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About Me
Sport and Exercise Scientist
​I am a Sport and Exercise Science PhD research student at Kingston University London, and am passionate about Sport, Exercise and Health Science. I currently teach science and am a qualified sports coach, with experience in coaching and supporting both children and adults, across a range of different sport, health and fitness activities. My specialism is Exercise Physiology, applied to a range of different sports, including ultra-endurance events.
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Qualifications:
BSc Sport and Exercise Science - The University of Gloucestershire
- ​Dissertation: Creatine Supplementation and Multiple-Sprint Performance in Squash Players​
Environmental Physiology
Exercise Biochemistry
Exercise and Cardiac Rehabilitation
Dietetics and Health
- ​Dissertation: Creatine Supplementation and Multiple-Sprint Performance in Squash Players​
MSc Sport and Health Science - The University of Exeter
Dissertation: PAP & Complex Training in Squash Players​
Biomechanical Aspects of Lower-Limb Injury
Physical Activity in The Prevention and Treatment of Chronic Disease
PhD Student: Sport and Exercise Science: Kingston University London
Thesis: Carbohydrate and Fat Metabolism: Exercise, Inflammation and Cardiovascular Risk
Multiple Sprint Exercise​
Strength Training
Muscle Damage and Inflammation
Lifestyle Intervention
PGCE with QTS - Science Teacher - Kingston University London
Biology Specialism​
Fundraising for Research
Raising £1192 for Parkinson's Research UK by running 7 marathons in 7 days in Qatar.
With thanks to all those who donated, money raised helped support research for a novel method enabling researchers to use patient tissue (instead of artificial models), to help identify which medical treatments to use for different patients, based on the mechanisms which caused individual strain of Parkinson's.
This will change the future of treatments to adapt the medicine to a patient's biomarker, which can also help with protective medicine earlier on in the development in the disease, to slow down or even stop the progression of the disease.