<p>A. Intersubject mean (95% CI–upper or lower error bars plotted for clarity) averaged across each testing session. CM: Data plotted in red. CON: Data plotted in blue. ● correct antisaccades (CorAS); ■ error prosaccades (ErrPS). B. Plot of the difference between mean correct antisaccade latency (averaged over testing sessions) and mean error prosaccade latency for each participant against their age (calculated as the mean age over testing sessions). CM: red, CON: blue as in A. C. Correlation between prosaccade (ProSac) latency and error prosaccade (ErrPS) latency for all participants and sessions. CM: red, CON: blue as in A. Parameters of least-squares linear regression functions and correlation coefficients are shown.</p
<p>Frequencies are plotted on the y-axis, and mean saccadic latencies are plotted on the x-axis (ver...
Younger adults’ performance is shown in blue, older adults’ in purple and PD patients’ in red. (A) M...
<p>a. Proportion of errors of second measurement against first measurement of all subjects (black do...
<p>A. Median prosaccade latency and AS directional error rate. B. Percentage of express saccades in ...
<p>A. Example from an individual “normal” subject; B. individual ESM. In A. and B. the median saccad...
<p>A,B. Examples of individual distributions with summary parameters (mean±SD; median(IQR)), where N...
<p>(a) Main sequence, plotting saccade amplitudes against peak velocity for the first session (red) ...
<p>Panel (a). The mean direction error rate for prosaccades and antisaccades for younger and older p...
<p>Error bars represent the standard error of the mean. Simple effects were analyzed via Bonferroni ...
<p>The task dependent change in ocular motor pattern is displayed as the proportion of saccades (gra...
<p>(<i>A</i>) Mean saccade latencies plotted against the number of trials before and after direction...
<p>Saccades latency for each stimuli within the block of tasks (A) PRED, (B) pPRED, (C) tPRED and (D...
<p>a. Latency of pro-saccades (black dots) and express saccades (white diamonds) of second measureme...
<p>A. Plot of the percentage of express saccades against median prosaccade latency. B. Distribution ...
<p>(a) Mean saccadic latency for each stimulus combination in 4month-olds (Experiment 2a). (b) Mean ...
<p>Frequencies are plotted on the y-axis, and mean saccadic latencies are plotted on the x-axis (ver...
Younger adults’ performance is shown in blue, older adults’ in purple and PD patients’ in red. (A) M...
<p>a. Proportion of errors of second measurement against first measurement of all subjects (black do...
<p>A. Median prosaccade latency and AS directional error rate. B. Percentage of express saccades in ...
<p>A. Example from an individual “normal” subject; B. individual ESM. In A. and B. the median saccad...
<p>A,B. Examples of individual distributions with summary parameters (mean±SD; median(IQR)), where N...
<p>(a) Main sequence, plotting saccade amplitudes against peak velocity for the first session (red) ...
<p>Panel (a). The mean direction error rate for prosaccades and antisaccades for younger and older p...
<p>Error bars represent the standard error of the mean. Simple effects were analyzed via Bonferroni ...
<p>The task dependent change in ocular motor pattern is displayed as the proportion of saccades (gra...
<p>(<i>A</i>) Mean saccade latencies plotted against the number of trials before and after direction...
<p>Saccades latency for each stimuli within the block of tasks (A) PRED, (B) pPRED, (C) tPRED and (D...
<p>a. Latency of pro-saccades (black dots) and express saccades (white diamonds) of second measureme...
<p>A. Plot of the percentage of express saccades against median prosaccade latency. B. Distribution ...
<p>(a) Mean saccadic latency for each stimulus combination in 4month-olds (Experiment 2a). (b) Mean ...
<p>Frequencies are plotted on the y-axis, and mean saccadic latencies are plotted on the x-axis (ver...
Younger adults’ performance is shown in blue, older adults’ in purple and PD patients’ in red. (A) M...
<p>a. Proportion of errors of second measurement against first measurement of all subjects (black do...