ggKbase home page
Advanced Search
Search Help

PLM3-1_170_b2_sep16_scaffold_29828_1

Organism: PLM6_170_b2_sep16_Ignavibacteria_34_7

near complete RP 51 / 55 MC: 6 BSCG 50 / 51 ASCG 12 / 38
Location: 3..4319

Top 3 Functional Annotations

View all annotations
Value Algorithm Source
Uncharacterized protein bin=GWF2_Ignavibacteria_35_20 species=Ignavibacterium album genus=Ignavibacterium taxon_order=Ignavibacteriales taxon_class=Ignavibacteria phylum=Ignavibacteriae tax=GWF2_Ignavibacteria_35_20 organism_group=Ignavibacteria similarity UNIREF
DB: UNIREF100
  • Identity: 67.2
  • Coverage: 1455.0
  • Bit_score: 2000
  • Evalue 0.0
hypothetical protein similarity KEGG
DB: KEGG
  • Identity: 66.4
  • Coverage: 1458.0
  • Bit_score: 1940
  • Evalue 0.0
Tax=RBG_16_Ignavibacteria_34_14_curated similarity UNIPROT
DB: UniProtKB
  • Identity: 87.8
  • Coverage: 1448.0
  • Bit_score: 2570
  • Evalue 0.0

Lists

This feature is not on any list.

Notes

This feature has no notes.

Taxonomy

RBG_16_Ignavibacteria_34_14_curated → Ignavibacteriales → Ignavibacteria → Ignavibacteriae → Bacteria

