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Analysis of risk assessment and risk management processes in the derivation of maximum levels for environmental contaminants in food

机译:分析食品中环境污染物最高含量时的风险评估和风险管理流程

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Environmental contaminants originate from diverse sources and, owing to their ubiquitous presence in the environment, may appear in foods. Setting standards in food is increasingly important within the European Union and world-wide to protect consumers' health and to avoid trade barriers. This paper analyses how maximum levels for environmental contaminants in food were derived by the Codex Alimentarius Commission, by the European Union and by national authorities (USA, Germany). Both the risk assessment process (derivation of tolerable intake values and intake assessment by scientific bodies) and the risk management process (derivation of maximum levels by risk management bodies) are discussed. The various organizations show similar approaches and similar numerical values for maximum levels of the same contaminants in the same food items. In the area of decision-making for risk management, there was a noticeable lack of transparency in all the investigated systems. Recommendations are made for the development and harmonization of exposure assessment and communications between risk assessment and risk management processes, for improvements in documentation and for greater transparency within risk management decision-making processes.
机译:环境污染物源自各种来源,由于它们在环境中的普遍存在,可能会出现在食品中。在欧盟和世界范围内,制定食品标准对于保护消费者的健康和避免贸易壁垒越来越重要。本文分析了食品法典委员会,欧盟和国家主管部门(美国,德国)如何得出食品中环境污染物的最高含量。讨论了风险评估过程(可容忍摄入量的推导和科学机构的摄入量评估)和风险管理过程(风险管理机构得出的最高水平)。各个组织对于相同食品中相同污染物的最大含量显示出相似的方法和相似的数值。在风险管理决策领域,所有被调查系统都明显缺乏透明度。为开发和协调暴露评估以及风险评估与风险管理流程之间的沟通,改善文档编制以及提高风险管理决策流程的透明度提出了建议。

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