Immunity to COVID-19: Lessons from malaria
The University of Melbourne has contributed to new research that finds advances in malaria immunity surveillance may help us rapidly respond to COVID-19.
Double hit to malaria from new drug candidate
New antimalarial compounds target two molecules involved in critical stages of the parasite’s life cycle, finds new research including University of Melbourne.
Preventing the spread of malaria
Scientists, including from the University of Melbourne, have found a new drug to block the world’s deadliest malaria parasite from reaching ‘transmission stage'
What malaria can tell us about ‘switching off’ diseases like HIV
New University of Melbourne research on our body’s inflammation response to malaria could open up new treatments for viral and autoimmune diseases like HIV.
Using bacteria to control mosquitoes
A University of Melbourne research trial finds the Wolbachia bacteria suppresses dengue-fever carrying mosquitoes, but more work is needed to stop their spread.
Using chemotherapy to fight malaria
Researchers at the University of Melbourne's Bio21 Institute have discovered chemotherapy can help overcome growing resistance to the antimalarial artemisinin.
Exposing malaria’s atomic machinery
With atomic level imaging researchers at the Walter and Eliza Hall Institute and University of Melbourne are exposing how malaria can be blocked from the blood.
The genes that turn malaria into a killer
University of Melbourne experts have discovered a group of proteins associated with the deadliest forms of malaria; this finding could help protect children.
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
Discovering the deadly diversity of malaria
A new technique developed by University of Melbourne research has found a huge diversity in malaria genes that disguises it from the human immune system.