<p>(A) Seed regions associated with intertemporal choice identified in previous works based on task evoked activity: the single valuation system (green) by Kable and Glimcher (2007) [<a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0119710#pone.0119710.ref011" target="_blank">11</a>], and the β (violet) and δ (blue) systems by McClure et al. (2004) [<a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0119710#pone.0119710.ref010" target="_blank">10</a>]. (B) Control networks seeds: Default Mode Network (DMN, red), Visual Network (VIS, green), and Sensory-Motor Network (SMN, blue) by Hacker et al., (2013) [<a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0119710#pone.0119710.ref054" ...
<p>Seed regions (A: the left inferior frontal gyrus; B: left anterior cingulate gyrus) are indicated...
<p>(A) Location of the RHC seed (<i>xyz</i> 32 −16 −18). (B) Average brain scores indicating the str...
<p>Seed regions and their pattern of functional connectivity during rest at pre-test across groups a...
<p>These regions were active in update, refresh, maintenance, or active for any combination of these...
<p>Brain regions, showing enhanced functional connectivity to our thirteen seed regions, are depicte...
<p>Regions in green demonstrate significant interactions in functional connectivity between seeds an...
<p>Eleven seed regions were selected from a meta-analysis study of task-switching. Note: L = left; R...
<p>The upper panel presents the analysis pipeline employed to generate the functional connectivity m...
*<p>Seed regions were generated from 12-mm diameter spheres centered on the peak foci of the region....
<p>Each of the four solid circles corresponds to a seed region in the Cognitive Control Network (CCN...
<p>The resting-state fMRI signal of a seed region was correlated with all voxels in the brain. For e...
<p>Right middle frontal gyrus: x = 44, y = 48, z = 7, radius of 6 mm. Right ventral striatal seed: x...
<p>The group functional connectivity analysis using a seed ROI in the left amygdala region revealed ...
<p>(A) Comparison of aMPFC seed ROI functional connectivity between groups. Females showed stronger ...
<p>AG: angular gyrus; BA: Brodmann Area; FEF: frontal eye fields; IFG: inferior frontal gyrus; IPS: ...
<p>Seed regions (A: the left inferior frontal gyrus; B: left anterior cingulate gyrus) are indicated...
<p>(A) Location of the RHC seed (<i>xyz</i> 32 −16 −18). (B) Average brain scores indicating the str...
<p>Seed regions and their pattern of functional connectivity during rest at pre-test across groups a...
<p>These regions were active in update, refresh, maintenance, or active for any combination of these...
<p>Brain regions, showing enhanced functional connectivity to our thirteen seed regions, are depicte...
<p>Regions in green demonstrate significant interactions in functional connectivity between seeds an...
<p>Eleven seed regions were selected from a meta-analysis study of task-switching. Note: L = left; R...
<p>The upper panel presents the analysis pipeline employed to generate the functional connectivity m...
*<p>Seed regions were generated from 12-mm diameter spheres centered on the peak foci of the region....
<p>Each of the four solid circles corresponds to a seed region in the Cognitive Control Network (CCN...
<p>The resting-state fMRI signal of a seed region was correlated with all voxels in the brain. For e...
<p>Right middle frontal gyrus: x = 44, y = 48, z = 7, radius of 6 mm. Right ventral striatal seed: x...
<p>The group functional connectivity analysis using a seed ROI in the left amygdala region revealed ...
<p>(A) Comparison of aMPFC seed ROI functional connectivity between groups. Females showed stronger ...
<p>AG: angular gyrus; BA: Brodmann Area; FEF: frontal eye fields; IFG: inferior frontal gyrus; IPS: ...
<p>Seed regions (A: the left inferior frontal gyrus; B: left anterior cingulate gyrus) are indicated...
<p>(A) Location of the RHC seed (<i>xyz</i> 32 −16 −18). (B) Average brain scores indicating the str...
<p>Seed regions and their pattern of functional connectivity during rest at pre-test across groups a...