Tiny surface shapes steer cancer cells, paving the way for better lab tests and safer implants
Researchers reveal shape and surface chemistry of microscopic structures can tune how cancer cells stick, spread and multiply.
Search all articles within the 3 - Good Health and Well-being Sustainable Development Goal
Researchers reveal shape and surface chemistry of microscopic structures can tune how cancer cells stick, spread and multiply.
When a storm or Tropical Cyclone impacts mainland Australia, would you get behind the wheel of a vehicle? New Griffith...
Australians who use anabolic-androgenic steroids (AAS) are turning to online forums for advice on how to safely discontinue steroid-use, rather...
Ceiling fans as a sole form of cooling do not do enough to fully ameliorate heat-induced physiological strain for vulnerable...
People living with mental health conditions in Brisbane have been participating in free university-level arts courses thanks to Griffith University. ...
Customising wheelchair seating for elite athletes could significantly enhance performance, improve comfort and support, and create lasting benefits for grassroots...
Heavy vehicle drivers are often the first on scene at road crashes in rural and remote locations, and a new...
Cancer treatment for young people is life changing, and the challenges do not stop when treatment ends with many experiencing...
Griffith University has been successful in securing a prestigious National Institute of Health (NIH) R01 grant to support malaria vaccine...
There is a common misconception that legionella is only found in air conditioners and water towers, however, Griffith University research...