a grey ball covered in red blobs and yellow and red lines

Researchers have shed light on how a highly infectious virus, that has recently transferred from animals to people, is able to enter human cells.

22 June 2023

Researchers from The University of Queensland have secured more than $31 million from the National Health and Medical Research Council (NHMRC) to progress life-changing health and medical research.

15 December 2022
A graphic showing a brain in blue with viruses in red 'infecting' it and lighting it up against a medical background.

Research led by UQ has found COVID-19 activates the same inflammatory response in the brain as Parkinson’s disease.

1 November 2022
Head shot of Dr Dan Watterson with his arms folded across his chest, and the lab behind

The University of Queensland’s Associate Professor Dan Watterson has been awarded a $1.25 million CSL Centenary Fellowship to research accelerated pandemic treatments.

28 October 2021
COVID-19 spike: artegorov3@gmail

University of Queensland researchers are refuting claims that COVID-19 can enter a person’s DNA.

30 July 2021

Variants of viruses such as that causing COVID-19 can now be quickly studied in the laboratory, even before they emerge in nature and become a major public health challenge.

9 June 2021
A reconstruction of the Binjari virus, which will help reimagine the architecture of immature flaviviruses. Image credit: Dr Natalee Newton

Better designed vaccines for insect-spread viruses like dengue and Zika are likely after researchers discovered models of immature flavivirus particles were originally misinterpreted.

17 May 2021
Image depicts the 1G5.3 antibody (green) bound to both Zika (red) and dengue (blue) NS1 proteins. It's based on structural data but idealised to showing binding to both viral proteins simultaneously. Credit: Daniel Watterson

New treatments to cut the global death rate from dengue, Zika and West Nile viruses could result from research led by The University of Queensland.

8 January 2021
A 3D reconstruction of a chimeric viral particle

A new technology to produce safer ‘hybrid’ viruses at high volumes for use in vaccines and diagnostics for mosquito-borne diseases has been developed at The University of Queensland.

12 December 2019
Professor Paul Young, Dr Keith Chappell and Dr Dan Watterson.

Vaccines to stop the world’s next epidemic could be developed in record time under a $14.7 million partnership using technology developed at The University of Queensland.

16 January 2019
Dr Kirsty Short.

Research into fighting the flu, improving outcomes for vulnerable infants, and battling kidney disease has netted almost $42 million in funding for academics from The University of Queensland.

12 December 2018

Researchers have new insights into how protective antibodies attack dengue viruses, which could lead to more effective dengue fever vaccines and drug therapies.

19 December 2017