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anamox1_curated_scaffold_1788_8

Organism: anamox1_Bacteria_33_9_curated

near complete RP 46 / 55 BSCG 46 / 51 ASCG 11 / 38
Location: comp(7263..11573)

Top 3 Functional Annotations

View all annotations
Value Algorithm Source
ribonucleoside-diphosphate reductase, adenosylcobalamin-dependent (EC:1.17.4.1); K00525 ribonucleoside-diphosphate reductase alpha chain [EC:1.17.4.1] bin=GWF1_WS6_37_7 species=WS6_GWF1_36_7 genus=WS6_GWF1_36_7 taxon_order=WS6_GWF1_36_7 taxon_class=WS6_GWF1_36_7 phylum=WS6 tax=GWF1_WS6_37_7 organism_group=WS6 (Doikabacteria) similarity UNIREF
DB: UNIREF100
  • Identity: 63.9
  • Coverage: 1469.0
  • Bit_score: 1887
  • Evalue 0.0
ribonucleoside-diphosphate reductase, adenosylcobalamin-dependent (EC:1.17.4.1 1.17.4.-) similarity KEGG
DB: KEGG
  • Identity: 45.6
  • Coverage: 750.0
  • Bit_score: 634
  • Evalue 4.10e-179
Ribonucleoside-diphosphate reductase, adenosylcobalamin-dependent {ECO:0000313|EMBL:AIG98664.1}; EC=1.17.4.- {ECO:0000313|EMBL:AIG98664.1};; EC=1.17.4.1 {ECO:0000313|EMBL:AIG98664.1};; species="Archaea; Euryarchaeota; Archaeoglobi; Archaeoglobales; Archaeoglobaceae; Archaeoglobus.;" source="Archaeoglobus fulgidus DSM 8774.;" similarity UNIPROT
DB: UniProtKB
  • Identity: 45.6
  • Coverage: 750.0
  • Bit_score: 634
  • Evalue 2.00e-178

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Taxonomy

Archaeoglobus fulgidus → Archaeoglobus → Archaeoglobales → Archaeoglobi → Euryarchaeota → Archaea

