Resting bilateral sensorimotor mu rhythm suppression facilitates ipsilesional M1 excitability after stroke
Objective: Stroke-related corticospinal tract (CST) disruption causes lasting hand impairments, but many stroke survivors retain some residual CST connections. In neurotypical adults, motor cortex (M1) TMS interventions can strengthen CST transmission when coupled to EEG brain states reflecting heightened M1 excitability. Because stroke alters the relationship between these brain states and…
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