致癌性动物生物测定的性别差异。

R A Griesemer, S L Eustis
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引用次数: 0

摘要

动物致癌性生物测定是职业健康研究的重要组成部分。在受控实验条件下收集的动物数据提供了关于单个物质或确定混合物的致癌活性及其在试验物种中的相对效力的明确信息。这些信息可作为临床和流行病学研究的参考框架,指出潜在的不利健康影响以及可能产生这些影响的物质类型。这篇文章提醒职业和环境卫生界注意,在国家毒理学计划的长期动物研究中,有20种物质会导致乳房肿瘤,13种物质会导致子宫肿瘤,8种物质会导致卵巢肿瘤。每一种物质也在身体的其他部位产生肿瘤。对人类和动物暴露和反应的分子测量的后续研究将减少跨物种推断的不确定性。
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Gender differences in animal bioassays for carcinogenicity.

Animal bioassays for carcinogenicity are essential components of occupational health studies. Animal data that have been collected under controlled experimental conditions provide definitive information about the carcinogenic activities of individual substances or defined mixtures and their relative potencies in the test species. Such information serves as a frame of reference for clinical and epidemiologic studies, pointing to potential adverse health effects and to the types of substances that might produce them. This article alerts the occupational and environmental health communities to 20 substances that produced breast tumors, 13 substances that produced uterine tumors, and 8 substances that produced ovarian tumors in long-term National Toxicology Program animal studies. Each of the substances also produced neoplasms at other body sites. Follow-up studies of molecular measures of exposure and response in people and in animals will reduce the uncertainties of transspecies extrapolations.

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