Dr Stephanie King
Biography | Steph graduated from UCLan with a degree in Sports Therapy in 2009 before undertaking an MSc (by research) followed by a PhD at the University of Hull. Her PhD thesis explored "Adaptations in plantarflexor muscle-tendon properties and their impact on gait in claudicants with peripheral arterial disease". She held Research Assistant and Associate Lecturer positions at Liverpool John Moores University before returning as a lecturer to the University of Hull in 2016. |
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Research Interests | Dr Stephanie King's area of research expertise is in the movement patterns of clinical populations and the impact exercise interventions can have on these movements and the musculoskeletal system. Both her MSc and PhD focused on those with Peripheral Arterial Disease and Intermittent Claudication (PAD-IC) in collaboration with the Academic Vascular Unit at Hull Royal Infirmary. Her overarching interests are in how interventions can impact on both the mechanistic aspects of the way people move, as well as the holistic effects on quality of life in older adults and clinical populations. |
Teaching and Learning | Steph is the Programme Leader for our BSc(hons) Sport and Exercise Science degree and Department lead for the Teaching Excellence Framework. She is module leader for three modules; Analysis of Human Movement (500488; Level 5) Professional Standards in Sport, Health and Exercise Science (500489; Level 5) Sport Performance and Injury Prevention (600742; Level 6) |
Scopus Author ID | 56325532900 |
PhD Supervision Availability | Yes |
PhD Topics | Dr King welcomes applications in her specialist areas of research. Current supervisions - Stephen Watson (PhD): Novel exercise interventions in patients with intermittent claudication - Sam Dewsbury (MSc): Biomechanical changes in response to a home based strength and conditioning intervention in older adults - Adam Fletcher (MSc): Optimal strategies for increasing hip flexor range of movement and gluteal activation, and their impact on lower body strength and power output |