Cardiovascular research themes
Exercise and the failing heart
Heart failure is a complex syndrome with impairment of cardiac, respiratory, musculoskeletal and vascular function, all of which contribute to reduced quality of life and mortality. Exercise has established benefits in patients with heart failure but debate continues as to the most appropriate exercise modality.
Our research investigates how the multiple organ and system impairments characteristic of heart failure integrate to cause fatigue and exercise intolerance, and limit quality of life and ultimately survival. We explore the mechanisms by which exercise exerts its benefits and the optimal training regimes that achieve these effects. Our approaches range from the measurement of gene expression to in vivo organ structure and function, complemented by in silico modelling.
View a list of academics within Exercise and the Failing Heart
View a list of postdoctoral researchers within Exercise and the Failing Heart
Key researchers in the area
Name |
Area of expertise |
Dr Al Benson |
Computational modelling; cardiopulmonary exercise testing; near infrared spectroscopy |
Dr T. Scott Bowen |
Exercise training; heart failure; muscle wasting; experimental models; pulmonary gas exchange |
Dr Sarah Calaghan |
Rodent exercise analysis; muscle function; calcium signalling; compartmentalised signalling; caveolae; protein chemistry; post translational modification; light and electron microscopy |
Professor John Coyler |
Protein engineering; biomarker research; phospho-specific antibodies; quantitative biomarker technologies; medical diagnostics; cardiac cell biology; acute kidney injury |
Dr Carrie Ferguson |
Mechanisms of exercise intolerance, cardiopulmonary exercise testing and interpretation, rehabilitation strategies |
Dr Izzy Jayasinghe |
Development of 3D confocal and super-resolution microscopy tools to study the remodelling following exercise-induced skeletal myofibre damage |
Dr Matthew Lancaster |
Factors predisposing to heart failure in old age; interaction of ageing and heart failure predisposing to arrhythmias |
Dr Andrew Smith |
Cardiovascular stem and progenitor cells; cell differentiation and function; gene and protein analyses |
Dr Bryan Taylor |
Cardiopulmonary physiology; pulmonary hypertension; pulmonary gas exchange; pulmonary mechanics; respiratory muscle weakness and fatigue; exercise intolerance |
Professor Ed White |
Investigation of the changes in cardiac structure, mechanical and electrical activity in response to heart failure and the beneficial effects of exercise on these factors |
Dr Klaus Witte Lecturer in Cardiovascular Science |
Cardiology; heart failure; clinical trials; patient access |