APS
2022 APS Annual Convention · 2022
Network Centrality of Frontal Pole and Cingulate Is Related to Inhibitory Control
- Melanie Matyi
University of Delaware - Jeffrey Spielberg
University of Delaware
Abstract
Graph theory analysis was employed to identify how the structural position of control-related regions support inhibitory control ability. Network centrality of control-related regions was related to performance on an inhibitory control task. Specifically, network centrality of right polar BA10, rostral BA10, and posterior BA32 was associated with better inhibitory control.
Self-Control
