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anamox1_curated_scaffold_598_11

Organism: anamox1_Bacteria_45_8_curated

near complete RP 49 / 55 MC: 2 BSCG 48 / 51 ASCG 11 / 38
Location: 11116..16119

Top 3 Functional Annotations

View all annotations
Value Algorithm Source
hypothetical protein Tax=Chlorogloeopsis RepID=UPI0002E865F3 similarity UNIREF
DB: UNIREF100
  • Identity: 37.2
  • Coverage: 846.0
  • Bit_score: 497
  • Evalue 3.20e-137
PAS domain S-box {ECO:0000313|EMBL:KCZ71710.1}; species="Archaea; Euryarchaeota; Methanomicrobia; Methanosarcinales; Candidatus Methanoperedenaceae; Candidatus Methanoperedens.;" source="Candidatus Methanoperedens nitroreducens.;" similarity UNIPROT
DB: UniProtKB
  • Identity: 42.0
  • Coverage: 671.0
  • Bit_score: 495
  • Evalue 1.70e-136
PAS domain-containing protein similarity KEGG
DB: KEGG
  • Identity: 43.0
  • Coverage: 676.0
  • Bit_score: 491
  • Evalue 5.00e-136

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Taxonomy

Candidatus Methanoperedens nitroreducens → Candidatus Methanoperedens → Methanosarcinales → Methanomicrobia → Euryarchaeota → Archaea

