cgttacaggt cttacagagc agcttgtctc gctcggcttc actgccgacc
    10921 gtatgaagac gggtacgccg gttcgaattg acggtcgaag cgttcatttc gaagaactta
    10981 cggagcaagc aggagacgtt gatccacatc gattctccta tttagacaat gtccgtagcg
    11041 agctgaaaca gctaagttgc tggacgctct acaccaatcc agcctgccac gaagtgttgc
    11101 gcagcgggct ctccgagtcg ccactttaca acggaagtat caagagtatc ggtccgcgtt
    11161 actgtcccag cgtcgaaacg aaaatcatgc tctttgccga taaaacgcaa caccagctct
    11221 ttctcgaacc tgaaggcgaa caaacgaacg aatactacct gaatggcttc tcctcgtcgc
    11281 ttccgttcga tgtgcagctt cgggcgctac aacagctccc cgccttccgc gacattcatc
    11341 tctatcgccc tggttacgcc attgaatacg acttcttcga cccgacagaa ttgctccaca
    11401 cacttgagac gaaacgtatc tcgcgtctgt tctttgccgg acagatcaac ggaacaaccg
    11461 gctatgagga ggcagcagga caagggttag tagcaggtat caatgcgcac ctacgttgcc
    11521 attcggagga ggagacgttt gtcttgcggc gtgacgaggc ttatattggt gtactgatcg
    11581 acgacttagt gacgaagggt gtcgatgagc cgtatcgcat gttcacctcc cgcgcggagt
    11641 atcgcatcct attacgtcag gataacgcag atatgcgtct gaccgagcgt ggctatcgtt
    11701 taggtttggc agacgactac cgctaccgat tattcttgag taagaaacaa gcgtgcgagg
    11761 aagtgacaaa cttcattcga tctttttctg tcacgcccga acgggtgaat gatttactgc
    11821 tgcgtttggg cacgtcgcca ctggagcatg catgcaagtt ggtcgatgta ttgtctcgcc
    11881 cgcaggtcaa attcacagac gccatgaatg gcatatttga gttcagagaa atcattgacg
    11941 ccatttccgc gaattataga aatgaagttt tggaggctgt ggagatcgat gtgaagtatg
    12001 ggggctacat caaacgcgag cgattagtgg ccgataaaat ttctcgactt gaaaatatac
    12061 ggatcaaggg gcgtttcgat tacgcgtcta tacaatcgct caccattgag gcacgacaga
    12121 agctcgcccg catcaatcca gaaacactcg ctcaggcggg gagaatccca ggtgtttcac
    12181 cgaatgacat caatgtgttg cttgtattgc tcggtcggtg aaaccttgat ttgtttcacg
    12241 tgaaacagga agcatggact atgaacgatc gattgaatta catcacatcc ctactctcca
    12301 ctatacccga gaagcccgga tgctatcagt attacgacgc gaaagggacg gtgatctatg
    12361 tgggtaaggc taagaatcta cgcaagcgta tctcctcgta cttccaaaag gagcacgaga
    12421 acaggaagac gcgtgtgttg gtgaagcaga tctacgatct tcgatacatc gttgtcgatt
    12481 cggaggcaga tgcgctactg ttggagaata acctaatcaa gcagtatcgc ccgcgataca
    12541 atgtattatt gaaggacgat aagacgtatc cttcgatcgt catcaagaac gagccctttc
    12601 cgcgcatctt ccaaacgcgc aatattatcc gcgatggctc gctgtattac ggtccctatt
    12661 catctgtgca ttttatccgc acgctattac acctgatcaa agagctttat ccgattcgta
    12721 attgtaaaca tgcactgaca cccgaggcta tcggatcggg taaatacaaa gtctgcttgc
    12781 agtaccatat caagcgttgt aaggcaccat gtgtggggat gcagttggcg gaggaataca
    12841 acaggaacat cgccgacatc aaggagattc tgaagggaaa cagctccaag gtgagtgaac
    12901 tgttgcttga gcggatgaag gtgcttgctg aagagatgcg ttttgaagag gcgcaagagg
    12961 taaagcgaca gtatgatttg gtggaaagtt tcaggctgaa atctactgtt gtaccgatgc
    13021 ttcacaacgt ggacgtgttt tcgttggacg aaaacgagac ctcctttttc atcaattaca
    13081 tgcatgttgg gagcggtgca atcgttcagg tctacacgat cgagtatcaa aagaaactcg
    13141 acgatgaaca gaaagaatac gtcctggggc tgggtattgt ggagatgcgt gagcgctttc
    13201 ggagccatgc aaacgagatt attgtgccgt ttattcccga aggcgtcttc cctgaaggga
    13261 tcagctttac cgttccgcaa aggggggata agcggaagtt gctcgagctt tcacttcaga
    13321 atgcgaagca atacaaggtg gataaactga aacgatcgga gaaattcaac ccggagcaac
    13381 gtgcgacacg tctgttgact acgatccaaa aggatttgca tttgcccgtt ttaccgatgc
    13441 aaatagagtg tttcgacaac tcgaatatcc agggaacgaa ccccgtggcc gcttgcgtag
    13501 tgttcaagaa ggcgaagccg tcgaagaagg attaccgcca tttccatatc aaaaccgtcg
    13561 tggggcctga cgactttgct tcgatgcgag agatcgtcac acggcgttat acacgacttt
    13621 tggaggagaa ggcaccgcta ccgcagttga tcattatcga cgggggcaag gggcagctga
    13681 atgcggctac ggaggtgctt cgtgagctga atctgttagg taaaatcacc attgttgggt
    13741 tggctaagcg gcttgaggag atcttttacc ccggcgatcc gttcccgttg gtgctcgaca
    13801 agacgtctga aacgctgaaa gtgatccagc atttgcgcga cgaggcgcac cgctttggca
    13861 tcacttttca ccggcatatg cgcagcaagg ggcagatcgt ctctgaactg gatacgataa
    13921 aaggcatcgg ggagaagacg aaagaggcgc tgctgaagaa atacaaaagc gtgaagcgta
    13981 ttcgagaggc acagtctgcg gagctcgaag agctgatcgg aaagaaaaag gccgcgttgg
    14041 tggccgaagg attaggtatg gaagtgcgtt gacggttgtc aatgggttgc tccgtcgagt
    14101 tttctgcccg ttgacagctg tcagaggcat ctaaaatgcg ttttttatcc cattgacagc
    14161 agtcagaggc acctaaaacg gattttttac cccattgaca gtagtcagag tcatctaaaa
    14221 cgcgttttct atccattgac agctgtcaat gggcagaaaa ccggagtttg catgccattg
    14281 acaacggtca atgagtgatc tgttaaggat tttaacggga agaatgtatt agacgatcat
    14341 aatagtagaa gagagaagat gagaaccata gtgcaacgcg tacgagaggc ctctgtggtc
    14401 gtagacgcaa agtgtgtggc tgagataggg caggggatgc tgcttttggt gggtttcgag
    14461 gatgcggaca cgccggacga cttggagtgg acggcccaaa aggtggccaa cctgcgcatt
    14521 ttcgacgacg cagagggcgt gatgaatcgc tccgtgaagg atgtggaggg cgagctgctt
    14581 gtcgtcagtc agttcacgct ctatgcctct gtaaagaagg gcaatcggcc gtcgtatatc
    14641 cgcgctgcaa agccggatgt agctgtgcca ctctatgaag cgttttgcga aacgatgagc
    14701 caatacttgg gaaaacgggt aaagacgggc atcttcggcg ccgatatgaa agtgtcgctg
    14761 gtgaacgacg gacccgtgac gattgttata gacacgaagc ataaggaatg aacgagatgg
    14821 aaaacctgac gataagagac gtgcaacgcc gtgtcgacga ctggatcaag acctacggcg
    14881 tacgctactt cagcgagctg acgaacatgg ccatccttac cgaagaagtg ggagaggtgg
    14941 cgcgtatcat ggcccgtcga tatggcgaac aatcgtttaa ggtcagcgat gcgaagcatg
    15001 atttggccga tgagatggcc gatgtgctgt gggtcttggt ctgtttggct aaccagacgg
    15061 gcgtcgacct gaccgaggct ttcgagagga acctgaagaa gaaaaccgaa cgtgacaacg
    15121 agaggcattt acacaatcaa aaactacaat aggatgaaca gaaacgaaca cgaacatcac
    15181 cacgactgcg actgccatca tcaccacgat gaggaggaga tggcggataa gtatcacgaa
    15241 tgcttcaacc gctttcagcc cgctctgacg gacgcggagg tagccgaaaa gacagcccaa
    15301 ttgctggctg aaaaggcacc taagtacttc acggaagaca cgctgaagca gctccatggc
    15361 ctgatcgacc tcaccacgct gaccaccttg gacacgaagg attccgtctg gcagatggtc
    15421 gatacggagg tcaatcagtg ggagggcacc cgcccggatg taccccatgt ggcggccgtg
    15481 tgtacgtacc ccaacttcac cgagaccgtt cggcaggcct tacaagtcaa ggacgtttcg
    15541 atagctgccg tagcggccgg attccccgcc tcgcagacct ttccggaggt caagatcgcg
    15601 gaggtcggta tggccgtcct ggccggtgca gacgagattg atgtggtcat gaacctgggg
    15661 cttttcaagg aagaggccta cgaggagctg accgacgaat tacaagagat caaagagagc
    15721 tgccgcggtg cacggctgaa agtgatcctt gagacgggcg ctttggcgtc ggccgaagag
    15781 atccaccgag ccaccatcct ggccctctat tcgggcgccg actttgtcaa gacgtccacg
    15841 ggcaagggct atcctggtgc cacgcctgaa gccgtctaca ccatctgtcg tgtgctgaag
    15901 caataccaaa agatcagtgg gcgacgcgct ggcctgaagg tctccggagg tgtacgcacg
    15961 gccgaggacg cggtgaagta ttacaccctc gtccgggagt tgcttggagc cgaatggctg
    16021 cataaagaca ccttccgcat cggcgccagc agcctcgtac aagacattcg caagagatta
    16081 tagatcacaa tagatatata accattagac aagagagaag aagatgaaaa agttgattac
    16141 atgcttatgc atggcccttg cggcgacact gggaagtgcc accctgaagg cacaatatgg
    16201 ccccctaccc ggcggtggtt atgggagtag ctcgataaat tggaagtatg agaccgccac
    16261 gcgcaccttg accctcacgg gttatggccg catcccggac tattccaacc ttcagcccgc
    16321 accgtgggcc aagcaccggg ccgagatcaa atcaatcgtt atcgggagcg gtatcacaag
    16381 cattggcgag tacgcttttg cagggagtag cgccctgacc tcggtacaga tccccgctgg
    16441 cgtgacgcaa atcgaggatt acgcctttgc gaattgctct gccctgcctg ccattacgct
    16501 ccctattggc gtgactgaaa tcgaaaaagg agtgttcctc aattgctcct cgctgcgttc
    16561 cgttacgctg ccgcagggta tgcagaaggt gggcgatggt gcctttgcga actgtacctc
    16621 cctgccctcc atcacgctgc ccctcggcct gcgtgagatt gaaaagggtg ccttctcggg
    16681 ctgtacctcc ttggcctccg tctctttccc cgcggctggc ctgacggata tcgacgaggg
    16741 tgccttctac ggctgtacgg ccctgaaggc cgccacgctc ccgctcggcc tgcgtgagat
    16801 cgataagaac gccttctggg gttgcacatc cttgacgaat gtctctatcc ccgccagtgt
    16861 gacggagatt aagagtggtg ccttcggtgg gtgtacaggc ctgcgcagcg tgaccgtagg
    16921 gtggaccgtt ccgcctatgc cgcgttatcc gatcttcccg tccgtacccg tagctaacgt
    16981 gcagctgaat gttcctcggg gaacagagtc gacgtatcgc tcgatgcccg tttggaacga
    17041 gttcctgaag attggcaccg tggccaacgc cgaggtggac ggtcgccaga tctacgctac
    17101 cgatggcgtg ctttacctca cgcttccgaa gccggagctt gtccgcatct tcgacgttag
    17161 cggtcgactg ctgcagacgt ttagcgctcc cgctggctcc tccacccttc gcctgaaggc
    17221 tggctaccac atcgtccaag tgggcgacac ggccgagaag gtgtacgtga actaagaagt
    17281 gaaaagtgaa aggccgggcc gttgcacgat gagactccac gtccatcatg cggtgcccgg
    17341 ttttttttgt tttcttcgct gttgcgtttc caatccaagt ggtttgaaat gaaactgagc
    17401 cccgatttgt gtcaaaccaa tggtttggag tgaaaccggg ctccgatttg gttcaaacca
    17461 atggtttggc gtgaaaccga gccccgattt tggtcaaacc aatggtttgg cgtgaaaccg
    17521 gaccccgatt tggttcaaac caatggtttg gagtggaacc gagctccgat ttggttcaaa
    17581 ccaatggttt ggcgtgaaac cgagccccga tttggttcaa accaatggtt tggcgtgaaa
    17641 ccggcctctg attttggtca aaccaatggt ttggcgtgaa accgggctcc gatttggttc
    17701 aaaccaatgg tttggagtga aaccgagctc cgatttggtt caaaccaatg gtttggcgtg
    17761 aaaccgagcc ctgatttggt tcaaaccaat ggtttggcgt gaaaccggac cctgatttgg
    17821 ttcaaaccaa tggtttggcg tgaaaccgag ccccgatttg gttcaaacca atggtttggc
    17881 gtgaaaccga gccccgattt ggttcaaacc aatggtttgg cgtgaaaccg gaccccgatt
    17941 tgggtcaaac cattggtttg gatcctatcc tgagatgaat ttttatacag aataaacgta
    18001 tcagcttact tataacaatg actacctatg gacgaataca ttgagattaa taaggtcggg
    18061 ctgcctcagc tcgataacgg acggcattac gagtatcaca actttgtata tggcctcctc
    18121 agcgcggccg acgctacgaa aatcggcgtc cccgcagcaa aaatcaccga gtacaagggt
    18181 tgccttgatg tcgaaggtga gatcaacctt gagacgcaag ccaactcgaa cacacagcgc
    18241 atgctgaaga aagacgctga gcgcgatcgg ctgctcaact acatcttcgg taccattcgg
    18301 acgggccact tctcgccgga tgctactgag gctacagcgg ccgatgagtt agaggtcgtc
    18361 gtaaggccat atactcgtat tcaaaaggct gcctatgaca tagagtcggc cgacatcgat
    18421 ggcctgctga tcgatctgag gaaggcgaaa aacacgcctc atctcaccgc actacgtctc
    18481 accaacgtgc tgtcgaaact ggaaacggcc aatgcggagt ttcgccaagt ctacgccgaa
    18541 cgcacctcga cacgggcgga cgacaaagac ctgcccgccg ccaaggatgc acgcgccaag
    18601 acggacgccg tatttgatcg catcgctttc atcctgcaag cggcttacta ctctggcact
    18661 gcgcccgtcg aacgcgccct gatcgggtct atcgtcaagc agatgaacca acgcatggag
    18721 gagacttacg agaagtatcg ttacagtctg gctcaaaagc gtgctgcgga caagaagaag
    18781 cccaaggagc cgaaagatcc caagccaccc aaagatccga aggatccgaa acagccgaag
    18841 gatccccaac ccgcacccga tcccaagcct caacccgacc ccaaacctca gcctaaaccg
    18901 ggcggagacg acggcggccc cgacattcat ctaccggagg aatgatcgat tttctatgtt
    18961 tgcgcccgca acgagtaata caacgatttc aagatggata cctcttattt ccggaataag
    19021 ttattgagtc tgcaggacta catgatgaac tttgcgctca ccctcacggc cgatcgcgaa
    19081 gatgcgatgg atctgacgca ggagacgtcg ctccgtgtct tggacaacct ggagaagtac
    19141 acggacaacc gcaacttcaa gggttgggtg ctgaccgtga tgcggaacat cttcatcaat
    19201 aactaccgcc gtgtgctgcg ctcgcagacg gtcgtggagc aggacatcga cctctaccac
    19261 ctcgaggcca ctaccgaatc gagcatcgag acgcccgaga gtgcttgtcg actgcaggag
    19321 atcacgaagg ctatcggcga gctgaacgat gagctgcgtg tgcccttcac tatgtatgtc
    19381 agtggctatc gctacaacga gattgcggat gcgctgggca tccccttggg gacggtcaag
    19441 agtcgcatct tctttgcccg tcaggcgctc aagacgaaga tcgaagagaa ctgaatctgt
    19501 aataacgaaa agtgagaaca gtcctgccgg acagtgggag agggggagcg gatctctttt
    19561 tctcgcgtcc ggcagggctt ttttgtggcc gtcagggacg cctgccaagt tggcctggta
    19621 cttcaggacc tcagggatgc tggccaagtt gactaccgca caattcttgc gaccatctcc
    19681 ttgagctccg tgaggaaggc cgaggcttcg tagctgcctt gctcgatgcc gcggagctta
    19741 cgctcccatt ggcccgtcag ctcgggactc ttcagcagtt cttcgtggat cgtgtcgatc
    19801 aggctgacac ccgtcggggt ggccaccaaa tgcttccgct cacggcggat ataatcgcgc
    19861 ttgagcagtg tcttgatgat gttcgcacgc gtggagggtc ggccgatgcc attctctttc
    19921 atcacttcac ggagtgcctc gtcgtccacg aaacggccag ccgtctccat ggcccggagc
    19981 agcgtcgctt cggtataggg cttcggtggt gtggtctgtt tctctacgag cgacggctga
    20041 tgcgggccgc tctcgccttt tcggaaggct ggcagcacgg attcttccgc cacttcctcc
    20101 tccgtgggct tctcctcctc cttcttgctg ccctcccgct cgaagacggt gcgccatcct
    20161 ggcttcagga tctgccgacc ggtggcccgg aaatcgacct cggcagaggc gcccgtgacg
    20221 gtcgttgttg agacttcaca gtcgggataa aaagcggcaa tgaaacgtcg cgccacaagg
    20281 tcgtacaccc gtcgctcgtc agccgtgagc ccggctggag ccgccgtacc ggtggggatg
    20341 atggcatggt gatccgtcac cttcttgttg tcaaacaccc gcttgttctt cgggatcggt
    20401 gcggcggtga gtggggaggt cagggcggcg taatccgtca tccccttcag gattccggac
    20461 accttcgggt ggaggtcctc gctgaggtac gtcgtgtcta cgcgcgggta ggtggtcacc
    20521 ttcttctcat agagagattg gatcaggcgt agtgtctcct cggccgagag cgagaagcgg
    20581 cgattgcact cgacctgcag ggaggtcagg tcgaagagct tcgggggcgc ctcacggccc
    20641 ttctttttcg tgacatcggt cacggtgaac ggctgcccct caatggcgcg cagtagcgcc
    20701 tcgccctcct ccttcttcgc gaatcgcccg tgtgaggccg tgaaggtgac gtctcgatag
    20761 accgtcttta gctcccaaaa cggctccggc cggaaagcct cgatctcgcg ctgccgacgg
    20821 acgatcagtg ccagcgtggg cgtctgcacc cgtccgatgg agagcacgcg tccggggcca
    20881 ccgaagcgca ggctgtagag ccgtgtggcg ttcatgccca ggagccaatc gccgatggcg
    20941 cgcgccagac ctgcctcgta gagcctttgg taggccgagg cgtccctcag tcggtggaag
    21001 ccctcgcgga tggcctcctc cgtgagcgac gagatccaga gtcgtttcac gggacactgg
    21061 caacgcgcct tctgcatcac ccagcgctga atcagttccc cctcctgacc cgcgtcgccg
    21121 cagttgatca cctcttcagc cttcgcgatg agagcctcca gcacgcgaaa ctgacgcatg
    21181 caatgctcct cctcgatcag cttgatgccg aatcgtggcg ggatcatcgg taggcagcgc
    21241 atatcccagc gtttccacgc cggcgtgtag tcgcccggat ccttcagcgt gcagaggtga
    21301 ccgtaggtcc acgagacgac gtagccgttg ccctcataaa acccatctcg ccgcgtgttt
    21361 gcccccagca cacgcgcaat ctccagagct acgctcggct tctccgcaat gcaaagtctc
    21421 attctctgtg ttatgatacg tgttaggcgc gcaaaggtgc atcgatcagt cggcctcacc
    21481 gaggcaggga agttttcctg gtactttttc aaggctgatc atatcatcat acccggccaa
    21541 cttccccggc ctcggtgagg ccttgatctt cttttgctgc ttttcttcca tcaagggaag
    21601 aaaagaaggt ggagaaacgc cccgtaattc ccgatttagg tgcgttgcta aaaagaaacg
    21661 cggcgtaatt ccagattaca ggcctatctc atccaagcga caagcccttt ttgcaccggg
    21721 cagcatacat tcccaagcaa gagacacaga aaaaaggctc cccatcagcc atacacggcc
    21781 gacaagaagc ctctgtctct accctctacc ctctactctc taccctctac cctctaccct
    21841 ctaccctcta ccctctacaa atccttactc ccgaacgaca gcggaagcag cgcctcggcc
    21901 gactccacgc agcaatactc cgtccgtccg cagaggtaga tacggatgga ttgcccgtag
    21961 cgatgctcca cctccgagat cacctgccga cagccgccgc acgggctgat cttgtcctgc
    22021 accacgccgt ccttcatggc caccacatac agcgcccgca ccgccacgtc cggatgctgt
    22081 gccccggccg tgaagagggc cgtccgttcg gcacacaatc ccgagggata ggccgcattc
    22141 tcctgattac tgcctggcac cagtcgtccg tcagccagct ccacggccgc cccgacgtga
    22201 aatctcgagt acggagcgta cgcccgctcg gccgccgcaa gtgccacatc catgccccga
    22261 cgttcgtccg ccgtgagctc ctcaatacgg cccctttgga ggcgtatctc aatcctttct
    22321 tctcgcatat tttagggtct ttggttgggt caacgaaggt agtccgattt tcctaacagg
    22381 ttaagggcgt tctggttatt ttctatcttt gccccgattc ctaaaagaga cggccccgat
    22441 gatccctcga tgtatccgat actttattct cattttctat acaggcttca cgatcgtagc
    22501 ggcaggccat gccgagcgaa agcgacaccc tgcttatgag aaatacatta cccaatacgg
    22561 ctatattgcc gtacaacagg gtgatcgata caacataccc cccagcataa ccctcgcaca
    22621 agcgctgcat gaatctggcg caggcttatc acgcctctct ttagagtcca acaaccattt
    22681 cggaatcaag tgccacaaag actggaaagg cgcacgtacc tattgggacg acgatctcaa
    22741 agacgaatgc tttcgcaaat acaacaacgt ggccgaatcc tatgaagatc actcccgttt
    22801 cttagtcgac aaaaagcgct acagcaaact cttcctcctc cgcaagacag actatcgcgg
    22861 atgggccaaa ggcttgcaag aatgcggcta cgccaccgat cgcgcctatg ccaacaagct
    22921 gatcaaaatg atcgaagact atgaactcta tctctttgac accggcaaaa ggatagcgcg
    22981 tgaggttcag gagaaaacga ggaacgaaca gcctcgaaca acgcctacta cgcccagtca
    23041 gaaaccctct acccgacccc ttaccgagcc ggggaagaaa gaaggcacct ttttcgaacg
    23101 tctattcggc aaaaagaagg ccgagcagcc tcagccctca tcaccagaag agaagggtct
    23161 gaaaccccgt gacgtctaca agacgggcgg cctactctat accatcgcac gctacaacga
    23221 caccttcgat cggatcgctc aggatctcgg cttcacggca cgcgaactgg cgcgattcaa
    23281 cgaatcaccc gagaacttct ccctgcggcg gggggatatc gtttacctgg agaaaaagaa
    23341 gaaacgggcc gatatgcctc atctttatca tcaggtgcag atcggagaat ccatgcacag
    23401 catttctcag tactacggca tacaggtcag tacgctctat gccctgaacg agaaaaacca
    23461 aagttatgtg ccccgagagg gagagacact taaactcaga taatagaact ttcatacatg
    23521 atgcgcccac gtacattatc actatatcgt cttgccatta ttataggctg tattacgctt
    23581 gccagtagcc ccgtgctcgt cgaacgcatg gaggctggca aaacagaggt tcgaaatttg
    23641 gatgcttgtg aagagtatat ccaggcttat catctggctg ctatccatca gcagaccaga
    23701 catcgtatac ctgccagtat taccttggca cagggtatcc ttgaatcgag cgcagggaaa
    23761 agttacctgg ctattcaggg taacaaccac ttcggtatca aatgcggaaa ctggacgggt
    23821 gactatctct acaaacaaga tgatggtcgc ttggaacgct ttcgtaagta cacctccgta
    23881 gaacaatcct acgaggatca ctcgcacttc atcgctgaca gagcgcacta caagtcgctc
    23941 tttgagctca agccaacgga ctatgtgggt tgggcgcatg gattgaaacg atgtggttac
    24001 gccaccgatc ccaagtatgc cagtaagctg atcgagctga ttgagcgtta cgagctgcac
    24061 gcctatgacc tggccagtgc ctcgtcctcc gaacccatcg tctcgagacc cgcaaggagc
    24121 gtctccacac catcggcacc ggccaagcgt tctgccacct cacccgaggt aaagccggag
    24181 cgcaagaaac ctgaggaaac caaacccgct gccgccacgc aacgtgagcc gggaacgaaa
    24241 cctacagctc acggtatcaa ggtacccaag aaatcgaaac cggaagcggc cgctcccaga
    24301 gctcaaaaag agccagctgc ccaacccgct ccggcgaaac ctgcaccgaa aaaggaagct
    24361 gctccggctg ctaaaccggc tcctaccccg aaagcagatg ctcccaagcc cgccgcgaaa
    24421 cccgcggccg atccgaaagc tgcggctccg aaaaagccag ctccggctga ggtaaagaaa
    24481 ccagcacctg ccccaaaagc agatgctccc aagcccgccg cgaaacccgc tgccgatccg
    24541 aaagctgctg ctgccaagaa gccagctccg gctgacgcta agaaaccggc tcctgcccca
    24601 aaagcagatg ctcccaagcc tgccgcgaaa ccagctgccg atccgaaagc tgcggctgcc
    24661 aagaagccag ctccggctga cgctaagaaa ccggcctctg cccccaaagc gtggactccc
    24721 aagcctgccg cgaaaccagc tgccgattcg aaggctgcgg ccgctgtaaa aaagcctgcg
    24781 actgccgtca agaagtcagc catagccagc gccaagaaac cggtggcgac gaagaaaacc
    24841 gtctccccac ccgccgcgaa gaagcctgcc ccgacaccga agaaacagtc gggtaagctg
    24901 gtggcatcgt cggagaggtc taaagcgact ccaacgaaaa aggtcactcc taaagatcag
    24961 cgcgcgccgc aggcaaagaa gcctgcggct tctgtcgtta ataaggcgaa gactcccgct
    25021 gctaaaccgg ccgccaaacc gactgccgct aagcccgctg ctacggctaa gcctaccgct
    25081 aaaccggcta caaagtctgc agccaaacca gtagccaaag ccactgccgc gaagccgacg
    25141 gctaagcctg cagccaagac ggctctcgtc aagaagacaa cccctcaggc ttctcagaaa
    25201 aaagaaccca aaacaccgca gaaaacgtct accctcagaa gacaaaacaa taatgagcga
    25261 ccaacggtac acacggcgcg gcgtcagcgc ctcgaaagaa gacgtgcata acgccattcg
    25321 acgcatcgac aagggccttt tcccgaaggc tttttgcaaa atcatccctg acatactggg
    25381 tgctgatcct gcttactgca acatcatgca cgctgatggc gccggcacca agtcggcgct
    25441 tgcttatcta tactggcgcg aaacgggcga cctcagcgtc tggaagggca tcgcgcagga
    25501 cgcgctgatc atgaacatcg acgacctgct ttgcgtaggc gccacggaca acatccttgt
    25561 ctcaagcacc atcgggcgta acaaactgct gatccctagt gaagtgatct ctgccatcat
    25621 caacggcaca gacgagctgc tggccgagct gcgtgagatg ggcatcggtg tttacgccac
    25681 gggcggcgag acggccgacg tcggcgattt ggtacgcacg atcattgtcg atagcaccgt
    25741 cacctgccgc atgcgccgcg ccgatgtgat cgacaatgcg cgcatccgcc ccggcgacgt
    25801 catcgtcgga ttggcctctt tcggtcaagc ctcctatgag catgcctaca acggcggcat
    25861 gggcagcaac ggactcacca gcgcgcgcca tgatgtcttc gcccactact tggccgagaa
    25921 ataccccgag agttttgacg ccgccgttcc ggacgatctc gtttacgccg gtgggctccg
    25981 cctcacggac gccatcgaag gcctgaaagt agatgccggc cgcctcgtcc tctctcccac
    26041 gcgcacctac gctcccgtcg tcaaggccct gctcgacgcc atgcgccccg agatccacgg
    26101 catggtgcac tgctctggcg gtgcgcagac gaagatcctc cacttcatcg gcgacgacat
    26161 gcgcgtcgtc aaagacaacc tcttccccct accgcccctc ttccgcatca tccgcgagca
    26221 gagcggcacg gactgggccg agatgtacaa agtcttcaac atgggccacc gcatggaggt
    26281 ctacttggac gccgcgcgag cagaagaagt cattgccctc agtcgctcgt tcggcatcga
    26341 cgcccagatt gtgggccgcg tagagtctgc cgagcggaag gagctgatca tccgtagcga
    26401 attcggggaa ttccggtatt gaaagtgttt gcaacagtgt tgcaagtccc acgaaaaact
    26461 tttcggcgtt tgcaacaccg ttgcaagtcc cacgaaaaac tttctggcgt ttgcaacact
    26521 gttgcaagtc tcacgaaaaa ctttttggag tttgcaacac cgttgcaagt cccacgaaaa
    26581 actttttggc gtttgcaaca ctgttgcaag tctcacgaaa aactttctgg cgtttgcaac
    26641 accgttgcaa gtcccgcgaa aaactttctg gtgtttgcaa gactgttgca aacacttccg
