<p>Mean differences between objective and estimated movement time according to target speed (slow/fast), distance (short/long) and line (line/no line) for patients and controls. Positive scores indicate that movement time was overestimated; negative scores indicate that movement time was underestimated. Error bars represent the standard error of the mean.</p
<p>Open white bars represent values for control trials. Light grey bars represent values for target ...
<p>The more negative M-duration difference reflects a stronger transfer of learning effect. Error ba...
Bar plots for the dependent variables across all conditions (test halves A and B; speed and accuracy...
<p>Each data point is the mean response for one participant, collapsed over nine measurements; data ...
<p>Plotted is the difference in movement time (ms) in trials with a distractor present minus movemen...
<p>Each data point is the mean response for one participant, collapsed over nine measurements; data ...
<p>Average movement times (MT) (in ms) collapsed across money and shock trials for controls (white b...
<p>The performance error (A) and success rate (B) were averaged per group and are indicated with bar...
<p>For each subject and condition, we plotted the mean movement times and dwell time of the unequal-...
<p>(a) indicates significant differences from pre-test (<i>p</i><0.05), (b) indicates significant di...
<p>(a) Each dot represents mean latency in each condition for each subject. The dots connected by br...
Differences in mean number of times high arousal words were selected, between the tempo conditions (...
<p>Each data point is the mean response for one participant, collapsed over nine measurements; data ...
<p>Faster runners outperform slower runners selectively in the nogo trials, whereas they did not dif...
<p>Mean accuracy (A) and reaction time (RT) (B) in the no feedback, gain and loss condition, separat...
<p>Open white bars represent values for control trials. Light grey bars represent values for target ...
<p>The more negative M-duration difference reflects a stronger transfer of learning effect. Error ba...
Bar plots for the dependent variables across all conditions (test halves A and B; speed and accuracy...
<p>Each data point is the mean response for one participant, collapsed over nine measurements; data ...
<p>Plotted is the difference in movement time (ms) in trials with a distractor present minus movemen...
<p>Each data point is the mean response for one participant, collapsed over nine measurements; data ...
<p>Average movement times (MT) (in ms) collapsed across money and shock trials for controls (white b...
<p>The performance error (A) and success rate (B) were averaged per group and are indicated with bar...
<p>For each subject and condition, we plotted the mean movement times and dwell time of the unequal-...
<p>(a) indicates significant differences from pre-test (<i>p</i><0.05), (b) indicates significant di...
<p>(a) Each dot represents mean latency in each condition for each subject. The dots connected by br...
Differences in mean number of times high arousal words were selected, between the tempo conditions (...
<p>Each data point is the mean response for one participant, collapsed over nine measurements; data ...
<p>Faster runners outperform slower runners selectively in the nogo trials, whereas they did not dif...
<p>Mean accuracy (A) and reaction time (RT) (B) in the no feedback, gain and loss condition, separat...
<p>Open white bars represent values for control trials. Light grey bars represent values for target ...
<p>The more negative M-duration difference reflects a stronger transfer of learning effect. Error ba...
Bar plots for the dependent variables across all conditions (test halves A and B; speed and accuracy...