The proposed travel will include both a visit to an institution and attendance at a conference.
2015 Travel Grant
Clinical Exercise Science
Despite the known health benefits of exercise, the use of exercise as a treatment for chronic disease is incredibly underutilised across the board. Often patients (and even clinicians!) admit to being afraid of exercising with a clinical condition. To me, this is a classic case of a “fear of the unknown”.
My main passion is researching the effects of exercise in clinical populations which includes looking at how it can be used as a treatment (a concept becoming known as “exercise is medicine”), how the effects may differ from those of a “healthy” population, as well as how we can adapt exercise to suit people with varying physical abilities and comorbidities. Currently my main research areas are:
As well as looking at how exercise improves brain activity and recovery after stroke, I enjoy looking at how we can use exercise to improve and preserve our brain function across the lifespan both in terms of cognition as well as mental health such as depression, stress, etc.
Some of the research I do examines the effects of physical activity and fitness on brain structure and function in kids and teens. I am also soon to be involved with the very exciting Burn2Learn trial, which is investigating if high intensity interval training in schools can improve the cognitive function of year 11 students as well as improve their fitness and reduce their stress.
While studying to be a doctor and working part-time as an exercise instructor, I was incredibly mind-blown and frustrated by the lack of understanding and, therefore, prescription of exercise and physical activity in the prevention and treatment of clinical conditions. It seemed obvious that if a person presented with cardiovascular risk factors such as cholesterol or high blood pressure, instead of putting them on medications that have side-effects and cost the government money, we could use the money to prescribe them suitable supervised (and eventually unsupervised) exercise.
Exercise could not only address their current health problems, but even prevent future health problems that may be related (and more serious) such as diabetes and cardiovascular disease, as well as prevent unrelated health problems such as cognitive decline, depression, obesity and more! It was something I was really passionate about, so much to my parents delight, I decided to abandon my plans of being a doctor and decided to start researching clinical exercise science instead.
My ultimate goal is to produce the evidence needed to unequivocally show which types of exercise are safe and beneficial for people with clinical conditions so that they can be prescribed exercise as a substitute or supplement to drug therapies. It’s a tall order, because not only do I need to produce the evidence, I think I will need to change a lot of mindsets and do a lot of myth-busting because right now there are a lot of misconceptions about exercising if you have a clinical condition.
Sarah Valkenborghs has a background in Medical Sciences and Exercise Science. She is currently undertaking a PhD at the University of Newcastle and Hunter Medical Research Institute under the supervision of Professor Robin Callister, Professor Michael Nilsson, and Professor Paulette van Vliet, and in collaboration with Professor Kirk Erickson (University of Pittsburgh, United States).
Her primary research interests are the effects of exercise on the brain, exercise-induced neuroplasticity and the use of exercise as a rehabilitative intervention for chronic disease.
My dream is for exercise prescription and fitness/physical activity screening to be part of routine clinical practice, so that people can become healthier and happier without having to take a cocktail of drugs and struggle with side effects.