A deep-learning-based computer-aided detection system reveals brain metastases that the human eye cannot reliably discern
Read article: Deep-learning system identifies difficult-to-detect brain metastases
Two new studies reveal that hypofractionated radiation treatments are safe and effective for patients with high-risk prostate or breast cancer
Read article: Shorter courses of radiation therapy prove safe and effective
Consultations with a medical physicist help patients understand the technical aspects of their radiotherapy and reduce treatment-related stress
Read article: Meeting a medical physicist can reduce anxiety for radiotherapy patients
MRgRT specialist ViewRay will showcase its MRIdian A3i treatment delivery system at the ASTRO Annual Meeting, with Miami Cancer Institute among the prominent early-adopters
Read article: Parallel workflows, multiplanar tracking: ViewRay takes MRgRT to the next level
A one-stop-shop service sees lung cancer patients receive consultation, treatment simulation and planning, and MR-guided stereotactic ablative radiotherapy in a single day
Read article: MR-guided radiotherapy in a day: a one-stop-shop treatment for lung tumours
Sun Nuclear has diversified its independent QA offering with the addition of CIRS tissue-simulation and phantom technologies
Read article: Unified Sun Nuclear, CIRS product portfolio benefits clinical and research QA customers
Incorporating personalized estimates of biological response into radiation treatment planning could optimize dose delivery and minimize toxicities
Read article: Patient-specific planning could improve radiotherapy outcomes
Radiotherapy plans that avoid functional lung, guided by xenon-enhanced ventilation CT, help prevent radiation-induced adverse effects
Read article: Xenon-enhanced ventilation CT protects the lungs during radiotherapy
Researchers successfully implement the first Cherenkov imaging system for routine clinical use in a community-based hospital
Read article: Cherenkov imaging for visualizing radiotherapy: one year of clinical use
Exposure to a pulsed-burst EMF waveform inhibits radiation-induced bone loss in rats by activating osteoblasts without affecting tumour cells
Read article: Pulsed electromagnetic field protects against radiation-induced bone loss
