<p>Figures b and c show the same across the various frequency bands as labeled on the figures for eyes closed and eyes open, respectively. Asterisks indicate where the difference between healthy controls and patients resulted in p<0.05 from a Kruskal-Wallis test. d) Topographical maps of spectral power for the EC and the EO condition showing the regions where power is greater in controls than patients (top) and where power is greater in patients than controls (bottom) for EC and EO as labelled.</p
Electroencephalography power spectra (A) and ratio and mean power frequency of electroencephalograph...
<p>Variation of power spectra at baseline, during the IOP experiment and after heart arrest, for vel...
<p>Repeated measures ANOVA showing power amplitude decreases from eyes closed to eyes open. Delta/th...
<p>The group-averaged maps of absolute power for the broad-band resting EEG are shown for patients (...
<p>The topographical distribution of EEG power (2a) had a maximum at parieto-occipital electrodes fo...
<p>Panels A–C depict mean channel-wise power spectra in controls, MCS and VS patients. Dashed lines ...
<p>Mean band power (with standard deviation) is shown for EEG (black bars), MEG (white bars), and EE...
<p>Mean band power (with standard deviation) is shown for EEG (black bars) and MEG (white bars). A) ...
<p>Normalized power spectra, measured at contralateral-central electrodes (C2, C4, CP2, and CP4; top...
<p>Plots of upper beta-band relative power (21–30 Hz). (A) Topographical map of the difference betwe...
<p>Topographic electroencephalogram maps detailing group-averaged power for each brain state we stud...
A) Average EEG power spectrum across participants among anodal (blue lines), cathodal (red line) and...
<p>The top row shows the spectra at electrode ‘’ in the conditions eyes-open and eyes-closed. The sp...
<p>Each frequency band represents the group-averaged, relative power spectrum. (A) Topographic maps ...
The distributions of eyes-closed resting electroencephalography (EEG) power spectra and their residu...
Electroencephalography power spectra (A) and ratio and mean power frequency of electroencephalograph...
<p>Variation of power spectra at baseline, during the IOP experiment and after heart arrest, for vel...
<p>Repeated measures ANOVA showing power amplitude decreases from eyes closed to eyes open. Delta/th...
<p>The group-averaged maps of absolute power for the broad-band resting EEG are shown for patients (...
<p>The topographical distribution of EEG power (2a) had a maximum at parieto-occipital electrodes fo...
<p>Panels A–C depict mean channel-wise power spectra in controls, MCS and VS patients. Dashed lines ...
<p>Mean band power (with standard deviation) is shown for EEG (black bars), MEG (white bars), and EE...
<p>Mean band power (with standard deviation) is shown for EEG (black bars) and MEG (white bars). A) ...
<p>Normalized power spectra, measured at contralateral-central electrodes (C2, C4, CP2, and CP4; top...
<p>Plots of upper beta-band relative power (21–30 Hz). (A) Topographical map of the difference betwe...
<p>Topographic electroencephalogram maps detailing group-averaged power for each brain state we stud...
A) Average EEG power spectrum across participants among anodal (blue lines), cathodal (red line) and...
<p>The top row shows the spectra at electrode ‘’ in the conditions eyes-open and eyes-closed. The sp...
<p>Each frequency band represents the group-averaged, relative power spectrum. (A) Topographic maps ...
The distributions of eyes-closed resting electroencephalography (EEG) power spectra and their residu...
Electroencephalography power spectra (A) and ratio and mean power frequency of electroencephalograph...
<p>Variation of power spectra at baseline, during the IOP experiment and after heart arrest, for vel...
<p>Repeated measures ANOVA showing power amplitude decreases from eyes closed to eyes open. Delta/th...