Ricci Hannah

This study shows that TMS-induced corticospinal beta oscillations can be detected in muscle recordings and share neural sources with endogenous beta rhythms.

The paper correlates rate of torque development with corticospinal excitability during explosive contractions and finds MEP remains constant while silent period duration increases.

This study challenges the pause-then-cancel model of action stopping by showing global motor suppression alone is sufficient to stop movement, using electromyography and transcranial magnetic stimulation in stop-signal tasks.

This study examines how sodium channel blockers affect the strength-duration properties of human motor cortex neurons using TMS, revealing distinct effects between carbamazepine and lacosamide.

This study disrupts the right inferior frontal cortex using TMS timed to beta bursts, showing impaired action-stopping and linking beta burst timing to stopping latency.

The paper identifies a temporal cascade of neural and muscular processes involved in human action-stopping, showing distinct subprocesses at different timepoints.

The paper investigates corticospinal excitability changes during movement preparation and finds that preparatory inhibition is a necessary state for planned movements, with different triggering strategies for reaction time and self-paced tasks.

This study examines how coil orientation affects Motor Evoked Potentials (MEPs) from Orbicularis Oris and First Dorsal Interosseous, finding variations in optimal orientations between the two muscle groups.