Syntrophobotulus glycolicus: Sgly_2936 Help Entry Sgly_2936         CDS       T01429                                  Name (GenBank) pyruvate carboxylase   KO K01958   pyruvate carboxylase [EC:6.4.1.1] Organism sgy  Syntrophobotulus glycolicus Pathway sgy00020   Citrate cycle (TCA cycle) sgy00620   Pyruvate metabolism sgy00720   Other carbon fixation pathways sgy01100   Metabolic pathways sgy01120   Microbial metabolism in diverse environments sgy01200   Carbon metabolism sgy01230   Biosynthesis of amino acids Brite KEGG Orthology (KO) [BR:sgy00001]  09100 Metabolism   09101 Carbohydrate metabolism    00020 Citrate cycle (TCA cycle)     Sgly_2936    00620 Pyruvate metabolism     Sgly_2936   09102 Energy metabolism    00720 Other carbon fixation pathways     Sgly_2936 Enzymes [BR:sgy01000]  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      Sgly_2936 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  PYC_OADA CPSase_L_D2 Biotin_carb_N Biotin_carb_C HMGL-like Biotin_lipoyl BSH_RND Dala_Dala_lig_C BSH_YknX BSH_YhbJ RimK YqfD ATP-grasp_4 ATPgrasp_ST ATP-grasp_3 NQRA_N RnfC_N GCV_H Motif Other DBs NCBI-ProteinID:  ADY57205 UniProt:  F0SZN4 LinkDB All DBs Position 2982530..2985970 Genome browser AA seq 1146 aa AA seqDB search MIKHFNKVLVANRGEIAIRVFRACKELGIQTIAIYSEEDKYALFRLRADESYLIGKKKKP IEVYLGMEEIIDLAVRKGADAIHPGYGFLSENPEFAQKCFEAGIEFIGPSVHSMVNMGDK IKSKLLAHKVGVPTVPGIDKPMQSVREAILFAEDYGYPVILKAAAGGGGRGMRVVYSQKD LEREFYSAQNESRKAFGIDEIFIEKYLDRPKHIEVQILADKHGQIVHLYERDCSIQRRHQ KILEFAPAIAISAALRERLCNDALKIARAAEYINAGTIEFLVDKNENHYFIEMNPRIQVE HTITEMITGIDIVQSQVLIAQGYPLDSPEIGIPSQESVDLRGYSIQCRITTEDPLANFAP DTGKIETYRTSSGFGIRLDGGNGYTGSTISPYYDSLLVKIISWSRTFENATRKAIRSIKE INIKGVKTNEAFLINVLNHERFLSGECDTHFIDDTPELFDIKPKKDYETKILRFIGEKIV NEVRNTKKDYNIAPVPKITVPENLTGLRQILQEKGARGFAAWVKNQEKLLLTDTSYRDAH QSLLATKVRTKDMLKIAEATSVLAKDLFSLEMWGGATFDVSYRFLRESPWRRLQALRKLI PNIPFQMLLRGSNAVGYTNYPDNLIRAFIQESAEQGIDIFRIFDSLNWLKGMEIAFDEVL KTGKVAEVCFCYTGDILDEKRDKFSLQYYVNIAKEIERMGAHILGIKDMAGLLKPYAAAK LIRALKEEISIPIHLHTHDTSGNGVATLLMAAEEGVDIVDTAFNPLAGLTSQPALNSIVA ALENTELDTGINLMDIQKICSYWREARSVYTQFESELKSGTAEVYKYEIPGGQYSNLKPQ VESFGLGHKFQEIKEMYREVNDLLGDIIKVTPTSKVVGDLAIFMVQNGLNSENILEKGRN LAFPDSVVDYFRGMMGQPLGGFPEDLQSMVLKGEKPITCRPGEILKDIDLDHITEKLNSE FMSEANIRNAISYALYPKVYSDYLQSLSEYGHLYNLESHVFFYGLREGETCEIDLDEGKV MILKLVEVHAVDEEGYKNVVFEVNGNRREMKIFDKNFEESEKIDKTLMADPNNPSEVGSS ISGSIAKIFVSEGEKVTKKQSLIIIDAMKMETNLIAPVDGEIEKIFISEGQLVKSGQLIL KIKQDS NT seq 3441 nt NT seq  +upstreamnt  +downstreamnt atgattaaacattttaataaagtattagtggccaaccgaggggaaattgcgataagagtc ttcagggcctgcaaggaactgggaattcaaacgattgcgatttattccgaagaagacaag tatgctttattcaggctcagagcggacgaatcctatttgatcggcaaaaagaaaaagccg attgaggtttatctggggatggaagaaattattgacctcgctgtgcgtaaaggagcagat gccattcatcccggctatggtttcttatcggaaaatccggagtttgcccaaaaatgtttt gaggcaggaattgagtttatcggtccttcggttcattccatggtcaatatgggggataag atcaaatccaaactcctggcccacaaggtcggagtacctaccgtcccggggattgataaa ccgatgcaatccgtccgggaagcgatccttttcgctgaggattacgggtaccctgtcatt ctgaaagcggcggcaggcggcggaggccggggcatgagagtggtttacagtcagaaagac