Priestia megaterium DSM 319: BMD_2546 Help Entry BMD_2546          CDS       T01219                                  Symbol acnA Name (GenBank) aconitate hydratase 1   KO K27802   aconitate hydratase A / 2-methylisocitrate dehydratase [EC:4.2.1.3 4.2.1.99] Organism bmd  Priestia megaterium DSM 319 Pathway bmd00020   Citrate cycle (TCA cycle) bmd00630   Glyoxylate and dicarboxylate metabolism bmd00640   Propanoate metabolism bmd00720   Other carbon fixation pathways bmd01100   Metabolic pathways bmd01120   Microbial metabolism in diverse environments bmd01200   Carbon metabolism bmd01210   2-Oxocarboxylic acid metabolism bmd01230   Biosynthesis of amino acids Module bmd_M00009   Citrate cycle (TCA cycle, Krebs cycle) bmd_M00010   Citrate cycle, first carbon oxidation, oxaloacetate => 2-oxoglutarate bmd_M00012   Glyoxylate cycle Brite KEGG Orthology (KO) [BR:bmd00001]  09100 Metabolism   09101 Carbohydrate metabolism    00020 Citrate cycle (TCA cycle)     BMD_2546 (acnA)    00630 Glyoxylate and dicarboxylate metabolism     BMD_2546 (acnA)    00640 Propanoate metabolism     BMD_2546 (acnA)   09102 Energy metabolism    00720 Other carbon fixation pathways     BMD_2546 (acnA) Enzymes [BR:bmd01000]  4. Lyases   4.2  Carbon-oxygen lyases    4.2.1  Hydro-lyases     4.2.1.3  aconitate hydratase      BMD_2546 (acnA)     4.2.1.99  2-methylisocitrate dehydratase      BMD_2546 (acnA) BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Aconitase Aconitase_C Motif Other DBs NCBI-ProteinID:  ADF39391 UniProt:  D5DFZ0 LinkDB All DBs Position complement(2531207..2533927) Genome browser AA seq 906 aa AA seqDB search MTKKDVFNARSSFDLNGSTYNYYRLQALEEAGLGNVSKLPYSIKVLLESVLRQVDGRVIT KEHVENLAKWGTKDIKDIDVPFKPSRVILQDFTGVPAVVDLASLRKAMADLGGDPDKINP EIPVDLVVDHSVQVDKAGTADSLRINMDLEFQRNTERYNFLSWAQKSFNNYRAVPPATGI VHQVNLEYLANVVHAVEEDGEFVAFPDSLVGTDSHTTMINGIGVLGWGVGGIEAEAGMLG QPSYFPVPEVIGVKLVGELPNGTTATDLALKVTQVLRQKGVVGKFVEFFGPGVAELPLAD RATIANMAPEYGATCGFFPVDAEALAYMRLTGRDEKDIQVVEQYTKANGLFFTPENEDPI FTDVVEINLAEIEANLSGPKRPQDLIPLSQMQTEFKKALTAPVSNQSFGLDAKDVDKEIT FKLADGSETTMKTGAIAIAAITSCTNTSNPYVLVAAGLVAKKAVEKGLDVPAYVKTSLAP GSKVVTAYLQNSGLLPYLDKIGFNIVGYGCTTCIGNSGPLEAEIEAAIADSDLLVTSVLS GNRNFEGRIHPLVKGNYLASPPLVVAYALAGTVDVDLQKDPIGIDTDGNEVFFSDIWPSQ DEIKEVVSRTVTPELFRNEYERVFDDNERWNEIKTSEDALYTWENDSTYIQNPPFFEGLS EEPGEVEPLNDLRVVAKFGDSVTTDHISPAGSIAKTSPAGLYLQENGVEPKDFNSYGSRR GNHEVMMRGTFANIRIKNQVAPGTEGGWTTYWPTNDVMSIYDACMKYKEQDTGLVVLAGK DYGMGSSRDWAAKGTNLLGIKTVIAESFERIHRSNLVLMGVLPLQFKDGESADTLGLTGK ETIAVAVDETVKPRDFIKVTATDEAGNKKEFEVLVRFDSEVEIDYYRHGGILQMVLRDKL QSKTHA NT seq 2721 nt NT seq  +upstreamnt  +downstreamnt atgactaaaaaagacgttttcaacgctcgttcgtcattcgatcttaatggcagcacatat aattattaccgcttacaagctttagaggaagcaggtttaggtaatgtatctaagctgccg