Alteromonas australica DE170: EP12_03700 Help Entry EP12_03700        CDS       T03858                                  Name (GenBank) aconitate hydratase   KO K01682   aconitate hydratase 2 / 2-methylisocitrate dehydratase [EC:4.2.1.3 4.2.1.99] Organism aaus  Alteromonas australica DE170 Pathway aaus00020   Citrate cycle (TCA cycle) aaus00630   Glyoxylate and dicarboxylate metabolism aaus00640   Propanoate metabolism aaus00720   Other carbon fixation pathways aaus01100   Metabolic pathways aaus01110   Biosynthesis of secondary metabolites aaus01120   Microbial metabolism in diverse environments aaus01200   Carbon metabolism aaus01210   2-Oxocarboxylic acid metabolism aaus01230   Biosynthesis of amino acids Module aaus_M00009   Citrate cycle (TCA cycle, Krebs cycle) aaus_M00010   Citrate cycle, first carbon oxidation, oxaloacetate => 2-oxoglutarate aaus_M00012   Glyoxylate cycle Brite KEGG Orthology (KO) [BR:aaus00001]  09100 Metabolism   09101 Carbohydrate metabolism    00020 Citrate cycle (TCA cycle)     EP12_03700    00630 Glyoxylate and dicarboxylate metabolism     EP12_03700    00640 Propanoate metabolism     EP12_03700   09102 Energy metabolism    00720 Other carbon fixation pathways     EP12_03700 Enzymes [BR:aaus01000]  4. Lyases   4.2  Carbon-oxygen lyases    4.2.1  Hydro-lyases     4.2.1.3  aconitate hydratase      EP12_03700     4.2.1.99  2-methylisocitrate dehydratase      EP12_03700 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Aconitase_2_N Aconitase Aconitase_B_N Motif Other DBs NCBI-ProteinID:  AJP42935 UniProt:  A0A350P9H9 LinkDB All DBs Position 827310..830120 Genome browser AA seq 936 aa AA seqDB search MSLYSEYLAEIETRKTELGLNPKPIDSADLLSEIIAQIKDTTNEHREDSLKFFIYNTLPG TTPAAGVKAQFLKEIVLGEEKVEEITPEFALELLSHMKGGPSVEVLLDLALSDDESVAKP AAEVLKTQVYLYEADTERLETAYKAGNAIAKDVLESYAKAEFFTKLPDVPEKIEVVTYIA AEGDISTDLLSPGNQAHSRADRELHGQCMITPEAQQEIVELGKKHPNAKVMLIAEKGTMG VGSSRMSGVNNVALWAGEPTSPYIPFVNKAPIVAGTNGIAPIFLTTVDVTGGIGLDLKNW VKKTDENGEIVRDANGDPVLEEAYSVATGTVLTIDTKAKKLYNGSEELADVSASFTPQKM EFMKAGGSYAVVFGKQLQTFAATTLGIEAPAVYAPSKEVSHEGQGLTAVEKIFNRNAVGV NSDAPLHAGSDVRVKVNIVGSQDTTGPMTCQELESMAASTISPLVDGAYQSGCHTASVWD KKAQANIPKLMSFMNNFGVITARDPKGVYHSMTDVIHKVLNDITVDDRAIIIGGDSHTRM SKGVAFGADSGTVALALATGEAAMPIPESVKVTFKGSMKEHMDFRDVVHATQAQMLKQFA GENVFQGRVIEVQIGTLLADQAFTFTDWSAEMKAKASICISDNETMVASLELAKRRIQIM IDKGMDNEANMLQGLIDLADKRIAEIKSGEEPALAPDDNAKYYAEVVIDLDQIDEPMIAD PDVNNEDVSKRYTHDVIRPVSYYDGKPVDLGFVGSCMVHKGDMQIIAQMLRNLEKLNGSV EFKAPLVVAPPTYNIVDELKAEGDWEVLAKYAGFEFDDAKPKEAARTKYDNILYLERPGC NLCMGNQEKAEPGDTVIATSTRLFQGRVVADSSEKKGESLLGSTPLVVLSTVLGRFPTTE EYKQAVEGIDLTKFAPPSEDLAVKPKFEADLAVKRV NT seq 2811 nt NT seq  +upstreamnt  +downstreamnt atgagtttgtattcagaatatctggctgagatcgagacccgtaaaacggaactaggtctt aaccctaagcctatcgacagtgcagatctgctgtctgaaattattgctcaaattaaagat