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Nanomaterials communication inside the living organism

机译:生物体内的纳米材料交流

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Nanotechnology (NT) is an the emerging field that brings incredible advantages to society. The potential usage of nano-based materials and products has been tremendously increased in various fields since ancient times. The use of nanomaterials (NMs) is being increased in applications for commercial products, and NT is poised to become a major factor in the world's economy and part of our everyday lives in the near future. Already hundreds of tonnes of NMs has entered into the environment and this figure is increasing annually. At the same time, some adverse effects also occur concerning human beings and the environment. The toxic effects of NPs may trans-locate into human body exposure through skin, inhalation, injection, ingestion etc.. Some nano-toxicology researchers say that when NMs penetrate into the human body, our human body defence (immune) system becomes less stimulative and suffers from poor recognition. The purpose of this article is to review the current state of knowledge regarding NMs1 toxicity, reasons for toxicity, and precautionary assessment of NMs.
机译:纳米技术(NT)是一个新兴领域,为社会带来了不可思议的优势。自古以来,纳米基材料和产品的潜在用途在各个领域都得到了极大的提高。在商业产品的应用中,纳米材料(NMs)的使用正在增加,而NT有望在不久的将来成为世界经济和我们日常生活的重要因素。已经有数百吨的NM进入环境,并且这个数字每年都在增加。同时,还会对人类和环境产生一些不利影响。 NPs的毒性作用可能通过皮肤,吸入,注射,食入等途径转移到人体暴露中。一些纳米毒理学研究人员说,当NMs渗透到人体中时,我们的人体防御(免疫)系统的刺激性降低。并缺乏公认。本文的目的是回顾有关NMs1毒性,毒性原因和NMs预防性评估的知识的现状。

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