Abstract
Objective: Aborting an ongoing movement in response to external stimulus, is a relatively complex task and involve multiple brain regions. The relative contribution of various anatomical substrates controlling movement-stopping is yet to be understood completely. Cerebro-cerebellar interaction was found essential for response inhibition. In this study we estimated the movement-stopping performance in patients with Spinocerebellar Ataxia-12 (SCA12) and explored any association with severity of disease.
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