Yujiang Wang

AutoMacq is an automatic pipeline for processing rhesus macaque MRI data, producing reliable voxel-based and surface-based metrics with minimal manual intervention.

The paper analyzes seizure network dynamics in focal epilepsy patients, finding that seizure pathways change on circadian and slower timescales, independent of medication.

The paper introduces divisive inhibition into the Wilson-Cowan model and shows how it can be combined with subtractive inhibition.

The paper uses structural brain networks and clinical data to predict seizure outcomes and relapse after epilepsy surgery, finding that more abnormal nodes correlate with worse outcomes.

This study examines how lithium treatment in bipolar disorder affects white matter integrity and finds a positive association between lithium distribution and fractional anisotropy.

The paper uses interictal intracranial EEG networks to predict the effectiveness of subacute cortical stimulation in reducing seizures in focal epilepsy.