<p>The left graph shows that when pre-stimulus alpha levels are equated across the groups, the ERD values are not significantly different from each other. The right graph shows that the ERD of controls is substantially lower than those of patients when controls have significantly lower pre-stimulus alpha.</p
<p>For all the subjects, the modulations in beta power were maximal in the 15–25 Hz frequency band. ...
<p><b>A–D:</b> Beta-ERD mapping results for control subjects were shown in four sub-stages. <b>E–H:<...
<p>Higher ERD in larger brain areas particularly in right hemisphere was found with larger angles in...
<p>(A) This figure illustrates putative models explaining deficits in patients’ ERD. The top graphs ...
<p>(A) This figure illustrates the instantaneous alpha-band amplitude across different contrast cond...
<p>(A) Instantaneous alpha-band amplitude, collapsed across contrast conditions, in patients and con...
<p>Differences of ERSP values between experimental conditions in gamma (43.0 Hz) frequency are plott...
<p>Induced alpha ERD at the third visit was significantly different between mTBI and control group. ...
Alpha SE was shown in values based on the colored scale bar on up-left region on each panel; p value...
<p>(A) Amplitude values of the P1 ERP component plotted as a function of binned pre-stimulus alpha a...
<p>*P<0.05, compared with the NMDA group.</p><p>Amplitudes of ERG components in different groups.</p
<p>Pairs of 3D head maps are shown for each of the 22 participants and the grand average (GA). The l...
<p>The figure shows the mean and confidence intervals (<i>p</i> = 0.025, Bonferroni-corrected for mu...
<p>Representative dark-adapted ERG components (a-wave, b-wave and OPs) and PhNR were recorded in con...
<p>(A) Left: Time-frequency plots for the old and young group averaged across numerosities and side ...
<p>For all the subjects, the modulations in beta power were maximal in the 15–25 Hz frequency band. ...
<p><b>A–D:</b> Beta-ERD mapping results for control subjects were shown in four sub-stages. <b>E–H:<...
<p>Higher ERD in larger brain areas particularly in right hemisphere was found with larger angles in...
<p>(A) This figure illustrates putative models explaining deficits in patients’ ERD. The top graphs ...
<p>(A) This figure illustrates the instantaneous alpha-band amplitude across different contrast cond...
<p>(A) Instantaneous alpha-band amplitude, collapsed across contrast conditions, in patients and con...
<p>Differences of ERSP values between experimental conditions in gamma (43.0 Hz) frequency are plott...
<p>Induced alpha ERD at the third visit was significantly different between mTBI and control group. ...
Alpha SE was shown in values based on the colored scale bar on up-left region on each panel; p value...
<p>(A) Amplitude values of the P1 ERP component plotted as a function of binned pre-stimulus alpha a...
<p>*P<0.05, compared with the NMDA group.</p><p>Amplitudes of ERG components in different groups.</p
<p>Pairs of 3D head maps are shown for each of the 22 participants and the grand average (GA). The l...
<p>The figure shows the mean and confidence intervals (<i>p</i> = 0.025, Bonferroni-corrected for mu...
<p>Representative dark-adapted ERG components (a-wave, b-wave and OPs) and PhNR were recorded in con...
<p>(A) Left: Time-frequency plots for the old and young group averaged across numerosities and side ...
<p>For all the subjects, the modulations in beta power were maximal in the 15–25 Hz frequency band. ...
<p><b>A–D:</b> Beta-ERD mapping results for control subjects were shown in four sub-stages. <b>E–H:<...
<p>Higher ERD in larger brain areas particularly in right hemisphere was found with larger angles in...