Visual rehabilitation is based, in addition to the use of optical aids and neuroenhancement
factors, on methods of visual training such as neurosensory techniques. Fixation training …

Purpose Eccentric viewing training with microperimetry biofeedback (MBF) is a rehabilitation
technique aim to improve fixation stability in patients with central scotoma and unstable …

The aim of this study is to evaluate the effectiveness of an eccentric viewing training program
that combines biofeedback training using micro-perimetry with home exercises on multiple …

Purpose: Low vision rehabilitation has yet to reliably demonstrate the impact of interventions
on the location and stability of a preferred retinal locus, and to show the close link between …

PURPOSE This study aimed to evaluate the effects of two MP-3 microperimeter biofeedback
strategies on the visual performance of subjects with central vision loss. Moreover, changes …

Background Eccentric viewing (EV), also known as eccentric fixation, involves identifying a
functioning area of the retina that is as close to the fovea as possible and to learn to use it …

Purpose: Low vision rehabilitation involves important challenges due to age-associated
physical and psychological issues and transportation barriers. Home and telerehabilitation …

In low vision rehabilitation, patients with central vision loss are taught to use their peripheral
vision to perform tasks once done by the fovea (eg reading). Patients are taught eccentric …

Eccentric fixation is a commonly used adaptive strategy in patients with central vision loss. A
common complaint in patients with central vision loss is reading difficulty. The mechanisms …

Purpose Fixation stability (FS) of the preferred retinal locus (PRL) may be improved by
biofeedback fixation training (BFT) with microperimetry. Such training can be done on the …