Type: All cancers
The ultimate goal of the project is to inform appropriate care and improve outcomes for pregnant women with cancer and their babies.
This project will develop vital infrastructure that will make it easier for clinicians to choose the right treatment for individual patients.
This project will test and validate how new technologies could be utilised to monitor the concentration of chemotherapy in a patient’s blood in real-time.
Professor John Mattick and his team are using cutting-edge sequencing technologies to uncover various components of DNA and how they differ in cancer cells.
Lyndal Wellard-Cole and her team set out to determine what impact, if any, the legislation has had on the kilojoule content of Australian fast foods.
Research has revealed the cost of cancer to the Australian health system to be over $6 billion a year.
Genetically modified immune cells can be used to cure cases of leukaemia that are otherwise incurable. This project will optimise the technology to create cures for other types of cancer.
Developing a world first radiation system to ensure the safe delivery of radiation doses to patients
This team is perfecting a new radiation dosimetry system that will detect and treat cancers as they move through the body.
This project will determine how drug resistance develops at the genetic level and explore ways of making treatment approaches more effective.
This study of 9,000 participants found that physical activity has the potential to lower someone’s cancer risk regardless of their body weight.