Expertise and subject areas
CASES areas of expertise include:
Response to training/exercise
Our research tends to focus on the effect of non-traditional training techniques on physiological development, fundamental skills development and performance. This includes studies investigating multi-joint training, high intensity interval training, multi-sport training and integrated neuromuscular training.
Technological advancements
Technological developments in sport may enhance performance or reduce injury risk. Examples of our research include; the effect of wheel size and front suspension on performance in downhill mountain biking and developments in ankle protection to reduce ankle inversion injuries in football.
Performance nutrition
Nutritional supplementation in a sporting context is often used to enhance performance, but can also be used for pain management. Our work includes investigating the effects of caffeine supplementation on cycling performance and we are currently testing tart cherry juice as a supplement for athletes with knee pain.
Recovery
Performance and physiological measures of how the body recovers following stress. This stress could be from exercise, damage, temperature and changed nutritional requirements. Our work involves mechanistic investigations utilising biochemical and molecular techniques to offer explanation of the physiological changes and the impact of recovery strategies.
Musculoskeletal modelling
Our research is primarily focussed on the development of models to measure external function and internal loads and/or stress on the body with applications in clinical and performance based research.
Psychological development
Areas of interest include psychosocial factors of coaching on performance development, the impact of organizational culture on youth athlete development and mental health awareness in sport.
Monitoring athlete wellness
The focus of this research is on monitoring the health and wellness of elite and non-athlete in the context of exercise performance. This includes identifying and reducing concussion risks and cognitive function in cycling and rugby league and the evaluation training and recovery strategies to ensure optimal performance and wellbeing.
Clinical exercise physiology and health related outcomes
Primarily focussed on improving patient care, we work with individuals who have suffered a major cardiac event. This includes investigating the optimum modes of exercise for health benefits such as resistance and aerobic training, as well evaluating exercise dose to ensure sufficient stimulus is prescribed to promote physiological adaptation within cardiac rehabilitation.
RACES areas of expertise include:
Muscle activity
We are working towards the development of standardised methods of detecting, processing and analysing surface electromyography (sEMG) data to measure muscle activity in horses. We have combined our sEMG methods with motion capture technologies to investigate how equine muscles facilitate various gaits/ movements, including jumping. In collaboration with Utrecht University, we are currently investigating adaptive muscle activity as a compensatory mechanism in lame horses.
Surfaces
Our research on surfaces is well established and includes the development of equipment and protocols for measuring equestrian surfaces and the evaluation of factors that influence surface functional properties.
Hoof structure and function
Our research in this area currently includes the evaluation of factors that influence hoof shape, which was carried out with Dr Simon Curtis primarily on Thoroughbred foals. We have also investigated the functional consequences of uneven feet in sports horses.
Locomotion
Collaborating with Prof Hilary Clayton over more than a decade we have developed a biomechanical model to measure balance during locomotion. This has allowed us to evaluate of the demands of performing high level movements in dressage horses. We are currently concerned with developing a better understanding of the functional demands for sport horses.
Para-dressage
Commissioned by the Federation Equestré Internationale (FEI) we are currently working on developing performance determinants and identifying sports specific impairment measures, so that we can evaluate the impact of impairment on performance in para-dressage. This research will be used to inform and evidence the para-dressage classification system.
