Proton arc therapy could improve treatment plan robustness compared with intensity-modulated proton therapy
Read article: Proton arc therapy: the next evolution in proton delivery?
Two newly published studies reinforce the promise and safety of using proton therapy in the brain to treat paediatric cancers
Read article: Proton therapy continues to show promise for children with cancer
Researchers compare a prototype proton CT scanner with a state-of-the-art dual-energy CT system for determining the relative stopping power of protons
Read article: Proton CT or dual-energy X-ray CT: which wins out for proton planning?
A round-up of some recent international patent applications in radiation therapy
Read article: Innovation: patent applications review
The Rutherford Cancer Centre Thames Valley has unveiled its proton beam therapy facility and will begin treating patients within a fortnight
Read article: Rutherford Cancer Centres launches latest UK proton therapy facility
Coupling an image-guided small-animal irradiation platform to a clinical proton beam enables in vivo comparisons between proton and X-ray beams
Read article: Small-animal irradiation platform performs preclinical proton studies
A device that performs proton CT and radiography could be used both for image guidance and estimation of proton beam range in the clinic
Read article: Proton imaging moves a step closer to the clinic
Photons emitted when charged particles interact with tissue show beam energy and residual range, revealing how deeply dose is delivered during particle therapy
Read article: Gamma spectroscopy cuts beam-range uncertainty
Prompt luminescence and Cerenkov imaging offer high-resolution, low-cost range verification of radioactive ion beams
Read article: Optical imaging characterizes radioactive ion beams
A £4.5m donation to The Christie hospital will support the UK's first clinical trial using high-energy proton therapy
Read article: £4.5m donation escalates proton therapy research at The Christie
