Rishab Jain's use of artificial intelligence to improve radiotherapy for pancreatic cancer sees him named as America's Top Young Scientist
Read article: America’s Top Young Scientist uses AI to improve pancreatic radiotherapy
A single dose of the drug papaverine alleviates hypoxia in mouse tumours and enhances the response to radiotherapy
Read article: Drug-based approach sensitizes hypoxic tumours to radiation therapy
Markerless tracking of the central airways can reduce toxicity risks during stereotactic body radiotherapy for lung tumours
Read article: Markerless monitoring tracks central airways during radiotherapy
Early adopters are exploiting a novel motion phantom to explore the possibilities of real-time magnetic-resonance guided radiotherapy for improved cancer treatment and neurosurgery
Read article: Putting image-guided radiotherapy to the test
The first patient in the UK has received radiation treatment using the Elekta Unity MR-guided linac
Read article: First UK radiation treatment using MR-guided linac
Split‐filter dual‐energy CT enables more accurate delineation of pancreatic tumours for planning radiation treatment
Read article: Split‐filter DECT improves tumour visibility for radiotherapy planning
Swedish medical-software specialist RaySearch wants to rewrite the rules of radiation oncology. Joe McEntee finds out why
Read article: Machine learning: a game-changer for radiation therapy
Water calorimetry and Cherenkov imaging are being lined up for dosimetry on MR-guided radiotherapy systems
Read article: Novel takes on MR-linac dosimetry
X-ray activated nanoparticles widen radiotherapy options to include radio-resistant hypoxic tumours
Read article: UV-emitting nanoparticles could enhance tumour control
Theragnostic radiotherapy based on multiparametric MRI could provide personalized dose prescriptions tailored to individual tumours
Read article: Personalizing radiotherapy: the theragnostic approach
