Introduction: The dose calculation plays a crucial role in many aspects of contemporary
clinical radiotherapy treatment planning process. It therefore goes without saying that the …

Background The out-of-the-field absorbed dose affects the probability of primary second
radiation-induced cancers. This is particularly relevant in the case of pediatric treatments …

Purpose To investigate the feasibility of using the free PRIMO Monte Carlo software for
independent dose check of cranial SRS plans designed with the Varian HyperArc (HA) …

Background Microalgae-derived extracellular vesicles (EVs), which transfer their cargos to
the extracellular environment to affect recipient cells, play important roles in microalgal …

Background and purpose There is a continual need for more accurate and effective
dosimetric systems for quality assurance (QA) as radiotherapy evolves in complexity. The …

Purpose To quantify the impact of treatment planning system beam model parameters,
based on the actual spread in radiotherapy community data, on clinical treatment plans and …

Abstract Background Monte Carlo simulation is considered as the most accurate method for
dose calculation in radiotherapy. PRIMO is a Monte-Carlo program with a user-friendly …

This study investigates the impact of particle size on the radioluminescence (RL) response
of (C 44 H 38 P 2) MnCl 4 coatings, which have been made with five crystal size fractions …

Purpose Transit dosimetry is a safety tool based on the transit images acquired during
treatment. Forward‐projection transit dosimetry software, as PerFRACTION, compares the …

Background: The purpose was to validate the PRIMO Monte Carlo software to be used
during the commissioning of a treatment planning system (TPS). Materials an dm ethods …