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从用于药物合成的化学品中推导出特定化合物的暴露限值:通过案例研究为基础的研讨会来举例说明专家决策中的挑战。

Deriving Compound-Specific Exposure Limits for Chemicals Used in Pharmaceutical Synthesis: Challenges in Expert Decision-Making Exemplified Through a Case Study-Based Workshop.

机构信息

65963Lhasa Limited, Leeds, West Yorkshire, UK.

390190Pfizer Worldwide Research and Development, Groton, CT, USA.

出版信息

Int J Toxicol. 2021 May-Jun;40(3):285-298. doi: 10.1177/1091581820982547. Epub 2021 Feb 2.

Abstract

A workshop entitled "Deriving Compound-Specific Exposure Limits for Chemicals Used in Pharmaceutical Synthesis" was held at the 2018 Genetic Toxicology Association annual meeting. The objectives of the workshop were to provide an educational forum and use case studies and live multiple-choice polling to establish the degree of similarity/diversity in approach/opinion of the industry experts and other delegates present for some of the more challenging decision points that need to be considered when developing a compound-specific exposure limit (ie, acceptable intake or permissible or permitted daily exposure). Herein we summarize the relevant background and case study information for each decision point topic presented as well as highlight significant polling responses and discussion points. A common observation throughout was the requirement for expert judgment to be applied at each of the decision points presented which often results in different reasoning being applied by the risk assessor when deriving a compound-specific exposure limit. This supports the value of precompetitive cross-industry collaborations to develop compound-specific limits and harmonize the methodology applied, thus reducing the associated uncertainty inherent in the application of isolated expert judgment in this context. An overview of relevant precompetitive cross-industry collaborations working to achieve this goal is described.

摘要

一个题为“为药物合成中使用的化学品制定特定化合物暴露限值”的研讨会在 2018 年遗传毒理学协会年会上举行。研讨会的目的是提供一个教育论坛,并使用案例研究和现场多项选择投票,以确定行业专家和其他代表在一些更具挑战性的决策点上的意见的相似/差异程度,这些决策点需要在制定特定化合物暴露限值(即可接受摄入量或允许的每日暴露量)时加以考虑。本文总结了每个决策点主题的相关背景和案例研究信息,并突出了重要的投票响应和讨论要点。一个贯穿始终的常见观察结果是,在提出的每个决策点都需要应用专家判断,这通常导致风险评估人员在推导特定化合物的暴露限值时应用不同的推理。这支持了在竞争前进行跨行业合作制定特定化合物限量并协调应用方法的价值,从而降低了在这种情况下应用孤立的专家判断所固有的相关不确定性。本文还描述了为实现这一目标而进行的相关竞争前跨行业合作的概述。

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