Effects of Shank Vibration on Lean After-Effect

Postural adaptability is related to central sensory integration and reweighting efficiency. Incline-interventions lead to lean after-effect (LAE), but it is not fully known how sensory reweighting may affect the magnitude and duration of LAE. We tasked fifteen young and healthy subjects with perform...

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Bibliographic Details
Published inJournal of motor behavior Vol. 53; no. 5; pp. 611 - 621
Main Authors Young, David R., Layne, Charles S.
Format Journal Article
LanguageEnglish
Published Washington Routledge 03.09.2021
Taylor & Francis Inc
Subjects
adaptation
body schema
posture
Proprioception
sensory integration
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Summary:Postural adaptability is related to central sensory integration and reweighting efficiency. Incline-interventions lead to lean after-effect (LAE), but it is not fully known how sensory reweighting may affect the magnitude and duration of LAE. We tasked fifteen young and healthy subjects with performing incline-interventions under conditions designed to perturb proprioception during or after the incline-intervention. We found that support surface configuration affected responses to tendon vibration. Additionally, vibration during an incline-intervention did not inhibit LAE, but vibration during an after-effect significantly affected LAE. Results reinforce claims that postural adaptation is based on modifications of central mechanisms of perception, not peripheral shank proprioceptors and improve our understanding of the role of sensory reweighting and sensory integration into postural adaptability.
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ISSN:0022-2895
1940-1027
DOI:10.1080/00222895.2020.1815640