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Polymer Catalysts by Molecular Imprinting: A Labile Covalent Bonding Approach
Kim, Jong Man,An, Gwang Deok,Alexander G. Strikovsky,Guenter Wulff Korean Chemical Society 2001 Bulletin of the Korean Chemical Society Vol.22 No.7
An imprinting technique with labile covalent interactions has been developed in the design of new polymer catalysts. The template monomer 2 was prepared and copolymerized with DVB or EDMA to provide the polymer with a cavity having the shape of th e transition state of the reaction as well as binding sites for the substrate and catalytic functionalities. The rate of hydrolysis of diphenyl carbonate (1) in the presence of the imprinted polymer IP-DVB-THF was found to be 120 times faster than the background uncatalyzed reaction. A Km of 32 mM and a kcat of 1.8 ${\times}$ 10-3min-1 were observed from Michaelis-Menten kinetics with the imprinted polymer IP-DVB-THF.