Aim This study presents an analysis (efficacy and toxicity) of outcomes in patients with
esthesioneuroblastoma after pencil beam proton therapy with a fixed beamline in the upright …

Proton radiography is one of the most important and actual areas of research that can
significantly improve the quality and accuracy of proton therapy. Currently, the calculation of …

This paper presents the experimental results on the intrafractional motion effect on dose
distributions in a target in the context of spot-scanning beam proton therapy. The evaluation …

Works on the optimization of the experimental stand and the development of a technique for
analyzing the biological effects of irradiation of cell cultures with a scanning proton beam of …

Abstract Physical-Technical Center of PN Lebedev Physical Institute of RAS and Protom Ltd.
are engaged in development and implantation of synchrotrons for proton therapy into clinical …

Bragg curves for protons, alpha-particles, and carbon ions in water are calculated using the
Geant4 software package. The calculation results, which are of interest for practical …

The capabilities of a compact nonanthropomorphic dynamic water phantom for spot
scanning proton therapy are presented. This phantom simulates the intrafractional motion of …

The interplay effect is a challenge when using proton scanning beams for the treatment of
thoracic and abdominal cancers. The aim of this study was to evaluate the facility-specific …

Purpose The focus of this article is to describe the configuration, testing, and commissioning
of a novel gantry-less synchrotron-based proton therapy (PT) facility. Materials and methods …

Proton therapy is one of the rapidly developing types of radiation therapy for oncological
diseases. The use of proton imaging, a method in which the relative stopping power for …