Acinetobacter baumannii 1656-2: ABK1_1410 Help Entry ABK1_1410         CDS       T01819                                  Name (GenBank) Aconitate hydratase 2   KO K01682   aconitate hydratase 2 / 2-methylisocitrate dehydratase [EC:4.2.1.3 4.2.1.99] Organism abx  Acinetobacter baumannii 1656-2 Pathway abx00020   Citrate cycle (TCA cycle) abx00630   Glyoxylate and dicarboxylate metabolism abx00640   Propanoate metabolism abx00720   Other carbon fixation pathways abx01100   Metabolic pathways abx01110   Biosynthesis of secondary metabolites abx01120   Microbial metabolism in diverse environments abx01200   Carbon metabolism abx01210   2-Oxocarboxylic acid metabolism abx01230   Biosynthesis of amino acids Module abx_M00009   Citrate cycle (TCA cycle, Krebs cycle) abx_M00010   Citrate cycle, first carbon oxidation, oxaloacetate => 2-oxoglutarate abx_M00012   Glyoxylate cycle abx_M00982   Methylcitrate cycle Brite KEGG Orthology (KO) [BR:abx00001]  09100 Metabolism   09101 Carbohydrate metabolism    00020 Citrate cycle (TCA cycle)     ABK1_1410    00630 Glyoxylate and dicarboxylate metabolism     ABK1_1410    00640 Propanoate metabolism     ABK1_1410   09102 Energy metabolism    00720 Other carbon fixation pathways     ABK1_1410 Enzymes [BR:abx01000]  4. Lyases   4.2  Carbon-oxygen lyases    4.2.1  Hydro-lyases     4.2.1.3  aconitate hydratase      ABK1_1410     4.2.1.99  2-methylisocitrate dehydratase      ABK1_1410 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Aconitase_2_N Aconitase_B_N Aconitase Motif Other DBs NCBI-ProteinID:  ADX03044 LinkDB All DBs Position 1514678..1517317 Genome browser AA seq 879 aa AA seqDB search MLEAYRQHVAERAALGVPPKPLDDAQTAQLVELLKNPPAGEEAFLVDLLENRVPAGVDQA AYVKAAFLAAIAKGEATSPLVSKERAVYLLGTMLGGYNVAPLVELLDDAELGSLAAEALK KTLLVFDAFHDVADKAKAGNANAKAVLQSWADAEWFTSRKDVPEEIKITVFKVTGETNTD DLSPAQDAWSRPDIPLHANAMLKNERDGINPEKPGEVGPLSQIKELIAKGNQVAYVGDVV GTGSSRKSATNSVLWFFGDEIAHIPNKKDGGVCLGGKIAPIFFNTMEDAGALPVEIDVSN MNMGDEVTLKIDHAAAKVTAFKNGEQIAESELKTPVLLDEVRAGGRINLIIGRGLTAKAR EALGLAPSTLFRTPVQPADTGKGFTLAQKMVGRACGLPEGQGIRPGTYCEPKMTTVGSQD TTGPMTRDELKDLACLGFSADLVMQSFCHTAAYPKPVDVQMQHTLPDFIMNRGGVSLRPG DGIIHSWLNRMLLPDTVGTGGDSHTRFPIGISFPAGSGLVAFAAATGVMPLDMPESVLVK FKGKMQPGITLRDLVHAIPYYAIKEGDLTVEKKGKKNIFSGRILEIDLTEMETDLTVEQA FELSDASAERSAAGCAITLSEEKVAEYLRSNITMLKWMISQGYGDARTMARRVENMEKWL ANPSLLKADADAEYTKVYEIDLSEIKEPILCCPNDPDDAKLLSDVQGDKIDEVFIGSCMT NIGHFRAAGQLLEKVPSGSLTTRLWLAPPTRMDEHQLMEEGFYNTYGRAGARTEMPGCSL CMGNQARVAPNTTVVSTSTRNFPNRLGQGSNVYLASAELASVAAVLGKLPTPEEYQQYAA QIDSMSADIYKYLNFDQMGEYTNAADKVDTKKIAAAQLT NT seq 2640 nt NT seq  +upstreamnt  +downstreamnt gtgctagaagcttaccgccaacacgttgctgaacgtgccgcactcggagtcccaccgaag