Discovery of the magnetic resonance phenomenon | Use of magnetic resonance in imaging the body | Evaluation of disease through development of new techniques in MRI, including functional MRI | Refining MRI protocols to detect sport specific complaints |
Use of functional MRI to explore thought and motor control |
Development of bone histochemistry | Understanding metabolic bone disease and injuries | Development of therapies for metabolic bone disease | Development of treatment and prevention therapies for bone injuries |
Sciences of electrophysiology and ultrasound | Assessment of cardiac function | Advances in electrophysiological mapping and echocardiography | Understanding sudden death in the athlete |
Muscle pathology, physiology | Insights into ageing, disease | Interventions to promote muscle function and regeneration | Management of injuries and optimisation of recovery |