acaacaaacgagcaccgcgaagactctctaaaattctttatctataacaccctgccaggt actacgcctgctgctggtgtgaaagcacaatttttaaaagaaattgtacttggcgaagaa aaagtagaagaaatcacccctgagtttgcattagagctgctttcacacatgaaaggcggc ccgtcagtagaagtgttactagacctagcgctttctgacgatgagtctgtggctaagcct gccgcagaagtattgaaaacccaggtatatctgtacgaagctgacactgaacgtcttgaa actgcgtacaaagcgggtaacgccattgctaaagatgtgctagaaagctatgcaaaagca gagttcttcaccaaacttcctgacgtaccagagaaaattgaagtggtcacttacattgcc gctgaaggtgatatttcaacagaccttctttctccaggtaaccaagcacactctcgtgca gaccgcgaacttcatggtcagtgcatgatcacgccagaagcgcagcaagaaattgttgag ctaggtaaaaagcaccctaacgctaaagtcatgcttattgctgaaaaaggcaccatgggt gtaggttcttctcgtatgtctggtgtgaacaacgtagcactatgggcaggtgagccaaca agcccttacattccgtttgtaaataaagcgccaattgttgcaggcactaacggtatcgca ccaatcttcctgactaccgttgatgtcaccggtggtattggtcttgaccttaagaactgg gttaagaaaacggatgaaaatggcgaaatcgttcgcgatgcaaacggcgacccagtgcta gaagaagcgtactctgtagcgacaggtacggtactgactatcgatactaaagcgaaaaaa ctttataacggttcagaagaactggctgacgtatctgcgtcgtttactcctcagaaaatg gagttcatgaaggcaggtgggtcttacgcggtcgttttcggtaagcagctacaaacgttt gcggccacgaccttaggtattgaagcgccagccgtttacgcaccttctaaagaagtatca cacgaaggccaaggcctaacagcggttgagaaaatctttaaccgtaacgccgttggcgta aactctgacgcaccgcttcacgccggttctgacgtgcgcgttaaagtcaacattgtaggt tctcaggacaccacaggcccaatgacttgccaagagctagagtctatggcggcatcgact atttcacctcttgttgacggtgcatatcagtctggttgccacacggcgtcggtatgggac aagaaagcacaggctaacattcctaagcttatgtcattcatgaacaactttggtgtcatc acagcccgtgatcctaaaggtgtttaccactctatgactgacgttattcacaaagtgctt aacgacatcacagtagatgaccgcgctatcatcattggtggtgactctcacacccgtatg tctaaaggtgtcgcatttggtgccgactcaggtacagttgcattagcactagcgacaggt gaagcggcaatgccaattccagagtctgtgaaagttacctttaaaggtagcatgaaagag cacatggacttccgtgatgtggttcacgcgacgcaagcgcaaatgcttaagcaattcgct ggcgaaaacgtattccaaggccgtgtcattgaagtacaaattggtacgctactggctgac caagcgtttacattcactgactggtctgcagaaatgaaagcgaaagcgtcaatctgtatc tctgacaatgagacgatggttgcatcacttgagcttgctaagcgccgtatccaaatcatg atcgacaagggcatggacaatgaagcaaacatgcttcaaggtctgattgatcttgctgat aagcgtatcgctgaaattaagtcgggtgaagagccagcgcttgcaccagatgacaacgcg aagtactacgcagaagtggttatcgatttagaccaaatcgacgagccaatgattgctgac ccagacgtaaacaacgaagacgtatctaagcgttatacccacgatgtaatccgtccggtt tcttactacgatggtaagccagtagacctaggtttcgtaggttcttgtatggtgcacaaa ggcgacatgcaaatcattgcacaaatgctgcgtaacctagagaagcttaacggctctgta gagtttaaagcgccgctagtggttgcgccacctacatataacattgttgacgagcttaaa gcagaaggtgactgggaagtccttgcgaaatacgcaggttttgagtttgacgatgctaag ccaaaagaagcagcgcgtactaagtacgacaacattctttacctagagcgtcctggatgt aacctatgtatgggtaaccaagaaaaagcggagccaggcgatacggtaattgcaacctcg actcgcttgttccaaggccgtgtagtggctgactcttctgagaagaaaggtgaatcatta ctaggctctacgccgctagtagtactttcaactgtgcttggtcgcttcccaactacggaa gaatacaagcaagcagttgaaggcattgacctaactaagtttgcgcctccttcagaagat ttggcggttaaacctaagtttgaagctgatttagccgttaagcgcgtataa

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