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非全动物替代方法的实际应用:眼刺激试验IRAG研讨会总结。跨部门监管替代方法小组。

Practical application of non-whole animal alternatives: summary of IRAG workshop on eye irritation testing. Interagency Regulatory Alternatives Group.

作者信息

Bradlaw J, Gupta K, Green S, Hill R, Wilcox N

机构信息

US Food and Drug Administration, Washington, DC 20204, USA.

出版信息

Food Chem Toxicol. 1997 Jan;35(1):175-8. doi: 10.1016/s0278-6915(96)00110-x.

Abstract

In November 1993, the Interagency Regulatory Alternatives Group (IRAG) sponsored a workshop to examine the current scientific status of alternatives to the Draize eye irritation test by assessing the current practical application of methods used to predict in vivo eye irritation. Laboratories from around the world were invited to submit detailed in vitro and in vivo data in parallel according to a specific set of guidelines in a consistent format. In vitro scores were compared with individual tissue scores. Over 60 data sets from 41 laboratories were received for 29 different test methods. Methods were grouped into five categories: organotypic models, chorioallantoic membrane-based assays, cell function-based assays, cytotoxicity assays and other systems. Data submissions and correlation analyses have been used to demonstrate the application of guidelines in method evaluations. Findings are summarized and future directions are indicated. A significant outcome of the workshop was the co-operation demonstrated among representatives of industry, academia and government in sharing test data on more than 2000 chemicals, products and product formulations for evaluation by their peers. Information obtained from this workshop will add to the weight of scientific evidence and scientific consensus about in vitro test methods and will establish credibility for regulatory acceptance of non-whole animal alternatives for ocular irritation.

摘要

1993年11月,跨部门监管替代方法小组(IRAG)主办了一次研讨会,通过评估用于预测体内眼刺激的方法的当前实际应用情况,来审视替代Draize眼刺激试验的现有科学状况。世界各地的实验室受邀按照一组特定指南,以一致的格式并行提交详细的体外和体内数据。将体外评分与各个组织评分进行比较。共收到来自41个实验室的60多个数据集,涉及29种不同的测试方法。这些方法被分为五类:器官型模型、基于尿囊绒膜的试验、基于细胞功能的试验、细胞毒性试验和其他系统。数据提交和相关性分析已被用于证明指南在方法评估中的应用。总结了研究结果并指明了未来方向。该研讨会的一个重要成果是,行业、学术界和政府代表之间开展了合作,共享了关于2000多种化学品、产品和产品配方的测试数据,以供同行评估。从本次研讨会获得的信息将增加关于体外测试方法的科学证据和科学共识的分量,并将为监管机构接受用于眼部刺激的非全动物替代方法建立可信度。

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