Dr Venkata (Adi) Tarigoppula
SYNCHRON, MELBOURNE, VICTORIA, AUSTRALIA
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Novel therapies & next-gen medical devices in cardiovascular & vascular disease management
Professor Shirley Jansen AM is a distinguished vascular and endovascular surgeon whose career spans clinical leadership, academic excellence, and pioneering research. She currently holds the Lawrence-Brown Chair of Vascular Surgery at Curtin University’s School of Population Health and serves as Head of the Department of Vascular Surgery at Sir Charles Gairdner Hospital, a role she has held since 2015. In addition, she is the Director of the Heart & Vascular Research Institute at the Harry Perkins Institute for Medical Research. Her early career was marked by prestigious fellowships, including a British Heart Foundation Research Fellowship (1996), and multiple international travelling fellowships from leading surgical societies and industry sponsors between 2001 and 2002.
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Next Generation Condom Contraception, Dr Simon Cook
Dr. Simon Cook, Co-Founder and Executive Director of Operations at Eudaemon Technologies, has had a diverse and impactful career journey. Beginning with a background in biotechnology from the University of Wollongong, his focus on bacterial pathogenesis during his PhD led him to study Group A Strep and the streptokinase protein.
Subsequently, Dr. Cook ventured into a unique project funded by the Bill and Melinda Gates Foundation, where he became involved in the development of a next-generation condom to address existing issues such as feel, odour, and taste.
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Genetic disease research imitating function and architecture of organs
Professor Wolvetang was among the first to bring the first human embryonic stem cells to Queensland, with his Wolvetang Group at the AIBN now renowned for its work with organoids: growing them, studying them, and using them to try and understand diseases and human development.
Using cutting edge technology, Professor Wolvetang designs and grows organoids both for their own work and for labs across the country, coaxing pluripotent stem cells or tissue samples into 3D structures that mimic the function and architecture of real brains, livers, kidneys, spinal cords, and intestines.
