News

MicroRNAs in the spotlight

Teeny tiny RNA has just won a big science prize for its discoverers. We zoom in on the smallest type of genetic material.

STEMM women unite for climate

Our own Dr. Marina Alexander joined 100 female scientists from around the world for the latest Homeward Bound Antarctica voyage focusing on leadership and sustainability. Read more in the Moorabool News.

MicroRNA Biomarkers: Pitfalls and Potential

Thirty years ago, the small molecules we now know as microRNAs (miRNAs) would have been regarded as “junk” genetic material. Today, miRNAs have been hailed as promising biomarkers for diseases including cancer, neurological disorders, heart conditions, and infections.

Exploring RNA Modification: My Experience at the National Academies Ideation Challenge

Zohorul (Zahir) Islam was recently chosen to present at the ‘National Academies Ideation Challenge on RNA Modifications’ organised by the National Academy of Science in the United States.

Potential antiviral target for henipaviruses

The Host Response Team has been awarded $778,886 over three years by Open Philanthropy to investigate fibrillarin as a novel antiviral target to treat henipaviruses.

Developing a genomic platform to detect the onset and predict the severity of infections

Dr Zohorul (Zahir) Islam will be developing a platform that will accurately detect and forecast the severity of complex diseases.

Host-directed antivirals for pandemic preparedness

In this project, Dr Aaron Brice will develop novel therapies targetting pathogen host species.

Using AI to develop new biosecurity diagnostics

Effective diagnostics are key to managing infectious disease outbreaks. We're using AI to underpin the next generation of biosecurity diagnostics.

Microbiome signatures for improved detection of Johne’s disease in livestock

Using the gut microbiome for early detection of Johne’s disease ensuring the health and welfare of livestock.

Animal production microbiome

Understanding the cattle microbiome to promote happier, healthy cows that require less antibiotic and chemicals.