Ear and Hearing · 2019 · 37 citations · 37 references
MedicineAudiologyOtolaryngologyHearing AidsOtologyVestibular DisordersHearing ImpairmentHearing LossVestibular FunctionVestibular PhysiologyVestibular SystemVestibular TestingAuditory CuesPostural MechanicsPostural SwayPosture Control After Vestibular LossVestibular Contribution To BalanceVestibular Contributions To BalanceVestibular FeedbackVestibular Postural Control
OBJECTIVES: To evaluate the influence of auditory cues on postural sway in normal-hearing (NH) individuals, hearing-impaired individuals with vestibular impairment (HIVL), or hearing-impaired (HI) individuals without vestibular impairment. DESIGN: Thirty-two participants received a hearing and a vestibular evaluation (vHIT, oVEMP, cVEMP) and then were separated in to three groups (NH, HI, HIVL). All participants had to stand on a force platform in four postural conditions (A: EO/firm, B: EC/firm, C: EO/Foam, D: EC/Foam) under two auditory conditions, with or without auditory cues. RESULTS: Results revealed that first, there was a significant difference between HIVL and both HI and NH groups in conditions C and D without auditory cues. Second, greater improvement for HIVL compared to NH and HI groups in condition C and D was observed with auditory cues. Finally, somatosensory reliance significantly decreased for the HIVL participants using hearing aids compared to NH and HI. CONCLUSIONS: Our results suggest that hearing aids benefit for postural control may be modulated by vestibular function.
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Sensorimotor Integration in Human Postural Control
R.J. Peterka · Journal of Neurophysiology · 2002 · 2.3K citations
Noise-Enhanced Human Balance Control
Attila A. Priplata, James B. Niemi, Martin Salen et al. · Physical Review Letters · 2002 · 360 citations