Body sway responses to pseudorandom support surface translations of vestibular loss subjects resemble those of vestibular able subjects

•We compared responses to support surface translations of vestibular-able and vestibular-loss subjects.•Eyes-closed and eyes-open conditions were tested· The support surface was translated in anterior-posterior direction. Motion profiles were constructed from pseudo-random-ternary sequences (PRTS).•...

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Vydáno v:Neuroscience letters Ročník 736; s. 135271
Hlavní autoři: Lippi, V., Assländer, L., Akcay, E., Mergner, T.
Médium: Journal Article
Jazyk:angličtina
Vydáno: Ireland Elsevier B.V 25.09.2020
Témata:
Adolescent
Adult
Female
Hearing Loss - physiopathology
Human postural responses
Humans
Male
Postural Balance - physiology
Proprioception
Proprioception - physiology
Support surface translation
Vestibular Diseases - physiopathology
Vestibular loss
Vestibule, Labyrinth - physiopathology
Young Adult
Human postural responses
Support surface translation
Proprioception
Vestibular loss
ISSN:0304-3940, 1872-7972, 1872-7972
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Abstract •We compared responses to support surface translations of vestibular-able and vestibular-loss subjects.•Eyes-closed and eyes-open conditions were tested· The support surface was translated in anterior-posterior direction. Motion profiles were constructed from pseudo-random-ternary sequences (PRTS).•Vestibular-able closely resembled those of the vestibular-loss subjects for both Eyes-closed and eyes-open.•Visual conditions had a strong effect on the response producing two specific response patterns. Body sway responses evoked by a horizontal acceleration of a level and firm support surface are particular in that the vestibular information on body-space angle BS resembles the proprioceptive information on body-foot angle BF. We compared corresponding eyes-closed responses of vestibular-able (VA) and vestibular-loss (VL) subjects, postulating a close correspondence. In contradistinction to previous studies, we used an unpredictable (pseudorandom) stimulus and found that the eyes-closed and eyes-open responses of the VA closely resembled those of the VL subjects, as expected. We further conclude that the vestibular signals coding head linear translation in VA subjects has in this case too little functional relevance to cause a notable difference between the subject groups.
AbstractList Body sway responses evoked by a horizontal acceleration of a level and firm support surface are particular in that the vestibular information on body-space angle BS resembles the proprioceptive information on body-foot angle BF. We compared corresponding eyes-closed responses of vestibular-able (VA) and vestibular-loss (VL) subjects, postulating a close correspondence. In contradistinction to previous studies, we used an unpredictable (pseudorandom) stimulus and found that the eyes-closed and eyes-open responses of the VA closely resembled those of the VL subjects, as expected. We further conclude that the vestibular signals coding head linear translation in VA subjects has in this case too little functional relevance to cause a notable difference between the subject groups.
•We compared responses to support surface translations of vestibular-able and vestibular-loss subjects.•Eyes-closed and eyes-open conditions were tested· The support surface was translated in anterior-posterior direction. Motion profiles were constructed from pseudo-random-ternary sequences (PRTS).•Vestibular-able closely resembled those of the vestibular-loss subjects for both Eyes-closed and eyes-open.•Visual conditions had a strong effect on the response producing two specific response patterns. Body sway responses evoked by a horizontal acceleration of a level and firm support surface are particular in that the vestibular information on body-space angle BS resembles the proprioceptive information on body-foot angle BF. We compared corresponding eyes-closed responses of vestibular-able (VA) and vestibular-loss (VL) subjects, postulating a close correspondence. In contradistinction to previous studies, we used an unpredictable (pseudorandom) stimulus and found that the eyes-closed and eyes-open responses of the VA closely resembled those of the VL subjects, as expected. We further conclude that the vestibular signals coding head linear translation in VA subjects has in this case too little functional relevance to cause a notable difference between the subject groups.
Body sway responses evoked by a horizontal acceleration of a level and firm support surface are particular in that the vestibular information on body-space angle BS resembles the proprioceptive information on body-foot angle BF. We compared corresponding eyes-closed responses of vestibular-able (VA) and vestibular-loss (VL) subjects, postulating a close correspondence. In contradistinction to previous studies, we used an unpredictable (pseudorandom) stimulus and found that the eyes-closed and eyes-open responses of the VA closely resembled those of the VL subjects, as expected. We further conclude that the vestibular signals coding head linear translation in VA subjects has in this case too little functional relevance to cause a notable difference between the subject groups.Body sway responses evoked by a horizontal acceleration of a level and firm support surface are particular in that the vestibular information on body-space angle BS resembles the proprioceptive information on body-foot angle BF. We compared corresponding eyes-closed responses of vestibular-able (VA) and vestibular-loss (VL) subjects, postulating a close correspondence. In contradistinction to previous studies, we used an unpredictable (pseudorandom) stimulus and found that the eyes-closed and eyes-open responses of the VA closely resembled those of the VL subjects, as expected. We further conclude that the vestibular signals coding head linear translation in VA subjects has in this case too little functional relevance to cause a notable difference between the subject groups.
ArticleNumber 135271
Author Lippi, V.
Assländer, L.
Mergner, T.
Akcay, E.
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  surname: Assländer
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  surname: Akcay
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  organization: Kocaeli University, Kocaeli, Turkey
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  surname: Mergner
  fullname: Mergner, T.
  organization: Neurological University Clinics, Freiburg, Germany
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10.1152/jn.2002.88.3.1097
10.1109/79.647043
10.1007/s002210050630
10.1016/j.jbiomech.2017.07.016
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Keywords Human postural responses
Support surface translation
Proprioception
Vestibular loss
Language English
License Copyright © 2020 Elsevier B.V. All rights reserved.
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Snippet •We compared responses to support surface translations of vestibular-able and vestibular-loss subjects.•Eyes-closed and eyes-open conditions were tested· The...
Body sway responses evoked by a horizontal acceleration of a level and firm support surface are particular in that the vestibular information on body-space...
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SubjectTerms Adolescent
Adult
Female
Hearing Loss - physiopathology
Human postural responses
Humans
Male
Postural Balance - physiology
Proprioception
Proprioception - physiology
Support surface translation
Vestibular Diseases - physiopathology
Vestibular loss
Vestibule, Labyrinth - physiopathology
Young Adult
Title Body sway responses to pseudorandom support surface translations of vestibular loss subjects resemble those of vestibular able subjects
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