GRIDD tackles devastating diseases using unique resources and a global network of partners
Our unique resources, dedicated researchers and international partners create an ideal context for drug discovery that drives our search for revolutionary new treatments.
Innovating at the cutting-edge of chemistry and biology, we collaborate with governments, academia, communities and the health industry to create new knowledge that transforms lives for the better.
We thank our supporters including AEGIUM, Cancer Therapeutics CRC, the Clem Jones Foundation, GHIT-Japan, Medicines for Malaria Venture (MMV), Parkinson’s Queensland, Perry Cross Spinal Research Foundation, and the Queensland and Australian Government. We are also proud to foster the next generation of drug discovery scientists.
We are supported by a growing number of sponsors who share our vision for the future
January 25, 2018
Top Australia Day honour for Griffith science leader
Professor Jennifer Martin AC experienced a memorable 2017 with numerous honours, awards and accolades for her leading role in protein crystallography research, promoting women in science, and science ...
December 06, 2017
Health research bolstered in latest funding grants
Griffith University research into malaria, gut infections and streptococcus are some of the projects set to benefit from National Health and Medical Research Council (NHMRC) 2018 Project Grant funding...
October 20, 2017
GRIDD researcher combatting antibiotic resistance
A Griffith University researcher says we urgently need to safeguard current antibiotics and discover new ones to avoid what has been described recently by England’s Chief Medical Officer, Prof Dame Sa...
Access NatureBank’s collection of 60,000 natural product fractions ready for screening against any disease.
Australia's only dedicated compound management facility, Compounds Australia connects chemists and biologists for drug discovery research.
Our key technologies include high-throughput screening, Fourier transform mass spectrometry and fragment-based screening.
Welcome to GRIDD
Find out more from Director Professor Jennifer L. Martin.
Australian of the Year 2017
Professor Emeritus Alan Mackay-Sim
Alan Mackay-Sim is a world-renowned trailblazer in cell transplantation, who paved the way for innovative research to repair damaged spinal cords to return the gift of movement to paralysed people.
Director Professor Jenny Martin, who was elected to the Australian Academy of Science in May 2017, talks about her research into the rapidly growing problem of antibiotic resistance.
An estimated 130,470 new cases of cancer were diagnosed in Australia in 2016, with that number set to rise to 150,000 by 2020. Professors Vicky Avery, Sally-Ann Poulsen and Associate Professor Rohan Davis are working to discover compounds that are active against breast, prostate and pancreatic cancer.
Infectious diseases kill more than one million people annually. GRIDD Professors Kathy Andrews, Vicky Avery and Ronald Quinn are seeking new drugs to treat diseases like malaria and TB, while Director Professor Jenny Martin is exploring new approaches to treat complicated urinary tract infections as well as melioidosis, a common disease in northern Australia.
About 70,000 Australians are affected by this progressive disease of the nervous system. Professor George Mellick’s research explores the genetics of Parkinsonism and the interactions between genetic and environmental factors that contribute to onset and development of the disease.
Professor Sally-Ann Poulsen has discovered a new way to reverse multidrug resistance in cancer, while Director Professor Jenny Martin is exploring how to disarm bacteria so they cannot cause disease.
Spinal cord injury repair
Up to half a million people globally suffer from spinal cord injury. GRIDD’s Associate Professor James St John in the Clem Jones Centre for Neurobiology and Stem Cell Research offers hope of new therapies. The 2017 Australian of the Year, Professor Emeritus Alan Mackay-Sim pioneered this research.
See the team who make up GRIDD and find out more about our individual research strengths.