首页> 外文会议>Nanotechnology-Toxicological Issues and Environmental Safety; NATO Science for Peace and Security Series C: Environmental Security >NEEDS FOR REGULATIONS, TRAINING, AND EDUCATION FOR HEALTH PROTECTION AND ENVIRONMENTAL SECURITY OF NANOTECHNOLOGIES
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NEEDS FOR REGULATIONS, TRAINING, AND EDUCATION FOR HEALTH PROTECTION AND ENVIRONMENTAL SECURITY OF NANOTECHNOLOGIES

机译:纳米技术的健康保护和环境安全法规,培训和教育的需求

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This paper discusses the literature, definitions, possible applications, future benefits, and arising concerns related to nanotechnology. Assuring safe nanotechnology is a society demand. Science has to provide valuable guidance to the safe handling of nanoparticles and other safe approaches to nanotechnology, but government bodies must approve and implement human health and environment protection regulations. It will allow new products resulting from nanoscience to be introduced and used safely. It should be acknowledged that it will not be possible to undertake full toxicity testing for all nanomaterials, and therefore there is a necessity in short-term strategies to address potential toxicity. Researchers should refine these strategies as data accumulate. There is a need for a deeper understanding of the biological responses of a selected set of nanomaterials, in order to ensure that the data contribute to the broader understanding of the toxicity of nanomaterials. There is a need for a minimum standard physical characterization of the materials being tested and for internationally harmonized standard reference nanomaterials. Exposure data should be combined with medical screening data to facilitate epidemiological studies on nanomaterials. There is a need for standard, validated test methods for monitoring nanoparticles and in particular at the workplace.
机译:本文讨论了有关纳米技术的文献,定义,可能的应用,未来的收益以及引起关注的问题。确保安全的纳米技术是社会的需求。科学必须为纳米粒子的安全处理和其他安全的纳米技术方法提供有价值的指导,但是政府机构必须批准并实施人类健康和环境保护法规。它将允许安全地引入和使用由纳米科学产生的新产品。应该承认,不可能对所有纳米材料进行全面的毒性测试,因此有必要采取短期策略来应对潜在的毒性。随着数据的积累,研究人员应完善这些策略。为了确保数据有助于更广泛地理解纳米材料的毒性,需要对一组选定的纳米材料的生物学反应有更深入的了解。需要对所测试的材料和国际统一的标准参考纳米材料进行最低标准的物理表征。暴露数据应与医学筛查数据结合起来,以促进对纳米材料的流行病学研究。需要用于监测纳米颗粒,尤其是在工作场所中的标准,经过验证的测试方法。

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