Myroides profundi: MPR_1590 Help Entry MPR_1590          CDS       T03631                                  Name (GenBank) aconitate hydratase   KO K27802   aconitate hydratase A / 2-methylisocitrate dehydratase [EC:4.2.1.3 4.2.1.99] Organism mpw  Myroides profundi Pathway mpw00020   Citrate cycle (TCA cycle) mpw00630   Glyoxylate and dicarboxylate metabolism mpw00640   Propanoate metabolism mpw00720   Other carbon fixation pathways mpw01100   Metabolic pathways mpw01120   Microbial metabolism in diverse environments mpw01200   Carbon metabolism mpw01210   2-Oxocarboxylic acid metabolism mpw01230   Biosynthesis of amino acids Module mpw_M00009   Citrate cycle (TCA cycle, Krebs cycle) mpw_M00010   Citrate cycle, first carbon oxidation, oxaloacetate => 2-oxoglutarate Brite KEGG Orthology (KO) [BR:mpw00001]  09100 Metabolism   09101 Carbohydrate metabolism    00020 Citrate cycle (TCA cycle)     MPR_1590    00630 Glyoxylate and dicarboxylate metabolism     MPR_1590    00640 Propanoate metabolism     MPR_1590   09102 Energy metabolism    00720 Other carbon fixation pathways     MPR_1590 Enzymes [BR:mpw01000]  4. Lyases   4.2  Carbon-oxygen lyases    4.2.1  Hydro-lyases     4.2.1.3  aconitate hydratase      MPR_1590     4.2.1.99  2-methylisocitrate dehydratase      MPR_1590 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Aconitase Aconitase_C SecA_PP_bind Motif Other DBs NCBI-ProteinID:  AJH14771 LinkDB All DBs Position 1779332..1781974 Genome browser AA seq 880 aa AA seqDB search MENVLRNHDGYVITDEHLDTLVNWDPKGTDKDIPFKPARVLMQDFTGVPAVVDIASLRDE FIRQGKDGNKINPAIPVDLVIDHSVQVDYYGTDYSYKGNVEKEYERNSERYELLKWAQQE LNNFTVVPPGMGICHQVNLEYLAKGVIERDGWAFPDTLVGTDSHTPMVNGIGVIAWGVGG IEAEAAMLGQPIYFTCPEVIGLKLTGKIPQGATATDMVLSITKILRQVGVVGKFVEVFGD GLDNLSVTDRATISNMSPEFGCTVTYFPIDNRTLDYMRATNRSEEQINLVEDYCKNNMLW RTGKESIEYTTVIELDLNTLEPTVSGPKRPQDKILVKDLATSFSTLLEQEYNRTYTDTKE RREHAWLSEGGSGTEFAYEENKVANPTTEVVKDSLRTVRIKQKNKEYVIGDGSIVIAAIT SCTNTSNPEVMIGAGLVARKAIEKGLRTKSWVKTSLAPGSKVVTQYLQRSGLLEDLEALR FHTVGYGCTSCIGNSGPLPLPVAEAVTKGDLVVASVLSGNRNFEARVHPQVKMNFLMSPM LVVAYALVGRVDIDLINDPLDYDPNGQPVYLKDIWPTHEEIRAVINESLKQEDFEQVYSV IFEGEQDWKNLQAPTGQKFEWDQPSTYIRQAPFFENLPAQPKPIADVHNARVLLYLGDSV TTDHISPAGAFNESSAAGKYLLSQGVEPKDFNSYGSRRGNHEVMMRGTFANVRIKNKVAQ REGGYSTYLPTNESLSVFDTAMKYQEDKTPLIILAGKEYGSGSSRDWAAKGTYLLGVKAV IAESFERIHRSNLIGMGIAPLQFLEGQTAESLGLTGKETFTITGIEQDLVPHKILEVKAV KENGETLSFQAKARFDSLIEIEYYKNDGILQYVLRDYLKN NT seq 2643 nt NT seq  +upstreamnt  +downstreamnt ttggagaatgttttgcgtaatcacgatggttatgtgataacagacgagcatttagacact ctagttaactgggatccaaagggtactgacaaagatattccctttaagccagcacgtgtt