This article reviews the recent advancements and future potential of optical surface imaging
(OSI) in clinical applications as a four-dimensional (4D) imaging modality for surface-guided …

The surface-guided radiotherapy (SGRT) technique improves patient positioning with
submillimeter accuracy compared with the conventional positioning technique of lasers …

Purpose Surface-guided radiation therapy (SGRT) has been investigated intensively to
ensure correct patient positioning during a radiation therapy course. Although the …

Purpose We share our experiences on uniformly implementing an effective and efficient
SGRT procedure with a new clinical workflow for treating breast patients in deep‐inspiration …

Introduction Two end‐to‐end tests evaluate the accuracy of a surface‐guided radiation
therapy (SGRT) system (CRAD Catalyst HD) for position verification in comparison to a …

To define and evaluate the appropriate abdominal region of interest (ROI) as a surrogate of
diaphragm positioning in deep‐inspiration breath‐hold (DIBH) for surface‐guided …

The goal of the study was to evaluate the inter-and intrafractional patient setup accuracy of
target volumes located in the head, thoracic, abdominal, and pelvic regions when using …

Purpose Beam gating with deep inspiration breath hold (DIBH) usually depends on some
external surrogate to infer internal target movement, and the exact internal movement is …

Accurate detection of patient shift is essential during radiation therapy such that optimal
dose is delivered to the tumor while minimizing radiation to surrounding normal tissues. The …

光学体表监测技术(surface guided radiation therapy, SGRT) 是一种在放射治疗过程中对患者
进行连续体位监测的无辐射, 无创性技术, 通过先进的3D 光学表面定位及追踪技术 …