Research divisions
-breast-cancer-cells-(green)-invading-through-a-layer-of-fibroblasts-(red)-(luke-henry-the-icr-2009).tmb-ctadt.jpg?Culture=en&sfvrsn=99d389e0_2)
Breast Cancer Research
The Division of Breast Cancer Research focuses on identifying the genetic and environmental causes of breast cancer, in order to improve diagnosis and assessment of treatment response, and discover new targets for cancer therapies.
Cancer Biology
The Division of Cancer Biology studies the complex interplay of genes, proteins and biological processes that drive the development, growth and spread of cancers, providing the essential foundations for the identification of new treatment targets.
Cancer Therapeutics
The Division of Cancer Therapeutics is exploiting the addictions, dependencies and vulnerabilities of cancer cells to discover innovative small-molecule drugs, and essential biomarkers, for personalised cancer treatment.
Clinical Studies
The Division of Clinical Studies carries out or coordinates high-quality trials at both an early phase – typically to test new targeted drugs – and a later stage, and operates across tumour types in both adults and children.
Genetics and Epidemiology
The Division of Genetics and Epidemiology conducts high-quality laboratory, epidemiological and clinical research to understand the genes, behaviours and exposures that influence cancer risk, and translate discoveries into clinical practice.
Molecular Pathology
The Division of Molecular Pathology is focused on understanding the molecular alterations important in cancer’s development, progression and response to treatment, as a step towards personalised cancer medicine.
Radiotherapy and Imaging
The Division of Radiotherapy and Imaging is investigating new imaging methods to diagnose cancer, and ways in which advances in technology and molecular biology can improve radiation treatment, as well as ways of using imaging to evaluate treatment response.
Structural Biology
The Division of Structural Biology aims to describe the structural and biochemical properties of proteins and the complexes they form, and to understand the significance of these proteins in the development and treatment of cancer.