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ar11r2_scaffold_634_9

Organism: ALUMROCK_MS11_Bacteroidetes_29_28

near complete RP 51 / 55 BSCG 50 / 51 MC: 1 ASCG 10 / 38
Location: 7505..12112

Top 3 Functional Annotations

View all annotations
Value Algorithm Source
ATP-dependent DNA helicase RecQ family n=1 Tax=Alistipes sp. CAG:831 RepID=R5I3N7_9BACT similarity UNIREF
DB: UNIREF100
  • Identity: 39.9
  • Coverage: 889.0
  • Bit_score: 564
  • Evalue 3.40e-157
ATP-dependent DNA helicase RecQ family {ECO:0000313|EMBL:CCY34984.1}; TaxID=1262698 species="Bacteria; Bacteroidetes; Bacteroidia; Bacteroidales; Rikenellaceae; Alistipes; environmental samples.;" sou similarity UNIPROT
DB: UniProtKB
  • Identity: 39.9
  • Coverage: 889.0
  • Bit_score: 564
  • Evalue 4.80e-157
putative ATP-dependent RNA helicase similarity KEGG
DB: KEGG
  • Identity: 30.5
  • Coverage: 999.99
  • Bit_score: 560
  • Evalue 1.80e-156

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Taxonomy

Alistipes sp. CAG:831 → Alistipes → Bacteroidales → Bacteroidia → Bacteroidetes → Bacteria

