Desulfobacter hydrogenophilus: EYB58_06335 Help Entry EYB58_06335       CDS       T10839                                  Name (GenBank) pyruvate carboxylase   KO K01958   pyruvate carboxylase [EC:6.4.1.1] Organism dhg  Desulfobacter hydrogenophilus Pathway dhg00020   Citrate cycle (TCA cycle) dhg00620   Pyruvate metabolism dhg00720   Other carbon fixation pathways dhg01100   Metabolic pathways dhg01120   Microbial metabolism in diverse environments dhg01200   Carbon metabolism dhg01230   Biosynthesis of amino acids Brite KEGG Orthology (KO) [BR:dhg00001]  09100 Metabolism   09101 Carbohydrate metabolism    00020 Citrate cycle (TCA cycle)     EYB58_06335    00620 Pyruvate metabolism     EYB58_06335   09102 Energy metabolism    00720 Other carbon fixation pathways     EYB58_06335 Enzymes [BR:dhg01000]  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      EYB58_06335 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  PYC_OADA CPSase_L_D2 Biotin_carb_N Biotin_carb_C HMGL-like Biotin_lipoyl Biotin_lipoyl_2 Dala_Dala_lig_C ATP-grasp TNP-like_GBD ATPgrasp_Ter Motif Other DBs NCBI-ProteinID:  QBH12566 LinkDB All DBs Position complement(1468422..1471889) Genome browser AA seq 1155 aa AA seqDB search MDVMGKKIKRLLIANRSEIAIRVTRAAHELGIDTIGIYAQEDRFALHRFKTGESYLIGEG KGPIEAYLDIEGIVQLAKEKNVDAIHPGYGFLAEKPEFAEACAEAGIIFVGPSPDVMRKL GNKVSARKVAIEAGAPVVPASGPLPYDDEKIIEIAEEIGYPIMLKASWGGGGRGMRAVES SDEVLIQVDSARKESSAAFGSDEVYFEKLVRKARHLEVQVLGDSHGNLIHLFERDCSVQR RNQKVVERAPASFLSDEKRQELCNAGLAIAKTVAYESAGTVEFLMDMDTEKFYFMEVNPR IQVEHTVTEEVTGVDIVKAQLKIAQGMLIGDPGSLIPTQENVRLKGHAIQCRITTEDPEN NFIPDYGRITAYRAAAGFGIRLDAGTAYSGAIVTRHFDSLLTKVTAWGGNEEEARLKMHR ALTEFRILGVATNLQFLESLIRHPTFVNAEYTTKFIDETKELFTFSKRRDRATRLLSFLG DVIINGNEDVKNRPVPAAHVHQPSIPKFTAQQAQPGLKQLLDKEGPQAVADWMKAQDKLL ITDKTMRDAHQSLLATRVRSFDLLNIAPAYAALLPDLFSVECWGGATFDVAMRFSKECPW ERLQGLRERMPNLLTQMLLRASNGVGYTNYPDNVITYFVKQAAENGMDLFRVFDSLNWVE NMRLAMDAVLENNKICEASICYTGDILDPNRTKYSLKYYVDMAKELEKAGAHILAIKDMA GLLKPAAAKVLVEALKNEVGLPIHLHSHDTSGIAAATLLAAADAGVDAVDCAVDSMSGLT SHPNLGSIAAALKNTPRDTGLNPESLALVSNYWEKVRQMYIGFESEFHSGTSEVYLHEMP GGQYTNLRQQARALGIEERWPEVAKVYRDVNDMFGDIVKVTPSSKVVGDMALSMITSGIT KEDVLNPEKEISFPESVVTFFKGMMGQPPGGFPKALQKKILKGEEPITVRPGQLLEPVDM DQERAQAEKLVERKISDCELASYFMYPDVFVDYMKHRRTYGNVSVLPTLNFFYGMKREEE LFVDIASGKTLIIRFMAKGKADEEGNREVYFELNGQSRIVKVPDRSKVPERAPREKANPA NLGDVGSPMPGLISAVCVSEGQEIERGDVLVTIEAMKMQTNVVSDVPGVVERIATSVGTQ VEAKDLLVVIKQADE NT seq 3468 nt NT seq  +upstreamnt  +downstreamnt atggatgttatgggaaaaaaaatcaagcgtctcttgattgccaaccgtagtgagatagcg atccgtgtaacacgtgctgcacatgagcttgggatagacacgattggcatctacgcccag gaggacaggtttgcacttcatcggtttaagaccggggaaagttatttaatcggggaagga aaaggccccattgaagcctatctggatattgaaggcattgttcaacttgcaaaagaaaaa aatgtagatgccatccaccccggatacggatttcttgcagaaaagccggagtttgctgag gcgtgtgccgaagccggtattatatttgtcgggccctccccggatgtcatgcgcaaactt ggaaacaaggtgtctgcccgcaaggtggctatagaggcgggagctcctgttgttccggcc agcggtccactaccttatgatgatgaaaagatcattgagatcgcagaagagatcggctat ccgattatgttgaaagccagctggggcggtggtggcagaggcatgcgggccgtggaaagc