Krug Harald F, Bohmer Nils, Kühnel Dana, Marquardt Clarissa, Nau Katja, Steinbach Christoph
NanoCASE GmbH, St. Gallerstr. 58, 9032 Engelburg, Switzerland.
Society for Chemical Engineering and Biotechnology (DECHEMA), Theodor-Heuss-Allee 25, 60486 Frankfurt am Main, Germany.
Nanomaterials (Basel). 2018 Mar 29;8(4):204. doi: 10.3390/nano8040204.
Nanotechnology is closely related to the tailored manufacturing of nanomaterials for a huge variety of applications. However, such applications with newly developed materials are also a reason for concern. The DaNa project provides information and support for these issues on the web in condensed and easy-to-understand wording. Thus, a key challenge in the field of advanced materials safety research is access to correct and reliable studies and validated results. For nanomaterials, there is currently a continuously increasing amount of publications on toxicological issues, but criteria to evaluate the quality of these studies are necessary to use them e.g., for regulatory purposes. DaNa discusses scientific results regarding 26 nanomaterials based on actual literature that has been selected after careful evaluation following a literature criteria checklist. This checklist is publicly available, along with a selection of standardized operating protocols (SOPs) established by different projects. The spectrum of information is rounded off by further articles concerning basics or crosscutting topics in nanosafety research. This article is intended to give an overview on DaNa activities to support reliable toxicity testing and science communication alike.
纳米技术与为各种应用量身定制纳米材料的制造密切相关。然而,这些新型材料的应用也引发了人们的担忧。DaNa项目在网络上以简洁易懂的文字提供有关这些问题的信息和支持。因此,先进材料安全研究领域的一个关键挑战是获取正确可靠的研究和经过验证的结果。对于纳米材料,目前关于毒理学问题的出版物数量不断增加,但为了例如监管目的而使用这些研究,需要有评估其质量的标准。DaNa根据经过仔细评估后按照文献标准清单挑选出的实际文献,讨论了26种纳米材料的科学结果。该清单以及不同项目制定的一系列标准化操作流程(SOP)均可供公众使用。关于纳米安全研究基础知识或交叉主题的更多文章完善了信息范围。本文旨在概述DaNa的活动,以支持可靠的毒性测试和科学交流。