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环境和遗传因素对人类对 DNA 损伤剂反应的变异性的影响。

Influence of environmental and genetic factors on variation in human response to DNA damaging agents.

出版信息

Environ Toxicol Pharmacol. 1996 Oct 15;2(2-3):151-5. doi: 10.1016/S1382-6689(96)00046-4.

Abstract

Exogenous DNA damaging agents must be considered in the context of endogenous reactive species which have the potential to damage DNA. Although a no-effect level for a DNA-damaging compound may not exist, it may be feasible to define a level where reducing exposure to the compound is no longer the most effective way of reducing human risk. Modifying environmental factors which affect human response to damage may be the better strategy. Although a number of rare human syndromes are associated with a reduced ability to repair DNA damage, it is not clear how wide is the range of genetic variation in repair capacity among normal individuals. Studies with DNA repair-deficient human syndromes indicate that processes other than mutation and DNA repair must be involved in the development of cancer, and these processes may represent new sources of variation in human response to genotoxic agents.

摘要

必须在可能损害 DNA 的内源性反应性物质的背景下考虑外源性 DNA 损伤剂。尽管不存在 DNA 损伤化合物的无效应水平,但定义一个降低化合物暴露水平不再是降低人类风险的最有效方法的水平可能是可行的。改变影响人类对损伤反应的环境因素可能是更好的策略。尽管一些罕见的人类综合征与 DNA 损伤修复能力降低有关,但尚不清楚正常个体之间修复能力的遗传变异范围有多大。具有 DNA 修复缺陷的人类综合征的研究表明,除了突变和 DNA 修复之外,其他过程也必须参与癌症的发展,这些过程可能代表人类对遗传毒性剂反应的新的变异来源。

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