Anna L. Larsen

TL;DR: The results suggest that the two genotypes are associated with differential neural processing of food images, which may influence weight status through diminished impulse control and reward processing.

TL;DR: Reward-related brain regions are more active under resting-state conditions in obese than in normal-weight females, independent of food intake under the experimental settings applied in the current study.

TL;DR: It is suggested that neural connectivity patterns influence the sensitivity toward punishment and reward more closely in the AA carriers, predisposing them to developing obesity.

TL;DR: Adolescents with a recent diagnosis of ED had volumetric variations in brain areas linked to ED cognitions, obsessions, and working memory, and the findings emphasize the importance of early identification of illness, before potential long-term effects on structure and behaviour occur.

TL;DR: First-time-admitted alcoholics in an outpatient clinic completed the Millon Clinical Multiaxial Inventory (MCMI) as part of the initial evaluation, and seemed to be a valid and useful instrument in evaluat...