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sw_11_scaffold_64_18

Organism: SW_11_UNK

megabin RP 48 / 55 MC: 40 BSCG 43 / 51 MC: 37 ASCG 38 / 38 MC: 38
Location: 19123..25275

Top 3 Functional Annotations

View all annotations
Value Algorithm Source
ribonucleoside-diphosphate reductase (EC:1.17.4.1) similarity KEGG
DB: KEGG
  • Identity: 34.7
  • Coverage: 999.99
  • Bit_score: 529
  • Evalue 5.90e-147
Ribonucleoside-diphosphate reductase {ECO:0000256|RuleBase:RU003410}; EC=1.17.4.1 {ECO:0000256|RuleBase:RU003410};; TaxID=547559 species="Archaea; Euryarchaeota; Halobacteria; Natrialbales; Natrialbac similarity UNIPROT
DB: UniProtKB
  • Identity: 34.7
  • Coverage: 999.99
  • Bit_score: 529
  • Evalue 3.00e-146
Ribonucleoside-diphosphate reductase n=1 Tax=Natrialba magadii (strain ATCC 43099 / DSM 3394 / NCIMB 2190 / MS3) RepID=D3SVT9_NATMM similarity UNIREF
DB: UNIREF100
  • Identity: 34.7
  • Coverage: 999.99
  • Bit_score: 529
  • Evalue 2.10e-146

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Taxonomy

Natrialba magadii → Natrialba → Natrialbales → Halobacteria → Euryarchaeota → Archaea

Sequences

DNA sequence
Length: 6153
ATGAGCGACAAAGTAACAGAGTATTTCAATGGGTCATTTTTGCCGTCTGACGTCTGGAAAGAAAAGTACCAGCTTACTACAATAGACGGCGAACCGAAGGAGGAGACTCCCGAGGACATGCACAAAAGAATGGCTGAGCACTTTGGAAGAATTGAGGAAAGTTATAGGTCCGAGCGCACGTCGGTTCTGAAAAATAAACCTGAGCTACTTAGCGAGTATGGAAGGAGTAGAGACGAACTCTACGAAGATAAAGTGTTTGAGCTGTTCGATGAATTTGAGTATATTGTTCCTCAAGGGTCAATTATGTCTATGCTTGGGAATCCATATCAAGTTGGGTCTCTGAGTAACTGCATCGTTCTCCCTGATGTGGTGGATTCTTACGGTGGGATTGCATATACCGACCAGCAACTTGTGCAGTTGATGAAACGAAGATGCGTTCACGAAGATTCTTTTATTCTAACCGAAGATAATGGGTTTGTTAGAGTTTCAGATCTTGAAGAAGGAGATCGTATTCTTTCCAAAGGAGAAGGAGGAAATGAGTACAAGCGAGTTACCGATAAGTTCATTGGAGATAACCAGAAAGATAAGTATCAAATTACTCTCCAGTCGGGAACTACTCTCAATCTTCTAGAAGATCATCAAGTCTATCTTCCTGAGCAGGACCAGTATATAAAAGCAGAACACCTCTCGGAAGGTGACATCGCAAAAGTTTCAAGTTTTGATTATGACTTAACCAAATTTGATAACAATCTTTCTGATGCTGGATGGTTTACAGGATGTCATATTGGAGACGGTTCAGTTGATAGCGAAACCCGAAAATACCAAGGGCCGAGATTTCGTATTGCTGCTCAAAATAAAAACGTTGTCGATGAGTATGGTTCGATTCTAAATGGTTTTGTAGACTCAGAAAGAAGAACATCAGAAATTTCAAAGCGAGATGATTATGAGACTGACGTTTACAAGTACACACAGGCCGTCAAAGACACAGAAACTGTGCTAAATAAGTATCTTGATGGGCAGAGGGGGAGTAAGGTAACTAGTGCATCAGTTCCATCCTACGTCAGAGAAAATAATTTATATCTTCCCTTTATAGGAGGTCTTATTGATTCTGATGGATGGATCAAAGATAACGGGAGTGCTATAGTCATTAGGATTTGTGCCAAGGAGGTTATTGATGAGGTTGCGCAAGTCCTTCGATCATCTGGATTTTCTATTAATGTCACTGAAAAGCCTCTCAGAGATCGCGAAGATCATTATATTCAGGGTAAAAATGAGATATATTCACTCTATATTAGAGGTTCTTCTCGCTTTTGGAAAGAAATAGCTCCATTTATTAAACATCCGAATAAGAAGAAGATGGTGGAAAATGCTAATATAACTATTCATTCTCGAAAATATTTTATCACTTCTGAATGGAAAAGTAAGATTCTTTCGCGTTATGAATCTCTTGGGTGGGGAGAAGGTAACAATCGTTTAGCCGCAGTAATTAAAATTCTCAGGCAAGAAGATGAACTGGCAGATTCTGGTTTAAACACTCTTCTTGAAAATGAAATTATTGACGAAAAAGAGCTTCAAGAGATACGATCTCACAGAAAGATTGAAAATATCAAAAAGGTGGATAATGATGATGAATATTATGATCTCACTGTTGAGGAAAATCATAATTTTTACACTGGAAATTTTGGGCTCTGTTTGACGCATAATTGTGGTGTCGGTGTTGATGTGTCTCGGCTCCGACCTGAAGGCGCTGGCGTTAGAAATGCTGCTAGAACCTCCACTGGCGCTGTGAGCTTCATGCACAGGTTCAGTGATACAACAAATGAGGTCGCGCAGTGCATTGAAGAAACCCAGGAAGTGCTGACAAAAAATGGGTTACAGAAGATTAAAAACATTGTTATGGGCGATGAAGTTTGGACGAAGCAGGGGTGGGTTTCGGTTCAAAATACTGCCGAGAGCCTGAAAGGGGCATATCGAGTAAAAACGTCGAGAGGATATACAATTGAAACGTCTAAAGACCATGTGTTTTCTGTTTTAGATGACGACCTTATCGATAATAAAAAACTTGATGATCTGAAAGTTGGTGACAGAATCAACTTACTTGAAGGCACGCCGTCAATGCAGCAGTCTTATATTGTATTTTCGGATAAATGGGAATATGAAAAAGATTCATGGAATAACTCAAATCAGTTAAATGAAGATGTTAACATTCCCGAAGTGTTGAATGAAAAGTTTGCCTATGTCCTGGGCGTTCTCTACGGGGATGGACATGTTGAAAAATCAAATAACCGAAATGCTGGATTAAGCTGTGCTTTTCATGAAGACGATACGAAGCAGGTCAAGAAATTCTTGGACTACTTCGAGGACACTTTTCACCATAATTTTAAAAAAAGGGATCAAGATAATGATGATGCTTGTAAAAGATTCCGAATGTATAGCAGAAAAATCGTCTCGTTTCTCAATGATAATGGCTTACTGAAAGGTAAAGCCGCTAATCTATCGTTCCCAGAAAAAATCAAAGAATCTCCCGTTCCGGTTCAGGCTTCATTTGTTGCTGGATATTTTGATGCGGATGGAGATGCGGCGGGATCAAAGGCTGGTTATAGGTTTACGAGTATTGATCGGAATTTCATTGAGAACGTCCAAAAGATACTGTTTTCGCTGGGCATCACGTCTAAAATCCATGTTGAGAGGGAAGACAATGAACGTTGGAGCACAAAATATCGAATTGCTGTCGTTGGCCGCGAAGCACAAAAACGGTTTGTTGAGCTTATAGGCGAAGAAAGCGTTAAAACGGCTGAATCTGGTTTCGTGGCAAAGCGAGATTCCGTATTGACATCATATAAAGCAGAAACGCATGATATCTCTCACAATAAATATTCGTATGTTCCGGATAACTACCATTTTATGAGTACGTCATGTTTTTCTCGGCTGGCCGAAGAAAAAGACTTACCAAAAAGTTTGATCCAAGACGAAATTATAGACATTGAACATGTAGGCCGTAAAAAGATGGTTGACTTGGAGCTTGCTCAAGAACACCTCTTCTGGTGTGAAGGGTTTTACGTCCATAACTCGGGCCGAAGAGGCGCGTTGATGCTCACGCTGGACTGCCGCCATCCCGATATGACTCGGTTTGTGGAGGAAAAAGACGACCCCACTGCTATGACCGGAGCAAACATTTCCGCAAAGTGGACCGATGATTTTCTCGAAGCAGTAGAAAATAATGAAGACTATACGCTACGCTTTCCTGTTGACGCCGATCCTGAAGATGCTGATATTACCAAGGAGGTGAATGCACGAGAGCTTTTTAAAACAGCTTCTGAAAATGCCCATATTCATGGAGGAGATCCTGGCTGCATGTACATTGATCGGATGGAGGATTACTCTACCGACTGTGGATATCCCGATGTTCGAGTCGTATCAACCAACCCATGTGTGACTGGAGATACTTTAATTCCAACTGATCAGGGCCTGGTAGAAGCTAGCGTATTAGCAGAAAAAGGACCACAAAAAATTATTACTGATGAAAGAATAGATCGCAGTGAGAAATATAGAGAGACAACTGATTTGGGGGTTTATAAGACGGGAGTTAAGGATGTGTATAAAGTCGAAACAAAAGAAGGTTATGCTCTTCGACTTACAAAAAGTCATAAAATTAAAACTGATGATGGGTGGGTTGAAATTCAAAATCTGCAGAGTAATGATAAGATCCACATCAGAAAACAAACGGGTGGTTTTGGAAATCAAGGGTCTAAAGAGAAAGGCAGAGTTCTTGGTTGGTTAGTTGGAGATGGGTGTACCTCCGGAAATACTGCATATTTGGATTTTTATACTGATGAGATGCATTTGGGAAAATCTTTTGCCGATGATGTGGACCAGATTGTTCGGAGTCCCAATTCAAACAGAGAATATAAAGCTAACGCCAGAAAAGTTTCCGAAAATCAAGTAAGAATAGAATCCAATCGACTGTATGATATCGCCGAAGACGAAAAATTAGATCAAAACAAATTACAGGTTCCTCTTTCTGTTAGGACTGGCAGTAAAAATATGCAGAAAGGGTTTTTGCGATCTCTCTTTTCCGCAGATGGAAGTGTTCAAGGTTCAATTGAGAAGGGCGTTAGTGTTAGACTGGCTAGTAAAAGTTCTGCTCTCCTTTCTGAAACACAACAGTTACTTTTGAACTTTGGAATATATTCTACAATATATCGGGAGAGAAAATCTGCTGGAAGTAAATTACTTCCTAATCAAAAAGGCGGCTATTCTGAATATTATACCGAGGGATTCCACGAATTAGTAATTTCAAAAAATGATTTAATTCGATTTAGAGATAGAATTGGATTCTTGTTAAGTAGAAAGCAAGAGGAACTAGAATCTCTTCTTGACGGGTATGAGCAGGGACCATATTCTAGAAGTTTTACTGCGACTGTTAAGAATATAGAAAAAGATGGAAATGAAAAGGTCTATGATCTTACAGAGCCTGAAACTAGTTCCTTTATCGCTGATGGTTTCGTGGTTCACAATTGCGGTGAAGTGGGTATGTTCGAAAATGACTCGTGCAGGTTAATCGCAATGAACCTCATGTCAGTTGTTGAAAATCCCTTCACTGATGACGCCAGTATAGATTACGATCTACTCTACAAGATTTCTTACGAGCAACAAAGGCTTCTCGATAATCTCGTAGATCTTGAGGTTGAGGCAATTGATAAGATTATTGAAAAGGTAAAGAGTGATCCCGAAGATGCCAAGTATAAGAGAATCGAAATTGAGACGTGGGAAGGACTGAAAGAAAACGGTGAAAAGTACCGACGGACTGGTGGCGGATTTACCGCTCTCGGCGATATGCTTGCGGCATTAGGCATTGAGTACGGCTCCGAAGAGTGCGACGAGGTTCTCCACGAGGTAATGAGCACAAAGCTTGAAGGCGAGTGGGATGCGTCAACTGACCTCGCCATAGAGCGTGGAACCTTCCCTGAGTGGGACTCCCAATACGACGACACCGAGTTCTTTGATATGCTTGAAGAGGAGTTTCCAGAAATCTACGAGAGAAACATGGAGCACGGAAGAAGAAATATCTCCCTCTCAACCGTAGCTCCAACTGGAAGCGTTAGCCTTATGTCCAAAATTGAAGAGGATTTTGGGACAACAAGTGGCATTGAACCTCTTTTCTCGACAGAGAAAAACAAGGCTTGGCACATTCGAAATAAACGAGCCGACGGAAGCGAAGACTACGATTACGTAGACGAGGAAGGGAATAAATGGAAGCAATATCCTGTGTTTCATAACGGGTTTCGGATTTGGATGGAAGAAAATGGATACGAAAATCCAACTGAAAAACCCGAAGAAGAGTTAAAAGAAATCTTCAAAGAAAGTCCTTACGTCACTTCCGCTGGCCTTCACTGGAAAGATCGTCTCCGGACGCAAGGTATTGTGCAGCAGTATGTTAGCCATTCGATATCTAGCACGTTGAACCTTCCAGAAGATGCCGACGCAGAGGAGACTTATAAAATTTACAAGAATGGAAGGAAATATGGCCTAAAAGGGGCCACGATTTTCCGCAACGGATCTAAGAGGGGAGTTCTTGAAGGTGAAGATGGAGGAAGCTCGGATGAGAGCGAGATCACTTATCACGACGCTCCAGAGAGGCCCGAAGTATTGGAGGCAGATATCCATCAAGTTCGGTATAATGGTGAGCCTTGGAAGATCCTGGTCGGAAGGCTTGAGGGCAAGCCTTACGAGGTCTTCGCCATTAAAACTGGAGAAGACACGGGAATTAGGGTTCGGTTCACCGACTCCGACGACAACAAAATCGAGGAAGGTTTGATCCGAAAAACCGATAGTGGAGTCTATAACTTTGAGGCGAAAGACGGAAAGGTGGTGATCGAAGACATAGCCGAGTATGCTCCAGACGATAACGTCCGAGTTGATACTCGCCTTCTTTCCCTAAACCTCCGTCATGGAGTGAAGCCGGAATATCTTGTCAGTCAGCTTGAGAAGGCGGATGGAAGTGTCGTGTCGTTTGGTCGGGCTATTTTGAAGGCCCTCCGCAGCTACCTGGACGTTGATCCAGACGACAAGTGCCCTGAATGTGGAGAAGAAAGCCTGGCTTTCGTTGAGAGCTGCTTGAAATGCCGTACCTGCGGATGGAGCCGATGTTAA
PROTEIN sequence
Length: 2051
