<p>Mean spectral power proportions in the indicated frequency bands within grey matter, white matter and ventricle masks in the low-TR (top) and high-TR (bottom) datasets. Voxelwise spectra were calculated and averaged across all voxels within the respective masks. Row-wise maxima are highlighted in the table. In the low-TR dataset, low-frequency fluctuations up to 0.25 Hz are most pronounced in grey matter, while medium and high frequency oscillations have highest amplitude in white matter and in the ventricles, respectively. In the high-TR dataset, fluctuations below 0.1 Hz are present predominantly in grey matter, and fluctuations between 0.1 and 0.25 Hz in white matter and ventricles.</p
<p>Power spectra in the DMN regions with gamma decrease and the non-DMN regions in all patients comp...
Frequency bands which displayed significant differences between VT inducible and non-inducible group...
<p>The mean focal cone ERG signal for all control (White) and early AMD (Grey) participants are show...
<p>Note that the signals have been detrended to remove activation-related variance; thus the power s...
<p>Clustered power spectra in source space represent normalised power, i.e., spectral power in compa...
In order to assess whole-brain resting-state fluctuations at a wide range of frequencies, resting-st...
<p>Power spectrum maps in the midbrain for high temporal resolution PRESTO (Panel A, B) and EPI (Pan...
<p>(a) Sample raw rs-BOLD signal from grey matter of an mTBI patient(a) and a healthy control brain(...
In order to assess whole-brain resting-state fluctuations at a wide range of frequencies, resting-st...
Electroencephalographic (EEG) spectra of waking humans show peaks in various frequency bands, superp...
<p>Six slices are shown. (a) SNR<sub>dM</sub> is noticeably higher in gray matter than in white matt...
The degree to which electroencephalographic spectral peaks are independent, and the relationships be...
The distributions of eyes-closed resting electroencephalography (EEG) power spectra and their residu...
<p>Top panel: Grand-average time-frequency representations are shown for each experimental condition...
<p>For regions: (A) PCC, (B) mPFC, (C) LMTC, and (D) LAG, the white dotted lines marked the region f...
<p>Power spectra in the DMN regions with gamma decrease and the non-DMN regions in all patients comp...
Frequency bands which displayed significant differences between VT inducible and non-inducible group...
<p>The mean focal cone ERG signal for all control (White) and early AMD (Grey) participants are show...
<p>Note that the signals have been detrended to remove activation-related variance; thus the power s...
<p>Clustered power spectra in source space represent normalised power, i.e., spectral power in compa...
In order to assess whole-brain resting-state fluctuations at a wide range of frequencies, resting-st...
<p>Power spectrum maps in the midbrain for high temporal resolution PRESTO (Panel A, B) and EPI (Pan...
<p>(a) Sample raw rs-BOLD signal from grey matter of an mTBI patient(a) and a healthy control brain(...
In order to assess whole-brain resting-state fluctuations at a wide range of frequencies, resting-st...
Electroencephalographic (EEG) spectra of waking humans show peaks in various frequency bands, superp...
<p>Six slices are shown. (a) SNR<sub>dM</sub> is noticeably higher in gray matter than in white matt...
The degree to which electroencephalographic spectral peaks are independent, and the relationships be...
The distributions of eyes-closed resting electroencephalography (EEG) power spectra and their residu...
<p>Top panel: Grand-average time-frequency representations are shown for each experimental condition...
<p>For regions: (A) PCC, (B) mPFC, (C) LMTC, and (D) LAG, the white dotted lines marked the region f...
<p>Power spectra in the DMN regions with gamma decrease and the non-DMN regions in all patients comp...
Frequency bands which displayed significant differences between VT inducible and non-inducible group...
<p>The mean focal cone ERG signal for all control (White) and early AMD (Grey) participants are show...