<p>A: stimulus jump trials, B: saccade trials. Blue: motion (9 subjects), red: face/house (10 subjects), green: grating (5 subjects). Data are shown on a logit scale. Note that four data points have been drawn for each subject to account for the effects of prior state and shift direction as shown in <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0020017#pone-0020017-g007" target="_blank">Figure 7</a>. Insets in A and B show that <i>before</i> the retinal image shifts, the right eye was dominant in about 50% of the trials, regardless of the subjects' eye/hemifield preferences at stimulus onset.</p
<p>A: subject FW. B: subject JB. C: subject TG. Right- and left-hand panels show data from trials in...
Previous studies have indicated that saccadic eye movements correlate positively with perceptual alt...
Ocular dominance (OD) has long served as the model for neural plasticity. The shift of OD has been d...
<p>Odds ratio of right eye dominance after saccades and stimulus jumps as function of probability of...
<p>A–C: Odds ratio of right eye dominance after saccades and stimulus jumps as function of right eye...
<p>Shifts were produced by saccades (red) or stimulus jumps (blue). A: Switches from the non-preferr...
<p>Right eye predominance in the sustained rivalry phase (Experiment 2) is plotted as function of ri...
Contains fulltext : 97674.pdf (publisher's version ) (Open Access)Recent studies s...
<p>Shifts were produced by saccades (red) or stimulus jumps (blue). A: Switches toward the preferred...
Abstract A recent paper examined eye dominance with the eyes in forward and eccentric gaze [Vision R...
Recent studies suggest that binocular rivalry at stimulus onset, so called onset rivalry, differs fr...
Recent studies suggest that binocular rivalry at stimulus onset, so called onset rivalry, differs fr...
AbstractA recent paper examined eye dominance with the eyes in forward and eccentric gaze [Vision Re...
<p>A: Horizontal (black) and vertical (gray) eye position, horizontal (dark red) and vertical (brigh...
<p>Average dominance survival time after large (A,B) and small (C,D) retinal image shifts in the sac...
<p>A: subject FW. B: subject JB. C: subject TG. Right- and left-hand panels show data from trials in...
Previous studies have indicated that saccadic eye movements correlate positively with perceptual alt...
Ocular dominance (OD) has long served as the model for neural plasticity. The shift of OD has been d...
<p>Odds ratio of right eye dominance after saccades and stimulus jumps as function of probability of...
<p>A–C: Odds ratio of right eye dominance after saccades and stimulus jumps as function of right eye...
<p>Shifts were produced by saccades (red) or stimulus jumps (blue). A: Switches from the non-preferr...
<p>Right eye predominance in the sustained rivalry phase (Experiment 2) is plotted as function of ri...
Contains fulltext : 97674.pdf (publisher's version ) (Open Access)Recent studies s...
<p>Shifts were produced by saccades (red) or stimulus jumps (blue). A: Switches toward the preferred...
Abstract A recent paper examined eye dominance with the eyes in forward and eccentric gaze [Vision R...
Recent studies suggest that binocular rivalry at stimulus onset, so called onset rivalry, differs fr...
Recent studies suggest that binocular rivalry at stimulus onset, so called onset rivalry, differs fr...
AbstractA recent paper examined eye dominance with the eyes in forward and eccentric gaze [Vision Re...
<p>A: Horizontal (black) and vertical (gray) eye position, horizontal (dark red) and vertical (brigh...
<p>Average dominance survival time after large (A,B) and small (C,D) retinal image shifts in the sac...
<p>A: subject FW. B: subject JB. C: subject TG. Right- and left-hand panels show data from trials in...
Previous studies have indicated that saccadic eye movements correlate positively with perceptual alt...
Ocular dominance (OD) has long served as the model for neural plasticity. The shift of OD has been d...