agcgatgaggttttaatccaggttgattccgctcgtaaggaatccagcgcagctttcggc agtgatgaagtttattttgaaaaacttgtcagaaaggccagacatcttgaggttcaggtg cttggggattcccatggcaatctcattcatctgttcgaacgtgactgttctgttcaaaga agaaatcaaaaggttgttgaaagggcaccggctagctttctttccgatgaaaaacgccag gagttgtgcaatgcaggtctggccattgccaaaaccgtagcatatgaaagtgccggaacc gttgagttcttaatggatatggacactgaaaagttctacttcatggaagtcaacccaaga atccaggtagagcatacggtaacagaggaagtcaccggggttgacattgtcaaggcacaa ttaaaaattgcccagggcatgctgattggggatcctggaagccttatccccacccaggag aatgtccgactcaaaggccatgccatccaatgccgtatcaccacggaagatccggaaaac aactttatccccgattatggaagaattacagcctatcgggcagcagccggattcggcatt cgtctggatgccggaaccgcttattccggggccatcgttacccgccattttgattccctg ttgacaaaagtaaccgcgtggggcggaaatgaagaagaagcacgtttgaaaatgcatcgt gccttaacggaatttagaatcttaggcgttgccacaaacctgcagtttctggaaagcctg attcgccatccaacctttgtaaatgccgaatataccactaagtttatcgatgagacaaaa gagcttttcacttttagcaagagacgcgaccgggcaacccggcttctttcattccttggt gatgtaattatcaacgggaatgaagacgttaaaaacagacccgttccggcagcacatgtg caccaaccttccatacctaaatttactgcccagcaggcccagccgggactcaaacaattg ctggacaaagaaggtccccaggccgttgcagattggatgaaagcccaggacaaactgctg atcacggataagaccatgcgtgatgcccatcaatcccttcttgcgacccgggtgagaagt tttgatcttctgaacattgcaccagcctatgccgctctgttgcctgacctgttttcagta gagtgctggggtggggcaacctttgatgtggccatgcggttctccaaagagtgcccctgg gaaaggcttcaagggctgcgtgaacgtatgcccaatcttttgacgcagatgttgctcaga gcgtccaacggggttggatataccaattatccggacaatgttattacctactttgttaaa caggcggctgaaaacggtatggatctttttcgtgtttttgattcccttaactgggttgaa aacatgcgactggccatggatgcggtgttggaaaacaataaaatctgtgaagcgtccatc tgttataccggtgatattcttgaccccaacagaaccaagtatagcctgaaatactatgtt gatatggcaaaagagctggaaaaagccggtgcccatatcctggcgattaaggatatggca ggattgttaaagccggctgccgcaaaagtgctcgtcgaagccttgaagaatgaagtgggt ctgcccattcaccttcacagccacgataccagcggcattgctgcggcgacactgcttgca gcagcagatgcaggtgttgatgccgttgattgtgccgttgattccatgagcgggttgacc tcacatcccaatttaggttccattgccgccgcgcttaaaaatacgccgcgggataccggc ctgaatccggagtctctggctttggtttccaactactgggaaaaagtaaggcagatgtac attggttttgaaagtgaatttcacagcggaacttctgaggtgtatctgcatgaaatgccg ggtgggcaatataccaatctgcgccagcaggccagagctctgggcattgaagagagatgg cctgaagtggcaaaggtgtatagagatgtaaatgacatgtttggcgatattgtaaaagtg acgccaagttccaaagtggttggagacatggctttgtccatgattaccagcggtatcacc aaagaagatgttctgaatccggaaaaagaaatctcttttcctgaatccgttgttaccttt tttaaaggcatgatggggcagcctcccggaggatttccaaaggcgttgcagaaaaagata ttgaaaggcgaagaacccattacggttcgtccgggacaactgcttgagcctgttgacatg gaccaggagcgtgcccaagccgaaaagctggtagagagaaaaatttccgactgcgaactt gcttcctattttatgtacccggacgtatttgttgattacatgaaacatcgtaggacctat ggaaatgtaagtgttctgccaaccttaaattttttctatggaatgaaacgggaagaggag ctattcgttgatatcgcatccggaaaaacccttattattcgtttcatggccaagggaaag gctgatgaagaaggaaatagagaggtctattttgaacttaacggccaatcccggattgtt aaagtgcctgatcgctccaaagtaccggaaagagcaccacgcgaaaaagccaacccggca aatctgggtgacgttggatcacccatgccgggtctgatctctgccgtttgcgtttcagaa ggtcaggaaatcgaacgtggtgatgttctggtaaccatcgaagcaatgaaaatgcagacc aatgtcgtttccgatgtccccggtgttgtggaacgaatcgccacatccgtgggaacacag gttgaggcaaaggatctgctggttgttattaagcaggcagacgagtaa

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