QBI researchers have discovered a molecule that protects brain cells from oxidative stress and damage, opening new avenues for possible treatments for brain diseases. Thank you for your generosity and the hope you instil in us through your support of QBI's research.

The Queensland Brain Institute is a leading neuroscience research institute, devoted to a fundamental understanding of how the brain works, from its smallest components through to the integrated networks that underpin human thought and behaviour.

The Queensland Brain Institute (QBI) is an Australian neuroscience research institute, located in Brisbane at the St Lucia campus of The University of Queensland (UQ).

2016年11月8日 · Neuroscience seminars at the QBI play a major role in the advancement of neuroscience in the Asia-Pacific region. The primary goal of these seminars is to promote excellence in neuroscience through the exchange of ideas, establishing new collaborations and augmenting partnerships already in place.

UQ's Queensland Brain Institute originated at a fortuitous time - the junction of significant scientific discoveries in human health and unprecedented philanthropic and government investment in the biological sciences. However, it is the support of the community that continues to inspire us today.

The Queensland Brain Institute (QBI) is one of the world’s leading centres in neuroscience research, with pivotal discoveries made at QBI now being translated into the clinic. QBI researchers have published over 5,000 research papers since …

2018年6月20日 · Professor Mattingley's research investigates how the brain gives rise to perception, cognition and motor behaviour, in health and disease.

Discoveries at the Queensland Brain Institute (QBI) are the critical lifeline to solving many of the health problems facing the world today.

I investigate individuals’ ability to report on their internal cognitive operations, a process known as metacognition. This involves asking participants to make simple perceptual decisions and then report their confidence in the correctness of these decisions.

My research uses techniques from both cognitive neuroscience and cognitive neuropsychology to explore the systems used to distribute attention across space. I am particularly interested in studying the cognitive mechanisms underlying visuospatial neglect, a common cognitive impairment in which patients fail to perceive one side of space.