Saccharolobus islandicus REY15A: SiRe_1005 Help Entry SiRe_1005         CDS       T01953                                  Name (GenBank) aconitate hydratase 1   KO K27802   aconitate hydratase A / 2-methylisocitrate dehydratase [EC:4.2.1.3 4.2.1.99] Organism sir  Saccharolobus islandicus REY15A Pathway sir00020   Citrate cycle (TCA cycle) sir00630   Glyoxylate and dicarboxylate metabolism sir00640   Propanoate metabolism sir00720   Other carbon fixation pathways sir01100   Metabolic pathways sir01120   Microbial metabolism in diverse environments sir01200   Carbon metabolism sir01210   2-Oxocarboxylic acid metabolism sir01230   Biosynthesis of amino acids Module sir_M00009   Citrate cycle (TCA cycle, Krebs cycle) sir_M00010   Citrate cycle, first carbon oxidation, oxaloacetate => 2-oxoglutarate sir_M00012   Glyoxylate cycle Brite KEGG Orthology (KO) [BR:sir00001]  09100 Metabolism   09101 Carbohydrate metabolism    00020 Citrate cycle (TCA cycle)     SiRe_1005    00630 Glyoxylate and dicarboxylate metabolism     SiRe_1005    00640 Propanoate metabolism     SiRe_1005   09102 Energy metabolism    00720 Other carbon fixation pathways     SiRe_1005 Enzymes [BR:sir01000]  4. Lyases   4.2  Carbon-oxygen lyases    4.2.1  Hydro-lyases     4.2.1.3  aconitate hydratase      SiRe_1005     4.2.1.99  2-methylisocitrate dehydratase      SiRe_1005 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Aconitase Aconitase_C Motif Other DBs NCBI-ProteinID:  ADX85072 UniProt:  F0NGQ6 LinkDB All DBs Position 961568..964135 Genome browser AA seq 855 aa AA seqDB search MPSKFSYKGSEIYYYPLKELEEKGYKISDLPYSIRILIENVYRNLDGNKITEEDLENITK WKVGEELAFMPTRVVMQDYTGVPLLVDLAAMREKMIQLKKDPKMINPVVPADLVIDHSVQ VDYYGTVYSLEFNMKKEFERNLERYQFLKWAQGAFRNLRIVPPGKGIIHQVNLEYLSTVV TKAEVKGLLTAFPEVIIGTDSHTTMIEGLGILGWGVGGLEAEAVLLGEPYYLNVPEVIGV RLSGEIQEGVTPTDVVLYITELLRKKNVVSKFVEFFGPSLSLLSVPDRATIANMAPEYGA TAAYFPIDDVTVSYLELTNRDGEFVKKYSQLQDLFYDDSRKIRYTDVVEVDLSKIEPAIA GPRNPDERIVLREVKGKLSKEKKKKGKYVEDNAVVLAAITSCTNTSNPTVMLGAGILAKK AVEMGLRVPTYIKTSTAPGSPVVAEYLRETELLPYLEALGFHLVGFGCTTCIGNAGPLQK HVEEDIKENGIETYGVISGNRNFEGRINPLLKGTFLASPILVVAYALAGRIDIDFYNEPI GYDPNGKPVYLRDIWPSLKEIKAYMNMALKPELYKKNSNIFEGNELWNSLKTPQGDVYSW DEKSTYIRLPPWYTEEKQEELDDIVNARILLLLGDKITTDHISPAGPITPDSPAGLYLKQ FGVSDLNTYGARRGNHEVMLRGGFFNPKMKNLLVEKEGGYTVHFPDRRIASVYEVAMQYK KEGVPLVIVAGKQYGSGSSRDWAAKVTKLLGVKAVLAESFERIHRSNLVAMGVIPIQIQD WRSLGIKGDETINIKGIKDLKPKKELVIEFVKSNGEKITTKGIARIDNNVELTYVKKGGI LNYVLEKFLENERKS NT seq 2568 nt NT seq  +upstreamnt  +downstreamnt atgccaagtaaattttcatacaaaggttcagaaatatattattatcctttaaaagaattg