To transform health outcomes through health-professional education and world class research that is of global importance and local relevance – leading to healthier, longer and better lives.
Research in the College of Health and Medicine
The College brings together brilliant people with wide-ranging backgrounds and areas of expertise to solve critical issues for human health and medicine. Our themes of research are: Brain Science, Behaviour & Neurodegenerative Disease; Prevention and Management of Chronic Disease; and Molecular Genetics of Human Disease.
The College of Health and Medicine has researchers working in the School of Medicine, School of Health Sciences, Menzies Institute for Medical Research and Wicking Dementia Research and Education Centre. We benefit from excellent multidisciplinary networks; including close links with our community, our health system, clinical professionals and industry.
The School of Health Sciences specialise in nursing, laboratory medicine, allied health science and rural health.
The School of Medicine encompasses the divisions of Medicine, Biomedical Science, Paramedicine, Pharmacy, Psychology and Public Health and Health Systems.
The School of Nursing is focused on building a community of highly skilled Nursing professionals to support our population demands.
Menzies Institute for Medical Research
Menzies exists to perform internationally significant medical research leading to healthier, longer and better lives for Tasmanians.
Our Unique Approach
We have a clear vision and ambitions for the future of research in the College. Central to this is an interdisciplinary research framework which weaves together our research themes and the approaches we are using to tackle essential issues for human health and diseases.
This framework also recognises the pursuit of Excellence in the Scholarship of Learning and Teaching and the critical role the College plays in educating and developing the health workforce and associated professions.
Our Research Themes
Brain Science, Behaviour and Neurodegenerative Disease
The brain is the most complex part of the human body. It is this organ and the behaviour it generates which defines what and who we are. Neurodegenerative diseases are therefore some of the worst diseases on the planet, and for many of them we don't have effective treatments or a cure. Our researchers use approaches ranging from examining single brain cells right through to studying complex behaviour to understand human psychology, brain function and to develop treatments for neurodegenerative disease.
Prevention and Management of Chronic Disease
Chronic disease is the leading cause of illness, disability and death in Australia. Crucially, the burden these conditions place on individuals, communities and the health system can be reduced by prevention or delay of onset as well as effective management to slow disease progression. Our researchers are developing strategies to reduce risk factors for chronic conditions such as obesity, heart disease and diabetes as well as determine the best management strategies for longer, healthier and better lives.
Molecular Genetics of Human Disease
Our genome contains the information used to instruct our body when it constructs proteins and other molecules within cells and tissues. Each person’s genome is inherited from their parents and contains a unique set of instructions that affects our health and susceptibility to disease. Our researchers study molecular genetics to understand how this genetic information is stored, copied, repaired and decoded. This knowledge can have a huge impact on human health by helping to better diagnose, treat, prevent and cure diseases.
Our Research Stories
It's game on for new psychological testing
Researchers develop world’s first psychological test for gaming disorder.
Gene hunting to unlock the biology of multiple sclerosis
Dr Jac Charlesworth is investigating how genetics change our health, and our lives.
Blood flow through the brain may be Alzheimer’s key
The brain controls everything we say and do...and we're yet to uncover all of its mysteries.