Sequences

DNA sequence
Length: 4311
ATGCCAAATTCAAGTAAATTATCCTCCTTATTACCTGCAAATTATAAGCAACCAAATATTGCTCCTAATTCGTTAGAGATTATGGAGAAAAGACATCTTTTAAAAAATAAGAAGGGAGAAGTTATTGAATCTCCTGCAGAAATGTTTTATAGAGTGGCAATGGCTATCGCAAAAGAAGATGGTCAGTATGTGAAAGGATCGCAGGCAAGAAAAACTAGGGTTATAGAAAGAACTACTAGAGAATTTTATGAATTAATGGCGGAAAATAGATTTTTACCTGGTTCTAGAGTTTTATATGAAGCAGGTAATAGGTTAGATGGAACTGGACAGTTATCTTCTTGTTTTGTTTTACCTATTGAGGATAACTTAGAAAGTATTTTTGAAACGATGAAAGAAGCAGCATTAGTTCAAAAAAATAATGGTGGTACTGGTTTTAATTTTTCACATATTAGACCAAAAGGAGATGAGGTGGGAGGAACTCCAAATGTTGCTGCCGGTCCTATTCATTTTATAAAAACATTTTCCCAGGCTTTTGATCAGGTATTACAAGGCAAAAAGCGTGGTGGGGGAAATATGGCAATTTTAAATATAAACCACCCGGATATCTTAGAGTTTATAAATTTAAAAGGTGAAGGTGATTTAATTCGTAATTTTAACATATCTGTAGGAATAACTGATGACTTTATGAAAGCATTAGAAAATGATGAGGAATATGACCTCATTAATCCTAGAACTAATAAAGTTGTCAAAAAATTAAGGGCTAAAGAAGTCTTTGACATGATTTGTGAAAAAGCATGGGCATGTGCAGATCCTGGATTATTTTTTCTAGATACAACACAAAGAGCAAATCCTACTAAACCTCTAGGAATAATAGAGGCTACTAACCCATGTGGAGAAGAACCCCTTAGAGCTTATGAGTCCTGTAACTTAGGCTCTATGGTACTTCCTAGTTTTATAGTAAAAAAAGGATCTAAGTTAGATTTAGATTGGGATGCTTTGGGAAGGTCAGTTTATTCTGCCATTCATTTTCTTGACAATATGATAGATTTGAGTAAATTCCCATTAGGAAAAATAGCTAAAGAGGTATATAAAACAAGAAAGTTAGGACTTGGTGTAGTTGGGCTGGCTACCATGTTTTATAAACTAGAAATCCCATATAATAGCAAAAAGGCAGTAGTTCTTACAGAAAAGATAATTGAGTTTATACAAGAGGCATCTGTAAAAGAATCAGAAAGACTAGCTAGTGAAAGAGGGGCATTTCCTGGGTTTGAAGGGAGTAAATGGCAAAAGCAAGGTAGGAAAGTACGTAACGCCACAATGACTTCTGTGGCTCCTACTGGAACTTTAAGTCTCGTAGCCAATGTGTCTAGTGGAATAGAACCAGTCTTTTCTCTGGCTTATACTAGAAAAAGTTTTTATCAAGATAATGGGAAAGAGGAGAAGAAGGCTTTATATTATGTAAATGAAGAGTTTAGTAGCTATGCAAAGAAACACGGATTTTATTCTGATGAGTTAATAGAGAAAATAGCTAGTAATAATGGTCGCTTAAAGGGATTAAGTGAAGTACCTGAAGAAGCAAAGAAGATCTTTGTAACTACACATGATATAGAACCAAATTGGCATGTTTTAATGCAAAGTGCCACTCAAAAAAATATAGATGCAGCTGTATCTAAAACTATAAACTTATCTCAAAATGCTACAGCAATTGATATAAAAGATGCATATATTCAGGCTTGGAAAGAGGGCTGTAAAGGAATAACAGTATATCGTGATGGCTCAAAACAACATCAAGTTTTAGAAAGTACTAAAACAAAAGAAGAGCAAGCTGATCAACTGCAGAAAGTAAAAGGTTTAACAAAAAATGCTTTTCAAGTATTGGAAAAAAGAGCCTTACTAAAAGATAGTAAAGGAAATACGATAGAGAGTGTCGAAGAATTATGGTTGCGAATAGCAAAATTTGTTGCAAGTGCGGAAGTAAAAGAGAAAAAAGATAAGATTACAAAGGATTTTTTCAATATTATGAATGAAGGTAAATTTCTATGTGGGGGAACTCTTCTTTGGGCAGGGATGGGAGAAGGAACGATTATGTCAAAATGTCTTGTGTTACCAATAGATGATTCGATTGATTCCATATTTCATACATTAAATACAAATATACAATGTTTAAGACGGGGAGTTGGGACAGGTTTTAATTTTTCAAAAATAAGATCATCTTTTGCAAAAGTAAAAACTACTGGGGAGAATGCTGCAGGACCAGTAGAATATCTGCGTATGTATAATAGAGCACAAGATACGATAAGAGGCAGAGGAGGTCGAGAGCTAGGTTCTATGGCGATTTTAAATGTTGATCATCCTGATATTGAGGAATTTATATCATCGAAAGATGATTTGCACGCTATCTCTCATTACAATATTTCAGTTGGTGTCAGCGATAAATTTATGACTGCTGTTAAAGAGGATTTGGATTGGGATCTAGTAGACCCAAGTGATGGAAACGTATATAAAACTTTAAGAGCAAGAGATTTGTTTGAGAAAATTGCTAAACATGCTTGGAAAAGTGGAGACCCAGGGATGTATTTTATTGATACTGCAGAGAAAGGTAACAATACTCCCACTTTGGGCTCTATGGATGCTACAAACCCATGTGGTGAACAGCCTTTAATACCATATGAAACTTGTAATATGGGTCATATAAATCTATATAAGTTCATAGATAAATTCTACTTCGCAGAGTCTTCTGAGATATACAGCTTACCAGTAGCAGAGAAGTTGAAACTGATAAACTGGGATGATTTATCGAGAATTGTGCATATAGCTGTCAGATTCTTGGATAATATAATAGATGTTAATAATTATCCTTTTAAAGAAATAGAAGATATGACGAAGAAGACTCGTAATATAGGGGTTGGAGTTATGGGTTTTGCTGACTTGTTGATAGCATTAGGCATAAGATATGGAAGTGAAGAGTCTGTAGAAGTAGCTAAAGAGGTAATGCATTTTGTGAGAAAGGAGTCACATAGAGCTTCTGAAAAGTTAGGAGAGGAAAAAGGGAACTTCCCTGCCTTTAAGCAATCTAACTGGTTTAAGGAAAAGAAGCATATGAGAAACGTTAGAACGACTACAATAGCACCAACAGGTACAATATCTATAATAGCTGATTGTAATCCTGGGATAGAACCTATTTTTGCGTTAGGCTATAGACGTAAGAATTCAATGGGAGGAGCTGAGCAAGAAGTGATAAATAGTCAATTTGAGCAAATAGCAAAATCACGTAATTTCTATTCCAAAGAATTGATGGAAGAGGTAGCTAATGGGAAATCTTTAAGCGAGATTTCTGATAAATATGCAATCCCAGAAGATATCATAGATACTTTTGCTACTACTCACGAGATTAAGCCAGAGGAACATGTAAAATTACAAGCCACCTATCAAAAACATATAGATAGTGCCGTATCTAAAACAATAAATCTACCTAACTCTGCTACATGGCAGGATATAGCCAAAGTTTATGAACTTTCGTATGACTTAGGGTGTAAAGGTATAACGATTTTTAGAGATGGAAGCAAAGACCCAGCGTTACAGGTAGGAGTAAAAACACATAAAGATAAACCTGTTACCTCAATAGTAAAGGAAGAAGCTATCATTGAGCCTACTAGGAACAATCTAGAACCAAGAGAACGAGCGCAAGTAACAAGAGGTTATACATACGAAGTTAAAACTGAACAAGGTGATTTATATATTACCGTAAATGAAGACGATAAAGGAATTGTTGAAGTATTTTTAAATATAGGGAAGAGTGGTAGTTTTACACAAGGTTATACTGAAGCGCTTGGACGAATGATCTCGATGTCATTACGTTCGGGTATTAAACCAGATTCTATTATAAAACAGCTACAAGGCATAAGAACTTCTACACCTACCTTAAATAAAGGTATGTTTGTATATTCGGTTCCTGATGCAGTAGCTAAGACATTAAAAAGACATCTTGAAGAGCAAAAGCAACAAATTCAGATGTTTGAGCATAAGCAAGTTGAGGAGCTAGAAACTGAACCTATTGAATCGATTAAAAACGTAGAAAGTGAGATTAAGTTTGAGGTTACCTATGAACATGATAAACCTACTTTACAGCTAGTTAATTTAAATAATCAAAAACAAGAAGTCACAACTACTCTAGAAGAAAAAGAAGAAAACCATTATACTCACTCTAATACACATGGAGATCTTCTAGACTGTCCCGATTGTGGATCCGACCTAGAATACGCAGAAGGGTGTATTCTATGTAGATCTTGTGGATTCTCTAAATGTGGCTAA
PROTEIN sequence
Length: 1437
MPNSSKLSSLLPANYKQPNIAPNSLEIMEKRHLLKNKKGEVIESPAEMFYRVAMAIAKEDGQYVKGSQARKTRVIERTTREFYELMAENRFLPGSRVLYEAGNRLDGTGQLSSCFVLPIEDNLESIFETMKEAALVQKNNGGTGFNFSHIRPKGDEVGGTPNVAAGPIHFIKTFSQAFDQVLQGKKRGGGNMAILNINHPDILEFINLKGEGDLIRNFNISVGITDDFMKALENDEEYDLINPRTNKVVKKLRAKEVFDMICEKAWACADPGLFFLDTTQRANPTKPLGIIEATNPCGEEPLRAYESCNLGSMVLPSFIVKKGSKLDLDWDALGRSVYSAIHFLDNMIDLSKFPLGKIAKEVYKTRKLGLGVVGLATMFYKLEIPYNSKKAVVLTEKIIEFIQEASVKESERLASERGAFPGFEGSKWQKQGRKVRNATMTSVAPTGTLSLVANVSSGIEPVFSLAYTRKSFYQDNGKEEKKALYYVNEEFSSYAKKHGFYSDELIEKIASNNGRLKGLSEVPEEAKKIFVTTHDIEPNWHVLMQSATQKNIDAAVSKTINLSQNATAIDIKDAYIQAWKEGCKGITVYRDGSKQHQVLESTKTKEEQADQLQKVKGLTKNAFQVLEKRALLKDSKGNTIESVEELWLRIAKFVASAEVKEKKDKITKDFFNIMNEGKFLCGGTLLWAGMGEGTIMSKCLVLPIDDSIDSIFHTLNTNIQCLRRGVGTGFNFSKIRSSFAKVKTTGENAAGPVEYLRMYNRAQDTIRGRGGRELGSMAILNVDHPDIEEFISSKDDLHAISHYNISVGVSDKFMTAVKEDLDWDLVDPSDGNVYKTLRARDLFEKIAKHAWKSGDPGMYFIDTAEKGNNTPTLGSMDATNPCGEQPLIPYETCNMGHINLYKFIDKFYFAESSEIYSLPVAEKLKLINWDDLSRIVHIAVRFLDNIIDVNNYPFKEIEDMTKKTRNIGVGVMGFADLLIALGIRYGSEESVEVAKEVMHFVRKESHRASEKLGEEKGNFPAFKQSNWFKEKKHMRNVRTTTIAPTGTISIIADCNPGIEPIFALGYRRKNSMGGAEQEVINSQFEQIAKSRNFYSKELMEEVANGKSLSEISDKYAIPEDIIDTFATTHEIKPEEHVKLQATYQKHIDSAVSKTINLPNSATWQDIAKVYELSYDLGCKGITIFRDGSKDPALQVGVKTHKDKPVTSIVKEEAIIEPTRNNLEPRERAQVTRGYTYEVKTEQGDLYITVNEDDKGIVEVFLNIGKSGSFTQGYTEALGRMISMSLRSGIKPDSIIKQLQGIRTSTPTLNKGMFVYSVPDAVAKTLKRHLEEQKQQIQMFEHKQVEELETEPIESIKNVESEIKFEVTYEHDKPTLQLVNLNNQKQEVTTTLEEKEENHYTHSNTHGDLLDCPDCGSDLEYAEGCILCRSCGFSKCG*