Background Adaptive radiation therapy (ART) offers a dynamic approach to address
structural and spatial changes that occur during radiotherapy (RT) for locally advanced head …

Purpose The objective of this study was to develop a linear accelerator (LINAC)-based
adaptive radiation therapy (ART) workflow for the head and neck that is informed by …

Background Clinical experience with online adaptive radiotherapy (oART) for head-and-
neck (H&N) cancer is still limited, and an improved understanding of the process, risks, and …

Background Patients with head and neck cancer (HNC) may experience substantial
anatomical changes during the course of radiotherapy treatment. The implementation of …

Purpose The advent of cone beam computed tomography–based online adaptive radiation
therapy (oART) has dramatically reduced the barriers of adaptation. We present the first …

Objective We explore the potential dosimetric benefits of reducing treatment volumes
through daily adaptive radiation therapy for head and neck cancer (HNC) patients using the …

Purpose/Objective (s) Online adaptive radiotherapy (OnART) system designed to deliver re-
optimized plans in real time using on-board cone beam CT and artificial intelligence has …

Purpose This study aimed to evaluate the clinical need for an automated decision-support
software platform for adaptive radiation therapy (ART) of head and neck cancer (HNC) …

Purpose Online adaptive radiotherapy (oART) has high resource costs especially for head-
and-neck (H&N) cancer, which requires recontouring complex targets and numerous organs …

Methods We retroactively studied five patients with head and neck cancers, treated 16-35
fractions to 50-70 Gys. For each patient, on-line ART was simulated with one planning CT …