Dose escalated radiotherapy improves outcomes for men with prostate cancer. A plateau for
benefit from dose escalation using EBRT may not have been reached for some patients with …

In modern radiotherapy, verification of the treatment to ensure the target receives the
prescribed dose and normal tissues are optimally spared has become essential. Several …

Purpose This study aimed to evaluate the clinical utility of a novel iterative cone beam
computed tomography (CBCT) reconstruction algorithm for prostate and head and neck …

Purpose To compare the potential benefits of continuous monitoring of prostate position and
intervention (CMI) using 2-mm displacement thresholds during stereotactic body radiation …

Background and purpose This study assesses the effect of frequency of cone beam CT
(CBCT) verification imaging on dose–volume parameters during image-guided radiotherapy …

We reviewed the literature on the use of margins in radiotherapy of patients with prostate
cancer, focusing on different options for image guidance (IG) and technical issues. The …

Put simply, the goal of radiation therapy is to maximize the therapeutic ratio; to maximize the
delivered dose to the target (tumor) and minimize dose to normal tissue. The process for …

Purpose: To assess the optimal planning target volume (PTV) margins for stereotactic body
radiotherapy (SBRT) of prostate cancer based on inter-and intra-fractional prostate motion …

This study was designed to evaluate contouring variability of human-and deformable-
generated contours on planning CT (PCT) and CBCT for ten patients with low-or …

Purpose: A quantitative 3D intramodality ultrasound (US) imaging system was verified for
daily in‐room prostate localization, and compared to prostate localization based on …