tattcaattaaagtattattagaatctgttcttcgtcaggtagatggccgtgttattaca aaagaacacgtcgaaaaccttgcaaaatggggaacaaaagatattaaagatatcgatgtt cctttcaaaccatctcgtgttattcttcaagatttcactggagttccagcggttgtagac ttagcgtcacttcgtaaagcaatggctgatttaggaggagatcctgacaaaatcaatcca gaaattccagtagacctcgttgtcgaccactccgtacaagttgataaagcaggtacagct gactcattacgaattaatatggacctcgagtttcaacgtaatacagagcgctataatttc ttaagctgggctcaaaaatcatttaataactatcgtgcagttccgccagctacaggcatc gtgcaccaagtaaatttagaatatttagcaaacgttgttcatgctgttgaagaagatggt gaatttgtagctttccctgattctctagtaggtactgactctcatacaacgatgattaat ggtatcggtgttttaggatggggtgttggcggtattgaagcggaagcaggtatgcttggt caaccttcttatttcccagttcctgaagtaatcggcgttaaacttgttggtgaattacca aacggcactacagctacagacttagcgttaaaagttacgcaagtgcttcgtcaaaaagga gtagtcggaaaattcgtggaattcttcggtcctggagtagcagaacttccattagctgac cgtgcaacaatcgctaatatggctcctgaatacggtgcaacatgtggattcttcccagtt gacgcagaagcattagcatacatgcgtttaacaggaagagatgaaaaagacattcaggtt gtcgaacaatatacaaaagcaaatggtttattcttcacaccagaaaatgaagatccaatt ttcactgacgttgttgagattaaccttgctgagattgaagcaaatctttctggtccaaag cgtccgcaagatttaattccactttctcaaatgcaaacagaattcaagaaggctttaact gctcctgttagcaaccaaagcttcggacttgatgctaaagacgtggataaagaaattacg tttaagcttgcagacggttcagaaacaacaatgaaaacaggtgccattgccattgcggct atcacaagctgtacgaacacatcaaatccttacgtattagtagcagctggtttagttgcg aaaaaagcggtagaaaaaggattggatgttccagcttacgtgaaaacttctttagcacca ggttcaaaagtagtaacggcttacctgcaaaattcagggctgcttccatacttagataaa atcggttttaacatcgtaggttatggctgtacgacttgtatcggtaactctggtccatta gaagctgaaattgaagcagcgattgcagatagcgacttgcttgtaacgtctgttctttca ggaaaccgtaactttgaaggacgtattcatccattagtaaaaggtaactaccttgcttct ccgccgcttgttgtagcatatgcactggctggaacagtagatgtagatttacaaaaagat ccaatcggcattgatacagacggcaatgaagtattctttagcgacatctggccttctcaa gatgaaattaaagaagttgttagccgtaccgtaacgcctgaattattccgtaacgagtat gagcgcgtattcgatgataacgagcgctggaatgaaattaaaacaagcgaagatgcgctt tatacgtgggagaatgattcaacgtacattcaaaacccacctttctttgaaggcttatca gaagaaccaggtgaagtagagccgttaaatgatcttcgcgtagtagcaaaatttggtgac tcagtgacgacggatcacatttcaccagcgggttcaattgcaaaaacatcacctgcaggt ctttaccttcaagaaaacggtgtagagccaaaagactttaactcatatggttctcgtcgc ggtaaccatgaagtgatgatgcgcggtacgtttgcaaacatccgcattaaaaaccaagta gctcctggtacagaaggcggctggacaacgtactggccaacaaatgacgtaatgagcatt tatgatgcttgtatgaaatacaaagagcaagatacaggtcttgttgtacttgcaggcaaa gattacggcatgggaagttctcgtgactgggcagcaaaaggaacaaatcttttaggtatt aaaacagtaatcgctgaaagcttcgagcgtattcaccgttcaaacctagtattaatgggt gttttacctcttcaatttaaagatggtgaaagcgcggatacattaggtttaactggaaaa gaaacaattgcagtagcagttgatgaaacagtaaaaccacgtgattttataaaagtaaca gcaactgatgaagctggaaacaaaaaagaatttgaagtactggttcgtttcgatagtgaa gttgaaattgattactatcgacacggtggtatccttcaaatggtgcttcgtgataaatta cagtctaaaacacatgcgtaa

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