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Plasticity of the human primary motor cortex (M1) has a critical role in motor control and learning. The cerebellum facilitates these functions using sensory feedback. We investigated whether cerebellar processing of sensory afferent information influences the plasticity of the primary motor cortex (M1). Theta-burst stimulation protocols (TBS), both(More)
OBJECTIVE To test the plasticity of bilateral motor cortices (M1) in treatment-naïve (de novo) Parkinson's disease (PD) patients and its response to single dose of L-DOPA. METHODS Twenty-one de novo PD patients with only unilateral motor symptoms were recruited to eliminate the effects of advanced disease and chronic treatment and were tested with(More)
Plasticity of primary motor cortex is severely impaired in Parkinson's disease and chronic dopaminergic treatment is reported not to rescue it. The effect of an acute dose of levodopa on cortical plasticity reported so far is variable. In this study, it was hypothesized that cortical plasticity would be restored in Parkinson's disease as a long duration(More)
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