<p>(A) Regions showing activity reductions [infrequently repeated (IR) > frequently repeated (FR) trials] to repeated simulations of the future included medial prefrontal cortex, posterior cingulate cortex, lateral temporal cortex (extending into lateral parietal cortex), thalamus, lateral prefrontal cortex, and cuneus. (B) Pulvinar nucleus (left) and orbitofrontal cortex (right) respectively showed selective reductions to repeated simulations of negative and positive future events. For illustrative purposes, bar graphs depict percent signal change for IR and FR negative, positive, and neutral trials. Error bars represent standard errors of the mean. (C) Regions showing activity increases to repeated simulations of the future (FR trials > I...
(a) The left-inferior frontal gyrus (L-IFG) is composed of four brain regions in the 234-region parc...
<p>Areas of brain activation (BOLD responses from fMRI) during test phase (treatment B).</p><p>S I =...
<p>In red-yellow, enhanced group-level fMRI-signal for the Novel > Repeated encoding trials for all ...
<div><p>a. regions showing significant difference between novel and practice condition (red: novel <...
<p>Note. FR = frequently repeated, IR = infrequently repeated, L = Left, R = Right, Ven. = Ventral, ...
<p>Brain regions identified by the resting state analysis are depicted in blue (p<0.005, FDR correct...
r r Abstract: Electrophysiological studies suggest sensitivity of the prefrontal cortex to changes i...
<p>Statistical parametric maps (SPM) showing significant activations in the ventral striatum (A), th...
<p>a) Coronal, sagittal and axial view for the whole-head contrast of the effect of stimulus present...
Examining the effect of repeating stimuli on brain activity is important for theories of perception,...
<p>A: Main effect of TASK revealed increased hemodynamic responses in left inferior frontal gyrus (L...
<p>A, D, G) Early visual areas investigated in the fMRI analysis. The figures show flattened represe...
We combined repetitive transcranial magnetic stimulation (rTMS) and functional magnetic resonance im...
We combined repetitive transcranial magnetic stimulation (rTMS) and functional magnetic resonance im...
<p>Results of the PPI between neural activity in the right middle temporal gyrus (MTG) and the psych...
(a) The left-inferior frontal gyrus (L-IFG) is composed of four brain regions in the 234-region parc...
<p>Areas of brain activation (BOLD responses from fMRI) during test phase (treatment B).</p><p>S I =...
<p>In red-yellow, enhanced group-level fMRI-signal for the Novel > Repeated encoding trials for all ...
<div><p>a. regions showing significant difference between novel and practice condition (red: novel <...
<p>Note. FR = frequently repeated, IR = infrequently repeated, L = Left, R = Right, Ven. = Ventral, ...
<p>Brain regions identified by the resting state analysis are depicted in blue (p<0.005, FDR correct...
r r Abstract: Electrophysiological studies suggest sensitivity of the prefrontal cortex to changes i...
<p>Statistical parametric maps (SPM) showing significant activations in the ventral striatum (A), th...
<p>a) Coronal, sagittal and axial view for the whole-head contrast of the effect of stimulus present...
Examining the effect of repeating stimuli on brain activity is important for theories of perception,...
<p>A: Main effect of TASK revealed increased hemodynamic responses in left inferior frontal gyrus (L...
<p>A, D, G) Early visual areas investigated in the fMRI analysis. The figures show flattened represe...
We combined repetitive transcranial magnetic stimulation (rTMS) and functional magnetic resonance im...
We combined repetitive transcranial magnetic stimulation (rTMS) and functional magnetic resonance im...
<p>Results of the PPI between neural activity in the right middle temporal gyrus (MTG) and the psych...
(a) The left-inferior frontal gyrus (L-IFG) is composed of four brain regions in the 234-region parc...
<p>Areas of brain activation (BOLD responses from fMRI) during test phase (treatment B).</p><p>S I =...
<p>In red-yellow, enhanced group-level fMRI-signal for the Novel > Repeated encoding trials for all ...