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University Biomedical Services (UBS)

 

3Rs

The Design of Animal Experiments

"The Design of Animal Experiments" is intended for all research scientists who use laboratory animals, with the aim of helping them to design their own experiments more effectively.

Topic: Reduction

Isogenic Strains

Isogenic strains (inbred strains and F1 hybrids) are like immortal clones of genetically identical individuals. The same genotype can be reproduced indefinitely. They have already made a substantial contribution to biomedical research. 

Topic: Reduction

Reducing Mouse Numbers by Measuring Tumour Size Non-Invasively

Scientists at the ICR are increasingly using non-invasive methods to measure the size of tumours in mice – allowing the same mouse to be assessed several times and reducing the overall numbers

Topic: Reduction

SABRE Research UK

Systematic reviews: Evidence from animal research is considered by researchers to be of the lowest quality in medical research.

Topic: Reduction

Ex Vivo Culture Platform for Assessment of Cartilage Repair Treatment Strategies

There is a great need for valuable ex vivo models that allow for assessment of cartilage repair strategies to reduce the high number of animal experiments.

Topic: Reduction

Discipline tool

ZenBio-Human Tissue
Topic: Tissue Banks

US Biorepositories directory
Topic: Tissue Banks

Cambridge Human Biology Research Ethics

Cambridge Human Biology Research Ethics Committee considers applications for ethical approval for research programmes in human biology and the use of tissues.

Topic: Tissue Banks

Tissue and Cell Engineering Society

The Tissue and Cell Engineering Society UK (TCES) has the aim of furthering knowledge, research and dissemination of information on cell and tissue engineering.

Topic: Tissue Banks

Creative Bioarray Animal Tissue Banks

The Animal Tissue Bank of Creative Bioarray provides animal tissue samples focused on biological studies. A directory of available samples is provided 

Topic: Tissue Banks

NC3Rs-New Device for Refined Neural Recording in Mice Could Transform Dementia Research

Research published in Scientific Reports describes a new ultra lightweight system for recording neural activity in the brains of mice.

Topic: Aged

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