Radiotherapy remains the cornerstone of curative treatment for inoperable locally advanced
lung cancer, given concomitantly with platinum-based chemotherapy. With poor overall …

Radiotherapy has become a critical component for the treatment of all stages and types of
lung cancer, often times being the primary gateway to a cure. However, given that radiation …

Respiratory motion introduces substantial uncertainties in abdominal radiotherapy for which
traditionally large margins are used. The MR-Linac will open up the opportunity to acquire …

Purpose: The magnetic fields of an integrated MR‐Linac system will alter the paths of
electrons that produce ions in the ionization chambers. The dose response of selected ion …

The introduction of integrated MRI-radiation therapy systems will offer live intra-fraction
imaging. We propose a feasible low-latency multi-plane MRI-linac guidance strategy. In this …

In radiotherapy one aims to deliver a radiation dose to a tumour with high geometrical
accuracy while sparing organs at risk (OARs). Although image guidance decreases …

Purpose: Magnetic resonance imaging (MRI) is a prime candidate for image‐guided
radiotherapy. This study was designed to assess the feasibility of real‐time MRI‐guided …

Purpose: To demonstrate intrafractional MR tumor tracking using a prototype linac‐MR by
delivering radiation to a moving target undergoing simulated tumor motions. Methods: A …

Accurate tracking and modeling of internal and external respiratory motion in the thoracic
and abdominal regions of a human body is a highly discussed topic in external beam …

Purpose: To develop a neural‐network based autocontouring algorithm for intrafractional
lung‐tumor tracking using Linac‐MR and evaluate its performance with phantom and in‐vivo …