Cookies on this website

We use cookies to ensure that we give you the best experience on our website. If you click 'Continue' we'll assume that you are happy to receive all cookies and you won't see this message again. Click 'Find out more' for information on how to change your cookie settings.

Three new Oxford-BMS Fellowships were announced across the Medical Sciences Division to support translational research projects.

James Fullerton and Roel de Maeyer
James Fullerton (l) and Roel de Maeyer (r)

James Fullerton, Associate Professor of Clinical Therapeutics at NDORMS, received the prestigious Oxford-BMS award which will support a postdoctoral fellow to carry out a cutting edge 3-year translational project. Since its establishment in 2015, the Oxford-Bristol Myers Squibb (BMS) Fellowship Programme has supported 37 Fellowships that aim to stimulate new scientific discovery and generate a cohort of scientists who can navigate both within and across academic and industry spheres to address key translational challenges.

Roel De Maeyer, has been announced as the new postdoctoral fellow and will undertake a project entitled 'In vivo human immune challenge to determine the pharmacology and mechanism of action of immunomodulatory therapeutics'. Bringing significant experience in human immunology from his PhD (Prof Derek Gilroy) and post-doctoral training (Prof Arne Akbar) at University College London, Roel will give small amounts of a substance (keyhole limpet haemocyanin, KLH) foreign to healthy volunteers immune system's (the 'challenge') to see how their body reacts. He will develop this model such that it can improve the process of developing medicines.

James said: 'The Oxford Centre for Clinical Therapeutics' mission is to advance experimental medicine, developing novel translational approaches to catalyse early phase drug development. We are honoured to have been awarded an Oxford-Bristol Myers Squibb Fellowship which will support the evaluation and advancement of a specific human immune challenge paradigm: KLH administered in conjunction with different adjuvants. The powerful synergy afforded by this unique academic-industry collaboration will lead to the creation of a novel experimental platform capable of rapidly and efficiently evaluating immunomodulatory drugs intended for use in diverse diseases, with the ultimate aim of accelerating patient access to novel therapies.'

BMS scientists will provide the researchers with critical scientific input throughout the translational project, along with mentorship and exposure to the field of commercial drug discovery and development. There will also be opportunities to both carry out research in and use facilities at BMS' labs in the US and Spain.

Similar stories

Study challenges fears over blood-clot risk from painkillers and hormonal contraception

Women using hormonal contraception who are prescribed common anti-inflammatory painkillers may not face a drug-related increase in blood-clot risk despite previous research, according to a new DARWIN EU® study.

First clinical study in GSK-Oxford Experimental Medicine Collaboration starts as first patient dosed in ulcerative colitis experimental trial

The first patient in the PEGASUS clinical study, part of the GSK-University of Oxford Experimental Medicine Collaboration, received the first dose last week, on 8th October 2026.

Adam Croft appointed Norman Collisson Professor of Musculoskeletal Science

This appointment brings a further focus to linking rheumatology discovery science and clinical trials in NDORMS, strengthening translational rheumatology research across the department to deliver transformative treatments for patients with inflammatory arthritis.

NIHR fellowship to support national trial evaluating rehabilitation after kneecap dislocation

Dr Colin Forde has been awarded a National Institute for Health and Care Research (NIHR) Health Technology Assessment (HTA) Postdoctoral Award to lead a national study evaluating rehabilitation for people with a kneecap (patellar) dislocation.

Robotic hip and knee surgery fails to cut overall risk of repeat surgery

Two major studies from the University of Oxford, Queen Mary University of London and the University of Bristol, have found that robotic-assisted hip and knee replacement does not reduce the overall early risk of repeat surgery compared with conventional surgery.

Professor Afsie Sabokbar retires after more than 30 years at NDORMS

Botnar Institute Director of Graduate Studies, Professor Afsie Sabokbar, is retiring after more than 30 years at NDORMS.