<p>(A) Statistical analysis of the amplitude medians of components P1 (top panel), N170 (middle panel) and P2 (bottom panel). (B) Amplitude distributions collected from right side cluster electrodes in the case of P1 and N170 and left side cluster electrodes in the case of P2, as indicated by dashed circles in panel A. (C) Spearman correlations between the magnitude of the noise-induced amplitude median increase/decrease observed in the fellow and amblyopic eye for each component over the hemisphere indicated by dashed circles in panel A. The shaded area denotes bigger noise-induced change in the fellow eye relative to the amblyopic eye. FE: fellow eye, AE: amblyopic eye, PC: phase-coherent, N: noisy. Error bars indicate ±SEM (N = 18 unless...
Each file named S#rivalry.csv contains data for a single subject from the main experiment, completin...
<p>Detection thresholds (upper panels) and suppression factors (lower panels) are plotted as functio...
<p>(a) Photograph of the optode array on one participant and corresponding optode positions register...
<p>(A) Spearman correlation between the noise-induced increase in P1 and P2 amplitude medians over t...
<p>(top) Low-pass-filtered (at 8 Hz) response of the left hemisphere to neutral sounds (a trace from...
<p>Trial-averaged waveforms are displayed as clusters averaged from electrodes marked with white dot...
Using our computational model, sets of 1,000 eye sizes were simulated for each condition and from th...
<p><b>A</b>. Population averaged responses as a function of stimulus azimuth and time post-stimulus ...
<p>Explained variance of ERP amplitude at channel Oz over time, for each individual subject (colored...
<p>(A) Each bar is specific to whether the alpha power is recorded from the hemisphere contra- or ip...
<p>The data points for control eyes (CE, Triangles) were averaged across subjects and temporal frequ...
Each histogram in A,C,E plots the distribution of 148 independent estimates of correlation coefficie...
<p>Top: target and non-target waveform amplitudes comparison. Bottom: P300 amplitudes were significa...
<p>Top: A, B, C, E - mean peak amplitudes for A. Color/Luminance (exp I); B. Phase offset (exp II); ...
We have examined the characteristics of neural noise in amblyopia, a disorder that impairs binocula...
Each file named S#rivalry.csv contains data for a single subject from the main experiment, completin...
<p>Detection thresholds (upper panels) and suppression factors (lower panels) are plotted as functio...
<p>(a) Photograph of the optode array on one participant and corresponding optode positions register...
<p>(A) Spearman correlation between the noise-induced increase in P1 and P2 amplitude medians over t...
<p>(top) Low-pass-filtered (at 8 Hz) response of the left hemisphere to neutral sounds (a trace from...
<p>Trial-averaged waveforms are displayed as clusters averaged from electrodes marked with white dot...
Using our computational model, sets of 1,000 eye sizes were simulated for each condition and from th...
<p><b>A</b>. Population averaged responses as a function of stimulus azimuth and time post-stimulus ...
<p>Explained variance of ERP amplitude at channel Oz over time, for each individual subject (colored...
<p>(A) Each bar is specific to whether the alpha power is recorded from the hemisphere contra- or ip...
<p>The data points for control eyes (CE, Triangles) were averaged across subjects and temporal frequ...
Each histogram in A,C,E plots the distribution of 148 independent estimates of correlation coefficie...
<p>Top: target and non-target waveform amplitudes comparison. Bottom: P300 amplitudes were significa...
<p>Top: A, B, C, E - mean peak amplitudes for A. Color/Luminance (exp I); B. Phase offset (exp II); ...
We have examined the characteristics of neural noise in amblyopia, a disorder that impairs binocula...
Each file named S#rivalry.csv contains data for a single subject from the main experiment, completin...
<p>Detection thresholds (upper panels) and suppression factors (lower panels) are plotted as functio...
<p>(a) Photograph of the optode array on one participant and corresponding optode positions register...