Botrytis cinerea (gray mold): BCIN_09g00660 Help Entry BCIN_09g00660     CDS       T01072                                  Symbol Bcicl1 Name (RefSeq) Bcicl1   KO K01637   isocitrate/methylisocitrate lyase [EC:4.1.3.1 4.1.3.30] Organism bfu  Botrytis cinerea (gray mold) Pathway bfu00630   Glyoxylate and dicarboxylate metabolism bfu00640   Propanoate metabolism bfu01100   Metabolic pathways bfu01110   Biosynthesis of secondary metabolites bfu01200   Carbon metabolism Module bfu_M00012   Glyoxylate cycle Brite KEGG Orthology (KO) [BR:bfu00001]  09100 Metabolism   09101 Carbohydrate metabolism    00630 Glyoxylate and dicarboxylate metabolism     BCIN_09g00660 (Bcicl1)    00640 Propanoate metabolism     BCIN_09g00660 (Bcicl1) Enzymes [BR:bfu01000]  4. Lyases   4.1  Carbon-carbon lyases    4.1.3  Oxo-acid-lyases     4.1.3.1  isocitrate lyase      BCIN_09g00660 (Bcicl1)     4.1.3.30  methylisocitrate lyase      BCIN_09g00660 (Bcicl1) BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  ICL PEP_mutase DUF2458 Motif Other DBs NCBI-GeneID:  5433204 NCBI-ProteinID:  XP_001552681 UniProt:  A0A384JS56 LinkDB All DBs Position 9:join(240940..241339,241395..242785) Genome browser AA seq 596 aa AA seqDB search MFRRIAYVAPRRALSARSSIITVRHLSTSGYRMSSLKALNDPISRPLASDSFQLVPESQK AGAAEDELYEQQIKEVETWWNSPRYEGIKRPYSAADVVSKRGSQQQSYPSSVMARKLFNL IKEREANGKPIHTMGAIDPVQMTQQAANQEVLYISGWACSSVLTTTNEVSPDFGDYPYNT VPNQVQRLAKAQSMHDRKQWDARRKLSKEERAKTPYTDYLRPIIADGDTGHGGLSAVLKL AKLFAENGAAAVHFEDQMHGGKKCGHLAGKVLVPVGEHINRLVAARFQWDVMGSENLVIA RTDSESGKLLSSAIDVRDHEFIKGVAEDGIESLAETLQAMELAGATGAEIDIFEAEWVKK TELMTCDEAVVKQLKEQGVSESSINGYLEATKKDRDMSITKRKDLATKYSKTPIIFNIDI PRTREGFYHYKAGMEAATKRAIQYAPYADLLWVETGDPNVKNAANFSGEIRAKYPGKGLV YNLSPSFNWMGHGFTDETLKSFIWDIAKHGFVLQLISLAGLHSTATITSELSKAFKDEGM LAYVNLIQRREKELGVDVLTHQKWSGASYIDGILGAIQSGSSSSKSMGDGNTEGQF NT seq 1791 nt NT seq  +upstreamnt  +downstreamnt atgtttcgcagaattgcttatgtggcgccccgcagagctttgtctgcaagaagttcaatc attactgttcgtcatttatctacctctggctataggatgtccagcttgaaagctctcaat gacccaatatcgagacctctagcatcggactcattccagctcgtgccggaatcgcagaaa gctggtgcggccgaggatgaattatacgaacaacaaattaaggaagtggaaacgtggtgg aatagtccaagatatgaaggaatcaaaagaccatattctgcggcagatgttgtctcgaaa cgtgggagtcagcagcaatcgtacccaagctccgtcatggcgaggaaactattcaatttg attaaagagagagaggcgaatggaaagccaatacatacaatgggtgctattgaccctgta caaatgacccagcaagctgcgaaccaggaagtcttgtatatctccggatgggcatgttct tctgtacttacgaccacgaatgaggtgtctccagatttcggcgattacccttacaatacc gtaccgaatcaagtgcaacgattggcaaaagcgcagtcaatgcacgatcgaaaacaatgg gatgctagaaggaagctgagtaaggaagaaagggcaaagacaccatataccgactatctt agaccaattatcgcagacggagacacagggcatggcggactttcggctgttctgaagctt gccaagcttttcgcggagaacggagctgctgctgtacacttcgaggatcaaatgcatggt ggaaagaagtgcggacatcttgctggcaaagttttagtgcccgtcggagagcacatcaat cgcttggtggctgcaagattccaatgggatgttatgggctctgaaaacttggtaattgca cgaacagactccgaaagcggaaagcttctcagtagtgcgattgatgtgcgagatcatgaa ttcatcaaaggcgtcgcggaagacggtatcgaatcattggcggagactttgcaagccatg gaattggcaggagctacaggcgccgagattgatattttcgaagccgaatgggtgaagaaa acggaactcatgacgtgtgatgaagccgttgtcaagcaactgaaggagcaaggtgtctcg gagtcaagtatcaacgggtaccttgaagctactaagaaagacagagacatgtcgatcacg aaacgaaaggatttggctacaaagtacagcaagaccccaatcatattcaatattgatata ccacgaacacgagaaggtttctaccattacaaggctggtatggaagccgctacgaagcga gcgattcaatacgcaccatatgctgacctcttgtgggttgaaaccggagaccccaacgtc aaaaatgcagcaaacttctccggcgagattcgtgccaaatacccaggtaaagggctagtc tacaatctttctccttcatttaactggatgggccatggtttcactgatgaaaccttgaaa tcattcatttgggatatcgcaaagcatggattcgtgctacaattgatctcgctcgccgga cttcattctacggcaacaatcaccagcgaattatcaaaagcgttcaaggatgagggtatg ctcgcatatgtcaacctgatccagaggagagaaaaagagctaggtgtagatgtattgaca caccaaaaatggagcggtgcatcatatatagatggcattttaggtgctatccagagtggt agtagcagtagcaagagtatgggcgacgggaataccgaaggccagttttaa

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