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RISK ASSESSMENT RELATED TO NANOTECHNOLOGY: ENVIRONMENTAL AND POLICY-MAKING

机译:与纳米技术有关的风险评估:环境和政策制定

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Additional research on the health and environmental risks posed by nanoparticles is needed to help ensure that asbestos-like scandals will not return to haunt nanotechnology companies in the future. Nanotechnology, which concerns the study and application of materials on an ultrasmall scale, is widely perceived as one of the key technologies of the 21st century with a potential to grow into a trillion-euro industry within a decade. Fears are growing that the field could develop into a political battleground with fiery debates about environmental and ethical consequences and dangers, as has occurred in the field of biotechnology. Recent debates on issues such as genetically modified organisms (GMOs) and the related review of the European chemicals policy have sparked heated discussions among stakeholders about the analysis and assessment of the underlying risks and the way in which these environmental and health-related concerns can be managed and communicated. Questions about the definition of risk, the objectivity of scientific information and the role that risk analysis should play in policy decisions are at the heart of the debates.
机译:需要纳米颗粒造成的健康和环境风险的额外研究,以确保在未来不会返回石棉的丑闻不会返回HAENT纳米技术公司。纳米技术涉及材料对超大规模材料的研究和应用,被广泛认为是21世纪的关键技术之一,潜力在十年内成长为万亿欧元行业。正如在生物技术领域所发生的那样,恐惧正在增长,该领域可以发展成为关于环境和道德后果和危险的火热辩论。最近关于转基因生物(GMOS)等问题的辩论以及对欧洲化学品政策的相关审查引发了利益相关者对潜在风险分析和评估的热烈讨论以及这些环境和健康相关问题的方式管理和沟通。关于风险定义的问题,科学信息的客观性和风险分析应在政策决策中发挥的作用是辩论的核心。

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