He aims to understand how and why changes to these genes lead to the spread of prostate cancer. These genes could be used to diagnose the severity of the disease and decide on the best treatment options for patients. For example, some gene changes may only be found in advanced prostate cancer tumours. Identifying these changes in patients could establish which patients need immediate treatment and which patients can avoid unnecessary treatment.
More of Our Projects 11
AI: Will my cancer return?
Using AI to predict whether an individual's cancer will return.Francis Crick Institute, London
Clipping prostate cancer's wings
Targeting sugars to block prostate cancer spreadNewcastle University
How fat fuels prostate cancer
Investigating the link between fat and prostate cancerImperial College London
AI: Computing solutions for prostate cancer
Is your prostate cancer a tiger or a pussycat?University of East Anglia
Hormone Therapy: Old Dog, New Tricks
New approaches to hormone therapy to keep it working for longerUniversity of Aberdeen
Hormone Therapy: Stopping resistance in its tracks
Investigating how prostate cancers become resistant to hormone therapyNewcastle University Centre for Cancer
Immunotherapy for Prostate Cancer
Training the body’s immune system to fight cancer, for a future when advanced prostate cancer treatment could mean a single injection, with tiny side effectsMRC Centre for Transplantation, Guy's Hospital London
Combining radiotherapy with other drugs to improve patient outcomesUniversity of Oxford
ProCASP: could damaging DNA cure my cancer?
Investigating why damaging the DNA inside cancer cells only works as a treatment for some prostate cancer patientsUniversity of Cambridge
STAMPEDE: which drug will work best for me?
Developing a test to choose treatment for individual patientsUCL