Caloramator sp. E03: FDN13_08795 Help Entry FDN13_08795       CDS       T05994                                  Name (GenBank) TSCPD domain-containing protein   KO K00525   ribonucleoside-diphosphate reductase alpha chain [EC:1.17.4.1] Organism cale  Caloramator sp. E03 Pathway cale00230   Purine metabolism cale00240   Pyrimidine metabolism cale01100   Metabolic pathways cale01232   Nucleotide metabolism Brite KEGG Orthology (KO) [BR:cale00001]  09100 Metabolism   09104 Nucleotide metabolism    00230 Purine metabolism     FDN13_08795    00240 Pyrimidine metabolism     FDN13_08795  09180 Brite Hierarchies   09182 Protein families: genetic information processing    03400 DNA repair and recombination proteins [BR:cale03400]     FDN13_08795 Enzymes [BR:cale01000]  1. Oxidoreductases   1.17  Acting on CH or CH2 groups    1.17.4  With a disulfide as acceptor     1.17.4.1  ribonucleoside-diphosphate reductase      FDN13_08795 DNA repair and recombination proteins [BR:cale03400]  Prokaryotic type   Other factors with a suspected DNA repair function    Modulation of nucleotide pools     FDN13_08795 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Ribonuc_red_lgC Ribonuc_red_lgN LAGLIDADG_3 Intein_splicing TSCPD Hint_2 Prok-RING_1 Zn_ribbon_3 RNR-II_ins_dom IBR Motif Other DBs NCBI-ProteinID:  QCX33782 UniProt:  A0A5B7TH36 LinkDB All DBs Position 1784989..1788366 Genome browser AA seq 1125 aa AA seqDB search MELSENALKVLNKRYLAKDEKGNIIETPEEMFKRVAKAVAKADEIYDKDADVIATEKKFY DLMTSLRFIPNSPTLMNAGRPLGQLSACFVLPIEDSMDGIFDSVKNAALIHKSGGGTGFS FSRLRPKGSTVKTTGGVASGPVSFLKVFNSATEAVKQGGTRRGANMAILRVDHPDILEFI KCKEDNSEITNFNISIGITEKFMEAVFKGEDYELIDPHTKAIAGKLNAKEVFDTIVKMAW RNGEPGIVFLDRMNKDNPTPALGEIESTNPCFHPDTLISTEEGLVRIEDLYKKYGNNMFN IITDNRVIKDKISQNVKDYYENGVTLRPAKVYKTGIKKTIEIILHSGQTLKVTPEHKIMT SLGWKEACKLSIGDEVLIQSSKGFFKYDDKIGEELGLFLGWLSGDGWLTSDEKVLGMVFA EYEEYILRKMQSIALKYGAGEGIINKRENGTWQILFKRKEFVNAIKSLGFEAKKAHEKRV PKSIFTASKNTVAAYINGLFSSDGTVNFVDDNHRDIRLSSTSIELLRDVQLLLLNLGIYS NIYNRTKSHPSNFEYITKDGEKRVYESKEYYELIITRNNICSFCEEMKDLIQKEKNEKLI SINRPSRKNTYYTTKVEEIKESETIEVYDINEPVTNSLVANGVVVHNCGEQPLLPYESCN LGSINLVKMLKLKDGKYEVDYELLEKTIHDAVHFLDNVIDINKYPLPEIEKRTKLTRKIG LGVMGFADMLIMLKIPYNSQEAVDFADKLMGFIDEKSKDASRQLAEKRGAFPAFYDSIYK DEKPIRNATTTTIAPTGTISIIAGVSSGIEPLFAVAFVRNVMDNDKLTEVHPYFEKIIKY RGIYSKELMLKVAEHGTPSHIKEIPEDIKRIFVTAHDVSPIWHIRMQAAFQKHTDNAVSK TVNFKNEATVEDVRQVYILAYKLGCKGVTIYRDGSREGQVLNVGTKDLNKDAEKEKSAPR QRPQITRGITEKVRVGCGNLYITVNYDDNGICEVFTNVGKAGGCPSQSEATARLISIALR SGMSPLEIIEQLKGIRCHSTLRQRANNSDIKVLSCPDAIARTIEKLMNLNQTEKEIDLDE TTDLAELIPRMDTKVEKISCPECGNSITHQDGCVICPNCGYSKCG NT seq 3378 nt NT seq  +upstreamnt  +downstreamnt atggagcttagcgaaaatgcattaaaagttttaaataaaaggtacctagcaaaggatgaa aagggaaatataatagaaactcctgaggagatgtttaaaagggttgcaaaagctgttgca aaggcagatgaaatatatgataaagatgctgatgttattgctacagaaaaaaagttctat gatttaatgacttcattaaggtttattcctaattccccaacccttatgaatgcagggcgt cctttggggcagctctctgcctgttttgttcttccaattgaggattcgatggatggtata tttgattcggttaaaaacgcagcacttatacataaatcaggagggggaacgggttttagc ttttcaaggctaaggcctaaaggctcaactgttaaaacaacaggaggagtagcttcaggt