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RIFOXYA2_FULL_Elusimicrobia_rel_39_19_rifoxya2_full_scaffold_84_68

Organism: Elusimicrobia bacterium RIFOXYA2_FULL_39_19

near complete RP 51 / 55 BSCG 49 / 51 ASCG 12 / 38
Location: 59313..64586

Top 3 Functional Annotations

View all annotations
Value Algorithm Source
hypothetical protein Tax=RIFOXYA2_FULL_Elusimicrobia_39_19_curated similarity UNIPROT
DB: UniProtKB
  • Identity: 100.0
  • Coverage: 999.99
  • Bit_score: 3535
  • Evalue 0.0
Putative uncharacterized protein id=4722734 bin=GWA2_Elusi_like_61_42 species=Elusimicrobium minutum genus=Elusimicrobium taxon_order=Elusimicrobiales taxon_class=Elusimicrobia phylum=Elusimicrobia tax=GWA2_Elusi_like_61_42 organism_group=Elusimicrobia organism_desc=Possibly not Elusi similarity UNIREF
DB: UNIREF100
  • Identity: 29.2
  • Coverage: 999.99
  • Bit_score: 722
  • Evalue 1.10e-204
hypothetical protein similarity KEGG
DB: KEGG
  • Identity: 21.9
  • Coverage: 689.0
  • Bit_score: 78
  • Evalue 1.80e-11

