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GWE2_RBX1_39_32_gwe2_scaffold_776_2

Organism: Candidatus Margulisbacteria bacterium GWE2_39_32

near complete RP 48 / 55 BSCG 49 / 51 ASCG 10 / 38
Location: 1365..6527

Top 3 Functional Annotations

View all annotations
Value Algorithm Source
tRNA-dihydrouridine synthase id=2162229 bin=GWE2_RBX1_39_32 species=Clostridium novyi genus=Clostridium taxon_order=Clostridiales taxon_class=Clostridia phylum=Firmicutes tax=GWE2_RBX1_39_32 organism_group=RBX1 organism_desc=Based on recA, related to OP9; concatenated rp tree places basal to Cyanobacteria and Melainabacteria similarity UNIREF
DB: UNIREF100
  • Identity: 100.0
  • Coverage: 999.99
  • Bit_score: 3421
  • Evalue 0.0
tRNA-dihydrouridine synthase Tax=GWF2_RBX1_38_17_curated similarity UNIPROT
DB: UniProtKB
  • Identity: 99.8
  • Coverage: 999.99
  • Bit_score: 3414
  • Evalue 0.0

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Taxonomy

GWF2_RBX1_38_17_curated → RBX1 → Bacteria

Sequences

DNA sequence
Length: 5163
ATGAAAAAGAAAATTATTAAAGAATCGAAATCCTCAAGAGGCGGTCACTCTAATATTGCTAAGCTGTTAAGAATTCTACCTGTCGGTGGTCTAGGTAAGTATCATGATGCTATGTTGAATATTATGGTGCGTATTGAACGAGAATTAGTAGAAAGTGAGAAAAGAGGATCTTTATCACTTGAAAAAACGGAAGAATCTTTAGACCACGCTATATCAGAATTCATTACTCCGAATGATATTGAAAGCCCAAAACCTCTGGGGTGCGTGCTTAACAATCCTTCAGATGCCAGAGGCGAAATCCTTGCTTCTTTGATAGGCAATAGCTTTGAAACGGATAACAACAACAGCGGTGACTTTAATCCCGGACCTGGAAAAAAAGGGAGAAGTTATCTTATCGCAACGGCTTTGCAAAAAAGCATACTGTATGCAGAGAAGAATATAAAAAAAAATAATGAAATTATAGTTTCTGAAATTACAAGGATCTATTTAGGCGGAATCGAACAGAAAGTAGCATCGAAAGCTGGTCTTTCGTTAGAGTCCTTCAAGGCTATTTTCAGAGGAAAAAGGAAGCTTGAAGCCATGACAGGGATCTCAGTCTTAAATAATGGCTGGTTCATAACATTGTCTGATTTAAAAACTTTTGTTAACAAAATTAAATCTGGCAATGGACCGCAGGAAATATTCGATAAACTCAAGGAATTGGGAGTAATAGATAACAGGGGACGGTTCTTATTTAAGGATGATCCTGATTTACTGCAATTATTAGATAAGGCTGAAGCTAAAGATGAAATTAGTAACGAAAATTTTAAAAATGAGCTAAGGATTTTTTTTAGCGATATCAAAAAATTACCAAGGTACTCCAATAAACTTGGATATGGTAAGTCAATTTTTTATCTGAGGCCGTTAGAGGACAAAATAAGTCAGGAAGAATGTAGATTGCTGACAAGGATAATAGAGAAAGAACCGGTAAAATATGTACATTTGCTAGGGCTTACTAATAAGTATGAAGGTAAGTTGGCAGAAATAAAAGCGCTAAAAGAAGAATATTTACTGATTGTTAAATTGTTAAAAGGTCCGGTATCCGCCGAATATTTATCAGATATTCCAGAAAAAATAAGACATTTTACACAGTTTTCTCAGGACAAGTTGGAAGCAAAACTGGAACAACTGGAGAGTGAGTTAAAAGCAAAAGTAGCCGATGCCAATATAACCTTTTCAGATTTTGAATCACGACAACTTACTGTAGAAAATATTATTGATAATTACTACTACTGGGAGAGATACATTGGTCGAACCGCCGGAATAGGCATCCAGGATCGTGATTTTTTTCTCTGTGTTGAACGCCTCGATGGCAATCCTTTTACAGTTGTTGGCTTGCCGAATGAATTGATATTCAAATTCTTCAAACATTTTGGAGTTGAAACCAGTAAGTTTAACATTATCCAATCATATTGGCCGGATAAGATGGAATTGCGTAAGATATATGTTGAGGATACCTGGTCATTAATATGCCGCATTGAAAAAGAAGAAAAAATTAAAAAATATATGGCTGACGTAGAATCCGGGATAGTGCACAATATCAGCATTGGTAATTACGAGAATGTCATCAAAGATAATTATAAGCTGATTGTTTGTTTGCAGGAAATGAGGAAATATTGGGATATTCTTCATTTATATACTGATTTTCTTAAGGATACTACCAAACTAGCTGCTGAAGAAGGTATCGATGTAAATAAAACACCTCAGATTATTGACACCATTAATGAACTGGCAGGCATGTTTAATCAGATTAAGCAGGAAATGAACGACGATGATAATATTGAGCGATTAATGAACCTGAACAAACTCCCGAATGCATGGCAGATAGCATTGAATAAACTGCTAAGTAAATTAGGAAATACCATCTATGACTGGAATGATAATAAAGCTAAGTGTATTAGCTTATTAGATCCGGCTAAACTGAAGGATTTCGAAGACCTGACCAGTGGAGACTCTATTTGTTTGACTAATGATTATGAAGATTATCATCGTGTTTCTCACAGTCAATACTGGGATGATAGTAATAAGTTTAAGATAGAGCAAGGTTTGTTGAACTTTAGATCTTTTATTGACGTTGTTGATAAAAAGCTGAGCTTAGAAATAAAAGATTTGCAAGAAGCGATTTCTTCCGTGAATAAAGAACTGGCTAAGCTGCCTCAAAATAGTCCTCTTGATTTTGCTCAAAAGCAAGTCAGGGATACCTTAGAAAAAAGCAAAATAGAATTAGAAATAGAAATAAAAGATCTTACAAATACTGTAAATAATTTATACTTTCAATCTTTTGAAGCTATCGCGTTGAACAACTTAGAATCAAAGATTAGCGGGGTTGAACAAGCAAGCGGAAGCGTAATTGATGATAGAAATGCTCTGATAAAACATCTTGAAACGGTGGCAGGTAAAAATACTCCGAATATTTTACTTACTATGGGAAATAATGGAAATGAGTCTATTCAGGTCCTATGGAATGCTCTGTTATTGTTGAAAAAAGGCTGTAATGTAACGCTGGCAGCCAAATCGGAGCCGATGATGCATAATGATTGTAATATCCTGGAACTCAAGTTCGTTATACCATATTTTAATAGTATCCTTCGGGAACGGTTCCCAGAAATGAAATGCCTTGACTATTATCTGACAGAAAATAAACTGCAAATCATTGAGGTTGATGACAAAAAAGATTTGGGCGAAAAAATTAGTTCGGCATCATCAACAGGGAACAAATTTGATATTGCCTTTTTAATCGGAGAGCTTTGGTATATTGATTTTGTCGGTGCAGATAAGCTGGAAGAGCCTCCTTATAACCCGTTTGAGGATACTGTGCTCTTTAGCATCCATGCGCATAAGAATCGTTTAAAGCCATTGGCTATTATGAACGATAACTTGTTCGCTGTCGCTAGTAGGGGCGATTACATTGATGAAAACGTAACGGTTGGAATGTCTGTCTATTCGATGCTTCTTCCTAGAGTAGATTGCCTTGGTGCTAAACCAGATGATCCTCCGGGGTGGTATAACAAGAAACTGGAATATCAGTTATATTCGGGGAACAGCGATATCTCATTGGTTGACTTCACCAAGGAATATTGGGACAAGATTAAAACCCAGTTGATTAAAGAATGCCGGGCTCAAGCCGGGTTGCCGGAAGTCCAGATTAATATTGATGGACCATATGAAATCGAAGACGGTAAGCAGCTCATGTGGCGATATTTTACACCACATAAATTTGTGAAAGCGTATGTAGAAAAAGACCGTTTGATTATTGATAATTTTATTGAATATGATAAGTCGAGAATAGCTAGAGATAAGGGCACTGGTTGGCCTTATATCGCAGATAAGATATCCGGCTTAATAAAATCCGTTTATTTGGGCGAGTTATTTAAGAATTCATCGGATAGTGGAAATATAAATTTGATGACCTCTGAAGAAAAAGGGAAACTTGATAATTTAAAATTACAAAAAATCAATGTCGAGCAACCTCTAATAATTGAGAATTCTACAGAAGTTGTTCAAGTAAGCATTCCCTTAATAGGTGCCATAAAAGATAGCGTATCTGAATACACACAAGATGGCAGGATTTTTGTCCGAATAGCGCTGGAACGAGAAACTGAAATGTCCAGTTATGAGAAGGAAAAAATATCACATTCATGGCCGAAAACGAATGATATCGTTTATGAAATCGTACCAGCTCTTTATAATCGAGAAAGTGGTATGGTTGATTTTTCCTTTTTCCTGCCTAATGATGAGCACATTGAGAAAGTACCTATTTCTGATATCCTGCCCGATACCCAGCCCGTTGTCATCCTCAGTACCCAGTTGAAACATTATCGCACCAAAAGGCTCCAGATTCTAGAAATTATTGGCCTTTCAAATGGAAATGATATAACATTGAAAGAATTTACTGATGAAGGTTGGGGATTCCAGCTGAACAGATATGATATTAATGGAGCTGTAATCGATTCAGGGAACGAGAAAATGGAGATTGATCGTACCCAGCGAAAACCATTAACTGTGAAAGATATCATCACTTCAAAGGTAGTGGGCGCACCTATTGATCTAATTACTACTATGGAAGGTAGAAGGTTCTTGAACCTGGTTAACAGCCAGCCTTTTGTTAATTACACTGAACTGGTAAGAGAAGGTGGATTATTTGCAGTTACACATGGCTATAATCCGATGTATTGGGAAGACTCGAATTACATCTCGGGTCTACCGAGAATGAAGCTCTCATCACAGGATGGACCTCTCGTTTGCCAGCTAGCAGGTCCGCATAACTTACCAATAGAGATTCATGATCTTGGATTGTTTTCAGAAGAGAACAATTACCAGAATGTAGCGAATACTTTCGCTAAAGCTGCCTTACTTGCTGTACGCAATGGCGCTGCTGCTATTGATATAAACATGGGCTCCACTGCGCTTATTCCACAAGGAGGCGGCGTGTTAATCGCGGAAGAAAAACCTGATATGGCAGTCGCTATAGTAAAAGGCATTAAAGATGCGCTGGTCAAAGAGGGATATGATGTCCCGGTTTGTGTTAAAACTCGGCTGTTAGAGAAAAAAGAAGAAGGAAAAATCATCTATGATCACGCAAGATCTCTGGCATTTTATGAAAAAATTATTGACGCTGGTGCAGAATGGATCGCTATTCATACTAGATATCGCTCTGACGGACAGGGATCAGTATCTAATCAGGGAGCCAAAGATGCGAGGTCAAAGCGTAAGCATTTGAAAGCGGCTATCAATGAGATTAGAACAGTTAAGGAAGAGCATTTCCACAATCTTCCCGTAGAAGTTAAGAATGTGATTATTGGAATGTTACAGCAAAAAGATATTATCGATGGTTCCGGTTTATTACAAAGAGCTAGATTCGACGAAATTAATAAGTTGGCTGACTTAGCATTAACCACTATTGATCAGGAATACTGGCAGGAAATCTATGATATACTAAAGAAGCGAAGAACCCCTATTTTAGGGAACGGTCAGGTAACGAGTGTAAAAGATGCTCTTGAGTTGGTTAATGACGTTGGCTGTGACGGGGTAATGATCGCCATGCCAATGGTATCCAATCCAAAACTTATGGGAGAAATTAAAGGTGCCTTGAATGACAACGAGCAGAAGGGTAAAAGACCATAG
