Takuya Morishita

This study uses tTIS to show that 80Hz striatal stimulation disrupts reinforcement learning of motor skills, while 20Hz does not, indicating a frequency-dependent effect on striatal function.

This study examines how brain network efficiency impacts post-stroke motor and attentional deficits, finding that attentional impairment is more sensitive to network disruption than motor impairment.

This study demonstrates that noninvasive theta burst stimulation of the human striatum increases striatal activity and improves motor skill learning, particularly in older adults.

This study investigates how motor skill acquisition evolves with practice, identifying memory storage and execution optimization as key factors, and shows that noninvasive brain stimulation can improve motor learning in older adults.

This study shows that personalized theta tACS targeting the fronto-parietal network improves motor sequence learning in older adults with high working memory load.