Sequences

DNA sequence
Length: 4608
ATGCAATTGATAGCAGGATACATATCAGACAGTATTAAAAAAGCATTGTATGACTTTGATAAAAATAAAATCAATGGTCTGATTAAATATTTATGCTATTTTGATTTGGAAACAGATATAAATCTAAATAATCAAAATAATGATAATTCCTTTGTTTCGGTAATTAACAATATAATTACACGTGGAATACCTACAAAACCAAATCTATACATCGAAAAAGAATTAAGTAAAGCATTTAAAAAATCAAAACAAGAATTTCCAGTACAACTTGGAAGTCTCAATTTTTTACCTGAATATTCCGAAGACGAAAAACAAGATATTTTTAAGGCATTACACATTATTGAACCAAGATTAAAACTCACATTTGAAAATTATAAGAAAGGTACATTAGAAAGTGACTTTGAAAGCGATTTTCTTTTCAAATATTTGACTAATAATGAAGCCAATTATTTAGTACAAATATTAAATACTCAAAGAAAATTAGATACAATTATAAGCCCAGTTAAAGCAAAAGATTTTAAACGACAAAGAGTAGATTTTTCAATTGAATTTCCATATATCCGTGATGAAAAAATTGTAAAATTTGGCGAAGAGAAGCAAAAATTTCATCATGCTGGTTTAGTAGTTGAAATAGATGGTATTCATCACAAGGAAATAACGCAGAAGATTCTTGATAATCATAGAAATAACGCCATAAATGAAGTAAAGTGGCTTATCAAAAGAATAAGTAATTTAGAAAAAACAGATTTCATAGAATGGTTTTTACCAAAAGCTGATTATACAAACGTTATAAAAGACAATTATCAAAAAGAAATTGAAGACAGTTGGTCAGAAATATTGCAAGCTACTTTGACACCTTTTGCAATAGCACGTATCCAGAAAACCATAATTGAACTCATTAAAAACAACACTCTAAGTTTATCAGACGAATATTGGAATATTTTAGTTTATGAAAAAGATGTTCCTTGTGCAAAGCTTGCTTTCAATGATTTGAGCCAAATGTTTGATAATCTTTATGAGTTAGCTGATGATAAACAAAGATTTCCTAAAATCAATCTTGATATTATTTCAACAAAGGAATTTCAAAATTCACCATTACATAGTGGTTCGGAAGTGGCTGTAATTGAAACATTTAATCAAGTTAAAGATTATGACCTATTCATTGATATTGCAATACTTACAAGAGCAAATATCGAAGAAGATAATTACAATTTTGATGCGAGAAATAAAGTAAAAATACGGTCAGCGCACTATATAAACACAATCAGAAAAATTGATACTTCGGACTTAATAAAATATCGTCAATTGACACTCAAAGATGAAAATGAAAAATATACAACAATTGAAAATGCTTCAAAAAACTTAACTTTCTTTTTGCAAAACATATTTAGAAAAGAAAAATTTAGAGAAGGACAATTACCAATTTTAAATAGAGCTTTACAGTGTAAAAGTGTAATAGGTTTATTGCCAACAGGCGGCGGAAAATCATTAACATATCAGCTTGCATCAATTTTACAACCGGGTGTTACAATTATTATCGACCCGATAAAATCCCTTATGCAAGACCAATATGATAATTTGCAAAAAATCGGAATAGATTTTTGCCATTTTATAAATTCCAAACTTGACACAAACGAAAGGATAGTTGCAACAAATGAACTGATTGAAGGAAAAGTTATGTTTTCTTTTGTTTCGCCCGAAAGATTGCAAATAAACGAATTTCGCGAAAATTTGGATGAAATGCCTAAAAACAATGTCTTTTTCAGTTATTGTGTAATTGACGAAGTTCATTGTGTTTCAGAATGGGGGCATGATTTCAGAACTTCGTATTTAAGCTTAGGAAAAAACGCAATTGAACATTGTAAAGCTAAAAATTTACCCCATCTTCCGATTTTTGGACTTACAGCAACTGCTTCATTTGATGTTCTTTCCGATGTAGAACGAGAACTTTCAGGCGATGGCAAAACGAATATTGATGCAAATGCGATTATCAGATTTGAAAACTCAAACAGAGATGAATTACAGTATCAAATTATTGATGTAAATGCAGAATTTGAAACTGATGATAACTTTAGTATTGTATTATCTGATGGAACAGTTTTAGAAAATTTGCCAAAACCAATTAAGGGTGATGTAAAAATTCAGGTTGCAGAAACCAAACAAAAAAGACTTATTAGTTTAATTGATGAAATACCGAAAGAAATTGAAAAACTTAATAATCAATCGGAAAAATTAGTGGAGCTTGCAATTAAAAGGGAATTTGAAAAAACAGAAAAAATAAGGGATAGTATTAAAATTGAAAATTTCAATATTAGTGAATTTTATAATGAGAATAATACAAATGCAGGTATAGTTTTTTGCCCACATAGAACTTGGTATCAAGGTGTAACAGACCGCTTCGAGTTTAAAAAATGCGATGAAACAATCATAGACCCAATGGGAGAAATCGTTCAAAAAAAGGGTGACTTCTGCAAAGACGCTGAAAGTAAAAAAATAAAACTCCCACCAGCAGAAAGAAAGGGAATTGCAGATTATATTGAAAATGAAAAAACGAATTTCAAAGTCGGCTTTTTCATGGGCAGTTCAGACGAAGATGAAAAAGTAGGAAAAGAAATAGAAAAAGCATCTTTTGAAAATCAAGAAAAGTTTATTAACAATCAACAAAACATAATGATTGCCACAAAAGCCTTTGGAATGGGCATTGACAAACCAAATGTTCGATATACAATACATTTCAATATACCAAGTTCCATTGAGAGTTTTGTACAAGAAGCAGGAAGAGCAGGAAGAGACAGAAAAATAGCTCTTAGCTCAATTCTATTTAACCAACAGGAAATATATTATTTCAATAAAAATTTTTACGATAAAATTAAGAAGGAACAACAAAGCAATCCAGATTTGTTGAAGAAACTTAATTATCTAAAAGAATTAAAGTTTCATAAAGAAGATATTTCTAAATTGTTTCAACAACTTGAAATACCTGAACTATCAACATTTGAAGAACATATCAGTAAAATTCAAGTTGATAGAGATAATTTAGTATTTTTTCATAATAATTCTTTTAAAGGGCAAGAGAAAGAAAAGGTTATAATCTACGAATTATTAAATCAGATTACACATCCAAATATTGATAATTCTAATTTACTGGAAGAAAAAATAAAAGAACTGTTCAACATTGAAACACTTGTAGTAAATTATATTGCAGCAACAAACAGAATTTATGTAAATGGTGAGTTTGCAAATAATTATGGTTTTATAAATATAACGAATTGGAATTATACATTTTATCCTACCCAACCCCATATTTTATCGAAAGAAATTTTTGATTTTATCAAAAATGAAATAAGTATTAGTTGCAACATCTCAGATATTTTGGAAGTGTCAAATTGGTTGCAAATCAAGAAAAAAGTGCCTTCGGAAGTTGGAATTGAAAAAAGACTTGAAGAAATAAATATTGGACAAGAAATAAAACCGGAAATTGTAATTGAATTTTCAAACCAAACCGCAAACAGAGTAGAATATTTAAACCAACTAAAAAGAGAAATTGACAAAAAAATTCCTGTAAATAATTTGAGCATAGAAAATATTGATAAATCAATTGCACAATATTTTGAAACTTTTTTAGAAAATTTGCAAAAAGCAGATACTACAATTAAAATCCCGACAGACCTTTCTGATTTTGGAAAATTAAAAGTTATCTTTTATAGTCCACGTCAAAAAGCCGATACAGACAAAGCCATTTTCAGACTAATGTCAATCGGTGTTATTGATGATTATACAGTAGATTACAATAAAAAAACATATACACTAAAAGTAACGAGAAAAGATACAGGCAAATACACAGAAAATTTACGGAATTTTATTCGAAGGTATTATTCTGATATAAAAGCGGAAATCGAAATAAATAAAGTTAGTACATACAAAGAAAATACTGAAATACAAAGATGTTTGGGCTATTTGACTGATTTTGTCTATTCAGAAATAGAAAAAAAACGGTTACGTTCTATTGATGATATGATACTTGCATGCAAAATTGGATTACAAGAAAATGGTAATGAAGAATTAAAAGATTACATTTTTCTCTATTTCAATTCAAAATATGCTCGAAAAGATTACAAAATTGACAATATAGAATATTCATTATTAATAGATACAGACGAAGGCAAACATTTTTCTTTTGATATACTTTGGAAATATATTAAGGCTGTAAATATTGACACAAGTGGTGCACAAAAAGATAATGTAAAGCATTTGCGTGGTGCGTGTTTACGCTTATTAAGGTCAAATCCGGAAAATGGTGCTTTGCTCTTATTAAAATCTTTTTCCTTATTCGTACTTGGTTTTGAGCAAAACAAAATATTAGAAGATGAAACAAAGCAAAGTTTCATAAACGGCTTTAAGGCTATGAAAAATCAGTTCAACGAATTATCATTTGATGAAATACTTAACAATATTCAGAAATTTAGGGAATTAACTTTACAAAATGCCAATAAGAAAAAGGAAGTCGAATTGATAATTGATAAATATATCGATATACTTTATGTTGATTTCCACAATGATTGGCTTAAACAGTTTAACAATAAATTCTTATTACAATATGATAGATAA
PROTEIN sequence
Length: 1536
MQLIAGYISDSIKKALYDFDKNKINGLIKYLCYFDLETDINLNNQNNDNSFVSVINNIITRGIPTKPNLYIEKELSKAFKKSKQEFPVQLGSLNFLPEYSEDEKQDIFKALHIIEPRLKLTFENYKKGTLESDFESDFLFKYLTNNEANYLVQILNTQRKLDTIISPVKAKDFKRQRVDFSIEFPYIRDEKIVKFGEEKQKFHHAGLVVEIDGIHHKEITQKILDNHRNNAINEVKWLIKRISNLEKTDFIEWFLPKADYTNVIKDNYQKEIEDSWSEILQATLTPFAIARIQKTIIELIKNNTLSLSDEYWNILVYEKDVPCAKLAFNDLSQMFDNLYELADDKQRFPKINLDIISTKEFQNSPLHSGSEVAVIETFNQVKDYDLFIDIAILTRANIEEDNYNFDARNKVKIRSAHYINTIRKIDTSDLIKYRQLTLKDENEKYTTIENASKNLTFFLQNIFRKEKFREGQLPILNRALQCKSVIGLLPTGGGKSLTYQLASILQPGVTIIIDPIKSLMQDQYDNLQKIGIDFCHFINSKLDTNERIVATNELIEGKVMFSFVSPERLQINEFRENLDEMPKNNVFFSYCVIDEVHCVSEWGHDFRTSYLSLGKNAIEHCKAKNLPHLPIFGLTATASFDVLSDVERELSGDGKTNIDANAIIRFENSNRDELQYQIIDVNAEFETDDNFSIVLSDGTVLENLPKPIKGDVKIQVAETKQKRLISLIDEIPKEIEKLNNQSEKLVELAIKREFEKTEKIRDSIKIENFNISEFYNENNTNAGIVFCPHRTWYQGVTDRFEFKKCDETIIDPMGEIVQKKGDFCKDAESKKIKLPPAERKGIADYIENEKTNFKVGFFMGSSDEDEKVGKEIEKASFENQEKFINNQQNIMIATKAFGMGIDKPNVRYTIHFNIPSSIESFVQEAGRAGRDRKIALSSILFNQQEIYYFNKNFYDKIKKEQQSNPDLLKKLNYLKELKFHKEDISKLFQQLEIPELSTFEEHISKIQVDRDNLVFFHNNSFKGQEKEKVIIYELLNQITHPNIDNSNLLEEKIKELFNIETLVVNYIAATNRIYVNGEFANNYGFINITNWNYTFYPTQPHILSKEIFDFIKNEISISCNISDILEVSNWLQIKKKVPSEVGIEKRLEEINIGQEIKPEIVIEFSNQTANRVEYLNQLKREIDKKIPVNNLSIENIDKSIAQYFETFLENLQKADTTIKIPTDLSDFGKLKVIFYSPRQKADTDKAIFRLMSIGVIDDYTVDYNKKTYTLKVTRKDTGKYTENLRNFIRRYYSDIKAEIEINKVSTYKENTEIQRCLGYLTDFVYSEIEKKRLRSIDDMILACKIGLQENGNEELKDYIFLYFNSKYARKDYKIDNIEYSLLIDTDEGKHFSFDILWKYIKAVNIDTSGAQKDNVKHLRGACLRLLRSNPENGALLLLKSFSLFVLGFEQNKILEDETKQSFINGFKAMKNQFNELSFDEILNNIQKFRELTLQNANKKKEVELIIDKYIDILYVDFHNDWLKQFNNKFLLQYDR*