<p>Figure 1 presents the grand average difference waveforms (i.e., average of all trials, across all participants) of the No-Go minus Go trials for electrodes Fz, Cz, and Pz. Note: we use the grand average difference waveforms for this figure as this is more informative compared to separate waveforms of No-Go correct trials and Go correct trials. However, in further analysis we took the amplitude for correct No-Go trials N2 and P3 at the midline electrodes Fz, Cz and Pz as the variables of interest.</p
<p>The grand-average ERP waveforms for the five adjacent midline electrodes (elicited by the incongr...
<p>(<b>A</b>) The grand-average ERP difference waveforms show the larger N2pc on same relative to di...
<p>Grand-average ERPs at the Fz, Cz and Pz sites for NoGo trials as a function of condition and test...
<p>Grand average waveforms from go and nogo trials for bilinguals, musicians, and controls; represen...
<p>Figure 3 presents the grand average difference waveforms (i.e., average of all trials, across all...
The solid lines indicate the grand average waveforms for the negative-valence Flanker trials pre-tra...
<p>Grand-average waveforms, time-locked to the cue onset at 0 ms. These are shown separately for pro...
The solid lines indicate the grand average waveforms for the negative-valence Flanker trials pre-tra...
<p>The grey line represents the grand-averages for LSF (global) stimuli, the black line represents g...
<p>The grand-average difference waveforms obtained by subtracting the ipsilateral activations from c...
<p>Grand mean average waveforms, including amplitude (µV) from midline regions for the “increase” an...
<p>A: ERPs elicited by the final chords at a frontal electrode (Fz, referenced to the algebraic mean...
<p>Grand mean (A: n = 16, B: n = 15) ERP difference waveforms for target - non-target feature condit...
<p>(A) Grand average waveforms elicited by the four conditions at selected electrode sites. Waveform...
<p>Grand-average stimulus-locked waveforms for neutral and smoking pictures at Fz for correct Go and...
<p>The grand-average ERP waveforms for the five adjacent midline electrodes (elicited by the incongr...
<p>(<b>A</b>) The grand-average ERP difference waveforms show the larger N2pc on same relative to di...
<p>Grand-average ERPs at the Fz, Cz and Pz sites for NoGo trials as a function of condition and test...
<p>Grand average waveforms from go and nogo trials for bilinguals, musicians, and controls; represen...
<p>Figure 3 presents the grand average difference waveforms (i.e., average of all trials, across all...
The solid lines indicate the grand average waveforms for the negative-valence Flanker trials pre-tra...
<p>Grand-average waveforms, time-locked to the cue onset at 0 ms. These are shown separately for pro...
The solid lines indicate the grand average waveforms for the negative-valence Flanker trials pre-tra...
<p>The grey line represents the grand-averages for LSF (global) stimuli, the black line represents g...
<p>The grand-average difference waveforms obtained by subtracting the ipsilateral activations from c...
<p>Grand mean average waveforms, including amplitude (µV) from midline regions for the “increase” an...
<p>A: ERPs elicited by the final chords at a frontal electrode (Fz, referenced to the algebraic mean...
<p>Grand mean (A: n = 16, B: n = 15) ERP difference waveforms for target - non-target feature condit...
<p>(A) Grand average waveforms elicited by the four conditions at selected electrode sites. Waveform...
<p>Grand-average stimulus-locked waveforms for neutral and smoking pictures at Fz for correct Go and...
<p>The grand-average ERP waveforms for the five adjacent midline electrodes (elicited by the incongr...
<p>(<b>A</b>) The grand-average ERP difference waveforms show the larger N2pc on same relative to di...
<p>Grand-average ERPs at the Fz, Cz and Pz sites for NoGo trials as a function of condition and test...