International Women’s Day 2022 9 March 2022 This International Women’s Day we celebrate the extraordinary contribution women have made to diabetes research across the globe. There are so many female researchers that have been at the forefront of medical discoveries that have transformed the lives of people with diabetes today. Dorothy Hodgkin was a Nobel Prize-winning British chemist who helped determine the structure of insulin, which led to vast improvements in the treatment of diabetes. Rosalyn Yalow, who also won a Nobel Prize, was part of the team that proved that type 2 diabetes was caused by the body’s inability to use insulin. Or Priscilla White who co-founded the Joslin Diabetes Centre – the world’s largest diabetes research centre. Closer to home, Kerin O’Dea was one of the first people to study the impact of a Western diet on First Nations people in Australia and its relationship with type 2 diabetes. These are just some of the pioneering women who have made significant contributions to the diabetes movement and have improved the lives of millions.#IWD22#breakthebias
News 26 August 2026 Deanne Minniecon appointed Adjunct Associate Professor, UQ Deanne Minniecon, Group Executive, Aboriginal and Torres Strait Islander Engagement, has been appointed as an Adjunct Associate Professor in the School of Public Health at the University of Queensland (UQ). Continue Reading
Media releases 14 August 2026 Beyond blood glucose: New national partnership to measure how Australians with diabetes are really doing For the first time, the Australian Unity Wellbeing Index will be used to build the most complete picture yet of how diabetes affects Australian’s lives beyond clinical outcomes and health system costs, thanks to a partnership between Diabetes Australia, Deakin University, and the Australian Unity Support Foundation. Continue Reading
Media releases 13 August 2026 PMOS in spotlight for diabetes prevention A new partnership between Diabetes Australia and the Medibank Better Health Research Hub will support Monash University to develop a primary care model to better detect and prevent type 2 diabetes in women living with polyendocrine metabolic ovarian syndrome (PMOS). Continue Reading