Chemogenetics: A new way to understand brain function
University of Melbourne researchers developed a method to study neural pathways that could reveal new information about the behaviour and diseases of the brain.
New targets for epilepsy treatment
Associate Professor Reid is developing new drugs for epilepsy, with the view of treating a larger population of people with epilepsy.
Have resistance, will travel
University of Melbourne finds that insects, like mosquitoes, are becoming resistant to insecticides. So, how are these genetic invasions impacting pest control?
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 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
Decoding cancer cell communication
Professor Elizabeth Vincan at the University of Melbourne identified the genes in an ancient form of cell-to-cell communication, and a new target against cancer
Food to fight hidden hunger
University of Melbourne researchers are redesigning wheat to create healthier versions of one of the world’s favourite foods – bread.
A question of quinoa
Traditional knowledge from the Andean peoples is inspiring University of Melbourne research on quinoa flowering and the development of future breeding programs.
Getting to know your microbiome better
Microbiome research produces huge amounts of data, but do we have the right information to answer our bug-related questions ask University of Melbourne experts.