生物暴露和/或影响限制、事实、谬论和不确定性:一般原则。

A C Monster, R L Zielhuis
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引用次数: 5

摘要

在寻找生物暴露限值使用的事实、谬误和不确定性时,首先要讨论生物监测(BM)和生物效应监测(BEM)的一般原则,因为它们决定了支撑生物暴露限值的数据的有效性。可以观察到不同国家在首选的生物医学方法上的差异。术语仍然令人困惑:除了BM和BEM,生物监测和生物标记也被使用。由于身体负荷、身体组成和遗传等方面的差异,个体之间和个体内部的内部暴露变异性以及在类似暴露水平下的影响存在许多问题。应当建立基于工人个人数据的毒物动力学模型,以便获得有关变异及其原因的信息。动力学和动力学都可能是性别依赖的。迄今为止,仅对大约10%的受管制工业化学品暂时建议了BM方法。BM和BEM方案提供了关于接触和健康风险的重要额外信息,仅靠环境监测是无法获得的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Biological exposure and/or effect limits, facts, fallacies and uncertainties: general principles.

When looking for facts, fallacies and uncertainties of the use of biological exposure limits one has at first to discuss the general principles of biological monitoring (BM) and biological effect monitoring (BEM) because they determine the validity of the data that underpin the biological exposure limits. A difference between countries in preferred BM-methods can be observed. The terminology is still confusing: in addition to BM and BEM, biomonitoring and biological markers also are used. There are a number of problems in respect of the inter- and intra-individual variability in internal exposure and effect at similar exposure levels due to differences in for example, physical workload, body composition and genetics. Toxicokinetic models based on data from individual workers should be developed in order to get information on the variability and the cause of this. Both kinetics and dynamics may be sex-dependent. To date, BM methods have been tentatively suggested for only about 10 per cent of the regulated industrial chemicals. BM and BEM programmes yield important extra information on exposure and health risk, not to be gained by environmental monitoring alone.

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