Megasphaera hexanoica: ACT01_04385 Help Entry ACT01_04385       CDS       T05536                                  Name (GenBank) pyruvate carboxylase   KO K01958   pyruvate carboxylase [EC:6.4.1.1] Organism mhw  Megasphaera hexanoica Pathway mhw00020   Citrate cycle (TCA cycle) mhw00620   Pyruvate metabolism mhw00720   Other carbon fixation pathways mhw01100   Metabolic pathways mhw01120   Microbial metabolism in diverse environments mhw01200   Carbon metabolism mhw01230   Biosynthesis of amino acids Brite KEGG Orthology (KO) [BR:mhw00001]  09100 Metabolism   09101 Carbohydrate metabolism    00020 Citrate cycle (TCA cycle)     ACT01_04385    00620 Pyruvate metabolism     ACT01_04385   09102 Energy metabolism    00720 Other carbon fixation pathways     ACT01_04385 Enzymes [BR:mhw01000]  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      ACT01_04385 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  PYC_OADA CPSase_L_D2 Biotin_carb_N Biotin_carb_C Biotin_lipoyl HMGL-like ATP-grasp Dala_Dala_lig_C Biotin_lipoyl_2 GCV_H NQRA_N ATP-grasp_3 ATP-grasp_4 RnfC_N PTS_EIIA_1 DUF4537 TGT Motif Other DBs NCBI-ProteinID:  AXB81537 UniProt:  A0A848BPM7 LinkDB All DBs Position 942868..946305 Genome browser AA seq 1145 aa AA seqDB search MKKIRSVLVANRGEIAIRVFRACNELGIRTVAIYSKEDSLSLHRFRADESYLVGQGKKPV DAYLDIEDIIRIAHEHDVDAIHPGYGFLSENADLAKRCQEEGIIFIGPKVEHLIMFGDKI NARIQAKKAGIQYIPGSDGPVMNYAEVEKFAKDVGFPIMLKAVNGGGGRGMRMVDRMADL RDAYDRAKSEAKLAFGSDEIYLEKCIVNPKHVEVQIMGDEHGNVVHLYERDCSIQRRHQK VVEIAPAFALPQQLRQDICNAALKLMRNVHYVNAGTVEFLVTPDGKFYFIEVNPRVQVEH TVTEMITGIDIVQTQIKVAEGYALDSDEIGIKSQDDIECRGNAIQCRITTEDPTNNFMPD SGKIIVYRSGGGFGVRLDSGNAFAGAIITPYYDSLLVKATTYGLNHAQAVQKMLRVLGEF RIRGVKTNIGFLINVLKQPSFVKGDYNVNFIDEHPELFNLPVVHDRGTKLLKYIGDTTIN GYTNAGPQEKPEFERLELPQPVEGPYPDGTKQIFDSMGPEKFSQWILDQKKVLITDTTMR DAHQSLMATRVRSIDMLRVLETASKKLPGFFSYECWGGATFDVAYRFLYEDPWDRLRQMR KKAPNILLQMLIRGANAVGYTSYPDNVVKNFVQLSAKNGIDVFRIFDSLNSLDNMYETVQ AVRETGKIAEVALCYTGDILDPSRPKYNLDYYVRMAKELQNAGANIIAIKDMAGLLKPEA AYQLVSALKDAVDLPIHLHTHDGSGNAVTTLCRAADAGVDIVDAAYSAFAGGTSQPSMNT FYYAMSGKDRQPDLNIDAMEEMSRYWATVRPYYKGVDKAEPYPNTETYYCEMPGGQFSNL RQQAKAVGLGDRWNDIKKMYHDVNLMFGDIVKVTPSSKVVGDMTLYMVQNDLTEKDIYEK GDTLDFPQSVVEFFEGRLGFPYQGFPEKLQKIILKGKKPLTQRPGKLLEPADFEAIRKKL EDAGYSHSDEDINAYCQYPKVFTDYNDRNKKYGDVSVLDTPTFFFGMKQNEEITVELEEG VDLVIKLINISDPDDSGMRTITFMFNGAEREIQVQDKNVDQTSVTSKKADPDKIGDIGAT LSGSVVNVLVTKGQKVKKGDPLVVTEAMKMETTITSPIDGVVGEIYAVKGKPIISGDCLL EVLEG NT seq 3438 nt NT seq  +upstreamnt  +downstreamnt atgaaaaaaattcgttcggttttagtggccaaccgtggtgaaatcgctatccgtgtattc cgggcctgcaacgagctgggaatccgtaccgtggcgatttactccaaggaagattcgctt tccctgcaccgtttccgtgcagatgaatcctatctggtaggccaggggaagaaaccggtt gatgcatatttagatattgaagatataatccgcattgcccatgaacatgatgtcgatgct atccatccgggctacggcttcttgtcggaaaatgccgatctggccaaacgctgccaggaa gaaggcatcatcttcatcgggccgaaagtcgaacacctcatcatgttcggcgataagatc aacgcccgtatccaggctaaaaaagccggtatccagtacatccccggcagtgacggcccg gtcatgaattatgcggaagtagaaaaatttgccaaagacgtaggcttcccgatcatgctg aaagccgtcaatggcggcggtggccgcggcatgcgcatggtagaccgcatggccgatctg