<p>Average (across all subjects) normalized vergence (blue) and ERPs (orange) responses. ERP response is aligned to the onset of mean eye vergence across subjects. Shaded areas represent ±1 standard deviation around the mean. Time is from mean onset latency of eye vergence. Note that we plotted the ERP component with positive values up (contrary to the traditional orientation, negative up) in order to easily compare it with vergence values.</p
AbstractDichoptic nonius lines are used for subjectively (psychophysically) measuring vergence state...
<p>(upper) Plots of monocular (open circles, dominant eye; open squares, non-dominant eye) and binoc...
<p>For each electrode site the weakest correlation (lowest Pearson’s r-value) is depicted out of the...
<p>(A) Mean vergence amplitude for the convergent and divergent step stimuli as a function of time f...
<p>Black/red trace denotes average angle of eye vergence from control/ADHD subjects. The grey shaded...
<p>Average (across all subjects) size of angle of vergence in the informative cue and uninformative ...
<p>ERPs averaged across all trials where the attended target appeared in either the visual field con...
<p><b>A</b>: Average modulation in the angle of eye vergence from all subjects in the cue (green) an...
<p>ERP amplitudes for standards, emotionally congruent deviants, and emotionally incongruent deviant...
<p>Cross-correlation between single-trial EEG activity and vergence at different time lags, from -40...
<p><b>A</b>: The mean amplitudes' peak for occipito-perietal P1, N1, P2 and LPP, (lower) and frontal...
<p>(a) ERPs averaged within clusters of six electrodes at frontal, temporal, parietal, and occipital...
<p><b>A</b>: Average modulation across all subjects in the angle of eye vergence during the task (bl...
<p>(upper) Monocular (open circles, dominant eye; open squares, non-dominant eye) and binocular (fil...
<p>Top: A, B, C, E - mean peak amplitudes for A. Color/Luminance (exp I); B. Phase offset (exp II); ...
AbstractDichoptic nonius lines are used for subjectively (psychophysically) measuring vergence state...
<p>(upper) Plots of monocular (open circles, dominant eye; open squares, non-dominant eye) and binoc...
<p>For each electrode site the weakest correlation (lowest Pearson’s r-value) is depicted out of the...
<p>(A) Mean vergence amplitude for the convergent and divergent step stimuli as a function of time f...
<p>Black/red trace denotes average angle of eye vergence from control/ADHD subjects. The grey shaded...
<p>Average (across all subjects) size of angle of vergence in the informative cue and uninformative ...
<p>ERPs averaged across all trials where the attended target appeared in either the visual field con...
<p><b>A</b>: Average modulation in the angle of eye vergence from all subjects in the cue (green) an...
<p>ERP amplitudes for standards, emotionally congruent deviants, and emotionally incongruent deviant...
<p>Cross-correlation between single-trial EEG activity and vergence at different time lags, from -40...
<p><b>A</b>: The mean amplitudes' peak for occipito-perietal P1, N1, P2 and LPP, (lower) and frontal...
<p>(a) ERPs averaged within clusters of six electrodes at frontal, temporal, parietal, and occipital...
<p><b>A</b>: Average modulation across all subjects in the angle of eye vergence during the task (bl...
<p>(upper) Monocular (open circles, dominant eye; open squares, non-dominant eye) and binocular (fil...
<p>Top: A, B, C, E - mean peak amplitudes for A. Color/Luminance (exp I); B. Phase offset (exp II); ...
AbstractDichoptic nonius lines are used for subjectively (psychophysically) measuring vergence state...
<p>(upper) Plots of monocular (open circles, dominant eye; open squares, non-dominant eye) and binoc...
<p>For each electrode site the weakest correlation (lowest Pearson’s r-value) is depicted out of the...