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L2_013_000G1_scaffold_1239_19

Organism: dasL2_013_000G1_metabat_metabat_38_fa_fa

near complete RP 48 / 55 MC: 1 BSCG 51 / 51 ASCG 15 / 38
Location: comp(25314..31268)

Top 3 Functional Annotations

View all annotations
Value Algorithm Source
Putative alpha-1,2-mannosidase n=1 Tax=Clostridium spiroforme DSM 1552 RepID=B1BZG6_9FIRM similarity UNIREF
DB: UNIREF100
  • Identity: 96.7
  • Coverage: 1984.0
  • Bit_score: 3857
  • Evalue 0.0
Putative alpha-1,2-mannosidase {ECO:0000313|EMBL:EDS75813.1}; TaxID=428126 species="Bacteria; Firmicutes; Erysipelotrichia; Erysipelotrichales; Erysipelotrichaceae; Erysipelatoclostridium.;" source="[Clostridium] spiroforme DSM 1552.;" similarity UNIPROT
DB: UniProtKB
  • Identity: 96.7
  • Coverage: 1984.0
  • Bit_score: 3857
  • Evalue 0.0
secreted protein similarity KEGG
DB: KEGG
  • Identity: 38.2
  • Coverage: 1008.0
  • Bit_score: 659
  • Evalue 1.70e-186

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Taxonomy

[Clostridium] spiroforme → Erysipelatoclostridium → Erysipelotrichales → Erysipelotrichia → Firmicutes → Bacteria

