The race to find a cure for cancer is speeding up thanks to "functional genomics".
Study reveals bright blue stinger actually a group of at least four distinct species.
In a groundbreaking effort to combat the devastating effects of Spinal Muscular Atrophy (SMA), Dr. Jean Giacomotto from the Griffith...
An often-overlooked allergic condition, eosinophilic esophagitis or EoE, is at the centre of new research investigating whether a natural seaweed product may reduce the occurrence of symptoms.
Blending science and indigenous knowledge to improve understanding of Minjerribah's wetland conditions and provide a means for their ongoing monitoring.
The ability to identify unique sugars that decorate ovarian cancer cells could help prevent the spread of cancer and improve treatment options for women.
Rivers follow rhythmic changes; they flow with the seasons and respond to longer climatic shifts and often to the actions of people. In turn, people and their societies are shaped by the rhythm of rivers. This relationship where both nature and people’s social habits are synchronized with the rise and fall of river water over time is referred to as river rhythmicity, in a new paper that describes the important implications of this idea for river conservation and water management.
Griffith University-led research is discovering the genetic diversity of Chickpea/Ascochyta Blight, the major pathogen threat to Australia’s billion-dollar chickpea industry.
Recent advances in technology have brought the promise of gene therapy closer than ever to being realised. One true breakthrough is clustered regularly interspaced short palindromic repeats (CRISPR), it offers a radical new method for gene therapy that builds on decades of science.
Griffith and technology companyDatarwewill securely explore valuable information from Queensland hospitals to help some of the sickest patients, through a new AI healthcare partnership.
