3Rs - search page

The Foundation for Liver Research UK was established in 1974 to develop and extend research into diseases of the human liver and to enhance medical research generally.

CLDF supports a wide range of projects, including clinical and laboratory-based research, lately moving into social research which looks at topics such as how to improve quality of life. 

The MRC ethics series document ‘Good research practice: principles and guidelines’ sets out the MRC’s expectations for MRC research units and institutes, MRC university units, MRC centres and MRC grant holders in the form of principles, guidelines and standards to foster good research practice in all MRC-funded research.

The aim of "InVitroJobs" is to enable researchers to access this branch of research more easily. Alongside the job search portal, the site maintains an up-to-date list of research groups active in the development of animal-free techniques. The primary aims of this list are to advertise job vacancies, to provide students with the opportunity to contact these research groups directly to obtain information for thesis assignments and to promote cooperation, networking and the exchange of ideas between researchers. 

The Medicines Evaluation Board assesses and monitors the efficacy, risks and quality of human and veterinary medicines, and the safety of novel foods for human consumption.

The Interspecies Database helps researchers to make an optimal choice of species and strain of the animal model, which is essential for efficient extrapolation of animal data to humans or other animals. Thee database has initially been developed by the National Institute for Public Health and the Environment (RIVM) and the Dutch Ministry of Health, Welfare and Sports. It is offered by the 3Rs-Centre ULS in collaboration with the RIVM.

A mainly government funded body which provides input to the UK’s Three Rs agenda, carries out research and provides funds for Three R research. 

The Allen Brain Observatory presents the first standardized in vivo survey of physiological activity in the mouse visual cortex, featuring representations of visually evoked calcium responses from GCaMP6-expressing neurons in selected cortical layers, visual areas and Cre lines.