Understanding the molecular mechanism of fumonisin esterases by kinetic and structural studies.

MAGAATATDFPVRRTDLGQVQGLAGDVMSFRGIPYAAPPVGGLRWKPPQHARPWAGVRPATQFGSDCFGAAYLRKGSLAP
GVSEDCLYLNVWAPSGAKPGQYPVMVWVYGGGFAGGTAAMPYYDGEALARQGVVVVTFNYRTNILGFFAHPGLSRESPTG
TSGNYGLLDILAALRWVQSNARAFGGDPGRVTVFGESAGASAIGLLLTSPLSKGLFRGAILESPGLTRPLATLADSAASG
ERLDADLSRLRSTDPATLMARADAARPASRDLRRPRPTGPIVDGHVLPQTDSAAIAAGQLAPVRVLIGTNADEGRAFLGR
APMETPADYQAYLEAQFGDQAAAVAACYPLDGRATPKEMVARIFGDNQFNRGVSAFSEALVRQGAPVWRYQFNGNTEGGR
APATHGAEIPYVFGVFKLDELGLFDWPPEGPTPADRALGQLMSSAWVRFAKNGDPAGDALTWPAYSTGKSTMTFGPEGRA
AVVSPGPSIPPCADGAKAG

15 w/v % PEG 6000,
100 mM potassium chloride,
100 mM HEPES

National Research Development and Innovation Office (NKFIH)

mycotoxin, esterase, Fumonisin B1, HYDROLASE