Metabolism is essential for the optimal function of every cell in your body.
Without effective control, metabolic impairments impact the normal function of all body tissues and underpin some of the leading causes of death in our society. This includes obesity, diabetes, non-alcoholic fatty liver disease, cardiovascular disease and many cancers.
Our researchers investigate metabolism and metabolic dysfunctions of the:
• Adipose tissues
• Skeletal muscle
• Brain and
The theme collectively interrogates the biology of cellular metabolism – the ways in which cells communicate to regulate metabolism – and the complex interactions between the endocrine system, enteric nervous system and sensory systems in the context of health and disease.
We adopt systems biology and translational approaches with the ultimate aim of identifying and developing novel therapeutic strategies to tackle metabolic diseases to improve patient outcomes.
Delbridge laboratory: Cardiac phenomics
Research Group Leader: Professor Lea Delbridge
Dodd laboratory: Metabolic Neuroscience
Research Group Leader: Dr Garron Dodd
Furness laboratory: Digestive physiology and nutrition
Research Group Leader: Professor John Furness
Harrap laboratory: Genetic physiology
Research Group Leader: Professor Stephen Harrap
Montgomery laboratory: Metabolic Tissue Cross-Talk
Research Group Leader: Dr Magda Montgomery
Parker laboratory: Metabolic Proteomics & Signal Transduction
Research Group Leader: Dr Benjamin Parker
Watt laboratory: Metabolism and Diabetes
Research Group Leader: Professor Matthew Watt
Wilkinson-Berka laboratory: Retinal vascular biology and inflammation
Research Group Leader: Professor Jennifer Wilkinson-Berka
Yao laboratory: Cardiovascular Neuroscience
Research Group Leader: Dr Song Yao