Sequences

DNA sequence
Length: 5004
ATGCCGCGTACGCCTGCCATAAACGCGCAAATGCTTGCAACCCTGCGACGAACAGCCGCGGGATTTGCTTTTTTGGCATTGGCAATAGGTGCGGCCGGTATCGCGGGCTGGGTACTTGACATTTCTTATCTGCGGAATTTCGCGCCGGATCACATTCCTATACGTTTCAACTCTTCTATCGGTATTATCCTGCTTGCCGTATCGCTTTTATTGCGTCAGCGTCAGAATGATAATACCGCCGTGCGCATATCGGCAAATATAGCGGCAGGGCTGGCTATAGCTTTGGGGGCGGCAACGCTTGCAGAGCATATATTTGACGTAAACCTCGTTATAGATGAAGCACTATGGAAATTGCCGAGTAATTCTCCGCAGCATTTAGGACGAATATCGGCGGCCGCAGCACTTTTATTTGTGATATTAGGTGCCGGTTTATTACGCTACGGTGTATGGTGGAGCCAGGTCTGCTCGCTTACGACTGCATTTATGGGGTTTGGCGTGGCAGCCGGATATTTACTCGAGTCAAGTTGGACGCAAAGAGCGGAAGACCTGCCTATATCGTTAAACGCGGCATTGGCCGGCATTGCTTTGGGGATAAGCGCAATTATGGGTGCGTCGAAGGGATTGCCCGAATTATTGTCGAGTAATACGCAAAGCGGACGTACATTGCGAATTATGTTGCCGATAATGGTCGTATTATTGGTAGCCGTGGAACTTACTGAAGAAGCGCCGCGCTTGCTCGGAGCAAACAATTCCGTACTTATGTCGGCAGCTCTTTCAATGACCATATTCGGAATATTGGCCTATTACAATATTCGTACTATGCGCCGTGCCGAATATTTGCAAATAGGCAAAGAACGCGCTGTCAATGTAGTGAATATAGTAACGGATGGAATTATCAGCATAGACTCCGATTTGAAAATCATATTGGCAAATCCGGCGGCGCAACGGATTTTCGGCTATACAGAATCAGAACTGTTAGGGAAAGATTCGGAAATACTGATACCCGAAAGAAGGCGCGACGAGCATCGTGCCAAGATTGAAAAGTATGCTGTAGCGGCTGCCGAATCTACGCAATGGACGTATGATATGAACGGAGCATACGGAATGCGTTCCGACGGAAGCGAATTTCCGATGGAAATTTCCGTATCGCAGACAATTGTAGAAAATCAAAAAGTCTTTACATTTATTTTTCGCGATATTTCAGAGCGTAAACAAAGCGAAATAATGGAGAGGCGATTAGCCGCAGTAGTAAATTCTTCGGCCGACGGTATTATAGGAACAGATCCGGACGGTATAATACAAAGCTGGAACCGCGGTGCCGAACAAATTTACGGCTATACAGCCGAAGAGGCTGTCGGTAGACATATAAACTTTGTCGTACCGCAGGAAAAAGAAAAAGAAACGTCGGAAATAATAGAGAAGGTTCTATCCGGCAGAAGCGTAACGAATTTATATGTAGAGCGCGTGAAGAGCGACGGAACGCGACTCATCTTGCTGTTGAGCGCGTCGCCTATACATGACGAAAGCGGAACTATTGTGGGTATGTCGAGTATAATCCGCAATATGACTGAACTTTCGGAGAAAGACATAACGTTGCGCAAAAGCGAAGAAAGATACGACACTTTGTTCAAGAATCTTCTTGAAGGTTACGCACTTTTTCGCCTTGATAGAAATGAAGACGGAGTACCGATTGATTTTACTTTTCTAGATATAAATCCGGCCTTCGAGGCAATGACAGGCTTCAGCGACGTAATCGGCAAGCGCATCAGTGATGTCGAGCCGACAATCTACGAAATGTATCCTACAATGCCGGAGCGTTACGAGCAGATGGCGAAAGAAGGTAAAGCGCGGCACTTCGAGTCTTTTATGCCGACATTAAACAAATGGTTCTCCGTACTGGCGTTCAGCCCTTCGCCGGATCATTTTATCACAATGTTCAGCGATGTAACCGATATAAAACAAGCAGAGGAAGACCTGCGCCAAAGTGAACATCGCTACGATGCTTTATTTAAAAATCTGCTTGAAGGTTACGCATTGTTTCGTGTTGTAAGAAATGAAAACAATGAACCGTATGACTTAGAATATATTACTGTAAATCCAGCGTTTACGGCTATATTAGGATTAAATGACGTTGTGGGCAAGCGCGTAAGTGAAGTTTTTCCGGGTGTTTTTGAATTATATTCGGGAATATTGGGCAAAAACTATGAGGAAATGTTGGAAACAGCAAAATCACGACAAGCGGAGATATATCTTCCTGCGTTTTCTAAGTGGTTTTTAATTATGTCGTTCAGCCCTTCGCCGGAATATTTTATTACTGTCTTTAGCGATATAACGGATAAGAAACAAGCCGAAGAAGATTTGCGGAATAGCGAAAAACGATACAGAGAACTATTTGAAAATATGTCGGAGGGCTATGTCTACGCTCAAATTCTATGCGATGAATCAGGTCGGCCGGAAGATATTTTGTGCATAGCGATAAATCCGTCCGGCGAGAAAATGACCAAATGGTCCGGTTTGGCGGGAAGAAAAATAGGCAGTGCATTGCCCGGATTTTGGGAGTCGAACCGCGATATATTGGAGGGTTGGAGCGATGTGGCTTTTGGCGGTGTGCCGCAGCGTTTGGAAAAGTACGTCAGCGAACTCAACAGTTGGTATTCGGTATCGCTGTCAAGTCCGGCTACGGGATATATAAATGCCATATTCGAAGACGTAACCGAGCGCAAACAAGCCGAGGAAAAATTACGGCAAAGCGAAATGCTGTATAGAACAATGTTCGAGAATATATCGGAGGGCTATGTCTTGTCGCGAATACTCTACGACGAAGACGGCCGGCCGGAAGATATGATGTGTTTGGCCATAAATCCGGCTGCGGAGCAATTGACAGGATGGCGCGGACTGGGCGGAAAGAAGATAAACGACGAATTACCGGGCTTTTGGACAAGGAATCGCGAAATATTAGAACGTTGGAATAATGTTATCGTAAGCGGAAAGCCCCGACGTTTCGAGAATTATGTGTCCGAGTTGAATCAATGGGTATCAGTATCGCTTTCCAATCCTGCTCCCGAACATATTGTCGTGATATTCAGCGATATAACCGAGCGCAAACAAGCAGAGGAAAAATTGCGCCGCAGTCGCGAACAATTGTTGGCTTTTGTGCGCGAAACGCCGATGAATTTGGCTATGCTGGACAGGGAGTTGCGATACATCGTAGTAAGTCAGCATTGGTTGGATTATTTCGGTAAAACCGACGAAGAAATTATCGGTAAGCCGCATCATGAAATCCTTCCCGGAATGCCCGAAGTTTGGTATGAACAACATTTGCGGGGTTTGGAGGGCGAATTATACAAAAGCGATGAAGATTTATGGGAAATGCCGGACGGTTCGCGTAAGTGGCTTCGCCGTTCAATAGCACCTTGGCATGATACGGACGGGACGATAGGCGGCATTATCATAGCCGCCGAAAATATAACCAAATTCAAAGAAGCAGACGAGGCGCGCAGGCAAAGCGAAGAGCTTTTCAGAGCAATAGCCGAAAGTACAATTGATTATATAAGCGTTCTCGATATAAATGCAAAACGTCTTTATATCAGCCCGTCATATTCATCCGTACTGGGGAAACGAGATAATCCTACCGGAACTACCATATTCGGCGACCTGCATCCCGACGACCGCGAGCGGGCAAGAACAGCATTAGGAGATGTGTTTAAATCCGGCACCGTCAAGACGGGAGAATTCCGTATGCTGTCTTCCGACGGCTCTATTCGCGATACAGACGTATCGGGCAGTCCGGTATTCGATAAAAGCGGCAAGGTGATGCAGGTTGTGGTTATAGTGCGCGATATCACAGAAAAAAAACGCGCCGAAATGCAAATGCGCCGCGCACAACGCTTGGAAAGTATCGGAACGCTTGCGGGCGGAATAGCCCATGACTTGAATAATATACTAACGCCGATAATGCTTTCGTTCGAGATTCTGAGCGTTAGATTCCCCGACGAAAAAACAGCCGAAATACTAAGTATGCTGAAGTCTTCGGTGAAACGCGGCTCCGATATGGTAAAGCAAGTGCTGAGTTTTGCACGCGGTACGGAAGGCGAGCAAACCATAGTTCAAGTACGCCACATTATTGTCGAAATAGTAAAAATTATCAAAGAAATTTTTCCTAAAAATATTATACTGCGTAAAAATATAGCAGATGACCTGCCGACTATACTTGCAGACCCGACGCAATTGCACCAAGTATTGATGAATCTTTGCGTAAATGCCCGCGACGCAATGCCGAACGGCGGAATAATCGATATTAAGGCCGAATCAGTTACGATAGACGAGCAATATGCCCGTATGCAGTTGGATGCCAAGCCCGGATTCTATGTGGCCATAAGCGTTGCCGACCAAGGAACGGGAATTCCGCCTGCTGTACTGGAAAGACTTTTCGAGCCGTTTTTTACTACGAAAGAAGTTGGCAAGGGAACAGGTCTCGGGCTTCCGAGCGTATTATCTATCGTAAAAGGCCATGAAGGTTTTATCAACGTGTACAGCGAAGTCGGCAAAGGAAGCACGTTCAAAGTTTATATTCCGGCAATGATTGACGAAGATAAATTACCTCAAAAACAGGAGCAAAGAGAAGAAGAGAAAGAAATTGCAGGCAATGGACAGATTATTTTGGTAATTGACGACGAGGCCGCTATACTTGAAATAACGCGGCAAACGCTTGAATCGAACAATTATCGGGTAATTACCGCTACAGACGGTGCCGAGGGCGTGGCTGTCTATGCAAAACAACATTCGGAAATTTCATTGGTGATAACCGACATTGAAATGCCGTATATGAACGGGCGGGCTGCCATTCAAGCAATGCAAAGAATAAAGCCGGACGTTAAAGTTATTGCTGTCAGCGGATTTACGCAAAATGGCAATAAACTCGAAAAAACTGCAAATATACGCTTTCTTGACAAGCCTTACACGTCAGAGAAACTATTACGCGCCATGCGTAATATGCTTGGCTGA
PROTEIN sequence
Length: 1668
MPRTPAINAQMLATLRRTAAGFAFLALAIGAAGIAGWVLDISYLRNFAPDHIPIRFNSSIGIILLAVSLLLRQRQNDNTAVRISANIAAGLAIALGAATLAEHIFDVNLVIDEALWKLPSNSPQHLGRISAAAALLFVILGAGLLRYGVWWSQVCSLTTAFMGFGVAAGYLLESSWTQRAEDLPISLNAALAGIALGISAIMGASKGLPELLSSNTQSGRTLRIMLPIMVVLLVAVELTEEAPRLLGANNSVLMSAALSMTIFGILAYYNIRTMRRAEYLQIGKERAVNVVNIVTDGIISIDSDLKIILANPAAQRIFGYTESELLGKDSEILIPERRRDEHRAKIEKYAVAAAESTQWTYDMNGAYGMRSDGSEFPMEISVSQTIVENQKVFTFIFRDISERKQSEIMERRLAAVVNSSADGIIGTDPDGIIQSWNRGAEQIYGYTAEEAVGRHINFVVPQEKEKETSEIIEKVLSGRSVTNLYVERVKSDGTRLILLLSASPIHDESGTIVGMSSIIRNMTELSEKDITLRKSEERYDTLFKNLLEGYALFRLDRNEDGVPIDFTFLDINPAFEAMTGFSDVIGKRISDVEPTIYEMYPTMPERYEQMAKEGKARHFESFMPTLNKWFSVLAFSPSPDHFITMFSDVTDIKQAEEDLRQSEHRYDALFKNLLEGYALFRVVRNENNEPYDLEYITVNPAFTAILGLNDVVGKRVSEVFPGVFELYSGILGKNYEEMLETAKSRQAEIYLPAFSKWFLIMSFSPSPEYFITVFSDITDKKQAEEDLRNSEKRYRELFENMSEGYVYAQILCDESGRPEDILCIAINPSGEKMTKWSGLAGRKIGSALPGFWESNRDILEGWSDVAFGGVPQRLEKYVSELNSWYSVSLSSPATGYINAIFEDVTERKQAEEKLRQSEMLYRTMFENISEGYVLSRILYDEDGRPEDMMCLAINPAAEQLTGWRGLGGKKINDELPGFWTRNREILERWNNVIVSGKPRRFENYVSELNQWVSVSLSNPAPEHIVVIFSDITERKQAEEKLRRSREQLLAFVRETPMNLAMLDRELRYIVVSQHWLDYFGKTDEEIIGKPHHEILPGMPEVWYEQHLRGLEGELYKSDEDLWEMPDGSRKWLRRSIAPWHDTDGTIGGIIIAAENITKFKEADEARRQSEELFRAIAESTIDYISVLDINAKRLYISPSYSSVLGKRDNPTGTTIFGDLHPDDRERARTALGDVFKSGTVKTGEFRMLSSDGSIRDTDVSGSPVFDKSGKVMQVVVIVRDITEKKRAEMQMRRAQRLESIGTLAGGIAHDLNNILTPIMLSFEILSVRFPDEKTAEILSMLKSSVKRGSDMVKQVLSFARGTEGEQTIVQVRHIIVEIVKIIKEIFPKNIILRKNIADDLPTILADPTQLHQVLMNLCVNARDAMPNGGIIDIKAESVTIDEQYARMQLDAKPGFYVAISVADQGTGIPPAVLERLFEPFFTTKEVGKGTGLGLPSVLSIVKGHEGFINVYSEVGKGSTFKVYIPAMIDEDKLPQKQEQREEEKEIAGNGQIILVIDDEAAILEITRQTLESNNYRVITATDGAEGVAVYAKQHSEISLVITDIEMPYMNGRAAIQAMQRIKPDVKVIAVSGFTQNGNKLEKTANIRFLDKPYTSEKLLRAMRNMLG*