Researcher Profile

Winthrop Professor Daniel Green

Daniel Green
Daniel Green

Phone: +61 8 6488 5609

Research Expertise:
  • Exercise physiology
  • Clinical exercise physiology
  • Cardiac rehabilitation
  • Physical activity and obesity
  • Vascular health


> 30 higher degrees supervisions at UWA. 8 distinctions.
> 10 higher degree supervisions in the UK.
> Developed self-paced computer-aided teaching resources.
> Vocational courses for allied health professionals.
> SPOT analyses with average grades of 4.6 and 4.3, respectively at UWA.
> Nominated for teaching awards at UWA.

Industrial Relevance

Previous senior investigator on an industry grant to assess the efficacy of human growth hormone in humans


BSc PhD W.Aust.

Previous Positions

• 1991 British Council Overseas Fellowship, St George’s Hospital London (with Drs Vallance and Collier) department of Clinical Pharmacology
• 1996 - Established Australia's first research intensive Clinical Exercise Physiology service in the Cardiac Transplant Unit, RPH.
• 1998/9 Visiting Scientist, Mayo Clinic (with Prof Mike Joyner)
• 2002 Appointed Visiting Specialist in Exercise Physiology and Rehabilitation (RPH) Cardiac Transplant Unit.
• Editor for Experimental Physiology (London). Editorial advisor Clinical Science (London).
• Scientific Committee member and Fellow of European College of Sports Science (ECSS)
• Scientific Committee and Chair of Young Investigators Award Committee, IOC International Convention on Science 2012
• Inaugural Exercise and Sports Science Australia (ESSA) committee member responsible establishing skills and competencies for Exercise Physiologists.
• Inaugural Chair of ESSA CV Specialist Group 2012.
• NHMRC advisory group member assessing outcomes from the NHMRC grants.
• Successive GRP panel member.
• 2006 appointed Professor of Cardiovascular Physiology in the Research Institute for Sport and Exercise Sciences (RISES), Liverpool John Moores University. RISES achieved a 5* rating in the 2001 RAE and the highest grades in the 2007 and 2014 Research Assessments. My research outputs were submitted at 4* level in 2007 and 2014 (ie highest International standing).
• 2009 Appointed Winthrop Professor at The University of Western Australia
• >30 higher degrees supervisions: at UWA, 8 distinctions for PhD graduates. 10 higher degree supervisions in UK.

New and Noteworthy

> Participation in an invited press conference at the American Heart Association (Orlando, Florida). News coverage appeared in national and international broadsheet newspapers (New York Times, The SMH, The Age, Toronto Star, Reuters, Medscape Online etc). A feature story in the ABC’s Catalyst program ensued.


Fellow of the European College of Sports Medicine (and Scientific Committee Member)

Funding Received

> Over $8M Cat 1 grant funding, 30 grants awarded;
> Continuous nationally competitive funding since 1998

Future Research

Impacts of exercise, physical activity and lifestyle factors on cardiovascular health across the lifespan.

Roles, responsibilities and expertise

> Editor for Experimental Physiology. Editorial advisor for Clinical Science (London).
> Chair of the Scientific Committee, Pre Olympic Conference, Glasgow, 2012
> Member of the Scientific Committee of the European College of Sports Science (ECSS).
> Invited member of the inaugural Australian Association of Exercise and Sports Science (AAESS) committee responsible establishing guidelines, skills and competencies for Exercise Physiologists.
> Chair of Conference Organising committee, ESSA 2014, Scientific Comittee 2013
> NHMRC advisory group assessing outcomes from the NHMRC grants.
> Assessed >25 nationally competitive NHMRC or Heart Foundation grants since 2000. British HF and MRC grants.
> PhD examiner for University of Witswatersrand, Victoria University of Technology, Monash University, University of Queensland, University of Sydney. External examiner (viva) for Radboud University, University of Bumingham and Brunel University, London.
> External reviewer on tenure and promotion applications for the University of Oregon, JOhns Hopkins School of Medicine, McMaster University, University of Wisconsin, University of Tasmania, Griffith University, Brunel University, University of British Columbia, QUT, UC Wales and Queens University (including to Professorial level).
> International collaborative links between UWA and the Mayo Clinic, the University of Oregon, the University of Queens, Brunel University, Radboud University (Netherlands), Liverpool John Moores University, Kobe University, University of Queensland, Baker IDI, University of the Sunshine Coast.
> 25 invited keynote presentations at national and international conferences.
> 200 peer reviewed national and international conference abstracts.


Danny is a Winthrop Professor based in the School of Sport and Exercise Science. He also has close ties to several international institutions, including the Mayo Clinic and Liverpool John Moores University, where he is a Professor of Cardiovascular Physiology.

An NHMRC Principal Research Fellow, Danny is a cardiovascular exercise physiologist specialising in the prevention of chronic disease. His research encompasses the lifespan; from exercise training in the prevention of the development of atherosclerosis in obese children and adolescents, to research on the best combination of exercise and medications in the management of patients with coronary disease, stroke, hypercholesterolaemia, diabetes and heart failure patients awaiting transplantation.

Danny has established a Cardiovascular Research Group at UWA, with a busy, dedicated laboratory and a diverse team of postdoctoral and graduate students and staff from Australia, Africa, South East Asia, Europe and North America. Utilising transdisciplinary research partnerships between science, engineering and medicine, this group aims to invent ways to detect incipient chronic disease at the earliest possible stage, to identify and optimise lifestyle interventions to prevent clinical manifestation of chronic diseases in humans, and to develop personalised, targeted and evidence-based interventions to optimise disease prevention.

Many of the studies conducted by the Cardiovascular Research Group benefit from specific technologies invented and developed by Danny and his research team, including detailed analysis techniques for blood flow effects on the arterial wall.

ID: 22062

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