Chapter 4
Discoveries

Since 2003, researchers at UQ's Queensland Brain Institute have made many extraordinary contributions to the world's understanding of the brain. It would take pages to list them all, so what follows is a selection of research achievements.
2008
Dormant stem cells in the hippocampus can be activated to produce new nerve cells
With ageing, the production of new neurons greatly diminishes in human and mouse brains, and I wondered why. To our surprise, we found the stem cells in the brains of older animals had become dormant. In 2008, we discovered these cells could be stimulated in vitro to produce new neurons. Later, in 2012, we showed stem cells could be activated in aged mice through exercise, which, excitingly, led to learning and memory improvements. An ongoing human study of the effects of exercise also shows evidence of significantly improved cognition, suggesting a similar mechanism exists in people.
2012
Exercise can activate dormant stem cells in the brains of older animals






2014
The genes associated with schizophrenia
We found over 100 sites across the human genome strongly associated with a predisposition for schizophrenia— rapidly advancing our understanding of its genetic architecture and opening the door to expanding our knowledge of its underlying biology and potential therapeutic targets.

2015
Scanning ultrasound can remove amyloid plaques and restore brain function
It was surprising yet rewarding to find that scanning ultrasound can reduce the signs of dementia — a discovery we have now taken into a human safety trial.



2018
Tau protein is found to impair the ability of neurons to repair and remove mitochondrial waste
Götz and Zuryn labs

2019
We created a better method to measure early death. Our study found that people with mental disorders had premature mortality — 11 years earlier for men and 8 years earlier for women. This underscores the importance of improving healthcare for individuals with mental disorders.







2023
Viruses such as SARS-CoV-2 can cause fusing of brain cells
We discovered that viruses such as SARS-CoV-2 can cause our nerve cells to fuse, severely compromising their function. Our research also revealed that this is caused by viral fusogens (specialised surface molecules) becoming present on the nerve cells and inducing them to fuse — a mechanism never understood before.