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AR1-0.1_scaffold_445_5

Organism: AR_2015_1-01_Candidatus_Saccharibacteria_43_7

near complete RP 47 / 55 MC: 2 BSCG 48 / 51 MC: 3 ASCG 12 / 38 MC: 1
Location: comp(2632..6477)

Top 3 Functional Annotations

View all annotations
Value Algorithm Source
rpoC; DNA-directed RNA polymerase subunit beta' (EC:2.7.7.6) similarity KEGG
DB: KEGG
  • Identity: 80.0
  • Coverage: 999.99
  • Bit_score: 2015
  • Evalue 0.0
DNA-directed RNA polymerase subunit beta' id=2441379 bin=GWC2_TM7_44_17 species=RAAC3_TM7 genus=RAAC3_TM7 taxon_order=RAAC3_TM7 taxon_class=RAAC3_TM7 phylum=TM7 tax=GWC2_TM7_44_17 organism_group=TM7 organism_desc=Genome has competed version similarity UNIREF
DB: UNIREF100
  • Identity: 82.2
  • Coverage: 999.99
  • Bit_score: 2070
  • Evalue 0.0
  • rbh
Tax=CG_TM7_01 similarity UNIPROT
DB: UniProtKB
  • Identity: 87.8
  • Coverage: 999.99
  • Bit_score: 2206
  • Evalue 0.0