    26701 gaatcatcag ttaaatatca atcaagaaac atatgcgcac actgaaagtg attatccata
    26761 cagagaatcc acgtgatcat caaaaggtaa ggaagggcaa gttggattgt gtgatgaccg
    26821 tgctttcgcg tcgtttttgc gaaatagccg acctctccaa aatcgaagaa atggatcgcc
    26881 cctgcctcta tttgctcgtg gatgagggga gaaaagccta tatcggacag acggcgagtt
    26941 tccgcgtccg cgtaaaagat catttaggga agaagagatg gtggacacgg gcatacgtct
    27001 ttgtttcgga ttccaaccaa tacgaccagg ccagtattac atatttagag tatctggcta
    27061 ttcacgaagg attggcaacc ggatcgtatg acttgtcgga aaacgggcaa aagccgacga
    27121 aaccgatttt gcaagagggg gatagctcgg attatgacga gatatttgag gagatcaagt
    27181 tcttccttga atatgagcga tgtttcgtct ttgtaaagcc agaggtgaac gcgcaagcag
    27241 atgctccttt gcagaaagaa gttatcattc ctcaaccggt agctaaagat tatcccgtgt
    27301 tttgcctgaa tcatacgaat catacttgcg tggcgcgagg ctatccgctg aatgacggga
    27361 caaactcttt cgtagtactg aaagggtcgg agatctcggt gaaagagagt aacaccaaag
    27421 gcggtagtgc gcgggttgag atgttgaagt attgcacgct gcgtgatgat gataaatatg
    27481 tactcaatga ggacttcgtg tttgattctc ccagcggagc ggccggcgcc tgcttggggc
    27541 gaagcagcaa cggctatgat gtatggaaaa ccgaagcagg cgtgacacta aaatcgtatt
    27601 tggaaaatct caaataaaca catccctaaa tgaacgctaa ccccatcctt caaaagctcg
    27661 acggccttac ggcgcgtttc gaggaagtgt ctacgctgat cactgacccc gaggtcatcg
    27721 ctgatcgcaa ccgcttcgtg cggctgacta aagaatacaa aggcctcgag gagctcctgg
    27781 ccgcaaaacg cgactacgag caactgttgg ccaacctcga cgaggcgcga agcatcgtta
    27841 tgaacgacga cgatccagac ctcaaggaga tggcccgcga agagatcgcg gccggcgagg
    27901 cgcgtctgcc tgctctggag gagcagatca agctcatgct cgtacctgct gatccggagg
    27961 acgctaagaa cgccatcgtc gagattcgcg gcggcacggg cggcgacgag gccgcgctat
    28021 ttgccggcga cctctatcgg atgtacgcca aatactgcga ggtgaagggc tggggggtgg
    28081 ccgtgtcgag cgtcagcgag ggtacctcgg gcggatttaa ggagatcatc ttcaccgtca
    28141 cgggcgacaa cgtgtacggc acgctcaaat acgagtcggg cgtgcaccgc gtgcagcgtg
    28201 tgccgcagac cgagacgcaa ggacgcgtcc acacgtcggc ggctaccgtg gccgtcttgc
    28261 ccgaggccga cgagttcgac gtagagatca acgagggcga gatccgttgg gacaccttcc
    28321 gcagcagtgg cgcgggcgga cagaacgtga acaaggtgga gtcgggcgtc aggctgaact
    28381 atacgtggcg taaccccgtc acgggcgagt cggaagagat ccgcatcgag tgtaccgaga
    28441 cgcgcgacca gccgaagaac aaggagcgcg ccctctcgcg cctacgctcc ttcatctacg
    28501 accgcgagca cagcaaatac atggacgaca tcgcctcgcg tcgcaaaacc atggtctcca
    28561 ccggcgaccg ttcggccaag atccgcacct acaactttcc ccaaggtcgc atcactgacc
    28621 accgcatcaa ttacaccatc tacaacctcc ccgccttcat gaacggcgac atacaggact
    28681 gcatcgaccg cctcacgatc gccgaaaacg ctgaacgtat caaggagagc gagctgtgat
    28741 agctaaaaac gaaaagggaa aaacgacgag tacccggccg agcttccctg gcctcggtag
    28801 aggcattgac tttcttttcg tctccttttc ttgtgtcaag acaagaaaag gagaaatgaa
    28861 gggatcttct tttcttctct taatggaaga aaagaagcaa aagaagatca aggcagcagg
    28921 gctgccggcc aattatgccg gagccccgaa agactatctc ccctgagaaa attcataatg
    28981 acatagccac atgaataaga acgaactcat ccagaacatc cgccgcaaga aatccttcct
    29041 ctgcgtcggg cttgacacgg atctgaagaa gatccctccg catttgttga atgacgacga
    29101 cccgatcttc gctttcaacc gagccatcat cgacgccacg gccgaatacg ccattgcgta
    29161 taaacccaac ctcgccttct acgagtgcgc cggcgcacgc ggctggttgg ccttcgagaa
    29221 gaccgttcgc tacctccgcg agcatcatcc ggacacgttc ctcatcgccg acgccaaacg
    29281 cggcgacatc ggcaacacat cggcgctcta cgctcgcacc ttcttcgagg agaccgacgt
    29341 ggacgccctc accgtcgcgc cctacatggg cgaagacagc gtcacgcctt tcctcagtta
    29401 cgacggcaag tgggtcgtgc tgctcgccct gacgtcgaat aaaggctcgg cggacttcca
    29461 gctaacagct tcggccgacg gcgaacgcct ctttgagcgc gtcctcaggc agtcgcaaga
    29521 gtgggccgac gacgagcgga tgatgtacgt cgtcggagcc acgcagggac gcatgtttga
    29581 ggacatccgt cgcatcgtcc cgcggcactt cctgctcgtg cccggcgttg gcgcacaagg
    29641 cggatcgctc gacgaggtct gtcgctatgg catgaatgcg gactgcggac tgatcgtcaa
    29701 ctcttcgcgc gccatcctct atgccgaccg caccgaggcc ttcgccacgg ccgccgctcg
    29761 tgaagcgcgt gctgtgcagc agcaaatggc ggcctaccta tgagatactt gtcaatggta
    29821 atcatgaccc aacggcaaca ggtatccggc taagttggcc ggcgtacttg gccaaacttc
    29881 cttgccccgg caggggcctt ttctttcatc aagggaagaa aagaatatct catcaaggat
    29941 gaattaaaaa cgaaaagtcc tgtcgaaagg ggagtaaaag gctctttgcg ggcaggactt
    30001 ctttctgggt gtgatacgcc attttctcag ccatggagcc tttcgatgat atgaaagtga
    30061 tctacaatcg cctcgtgccc tttcgcggct tcacggccat caatctgatg ggcgtcgtgt
    30121 tcgcgagggt ggaatatcgg ccactctcgg ccgccatcct taggcacgag gccatccaca
    30181 cggtgcagat gaaggagacg gccttccttg gcttctacct gatctatatc tcagaatggc
    30241 tgtggggact gttgcgcagg cagagctcct tcgcggccta tcgggctatc cgcttcgaac
    30301 gcgaggccta ccgttacatg gccgatccga gctacctcac ccggcggcac ccctatgcgt
    30361 gggcttcaat gagccaatga tgactaatgg ggatagcccc tcggtcatcg tgcaagccac
    30421 cttgcacaac ggctgcaagc ctgcttaaga gcgtctctta agtctgcgtt gcgagagacg
    30481 caacaaaaag ggcccgcaca tgcatacgct cccatcctgt agccatccgt ttttagcttt
    30541 tcgtttttag atgatctgtt gatccgttga tcaatgcgcc tcgagccagt tgcgcccgac
    30601 gccacagtcg acggtcagtg ggacactgag cttggcggca ccttccatct cttcgcggac
    30661 gatttgacgg acaacatcca gctcctcctt ccggacgttg aagttgagtt cgtcgtgcac
    30721 ctgcaggatc atgcggctgc ggaggtgctc ctggcggaaa cggcgccgga taccgatcat
    30781 ggcgatcttg atgatgtctg cggccgtgcc ctgtatcggt gcattgatgg cgccccgctc
    30841 ggcgtaaccg cggacgacgg cgttgcgcga ccggatgtcg ggcaggaaca tccggcggcc
    30901 gaagagcgtc tccacgtaac cttgctccgt ggccgtttgg atcgatgcgt ccatgtaggc
    30961 tttgatgcga ggataggagg cgaagtagcc atcgatcagc tcgcgcgctt cggcacgggg
    31021 gatggcgagg cgctcggcca ggccaaaggc ggagatgccg tagatgatgc caaagttggc
    31081 cgtcttggcg cggcggcgca tgtcggaggt gacctcctcg ggggcgacgc cgaagatctt
    31141 ggcggccgtg gcggcgtgga tgtcggcacc gtggcggaag gcgtcggtca tgtgttcgtc
    31201 gccgctgaag tgggccatga tgcgcagctc gatctgcgaa tagtcggccg aaaagaagac
    31261 ggattcggcg tcgtcggcgg tgaaggcttt gcggatctcg cggcccagtt cctcgcgcac
    31321 ggggatgttt tgcaggttag ggtttgacga actcagtcgg ccggtcgagg ttaccgtctg
    31381 gttgaacgag gtgtggatct tacccgttgc cgggtctacg cgctcgggta gggcgtcgat
    31441 gtaggtgctg agcagcttct ttacccgtcg gtagtcgagc aacttgccga cgatggggtg
    31501 tttgctgcgt aacttctcga gcacctcttc gcccgtgctg tagaggccgg tcttcgtctt
    31561 cttgaccttc tcttcgatac gcaaatgctc gaaaagcacg gtgccaacct gccgcgacga
    31621 gttgatgttg aacggcatgc cagccaacgt gtggatctct tcttccaagt tgcagagcgt
    31681 tgcgttcagt gtgtcagacg actggcggag cgcctccgta tcgagtgtga cgccagcctc
    31741 ttccatctct gcaaggacgg gcacgagggg catctcaatg tcgtgaaaga gtcgatcggc
    31801 agcatgttcc acgagcaatg ggcggaaatg ttccatcaat tgccacgtta cgtccgcatc
    31861 ttcggccgcg tactcacaaa cgtccttcac aggcacttca cgcatcgtgc gttgcccctt
    31921 accgcgcggc ccgatgagcg attcgatggc gatgggccgg taacggaggt aggtctcgga
    31981 gaggtaatcc atgttgtggc gcagctcggg gtggagcagg tagtgggcga tcatcgtgtc
    32041 gaagagcggg ccgtcgactc ggatgccgta tttgatcagc accatgaggt cgaacttgat
    32101 gttctgcccc accttccgga tcgcggcgtt ctgaagtggc gcggcgaagg gggcgaccgt
    32161 ggtgcgcgcc tcctcttcgt cggctggcac gggcacatac cacgcttcgt gggcacgaag
    32221 ggcgaacgac atgccgacta accgcgtgtg gagtgcgtcg acgccctcgg tctccgtgtc
    32281 gaaggcgaag gcttcagcgt gattcaactg ttcggcgagg gcacggcgct cttcgtcggt
    32341 atcgaccaag tgatacgtgt gcggcgtcgt ggtggcgtcg gtcgtgtcgg caccgtctgg
    32401 cgatggtggc ggggccgtcg gttcgttggc gaagagcgtc agctgactgc ctggcgcagg
    32461 ggcgtcggcc ggtgcatcga gtttgttgag gaagctgcgg aactcgagtt cggtgtatag
    32521 ctctcgcagc gcgtcgcggt cgggttcgct gatggcacac gcggcggcgt cgaactggat
    32581 cggtgcgtcg gtgacgatcg tggcgagaaa cttggagaag cggatctgct cggcgtgcat
    32641 ctcgatcttc gtccggagtg cacccttgag ttggtcggta gactcgagca gtcgctcgat
    32701 gctgccgaac tcggtgagca gcttctgcgc cgtcttctca cccacgcctg gacagccggg
    32761 gatgttgtcc gaggcgtcgc ccatcagccc gagcaggtcg accacctgac ggacgtccgc
    32821 caggccatac ttggcgagca cctcggccgt gcccatcgtc tcgtaatcgc cgccgtggcg
    32881 cggtcggaac tggaagatgc ggtcggtgac gagttgcccg tagtccttgt cgggcgtcat
    32941 catgtagacg tcgaactgct cctgcgcggc ctgtgtggcg atggtgccga tcacgtcgtc
    33001 ggcctcgtag cgtgcgacct caagcagggg gatgtgccgc gcctcgatga accgacggat
    33061 atagggttcg gacgcgtgga tgtcctcggg cgtcttctcg cgctgcgctt tgtatgcggg
    33121 gaaggcctcg tggcggaagg tgggtccggc gggatcgaaa gcgatggcgg cgtgggtggg
    33181 cgtgagtcgt cggagggcat cgtcgagcga gttgatgaag ccgaagatgg ccgaggtgtt
    33241 catgcctttc gagttgacgc gaggattgcg tatgaaggcg tagtaggaac ggtagatcag
    33301 tgcgtaagca tcgatgagga ggagcttcat tttggagggt tggggttatg ttttgcgggc
    33361 gtaaaagtaa gagtagatcc ggcggggccc cctgccgggg cagggaagtt tggccgggta
    33421 catgtgagca tgcccccaac gaatcccctt tcggcagaag ggggcgattg taacggcgga
    33481 tggggccagg atgaaaggat aattcccacc actatctact tttgcccggc attaaagaac
    33541 acccagaaca tgatcaataa aaaggatata gagcggccgg tgcaagaggc gcttgcgcag
    33601 tttcggagcg aatacaccga ggcgctgcac agcgatgtgc gcacgatacg tgcagccatt
    33661 gaggccgtat accactccgg cggcaagcat gtccgcccac tgctgctgct gctcacggcc
    33721 gaggctgcgg gcggcgtccg ccccgattcg gtgcactcgg ccgtcttcat cgaattgcta
    33781 cacatggcct cgctgatcca cgacgatgtg gtagacgata cgcgtcaacg ccgtggacag
    33841 ccctccatca atgcggtgtt cgacaaccgc atcgccgtct tggtgggcga ttttgtgctg
    33901 tccgaggcac tgatccgtgc cgcccgaacg gggagtgcgc tgatcgtctc catcatctcc
    33961 accctcagcc gacagatggc cgcgggcgag atcaagcagc tggagaacgc gcgcgaacag
    34021 ctccttacgg aagaggatta cttctctgcg gtggagaaga agacggccat gctgctggct
    34081 gtctgtgccg agatcggggc ggtcacggcg ggtgcggacg cagaggtgca ggcgcactgc
    34141 cgcgagtacg gccggctgct cggctacagt ttccagatcc gcgacgacct cttcgactac
    34201 ttcgacatgc caaccacggg taagcccggc ggtaacgaca tccgtgaggg caaggtgacg
    34261 ctgccgctgc tctacgcgct cgctgtgacg gccgaggccg tgaaggcgcc cttcctcagc
    34321 atgatccgtg agcaggagtt tacgccggag aacgtggcgg cgctgatccg tttcgccaag
    34381 gagcacggcg gcatagccta cgctgagcag cgcatgaatg agttccgcga ccgtgccaag
    34441 gacgagattc gtttcctgcc cgacggccca gcgcgtgaga gtctgctggc tttggcggac
    34501 tacatcgtgg ggcgcaacgt gtaagaggcg caagggttac acgcgaaacg tcctgccggc
    34561 ggaggggaaa tcccttgtcg gcaggacgtc ttgttttcat ctcgcacaca tttccacccg
    34621 gaaatgtgcc gcagttcgga attccgcccc gtttcttctg gaggaatatg ccgtaatccg
    34681 gaacgtgagt tcgacgtaag aaatccattt ccctgtaaca gagggagaca ccttcacatc
    34741 tcagtgaaga catctttcac aactctgtga agacatcctt catacttcag tgaagacatc
    34801 cttcatactt cagtgaagac atccttcata cctcggtgaa gacattcttc atacctcagt
    34861 gaagacatct ttcatacctc agtgaagaca tcttccacaa tggctcatag acaaagtatg
    34921 cgttgtgagt aatgcaaagt atgcttgtag gcatcccgct ttgactggaa ggagcggtac
    34981 tccgtcaagc gacttgccga cgaatgagag acagagactt tttacgtcga accgacgttc
    35041 cggaaatcca gcgcgtttct tccaagcaac acgcccaaat cctgaaaaac ggcgtgtttc
    35101 ttccaagcaa cgcgctgtaa ttctgaattc cgcccaagtt tcttccaagc aacacgctgt
    35161 aatccggaaa tccggggccg ttctcggtcg gaaacggggc tcaatcggga attacggggc
    35221 tgtttcgagg cggaaacggg gctcaatcgg gaattgcggg gctgttctct gtccgcttat
    35281 tcctcgctcc agcgcggctg gccttcgtag ctgctgacga tgctgaagcg ggcagggctg
    35341 ccgggcttga aacggaagag ggtggggccg ctgaggagga cgaggtcgta ggtctggccg
    35401 ccgtcgtggg tggtgaggcg gaaggagccg ctcgcggtcg agggagtggt cttttcgacg
    35461 atgtccgggt tggtgtcgcc actttcaaag gtggtgtgcg agcgcatgag gtagcggaac
    35521 tcgtactgtc cggacttggc gtcggccttc gtctggaaga cttgcccagc gtagcacgca
    35581 atcgtgccgc cctcgcgcga tccgtcgatg aacatcaacc tccaatcggg gtaaatgcgc
    35641 agttcatact cctcgccgtc gacctcgtgg aagagtgagc ggtaaggctt gggcaggagg
    35701 ttggggcgga gcgcgtgttt gtcgcccgac ttgtcgatgg cttggatcgc gtcgccctct
    35761 tggcggaagc cggtgatgtc cttcaggtcg ggcaggcggc cgctggagat gaagtccgcg
    35821 tcgctgttcg gattgaagcc gctgatgctg gccggacaga aggcttccac gccgccgtcg
    35881 tccatgagca ggcagaggaa gaacaacttg tcacggccga tctcgcccgc gaagagtccg
    35941 acgcagcggc ccgtgatgcc ctccagcaca taggtgcgat cctcaacggc gccgaagggc
    36001 ttctgcacgt cgaggaagac gcgcccctga gcgatgcggg ccgtgatggg atcttcgggg
    36061 cactcgacgg actgcggcag gcggctcgtg ggcagcggct gcgtgatgtc gagcacggag
    36121 ccttcgccct ggttgacgat gccgggcgtg acgagcgagc cgtcgtcggt ggagagctgc
    36181 gggcggtaga tgatctgtcg gccgttgttg tccacgatga tcatttcaag gttcatcatg
    36241 ccgccactgc tctgacagcg gacgaagaag ggcgtgcccg actcactctt gtagaggatc
    36301 gggccgtaga cgtcggcgtc ggggtcgatg aggcgttcga cgggcaggtc gttgacggct
    36361 acggaggcgt ttggatcgcg ggggatgacg aggtagagct cattgtcggt ggtgctctct
    36421 tcgccttctt cgtccttgcg gctgatgcaa ctgacgtcgt cgggcaggcc gtagcgctgc
    36481 ttcagatcgg cgaaggcagg cgtctgtttg aagtcttcga acgaggcgcc gtagcccacg
    36541 aaggcgacgg ccacgatgtc ggtttctccc caagggagtt cagagacgtc cgccgctgcg
    36601 gcgctttggg cgttgctgcg gttgcatccg gtggcggtga gggcgagtag cccgagtagg
    36661 agcgtaaaga gggatgtttt catatctgtg aggtgtgagg gggttagtcg gttacgagat
    36721 tgggggcagg aatatcgctg ctgcggacgc gtctgtaacg tgccggggag cccttctcgg
    36781 tggcgaaggg aagggggccg ctgaggacga cgaggtcgta gctgcggctt ccgtcttcgt
    36841 aggtgaggcg gaaggatccg tgctcggtgg cgggctgagg acgggcgttt tcgtacgctt
    36901 cctcgtcgcc gacgggcggg tagtcgaagc gggtgagcat ggtgtagctg tattcgtaga
    36961 cttcgttttc gtaatccatt ttgatcgggc ggaggcggcc ggtgtaggtg tggacgagtt
    37021 cgctttcggc gatgccgagg gtaaacagga aggtccaatc gggatagatg acgagttgtt
    37081 gctccaggac gacgccggtg ccgcctgaag agtagctgta gagcgcggag aagggtcgga
    37141 tgcaaggctc gatctcgtgc tcgcggcctt cacgatcgat ggcgaagatg gtgccgtaat
    37201 cggcgaagcc atactcgttc atgacggggc cttcgcggaa gcgcgtgatg tccttcagac
    37261 cgggcaagcg gccggaggag gtgaagcaga gcgtatgccc gtaggcctcg tggccgaggc
    37321 tgtagtagga gaggagctcc acaccgccgt cgtccatgag catacagagg tagggacagg
    37381 tgtcttggcc gatgtcgccg acgaagagcc cgacgcagcg gcccgtgagg ccttcgacga
    37441 actgggtgcg ctcgggccaa ccgagttcgt cagttttggc gatgagtcgc acgcgtccgt
    37501 ctacgatctc ggcgcggacg aggtcttccg gccggtcgac ggattgggag actttcggcg
    37561 tggcgctggc cgtttcctgc gcgttggccg acttccgcgt gcaagcaggg gcgacagtga
    37621 gtagcccgat caataaggca atacaggggc gaagcgcatt cgccccaaag agattcgttt
    37681 tcatatcggt ttcaattatc catgatgaag cgggatcagt atccgcaatc gctgtcctaa
    37741 tcgtccagga gatagcgcga ttctatccag ccgatgtagt tggtggtggc catttgcacc
    37801 ttgacccagc cgtcgcgggc ctccaggagg tgaaatgcga gcgccacctc gacgctgttt
    37861 cgcatgtcct ccaccgcata gaggcggcgc gaggcgagtg tgggctcggc gtagaggtgg
    37921 agcatcaggt cgaagggccc gtctttgtcg gcgatgtcga cgaagagggc cgtgcggggc
    37981 acccaggcgc ggcggaagcc ggtggcgtag tcgcggcctt gccggaggct acgggtcaga
    38041 tctaccgggt gttgatcgcc cggctgtatg taggcgatct cggcccagtc gccgcggacg
    38101 caggtgagca tgatgaggta gtcctgctgc tccgcggggg tcaggcgacg ggtgatgatg
    38161 ccgttcgggg cgtcgtagag tggggcgtcc ttcatggccg agaggtcggg catgttgggc
    38221 gtctgataga aatatgctcg ggcaaagaga gccacctcgt tgcttttcgc gggcttccga
    38281 tatcgctcgg cggtgccgtc gaagatgaag gcgtcgcggc cgttccagcg gagggtcagg
    38341 gtgtcggagg ggttatccca gatgggtttt atgtggatgt ctttgccttg gcggggcagg
    38401 tgggcgttca gcatggcggg gttgtcgtag aagtccttga tggggggctc ggggagaggc
    38461 gtcatgaggc gggtctgggg gttgtaatcg tagaagagga gacagccgat gccccggtcg
    38521 ccccaagtga ggcccacgag ccgatggccg ttggcggtgt gccaatagca catctctaac
    38581 gagatggtgc agtccgcacc gcagctgaag ggggtatcga cggaaaggta gtcgtggggc
    38641 acgtcgatga gatagcggaa catgccgttg tcgggcttcg gatggagacc gtcgagccgg
    38701 gcgaggatgg cgcggctgaa ggagctgctg tatcgcttct gcttcaggaa ggcgcgggcg
    38761 aagtcggcga tcgtcggccc ttggcttgtg gaagcgtgca cggggagcgc cggttcgtga
    38821 gcccagcctt cgatgcttaa ggagcgcatg atctccatct cgtcggcgta ttcgtcgccg
    38881 tagtcagtgt attcgtcgta ttgggtgtcg tcgtcttgcg cgtgggtggt ggggacgagg
    38941 agagtgagtc ctaacaggag gaggaagagg ggtttcataa tgatccattg tgaattgtcg
    39001 atgattatcc gggtatccgc gaaaagaagg gtatgcggtc gagtcagcag tctacgccct
    39061 tggagccgca gaggatacgg gcctcgatcc agccggtgat gcctaaatgg gtggtgcgga
    39121 ttttgaccca gcctttgcgg atttcgagga ctttccacca gatatcggag ctattgtcct
    39181 gggcttcgtt gaaggtagcg acgcggtgtg aggcgcgggt gggctcggcg tagatgtagt
    39241 tggtgtagac ggggccggcg gggaggacgt agagggaggc gcagcgtacc caggcgctac
    39301 cctcggacga acccgctccc agcaagttat tgccgtagtc gacgtaagcc cagccatttt
    39361 ctgcgcgctt gacccgcaag tcgtaatcga gatcattgtc ggtgagatga cggatgactt
    39421 tgccgtcggg ggcgtcgtat aggtcgacgg gttcgccgcc ggcagtcaca tctggtttga
    39481 agagtgcgag gaagtcgcag gtggtgggtt ggttgggcgc gggctgtcgg tagcgctcag
    39541 cggcgccgac aagagtgaag ccgtcacggc cattccagcg gagggtgaga ggggcgggac
    39601 cgcctgccca ccagcttttc atgtggatgt ctttgccttc gcgggggagt tgcacgatga
    39661 gttccccgag gagctcgtgg aaatcttcga agggcggctg ggcgaggggc atcatgagtc
    39721 cggtggcggg attgtagtcg tagaagatga ggatgtaggt gccgatgtcg ctgtagctgc
    39781 agacggcgac gaggcggtgg tcggtgtcgg tgcgccagta gcatacttcc aggatttggt
    39841 tcggatctat gccgccttcg ccgaaggtgt agcaggcgcg gaggtagccg tgggggcggt
    39901 cgatgaggca ggtgaaccgg tcgccttggg ggagcttggg ttggcgaccg tcgatccggg
    39961 caaggatggc gctgaagagc ggatccttct cttggtcggc gctggcaaag gcgcgtgcga
    40021 agtcggcgat cgtgggctgc ttgcccgcag cggtttgcac gcgtaagggg cggcggaagt
    40081 aatcgggaga gtcgtcgtct tgcgccgggg cggcggagga ggtgagtagg gcgaggagta
    40141 gggcgagtga gcgcgcccaa aagagattcg ttttcatatc tgttgaggag tagttaggga
    40201 gagatttatt gcacgaagtc agaagaggca aagcgtgatt cgacccatcc ggtgacgtgt
    40261 gtacgaaggt ggcgcacttt cagccatcct tcgcgggctt ccaagagctg ccaagggaat
    40321 gggcggattt gggagtcatc gacgtattcg tttttgatgg tttggatggg gcgcgaggtg
    40381 cgggtgggct cggcgaagag ggtcatggcg acgctttcgt gtctggagcg taacaagacg
    40441 tagagcgagg aacagtctac ccaggcgtga tcgtatgatg gttcgacagt gggatcctcg
    40501 gacatttgag cgtaatggat gtacgccctt cccgtctgca ccttttccac ggtgatgtcg
    40561 taacagaagt cgccgggtgt gatgggatgg gtggcggagc cgctgggccc gttatagcgc
    40621 ggaatggatt cgtcggcttt cccgaagtga acattgaaag gggtcgggta ttcgtcggag
    40681 tctccgaagc gggtcttgaa agtggccggg aactggccgt ttctcgaaag gccggccgcg
    40741 ggctgtcggt agcgctcggc ggcgccgacc agggtgaatc cgcccagtcc gtcccagcgg
    40801 agggtgaggg gggcggggct gctttcgtcc gaccagcctt ccatgtggat gtctttgccc
    40861 ttacggggga gttggacgat gaactctcgg acgtcgtcgt agaagtcttt gaagggaagc
    40921 gcgctgcgag gtgtcatgag tccggtggtg gggttgtagt cgtaaaagac gaggaggagg
    40981 ttgcccatgt aggtgttgcc attgacggcc actaagcagt ggcccgcctc ggtgcgccag
    41041 tagcacatct ccatcgtcgg gtagtcggtc cggttgcagg tattctcatg gaagctgtat
    41101 ctcagatagc cgctgggggc gtcgaggagg tattccaatg cgcagctctt cggctgtggt
    41161 gccttgccgt cgagcttggc taaggcggcg gtgttgagcg gggtgggata ttgctggagg
    41221 aaggcgcggg cgaagtcagc gatcgtgggc cgtttgccgg gctggatgtg tacgcgtaag
    41281 acgtgggtgc cccattgctt atcgccgttg ctctgtgcgt gggcggcggc ggagaaggcg
    41341 agtagggcga ggagtagcgt gaggatgagg ggagagtttt ttgttttcat atctgtgaga
    41401 attatcgatg gtcaattatc aacccaaatg agtcaatggc cgattgggaa ttatcgaagt
    41461 tcttggatgt ccgactccct ccatccgccg ttgccttcgg acgactccca ggggtagggg
    41521 cgcttcaagc catgctcctg atcccagcgg aggaggtcgt agttgatgcg ttccaagggg
    41581 gagagatcgt cttgtgtcac gtcgcgcttc ttcatgcgct gataccagcg ctgcttctct
    41641 atctccctca ccgggtaaga gaagcgagcg ccgtagcggg cggtcagctc gaaggagagg
    41701 agcctggctt cctcgaagct gaattgctgc atgatgccgt aggtcaggat gcgcatgctg
    41761 gggaaggggt attcaccggg cacgctctcg gtctcgaagt agcggcggat ggtgcagaga
    41821 caggccacgg tgtcgccgtc cacccagcgg tcgccccggc gcgtggcacg gcggatgatg
    41881 agggcgtcgc acttattcag ccctctcgaa acgctgcctt tgaagacatg gtaagccgat
    41941 ccgtcgggca gcaggatgac gttcaccggg tcgccccctt cacgggcgaa ggtgtacgcc
    42001 acttcgccgc cgccggcggt gagtccgctg acggtctgac ggtcgggtgc gaagcgaatg
    42061 gtgcggccct catcggtgcg gtattcgccc gagaggtagt agtaagccat gtgtcgctcc
    42121 acggtgcgga tcagttcgtc gtagggccga tagccgtcgc ctgcgcttgc gggccgtggg
    42181 gcgatgatct cgagggcggc gcaggcgcgt ccccgttcgt cacgggcgac gaggtaggcc
    42241 gtgccgtcga agccctctaa gcggacggcg tcgcccgagt gggcgttttt gaaggcgcgt
    42301 ccgtggccct cgatgtggta gttggcgccg tcccgaccgt cggggacgag ctggaagctg
    42361 acgtcggcct cgcgtttacg acaggagatg ccgcggaagc ggagcgctcc gccgttcgtc
    42421 cggctaacca cgaaggcgta gtaaccgtcg ctccagatgt gggccgtggg gtcgatccgg
