Assessment of the Workplace

G. Doekes, M. Raulf, D. Heederik, C. Redlich, S. Tarlo, Jean-Luc Malo
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Abstract

Occupational and work-related asthma can be caused or aggravated by exposure to a wide range of chemical and biological agents. Exposure is defined as direct physical contact with an agent and since inhalation is obviously the most important route of exposure, this chapter mainly focuses on airborne agents. Dermal exposure is also discussed briefly, since systemic allergic sensitization to some asthmagens can also occur after skin contact. Relevant questions to address in exposure assessment at the workplace include: Which sensitizing proinflammatory or irritant agents are present at the workplace: in handled materials, used equipment, the surrounding air, etc.? What are the exposure levels: how much of each agent is inhaled by the worker? When does exposure occur: which job tasks are associated with (high) airborne exposure? How does exposure vary between and within workers with different tasks and over time? Exposure assessment at the workplace can be defined as the systematic, both qualitative and quantitative, characterization of exposure. The objectives of the assessment should first be defined. A measurement procedure usually consists of three steps: (a) sampling at the workplace; (b) storage and transport to a laboratory, where samples are further processed; and (c) analysis of the contents of extracts with chemical, immunochemical, enzymatic, microbiological or molecular biological methods. In this chapter, two main topics are thoroughly covered: sampling and analysis methods. Exposure assessment strategies including compliance and exposure modeling as well as job-exposure matrices are also examined.
工作场所评估
职业性和与工作有关的哮喘可因接触多种化学和生物制剂而引起或加重。暴露被定义为与某种物质的直接物理接触,由于吸入显然是最重要的暴露途径,因此本章主要关注空气传播的物质。皮肤接触也简要地讨论了,因为对某些哮喘剂的全身过敏性敏化也可以在皮肤接触后发生。工作场所暴露评估中需要解决的相关问题包括:工作场所存在哪些致敏性促炎剂或刺激物:在处理过的材料、使用过的设备、周围空气等中?暴露水平是什么?工人吸入的每种物质有多少?暴露何时发生:哪些工作任务与(高)空气暴露有关?不同任务和时间的工人之间和内部的暴露是如何变化的?工作场所的暴露评估可以定义为对暴露进行系统的定性和定量表征。首先应确定评估的目标。测量程序通常包括三个步骤:(A)在工作场所取样;(b)储存和运输到实验室,样品在那里进行进一步处理;(c)用化学、免疫化学、酶、微生物或分子生物学方法分析提取物的含量。在本章中,两个主要主题被彻底覆盖:抽样和分析方法。暴露评估策略包括依从性和暴露建模以及工作暴露矩阵也进行了检查。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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