Patient QA device allows medical physicists to accurately plan high-dose radiation treatment that targets multiple brain metastases at the same time
Read article: Precision multi-lesion phantom sharpens stereotactic radiosurgery
The DoseTracker system enables real-time quality assurance during radiotherapy of moving targets
Read article: DoseTracker evaluates motion-induced dose errors during radiotherapy
CT-based imaging biomarkers can quantify the severity of lung damage after radiotherapy
Read article: CT-based biomarkers quantify radiation-induced lung damage
Using signal analysis to remove the Cherenkov background ramps the accuracy of scintillator dosimetry for radiotherapy monitoring
Read article: Signal analysis increases scintillator dosimeter accuracy
Direct acquisition of beam’s-eye-view MR images paves the way for real-time tumour tracking during radiotherapy
Read article: Beam’s eye MRI could guide radiotherapy
Irradiating a secondary margin outside the planning target volume may lower the risk of distant metastasis in lung cancer patients
Read article: Irradiation beyond the target may reduce distant metastases
Our survey of recent radiation therapy patent applications includes filings from Radiation Barrier, RaySearch, BrainSonix and more
Read article: Innovation: patent applications review
Thermal imaging may provide a viable tool for monitoring and optimizing radiation treatments
Read article: Thermal imaging monitors radiotherapy efficacy
An MR conditional afterloader could enable MRI-guided high-dose-rate brachytherapy
Read article: MR conditional afterloader eases HDR brachytherapy
Researchers have successfully simulated PET scans to verify the accuracy of proton therapy delivery
Read article: Simulated PET scans verify proton therapy delivery
