Thermocrinis ruber: THERU_07945 Help Entry THERU_07945       CDS       T03001                                  Name (GenBank) pyruvate carboxylase   KO K01960   pyruvate carboxylase subunit B [EC:6.4.1.1] Organism trd  Thermocrinis ruber Pathway trd00020   Citrate cycle (TCA cycle) trd00620   Pyruvate metabolism trd00720   Other carbon fixation pathways trd01100   Metabolic pathways trd01120   Microbial metabolism in diverse environments trd01200   Carbon metabolism trd01230   Biosynthesis of amino acids Brite KEGG Orthology (KO) [BR:trd00001]  09100 Metabolism   09101 Carbohydrate metabolism    00020 Citrate cycle (TCA cycle)     THERU_07945    00620 Pyruvate metabolism     THERU_07945   09102 Energy metabolism    00720 Other carbon fixation pathways     THERU_07945 Enzymes [BR:trd01000]  6. Ligases   6.4  Forming carbon-carbon bonds    6.4.1  Ligases that form carbon-carbon bonds (only sub-subclass identified to date)     6.4.1.1  pyruvate carboxylase      THERU_07945 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  PYC_OADA Biotin_lipoyl HMGL-like BSH_RND BSH_YknX BSH_CzcB BSH_CusB GCV_H BSH_Fcp1 RnfC_N NQRA_N BSH_YhbJ S-methyl_trans PTS_EIIA_1 TGT BSH_LcnD Motif Other DBs NCBI-ProteinID:  AHE96626 UniProt:  W0DE44 LinkDB All DBs Position complement(1425618..1427456) Genome browser AA seq 612 aa AA seqDB search MRKIEITDVSLRDGIQSLLATRVRTEDMLDIVEILDKCGFYSLEVWGGATFDVCLRFLKE DPWERLRKFKERAKNTKLEMLLRGQNLVGYRHYPDDVVEAFVKKAYDNGIEVFRIFDALN DTRNLRKAIETAKKVGAIVKGVLSYTISPVHTVEYYVEIARQLVDMGIDIISIKDQAGIL SPKVSYELVKALKSEFPKYPVHLHTQTSANLAEMAQLKGIEAGADMIDTAFYSLSSQTSH PAGEIMIYVLREFGYQVDVDEKLYQKAGDLFVQVRKKYKKFDVLPPYPDVGVLLHQIPGG MITNFISQLREQGMEEKLPDVLEEVVRVREDLGYPPLVTPTSQIVGSQAFLNVLHGERYK VVTKEVKDYVKGLYGRPPAPIKEEVLRKVLGDEEPLYHIRPADLLEPELERIREEAIKAG AKSEEDVLSYALFPLVAKEFFEWREKGEPYVPELEEKEEKRENIPVEFVITVHGEQYHVQ IAGRGEPTQDGRTFFIRLDGRLEEVLLKPVRELSPTEVVSGDLSSLGTEVKPKRSKPVAL GDVASPISGKIVNIKVKPGDEVKEGDVLFVVEAMKMENEVHSPISGVVEEVLAQVGETVN PDEVVVRIKPKT NT seq 1839 nt NT seq  +upstreamnt  +downstreamnt atgaggaagatagaaatcaccgatgtatccctaagagatggcattcagtccctccttgcc acaagggtaaggacggaggatatgctggatatcgttgaaatccttgataagtgcggtttt tactccttagaggtttggggtggagccacctttgatgtgtgcttgaggtttctaaaggaa gacccttgggaaaggctcaggaagttcaaagagagggctaaaaacactaaactggaaatg cttttgagaggtcaaaatttggtaggctacagacactatccggatgacgtggtggaagcc tttgtgaaaaaagcttacgacaatggtatagaagtttttaggatttttgatgcccttaac gataccagaaacctaaggaaggcaatagaaactgccaagaaggtgggtgccattgttaag ggggttctctcttataccataagccctgtgcatacggtggaatactatgtggagatagcc cggcagttggtagatatgggcatagacataatatccataaaggaccaggcggggatttta tctccaaaggtctcttatgaacttgtgaaagccctgaaatctgaatttcccaaatatccg gttcaccttcatacccaaaccagtgccaacttggcagagatggcacagctgaaaggcata gaggctggcgcagacatgatagacactgccttttactccctctcttcccagacctcccac cctgcgggagagatcatgatatatgtgctaagggagtttggctaccaagtggatgtggat gaaaagctgtaccaaaaggctggagacctatttgttcaagtaaggaagaaatacaaaaag tttgatgttttgccaccatacccagatgtgggtgttcttttgcatcaaattccgggcggt atgatcaccaatttcataagccagcttagggaacagggaatggaagaaaaactcccagat gttttggaggaggtggtccgggttcgggaggaccttggctatccacctttggtaacgccc accagccagatcgtgggctctcaagccttcctgaatgtgctccatggagaaagatacaag gttgttactaaggaagtcaaagactatgtgaaaggtctttatggcagaccgcccgcaccc ataaaggaggaggttctaaggaaggttttgggtgatgaggagcctttgtatcacataaga cccgcagaccttttggagcctgagctggaaaggatcagagaagaagccataaaggcggga gcaaagagcgaagaggatgtgctctcttatgccctcttcccattggtggcaaaggagttc tttgagtggagagaaaagggagagccttacgtgcccgaactggaggagaaggaagaaaag agggaaaacatcccggtggagtttgtaatcaccgtccatggagagcagtaccatgtgcag atagcgggaaggggtgagcccacccaagatggaaggaccttctttataaggctggacggc aggttagaagaggtgctacttaaacccgtcagggagctcagcccaacggaggtagttagc ggagacctttcaagccttggcacagaggtaaaacccaagaggtccaagccggtagccttg ggggatgtggcatctcccatatcgggcaaaatagtcaatataaaggtcaagccgggggat gaggtgaaagagggggatgtgctctttgtagttgaggctatgaagatggagaacgaagtg cattcacccataagtggagttgtggaggaggttctggcacaggtgggcgaaacggtcaat ccagatgaggtggttgttaggatcaaacccaaaacatga

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