gaagaaaaaggttataaaataagtgatctaccctattcaataagaatacttattgaaaac gtttacagaaatttagatggaaataagataacagaagaagaccttgagaatataactaaa tggaaggtaggagaagaattggcttttatgccaactagagttgtaatgcaagactacact ggagttcccctattagttgatttagcagcaatgagagagaagatgattcaactgaagaaa gatcccaagatgatcaacccagtagttccggcagacctagtcatagatcattcggtacag gtggactattacggtacagtttactcactagagttcaatatgaaaaaagaatttgaaaga aatttggaaagatatcaatttttaaaatgggctcaaggggcatttaggaacttaagaatt gtgcctccaggtaaagggattatccatcaagtaaacctagaatacttaagtactgtagtc acaaaggctgaagtaaagggtttgttaactgcatttccagaggtaattattggaacagat tcgcacactacaatgattgaaggtctgggaatcctaggatggggagttggtggattagaa gcagaggctgtacttttaggagagccatactaccttaatgtaccagaggtaataggtgta agattatctggagagattcaagaaggagtaactcccactgatgttgttctttacattacg gagttattaaggaaaaagaacgtggtaagtaaattcgtggaattcttcggaccatcttta tcgctactttctgtaccagatagggctactatagctaacatggcaccagagtacggtgca acagcagcgtacttcccgattgatgatgtaaccgtaagctatcttgaacttacaaataga gatggagaattcgttaagaaatattcccaactacaagatttattctatgacgattctagg aagataaggtatacggatgtagtagaagtggatttaagtaagatagaaccagcaatagcg ggacctagaaatcctgatgagagaatagttttaagagaagttaaaggaaaactaagtaag gagaagaagaaaaagggcaaatatgtagaggacaacgctgtggtcttggctgcaattact agttgtacaaacacttctaatccaactgtaatgttaggtgctggtatcttagctaaaaag gctgttgaaatgggattaagagtacctacttacattaaaacgagtactgctcccggatca ccagtagtagctgaatacttaagggaaaccgaattattaccatatttagaggccttaggt tttcacttagttggtttcggatgtacaacgtgtataggtaatgcagggcctttacaaaag catgtagaggaggacattaaggaaaatggtatcgaaacatatggggtaattagtggaaat aggaattttgaaggcagaataaacccattattaaagggtacttttctagcctctccaatc ttagtagttgcttatgcgttagcgggaagaattgatatagacttctacaatgagcctata ggatacgatcccaatggaaaaccagtgtatttaagggatatctggccttccttaaaagag ataaaagcctacatgaatatggccttaaagccagaactgtacaagaagaattccaatatc tttgaaggaaatgaattgtggaactcattaaagaccccacaaggagatgtatacagttgg gatgagaagtcaacctacataagactacccccatggtacactgaagaaaagcaggaggag ttagatgatatagttaacgctagaatactattgttactgggagataagataactactgat cacatttcgccagctggtccaattacccctgactcacctgcaggattatacttaaagcaa tttggtgtaagtgatctaaatacctatggtgctagaagaggtaaccatgaggtaatgtta agagggggatttttcaatcctaagatgaagaatctattagtggaaaaagaaggaggatat actgttcacttcccagatagaaggattgctagtgtctatgaagtggcaatgcagtataaa aaggagggagttcctctagtgatagtagcaggtaaacaatatggaagtggaagttcaaga gattgggcagcaaaggtgaccaaattgttaggagttaaggcagttttagctgagagtttt gagaggatacataggagtaacctagtggctatgggtgtaatacctatacaaattcaagac tggagaagtctaggaataaagggagatgagactattaacataaagggtattaaggatctt aaacctaagaaagaattagtcatagagtttgtgaaatctaatggggagaaaataactacc aagggaattgcaagaatagataacaacgttgaactaacatatgtcaagaaaggaggaata ttaaattatgtgctcgagaaattcttagaaaatgaaaggaagagttag

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