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[与新兴水中微污染物相关的健康风险评估与管理挑战]

[Challenges in the assessment and managment of health risks associated with emerging water micropollutants].

作者信息

Levi Yves

机构信息

Laboratoire Santé Publique-environnement, Faculté de pharmacie, Université Paris Sud 11 5, rue Jean-Baptiste Clément, 92296 Chatenay Malabry cedex.

出版信息

Bull Acad Natl Med. 2009 Jun;193(6):1331-40; discussion 1340-4.

Abstract

Analytical laboratories can now identify and quantify an impressive number of "new" pollutants present at very low concentrations in water. Nanotechnology products are a new cause for concern. " Emerging " pollutants are defined as substances that were not previously sought or detected (plasticizers, drugs, chlorination byproducts, persistant organic pollutants, ...) and that are now being identified in many continental water resources. The biological actions of these substances, alone and in combination with other more " classical "pollutants, include such effects as endocrine disruption. Contaminants may be present in surface and groundwater resources, may be generated during treatment, and are found in drinking water distribution networks. In industrialized countries, the main source of emerging pollutants for humans is not water, but rather food, cosmetics and air. Urgent measures are needed to protect biodiversity and human health, including quantitative risk assessment, toxicologic studies of xenobiotic mixtures and chronic effects, strategies to protect water resources, technological advances in wastewater treatment, reliable potable water production, and new inert materials for transport and storage. Good sanitation and safe tap water are major contributors to human health and well-being Major efforts and investments are needed, based on rigorous, objective assessments of risks for the environment and public health.

摘要

分析实验室如今能够识别并量化水中大量以极低浓度存在的“新型”污染物。纳米技术产品引发了新的担忧。“新兴”污染物被定义为那些此前未被寻找或检测到的物质(增塑剂、药物、氯化副产物、持久性有机污染物等),而现在在许多陆地水资源中都能被识别出来。这些物质单独以及与其他更“传统”污染物结合时的生物作用包括内分泌干扰等影响。污染物可能存在于地表水和地下水资源中,可能在处理过程中产生,并且在饮用水分配网络中也能被发现。在工业化国家,人类接触新兴污染物的主要来源并非水,而是食物、化妆品和空气。需要采取紧急措施来保护生物多样性和人类健康,包括进行定量风险评估、对外源混合物的毒理学研究以及慢性影响研究、保护水资源的策略、废水处理技术的进步、可靠的饮用水生产以及用于运输和储存的新型惰性材料。良好的卫生条件和安全的自来水对人类健康和福祉贡献巨大。基于对环境和公众健康风险的严格、客观评估,需要付出重大努力并进行投资。

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