Distributed Cortical Network Dynamics of Binocular Convergent Eye Movements in Humans.

ABSTRACT: Neuroimaging studies in humans have localized brain functions to specific brain regions, but a recent shift toward distributed network-based models of brain function promises deeper insights into the network processes that generate brain functionality. Resting-state functional connectivity provides a rich mapping of the brain's network architecture, linking with both underlying structure and task-evoked responses across the whole brain. In this study, we utilized a model based on propagation of task-evoked activations over resting-state functional connectivity networks to identify cortical contributions to localized functional brain activations associated with binocular convergent eye movements. Binocular vision is crucial for daily routine activities, with its impairment leading to signif

SUBMITTER: Hajebrahimi F 

PROVIDER: S-EPMC12393460 | biostudies-literature | 2025 Aug

REPOSITORIES: biostudies-literature