Cancer Radiotherapy Research Won 2025 International Award
New research from an international team improves the precision and safety of radiation dosing in cancer therapy.
Updated on Sept. 30, 2026 in Cancer
In 2025, the Warith International Cancer Institution received the Galileo Galilei Award for a study on radiation dosing in radiotherapy. The project involved researchers from 23 countries to improve treatment accuracy.
Why it matters
This research provides a standardized method to better measure and direct radiation doses, which is essential for maximizing tumor treatment while minimizing damage to healthy tissue. It reflects a shift toward global cooperation to standardize complex radiotherapy safety protocols.
The award-winning research, published in the European Journal of Medical Physics, utilized international cooperation across 23 countries to evaluate radiation dose measurement in radiotherapy. It successfully established a practical method for monitoring dose precision.
The players
Warith International Cancer Institution
An Iraq-based cancer treatment facility affiliated with the Imam Hussain Holy Shrine that focuses on advancing radiotherapy and medical physics standards.
Dr. Hossam Rajab
A researcher and co-author of the award-winning paper who contributes to international advancements in medical physics.
The details
The study developed a method for measuring radiation doses delivered by Cone-Beam Computed Tomography (CBCT) techniques during radiotherapy. By standardizing these measurements, clinicians can ensure higher precision in directing radiotherapy beams, which minimizes unintended radiation exposure to surrounding healthy tissue. This approach addresses the technical complexities of mapping radiation doses in an international clinical context.
Timeline
The Galileo Galilei Award was presented to the research team in 2025.
Health Landscape
This research follows a broader trend of international standardization in radiotherapy protocols to ensure uniform safety and efficacy across borders. It sits within the established framework of the European Congress of Medical Physics, which serves as a hub for refining radiation oncology standards.
This development ensures that patients undergoing radiotherapy receive treatments with higher dose precision and increased safety margins. If you or a loved one are receiving radiotherapy, it is worth asking your physician how your clinic monitors and verifies treatment dose accuracy.
The takeaway
Advancements in medical physics are making cancer treatments more precise and standardized on a global scale. Patients should feel encouraged to ask their care team about the specific safety protocols used to verify their radiation dosage.
Further reading
For more on advancements in oncology, explore our Cancer section.
