<p>Means and standard errors of the mean of P300 peak amplitudes and latencies for the active and passive versions of the Subjects Own Name paradigm.</p
<p>Mean amplitudes (<i>N</i> = 18) in 100 ms time windows for RP (50 to 150 ms), MMN (166 to 266 ms)...
The a) mean P2 peak latency and b) mean P2 peak amplitude from the ERPs at Cz for the opposing (Opp)...
Mean values of MEP amplitudes (mean ± standard error) before and after the three interventions in Ex...
<p>Means and standard errors of the mean of P300 peak amplitudes and latencies for the Subjects Own ...
<p>Means and standard errors of the mean of P300 peak amplitudes and latencies in response to novel ...
<p>Means and standard errors of the mean of N400 peak amplitudes and latencies for word-word priming...
<p>Means and standard errors of the mean of N400 peak amplitudes and latencies for the active and pa...
<p>Means and standard errors of the mean of MMN peak amplitudes and latencies for pattern violation ...
<p>Means and standard errors of the mean of MMN peak amplitudes and latencies for the oddball mismat...
<p>Mean naming latencies (in ms) and mean percentage of errors (%) with standard deviation in parent...
<p>Mean naming latencies (in ms) and mean percentage of errors (%) with standard deviation in parent...
<p>MMN, P3a, and RON refer to the difference event-related potentials (deviant minus standard tones)...
<p>Mean amplitudes (μV) and standard errors (<i>SE</i>) in four different trial types.</p
<p>Mean and Standard Error (in parentheses) of MLR component amplitudes (in microvolts) at Fz.</p
<p>Absolute standardized error's mean and standard error for each task and for each paradigm.</p
<p>Mean amplitudes (<i>N</i> = 18) in 100 ms time windows for RP (50 to 150 ms), MMN (166 to 266 ms)...
The a) mean P2 peak latency and b) mean P2 peak amplitude from the ERPs at Cz for the opposing (Opp)...
Mean values of MEP amplitudes (mean ± standard error) before and after the three interventions in Ex...
<p>Means and standard errors of the mean of P300 peak amplitudes and latencies for the Subjects Own ...
<p>Means and standard errors of the mean of P300 peak amplitudes and latencies in response to novel ...
<p>Means and standard errors of the mean of N400 peak amplitudes and latencies for word-word priming...
<p>Means and standard errors of the mean of N400 peak amplitudes and latencies for the active and pa...
<p>Means and standard errors of the mean of MMN peak amplitudes and latencies for pattern violation ...
<p>Means and standard errors of the mean of MMN peak amplitudes and latencies for the oddball mismat...
<p>Mean naming latencies (in ms) and mean percentage of errors (%) with standard deviation in parent...
<p>Mean naming latencies (in ms) and mean percentage of errors (%) with standard deviation in parent...
<p>MMN, P3a, and RON refer to the difference event-related potentials (deviant minus standard tones)...
<p>Mean amplitudes (μV) and standard errors (<i>SE</i>) in four different trial types.</p
<p>Mean and Standard Error (in parentheses) of MLR component amplitudes (in microvolts) at Fz.</p
<p>Absolute standardized error's mean and standard error for each task and for each paradigm.</p
<p>Mean amplitudes (<i>N</i> = 18) in 100 ms time windows for RP (50 to 150 ms), MMN (166 to 266 ms)...
The a) mean P2 peak latency and b) mean P2 peak amplitude from the ERPs at Cz for the opposing (Opp)...
Mean values of MEP amplitudes (mean ± standard error) before and after the three interventions in Ex...
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