Alpha proteobacterium HIMB59: HIMB59_00002620 Help Entry HIMB59_00002620   CDS       T02249                                  Name (GenBank) aconitate hydratase   KO K27802   aconitate hydratase A / 2-methylisocitrate dehydratase [EC:4.2.1.3 4.2.1.99] Organism apc  Alpha proteobacterium HIMB59 Pathway apc00020   Citrate cycle (TCA cycle) apc00630   Glyoxylate and dicarboxylate metabolism apc00640   Propanoate metabolism apc00720   Other carbon fixation pathways apc01100   Metabolic pathways apc01120   Microbial metabolism in diverse environments apc01200   Carbon metabolism apc01210   2-Oxocarboxylic acid metabolism apc01230   Biosynthesis of amino acids Module apc_M00009   Citrate cycle (TCA cycle, Krebs cycle) apc_M00010   Citrate cycle, first carbon oxidation, oxaloacetate => 2-oxoglutarate Brite KEGG Orthology (KO) [BR:apc00001]  09100 Metabolism   09101 Carbohydrate metabolism    00020 Citrate cycle (TCA cycle)     HIMB59_00002620    00630 Glyoxylate and dicarboxylate metabolism     HIMB59_00002620    00640 Propanoate metabolism     HIMB59_00002620   09102 Energy metabolism    00720 Other carbon fixation pathways     HIMB59_00002620 Enzymes [BR:apc01000]  4. Lyases   4.2  Carbon-oxygen lyases    4.2.1  Hydro-lyases     4.2.1.3  aconitate hydratase      HIMB59_00002620     4.2.1.99  2-methylisocitrate dehydratase      HIMB59_00002620 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Aconitase Aconitase_C Motif Other DBs NCBI-ProteinID:  AFS48465 UniProt:  J9YZN9 LinkDB All DBs Position 235540..238173 Genome browser AA seq 877 aa AA seqDB search MNSINSFQTLDSLNVGGKEYAFYNIAKLHEKFPAIQKLPKSKKILIENLLRLEDGKDVNK DLIEKVLQNPEEKHEIFFLPARVLMQDFTGVPAVADLASMRNAVALKGKDPAKVNPLSQV DLVIDHSVMVDYFATPNAFQKNVDMEFGRNKERYEFLKWGQQAFENFRVIPPGTGICHQV NLEYLAKVVWSKSINGSEYLYPDTLVGTDSHTTMVNALGVLGWGVGGIEAEAAMLGQSVS MLLPEVVGFKIDGSLQEGVTATDLVLTVVEMLRAKGVVGKFVEFYGEGVKNLSLADRATI ANMAPEYGATCGFFSTDEETVKYLNLTARDKDLVEIVEKYNKVQGLWMDNQSEYNDQLEL NLGSVQASLAGPKRPQDRINLNGVSANFQKLLQGDPNKTEVKNHNYQLTDGDVVIAAITS CTNTSNPNVLVAAGLVAKKASELGMQVKPWVKTSLAPGSKVVTDYLNKSDLTKHLDAMGF HLVGYGCTTCIGNSGPLHQDIADAITENNLTVASVLSGNRNFEGRVNPHVKANYLASPPL VVAYALAGTVNIDLSKDALGISSEGKEIFLKDIWPTNEEINSIVSQHVSAEMFSQQYSNA LLGPKEWQNIQTSEGDLYQWKEDSTYVQKPPFFDAISEDEKDIQNIDNARPLLLLGNSVT TDHISPAGAIKQDSPAGDYFMERQILQKDFNSYGARRGNHEVMVRGTFANIRIKNELLSD VEGGYSILEPEKKQMSVYEVAMEYQKRAENIVVFAGQEYGTGSSRDWAAKGTKLLGIKAV IAESFERIHRSNLIGMGVLPIQLDNTDIQELGIKSSDLVDIKLHSEIKPLEKISVILKQG DATKELQCTLRIDTINELQYYKSDGILNFVLNNILKN NT seq 2634 nt NT seq  +upstreamnt  +downstreamnt atgaattcaataaatagttttcaaaccctagactctttaaacgtaggtggaaaagaatat gcattttacaacattgccaaacttcatgaaaaatttccagccatccaaaaattacccaaa