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首页> 外文期刊>International journal of nano science and nanotechnology >Nanotoxicology testing: Potential of Drosophila in toxicity assessment of nanomaterials
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Nanotoxicology testing: Potential of Drosophila in toxicity assessment of nanomaterials

机译:纳米毒理学测试:果蝇在纳米材料毒性评估中的潜力

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Nanomaterials have created a profound impact in terms of their application in the fields of biomedicine, commercial products and industrial practices. The technology in the synthesis, manipulation and application of materials/engineered particles in the nano scale has established itself as one of the key technologies in the new millennium. Many nano materials have gained demand in the market owing to their unique properties and this creates a necessity for the researchers to analyze and explore the toxicity perspectives along with establishing standard tools for toxicity assessment to avoid environmental hazards and health risks. The present paper summarizes on nano genotoxicity as a phenomenon and the various in vivo and in vitro methods currently available to test genotoxicity of NMs. The paper also highlights the importance of Drosophila as an effective in vivo model system and the advantages it offers over other animal models and in vitro systems.(1,2)
机译:纳米材料在生物医学,商业产品和工业实践领域的应用方面产生了深远的影响。纳米级材料/工程颗粒的合成,处理和应用技术已确立自己的地位,成为新千年的关键技术之一。许多纳米材料因其独特的性能而在市场上获得了需求,这为研究人员分析和探索毒性观点以及建立毒性评估的标准工具以避免环境危害和健康风险提供了必要。本文总结了纳米遗传毒性这一现象以及目前可用于测试NMs遗传毒性的各种体内和体外方法。本文还强调了果蝇作为一种有效的体内模型系统的重要性及其相对于其他动物模型和体外系统的优势。(1,2)

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