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Critical Biological Pathways for Chronic Psychosocial Stress and Research Opportunities to Advance the Consideration of Stress in Chemical Risk Assessment

机译:慢性社会心理压力的重要生物学途径和研究机会以促进化学风险评估中压力的考虑

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摘要

Emerging evidence suggests that psychosocial stress and toxicants may interact to modify health risks. Stress–toxicant interactions could be important in chemical risk assessment, but these interactions are poorly understood and additional research is necessary to advance their application.Environmental health research can increase knowledge of these interactions by exploring hypotheses on allostatic load, which measures the cumulative impacts of stress across multiple physiological pathways, using knowledge about physiological pathways for stress-related health effects, and evidence of common target pathways for both stress and toxicants.In this article, critical physiological pathways for stress-related health effects are discussed, with specific attention to allostatic load and stress–toxicant interactions, concluding with research suggestions for potential applications of such research in chemical risk assessment.
机译:越来越多的证据表明,心理压力和有毒物质可能相互作用以改变健康风险。压力-毒物相互作用在化学风险评估中可能很重要,但是人们对这些相互作用的了解甚少,因此有必要进行进一步的研究以促进其应用。环境卫生研究可以通过研究关于静负荷的假说来增加对这些相互作用的认识,该假说可衡量化学物质的累积影响。利用关于与压力有关的健康效应的生理途径的知识以及针对压力和毒物的常见目标途径的证据,跨多种生理途径产生压力。本文讨论了与压力有关的健康效应的关键生理途径,并特别关注等静负荷和应力-毒物的相互作用,并为此类研究在化学风险评估中的潜在应用提供了研究建议。

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