    42481 acagccgtgg tctcgggtgt gcggtgacgg ccgggcacct cgttcccgtc gtcgcatcgg
    42541 gcgaggacga ccagcagcac ggccaagggg ctgagtagga aatgtattgc gttcatcggc
    42601 gttttggggg ggatgggtgg ttaataagta gtggtcagtg atcgattctc aatggccggc
    42661 accatgctcc ccggtgtatc tccggggaga atcatggatc attcatcctt gtttcttatc
    42721 catctcaatg ccggcaggtc tcgttagtca tcatctcctc cacacgtcgg atcatggaga
    42781 tgttgagcgc atcgagctcg gtgaggcggt cggagacgtc gtcggcctcg gggtgatacc
    42841 agtctttcga ctcgaaatgt cgctgcatct ctccgccgcc ggcgaagcgc agtccgcggc
    42901 gggcatagat ctcgttgcgc atgatccgga gatccacgtc ggcaaggcgg ctcagctgcc
    42961 ctatcgtcag ggcccgcatg gcggtgcagg ggaagtcgcc cggcagatcg tccaactccg
    43021 agaggaaacg tgtgcgccgc gcattgcgga tgatctcctc gccgtcgccc gtccagagac
    43081 cctcctcgtc ttgggtgaca cggtggatgg tgagccccaa gtcggtcttc tccacccgat
    43141 aggccgagcc gtcaggcagg atgacgacgt tcgtgggcgt gttgtactcc tcgccgaagg
    43201 tgtagggtac ggcctcgtca ccctcgtcgg tgagtccctg cacgcgccgc ttagaggtga
    43261 cggaggcagg gtagaaggtg atcgtgcgac cgttcgcggt gcggtattcg ccagctaagt
    43321 agtagttcga aaggtcgtcc tcgatccgtt ggcggaggtc acggatgggc gccagcacgc
    43381 tgaacgggag gttcttctcg tcgtagacca cgagatacat ctccgggccg tagggcctga
    43441 ggcggacaat gttgcccggc tcgcccagga tagggatgtc gctccggccc ggagctggtt
    43501 gcaggcggta gaagtcgccg ccctcgggct tgagggcgaa ggcataccca ccctcataga
    43561 gggatccacc ctcgaagagg agcagtccgc ccgtgccccg tcgcacggtg taagccgtga
    43621 agccgtcgct ccacgtgcgg cgcgtcaagt catgcttacc cgtctgtgcc tcgatgggcg
    43681 ctgcgccgag ggtcatcagc ccaaggagga gggccatgag ccctgcgtaa aaaagatgct
    43741 tggtcgtttt cattgtgtgt ataaatgagg gggtgattac tggtcgtaaa ggtccgcata
    43801 gtcgcggata atagccacgc cgcgtcaggc atccgagccg tagagatcca tatactcgaa
    43861 gatgatgcgt ttggcctcgt cgttcatgtc gttcttgagc gtggtgttgc ggcgtacggc
    43921 gtcggtcagt cggtagacct cgccccagtc gctgtcgaag gctatttgtg cctcgatgag
    43981 ggcgcagatg atgttcaccg tatagctgtc cgggtgcatt tgccgtgccc gacgcgccat
    44041 gcgggcggcc tcttcgacgt tgaaatagtt gtccatcgcc ttgaggtaag cggccgagag
    44101 cagcaggtcg cccggtcgct tctggtagag atctttctcc cgtttgcaga tgccttggcg
    44161 cttgaggtag ctgaggaaga gttggtagct gttcttgccc tcgaaagccc atccgatctt
    44221 gttgatgatg gccatcttga cggctacggg attgtcgggt gcggcgaggt aggcccacac
    44281 ctcgtcggac ggtgtacgtc ccttttccac ctgcgccacg ataggctcgt gggcataagc
    44341 ctgatggaaa ttggtcgagg tgagcggcga gtcggccgcg gcgcgctgtg cgcagaaaca
    44401 gatcagtgcg atcaagcatg cgatgatgcg gtgcgtagtt ttcattgtgt gggtgggttt
    44461 gaagtgtgat atgaatatga ataagaagtc atgacccctt cagggcgtcg cacggtgagg
    44521 acgccccgag gggggacagg gtgggctatc attcggcctc gaaagacgtg gtgcctttga
    44581 cccacttcag cacctcgggc ttggcccgac ggtcagacgg ttcgtagaga cggatgtcgt
    44641 agcctacgcg gggcagctcc acgatgcgtc cgtcgatgcc acgctcgagt ccgcggcgta
    44701 cgggcatcgg cgtgatgggg ctcatccggt gcgtcgtggg gtcgtagtcg tagaaggcca
    44761 gcagaccttc cttgtcgctg ttgtagaggt tgaccatgct cacggccacc atccggcggc
    44821 ccttcgggag ggtccagtag cagagctcga gccacgcgcc gccgtccatg gcgtagcgat
    44881 acttgaggta gccgtgcgga gggtcgaaga cgaaggtgtt cgggtccttg cgcgtgttgt
    44941 tcgggtcgtt cagccgggcc acgagggcgt cggtgaggtc tgagggatag gcgcgggcga
    45001 aggtgcgggc aaagtcggcc aggccagccg cacggttgcc cgagatcttg acggtgaggg
    45061 gttggccctc ccacatttcg cggatggccg acaggtcgga ttcgctctct tgcgcctgag
    45121 cggcgggagc gatgcagaag agccctacgg cgagggccag gaggattcct aagaggttgc
    45181 gtttcgagtt catgagtttg tgtggtgttg tagagagagg gcggggcgag gaggaacggg
    45241 ttgcggccct ccccgcatcc gcctgctctc tggggttacg gtgttactta gttgagcagc
    45301 ttaaagaaga cgagcgcggc cacccgggtc gggtcgacgt tgctatagct gccgatgctg
    45361 gaatgtgagg cgttgtagat cgtgccgttc ttgatctcgc cgatgctctg gccgctgcgg
    45421 ttgtagacgg tgccgctgcg cacttcgccg acgctggagc cgccgcggta gatgctgttg
    45481 ccgcggatct cgccgacgct cgcgccgccg cgattgtgga gcgtgttgcc acggaactgg
    45541 ccgatctggc tgttcgagcc gttgtagacg ttaccgtcgg acttgacgac gtaggccacg
    45601 gagccgctga ggcggatgtc ctgcgctgtg gcggggtgaa tgactgccat cagccccagc
    45661 atggccaggg cgaggatgag ggtgaatgct tttgctttca tcttgttttt ggggtttatg
    45721 atgttaatat gttggggggc gtctacggac gccggcgaat ttggccgggt acctcgccag
    45781 cttccctgcc tcggcagagg ccgtccgcag acgccccgtt gaattgttgg tttgttgggg
    45841 ccttgcggcc cgttggtttg ttgaggcggg cccgtcgggc cgccccgggt acccgtgcgc
    45901 cccggggttt cgccgcccag ggtttcgccc tgggcggcga aaccccgggc ctacagcccg
    45961 gccgggtacg ggggagcgcc ctgtaggggc gccggaccat agccaggggc gaaacccctg
    46021 gtgtgtggac gatcggggcg aaaccctggg cgggccgggt acgttccatt cgggcccggg
    46081 ggcccgtttg gggggcgtat gcaatacgcc cctacaccgt tacggtcatt cgccccgatg
    46141 gggcgtgtat ctggtctaac gcctaaacat ctcaacgggg cgcagcccca acaactaaac
    46201 acctaccgaa ccaccacctt ctcggtcagc gggccgacct tgatgatgta cgtgccggcg
    46261 gggagggtca gcgaggtgtc gccggcgggg gcttgccagg tgcggtagag ggtgccggcg
    46321 agggtgtaga cctgtaccgt ctcggcggtg gggagggaga ggtagagcgt cgggccgacg
    46381 gtgtagacct tcgcctgcgg ggcgtagggc acggtgttgg cgacggtcga gaggacgttc
    46441 acctcgcagc gggcgacgat gccactgccg tcactggcgg cggccgtgat cacagcctta
    46501 cccttgccga cgatggtcac gagggcgtag tcgtcggcgt cgggggcgaa gcgcagctgg
    46561 ggcagtgcgg ccgactgctt cggggtgaag acttgcacgg tggccacgga ggcgttggag
    46621 ctcatccaga gcaggccctt gttgcgcgcg ttgtccggcg agacgatggc cgagatgagc
    46681 gccgtggaga ggtcgccgtt gacggtgagc gtggccgggt cgagcgtgac gttagagact
    46741 ttcacctcgg ccggtgacac gacgctgccg tcgttgccct gctggtggat ggcgaccttc
    46801 agctcgtcca tgccttgctg cgtgcggacg gtgatggtgc cgtggcgcat ctccttggac
    46861 gggttggcgg cgaggcggaa ggtgaacgtg ccattgccgc ggccgacggc gctctcgagg
    46921 cggatccaat cctcggtcgt ggagccggcc cagaggcgac ccgtcacgac gctgatcgag
    46981 ctgccggcgc cctccgacgg gccgagggtg atctcctcgg ggttcagcgc caggtcgtag
    47041 tcgtattcct cggatggggt gctgccgggg ctgggcgtgg gcttgcgttg gccggcgcgt
    47101 tgggtgaggg tgaaggtgcg ttcggccttg ccgtcgtcgc tcttgacggt gagcttgccc
    47161 gtgcgttcgg cgctggactc attgcggtcg aagcggacga tgacgaggcg cgtgcccgag
    47221 ccacgtgtgg cgtcggggtg catccattcg gggctgccgc tgatcgtcca tcccttgccg
    47281 gcatagacgt tgaagccgac cgttccgccg ccgctgccca tggtcatggc tgcggggttg
    47341 agggagattc cggtggcggc cacgggtggc tccacggcct tcgcggcttc ctgcgtgacg
    47401 aggatgtggc ggatgatggg ggtgcggtgg cctatccgtc tcctggacga gaccacccca
    47461 atcgttgcgc cgcgcttctt ggtgctggtg ttgggcgtga cttccacgac gatcttgccc
    47521 gtcttgacgt cggtcgtgag cttcatccag cttgcggagg cggcgctggc cttggtgtcc
    47581 caaccgtagt cgcttttgac gttgaccgtt tgcttgccgc cgccggtggg gaaggtgagc
    47641 atatcggggc tgagcgtcag cgtcggctcg ggcttcgtgc ccgccgcctg cgtcaccttg
    47701 agcgtgacgt cgcctttatc ggtatggaag atgatttccc ctttgcgttc ggcgcccgtg
    47761 ttcttttgga tgttgaaggc acagacgcgg ctcttttcgt cagaggtagc ggaggaaggt
    47821 actcgctcca tccagctcgg caccgtcaca ttgtccagtt cgaatttttg gttacagctg
    47881 agctttacct ctttcttgcc tccgtccgtt tccaccttta gctctttcgg ctcgagggtg
    47941 aagacagcct tctccggctc gggcttggtg ctgccggccg cctgcgtcac cttgagcgtg
    48001 acctcgccct tgtcggtttt gaagacgacg tcggccgtcc gttcggggcc ggtgttgggc
    48061 cagaactcga gcgtaacgcc atagataccc gggccgctac ttgattgtcc ctgatatatc
    48121 caactcggca taatcacttt gttgagcttg aaatcttgtt tgctgccaag tgccacctta
    48181 tgcgctccac ccttcgcttc cacctttagc tccttgggat cgagggtgag cacggcttcg
    48241 ggctttgtgc ctgcggccgc ctgcgtgacc ttgagcttga cgtcgctcgg gccgattctg
    48301 aagacgattt cgcccgtccg ttcggggccg gggttgggct tgaagattag cttaacaggt
    48361 ttgctcgtat gacctacgag tgaatagtcg tagcctatcc aatccggcat gctgacatct
    48421 atcctttcta tagtttgggt actggatagt gtcaccttat gctctccgcc ctcggcatcc
    48481 acctttagct ccttggggtc gagggtaagc tcgggcttct ccggctctgg ctccggctcg
    48541 ggctttgcgc cgcccgcctg cgtcaccttg agcttgattt tgccttggcc gatagtgaag
    48601 acgacatcgc ccgtccgttc ggggccggtg ttgggctgga acttaaacgt atattcatag
    48661 acccccgggc cgctagttgt ttgtccctgc cttatccaac tcggcataat caccaagttg
    48721 ctgacgtcaa aaccttgttc gctggagagt gtcaccttat gctctccacc ctcggcctcc
    48781 acctttagct gcttgggggc gagggtgatg atggatttgg gatccgcgcc gccctcttgc
    48841 gtcaccttga gcttgacgtc gccttcggag gttttgaagg tgatcacgcc ctcgcgcttg
    48901 ccgccgatgt ttgttttgga gatgatcggt atcgattttt cgagatcata tgaccatatc
    48961 tcttcttctt ctacttccag ccaattcggc ttatcgattt tatctacgaa gcgataggct
    49021 aggttgcagc tgagtgtgac tatttccctg tcggcatacg cactcatatc caactcttcg
    49081 gggctaagag taaagatggc cttatccgat cccggcttcg cgccgcctaa ctgtatcatt
    49141 tggaacttga cttcgccttc agacgttttg aaggtgatta cccccttacg tgagccttcg
    49201 gtgtttggtc tgaagaagaa tggaagcgta aaccacttat tgctcccctt gggtaagcca
    49261 tgagaagtaa atagttgtat ccaactcgga gtagttatat cgctaatcca aaacgattcc
    49321 ttgcagcgga ttgtcacctc atacacgcct ccctctgcgg gtacatacag tgtattagga
    49381 tcgaattgga tcttcgactt cgccgccgct gtctgcggca tcatcgctcc tgccagcccc
    49441 gctacgacga gcagcaggac gaggagcatg ttcttgtaat tcgtttttga gtccat
//
LOCUS       SEQF2638.1|AYYF01001617.1 36524 bp   DNA    linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..36524
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(176..1672)
                     /locus_tag="SEQF2638.1_02318"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYNKNLTPSLQFIDKLTQEKVTISGLPFTEKEARLSINERRPSF
                     LLPTKEMIKMIVMDMEGTTQFKSLEVSMSNENYEISRANLSFSSEENGDDYDYTCQIK
                     FSRFMDSRWDEEAKYFYRLFLPIKGHNWRDLVHSTAYYQHSVYRSTPTESLIRIDFGG
                     GGQIHVFSIRSGQDNFLVIESQSSCTYSAIKKYRYPISLSLGLVTSVAPFDYAFVVTS
                     ETPEFDGKIMGGIVKLRSTIYNPYSFFITYTLGLYEGLKGIADYTLHQLCENGRLKDP
                     LDRPIEEQEFAALARMLFENRGLAQAALSLLSAPIDFELMGATYAVTLETICSALMVE
                     EASSYMENDKWKVVHDELIKAVSDLYEKHLITEDHKKVMINKLHGFNSQTNGDKLTAP
                     FERIGYKLSGPEKKVIKERNRILHGKLYERIPKESYKQNKLFYTCMEMRKLCGILLFR
                     TAGFKGPIFNNAIELELEEALKNKEPLFITYEEKTESPQLTEKPEASV"
     CDS             complement(1820..3271)
                     /gene="mrdB"
                     /locus_tag="SEQF2638.1_02319"
                     /EC_number="2.4.1.129"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_02079"
                     /codon_start=1
                     /transl_table=11
                     /product="Peptidoglycan glycosyltransferase MrdB"
                     /translation="MYRDNERRSLWLSVDWLTIIVYILMVGCGWLSICGASYEYDTTG
                     LFDPAGRPGSQLIWIGSAFALSFIILMLERDIYETFAYLFYGLIILLLIATIFLAPDI
                     KGSRSWLVLGPIRLQPAEFAKFATALALARLMNSYNFNLFTLRNFGLVLLIILLPMGL
                     VLMQKETGSALVFLAFALMLYREGMSGYLLLAAVCAVTFFVTVMKFDDTLLGATPAGA
                     LIVSSLTLIIEMLLVTGLRNDRLTLRIILYGLVAALLTAIIASLYIPVNFVWVLVGVI
                     LTSSLMLIVQAIVKLSWRYALVALFALSSVAFMLSVNYVFNDMLEPHQQQRIRVSLGL
                     EDDPGGSGYNVNQSKIAIGSGGLLGKGFLNGTQTKLKYVPEQDTDFIFCTVGEEFGFV
                     GSIVVLTLFGVMIVRLITLAERQDTLFGRVYGYSVASIILFHLVINVGMVLGLTPVIG
                     IPLPFFSYGGSSLWGFTILLFIFLRIDASRKEV"
     CDS             complement(3258..5129)
                     /gene="mrdA"
                     /locus_tag="SEQF2638.1_02320"
                     /EC_number="3.4.16.4"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P0AD65"
                     /codon_start=1
                     /transl_table=11
                     /product="Peptidoglycan D,D-transpeptidase MrdA"
                     /db_xref="COG:COG0768"
                     /translation="MENFKKYAYENRRFIVIGSVIFVLLVYIVRLALLQLVDSNYKAS
                     ADNNAFLRKVLYPARGVIYDRNGQLLVYNQPAYDVMLIMREIQAFDTLDFCRTLGITK
                     EVFDKRIADIKNKKLNPGYSSYVPQVFMNQLSSYEYGALQEKLYKFPGFYIQNRTIRE
                     YTYPNAALLLGNIGEVNRRDIKDDNYYNQGDYAGRAGVERSYEKWLRGKKGIEVLLRD
                     ARGRIKGRFEDGRHDEVPISGKNLTLAIDINLQILAEKLLKNKVGSIVMIEPATGEVL
                     CLASSPGYDPNLLVGRKRGKNYAMLEEDPTKPLFDRSIMAMYPPGSTFKPTQGLIFLQ
                     EGVITPDKLYTCARGYPYHGGKPACHGHGSPLALIPAIATSCNSYFCWGLHDMLDSRR
                     RYPTVQEALDKWKDYMVAQGYGYQLGIDLPGEKRGYIPNSKVYDKVYKSARWNSSTII
                     SIAIGQGEVLATPLQICNLAATIANRGYYIVPHVVRKIENAQLDSIYTHRKYTGIDQE
                     HYRVIAQGMRMAVVGGTCRGLNMRDVEVCGKTGTAENPHGKDHSACMAFAPYNEPKVA
                     IAVYVENAGFGARMAVPLARVMLERYFHGAQANSEADVESLSNTVVKATNNNNRVPR"
     CDS             complement(5116..5634)
                     /locus_tag="SEQF2638.1_02321"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIKGLLRVVAYIVVCVLLQVTVFNHIHLFNLMTPFLYLYAIAKI
                     PAGFTRVQVIWMAFITGLLVDIFSGTLGIHAAASTLIGYYRNPLMHAFTDKEMLEDAS
                     PSYVTLGTGAFMKYIVCLTFLHHTALYAIESLSLFDPPYLLLRIASSTVLTTLCLFVI
                     EAFHMERRSGEL"
     CDS             complement(5631..6500)
                     /gene="mreC"
                     /locus_tag="SEQF2638.1_02322"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q8Y6Y4"
                     /codon_start=1
                     /transl_table=11
                     /product="Cell shape-determining protein MreC"
                     /db_xref="COG:COG1792"
                     /translation="MRKLLEFLIGKRHWFLFCFLEIVSCILLFYNQDYHRNLIFGSSN
                     TVVAQISSISGRVRSYLGLRDENKALFEQNGQLQLQVIKLEREIAYMKAHAQTYDSLF
                     VADTVTMPYHFVTAEIVNSNVSSLSNYLTIDKGTKDGVKVDMGVVTTQGIVGIVSVAD
                     EHFSVVISVLNPKLLVSCKLLNGNYHGSLVWDGRDPRYAYLDDLPRHAIFKEGDTVVT
                     TGFSTAFPPNVMVGTVAKFEKKRDQNFYSLKIKLATDFSAIKSVRVIQNDFREEREAV
                     EEKARTLITNKTE"
     CDS             complement(6592..7611)
                     /gene="mreB"
                     /locus_tag="SEQF2638.1_02323"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:A0A0H3C7V4"
                     /codon_start=1
                     /transl_table=11
                     /product="Cell shape-determining protein MreB"
                     /translation="MGLFSFTQELAIDLGTANTIIVSDGKIVVDAPSVIALDKRTDKV
                     LAVGETARQMHGKTHENIRTVRPLQDGVIADFYAAEQMIRGLIKMIHFRNRWFSPPLR
                     VVVCIPSGSTEVEIRAVRDSAEHAGARDVYMIYEPMAAAIGIGVDVEAPEGNMIVDIG
                     GGTTEIAVISLGGIVSNKSIRIAGDDLTADIMEYMRRQHNMKVGESTAERIKINVGAV
                     LTSLDNPPEDYVVHGPNQMTALPMEVPISYQEIAHCLDKSISKMEAAILSALEQTPPE
                     LYADIVRNGIYLAGGGAMIRGLEKRLTDKINIPFRVAEDPLHAVAKGTGISLKNIDKF
                     KFLIK"
     CDS             complement(7639..9195)
                     /gene="purH"
                     /locus_tag="SEQF2638.1_02324"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P15639"
                     /codon_start=1
                     /transl_table=11
                     /product="Bifunctional purine biosynthesis protein PurH"
                     /db_xref="COG:COG0138"
                     /translation="MDNEFKRMMTDEKKRISRALISVYHKDGLLEDIIKTLHNEGVQL
                     VSTGGTQTFIESLGIPCETAESLTGYPSILGGRVKTLHPKIFGGILARREYDTDLRQL
                     SEYDIPTIDLVIVDLYPFEETVASGAGEADVIEKIDIGGISLIRAAAKNYRDVTIVAS
                     RAQYAPLLELLKQGGAQTTLDDRRRFARAAFAVSSGYDAAIFRYFDADEHTAFRAAFD
                     DAMPMRYGENPHQQGIFFGSFDTLFDRLHGKQISYNNLLDIDAAVALIDEFDEPTFAI
                     LKHNNACGVASRPTMIEAWKAALAGDPVSAFGGVLIGNRAIDADAANEIDQIFFEVII
                     APDYTEDAIRILSKKKNRIILRRKAVGAGQGLAFRSLLNGVLVQDRDLSTQTAGDLKP
                     MTTALPTERETADLLFANKIVKHSKSNAITLAKNKQLCANGVGQTSRVDALKQAIEKA
                     RTFGFDLSGAVMASDAFFPFPDCVEAAAEAGVTAVIQPGGSVNDELSVEYCNAHHISM
                     VKTGTRHFKH"
     CDS             complement(9714..10205)
                     /gene="gldH"
                     /locus_tag="SEQF2638.1_02325"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q8KRP0"
                     /codon_start=1
                     /transl_table=11
                     /product="Gliding motility lipoprotein GldH"
                     /translation="MVRRRSNRLHSVARALLPMVFALLLVAACTDTARYDHYQSVEKP
                     WTKDHIYYFTYDIDDNTVPYDLALEIRNNDLYPYQNLWLLCSEEPPVGPMTHDTIECM
                     LADDYGAWHGAGIAIHHLSVPLRSRYRFPHKGQYTLGIRQGMRDEQLNGIEAIGLRIE
                     ASR"
     CDS             complement(10186..11457)
                     /locus_tag="SEQF2638.1_02326"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNFVQNTERGCLECKGCCETSGSKLSVHDWLCDIPEEEHATAYV
                     EVQFKNTRKEYFLNEDHIPLEKGDIVAVEASPGHDIGMVTLTGRLVLFQLWKHSTRHS
                     TINKKIYRIARPYDLERWEEAKAREHETMIRSRQIAAELGLDMKIGDVEFQGDGNKAI
                     FYYIAEGRVDFRQLIRVLADNFHVRIEMKQIGVRQEAGRIGGIGPCGRELCCASWMSH
                     FTSVSTEAARLQDISMNPQKLAGQCGKLKCCINYEADMYVDARKGMPSRKIVLETKDN
                     AYYYFKTDLFKREITYSTDKTIAKDLVTLTARQAFDVINMNQKGIKPDTLLPESKETQ
                     TKKSDSHDILDDNVSRFDSARKKKKKKRTAAPADGRTKAAAEGRPKRSPKPSADGAPQ
                     AATKASAPKSPRRERKGNNPQSTPTDGPSPQ"
     CDS             complement(11483..12670)
                     /gene="bioF"
                     /locus_tag="SEQF2638.1_02327"
                     /EC_number="2.3.1.47"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P22806"
                     /codon_start=1
                     /transl_table=11
                     /product="8-amino-7-oxononanoate synthase"
                     /translation="MNLLREKLAKYDAPQRAKAAGIYPYFREIQSDQDTEVVIDGKKV
                     LMFGSNAYLGLTNHPKVKEAAIEAIRKYGTGCAGSRFLNGTLDIHVALEKRLAAFVGK
                     EDAISFSTGFQVNEGVISCITGREDYIIWDELNHASIIEGIRLSYSRKLKYKHNDMAS
                     LERQLQKCEPDKVKLIVMDGVFSMEGDIANLPEIIRLAKQYNANVMVDEAHGIGVLGQ
                     CGRGTCDHFGVTSDVDLIMGTFSKSLASLGGFIASDRDTINYLRHHARTYIFSASCTP
                     ASVAAANAALDIMLTEPEHMERLWELTHYALDGFRQMGCEIGHTSTPIIPLFIRDNDL
                     TFLIVKELFEAGVFVNPVVSPAVASQDTLIRFSLMATHTRAQLDYALEAIRKVFKQHA
                     LIP"
     CDS             13247..14689
                     /locus_tag="SEQF2638.1_02328"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKTMNARLAICGLGLLGLLTACEKDPTPTPKPDPESKVTLKVN
                     EFIYEGLRSEYLWENTINWNAIDFKKEKDSHAFFKRLIYKDDRWTSLTDNAEAWNQGF
                     AGISTTYGFDLRFSYIGQTDELVAIVRYVYPGTPADRAGIRRGDLLLKLNGGPITVKN
                     YADFYDKPTIVVNKGILKDKTLTAEPVGVAMTAVEMYQDPILKDTVINKDGHRVGYLC
                     YSDYTERSTAELIKVFTRFKTAGVTDVVLDLRYNGGGYVSTARALCSILAPEAAMKKK
                     ERFLFKLWNENYMSYWKSKGRNDELYETFVDTLGINMNLNRLYILTGKGTASASELTL
                     TGLTPYMDVVQIGDTTHGKFCGGIVLMPKHLWWDKSASYYQEIQNWGMYVMIYKFSNK
                     RNDEFPRGFAPKYVVKEYLLELYPFGDERDPLLGKALELITGKQVAKARSHRIQPALR
                     ELPIDNPNRPLNGKAIDTPPAGQRLFMSNK"
     CDS             complement(14662..15729)
                     /gene="aroC"
                     /locus_tag="SEQF2638.1_02329"
                     /EC_number="4.2.3.5"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P12008"
                     /codon_start=1
                     /transl_table=11
                     /product="Chorismate synthase"
                     /db_xref="COG:COG0082"
                     /translation="MNTFGNNYRLTTFGESHGTAIGGIIDGCPAGIEADTAFIQSELN
                     RRRPGQSALTTSRNEPDTVEFLSGLYEGRTTGTPIAFLVRNRDQHSKDYDAMRDLYRP
                     SHADYTYQMKYGIRDPRGGGRSSARTTIAQCVGGAVAKLALQPEGITVRAYTSQVGRI
                     RLDGTYRDYDLTLTETNAVRCPDARKAAEMEALIRRVKEQGDTVGGVITGVITGVPVG
                     LGEPVFGKLHAALGAAMLSINAVKGFDYGDGFDAPLYLGSEHNDTFCNDHGRIATRTN
                     YSGGIQGGISNGEDIYFRVAFKAVATLLREQQTVDRDGRETIINAKGRHDPCVLPRAV
                     PLVEAMAAMTILDYLLLMKSR"
     CDS             complement(15857..16408)
                     /gene="slyD"
                     /locus_tag="SEQF2638.1_02330"
                     /EC_number="5.2.1.8"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q9CKP2"
                     /codon_start=1
                     /transl_table=11
                     /product="FKBP-type peptidyl-prolyl cis-trans isomerase
                     SlyD"
                     /db_xref="COG:COG1047"
                     /translation="MRVSKNKFVTVTYDLHVGDADDRTLMESATPEQPLKFIYGIGAM
                     LEAFEKNLSGLEPGDRFEFSLTPEQAYGQRIEENVVDLPKSVFMVDGVFDSERVKEGA
