High-Frequency Vestibular Function Is Vulnerable to Presbyvestibulopathy
Abstract
:1. Introduction
2. Methods
2.1. Subject Enrollment
2.2. Vestibular Function Tests
2.3. Statistical Analysis
3. Results
3.1. Information of Enrolled Subjects
3.2. Relation between VFT Results and Aging
3.3. Analysis of Groups Categorized by Age
4. Discussion
Supplementary Materials
Author Contributions
Funding
Institutional Review Board Statement
Informed Consent Statement
Data Availability Statement
Conflicts of Interest
References
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Factors | Value |
---|---|
Mean Age, years (SD) | 65.19 (8.89) |
Male:Female, n (%) | 306 (29.3):737 (70.7) |
Caloric test | |
Mean Lt SPV, deg/sec (SD) | 33.75 (15.50) |
Mean Rt SPV, deg/sec (SD) | 33.35 (15.25) |
Mean CP, % (SD) | 8.33 (5.41) |
Number, n (%) | 1043 (100) |
vHIT, LSCC | |
Mean Lt gain (SD) | 0.964 (0.099) |
Mean Rt gain (SD) | 1.023 (0.104) |
Number, n (%) | 1043 (100) |
RCT, SHA | |
Mean 0.1 Hz gain (SD) | 0.521 (0.157) |
Mean 1.0 Hz gain (SD) | 0.774 (0.156) |
Number, n (%) | 315 (30.2) |
Posturography | |
Mean Composite score (SD) | 68.30 (11.94) |
Number, n (%) | 841 (80.6) |
cVEMP | |
Lt Present, n (%) | 404 (50.5) |
Lt Absent, n (%) | 396 (49.5) |
Rt Present, n (%) | 399 (49.9) |
Rt Absent, n (%) | 401 (50.1) |
Number, n (%) | 800 (76.3) |
oVEMP | |
Lt Present, n (%) | 87 (13.4) |
Lt Absent, n (%) | 563 (86.6) |
Rt Present, n (%) | 96 (14.8) |
Rt Absent, n (%) | 554 (85.2) |
Number, n (%) | 650 (62.0) |
Total, n (%) | 1043 (100) |
R p-Value n | Caloric Lt | Caloric Rt | vHIT Lt | vHIT Rt | RCT 0.12 | RCT 1.0 | Posturo |
---|---|---|---|---|---|---|---|
Caloric Lt | 1 N/A 1043 | ||||||
Caloric Rt | 0.892 *** <0.001 1043 | 1 N/A 1043 | |||||
vHIT Lt | 0.163 *** <0.001 1043 | 0.165 *** <0.001 1043 | 1 N/A 1043 | ||||
vHIT Rt | 0.115 *** <0.001 1043 | 0.115 *** <0.001 1043 | 0.762 *** <0.001 1043 | 1 N/A 1043 | |||
RCT 0.12 | 0.225 *** <0.001 315 | 0.164 ** 0.004 315 | 0.149 ** 0.008 315 | 0.165 ** 0.003 315 | 1 N/A 315 | ||
RCT 1.0 | 0.058 0.301 315 | 0.057 0.314 315 | 0.171 ** 0.002 315 | 0.188 ** 0.001 315 | 0.438 *** <0.001 315 | 1 N/A 315 | |
Posturo | 0.028 0.413 841 | 0.024 0.490 841 | 0.136 *** <0.001 841 | 0.123 *** <0.001 841 | −0.049 0.422 276 | 0.058 0.335 276 | 1 N/A 841 |
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Bae, S.; Yun, J.; Kwak, S.; Jung, H.; Lee, H.; Kim, J.; Kim, C.; Lee, Y.; Kim, S. High-Frequency Vestibular Function Is Vulnerable to Presbyvestibulopathy. Diagnostics 2024, 14, 1224. https://doi.org/10.3390/diagnostics14121224
Bae S, Yun J, Kwak S, Jung H, Lee H, Kim J, Kim C, Lee Y, Kim S. High-Frequency Vestibular Function Is Vulnerable to Presbyvestibulopathy. Diagnostics. 2024; 14(12):1224. https://doi.org/10.3390/diagnostics14121224
Chicago/Turabian StyleBae, Seonghoon, Jimin Yun, Seungmin Kwak, Hyuntaek Jung, Hancheol Lee, Juyoung Kim, Chanhee Kim, Yujin Lee, and Sunghuhn Kim. 2024. "High-Frequency Vestibular Function Is Vulnerable to Presbyvestibulopathy" Diagnostics 14, no. 12: 1224. https://doi.org/10.3390/diagnostics14121224