top of page




Forsythe Biomaterials Research Group

Professor John Forsythe and his research group specialise in developing new functional biomaterials for a wide range of applications in bioengineering.
These include novel biomaterial-based strategies for stroke, traumatic brain
injury, Parkinson's disease, cartilage repair, T-cell cancer therapies, antimicrobial devices and neurobionics.
Welcome to the Forsythe Biomaterials Research Group



Microfluidic encapsulation of cells for cartilage repair, brain tissue engineering and T-cell cancer therapies

News
◄
1/4
►
Please reload
New Horizons Research Facility, Monash University, Melbourne, Australia
bottom of page