                     TLPMMSAEGQHMNGSVLEVKDDVVVMDFNHPLAGETLHFAGQVADVHEPTAEELAEME
                     QMMHGGCGGHDHDGCGGCDGCCH"
     CDS             complement(16488..17138)
                     /gene="yfiC"
                     /locus_tag="SEQF2638.1_02331"
                     /EC_number="2.1.1.223"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P31825"
                     /codon_start=1
                     /transl_table=11
                     /product="tRNA1(Val) (adenine(37)-N6)-methyltransferase"
                     /db_xref="COG:COG4123"
                     /translation="MKVGTDGCLLGAWAGVSGARRIADVGTGSGLVALMLAQRNTDAR
                     IDALDIDRDASLQAAENVSASPFAARIRVLRTDFRTYAATAPPAYDRIVSNPPYFDES
                     LKCPDAGRRMARHSDTLPMGELLSVAAALLTDDGRVALVLPYAQREGVLRLAEARALH
                     LVRETHVVPVEGASPKRWLAELARRPSPCVPDMLTLETPDHRRTAAYAELMRAFYL"
     CDS             complement(17417..18817)
                     /gene="fumC"
                     /locus_tag="SEQF2638.1_02332"
                     /EC_number="4.2.1.2"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P05042"
                     /codon_start=1
                     /transl_table=11
                     /product="Fumarate hydratase class II"
                     /db_xref="COG:COG0114"
                     /translation="MADFRIEKDTMGEVKVPADKIWGAQTERSRNNFKIGPSASMPLE
                     VIYGFAYLKKAAAYANHELGVLPVEKRDLISRVCDEILEGKLDDQFPLVIWQTGSGTQ
                     SNMNVNEVIANRAHQLAGKTIGEGEKTLQPNDDVNKSQSSNDTYPTGMHIAAYKMVVE
                     RTIPGVERLRDALKKKSEEFKDVVKIGRTHLMDATPLTLGQEFSGYAAQLDHGLRALR
                     NTLSHLSELALGGTAVGTGINTPKGYDVVVARYIAQFTGLPFVTAENKFEALAAHDAM
                     VEAHGALKQLAVSLNKIANDVRMMASGPRSGIGEIIIPANEPGSSIMPGKVNPTQCEA
                     VTMVAAQVMGNDVAISVGGTQGHYELNVFKPVICANFLQSARLIGDACVSFEEHCVSG
                     IQPNYPRIKELVNNSLMLVTALNTKIGYYKAAEIANTAHRNGTTLREEAVRLGYVTPE
                     QFDEWVRPEDMVGSLK"
     CDS             complement(19506..19754)
                     /locus_tag="SEQF2638.1_02333"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSELLCEPLADFRFMPFRACEPSDALFVPHDRAREGLADIRFIL
                     ERCRQRYIVSRLYTSESPENVFLFISIVRNFPKHILYM"
     CDS             19771..20505
                     /locus_tag="SEQF2638.1_02334"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKIGNIDLTRATKAGHIDFIRAVCEAAEAEEGVLANDVARKAV
                     EALKAAYNEERENLILSNKSLLTDDIHAADTERDGLFTGFKGTVMAQQRMPYADKAKA
                     AKELTQRIKDFRLRRTLQLDEETALLGKLIEECEEKYATHVEQLSVTAYVSALKEAND
                     RVHRLINERMQNQRLRKEAEVDMARRQSDAAYRRLVEVVNAMEVLLGDEAGVGHFIDF
                     MNALIKRYRQVVFAKRKRNKDAAVEG"
     tRNA            complement(20619..20692)
                     /locus_tag="SEQF2638.1_02335"
                     /product="tRNA-Gly"
                     /inference="COORDINATES:profile:Aragorn:001002"
                     /note="tRNA-Gly(ccc)"
     CDS             20794..22656
                     /locus_tag="SEQF2638.1_02336"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MREFQKISTRKKGDYEAAFREEKPNVFQRLAAIFGHAAFFWLAV
                     CLALFFWLEREGRFYFFFIEQRKLFLSEASFIGSYFTRPGGGAQLVTDYATQFFVKPY
                     LGAATGSVVLTAVAMLSVGIMRRIAPRANLRLLGLLPTAAQLLMTFDMNYSYAGTVAY
                     ALTLVAMYGYFFIPSMVGQVVYATVATGLLFWLGGSVAFLFATCIFLWELATRFWRAY
                     GFLLPLMVAVGAAVWGVYDAWAGEYRFLLGPDGYYAPTVAPDPVLYGVWACLPVMLAV
                     AYCLRGQGREKKEAGRRIAEITVQLVLVGGLLWIGSDRLKDHDTSGYSKELDCYLRQG
                     RWDDVIDRYTFIYKHNPTPTEACMLSIALAEQGQLADSLFAYAPHGVEAILPTWDGSD
                     PQVAALLSDLYFSMGDIDMAQRMAIEANTGMDDRSPRMIKRLAETSLIRGAYPLAEKY
                     LSVLEHTRYYGQWAHDARRFLYNDSAVVVDSLLGRKRRCLTSASGDLPYTLHAIAEHN
                     PTHRASIEYAGVLLLLQKDLGRFRTLADSCVGRMVLPRLPKSFAEATLLYTFVGDTTA
                     QKRYRLPANMTQRYADFRRRADAARGNSQSAEALRDAFGDSYWYYFTFTSGTTK"
     CDS             22663..24207
                     /locus_tag="SEQF2638.1_02337"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTTLPPTLRHLFTLLLILLLTVACRHEAPMTNRLVDHRPPIFP
                     DYTEVTIPPNIAPLRFLLSDTCDVDKAAATFECGAERVTVWASDGRSIAIAPRAWKRL
                     MKDAAGKVISVKVTARIAGEWVGYAPFNLYVATDSIDPYIVYGRMDPSRNVMGHTGLY
                     SRCLEDFRERAVLTSDMTRGDRIGPATFSGGDAQRFFLPLSGALSCALLTDSDKIEKL
                     NTHTIPGLPTPTHVAWHPSGRYMAFAVNRNARQDARETASRIVIYDVVKHELFTSPQL
                     FSDSSSVTYPAFSPDGETLYFCATSLMAHTRADSAKYHLCALAFNIHGGRRFGRKADT
                     LYHSRPAPPPPPRKKSDKTPPRRPEVRPDGSAARPLPSPDGRYLLFTVADVGSNPADR
                     PTSDVALFDIKHRNFLPVDTLCADNDSEIAYSWSNNGRWIVYTTRSIDGLYEYPVIAH
                     LSADGRPSKPFLLPLKEANGYRRTMRSFAHPTFLTAPVPYRNYTLSRKARTLEGVDIQ
                     PLKTGK"
     CDS             complement(24138..24608)
                     /locus_tag="SEQF2638.1_02338"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTSPEGLTHFLDAEMASPEGLTHFLDAEMASPEGLTHFLDAEMA
                     SPEGWAHFLTREMTSPEGLAHFLTREMASPEGWAHFLTREMTSPEGWAHFLTREMTSP
                     EGWAHFLTREMASPEGLTHFLDAEMASPEGGIHFPVLSGWMSTPSRVRALRLSV"
     CDS             24671..25543
                     /locus_tag="SEQF2638.1_02339"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTQERITPNQHDVWPEIEALLHRFADMGIAQAVDYEKYYLYSLI
                     AHSTAIEGSTLTELEAQILFDEGVTTGGKPLIDHLMNDDLRMAYEQAQTEAVRRTAIT
                     PTFLRVLNGILMRRTGSVHHVAADTFDSSRGDYRLCGVTAGVGGRSYMNYQKVPVRIE
                     ALCERLQEQMKMTGVNTLRAQYELSFTAHLELATIHPWVDGNGRTARLLMHYIQFYYG
                     LFPVKILREDRGAYIASLRQSQEVEEADSTPFLSFMADRLRASLKSEIERAATPAEAG
                     KLVENTQGRIHIPQ"
     CDS             25899..26102
                     /locus_tag="SEQF2638.1_02340"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMQLREIEKDKYDVDALLDEVLGREGSPERERNRALAWEEYLAQ
                     VEHDAQTTRLPKTVAEPAMSDEW"
     CDS             26213..27691
                     /gene="cysS"
                     /locus_tag="SEQF2638.1_02341"
                     /EC_number="6.1.1.16"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q83BL7"
                     /codon_start=1
                     /transl_table=11
                     /product="Cysteine--tRNA ligase"
                     /db_xref="COG:COG0215"
                     /translation="MDKQQQKLVLYNTLTRRKAEFEPLHAPHVGMYVCGPTVYGDPHL
                     GHARSAITFDILFRYLTHLGYKVRYVRNITDVGHLEHDADEGEDKIAKRARIEQLEPM
                     EVVQHYTRRYHRAMDLLNVLPPSIEPQASGHIIEQMELVNRILANGYAYESEGSVYFD
                     VARYNQDHRYGILSNRNVDELLNTTRELDGQTEKRNPVDFALWKRAAPEHIMRWPSQW
                     GEGFPGWHCECTAMGRKYLGDHFDIHGGGMDLIFPHHECEIAQAVAAEGEEMVRWWVH
                     NNMITYNGQKMGKSLGNAITLEEFFTGSHPLLAQAYRPETIRFFILQAHYRSTVDFSN
                     EALQASEKGLERLFEAAERLAKLTPSDGPSTIDVSGLRTRCEEAMCDDMNTPIVISHL
                     FDAAKAINTVHDGRATLSADDLAELQSAFRLFMDDILGLRSAAPSDEKDEAYRRAVDL
                     LLSVRQQAKQNKDWATSDRIRNELSALGFVVKDTKDGAEWSL"
     CDS             27679..28455
                     /gene="yafV"
                     /locus_tag="SEQF2638.1_02342"
                     /EC_number="3.5.1.3"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:A0A140NDS5"
                     /codon_start=1
                     /transl_table=11
                     /product="Omega-amidase YafV"
                     /translation="MEPVVMRVVILQQDIVWADPAENVRQAEAAIDRRPGADLYVLPE
                     MFATGFATHPEGVAEKADSETLRWMVRKAAACRAAVAGSLAVEDGGRYYNRLCFVHPD
                     GRVETYDKRHLFTYSGEDRHYTRGTRRVVVTFRGVRILLQVCYDLRFPVWSRNRGDYD
                     VALYVASWPVGRIEAWSALLRARAIENQCYVVGVNRVGCDPVAEYSGASVVIDPYGRT
                     VATCEDHHVSAAEAVLDLERLAAFRRKFPVLEDGDAFELQ"
     CDS             28541..29551
                     /locus_tag="SEQF2638.1_02343"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MELSLNEFEEQVNKTILKRGRDYFEHDHVVRVKRLSEGEFELAV
                     MGTERYTVYLRFWGDAVMDHDCSCPYAWGPVCKHVVASLFYLRENGLYSAPPLSKEMK
                     DDRSVPRQVATMLEEMNYDDLRLFVHTLCWDDSLFQQIFLVRSLQFLPTVSPDLYKLH
                     LRSLINMCNHPTTTPFSYDDIDRVIDAVDDISFSVNDEISLGDPMKALYISTAIIEEM
                     STFSCQIEHSEIDDSIERAFNTLERLTHAELTDEQHNKLLDALLSLSYHPALQDEWGR
                     LRAIELAIGIIRNEQERTRVVFALDKMQQAKPLLSHKKALRVQQLKQTLITKLSLTAG
                     HL"
     CDS             complement(29592..30422)
                     /locus_tag="SEQF2638.1_02344"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKREIISELYQGFEAAAIEVDGVECWSARDLQPLLGYSKWENFS
                     KVIEKAKEACRNAGNSDADHFPDVGKMVGIGSGTERKVDDMLLTRYACYLVAQNGDPR
                     KEQIAFAQTYFAIQTRKAELIEQRLLEIERVRARTKLQETEKHLSGVLYEHGVDSKGF
                     AMIRSKGDQALFHLDTSQMKRKLGVPANRPVADFLPTISIKAKDFAAEMTHVNVQQKA
                     LYGESEISREHVDNNAAVRQMMIERGIVPENLPPAEDVKKVERRLAAEKKKALSNKTK
                     "
     CDS             complement(30534..30989)
                     /gene="rpiB"
                     /locus_tag="SEQF2638.1_02345"
                     /EC_number="5.3.1.6"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P37351"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribose-5-phosphate isomerase B"
                     /db_xref="COG:COG0698"
                     /translation="MSAMDTQPLPIGFACDHAGIEIKRALMDHVAALGYEVRDFGTDT
                     SDSCDYPDYAHPLAEAVEAGAVYPGIGLCGSGNGIGMTLNKHQSIRAALCWNDETARL
                     SRAHNDANVLVLPARFVTVEEAVRMVDIFLTTTFDGGRHRRRVEKIPVV"
     CDS             complement(30986..33172)
                     /gene="tkt"
                     /locus_tag="SEQF2638.1_02346"
                     /EC_number="2.2.1.1"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:A0A0I9QGZ2"
                     /codon_start=1
                     /transl_table=11
                     /product="Transketolase"
                     /translation="MATKVALTLAPAKSDGALYLCPHRGGSPSKGAPTTCDYRAVRRM
                     TTPNYLLYMNTDNMNRAADNIRILAASMVEKARSGHPGGAMGGADFVNVLFAEFLNYN
                     PERPDYPYRDRFFLDPGHMSPMLYGVLAAAGLMPLTELENFRQWGSHTPGHPERDVQH
                     GIENTSGPLGQGHAMALGAAIAERFMVARFGEWMAHKTYAYISDGGIEEEVSQGVGRL
                     AGHLGLHNFIMYYDANNIQLSTKVDEVNTEDVAAKYRAWDWRVITINGQSVEEIRHAL
                     REAHAETERPTLIIGKTIMGRGAVDAEGRSFEDRVSTHGQPLSAAGADIDATIRHLGG
                     DPAHPFALFPETTEIYGRRREALLAWYGARMEAEERFRREQPALAAKLDRFLSGEMPE
                     IDYAAIAMKRDTATRAASAAMLALYAEQVENMVVSSADLSNSDKTDGFLKHTHAFTKG
                     DFTGQFLQMGVSELTMACVMNGMALHGGILPVCGTFFVFSDYMKPAVRLAALMELHVV
                     YVWTHDSFRVGEDGPTHQPIEHEAQIRLMEHLRNHSGHRSMLVLRPADADETVYAWKM
                     ALESYRPTALLLSRQNITSLPAASGDRRTEARRIEQGGYVVMDTEGTPDIVLVASGSE
                     VSTLVEGAELLAADGIRARVVSVPSEGLFRDQDADYQRSVLPAGVRRFGLTSGLPVAL
                     EGLVGEGGLVHGLSSFGYSAPYKVLDRKFGFTGERVSELVKKFLEK"
     CDS             33200..34096
                     /locus_tag="SEQF2638.1_02347"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTPTTSTPPRPKVTRKTVFTGTMAFLVVLFSMPLGHALMILMEH
                     YLQPPWLYYAAFSMGAVGLAVTVAGVFARGDTRQTLFGLFGGLLFWTGWIEFLFVYYA
                     HRFGVEPLRNAAGEIVTKPEYLIMPSSFGFWAMFMLLYLFSVRTGCNFFNYLQRVFFR
                     QSTVRVELKPLARHTALITFMELNLILWTSYLVLLFCYDDHFLGDRHPVTTLVAFGAL
                     ASSFYMFGRLIRISSWGYAIRYAIPTVIVFWTFVEVIMRWQILHEIWVHPLEYRNEML
                     IILVAFIVLLGVIIYRSWRRKG"
     CDS             34645..35430
                     /gene="surE"
                     /locus_tag="SEQF2638.1_02348"
                     /EC_number="3.1.3.5"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P96112"
                     /codon_start=1
                     /transl_table=11
                     /product="5'-nucleotidase SurE"
                     /db_xref="COG:COG0496"
                     /translation="MNQRPLILVSNDDGVDARGIHALAEGMRLLGDVFVMAPDGPRSG
                     MSSAITTTQPITYRVLSEAEGMTICSCSGTPTDCVKLAVSEVLDRKPDLLVSGVNHGG
                     NEALSVHYSGTIGAAIEGCVLDIPSLGVSLVHYRSEADFSEAVRLAQRVAKDLLRNGL
                     PHGTYLNLNVPNTPHVKGLTICRQADGRWIREFDRVSTPDGSPAFRMSGEYLNYPPIQ
                     PDNDTQRLSEGWATIVPCLLDVTHHAFMNELKSRGLDDINGYS"
ORIGIN      
        1 acttgaaaaa aagtagagct aaaccctgag ggttcggggc tacttcaaaa aaagaagggc
       61 taaaccctca gggttcaggc tacccagaaa aaaagtggag ctggcccctg agggttttgc
      121 aaggaggcga gctatgtaat ccctctattg aaaagagaaa gggtagggtg agatttcaca
      181 cgctcgcttc aggcttttcc gttagttggg gagactccgt tttctcttcg taagtgatga
      241 acagcggttc cttgttttta agcgcttctt ctaattccaa ttcaatagcg ttgttgaaga
      301 tcggtccttt gaagccggcc gtacggaata gaagtatgcc gcagagcttc cgcatctcca
      361 tgcaggtgta gaacagtttg ttttgtttgt atgattcctt cgggatacgt tcatataact
      421 taccatggag aatgcggttt cgctctttga tcaccttctt ttctgggccc gatagcttgt
      481 aaccgattcg ctcaaagggc gccgtcagct tatccccatt cgtttggctg ttgaaaccat
      541 gcaatttatt tatcatgact ttcttgtgat cctctgtaat gagatgtttc tcgtagaggt
      601 ctgagaccgc ctttatgagt tcatcgtgca ctactttcca tttatcgttt tccatatagg
      661 aactcgcctc ttctaccatt aacgctgagc agatcgtctc aagtgttacg gcataagttg
      721 cgcccataag ctcaaaatct atgggggcag ataatagact taatgctgcc tgagcaagtc
      781 ctctattctc aaatagcatc cgagcaagcg ctgcaaactc ttgttcctct atggggcgat
      841 caagaggatc ttttagtctt ccattttcac atagctgatg aagggtgtag tcagctatgc
      901 ccttcaggcc ttcatataag ccaagagtat aagtaatgaa gaagctgtat ggattgtaga
      961 ttgtcgaacg caacttgact ataccaccca taatcttgcc gtcaaactcc ggtgtttctg
     1021 aggtcacaac aaaggcgtaa tcgaagggag caacggaagt caccaagcct aaggagagcg
     1081 atatgggata cctgtatttc tttatggcgc tatatgtgca agaagattga gactcgatca
     1141 cgagaaaatt atcctgccca ctacgtatag agaatacatg aatctgtcct ccccccccga
     1201 aatcaattct tatcagactt tcggttggag tagagcgata aacagaatgc tgataataag
     1261 cagtgctatg aacaagatca cgccaattat gtcccttgat ggggagaaaa agtcggtaga
     1321 agtacttcgc ctcttcatcc catcgagagt ccataaagcg agaaaacttg atctggcatg
     1381 tgtagtcgta atcatctcca ttctcttcag aagaaaaaga tagattggct cgggatatct
     1441 cgtagttttc attgctcatg cttacctcta aagatttgaa ctgcgttgtt ccttccatgt
     1501 ccataacaat cattttgatc atctctttag tgggtaacag aaacgaagga cgcctttcat
     1561 taatagagag tcgagcctct ttttccgtga agggtaagcc ggaaatagtg actttttctt
     1621 gggttagctt gtcgataaat tgaagggaag gggtaagatt tttattgtac atgatattct
     1681 gtcgtattga tttcttgaaa cagccacgaa gataggtgcg attccgtaag gagagaacgt
     1741 ccaagtcggg acacgtcgtt caaacgcgtt tccaacgcac attcaaatgc cctccctccc
     1801 gggctttgct tttggggatt cacacctctt tccgtgaggc gtcgatgcgg aggaagatga
     1861 agaggaggat ggtgaagccc cagagcgacg agccgccgta gctgaagaag ggtaggggga
     1921 tgccgatcac gggggtgaga ccgagcacca tgccgacgtt gatgacgagg tgaaagagga
     1981 tgatggaggc tacactgtaa ccgtagacgc gcccgaaaag ggtgtcttgt cgctcggcca
     2041 gcgtgatgag tcgcacgatc atcacaccga aaagggtcag gacaacaatg gagccgacga
     2101 agccgaactc ctcgccgacg gtgcagaaga tgaagtcggt gtcttgctcg ggcacgtatt
     2161 tgagcttcgt ctgtgtgccg ttaaggaagc ctttgcccaa caggccgccg gagccgatgg
     2221 cgatcttgga ctggttgacg ttgtagcccg atccgccggg gtcgtcctcc aggccgaggg
     2281 agacgcggat gcgttgctgc tggtggggct cgagcatgtc gttgaagacg tagttgaccg
     2341 acagcatgaa ggctacggac gagagggcaa agagggccac aagggcgtaa cgccaactga
     2401 gcttgacgat ggcttggaca atgagcatga ggctggaggt gaggatgacg ccaacaagca
     2461 cccaaacgaa gttgacaggt atgtagagcg aggcgatgat ggccgtgagg agggcggcca
     2521 cgaggccgta gaggatgatg cgaagcgtga ggcggtcgtt ccgaaggccg gtgacgagga
     2581 gcatctcaat gatgagggtg agggaggaga cgatgagtgc gccggccggg gtggctccga
     2641 ggagggtgtc gtcgaacttc atcacggtga cgaagaaggt gacggcgcag acggcggcca
     2701 gtagcagata gccggacatg ccttcgcgat agagcatcag ggcgaaggcg aggaagacga
     2761 gggctgagcc ggtctctttc tgcatcagca caaggcccat gggcagcagg atgatgagca
     2821 gcacgaggcc gaaattgcgg agggtaaaga ggttgaagtt gtagctgttc atcaggcgcg
     2881 ctaaggccag agcggtggcg aacttggcga actcggcggg ctgcaggcgg atggggccga
     2941 ggacgagcca ggagcgcgac cccttgatgt cgggcgccag gaagatggtg gcgatgagta
     3001 ggaggatgat gaggccatag aagaggtagg cgaaggtctc atagatgtcg cgctcgagca
     3061 tgagtatgat gaagctcagg gcgaaggcgg agcctatcca gatgagctgc gagccgggtc
     3121 ggccggcggg atcgaagagg ccggtggtgt catactcgta gctggcgccg cagatgctga
     3181 gccatccgca gccgaccatg aggatgtaga cgatgatggt cagccagtcg acagagagcc
     3241 agagactcct tctttcgtta tctcggtaca cggttattgt tgttggtagc cttgactacg
     3301 gtgttggaaa gggattccac gtcggcctcg gagttggcct gtgcgccgtg gaagtatcgt
     3361 tcgagcatga cgcgtgccag ggggacggcc atgcgtgcgc caaagccggc gttctcgacg
     3421 tatacggcga tggccacttt gggttcgtta tagggtgcga aggccatgca ggcggagtgg
     3481 tccttgccgt gggggttctc ggcggtacct gtcttgccgc agacctcgac gtcgcgcatg
     3541 ttgagcccgc ggcaggtgcc tccgacgacg gccatacgca tgccttgggc gatgacgcgg
     3601 tagtgctctt gatcgatgcc ggtgtatttg cggtgggtgt agatggagtc cagctgtgcg
     3661 ttctcaattt tccggacgac gtgggggacg atgtagtaac cgcgattggc tatggtggcg
     3721 gccaggttgc agatctgcag cggggtggcg agcacctcgc cctgtccgat ggcgatggag
     3781 atgatggtgc tggagttcca gcgtgccgac ttgtagacct tgtcgtagac cttgctgttg
     3841 gggatgtatc cgcgcttctc accgggcagg tcaatgccca gctgatagcc atatccctgg
     3901 gccaccatgt agtctttcca tttgtcgaga gcttcctgca cagtggggta tcggcgacgg
     3961 ctgtcgagca tgtcgtgcag tccccagcag aagtaggagt tacaagaggt ggcgatagcc
     4021 ggaataagag ccaggggtga tccgtggccg tggcaggcag gtttgcctcc gtggtagggg
     4081 tatccgcggg cacaggtgta gagtttatcg ggagtgatga caccctcttg caggaagatg
     4141 agtccttggg tgggtttgaa ggtcgatccc gggggataca tggccatgat ggatcgatcg
     4201 aagaggggct tggtggggtc ttcctccagc atggcgtagt tctttccgcg tttacggccc
     4261 accagcaggt tgggatcgta gccgggcgag ctggccaagc atagcacctc gccggtggca
     4321 ggctcgatca tgacgatgct gcctactttg tttttgagca gcttctcggc caagatctgg
     4381 agattgatat cgatagcgag ggtgaggttc ttgcccgata tgggcacttc gtcgtgcctt
     4441 ccgtcctcaa atcggccctt gatacgtccg cgggcatcgc gcagaagtac ctcgatgccc
     4501 ttctttccgc gtagccattt ctcatacgaa cgctctacac cggcacgccc ggcatagtcg
     4561 ccctgattgt agtagttatc gtctttgatg tcgcgtcggt tcacctcgcc gatgttgccc
     4621 agcagtaggg cggcattggg ataggtgtat tcgcggatgg tgcgattctg tatgtagaag
     4681 ccggggaact tgtagagctt ctcttgcagg gcgccgtact cataggagga gagctggttc
     4741 atgaacacct gcggcacgta agaggaatag ccggggttga gcttcttgtt cttgatatca
     4801 gcgatgcgct tgtcgaacac ctctttggta atgcccagcg tgcgacagaa atcaagggtg
     4861 tcgaaggcct gtatctcgcg catgatgagc atcacgtcgt aggccggttg gttgtagaca
     4921 agcagctggc cgttgcggtc gtaaatgacg ccgcgtgcag gatagagcac cttcctgaga
     4981 aaggcgttat tgtccgccga ggccttgtaa ttactgtcta caagctgcaa aagagcaagc
     5041 cgcacgatgt agacgagcag cacaaagatg acggagccga tgacgatgaa tcgccggttt
     5101 tcgtaagcgt atttcttaaa gttctccact tcgacgttcc atatggaagg cttcaatcac
     5161 aaagaggcaa agcgtagtca gcacagtgct ggatgcgatg cgaaggagta gatagggagg
     5221 atcgaacaag gagagggact cgatggcgta cagggccgtg tgatgaagga acgtcaggca
     5281 gacgatatat ttcataaagg cgcccgtgcc tagcgtaacg tacgagggcg aagcgtcttc
     5341 gagcatttcc ttgtcggtaa aggcgtgcat aagcggatta cgatagtagc cgatcagggt
     5401 agacgcggcg gcatgtatgc cgagtgtccc ggagaagatg tcgaccagta gccccgtaat
     5461 gaaagccatc caaatgacct gcacgcgcgt gaatccggcg gggatcttgg cgatggcgta
     5521 gaggtacaag aagggcgtca tgaggttgaa gaggtggatg tggttaaaca ccgtcacctg
     5581 caacagtaca cacacgacga tatacgccac gactctgagc aagcccttaa tcattctgtc
     5641 ttattcgtta tgagggtacg cgctttttct tccaccgctt cacgctcttc gcgaaaatcg
     5701 ttctgtatca ctcggacgga ctttatggcc gagaaatcgg tggccaactt gatcttgagt
     5761 gaatagaaat tctgatcccg tttcttctca aacttcgcca cggtgccgac catgacgttc
     5821 ggcggaaagg ccgtcgaaaa tccggtagta accaccgtgt cgccctcctt gaagatggcg
     5881 tggcgaggta gatcatccaa ataagcatat cgtggatcgc gcccatccca aaccagtgac
     5941 ccgtgatagt tcccattcag cagcttacaa ctaacgagca gcttgggatt caacacagag
     6001 atgacaaccg agaaatgctc atccgccacc gatacaatgc cgactatgcc ttgcgtggtg
     6061 acgacaccca tatcgacctt caccccgtct ttggttccct tgtcgatggt gaggtaattc
     6121 gacagtgaag agacgttgct attgacgatc tcggccgtga cgaagtgata aggcatcgtc
