ggKbase home page
Advanced Search
Search Help

AB_1215_Bin_116.fna_scaffold_17762_9

Organism: AB_1215_Bin_116

near complete RP 32 / 55 MC: 4 BSCG 18 / 51 MC: 1 ASCG 37 / 38 MC: 2
Location: comp(4278..9080)

Top 3 Functional Annotations

View all annotations
Value Algorithm Source
chd:Calhy_2106 anaerobic ribonucleoside-triphosphate reductase; K00527 ribonucleoside-triphosphate reductase [EC:1.17.4.2] id=95921 bin=ACD63 species=ACD63 genus=ACD63 taxon_order=ACD63 taxon_class=ACD63 phylum=OD1 tax=ACD63 organism_group=OD1 (Parcubacteria) organism_desc=OD1 similarity UNIREF
DB: UNIREF100
  • Identity: 52.7
  • Coverage: 598.0
  • Bit_score: 592
  • Evalue 1.20e-165
anaerobic ribonucleoside-triphosphate reductase (EC:1.17.4.2) similarity KEGG
DB: KEGG
  • Identity: 61.2
  • Coverage: 428.0
  • Bit_score: 564
  • Evalue 7.60e-158
Tax=RIFCSPLOWO2_12_FULL_OD1_Falkowbacteria_45_13_curated similarity UNIPROT
DB: UniProtKB
  • Identity: 70.7
  • Coverage: 437.0
  • Bit_score: 658
  • Evalue 1.90e-185

Lists

This feature is not on any list.

Notes

This feature has no notes.

