Genetics
Sciences & Technology
Under the Microscope
How Australia’s ancient forests became an arid zone
Studying the genetic relationships between desert plants is helping Dr Rachael Fowler to understand how they evolved in Australia’s arid zone, once dense forest
Sciences & Technology
New genomic toolkit set to boost Australian crop industry
Scientists are in a battle to keep the world’s food supply dependable, and new research into crop genomes is helping to lead the way
Health & Medicine
Hereditary cancer is more common than you might think
Understanding your genetic cancer risk enables informed healthcare decisions. Wendy Berill, facing terminal cancer, shares her journey to emphasise the importance of genetic testing
Health & Medicine
The genetics of stuttering
Researchers have linked a newly discovered gene to persistent stuttering into adulthood – giving hope to those with severe speech disorders
Health & Medicine
The future of cancer is very personal
Precision medicine allows us to develop treatments for a specific disease in one person. But we must ensure all Australians can access these benefits
Environment
Wheat’s ancient roots of viral resistance
New research finds that the gene that protects wheat from Wheat Yellow Mosaic Virus originated in an ancient wild relative
Health & Medicine
Living with a rare genetic disorder
This month is Ehlers Danlos Awareness Month – a group of rare hereditary syndromes that, if diagnosed early, can be managed to slow their progression
Sciences & Technology
The 9 steps to de-extincting Australia’s thylacine
The reality of bringing back the Tasmanian tiger from extinction using its genome is now a step closer, but how will science make it happen?
Sciences & Technology
Podcast
How can we prevent Insect Armageddon?
Professor Phil Batterham discusses his work on insecticides; how they work and how we can develop more effective and sustainable pest control strategies, with a reduced environmental impact
Health & Medicine
Unmasking cancers with hidden identity
Cancer treatment is largely based on where it originates in the body, but when a primary site can’t be found, genomics is helping guide diagnosis and treatment for cancers of unknown origin