Hartman P E, Shankel D M
Department of Biology, Johns Hopkins University, Baltimore, Maryland 21218.
Environ Mol Mutagen. 1990;15(3):145-82. doi: 10.1002/em.2850150305.
In this review recent publications are cited for a number of antimutagens. The molecules surveyed are potential or proven "desmutagens" or "interceptors." These are biologically prevalent or synthetic molecules that are most often small metabolites proficient in binding to, or reacting with, mutagenic chemicals and free radicals. Many of this class of "blocking agents" are "soft" and "hard" nucleophiles with consequently varying abilities to react with particular classes of electrophiles, the major classes of direct-acting mutagens. Although they serve as a first line of defense against mutagens and carcinogens, many interceptor molecules are under-investigated with regard to their spectra of activity and their possible relevance to prophylaxis or treatment of human disease states.
在本综述中,引用了近期关于多种抗诱变剂的出版物。所研究的分子是潜在的或已证实的“去诱变剂”或“拦截剂”。这些是生物体内普遍存在的或合成的分子,通常是能够与诱变化学物质和自由基结合或反应的小分子代谢物。这类“阻断剂”中的许多是“软”亲核试剂和“硬”亲核试剂,因此与特定类别的亲电试剂(主要的直接作用诱变剂类别)发生反应的能力各不相同。尽管它们作为对抗诱变剂和致癌物的第一道防线,但许多拦截分子在其活性谱以及它们与人类疾病状态的预防或治疗可能的相关性方面研究不足。