Penicillin hydrolysis by penicillin acylase was carried out in reversed micelle with [C14mim]Cl ionic liquids. The experi ment indicated that this catalytic reaction showed better performance in enzymat ic solubility,...Penicillin hydrolysis by penicillin acylase was carried out in reversed micelle with [C14mim]Cl ionic liquids. The experi ment indicated that this catalytic reaction showed better performance in enzymat ic solubility, activity and stability than the reaction in reversed micelle with cetyl trimethyl ammonium bromide （CTAB）. For example, the maximum solubility of penicillin acylase in ionic liquids system was twice more than that in CTAB, an d the maximal enzymatic activity in ionic liquids was 1.3 times than that in CT AB.The outstanding properties of ionic liquids, including low charge density and irregular sharpness of head ring,might be attributable to its distinct head gro up. Ionic liquids made it possible to optimize the enzymatic catalysis in rever sed micelle through altering its interfacial structure effectively.展开更多
文摘Penicillin hydrolysis by penicillin acylase was carried out in reversed micelle with [C14mim]Cl ionic liquids. The experi ment indicated that this catalytic reaction showed better performance in enzymat ic solubility, activity and stability than the reaction in reversed micelle with cetyl trimethyl ammonium bromide （CTAB）. For example, the maximum solubility of penicillin acylase in ionic liquids system was twice more than that in CTAB, an d the maximal enzymatic activity in ionic liquids was 1.3 times than that in CT AB.The outstanding properties of ionic liquids, including low charge density and irregular sharpness of head ring,might be attributable to its distinct head gro up. Ionic liquids made it possible to optimize the enzymatic catalysis in rever sed micelle through altering its interfacial structure effectively.
