Tailoring radiotherapy dose distributions to PET images of cancer biology could enhance tumour control and improve patient outcomes
Read article: Dual-tracer PET enables biologically individualized radiotherapy
The BCTVNet neural network provides accurate and rapid target volume delineation for cervical cancer brachytherapy
Read article: Hybrid deep-learning model eases brachytherapy planning
Stereotactic MR-guided adaptive radiotherapy could prove a safe and effective treatment option for patients with centrally located lung cancers
Read article: A SMART approach to treating lung cancers in challenging locations
The Elekta Evo provides flexible options for cancer centres looking to implement adaptive radiation therapy
Read article: Evo CT-Linac eases access to online adaptive radiation therapy
A look at some of the more unconventional applications of radiation therapy reported at the ASTRO 2025 meeting
Read article: ASTRO 2025: expanding the rules of radiation therapy
The Grace radiotherapy system delivers conventional X-ray radiation therapy to patients in the upright position
Read article: Leo Cancer Care launches first upright photon therapy system
Deep learning-based contouring of multiple brain metastases eases clinical workload when planning stereotactic radiosurgery treatments
Read article: AI-powered algorithms help provide rapid, accurate contouring of brain metastases
The QUASAR MRID3D geometric distortion analysis system from IBA Dosimetry enables physicists to exploit the power of the MR-only radiotherapy workflow
Read article: MRID3D phantom eases the introduction of MRI into the radiotherapy clinic
Skin luminance imaging can mitigate the effect of skin pigmentation on Cherenkov-based radiotherapy dosimetry
Read article: Accounting for skin colour increases the accuracy of Cherenkov dosimetry
Radiation oncology departments can save hundreds of QA hours each year with the SunCHECK quality management platform
Read article: Cancer centres streamline radiotherapy workflow with SunCHECK QA platform
