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S9_scaffold_23_curated_14

Organism: S9_Ignavibacteriales_35_21_curated

near complete RP 51 / 55 MC: 2 BSCG 51 / 51 ASCG 13 / 38
Location: 17985..22502

Top 3 Functional Annotations

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Value Algorithm Source
Histidine kinase-like ATPase n=1 Tax=Melioribacter roseus P3M RepID=I6YS34_MELRP id=720968 bin=RAAC39 species=Melioribacter roseus genus=Melioribacter taxon_order=Ignavibacteriales taxon_class=Ignavibacteria phylum=Ignavibacteriae tax=RAAC39 organism_group=Ignavibacteria similarity UNIREF
DB: UNIREF100
  • Identity: 41.3
  • Coverage: 1104.0
  • Bit_score: 803
  • Evalue 1.90e-229
ATPase similarity KEGG
DB: KEGG
  • Identity: 35.7
  • Coverage: 1229.0
  • Bit_score: 721
  • Evalue 3.50e-205
Tax=RBG_16_Ignavibacteria_35_7_curated similarity UNIPROT
DB: UniProtKB
  • Identity: 45.9
  • Coverage: 1240.0
  • Bit_score: 984
  • Evalue 1.10e-283

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Taxonomy

RBG_16_Ignavibacteria_35_7_curated → Ignavibacteriales → Ignavibacteria → Ignavibacteriae → Bacteria

