The review is devoted to the development of promising new technologies for diagnostics
and radiotherapy in oncology using the Prometheus proton therapy complex based on the …

Purpose Intensity‐modulated radiation therapy (IMRT) has allowed optimization of three‐
dimensional spatial radiation dose distributions permitting target coverage while reducing …

Background Stereotactic radiosurgery (SRS) is an established treatment for patients with
brain metastases (BMs). However, damage to the healthy brain may limit the tumor dose for …

Objective. Combined proton–photon treatments, where most fractions are delivered with
photons and only a few are delivered with protons, may represent a practical approach to …

A spatially distributed mathematical model is presented that simulates the growth of a non-
invasive tumour undergoing treatment by fractionated proton therapy with the use of non …

Purpose Carbon ions are radiobiologically more effective than photons and are beneficial
for treating radioresistant gross tumor volumes (GTV). However, owing to a reduced …

Purpose Spatiotemporal fractionation schemes for photon radiotherapy have recently arisen
as a promising technique for healthy tissue sparing. Because spatiotemporally fractionated …

In current clinical practice, radiotherapy treatments are often fractionated, ie the total
radiation dose is equally divided into small fractions to be delivered daily over a period of …

Purpose: We present our data for every single fraction for every patient treated at our center
for the past 4 years, analyzing the waiting and treatment times. Materials and Methods …

Abstract (english) Cancer is a system with thousands of genes and proteins with the
complex interactions between them. By examining the cancer drug activity on only part of …