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对化妆品成分安全信息进行数据库检索。

Database search for safety information on cosmetic ingredients.

作者信息

Pauwels Marleen, Rogiers Vera

机构信息

Department of Toxicology, Dermato-Cosmetology and Pharmacognosy, Vrije Universiteit Brussel, Laarbeeklaan 103, B-1090 Brussels, Belgium.

出版信息

Regul Toxicol Pharmacol. 2007 Dec;49(3):208-16. doi: 10.1016/j.yrtph.2007.08.007. Epub 2007 Aug 30.

Abstract

Ethical considerations with respect to experimental animal use and regulatory testing are worldwide under heavy discussion and are, in certain cases, taken up in legislative measures. The most explicit example is the European cosmetic legislation, establishing a testing ban on finished cosmetic products since 11 September 2004 and enforcing that the safety of a cosmetic product is assessed by taking into consideration "the general toxicological profile of the ingredients, their chemical structure and their level of exposure" (OJ L151, 32-37, 23 June 1993; OJ L066, 26-35, 11 March 2003). Therefore the availability of referenced and reliable information on cosmetic ingredients becomes a dire necessity. Given the high-speed progress of the World Wide Web services and the concurrent drastic increase in free access to information, identification of relevant data sources and evaluation of the scientific value and quality of the retrieved data, are crucial. Based upon own practical experience, a survey is put together of freely and commercially available data sources with their individual description, field of application, benefits and drawbacks. It should be mentioned that the search strategies described are equally useful as a starting point for any quest for safety data on chemicals or chemical-related substances in general.

摘要

关于实验动物使用和监管测试的伦理考量在全球范围内都在进行热烈讨论,并且在某些情况下已被纳入立法措施。最明确的例子是欧洲化妆品法规,自2004年9月11日起对成品化妆品实施测试禁令,并强制要求通过考虑“成分的一般毒理学特征、其化学结构及其暴露水平”来评估化妆品的安全性(《官方公报》L151,32 - 37,1993年6月23日;《官方公报》L066,26 - 35,2003年3月11日)。因此,获取关于化妆品成分的参考性和可靠信息变得极为必要。鉴于万维网服务的高速发展以及同时出现的免费信息获取的急剧增加,识别相关数据源以及评估检索到的数据的科学价值和质量至关重要。基于自身实践经验,本文汇总了免费和商业可用的数据源,并对其各自的描述、应用领域、优点和缺点进行了介绍。应当指出的是,所描述的搜索策略同样可作为一般情况下获取化学品或与化学相关物质安全数据的任何探索的起点。

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