Simulations shed light on how spatially fractionated mini- or micro-beams destroy tumours while sparing nearby normal tissue
Read article: Could hydrogen peroxide generation underlie mini- and micro-beam radiotherapy efficacy?
LAP is majoring on functional and commercial innovation with the roll-out of automated 3D dose verification and a new subscription licensing model for its RadCalc QA software
Read article: RadCalc innovations reinforce the benefits of independent QA
A German research collaboration is pursuing an ambitious development roadmap to realize a next-generation multileaf collimator
Read article: Hypofractionation: pushing the boundaries of MLC performance
Meenu Stephen, a newly qualified medical physicist, describes the difficulties of looking for and starting a new job during lockdown
Read article: Physics in the pandemic: ‘This coronavirus has created an employment crisis across the country’
Developed specifically for verification of stereotactic treatment plans, IBA Dosimetry’s latest innovation in patient quality assurance (QA) combines film-class measurement resolution with the workf...
Read article: Patient QA: prioritizing accuracy, efficiency and throughput in the SRS/SBRT workflow
An open-source software platform provides interactive collision prevention in photon and particle therapy treatment planning
Read article: Open-source software detects potential collisions in radiotherapy plans
The 2020 annual meeting of the American Society for Radiation Oncology showcases the latest products and services in a virtual exhibit hall
Read article: ASTRO Annual Meeting highlights radiation oncology innovation
Explore the latest white papers and case studies from oncology software specialist RaySearch Laboratories
Read article: White papers: RaySearch Laboratories highlights advances in radiation oncology software
The last 12 months has seen radiation medicine specialist Elekta unveil a host of new radiotherapy products
Read article: Elekta offers ongoing innovation in precision radiation medicine
In vivo dosimetry can detect treatment errors and ensure the accurate and safe delivery of radiotherapy, so why is it not used more in the clinic?
Read article: In vivo dosimetry should play a pivotal role in radiation therapy
