Abdulraheem Nashef

The paper investigates how Purkinje cell firing rates and synchrony contribute to motor control by analyzing their relationship with mouse reach kinematics.

The paper investigates how cerebellar signals are selected for movement initiation through inhibitory network dynamics in the motor cortex.

This study shows that motor cortical maps in adult monkeys can symmetrically reorganize in response to training on tasks involving proximal or distal joints, with changes reflecting usage-consistent reorganization rather than local expansion.

The paper reversibly blocks cerebellar outflow in primates to study its role in motor coordination, finding disruptions in cortical activity timing without affecting spatial tuning or preparatory activity.