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1.
Altern Lab Anim ; 33(4): 369-77, 2005 Aug.
Article in English | MEDLINE | ID: mdl-16185105

ABSTRACT

When discussing animal use and considering alternatives to animals in biomedical research and testing, the number of animals required gets to the root of the matter on ethics and justification. In this paper, some reduction strategies are reviewed. Many articles and reports on reduction of animal use focus mostly on the experimental level, but other approaches are also possible. Reduction at the intraexperimental level probably offers the greatest scope for reduction, as the design and statistical analysis of individual experiments can often be improved. Supra-experimental reduction aims to reduce the number of animals by a change in the setting in which a series of experiments take place--for example, by improved education and training, reduction of breeding surpluses, critical analysis of test specifications, and re-use of animals. At the extra-experimental level, reduction is a spin-off of other developments, rather than the direct goal. Through improved research or production strategies, aimed at better quality, consistency and safety, reduction in the number of animals used can be substantial. A revised definition of reduction is proposed, which does not include the level of information needed, as in some cases reduction in the number of animals resulting in less information or data, is still acceptable.


Subject(s)
Animal Testing Alternatives/methods , Animal Care Committees , Animal Testing Alternatives/economics , Animal Testing Alternatives/ethics , Animal Testing Alternatives/trends , Animal Welfare/standards , Animals , Animals, Genetically Modified , Computer Simulation , Ethics, Research , Research Design
2.
J Vet Med Educ ; 32(4): 451-3, 2005.
Article in English | MEDLINE | ID: mdl-16421827

ABSTRACT

Public attitudes toward animal welfare have improved with growing social affluence, and veterinarians are increasingly expected to be informed about animal welfare in a broader sense than health alone. However, animal welfare has not been a traditional component of the veterinary curriculum. To help address this lack, the World Society for the Protection of Animals(WSPA) and the University of Bristol School of Veterinary Science launched the ''Concepts in Animal Welfare'' syllabus in 2003. This comprehensive syllabus comprises seven core and 23 elective modules and covers a range of animal welfare issues, including farm and companion animal welfare, wildlife, and the use of animals in experiments. There are also modules on ethics and animal legislation. The syllabus is interactive, promotes critical analysis of issues from different angles, and may be adapted for use in any veterinary curriculum. WSPA provides training and workshops in developing countries and assists with the implementation of the syllabus.


Subject(s)
Animal Welfare , Curriculum , Education, Veterinary , Schools, Veterinary/standards , Veterinarians/ethics , Animals , Curriculum/standards , Curriculum/trends , Humans , Legislation, Veterinary , Schools, Veterinary/ethics
3.
Altern Lab Anim ; 32 Suppl 1B: 603-5, 2004 Jun.
Article in English | MEDLINE | ID: mdl-23581146

ABSTRACT

The European Resource Centre for Alternatives in Higher Education (EURCA: http://www.eurca.org) is an exciting new project, which aims to enable teachers using animals in teaching to be more creative and innovative in their approach to teaching and learning, to foster high-quality training for science students, and to significantly reduce the number of animals used, often unnecessarily, in teaching. This will be achieved by: a) establishing a resource centre--a collection of mainly electronic alternatives, and taking this to relevant scientific meetings in Europe, where it would function as a drop-in advice centre for teachers; b) creating a network of academic teachers who actively use alternatives, to take responsibility for disseminating information about alternatives to other teachers in the European Union, to participate in the activity outlined above, and to share experiences and good practice; c) setting up an Internet website with an expansive, information-rich database (peer-reviews, demos, peer-evaluations, peer-recommendations, links to users, etc.) on selected "tried and tested" alternatives; and d) encouraging and promoting the findings of evaluative studies on the effectiveness of alternatives in higher education teaching and learning.


Subject(s)
Animal Testing Alternatives , Animals, Laboratory , Education/methods , Animals , Europe , Models, Animal , Peer Review
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