[Reproductive Toxicological Research as Countermeasures to Declining Birth Rate].

Q3 Medicine
Michihiro Kamijima
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引用次数: 0

Abstract

Research into reproductive toxicology may lead to one of the countermeasures to the declining birth rate observed in industrialized countries. Some chemicals can pose risks to human reproduction that is a multistage process starting from the development of male and female germ cells to childbirth and the subsequent growth and development of the child. In Japan, the government has amended law enforcement, i.e., the Regulations on Labor Standards for Women, recently to improve protection for pregnant women against reproductive chemical hazards in workplaces. Male workers may also be protected against such hazards if appropriate risk assessment and the following management are performed as required by the Industrial Safety and Health Law. However, it remains a concern that an unexpected adverse outcome due to an unknown reproduction hazard may occur owing to the use of chemicals not listed in the regulations. This is because the toxicity of a large number of chemicals has not been entirely revealed. Moreover, it is often difficult to determine from a Safety Data Sheet for a product of interest whether the chemicals contained in the product do not have reproductive toxicity or the toxicity data are just not available because of lack of pertinent studies. Thus, researchers in the field of occupational and environmental health need to make effort to fill in such data gaps and to raise the awareness among the public the importance of experimental and epidemiological studies. Study designs for investigating subclinical effects, mechanisms of reproductive toxicity, exposure levels, and dose-response relationships to determine environmental standards are also required.

[生殖毒理学研究作为生育率下降的对策]。
对生殖毒理学的研究可能导致工业化国家出生率下降的对策之一。人类生殖是一个多阶段的过程,从男性和女性生殖细胞的发育到分娩和随后的儿童生长发育,一些化学物质可能对人类生殖构成风险。在日本,政府最近修订了执法条例,即《妇女劳动标准条例》,以加强对孕妇在工作场所免受生殖化学危害的保护。如果按照《工业安全和卫生法》的要求进行适当的风险评估和下列管理,男性工人也可以得到保护,免受这种危害。然而,仍然令人关切的是,由于使用条例中未列明的化学品,可能会发生由于未知的生殖危害而导致的意外不利后果。这是因为许多化学物质的毒性尚未完全揭示。此外,通常很难从有关产品的安全数据表中确定产品中所含的化学物质是否具有生殖毒性,或者由于缺乏相关研究而无法获得毒性数据。因此,职业和环境卫生领域的研究人员需要努力填补这类数据空白,并提高公众对实验和流行病学研究重要性的认识。还需要研究亚临床效应、生殖毒性机制、暴露水平和确定环境标准的剂量-反应关系的研究设计。
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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来源期刊
Japanese Journal of Hygiene
Japanese Journal of Hygiene Medicine-Medicine (all)
CiteScore
0.90
自引率
0.00%
发文量
7
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