(A) Percentage (%) of the regression saccade (SC) relative to the total SC direction. (B) Percentage (%) of the rotation saccade>30° (RSD>30) relative to the total SC direction. (C) Number of fixations. (D) Duration(s) of fixation (> 0.1 s). The data of the 27 patients are presented. (PPTX)</p
<p>Top panels: the average distance between saccade-end-points and target event location (solid line...
<p>Results are depicted separately for a stimulus set with a similar saliency ratio of the eye as co...
Participant gaze data from two different trials (A,B and C,D) are shown. Gaze positions in screen co...
Positive correlations reflect high scanning efficiency. Boxplot edges represent upper and lower quar...
<p>A: Peristimulus time histograms (PSTH) showing the average saccade (top) and switch (bottom) rate...
<p>(a) Main sequence, plotting saccade amplitudes against peak velocity for the first session (red) ...
<p>Correlation of fixational saccade amplitude with peak drift velocity and eye position variance.</...
<p>(A) Pattern of fixations/saccades revealed in relation to the “cannon” stimulus (left) and its un...
S4 traces for a patient with a visual field of 4° in the right eye (the green line) and 3° in the le...
<p>Correlations between saccadic disconjugacy and post-saccadic fixation disconjugacy for each sacca...
<p>(<b>A</b>) Empirical fixation distribution (data based on all recorded eye movements) for current...
<p>A: Top panel shows representative eye (black) and head (gray) velocity traces during head impulse...
<p>First row, saccadic peak velocity/magnitude relationships. Second row, saccadic duration/magnitud...
<p>Average peak activation of the fixation versus random oculomotor task in Talairach-Tournoux coord...
<p>A) Schematic drawing of plotted fixation durations, angle, and amplitude differences. B) Average ...
<p>Top panels: the average distance between saccade-end-points and target event location (solid line...
<p>Results are depicted separately for a stimulus set with a similar saliency ratio of the eye as co...
Participant gaze data from two different trials (A,B and C,D) are shown. Gaze positions in screen co...
Positive correlations reflect high scanning efficiency. Boxplot edges represent upper and lower quar...
<p>A: Peristimulus time histograms (PSTH) showing the average saccade (top) and switch (bottom) rate...
<p>(a) Main sequence, plotting saccade amplitudes against peak velocity for the first session (red) ...
<p>Correlation of fixational saccade amplitude with peak drift velocity and eye position variance.</...
<p>(A) Pattern of fixations/saccades revealed in relation to the “cannon” stimulus (left) and its un...
S4 traces for a patient with a visual field of 4° in the right eye (the green line) and 3° in the le...
<p>Correlations between saccadic disconjugacy and post-saccadic fixation disconjugacy for each sacca...
<p>(<b>A</b>) Empirical fixation distribution (data based on all recorded eye movements) for current...
<p>A: Top panel shows representative eye (black) and head (gray) velocity traces during head impulse...
<p>First row, saccadic peak velocity/magnitude relationships. Second row, saccadic duration/magnitud...
<p>Average peak activation of the fixation versus random oculomotor task in Talairach-Tournoux coord...
<p>A) Schematic drawing of plotted fixation durations, angle, and amplitude differences. B) Average ...
<p>Top panels: the average distance between saccade-end-points and target event location (solid line...
<p>Results are depicted separately for a stimulus set with a similar saliency ratio of the eye as co...
Participant gaze data from two different trials (A,B and C,D) are shown. Gaze positions in screen co...