New views to restoring spinal function
A state-of-the-art livecyte microscope at the Griffith Institute for Drug Discovery is leading the Spinal Injury Project team toward human clinical trials.
A state-of-the-art livecyte microscope at the Griffith Institute for Drug Discovery is leading the Spinal Injury Project team toward human clinical trials.
Griffith University’s world-first study into cell transplantation to repair injuries to the nervous system has received a major boost thanks to a $5.4 million funding extension from the MAIC.
A new world order Stan Grant has built an illustrious career as a distinguished Australian and international broadcaster, author and...
Join Stan and Kerry as they explore the opportunities and challenges facing our rapidly and unpredictable changing world order, and what the future might hold for all Australians.
2021 Australia Dayhonourshave been bestowed upona number ofGriffith Universitystaff, associates and alumni.
An Australian-first rehabilitation trial considered the next crucial step in treating paralysis will proceed after a record donation from the country’s leading spinal injury research foundation.
World-leading Griffith research into the development of a cell-based therapy for treating spinal cord injuries has received a $5.7m boost from the state government.
Invited to join the UK Civil Service's Fast Stream graduate program, Griffith University alumnus James Boyle is part of a fascinating era for British politics
Academics from Griffith University and other esteemed institutions will gather for a two-day workshop this month addressing the deterioration of...
Alan Mackay-Sim is a world-renowned trailblazer in cell transplantation, paving the way for innovative research on repairing damaged spinal cords to return the gift of movement to paralysed people.