UV-emitting nanoparticles could enhance tumour control
X-ray activated nanoparticles widen radiotherapy options to include radio-resistant hypoxic tumours
Read article: UV-emitting nanoparticles could enhance tumour control
Read article: UV-emitting nanoparticles could enhance tumour control
Personalizing radiotherapy: the theragnostic approach
Theragnostic radiotherapy based on multiparametric MRI could provide personalized dose prescriptions tailored to individual tumours
Read article: Personalizing radiotherapy: the theragnostic approach
How does SBRT impact tumour hypoxia?
Early investigations suggest that high single doses of radiation may elevate hypoxia in human lung tumours
Read article: How does SBRT impact tumour hypoxia?
AAPM showcases the ‘best in physics’
The "Best in Physics" session at the Annual Meeting of the American Association of Physicists in Medicine highlights the conference's top-ranking studies
Read article: AAPM showcases the ‘best in physics’
Optical spectroscopy senses tumour hypoxia
Diffuse reflectance spectroscopy provides a non-invasive measure of tumour hypoxia
Read article: Optical spectroscopy senses tumour hypoxia
IBA launches SMARTSCAN beam commissioning system
IBA's SMARTSCAN system guides the user through linac commissioning and automates repetitive tasks
Read article: IBA launches SMARTSCAN beam commissioning system
Precision multi-lesion phantom sharpens stereotactic radiosurgery
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
DoseTracker evaluates motion-induced dose errors during radiotherapy
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 biomarkers quantify radiation-induced lung damage
CT-based imaging biomarkers can quantify the severity of lung damage after radiotherapy
Read article: CT-based biomarkers quantify radiation-induced lung damage
Signal analysis increases scintillator dosimeter accuracy
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
