About this project
Starting May 2023
Applications are invited for a PhD scholarship (PhD Sport Health and Exercise Science) investigating the carbon footprint related to the treatment of athletes with asthma and exploring environmentally sustainable alternative solutions.
Free Webinar
Join our free webinar at 6pm on Thursday 12 January to provide more information about the funded PhD scholarships with our Centre for Sustainability and Olympic Studies. The webinar will close with a Q&A giving you the opportunity to delve deeper into research opportunities, training provision and potential career paths. Book your place.
Asthma and exercise-induced bronchoconstriction (EIB) are frequently reported in athletes, with an estimated 8% of Olympic athletes suffering from asthma or EIB, making the condition the most common chronic medical condition in elite sport. A recent systematic review suggests the prevalence of lower airway dysfunction is as high as 20% of all athletes, with a higher prevalence in those participating in elite endurance, winter and aquatic disciplines.
Inhaled corticosteroids (ICS) and bronchodilators are the mainstay of treatment for airway diseases and many are delivered via pressurised metered-dose inhalers (pMDIs). These pMDI inhalers contain hydrofluorocarbon propellants that have high global warming potential (GWP). The carbon footprint from 1 pMDI (200 doses) is estimated as equivalent to a 290km car journey. Alternative treatments exist which are more environmentally sustainable. Indeed, dry powder inhalers are available as rapid reliever and maintenance therapies, which have similar efficacies in patients and significantly reduced environmental cost compared to pMDIs. The reliance on pMDIs over dry-powder inhalers may, in part, be due to poor education with regards to the environmental impact of pMDIs. Further, there remains uncertainty with regards to the efficacy of pMDI versus dry-powder inhalers for the prophylactic inhibition of exercise-induced bronchoconstriction in athletes.
Aims
Given the high prevalence of asthma and exercise-induced bronchoconstriction in athletes and the high carbon footprint of common asthma treatment, the aims of this project are threefold:
- Quantify the carbon footprint related to the respiratory care of athletes with asthma and exercise-induced bronchoconstriction.
- Explore the effectiveness of pMDIs versus dry-powder inhalers for inhibiting exercise-induced bronchoconstriction.
- Design and evaluate an education programme aimed to inform athletes and their care staff regarding the carbon footprint related to the treatment of asthma.
The successful student will be registered at University of Hull and supervised by academics at the School of Sport, Exercise and Rehabilitation Science, the Hull York Medical School and Energy and Environment Institute. Collaborations will also be sought with subject experts at academic institutes elsewhere in the UK and around the world.
For informal inquiries, please contact Dr Andrew Simpson.
About the research environment
The Hull Centre for Sustainability and Olympic Legacy (HCSOL) is an recognised International Olympic Committee Olympic Studies and Research Centre. The HCSOL investigates how the Olympics can be more environmentally and socially sustainable and exploring how the Olympics can leave a lasting legacy and contribute to a positive future for people, society and the environment.
The focus of the Centre is defined by three C’s: Climate, Competitors, and Community; around which three dedicated PhD scholarships are funded. You will be joining an interdisciplinary team of experts across the University, as well as three PhD students who are in their second year of PhD working on Team GB specific projects around the same three key Cs.
Other funded PhD opportunities in this cluster:
Team LGBTQ: investigating the impact of publicly out Olympic athletes on attitudes towards sports among LGBTQ+ youth
Preparing for a Climate Resilient and Net Zero Olympics: Investigating Social and Environmental Sustainability in Host Cities
How to apply
You will need to supply a personal statement when applying for this scholarship position. Find out more about writing a personal statement. Please also ensure you include the following information:
- What motivates you to pursue PhD study
- Why you are interested in this project
- How your skill set matches the requirements for your choice of project and/or any additional training you will need
- The wider significance of research in this area and potential future research directions for the project.
Apply for the scholarship: full-time | part-time