The smallest marine microbes share nutrients – briefly
Fleeting interactions between the smallest phytoplankton and bacteria help to shape global ocean productivity, finds new University of Melbourne led research
Silencing disease-causing genes
DNA unravels to switch genes on and off, potentially helping us toward understanding how to silence disease-causing genes, say University of Melbourne experts
The superheroes of nutrient detection living in our oceans
With no Uber Eats for bacteria, a University of Melbourne-led study reveals how ocean microorganisms are supremely evolved to detect and swim toward nutrients.
Defining a pathogen
This episode of the University of Melbourne's Eavesdrop on Experts podcast brings together two world-leaders in microbiology and immunology.
Malaria’s dark secrets exposed by a simple glow
University of Melbourne scientists develop technique to track malaria through its complicated life cycle using fluorescence to expose the parasite's weaknesses
The immune legions fighting Legionnaires’ disease
University of Melbourne research reveals previously unknown ‘immune cell circuitry’ as the secret weapon in front line defence against Legionella
Germ warfare: Young researchers combatting diverse microbe threats
Two young University of Melbourne science researchers discuss their investigations of microbes that threaten, respectively, human health and our food supply.
Go with the gut: Our symbiotic relationship with our intestinal bacteria
Chemist Spencer Williams talks to the Up Close podcast on rapidly emerging understandings of human microbiota, the microorganisms residing on and in our bodies.
How a mathematical equation opened a new frontier in nanotechnology
Professor John Sader discovered a mathematical trick to simultaneously reveal both the shape and weight of nano-scale objects like proteins and viruses.