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Air Pollution Toxicology—A Brief Review of the Role of the Science in Shaping the Current Understanding of Air Pollution Health Risks

机译:空气污染毒理学—科学在塑造当前对空气污染健康风险的理解中的作用的简要回顾

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摘要

Human and animal toxicology has had a profound impact on our historical and current understanding of air pollution health effects. Early animal toxicological studies of air pollution had distinctively military or workplace themes. With the discovery that ambient air pollution episodes led to excess illness and death, there became an emergence of toxicological studies that focused on industrial air pollution encountered by the general public. Not only did the pollutants investigated evolve from ambient mixtures to individual pollutants but also the endpoints and outcomes evaluated became more sophisticated, resulting in our present state of the science. Currently, a large toxicological database exists for the effects of particulate matter and ozone, and we provide a focused review of some of the major contributions to the biological understanding for these two “criteria” air pollutants. A limited discussion of the toxicological advancements in the scientific knowledge of two hazardous air pollutants, formaldehyde and phosgene, is also included. Moving forward, the future challenge of air pollution toxicology lies in the health assessment of complex mixtures and their interactions, given the projected impacts of climate change and altered emissions on ambient conditions. In the coming years, the toxicologist will need to be flexible and forward thinking in order to dissect the complexity of the biological system itself, as well as that of air pollution in all its varied forms.
机译:人类和动物毒理学对我们对空气污染健康影响的历史和当前认识产生了深远的影响。空气污染的早期动物毒理学研究具有鲜明的军事或工作场所主题。随着环境空气污染事件导致过度的疾病和死亡的发现,毒理学研究的兴起开始着眼于公众所遇到的工业空气污染。被调查的污染物不仅从环境混合物演变为单个污染物,而且评估的终点和结果也变得更加复杂,从而形成了我们目前的科学状态。当前,存在一个有关颗粒物和臭氧影响的大型毒理学数据库,我们重点研究了对这两种“标准”空气污染物的生物学理解的一些主要贡献。还包括对甲醛和光气这两种有害空气污染物的科学知识的毒理学进展的有限讨论。展望未来,鉴于预计的气候变化和排放变化对环境的影响,空气污染毒理学的未来挑战在于对复杂混合物及其相互作用的健康评估。在未来的几年中,毒理学家将需要灵活而有前瞻性的思维,以剖析生物系统本身以及各种形式的空气污染的复杂性。

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