ttaatgcaagactttacaggtgtaccagctgttgtagatattgcgtctttgagagatgag ttcatcagacagggaaaagacgggaataagattaacccagcaattcctgtagatttggtt attgaccactctgttcaggtagattattatggaacagattactcttataagggaaatgta gaaaaagaatatgagcgtaattctgaacgctatgagttgttaaaatgggctcagcaggag ctaaataacttcacagtagttcctccaggaatgggtatttgtcaccaggtaaatttagag tatttagctaaaggtgttatcgaaagagatggatgggctttcccagatactttagtaggt acagattcacatacacctatggtgaatggtattggagttattgcatggggagtaggaggt attgaagctgaggcggctatgctaggacaaccaatttattttacttgcccagaggtaatc ggattaaaactaacgggtaaaataccacaaggggctactgctactgatatggtattatct attacgaagatattgcgtcaagtaggagtagtaggtaaattcgtagaagtatttggcgat ggcttagataatctatctgtgactgatagagcgactatatctaatatgtcaccagagttc ggatgtacagttacttatttccctattgataaccgtaccttagattatatgcgtgctacg aatagaagcgaagagcagataaacttagtagaagattattgtaaaaacaatatgctatgg agaacagggaaggagagcattgagtatactacagtgatcgagttagatctaaatacatta gagcctacagtatctggacctaaacgtccacaagacaaaatattagtaaaagatttagct acatcattctctactttattagagcaagagtataatcgtacctatacagatactaaagag cgtagagagcacgcttggctatcagaaggaggttctgggactgagtttgcttacgaagag aataaagttgctaatcctactacagaagttgtaaaagatagtctgcgtacagttcgtatt aaacagaagaacaaagagtatgtaataggagacggaagtatcgttatcgctgctatcacg agttgtacgaatacatctaatccagaagtgatgattggagcaggactagtagctcgtaaa gctattgagaaaggtctgagaacgaagtcatgggttaagacaagtttagctccagggtct aaggttgtgactcagtatctacagcgctcaggcttattagaagacctagaggcacttcga ttccatacagtagggtacggatgtacttcatgtattggtaacagtggacctcttccatta cctgtagcagaggcagtgactaaaggtgatttagttgtagcatctgtattgtcagggaat agaaacttcgaggctagggtacacccacaagtaaaaatgaacttcttgatgtctccgatg ttagttgttgcttatgcacttgtaggtagagtagatattgatttaattaatgatccttta gactatgatcctaatggacaaccagtgtatctaaaagatatatggccaacacatgaagag attagagcagtaattaacgaatcattgaaacaagaagattttgaacaagtatacagtgtg atctttgaaggtgagcaagactggaagaacttacaagcgccaacaggccagaagtttgaa tgggatcaaccctctacttatatcagacaagcgccattcttcgaaaacttaccagctcaa cctaagccaattgcagatgtacacaatgctagggtattgttgtatttaggagattcagtg actacagaccatatttcgccggcaggagcgtttaatgagagttcagcagcaggtaaatat ttactgtcacaaggagtagaaccaaaagattttaactcatacggatctagacgtggtaac catgaagtgatgatgagaggtacttttgccaatgtgcgtattaagaataaagtagcacaa cgcgaaggaggatatagtacttatttacctacgaatgaatctctttctgtatttgataca gcgatgaagtatcaagaagacaagactcctttaataatcttggctggtaaagaatacgga agtggatcttctcgtgactgggcagcaaaaggaacttatttattaggagtaaaagctgtt atagcagaaagctttgagcgtatccatagaagtaacttaattggtatggggatagctcca ttacaattcttagaaggccaaacagctgaatcattaggtttaactggaaaagagacattc actatcacaggaatcgaacaagatttagtaccacacaaaatactagaggtaaaggctgta aaagagaatggagaaactctttctttccaagctaaagctcgttttgattctttaattgaa atagagtattataaaaacgatggtattctacaatatgtattgagagactatctaaaaaat taa

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