Hip fractures affect over 70,000 UK patients yearly. This study compares dual mobility versus standard hip replacement in older adults.
Frozen shoulder affects around 10% of working-age adults and limits function. This trial evaluates corticosteroid and dilation treatment in primary care.
Hip fractures cause high death and disability rates. This trial evaluates rehabilitation strategies to improve recovery and independence.
Outdoor mobility recovery after hip fracture is poor. This feasibility trial evaluates interventions to improve mobility and independence.
Ankle fractures are common and can cause lasting disability. This study evaluates treatment approaches to maintain alignment and improve outcomes.
Around 170 ankle fractures occur daily in the UK. This study examines recovery and timing of weight-bearing after surgical fixation.
This project maps Barts Health electronic records to the OMOP model, enabling standardised large-scale research and health data analysis
Analyses real-world NHS data to understand the safety, effectiveness, and outcomes of routine spinal surgery.
Hip fractures affect 65,000 UK patients yearly. This trial evaluates blood cell salvage to reduce donor transfusions, infection risk and hospital stay.
This project maps international hip fracture registries to OMOP, enabling standardised data and large-scale collaborative research.
Generates high-quality global evidence to improve treatment, recovery and outcomes for hip fracture patients.
Analyses real-world NHS data to understand the safety, effectiveness and outcomes of routine spinal surgery.
Works with patients and clinicians to identify and prioritise the most important research questions in major trauma care.
Maps tendon biology while improving ethnic diversity in research to ensure findings benefit all populations.
Compares surgical approaches to determine the best treatment for specific types of hip fracture.
Evaluates whether specialist trauma centres have improved outcomes for patients with severe open fractures.
Contact us to find out more about opportunities to drive our research.
