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The cerebellum has a vital role in fine motor control of the limbs. Consequently, downstream changes in peripheral axonal function may develop following a cerebellar infarct, in part, to adapt to the resultant impairment. The present study investigated changes in excitability in ipsilateral and contralateral upper limb peripheral motor axons in patients with acute cerebellar infarct to determine whether...
Limited evidence to date has demonstrated changes in excitability that develops over the contralateral motor cortex after a cerebellar infarct. As such, the present study investigated changes in excitability over the contra- (contraM1) and ipsilateral motor cortices (ipsiM1), in patients with acute cerebellar infarct, to determine whether the changes may have functional relevance. Paired-pulse transcranial...
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