PhD Candidate Intern
Garvan Institute of Medical Research
PhD Candidate Intern
Garvan Institute of Medical Research
Genetic disease-focused biomedical research institute
Immunogenomics of Arthritic Joint Disease
Our top PhD candidate will travel between the Garvan Institute, and Broad Institute of MIT and Harvard, in Cambridge.
You will apply genomic technologies and analytical pipelines uniquely available at Broad, to the fastest growing Arthritis Tissue Biobank in Australia, within Garvan’s Masle-Farquhar Lab.
Arthritis affects 3.7 million Australians, causing ongoing pain, disability, isolation, comorbidities and premature deaths. Treatments are trial-and-error; only ~20% of rheumatoid or psoriatic arthritis patients reach remission. Osteoarthritis has no approved disease-modifying drug.
You will analyse the world's first single-cell, long-read sequencing dataset integrating transcriptome, clonotypes, isoforms and acquired mutations – directly within diseased arthritic joints. And access other unique datasets, including large-scale single-cell genetics analyses of hundreds of patients.
Your insights into disease mechanisms, treatment resistance, and novel drug targets will directly feed our established pipeline for producing and pre-clinically testing novel arthritis therapies.
Scholarship value
$39,991 per annum (2027 rate) stipend for 3.5 years
$25,000 Global Mobility Grant (one-off)
Candidates must be domestic. Applications close 11th of November. We will review applications as soon as they arrive.
Applications must include CV, transcripts, and thoughtful, detailed and original cover letter.
Genetic disease-focused biomedical research institute
Garvan Institute of Medical Research conducts biomedical research to understand how genes, molecules, and cells influence health and disease, aiming to prevent and treat major illnesses. It combines fundamental science with strong clinical collaborations to translate discoveries into medical advances. What sets Garvan apart is its sustained, long-term work that integrates laboratory research with direct clinical interactions across a range of diseases, not just one specialty. Its goal is to prevent, treat, or cure major diseases such as cancer, diabetes/obesity, neurological disorders, osteoporosis, and immunological diseases by uncovering mechanisms and developing new therapies.
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