The central columns show representative 2-dimensional axial slices highlighting areas showing above threshold activation in both stress and non-stress conditions for food (high-ED and low-ED) compared with non-food cues in the lean (central left) and obese (central right) columns. The side columns illustrate areas showing differential activation between conditions, with effects for the lean group shown on the far left, and effects for the obese group on the far right. Obese indicates all obese participants (binge eating and non-binge eating); dlPFC indicates dorsolateral prefrontal cortex; SP, superior parietal cortex; IP, inferior parietal cortex; Cer, cerebellum, OFC, orbitofrontal cortex; MTG, middle temporal gyrus; Ins, insula; Thal, th...
Brain regions involved in the reappraisal of tasty but unhealthy foods are of special interest for t...
<p>Brain regions showing stronger activation in normal-weight versus morbidly obese subjects in inhi...
Background: In an exploratory positron emission tomography study of postprandial regional cerebral b...
The central columns show representative 2-dimensional axial slices highlighting areas showing above ...
The left column illustrates the stress condition effect for the lean group (right), along with the c...
The left column shows representative 2-dimensional axial slices highlighting areas showing above thr...
The left column illustrates the stress condition effect for the lean group (right), along with the c...
Representative 2-dimensional axial slices highlighting areas showing between-group differences in ac...
a. Binge eating group differences by stress condition for low-ED vs. high-ED food contrast. Both col...
a. Binge eating group differences by stress condition for food vs. non-food contrast. Both columns i...
L PMC, left premotor cortex; R PMC, right premotor cortex; OFC, orbitofrontal cortex. (PPTX)</p
a. Association of activations with AUC stress ratings from pre-SECPT to pre-scan in stress condition...
Fus, fusiform gyrus; PH, parahippocampal gyrus; SensMot, sensorimotor cortex. (PPTX)</p
CER, cerebellum; dACC, dorsal anterior cingulate cortex; PCu, precuneus; dlPFC, dorsolateral prefron...
MTG, middle temporal gyrus; SMG, supramarginal gyrus; ilPFC, inferolateral prefrontal cortex; dlPFC,...
Brain regions involved in the reappraisal of tasty but unhealthy foods are of special interest for t...
<p>Brain regions showing stronger activation in normal-weight versus morbidly obese subjects in inhi...
Background: In an exploratory positron emission tomography study of postprandial regional cerebral b...
The central columns show representative 2-dimensional axial slices highlighting areas showing above ...
The left column illustrates the stress condition effect for the lean group (right), along with the c...
The left column shows representative 2-dimensional axial slices highlighting areas showing above thr...
The left column illustrates the stress condition effect for the lean group (right), along with the c...
Representative 2-dimensional axial slices highlighting areas showing between-group differences in ac...
a. Binge eating group differences by stress condition for low-ED vs. high-ED food contrast. Both col...
a. Binge eating group differences by stress condition for food vs. non-food contrast. Both columns i...
L PMC, left premotor cortex; R PMC, right premotor cortex; OFC, orbitofrontal cortex. (PPTX)</p
a. Association of activations with AUC stress ratings from pre-SECPT to pre-scan in stress condition...
Fus, fusiform gyrus; PH, parahippocampal gyrus; SensMot, sensorimotor cortex. (PPTX)</p
CER, cerebellum; dACC, dorsal anterior cingulate cortex; PCu, precuneus; dlPFC, dorsolateral prefron...
MTG, middle temporal gyrus; SMG, supramarginal gyrus; ilPFC, inferolateral prefrontal cortex; dlPFC,...
Brain regions involved in the reappraisal of tasty but unhealthy foods are of special interest for t...
<p>Brain regions showing stronger activation in normal-weight versus morbidly obese subjects in inhi...
Background: In an exploratory positron emission tomography study of postprandial regional cerebral b...