Peribacillus simplex: UP17_10630 Help Entry UP17_10630        CDS       T04304                                  Name (GenBank) aconitate hydratase   KO K27802   aconitate hydratase A / 2-methylisocitrate dehydratase [EC:4.2.1.3 4.2.1.99] Organism bsj  Peribacillus simplex Pathway bsj00020   Citrate cycle (TCA cycle) bsj00630   Glyoxylate and dicarboxylate metabolism bsj00640   Propanoate metabolism bsj00720   Other carbon fixation pathways bsj01100   Metabolic pathways bsj01120   Microbial metabolism in diverse environments bsj01200   Carbon metabolism bsj01210   2-Oxocarboxylic acid metabolism bsj01230   Biosynthesis of amino acids Module bsj_M00009   Citrate cycle (TCA cycle, Krebs cycle) bsj_M00010   Citrate cycle, first carbon oxidation, oxaloacetate => 2-oxoglutarate bsj_M00012   Glyoxylate cycle Brite KEGG Orthology (KO) [BR:bsj00001]  09100 Metabolism   09101 Carbohydrate metabolism    00020 Citrate cycle (TCA cycle)     UP17_10630    00630 Glyoxylate and dicarboxylate metabolism     UP17_10630    00640 Propanoate metabolism     UP17_10630   09102 Energy metabolism    00720 Other carbon fixation pathways     UP17_10630 Enzymes [BR:bsj01000]  4. Lyases   4.2  Carbon-oxygen lyases    4.2.1  Hydro-lyases     4.2.1.3  aconitate hydratase      UP17_10630     4.2.1.99  2-methylisocitrate dehydratase      UP17_10630 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Aconitase Aconitase_C Motif Other DBs NCBI-ProteinID:  AMM92919 UniProt:  A0AAW7IFN4 LinkDB All DBs Position 2256747..2259458 Genome browser AA seq 903 aa AA seqDB search MTKNDVYQARKSFEIEGERYNYYSLDAIEKAGDGQVSRLPYSIKVLLEAVLRQVDGRVIT KEHVANLAKWGTSEQQDIDVPFKPSRVILQDFTGVPVVVDLASLRNAFAALGGDPDKINP EIPVDLVIDHSVQVDKAGTIDSLDANMDLEFERNAERYQFLSWAQKSFNNYRAVPPATGI VHQVNLEYLANVVHAVESPNGDFEVFPDSVFGTDSHTTMINGIGVLGWGVGGIEAEAGML GQPSYFPVPKVVGVKLTGQLPKGTTATDLALKVTQVLRAHGVVGKFVEFYGPGVGYLPLA DRATIANMAPEYGATVGFFPVDAEAIDYMRLTGRDEKQIKVVESYCKENGLFYSPENEDP AYNDVVEIDLSAIEPNLSGPKRPQDLIPLSQMKQSFHDAINAPMGNQGFGMDNSELDKEV TVKFADGKEAVMKTGAIAIAAITSCTNTSNPYVMLGAGLIAKKAVEKGLTVPDYVKTSLA PGSKVVTGYLRDAGLQPYLDQLGFNVVGYGCTTCIGNSGPLADEIEAAVAEADLLVTSVL SGNRNFEGRIHPLVKANYLASPTLVVAYALAGTVDFDLNNDSLGKDKDGNDVYLADIWPS QEEVNAAVKATVTPELFRKEYETVFNDNKRWNEIKTSNEAIYAFDSKSTYIQNPPFFEGL SPEPGSVNPLSGLRVVGKFGDSVTTDHISPAGAIGKDTPAGIYLRENGVKPRDFNSYGSR RGNHEAMMRGTFANIRIRNQVAPGTEGGYTTYWPTGDVMAIYDACMKYKADGTGLAVIAG KDYGMGSSRDWAAKGTNLLGIKTVIAESFERIHRSNLALMGVLPLQFKEGENAETLGLTG KEAIAVKIDETVKPRDIVTVTATDEAGNVKEFDVLVRFDSEIEIDYYRHGGILQMVLRNK LKG NT seq 2712 nt NT seq  +upstreamnt  +downstreamnt atgacgaaaaatgacgtataccaagcgcgtaaatcctttgaaattgaaggggaacgctac aactactacagcctagacgctattgaaaaagcaggggacggccaagtttcacgccttcca