Marco Capogrosso

This study uses deep brain stimulation to enhance corticospinal output in monkeys with CST lesions, improving arm and hand function and fine motor control.

This study shows that cervical spinal cord stimulation impairs proprioception but improves voluntary arm reaching in post-stroke patients.

This paper introduces SpIC3D, a 3D imaging method for high-resolution visualization of spinal structures, enabling quantification of neuronal density and volumetric reconstruction for computational modeling.

This study shows that GABA facilitates sensory transmission in monkeys, increasing spinal and cortical neural responses to sensory inputs.

This study investigates whether high-frequency transcutaneous spinal cord stimulation (tSCS) is more comfortable than conventional tSCS at therapeutic amplitudes, finding no significant difference in discomfort ratings.

This study uses a computational model to show that cervical tSCS preferentially activates sensory fibers over motor fibers, suggesting high proprioceptive and cutaneous contributions to neural activation.

The paper examines how electrical stimulation of cutaneous afferents disrupts spinal processing of proprioceptive inputs and affects neural activity propagation to the somatosensory cortex.

Recordings from four monkeys handling objects place input-driven activity in one putative somatosensory-feedback subspace of motor cortex, prominent around error correction and probed by stimulating ascending tracts.

The paper introduces a robotic platform for monitoring sensorimotor signals during natural reaching and grasping tasks in monkeys, demonstrating its use in kinematic studies, neural recordings, and brain-computer interface development.