<p>LV2 - The secondary resting-state spatiotemporal pattern of PCC correlations, showing a transition from relative stability of DN connectivity to switching between two different patterns of FC. A) The spatial pattern of FC seen in this LV. Activity in red regions (positive BSRs) is associated with increased activity in the PCC during those blocks with positive correlations between brain scores and PCC (seen in B), whereas increased activity in blue areas (negative BSRs) is correlated with increased activity in the PCC for blocks where the correlations are negative. B) Correlations across time. Rest1 shows relatively stable positive correlations between the PCC and other DN regions, while Rest2 shows switching between the two patterns of c...
<p>(A) Relationship between discounting rate and connectivity within- (W) and between- (B) the Singl...
We investigate the relationship of resting-state fMRI functional connectivity estimated over long pe...
Table of correlations of the whole-brain FC maps for each IC with known resting-state networks.</p
<p>LV1 - The primary resting-state spatiotemporal pattern of PCC correlations, showing positive FC a...
<p>Averaged temporal correlation coefficient <i>r</i> (Blue) across all subjects in the healthy cont...
<p>MNI coordinates. BSR>3.3 is equivalent to p<0.001. Hem = hemisphere; PCC = posterior cingulate co...
<p>MNI coordinates. BSR>3.3 is equivalent to p<0.001. Hem = hemisphere; SMA = supplementary motor ar...
Abstract: The default mode network (DMN), based in ventromedial prefrontal cortex (vmPFC) and poster...
<p>Averaged temporal correlation coefficient r (Red) across all subjects in the Controls (A) and in ...
The correlation between adjusted DMN connectivity with the PCA components in A and B, and between ad...
<p>In panel A and B, areas of correlation between the dorsal attention network (DAN) and bifocal TMS...
<p>(A) shows the correlations between independent components. The left shows the correlation matrix ...
<p>(a) Anatomical locations of regions-of-interest (ROIs) in the right pre-central gyrus (red arrow)...
The amplitudes of spontaneous fluctuations in brain activity may be a significant source of within-s...
© The Author(s), 2016. This article is distributed under the terms of the Creative Commons Attributi...
<p>(A) Relationship between discounting rate and connectivity within- (W) and between- (B) the Singl...
We investigate the relationship of resting-state fMRI functional connectivity estimated over long pe...
Table of correlations of the whole-brain FC maps for each IC with known resting-state networks.</p
<p>LV1 - The primary resting-state spatiotemporal pattern of PCC correlations, showing positive FC a...
<p>Averaged temporal correlation coefficient <i>r</i> (Blue) across all subjects in the healthy cont...
<p>MNI coordinates. BSR>3.3 is equivalent to p<0.001. Hem = hemisphere; PCC = posterior cingulate co...
<p>MNI coordinates. BSR>3.3 is equivalent to p<0.001. Hem = hemisphere; SMA = supplementary motor ar...
Abstract: The default mode network (DMN), based in ventromedial prefrontal cortex (vmPFC) and poster...
<p>Averaged temporal correlation coefficient r (Red) across all subjects in the Controls (A) and in ...
The correlation between adjusted DMN connectivity with the PCA components in A and B, and between ad...
<p>In panel A and B, areas of correlation between the dorsal attention network (DAN) and bifocal TMS...
<p>(A) shows the correlations between independent components. The left shows the correlation matrix ...
<p>(a) Anatomical locations of regions-of-interest (ROIs) in the right pre-central gyrus (red arrow)...
The amplitudes of spontaneous fluctuations in brain activity may be a significant source of within-s...
© The Author(s), 2016. This article is distributed under the terms of the Creative Commons Attributi...
<p>(A) Relationship between discounting rate and connectivity within- (W) and between- (B) the Singl...
We investigate the relationship of resting-state fMRI functional connectivity estimated over long pe...
Table of correlations of the whole-brain FC maps for each IC with known resting-state networks.</p