<p>A. Global field potentials of the conditions V-A, A-A, and V-V (with short-term memory storage) compared to A/V (without short-term memory storage). The time period of 1200–1600 ms shows statistical difference in all 3 comparisons. B. Voltage maps of all conditions at time points 1250 ms, 1400 ms, and 1550 ms. There were no statistically significant differences between any of the conditions that involved short-term memory (V-A, A-A, and V-V) in whole scalp-GFP amplitude at any point of time.</p
<p>Right: Statistical parametric maps of the auditory MMN response and the musicians versus non-musi...
<p>The time points of the P1 and N1 components were 80–120 ms and 150–190 ms both in the WM group an...
Dark grey lines represent 64 recording sites, and colored lines are the baseline-corrected global fi...
<p>Top row: Topographic comparison between V-A and A-A, and V-A and V-V (significant differences sho...
<p><b>A)</b> Grand average GFP. The dotted lines indicate peak latency of the different ERP componen...
<div><p>(A) Single-electrode traces (33 channels) for chosen (magenta) and non-chosen (blue) respons...
<p>(A) Grand average GFP of electrical activity as a function of time <i>vs.</i> width of the noise ...
Dark grey lines represent 64 recording sites, and colored lines are the baseline-corrected global fi...
<p>From A–C, ERP comparison between each pair of tasks at the electrode FCz during the preparatory p...
<p>A: Grand average event-related brain potentials. ERPs evoked by positive and negative traits for ...
<p>GDF measures for ATVI (auditory relevant target and visual irrelevant), AIVT (auditory irrelevant...
<p>(A) The EMG-locked grand averages displaying the mean amplitude at FCz for aware errors (red), un...
<p>Panel A: 2 Hz condition. Panel B: 1.5 Hz condition. Topographic headplots show the contingent neg...
<p>Grand averaged time frequency distributions of the spectral power density difference (left panel,...
Brain signals are often analyzed in the spectral domain, where the power spectral density (PSD) and ...
<p>Right: Statistical parametric maps of the auditory MMN response and the musicians versus non-musi...
<p>The time points of the P1 and N1 components were 80–120 ms and 150–190 ms both in the WM group an...
Dark grey lines represent 64 recording sites, and colored lines are the baseline-corrected global fi...
<p>Top row: Topographic comparison between V-A and A-A, and V-A and V-V (significant differences sho...
<p><b>A)</b> Grand average GFP. The dotted lines indicate peak latency of the different ERP componen...
<div><p>(A) Single-electrode traces (33 channels) for chosen (magenta) and non-chosen (blue) respons...
<p>(A) Grand average GFP of electrical activity as a function of time <i>vs.</i> width of the noise ...
Dark grey lines represent 64 recording sites, and colored lines are the baseline-corrected global fi...
<p>From A–C, ERP comparison between each pair of tasks at the electrode FCz during the preparatory p...
<p>A: Grand average event-related brain potentials. ERPs evoked by positive and negative traits for ...
<p>GDF measures for ATVI (auditory relevant target and visual irrelevant), AIVT (auditory irrelevant...
<p>(A) The EMG-locked grand averages displaying the mean amplitude at FCz for aware errors (red), un...
<p>Panel A: 2 Hz condition. Panel B: 1.5 Hz condition. Topographic headplots show the contingent neg...
<p>Grand averaged time frequency distributions of the spectral power density difference (left panel,...
Brain signals are often analyzed in the spectral domain, where the power spectral density (PSD) and ...
<p>Right: Statistical parametric maps of the auditory MMN response and the musicians versus non-musi...
<p>The time points of the P1 and N1 components were 80–120 ms and 150–190 ms both in the WM group an...
Dark grey lines represent 64 recording sites, and colored lines are the baseline-corrected global fi...