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纳米毒理学:跨学科的挑战。

Nanotoxicology: an interdisciplinary challenge.

机构信息

Empa-Materials Science & Technology, Department Materials Meet Life, St. Gallen, Switzerland.

出版信息

Angew Chem Int Ed Engl. 2011 Feb 7;50(6):1260-78. doi: 10.1002/anie.201001037. Epub 2011 Jan 11.

Abstract

The increasing consumption of products containing nanomaterials that can be currently observed and forecasts of new developments and applications fan the fear of individuals and organizations regarding new risks to health. Considering experiences gained from previous technology developments, such fears are not completely unfounded. But are they really justified? And is it justified, moreover, to speak of "nanotoxicology" as a new discipline? This Review seeks to cast light on the phenomena that may occur as nanoobjects interact with cells, tissues, and organisms. Furthermore, we will demonstrate that the many data made available on the biological effects of nanomaterials do not always come from studies that can be considered reliable. We will point out the aspect of reliability with specific examples from the literature and will not address specific (nano)materials. In particular, inadequate methods will be described together with recommendations how to avoid this in the future, thereby contributing to a sustainable improvement of the available data.

摘要

目前可以观察到含有纳米材料的产品的消费不断增加,对新的发展和应用的预测也引发了个人和组织对健康新风险的担忧。考虑到从前技术发展中获得的经验,这种担忧并非完全没有根据。但这些担忧真的合理吗?此外,将“纳米毒理学”作为一个新学科来谈论是否合理呢?这篇综述旨在阐明纳米物体与细胞、组织和生物体相互作用时可能出现的现象。此外,我们将证明,关于纳米材料生物效应的许多现有数据并不总是来自可以被认为是可靠的研究。我们将通过文献中的具体例子指出可靠性方面的问题,而不会涉及特定的(纳米)材料。特别地,我们将描述不充分的方法,并提出如何在未来避免这种情况的建议,从而为现有数据的可持续改进做出贡献。

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