Caloramator sp. E03: FDN13_10945 Help Entry FDN13_10945       CDS       T05994                                  Name (GenBank) pyruvate carboxylase   KO K01958   pyruvate carboxylase [EC:6.4.1.1] Organism cale  Caloramator sp. E03 Pathway cale00020   Citrate cycle (TCA cycle) cale00620   Pyruvate metabolism cale00720   Other carbon fixation pathways cale01100   Metabolic pathways cale01120   Microbial metabolism in diverse environments cale01200   Carbon metabolism cale01230   Biosynthesis of amino acids Brite KEGG Orthology (KO) [BR:cale00001]  09100 Metabolism   09101 Carbohydrate metabolism    00020 Citrate cycle (TCA cycle)     FDN13_10945    00620 Pyruvate metabolism     FDN13_10945   09102 Energy metabolism    00720 Other carbon fixation pathways     FDN13_10945 Enzymes [BR:cale01000]  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      FDN13_10945 SSDB OrthologParalogGFIT Motif Pfam:  PYC_OADA CPSase_L_D2 Biotin_carb_N Biotin_carb_C HMGL-like Biotin_lipoyl Dala_Dala_lig_C BSH_RND ATP-grasp ATP-grasp_4 ATP-grasp_LDMS ATP-grasp_3 BSH_YhbJ BSH_CzcB BSH_CusB GARS_A BSH_YknX ATPgrasp_ST ATP-grasp_5 RnfC_N BSH_ALG44 Motif Other DBs NCBI-ProteinID:  QCX34845 LinkDB All DBs Position 2274045..2277473 Genome browser AA seq 1142 aa AA seqDB search MKKFKRVLVANRGEIAIRIFRACHELGIRTVAIYSNEDKCALFRTKADESYLIGQNKGPI EAYLSIDEIINLAIKKGVDAIHPGYGFLSENPEFARKCEEAGIEFIGPTADMMDKLGDKI KCKLVAKAAGVPTIPGVEKPITSEEKAIEFARQCGYPVMLKAAAGGGGRGMRIVRSEDEL INAFNSARSEAKKAFGIDDIFIEKYLEGPKHIEVQILGDKYGNIVHLYERDCSIQRRHQK LIEYTPAFSLPKEKRDEICSDALKIAKAVGYRSAGTLEFLVDKYGNHYFIEMNPRIQVEH TVTEMVTGIDIVQSQILIAQGYPLHSKEIGIASQEDIKVNGYSIQCRITTEDPSNSFAPD TGKIDVYRTGSGFGIRLDGGNGFTGSIITPYYDSLLVKIISHSRTFEDAVRKAVRSIKET TISGVKTNSAFLINVLTHEKFLKGDCDTSFISQNPQLLDVRPREDKELKILKFIGDKVVN ETKGVKKEFDVPVVPNVERPQNQIGTKQILDEKGPMGVVEWIKSQNKLLLTDTTMRDAHQ SLMATRLRTVDMLKIAKATSVLAGDLFSLEMWGGATFDVSYRFLKESPWERLEKLRAKIP NILFQMLLRGSNAVGYKNYPDNVIREFVKESARSGIDVFRIFDSLNWLKGMEVALDEVLK TGKIAEVCMCYTGDILDEKRDKYTLEYYIKMAKEIEKMGAHILGIKDMAALLKPHAAYKL IKALKEEISIPIHLHTHDTSGNGVATVLLAAEAGVDIADCAFNSMSGLTSQPALNSIVAA LKNTKRDTGINLDDIQVICDYWNDVRPVYMQFESGLKSSAAEIYKYEIPGGQYSNLKPQV ESFGLGHKFHEIKEMYKKVNDMLGDIVKVTPSSKVVGDLAIFMVKNDLTPENICEKAKDM AFPDSVVDYFKGMMGQPQWGFPKELQEIVLKGEKPITCRPGELLEPEDFDKIKNLLKEKF NIEPTMKDALSYALYPKVFEEYLKYVREFGDLSRIGSDIFFHGLYEGETCEVEIAEGKVL VIKLLEIGKIDSEGLRTVAFEVNGNRREIKIKDKAISAKSEIKTVEMADPENKFEIGASI PGTVLKLLVKEGEDVKKNQTIMVIEAMKMETNITAPFDAKIESIKVKEGQQVRTGELLVV LK NT seq 3429 nt NT seq  +upstreamnt  +downstreamnt attaaaaaattcaagagggttcttgttgcaaacagaggagaaattgcaataagaatattc agagcttgtcatgaacttggcataagaacagttgcaatatactctaatgaagataaatgt gctctttttagaacaaaggctgatgaatcatatcttataggacaaaacaaggggcctatt gaggcctaccttagcatagatgagataataaaccttgcaataaaaaaaggcgttgatgct atacacccaggctatggttttttatctgaaaatcctgaatttgcaagaaaatgtgaagaa gcaggaatagaatttataggacctaccgctgatatgatggataaacttggggataagata aagtgtaaattagttgcaaaagctgcaggggttcctacaattccaggcgttgaaaagcct ataacatcagaggaaaaagccatagaatttgcaagacagtgtggataccctgtaatgcta aaggctgcagctggcggtggaggcaggggtatgagaattgtaaggagtgaggatgagctt