Acidianus brierleyi: DFR85_11915 Help Entry DFR85_11915       CDS       T05472                                  Symbol acnA Name (GenBank) aconitate hydratase AcnA   KO K27802   aconitate hydratase A / 2-methylisocitrate dehydratase [EC:4.2.1.3 4.2.1.99] Organism abri  Acidianus brierleyi Pathway abri00020   Citrate cycle (TCA cycle) abri00630   Glyoxylate and dicarboxylate metabolism abri00640   Propanoate metabolism abri00720   Other carbon fixation pathways abri01100   Metabolic pathways abri01110   Biosynthesis of secondary metabolites abri01120   Microbial metabolism in diverse environments abri01200   Carbon metabolism abri01210   2-Oxocarboxylic acid metabolism abri01230   Biosynthesis of amino acids Module abri_M00009   Citrate cycle (TCA cycle, Krebs cycle) abri_M00010   Citrate cycle, first carbon oxidation, oxaloacetate => 2-oxoglutarate abri_M00982   Methylcitrate cycle Brite KEGG Orthology (KO) [BR:abri00001]  09100 Metabolism   09101 Carbohydrate metabolism    00020 Citrate cycle (TCA cycle)     DFR85_11915 (acnA)    00630 Glyoxylate and dicarboxylate metabolism     DFR85_11915 (acnA)    00640 Propanoate metabolism     DFR85_11915 (acnA)   09102 Energy metabolism    00720 Other carbon fixation pathways     DFR85_11915 (acnA) Enzymes [BR:abri01000]  4. Lyases   4.2  Carbon-oxygen lyases    4.2.1  Hydro-lyases     4.2.1.3  aconitate hydratase      DFR85_11915 (acnA)     4.2.1.99  2-methylisocitrate dehydratase      DFR85_11915 (acnA) BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Aconitase Aconitase_C Motif Other DBs NCBI-ProteinID:  AWR96015 UniProt:  A0A2U9IJ61 LinkDB All DBs Position complement(2137660..2140164) Genome browser AA seq 834 aa AA seqDB search MNMQNKISLGDFSLYSIKNLGIDDYPYSAKILIENVLRNLGNKTSQEDLDRVIKWEVGKD LAFLPTRVIMQDYTGVPLLVDLAAMRSEFQRIGKNPSIVNPEIQSDLVIDHSVQVDYYGT EYSLELNMRKEFERNKERYQFLKWAQKSFENLRIVPPGKGIIHQVNLEYLGKVIDVKNGI AYPEIVIGTDSHTTMINGLSILGWGVGGLEAEAVMLGEPYFMTIPQVIGVNLDGEIREGV TPTDIVLFITEKLRKKGVVGKFVEFFGPAISSLSVPDRATISNMAPEYGATVGYFPIDDQ TIKFLKATGRYYEIVEKYAKAQGLFYDSKNQIKYNEVIEINLSEVEPSLAGPKNPDERIS LSNMKNFEIGKKRGKIVEDGSVVIAAITSCTNTSNPTVMIGAGILAKKAVSLGLRSKSYV KTSMAPGSPVVAKYLRESRLLPYLEALGFHIVGFGCTTCIGNAGPLPKDVEEDVRENGIE VYAVISGNRNFEGRINKLLKGTFLTSPILVVAYSIFGKINMDVEKPIALDPNGNPVYLKD IWPSMKEISEYMNLALNPGFFKEQYSTIFEGDANWNELSISGTETYSWENSTYIVEPPWF KEKKKFTEIRNARIIMLLGDKITTDHISPAGPISPDSDAGKYLISLGVKELNTFGSRRGN HEVMLRGGFSNPKIKNYMVNRDGGYTVHYPDGKEGSIYEVSMMYKNEGIPLVIFAGKQYG SGSSRDWAAKVTALLGIRAVIAESFERIHRSNLVAMGVIPIESVSWKEMGLKGNEKVNLY FDIKPKSEAKIEIISEEGIKTFKGLVRIDTEAEVKYINSGGILNFVFEQLKNKD NT seq 2505 nt NT seq  +upstreamnt  +downstreamnt