Summary. Four subjects all made large numbers of Express accades in the normal gap task were instructed to make saccades in the direction opposite to the side where a visual stimulus appeared ("anti " task). Gap and overlap trials were used. Saccadic reaction time (SRT), velocity and amplitude of the corresponding eye move-ments were analysed and compared to those of saccades made in the normal task. The velocity of "anti saccades" was found to be slightly (up to 15%) but significantly slower in two subjects. The distributions of SRTs in normal gap tasks show a small group of anticipatory saccades (with SRT below 80 ms and slower velocities) followed by a group of saccades with fast reaction times between 80 ms and 120 m...
Background Predictions from conduction velocity data for primate retinal ganglion cell axons indica...
In the antisaccade paradigm subjects are instructed to perform eye movements in the opposite directi...
Copyright © 2014 David R. Hardwick et al. This is an open access article distributed under the Creat...
The eye movement system reacts very systematically to visual transients that are presented during th...
AbstractWe investigated the effect of randomizing different spatial and temporal parameters on sacca...
Saccades are fast eye movements that reorient gaze. They can be performed voluntarily—for example, w...
AbstractNormal human saccadic reaction times (SRTs) have been thought to be approximately 200ms. The...
AbstractWe used a countermanding paradigm to investigate the relationship between conflicting cues f...
Although we are rarely aware of it, our ability to visually perceive and successfully interact with ...
To examine the effects of smooth pursuit eye movements on the initiation of saccades, their latency ...
The gap paradigm often promotes the occurrence of express saccades, which are supposed to be short l...
Saccades are rapid eye movements that redirect the fovea from one object to another. A great deal ha...
The present study tested the hypothesis that, unlike prosaccades, antisaccades require controlled pr...
An open peer commentary of Fischer and Weber\u27s article Express Saccades and Visual Attention pu...
AbstractSaccadic eye movements generated in response to a gap paradigm in which the fixation light s...
Background Predictions from conduction velocity data for primate retinal ganglion cell axons indica...
In the antisaccade paradigm subjects are instructed to perform eye movements in the opposite directi...
Copyright © 2014 David R. Hardwick et al. This is an open access article distributed under the Creat...
The eye movement system reacts very systematically to visual transients that are presented during th...
AbstractWe investigated the effect of randomizing different spatial and temporal parameters on sacca...
Saccades are fast eye movements that reorient gaze. They can be performed voluntarily—for example, w...
AbstractNormal human saccadic reaction times (SRTs) have been thought to be approximately 200ms. The...
AbstractWe used a countermanding paradigm to investigate the relationship between conflicting cues f...
Although we are rarely aware of it, our ability to visually perceive and successfully interact with ...
To examine the effects of smooth pursuit eye movements on the initiation of saccades, their latency ...
The gap paradigm often promotes the occurrence of express saccades, which are supposed to be short l...
Saccades are rapid eye movements that redirect the fovea from one object to another. A great deal ha...
The present study tested the hypothesis that, unlike prosaccades, antisaccades require controlled pr...
An open peer commentary of Fischer and Weber\u27s article Express Saccades and Visual Attention pu...
AbstractSaccadic eye movements generated in response to a gap paradigm in which the fixation light s...
Background Predictions from conduction velocity data for primate retinal ganglion cell axons indica...
In the antisaccade paradigm subjects are instructed to perform eye movements in the opposite directi...
Copyright © 2014 David R. Hardwick et al. This is an open access article distributed under the Creat...