<p>Ordinary coherence between the frontal and parietal cortex showed clear peaks in the theta and alpha frequency band. When partializing out the coherence from the nucleus accumbens, the frontoposterior coherence in the 9–14 Hz alpha-band (t(5) = 3.00, p = 0.03) decreased significantly.</p
A novel approach is introduced to examine EEG coherence in different frequency bands of 17 locations...
<p>The most left graphs (A,E,I) depict the coherence spectra within the 15–35 Hz frequency range for...
Functional connectivity is of central importance in understanding brain function. For this purpose, ...
<p><b>A</b> Time-frequency coherence spectrum. In the prestimulus period (-1000 ms to 0 ms), both al...
<p><b>A</b> Z-transformed coherence spectrum between nucleus accumbens and frontal scalp electrode F...
<p>A. Interquartile range of coherence within and between regions of interest. Coherence was greates...
<p>Compared with the resting measurements, theta coherence increased in the frontal, temporal, centr...
<p>Pairs of electrodes showing higher mu-frequency coherence during the observation of movement sequ...
Coherence estimation is one of the methods for understanding functional connectivity deficits and fr...
<p>For all panels data was averaged over 10 trials, the error bars or shaded areas represent the sta...
A frontoparietal network has long been implicated in top-down control of attention. Recent studies h...
A frontoparietal network has long been implicated in top-down control of attention. Recent studies h...
Inter-areal coherence between field potentials is a widespread phenomenon in cortex. Coherence has b...
<p>(A) Coherence spectra during RS1 (black), after in-phase stimulation (RS3, green), and after anti...
The thalamo-cortical relationships of alpha rhythms have been analysed in dogs using partial coheren...
A novel approach is introduced to examine EEG coherence in different frequency bands of 17 locations...
<p>The most left graphs (A,E,I) depict the coherence spectra within the 15–35 Hz frequency range for...
Functional connectivity is of central importance in understanding brain function. For this purpose, ...
<p><b>A</b> Time-frequency coherence spectrum. In the prestimulus period (-1000 ms to 0 ms), both al...
<p><b>A</b> Z-transformed coherence spectrum between nucleus accumbens and frontal scalp electrode F...
<p>A. Interquartile range of coherence within and between regions of interest. Coherence was greates...
<p>Compared with the resting measurements, theta coherence increased in the frontal, temporal, centr...
<p>Pairs of electrodes showing higher mu-frequency coherence during the observation of movement sequ...
Coherence estimation is one of the methods for understanding functional connectivity deficits and fr...
<p>For all panels data was averaged over 10 trials, the error bars or shaded areas represent the sta...
A frontoparietal network has long been implicated in top-down control of attention. Recent studies h...
A frontoparietal network has long been implicated in top-down control of attention. Recent studies h...
Inter-areal coherence between field potentials is a widespread phenomenon in cortex. Coherence has b...
<p>(A) Coherence spectra during RS1 (black), after in-phase stimulation (RS3, green), and after anti...
The thalamo-cortical relationships of alpha rhythms have been analysed in dogs using partial coheren...
A novel approach is introduced to examine EEG coherence in different frequency bands of 17 locations...
<p>The most left graphs (A,E,I) depict the coherence spectra within the 15–35 Hz frequency range for...
Functional connectivity is of central importance in understanding brain function. For this purpose, ...