ccacttgatgatgctcaaactgctcaacttgttgagttattaaaaaacccaccggcaggt gaagaagcattcttggttgatttgcttgaaaaccgtgttcctgcaggtgttgaccaagca gcttacgtaaaagcagctttcttggcagcgattgcaaaaggcgaagcgacatctccgcta gtttctaaagaacgtgcagtttatttactaggtacgatgcttggtggctataacgtagcg cctttagttgagcttctggatgatgctgaattaggtagcttagctgctgaagctttgaaa aaaacattacttgtatttgatgcgttccatgacgtagctgataaagctaaagctggcaat gcaaatgcaaaagctgttttacaatcttgggctgatgctgaatggttcactagtcgtaaa gatgtaccagaagaaatcaaaatcactgtgttcaaagtaacaggtgaaacaaacactgat gacttgtctccagctcaagacgcatggagccgtccagacatcccattgcatgcaaatgca atgttgaaaaatgagcgtgatggtatcaaccctgaaaaaccaggtgaagttggtccatta agccaaattaaagaactcattgctaaaggcaaccaagttgcttatgttggtgacgttgtt ggtacaggttcatctcgtaaatctgcaacaaactctgttctttggttctttggtgatgaa atcgctcacattccaaacaaaaaagacggtggtgtgtgcttaggcggtaaaattgctccg atcttctttaacacaatggaagatgctggtgcattaccagtagagatcgatgtttctaac atgaacatgggtgacgaagttactcttaaaatcgatcatgctgctgcaaaagtaactgcg ttcaaaaatggcgaacaaatcgctgagtctgaacttaaaactccagtacttttagatgaa gtacgtgctggtggtcgtattaacttgatcattggtcgtggcttaactgctaaagcgcgt gaagctttaggtttagctccatctacattattccgtactccagtacaaccagctgacact ggcaaaggtttcactttagctcagaagatggttggtcgcgcatgtggtctcccagaaggt caaggtatccgtccaggtacttactgtgaacctaaaatgactacagtgggttctcaagat acaactggtcctatgactcgtgatgagttaaaagacctagcttgcttgggcttctctgct gacttagtaatgcagtctttctgtcacactgctgcttatccaaagccagttgacgtacaa atgcaacatacacttccagacttcatcatgaaccgtggtggtgtatctttacgtccaggt gacggtattatccactcttggttaaaccgtatgcttcttccagatacagtaggtactggt ggtgactcgcatactcgtttcccaattggtatttcattcccagcaggttctggtcttgta gctttcgctgctgcaactggtgtaatgccacttgatatgcctgaatcagttcttgttaag tttaaaggtaaaatgcagcctggtatcactttacgtgaccttgtacatgcgattccttac tatgcaatcaaagaaggcgatcttactgttgagaaaaaaggtaagaaaaacatcttctct ggtcgtatcttagaaatcgacttaacagaaatggaaactgacttaacagttgagcaagca ttcgaactttctgatgcttctgctgaacgttcagctgctggttgtgcaatcacactttca gaagagaaagttgctgagtacttacgttctaacatcacaatgcttaagtggatgatttca caaggctatggtgatgcacgtacgatggctcgccgtgttgaaaacatggaaaaatggtta gcaaacccaagcttacttaaagctgatgctgatgctgaatacactaaagtgtatgaaatt gacttgtcagaaatcaaagaacctatcctttgctgcccgaacgatccagatgatgcgaaa cttctttctgacgttcaaggcgacaaaattgatgaagtattcatcggttcttgtatgact aacattggtcacttccgtgctgctggtcagttacttgagaaagtaccaagcggttcatta acaactcgtttatggttggctccaccaacacgtatggacgaacatcagttaatggaagaa ggcttctataacacttatggccgtgctggtgcgcgtacagaaatgcctggttgttcatta tgtatgggtaaccaagcacgtgttgcgccgaacacaactgttgtttcgacttctacacgt aacttccctaaccgtttaggccaaggttctaacgtttacttagcatctgctgagcttgca tctgttgctgctgtacttggtaaattaccaactccagaagaataccaacaatatgcagct caaattgacagtatgtctgctgacatctacaaatatttgaatttcgaccaaatgggcgaa tatacaaatgctgctgataaagtagatactaagaaaattgctgctgctcagttgacttaa

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