Jennifer A. Sweet

This study investigates how grasp and object properties modulate inferior frontal gyrus activity during a grasping task, finding that grasp is the primary driver of neural modulation.

This study decodes speech and grasp from neural activity in sensorimotor cortices of tetraplegic participants, showing overlapping neural populations and reconfigured connectivity between tasks.

This study examines how force and grasp are represented in motor cortex of tetraplegic individuals, finding that grasp affects force decoding and that grasp is more accurately classified than force.