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Taxonomy

CG_TM7_01 → Candidatus Saccharibacteria → Bacteria

Sequences

DNA sequence
Length: 3846
ATGTCACGAATAGTCGCTAATAACGGAATCTCTGACTTTAACGCTGTCCGTCTGACGGTAGCAAGTCCAGAAGATATAATGAAGTGGAGTAATGGTGAGGTTACAAAACCAGAAACCATTAACTACCGAACACAAAAACCAGAGCGAGATGGTTTGTTCTGCGAAAGAATCTTTGGACCAGTCAAAGACGTAAATCCACACGACAGTAAATTAAAAGGTGTTCGTTCACGCGAAGCTGCGGTTGATAAGAACGGTGAGCTAATCACCAAATCGATCGTACGACGCGAGCGAATGGCACATATTGCACTAGCAACTCCAGTTGCACACATCTGGTTTATGCGTGGTACACCAAGCGCAATGAGCCTACTACTGGGCATCACTGTCCGCAATTTGGAAAGAATCGCTTACTTCTCGACTTATGTAGTCTTGAAGGTAGATGCTGAAAAGCGCGACCAATATATGGCCGATTTAGAAGCTGAAGTCGAAGCCGGACGTGTAGCGATTAAAATCCGCTACGAACGCGAAGCTGAGGCTGAAAATGCCGATGTTAAAGATTTGGCTACAAAACAATCAGCTGAACTTGAAGAACTAAACGACATGTACATCACCAAAAAAGCTCAGTTAGAGAGCTTGAATAAAGGTGCTTTGATTAGCGAAGTTGACTTTAGGAATCTTCCTGAAGAATACGAAGAATTGATCGAAGTTGGCATGGGTGGCGCTGCGCTGAAAGTTCTTTTGGATGAAATCGAACTACCTCAGTTGATTGCTAAATTAACTACTGAGGTTCTTGAAGCTAAAGGTCAACGCGAGAAGAAGTTGCAAAAACGCCTCAAGATGCTTGAAGGTATGTTTGCTGCTGGTATCAAACCAAATAGTCTAGCTTTGACGGTTCTACCGGTTATCCCACCAGACCTTCGTCCGATGGTTCAGTTGACCGGTGGTCGTTTCGCGACATCAGACTTGAACGATCTTTATCGTCGAGTTATCAACCGAAACAACCGTTTGAAAAAATTGATCAGCCTAAACGCACCTGAAGTCATTCGCCGAAATGAAATGCGAATGTTGCAAGAGGCAGTTGATGCCTTGATTGACAATAGCGCCGCTAAGGGTAACCGAGCAGTTTCTGCAACTGGTGGCCGACGCAAGCTGAAATCAATCAGTGACATGCTAAAGGGTAAACAAGGCCGATTCCGCCAAAACCTTTTGGGTAAACGAGTTGACTATTCAGGTCGTTCAGTAATTGTTGTTGGTCCAAAACTTCACATTCACCAATGTGGTTTGCCAAAACAAATGGCGCTTGAGTTATTTAAGCCGTTCATTATCAGCTGGTTAATCCGCAACGAGCACGCTTACAATATTCGTTCAGCTTCACGCTTGATCGAATCTGGCGATGCACTTGTGTGGGATGCTCTTGATGCAGTCATTGAAGGCAAGTATGTTCTGTTGAACCGTGCTCCATCGCTTCACCGTTTGTCGATCCAGGCTTTCCAGCCAGTACTTGTCGATGGTAAGGCAATCCAACTGCACCCATTAGTTGCTAACGGATTCAACGCTGACTACGACGGCGACCAGATGGCAGTTCACTTGCCGCTATCTGACGACGCGCAGCGCGAAGCACGCGAACTCATGAGTGCAACCAGCAACTTGCTAAAACCTGCTGATGGTTCACCGGTCCTAAACATTGGACAGGACGTTGTCTTGGGTAACTATTACCTGACATACGAAAAACCAGGTGCTCAGACATCAGAATTAAAGTCATACAGTTCAGTTTATGAAGCTGAAATGGCCTATGATGATGGCAAATTGCAACTTCAGAGCCCAATCCGCGTATCTTACAAGGGTGAAGTTCGCGAGACAACTTTGGGACGAGTGTTCTTTAACGACATTTTGCCTGAGGATTTTGCTTACGACAACTCAATTCAGACTAAAAAACAGTTGAAGCGAGTTTTGGCGCGTATCTTTAATGATTATGGTGCTAAGACTACAGCTCAGATTGCTGACCGTATGAAAGGCCTAGCCTTCCGATTTGCAACTGTTGCCGCTGTATCAACCGGTCAAGAAGATTACATCCAGTTTGACGAAATCAGCCAGTTCGTTGCCGAAGGTGACGCCAAGACTGCATTAATCAGCGACCAGTTCGACCAAGGTTTGATCACCGAAGACGAACGATACAATTTGACGATTGCTGCATGGCGACTTGTCGACCGAAAAATTGCTGACTTCTTGCAAGGTAAGATGCGTGATATGGATACATCAATCAGCGTCATGGTTAACTCCGGCGCCCGTGGTGATATCTCGAACGTAAAATGGGCATCAGCTATGATCGGTATCGTGGTGGATTCAAACAACCGCGAAATCGAGCTGCCTATTCGCTCTAACTACAAAGATGGTCTTAGCTCGCTTGAGCAGTTCGTGGCAACTCGTGGTGCTCGTAAGGGTCTTATCGATACAGCCCTAAAGACTGCCGATGCTGGTTACCTAACTCGCCGACTTGTTGACGTGTCACAAGACATCTTTACTGTCGAAGATACTGAAGAAAGCGACGATGACGGATTCGCAATTCTAAGAAGCGAATCAGAAATGACAATGATTGACTTTGGCAACCGCCTAGTTGGTCGTTACACCGCTGAGGATGTTTCTGGCTATATTGCCAAGGATCAATTGATCACTCGTGATATTGCCAGCGCAATCGAAGCCGACGCTAGTGTCACAAGTGTCAAGATTAAGTCAGTACTAACCACCAAAAATCTTCGTGGAATCCCACGTAAGAGCTATGGTATCGATATGTCAACTGGTCACTTGGTCAACAAAGACCAGCCAGTAGGTGTTATCGCTGCTCAGTCTGTCGGTGAACCTGGTACTCAGTTGACGTTGAAGACCTTCCACAAAGGTGGAGAGGCTGGCGGAGATATTACTCAGGGTCTTCCACGTGTTGAAGAGTTGTTTGAAGCCCGCACACCAAAAGGTCAGGCATTCTTGAGTGAAGCTGATGGTTTGGTTGATGTCTGGGAAGATGGCAAAAAGTATATCGTTCAGGTTACTCCAGAAGCTGGTCACGTCGAGCGCCTAGCGCTTGAAGGCCGCAAAGTAGCCGTTAAATCTGGCAGCAATGTCAAGGTTGGCGATGTACTAGCAATCGGCGAAAGTGAAACAAGGCCACTAACTGCTCCATTTGATGGTGTAGTCGAAATTGCTGAAGACACTTTGGTTATTGCAGCCAATGCTGGATCACCAATCAAGTACGAAGTTCCTGGCAATATGCAACTTACTGTTGCTGCTGGAGACACCGTCGAAGCTGGTGACCGATTGTCATCTGGTTCGTTGAACCTGCATGATTTGATGCGACTAAAGGGTACAGAAGCTACTCAACGTTACATCATTAACGAAGTATTGCGTATCTATGCTGCACAGGGTCAAGACGTTGCCGACAAGCACCTTGAGATCATCGTGCGCCAGATGTTCAGTCGAGTTCAAATCGAAGAACCAGGCGACAGCACATTTGTTGCAGGCGACATCGTGTCTAAGGCACTTGTCACCGAGGCAAATGCAGAACTAGCCTTGGCCGGTAAAGAGCTAATCAAATACACCCAGTTGCTGCTTGGTATCACCAAAGTTTCAATTTGGTCAGATAGCTTCCTATCAGCCGCTTCGTTCCAAGACACGACTCGCGTTTTGATCAACGCTGCCATCAGTGGCCGCGTCGACAGATTGCATGGCCTAAAAGAGAACGTCATCATCGGACGCAAGATTCCAGTTGGTACAGGTGTTGCACAACCTGAACTAGAGGATGAAGTTGTAGCTGATGTTGAAGAAGAGATAATCGAAAACATCAACCTAGAAGTCTAG
PROTEIN sequence
Length: 1282
MSRIVANNGISDFNAVRLTVASPEDIMKWSNGEVTKPETINYRTQKPERDGLFCERIFGPVKDVNPHDSKLKGVRSREAAVDKNGELITKSIVRRERMAHIALATPVAHIWFMRGTPSAMSLLLGITVRNLERIAYFSTYVVLKVDAEKRDQYMADLEAEVEAGRVAIKIRYEREAEAENADVKDLATKQSAELEELNDMYITKKAQLESLNKGALISEVDFRNLPEEYEELIEVGMGGAALKVLLDEIELPQLIAKLTTEVLEAKGQREKKLQKRLKMLEGMFAAGIKPNSLALTVLPVIPPDLRPMVQLTGGRFATSDLNDLYRRVINRNNRLKKLISLNAPEVIRRNEMRMLQEAVDALIDNSAAKGNRAVSATGGRRKLKSISDMLKGKQGRFRQNLLGKRVDYSGRSVIVVGPKLHIHQCGLPKQMALELFKPFIISWLIRNEHAYNIRSASRLIESGDALVWDALDAVIEGKYVLLNRAPSLHRLSIQAFQPVLVDGKAIQLHPLVANGFNADYDGDQMAVHLPLSDDAQREARELMSATSNLLKPADGSPVLNIGQDVVLGNYYLTYEKPGAQTSELKSYSSVYEAEMAYDDGKLQLQSPIRVSYKGEVRETTLGRVFFNDILPEDFAYDNSIQTKKQLKRVLARIFNDYGAKTTAQIADRMKGLAFRFATVAAVSTGQEDYIQFDEISQFVAEGDAKTALISDQFDQGLITEDERYNLTIAAWRLVDRKIADFLQGKMRDMDTSISVMVNSGARGDISNVKWASAMIGIVVDSNNREIELPIRSNYKDGLSSLEQFVATRGARKGLIDTALKTADAGYLTRRLVDVSQDIFTVEDTEESDDDGFAILRSESEMTMIDFGNRLVGRYTAEDVSGYIAKDQLITRDIASAIEADASVTSVKIKSVLTTKNLRGIPRKSYGIDMSTGHLVNKDQPVGVIAAQSVGEPGTQLTLKTFHKGGEAGGDITQGLPRVEELFEARTPKGQAFLSEADGLVDVWEDGKKYIVQVTPEAGHVERLALEGRKVAVKSGSNVKVGDVLAIGESETRPLTAPFDGVVEIAEDTLVIAANAGSPIKYEVPGNMQLTVAAGDTVEAGDRLSSGSLNLHDLMRLKGTEATQRYIINEVLRIYAAQGQDVADKHLEIIVRQMFSRVQIEEPGDSTFVAGDIVSKALVTEANAELALAGKELIKYTQLLLGITKVSIWSDSFLSAASFQDTTRVLINAAISGRVDRLHGLKENVIIGRKIPVGTGVAQPELEDEVVADVEEEIIENINLEV*