     6181 acggtgtcgg ccacgaacag gctatcgtac gtctgtgcat gggctttcat gtacgcgatc
     6241 tctcgctcca gtttgataac ctgaagttgt agttgcccgt tctgttcaaa cagggccttg
     6301 ttctcatctc ggagtccgag gtacgacctc accctgcccg aaatagaaga gatctgggcg
     6361 actacggtgt tagaagaacc aaagattagg tttcggtggt aatcctgatt gtagaatagg
     6421 agtatgcacg aaacgatctc aaggaaacag aataagaacc aatgcctttt ccctataagg
     6481 aattcaagca gtttccgcat agatagtgga aggactggag tgcgtacgct ataaaagcct
     6541 ccgctttacc ggggcgaaaa gctctatgca cgccgcacac gaccccggta cttacttaat
     6601 taagaacttg aatttgtcga tgttcttcag cgagataccg gtccccttgg ctacggcatg
     6661 caacgggtct tcggctacac ggaacgggat attgatcttg tccgtcaacc gcttctctaa
     6721 accgcgaatc atggcgccac caccagccag ataaataccg ttacgaacaa tatcggcata
     6781 aagctcgggc ggggtctgct cgagggcgct gagaatggct gcttccattt tcgagatgga
     6841 cttatcgagg cagtgcgcaa tctcctgata agagatgggc acttccatag gcagtgctgt
     6901 catctgattc ggaccgtgca ccacgtagtc ctctggcgga ttgtcgagcg aggtcaagac
     6961 ggcacctacg ttgatcttta ttctctcggc cgtgctttcg cccaccttca tgttgtgctg
     7021 acgacgcata tactccataa tgtcggccgt cagatcgtcg ccggctatac ggatagactt
     7081 attggagaca atgcctccga gtgagatcac ggcgatctcc gtcgtgcctc cacctatatc
     7141 gacaatcatg tttccttctg gcgcctccac atcgacacct ataccgatag ccgcagccat
     7201 gggttcatag atcatataga cgtcgcgcgc accggcatgt tctgcagagt cacgcacggc
     7261 acgtatctcc acctctgtgc taccggaggg aatgcaaacc acaacgcgca aggggggaga
     7321 gaaccaacga ttccggaagt ggatcatttt gatcaatccg cgaatcatct gttcggcggc
     7381 gtaaaagtca gctatgacgc cgtcttggag tgggcggacg gtacgtatgt tctcatgtgt
     7441 tttaccgtgc atctggcggg ctgtctcgcc gacggctaac accttgtccg tacgtttatc
     7501 taatgcgatc acagacggcg catcaacaac gattttccca tcgctgacaa tgatcgtgtt
     7561 agccgtcccc agatcgatag ctaattcttg tgtgaaggag aataatccca tattattcgt
     7621 tatgtcttta gttcaatgtt aatgtttgaa gtgacgggta cccgtcttta ccatacttat
     7681 atgatgcgca ttgcaatact ccaccgagag ttcgtcgttg acggagcctc cgggttggat
     7741 tacggccgta actcccgcct cagcagctgc ttcgacacag tcggggaagg ggaagaacgc
     7801 atccgaggcc atcaccgcgc cgctcagatc gaagccgaac gtacgggcct tttcgatggc
     7861 ctgtttgagt gcatccacac gcgatgtttg ccccacacca ttggcgcaga gctgtttgtt
     7921 tttcgccagt gtgattgcat tggacttact atgcttcaca atcttgttgg caaacagcaa
     7981 gtcggcggtt tctctctcgg tggggagagc tgttgtcatc ggcttgaggt cgccagcggt
     8041 ttgtgtgctt aggtcgcgat cctgcacgag tacgccattg aggagggagc ggaaggcgag
     8101 gccttgtccc gccccaactg ccttgcggcg caggatgatg cggtttttct ttttgctcaa
     8161 aatacggatc gcgtcctcag tataatccgg tgcgatgatc acctcgaaaa atatctgatc
     8221 gatctcgttg gcggcgtcgg catcgatcgc tcgattgcct atcaacacgc cgccaaaggc
     8281 tgagacggga tcgccagcca aagccgcttt ccacgcttcg atcatcgtcg gacgggaagc
     8341 tactccgcac gcattgttat gcttgaggat ggcgaaggtc ggctcgtcaa actcgtcgat
     8401 aagtgcgacc gcagcatcaa tatccagcaa gttgttgtag gatatttgtt tgccatgcag
     8461 gcgatcgaag agtgtatcga atgagccaaa aaagatgccc tgttgatggg gattctctcc
     8521 gtaacgcatg ggcatggcgt cgtcgaatgc agcgcgaaat gcggtgtgtt cgtcggcgtc
     8581 gaaatagcga aagatggctg cgtcgtagcc ggatgaaacg gcgaaagcgg cacgtgcgaa
     8641 tcgacgacga tcgtcgagcg tagtctgtgc accgccctgc ttgagcagtt ccaacagggg
     8701 ggcgtattgc gctcgtgaag caacgatcgt tacgtcgcga tagttttttg ccgcggcacg
     8761 aataagggat atgccaccga tgtcgatctt ttcgatcaca tcggcctcgc ctgcgcctga
     8821 ggccacggtc tcttcaaaag gatagaggtc gacgatcacc aagtcgatcg tcggtatatc
     8881 atattccgac agctgccgga ggtctgtgtc gtattcacgg cgggccagga tgccgccaaa
     8941 tattttggga tgtaacgttt tcactcgccc tcctaagatg gagggataac cggtcaggct
     9001 ctcggccgtt tcgcacggta tgcctaacga ttcgatgaag gtctgtgtgc ctcctgtcga
     9061 gacgagctgc acgccttcgt tgtggagcgt ctttattatg tcttctaata gtccgtcttt
     9121 gtgataaact gagattaggg ctcggcttat ccgcttcttt tcatccgtca tcatgcgttt
     9181 gaattcattg tccactttct atttctcgaa aaagtcgcac aaaagtatgg tttaattcca
     9241 ttctgaaaag tgctataaga gagaatgttc gtggccccgg atataatata tgttattgtc
     9301 ccataaggat aaagcgacta tggacttcct tctctgcacc tcgaggggcg gccgtcgcct
     9361 gatggtaagc ccaaccgtca gcagttgggg actcggtcgt ttaacgcgtg agtccgacga
     9421 aagaatgagg gtccttctcc ttggaaaacg tctttgatag cgcgctataa cggtcaaagt
     9481 gtttttggaa acgcttgcaa cactgttgca agtcccacga aaaactttct ggcgtttgca
     9541 acaccgttgc aaatcgcaaa aaccactttt tagcccttgc accgatggtg caagccgtaa
     9601 aaagtacttt ttagtcgttg caccggtggt gcaagcactt ccaaaaacgt tttggcccct
     9661 cgcgtgactt ccgcagaggc tctctgctgg ctatcgaact cgcgttacga aggtcagcgc
     9721 gaggcttcga tacgcaggcc gatggcctcg ataccattca gctgttcgtc gcgcataccc
     9781 tgacggattc ctaaggtgta ctgccccttg tgagggaagc ggtaacgcga gcggagaggg
     9841 acactgaggt gatggatggc gattccagcg ccgtgccaag caccatagtc gtcggccagc
     9901 atacactcga tggtgtcgtg cgtcatgggg ccgacggggg gctcttcgct gcaaaggagc
     9961 cagaggtttt ggtagggata gaggtcgttg ttacgaatct cgagggcgag gtcgtagggc
    10021 acggtgttgt cgtcgatgtc gtacgtgaag tagtagatgt gatccttcgt ccagggcttc
    10081 tcgacggact gatagtggtc gtagcgggct gtgtcggtac aggctgcaac gagcagcaga
    10141 gcgaagacca tgggaaggag ggcgcgagct acgctgtgca atcggttact gcggcgacgg
    10201 accatcggta ggagtcgatt gggggttgtt gccttttcgc tcacgacgcg gagacttggg
    10261 ggcggacgcc ttagtggcgg cttgtggagc gccgtctgct gacggttttg gagagcgttt
    10321 gggccgtccc tccgcagcgg cctttgtacg cccgtcagct ggagccgcgg tgcgtttctt
    10381 ctttttcttt tttcgggcgc tatcgaagcg gcttacgttg tcatccagaa tgtcgtgcga
    10441 gtccgacttc ttcgtctgcg tctctttcga ctcgggcagt agggtgtcgg gcttaatgcc
    10501 tttttgattc atgttaatga cgtcgaaggc ttgtctggcg gtgagggtca cgaggtcttt
    10561 ggcgatcgtc ttgtccgtcg agtaggtgat ttcacgcttg aagaggtccg ttttgaagta
    10621 atagtaggcg ttgtccttcg tctccagcac gatcttacgc gagggcatgc ccttgcgggc
    10681 gtcgacgtac atgtcggcct cgtaattgat gcaacatttg agtttcccac actgcccggc
    10741 caacttctga gggttcatcg aaatatcctg taggcgtgca gcctcggtgg agacggaggt
    10801 gaagtgcgac atccacgacg cgcagcagag ttcgcgtccg caggggccga taccgccgat
    10861 gcgtccggct tcttgtcgga caccgatctg cttcatttca atacgcacat gaaagttatc
    10921 ggccaagaca cgaatcagtt ggcggaaatc gacacgtccc tctgcgatgt agtagaagat
    10981 ggccttgttg ccgtcgccct gaaactccac atcgccaatc ttcatatcca gccccagttc
    11041 ggcggcgatc tgtcgggagc ggatcatggt ctcatgttct cgcgccttgg cttcttccca
    11101 gcgctctaaa tcgtaggggc gggcgatgcg atagatcttt ttgttgattg tgctgtgccg
    11161 ggtgctgtgt ttccataatt gaaagaggac aagtcggccg gtcaatgtaa ccatgccaat
    11221 gtcgtgcccc ggactggcct cgacggccac tatgtcgcct ttttcgagtg ggatatggtc
    11281 ttcgtttagg aagtattcct tgcgcgtatt cttgaattgc acctccacat aggccgtggc
    11341 atgctcctcc tcggggatgt cacacagcca gtcgtggact gagagtttgc ttcctgacgt
    11401 ttcacagcat cctttacatt ccagacagcc tctttctgtg ttctgtacga aattcattct
    11461 tcggaaaggg ggggcgggga gattagggga tcagtgcgtg ctgcttgaat actttccgaa
    11521 tggcctccaa ggcatagtct aactgcgccc gggtgtgggt ggccatgagg gagaagcgaa
    11581 tcagggtgtc ttgcgacgct acggctggcg atacgacagg gttaacgaag acgccggctt
    11641 cgaagagctc cttaacgatg aggaaggtga ggtcgttgtc gcggatgaaa agggggatga
    11701 tcggcgtgga ggtgtgcccg atctcgcagc ccatttgacg gaatccgtcg agggcataat
    11761 gtgtcaactc ccagaggcgc tccatgtgtt cgggctcggt gagcatgatg tcgagggcgg
    11821 cgtttgcggc ggcgacggag gcgggggtac agctggcact gaatatatag gtacgcgcat
    11881 gatggcgtag gtagttgatc gtgtcgcgat cggaagcgat gaatccgccg agggaggcga
    11941 gtgatttgct gaaggtgccc atgatcagat ccacgtcgga cgtcacgccg aaatggtcgc
    12001 atgtgccgcg tccacactgg cccaaaacgc cgataccgtg tgcctcatcg accatcacat
    12061 tggcgttgta ttgcttggcc agacggatga tctcgggcag gttggcgatg tcgccctcca
    12121 tactgaagac gccgtccata acgataagct tcaccttgtc cggctcgcat ttctggagct
    12181 gacgttcgag ggaggccata tcattatgct tgtatttcag tttgcgggaa taggaaaggc
    12241 ggatgccttc gatgatggag gcatggttaa gctcgtccca gatgatgtaa tcctcgcggc
    12301 ctgtgatgca ggagatcact ccttcgttca cctgaaaacc tgtggagaag gagatggcgt
    12361 cttctttacc gacgaaggcg gccaggcgtt tctcaagggc cacatgaata tccagcgtac
    12421 cgttcagaaa gcgtgaaccg gcgcatcccg tgccgtattt acgtatggct tcgatggcgg
    12481 cttctttcac tttcgggtgg ttggtgaggc ctaagtaggc gttcgagccg aacatcagca
    12541 ccttttttcc gtcgatgacg acttccgtat cctgatcgct ttggatctcg cggaagtagg
    12601 ggtaaatgcc ggcggcctta gctcgctgtg gggcgtcgta tttcgccagc ttctctctca
    12661 ataagttcat gtttgtggag gttttaacct tgtctttttg tgaaaaatgt cggcggcaaa
    12721 agtagaaaaa aatggccgcg gcccttggtg acttgccgca tgtctacagc gtaaccacat
    12781 caaaacatca ccactacctc ccaaccgtct gctcgtctac ggagattaaa accacacgtg
    12841 gttctccttt ccgtaggggt acggagatta aaaccacacg tggttctcct ttccgtaggg
    12901 gtacggagat caaaaccaca cgtggttctc ctttccgtag gggtacggag atcaaaacca
    12961 cacgtggttc tcctttccgt aggggtacgg agattaaaac cacacgtggt tctcctttcc
    13021 gtaggggtac ggagatcaaa accacacgta gttctccttt ccgtaggggt acggagagca
    13081 gaagtgcccc aagtttgcag ctattcgggt gcggttgccc tgtcagccta cgcctctccg
    13141 aagattgatt gagtgtttca gaactacttt tgcccctgtc gggaggccaa cacatccctc
    13201 ccgacgcctc tttatgtata acacaacaac gtaatcaaga cagtgtatga aaaagacaat
    13261 gaatgccagg ctggcgatct gcggcctcgg tctcttggga ctcctcacgg cttgcgagaa
    13321 ggatcccaca ccaaccccca aaccagatcc ggagagtaaa gtcaccctga aggtgaacga
    13381 gttcatctac gaggggctac ggagtgaata tctgtgggag aatacgatca attggaacgc
    13441 tatcgatttc aagaaggaga aggattcgca cgccttcttc aaacggttga tctataaaga
    13501 cgatcgctgg acgagcctca ccgacaatgc cgaggcttgg aaccaaggct tcgccggcat
    13561 atcgaccacc tacggtttcg acctccgctt tagctacatc ggacagacgg atgagctcgt
    13621 ggccatcgtc cgttatgtct atcccggcac accggccgac cgtgcgggca tccgacgggg
    13681 cgacctcttg ctcaagctaa acggcggacc catcacggtg aagaactatg ccgatttcta
    13741 cgacaaaccc accatcgtag tcaacaaggg tattctcaag gacaaaaccc tcacggccga
    13801 accggtcggc gtggctatga cggccgtgga gatgtaccaa gatcccatcc tcaaggacac
    13861 cgtgatcaat aaggatggcc accgcgtggg ctacctctgt tactcggact acacggagcg
    13921 ctccaccgcg gagctgatca aggtctttac gcggtttaag acggccggcg tgaccgacgt
    13981 cgtgctcgat ctgcgctaca atggcggcgg ctacgtcagc acggcgcgcg cgctctgtag
    14041 tatccttgcg cctgaggcgg ccatgaaaaa gaaagagcgc ttcctgttca agctctggaa
    14101 cgaaaactac atgagctact ggaaaagcaa gggccggaac gacgaactgt atgagacctt
    14161 cgtcgacacc ttgggcatca acatgaacct caaccggctc tatatcctta cgggcaaggg
    14221 cacagcctcg gcttcggagc taaccctcac agggctcacg ccttacatgg atgtggtgca
    14281 gatcggcgac acgacgcatg gcaaattctg cggcggtatc gtactcatgc cgaaacatct
    14341 ctggtgggac aagtccgcct cgtattacca agagatccag aactggggca tgtacgtgat
    14401 gatctacaag ttctccaaca agcgtaatga cgagtttccg cgcggcttcg caccgaagta
    14461 tgtcgtgaag gaatacctgc tggagctcta tcccttcggt gacgagcgcg acccgctgct
    14521 gggcaaggcg ctggagctga tcacgggcaa gcaggtggct aaagcgcgct cacaccgcat
    14581 acagcctgca ctccgcgagc tgcctatcga taacccgaac cgcccgctga acggtaaggc
    14641 tatcgatacg ccgccggccg gtcaacggct cttcatgagc aataaataat ccagtatagt
    14701 cattgccgcc atcgcctcga cgagcggcac ggcacgggga aggacgcacg gatcgtggcg
    14761 tcctttcgcg tttataatgg tctcgcgtcc gtcacgatcg accgtctgtt gctcgcgcag
    14821 cagggtggcc acagccttga aggctacgcg gaaatagatg tcttcgccgt tggagatgcc
    14881 gccctgtatg ccgcccgaat aattcgtgcg agtggcgata cggccgtggt cgttgcagaa
    14941 ggtgtcgttg tgttccgaac cgaggtagag gggggcgtcg aagccgtcgc catagtcgaa
    15001 gcccttcacg gcattgatgc tgagcatggc ggccccgagc gcagcgtgca acttgccaaa
    15061 gacgggctcg ccgaggccga cgggcacgcc cgtgatgacg cccgtgatga cgccgcctac
    15121 cgtgtcgccc tgctccttga cacgacggat cagcgcctcc atctcggccg ccttacgtgc
    15181 gtcgggacac cgcacagcgt tcgtctcggt gagtgtgaga tcgtaatcgc gatacgtacc
    15241 gtcgaggcga atacgcccca cctgcgaggt ataggcgcgg acggtgatgc cctcgggttg
    15301 cagggcgagc ttggccacgg caccgccgac gcattgcgca atggtggtgc gtgccgagct
    15361 gcgtccaccg ccacgcggat cgcggatgcc gtacttcatc tggtaggtat agtcagcgtg
    15421 cgacgggcga tagagatcgc gcatggcgtc gtagtctttc gaatgctgat cgcggttgcg
    15481 gacgaggaag gcgatgggtg tgcccgtcgt tcggccctcg tagagcccgg agaggaactc
    15541 gaccgtgtcg ggttcgttgc gtgaggtagt cagtgcggac tgtcccggcc gacggcggtt
    15601 gagttcgctt tgaatgaagg ccgtatccgc ctcaatgccg gcggggcaac cgtcgatgat
    15661 gccgccgatg gccgtgccat gcgattcgcc gaaggtggtc aggcggtagt tgtttccgaa
    15721 cgtattcata tcgtatcgtg gggagtaggg tgaagtagtt attagaagag ggagtaaaaa
    15781 gaagcccttc atccgagacc caccgagggt taggaatgaa gagctacttc aaaaggggga
    15841 attagaagat tatagatcaa tggcagcagc cgtcgcaacc accacaaccg tcgtggtcat
    15901 gtccgccaca gccgccgtgc atcatctgct ccatctcggc cagttcctca gccgtcggct
    15961 cgtgcacgtc ggccacctgt ccggcgaagt gcagtgtctc gcctgccaat gggtgattga
    16021 agtccatcac tacgacgtcg tccttcacct ccagcacgga gccgttcatg tgctgcccct
    16081 cggcgctcat catgggcagc gtggcgcctt ccttcacgcg ctcgctatcg aacacaccgt
    16141 ccaccatgaa gacactcttc ggcagatcga ccacattctc ctctatccgc tggccgtatg
    16201 cctgctcagg cgtaagggaa aactcgaagc ggtcgcccgg ctcgaggccg ctcagattct
    16261 tttcgaaggc ctccagcatg gcgccaatgc catagataaa cttcaggggc tgttctgggg
    16321 tagccgactc catcagtgtg cggtcgtccg catcgcccac gtgcaggtca taggtgaccg
    16381 tcacgaattt gttctttgat actctcatat acattcttga tttttagata ggggcgcaaa
    16441 agtagccgat tatgcataag cccgccgggg cgctgagagg gcacgcacta caaatagaac
    16501 gccctcatca gctccgcgta ggccgccgtc cgacggtgat ctggcgtctc cagcgtcagc
    16561 atatccggca cgcagggcga aggccgacgc gccagttcgg ccagccatcg cttgggcgac
    16621 gcaccctcta cgggcacgac gtgcgtctcg cggacgaggt gcaatgctct cgcctcggcc
    16681 agcctcaaca cgccctcacg ctgcgcataa ggcaacacaa gcgccacccg accgtcgtcc
    16741 gtaagcagcg ccgcagccac gctgagcagc tcgcccatcg gcaacgtatc gctatgccgc
    16801 gccatgcggc gcccagcgtc ggggcacttc agcgattcgt cgaaataggg cggattggag
    16861 acgatccgat cgtaagccgg gggagccgta gcggcatacg tgcggaagtc ggtgcgaagg
    16921 acacgaatac gcgctgcgaa gggtgatgca gagacattct ccgcggcttg caggctggcg
    16981 tcgcgatcga tgtcgagcgc atcgatgcga gcgtccgtgt tgcgttgggc gagcatcagg
    17041 gccacaaggc cgctgcccgt accgacatcg gctatgcgac gcgcaccgga cacgccggcc
    17101 cacgctccga gcaggcagcc gtccgtgccg accttcatcg cgcaacggtc gtggcgaacg
    17161 gtgaattgtt tgaatcgaaa atagggattg gacatggtgt ggggtaaaaa aatccctccc
    17221 agcgctcgcg cgaggggagg gactgatgta aataaaaaac aattaccatt atcgattggc
    17281 tctgaaagcc tcacaactca ggaaatccct cccggcgctc gcgcgagggg aggaactgat
    17341 ataaatataa acaaattacc cttattgatt ggctctgaga gcctcacaac tcgggataca
    17401 ctttcggcgg caagccttat ttcaggctgc cgaccatatc ttctggccgc acccactcgt
    17461 cgaactgctc cggggtgacg tagcccaggc ggacagcctc ctcgcgcagc gtcgtaccgt
    17521 tgcggtgcgc cgtgttggcg atctctgccg ccttgtagta accgatcttc gtgttaagcg
    17581 ccgtgacaag catgaggctg ttgttcacca gctccttgat ccgcggataa ttcggctgga
    17641 tgccgctcac gcagtgctcc tcgaagctca cgcaggcgtc gccaatcagg cgggccgact
    17701 gcaggaagtt ggcgcagata acgggcttga acacgttcag ctcgtagtgt ccctgcgtac
    17761 cgccgaccga gatagccacg tcgttaccca tcacctgggc agccaccatc gtcaccgcct
    17821 cgcactgcgt cgggttcacc ttgcccggca tgatcgagct acccggttcg ttggccggga
    17881 tgatgatctc gccgatgcca ctgcgcggac cggaggccat catgcggacg tcgttggcga
    17941 tcttgttgag cgacacggct agctgcttca gtgcgccgtg agcctccacc atggcgtcgt
    18001 gtgcggccag cgcctcgaac ttgttctcag ccgtcacaaa gggcagcccc gtgaactggg
    18061 cgatgtaacg cgccacgacc acgtcgtagc ccttcggcgt gttgatgccc gtgcccacgg
    18121 ccgtgccacc gagcgctagc tcgctgaggt gcgacagggt gttgcggagt gcgcggaggc
    18181 cgtgatcgag ctgtgcagca tagcccgaga actcctgtcc gagcgtcagc ggcgtagcgt
    18241 ccatcaggtg cgtacggcca atcttgacca cgtccttgaa ctcctcagac ttcttcttca
    18301 gcgcgtcgcg caggcgctct acgccgggga tcgtcctctc caccaccatc ttgtaggccg
    18361 cgatgtgcat gcccgtggga taggtgtcgt tcgacgattg cgacttgttc acgtcgtcgt
    18421 tcggctgcag cgtcttctcg ccctcgccga tcgtcttgcc cgccagctga tgcgcgcggt
    18481 tggcgatcac ctcgttcacg ttcatgttcg attgcgtgcc cgatcccgtc tgccagatca
    18541 cgagcgggaa ctggtcatcc agctttccct ccaggatctc gtcgcacact cggctgatca
    18601 gatcacgctt ctccaccggc agcacgccta actcatggtt ggcataagcg gccgcctttt
    18661 tcaggtacgc aaagccatag atcacctcca gcggcatgga tgccgacggc ccgatcttga
    18721 aattgttacg cgagcgctct gtctgcgctc cccagatctt gtcggcgggg actttcacct
    18781 cgcccatcgt gtctttttcg attctgaaat ctgccattgt tctatatttt tttggtgatg
    18841 attcaatttc ttggtgacaa ccgcgggcaa aaatagacgt tcttggcaat taccgtgggg
    18901 cgatgccaaa aacatacgtc gcggcctcag aaacgcctcg cgaaggcccc gcagcgtccg
    18961 tttagcccct tgcgtaagcc cgttcacggc ccgccgaccc ccgtttgcgg cccgctcgcc
    19021 tctgtgcact gctcgcctct gtgcactgct cgcggagatc cgttccccct cctttcttct
    19081 cggataaggc cttatcggcc ccttttttac ttgttcggaa ctccccgaaa cgtattcatc
    19141 atctattgca agtattcgga atctcctgaa acgtatccct catctattat aatcgtccgg
    19201 aacttcccga agctatattc catatagtta caaatgctcg gaattatccg aaggatagaa
    19261 aaccgatata tcatctctcc gggaaagtcc gatcagctga aaatatgaat agtcatcatt
    19321 cgggagtacc cgagaagcta taaataagag atatattctt tcggggatct ccgattagta
    19381 taaaaatcta tttctatgct ttcggataat tccgaagagt tggaagtata tagtttcctt
    19441 cgttcggaga tacccgaagt ttaggtacat accgtggata tacgtcggaa taatccgaaa
    19501 ctttattaca tatagaggat atgcttcggg aaattccgaa cgatagaaat aaaaaggaat
    19561 acgttttcgg gagattccga agtgtataaa cgtgaaacga tatacctttg gcggcacctt
    19621 tcaaggataa aacggatgtc cgcaaggcct tcacgggccc gatcatgggg cacgaagagc
    19681 gcgtcggacg gttcgcatgc ccgaaatggc atgaaacgga agtccgcgag gggttcgcaa
    19741 agtaattcgg acataaaaac gacaggagac atgaaaaaga tcggaaacat agacctgaca
    19801 cgggccacaa aggcgggaca catcgacttc atccgtgccg tatgcgaggc cgcggaggca
    19861 gaagagggcg tgctggccaa cgacgtggcc cgaaaggcgg tggaggcgct caaagcagcc
    19921 tacaacgagg agcgggagaa cctgatcctc tcgaacaaaa gcctgctgac ggacgacatc
    19981 cacgcggccg acaccgagcg cgacggcctt ttcaccggct tcaaaggcac cgtgatggcg
    20041 cagcagcgca tgccctatgc agacaaggcc aaggcggcca aggagctgac gcaacggatc
    20101 aaggactttc ggctgcggcg caccctccag ctggacgagg agacggctct gctggggaag
    20161 ctcatcgagg aatgcgagga gaagtatgcc acgcatgtgg agcagctcag cgtgacggcg
    20221 tacgtgagcg cactgaagga ggccaacgac cgggtgcacc ggctgatcaa cgagcggatg
    20281 cagaaccaac ggcttcggaa agaggcagag gtggacatgg cgcggcgaca gtcggacgcg
    20341 gcctatcggc ggctcgtgga ggtggtgaac gcgatggagg ttttgctggg cgacgaggcc
    20401 ggcgtgggcc acttcatcga cttcatgaac gcgctgatca agcgctatcg gcaggtggtg
    20461 tttgccaaac ggaagcggaa taaggacgcc gcagtggagg gctaaccaag acgctattcg
    20521 gggaggttgt caagggggag gctaaacgag gaaaggcccc gccctgaatg aatcagaggg
    20581 ggcctttacc gtgaagaacg ccatgaaata caaaaaacga gcggcaaacg gggctcgaac
    20641 ccgcgaccct cagcttggga agctgatgct ctaccaactg agctactgcc gcgtcttgct
    20701 cgggtgttgc gggggcaaaa atagaccttc ctttggcttt ttacctaagt ttgcccgaca
    20761 ttttttgaca gagaccgaaa taagcggcat ttcatgaggg aatttcagaa gatcagcacc
    20821 cgaaaaaaag gggattacga ggcggctttc cgcgaggaaa agccgaatgt gtttcagcgg
    20881 ttggccgcga tatttggcca tgccgctttt ttttggctgg ccgtctgtct ggccctgttt
    20941 ttctggctgg aacgtgaggg ccgattctac tttttcttca tcgagcagcg gaagctgttc
    21001 ctcagcgagg catcgttcat cgggtcgtat ttcacgcggc cagggggcgg ggcgcagttg
    21061 gtgacggact atgcgacgca gttcttcgtc aagccgtacc tcggggcggc caccggaagt
    21121 gtggtgctga cggccgtggc catgctgtcg gtgggcatca tgcgacggat cgcaccgcgg
    21181 gccaatctgc ggctgctggg gctactaccg acggcggcgc agctgctgat gacgttcgat
    21241 atgaactatt cgtacgccgg gacggtggcc tatgcgctga cgctcgtggc gatgtatggc
    21301 tatttcttca tcccgtcgat ggtggggcag gtggtctatg ccacggtggc cacgggactg
    21361 ctgttttggc tcggtggctc ggtggcgttc ctctttgcga cgtgcatctt tttgtgggaa
    21421 ctggcgacgc gcttttggcg ggcttacggc ttcctgttgc cgctgatggt ggccgtggga
    21481 gcggccgttt ggggcgtgta tgatgcatgg gcgggggagt atcgcttcct gttaggtccg
    21541 gacggatact atgcgccgac cgtggcgcct gatccggtgc tttacggcgt atgggcctgc
    21601 ctgccggtga tgttggccgt ggcttattgc ctgcgtgggc agggacgcga gaagaaggag
    21661 gcggggcgac ggatcgcgga gataacggtg cagcttgtgt tagtgggcgg actgctttgg
    21721 atcgggagcg acaggctgaa ggatcacgac acgtcgggct acagcaaaga gctggactgc
    21781 tacctccgac aaggacggtg ggatgacgtc atcgaccgct atacctttat ttataagcat
    21841 aacccgacgc ctaccgaggc ctgcatgctg agcatcgcgc tggccgaaca gggacaattg
    21901 gccgacagcc tgtttgccta cgctccgcac ggcgtggagg ccatcctgcc gacatgggac
