
Human Nervous System Models to Accelerate Clinical Translation
March 3rd-5th, 2026
Adelaide, South Australia
Featured Speakers
(to be updated with more soon):
Prof Fred Gage (Salk Institute, La Jolla, USA)
Prof Ed Lein (Allen Brain Institute, Seattle, USA)
Prof Tomasz Nowakowski (UCSF, San Francisco, USA)
A/Prof Jennifer Erwin (Johns Hopkins, Baltimore, USA)
A/Prof Jerome Mertens (UCSD, San Diego, USA)
Prof Clare Parish (Florey Institute, Melbourne, Australia)
A/Prof Silvia Velasco (MCRI, Melbourne, Australia)
A/Prof Chris Bye (Florey Institute, Melbourne Australia)
Prof Cedric Bardy (SAHMRI, Flinders University, Adelaide, Australia)
Program
This international meeting features some of the world's most accomplished neuroscientists discussing how we can study and model the human brain in its most intrinsic details, with the goal of accelerating clinical translation in neurology and psychiatry.
The event will include two days of curated talks and a one-day workshop to learn hands-on tricks for generating and analysing human brain tissue in vitro, including advanced electrophysiology and drug screens of neural organoid and 2D/3D bioprinted tissue.
Free registration to the symposium and workshop is available, but spots are limited.
Early bird and student discounts available for social event (drinks and food included).
Register now to save a spot at a discounted rate. Limited spots available.
The scientific symposium will include:
>10 special lectures from international leaders in human models for neurobiological research
Thematic sessions covering:
Current strategies and protocols for cell-based 2D and 3D models of complex human neural tissues
Cutting-edge analytical methods (bioinformatics, drug screens, electrophysiology, imaging and genomics)
iPSC models of brain disorders, neurodegeneration and neurodevelopmental diseases.
Neural aging models in vitro.
Panel discussions on clinical translation, the latest innovative biotechnologies, and future directions.
Lightning talks and poster sessions from emerging researchers. Submit an abstract here.
Social event. Register here
BRAIN ORGANOID THERAPEUTICS WORKSHOP
The third day will feature a workshop in the Bardy lab, located at SAHMRI, led by international experts showcasing biotechnologies and analytical methods for growing brain organoids, 3D bioprinting neural tissues, drug screens, and advanced electrophysiological assays. More details to come soon. Limited spots available, register your interest to stay in the loop.
Day 1 - Symposium
Tuesday 3rd March 2026
SAHMRI Auditorium
Day 2 - Symposium
Wednesday 4th March 2026
SAHMRI Auditorium
+ Social Event
Day 3 - Workshop
Thursday 5th March 2026
SAHMRI - Bardy Lab
Founded in September 2016 as an ETH Zürich spin-off, MaxWell Biosystems is a technology leader providing instrumentation and solutions to boost scientific research and development in neurosciences, stem cell and tissue engineering, ophthalmology, and other fields involving electrogenic cells. MaxOne (single-well) and MaxTwo (multi-well) are easy-to-use systems that equip scientists with the ability to record electrical signals of neurons in in-vitro 2D and 3D models at network, cellular, and subcellular levels. MaxWell Biosystems’ main goal is to be a trusted partner to all users and collaborators, for a greater cause, of advancing scientific breakthroughs and for achieving faster and more effective drug discovery, through our products, solutions, and expertise.
Co-organisers
The Brain Organoid Therapeutics (BOT) Screening Platform provides access to high-quality human brain tissue models, neuronal phenotyping, drug screening and machine learning-based analytical capacity for pre-clinical research and translational studies.
The BOT screening platform is set up to collaborate with industry and academic researchers who want to leverage functional human brain models in vitro to expedite therapeutic translational success.
Contact Us
Interested in joining us and have some questions? Fill out some info, or email hns.symposium@sahmri.com and we will be in touch shortly. We can’t wait to hear from you!