The temporal stability of saccade latency, and the effects of training, particularly in “express saccade makers” (ESMs), has received little attention. ESMs are healthy, naïve, adults, who persist in executing very many low latency “express saccades” (ES; saccades with latency of 80 ms to 130 ms), in conditions designed to suppress such responses. We investigated the stability of ES production (%ES) in 59 ESM and 54 non-ESM participants in overlap tasks. Within a single session, the intraclass correlation coefficient (ICC) for %ES in two runs of 200 trials was 0.97 (p30% of saccades over the two runs were ES, were classified as ESMs. For 60 participants tested over two sessions 12 weeks apart, and 30 participants tested in three sessions ov...
The eye movement system reacts very systematically to visual transients that are presented during th...
AbstractWe investigated saccades from central fixation to targets at 5° to the left or right. These ...
The eye produces saccadic eye movements which show the shortest reaction times in humans. Saccade la...
The temporal stability of saccade latency, and the effects of training, particularly in "express sac...
The temporal stability of saccade latency, and the effects of training, particularly in “express sac...
Express saccade makers (ESMs) produce high proportions (>30%) of low latency (80–130ms) express sacc...
Express saccades are low latency (80–130 ms), visually guided saccades. While their occurrence is en...
AbstractSaccadic eye movements generated in response to a gap paradigm in which the fixation light s...
AbstractWe used a countermanding paradigm to investigate the relationship between conflicting cues f...
Perceptual stability is facilitated by a decrease in visual sensitivity during rapid eye movements, ...
The central purpose of this research has been to examine the possibility of the plasticity of indivi...
Background Predictions from conduction velocity data for primate retinal ganglion cell axons indica...
AbstractWe investigated human oculomotor behaviour in a Go–NoGo saccadic task in which the saccadic ...
In the natural environment, humans make saccades almost continuously. In many eye movement experimen...
the gap task, Wxation point switches oV and target appears after a gap period; in the overlap task, ...
The eye movement system reacts very systematically to visual transients that are presented during th...
AbstractWe investigated saccades from central fixation to targets at 5° to the left or right. These ...
The eye produces saccadic eye movements which show the shortest reaction times in humans. Saccade la...
The temporal stability of saccade latency, and the effects of training, particularly in "express sac...
The temporal stability of saccade latency, and the effects of training, particularly in “express sac...
Express saccade makers (ESMs) produce high proportions (>30%) of low latency (80–130ms) express sacc...
Express saccades are low latency (80–130 ms), visually guided saccades. While their occurrence is en...
AbstractSaccadic eye movements generated in response to a gap paradigm in which the fixation light s...
AbstractWe used a countermanding paradigm to investigate the relationship between conflicting cues f...
Perceptual stability is facilitated by a decrease in visual sensitivity during rapid eye movements, ...
The central purpose of this research has been to examine the possibility of the plasticity of indivi...
Background Predictions from conduction velocity data for primate retinal ganglion cell axons indica...
AbstractWe investigated human oculomotor behaviour in a Go–NoGo saccadic task in which the saccadic ...
In the natural environment, humans make saccades almost continuously. In many eye movement experimen...
the gap task, Wxation point switches oV and target appears after a gap period; in the overlap task, ...
The eye movement system reacts very systematically to visual transients that are presented during th...
AbstractWe investigated saccades from central fixation to targets at 5° to the left or right. These ...
The eye produces saccadic eye movements which show the shortest reaction times in humans. Saccade la...