    21961 ggaagcgatc cccaagtggc ggcactgctg agcgacctct atttctcgat gggcgatatc
    22021 gatatggcgc aacgcatggc gatagaagcc aatacgggca tggacgaccg cagtccgcgc
    22081 atgatcaaac gactggccga gacgagcctg atccgcggtg cctatccgct ggccgagaag
    22141 tacctctcgg tgctggagca tacgcgttac tacggccagt gggcgcacga tgcgcggcgg
    22201 ttcctgtata acgattcggc cgtggtggtg gactccctgc tgggccgcaa gcgtcgctgc
    22261 ctgacgagtg cgtcgggcga tctgccgtac accctgcacg ccatcgccga gcataacccg
    22321 acgcaccgcg cctcgatcga gtatgcgggc gtgctcctct tattgcaaaa agacctcggg
    22381 cgcttccgca ccttggccga cagttgcgtg gggcggatgg tgctccctcg cctgcccaaa
    22441 tccttcgcgg aggccacgct gctctacacc ttcgtcggcg atacaacggc gcagaagcgc
    22501 tatcgacttc cggccaacat gacgcaacgc tacgctgact tccgtcgccg tgcggatgca
    22561 gcgcggggca acagccagtc ggccgaggcg ctgcgcgatg ccttcggcga cagctactgg
    22621 tattacttca ccttcacgtc cggcacgacg aaatgacccg taatgaaaac gactctcccc
    22681 cccactcttc gacacctctt cacactcctg ctcatcctcc tgctgacggt cgcctgccga
    22741 cacgaagcac cgatgacgaa ccggctggtg gaccatcggc cacctatctt ccctgactat
    22801 acggaggtga cgatcccgcc caacattgcg ccgctgcgct tcctgctgtc cgacacgtgc
    22861 gacgtggaca aggccgcggc cacgttcgag tgtggcgccg aacgcgtcac ggtctgggcc
    22921 tctgacggac ggtccatcgc catcgcaccg cgcgcatgga agcgcctgat gaaggacgcc
    22981 gcaggcaagg tgatcagcgt gaaagtgacg gcccgcatcg ccggcgaatg ggtcggctat
    23041 gcgcccttca acctctacgt ggccacggac tcgattgacc cgtacatcgt ctacggccgc
    23101 atggatccga gtcgcaacgt gatgggccat acggggcttt acagtcgctg cctggaggac
    23161 tttcgcgagc gtgccgtgct cacgagcgac atgacccgcg gcgaccgcat cggcccggcc
    23221 accttcagcg gtggcgacgc ccagcgcttc tttctgcccc taagcggtgc cctatcctgc
    23281 gccctgctga ctgacagcga caagatcgag aaactgaaca cgcacaccat ccccggacta
    23341 cccacgccga cccatgtcgc ctggcaccct tcggggcgtt acatggcctt cgccgtcaac
    23401 cgcaacgcgc ggcaggatgc ccgcgagacg gcctcacgca tcgtcatcta tgacgtcgtc
    23461 aagcatgagc tcttcacctc cccgcaactc ttctccgact ccagctcggt cacctacccc
    23521 gccttctcgc ccgacggcga gacgctctac ttctgcgcca cctcactcat ggcccacacc
    23581 cgcgccgaca gcgccaagta tcacctctgc gccctggctt tcaacataca cggtggacgc
    23641 cgcttcggtc gtaaggcaga caccctctac cactcccgac ccgcgccgcc cccgcccccg
    23701 cggaagaagt cggacaagac gcctccccga cgccccgagg tacgccccga cggcagcgcg
    23761 gcccgtcccc tgccctcgcc cgacggacgc tatctgctct tcaccgtggc cgacgtaggc
    23821 tccaatcccg ccgatcgccc cacgtcagac gtggccctct tcgacataaa gcaccggaac
    23881 ttcctgcccg tcgatacgct ctgtgccgat aacgactcgg agatcgccta ctcctggagc
    23941 aacaacgggc gctggatcgt ctacaccacg cgcagcatcg acggcctcta cgaatacccc
    24001 gtcatcgccc atctctcggc cgacggacgc ccctcgaagc ccttcctgct gccgctcaag
    24061 gaggccaatg gctatcggcg tacgatgcga tcgttcgccc accccacgtt cctcaccgcc
    24121 cccgtgccct accgcaacta cacgctcagt cgcaaggccc gcaccctcga aggcgtggac
    24181 atccagccgc tcaagactgg gaagtgaatc cctccttcgg gagaggccat ttccgcatcg
    24241 aggaaatggg tcaaaccttc gggagaggcc atttcccgag tcaggaaatg ggcccaacct
    24301 tcgggagagg tcatttcccg agtcaggaaa tgggcccaac cttcgggaga ggtcatttcc
    24361 cgagtaagga aatgggccca accttcggga gaggccattt cccgagtcag gaaatgggcc
    24421 aaaccttcgg gagaggtcat ttcccgagtc aggaaatggg cccaaccttc gggagaggcc
    24481 atttccgcat cgaggaaatg ggtcaaaccc tcgggagagg ccatttccgc atcgaggaaa
    24541 tgggtcaaac cttcgggaga ggccatttcc gcatcgagga aatgggtcaa accttcggga
    24601 gaggtcattt ccgaggctcg gacgacctaa acaattaacg taatcaggaa ttcatccccc
    24661 caaaaacaag atgacacaag aaaggatcac accaaatcag cacgacgtct ggccggaaat
    24721 agaggcgctg ctacatcgat tcgcagacat gggtatcgcc caggcggtgg attatgagaa
    24781 gtactacctc tactccctga tcgcccattc gacggccatt gaggggtcga cgctgacgga
    24841 gctggaggcg caaatactct tcgacgaggg cgtgacgact ggtggtaagc cactcataga
    24901 tcatttgatg aatgacgacc tacgcatggc ctatgagcag gcacagacgg aggcggtgcg
    24961 ccgaacagct atcacgccga cgttcttgcg ggtgctgaat gggatactga tgcggcgcac
    25021 cgggagtgtg caccacgtcg ctgcggacac gttcgactcg tcgcgaggtg actaccgcct
    25081 gtgtggcgtc acggcgggtg tcggcggacg gtcgtatatg aactatcaaa aggtgccggt
    25141 acggatagag gcgctctgcg aacgacttca ggaacaaatg aaaatgaccg gcgtcaacac
    25201 cctccgcgcg cagtatgagt tgagtttcac ggcccatttg gaactggcca ctatccaccc
    25261 gtgggtagac ggcaacggtc gtacggcacg cctgctgatg cactacatcc agttctacta
    25321 cggcctcttc cccgtgaaga tccttcgtga agatcgtggc gcatacatcg cctccttgcg
    25381 acaatcgcaa gaggtggaag aggccgacag cacacccttc ctctccttta tggccgaccg
    25441 actgcgagca tcgctcaaga gtgaaataga gcgggctgct accccggccg aggcagggaa
    25501 gttagtcgag aacacacagg ggcgaataca cataccgcag tagaggcaca aaagcagatg
    25561 cccccccgcg tatttgccac atctttgcgc tgtgagaaaa atcatcgcat acaagaatta
    25621 tttcagtgat ttcatgcaag ctctatcgaa gccggaagcc gataaagtct tgcgtgcact
    25681 ggatttatta aggacggaag agcggctgcc aagacattac atcaaatacg taagggaagg
    25741 cctctatgaa tttcgagtaa gtcatggaaa caatgagttc cgcctatttt tcatttatga
    25801 tggagacacc atcgtggtat tgttcaattg tttcaagaag aaaactcaaa gaacgcctca
    25861 tcgagaaata gagaaggctt tgagattaag gaaggaatat gatgcaacta agagagatcg
    25921 aaaaggataa gtacgacgtc gacgcattgc ttgacgaagt attagggcgc gaaggatcgc
    25981 ccgaaagaga aaggaatagg gccctggcgt gggaggaata cctggcgcag gtggagcacg
    26041 atgcccagac gacgaggttg cctaagacgg tcgccgaacc agcgatgagt gacgaatggt
    26101 aagacccgac gttgggaacc gaaaaagaga ttgggaggcg tttgcacggt gctgcatgcg
    26161 cctccctact tttgcggcct caccgaacaa tgcatcaata atggatagta atatggataa
    26221 gcaacaacag aaactcgttt tgtataacac cctcacgcga cggaaggcgg agtttgagcc
    26281 cctccacgcg ccacatgtgg gcatgtatgt ctgcggaccc accgtctacg gcgatccgca
    26341 cctcggccac gcccggtcgg ccatcacctt cgacatcctc ttccgctacc tcacccacct
    26401 cggatacaag gtgcgctacg tccgcaacat caccgacgtg ggccacctcg agcacgacgc
    26461 tgacgaaggc gaggacaaga tcgccaagcg tgcacgcatc gaacaactcg agccgatgga
    26521 ggtcgtacaa cactacacgc gtcgctacca ccgcgcgatg gacctgctga acgtactccc
    26581 gcccagcatc gagccgcagg cctcgggcca catcatcgaa cagatggagc tcgtcaaccg
    26641 catcctggcc aacggctacg cctacgagag cgaaggctcg gtctacttcg acgtggcgcg
    26701 atacaaccaa gatcaccgct acggcatcct ctctaaccgc aacgtggacg agctgctcaa
    26761 caccacccgc gagctggacg ggcagacgga gaagcgtaac cccgtcgact tcgccctctg
    26821 gaaacgcgcc gcaccggagc acatcatgcg ttggccatcg cagtggggcg agggcttccc
    26881 cggctggcac tgcgaatgca ccgcgatggg ccgcaagtac ctcggcgacc atttcgacat
    26941 tcacggcggc ggcatggacc tcatcttccc ccatcacgag tgcgagatcg cgcaagccgt
    27001 agccgccgag ggcgaagaga tggtgcgctg gtgggtgcac aacaacatga tcacttacaa
    27061 cgggcagaag atgggcaagt cgctcggcaa cgccatcacc ctggaggagt tcttcaccgg
    27121 tagccatccg ctgttggcgc aggcttatcg cccggagacg atccgcttct tcatccttca
    27181 ggcacactat cgcagcacgg tagacttcag caacgaggcc ttgcaagcct ccgagaaggg
    27241 cctcgagcga ctcttcgaag ccgccgaacg gttagccaag ctcacaccct ccgacggccc
    27301 ctcgaccatc gacgtcagcg ggctgcgcac gcgctgcgag gaggccatgt gcgacgacat
    27361 gaacacgccc atcgtcatct ctcacctctt cgacgccgcc aaggccatca acaccgtgca
    27421 cgacggtcgt gcgacgctct cggcggacga cctcgcggag ctgcaatccg ccttccgtct
    27481 cttcatggac gacatcctcg gcctgcgcag cgccgccccg tctgacgaga aagacgaggc
    27541 ctatcgccgt gccgtcgatc tactgctctc cgtccgtcag caggccaagc aaaacaagga
    27601 ttgggctacg agcgaccgca tccgcaacga gctctccgcc ctcgggttcg tggtcaagga
    27661 cacgaaggac ggcgccgaat ggagcctgta gttatgcgag tcgttattct gcaacaagac
    27721 attgtctggg ccgatccggc ggagaatgtg cgacaggcgg aggcggccat cgaccgtcgg
    27781 ccgggcgctg acctctacgt gctgccggag atgttcgcga ctggttttgc gacgcatccc
    27841 gaaggcgtgg ccgaaaaggc cgacagcgag acgctccgct ggatggtgcg taaggcggcg
    27901 gcgtgccgtg cagctgtggc cggatcgctg gccgtggaag atggcggtcg ttactacaac
    27961 cgcctctgct tcgtccaccc cgacggccgc gtggagacgt acgacaagcg ccacctcttc
    28021 acctacagcg gcgaggaccg tcattacaca cgcggtacgc gtcgcgtggt cgtaaccttc
    28081 cgcggcgtgc gcatcctgct gcaagtctgc tacgacctgc gcttccccgt ctggagtcgc
    28141 aaccgcggcg actacgacgt ggccctctac gtggccagct ggcccgttgg ccgcatcgag
    28201 gcttggagcg cgctgctgcg tgcgcgagcc atcgagaacc agtgttacgt cgtcggcgtc
    28261 aaccgtgtgg ggtgcgaccc agtggcggag tacagcggcg cgtcggtcgt catcgatccc
    28321 tacggccgca ccgtcgccac gtgcgaggat caccacgtca gcgcggccga agccgtgctc
    28381 gacctggagc gcctcgccgc cttccgccgg aagttccccg tcttagagga tggggatgcg
    28441 tttgagctcc aataggcaca ccggcaaata gctatcgatg aggggcggga tcagtttttc
    28501 cgcccctctt tgttttacaa accacagaat aaggcagaaa atggaattgt cattgaacga
    28561 atttgaggag caagtaaaca agacgatcct gaagcgaggt cgcgactatt tcgaacatga
    28621 ccacgtggtg cgggtgaaaa gactcagcga aggagaattt gagctcgcgg tgatgggaac
    28681 ggaacggtac acggtctatt tgagattttg gggcgacgcc gtcatggatc acgactgtag
    28741 ctgtccctac gcttgggggc cggtctgcaa acatgtcgtg gcctcgctgt tctacctgcg
    28801 cgagaatggt ctctactctg cgccaccgct gagtaaagag atgaaagacg atcgctccgt
    28861 ccccaggcaa gtggcgacaa tgctcgagga gatgaattac gacgatctgc ggctcttcgt
    28921 ccacaccctc tgctgggacg acagcctttt ccagcaaatc tttttagtga gaagcctcca
    28981 attcctgccc acagtatcgc ccgacctgta taagctacat cttcggtcac tcatcaacat
    29041 gtgcaatcat ccaacaacta ccccgttctc ttacgacgac atcgatcgag tgattgacgc
    29101 tgtggacgat atcagtttct ctgtgaatga tgagatctcc ttgggagatc cgatgaaggc
    29161 tctctacata tcaacggcca tcatcgaaga aatgagcacg ttcagttgcc aaatcgagca
    29221 cagcgaaatc gacgatagca ttgagcgtgc attcaacaca ctggaacgtc taacccacgc
    29281 ggagctcacc gacgagcagc ataacaagct cctcgatgcc ctactatcac tctcctatca
    29341 cccggcgcta caagacgaat ggggacgcct tcgggccatc gaactggcca tcggcatcat
    29401 ccgaaacgag caagagagaa cgcgcgtagt atttgcactg gataaaatgc agcaggccaa
    29461 acctctcctg tcccataaga aggccctgcg tgtgcagcag ctcaagcaga cgctcatcac
    29521 aaagttgtcc ctcacggcag ggcatctatg agaaaagcct cgcctcggac gggatgtccg
    29581 gcgaggctct tttatttcgt tttgttgctg agcgctttct tcttctcagc ggccaatcga
    29641 cgctccacct tcttcacgtc ttcggccggg ggcaaatttt ccgggacaat accacgctcg
    29701 atcatcattt ggcgcacggc tgcattgttg tccacatgtt cacgactgat ctccgattcc
    29761 ccgtagagtg ctttttgctg cacgttcaca tgtgtcattt cggccgcaaa gtctttcgcc
    29821 ttgatactga tggtaggtaa gaaatcggct accggacgat tcgccggcac acccaacttt
    29881 cgtttcatct gcgacgtatc caaatgaaaa agcgcctgat cgcctttcga tcggatcata
    29941 gcaaacccct tgctatcgac gccatgttca tagagcacac cagaaagatg cttctccgtt
    30001 tcctgcaatt tggtgcgtgc cctgacgcgc tcgatctcca gcagacgctg ctcaatgagt
    30061 tcggcctttc gtgtctgtat ggcgaaatag gtctgagcaa aggcaatctg ttcctttctc
    30121 ggatcgccat tttgtgccac caagtagcag gcgtaacgcg taaggagcat gtcatccact
    30181 ttgcgttcag tgccggatcc gatgccgacc attttcccga cgtcaggaaa atggtcggca
    30241 tcggaatttc ccgcattccg acaggcttct ttcgcctttt caatcacttt ggagaagttc
    30301 tcccacttac tatagcccaa taaaggctga agatctcttg cactccagca ctccacgccg
    30361 tccacttcga tggcggccgc ctcgaagcct tggtataact ccgatatgat ttctcttttc
    30421 atctaatgag ggattattgt tgaccgcccc aaacaaggag cgatcaaaaa gaagggcaca
    30481 catggggtct cctcatcgtg tgcccagctt ttcattttta gctctcagag gaattatacc
    30541 accgggatct tctctacgcg gcggcgatgg cggccaccgt cgaaggtggt cgtgaggaag
    30601 atgtcgacca tgcgcacggc ctcctcgacg gtcacgaaac gtgcgggcag gacgagcacg
    30661 tttgcgtcgt tgtgggcacg cgagaggcgc gccgtctcgt cgttccagca gagcgccgca
    30721 cggatgcttt ggtgcttatt gagcgtcatg ccgataccgt tgcccgaacc acagaggcca
    30781 atgccgggat agacggcgcc cgcctccacg gcctcagcca acggatgggc gtagtcggga
    30841 taatcgcaac tgtcagacgt atccgtacca aagtcgcgga cctcgtaacc cagcgcggcg
    30901 acatgatcca tgagtgcgcg cttaatctct atgcccgcgt gatcacaggc aaagcctatc
    30961 ggtaaaggtt gtgtgtccat cgcgctcatt tctccaagaa ctttttgacc aactcactga
    31021 cgcgctcacc ggtgaaccca aacttgcgat cgagcacctt gtacggcgcc gaataaccga
    31081 acgacgacag gccgtgcacc aagccaccct cgcctacgag tccctctaac gccacgggca
    31141 ggccggatgt gaggccgaag cgacgcacac cggcgggcaa cacgctccgc tgatagtccg
    31201 catcctgatc gcggaagaga ccttcggacg gtaccgacac gacgcgggca cggatgccat
    31261 cggcagccaa cagttcggcg ccttcgacga gcgtagagac ctccgatccg gaggctacca
    31321 ggacgatgtc cggcgtgcct tcggtgtcca tcaccacgta gccgccctgc tcaatgcgac
    31381 gggcctccgt gcgacggtca cccgaagcgg cgggcagcga ggtgatgttc tgacgcgaca
    31441 gcagcaatgc cgtggggcgg taactctcga gcgccatctt ccaagcgtag accgtctcgt
    31501 cggcgtcggc ggggcggagg acgagcatgg agcggtggcc gctgtggttg cgcagatgct
    31561 ccatgaggcg gatctgagcc tcgtgttcga tgggctggtg cgtgggaccg tcctcaccga
    31621 cgcggaagga gtcgtgcgtc cagacgtaga ccacgtgcag ctccatgagc gcggccaatc
    31681 ggacggcggg cttcatgtag tccgagaaga cgaagaaggt gccgcagacg ggcaggatgc
    31741 cgccgtgcag cgccatgccg ttcatcacgc aagccatcgt cagctcgctg acgcccattt
    31801 gcaggaactg ccccgtgaag tcgcccttgg taaaggcatg cgtatgcttg aggaagccgt
    31861 ccgtcttgtc cgagttgctg aggtcggcgg aggagacgac catgttctcc acctgctccg
    31921 catagagcgc cagcatggcg gctgaggctg cgcgggtggc cgtgtcgcgc ttcatcgcta
    31981 tggcggcgta atcgatctcg ggcatctcgc cgctgaggaa gcggtcgagc ttggcggcca
    32041 gcgcgggctg ttcgcggcgg aaacgctcct cggcttccat gcgtgcacca taccaagcga
    32101 gcaacgcctc acgccgacga ccgtagatct ccgtcgtttc ggggaagagg gcgaaggggt
    32161 gcgcggggtc gccgccgaga tggcggatgg tggcatcgat gtcggcaccc gcggcggaga
    32221 ggggctggcc gtgcgtagag acacgatcct cgaagctacg tccttcggca tccacggcgc
    32281 cgcggcccat gatggtcttg ccaatgatca gcgtggggcg ttccgtctcg gcgtgggcct
    32341 cacggagggc gtggcggatc tcttcgacgg actgcccatt gatggtgatc acgcgccagt
    32401 cccaagcgcg gtatttggcg gccacatcct cggtgttcac ctcgtcgacc ttggtggaga
    32461 gttggatgtt gttcgcgtcg taatacatga tgaagttgtg cagcccgagg tgcccagcca
    32521 gtcggccaac gccctgcgag acttcctctt cgatgccacc gtcggagatg taggcgtacg
    32581 tcttgtgagc catccattcg ccgaagcggg ccaccatgaa gcgttcggcg atggctgcgc
    32641 cgagggccat ggcgtgtccc tgccccagcg ggccggaggt gttctcgatg ccgtgctgca
    32701 cgtcgcgctc gggatggccg ggggtgtggc tgccccactg gcggaaattc tccagctccg
    32761 tgagcggcat gagtccagct gcggccagca cgccgtagag catgggcgac atgtgtccgg
    32821 ggtcgaggaa gaagcggtcg cggtagggat agtcaggccg ctcggggttg tagttcagaa
    32881 actcggcaaa gagtacgttg acgaaatcgg cgccgcccat ggcgccaccg gggtgtccgg
    32941 atcgggcttt ttcgaccatc gatgcggcca ggatccggat gttgtccgcc gcacgattca
    33001 tgttgtcggt attcatatat aataagtagt taggagtagt catgcgcctg acggcgcggt
    33061 agtcacaagt agtgggggcg cccttactcg ggctgccccc tctgtgcggg caaaggtaca
    33121 gcgccccgtc tgatttagcc ggtgccaagg tcagggctac ttttgtggcc atacgtttta
    33181 ctcctaatcg ttctacacaa tgaccccgac aacttctact cccccccgcc cgaaggtgac
    33241 ccgcaagacg gtgtttacgg gcacgatggc cttccttgtc gtactcttct ccatgcctct
    33301 gggacatgcg ctgatgatcc ttatggagca ttacctacag ccaccctggc tctactacgc
    33361 tgccttttcg atgggcgccg tgggactggc ggtgaccgtg gctggcgtct tcgcacgcgg
    33421 cgatacacgc cagacgctct tcggcctctt cggcggactg ctcttctgga cgggctggat
    33481 tgagttcctc ttcgtctatt acgcccaccg cttcggcgtg gagccactca gaaatgcggc
    33541 cggcgagatt gtcaccaagc cggagtacct catcatgccc tcctcgttcg gcttttgggc
    33601 catgttcatg ttgctctatc tctttagcgt ccgcacgggg tgcaacttct tcaactacct
    33661 gcagcgcgtc ttcttccgcc agagcacggt gcgcgtagag ctgaagccgc tggcccgaca
    33721 cacggcgctg atcacgttca tggagctgaa cctgatcctc tggaccagct acctcgtgtt
    33781 gctcttctgt tacgacgacc atttcctcgg cgaccgccac cccgtcacga cgctcgtggc
    33841 cttcggcgcc ctagcctcgt cgttctacat gttcggccgc ctgatccgca tctcgagctg
    33901 gggctacgcc atccgctatg ccatccccac ggtgatcgtc ttctggacct tcgtggaggt
    33961 gatcatgcgt tggcagatcc tgcacgagat ctgggtgcac ccgctggagt atcgcaacga
    34021 aatgctgatc atcctcgtgg cttttatcgt gctgctgggg gtaatcatct atcgttcgtg
    34081 gcggcggaag ggctgatcgg tggataccgg atcccgtccc cccaagggga tagggcgtaa
    34141 tttcaggatg acacccccat cccctcaggg gatagaccgt aatttcagaa tgacaccccc
    34201 accccctcag gggataggag ctattttcag gatgacaccc ccgtcccctc aggggatagg
    34261 ccgtaatttc agaatgacac ccccatcccc tcaggggata gaccgtaatt tcaggatgac
    34321 gcccccatcc cctcagggga tagaccgtaa tttcagaatg acgctcccgt cccctgaggg
    34381 gatgagggtg taatcgcaaa aaaagccccg tcccctgagg ggatagaccg taattccaga
    34441 atgacactgc catcccctca ggggatagac cgtaatttca ggatgacgcc cccgtcccct
    34501 gaggggatga gggtgtaatc gcaaaaagag ccctcatccc ctcacatttt ggaacgttat
    34561 ccgccgcaga cactccgcca gacagctatc ttgagattaa tgccccactt ttgcgccccg
    34621 ttaattgaaa gaatgacaga acaaatgaat cagcgaccct tgatattggt atctaacgac
    34681 gacggcgtcg atgcgcgcgg catccatgcg ctggctgaag gcatgcgcct gctgggcgac
    34741 gtcttcgtca tggcccccga tgggccccgc tcgggcatgt cgtccgccat cactaccaca
    34801 cagcccatca cctaccgggt gctctccgaa gcggagggca tgaccatctg cagttgctcg
    34861 ggcacaccga ccgactgcgt gaagttggcc gtcagcgaag tgctcgaccg caagcccgat
    34921 ctgctcgtct cgggcgtcaa ccacggcggc aacgaggccc tcagcgtaca ctactccgga
    34981 accattggcg ccgccatcga aggctgcgtg ctcgacattc cctcgctcgg tgtctccttg
    35041 gtgcactatc gcagcgaggc cgacttctcc gaggcggtcc gactcgccca gcgcgtggcc
    35101 aaagacctgc tccggaacgg cctgccgcac ggcacatacc tcaacctcaa tgtccccaac
    35161 acgccccacg tcaagggcct caccatctgc cgtcaggccg acggacggtg gatccgggag
    35221 ttcgaccgcg tctccacgcc cgacggctcg ccggccttcc gcatgtcggg cgagtatctg
    35281 aactatcccc ccatccagcc cgacaacgac acgcagcgcc tctccgaggg ctgggccacg
    35341 attgtgccct gtctgctcga cgtgacgcac cacgcgttta tgaatgagtt gaagagccgt
    35401 ggtctggacg atatcaatgg gtatagttaa gcgccctcac gggcgcggta gttatgcgcc
    35461 ccttcgggcg caggtagtta cggccttgcg gccgggtagt tagaggtaga aaaagaagcc
    35521 ctcacaacca cctctgacta cttctaacta ccccttaact accggggcgg agcccccgac
    35581 ctaccggccc gaaagggcca taactaccgc ggctttagcc gcataactac ccgcgccaac
    35641 ggcgcgtaac taccctataa gagatgaaat actacctcat tgccggcgaa gcctccggcg
    35701 acttgcacgc ctcgaacctg atggcggcgc tgcgcgacga agatccgcag gcggagttcc
    35761 gcttcttcgg cggcgacctc atgcgcgccg tcgggggaac atgcgtcatg cactaccgcg
    35821 agatggccta catgggcatc atccccgtcg tgcttcacgc gcgcaccatc gcccgcaaca
    35881 tgcgcctctg ccgtgacgac atccgtgcct ggcgccccga tgtagtcatc cccgtcgact
    35941 atcccggctt caacctccgc atcgcccgct acgtgcacga cacgctccgg cgacccgtct
    36001 gctactacat ctcgcccaag atctgggctt ggaagcgcgg ccgcatacac accatccgcc
    36061 gctgcgtcga ccgtatgctg tgcatcctgc ccttcgagac ggacttctat cgctcgttag
    36121 actacgccgt cgattacgtc ggcaacccgt cggtcgacgc cgtggagcac ttccgacgca
    36181 gcgccgtggc cggagtctcg cccgtgacgg acgacggtcg gccgttgctg gccatcctgg
    36241 ccggcagccg acggaacgag atcgcggaga atctgccgac catgctcgac gtggctcgcc
    36301 gtttccccac gcttcacccg gtagtggccg gtgcgcccgg gctgacgatg gacgactacc
    36361 gacgtagtct cggccgtcag gacgcgttgc cggagatcgt cttcggtcgc acctacgagc
    36421 tgctcgccca cgcccacgtc gcactcgtca cctcgggcac agctacgctc gaggccgcgc
    36481 tcttccgtgt accgcaagtc gtctgctacg ctgtgggcgg cgga
//
LOCUS       SEQF2638.1|AYYF01001618.1 22533 bp   DNA    linear       16-JAN-2023
DEFINITION  Tannerella sp. hmt 286 strain Cell 8/11.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.14.6 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..22533
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="Cell 8/11"
     CDS             complement(1388..2182)
                     /locus_tag="SEQF2638.1_02349"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRRLVSGEGLCRNAASAPKNFSAFATPLRVSRKTFRRLQHRCKS
                     HEKLSGVCNTVASLTKNFLAFATLLQVSRKTFWRLQHRCKSHEKLFGVCNTVASPTKN
                     FLAFATLLQAFPKTFWPSCDFRRDSLQALFLHQTHQLSITQTLYQNEITPYPFRRPCP
                     VPDAIRAGWPHQTRVHQLPGHHLPALRNFCHRQAPHASGGDEAGCPRGLPARHYQHPA
                     LTAACQPRHHEHSRRRTLPARRTRTDQLRRLPTDLHPRLRPLYHHG"
     CDS             complement(2357..3274)
                     /gene="cbiK"
                     /locus_tag="SEQF2638.1_02350"
                     /EC_number="4.99.1.3"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q05592"
                     /codon_start=1
                     /transl_table=11
                     /product="Sirohydrochlorin cobaltochelatase"
                     /db_xref="COG:COG4822"
                     /translation="MKTYFIAFLLMITAISYAHDGENFRASDMLKSMQPGDKAAIVMV
                     YFGSTHDDTRALTIDALTREVRAAYPTLEVREAYTSRIVRRRLRDRGVETSAPLEVLK
                     QLKSDGFTHLVIQSANIIEGVEMEALRREVASVAADFKEVRIGTPLLYMPEDYAAVIR
                     ALAPAPADDAADVWVGHGSYDPATAQYAMLGYMLAAEGRARCFVTTIEGYPTFDDLRA
