Rickettsia prowazekii Madrid E: RP799 Help Entry RP799             CDS       T00018                                  Symbol RP799 Name (GenBank) ACONITATE HYDRATASE (acnA)   KO K27802   aconitate hydratase A / 2-methylisocitrate dehydratase [EC:4.2.1.3 4.2.1.99] Organism rpr  Rickettsia prowazekii Madrid E Pathway rpr00020   Citrate cycle (TCA cycle) rpr00630   Glyoxylate and dicarboxylate metabolism rpr00640   Propanoate metabolism rpr00720   Other carbon fixation pathways rpr01100   Metabolic pathways rpr01120   Microbial metabolism in diverse environments rpr01200   Carbon metabolism rpr01210   2-Oxocarboxylic acid metabolism rpr01230   Biosynthesis of amino acids Module rpr_M00009   Citrate cycle (TCA cycle, Krebs cycle) rpr_M00010   Citrate cycle, first carbon oxidation, oxaloacetate => 2-oxoglutarate Brite KEGG Orthology (KO) [BR:rpr00001]  09100 Metabolism   09101 Carbohydrate metabolism    00020 Citrate cycle (TCA cycle)     RP799 (RP799)    00630 Glyoxylate and dicarboxylate metabolism     RP799 (RP799)    00640 Propanoate metabolism     RP799 (RP799)   09102 Energy metabolism    00720 Other carbon fixation pathways     RP799 (RP799) Enzymes [BR:rpr01000]  4. Lyases   4.2  Carbon-oxygen lyases    4.2.1  Hydro-lyases     4.2.1.3  aconitate hydratase      RP799 (RP799)     4.2.1.99  2-methylisocitrate dehydratase      RP799 (RP799) BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Aconitase Aconitase_C Dehalogenase Motif Other DBs NCBI-ProteinID:  CAA15225 UniProt:  Q9ZCF4 LinkDB All DBs Position complement(1003583..1006219) Genome browser AA seq 878 aa AA seqDB search MSKVHNSEYIKELVVDNTSYKIYDINKAASDIGLPLKKLPYSLRVLLENVLRTNGNKENL LVFKEWLKTKKSNTEIDFMPARVLMQDFTGVPAIVDLAAMRDAMQKIGCNPLKINPLIPV DLVIDHSVSVDSYGNKESFDQNVHMEMKRNIERYQFLKWGQQAFNNFKVVPPGTGICHQV NLEFLSQVVWHNDGTAYPDSLVGTDSHTTMVNGLSVLGWGVGGIEAESAMLGQPITMIIP EVIGVKLIGKLAGMATATDLVLTITEILRRKKVVGKFVEFFGNGLRNLTISDRATISNMS PEYGATCGFFPIDQETLKYLEVTGREITQIKLVEKYAIEQNLWYNCEDTQEYTEVLELDL STVYSSLAGPKRPQDRVNLNCVASNFQNELPYFALANKDIDKKYAVANQNYAIGNGDVVI AAITSCTNTSNPSVMIGAALLAKKALEHGLNVKPWVKTSLAPGSKVVTEYLKLSGLDKYL DALGFNLVGYGCTTCIGNSGSLNPEIENTINKNRLVVASVLSGNRNFEGRINPLTKASYL ASPILVVAYALSGTLNIDLTNTPIGANIYLKDIWPSQKEIDEVIANSINSSMFIEKYADV FNGTKEWRDLQITTGTNYNWDKNSTYINNPPYFDNIGSEHSIKDIKSARILAIFGDSITT DHISPAGSISKNSPAAKYLIKHHIEPLDFNSYGSRRGNHEVMMRGTFANIRIKNEMCNGV EGGFTINQLSGVQQTIYDTAMDYKAHDIPLVIFAGKEYGSGSSRDWAAKGPGLLGIKAVI AESFERIHRSNLVGMGILPLTFTGKNTRLNLKLDGSEIIDLIGLSENIKPYNLVKCVIKK QTNEISTIDLILQIFTENEINYIKHGSIMQFVVESLKG NT seq 2637 nt NT seq  +upstreamnt  +downstreamnt atgtcaaaagttcataattcagaatatataaaagagttagtagtcgataatacttcatat aaaatttacgatataaataaagcagcaagtgatatcggacttcctttaaaaaagctccct