Benjamin A. Seitzman

The paper shows that functional brain networks remain stable in healthy young adults over years, suggesting persistent individual brain organization.

This paper identifies two distinct forms of variation in human functional brain networks: border shifts and ectopic intrusions, which differ in location, network associations, and behavioral predictions.

This paper identifies two distinct sub-systems within the cingulo-opercular network using fMRI data, showing differential roles in task control and other cognitive/motor functions.

The paper examines whether high cofluctuation 'events' in fMRI data uniquely drive functional connectivity or arise from sampling variability in a static signal.

The paper probabilistically maps human functional brain networks to identify regions of high inter-subject consensus across multiple datasets.

The paper shows network variants identified from task data are similar to those from rest states, supporting their trait-like nature.

This study examines functional brain network changes and cognitive impairments in pediatric brain tumor patients, finding altered network organization and its link to cognitive performance.

The paper introduces a new set of functionally-defined brain regions that better represent subcortex and cerebellum, validated across datasets and combined with cortical regions to improve functional network analysis.