An end-to-end dosimetry protocol uses polymer gel phantoms to assess the entire MR-linac workflow, including treatment plan adaptation
Read article: Gel dosimetry provides end-to-end QA for the Unity MR-linac
Motion-induced misalignment of microbeams can compromise the radiobiological effectiveness of microbeam radiation therapy
Read article: How does brain motion impact microbeam radiation therapy?
A portable device for tomographic scanning of radio-fluorogenic gels creates 3D images of high-energy radiation fields within minutes
Read article: Portable RFG gel scanner rapidly creates 3D images of radiation fields
View on demand: a webinar sponsored by Elekta
Read article: Radiosurgery and Immunotherapy: Evolving Knowledge
A low-density gel dosimeter can measure the electron return effect at lung–soft tissue interfaces
Read article: Gel dosimeter measures electron return effect in an MR-linac
Monte Carlo modelling reveals that conventional X-ray tubes can deliver ultrahigh dose rates for FLASH radiotherapy
Read article: Can conventional X-ray tubes deliver FLASH dose rates?
Irradiating gadolinium-loaded nanoparticles with monochromatic X-rays could provide a new type of radiation therapy
Read article: Gd-loaded nanoparticles plus monochromatic X-rays can destroy tumours
A £56 million research network aims to transform the UK into a global hub for radiotherapy research
Read article: UK research network to advance radiotherapy developments
Bismuth gadolinium oxide nanoparticles could act as a theranostic agent to enhance radiotherapy and increase image contrast
Read article: Multifunctional nanoparticles show promise for cancer therapy and imaging
Optical scintillation imaging enables rapid verification of small radiation beams with millimetre resolution
Read article: Optical imaging provides quality assurance for small radiotherapy beams