PROTEIN sequence
Length: 1721
MKKKIIKESKSSRGGHSNIAKLLRILPVGGLGKYHDAMLNIMVRIERELVESEKRGSLSLEKTEESLDHAISEFITPNDIESPKPLGCVLNNPSDARGEILASLIGNSFETDNNNSGDFNPGPGKKGRSYLIATALQKSILYAEKNIKKNNEIIVSEITRIYLGGIEQKVASKAGLSLESFKAIFRGKRKLEAMTGISVLNNGWFITLSDLKTFVNKIKSGNGPQEIFDKLKELGVIDNRGRFLFKDDPDLLQLLDKAEAKDEISNENFKNELRIFFSDIKKLPRYSNKLGYGKSIFYLRPLEDKISQEECRLLTRIIEKEPVKYVHLLGLTNKYEGKLAEIKALKEEYLLIVKLLKGPVSAEYLSDIPEKIRHFTQFSQDKLEAKLEQLESELKAKVADANITFSDFESRQLTVENIIDNYYYWERYIGRTAGIGIQDRDFFLCVERLDGNPFTVVGLPNELIFKFFKHFGVETSKFNIIQSYWPDKMELRKIYVEDTWSLICRIEKEEKIKKYMADVESGIVHNISIGNYENVIKDNYKLIVCLQEMRKYWDILHLYTDFLKDTTKLAAEEGIDVNKTPQIIDTINELAGMFNQIKQEMNDDDNIERLMNLNKLPNAWQIALNKLLSKLGNTIYDWNDNKAKCISLLDPAKLKDFEDLTSGDSICLTNDYEDYHRVSHSQYWDDSNKFKIEQGLLNFRSFIDVVDKKLSLEIKDLQEAISSVNKELAKLPQNSPLDFAQKQVRDTLEKSKIELEIEIKDLTNTVNNLYFQSFEAIALNNLESKISGVEQASGSVIDDRNALIKHLETVAGKNTPNILLTMGNNGNESIQVLWNALLLLKKGCNVTLAAKSEPMMHNDCNILELKFVIPYFNSILRERFPEMKCLDYYLTENKLQIIEVDDKKDLGEKISSASSTGNKFDIAFLIGELWYIDFVGADKLEEPPYNPFEDTVLFSIHAHKNRLKPLAIMNDNLFAVASRGDYIDENVTVGMSVYSMLLPRVDCLGAKPDDPPGWYNKKLEYQLYSGNSDISLVDFTKEYWDKIKTQLIKECRAQAGLPEVQINIDGPYEIEDGKQLMWRYFTPHKFVKAYVEKDRLIIDNFIEYDKSRIARDKGTGWPYIADKISGLIKSVYLGELFKNSSDSGNINLMTSEEKGKLDNLKLQKINVEQPLIIENSTEVVQVSIPLIGAIKDSVSEYTQDGRIFVRIALERETEMSSYEKEKISHSWPKTNDIVYEIVPALYNRESGMVDFSFFLPNDEHIEKVPISDILPDTQPVVILSTQLKHYRTKRLQILEIIGLSNGNDITLKEFTDEGWGFQLNRYDINGAVIDSGNEKMEIDRTQRKPLTVKDIITSKVVGAPIDLITTMEGRRFLNLVNSQPFVNYTELVREGGLFAVTHGYNPMYWEDSNYISGLPRMKLSSQDGPLVCQLAGPHNLPIEIHDLGLFSEENNYQNVANTFAKAALLAVRNGAAAIDINMGSTALIPQGGGVLIAEEKPDMAVAIVKGIKDALVKEGYDVPVCVKTRLLEKKEEGKIIYDHARSLAFYEKIIDAGAEWIAIHTRYRSDGQGSVSNQGAKDARSKRKHLKAAINEIRTVKEEHFHNLPVEVKNVIIGMLQQKDIIDGSGLLQRARFDEINKLADLALTTIDQEYWQEIYDILKKRRTPILGNGQVTSVKDALELVNDVGCDGVMIAMPMVSNPKLMGEIKGALNDNEQKGKRP*