3Rs - search page

The CAMARADES collaboration provides a supporting framework for groups involved in the systematic review and meta-analysis of data from experimental animal studies. 

Our interests range from identifying potential sources of bias in animal work; developing recommendations for improvements in the design and reporting of animal studies; developing the meta-analysis methodology the better to apply it to animal studies; through to the selection of candidate stroke drugs for clinical trial. 

CAMARADES aims to provide a central focus for data sharing; to act as a resource for those wishing to carry out such reviews; to provide a web based stratified meta-analysis bioinformatics engine (under development!); and to act as a repository for completed reviews.

Consensus meetings on the care and use of fish, wildlife and agricultural animals in research is provided by Norecopa. It contains presentations, guidelines and consensus statements from four international meetings covering all Three Rs, is in English and free of charge.

Produced by Norecopa containing sort films, which alternatively can be viewed as slide series, illustrating common techniques. It is in English and free of charge.

This page provides access to searchable, hypertext listings of inbred strains of mice and inbred strains of rats. Both sets of information were provided by Dr. Michael FW Festing (MRC Toxicology Unit) and were converted for Web presentation by the Mouse Genome Informatics Group at The Jackson Laboratory.

In 2006, the Transgenic Training Working Group (TTWG) was formed to identify and provide specific training for carers and users of genetically altered animals.

This gateway provides a place for researchers funded by the NC3Rs to promote the 3Rs impact of their work, and publish rapidly, in an open and transparent manner.

The Sanger Mouse Genetics Programme (Sanger MGP) was initiated in 2006 to advance the functional understanding of protein coding and non-coding RNA genes using a standardised high-throughput phenotypic screen designed to contribute to improved diagnosis and treatment of human disease.

INFRAFRONTIER aims to build a world-class research infrastructure that provides the biomedical research community with the tools needed to unravel the role of gene function in human disease.