                     KLKQSGAKRVTLRPFMFVAGDHAKNDIATDMKQELEKEGYRVNVLLEGLGQSDAIRAL
                     YLAHIRFALNHRMFDILSKKKHYETNDRD"
     CDS             complement(3330..4787)
                     /locus_tag="SEQF2638.1_02351"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNKWLFRIHRWVGAVVGLFFLMWCLSGLVLVYHPFPNVDERDLQ
                     ARMEPLPDSLPAVDSVAQRLPEGAAAKVRTVTVRRFQGQTLFDFETKDTTYTLCADSA
                     EVRRPVTAETIRNVARRWVDAPIARIDTLHSRDQWIMYSRYLDEMPIAKCYFDDDAGH
                     ELYISIRTGEVLQFTDRSSRLWAYVGAIPHKFYLPILRRDNDVWIRSLTTGGVVALIA
                     ILTGIIVGLIMLRRNRKARGKLGSPYKKAWLKAHHVTGLAFGIVLVGFAFSGAMALQR
                     IPEWIIPTHGDYRVSDAKMRGKSLPLSAYTDYRAIRQLHPEVRQIVWNHFRDVPIYDV
                     TTDTATFSLDASTPDLPPLQLSPATVEKAIGALHKGESFTISQIERYEEYYISRWTAL
                     PLPAYKVMVDNADRTRYYVDPATGNFRNLNRARMAKKWVFSGLHYFNIRWLVERPTLW
                     TIAIWTACLGGAFVSLSGVWINLKRLRRKSKKRRA"
     CDS             complement(4812..6077)
                     /locus_tag="SEQF2638.1_02352"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKAIKCYAWALIMALTTAVFTACNDDPEPTPNPGPTQKAHFDLW
                     VAVGEEGGMGSTAALLVKSTQSLDAQTQLDFKGSGVDVTKKLYQETIIRGKYYYQIPQ
                     EKDRFGKYQIVDAGGTHQIAIVKEVSFKKNTLKDRRYTHAWINDHTLVLIGSNGKSDK
                     ILWIKIDTENMTILGEGELDLPAPPDKDKFNTSGIANYRDGKILYAFVYNNERSYFQL
                     AFINAADMKTEKVVKETRAEFMAGTAYGELLQHKSFFTPNGDYYLACNSVNAGAKSNT
                     QQHGALLRIKKGETEFDKSYRGYNHPKGKIVTADCLSPTKALLYIQDPEHTGAKGWGA
                     DYNCYYAILDLTTDQLTEIQYNGTNLPFSSGTFSQRSLVLGNKAYIGVNPKDAPTCIY
                     IYDIPSGQVTKGMTIAKGYHFERIVGIEE"
     CDS             complement(6170..8566)
                     /gene="btuB_9"
                     /locus_tag="SEQF2638.1_02353"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="protein motif:HAMAP:MF_01531"
                     /codon_start=1
                     /transl_table=11
                     /product="Vitamin B12 transporter BtuB"
                     /translation="MFHTYEIHRRCLSDVALRRALMLLAGLLYLLDAASQGTVRGTVR
                     DVAGRPVVAATVAAGAQRGTSTDDRGAYALELPAGRTTLTVSSVGYKTVKAEVDAART
                     PTQNFVLEEDAVTLNVVEVYAKSPAQRLRESAFAAAAPDVKAQLSQLHDLNTLVGRTA
                     GVKVREEGGVGSDFELSINGLSGNSIRYFMDGLPLATKGSGVSPANLPVNLIERVEIY
                     KGVVPAYLGADALGGAINIITRREQRNYLDASYGIGSFHTHKADLFAQVVDRRTGIIV
                     RPAAGFNFSKNDYRVRGVELWDEAAQEFRLTDRRRFHDDYLSALMQLEAGVSRRSWAD
                     ELFVSASYSTTRKQLQTGAMQTIVYGAAERQTGAWNIAVRYVKKALFLPGLNASLSAS
                     HTWDHAQTIDTTFRKYRWDGSYIESARSEILGRDRMHRHYRRPLMLVRLGLDYHFNLH
                     HTLNLNYLMNRTGNRRTDDVDSDFAPSDDIFAKHTLGLSYSQLLVEDRWQNTFFVKNY
                     TNYLKVGQQELPWITGSGEVQGPSTKNHTGYGLATRYAFPSDAIAVKASYEHSLRLPM
                     SRELLGNGTTVYANLRLRPENSHNINLGLFGALRPAPGHRLDYELNAFYRDVKDYIRL
                     VVSETEGTSQYDNVPGVGIKGLEGELRYAYADLLQVVANGSWEDARSMTHYYPDGKEM
                     ITYRNRIPNRPWLFAHVEATLKRRDVLIPRSTVRLTYNFDFVRSFFLTWEGYGSLDSK
                     SRIPTQYRHDVALSLSLADERYNVSLSCNNLFDRTLYDNYKLQKPGRAFFCKFRVFIN
                     "
     misc_RNA        complement(8604..8829)
                     /locus_tag="SEQF2638.1_02354"
                     /product="Cobalamin"
                     /inference="COORDINATES:profile:Infernal:001001"
     CDS             complement(9055..10020)
                     /locus_tag="SEQF2638.1_02355"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKTVEIRKPGMSKLDNSLHVQFHSLAYGLVKGADITKLGIPNE
                     LMVEWDGNKSIETDITKVSQISAETRLMQEKDGERDGLLTYIMGTIRNAQFLPDKDIV
                     EAAIRIAAVVKPYNGMQNEGFDRETADIRGLVADLKKTENAADIAKLGLTPMLTKLET
                     TNQEFDDLYTKRMTSDTGAKLPLSSKIRPETDAIYDRVILILQWNYLNGATPIDPEVI
                     ATLAENLCKLADRIDADYNRSLAQKRAAAKKKPKDPKTPDQPKTPKTPKQPKDPKTPE
                     QPKDPKQPEKPGGGAGEQPKKPDEKPKDPKKPGGDGNPDIKLPEE"
     CDS             10046..10663
                     /locus_tag="SEQF2638.1_02356"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSCITMLRSGGPLFSLRPGSLSPKLPEMDLAPDHFRQSCPKWTS
                     PRITFAKAARNGPRPGSLSPKLPEMDLAPGRFCQSCPKWTSPRITFAKAARNGPRPGL
                     LLPKLPQMDLAPGHFRQSGPKWTSPRVAFAKVARNGPRPGSLSPKLPEMDLAPGHFRQ
                     SYPKWTSPRSGGESRKIRERGRVSAPPTFSLAVRRRRRVRRGISR"
     CDS             complement(10623..11915)
                     /locus_tag="SEQF2638.1_02357"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAKKKKAAATQARKEEEARRYNVYKKRVFNLLRELGYSEAIQYI
                     DRSMLRVLYSARPTLLRINAADMTIFNKEDLDIIKSEFYYYMDFDKMPFTLREGEKRT
                     ISALDFYDIWMPLSLYLLREPKYPEDKIYARIVDIIEAGGFSMRGINNPYEFSAEFDR
                     VLVRMEYQYTSTLMTYIFQLSNPCMHLLWFKKRNFEMLRNRVGRTVDFSSCKPQSIWG
                     TDRKGERRLLFRVGFPDILNDGLRWLSACIPHNPYIPELDPDRPYDVYIQEHAIKRMF
                     ERVDGLSPNVVNTYMNFCFTSFDVDWYKGSLLISFSVFSFRVGYFFADFTRDRKIVIR
                     TFYFITYDHTPEGEILSSYAGLKALDKRYLCIDRLSTFFASKIDQRSRLASLFREAGC
                     EHLLRLNEMRELADREEKLTSISNEFIEKYLSSLDDDV"
     CDS             12065..12964
                     /locus_tag="SEQF2638.1_02358"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNYVYLLSLLLLALPTATHAQQDVSAFKRGRMRGDSLRTELLRR
                     IEDARPDYNADSVRAVIESGPYFGIFRDNYFIGGIPIGGPVRRDNANVKFQISIIHRL
                     TKSRLPFDTYLFLQFTQKTIWNVLEESLPMRDLNFNPGVGLGHLIVYHNKYIGHALFM
                     LEHESNGKDGPASRSWNKVSLSSTLLLNRHMEMQLKAWIPIVDGENNRNILRYSGLAQ
                     MGLLYRTDNRRVQAGMLATWRAHSFSFNTQWELSLKISRHANQYLFFQYYNGYGENLL
                     DYDRFKSVLRLGMVIKPEGYSIY"
     CDS             complement(13032..14150)
                     /locus_tag="SEQF2638.1_02359"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNEATRPLRFLFIVQGEGRGHLTQALSLADMLRRHGHEVVEVLV
                     GKSHGREVPPFFRTKIKAPVRAYEAPSLIYKKDRKRLDKLRTAFYNGNPRKLRQYGQS
                     IEMIHRRIKKQQPDVVVNFYEMLPALAQLRFRTDIPFVNIAHQYLLRHPDYRHGTGDA
                     QSLLILRLHTLLTGIGATKLLALSFYPMKSCARERIVVVPPLLRREVLDLQATEGDYI
                     LGYMLNQGFENEVRRWHDAHPDVRLHFFWDKRDAPAELRVDDTLTLHRIDDEQFLHYM
                     AGCRGYITTAGFESVCEALYLNKPVMLIPAHLEQEINAADASSIPGAATTGDSFDLSR
                     LLDFMQTPRTFDHDTFRRWLLSAEETFIRELTSVVDRE"
     CDS             complement(14234..15193)
                     /gene="prfB"
                     /locus_tag="SEQF2638.1_02360"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P07012"
                     /codon_start=1
                     /transl_table=11
                     /product="Peptide chain release factor RF2"
                     /db_xref="COG:COG1186"
                     /translation="MKVVKDLKKWIELYRAVHDATEELSLAFEYVKEGVTTEDEVDAA
                     YARTKELVENLEFRNMLRGEADAMNCVLKINSGAGGTESQDWASMLMRMYMRWGEANG
                     YKVTISNLQEGDEAGIKTVTMNIEGDYAYGYLKGENGVHRLVRVSPYNAQGKRMTSFA
                     SVFVTPLVDDTIEVNVEQARISWDTFRSGGAGGQNVNKVESGVRLRYQYKDPYTGAEE
                     EILIENTETRDQPKNRENALRQLRSILYDREMQHRMEEQNKVEAGKKKIEWGSQIRSY
                     VFDDRRVKDHRTNFQTSDVGGVMDGKIDGFIKAYLMEFAAVEN"
     CDS             15838..16929
                     /locus_tag="SEQF2638.1_02361"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQLLCLVTCFLMMMSIALLRGGKLFGHDFTAQKSTSTEAPKDTV
                     PTIRTSSDGTTVINTTALGADLVGYAGPVPIELHLRDGRIERLEVLPNSETPSFLEAV
                     TDELPARWVGRTPEEAATMEVDVVSGATFTSRALIGNVRRAAAYATDHPAAPSLWDTL
                     DLSPGSIAALLVVLLAAILPLFVRNRTYQTVQQVLNVAVLGFWSGSFLSYTLFLGYLT
                     NGAQLLLSIVPIVMLVTAFIYPLFGRPQYYCTHICPLGSLQQLAGRVNRRKWHLSSRT
                     VRLLERFRKGLWVALMICLWTGVLADWIDWELFPAFLVRTAPVPLIILTAIVTLLSAF
                     IPRPYCRFVCPTGTLFKMSEGMKPKRAFR"
     CDS             17235..17777
                     /locus_tag="SEQF2638.1_02362"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSCGKAQNPPGFALCRVAKSKTRRVLRYVVWQSPKPAGFCSMSC
                     GKVQNPPGFALCRVAKSKTRRVLLYVVWQSPKPAGFCSMSCGRVQNPPGFALCRMAES
                     KTRRVLRYVVWQSPKPAGFYVMSCGKAQNPPGFTLCRLAECETHRPAGCRGVLHTPLG
                     CFRPETNDRHQKRGIFFLLS"
     CDS             complement(17744..17860)
                     /locus_tag="SEQF2638.1_02363"
                     /inference="ab initio prediction:Prodigal:002006"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYPAKFPGLGEALIFFCFFSCIKTRKEDHESKKKIPLF"
     CDS             18186..19481
                     /gene="cbiA"
                     /locus_tag="SEQF2638.1_02364"
                     /EC_number="6.3.5.11"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P29946"
                     /codon_start=1
                     /transl_table=11
                     /product="Cobyrinate a,c-diamide synthase"
                     /db_xref="COG:COG1797"
                     /translation="MIPQWLIAATNSGCGKTTFTIGLLRALRRRGLSVQPFKCGPDYI
                     DARYHTRAAGLTSVNLDTWMASPDHIQYIYGKYGGSADACVAEGVMGLFDGFDKTRGS
                     SSEVARLLRLPVVLVVNARSTAYSVAALIHGFAHFDPRVEVAGVVFNLVASASHAAYL
                     REACADVGVPCLGCLPRLAELEVPSRHLGLTLDTNFQLEQWIDRVADTVEQHVDLDHL
                     LSVCRRPTPPVGEAPPPMRPIGRVAVADDEAFAFVYRENIARLAQAAEVVRFSPMRDE
                     QLPEADLVYLPGGYPEFHLDALTANTSMRDAIRRYAERGGRILAECGGMMYLCRAVTG
                     MDGARREMVGILAQDATMEGMRLHLGYRRFELGGTDWRGHEFHYSSVVPSPDAPPSVA
                     QQYNAKGGTVDTPVYRHANVLASYTHLYWGESDIATLFG"
     CDS             19976..20725
                     /gene="truA"
                     /locus_tag="SEQF2638.1_02365"
                     /EC_number="5.4.99.12"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:P07649"
                     /codon_start=1
                     /transl_table=11
                     /product="tRNA pseudouridine synthase A"
                     /db_xref="COG:COG0101"
                     /translation="MRYFIWLSYTGGAYCGWQRQPNGMSVQQRVEEALATILRQPTPL
                     TGAGRTDAGVHARRMAAHLDTDVPIDDPAGLVGRLNRLLPPDIAVWSLDAVRPDAHAR
                     FSATARTYEYTVTGVKDPFAPPAVHRMALRGVDFEAMNRAAATLLDYRDFTSFSKLHT
                     DVKTNLCHVTRAEWRRQGDHWTFTITADRFLRNMVRAIVGTLFEVGRGRLTEEGFRDV
                     IEALDRGRAGDSAAAEGLALVEVHYPADLFL"
     CDS             20853..21416
                     /gene="efp"
                     /locus_tag="SEQF2638.1_02366"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:A0QWR4"
                     /codon_start=1
                     /transl_table=11
                     /product="Elongation factor P"
                     /db_xref="COG:COG0231"
                     /translation="MINSQDIKKGTCIRLDGKLYFCIDFLHVKPGKGNTIMRTTLKDV
                     VRGNVIERRFNIGEKLEDVRVERRPYQYLYQEGEEFIFMNQETFEQIPIAKSLINGVD
                     FMKEGQIVDVVSDASTDTILFADMPIKVQLAVTYTEPGIKGDTATNTLKPAKVESGAE
                     VRVPLFINEGDVIEINTQDGSYTGRVK"
     CDS             21543..22244
                     /locus_tag="SEQF2638.1_02367"
                     /inference="ab initio prediction:Prodigal:002006"
                     /inference="similar to AA sequence:UniProtKB:Q02170"
                     /note="UPF0758 protein YsxA"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDDRLRIKELAEEDRPREKMRLKGAAALSDAELIAILIGSGSST
                     ETAVQLSQRILGTVDNSLGRLARLTVDELMAFRGIGEAKAITIVAAMELGRRKGLTND
                     DADRDTIRSSAEAFRLFHPHLCDLPHEELWAAFTNRSAKVIARTMISRGGTDHTSADV
                     LIVLKAAINNLCAGIVLCHNHPSGDPRPSRQDDALTDRIARAAALLGIQLIDHIVLCD
                     KQYYSYADEGRLPRT"
ORIGIN      
        1 cagcagcggt accttctcgc agcgctcggg gtcgaagatc ttgcggctgt ctttgttggg
       61 gaagaactcg cggccgttcc ggtcgaagta gcgggtgttg tcactgtagg tggtgttgtc
      121 gggcttgaag taggagccga ccgaggcgaa gagggacagc ggctggacgg gaatgtaaac
      181 caacccggtg cggaaggaga aggtgctcgt ggcggtgcga gtgaagagac tgtctgcagg
      241 catctcaaat tctgcgcgtc cgtcaatggt ggggacaccg gagacgcgct tgtaggaata
      301 gaggtcgtaa cgcccggcca gtagcatctt cagcttctcg ttcagctcga gcaggtcttg
      361 caggtagaag ccgtgcatgt agatgcgtga cacgaaggct ttgctgaagc gtgtctccat
      421 ccaaccgatg ctgtgcggat tgtagactga gccttggcca gtgagtccgg ggccgtagac
      481 atcttgcccg agattatagc cgctgaagga gttgcggtag agaccgatga gcgaatagcc
      541 gccgaggtag ttgtgcttga tagatccggt agtgaagcgt ccgttcagct ccagctggtt
      601 gttccaggtg cgggcgatgt gctcgaagcg caggggaaag tcgtagcgca gggagtcgag
      661 gttgatgtag accttgcggt tgcccgattt gtagtagtgc ttgtaaatgg gcttatcgct
      721 ggtgaggtag gccaagtcct cagtgccgaa gtagtcaatg tcgtcgtagg tgtaggagag
      781 cttgtcggtc aggcgagccg cttcgccgaa ggtgtgccgc cacatgacgg aggcgttgaa
      841 gttgcggttg tacatgaagt ccgactcgct gttgtagcgc gctttcttgt tgaggccggg
      901 cagcatgtcg ccacggtcgt aagcttttgt gtcgtcggcc gtgcgataga tgtcagcggg
      961 catgacgtcg ggcagaccga tctccgtcgg gtaaaagtcg cggagggcgc cgatgcggat
     1021 gtccagctcg tcggcttcag tgagtttacc gcccagagcg aggtagcctg agagacgccg
     1081 catggcgttg tctcgccagc catcttgcgt ttgataattg aagttggcgg agtagttgag
     1141 cgggccaaag aggcgtccgc cgaagccgag cgtcgtttgc aggttctgat agctgccata
     1201 agccacgcgt gcattgacgt gttgctgtgc ggtaggtgcc ttacgcacga tgttgagcac
     1261 gccgcccacg gccgattgtc cgtagagcac cgatgccggg cctttgagca gttcaatacg
     1321 ctccacggaa gtcagatcca tgaaagggta ggaattgttg atggacgaac gctcgtcgcg
     1381 cacgccatca accatgatga tagagtggtc gaagccgcgg atggagatct gttggaaggc
     1441 gccgtagctg gtctgtacgc gtacgccggg caggaagcgt gcggcgtctt gaatgttcgt
     1501 gatgccgtgg ttggcaagca gccgtgaggg cagggtgttg gtagtgacgg gcaggtaagc
     1561 cgcggggaca cccagcttca tcacctccac ttgcatgggg cgcttggcgg tgacagaaat
     1621 ttcggagagc tggaaggtgg tgtcctggaa gttggtgtac tcgcgtttgg tgtggccatc
     1681 ctgcgcgtat agcatcgggc acagggcaag gccgacgaaa agggtaaggg gtaatttcat
     1741 tctgatataa tgtttgggtg atacttaatt ggtgagtttg atgtaagaat aaagcctgca
     1801 gagagtctct acggaagtca cacgatggcc aaaacgtttt tggaaacgct tgcaacagtg
     1861 ttgcaaacgc caaaaagttt ttcgtgggac ttgcaacggt gttgcaaaca ccaaaaagtt
     1921 tttcgtgaga cttgcaacgg tgttgcaaac gccagaaagt ttttcgtgag acttgcaaca
     1981 gtgttgcaaa cgccagaaag tttttcgtga gacttgcaac agtgttgcaa acgccagaaa
     2041 gtttttcgtg agacttgcaa cggtgttgca aacgccgaaa agtttttcgt gagactcgca
     2101 acggtgttgc aaacgctgaa aagttcttcg gggcacttgc tgcattcctg caaagacctt
     2161 ctccagagac aagacgcctc atgctttcgt cgaactcacg ttacttaatt ggtgagatgg
     2221 cctcgtcgat tcaatcgacg acgagggagg actgattcga tgcgttccat aagtgtacgg
     2281 ggacggatgg atgtaatgtg tagtgtagtg ttgttctaag agggggagaa tccgtccccg
     2341 catttgtgtc agcgtcttag tcgcgatcgt tcgtctcgta atgtttcttt ttggagagga
     2401 tgtcgaacat gcggtggttc agtgcaaagc ggatgtgggc caggtagagg gcacggatgg
     2461 cgtcgctctg gccgaggcct tcgaggagga cgttgacgcg gtagccttcc ttttcgagct
     2521 cttgcttcat atcggtggcg atgtcattct tagcgtggtc tccagcgacg aacatgaagg
     2581 ggcgcagggt gacgcgtttc gcaccgctct gcttgagctt tgcccggagg tcgtcgaacg
     2641 tggggtagcc ctcgatggtg gtcacgaagc agcgtgcgcg gccctcggcg gcgagcatgt
     2701 agccgagcat ggcgtactgt gccgtggcgg gatcgtagct gccgtggccc acccagacgt
     2761 cggcggcgtc atcagcgggc gcgggggcga gggcgcggat cacggccgcg taatcctccg
     2821 gcatgtagag cagcggggtg ccgatacgca cctccttgaa gtcagcggct acggacgcca
     2881 cctcgcgacg caaggcctcc atctccacgc cttcgatgat gttggcggat tggatgacaa
     2941 ggtgggtgaa gccgtcggat ttgagctgct tcagcacttc aagcggagca gatgtctcaa
     3001 cgccgcgatc gcgaagccgg cggcgcacga tgcgtgaggt gtaggcctcg cgtacctcca
     3061 gcgtcgggta ggcggcgcgt acctcgcggg tcagggcatc gatggtgaga gctcgggtgt
     3121 cgtcgtgcgt ggacccgaaa tagaccatga cgatggcggc tttgtcgccg ggctgcatgg
     3181 acttgagcat gtcggaggcg cggaagtttt cgccgtcatg cgcgtagctg attgcagtaa
     3241 tcatcagtag aaaggcgatg aaataggttt tcattcgaat aagcagttag ggggtaataa
     3301 gaagtagtag tcagcgtagt caaacagcct caagctctcc gctttttgct tttgcggcgg
     3361 agtcgcttga ggttgatcca cacgccagag agggagacaa aggcaccacc aaggcaggcc
     3421 gtccagatag cgatggtcca gagcgtgggg cgctctacga gccagcggat gttgaagtag
     3481 tgcaggccgc tgaagaccca cttcttggcc atgcgcgcgc ggttgagatt gcggaagttg
     3541 cccgtggccg gatcgacgta gtaacgggtc cggtcggcgt tgtctaccat cactttgtag
     3601 gccgggagcg ggagtgctgt ccagcgggag atgtaatact cttcgtagcg ttcgatctgc
     3661 gagatggtga aagactcacc cttgtgcagt gcgccgatcg ctttctctac cgtggccgga
     3721 gagagttgga gcgggggcaa gtcgggcgtg gaggcatcga ggctgaaggt ggctgtgtcg
     3781 gtcgtcacgt cgtagatagg cacatcgcgg aagtggttcc agacgatttg ccgcacctcg
     3841 gggtgcaact gccggatggc gcgatagtcc gtgtaggccg ataggggcaa cgatttgccg
     3901 cgcatcttgg cgtccgacac gcgatagtcg ccgtgcgtag ggatgatcca ttcggggatg
     3961 cgttgcaggg ccattgcgcc gctgaaggcg aagccgacga gcacgatccc gaacgcgagt
     4021 ccggtgacgt ggtgcgcctt caaccaggcc ttcttataag ggctgccgag cttaccccgc
     4081 gccttccggt tacgccggag catgatgagg ccgacgatga taccggtgag tatcgcgatg
     4141 agcgctacga caccgccggt ggtcaggctg cggatccaga cgtcgttatc gcggcgcagg
     4201 atgggcaggt agaacttgtg cgggatggcg ccgacgtagg cccagaggcg actgctgcgg
     4261 tcggtgaact ggagcacttc gcccgtgcgg atggagatgt agagctcatg gcccgcgtca
     4321 tcgtcgaagt aacacttggc gatgggcatc tcgtccaggt agcgggagta catgatccac
     4381 tgatcacggc tgtgcagcgt atcgatgcgt gcgatggggg cgtcgaccca gcggcgggcc
     4441 acgttgcgga tggtctccgc ggtgacgggc cgccggacct cggcggagtc ggcgcagagg
     4501 gtgtaggtcg tgtctttcgt ctcaaagtcg aagagcgttt ggccttggaa gcgccgcacc
     4561 gtgaccgtcc gcaccttcgc cgccgcgccc tcgggtagcc gttgggctac cgagtcgacg
     4621 gcgggaaggg agtcgggcag cggctccatg cgcgcttgca ggtcgcgctc atctacgttg
     4681 gggaagggat ggtagacgag cactaacccc gacaagcacc acatcagaaa gaacagtccg
     4741 acgactgcgc ccacccagcg gtggatccga aacagccact tattcatcaa tcttctgtgc
     4801 gttgatatcg tttattcctc gatgcccacg atgcgttcga agtggtaacc cttagcgatg
     4861 gtcatgccct tggtcacctg gcccgacggg atgtcgtaga tgtagataca cgtaggtgcg
     4921 tccttcgggt tgacaccgat gtaggccttg ttaccgagga caagtgagcg ctgcgagaag
     4981 gtaccgctgc tgaagggcag gttggtgccg ttgtattgga tctcggtcag ctgatccgtc
     5041 gtcaggtcga ggatggcgta atagcagttg tagtcagcgc cccagccctt ggctccggtg
     5101 tgctccgggt cttggatgta gagcagcgcc ttggtcggag agagacagtc ggcggtgaca
     5161 atcttgcctt tggggtggtt gtagccacgg taactcttgt cgaactccgt ctcgcccttc
     5221 ttgatgcgca gcagggcacc gtgctgttga gtgttgctct tggcaccggc gttcacactg
     5281 ttgcaagcca gataatagtc gccattgggg gtgaagaagc tcttgtgctg gagcagttcg
     5341 ccgtaagccg tgccggccat gaactcggcg cgcgtctcct tgaccacctt ctccgtcttc
     5401 atgtctgcgg cgttgatgaa ggccagctgg aagtaagagc gttcgttgtt gtagacgaag
     5461 gcgtagagga tcttgccgtc acgatagttg gcgatgccgg aggtgttgaa cttgtctttg
     5521 tctggcggtg caggcaggtc gagctcaccc tcgccgagaa tggtcatgtt ctcggtatcg
     5581 atcttgatcc aaaggatctt gtccgacttg ccattcgagc cgatcagcac caaagtgtgg
     5641 tcgttgatcc aagcgtgcgt gtagcgacgg tccttcagcg tgttcttttt gaaactaacc
     5701 tccttgacga tggcgatctg gtgcgtccct ccggcatcga caatctgata cttgccgaag
     5761 cgatccttct cctgcggaat ctggtagtaa tacttgccgc ggatgatggt ctcttgatag
     5821 agcttcttcg tcacgtctac gcccgagcct ttgaagtcga gctgcgtttg tgcgtcgagc
     5881 gactgggtac tcttgaccag cagcgctgca gtcgagccca tgccaccctc ttcgcccaca
     5941 gccacccaaa ggtcaaagtg ggctttctgc gtaggacccg gattcggtgt tggttccgga
     6001 tcatcattac atgccgtgaa aacggccgtc gttagcgcca tgatcagcgc ccaagcgtaa
     6061 catttgattg ctttcatctc tgtgtctatt tattggtgta agtcaattgt cattcttaat
     6121 ggaagggctt cagtcaaccc tctaccctct actctctacc ctctaccctc taattaatga
     6181 acacacggaa cttgcagaag aaggctcggc ccggcttctg gagtttatag ttgtcgtaga
     6241 gcgtgcggtc gaagaggttg ttgcaggaga gggagacgtt gtagcgctca tcggccaggg
     6301 agagcgagag ggcgacgtcg tggcgatact gcgtggggat acgtgacttg ctgtcgaggc
     6361 tgccgtagcc ctcccaggtg aggaagaagc tgcggacaaa gtcgaagttg tacgtcagcc
     6421 gcaccgtgct gcgggggatg aggacgtcgc gccgcttcag cgtcgcctcg acgtgggcaa
     6481 agagccacgg gcgattgggg atgcggttgc gataggtgat catctccttg ccgtcgggat
     6541 agtagtgggt catgctgcgg gcgtcctccc aactgccgtt ggccacgacc tgcaacaggt
     6601 cggcgtaggc atagcgcagc tcgccctcga gacctttgat gcccacgccg ggcacgttgt
     6661 cgtattggct cgtgccttcg gtctcggaga cgacgaggcg gatgtaatcc ttcacgtcgc
