Despite significant improvements, leukaemia is the most common cancer in children and adolescents, accounting for ~30% of all cases and is the second highest cause of death by cancer before 19 years of age.
Moreover, many survivors do experience serious long-term side-effects from current standard of care treatments.
Immunotherapy - treatments that help the body’s own immune cells fight cancer - has shown great promise in several paediatric and adults cancer, however its success is often limited by a phenomenon called “T-cell exhaustion”, where immune cells lose their ability to kill cancer cells over time.
This project aims to develop safer and more efficient immunotherapies for children with leukaemia and boosting the killing function of a young immune system, by limiting T-cell exhaustion, to ultimately improve quality of care and long term survival.
Based on solid preliminary results, this project will:
- Study how leukaemia cells interacts with infant/children immune cells in response to immunotherapy,
- Test the effect of adding targeted therapies to help the immune cells stay active longer,
Using age-appropriate immune cells from ORIGINS participants, combined with clinically relevant animal models, this research will accelerate the development of innovative immunotherapies tailored to children who developed cancer.
Investigator
- Dr Sebastien Malinge, The WA Comprehensive Kids Cancer Centre
- Courtney Kidd, ORIGINS Biobank Coordinator, The Kids Research Institute Australia
- Dr Omar Elaskalani, The Kids Research Institute Australia
- Professor Rishi Kotecha, The WA Comprehensive Kids Cancer Centre
- Dr Laurence Cheung, The WA Comprehensive Kids Cancer Centre
- Dr Jesse Armitage, The WA Comprehensive Kids Cancer Centre
- Dr Kim Rice, Murdoch University
- Ms Catherine Woulfe
- Mr Andrew Fairs
- The WA Comprehensive Kids Cancer Centre Consumer Reference Group