The ANU John Curtin School of Medical Research is Australia’s national medical research institute. We excel in multidisciplinary, translational medical research in fields including immunology, cancer, genomics, neuroscience, mental health, infectious diseases, obesity and metabolic disorders.
Our research aims to understand and provide novel insights into diseases including cancer, diabetes and rheumatoid arthritis, and conditions such as epilepsy and vision impairment, amongst others. Research at JCSMR is organised within four departments including the ACRF Department of Cancer Biology and Therapeutics, Eccles Institute of Neuroscience, Genome Sciences and Immunology and Infectious Disease departments.
Each department is comprised of independent groups and laboratories. As an integral part of the ANU College of Health and Medicine, we are committed to cross-disciplinary research that will provide solutions to health problems which beset our community. In addition, we continue to pride ourselves on our commitment to the training and mentoring of the young medical researchers of the future.
In 2015, the School’s Professor Carola Vinuesa was elected Fellow of the Australian Academy of Science, and Professors Simon Foote and Chris Parish became Fellows of the newly established Australian Academy of Health and Medical Sciences.
Three of our researchers have received Nobel Prizes in Physiology or Medicine for work conducted in the School.
Field sites & facilities
Explore some of the numerous of research sites and facilities established by our research schools in Australia and across the world. Researchers and students at ANU enjoy access to state-of-the-art equipment to help facilitate ground-breaking research.
Research projects
Browse research topics of the College of Science and the College of Health & Medicine with links to relevant researchers.
See our list of potential student projects to apply for PhB, Honours, PhD and other graduate degrees.
Stories
Research story
Gene discovery offers new hope for Aussies living with chronic skin disease
Scientists from The Australian National University have discovered a gene mutation is responsible for causing psoriasis.
News, Research story
Scientists show the importance of “putting the brakes on” cytokines to prevent autoantibodies and lupus
A new study has found that rare coding variants in a lupus risk gene could help understand how the immune system mistakenly targets the body's own tissues.
News, Research story
Sliding doors moment leads to PhD aimed at improving the lives of patients battling rare diseases
Yanran Fan always thought she’d become a lawyer. Instead, she's pursuing a PhD.
Academic profile
Ready for the challenge: New Director's ambition still burns
“Researchers are great people, but they live and survive in a tough environment," Professor Gardiner said.
News, Research story
Scientists discover new function of platelets that remove old red blood cells
Researchers at the John Curtin School of Medical Research (JCSMR) have found a new function of platelets apart from their known role in preventing bleeding and helping us fight off infections.
News, Research story
The power of personalised care
The benefits of personalised medicine programs extend far beyond the individual patient.
News
How our own immune system can help fight cancer
The findings mean patients could respond better to immunotherapy treatment.
News
JCSMR researchers sing to a different tune
The magic of song is helping a group of ANU College of Health and Medicine academics escape the demands of research.
News
Two more ANU Rhodes Scholars sets new record for Australian universities
ANU graduates will help fight infectious diseases and neurodegeneration having just won prestigious Rhodes Scholarships.
News
RNA vaccines rose to prominence during COVID, but we've only scratched the surface of their potential
In high school biology, students are taught the central concept of genetics in a very simple way: DNA makes RNA, RNA makes protein, and protein makes life. ANU Researchers claim we're only scratching the surface of their potential to improve human health.