<p>From top to bottom are shown the respective ERP distributions for 100 cents PSS (top), pure tones (middle), and white noise (bottom). ERP distributions of P2 and N1 components are shown on the left and right column.</p
ERPs contrasted for happy and neutral faces during the learning (A) and consolidation phase (C) with...
<p>The positive and negative amplitudes of vocalization-listening difference denote vocalization-ind...
<p>The grand-average ERP waveforms for the five adjacent midline electrodes (elicited by the incongr...
<p>Grand-averaged waveforms of ERPs to white noise during active vocalization (red traces) and passi...
<p>Grand-averaged waveforms of ERPs to 100 cents PSS during active vocalization (red traces) and pas...
<p>Grand-averaged waveforms of ERPs to pure tones during active vocalization (red traces) and passiv...
<p>Grand-averaged waveforms of ERPs to 100 cents PSS (black traces), pure tones (blue traces), and w...
<p>A, the distribution of P2 amplitudes. The three horizontal lines in every box reflect the lower q...
<p>A) Grand-average ERPs elicited by phrase boundaries (with pitch leap, without pitch leap) for exp...
<p>A) The grand-averaged ERPs elicited by erroneous responses at Fz, FCz, Cz, and Pz for schizotypal...
<p> A) Grand-average ERPs elicited by phrase boundaries (with pitch leap, without pitch leap) for ex...
The topographical distributions are shown for low (A), medium (B) and high (C) WM load. WM load esti...
<p>Grand average ERP topographies of the occipito-temporal N1 and fronto-central P2 components acros...
<p>A: ERPs elicited by the final chords at a frontal electrode (Fz, referenced to the algebraic mean...
<p>(A) Spatial distributions of individual data: (i) P1 for standard stimuli; (ii) P1 for deviant st...
ERPs contrasted for happy and neutral faces during the learning (A) and consolidation phase (C) with...
<p>The positive and negative amplitudes of vocalization-listening difference denote vocalization-ind...
<p>The grand-average ERP waveforms for the five adjacent midline electrodes (elicited by the incongr...
<p>Grand-averaged waveforms of ERPs to white noise during active vocalization (red traces) and passi...
<p>Grand-averaged waveforms of ERPs to 100 cents PSS during active vocalization (red traces) and pas...
<p>Grand-averaged waveforms of ERPs to pure tones during active vocalization (red traces) and passiv...
<p>Grand-averaged waveforms of ERPs to 100 cents PSS (black traces), pure tones (blue traces), and w...
<p>A, the distribution of P2 amplitudes. The three horizontal lines in every box reflect the lower q...
<p>A) Grand-average ERPs elicited by phrase boundaries (with pitch leap, without pitch leap) for exp...
<p>A) The grand-averaged ERPs elicited by erroneous responses at Fz, FCz, Cz, and Pz for schizotypal...
<p> A) Grand-average ERPs elicited by phrase boundaries (with pitch leap, without pitch leap) for ex...
The topographical distributions are shown for low (A), medium (B) and high (C) WM load. WM load esti...
<p>Grand average ERP topographies of the occipito-temporal N1 and fronto-central P2 components acros...
<p>A: ERPs elicited by the final chords at a frontal electrode (Fz, referenced to the algebraic mean...
<p>(A) Spatial distributions of individual data: (i) P1 for standard stimuli; (ii) P1 for deviant st...
ERPs contrasted for happy and neutral faces during the learning (A) and consolidation phase (C) with...
<p>The positive and negative amplitudes of vocalization-listening difference denote vocalization-ind...
<p>The grand-average ERP waveforms for the five adjacent midline electrodes (elicited by the incongr...
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