Kosakonia oryzae: AWR26_19985 Help Entry AWR26_19985       CDS       T04433                                  Name (GenBank) hypothetical protein   KO K01659   2-methylcitrate synthase [EC:2.3.3.5] Organism kor  Kosakonia oryzae Pathway kor00020   Citrate cycle (TCA cycle) kor00630   Glyoxylate and dicarboxylate metabolism kor00640   Propanoate metabolism kor01100   Metabolic pathways kor01110   Biosynthesis of secondary metabolites kor01120   Microbial metabolism in diverse environments kor01200   Carbon metabolism kor01210   2-Oxocarboxylic acid metabolism kor01230   Biosynthesis of amino acids Module kor_M00009   Citrate cycle (TCA cycle, Krebs cycle) kor_M00010   Citrate cycle, first carbon oxidation, oxaloacetate => 2-oxoglutarate kor_M00012   Glyoxylate cycle Brite KEGG Orthology (KO) [BR:kor00001]  09100 Metabolism   09101 Carbohydrate metabolism    00020 Citrate cycle (TCA cycle)     AWR26_19985    00630 Glyoxylate and dicarboxylate metabolism     AWR26_19985    00640 Propanoate metabolism     AWR26_19985 Enzymes [BR:kor01000]  2. Transferases   2.3  Acyltransferases    2.3.3  Acyl groups converted into alkyl groups on transfer     2.3.3.5  2-methylcitrate synthase      AWR26_19985 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Citrate_synt RhoGAP Motif Other DBs NCBI-ProteinID:  ANI84323 UniProt:  A0AA94GZL2 LinkDB All DBs Position complement(4255951..4257024) Genome browser AA seq 357 aa AA seqDB search MSDDVIDNYDLDNNVLFIRGCNLIDIADANRYLQNAWFALTGSLVNEEQMDRLIQIANTE LKQTDPVTKIKAMHQLINALPSLTLMQRFMMLLSQVEVSAAQHKVMAPVNADDCLKIILL MPWIISLTRSSESFIDLPAIENCKSFEHYFWLALTGKAASSGLEEESRCRFMSLLLGGFG TVTPTTTTVRFIASTKSDVISALIGGFCATGPAHMGACKYAIMRLSSVIDDVEKGNIDAA ANHYCKDKPWPGFGHPIMRNDVRVDFFFSRFHMLMRPFSALARAISDNSGLQPNVDFLIA SVMCAQRVAPELGLLAFFVCRMPILLAHYQARFSAHSFGLSSEDLREKYKKVPQSWL NT seq 1074 nt NT seq  +upstreamnt  +downstreamnt atgtcagatgatgttatcgataattatgatttagataataacgtgttgtttattcgtgga tgcaatttgatcgacattgccgatgcaaaccgttatttgcaaaacgcctggtttgcgctg accggcagcctcgttaatgaagaacagatggatcggcttattcagatcgccaacacagag ctgaaacaaacagaccctgtaacgaaaattaaagcgatgcatcaactgatcaacgcattg ccatcactgaccttaatgcagcggtttatgatgttattgtcgcaagttgaggtgtcggca gcgcagcataaagttatggcaccggtaaacgctgacgactgtctgaaaattatcttgctt atgccgtggattatttcgctgacgcgttcctcggagtcatttattgatttaccggcgatc gaaaattgcaaaagttttgaacactatttttggttagcgttaaccggtaaggcggcctct tccgggctggaggaggagtcgcgttgccggtttatgtctttgctgttaggcgggtttggt actgtgacgcccaccacgaccacggtaaggtttattgccagtaccaagagcgatgttatt tctgcattaatcggcgggttttgtgccaccgggcctgcgcatatgggcgcctgtaaatat gcgatcatgaggctgtccagcgtcattgatgatgttgaaaaagggaatattgatgccgcg gcaaaccattactgcaaggacaagccctggccggggtttggtcatccgatcatgcgcaat gatgtccgggtcgatttcttcttttcacgctttcacatgttgatgcggcccttcagtgca cttgcccgtgccatttcggacaacagcgggctgcaacccaatgtcgattttttaattgcc agcgtcatgtgcgcgcagcgggttgcgcctgaactggggctgctggccttttttgtctgc cggatgccgatacttctcgcacattatcaagcgcggtttagcgcccactcctttggtttg tcatcagaggatttaagagaaaaatataaaaaggttccccaatcatggctataa

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