Alteromonas mediterranea DE1: amad1_13955 Help Entry amad1_13955       CDS       T02340                                  Name (GenBank) isocitrate lyase   KO K01637   isocitrate/methylisocitrate lyase [EC:4.1.3.1 4.1.3.30] Organism amaa  Alteromonas mediterranea DE1 Pathway amaa00630   Glyoxylate and dicarboxylate metabolism amaa00640   Propanoate metabolism amaa01100   Metabolic pathways amaa01110   Biosynthesis of secondary metabolites amaa01120   Microbial metabolism in diverse environments amaa01200   Carbon metabolism Module amaa_M00012   Glyoxylate cycle amaa_M00982   Methylcitrate cycle Brite KEGG Orthology (KO) [BR:amaa00001]  09100 Metabolism   09101 Carbohydrate metabolism    00630 Glyoxylate and dicarboxylate metabolism     amad1_13955    00640 Propanoate metabolism     amad1_13955 Enzymes [BR:amaa01000]  4. Lyases   4.1  Carbon-carbon lyases    4.1.3  Oxo-acid-lyases     4.1.3.1  isocitrate lyase      amad1_13955     4.1.3.30  methylisocitrate lyase      amad1_13955 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  ICL PEP_mutase Motif Other DBs NCBI-ProteinID:  AFV86289 LinkDB All DBs Position 3134765..3136360 Genome browser AA seq 531 aa AA seqDB search MSQYQQDIDNFATLKAAQKGTWEGINPEFAARMKVQNRFKTGLDIARYTAGIMRKDMAEY DADSSQYTQSLGCWHGFVGQQKMLSVKKHQGTTSKSYLYLSGWMVAALRSEFGPLPDQSM HEKTSVSALIEELYTFLRQADARELGDLFHKLDDAKKNGGDVAAIQAEIDNYETHVVPII ADIDAGFGNEEATYLLAKQMIEAGACCIQIENQVSDAKQCGHQDGKVTVPHEDFLAKINA VRYAFLELGVDDGVIVARTDSLGAGLTQKIPVSQSEGDLAAQYNAFLKTTDIAGADDLTE GDLVLKQGGKLVKPERLPNGLFRFKDNTGFDRVVLDCVTSLKHGADLLWIETEKPHVGQI AEMVNAIREQVPNAKLVYNNSPSFNWTLNFRQQVFDAWTEEGKDVSGYDRAKLMSADYDD SELAAEADEKIKSFQADAAREAGIFHHLITLPTYHTAALSTDNLAKGYFGEEGMLAYVRG VQRQEIRQGLACVKHQAMAGSDLGDTHKEYFSGEGALKASGEDNTMNQFDV NT seq 1596 nt NT seq  +upstreamnt  +downstreamnt atgtcgcaatatcaacaagacattgataacttcgccaccttaaaggcagcacagaaagga acgtgggaaggtataaacccagagttcgctgctcgcatgaaagttcaaaatcgtttcaaa actggcttagacattgcccgttatactgcaggcatcatgcgtaaagacatggctgaatac gacgcagattcgtctcagtacacacagtcactaggctgctggcatggctttgtaggccag caaaaaatgctttcagttaaaaagcaccaaggtacaaccagcaaaagctacctttaccta tctggttggatggtagcggcgcttcgctctgagtttggtccgctacctgaccaatcaatg cacgaaaaaacgtcagtttctgcccttatcgaagagctttacaccttccttcgccaggca gatgcccgtgaattaggcgaccttttccacaaactagacgacgcgaagaaaaacggcggc gatgtagcggctatccaagctgaaatcgacaactacgaaactcacgtagtaccaattatt gcggatatcgacgcaggttttggtaacgaagaagcaacttatctacttgcaaagcaaatg attgaagcaggtgcatgctgtatccaaatcgaaaaccaagtgtcagatgcgaagcaatgt ggtcaccaagacggtaaagtaaccgtgccacacgaagacttcctagcaaaaatcaacgct gtacgctatgcattccttgaactcggtgttgacgacggcgttattgttgcacgtactgac tcactaggtgcgggtcttacccagaagatcccagtatctcagtcagaaggcgatctagca gctcagtacaacgccttccttaagactaccgacattgctggcgcagacgacctaactgaa ggtgacctagttcttaaacaaggtggcaagctagttaagccagagcgtttgccaaacggt ttgttccgctttaaagacaacacaggttttgaccgcgtagtacttgactgtgttacgtcg cttaagcacggtgctgacctactttggattgagactgaaaagcctcacgttggtcaaatt gctgaaatggttaacgctattcgcgagcaagtaccaaacgctaagctggtatacaacaac tctccatcgttcaactggacacttaacttccgtcagcaagtatttgatgcttggacagaa gaaggtaaagatgtgtcgggttacgaccgtgcgaagcttatgtcagcagattacgatgat agcgaacttgcagcagaagctgatgagaagattaagagcttccaagctgacgcggcacgt gaagccggtatcttccaccaccttatcacgctacctacttaccacactgcagcactgtct actgacaaccttgcgaaaggctatttcggtgaagaaggtatgcttgcttatgtacgcggt gttcagcgtcaagaaattcgccaaggccttgcgtgtgttaaacaccaagcgatggcaggt tctgacctaggtgatacgcacaaagagtacttctctggtgaaggtgcacttaaagcgtct ggtgaagataacaccatgaatcagtttgacgtataa

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