Although rare cancers, ocular tumors are a threat to vision, quality of life, and potentially life
expectancy of a patient. Ocular proton therapy (OPT) is a powerful tool for successfully …

Purpose To develop a high‐resolution three‐dimensional (3D) magnetic resonance imaging
(MRI)‐based treatment planning approach for uveal melanomas (UM) in proton therapy …

Abstract Introduction Ocular biometry in Ocular Proton Therapy (OPT) currently relies on a
generic geometrical eye model built by referencing surgically implanted markers. An …

Purpose Radiotherapy with protons (PT) is a standard treatment of ocular tumors. It achieves
excellent tumor control, limited toxicities, and the preservation of important functional …

Background Proton beam therapy is a well-established treatment option for patients with
uveal melanoma (UM). The treatment procedure, in general, includes placing radiopaque …

Eye tracking technology has been continuously researched for application in various fields.
In the past, studies have been conducted to interpret eye movements in 3D space in order to …

Introduction. This study aims to assess the effective lateral margin requirements for target
coverage in ocular proton therapy (OPT), considering the unique challenges posed by eye …

Featured Application Setup optimization in ocular proton therapy. Abstract This study
describes a method for setup optimization in patient simulation for ocular proton therapy …

Background and purpose An optical tracking system for high-precision measurement of eye
position and orientation during proton irradiation of intraocular tumors was designed. The …

Purpose Ocular proton therapy is an effective therapeutic option for patients affected with
uveal melanomas. An optical eye‐tracking system (ETS) aiming at noninvasive motion …