Fluviibacter phosphoraccumulans: SHINM1_005030 Help Entry SHINM1_005030     CDS       T07031                                  Symbol gltA_1 Name (GenBank) citrate synthase   KO K01647   citrate synthase [EC:2.3.3.1] Organism fpho  Fluviibacter phosphoraccumulans Pathway fpho00020   Citrate cycle (TCA cycle) fpho00630   Glyoxylate and dicarboxylate metabolism fpho01100   Metabolic pathways fpho01110   Biosynthesis of secondary metabolites fpho01120   Microbial metabolism in diverse environments fpho01200   Carbon metabolism fpho01210   2-Oxocarboxylic acid metabolism fpho01230   Biosynthesis of amino acids Module fpho_M00009   Citrate cycle (TCA cycle, Krebs cycle) fpho_M00010   Citrate cycle, first carbon oxidation, oxaloacetate => 2-oxoglutarate fpho_M00012   Glyoxylate cycle Brite KEGG Orthology (KO) [BR:fpho00001]  09100 Metabolism   09101 Carbohydrate metabolism    00020 Citrate cycle (TCA cycle)     SHINM1_005030 (gltA_1)    00630 Glyoxylate and dicarboxylate metabolism     SHINM1_005030 (gltA_1) Enzymes [BR:fpho01000]  2. Transferases   2.3  Acyltransferases    2.3.3  Acyl groups converted into alkyl groups on transfer     2.3.3.1  citrate (Si)-synthase      SHINM1_005030 (gltA_1) BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Citrate_synt Motif Other DBs NCBI-ProteinID:  BCA64901 LinkDB All DBs Position 515131..516426 Genome browser AA seq 431 aa AA seqDB search MSERKATLQITGQEAVDFPIMVGTHGNDVIDIRSLGGKTGLFTYDSGFLSTASCQSKVTY IDGDKGELLYRGYPIEQLAEQCNFLEVAYLLKNGELPNKQQKVGFEDTIKNHTMVHDQIT RFFNGFRRDAHPMAVMVGVVGALSAFYHHGEDYSKPEVRSVAFNRIIAKMPTIVAMTYKY SMGQPFMYPRNDLDYTSNFMQMMFGTPCEEYKPNPVLVRALDIIFTLHADHEQNASTSTV RLAGSSGANPFATMAAGIACLWGPAHGGANEACLNMLEEIGDVSRVPEFIARAKDKNDSF KLMGFGHRVYKNFDPRAKLMRKVCYDVLTEMGLENDRLFKLAMELEKIALEDPYFVEKKL YPNVDFYSGIVQKALGIPTDMFTCIFALARTVGWMTQWEEMITDPEYKIGRPRQLYIGAA RRDVSALDKRS NT seq 1296 nt NT seq  +upstreamnt  +downstreamnt atgagcgaacgtaaagccacactccagattacaggtcaggaagccgttgattttccgatt atggtcggtacgcatggtaacgatgttatcgacatccgttccctgggcggcaagaccggt ctgtttacctatgattccggcttcctgtcgactgccagctgccagtcgaaggtgacctac attgacggtgataagggtgagctgctctatcgcggctaccccatcgaacaactggccgaa cagtgcaacttcctggaagtggcctatctgctgaagaatggcgaattgccaaacaagcag caaaaagtgggttttgaagacacgatcaagaatcacaccatggttcatgaccagatcacg cgcttctttaacggtttccgtcgcgatgcgcacccaatggctgtgatggtcggtgtggtc ggtgcgctgtctgccttctatcaccacggtgaagattattcgaagcctgaagtacgtagc gttgccttcaatcgcatcatcgccaagatgccgacgattgttgccatgacctacaagtat tcgatgggtcagccgttcatgtacccacgcaatgatctggattacacctcgaacttcatg caaatgatgttcggcaccccgtgcgaagagtacaagccgaacccggtgctggtacgtgcg ctggacatcatctttacgctgcatgccgatcacgagcagaatgcttcgacctcgaccgtg cgtctggccggttcgtcgggtgccaacccgttcgccacgatggcagccggtattgcctgt ctgtggggaccggcacacggcggcgccaatgaagcttgtctgaacatgctggaagaaatc ggtgacgtgtcacgcgtgccggaattcattgcccgcgccaaggacaagaacgatagcttc aagctgatgggcttcggtcaccgagtgtacaagaacttcgacccacgcgccaagctgatg cgtaaggtctgctacgacgtgctgactgaaatgggtctggaaaacgaccgtctgttcaag ctggcgatggaactggaaaagattgcgctggaagatccatacttcgtcgagaagaagctc tacccgaacgtggacttttactcgggtatcgtgcaaaaagccctgggtattccaaccgat atgttcacgtgtatcttcgccctggcacgtaccgtgggctggatgacgcagtgggaagaa atgattaccgatccggaatacaagatcggccgtccacgtcagctgtacatcggtgcagcc cgtcgtgatgtgtctgcgctcgacaagcgtagctaa

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