体外方法的验证,以挑选出光刺激物使用机械为基础的测试。

W J Pape
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引用次数: 2

摘要

在最近经合组织关于急性皮肤光刺激试验新准则的建议草案中,体外筛选试验已被列入顺序试验战略的一部分。这些筛选试验直接在拟议的动物试验之前进行。在欧洲,一些体外技术——细胞培养和机械试验——正在欧洲替代方法验证中心(ECVAM)和欧洲化妆品、盥洗用品和香水协会(COLIPA)的一个联合项目中进行验证。提出并讨论了两种有前途的细胞体外试验作为筛选光刺激的工具。第一个是在每个参与实验室进行的一般核心测试,即3T3小鼠成纤维细胞中性红摄取光毒性测试,以中性红的摄取为终点确定细胞活力,而第二个是由三个参与实验室进行的红细胞光毒性测试,包括两个终点的组合,光溶血和氧合血红蛋白氧化。除此之外,其他的机械试验也可以作为额外的支持。光刺激的识别通常被认为是体外技术成功研究和验证的一个领域。
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Validation of in vitro methods to single out photoirritants using mechanistically based tests.

In the recent OECD draft proposal for a new guideline on acute dermal photoirritation testing, in vitro screening tests have been included as part of the sequential test strategy. These screening tests were placed directly prior to animal tests proposed. In Europe some in vitro techniques - cell culture and mechanistic tests - are under validation in a joint project of the European Center for the Validation of Alternative Methods (ECVAM) and the European Cosmetic, Toiletry, and Perfumery Association (COLIPA). Two promising cellular in vitro tests are presented and discussed as tool for the screening of photoirritancy. The first one as a general core test performed in each participating laboratory is the 3T3 mouse fibroblast Neutral Red Uptake Phototoxicity test determining the cell viability by uptake of Neutral Red as end point, whereas the second performed only by three participating laboratories was the the Red Blood Cell phototoxicity test comprising a combination of two end points, the photohaemolysis and the oxyhaemoglobin oxidation. Besides this, other mechanistic tests can be used as additional support. Identification of photoirritation is generally considered to be one area for the successful research and validation of in vitro techniques.

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