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1. RNA Bioscience for Participatory Alopecia Research (RNA-PAR)

   Our collaborative initiative is dedicated to integrating patient perspectives into the development and evaluation of RNA-based treatments for alopecia.

2. Join the Public and Patient Involvement and Engagement panel

   Find out more information about becoming a member of the Public and Patient Involvement and Engagement Panel.

3. RNA Bioscience for Participatory Alopecia Research resources

   Access RNA Bioscience for Participatory Alopecia Research resources.

4. Forensic research networks

   The Forensic Research Institute run six research networks covering a wide range of specialisms, each competing nationally and globally for funding to pioneer cutting-edge scholarship.

5. Facilities for Built Environment and Sustainable Technologies Research Institute students

   Find out about the range of first-rate facilities used by the staff and students of the Built Environment and Sustainable Technologies Research Institute (BEST) including labs for radio frequency and microwave sensors, highways research, industrial chemistry, soil mechanics, hydraulics, surveying, light structures and materials, structural testing, and concrete.

6. Resilient buildings and infrastructures

   Find out more about BEST's expertise in resilient buildings and infrastructure.

7. Coastal protection and water management

   Find out more about BEST's expertise in coastal protection and water management.

8. Cellular and Molecular Physiology of Lifelong Health (CaMP-LH)

   The Cellular and Molecular Physiology of Lifelong Health (CaMP-LH) group aims to optimise muscle health throughout the human life course.

9. Applied Physiology Nutrition and Metabolism Group

   The Applied Physiology Nutrition and Metabolism Group within RISES are involved in health, wellbeing, recovery and sporting performance. Our research into exercise metabolism and adaptation is applicable to the design of interventions that improve human health.

10. Omic analysis of muscle adaptation

    Explore our pioneering use of omic techniques to study muscle adaptation, revealing new insights into muscle growth, injury prevention, and recovery in athletes.