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医疗监测、暴露登记和暴露于纳米材料的工人的流行病学研究。

Medical surveillance, exposure registries, and epidemiologic research for workers exposed to nanomaterials.

机构信息

National Institute for Occupational Safety and Health, Centers for Disease Control and Prevention, 4676 Columbia Parkway, MS C-14, Cincinnati, OH 45226, USA.

出版信息

Toxicology. 2010 Mar 10;269(2-3):128-35. doi: 10.1016/j.tox.2009.12.006. Epub 2009 Dec 16.

Abstract

While there is a growing body of information about hazards of nanomaterials, little is known about the risks to workers exposed to them. However, workers are the first people in society that are being exposed to the growing inventory of "nano-enabled" products in commerce. The number of workers involved in the investigation, manufacture, production, and disposal of these types of products is growing. Although toxicologic research is still the highest priority, it is time to actively anticipate the health needs of workers. To date, precautionary risk management approaches have been widely advocated. Now there is a need to initiate an evolving process to identify the issues in medical surveillance, utilization of exposure registries, and the conduct of epidemiologic research. Each of these are related complex endeavors that build on the toxicologic evidence and extent of exposure. There is a need to assess the scientific basis and research needs for determining early functional changes, organ system and disease responses for use in targeted medical surveillance. There is also need for development of criteria for extrapolating toxicological data in biological systems to predict the risk of adverse outcomes in humans. In the meantime, exposure registries may be pivotal in helping societies act in the face of uncertainty in a precautionary manner, but legal, ethical, and logistical issues need resolution. Epidemiologic research will build on these efforts and may ultimately contribute critical definitive rationale for medical screening, risk assessment and management.

摘要

虽然关于纳米材料危害的信息越来越多,但对于接触它们的工人所面临的风险却知之甚少。然而,工人们是社会上第一批接触越来越多商业用途的“纳米增强”产品的人。参与这些产品的调查、制造、生产和处理的工人数量正在增加。尽管毒理学研究仍然是重中之重,但现在是积极预测工人健康需求的时候了。迄今为止,已经广泛提倡采取预防风险的管理方法。现在需要启动一个不断发展的过程,以确定医疗监测、利用暴露登记册以及进行流行病学研究方面的问题。这些都是相关的复杂努力,都以毒理学证据和暴露程度为基础。需要评估确定早期功能变化、器官系统和疾病反应的科学基础和研究需求,以用于有针对性的医疗监测。还需要制定将毒理学数据外推到生物系统中以预测人类不良结果风险的标准。同时,暴露登记册在帮助社会面对不确定性时采取预防措施方面可能至关重要,但需要解决法律、伦理和后勤问题。流行病学研究将在此基础上进行,并最终可能为医疗筛查、风险评估和管理提供关键的明确依据。

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