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
MRI-guided brachytherapy optimizes dose distributions in treatments of locally advanced cervical cancer
Read article: Personalized approach improves cervical cancer treatment
A 3D model of pancreatic cancer sheds light on how the static magnetic field influences tumour response in MR-guided radiotherapy
Read article: 3D cancer model reveals how a static magnetic field can enhance radiotherapy
Researchers are studying new ways to deliver adaptive radiotherapy by adjusting prescription doses on the day of treatment, an approach called adaptive fractionation
Read article: Adaptive fractionation pushes the boundaries of MR-guided radiotherapy
Ionizing radiation acoustic imaging can monitor dose deposition during radiotherapy, helping to guide treatments in real time
Read article: Dose tracking during radiotherapy could enable safer cancer treatments
Beam current transformers used in high-energy physics experiments prove suitable for accurate monitoring of electron FLASH beams
Read article: High-energy physics devices adapted for electron FLASH dosimetry
Upright radiotherapy, enabled by an effective patient positioning system, could improve treatment delivery and patient outcome for several tumour locations
Read article: Patient positioning chair paves the way for upright radiotherapy
German QA specialist LAP and Siemens Healthineers have co-developed a versatile phantom to counter the effects of MR image distortion in radiotherapy treatment planning
Read article: THETIS phantom detects image distortions to support MR-based treatment planning
First randomized trial reveals that tighter margins enabled by MRI-guided radiotherapy significantly reduce toxicity after prostate cancer treatments
Read article: MRI guidance reduces side effects of prostate cancer radiotherapy
A flexible, non-toxic sheet of carbon quantum dots attached to the patient improves the quality of Cherenkov images used for real-time radiotherapy verification
Read article: A sheet of quantum dots enhances Cherenkov imaging of radiotherapy dose
