Search

Neural correlates of social-cognition were assessed in 9- to- 17-year-olds (N = 34) using functional magnetic resonance imaging. Participants appraised how unfamiliar peers they had previously identified as being of high or low interest would evaluate them for an anticipated online chat session. Differential age- and sex-related activation patterns emerged in several regions previously implicated in affective processing. These included the ventral striatum, hippocampus, hypothalamus, and insula. In general, activation patterns shifted with age in older relative to younger females but showed no association with age in males. Relating these neural response patterns to changes in adolescent social-cognition enriches theories of adolescent social development through enhanced neurobiological understanding of social behavior.

Resilience and emotion regulation are crucial for optimal psychosocial functioning in children. This study assessed whether a group-based intervention, the Resilience Builder Program (RBP), improved student report of emotion regulation when administered in elementary schools. Sixty-seven students aged 9-12 years (M = 10.50, SD =.74; 82.1% male, 98.5% ethnic/racial minority) were randomly assigned to receive the RBP intervention immediately or following a semester delay. Participants reported their emotional control using the How I Feel scale. Students who received the RBP reported a significant increase in their emotional control and a significant decrease in negative emotion compared to those students in the delayed treatment sample who had not yet received the intervention. Further, students indicated a strongly positive perception of the therapy. [ABSTRACT FROM AUTHOR]