Worner Lecture 2026 - From Atoms to Antidotes
Event status:
- Date:
- Tuesday 24 November 2026 05:30 pm until Tuesday 24 November 2026 06:30 pm (Add to calendar)
- Contact:
- Head of Campus
bendigo@latrobe.edu.au - Presented by:
- Professor Frances Separovic AO, Dr Ebony Monson, Professor Leann Tilley
- Type of Event:
- Health/wellbeing/lifestyle; Public Lecture
- Cost:
- Free Public Lecture
How can we see the invisible—and what can it tell us about health and disease?
Join three leading Australian biophysicists for a journey into the hidden world of cells, viruses, and parasites. Discover how biophysics reveals the molecular workings of life — and how cutting-edge imaging and other powerful tools are helping scientists develop new ways to prevent and treat some of the world’s biggest health challenges. The talks will be followed by a Q&A, giving you the chance to put your questions directly to the scientists.
No science background required — just bring your curiosity!
Three fascinating talks:
Breaking Bacterial Barriers
Professor Frances Separovic AO, University of Melbourne
See how harnessing Nuclear Magnetic Resonance lets us explore bacteria at the molecular level — and uncover new ways to attack them.
How Cells Fight Back
Dr Ebony Monson, La Trobe University
Discover how microscopy reveals the surprising ways our cells defend themselves against viruses.
Malaria: An Inside Job
Professor Leann Tilley, University of Melbourne
Zoom in with cutting-edge imaging to discover how malaria parasites invade and transform our blood cells.
Talks followed by refreshments and networking.
The Capital, Bendigo
50 View St, Bendigo VIC 3550
Other events by type
- RISE4SkinCancer Information and Engagement Sessions
Sept 15, 2026 12:00 pm - Rainbow Tick information session
Oct 6, 2026 1:30 pm - 2026 Violet Vines Marshman Oration
Oct 8, 2026 5:30 pm - AI Innovation Ventures Program | Pitch Finale
Oct 13, 2026 2:00 pm - University of the third age (U3A) lecture
Oct 14, 2026 10:00 am
Using biophysics to combat viruses, bacteria and malaria