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Expert Reaction
These comments have been collated by the Science Media Centre to provide a variety of expert perspectives on this issue. Feel free to use these quotes in your stories. Views expressed are the personal opinions of the experts named. They do not represent the views of the SMC or any other organisation unless specifically stated.
Professor David James is the Leonard P Ullmann Chair in Metabolic Systems Biology at The Charles Perkins Centre, School of Life and Environmental Sciences and Sydney Medical School at University of Sydney
The numbers in the Chief Scientist’s report are one thing, but the social implications of what medical research has already delivered make them pale into insignificance: We can swiftly avert the crises posed by life-threatening infectious diseases like Ebola. Our kids can receive vaccines, most notably the one recently developed by Australian researcher Ian Frazer to stop cervical cancer in women. Thanks to Perth researcher and Nobel Prize winner Barry Marshall, we can use a treatment for stomach ulcers, which were previously thought to be due to stress. Australian researchers over the past 30 years have revolutionised treatment for hearing disorders and burns. All of these things we take for granted.
Underpinning every one of these amazing discoveries is blood, sweat and tears from some of the brightest and most passionate basic researchers in this country who care about our health.
Unless Australia invests heavily in biological research we run the risk of not only missing the financial benefits, but every Australian runs the risk of missing the benefits of a new discovery that could save their life and provide healthier years on this planet.
Professor Stephen Simpson is from the School of Life and Environmental Sciences and Academic Director of the Charles Perkins Centre at the University of Sydney
As well as adding $46 billion to the Australian economy each year, the biological sciences are vital in our effort to overcome some humanity’s greatest challenges. Here are some:
In health:
- Emerging infectious diseases
- Antibiotic resistance
- Cancer
- The pandemic of obesity, cardiovascular and metabolic diseases
Food and agriculture:
- Food security, food safety and food sustainability
Environment:
- Conservation and habitat management, both on land and in the oceans
- Climate change and its impacts
All of these rely fundamentally on biological research, from basic discovery and theory to practical implementation.
More than that, solving these major problems requires biologists working with other disciplines – the physical, medical and social sciences, engineering and IT, and the humanities.
That is where real innovation and translational impact lies.