About ARTILLERY – explained for patients
The ARTILLERY project is a European research initiative that aims to improve long-term health for people who have been treated for breast cancer.
Many breast cancer survivors live long and healthy lives after treatment. However, some may face a higher risk of other chronic diseases later in life. These can include cardiovascular disease, osteoporosis, obesity and chronic obstructive pulmonary disease (COPD).
ARTILLERY is developing new artificial intelligence (AI) tools that analyse CT scans already taken during routine cancer care. These scans are commonly used in radiotherapy planning and follow-up.
The innovative idea behind ARTILLERY is simple: instead of performing additional tests, the project explores how these existing images could also help identify early signs or increased risk of other diseases.
The innovative idea behind ARTILLERY is simple: instead of performing additional tests, the project explores how these existing images could also help identify early signs or increased risk of other diseases.
If successful, this approach could help doctors:
- detect risks earlier
- monitor long-term health more effectively
- support better quality of life for breast cancer survivors
ARTILLERY brings together researchers, clinicians, patient advocates and technology experts from several European countries.
Patient representatives are actively involved in the project to ensure that the research remains meaningful and relevant for people living after cancer.
Why this page exists
Research projects are often described using complex scientific language that can be difficult to understand.
In the patient’s corner we will share updates about the ARTILLERY project in clear and accessible language, so that patients, families and the wider public can follow the progress of the research.
Here you will find:
- updates about the project
- explanations of the research in simple terms
- news about project meetings and milestones
- insights from patient representatives involved in the project
