Intensity-modulated proton therapy can spare the hippocampus during whole-brain irradiation and minimize treatment-related cognitive decline
Read article: Intensity-modulated protons reduce side effects of whole-brain radiotherapy
A lightweight non-rotating gantry based on CERN magnet technology could one day revolutionize hadron therapy
Read article: GaToroid: a non-rotating gantry for hadron therapy
Imran Patel showcases the Christie’s proton-therapy set-up
Read article: Looking inside a proton therapy system
Proton minibeam radiation therapy could increase tumour control and reduce neurotoxicity in treatments of high-grade gliomas
Read article: Proton minibeams tackle aggressive brain tumours
A compact clinical proton therapy system with an adaptive aperture could be employed for pre-clinical animal research
Read article: Clinical proton system could enable small-animal studies
Integrating an MR scanner with a static proton beam line reveals the technical feasibility of simultaneous proton irradiation and MR imaging
Read article: MRI guidance is feasible for proton therapy
An investigation into published models of relative biological effectiveness reveals that the choice of model strongly affects the resulting dose estimates
Read article: Proton therapy: not all RBE models are equal
Ranald Mackay explains the physics behind treating tumours with protons
Read article: What is proton beam therapy?
A mobile helical CT scanner provides 3D volumetric imaging for image-guided and adaptive proton therapy
Read article: Mobile CT scanner lines up for adaptive proton therapy
Studies of the interplay effect help predict which paediatric cancer patients are candidates for pencil-beam scanning proton therapy
Read article: How does the interplay effect impact paediatric proton therapy?