Sequences

DNA sequence
Length: 5955
GTGAATAAGAAAATTAATCGCTTATTAAAGGGAGCATTAGCTTTTACAGTTGCGTTTTCAACATTAGCTGTTACTACTTCTACATCTAGAAGTGTAAGTGCTGTTGAACAAGAAGAAAGCTATACTCAATATGTTGATCCATTTGTATGTACTGATGTTGACTATGGTCAATTGTTTCCAGGAAGCGTTGTACCAAATGGATTAGTTAAATTAAGCCCTGATACATATCCACACAATACTCTTGATCATGCAGGATATGATTATAGTAAATTACAAATTCAGGGATTTTCACATACAAGAATCGAAGGAGTTGGGGGTCAAGGTGCCGGTGGTGATGTCTTAGTCACTCCTACATATGTAGAATATAGTCAAAGACCTCAAGCTCAAACTCGTGCAATGAGCTACATAAAAGAAGATGAATCAGCTAAACCTGGTTACTATAGTGTAGAATTAACACCTAAAACTGGTAAAGATAATGATGTTAAAGATAGTCCAGAAATCGGTAAGATCAAAGCAGAAATGACAACAGATCAACGTACTGGTTTTCATCGTTATACATTCCCGGAAGCAGGAAGTGTAAATATCATTACTGATTTAAACTATACATATCATGGTACTGATATCAGAAATGCATATGTAGATGTATTAGAACAAAGTGATACAACTACTGCTATTGGTGGAAGATTCAGTGGTAGAAATGTTAGTGGAAATGGTAAATATACAATGTATTTTTACATGGAAACAAGTAAACCTGCTAACAGTGTAAAAACATGGAATGATACAACTTTAAGTGATAAAACATCACAAAAAGGTAATGACATTGGAACAATCATGAATTTTGATGTCGAAGAAAATGAAGAAATACAATTAAAAGTAAGTATTTCACCAATCAGTGTAAAACAAGCAAAAATCGATATGCATAATGAAATCGATGATTGGGATTTTGATGCAGCAGCATCAAGAGCTGATCAAGCATGGAATGATGTATTAAGCAAAGTAAGAGTAGAAAGCTCAAAAGTCAGTGATCCAACTGGTGAATTAAAACAATTATTCTATACACATCTATATCATATGTTTATGACACCAGTAAATGCTACAAGTACAAGTGGAACATTTAGAGGAACTGATGGAAAGATTCATGAAGCTAATGATTATACACATTATGATTCATGGACATTATGGGATGATTATCGCAAATATCCAATGATTGGATTGATTCAACCAGATACATATAAAGATATGGTAAAATCAATTGCAGATGCATTAGATTATGGAATCGTTACATGGTCACATGATAAACAACCAGTACCAAATGTAAGAACAGAACATGCAGTTGCATTACTTGCAGATGGTGTGGCTAAAGGATTTACAGATATCGATAACTTAGAAGAAGCATATGAAGAAGCTAAGGAAATTGCCAATAATGTAATTACAAGTGATGTAGAAAAAATTGGATATGTACCAAATCGTGTTGATAGAACAATTGAATATGGATACGATGACTGGTGCTTATCAATCATTGCTGAAGCTTTAGGTAAAGAAGATGAAGCAGCATATTTCTTAGACCGTTCATTCAATTATAAAAACACATTTAGAAAAGATGCTGTAGATTCACCATTCAGTGATAAAAAATTAGGATTATTATGGAATAGAGACAGCAATGGAAATTGGTTAAATCAAGATCCATCATCTACTAATACAGGTTTATATCAAGGAACAATGTGGCAATATACATGGTATGGTTCAAATGATGTAAACGGATTAATGGATTTAATGGGCGGAAGAGAAGCAACATTGGAAGCATTAATGTATATGTTCGGTATGCAAGATCCAGATGATCCAAGAGGAATGCAACATAATGCTGCAAATGAAGTTGAATTACATACACCATATTTATTTAACTTTGTAGGACGTCCAGATTTAACACAACACTGGGTAAGAGAAGTTTATACAAGAGAAACATGGAACAGTAACTACGCAAGTGGAACACAAACAGAAAAACAAAAAATGTATAAATTATCACCACAAGGATATCTAGAAACAATGGATGATGATGCAGGAACAATGGCAATGATGTTTGTATCAGCAGCAATGGGAATCTTCCCAATGACACCAGGGGATACAACATTCCAAATTGGATCACCATTCTTTGAAAAAGTAACATTAGACGTTGGAAATGGAAAAACATTTACAATCGAAGCAAACAATGTATCGGATACAAATGAATATATCCAATCAGCAACATTGAATGGAAAATCATTTGATCGTACATGGGTAGATTACTCTGAAATCACAAGAGGAGGAGTATTATCATTTGAAATGGGCGATACACCTTCTACATGGGCACAAAACGGAGTAACTGCAAAATCAAGCAGTGACAATGCTGATACATCAACATACGATGATGATGAAATAGCGTATTCATCAGCAATGTTTGAAGAATCAAAAGCAAATGACGGATCATTTGATCAAAAAATAACAATCACATTAAAAACAAAAGAATTCGCTGGAGAAATTGGAGAAGATCTAGTAGCAACAGGAAAGATCAATATTACTAATGTACCAGAAGGATTAGAAGCTTCAGCAATAAAAACAGAAGCAAATAAAGTAGAAGTGTCATTAAATGGGAAAGCAAAAAACCATACATTAAATGACAGTATCAGTAATCTAACAATTGAAATAACTGACGCAGCAACAAATGAACCAATTACAGATAGTATTAGAAAAACAAAAGATAATGTCAAAGTAATGTTCATTGATAATCAATTAACATATTCACAATCAGAATTCAAAGAAAGTGAAAGTGATGATGGAGCAATCCTAGAAACATCAACAATTACTTTAACAGGAGATGCAACATTTGCTGGAGAAGTAAATGAAGATTTTGTAGCAGCAGGAAAAGTACAAATCAACAATGTACCAGAAGGATTAACTGCAAAAATGATCAAGATAGATGATCATACAGTTGTATTAAGTTTTGAAGGAAAAGCAGTAAATAATGAGGCAGATGTAGAAATTGAACTTGCATTTACAGACAGTGCATTCAATGGAGCATTAGCTAGTGAAATCGATCAAAGTTCACGTGGCGGAATGACTGCTTTATTATTAGATTTTGATTATGATCATACATCTAAATTAAAAAGAACTATGGCTGAAGCAACATATATAAATGCTAGTGCTTATACACAATCATCTTATCAAGCAGTTTTAGATGCTGTAGCTAAAGGACAAGAACTTTTAGATAATGAAAATGCAACTAGTAAAGAAATTGATTTAGCTATTGGTGATATTATTGATGCTCAAGAACAACTTGATATTCCAAGAGATGGATTCTCTGTTTTACAAGCTGAAAGCAGTGATGCAACATCTGGAGGAAGTTTAAGAGTTGAAGGTTCAGTACTTCATGGAACATATGATGGTGCTTGGATAAGATATGATGCTCTTGATTTTAATGGTTTAAATCCAAAATACTTAGAACTTCGTTATGATAATGCAAGTAATCGTTGTGCTAGTGATAGTCATCTAGAAGTACGCTTAGATGGTGTTGATGGTACATTGATTGGTGATATTCAATTACCAGCAACAGGAACTGCATGGGGAAGTTATGAAACACTTCAATTTGAAATTAGTAATCCTGAATTATTAGATGGAAAACATGATGTATATTTTGTTTTTAAAGGAACAACAGAAGATAGTAGACCATATGTAGCTAAAGTTGATTATTTGCAATTTAAAGAAACTGCTGATATTGATAGTGTTAAATTAGAAGCTGAAAAAAGTGATGAAAACTCAGGAAATGGCTTAAAGAATGAATCTATCAACTTAGGTGGAACATACGATGGAGCTTGGATTAAATACAATAATGTAAACTTTAATAATCTTGAAGCTGATACAATTAATGTACATTACTCTACACGTGTAGATGCTTGTGCATTAGATGCTCGTATTGAAATTAGAAAAGATAACAAAGATGGTGAATTATTAGGAACTATCATGTTACCTCTTACTGGTGGATGGAGCGATTATCAAACAGTTAGTACAAAATTAGATACTAGTGTTACTGGTGTTCAAGATATTTGCTTTGTATTAAGAGGTACAAATGACGGTGGAAGACCATATGTTGCTAATATTGATTACATGGAATTTGTAAATTCTGGTGTAAATCATATAGAAGCAGAAAATAAAGATGACTGGTCAGGAGCTGAATTAAAAGTTGAAAATAGTACTGATAATACTGGAAAATCATTAACAAATATCGGAGGAGTTAGAAATGATGCATGGCTTCGTTATAACGGTGTTGAATTTAATGGAAAAACAGAAATGACAGTACGTTATTCACATAATCCTGGAACTGCAGGAACAAATTCAAGAATTGATGTATATTTAGACAATATGGATGGAAATCCAATTGGAACAATTAATTTACCAACTACAAATGGATGGGCAAATTATACAGTAATTAGAGAAGTATTTGATCAAGAAATCACAGGAAGTCATGATGTATATTTAAAATTACATACAGATGGAAGTGGCTGGGTAGCTAACTTCGATTGGTTTGAATTTGGTGAACCAACAGCTGGTGTTGATAAATCACAATTACAAGCAAAATATGATGAAAATGTAGCTTTACTTCAAGAATATGATAAATATCATTATGTTGGATTTAATATCTTCAAAGATAGATTATTAAATGGTAGTGCTGTAATTGATAATGAAAATGCAACAGCTAATGATGTAAGAATTGCTATTAAAGATATTGATAATGCTTTTGCAGCATTACAATATAAAGTTGCATTTGATTTAAATGATTACGTAGTACAATTAGAAGATATTAATGAAGCTGATTATACAAAAGATAGTTATGCTAATTTAATGCAAGCAATTGAAGTAGCAAAAGCTATTCCGGTTGATAGTGAATACGAAGTATTCAAAAATGCATATGATGGATTAGTTGATGCTCATTCAAAATTAACTGCATTAAATAGAACTGCTCTTGAAGAAATCATTAAACAAGCTGAAGCAATCGACTTAGATTTATATCAAGAAGAAGGAAAAGCAGAATTTAAAGCAGCATTAGAAAATGCAAAAACAGTTTATGAAACAGTTTCATTAACACAAGCACAAGTAGATGAAGCTGTAGCTAACTTAGATCAAGCAATTAAAGCACTTAAACCAATTGAAACTGATAGTGTTAATAAAGTAGCATTAAAAATTGCAGTAGATCTAGCTAATGCAATTACTGATAAAGATTTAGAAAATGTAGTAAAAGCAGTAGTTGATGAATTCATTGCTGCTAGAGAAGAAGCAAATGCAGTATATAACGATGCAAACGCTACTCAAGAACAAGTAGATAATGCATTTGATCGCCTTGCAAGTGTAATGCAAAAATTAGAATTCTTCAAAGGAGATAAAACAGCATTAAAAGCATTCATCGATAAAGTTACAGGATTAGATTCATCTAAATATACTCAAACTACATGGGCAGCATTTAAAGCAGAATTAGATGAAGCAAATGCAGTATATAACGATGAAAATGCAATGCAAGAAGAAGTAAATAGTGCATACAGTGAATTAGTAACAGCATTCTTGAATTTAAGATTAATTCCAGATAAGAGTCTATTAGAAGACTTAATCAATCAAGCAGAAGGATTAAATGCTATAAACTATACAAAAGCAACATTTGATGGATTAACAAAAGCATTAAATGAAGCAAAAGTAGTATTTGAAAATCCAGATGCAACTCAAGAAGAAGTAGATAATGCAAAAGATGTTCTAGCAAAAGCAATCGCAGGATTACAAACAGTCACAACTGATAACACAGTAAAAACACCAGTAGATAATGGTGATACAACTGCAAGTGTAAAAACTGGAGATGAAAGCTTAACTGGAATGTTTGCAACAATTGCATTATTAAGTGTAGCTGGATATACAGTACTTAGAAGAAAAGAAAATTAA
PROTEIN sequence
Length: 1985
VNKKINRLLKGALAFTVAFSTLAVTTSTSRSVSAVEQEESYTQYVDPFVCTDVDYGQLFPGSVVPNGLVKLSPDTYPHNTLDHAGYDYSKLQIQGFSHTRIEGVGGQGAGGDVLVTPTYVEYSQRPQAQTRAMSYIKEDESAKPGYYSVELTPKTGKDNDVKDSPEIGKIKAEMTTDQRTGFHRYTFPEAGSVNIITDLNYTYHGTDIRNAYVDVLEQSDTTTAIGGRFSGRNVSGNGKYTMYFYMETSKPANSVKTWNDTTLSDKTSQKGNDIGTIMNFDVEENEEIQLKVSISPISVKQAKIDMHNEIDDWDFDAAASRADQAWNDVLSKVRVESSKVSDPTGELKQLFYTHLYHMFMTPVNATSTSGTFRGTDGKIHEANDYTHYDSWTLWDDYRKYPMIGLIQPDTYKDMVKSIADALDYGIVTWSHDKQPVPNVRTEHAVALLADGVAKGFTDIDNLEEAYEEAKEIANNVITSDVEKIGYVPNRVDRTIEYGYDDWCLSIIAEALGKEDEAAYFLDRSFNYKNTFRKDAVDSPFSDKKLGLLWNRDSNGNWLNQDPSSTNTGLYQGTMWQYTWYGSNDVNGLMDLMGGREATLEALMYMFGMQDPDDPRGMQHNAANEVELHTPYLFNFVGRPDLTQHWVREVYTRETWNSNYASGTQTEKQKMYKLSPQGYLETMDDDAGTMAMMFVSAAMGIFPMTPGDTTFQIGSPFFEKVTLDVGNGKTFTIEANNVSDTNEYIQSATLNGKSFDRTWVDYSEITRGGVLSFEMGDTPSTWAQNGVTAKSSSDNADTSTYDDDEIAYSSAMFEESKANDGSFDQKITITLKTKEFAGEIGEDLVATGKINITNVPEGLEASAIKTEANKVEVSLNGKAKNHTLNDSISNLTIEITDAATNEPITDSIRKTKDNVKVMFIDNQLTYSQSEFKESESDDGAILETSTITLTGDATFAGEVNEDFVAAGKVQINNVPEGLTAKMIKIDDHTVVLSFEGKAVNNEADVEIELAFTDSAFNGALASEIDQSSRGGMTALLLDFDYDHTSKLKRTMAEATYINASAYTQSSYQAVLDAVAKGQELLDNENATSKEIDLAIGDIIDAQEQLDIPRDGFSVLQAESSDATSGGSLRVEGSVLHGTYDGAWIRYDALDFNGLNPKYLELRYDNASNRCASDSHLEVRLDGVDGTLIGDIQLPATGTAWGSYETLQFEISNPELLDGKHDVYFVFKGTTEDSRPYVAKVDYLQFKETADIDSVKLEAEKSDENSGNGLKNESINLGGTYDGAWIKYNNVNFNNLEADTINVHYSTRVDACALDARIEIRKDNKDGELLGTIMLPLTGGWSDYQTVSTKLDTSVTGVQDICFVLRGTNDGGRPYVANIDYMEFVNSGVNHIEAENKDDWSGAELKVENSTDNTGKSLTNIGGVRNDAWLRYNGVEFNGKTEMTVRYSHNPGTAGTNSRIDVYLDNMDGNPIGTINLPTTNGWANYTVIREVFDQEITGSHDVYLKLHTDGSGWVANFDWFEFGEPTAGVDKSQLQAKYDENVALLQEYDKYHYVGFNIFKDRLLNGSAVIDNENATANDVRIAIKDIDNAFAALQYKVAFDLNDYVVQLEDINEADYTKDSYANLMQAIEVAKAIPVDSEYEVFKNAYDGLVDAHSKLTALNRTALEEIIKQAEAIDLDLYQEEGKAEFKAALENAKTVYETVSLTQAQVDEAVANLDQAIKALKPIETDSVNKVALKIAVDLANAITDKDLENVVKAVVDEFIAAREEANAVYNDANATQEQVDNAFDRLASVMQKLEFFKGDKTALKAFIDKVTGLDSSKYTQTTWAAFKAELDEANAVYNDENAMQEEVNSAYSELVTAFLNLRLIPDKSLLEDLINQAEGLNAINYTKATFDGLTKALNEAKVVFENPDATQEEVDNAKDVLAKAIAGLQTVTTDNTVKTPVDNGDTTASVKTGDESLTGMFATIALLSVAGYTVLRRKEN*