Live cell DNA architecture in real time
University of Melbourne research finds our invisible DNA architecture is much more than a linear code, but rather an ever-changing blueprint of our genome.
Variety is the spice of life... and key to saving wildlife
By understanding how varied a species' DNA is, we can boost species adaptation to new conditions, decreasing extinction risk say University of Melbourne experts
Testing, testing, testing: Can blood tests help detect cancers early?
The COVID-19 pandemic showed our capacity to test at large scale, can we use these strategies for early detection of cancer ask University of Melbourne experts?
Detecting amphibian pathogens in the water to boost frog conservation
Frog diseases can be detected in environmental samples like soil and water finds an international team of researchers including University of Melbourne.
Personalising bowel cancer detection
Genomic testing can help guide bowel cancer screening, but would people take a test predicting their personalised risk ask University of Melbourne experts.
Inheriting an infectious legacy?
University of Melbourne research into epigenetics is revealing how the effects of contracting an infection can be passed on to your children through your DNA.
Shaping the brain: Before, during and after birth
Neurologist Professor Tracy Bale looks at how our life experiences can be transmitted biologically to the next generation and how that shapes our unique brains.
The genomic jigsaw of cancer
University of Melbourne researchers are helping to revolutionise cancer care as they map the human genome; to make cancer a manageable, chronic disease.
The Global Cancer Atlas
Globally, scientists have collaborated to create the most comprehensive map of whole cancer genomes; University of Melbourne researchers were part of the effort
The next big scientific thing
As National Science Week celebrates scientific discovery in Australia, University of Melbourne experts look at what the next big thing in science could be.