cctgttagctttttaaaggtatttaattctgcaacggaggctgtaaagcaggggggcaca agaagaggggcaaatatggcaatacttcgtgttgaccatccagatattttagagtttata aaatgcaaagaggataatagtgagataacaaattttaatattagcattggaattactgaa aaatttatggaagctgtttttaaaggtgaggattatgagcttatagatcctcatactaaa gctatagcaggaaagctaaatgcaaaggaagtttttgatacaatagtaaaaatggcttgg agaaatggtgaacctggaatagtttttttagacaggatgaacaaagataatccaactcca gctttaggagaaattgaaagcactaatccctgttttcatcctgatactttaatatcaaca gaggaagggcttgtaaggattgaagacctttataaaaagtatggcaacaatatgttcaat attataaccgacaatagggttataaaagataaaataagtcaaaatgtaaaagattattat gaaaatggtgtaactttaagacctgcaaaggtttacaaaactggaataaaaaagactata gaaataatccttcatagtggtcaaactttaaaagtaacgccagaacataaaattatgaca tctttgggctggaaagaggcatgtaagctctcaataggtgatgaggttcttatccaatct tcaaagggattttttaaatatgatgataaaataggagaggagcttgggctatttttagga tggctctcaggagatggatggcttacatctgatgaaaaagtgcttggaatggtttttgct gaatatgaagaatatatacttagaaagatgcaaagcattgcattaaagtatggtgctggt gaaggaataataaataagcgtgagaatggaacatggcagattttatttaaacgaaaggaa tttgtaaatgctataaaaagcttaggatttgaagcaaaaaaagcccatgaaaagagagta ccaaaatcaatatttacagcttcaaaaaatactgttgcagcatacataaatggacttttc agttccgatggaacggttaattttgttgacgataatcatagagatataaggcttagctct acttcaatagagcttttaagggatgtacagttactacttttaaatttaggtatttattca aatatatataatagaacaaaatcccacccatcaaattttgaatatataacaaaggatgga gaaaagagagtttatgaaagcaaggaatattatgagctaataattacacgcaacaatata tgttccttctgtgaggaaatgaaggatttaatacagaaagaaaaaaatgagaaactaatt agtataaatagaccttcaagaaaaaatacttactatactacaaaagtagaagagattaaa gaatctgaaactattgaggtttatgatataaatgaaccggttacgaattctcttgtagca aatggggttgttgttcataattgtggtgagcagcctctgctgccctatgaaagctgcaac cttggttctataaaccttgttaaaatgcttaaactaaaagatggaaaatatgaggttgat tatgaacttcttgaaaaaactattcatgatgctgttcattttcttgataatgttattgat ataaataaatatcctctacctgaaatagaaaaaagaacaaagcttacaagaaagattgga cttggggttatgggatttgctgatatgcttataatgcttaaaataccttataattctcag gaggctgtagattttgcagataaattgatgggttttatagatgaaaaatcaaaagatgca agcaggcagcttgcagaaaaaagaggtgcctttccagccttttatgatagcatatataaa gatgaaaagcccataagaaatgctacaacaacaactatagcaccaacaggcacaatcagc ataatagcaggggtttcatcgggcattgagcctttatttgcagttgcctttgtaagaaat gttatggataacgataaactaactgaggttcatccatattttgaaaagataataaaatat agaggcatttactctaaggaactcatgctaaaggttgcagagcatggcactccatctcat attaaagaaatacctgaggatataaaaaggatatttgtaactgctcatgatgtaagccct atatggcatataaggatgcaggcggcctttcaaaagcatacagataatgcagtttcaaag acagtaaactttaaaaatgaagcaacagttgaagatgtaaggcaggtctatatacttgca tacaaacttggatgcaaaggggttactatatatagagatggaagcagggaaggccaggtt ttaaatgttggtactaaggatttgaataaagatgcggaaaaggaaaaatcagctccaaga caaaggcctcagataacaagaggaattacagaaaaggttagggtaggctgtggcaatctt tatataactgttaattatgacgataatggaatttgtgaggtatttactaacgttggcaaa gcaggaggatgtccttcccaatcggaagctacggcaaggctaatatctatagcccttaga agtggtatgagcccattggagattatagagcagctaaagggaataagatgtcattcaact ttaaggcaaagggctaataatagtgatatcaaggttttatcctgccctgatgcaattgca aggacaatagagaaacttatgaatttaaatcaaacggaaaaagaaatagatttggatgag acaacagatttagctgaactaataccacgaatggatacaaaagttgaaaagataagctgc cctgagtgtggaaacagcattacccatcaggatgggtgtgtaatatgccctaattgcggc tattcaaaatgtggttaa

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