欧洲联盟
指令
良好实验室规范
协议(科学)
义务
托换
欧盟委员会
医学
良好制造规范
制药工业
考试(生物学)
过程(计算)
工程伦理学
公共关系
药理学
遗产管理(遗嘱认证法)
业务
政治学
计算机科学
公共行政
法学
替代医学
工程类
监管事务
病理
质量保证
外部质量评估
生物
经济政策
操作系统
古生物学
土木工程
程序设计语言
作者
Karl‐Heinz Diehl,Robin Hull,David B. Morton,Rudolf Pfister,Y. Rabémampianina,David W. Smith,J Vidal,Cor Van De Vorstenbosch
摘要
Abstract This article is the result of an initiative between the European Federation of Pharmaceutical Industries Associations (EFPIA) and the European Centre for the Validation of Alternative Methods (ECVAM). Its objectives are to provide the researcher in the safety evaluation laboratory with an up‐to‐date, easy‐to‐use set of data sheets to aid in the study design process whilst at the same time affording maximum welfare considerations to the experimental animals. Although this article is targeted at researchers in the European Pharmaceutical Industry, it is considered that the principles underpinning the data sets and refinement proposals are equally applicable to all those who use these techniques on animals in their research, whether in research institutes, universities or other sectors of industry. The implications of this article may lead to discussion with regulators, such as those responsible for pharmacopoeial testing. There are numerous publications dealing with the administration of test substances and the removal of blood samples, and many laboratories also have their own ‘in‐house’ guidelines that have been developed by custom and practice over many years. Within European Union Directive 86/609EEC1 we have an obligation to refine experiments to cause the minimum amount of stress. We hope that this article will provide background data useful to those responsible for protocol design and review. This guide is based on peer‐reviewed publications whenever possible, but where this is not possible we have used ‘in‐house’ data and the experience of those on the working party (as well as helpful comments submitted by the industry) for a final opinion. The guide also addresses the continuing need to refine the techniques associated with the administration of substances and the withdrawal of blood, and suggests ways of doing so. Data‐sharing between laboratories should be encouraged to avoid duplication of animal work, as well as sharing practical skills concerning animal welfare and scientific problems caused by ‘overdosing’ in some way or another. The recommendations in this guide refer to the ‘normal’ animal, and special consideration is needed, for instance, during pregnancy and lactation. Interpretation of studies may be confounded when large volumes are administered or excessive sampling employed, particularly if anaesthetics are used. Copyright © 2001 John Wiley & Sons, Ltd.
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