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Taxonomy

RIFOXYA2_FULL_Elusimicrobia_39_19_curated → Elusimicrobia → Bacteria

Sequences

DNA sequence
Length: 5274
ATGCCCATAATTAAAATTATTAAAATATTTATATTATTTATAATACTTGCAGTTACCTCATTTATACTGTCTGGAACCCTGTATTCTCAGTTTAAATACATTCCTCAAAATGGACCTACAATAAAAGATACCGAAGAAACTCAGCAGGAAAACACTACCACAGAACCGGCAGAAGATGAAGAGGAATTTCAATTTACGCCCCAAAAGTGGAACAAAGCCCGCGGGGACATTGAAGAAGGCAAAAAACCCGGTGATGTGGTAGAAGTTTCCTCAAAAGCGGTAGTCGCAGAGTTGCCGCCTCCGCCCTCAAACGCAACGGTTGAATTTACTGAATATGACACCAAGCTTACTATTAACGGCAGAAAATTTATTGGCGTGAAGTTTACTGCCATGGAATATGATAAACCGGACAACACCAGAAGAAACTCTTCAAGTTTTGATATGAAGCAGGAATTGCAGGTAAAAATCAAAGGTGAGGTAGGCAAAAAAATCAAGGTAAATGTTGATTTTGACGATACTGTTTCAGACCGGCGAGATATTTCCGTTGCTTACCGCGGGGACCCTGAAGAAGTGGTGCAGGAAGCGGCTTTCGGTGACATTGTATTATCCCTGCCAAACACGGAGTTTGTAGGTTACAGCAGGCAGGCTTTTGGTATAAAACTTGATACAAGGGTAAATCTTAACAAAGAAAAAACCAGAAAACTCAGGACTCTGCTTATTGCCAGCCAGACCAAGGGTACACCTGAGTCAAAGCGTTTCACAGGATTTACCACTATGGAACACCAGGAAATCCCTGTTGAGAGTTATTCAAAAAGAAAATACTTCAAAGTAGCTTTTGGAACAGATAAAATTAAAGAAGGAACTATAGAAGTTTATAGAAAAGTACCTGTAACTACTGACCAAAACGTATCCTGGATTCAGTATTCCACATTTAACTATACCGGTACAGATATTAGCTCAGCTCAGTTCAAAATGCTTTACCCCATTACTGATTACGCTGTTGATTATAATAACGGTATCCTGGTTTTTAACGGCTCTCAGGATATTGATGCAATAATCGGCGTGTATTACAAAAAAGATGACGGTGTCGGGCTTCAGGGATCTTTAAAAGATAATACCGGGAAAATACAAAAAATCGTGCTTATAAAAGATGAAAGAAATACTGCTTCTACAGAACTTAAAAATTATTATCATTTAAACAGAACCCAGATAGTGCCAGATAACTACAATAGTAATTTTGTGTTGGAAATACATAACGGCAACAAAGTACCTACTGTAGAAGAATGGAGCCAGAAAACCTCTACTACCACCATTCCCCGCTACAGGGAAAACATTATTATGAATTTTGACAAAGGTTATTTCTATGTAGTAGATAAAAACAATGAGAATACTTCCTGGAATTTTTTTAGTAAACAGATTTATGAAACAGAAAGCCCGGTCCAGTCCGGATATAAATTTTTCCTTGAGTACCGTTTAAGAAAGAAAACATTTGATACCAGAATGGGTGTCATACCCCAGTCTGAACAGGTTATATTAGACGGCAAAAAGCTTGAAAGAGACAAGGATTACACCATAGATTATGACATTGGTACCGTAGAAATATTAAACCAAAACAGAATAACGGACAGCAGTGTAATAGATATGAGTTATGAGTATTCCACTTTTGGCCTGGCGGTAGGGGAAACATTTCTTGGTTTAAGAAGTGAACTTTCACTAACTAATAATATTTTTATAGGCATAAGCGTTTTACAGAATAATCCTCCGAGCCCGCAATCCGTGCCGGATTTAAGGTCTGTAATAGGTGATAAAAAAGTTTATGAAATTGATTCACGTATTACGGGAATCAATTTCGGGCCTTTATCCATAGGTTTTGGAGGAGAAAAAGCTATCAGTGAACGAAATACAAATAAATTCGGCAGCGCTCTTATAGATTCAATGGAAGGCATCAAGGATACTGCAGGGCCTTCTATTACCAGAGATTCCTGGAAGTACGGGCATACTTCAACACCATATCCTCCGGATTCAATAGACTGGCAGAATTCAGACGAATATATTCGCAATATTTACGGGCTTTCTGAATCAGATGTAAAAGAAGAGAGACAGTCTGTCTTAGATGTTACCTACAATCTTGCCGATACAACTTCCTGTGCAATTGTTCAGAATCTTTCTTATTCGGGGCTGGATTTCAGTAAGAAAGATTATTTTGAAATACGGCTCTCCGGAAGCATGAATGCGGGTTATCTACCGAATGAAAACGATGAAGTAATAATAGAATTTGGCCAGTTTAACGAAGACGTGGATCATGATGACACTCTTGATACAGAAGACAATATAATAGTAAATAATAGCTTGAATGAAGGCGAAGATATTGGTTGGCTTTTTAATCCTTCTGTCTTTCCCGGAAAAGAAAAAAGAGTAGGTCCGGCAAATGGTTTGATTGATACGGAAGACCTTAATAATGACCGTAATCTGCAGGCAAGCGATGAAGTGATTGAAGGAAGGCAGTTTGTCATTAAAATGAGTTCATTTGTCAATCAGTCCACCTGGTTGTTTCATACAGATGGATTAGGCAAACAAAACATTACTAACTGGCAGTATGTAAAACAGGTAAGAGTAACTGTGAAAGCGCCTGGTAAAAAGGGTACGGTAAGAATAGGCAAAATAAATGTAGTAGGTATAGATAAAAAATGGGGAAGTTTAACACCCGGGTTAACAGTCAGTGCTGTAAATAATTACGAAGATGCAACCTATAGAGCAATATCTCCGGCAAATATGGCCACCTATCCGGACAACTTGAAATATTATGAAAGTCTTTACGGCGGGTATACGCAAGGTGTCTATAAACAGGAACAGGCACTCCAGATGTACTATGATTTTAAATCAACTTCTAGTGTAGTGGCAAGATTAACCAGGCCTATGGATTTAACTTCCGGGAAAACCATTAATTTTGCCGTTTATGGAGACAAGAAATACGAAATGCTTTCTTTTCGCGCAGGAAGCACTGAAAATAATTATTTTGAATATAAAAGAGTTGTTGACTGGACAGGCTGGAAGCTGATAAGTATTGAGCAAGAGGACCTAACAAACGATAAAATACCCGATAGGTGGAAGACAATTGATAATGAATCTTCCTGCACTAATGATGGTTACGGTATTGGAAGCCCGAATTTATCAGCCATCGGTTTTATTGAAGTTGTTTTAAGTTCTACTTCTAATACTGAAGCTTTTGACAGCAGTACAATATACGTAAATGATATTTATATGTCAGGTTCCTGGATTAGAACAGGGGAAGCTTATAAACTATATTCCGATATTACTGTAAATAAATGGGGTTCTTTTGGCGGTAAATATAAATATATAGACCCGAATTTTGAAACTTTTACTTCGCAAATAAGCAATCAGATGATATTTGAACAGTCGGGATATCTAAACTTATCAAGGATAAGCTTCCTGCCTATAAATTCCAATGCTTCAAGAACTGAAACCAGAAGGTCTGCATTGCTTAAAACCAATGATTTTGTATCCGCTCTTGAGCAGGATAACGTGATAAATGAAAGTAAATCCGTGGGGACAACTTTTACCTACGGCAAACTGCCCAGGTTAGGCTATAATTATTCCACTTCTTTTTCAAGCATTTCAAACAGAATTAACAATATATATAGAAACGATATAAAAGTAAATCAAAACGGAAGCTTTAATTACTCTATCGGTAAAATCACAAGTATTGATTACGTGGATATGATTTTTCCGCGTAGTGTTGATTTAAGCGGCGGGCTTGGTACATCTAAAATTGAGCCCTGGTTAAGCGTAAGATATTCAACCATGGGTGTGCTTGTAAATCCGGTCATAGTTGAAACTTCCCAGAATTACCGCATAGCGGCCCCCTGGCAGATGTTTAAAAATCGTTTTTCATTCAACCCTTCCTTCGGCAGGTCTTATGTATTTGAAAATAAAGAAATTGAAGGTTTCCCGCAGTATAATAAATCAGCAAGCCAAAATTTGGGTTTAAGCACTTCTTTTAGGATTACAAACTGGTTTACACCCAGCGCAAATTATTCCATAAATACAAACGAAACCTATGATTTAAGCTCGCAAGATCCGGAGCAAATAGCCAAAATGAAAGCTGTAACACGAAATGTTACAGAAGGTATTTCTACAAATTTTGGTGCAAGAGACCTTGTTCCAGGCGCGTGGTATTTGCAGAAAGTTGTCCAGTCGCTTAATTACTCCGTTAATTACAACTTTACTTTAGGCGACAGATATGAAAATGTTGCCAGCACCTACTCTGCTTTTGATGATGCCTGGATTATAGAAAACTTAAGGGAAGACAATATCAAGGAAGGTAATTTAATAACCAATTCAAGAAGCAACACTACTAGCCAGAGCTGGAGATGGAAACTTCTTGAAGGCGTGCCTTTCACGGGGCGCTGGGCGCCTGTAAGGGAAATGAACGCTTCAATGAATCATTCTCAAACTAACAATTATAATTACGACAGGGGAACCCAGAGAAAGCAGAAATATACTACCTGGCCGGATGTCTCTTTAACCTTTACCCGGCTGGAAAAAATGTTTGGCGTAGATAACTTTATTGCCAGTTCCCAGTTAAACGCAAAAACTTATGAAAAAAATGACCGGTCTTTTAACGTTGAAGACAATATGGATAAAATTCAGGTAAAAGCATCAAATAAAAACAATAACTATTCTTTAAACCTTGATATCAGAAAGTACTTAAGGTCGCTGTCTTTATCATACGGAGATTCAATCTCTGACAGTTATGAGTATAACCTAAGAAGATTTACCACTGTTTCTAAATCAAAAAACTTTTCTCTTTCACCAAGTTTTGACCTTTTTAAAATGACTTTAACTCCCAGGTATGAGTTCAGAGATGATAAATCCTGGGCCGGTGACCCCAGTGACCCGGGCATAAAACCATCCCGGGACCTGCAAACCCAGACTGCCAGCATAAGTTTTCATAAAGATGCAACATTTCCCGCAGGTATTACTATGCCGTTAATAGGCAAGACTCTCCCGCTTAGGAACCGTCTTATATTTGATACCAGCCTCACCTGGACTAATACTGATTCTGAAAGCGGGGTGGAAGTAAATACCAGTAGAACGGACCAGTATGCGCTGAATATGAGCGGAAACTACGAAGTGTCTGATAACCTCAGAGTAACCGTAGGCGGAGGTTACCTGCGCTTTATTAACAGGGAAGTTGCTATAAATAACTACCAGTCCTACAACGTAAACGCTGACCTTACCATAACATTCTAA
PROTEIN sequence
Length: 1758
MPIIKIIKIFILFIILAVTSFILSGTLYSQFKYIPQNGPTIKDTEETQQENTTTEPAEDEEEFQFTPQKWNKARGDIEEGKKPGDVVEVSSKAVVAELPPPPSNATVEFTEYDTKLTINGRKFIGVKFTAMEYDKPDNTRRNSSSFDMKQELQVKIKGEVGKKIKVNVDFDDTVSDRRDISVAYRGDPEEVVQEAAFGDIVLSLPNTEFVGYSRQAFGIKLDTRVNLNKEKTRKLRTLLIASQTKGTPESKRFTGFTTMEHQEIPVESYSKRKYFKVAFGTDKIKEGTIEVYRKVPVTTDQNVSWIQYSTFNYTGTDISSAQFKMLYPITDYAVDYNNGILVFNGSQDIDAIIGVYYKKDDGVGLQGSLKDNTGKIQKIVLIKDERNTASTELKNYYHLNRTQIVPDNYNSNFVLEIHNGNKVPTVEEWSQKTSTTTIPRYRENIIMNFDKGYFYVVDKNNENTSWNFFSKQIYETESPVQSGYKFFLEYRLRKKTFDTRMGVIPQSEQVILDGKKLERDKDYTIDYDIGTVEILNQNRITDSSVIDMSYEYSTFGLAVGETFLGLRSELSLTNNIFIGISVLQNNPPSPQSVPDLRSVIGDKKVYEIDSRITGINFGPLSIGFGGEKAISERNTNKFGSALIDSMEGIKDTAGPSITRDSWKYGHTSTPYPPDSIDWQNSDEYIRNIYGLSESDVKEERQSVLDVTYNLADTTSCAIVQNLSYSGLDFSKKDYFEIRLSGSMNAGYLPNENDEVIIEFGQFNEDVDHDDTLDTEDNIIVNNSLNEGEDIGWLFNPSVFPGKEKRVGPANGLIDTEDLNNDRNLQASDEVIEGRQFVIKMSSFVNQSTWLFHTDGLGKQNITNWQYVKQVRVTVKAPGKKGTVRIGKINVVGIDKKWGSLTPGLTVSAVNNYEDATYRAISPANMATYPDNLKYYESLYGGYTQGVYKQEQALQMYYDFKSTSSVVARLTRPMDLTSGKTINFAVYGDKKYEMLSFRAGSTENNYFEYKRVVDWTGWKLISIEQEDLTNDKIPDRWKTIDNESSCTNDGYGIGSPNLSAIGFIEVVLSSTSNTEAFDSSTIYVNDIYMSGSWIRTGEAYKLYSDITVNKWGSFGGKYKYIDPNFETFTSQISNQMIFEQSGYLNLSRISFLPINSNASRTETRRSALLKTNDFVSALEQDNVINESKSVGTTFTYGKLPRLGYNYSTSFSSISNRINNIYRNDIKVNQNGSFNYSIGKITSIDYVDMIFPRSVDLSGGLGTSKIEPWLSVRYSTMGVLVNPVIVETSQNYRIAAPWQMFKNRFSFNPSFGRSYVFENKEIEGFPQYNKSASQNLGLSTSFRITNWFTPSANYSINTNETYDLSSQDPEQIAKMKAVTRNVTEGISTNFGARDLVPGAWYLQKVVQSLNYSVNYNFTLGDRYENVASTYSAFDDAWIIENLREDNIKEGNLITNSRSNTTSQSWRWKLLEGVPFTGRWAPVREMNASMNHSQTNNYNYDRGTQRKQKYTTWPDVSLTFTRLEKMFGVDNFIASSQLNAKTYEKNDRSFNVEDNMDKIQVKASNKNNNYSLNLDIRKYLRSLSLSYGDSISDSYEYNLRRFTTVSKSKNFSLSPSFDLFKMTLTPRYEFRDDKSWAGDPSDPGIKPSRDLQTQTASISFHKDATFPAGITMPLIGKTLPLRNRLIFDTSLTWTNTDSESGVEVNTSRTDQYALNMSGNYEVSDNLRVTVGGGYLRFINREVAINNYQSYNVNADLTITF*