Marco Bonizzato

This study shows that combining cortical and spinal stimulation improves gait recovery in rats with spinal cord injury more than either method alone.

This study uses TMS to show that cortical stimulation increases foot and knee height during walking, suggesting the motor cortex modulates gait trajectories.

This study shows that stimulating the ipsilateral motor cortex in rats with spinal cord injury can restore bilateral limb movement and postural control.

This study uses a bi-cortical neuroprosthesis to investigate motor program recovery after spinal cord injury in cats, showing that cortical control can be re-established to modulate gait and alleviate foot drag.

This paper introduces a hierarchical and adaptive optimization algorithm to efficiently map spatiotemporal neurostimulation patterns to motor outputs in non-human primates, revealing nonlinear computations in M1.