Purpose. To determine how different grades of cataract affect sensitivity threshold and saccadic reaction time (SRT) in eye movement perimetry (EMP). Methods. In EMP, the visual field is tested by assessing the saccades that a subject makes towards peripheral stimuli using an eye tracker. Forty-eight cataract patients underwent pre- and postoperative EMP examination in both eyes. The subjects had to fix a central stimulus presented on the eye tracker monitor and to look at any detected peripheral stimulus upon its appearance. A multilevel mixed model was used to determine the factors that affected the sensitivity threshold and the SRT as a function of cataract grade. Results. We found no effect of cataract severity (LOCS III grades I throug...
Aim: To compare the saccadic reaction time (SRT) in both the central and peripheral visual field in ...
Aim: To evaluate the effect of cataract surgery on frequency doubling technology (FDT) perimetry in ...
AIM: To compare the effects of improving the dominant and non-dominant eye vision on the balance fun...
Copyright © 2015 G. Thepass et al. This is an open access article distributed under the Creative Com...
Purpose. To determine how different grades of cataract affect sensitivity threshold and saccadic rea...
Purpose: To investigate the effect of incremental increases in intraocular straylight on threshold m...
To investigate the effect of cataract on the ability of spatial and temporal contrast sensitivity te...
In eye movement perimetry (EMP), the saccadic reaction time (SRT) to ‘seen’ visual stimuli are delay...
The attenuation of the perimetric response arising from cataract was investigated and related to the...
Purpose: In eye movement perimetry, peripheral stimuli are confirmed by goal-directed eye movements ...
Purpose. To study the effect of different electrophysiological methods to evaluate retinal function ...
permits unrestricted use, distribution, and reproduction in any medium, provided the original work i...
Purpose: To compare corneal sensitivity and recovery of corneal innervation between temporal and sup...
Purpose: To compare the change in corneal sensitivity after temporal and superior clear corneal inci...
Purpose: To determine the effect of cataract type and severity in eyes with pure types of age-relate...
Aim: To compare the saccadic reaction time (SRT) in both the central and peripheral visual field in ...
Aim: To evaluate the effect of cataract surgery on frequency doubling technology (FDT) perimetry in ...
AIM: To compare the effects of improving the dominant and non-dominant eye vision on the balance fun...
Copyright © 2015 G. Thepass et al. This is an open access article distributed under the Creative Com...
Purpose. To determine how different grades of cataract affect sensitivity threshold and saccadic rea...
Purpose: To investigate the effect of incremental increases in intraocular straylight on threshold m...
To investigate the effect of cataract on the ability of spatial and temporal contrast sensitivity te...
In eye movement perimetry (EMP), the saccadic reaction time (SRT) to ‘seen’ visual stimuli are delay...
The attenuation of the perimetric response arising from cataract was investigated and related to the...
Purpose: In eye movement perimetry, peripheral stimuli are confirmed by goal-directed eye movements ...
Purpose. To study the effect of different electrophysiological methods to evaluate retinal function ...
permits unrestricted use, distribution, and reproduction in any medium, provided the original work i...
Purpose: To compare corneal sensitivity and recovery of corneal innervation between temporal and sup...
Purpose: To compare the change in corneal sensitivity after temporal and superior clear corneal inci...
Purpose: To determine the effect of cataract type and severity in eyes with pure types of age-relate...
Aim: To compare the saccadic reaction time (SRT) in both the central and peripheral visual field in ...
Aim: To evaluate the effect of cataract surgery on frequency doubling technology (FDT) perimetry in ...
AIM: To compare the effects of improving the dominant and non-dominant eye vision on the balance fun...