Sequences

DNA sequence
Length: 4518
ATGAATATTATAGCTATAAATATTCTGCTTCTACTTTTCTTTTCCTGCAATTTATTCCCCCAGCAAAAGAGCAGCTTTCCTGATCCTAAATTTGAATACCTAACCTTAAATGATGGATTACCTGAGAACACTGTTCTAACTATTCTTCAGGATAAGTTTGGCTACTTGTGGTTTGGTACGCACAACGGGTTGGTAAGATATGATGGCTATACTATGAAAGTGTACTATCACGATGAAAAAGATTCTTTAAGTTTAACTGATAGTAGAACATTGATGATTTATGAAGATCGTTCGGGTACGTTATGGATGGGATCGTATAGTGGACTAGATCGCTTTGATCATAAGACAGAAACATTTACTCAATATATATCCGACGATTTCATTTCAGGGATGTTTGAAGACTCAACAAATCAATTATGGGCTCTCGGTAGAATAGGGTTATACCGTTTCGACAGTCAAAATAACAGGTTTAATTTCCATCAATTTCAGGATACTGCATATGTTGATGATGTATATAAATATTTTCTTTCATTGAAGAAGAATGGGAAGAGAATAGCCTCAATATCGAATGTTGGTGATAATGCCGACTTAACAAAATCATTTTTACTGAAACAGATAACACCGGTATACATAGTAATTGGCGGTGAGTCAATTGTTGATTATGGATGGCTGGAGAATGACAGAGGTAAAATAATTTACAGTTTTGATTTGCAATCAACATATTATGCCGGGGGAAGAGCAGACAACAGAATTCAGATAATAAAAACCGAATTGAATGCGGGAGATTATAAACTTCGCTATAAATCAGATGCAAGCCATTCGTACAAAAAATGGTCTGATCCACCAACATTTCAGGAATTTTGGGGAATTCAAATATTTCCTGCAGATAGTTCACATCAAGATTTTAAAAAAGATCTCGTTAATATTTCATCTATGGGTTTTTCTGCTGCTGACTTTGACAGTTCAACCAGTATAGGCTCCTTTAACGATATTTATAAATTTAAGCCAACAAGAAATAATCTGGAAGTTCTAACTTCAATTAGTTCTACCCCGGTAGGAGTCCGGAAAATCTTTAGAGCAGGCGATGGGACAATCTGGATAGGACATAAAACCGGTTTGACCAGCTATAATCCTGTTACCAAAACCTCAAGGGTTATTAGTGAAATTCAATCCGAGATAAGAGTAATTGGAGAAGACCAGGACGGATTTATTTGGTGTTATGCTGGAGGAACCGCTTGGTTCTCTGTAGGAAATCAGCTCATTATTATTGATCCTGTAACTGGCAGTATAAAAAAATCAGATAGCAATATCATCAGATCTATTTATAAAGATAATTCCGGAATAATGTGGTTAGGAACGGGCTGGGAGGGATTAAAAAAGTGGGATAAGAAGAAAAATAAATTCAAAATTTATAAGCACGATCCTGGTAATAGCAGCAGCATCAGCAGCAATGTAGTTACCTCGGTCGCACTGGATTCAAACAACATACTATGGATAGGAACAAATAAAGGGTTAGATAAATTTGACAGACTCAAAGGAGTCATCAGACATTATAAATTTAACAATGATGAGGTGACAGTAGTTCATATTAATAAAACAGATAAGTATATCTGGCTCGGAACCAGAAATAACGGGCTCGTAAAGTTTGACCCGGTAAAAGAAACAGTTCAATATTATTCACACCATTCCGATGACTCTACAAGCATCAGCAGCAACTATGTTTATGGGATACTCACTGATCACTATGATAAAATTTGGGTTGGTTCAAGGAATGACGGACTAAATCTATTCAATAGTAAAACAGGTAAGTTTAAGCGTTACAAAGTAAATCCCGATGGTTCCGGCTTGTTGAGCAATCTTGTAATATCATTGTATGAAGACCCCGACAGTATTTTATGGATTACAACCAATCGGGGATTAAATAGATATAATCGTGAAAATGATAATTTCTCATATCAGAAATTCACTGAAGCAGAAATATCCGGAATTACTAATACTGCTACATTTTCTGCTTACGAGGATTCAAAAGGTAATTTCTGGCTTGCAAATTTTCAAACAGGTTTGCATTTGTTTGATAAAGAAAATTTAACTGCCGTAAAACATTTTACAGAAAATAACGGATTAGTCGCGAATGTTCTGATAAGCATAATTGAGGATAGTTATGGTAATCTCTGGATTAAAAGTTTTAAGGGTTTGTCAAAATTCGATCCTGAAACAGAAATTTTCAGGAATTATTCCTATTCAGATGGACTTCCTGCTGATATGACCGGACCTTTTTTTGCTTATAAGAGTCACACGGGTGAAATATTCATTCCGGGGTATAATGGATTAGTATATTTTCATCCGGACAGTATTAAAGATGACCCAACCCCGCCCAAAGTAGTTATCTCAAGTCTGTCACTATTTAACAGAGAAGATGAGACTTTAACATATGATGGATTTATTTCAGATATAGAAGAAATTAATCTTCCTTACAATCACAATGATCTGCGTTTTGATTTTGTTGCGTTACATTTTGGGGAACCCTCAAAAAATAAATACAAATATGTTCTGGAAGGATTTGATAAAGACTGGGTTGATGCGGGGACACAGAGAAATGCGACGTACACAAATCTAAGTCCTGGTGAATATATTTTCAGAGTAATTGCCTGTAACAGGGATGGGGTATGGAATGAAGAAGGTGCTTCATTAAAAATAATTATCGCTCCACCTTTCTGGGCTACGTGGTGGGCATATAGTTTATACGTAATATTCTTTGGTTTTATTCTTTATGGAATCAGAAGATATGAGATGAACAGAATTAATCTGAAAAACCAGGTTAAGCTGGACGAAGTGAAGCTGAAGGAAAAAGAAGAAGCCGACAAAATGAAATCCCATTTCTTTGCAAACATATCTCACGAATTCAGAACACCGCTTACATTGATACTTGGTCCTGCTGAGAAAATTATCAATAGTACTGAAGAAGAAGAAACTCAAAAACAGACTGGCTTGATCAAAAGAAATGCAGCCCGGCTGCTCAATCTTGTAAATCAGCTTCTCGATCTCTCCAGGCTTGAAGCTGGTAAACTGCAGCTACAGGCATCAAAAGGTAATATAGTTTCATTTGTAAGAGGTGTAACAATGTCGTTTGAATCTCTTGCAGAAAGAAAAGATATTAAACTAAAAGTAACTGCTGAACGTAATGATATTGAATTATATTTTGATAGAGATAAGATGGCGAAGATACTGGCTAATCTTCTTTCGAATGCGTTTAAATTTACAAGTGAAGGTGGAGAGATAACAGTAGCCCTCACCCCCGTCCCCTCTCCCCAAAGGAGAAGGGTGACCAAAGGACAGGGTGAGGGAGAAGTGCAGATCAAAGTAACAGATACAGGTATAGGAATATCCGAGGAAGAACTTCCAAAACTGTTTGACAGATTCTACCAGGTAGACAGTTCCCAAACAAGAGAGCATGAAGGAACAGGGATCGGACTTGCACTTACTAAAGAACTTGTTGAACTGCATCACGGAAAAATTAAAGTAAAAAGCATCGTTGGTGCAGGAAGTGAATTTATTGTTGAACTGCCGTTAGGTAGAGAGCATCTAAAAGATGATGAGATTATTGACGAAGTTGAGACTAAGGATACAGTCATTCTGAGCGACCTGCCTGTTGGCGAATCGGGAGCGAAGAATCTCATAGAAGGTGTTCAGGAAATAACAGAAGATTCTTCCCGCCAAAACGTCGGGCAAGCGTCGAGGACTCCTCAGAATGACACGGAAGAAGAACAAGACAAAACAATCATACTTATTGTTGAAGACAACGCCGAAGTAAGAGAGTATATTAAGGATTCATTAGGCAGCAGCTTTACAATTGAAATGGCATCAAACGGTGAGCAGGGTGTAAACAAAGCAGCAGAGATAATCCCCGATCTTATAATCAGCGATATAATGATGCCGAAGATGGATGGAAATGAATTAACAAGAATAATTAAAAATGATGAGAGAACTAGTCACATCCCTGTTATATTGTTAACAGCAAAGTCTGAACAGGAAAGTAAATTGGTAGGGTTAGAAACCGGGGCAGATGATTATCTTATAAAACCATTCGACACAAAAGAACTTCTTGTCAGAATTAAGAACCTGATCAGCATAAGAAGAAGGCTGCAGGAAAAGTTTTCCGGTGAAAAAATAGTTGCAACAAAAATTGAGAAAAAATTAAGCAGATTAGATGAGAAGTTTTTAAGTAAAGTCTTTGAAGTAGTTGAATCCCATCTGTCTGAAGAAGAATTCAGCATAGAAGAATTCGGAAATGAAGTTGGAATGGGAAGGGTTCAACTTCACAGAAAACTAAAAGCGCTAACCGGAAAATCTCCCAGCGTATATTTAAGGTCGGTGAGATTAGCAAAAGCAAAAAAGATGATTGAAGAAAAAACGGGGAACATATCAGAAATTGCCTATTCAACAGGGTTTTCAAGCCCTGCATACTTTTCAGTCTGCTTCAAGGAAGAGTTTGGGTATCCGCCAAGTGAAATTTCTTAG
PROTEIN sequence
Length: 1506
MNIIAINILLLLFFSCNLFPQQKSSFPDPKFEYLTLNDGLPENTVLTILQDKFGYLWFGTHNGLVRYDGYTMKVYYHDEKDSLSLTDSRTLMIYEDRSGTLWMGSYSGLDRFDHKTETFTQYISDDFISGMFEDSTNQLWALGRIGLYRFDSQNNRFNFHQFQDTAYVDDVYKYFLSLKKNGKRIASISNVGDNADLTKSFLLKQITPVYIVIGGESIVDYGWLENDRGKIIYSFDLQSTYYAGGRADNRIQIIKTELNAGDYKLRYKSDASHSYKKWSDPPTFQEFWGIQIFPADSSHQDFKKDLVNISSMGFSAADFDSSTSIGSFNDIYKFKPTRNNLEVLTSISSTPVGVRKIFRAGDGTIWIGHKTGLTSYNPVTKTSRVISEIQSEIRVIGEDQDGFIWCYAGGTAWFSVGNQLIIIDPVTGSIKKSDSNIIRSIYKDNSGIMWLGTGWEGLKKWDKKKNKFKIYKHDPGNSSSISSNVVTSVALDSNNILWIGTNKGLDKFDRLKGVIRHYKFNNDEVTVVHINKTDKYIWLGTRNNGLVKFDPVKETVQYYSHHSDDSTSISSNYVYGILTDHYDKIWVGSRNDGLNLFNSKTGKFKRYKVNPDGSGLLSNLVISLYEDPDSILWITTNRGLNRYNRENDNFSYQKFTEAEISGITNTATFSAYEDSKGNFWLANFQTGLHLFDKENLTAVKHFTENNGLVANVLISIIEDSYGNLWIKSFKGLSKFDPETEIFRNYSYSDGLPADMTGPFFAYKSHTGEIFIPGYNGLVYFHPDSIKDDPTPPKVVISSLSLFNREDETLTYDGFISDIEEINLPYNHNDLRFDFVALHFGEPSKNKYKYVLEGFDKDWVDAGTQRNATYTNLSPGEYIFRVIACNRDGVWNEEGASLKIIIAPPFWATWWAYSLYVIFFGFILYGIRRYEMNRINLKNQVKLDEVKLKEKEEADKMKSHFFANISHEFRTPLTLILGPAEKIINSTEEEETQKQTGLIKRNAARLLNLVNQLLDLSRLEAGKLQLQASKGNIVSFVRGVTMSFESLAERKDIKLKVTAERNDIELYFDRDKMAKILANLLSNAFKFTSEGGEITVALTPVPSPQRRRVTKGQGEGEVQIKVTDTGIGISEEELPKLFDRFYQVDSSQTREHEGTGIGLALTKELVELHHGKIKVKSIVGAGSEFIVELPLGREHLKDDEIIDEVETKDTVILSDLPVGESGAKNLIEGVQEITEDSSRQNVGQASRTPQNDTEEEQDKTIILIVEDNAEVREYIKDSLGSSFTIEMASNGEQGVNKAAEIIPDLIISDIMMPKMDGNELTRIIKNDERTSHIPVILLTAKSEQESKLVGLETGADDYLIKPFDTKELLVRIKNLISIRRRLQEKFSGEKIVATKIEKKLSRLDEKFLSKVFEVVESHLSEEEFSIEEFGNEVGMGRVQLHRKLKALTGKSPSVYLRSVRLAKAKKMIEEKTGNISEIAYSTGFSSPAYFSVCFKEEFGYPPSEIS*