atgaatatgcaaaacaaaatttctttaggagatttttcactttattctataaaaaattta ggaatagatgactatccttactcagcaaaaatattaatagaaaatgtactgcgaaattta gggaataaaacttcacaagaagatttagatagagttattaaatgggaagtagggaaagat ttagctttccttcctacaagagtcattatgcaggactatactggagttccccttttggta gatctagcagcaatgagatctgaattccaacggatagggaagaatccttctatagtcaat cctgaaattcagtctgacctagttatagatcactcggttcaggtcgactattatggaact gaatattcattagaattaaacatgagaaaagaattcgaaagaaataaagagagatatcaa ttcctaaaatgggctcaaaaatctttcgaaaatttgcgaatagtaccaccagggaaaggt ataatacatcaggtaaatttggaatacctaggtaaagtaatagatgttaaaaacggaata gcttatccagaaatagttatagggacagattctcatacaacgatgataaacggtctaagt attctgggatggggcgtaggaggattagaagctgaagctgtaatgcttggagaaccttac tttatgacaatacctcaagttattggtgtaaatttagatggagaaattagagaaggcgta acgcctacagacatagtgctttttattactgagaaattaaggaaaaaaggtgtagttgga aaatttgttgaattctttggacctgcgatttcttctctttcagtgccagacagagctaca atatcaaatatggcaccagagtatggcgctactgtaggttacttcccaatagatgaccaa actataaaattccttaaggctactgggagatattatgaaattgtagagaaatatgctaag gcacaaggactcttctatgatagtaaaaatcaaattaaatataatgaagttatagaaata aaccttagtgaagtagaaccttctcttgcaggtcctaaaaatcctgatgaaagaatatcc ttaagtaatatgaaaaattttgaaataggtaaaaagagaggaaaaattgtagaagatgga agtgtagtaatagctgctataactagctgtacaaacacttctaatcctactgtaatgata ggagctggaatactagctaaaaaagcagtatctttgggattaagatcaaaaagctatgta aaaacgagtatggccccaggatcgcctgtagtagcaaaatatctgagagaatctagactt ttaccatatcttgaagcactaggatttcatatagttggatttgggtgtaccacatgcata ggtaatgcaggacctctacccaaagatgttgaagaagacgtaagagaaaatggtatagaa gtatatgctgtaataagtggaaacagaaactttgagggaagaataaataagttattaaaa ggtactttcttgacttctccaatattagttgtagcatattctatttttgggaaaataaat atggatgtagaaaaacctattgccttagatcctaacggtaatccagtttatttaaaggat atatggccttcaatgaaagagataagcgaatacatgaatttagctctaaatccgggattc tttaaagaacaatattctacaatatttgaaggagacgcaaactggaatgagctttctatt tccggtacagaaacttattcatgggagaatagcacttacatagttgaaccaccatggttt aaggaaaagaagaagtttacagaaataagaaacgcaaggatcataatgctacttggagat aaaataacaactgatcatatatctccggctggccctatttcccccgattccgatgcagga aaatacttgatttctctgggggttaaagagttaaacacatttggatcaaggcgaggtaat catgaagtaatgcttagaggtggtttttcgaatcctaaaatcaagaattacatggtaaat agagacggaggctatactgttcattatcctgatggaaaagaaggttcaatctacgaagtt tcaatgatgtataaaaatgaaggaataccattagtaatttttgctggaaagcaatatggg tcaggtagttccagagactgggcagctaaagttactgcattactaggaataagggcagta atagcagaaagttttgaaagaatacatagaagtaacctggttgcaatgggagttatacca atagaaagcgttagctggaaggaaatgggtttaaagggaaatgaaaaggtcaatttatat tttgacattaaacctaagtcagaggcaaagatagaaattattagtgaagaaggaataaaa acattcaaagggttagttagaatagatactgaggctgaagttaaatatatcaactctgga gggatcttaaatttcgtcttcgaacaacttaaaaataaggattag

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