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Instrumented gait analysis defines the walking signature of CACNA1A disorders.

Elisabetta IndelicatoCecilia RaccagniSarah RunerJulius HanninkWolfgang NachbauerAndreas EigentlerMatthias AmprosiGregor WenningSylvia Boesch
Published in: Journal of neurology (2021)
In CACNA1A patients, the IGA with wearable sensors unravels specific gait signatures which are not detectable at naked eye. These features (narrow-based gait, lower landing acceleration) distinguish these patients from other ataxic disorders and may be target of focused rehabilitative interventions. IGA can potentially be applied to monitor the neurological fluctuations associated with CACNA1A disorders.
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