Sequences

DNA sequence
Length: 4317
CGCTTAAAATATTTCAGGTATCAGCGTGAAGATCTTCCTTATCTAAGATTAAGAGAGAAGAAACCATCAGGTTTCTTTGTACAGCCATCCCCGACAAATAAAACAAGAACAATTGAAATTGATTCTACCGGGCAGTTTGTGATTATTAAAGAAGCTATTGCTGGGGAAGAAACAAAAATTCTTTTAAGAATGCCGATTGAGGAATATATCCAGCTTCGGCTTGCTGTTAGAGAAAGAAAGCTTTGGGAAGAGCAAGGATATAAATATGAACTGAAGGATACAAAAAAAGAGCTTAGTGAACTTATAACAGATATAACTGATTTTGAAATTCCACTTCCACGTGTTGGAGTATTAAGCATTTTTGGTGAGCCTAAAATCAGCCTTAAAATTGGAGGTGCAGTTGATATCCATGGTGCTTTCAGGAGCGAAACAACTGAAGGTGTTACTGCATCACGACTTGGTAATACAAGAAATGAACCTGATTTTAAGCAGCAGGTGCAGATAAATGTAAGCGGTACCATAGGCGATAAATTAAATATTGTTGCCGACTGGAATACCGAAAGAACTTTTGAATATGAAAACCAGCTTAAGATAAAATACACTGGTTATGAAGATGAAATAATCCAAAATATTGAAGCAGGAAACGTTTCGCTGCAGACTTCTCCGCTTGTCGGTGGTTCCGAAGCGCTCTTTGGTATTAAGGCACAATTCAAAGTAGGGCCATTATCTCTCACCACGTTAGCCAGCCAGAAGAAAGGCGAAGTAAAGGAGGTTAATGTATCAGGTGGTACCAGCTCACAGGATTTTACTGTAAGAGCGTATGATTATTCTACCAACCATTATTTCCTGGATACTCTTTATGCAAGTACTAATGAGGACTTGAATCTTTTTAATCTTTTTTATGGCAGCGCTACACCAGTAGTACAATCGCAGTACCAAGTTGTAGATATTCAGGTTTGGAAATCAATACAGGTTATTACATCTGACCGTTCAAAAGAAAGAAATGCAAATGCATTTATAAACCTTCCGCCTTTGGGTGCAGGAGAAACTTATTCCGATACAGCACGAAGAGATTTAGAAAACCCTATTCCCGGGGAACAGGAAACCGGAAGATTTCTTCTTCTTGAGCAGGGAAGAGATTATATACTTCATCCTGAAACCGGTTATATAACTTTTCTAACACAAGTGCAGCTTGAAGATGTTATAGCGGTTGCTTACAGAATTGAAAATGCACCAGGTACGCAAAATGATGAATTTTTCGGGGAGTTTTTAACCACGGCAAATACTGATACTGCTCAAAAGCTTGTTTTAAAATTAGTAAAACCAGAAGGTCTTCAACCGGATTATGAACAGGCATGGAAGTTACAGCTTAGAAATATTTACCCGGTTGGTGCCAGGAATATTAAACAGGAAGGATTTGAATTCAGTATTAAGTATGAGATTGAAGGACAAGAACCTGTTGTTGATCTTCCAACTACTTCCGGATCCGTAAGACTTTTGGAAGCATTCGGCCTGGACGAGCTTGATGCAAGCGGAAATCCAAACCCCGATAATCAGTTTGATTACAGGCCCGGCATTACAATCTTACCAACAACCGGAGAAATTATTTTTCCTATACTCGAACCATTTGGAAGAGACCTTCCTCCTGCTATTCCTGAGAACTTTAATTTTAGTGAAGTTTATGATACAACCCAGATATCTGCAAAAAATATTAAGGCTAAAGATAAGTGGATCCTAACAGGAAAAAGTTCGGGTGAAGCAACATCAACTTACCAGCTTGGTTTTAATGTTGTTGAAAATTCTGTTAGAGTTTTATTGAATGGAAGAGAATTGACACCCGGAGTAGACTATGCAGTAGATTATAATATTGGTCAGTTAACGATAAGGAATGATGCTGCTTTAGTACCTGGTGCAGATCTTAAAATTACTTATGAACAGAATGATCTCTTCCAGCTTGCATCTAAAACTCTTCTTGGTGCAAGAGGTATTTTAGATATCTCTAAAAAAACTAAGCTTGGTTTTTCTGCGCTTAATCTTAACCAGCAGACTTTAAGCGATAAAGTAAGAATTGGTGAAGAGCCAATAAGCAACTCAATTTATGGTGTGGATTTCAGTACTTCTGCTGACCTGCCATTCTTAACGAGAGCACTTGATAATATCATCTCAACAAAGCAGATCTCCACATTCTCATTTTCCGGTGAGTATGCTTACATTAATCCTGATCCCAATACAAAGAAGAGTACTATTTCATCAGACCAGAACAAGAGCATAGCTTACATTGACGATTTTGAAGGTGCTAAAAGAATTATTCCCATAGGAATATCTTATACAGGATGGAAAGATTTATCTCCTCCAAATCTACTTCCGTTTCTTCCTGATTCTCTTATTGCTTCTGAACTCTTGCCATATAACGCAAAATCATGGTGGTACACAATAACGCCAGGGAACGTTAATGTGAAAGATATCTGGCCAAACAAGCAGCCAGGTAAGCAGGATCAGCAGGTAACTGTTATGGATTATATATTTCAACCGGATACTCCCGGTACATTTAATACTAATCCTTTAATTTATGAAAATCTCCAGCAAAACTGGGGTGAAATAATGAAGCTCCTTTCTTCAACGGCAAGCAATCTTGTTGAAGAGAATATTGAGATTGAAAATGCACCCGCTGACGCAAGAGTTTATATTGATCTTGGTAACATAAGTGAAGATGTAATTCCAAATGGAATTTTAAATTCTGAAGATTTAAATCAGAATGATGCTATTGATGAAGGGGAAGATGTTGGACTTGATACTTTAACAGATGCGGAGGAAAGAGTTTTTTATAGTAGCATAAAATCAGACCCGAATGGTGATAACTTTTTCTTTAATGCAAGCGGCTCTTTTAATCCACCTGATTATTTCAATATTAATGGATCTGAAGGTAATGCTTTGCTTTCTGATATTGGAAGACTTCCTGATACTGAGGATCTTAACAGGAATGGAACTCTCGACCGTCTCAACAGCTACTTCAGGTATGAAATACCGCTTGACACAAATATGGCTACTAACCCTATATTAGCAGGAGGTGGAAGCAAGGGGTGGTATCTGTATAGAATTCCATTAAAGGATTTTACAAATCAATTTGGAAGTCCTACTCTCTCTAATGTTGAAATGATTAGATTTTTTATAACCGGTGTAAGCGATTTAATTCATTTAAGGATAACTGAGTTTAACCTTGTAGGAAGCCAGTGGCAGAAATTAGACAAGGAAGATACAGTCCTTTCTGTTTCCGTCATCAACTTTGAGGATAACCCTGGATATTCTTTGCCGCCGGGAGTTTTCCAGGAACGTGACAGAAGCAGACCGGATGAAAATATTTTAAGGAATGAGCAGTCACTTAATCTTATAATAAGCAACCTGCCCGATGGCGAATCAAGAGAATCGATTAAATTTTTGTACCGCCCGCTTGATGTATTTAATTATTCTGAGATGAAGCTGTTTGTACATGGGGATTTAAATACGATGCCCGGTTCAATTTCGGATACTTCCAATGGTTATTCTGCGGAGGTATTTTTCAGGTTTGGTGCAGATACTAACAACTATTATGAATACAGACAGCCGGTTCTGCCGGGATGGAATGAAATCAGTATTCCTTTTGATCAGATCACCGCACTTAAGCAGGCAAGAGATTCAGCAAATATTATTTTCAGTACACCAGTCCCCGGAAGAGCAGGCCATTTCTACCAGGTTAAAGGAAATCCTACACTTACCTCAGTTAAATTTCTTTCGGTTGGTATTCATAACATATCTGAACCGCCTCCACAAACAGTGCTGGATTTTATATCCGGTGAGGTATGGATAAATGAATTAAGAGTTGTTGGCGCAGATGATTCACCAGGCTGGGCTTACAGCTTTAATTCATCTGTAAGGTTTGCTAATCTTATGGGAGTCAGCTTTACGATGAGTCAGACAAATCCCTACTTCCACAGACTAGCAGACAGGTTCGGTTCCAGGGTTGAATCAACAAACTGGAGCGTGCAGAGTGATCTTGATATACTTAAGCTTCTTCCTGTAAATCTGCCGGAAAGCAATCTTAAAATTAATTATTCTCATACCGAATCTTTAGGAAAACCTCTTTACATACCAGGTACAGATATAAGAGTTGATGAAGCCGGAAGACGGCTTGATGAAACTAATCCTGACTCAATAGATTTTGGTCCTAAAAATTCAGCGGAGATTGCAAGTGAAACCCAGACATTAAATATATCCGATAGCTGGTCTACTTCAGGTGTGAAACTAAAAATTCCTACAACTTTCTGGTTAGTAAGAGATACA
PROTEIN sequence
Length: 1439
RLKYFRYQREDLPYLRLREKKPSGFFVQPSPTNKTRTIEIDSTGQFVIIKEAIAGEETKILLRMPIEEYIQLRLAVRERKLWEEQGYKYELKDTKKELSELITDITDFEIPLPRVGVLSIFGEPKISLKIGGAVDIHGAFRSETTEGVTASRLGNTRNEPDFKQQVQINVSGTIGDKLNIVADWNTERTFEYENQLKIKYTGYEDEIIQNIEAGNVSLQTSPLVGGSEALFGIKAQFKVGPLSLTTLASQKKGEVKEVNVSGGTSSQDFTVRAYDYSTNHYFLDTLYASTNEDLNLFNLFYGSATPVVQSQYQVVDIQVWKSIQVITSDRSKERNANAFINLPPLGAGETYSDTARRDLENPIPGEQETGRFLLLEQGRDYILHPETGYITFLTQVQLEDVIAVAYRIENAPGTQNDEFFGEFLTTANTDTAQKLVLKLVKPEGLQPDYEQAWKLQLRNIYPVGARNIKQEGFEFSIKYEIEGQEPVVDLPTTSGSVRLLEAFGLDELDASGNPNPDNQFDYRPGITILPTTGEIIFPILEPFGRDLPPAIPENFNFSEVYDTTQISAKNIKAKDKWILTGKSSGEATSTYQLGFNVVENSVRVLLNGRELTPGVDYAVDYNIGQLTIRNDAALVPGADLKITYEQNDLFQLASKTLLGARGILDISKKTKLGFSALNLNQQTLSDKVRIGEEPISNSIYGVDFSTSADLPFLTRALDNIISTKQISTFSFSGEYAYINPDPNTKKSTISSDQNKSIAYIDDFEGAKRIIPIGISYTGWKDLSPPNLLPFLPDSLIASELLPYNAKSWWYTITPGNVNVKDIWPNKQPGKQDQQVTVMDYIFQPDTPGTFNTNPLIYENLQQNWGEIMKLLSSTASNLVEENIEIENAPADARVYIDLGNISEDVIPNGILNSEDLNQNDAIDEGEDVGLDTLTDAEERVFYSSIKSDPNGDNFFFNASGSFNPPDYFNINGSEGNALLSDIGRLPDTEDLNRNGTLDRLNSYFRYEIPLDTNMATNPILAGGGSKGWYLYRIPLKDFTNQFGSPTLSNVEMIRFFITGVSDLIHLRITEFNLVGSQWQKLDKEDTVLSVSVINFEDNPGYSLPPGVFQERDRSRPDENILRNEQSLNLIISNLPDGESRESIKFLYRPLDVFNYSEMKLFVHGDLNTMPGSISDTSNGYSAEVFFRFGADTNNYYEYRQPVLPGWNEISIPFDQITALKQARDSANIIFSTPVPGRAGHFYQVKGNPTLTSVKFLSVGIHNISEPPPQTVLDFISGEVWINELRVVGADDSPGWAYSFNSSVRFANLMGVSFTMSQTNPYFHRLADRFGSRVESTNWSVQSDLDILKLLPVNLPESNLKINYSHTESLGKPLYIPGTDIRVDEAGRRLDETNPDSIDFGPKNSAEIASETQTLNISDSWSTSGVKLKIPTTFWLVRDT