Magnetic resonance imaging of the eye and orbit (MReye) is a cross-domain research field,
combining (bio) physics,(bio) engineering, physiology, data sciences and ophthalmology. A …

Simple Summary In the past, eye tumours were generally not assessed with magnetic
resonance imaging (MRI) due to low image quality. MRI of the eye has significantly …

Objective Conventionally, ocular proton therapy (PT) is planned using measurements
obtained by an ophthalmologist using ultrasound, fundoscopy, biometry, and intraoperative …

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 Several efforts are being undertaken toward MRI-based treatment planning for
ocular proton therapy for uveal melanoma (UM). The interobserver variability of the gross …

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 …

Abstract Background and Purpose Three-dimensional (3D) Magnetic Resonance Imaging
(MRI) is increasingly used to complement conventional two-dimensional ultrasound in the …

Purpose To investigate the potential clinical benefit of a two-beam arrangement technique
using three-dimensional (3D) imaging of uveal melanoma (UM) patients treated with proton …

Background & purpose Magnetic resonance imaging (MRI) is increasingly used in treatment
preparation of ocular proton therapy, but its spatial accuracy might be limited by geometric …

With great interest have we read the recent publication of Via et al.[1], who propose a
method to combine optical fundus photographs and magnetic resonance images (MRI) of …