The aim of the School is to conduct internationally excellent peer reviewed basic, clinical and translational research relating to a diverse range of medical conditions and treatments.
The Addenbrooke’s campus also houses the MRC Laboratory of Molecular Biology, the MRC Dunn Nutrition Unit, the CRUK-Cancer Research Institute, which has close links with the Department of Oncology, and the Addenbrooke’s Clinical Research Centre which includes the Wellcome Trust Clinical Research Facility. The Clinical School currently comprises over 600 academic and contract research staff including 81 Professors and Readers, 33 Senior/University Lecturers and 73 Senior Research Fellows (funded by MRC, Wellcome Trust, CRUK and other major medical charities). More than 500 NHS staff, both clinical Consultants and those in Professions allied to Medicine, make a major contribution to the teaching and research base of the Clinical School.
There are many research themes which are jointly covered by the School of Clinical Medicine and the School of Biological Sciences. For more information please visit the Life Sciences Research in Cambridge website
The information governance policy applies to all areas of the Clinical School, however, the implementation of the policy may vary slightly depending on the systems already in place.
Featured Research News
Cambridge scientists could improve the “balancing act” in cancer therapy
In a recent study published in Nature Chemical Biology, researchers from the WT-MRC Cambridge Stem Cell Institute, the MRC Cancer Unit…
Conducting rapid systematic reviews for policymakers
We are living longer than ever before. However, many of us are not enjoying good health in older age, as…
Discovery of 15 new genetic risk factors for coronary heart disease
A study published in Nature Genetics, led by Dr Joanna Howson (PHPC) and funded by the British Heart Foundation, the…
Common class of chemicals causes cancer by breaking down DNA repair mechanisms
A common class of chemicals, aldehydes, found everywhere from car exhausts, smoke, building materials and furniture to cosmetics and shampoos…
Marginal zone B cells control the response of follicular helper T cells to a high-cholesterol diet
The role of B cells in atherosclerosis remained controversial until the discovery that their function differed for each B cell…