ctggaacgcgaattttacagtgcccaaaatgaatcccgtaaagctttcggcattgacgag attttcattgagaaatatctggataggcccaaacatatcgaggtccagatccttgccgat aaacacggtcagatcgttcatttatatgaacgggactgttctattcaaagaaggcatcaa aaaattctggaatttgcccccgctatcgcgatatccgcggcattgcgggaaaggctgtgc aatgacgccctgaaaatcgcccgggcagcggagtatattaatgccggcaccatagagttt ttggtggacaaaaacgaaaaccactattttattgaaatgaacccccgcatccaggtcgaa cataccattacggagatgattacgggtattgacattgtccaaagccaggtcttaattgct caaggctacccgcttgattccccggaaatcggcataccttcccaggaatcggtcgatctc agaggctactccatccagtgccgcataacaacagaagaccctttggcaaactttgccccc gatacaggcaaaatagagacgtaccggacaagctcaggttttggcatccggctggacggc ggaaacggctacacaggatcaaccatatctccctattacgacagcctgctggtaaagatt atttcctggtccagaacttttgaaaatgcgacgagaaaagcaattcgttcaattaaggaa attaatatcaagggtgtaaaaacaaatgaagcctttctgattaatgttcttaaccatgaa agattcctgagcggggaatgcgacactcattttattgatgatacgcccgagctttttgac atcaaaccgaaaaaagattatgaaaccaagattctcaggttcatcggtgaaaaaattgtc aatgaagtcagaaataccaaaaaggactacaatatcgcccctgttcccaaaataaccgtg ccggaaaatttgacgggcctcagacaaattttgcaggagaaaggggcccggggatttgcc gcctgggtaaaaaaccaggagaagctgcttttgaccgatacctcttatcgtgatgcccac cagtctttactggcgaccaaggtcagaaccaaggacatgctgaagatcgcggaggccact tctgttctggctaaggatttattttcccttgaaatgtggggaggagctacctttgatgtt tcctacaggttcttaagagagtctccctggagaagactgcaggctttgcgaaagcttatt cccaatattccgtttcaaatgcttctcagggggtccaatgccgttggttataccaattat cccgataacctgatcagagcctttatccaggaatcggcggaacagggcattgatattttc cgaatctttgacagcctgaactggcttaaagggatggagattgcttttgatgaagtcctc aagaccggcaaggtcgccgaagtgtgtttttgttataccggcgatatattggatgaaaaa cgggataaattctctttgcagtattatgtaaacatcgctaaggaaatcgaacgaatgggc gctcatatcctcgggatcaaagatatggccgggctgctcaagccatatgccgccgccaag ctgattcgggccctcaaagaagaaatctctattccgatccaccttcatactcatgatacc agcggcaatggcgtggctactctgctgatggctgccgaagagggcgtagatattgtggat actgcctttaaccccctagcaggcttgaccagccagccggctttgaactccatcgtcgcc gctttggaaaacaccgagcttgatacagggatcaatctgatggatattcaaaagatctgc agctactggcgggaagcgcgaagtgtgtacacccagtttgaatcggaattaaaatccggg acggccgaggtctataaatatgaaatccccggcgggcagtattccaaccttaagccccag gttgaaagctttggtctgggccataaatttcaagaaatcaaggaaatgtaccgggaggtg aatgatcttctcggagatatcatcaaagtgaccccgacgtccaaagtggtcggagacctg gccatatttatggtgcaaaacggtctgaacagcgagaacattttggaaaaagggaggaac ctcgcttttcccgattctgtcgtcgactattttcgcggtatgatgggccagccgctcggc ggttttcccgaagatctgcaaagcatggttttaaagggggaaaaaccgatcacttgccgg cccggggaaatcctcaaggatatcgatcttgaccatattacggagaagctcaactcggag tttatgtccgaagccaacatcagaaacgccataagctatgctctctatcccaaggtatac agtgattatctgcagtctttatcagaatacggccacctttataacctggagagccacgtc ttcttctatggcctgcgggagggtgaaacctgtgagattgaccttgatgaaggaaaagta atgattctcaagcttgtagaggttcatgccgttgatgaggaaggctataaaaacgtcgtc tttgaggtcaatggaaacaggcgggaaatgaagatatttgataagaatttcgaagaaagc gaaaaaatcgataaaactcttatggctgatccgaataatccgtctgaggtcggttcttcc atttccggaagcatagcgaaaatatttgtcagtgaaggagaaaaggtcaccaagaaacaa agcctgattattattgacgccatgaaaatggaaaccaatctgatcgcgcctgttgacgga gaaattgagaagatctttatctccgagggccagctggttaagtccggccagcttatcctc aaaataaaacaggattcctga

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