Jing Xu

The paper analyzes spatiotemporal finger coordination in able-bodied and post-stroke hands, finding reduced complexity and expressiveness in paretic fingers.

This study investigates how target speed affects corticospinal excitability during interception preparation, finding that speed, not distance, influences MEP modulation.

This study examines finger individuation impairment after stroke, finding two dissociable factors: loss of control complexity and flexor bias intrusion.

The paper develops an artificial neural network to model finger dexterity recovery after stroke, revealing neural plasticity and pathway interactions that contribute to improved motor control.

This study identifies oscillatory hyperconnectivity and hypoconnectivity networks in major depression using coupled tensor decomposition and music-induced EEG data.

This study finds no evidence of cortical reorganization after stroke using resting-state fMRI despite behavioral recovery.

The paper analyzes mirror movements in stroke patients to assess contributions from cortical and subcortical pathways to hand recovery.

This study tracks recovery of hand function after stroke, finding that strength and finger control recover differently, with individuation improving beyond a strength threshold due to CST-dependent mechanisms.