LEADING EXTRACELLULAR VESICLE RESEARCH TOWARDS THE NEXT GENERATION OF TREATMENTS AND DIAGNOSTICS
With
Associate Professor Joy Wolfram, Group Leader,
Australian Institute for Bioengineering and Nanotechnology,
School of Chemical Engineering, University of Queensland
PEOPLE IN HEALTH CARE SEGMENT
Filmed in Brisbane | May 2025
Joy Wolfram is an Associate Professor at the Australian Institute for Bioengineering and Nanotechnology and the School of Chemical Engineering at the University of Queensland in Australia. Originally from Finland, she earned both her bachelor’s and master’s degrees in biology before transitioning to engineering with a PhD in nanotechnology completed in China. Wolfram has over a decade of experience working in hospitals in the United States before joining the University of Queensland.
Her research focuses on extracellular vesicles, which are crucial for cell communication both locally within tissues and over longer distances between organs. Her lab studies the roles of these vesicles in both health and disease, particularly in cancer. They investigate the harmful messages released by cancer cells that aid in tumour growth, specifically in breast cancer, while also exploring how to harness beneficial extracellular vesicles from healthy individuals as potential therapeutics.
Wolfram’s lab is currently funded by the National Breast Cancer Foundation for a four-year project aimed at understanding how breast cancer-derived vesicles evade the immune system. Collaborations with the Faculty of Medicine and hospitals in the U.S. enhance her research efforts. Additionally, partnerships with local industries in Brisbane, supported by the Medical Research Future Fund, promote academia-industry connections. Notably, funding from Health Translation Queensland allows her to compensate patient advocates who contribute valuable insights and direction to her research.
Source: Written by AUDIENCED from transcript
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Landmark brain shape study
For over a century, researchers have thought that the patterns of brain activity that define our experiences, hopes and dreams are determined by how different brain regions communicate with each other through a complex web of trillions of cellular connections.
Now, a Monash University Turner Institute for Brain and Mental Health-led study has examined more than 10,000 different maps of human brain activity and found that the overall shape of a person’s brain exerts a far greater influence on how we think, feel and behave than its intricate neuronal connectivity.
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Spinal implant technology eyes global opportunity
Adelaide, South Australia wants to let the secret out, and be known as hub for medical devices, pharmaceuticals, biotechnology, and digital health. It boasts world-class research institutions, such as the University of Adelaide and SAHMRI, fostering innovation and collaboration. The city’s supportive government policies provide incentives, grants, and streamlined regulations for businesses. Adelaide’s skilled workforce, renowned for its expertise in health sciences, offers a talent pool to drive industry growth. Additionally, the city’s strategic location, advanced infrastructure, and strong healthcare ecosystem make it an ideal base for development, manufacturing, and market access, attracting companies in these sectors.
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Victorian social prescribing program underway
n Part 2 of the Models of Care on Social Prescribing, Australian Health Journal spoke to 4 people involved in the Connect Local program under the Connecting Communities to Care 4 year program. The free program for over 65’s promotes wellbeing through social connection and is underway in the Glen Eira community in Melbourne.
– Deidre McGill, Executive General Manager, At Home Support, Bolton Clarke
– Ann Van Leerdam, Connect Local Community Connector, Bolton Clarke
– Dr Rajna Ogrin, Senior Research Fellow, Bolton Clarke Research Institute, Bolton Clarke - Dr Daniel Fineberg, Deputy Director General Medicine, Alfred Hospital, Victoria
