Jonathan P. Farthing

This study shows that reticulospinal tract activity scales with handgrip force in humans, unlike contralateral motor cortex.

This study examines how high-force handgrip contractions of the less-affected limb affect brain activation in stroke participants and controls, finding increased ipsilesional activation in both groups.

This study shows that repeated unilateral handgrip contractions at 50% MVC improve contralateral hand response times and alter functional connectivity and neurochemical levels in sensorimotor areas.