Cancer and research information

Skin cancer
What is basal cell carcinoma?

Basal cell carcinoma is the most common type of skin cancer. Learn more about basal cell carcinoma, including what causes it, how it is treated, and why we still need basal cell carcinoma research. 

Skin cancer
What is squamous cell carcinoma?

Learn what squamous cell carcinoma is, how this common skin cancer develops and why cancer research is essential for improving prevention, treatment and long-term outcomes.

Testicular cancer
What is seminoma testicular cancer?

What is seminoma testicular cancer? Learn how it develops, how it is treated and why continued research is essential for improving outcomes and finding future cures.

Bile duct cancer
What is bile duct cancer (cholangiocarcinoma)?

Learn what bile duct cancer also known as cholangiocarcinoma is, how it develops and why research is vital for improving treatment and finding cures.

Multiple cancers
Do vegan or vegetarian diets reduce cancer risk?

Vegetarian and vegan diets have been associated with a reduced risk of some cancers, but it’s not clear whether eating meat is truly problematic. We explain what the most recent research tells us about diet and cancer risk.

General cancer research
How could sugar be used to boost cancer treatment?

What is the relationship between sugar and cancer treatment? A Worldwide Cancer Research scientist explains how sugar could be used to help enhance the effect of cancer treatments.

Bowel cancer
Understanding bowel cancer screening

Discover how bowel cancer screening saves lives, where it falls short globally, and how research like ours is helping to detect cancer earlier and move toward cures.

Bowel cancer
What do the different stages of bowel cancer mean?

Discover what each stage of bowel cancer means and how Curestarter support is helping research to transform treatment from early detection to advanced cancer breakthroughs.

Multiple cancers
How do targeted therapies treat cancer?

Targeted cancer therapies work in a very different way to most other cancer treatments. But what are they and how exactly do they work? How is our research helping to make targeted therapy a reality for thousands of patients?