Endocrine disruptors: Analytical and toxicological aspects

P. Garrigues
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引用次数: 1

Abstract

http://www.edpsciences.org Endocrine disruptors: Analytical and toxicological aspects Over the last 5 years, concerns have increased about chemicals in the environment, which influence the reproductive capabilities of human and animals. Reproductive hormone-receptor systems appear to be especially vulnerable. Hormonal disturbances in wildlife include sex changes in riverine fish and marine snails, reproductive failure in birds, genital tract malformations in mammals. These effects may be attributed to various classes of chemicals such as chlorinated pesticides (DDT, endrin, pentachlorophenol) or chlorinated aromatic compounds (PCBs, dioxins), metals (cadmium, selenium, zinc, mercury, tributyltin), alkylphenols (nonylphenol, pentylphenol, bisphenol), phytooestrogens. The identification of the chemicals responsible of these reproductive alterations is difficult and demands the development of specific procedures to analyse these compounds in complex environmental mixtures. Moreover the causal relationships between the exposure to these substances by wildlife organisms and the adverse effects on reproduction in the environment are not yet clear evidence.
内分泌干扰物:分析和毒理学方面
http://www.edpsciences.org内分泌干扰物:分析和毒理学方面在过去5年中,对环境中影响人类和动物生殖能力的化学品的关注有所增加。生殖激素受体系统似乎特别脆弱。野生动物的荷尔蒙紊乱包括河鱼和海螺的性别改变,鸟类的生殖失败,哺乳动物的生殖道畸形。这些影响可归因于各种化学物质,如氯化农药(滴滴涕、内啡肽、五氯苯酚)或氯化芳香族化合物(多氯联苯、二恶英)、金属(镉、硒、锌、汞、三丁基锡)、烷基酚(壬基酚、戊基酚、双酚)、植物雌激素。鉴定导致这些生殖变化的化学物质是困难的,需要开发特定的程序来分析复杂环境混合物中的这些化合物。此外,野生生物接触这些物质与环境中对生殖的不利影响之间的因果关系尚未有明确的证据。
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