日本食品安全委员会对铅的风险评估述评。

Food safety (Tokyo, Japan) Pub Date : 2022-09-23 eCollection Date: 2022-09-01 DOI:10.14252/foodsafetyfscj.D-22-00007
Fumi Irie
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引用次数: 0

摘要

本文详细介绍了铅风险评估的过程和基础,该评估始于2008年4月,由日本食品安全委员会(FSCJ)于2021年6月完成。在2019年4月FSCJ下设立的工作组讨论的讨论要点也在本评论中提出。为了反映各种来源铅的总体暴露,血铅水平(BLL)被用作评估的基本指标。在评估对人类健康的影响时,考虑到流行病学研究固有的不确定性,特别是那些审查与低水平铅接触有关的影响的研究,采用了证据总体权重的方法,而不是选择一个关键终点。为评估汇编的总体证据表明,1-2 μg/dL范围内的bll可能与对人类健康的某些影响有关。由于日本缺乏全国性的人口调查,因此很难获得整个人口的代表值。相反,目前日本人口的平均BLL是根据最近在日本进行的研究估计的。估计的平均接触水平低于或等于1 μg/dL,接近流行病学研究表明的可能对人类健康产生某些影响的水平。因此,继续执行减少铅接触的措施是必不可少的。此外,需要一个全国性的人类生物监测计划,以持续评估日本人口的暴露状况,最终用于确保控制措施的有效性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。

Commentary on the Risk Assessment of Lead by the Food Safety Commission of Japan.

Commentary on the Risk Assessment of Lead by the Food Safety Commission of Japan.

Commentary on the Risk Assessment of Lead by the Food Safety Commission of Japan.

This article describes in detail the process of and the basis for the risk assessment of lead, started as a self-tasking assessment in April 2008 and finalized in June 2021 by the Food Safety Commission of Japan (FSCJ). Discussion points addressed in the working group set under the FSCJ in April 2019 are also presented in this commentary. To reflect the overall exposure to lead from various sources, blood lead level (BLL) was used as the basic metric for the assessment. For the evaluation of effects on human health, the approach of overall weight of evidence was taken, rather than selecting one critical endpoint, in consideration of the uncertainties inherent to epidemiological studies, particularly those examining the effects associated with low-level lead exposure. The overall evidence compiled for the assessment suggested that BLLs in the range of 1-2 μg/dL might be associated with some effects on human health. The representative value of BLL for the entire population was difficult to obtain due to the lack of a national population-based survey in Japan. Instead, the current average BLL of the Japanese population was estimated based on recent studies conducted in Japan. The estimated average exposure level was below or equal to 1 μg/dL and close to the levels at which some effects on human health might occur, as suggested by epidemiological studies. Hence, the continued enforcement of measures to reduce lead exposure is indispensable. Furthermore, a national human biomonitoring program to continuously assess the exposure status of the Japanese population, which can be ultimately used for assuring the effectiveness of control measures, is needed.

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