tatagtttaagagtattattagaaaacgtgctacgcaccaatgggaataaggaaaactta cttgtatttaaagaatggttaaaaactaaaaaatctaatacagagatagattttatgcct gcaagagttttaatgcaggattttactggtgtgcctgctattgtagatttagctgctatg cgtgatgctatgcagaaaataggatgtaatccgctaaaaattaatccacttattcctgtt gatttagtaatagatcattccgtaagcgttgattcttacggaaataaggagtcatttgat caaaatgttcacatggaaatgaaacgcaatatcgagcgttatcaatttcttaagtgggga cagcaggcatttaataattttaaagtagtaccacctggtacaggtatttgtcatcaggtg aatttagaatttttatcacaagtcgtgtggcataatgatggaactgcttaccctgatagt ttagttggtacagatagccatacaactatggtaaacggtttatcagttcttggttgggga gttggaggtatagaggcggaatctgcaatgcttggtcaacctattactatgatcatacca gaggtaattggagtaaaattaataggaaagttagcaggaatggctacagcaactgatcta gtgctcacaattactgagatattgcgtagaaaaaaagtagtaggtaaatttgttgagttt ttcggtaatgggcttagaaacctaacgatttcagatcgtgctactatttctaatatgtca cctgaatatggtgctacttgcggatttttcccgattgatcaagaaactctaaaatatcta gaggtaacaggtagagaaataacacagattaaattagtagagaaatatgcaattgagcag aacctttggtataattgtgaagatactcaagaatatactgaggttttagagttagattta tctactgtatatagttcacttgccggtccaaaacgtccacaagatcgagtaaacttaaac tgtgtagcaagtaattttcaaaatgaattaccatacttcgctttagcaaataaagatatt gataaaaaatatgctgtagcaaatcagaattatgcaattggtaatggtgatgtggtgatt gccgcaattactagttgtactaatacttctaatcctagcgttatgataggtgcagcactt cttgctaaaaaagcactagagcacggattaaatgtaaagccttgggttaaaacttcactt gcgcctggttcaaaagtcgtaacagaatatttgaagcttagcggtcttgataaatattta gatgcacttgggtttaatcttgtaggttatggttgtactacttgcatcggtaattctggc tctttaaatccggaaatagagaacactattaataaaaacagactagttgttgcttctgtt ttatcaggtaataggaattttgaaggtcggattaatccgcttactaaagcaagctatctt gcttcacctattttagttgtggcatatgcacttagtggaactcttaatatagatctaaca aatactcccataggagcaaatatttatttaaaagatatttggccaagccaaaaagagata gatgaagttattgcaaattcaattaattcatctatgtttatagaaaaatatgctgatgta tttaatggcacaaaagagtggcgcgatttacagattactactggcactaattataattgg gataagaatagtacatatattaataatccaccttattttgataatataggtagcgagcat agtataaaagatataaaatctgcaagaattctagcaatttttggtgattctattactaca gatcatatttcgcccgcaggcagcattagtaaaaatagtcctgctgctaaatatttaata aaacatcatatagagcctttagattttaactcttatggatcacgtagagggaatcatgaa gtaatgatgcgtggtacatttgctaatattcgtataaaaaatgagatgtgtaatggcgta gaaggcggtttcactataaatcagttgagcggtgtacaacaaactatttacgatacagct atggattataaagctcatgatataccgttagtgatttttgcaggtaaagaatatgggagt ggatcgtctagagactgggcagcaaaaggtcctggattgcttggtataaaggcagtgatt gccgagagctttgaacgaatacatcgctcaaatttagtaggaatgggtattctcccgtta acttttacgggcaaaaatacaagattaaatttaaagttagatggttcagaaattattgat cttataggtttaagtgagaatatcaaaccttataatcttgttaaatgtgtgataaaaaaa caaactaatgaaataagtacaatcgatttaatattgcaaatatttacggagaatgagata aattatataaagcacggtagcattatgcagtttgtggtagagagtttgaaaggatag

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