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生物测定法在评估复杂混合物健康危害中的应用:一项初步分析。

Use of bioassays in assessing health hazards from complex mixtures: a rash analysis.

作者信息

Jones T D

机构信息

Oak Ridge National Laboratory, Tennessee 37831-6101, USA.

出版信息

Chemosphere. 1995 Jul;31(1):2475-84. doi: 10.1016/0045-6535(95)00117-q.

Abstract

The Finney harmonic mean model for joint toxicity of ingredients in mixtures can be used to estimate the toxicity of the neat compound if each component can be substituted in potency-adjusted-doses for any of the other components. Chemical analysis of constituent substances and their associated concentrations and relative toxicological potency values (computed according to the RApid Screening of Hazard (RASH) method) were used to compare the toxicities as predicted from ingredients of cigarette smoke, PAHs in diesel exhaust, asphalt, coal tar, pitch, and creosote with the measured toxicities of the corresponding neat mixtures. Accuracy for cigarette smoke condensate, coal tar, pitch, and creosote were within a factor of three based on the PAH fraction; asphalt was within a factor of 18; but the PAH fraction of diesel particulate was again found to be inadequate to describe the composite toxicity of diesel emissions.

摘要

如果混合物中各成分能以效力调整剂量相互替代,那么芬尼调和平均模型可用于估计纯化合物的毒性。利用对组成物质的化学分析及其相关浓度和相对毒理学效力值(根据快速危害筛查(RASH)方法计算),将香烟烟雾、柴油废气中的多环芳烃、沥青、煤焦油、沥青和杂酚油成分预测的毒性与相应纯混合物的实测毒性进行比较。基于多环芳烃部分,香烟烟雾冷凝物、煤焦油、沥青和杂酚油的预测准确性在三倍以内;沥青在18倍以内;但再次发现柴油颗粒物的多环芳烃部分不足以描述柴油排放的综合毒性。

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