A postage stamp-sized implant eliminates a dangerous waiting period that has long worsened outcomes for cancer patients.

An implanted radiation device has improved tumor control and overall survival compared with standard radiation therapy in ...

Summary: Implanting radioactive collagen tiles during brain surgery dramatically outperforms the current standard of care for patients with newly diagnosed brain metastases. The ROADS trial reveals ...

Intraoperative cesium-131 tile-based radiation therapy (TBRT) with GammaTile significantly improved local control, surgical bed recurrence-free survival (SB-RFS), and overall surv ...

Phase 3 ROADS enrolled 204 patients across 32 centers (2021–2025) with 2–7 cm brain metastases, comparing tile-based intraoperative radiation versus external stereotactic radiation. Surgical bed ...

Brain radiotherapy combined with ICIs improved overall survival and intracranial local control in SCLC patients with brain metastases. WBRT with simultaneous integrated boost (SIB) showed better ...

The use of cesium-131 “seeds” to combat the reemergence of cancerous tumors has been used in humans for more than 20 years, but a team consisting of current and former Purdue University researchers ...

The field of radiation oncology has advanced in brain cancer treatment with precise therapeutic approaches including proton and carbon therapy. The field of radiation oncology in relation to brain ...

Proton therapy and image-guided precision have improved outcomes for primary brain tumor patients by minimizing toxicity and enhancing targeting accuracy. Multidisciplinary collaboration, involving ...

"Alex has worked so hard, and we are incredibly proud of all he has achieved," the teen's mom said ...