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The RDM Researcher Association is run by researchers for researchers. Our goal is to create a supportive and inclusive community. Our activities range from organising career development and networking events to hosting social gatherings that connect researchers from different RDM divisions.

Hodson Group: Human in vivo and in vitro lipid metabolism

Christodoulides Group: Adipose Biology and Metabolic Disease

Karpe Group

Lewis Group: Spatial Cardiology

From molecules to medicines for failing hearts.

Grist Group: Clinical Neuroimaging

Korber Group: Somatic Evolution Research Group

Khan Lab: Engineering Human Pre-Clinical Models

We engineer complex human models to dissect how cell-to-cell and cross-tissue interactions shape health and disease. By recreating specialised microenvironments – from bone marrow to cardiac tissue – we study how ageing and disease can drive changes in these niches. Our goal is to ultimately use these approaches as translational tools to identify new therapies and validate them in relevant, human pre-clinical platforms.

The Oxford Stone Group

Throughout history, stones have formed in the urinary tract (kidney and bladder). We are learning more about kidney stone disease and how best to prevent, diagnose and treat this condition.

Sharma Group: Mechanistic T Cell Genomics

Our research team is focused on uncovering the mechanisms that govern T cell signaling, with the goal of precisely engineering immune cells for immunotherapies.

Antanaviciute Group: Computational Biology and Tissue Immunology

Tan Group: Next-Generation Vaccines against Infectious Diseases

Rijal Group

Desborough Group: Platelet disorders and transfusion

Curry Group: Endothelial regulation of haemostasis in health and disease

We study the mechanisms by which vascular endothelial cells regulate haemostasis in health and in acquired bleeding disorders, namely trauma-induced coagulopathy, to better understand disease pathogenesis and identify novel therapeutic targets.

Nasteska Group: Islet Protein Turnover

Zimmermann Group: Iron Nutrition - Stable Isotopes and Therapeutics

The overarching goal of our research is to improve iron nutrition and reduce the burden of anaemia among women and children. To achieve this, we employ innovative stable iron isotope techniques to precisely trace iron absorption, distribution, and utilization in the human body. These approaches inform the design and development of novel iron therapeutics. By integrating mechanistic understanding with therapeutic innovation, our work aims to deliver iron interventions with enhanced safety and efficacy.

Lapidaire Group: Brain Health Vascular Imaging

Our group aims to make early diagnosis and continuous check-ups for (vascular) diseases accurate, affordable, and accessible for everyone. We focus on women’s vascular health and global health and aim to better understand the impact of hypertensive disorders of pregnancy on the brain.