Intensity-Dependent Effects of TDCS on Motor Learning Are Related to Dopamine

The Intensity-Dependent Effects of Cortical Electrical Stimulation on Motor Learning and the Role of Dopamine Background Introduction Nowadays, non-invasive brain stimulation techniques such as transcranial direct current stimulation (tDCS) are widely used in neuroplasticity research to modulate cognition and behavior. However, optimizing stimulati...

Motor Cortex Retains and Reorients Neural Dynamics During Motor Imagery

Academic News Report Background The motor cortex has long been the focus of research on motor control, mainly studying its role in active motor execution. However, even in the absence of actual motor output, the motor cortex also activates during motor imagery. Previous behavioral and imaging studies have confirmed this phenomenon, but how the spec...