Research priority: Prevent diabetes Together, we can come closer to preventing diabetes At current rates of increase, and without strong investment in prevention, up to 3.6 million people in Australia could be living with diabetes by 2050, placing a staggering burden on the health system. Prevention is key to reducing the long-term impact of diabetes on individuals and the health system, particularly in First Nations and other vulnerable communities at greater risk. Featured research projects Exploring the link between gestational diabetes and type 2 diabetes Transforming diabetes and metabolic health Find out more about our research Featured research projects We are funding diabetes research aimed at a greater understanding of its causes, identifying those at risk, and developing effective prevention strategies through a combination of biomedical, behavioural, and public health research. Areas of research include: Identifying genetic and environmental risk factors that contribute to diabetes onset Improving screening and risk prediction tools to enable earlier and more targeted interventions Designing and testing lifestyle and behavioural interventions to reduce modifiable risk factors such as obesity, inactivity, and poor nutrition Understanding the social and cultural determinants that influence diabetes risk, and develop strategies to help reduce diabetes risk Developing public health campaigns and community-based programs to raise awareness of how to prevent diabetes Exploring the link between gestational diabetes and type 2 diabetes Simone Marschner Challenge Why do some women who experience gestational diabetes (GDM) during pregnancy go on to develop type 2 diabetes? With GDM rates tripling in Australia over the past two decades, and strong evidence showing that women with GDM are up to ten times more likely to develop type 2 diabetes later in life, this is a critical area of investigation. Bold idea Simone Marschner, a Senior Research Fellow at the University of Sydney, proposed using identical and fraternal twins who have experienced pregnancy to try to determine whether GDM is an early warning sign of an underlying risk of type 2 diabetes, or if the condition itself increases future risk. Diabetes Australia supported this research. Impact This ongoing research offers optimism that a more personalised care for women after a GDM pregnancy can help identify those at highest risk earlier, and informed strategies to prevent type 2 diabetes. Transforming diabetes and metabolic health Dr Vicky Tsai Challenge Research has previously established that obesity is a risk factor for type 2 diabetes, and that appetite regulation and metabolic control are important factors in helping to control obesity. There was a need to understand more about GDF 15 – GFRAL signalling pathway in the context of further understanding appetite regulation and metabolic control. Bold Idea Dr Vicky Tsai, a researcher at St Vincent’s Centre for Applied Medical Research at the University of NSW was supported by Diabetes Australia in her drive to discover a deeper understanding of GDF15-GFRAL signalling pathway’s role in appetite regulation and metabolic control. Impact Her work, alongside other leading scientists, has highlighted GDF15 as a key appetite-regulating receptor with major implications for weight management and improved metabolic health. Dr Tsai’s contributions thus far have helped drive several advances. GDF15-based therapies are now in multiple clinical trials for obesity management. Strategies to block GDF15 has also been identified as a potential pathway to reverse cachexia (body wasting with weight and muscle loss), and DR. Tsai’s research could further assist to improve outcomes for people undergoing chemotherapy. Further research and developments are leveraging these findings. Patented innovations for obesity treatment are paving the way for next-generation metabolic therapies. Research that complements existing obesity and diabetes treatments (such as GLP-1 receptor agonists) has potential for combination therapies that address both weight management and blood sugar control more effectively. Dr Tsai’s collaborative work is driving innovation that not only targets cachexia and obesity but also holds promise for preventing diabetes and improving quality of life. Learn more about Diabetes Australia research Our research impact Discover how your investment in Australian research is changing the landscape of diabetes management, treatment, and prevention globally. Learn more Research grants and funding opportunities We provide funding opportunities to advance scientific knowledge and its translation into evidence-based solutions. Learn more Our strategy and priorities Successful research outcomes rely on a unified approach from everyone who wants to see a world free of diabetes. Learn more
Our research impact Discover how your investment in Australian research is changing the landscape of diabetes management, treatment, and prevention globally. Learn more
Research grants and funding opportunities We provide funding opportunities to advance scientific knowledge and its translation into evidence-based solutions. Learn more
Our strategy and priorities Successful research outcomes rely on a unified approach from everyone who wants to see a world free of diabetes. Learn more