Taxonomy

RLO_OD1_Falkowbacteria_45_13 → Falkowbacteria → Parcubacteria → Bacteria

Sequences

DNA sequence
Length: 4803
ATGGTACAGAAATTTCTCGAAAACGCGAAAAAGAGGGACGGTTCCCTTGTTCCCTTTAACCCCCACAGGATAGAGGACGCGATTTTTGCCGCTGCCAAGGCGGTTGGCGGCCAGGACAGGGCAATGGCCAAGGAAATAACGGAGAAAATAGTGCACAGGCTAAAAATGCGGTTTGGGACCAGGCCCCCAAGCGTTGAAGACATTCAGGACACTGCAGAAAAAGAGCTTATTGAGTCAGGGCATGCAAAGACAGCCAAGGCGTACATCCTTTACAGGCAGCAGAGAAGCAACATGAGGGACAGCAGGGCTTTCCTGGGAAAAATAAGCAGCATTGTGGACGACTATGTGCAGCTTGTTGACTGGCGCGTTGCAGAAAACAGCAATGCCTCATACTCTTTGTCAGGCCTGCAGGCCCACATTAGCGGGGCAGTTATAGCCGAGTATGCTTTGAGAAACATTTACCCTGAGGAGATTTCAAAGGCACACAGGTCGGCTGACTTCCACATTCACGATTTGGGAAACGGCGTTTTTAGCGGTTATTCTTTTTACAGGAATGAAACCGTTGTTGTGAGGGAAAAAATTTCAGGGAAATTGTTTTGTTTGGCTTTGGAGCAACTGTTTGATTTGGTGGATTCTGAGATAGTGAAAGAGAACGATTTTGAGATAAAGTATACGAGTGAATTTGAAGTTTTGGATGAAAACGGCTGGACCGACTTGTTAAGGGTTTTGAGGCATCCAACGGACAAGACTCTGCTTTCCGTAAATTCAGAAAATGGTCACAATTTAATTGTTACTGAAGATCATCCCTTCATCAGTTTGAAGCAAGAGAAGGCCTTCTTTGAATGTGATGAATGTGGCACTAAAGATATTTTCAAGAACAGGAGCAATAAAAATGGCTTTGACCACTACAAGTGTAAGCAGTGTAATGCTACTTTCAAAAAGCCTATTGAATCGCTTGTGAATAGCCGGAGGGAATTGCCTGCAGGAGAATTGGGTCTAGGTAACTATGCTTTGACACCGGCTTTTTCCTTGAAAGAGGGTAAAAAGTCTTCCTTGAATGCGAGTGATGGCTGGTTTATTGGCTTCTTTGTTGCAGAAGGCTACTTTAAGGATAAGCACTACATCTATTTCGATTTAAATTCTCAGAGCAGTGAAACCCACAAATTGTTAGAGTATTTATCCAGGGTTAACTTGAATGATTTATCTCTTGAGTTGAGAGAGTTGTTTAATCAGATAAGGCCCTATAGTGAAAACAAAAACTTTCCAACAGAATTCTTGAACTATTCTGGCGAGTTCATTGGGGGTATGGTTTCGGGCGTAATAGATGGTGATGGCATTGTTAGAAATGACGATGCATGGGTTTCGAGAGCCGTTGTAAGATTGACCTCAAAAACTCTGCTGAGCCAAATGCAATTTTGGTTGCATTCAAGGGGAATAAACTCCTCTCTCTCAACAATTGACTCTTTTGGTGAGAGGGAATACATGGGAACTGTAATAAAATCCAAGAAGCAACTCTATGCTCTTTCGATATATATTCCTGAATCAAATGCAAGTTTGTTTTCCCATTCTATTAAAATAATGCAAGATAAGTTCAAGTTTTCCAAGAGAGACGTTGCTTTCAAAAAAGCTGCTCCTCTAAGAAAAATTGAGTCTGTTAAGAACGATTCCAATTTTGTCTTTGATATCACGACGGCTTCACACACCTTTTTATGTAATAGCCTGCTTGCTCACAACTGCGCAGGATGGTCGCTTCGCCAGCTTTTGGACATCGGCTTTGGAGGGGTTCCTGGAAGGATTTCCGCAAAGCCGGCAAAGCACTTCAATGCGGCCTTGGGCCAGATAGTGAATTTCATGGGCACGCTTCAAAACGAGTGGGCAGGCGCCCAGGCATTTTCGGTTCATCCAAAGGAGACAATAATAATTAGGGATAAGAAAGGCGGCATAAAAGTGGTTCGCATTGGAGCCTTTTGTGATGACCTTATACAAAAGTCCAGTGGCGTTGTCAAACTTTCTAATGGCTTGGAGTATGCTGAAATGGCTGAAGAGAATTGCCAAGCCCTGTCTTTTGATTGCAAAACAGGAAAACTCGCGTGGAAGAGGATTACCAAAGCGGTAAGGCACCCAATTTCTGACCCTCTGCATTTAGTCAGAACAAACAAGGGCCCTGTTTTTGTTTCAAAGTCACACTCTGTTTTCTCACTTAATACGCATCACTATCTCAGCAAAAAGGGCGCAAACTTGTTTCACTTCATTTCAGAGAATCAGCCCCTTCACAGTTACGACTTGGGGAGCACTGGCTTGCAGCTTGGCATTAGCGCGCCTGACAAACTGGTTGGAAAACTTGTGGACGACGGCCTTGTTGAAAGCACTTTAATGAATTACGACGAAAATCCAAGCAGGCATTTTGCAGTTTATTCCCCTGAAAGTGCAAAGGAGATGTTGGTTAAACAGACAGTGGACCTAAGTCCTGCTTCAAAGGAAGTTAAGACAAGGAATGTGAATGCAAGCAACATTTGTGCCGTTTCCTCTGTTGATTTGCCACAGCAGGACAGCTTAGACCTCTTTGAATTAATCAAGGGAAACAAAACGTTGAGCGAGCTTGTTTGGGTAAAATTAACTGAAGGGCAGGTTAATGAGATAAAAAAGAACATTCGGAAGGAATGCTCGCTTGGGGCTCTTTCTCTAAAATGTGGCAAAGGTAGGGGCTATATTTGGAGTGCCTTAAAGAACAAGAAGATTTCCTTCGATTTGTTTGCAAGATTTTGTTCTGATAAAAAATGCCGGCTTGTGAACTTTAAGGAACAGCAGGGGATAGCTTCTGTGTTGAAGGGAAACAAGCTAAAGTGGTTTGTAAAGTTGGCTGCATGGTATGTCTCAGAGGGCTGGAGGGTCTACAAGCATTCACTTGGAGTGAGCCAGAAGGGTAAATACGTAAAGGAAATATTGGCTCTTGTTAAAAATCTTGGCGTTAACCACTTTGTCCAGAACTATCCCTCTGGCAAAAAGCAAATAATAATGGATGGAATAATTCCAACAGCAATTGTTTCACTTTGTGGGGAATACTGTGAAAACAAAAAAGTCCCAGAGTTCTTATTCTACTTAAAAGACGAGCTAAAATCCGATTTTATTAACGAGGTTGTGAAGGGGGATGGCTACAAAAAGGGCAACAACAAAGCCATTGTTACAACTTCAAACTTGCTTGCTACCGGGCTAAACCTGCTTGCGACAAGCTTGGGCTTCAGAACATCCATTAAAGTGAGGCACCTTGAGAATTTTGAAGAAAAAAGGCAATCAAAAACAGGGCGCTTTACAAGATATGAATTGCTCATTCACAACAAGTCAGACCCGGTGGTTCTTGGCTTTGGAGATTTTGAGTCAGCCCCAGTCTTTGAAAACAAGGAAATGGCTTCCAAAGCAGAATACGAATACGATTTAAGTGTTGAGGAAAGCGAATGCTTTGTTGGAGGCGTTGGCCTGTTTGCATTGCACAATTCGTCCTTTGACACCTACCTTGCACCTCTGGTAAAGAACGACAATTTGAGTTATGAGAGGGTAAAGCAGTCCATGCAGGAATTCATCTTTGCAATTAATGCTACGAGCAGGTGGGGCAACCAGGTTCCTTTCACAAACCTTACAATGGACTGGGTTGTTTCGGACGACCTGAAGGATGTTCCAGTTCTCTTGGGTGGAAAGGACCAGGACAGCACTTATTCTGATTACAAGGATGAAATGGACCTAATAAACAAGGCATTTATTGAGGTAATGCTGGAAGGGGACTCTGACCACAGGGTGTTCACCTTTCCGATTCCGACCTACAATGTGACAAGGGATTTTGACTGGGATTCTGAGAATGCCCAAAAGTTGTTTGAGATGACCGCCAAGTACGGCATTCCATACTTCCAGAACTTTATCAACAGCAGCCTGAAGCCAAGTGATGTGAGGAGCATGTGCTGCAGGCTCCAACTGAACGTGAAGGAGCTGATGCAGAAGACAGGTGGTTTGTTTGGCTCGGGGGAAAAAACCGGAAGCATTGGCGTTGTGACAATAAACATGCCAAAGCTTGGCTTTTTGGCCAGGGATGAGGCAGACTTCTTTGAAAAGCTTGACAATTTGCTTTACCTTGCAAAGGAAAGCCTTGAAATTAAGCGAAAAGAGGTAAACAGGAACATGAAGAATGGTTTGCTTCCCTGGAGCAAGCGCTATTTGGGAACCCTGGATCAACACTTTTCAACCATTGGCTTGGTTGGAATGAACGAGTGCCTTGTGAACTTCATGGAAACAACCCTTGTCTCAAACGACGGCAAGAACTTTGCATTGAAGACACTTGACTTTTTCAGAAGCCGCTTGACAGATTTCCAGGATGAGACCGGCCACATCTATAACCTGGAGGCAACGCCTGCAGAGGGCACAAGCTACAGGCTTGCAAAGATTGACAGGAAGAACTACCCAGGCATAAAGTCCTCTGGCGAGGAAAACCCCTACTACACAAACTCAACACAGTTGCCTGTAAGCTACTCTGACGACATATTTGAGGTCTTGAGGCACCAGGACGAGTTGCAGTGTAAGTACACCGGGGGAACAGTTTTGCACGGCTTTTTGGGCGAGGCCATGGACTCAGGAGAAGCCTGCTCAAAGCTTGTCAAAAAGATTGCATACGGCTTCAAGATGCCCTACTACACCATTACACCAACGTTTAGCATTTGCCCGGTTCACGGCTATATCAAGGGCAAGCACGAGACATGCCCAATTCAGATAAGAGAAAAGGAGGTTTCAAAAAATGAAGAAATGCAATGTACAATGTGA
PROTEIN sequence
Length: 1601
MVQKFLENAKKRDGSLVPFNPHRIEDAIFAAAKAVGGQDRAMAKEITEKIVHRLKMRFGTRPPSVEDIQDTAEKELIESGHAKTAKAYILYRQQRSNMRDSRAFLGKISSIVDDYVQLVDWRVAENSNASYSLSGLQAHISGAVIAEYALRNIYPEEISKAHRSADFHIHDLGNGVFSGYSFYRNETVVVREKISGKLFCLALEQLFDLVDSEIVKENDFEIKYTSEFEVLDENGWTDLLRVLRHPTDKTLLSVNSENGHNLIVTEDHPFISLKQEKAFFECDECGTKDIFKNRSNKNGFDHYKCKQCNATFKKPIESLVNSRRELPAGELGLGNYALTPAFSLKEGKKSSLNASDGWFIGFFVAEGYFKDKHYIYFDLNSQSSETHKLLEYLSRVNLNDLSLELRELFNQIRPYSENKNFPTEFLNYSGEFIGGMVSGVIDGDGIVRNDDAWVSRAVVRLTSKTLLSQMQFWLHSRGINSSLSTIDSFGEREYMGTVIKSKKQLYALSIYIPESNASLFSHSIKIMQDKFKFSKRDVAFKKAAPLRKIESVKNDSNFVFDITTASHTFLCNSLLAHNCAGWSLRQLLDIGFGGVPGRISAKPAKHFNAALGQIVNFMGTLQNEWAGAQAFSVHPKETIIIRDKKGGIKVVRIGAFCDDLIQKSSGVVKLSNGLEYAEMAEENCQALSFDCKTGKLAWKRITKAVRHPISDPLHLVRTNKGPVFVSKSHSVFSLNTHHYLSKKGANLFHFISENQPLHSYDLGSTGLQLGISAPDKLVGKLVDDGLVESTLMNYDENPSRHFAVYSPESAKEMLVKQTVDLSPASKEVKTRNVNASNICAVSSVDLPQQDSLDLFELIKGNKTLSELVWVKLTEGQVNEIKKNIRKECSLGALSLKCGKGRGYIWSALKNKKISFDLFARFCSDKKCRLVNFKEQQGIASVLKGNKLKWFVKLAAWYVSEGWRVYKHSLGVSQKGKYVKEILALVKNLGVNHFVQNYPSGKKQIIMDGIIPTAIVSLCGEYCENKKVPEFLFYLKDELKSDFINEVVKGDGYKKGNNKAIVTTSNLLATGLNLLATSLGFRTSIKVRHLENFEEKRQSKTGRFTRYELLIHNKSDPVVLGFGDFESAPVFENKEMASKAEYEYDLSVEESECFVGGVGLFALHNSSFDTYLAPLVKNDNLSYERVKQSMQEFIFAINATSRWGNQVPFTNLTMDWVVSDDLKDVPVLLGGKDQDSTYSDYKDEMDLINKAFIEVMLEGDSDHRVFTFPIPTYNVTRDFDWDSENAQKLFEMTAKYGIPYFQNFINSSLKPSDVRSMCCRLQLNVKELMQKTGGLFGSGEKTGSIGVVTINMPKLGFLARDEADFFEKLDNLLYLAKESLEIKRKEVNRNMKNGLLPWSKRYLGTLDQHFSTIGLVGMNECLVNFMETTLVSNDGKNFALKTLDFFRSRLTDFQDETGHIYNLEATPAEGTSYRLAKIDRKNYPGIKSSGEENPYYTNSTQLPVSYSDDIFEVLRHQDELQCKYTGGTVLHGFLGEAMDSGEACSKLVKKIAYGFKMPYYTITPTFSICPVHGYIKGKHETCPIQIREKEVSKNEEMQCTM*