     6721 ggtagaaggc gttcagctcg taatccaacc ggtgaccggg ggcggggcgg agcgcaccga
     6781 agaggccgag gttgatgttg tgactgttct ccgggcgcag gcgcaggttg gcatagaccg
     6841 tggtgccatt gccgagcagc tcgcgcgaca tgggtagacg cagactgtgc tcgtaggagg
     6901 ctttcacggc gatggcgtcg gaggggaagg cgtaacgcgt ggccagtccg tagcccgtat
     6961 gattctttgt cgaagggccc tgcacctcac ccgagccggt gatccagggg agttcctgct
     7021 gccctacctt caggtagttc gtgtagttct tgacgaagaa cgtgttctgc caacggtcct
     7081 cgacgagcag ctggctataa gaaaggccga gggtatgctt ggcgaagatg tcgtccgagg
     7141 gcgcgaagtc cgaatctacg tcgtccgtgc gacggttgcc ggtgcggttc atgaggtagt
     7201 tcaggttcag cgtgtgatgg aggttgaaat ggtaatccag cccgaggcgg acgagcatca
     7261 aggggcggcg atagtgtcgg tgcatacggt cgcggcctaa gatctcgctg cgggcggact
     7321 cgatgtagga gccgtcccag cggtatttgc ggaaggtggt gtcgatcgtc tgggcgtgat
     7381 cccaggtgtg tgaggccgag agcgaggcgt tgagtccggg caggaagagg gccttcttga
     7441 cgtaccgcac ggcgatgttc caggcccccg tctgacgttc ggcggcgccg tagacgatgg
     7501 tctgcatggc gcccgtctgg agctgcttgc gggtggtgga gtaggaggcg gagacgaaca
     7561 gttcgtcggc ccaggagcgg cggctgacgc cggcctcgag ctgcatgagg gcggagaggt
     7621 agtcgtcgtg gaagcgacgc cgatcggtga ggcggaactc ctgcgcggcc tcgtcccaca
     7681 gctctacgcc acgcactcgg tagtcgttct tggagaagtt gaagcccgcc gcaggtcgca
     7741 cgataatccc cgtgcgccga tcgaccacct gcgcgaagag gtcggcctta tgggtgtgga
     7801 aggagccgat gccgtacgag gcgtcgaggt agttgcgctg ctcgcggcgg gtgatgatgt
     7861 tgatggcgcc ccccagcgcg tcggcgccga ggtaggccgg gacgacgcct ttgtagatct
     7921 ccacgcgctc gatgaggttg accggcaggt tggcgggcga tacgccgctg cctttcgtgg
     7981 cgagtggtag gccgtccatg aagtagcgga tggagttgcc cgagaggccg ttgatcgaga
     8041 gctcgaaatc ggagccgacg ccgccctcct cgcgcacctt gacgccggcc gtgcggccca
     8101 cgagggtgtt gaggtcgtgc agctgactca gctgcgcttt gacgtcggga gctgcggcgg
     8161 cgaaggcgct ctcgcggaga cgctgtgcgg ggcttttggc gtagacctcg acgacgttga
     8221 gggtgacggc gtcttcctcg agcacaaagt tctgcgtggg ggtccgcgct gcgtccacct
     8281 cggccttaac cgtcttgtaa ccgacggacg agacggtgag cgtcgtgcgt ccggcgggta
     8341 gctcgagggc gtaggcgccg cggtcgtcgg tggatgtgcc acgctgtgcg ccggcagcga
     8401 ccgtggcggc cacgacgggt ctacccgcga cgtcgcgcac cgtgcctcgc accgtgccct
     8461 gtgaggcggc gtcgagaagg taaagcaggc cggcaagcag catcagggcg cgccgcagtg
     8521 cgacgtccga caggcatctt ctatgtatct cgtatgtgtg aaacattcct tttgtaacct
     8581 ccgacccttg accccgaggg gcggtatacg ttgttgtttc cggcaggttt cctgacttca
     8641 ccctgaagga gtgctgtgag ccttcccacc gcctcagtgg cggcagtggc acgtcttgcg
     8701 ggtgctctcc ttcgttcgat aggtggggtg ttacagtagc gggcactgtt ccagtctttc
     8761 actggattcc cttttcacgt cgcggacggg accgtccgac ttggcgtcac cgaaaacggc
     8821 ggcaaaaata gaatcagaaa gcaaagcaga aaggggcgtc tgcgtgtacc tatgtagggg
     8881 cgtattgcat acgccccacc gaacggtccc aacggggccg aacggatgta ccccggggcg
     8941 tctgcgaacg gccccacggg gccgaacgat ccacaccgac cgggtacaaa aaagggcacc
     9001 cccatctgtt tggggatgcc ctttaatcat tctccggggg cgtctgcgga cgccctattc
     9061 ctccggcagc ttgatgtcgg gattaccgtc gccacccggt ttcttcggat ccttcggttt
     9121 ctcgtccggt ttcttgggct gttcgccagc gccaccaccg ggtttctccg gctgcttcgg
     9181 gtccttcggc tgctcgggag tcttggggtc cttcggctgc ttaggagtct tgggggtctt
     9241 gggctgatcg ggagtcttgg gatccttggg tttcttcttt gcagcagccc gcttctgggc
     9301 gaggctccga ttataatcgg catcgatacg atcggccagc ttgcaaaggt tctcagccaa
     9361 cgtagcgata acctcggggt cgatcggcgt agcaccattg agatagttcc actgtaggat
     9421 gaggattacg cggtcgtaga tggcatctgt ttcggggcgg atcttgctgg aaagtggaag
     9481 tttcgcaccc gtgtcggacg tcatgcgctt cgtatataag tcgtcgaact cttggttcgt
     9541 cgtttccagt tttgtgagca tcggcgtgag tccgagcttg gctatatctg ctgcgttctc
     9601 cgtctttttc aggtcggcca ccagccccct gatgtccgcc gtttcacggt cgaagccttc
     9661 gttctgcatc ccgttgtacg gtttgactac tgccgcaata cggatcgcag cctctacgat
     9721 gtccttatca ggcaggaact gggcattgcg aatggtgccc atgatgtaag tcaacagccc
     9781 atcgcgttcc ccatctttct cctgcatcaa ccttgtctca gcgcttattt gcgacacctt
     9841 ggtgatgtcc gtctcgatac tcttattgcc gtcccactcg accatcagct cgttcgggat
     9901 gcccagtttg gtgatgtcgg cacccttaac caggccatag gctaagctgt gaaattgcac
     9961 atgcagggaa ttgtccaatt tgctcattcc cggcttcctg atctctactg tctttttcat
    10021 tgtgtgtact ttttagttcg cgtttatgtc gtgtattact atgctgcgta gtgggggacc
    10081 tctgttttcg ttgcgccccg gatcactttc gccaaagctg cccgaaatgg acctcgcccc
    10141 ggatcacttt cgccaaagct gcccgaaatg gacctcgccc cggatcactt tcgccaaagc
    10201 tgcccgaaat ggacctcgcc ccggatcact ttcgccaaag ctgcccgaaa tggacctcgc
    10261 cccgggtcgc ttttgccaaa gctgcccgaa atggacctcg cctcggatca ctttcgccaa
    10321 agctgcccga aatggacctc gccccgggtt gcttttgcca aagttgcccc aaatggacct
    10381 cgccccgggt cactttcgcc aaagcggccc gaaatggacc tcgccccggg tcgctttcgc
    10441 caaagttgcc cgaaatggac ctcgccccgg gtcgctttcg ccaaagctgc ccgaaatgga
    10501 cctcgccccg ggtcactttc gccaaagcta cccgaaatgg acctcgcccc gcagcggggg
    10561 cgaaagtaga aagattcggg aaagggggcg tgtgagcgcc ccccccacgt tttcacttgc
    10621 ggtcagacgt cgtcgtcgag tgaggagagg tatttctcga tgaactcgtt ggagatgctg
    10681 gtcagcttct cttcgcggtc ggccagctcg cgcatctcgt tgaggcggag caggtgctca
    10741 cagccggcct cgcggaagag actcgccaga cgcgaacgct ggtcgatctt ggaggcaaag
    10801 aaggtgctga ggcggtcgat gcagaggtaa cgcttgtcga gggccttgag gccggcgtag
    10861 ctggagagta tctcaccctc gggcgtgtgg tcgtaggtga tgaagtagaa ggtgcggatg
    10921 acgatcttac ggtcacgcgt aaagtcggca aagaaatacc ccacccggaa gctgaagacg
    10981 ctgaaggaga tcagcagcga acccttgtac caatccacgt cgaaggaggt gaagcagaag
    11041 ttcatgtacg tattgaccac gttgggcgag aggccgtcga cgcgctcgaa catgcgcttg
    11101 atggcgtgct cctggatgta gacgtcgtag gggcggtcgg ggtccagctc ggggatgtag
    11161 gggttgtggg ggatgcaggc cgagagccag cggaggccgt cgttgaggat gtccggaaag
    11221 ccgacgcgga agagtagccg tcgctcgccc ttgcggtcgg tgccccagat ggattgcggc
    11281 ttgcaggagg agaagtcgac cgtgcgcccg acgcggttac gcaacatctc gaagttgcgc
    11341 ttcttgaacc acaagaggtg catgcagggg ttggagagct ggaagatgta ggtcatcagg
    11401 gtgctggtgt actgatactc catgcgcacc agcacgcggt cgaactcggc cgagaactcg
    11461 taggggttgt tgatgccgcg catggagaat ccgcccgcct cgatgatgtc tacaatgcgg
    11521 gcgtagatct tgtcctccgg atacttgggc tcgcgcagga ggtagagcga gaggggcatc
    11581 caaatgtcgt agaagtcgag ggccgagatg gtgcgtttct cgccctcgcg cagggtgaag
    11641 ggcatcttgt cgaagtccat gtagtagtag aactcgctct tgatgatgtc caggtcttct
    11701 ttgttgaaga tggtcatatc cgcggcgttg atgcggagca gcgtcggtcg agcggagtag
    11761 aggacgcgca acatggaacg gtcgatgtac tgtatggctt cactataccc cagctcgcgg
    11821 agcaggttga agacgcgttt cttgtagacg ttgtatcgtc gtgcctcttc ttcttttcgg
    11881 gcttgggtag cagccgcttt tttctttttc gccatgacta tatatctgtt ttctgaatag
    11941 gtgaaacttg cgcttttggg tgaacccccg gaaggcgctt tttgtgggcc tccggtggct
    12001 gcccacgctc gctgtggggg catcgtggct acgtttgcca cctgtaaaat cacgccccct
    12061 gtttatgaat tacgtttatc tcttatccct tttgcttctg gccctgccga cagccacgca
    12121 tgcgcaacaa gacgtgtcgg ccttcaagcg tggccgcatg cgtggcgaca gcctccgcac
    12181 ggagctcctg cgccgcatcg aggatgcacg cccggattac aacgccgaca gcgtgcgggc
    12241 ggtcatcgag agcgggccat acttcggcat cttccgcgac aactacttca tcggcggcat
    12301 tccgattggc gggcctgtcc gccgcgacaa cgccaacgtg aagtttcaga tcagcatcat
    12361 ccatcgcctg accaagagtc gcctgccttt cgacacgtat ctcttcctgc aattcacgca
    12421 gaagacgatc tggaacgtct tagaggagtc gctcccgatg cgagacctaa acttcaatcc
    12481 cggtgtaggc ttgggccacc tcattgtcta ccacaacaag tacatcggtc acgccctctt
    12541 catgttggag catgagtcga acggcaagga cggccccgca tcacgcagtt ggaacaaagt
    12601 ctcgctcagc agcaccctcc tcctcaatcg ccacatggaa atgcagctca aggcctggat
    12661 ccccatcgtg gacggcgaga acaatcgcaa catcctccgc tactcgggtc tggcacagat
    12721 gggactgctc tatcgcacgg acaatcggcg tgtgcaggcg ggcatgctgg ccacttggcg
    12781 ggcgcactcc ttcagcttca acacccaatg ggagcttagc ctcaagatca gccgtcacgc
    12841 caatcagtac ctcttcttcc agtactacaa cggctacggc gaaaacctcc tcgactacga
    12901 ccgtttcaag agtgtcctcc gcctagggat ggtgatcaaa cccgaaggct actccattta
    12961 ctgaggccgg gggatgacgc ttagggccgg gcgaagagtc atccacctct caacgcgcct
    13021 ctctccacgc gctactcccg gtcgaccacg gacgtcagtt cgcggatgaa agtctcttcg
    13081 gccgagagca gccagcggcg gaaggtgtcg tgatcgaacg tgcgcggagt ctgcatgaag
    13141 tccagcagcc gcgagaggtc gaacgagtca cccgtcgtgg cggcgccagg gatcgacgag
    13201 gcgtcggcgg cattgatctc ttgttccagg tgcgcgggga tgagcatcac gggcttattc
    13261 agatagagcg cttcgcagac cgactcgaat ccggccgtgg tgatgtaacc gcggcagcca
    13321 gccatgtaat ggaggaattg ctcatcgtcg atgcggtgaa gcgtcagcgt gtcgtccacc
    13381 cggagttccg ccggggcgtc acgcttgtcc cagaagaaat gcaggcggac gtccgggtgg
    13441 gcgtcgtgcc agcggcgcac ttcgttctca aagccctgat tgagcatata gccgaggatg
    13501 taatcccctt ccgtggcttg caggtcgagc acctcacgcc tgaggagcgg cggcacgacc
    13561 acgatgcgtt cccgggcgca ggacttcatc ggatagaagg atagggccag gagcttcgtg
    13621 gcgccgatgc ccgtcagcag ggtgtgcaga cgaaggatca ggaggctctg tgcgtcgccc
    13681 gtgccatgcc gataatcggg gtggcgcagc aggtactgat gggcgatgtt gacaaagggg
    13741 atgtccgtgc ggaagcgcag ctgcgccaag gcgggaagca tctcgtaaaa gttcaccacc
    13801 acgtccggct gctgcttctt gatgcgtcgg tgaatcatct caatgctttg gccgtactgc
    13861 cggagcttac gcgggttgcc gttatagaaa gctgtgcgga gcttgtcgag tcgcttgcga
    13921 tccttcttat agatcagcga cggggcctcg taggcgcgca ccggcgcttt gatcttggtg
    13981 cgaaagaagg gaggcacttc gcgcccgtga ctcttaccga ccagcacctc cacgacctcg
    14041 tggccgtggc gccgcaacat atcggcgaga gagagcgctt gcgtcaggtg gccgcgcccc
    14101 tcaccttgga caataaacag gaaccgcagt gggcgggttg cttcattcat tggagtaggg
    14161 agtcagaagt agttcggagg tagttgaagt agtgaggcgt agacctgttt gggcgtctga
    14221 tagacgatcc cgcctaattc tctacggctg cgaactccat caagtaagcc ttaataaatc
    14281 catcaatctt accgtccatc acgccgccca cgtcagaggt ttggaagttc gtccggtgat
    14341 ccttcacgcg gcggtcgtca aagacgtagc tgcggatttg cgatccccat tcgatcttct
    14401 tttttccggc ctccaccttg ttttgctcct ccatccgatg ctgcatttcg cgatcgtaaa
    14461 ggatggatcg gagttgacgg agggcgttct cgcggttctt cggttgatcg cgcgtctcgg
    14521 tgttttcgat gaggatctcc tcctcggcac ccgtgtacgg atctttgtac tgatagcgca
    14581 gacggacgcc cgactctacc ttgttgacgt tctgacctcc cgcgccgccg gagcggaacg
    14641 tgtcccacga aatgcgtgcc tgctccacgt tgacctcgat cgtgtcgtcc acgagcggtg
    14701 tgacaaacac ggaggcgaac gacgtcatgc gttttccttg cgcgttgtag ggtgagacgc
    14761 gcaccaagcg gtggacgcca ttttcgccct tgagatagcc gtacgcatag tcgccttcga
    14821 tattcatcgt cacggtttta atgcccgcct cgtcgccttc ttgtaggttg ctgatggtca
    14881 ccttgtatcc attggcctcg ccccaacgca tatacatgcg cataagcatc gaagcccagt
    14941 cttgactttc ggtaccaccg gcgccggagt taatcttgag cacgcagttc atcgcgtcgg
    15001 cctcgccgcg caacatgttg cgaaattcga gattctccac cagttccttc gtgcgcgcat
    15061 aggcggcgtc gacctcgtct tcggtcgtca cgccctcctt gacatattcg aaagccagac
    15121 tcagctcctc tgtcgcatcg tggacagcgc ggtatagctc aatccatttc ttcagatcct
    15181 tgaccacttt catctgcgcc tccgcccgtt gggcgtcttc ccagaaggcc gggtcgcgcg
    15241 tgcgcagctc ttcttcctct aattgaatgg ttttcgcatc gacgtcaaag aaacctcctc
    15301 aacgcctgct cgcgttccaa catatccttc agttggtcta tcgtaatcat gttcgtaaat
    15361 cttgttcgtt cattctgtga ataaaaagcc tcgttcgaag cggtcgcaaa tgtagaatct
    15421 ccgtccaaaa cgccacggcg tcggggcggc ctattttccg tgtttgcggc gtggcgggag
    15481 atgctttccg aaaaatgtag ggctgaaaaa agtgatgctt ggggcaatcg atcgagtggg
    15541 agagatgctc cgcggggcag gttgggcagt cggcatattt acttggtgtg cagcgtggca
    15601 ggggaggaac tttgtcagtt gtcgctgtca aaaaaatgac gccagcgcct tatctttgcc
    15661 ctcgaaatcc atatctttag gtgggggcgt ccgggaccat atcttttttt catttacgca
    15721 atgaatctcc aaaaccccgg atgccctacc ttcttttttt gccctttccg agaggatggc
    15781 gggcagatcg atcgctttcc ctatcgaatt ttagacccaa tgaatagaag aaaatggatg
    15841 cagctccttt gtttggtgac ctgctttttg atgatgatgt ccatcgccct gttgcgcggt
    15901 ggcaaacttt tcgggcatga ttttacggcc caaaaatcca cctcgacgga ggcaccgaag
    15961 gacaccgtgc ccacgatacg cacctcgtcc gacggcacga cagtgatcaa caccaccgcg
    16021 ctgggggccg accttgtcgg ttacgccggc ccggtgccga tcgaactcca tctgcgtgac
    16081 gggcgcattg agcgcctcga ggtgctaccg aacagcgaga cgccctcgtt cctcgaggcg
    16141 gtgaccgatg agctgcccgc gcgctgggtc gggcgcaccc cggaagaggc ggccacgatg
    16201 gaggtggatg tcgtttccgg cgccacgttc acctcgcgcg cactgatcgg aaacgtccgc
    16261 cgcgccgccg cctatgcgac agaccatccc gccgcaccct cgctctggga cacgctcgac
    16321 ctctcgcccg ggtcgatcgc cgcgctcttg gtcgtactcc tggccgccat cctgcccctt
    16381 ttcgtgcgca atcgcacgta tcagaccgtg cagcaggtgc ttaacgtggc tgtgctcggc
    16441 ttctggagcg gctcctttct ctcctacacg ctctttttgg gatacctcac caacggtgcc
    16501 cagctgctcc tgtcgatcgt cccgatcgtg atgctcgtca ccgccttcat ctaccccctt
    16561 ttcggtcggc cgcagtacta ctgcacccac atctgccccc tcggatcgtt gcaacaattg
    16621 gccgggcgcg tcaatcgacg caagtggcac ctcagcagcc gtaccgtccg cctattggag
    16681 cgtttccgca aagggctttg ggtggcgctg atgatttgcc tctggaccgg cgtgttggcc
    16741 gactggatcg actgggaact cttccccgcc ttccttgtcc gcaccgcgcc cgtacccctg
    16801 atcatcctca ccgctattgt gaccctcctc tccgccttca tacctcgtcc ctattgtcga
    16861 ttcgtctgtc cgacaggcac ccttttcaag atgtccgaag gaatgaagcc gaagcgcgcc
    16921 ttccgataag aggcaaggat ttgaggcgac agttatcgag gatccaaaaa cagatagcgt
    16981 gcgtctgtgt aggggcgtat ccaatacgtt tcttggatgt ttccgaccgg aaacagttgt
    17041 ccgaatcatt tcaaaataaa tagggtcatt gggacaaacg tccccttgcg tggccgccca
    17101 aggggcgtat gcaatacgcc cctaccgcct gatacctgat aggtttcgca ttcgttttgc
    17161 cacaagtttg agtaaaaccc ggcgggtttc actccgacac gtggcaaagt ccaaaacccg
    17221 ccgggttttg ctctatgtcg tgtggcaaag ctcaaaaccc gccgggtttt gctctatgtc
    17281 gtgtggcaaa gtccaaaacc cgccgggttt tacgctatgt cgtgtggcag agtccaaaac
    17341 ccgccgggtt ttgctctatg tcgtgtggca aagtccaaaa cccgccgggt tttgctctat
    17401 gtcgtgtggc aaagtccaaa acccgccggg ttttgctcta tgtcgtgtgg cagagtccaa
    17461 aacccgccgg gttttgctct atgtcgtgtg gcagagtcca aaacccgccg ggtttcgctc
    17521 tatgtcgtat ggcagagtcc aaaacccgcc gggttttacg ctatgtcgtg tggcagagtc
    17581 caaaacccgc cgggttttac gtcatgtcgt gtggcaaagc ccaaaacccg ccgggtttta
    17641 cgctatgtcg tttggcggaa tgcgaaaccc atcggccggc aggctgtagg ggcgtattgc
    17701 atacgcccct tgggtgtttt cggccggaaa cgaatgatcg gcatcaaaag aggggtattt
    17761 ttttcttgct ctcatgatct tcttttcttg tcttgataca agaaaagaag caaaagaaga
    17821 tcaaggcctc accgaggccg gggaatttgg ccgggtacat gatcagtctt aaaaatgtac
    17881 cgggaaaaac ttccctgccc cggcaggggc cttgtcttga tacaagaaaa gaagcaaaag
    17941 aaaatcaagg cctcaccgag gccggggaat ttggccgggt acatgtggga atggaaaagg
    18001 ggccggggaa tttggccggg tacgtgtggg ggtggaaaat ggggtgtttt tttcttcgct
    18061 ccgccggtcg ctgaccgata tttgtctggc ggggggctca atatcggtgc gtgtgcgctt
    18121 cttttgcagg cgattttgaa caacccggcg gcgcacgcac gcgacgccct acattttcta
    18181 cagatatgat tcctcaatgg ctcatcgcgg ccacaaactc aggctgtggc aagaccacat
    18241 tcaccatcgg gctactgcgc gcactccggc gacgcgggct ctccgtgcaa cccttcaaat
    18301 gcgggccgga ctatattgac gcacgctatc acacccgggc cgcgggactg acgtccgtga
    18361 acctcgacac ttggatggcg tcgcccgatc atatacaata tatatatggc aaatacggcg
    18421 ggtcggccga tgcgtgtgtg gccgagggcg tgatggggct ctttgacggc ttcgacaaga
    18481 cgcgcggaag ctcgtccgag gtggcgcgac tgctccgact gccggtcgtg ctcgtcgtca
    18541 atgctcgttc gacggcctat tccgtggcgg ctctcatcca cggctttgcg cacttcgatc
    18601 cgcgtgtcga ggtggccggc gtggtcttta atctggtcgc ctcggcgtcg catgccgctt
    18661 acctccgcga ggcgtgtgcc gacgttggtg tgccttgcct cggctgcctg cctcggctgg
    18721 cggagctgga ggtgccttcg cgccacctcg gactgacgct cgatacgaat ttccaactcg
    18781 aacaatggat cgatcgcgta gccgacaccg tggagcagca cgtcgacctg gatcatttgc
    18841 ttagcgtctg ccgtcgcccc acgccccccg tcggcgaggc cccgcccccc atgcgaccca
    18901 tcggacgcgt ggccgtggcc gacgatgagg cgttcgcctt cgtctatcgc gagaacatcg
    18961 ccaggctcgc gcaggccgcc gaggtcgtcc gcttcagccc gatgcgagac gagcagctgc
    19021 cggaggccga tctggtctac ctgccgggcg gataccctga gttccatctc gacgctctca
    19081 cggcgaacac ctcgatgcgc gacgcgatcc gtcgctatgc cgagcgcggc ggccggatac
    19141 tggccgaatg cggcggcatg atgtatctct gtcgcgccgt gacggggatg gacggtgcgc
    19201 ggcgggagat ggtcggcatc ctcgctcagg acgccacgat ggagggcatg cggctgcacc
    19261 tcggttatcg ccgtttcgaa ctcggcggga cagactggcg cggccacgag ttccactatt
    19321 cctcggtcgt tccctcgccc gacgccccgc ccagcgtcgc ccagcagtac aacgccaagg
    19381 gcggcacggt cgataccccc gtttatcgcc acgccaacgt cctggccagc tatacccacc
    19441 tctactgggg tgagtcggac atcgcgacgc tgttcggata ggggaggagg gttaatgatt
    19501 catagcaatg gatttcggag gtgttttttt gacgagtacc cggatgtagg ggcgtatcgc
    19561 atacggcccc tgccggggca gggaagtttg ccgggtacca ggccgttcat gtatccggca
    19621 aacttcgctg cccccgcagg ggccttccct tgatggaaga aaagaaggca aaagaagatc
    19681 aaggcctcac cgaggccggg gaatttggcc ggatacgtga tcggtcttaa aaagtagcag
    19741 gtaaacttct ccgcccattt tcccatttcc acacgtaccc ggctatcttc gccggcggcc
    19801 gcagccgcct tgattttctt ttgtttcttt tcttgtatca agacaagaaa agaagatgag
    19861 gcgcggggcg aagccccaca aaaagatccc cctatttctt actacgtttt actaccgagc
    19921 gccatgagcg gcgcccttac taccgcggtc tttaggccgc ataacaaccc ttctgatgag
    19981 atacttcatt tggctatcat acaccggtgg cgcctactgc ggctggcagc gacagcccaa
    20041 cggcatgagt gtgcaacagc gcgtggagga ggccctggcc accatcctgc gtcagcccac
    20101 gccccttacc ggggccggcc gtacagacgc cggcgtgcac gcccgacgca tggcggcgca
    20161 cttagatacg gacgtcccga tcgacgatcc cgccgggttg gtgggtcggc tcaaccgact
    20221 cctaccgccc gacatcgccg tgtggagcct cgacgctgtg cggcccgacg cccacgcccg
    20281 gttttcggcc acggcgcgca cctacgagta caccgtgacg ggcgtcaaag accccttcgc
    20341 gcccccggcc gtacatcgca tggccctgcg aggcgttgat tttgaggcta tgaaccgcgc
    20401 cgcggcgacg ctgctggact atcgcgactt cacctctttc agcaagttac acaccgatgt
    20461 gaagaccaac ctctgccacg tgacgcgcgc cgaatggcga cgccagggcg accactggac
    20521 gttcacgatc acggccgacc gcttcctgcg caacatggtc cgcgccatcg tcggcaccct
    20581 cttcgaggtg gggcgtggcc gactgaccga ggagggcttt cgagacgtga tcgaagccct
    20641 cgaccgtggc cgggcgggcg actcggccgc ggcggaaggt ctcgcactcg tcgaggtgca
    20701 ctatccggcc gacctctttc tgtaaccccc atcgccccct ccttgggcgc ctcagatccc
    20761 gctccggaag cggcttttga cttttgcgag attggtctac ttttgcggcc ggtttaattt
    20821 tcaacgattt acagtaataa cagaataaga aaatgattaa ctctcaagac atcaagaaag
    20881 ggacctgtat ccgcctcgac ggcaagctct acttctgcat cgacttcctt cacgtaaagc
    20941 ccggaaaagg caatacgatc atgcgcacga ccctgaaaga cgtcgttcgc ggcaatgtga
    21001 tcgaacgccg attcaacatc ggggagaagc tcgaagacgt acgcgtggag cgtcgcccgt
    21061 accagtacct ttaccaagag ggcgaagagt ttatcttcat gaatcaggaa actttcgagc
    21121 aaatccctat tgccaagtcg ctgatcaacg gggtagactt tatgaaagaa ggtcagatcg
    21181 tagacgtcgt ctcggatgcc tctacggaca cgattctctt tgccgacatg cccatcaaag
    21241 tgcagctggc cgtgacgtac accgagccgg gcatcaaggg agacacggcg acgaacacgc
    21301 tgaagccggc caaggtcgag tcaggcgctg aagtgcgcgt gccgctcttc atcaacgaag
    21361 gggatgtgat cgagatcaac acccaggacg gatcctatac gggtcgcgtg aagtgacgcg
    21421 cttcgccgtc ctatacctat atatataggg gtgcggcaag ggggagcata cgcatgcttg
    21481 ccccgtttgt caatcacccg tagcggttac ttaccattcg taacgcgtaa cgattgggcg
    21541 caatggacga caggctgcgc atcaaggagt tggccgagga agatcggccg cgagagaaaa
    21601 tgcggctcaa aggggccgct gcgctgagcg acgccgagct gatcgcgatc ttgatcggat
    21661 ccggcagcag taccgaaacg gccgtacagc tctcgcagcg tatcctcggc accgtcgata
    21721 acagtctcgg ccggctcgcc cgcctaaccg tcgacgagct gatggctttt cgtggcattg
    21781 gcgaggcgaa ggctatcacg atcgtcgccg cgatggagct ggggcggcgc aaggggctca
    21841 ctaacgacga cgcggaccgc gacacgatcc gcagcagcgc cgaagccttt cgcctctttc
    21901 atccgcacct ctgcgacttg ccgcacgagg aactctgggc ggctttcacc aatcgcagcg
    21961 ccaaggtcat cgcccggacg atgatcagtc gcggcggcac ggatcatacc tccgccgacg
    22021 tgctgatcgt tctcaaagca gcgatcaata acctctgcgc gggcattgtg ctttgccaca
    22081 atcatccctc aggcgatccc cgccccagta ggcaagacga cgccctgacc gatcgcatcg
    22141 cccgcgccgc cgcgctactt ggcatccagc tgattgatca tatcgtcctc tgcgacaagc
    22201 aatattatag ttacgccgac gaaggacgcc tgccgcgcac ctaaccctcg ttcatgctct
    22261 gaagcgtgcc cctttcggcc aaggtaccgc ggatgcagtc cgcaacccgc ccggccttga
    22321 ggccaaacgg aagtcgcccc cggggacgcg ttaaattccg cagcccgcag ggttgcatga
    22381 atgtttttta gccccctttc ggccaaggtg ccgcgggcgt agcccgcaac tcgcttggtt
    22441 ttgaggccaa acgactgtcg cccccgaggg cacgccaaat cccgcagccc gcagggttgc
    22501 atgattgttt tttagccccc tttgggccaa ggt
//
