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[职业性接触内分泌干扰物:最新进展]

[Occupational exposure to endocrine disruptors: state of the art].

作者信息

Papaleo B, Caporossi L, De Rosa M, Chiovato L, Ferrari M, Imbriani M, Signorini S, Pera A

机构信息

ISPESL - Dipartimento di Medicina del Lavoro, Roma.

出版信息

G Ital Med Lav Ergon. 2004 Jul-Sep;26(3):171-9.

Abstract

Research into how exposure to "endocrine disrupters chemicals" affects human health is attracting increasing attention among European and international scientists since these contaminants are so widespread in the home and work environment and can have far-reaching effects on mental and physical health. Here we draw a general picture of studies to date on specific occupational exposures to single chemicals such as bisphenol A, styrene, etc., or homogeneous groups such as pesticides, metals, dioxins, phthalates and others. Although the exposure occurs in different ways, the toxic mechanisms of action vary widely, and it is hard to establish precisely the conditions of occupational exposure, significant correlations are nevertheless evident between the potential dose and its effects and further studies are certainly needed. There is still much debate on the epidemiological methods employed, which may overestimate exposure. The "measure" or at least an accurate description of exposure conditions is critical to the whole question and attempts to ensure this involve standardized procedures and statistical tests as the basis for a protocol for assessing the risk of occupational exposure. Investigations to date have focused on the effects on the reproductive system, in males in particular. However, considering the broad range of equilibria and systems on which endocrine destructive compounds can act, the international scientific community needs to persist in its efforts to develop methods for checking the effects on other endocrine organs--particularly the thyroid gland--and on the immune and neurological systems.

摘要

由于“内分泌干扰化学物质”在家庭和工作环境中广泛存在,且会对身心健康产生深远影响,因此关于接触此类物质如何影响人类健康的研究在欧洲和国际科学界正日益受到关注。在此,我们概述了迄今为止针对特定职业接触单一化学物质(如双酚A、苯乙烯等)或同类物质(如农药、金属、二恶英、邻苯二甲酸盐等)的研究情况。尽管接触方式各异,毒性作用机制也大不相同,且难以精确确定职业接触条件,但潜在剂量与其影响之间仍存在明显的相关性,无疑需要进一步研究。对于所采用的流行病学方法仍存在诸多争议,这些方法可能高估了接触程度。“测量”或者至少准确描述接触条件对于整个问题至关重要,为此所做的努力包括采用标准化程序和统计测试,作为评估职业接触风险方案的基础。迄今为止的调查主要集中在对生殖系统的影响,尤其是对男性生殖系统的影响。然而,鉴于内分泌破坏化合物能够作用于广泛的平衡和系统,国际科学界需要继续努力开发方法,以检测其对其他内分泌器官——特别是甲状腺——以及免疫和神经系统的影响。

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