MSDKVTEYFNGSFLPSDVWKEKYQLTTIDGEPKEETPEDMHKRMAEHFGRIEESYRSERTSVLKNKPELLSEYGRSRDELYEDKVFELFDEFEYIVPQGSIMSMLGNPYQVGSLSNCIVLPDVVDSYGGIAYTDQQLVQLMKRRCVHEDSFILTEDNGFVRVSDLEEGDRILSKGEGGNEYKRVTDKFIGDNQKDKYQITLQSGTTLNLLEDHQVYLPEQDQYIKAEHLSEGDIAKVSSFDYDLTKFDNNLSDAGWFTGCHIGDGSVDSETRKYQGPRFRIAAQNKNVVDEYGSILNGFVDSERRTSEISKRDDYETDVYKYTQAVKDTETVLNKYLDGQRGSKVTSASVPSYVRENNLYLPFIGGLIDSDGWIKDNGSAIVIRICAKEVIDEVAQVLRSSGFSINVTEKPLRDREDHYIQGKNEIYSLYIRGSSRFWKEIAPFIKHPNKKKMVENANITIHSRKYFITSEWKSKILSRYESLGWGEGNNRLAAVIKILRQEDELADSGLNTLLENEIIDEKELQEIRSHRKIENIKKVDNDDEYYDLTVEENHNFYTGNFGLCLTHNCGVGVDVSRLRPEGAGVRNAARTSTGAVSFMHRFSDTTNEVAQCIEETQEVLTKNGLQKIKNIVMGDEVWTKQGWVSVQNTAESLKGAYRVKTSRGYTIETSKDHVFSVLDDDLIDNKKLDDLKVGDRINLLEGTPSMQQSYIVFSDKWEYEKDSWNNSNQLNEDVNIPEVLNEKFAYVLGVLYGDGHVEKSNNRNAGLSCAFHEDDTKQVKKFLDYFEDTFHHNFKKRDQDNDDACKRFRMYSRKIVSFLNDNGLLKGKAANLSFPEKIKESPVPVQASFVAGYFDADGDAAGSKAGYRFTSIDRNFIENVQKILFSLGITSKIHVEREDNERWSTKYRIAVVGREAQKRFVELIGEESVKTAESGFVAKRDSVLTSYKAETHDISHNKYSYVPDNYHFMSTSCFSRLAEEKDLPKSLIQDEIIDIEHVGRKKMVDLELAQEHLFWCEGFYVHNSGRRGALMLTLDCRHPDMTRFVEEKDDPTAMTGANISAKWTDDFLEAVENNEDYTLRFPVDADPEDADITKEVNARELFKTASENAHIHGGDPGCMYIDRMEDYSTDCGYPDVRVVSTNPCVTGDTLIPTDQGLVEASVLAEKGPQKIITDERIDRSEKYRETTDLGVYKTGVKDVYKVETKEGYALRLTKSHKIKTDDGWVEIQNLQSNDKIHIRKQTGGFGNQGSKEKGRVLGWLVGDGCTSGNTAYLDFYTDEMHLGKSFADDVDQIVRSPNSNREYKANARKVSENQVRIESNRLYDIAEDEKLDQNKLQVPLSVRTGSKNMQKGFLRSLFSADGSVQGSIEKGVSVRLASKSSALLSETQQLLLNFGIYSTIYRERKSAGSKLLPNQKGGYSEYYTEGFHELVISKNDLIRFRDRIGFLLSRKQEELESLLDGYEQGPYSRSFTATVKNIEKDGNEKVYDLTEPETSSFIADGFVVHNCGEVGMFENDSCRLIAMNLMSVVENPFTDDASIDYDLLYKISYEQQRLLDNLVDLEVEAIDKIIEKVKSDPEDAKYKRIEIETWEGLKENGEKYRRTGGGFTALGDMLAALGIEYGSEECDEVLHEVMSTKLEGEWDASTDLAIERGTFPEWDSQYDDTEFFDMLEEEFPEIYERNMEHGRRNISLSTVAPTGSVSLMSKIEEDFGTTSGIEPLFSTEKNKAWHIRNKRADGSEDYDYVDEEGNKWKQYPVFHNGFRIWMEENGYENPTEKPEEELKEIFKESPYVTSAGLHWKDRLRTQGIVQQYVSHSISSTLNLPEDADAEETYKIYKNGRKYGLKGATIFRNGSKRGVLEGEDGGSSDESEITYHDAPERPEVLEADIHQVRYNGEPWKILVGRLEGKPYEVFAIKTGEDTGIRVRFTDSDDNKIEEGLIRKTDSGVYNFEAKDGKVVIEDIAEYAPDDNVRVDTRLLSLNLRHGVKPEYLVSQLEKADGSVVSFGRAILKALRSYLDVDPDDKCPECGEESLAFVESCLKCRTCGWSRC*