Background Radiotherapy for cervix cancer is challenging in patients exhibiting large daily
changes in the pelvic anatomy, therefore adaptive treatments (ART) have been proposed …

Purpose This study aimed to evaluate the accuracy of deformable image registration (DIR)
algorithms using data sets with different levels of ground-truth deformation vector fields …

Anatomical changes in the head-and-neck (H&N) region during the course of treatment can
cause deteriorated dose distributions. Different replanning strategies were investigated for …

With the introduction of computers in medical imaging, which were popularized with the
presentation of Hounsfield's ground-breaking work in 1971, numerical image reconstruction …

Purpose A critical step in adaptive radiotherapy (ART) workflow is deformably registering the
simulation CT with the daily or weekly volumetric imaging. Quantifying the deformable image …

The purpose of this study was to compare different methods of CBCT conversion respect to
dose calculation accuracy. Twelve head and neck cancer patients treated with VMAT using …

Neurofibromatosis type 2 is a neurogenetic disorder with an incidence of about 1: 33.000.
Hallmarks are bilateral benign vestibular schwannomas, which can lead to deafness or …

Purpose Adaptive radiotherapy relies on rapid recontouring for replanning. Contour
propagation offers workflow efficiencies, but the impact of using unedited propagated OAR …

A quantitative evaluation of the performances of the deformable image registration (DIR)
algorithm implemented in MIM‐Maestro was performed using multiple similarity indices. Two …

Purpose: Clinical use of online adaptive replanning has been hampered by the unpractically
long time required to delineate volumes based on the image of the day. The authors …