MRI-guided radiotherapy (MRIgRT) is a highly complex treatment modality, allowing
adaptation to anatomical changes occurring from one treatment day to the other (inter …

Background and purpose Many 4D particle therapy research concepts have been recently
translated into clinics, however, remaining substantial differences depend on the indication …

Simple Summary The study retrospectively analysed the clinical proton treatment strategy for
pancreas patients with small moving tumours. Seventeen hypofractionated proton treatment …

Background and purpose Anatomical changes may compromise the planned target
coverage and organs-at-risk dose in particle therapy. This study reports on the practice …

Background and purpose: In radiotherapy, dose calculations based on 4D cone beam CTs
(4DCBCTs) require image intensity corrections. This retrospective study compared the dose …

Background and purpose Retrospective log file-based analysis provides the actual dose
delivered based on the patient's breathing and the daily beam-delivery dynamics. To predict …

Due to the limited number of particle therapy centres worldwide, the outcome of these two
surveys is very powerful and proved a broad overview of actual clinical practice. Assessing …

Background and purpose Respiratory suppression techniques represent an effective motion
mitigation strategy for 4D-irradiation of lung tumors with protons. A magnetic resonance …

Motion compensation strategies in particle therapy depend on the anatomy, motion
amplitude and underlying beam delivery technology. This retrospective study on pancreas …

Background and purpose Active breathing motion management in radiotherapy consists of
motion monitoring, quantification and mitigation. It is impacted by associated latencies of a …