cgcgatgcctatgatcgtgctaaatccgaagccaaactcgcctttggcagtgatgaaatt tatctggaaaagtgtattgtcaacccaaaacacgtagaagtacagatcatgggtgacgaa cacggcaatgtcgtccatctctacgaacgggactgctccatccagcgccgtcaccagaaa gtcgttgaaatcgcgccggcctttgctctgccgcagcagctgcgtcaggatatctgcaat gccgctctcaaacttatgcgcaatgtccattatgtcaacgccgggacggtagaatttctg gtaacgcctgatggcaagttctacttcatcgaagtcaatccccgtgtccaggttgaacat acggtcacggaaatgattacgggtatcgatattgtccagacgcagatcaaggtagccgaa ggctatgctctcgacagcgatgaaatcggcatcaagtcccaggacgacatcgaatgccgc ggcaatgccatccagtgccgtatcactaccgaagatccgaccaacaatttcatgcctgat tcgggaaaaatcatcgtataccgcagcggcggcggtttcggcgtccgcctcgacagcggc aatgcctttgccggtgccatcatcacgccgtactatgactcgctgctggtcaaggcgacg acctatggcctgaaccacgcccaggctgtacagaagatgctccgcgttctcggtgaattc cgtatccgcggcgtcaagaccaatatcggtttcctcatcaacgtcttgaaacagccgtct tttgtcaaaggcgattacaatgtcaactttattgacgaacatccggaactgttcaatctg cctgtcgttcatgaccgtggcacgaagctgttgaaatacatcggcgatacgacgattaac ggttacaccaatgcagggccgcaggaaaaaccggaatttgaacggcttgaactgccgcag ccggtggaaggcccgtatcccgacgggacgaaacagatttttgattccatgggaccggaa aaattctcccagtggatcctcgaccagaaaaaagtcctcatcaccgatacgaccatgcgt gatgcccaccagtccctgatggcgacgcgggtacgctccattgatatgctccgcgtgctg gaaacggcttccaaaaagctgccgggcttcttctcctatgaatgctggggcggcgctacc ttcgacgtggcctaccgcttcctttatgaagatccctgggaccgcctgcgccagatgcgc aaaaaggcgccgaatatcctgctgcagatgctcatccgcggcgccaatgccgtaggttat acgagctatcctgacaatgtagtcaagaatttcgtacagctgtctgccaagaacggcatc gacgtattccgtattttcgacagcctgaacagtctggataatatgtatgaaacggtacag gccgtccgcgaaacgggcaagattgccgaagtcgccctctgctacaccggcgatatcctc gatccgtcccgtccgaaatataatctcgactactatgtccgcatggcaaaagaactgcag aatgccggcgccaacatcatcgccatcaaggatatggcaggactgctgaaaccggaagcg gcataccagctcgtttcggccctcaaagatgccgtcgatctgcctattcacctccatacc cacgatggctcgggcaatgccgtgacgacactctgccgggctgccgacgccggtgtcgat atcgtcgatgcggcctattcggcctttgccggtggtacgagccagccgagcatgaatacc ttctactatgccatgagcggcaaggaccgccagccggacctcaacattgatgccatggaa gaaatgtcccgttactgggcaaccgtacggccatattacaaaggagtcgataaggccgaa ccgtatcccaacacggaaacgtattattgtgaaatgcctggcggccagttctccaacctc cgccagcaggcgaaagccgtcggactgggcgaccgctggaacgatatcaagaagatgtac cacgatgtcaacctcatgtttggcgatatcgtcaaagttacgccgtcttccaaggttgtc ggggatatgacgctgtacatggtacagaacgatctgacggaaaaagatatttatgaaaag ggcgatacccttgatttcccccagtccgtcgtagaattcttcgaaggccgtctgggcttc ccgtatcagggcttcccggaaaaactccagaagattatcctgaagggaaagaaacctctg acacagcgtcctggcaaattgcttgaaccggctgattttgaagctatccgtaagaaactg gaagacgccggctacagccatagcgacgaagacatcaacgcttactgccagtatccgaag gtatttacggactacaatgaccgcaacaagaaatatggcgatgtcagcgtcctcgacact ccgaccttcttcttcggtatgaagcagaatgaagaaatcacggtcgaactggaagaaggc gtagacctggtcatcaaactgatcaatatcagcgatcccgatgacagcggcatgcgtacc atcacgttcatgttcaacggggcagaacgtgaaatccaggtgcaggacaaaaacgtggac cagaccagcgtcaccagcaagaaagccgatccggacaagatcggtgacatcggcgctacc ctttccggctccgtcgtcaacgtcctcgtcaccaagggccagaaagtcaagaagggcgat cctctggttgtaacggaagccatgaagatggaaacgaccattacgtcacccatcgatggc gtcgtcggtgaaatctatgccgtcaaaggcaaaccaatcatcagtggcgactgcctcctg gaagtactggaaggctga

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