Animal research at UCL
UCL is a world-leading medical research institution and animal research forms a relatively small but vital proportion of our work. 26% of our research staff have used animals at least once during their UCL career. The majority of our research staff, 74%, do not use animals in their research.
These pages outline why and when animal research is necessary, how this is governed and how we are working to reduce, refine and replace animal research where possible. Examples of UCL research using animals and alternative methods are provided alongside facts and figures detailing how many animals are used in UCL research each year.
The bigger picture
Animal research has been at the heart of medical progress throughout history, and much of the medicine we take for granted has roots in animal studies. From penicillin and painkillers to cutting-edge cancer drugs, animal research has played a crucial part in the development of almost every medical treatment used today.
Research using animals continues to make vital
contributions to the understanding and treatment of many major health problems including cancer, heart disease, dementia and stroke. In addition to the benefits for human health, such research also helps us to better understand conditions affecting animals and develop treatments for them.
Around 50,000 people in the UK and Ireland live with paralysis as a result of spinal cord injury. There are currently no properly-evaluated effective treatments, though some spontaneous recovery can occur and animal experiments have revealed a number of possible treatments that might lead to some recovered function. More...
Although animal research remains a necessary part of modern research, current methods are far from perfect. By injecting the genes that fireflies use to emit light into newborn mice, UCL scientists have developed a way to drastically reduce the numbers of mice needed for research into disease and development. More...
An early-career researcher at UCL has been
awarded £900,000 for a stem cell study to develop new treatments for dementia.
Page last modified on 18 dec 14 17:06