RaySearch Laboratories and its clinical customers are leveraging advances in machine learning to reimagine the radiotherapy workflow
Read article: Machine-learning innovation in RayStation: prioritizing speed, automation, efficiency
The SunCHECK Quality Management Platform is helping medical physicists to optimize the radiotherapy workflow by automating the analysis of large-scale clinical data sets
Read article: Iridium Netwerk’s medical physics team sees the ‘big picture’ on transit in vivo dosimetry
Medical physicists at the University Clinical Centre of Serbia depend on the RadCalc Gamma Knife software module to verify their SRS treatment plans
Read article: LAP’s RadCalc software ensures independent QA for Gamma Knife Perfexion treatment planning
Researchers demonstrate first-in-human translation of oxygen-enhanced MRI onto an MR-linac system
Read article: Towards combined hypoxia imaging and adaptive radiotherapy
Specialist dosimetry and QA vendor PTW has teamed up with medical physicists in the Netherlands to integrate 3D EPID dosimetry within its VERIQA patient QA platform
Read article: Reimagining patient QA: 3D EPID dosimetry leverages Monte Carlo calculations
Accounting for attenuation due to a patient’s blood volume or skin colour could make Cherenkov imaging a reliable indicator of delivered radiation dose
Read article: Colour-resolved Cherenkov imaging improves the accuracy of radiotherapy dose monitoring
In vivo chemical imaging using oxygen-sensitive probes could identify radioresistant tumours prior to radiotherapy delivery
Read article: Photoacoustic mapping of tumour oxygenation predicts radiotherapy efficacy
In a new take on targeted radionuclide therapy, engineered bacteria injected into tumours attract beta-emitting radiopharmaceuticals to kill the cancer cells
Read article: Engineered bacteria attract cancer-killing radioisotopes into tumours
Researchers are developing a compact and economical FLASH radiotherapy machine suitable for hospital treatment rooms
Read article: Compact linac generates ultrahigh-dose-rate X-rays for clinical FLASH radiotherapy
Imaging cerebral oxygenation during radiotherapy with functional near-infrared spectroscopy provides a step toward personalized cancer treatments
Read article: Real-time monitoring of brain tissue oxygenation could personalize radiotherapy