attaatgcttttaatagtgcaagaagtgaggcaaaaaaagcctttggaattgatgatata tttattgaaaaataccttgaggggccaaaacatatagaagtacagattcttggagataaa tatggaaacatagtacatctatatgagagggactgctcgatacaaagaaggcaccaaaag ctaatagaatatacgcctgccttttcacttcctaaggaaaagagggatgaaatatgctct gatgcattaaaaattgcaaaagctgttggctatagaagtgctggtacgctagaatttctt gttgacaaatacggaaatcactactttattgaaatgaacccaagaatacaggttgagcat acagtaactgagatggtaacaggaatagatatagttcagagccagatattaatagctcag ggttatcctttacattcaaaagaaataggaatagcatctcaagaggacataaaagttaat ggatattcaatacaatgcagaattacaacagaggatccttcaaacagctttgcacctgat acaggtaaaatagatgtatatagaactggctccggattcggaataaggcttgatggagga aacggttttacaggctctattataaccccatattatgacagccttcttgtaaagataata tcccactcaagaacctttgaggatgcagtaagaaaggcagtacgttcaattaaggagacg actattagtggggttaaaactaattcggcctttttaataaatgtactgacccatgaaaag ttcttaaaaggtgattgcgatacttcctttatctctcaaaacccacagctccttgatgta agaccaagagaagataaagaacttaaaatattaaaatttattggggataaagttgtaaat gaaacaaaaggtgttaaaaaagaatttgatgttccggtagttccaaatgttgaaaggcct caaaatcaaataggcactaagcagatactcgatgaaaaaggtccaatgggcgttgttgaa tggataaaatctcaaaataagcttttattaactgatacaactatgagggacgcccatcag tcccttatggcaacaaggctaagaacagtagatatgctaaaaatagcaaaggcaacttca gtccttgcaggagatcttttctctcttgagatgtggggcggtgctacttttgatgtttcc tacagatttttaaaagagtcgccttgggagaggctcgaaaagctaagagcaaagattcca aatatattattccaaatgcttcttagaggttcaaatgcagtaggatacaaaaactaccca gataacgttataagggaatttgtaaaagaatctgcaagaagtgggatagacgtatttaga atatttgattcattaaactggctaaaaggtatggaagtagctttagacgaggttttaaaa acaggtaaaatagctgaagtttgtatgtgttatactggggatatacttgatgaaaaaaga gataagtatacattggaatattatataaagatggcaaaggaaatagagaagatgggtgcc catatacttggaataaaggatatggcagcacttttaaagccccatgcagcatataaacta attaaagctcttaaagaagaaatttcaataccaatacatcttcacactcacgatacaagt ggtaatggagttgcaacggtgcttttagctgctgaggcaggagttgatattgctgattgt gcatttaacagcatgtcaggccttacaagtcagcctgcactaaactcaatagttgcagct ttaaaaaatacaaagagagatacaggaataaatcttgatgatatacaagttatatgcgac tactggaatgatgtaaggcctgtatatatgcaatttgaatcagggcttaaatcctcagct gcagaaatatataaatatgaaataccagggggtcagtattctaatttaaaacctcaggtt gaaagctttggccttggacacaaattccatgaaattaaggaaatgtataaaaaggttaat gacatgcttggagatattgtaaaggttaccccatcatctaaagttgtaggagatcttgca atatttatggtaaaaaatgatctaactcctgaaaatatatgtgaaaaagcaaaggatatg gcctttccagattcagttgttgattattttaaaggaatgatgggtcagccgcaatgggga tttccaaaggagcttcaagagattgttttaaagggtgaaaagccaataacttgcaggcct ggagaacttttagagcctgaagattttgataaaataaaaaatcttctaaaagagaagttt aacatagagcctacaatgaaggatgctttaagctatgctctatatcctaaagtttttgag gagtatttaaaatatgtaagagaatttggggatttgagcagaattgggagcgatatattc ttccatgggctctatgaaggagaaacctgtgaggttgaaatagcagaaggtaaagttttg gttataaagcttcttgagattggaaaaattgatagtgaaggattaagaacagttgctttt gaggtgaatggaaacagaagagagataaagattaaggataaggcaataagtgctaaaagt gaaattaaaactgtagagatggcagatcctgaaaataagtttgaaataggagcaagtatc ccaggaacagttttaaagcttcttgtgaaagaaggagaagatgttaaaaagaaccagaca atcatggtgattgaagctatgaagatggaaacaaacattacagctccctttgatgcaaaa attgaaagtataaaggtaaaagaagggcagcaggttagaacaggtgaattattagtagta ttaaaatag

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