<p>A. Median prosaccade latency and AS directional error rate. B. Percentage of express saccades in the PS task and AS directional error rate. C. Median PS latency and median AS prosaccade error latency. D. Percentage of express saccades in the PS task and median AS error prosaccade latency (AS). E. Percentage of express saccades in the PS task and percentage of ES in AS prosaccade errors. F. The difference between correct AS latency and PS latency calculated for each subject, and AS directional error rate. On each plot the solid black line is the least-squares linear regression line calculated for the whole dataset. Data from ESMs: grey symbols; data from normal subjects: black symbols.</p
<p>Comparison of EP patients with PD and healthy control groups after Bonferroni adjustment: *<i>p</...
<p>Means and standard deviations of pro- and antisaccade latency and error rates for high and low an...
<p>A: A schematic depiction of the speed-accuracy trade-off (SATO). As reaction time (RT) increases,...
<p>A. Intersubject mean (95% CI–upper or lower error bars plotted for clarity) averaged across each ...
<p>A. Plot of the percentage of express saccades against median prosaccade latency. B. Distribution ...
The mechanisms that control eye movements in the antisaccade task are not fully understood. One infl...
<p>Percentage of direction (A), anticipation (B) and commission (C) errors during prosaccadic (green...
<p>Panel (a). The mean direction error rate for prosaccades and antisaccades for younger and older p...
<p>a. Proportion of errors of second measurement against first measurement of all subjects (black do...
<p>A. Example from an individual “normal” subject; B. individual ESM. In A. and B. the median saccad...
The relations among spatial memory, Stroop-like colour-word subtests, and errors on antisaccade and ...
This dataset (packaged as the zip file proanti_share.zip) accompanies the article titled "Exogenous ...
<p>a. Latency of pro-saccades (black dots) and express saccades (white diamonds) of second measureme...
<p>A,B. Examples of individual distributions with summary parameters (mean±SD; median(IQR)), where N...
In the antisaccade task participants are required to overcome the strong tendency to saccade towards...
<p>Comparison of EP patients with PD and healthy control groups after Bonferroni adjustment: *<i>p</...
<p>Means and standard deviations of pro- and antisaccade latency and error rates for high and low an...
<p>A: A schematic depiction of the speed-accuracy trade-off (SATO). As reaction time (RT) increases,...
<p>A. Intersubject mean (95% CI–upper or lower error bars plotted for clarity) averaged across each ...
<p>A. Plot of the percentage of express saccades against median prosaccade latency. B. Distribution ...
The mechanisms that control eye movements in the antisaccade task are not fully understood. One infl...
<p>Percentage of direction (A), anticipation (B) and commission (C) errors during prosaccadic (green...
<p>Panel (a). The mean direction error rate for prosaccades and antisaccades for younger and older p...
<p>a. Proportion of errors of second measurement against first measurement of all subjects (black do...
<p>A. Example from an individual “normal” subject; B. individual ESM. In A. and B. the median saccad...
The relations among spatial memory, Stroop-like colour-word subtests, and errors on antisaccade and ...
This dataset (packaged as the zip file proanti_share.zip) accompanies the article titled "Exogenous ...
<p>a. Latency of pro-saccades (black dots) and express saccades (white diamonds) of second measureme...
<p>A,B. Examples of individual distributions with summary parameters (mean±SD; median(IQR)), where N...
In the antisaccade task participants are required to overcome the strong tendency to saccade towards...
<p>Comparison of EP patients with PD and healthy control groups after Bonferroni adjustment: *<i>p</...
<p>Means and standard deviations of pro- and antisaccade latency and error rates for high and low an...
<p>A: A schematic depiction of the speed-accuracy trade-off (SATO). As reaction time (RT) increases,...