tccaaaaaaattctcatagaaaatttattgcgtcttgaagatggcaaagatgtaaataaa gatttgattgaaaaagttttacaaaatcctgaagaaaagcatgaaatattctttcttcca gctcgtgtactcatgcaagactttacaggggtacctgctgttgctgatcttgcttctatg agaaatgcagtcgctctcaaaggcaaagatccagcgaaagtaaatccattatcacaagta gatcttgttattgatcattctgtaatggttgattatttcgcaaccccaaatgcctttcaa aaaaatgtggatatggaatttggaagaaacaaagaacgttatgaatttttaaaatgggga caacaagcatttgaaaattttcgagtcattccacctggaacgggaatctgtcatcaagtt aacttagagtacttagctaaagttgtttggagcaagtccataaacggaagtgaatactta tatcctgatacgcttgtaggaacagatagccacacaactatggttaatgcccttggagtt ttgggctggggagtgggaggaattgaggcagaagcggcaatgcttggtcaatcagtttcg atgttacttcctgaagttgtgggttttaaaatagacggtagccttcaagaaggcgttact gcgactgacttggtcttaactgttgtggaaatgcttagagccaaaggagtggttggtaaa tttgtcgaattctacggcgagggtgtcaaaaacttatctttagcagatcgagctacaatt gcgaacatggcccccgaatacggagctacttgtggatttttttccacagatgaagaaact gtaaaatatctcaatctaacagcgagagacaaagaccttgtagaaatcgttgaaaaatat aacaaagttcaaggactttggatggataatcaaagtgaatacaatgatcaacttgaatta aatctaggctcagttcaggcatctttagcagggcctaaaagacctcaagatagaattaac ttaaatggggtatcggcaaattttcaaaaactattacaaggtgacccaaataaaactgaa gtaaaaaatcacaattaccaattaactgacggtgatgttgttattgctgctattacatcc tgcactaatacatcgaacccaaatgttcttgtagcagcaggactagttgcaaagaaagca agcgaacttgggatgcaagtcaaaccatgggtaaaaacctctcttgctccaggctctaaa gtagttacggactatttaaataaatcagacttaaccaaacatttagacgcaatgggattt catttagttggctatggctgtactacctgtattggaaattcagggcctcttcatcaagat attgcagatgcaataactgaaaataacttaacagttgcatccgttctttcgggtaataga aattttgagggtcgcgttaatcctcatgtgaaagctaattaccttgcgtcacctccacta gtagtggcctatgctttggcaggtactgtcaatattgatttatcaaaggatgccttaggt atcagcagcgagggcaaagaaatattcctaaaagatatttggccaactaatgaggaaatt aattctattgttagtcagcatgtttccgctgaaatgttttctcaacaatatagcaatgct cttctaggtccaaaagaatggcaaaacattcaaacctcggaaggggatttgtatcaatgg aaagaagattctacctatgttcaaaaaccacctttctttgatgctatctctgaagatgaa aaagatattcaaaatattgacaatgctcgaccacttctcttattgggaaatagtgtaacc actgatcatatttctccagctggggccattaaacaagatagtcctgcaggtgattatttt atggaaagacagattttacaaaaagactttaactcatacggtgccagaagaggaaaccat gaagtgatggttcgaggtacatttgccaatatcagaattaaaaatgaacttctctctgat gtggagggtgggtattccatactggagcctgaaaaaaagcaaatgagtgtctacgaagta gccatggaatatcaaaaaagagctgaaaacattgttgtttttgctggacaagaatatggc acaggttcctcaagagactgggcggccaaaggaacgaagttgctaggtataaaagctgtg atcgcagaaagctttgagagaatacatcgatcaaacttaattgggatgggcgtacttcca attcaacttgataacaccgatattcaagaacttggaattaaatcttctgacctagttgat atcaaattacattctgaaattaagccacttgaaaaaatatctgtaatcttaaagcagggt gacgccactaaagaattacagtgtacgttgagaatagatacgattaatgaattacagtat tataagtctgatggtattttgaatttcgtactaaataatattttaaaaaattaa

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