<p>Panels A–C depict mean channel-wise power spectra in controls, MCS and VS patients. Dashed lines indicated the boundaries of the canonical frequency bands: delta, theta, alpha, beta and gamma. Panel D plots the % contribution of power in each band to the total power in each channel, averaged across channels within each group. Panels E and F depict the opposite trends in power contributions from the delta and alpha bands of patients, as functions of their CRS-R scores. Patients P1, P2 and P3 are highlighted for comparison to plots in <a href="http://www.ploscompbiol.org/article/info:doi/10.1371/journal.pcbi.1003887#pcbi-1003887-g006" target="_blank">figure 6</a>.</p
<p>Plots of upper beta-band relative power (21–30 Hz). (A) Topographical map of the difference betwe...
Fig A. Time-frequency power spectrum plot. Illustrates, at group level, the power spectrum for Preci...
(A) Group-average, relative power spectra of mTBI patients and healthy controls. Horizontal axis is ...
<p>Power spectrum graph of the distribution of the IC power density plot averaged across all healthy...
<p>Figures b and c show the same across the various frequency bands as labeled on the figures for ey...
<p>Each frequency band represents the group-averaged, relative power spectrum. (A) Topographic maps ...
<p>(<b>A</b>) Individual power spectra for the DMN BOLD oscillations superimposed separately for eac...
<p>A) Representative power spectra from all subjects in month 1 post-operatively. Recordings were ta...
<p>Panels A–D plot correlations between graph-theoretic metrics of alpha networks and behavioural CR...
<p>Grand averaged time frequency distributions of the spectral power density difference (left panel,...
<p>Time-frequency representations of the difference between loss and gain trials (left), and of the ...
<p>Power spectrum in red is the average power spectrum of all channels. Both epochs show a power law...
<p>(A) Instantaneous alpha-band amplitude, collapsed across contrast conditions, in patients and con...
In each state plot, one dot represents the mean scaled power in a specific frequency band for one pa...
<p>A. Statistical nonparametric mapping analysis of the difference between VRAN and the average of t...
<p>Plots of upper beta-band relative power (21–30 Hz). (A) Topographical map of the difference betwe...
Fig A. Time-frequency power spectrum plot. Illustrates, at group level, the power spectrum for Preci...
(A) Group-average, relative power spectra of mTBI patients and healthy controls. Horizontal axis is ...
<p>Power spectrum graph of the distribution of the IC power density plot averaged across all healthy...
<p>Figures b and c show the same across the various frequency bands as labeled on the figures for ey...
<p>Each frequency band represents the group-averaged, relative power spectrum. (A) Topographic maps ...
<p>(<b>A</b>) Individual power spectra for the DMN BOLD oscillations superimposed separately for eac...
<p>A) Representative power spectra from all subjects in month 1 post-operatively. Recordings were ta...
<p>Panels A–D plot correlations between graph-theoretic metrics of alpha networks and behavioural CR...
<p>Grand averaged time frequency distributions of the spectral power density difference (left panel,...
<p>Time-frequency representations of the difference between loss and gain trials (left), and of the ...
<p>Power spectrum in red is the average power spectrum of all channels. Both epochs show a power law...
<p>(A) Instantaneous alpha-band amplitude, collapsed across contrast conditions, in patients and con...
In each state plot, one dot represents the mean scaled power in a specific frequency band for one pa...
<p>A. Statistical nonparametric mapping analysis of the difference between VRAN and the average of t...
<p>Plots of upper beta-band relative power (21–30 Hz). (A) Topographical map of the difference betwe...
Fig A. Time-frequency power spectrum plot. Illustrates, at group level, the power spectrum for Preci...
(A) Group-average, relative power spectra of mTBI patients and healthy controls. Horizontal axis is ...