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James Clark
Reader in Human & Applied Physiology at King's College London
James Clark is a prominent academic in the field of Human and Applied Physiology, currently serving as a Reader at King's College London. He holds a degree in Applied Biology from the University of Bath and a PhD in Surgery from University College London. His doctoral research focused on the mechanisms of ischaemic and pharmacological preconditioning, which laid the groundwork for his later innovations, including the development of carbon monoxide releasing molecules (CORMs) to explore carbon monoxide's role in biological systems.1
Academic and Professional Background
- Current Position: Reader in Human & Applied Physiology, King's College London.
- Previous Roles:
- Appointed Research Associate in the Cardiovascular Division at King's in 2003.
- Held a British Heart Foundation Intermediate Research Fellowship starting in 2007.
- Promoted to Lecturer in Aerospace Physiology in 2010, then to Reader in 2019, and finally to Professor of Cardiovascular and Physiology Education in 2022.12
Research Interests
Professor Clark's research encompasses various aspects of integrative and applied physiology, particularly focusing on:
- Cardiovascular physiology.
- Hyperbaric and diving medicine.
- Mechanisms controlling cardiac function in health and disease.
- Acute myocardial infarction and heart failure.12
Teaching and Leadership
In addition to his research, Professor Clark is heavily involved in education. He directs the Cardiovascular Research MSc and Cardiovascular Medicine iBSc programs. He also chairs the Faculty of Life Sciences and Medicine postgraduate assessment board and serves as the Academic Lead for Education within his school.12
Recognition
Professor Clark has received accolades for his teaching excellence, including:
- The Most Innovative Teacher Award from King's College London (2017).
- The Otto Hutter Prize for Teaching Excellence from the Physiological Society (2019).2
His diverse expertise not only enriches the academic environment but also contributes significantly to advancements in cardiovascular research and education.
