Suzuki H
Department of Biophysical Chemistry, Kitasato University School of Medicine, Kanagawa.
J Biochem. 1994 Apr;115(4):623-8. doi: 10.1093/oxfordjournals.jbchem.a124385.
The first catalytic antibodies (abzymes) were reported in 1986. Since then abzymes catalyzing various types of reactions have been reported. There have been a number of reviews on the abzymes, so in this review I intended not to overlap them, but briefly described (i) the background of abzyme production, (ii) the catalytic mechanism of the enzymic reaction, and (iii) some examples of monoclonal and polyclonal abzymes. Recent advancements as to abzyme studies are the invention of an assay system for catalytic activity during cloning, the estimation of the solvent effect on abzyme-catalyzed decarboxylation, the production of abzymes catalyzing disfavored chemical reactions and cocaine hydrolysis, and the feasibility of the usage of polyclonal abzymes. Several advantages of polyclonal abzyme studies were also pointed out.
1986年首次报道了催化抗体(抗体酶)。从那时起,已报道了催化各种类型反应的抗体酶。关于抗体酶已有许多综述,因此在本综述中,我旨在避免与它们重复,而是简要描述:(i)抗体酶产生的背景,(ii)酶促反应的催化机制,以及(iii)单克隆和多克隆抗体酶的一些实例。抗体酶研究的最新进展包括克隆过程中催化活性测定系统的发明、溶剂对抗体酶催化脱羧作用的影响估计、催化不利化学反应和可卡因水解的抗体酶的产生,以及多克隆抗体酶使用的可行性。还指出了多克隆抗体酶研究的几个优点。