tattccattaaagtcctacttgaagcagtacttcgccaagtagacggaagagtaatcaca aaagaacacgttgcgaaccttgctaagtggggaacaagtgagcagcaagatatagatgtt ccgttcaagccttcacgtgttatcctacaagatttcactggtgttccagttgttgtagat ttagcttctctacgtaatgcattcgctgcacttggtggagatcctgataaaatcaacccg gaaattccagttgaccttgtaatcgaccactctgtacaagttgataaagcaggtacaatt gattctcttgatgccaatatggatcttgaattcgaacgtaatgcagaacgttaccagttc ctaagctgggctcaaaaatcattcaataactaccgtgcggttccaccagcaactggtatc gttcaccaagttaaccttgagtaccttgcgaacgtagtacatgcggttgaatctccaaac ggcgactttgaagtattccctgactctgtattcggtacggattcacatactactatgatc aacggtattggtgttcttggttggggtgtcggcggtattgaagcagaagcaggtatgctt ggacagccttcatacttcccagtaccaaaagtggttggtgtgaaactaactggtcaactt cctaaaggaacaacagctactgaccttgcattgaaagtaacccaagttcttcgtgcacac ggcgtagttggtaaatttgttgagttctacggccctggagtaggatatcttccacttgct gaccgtgcaacaattgctaacatggctcctgaatacggtgctacagtcggtttcttccca gttgatgcagaagctatcgattacatgcgcttaacaggccgcgatgaaaaacaaattaaa gttgttgaatcttactgcaaagaaaatggattgttctactctcctgaaaacgaagatcca gcttacaatgatgttgtggaaatcgacctttcagcaattgaaccaaacctttcaggccct aaacgcccgcaagatttgattccactttctcaaatgaaacaatctttccatgatgctatc aatgcacctatgggtaaccaaggtttcggcatggacaattctgaattggataaagaagta actgttaaatttgccgatggtaaagaagcggtaatgaaaacaggtgcgattgcaattgct gcaatcacaagctgtacgaacacttctaacccatacgtaatgcttggagcaggtcttatt gctaaaaaagcagttgaaaaaggattgactgttccggattatgtaaaaacatcattggca ccaggttctaaagttgttactggttaccttcgtgatgcaggtcttcaaccataccttgat caattagggttcaacgtagttggatatggctgtacaacatgtatcggtaactcaggtcca ttagcggacgaaatcgaagcagcggttgctgaagcagatcttctagtaacttcagtactt tctggtaaccgtaactttgaaggtcgtattcatccactagtgaaagcaaactaccttgct tcacctactttggttgtggcatatgctcttgctggaactgtggactttgatctaaacaat gattcacttggtaaagataaagatggcaacgatgtatatcttgctgatatctggccatca caagaagaagttaacgctgctgttaaagcaacagttacaccggaattattccgtaaagaa tacgaaacagtattcaacgataacaaacgttggaatgaaatcaaaacaagcaacgaagca atttacgctttcgattctaaatcaacatacattcaaaatcctccattctttgaaggatta tcaccagaaccaggttcagttaacccactttctggcttgcgcgtagttggtaaattcggt gactcagtaacaactgaccacatttctcctgcaggtgcaatcggtaaagatacaccagct ggtatctaccttcgtgaaaatggtgtgaaaccacgtgactttaactcttacggttctcgt cgtggtaaccatgaagcaatgatgcgtggaacattcgcaaacattcgtatccgtaaccaa gttgctccaggtacagaaggtggttacactacttactggccaacaggcgatgtaatggct atctatgatgcttgtatgaaatacaaagctgatggaacaggtcttgctgtcattgctggt aaagactacggtatgggaagctctcgtgactgggctgcaaaaggtactaaccttcttggc attaaaacagttatcgctgaaagcttcgagcgtattcaccgttctaaccttgcgttaatg ggtgttcttcctcttcaattcaaagaaggcgaaaacgctgaaacactaggattaactgga aaagaagcgattgctgttaaaatcgacgaaacagttaaaccacgtgatatcgtaacagtt acagctactgatgaagctggaaacgtaaaagaatttgatgtacttgttcgtttcgactct gaaatcgaaatcgactactaccgtcacggtggtatccttcaaatggtattacgtaataaa ttaaaaggctaa

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