More prostate cancer research
Selenium and the prostate: clinical trials on availability to prostate tissue and effects on gene expression
Ellen Kampman’s study showed that selenium is able to induce changes in the expression of a number of genes in the prostate
MYEX exercise trial for patients with prostate cancer
Investigating tumour suppressive biological mechanisms is important in clinical oncology to expand exercise medicine and further confirm the prescription of exercise as essential for cancer patients.
Fat tissue and advanced prostate cancer risk
The aim of this project is to examine the amount of fat surrounding the prostate as a risk factor for aggressive prostate cancer.
More prostate cancer research
Impact of dietary energy restriction and exercise on prostate cancer patients
This study will use a newly method to compare the impact of eating less food versus daily exercise on muscle, prostate, and prostate tumour growth responses
How does physical activity lower the risk of cancer?
This research, funded by WCRF International, looks at how our genetics affect immunity, hormones and metabolism, and how these affect activity
Identifying which nutrients may cause or protect against prostate cancer
Our research hypothesises that folate, vitamin B12, & iron may increase cancer risk; selenium, vitamin D, E & lycopene may protect against