Dizzy and Vertigo Institute of Los Angeles
Los Angeles, California, 90048, United States
NCT Number: NCT05157399
Vestibular disorders are among the most common causes of disability in society and affect over 50% of the population over the age of 65 and a significant percentage of the younger population. Vestibular disorders have a dramatic impact on daily life impacting work, relationships, and even activities of daily living.The OtoBand has shown promise and might be beneficial for treating or improving the course of recovery from vestibular disorders.
This study seeks to quantify the effect of the study device, the OtoBand, on objective measures of dizziness and vertigo in patients with vestibular dysfunction.
The study will be conducted at a single-site and will be a blinded, randomized, placebo-controlled design in which participants do not know if they are receiving bone conducted stimulation 1) at a therapeutic level or 2) at a non therapeutic level.
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Notify Me18 year–70 year
All sexes
Interventional
Not applicable
Los Angeles, California, 90048, United States
Vestibular disorders are among the most common causes of disability in society and affect over 50% of the population over the age of 65 and a significant percentage of the younger population. Vestibular disorders have a dramatic impact on daily life impacting work, relationships, and even activities of daily living. At the current time, the mainstay of therapy for many vestibular disorders is a physical therapy called vestibular rehabilitation. While usually highly effective, this therapy is time consuming and not universally effective, in part because of inconsistent subject compliance. The use of adjuvant devices to speed recovery has been studied but very few devices have proved beneficial; the few that have shown benefit only work in special populations and are large units that cost several million dollars.
In this study, the investigators will assay the efficacy of the OtoBand in participants with vertigo and dizziness. The OtoBand will be given to participants with vertigo and dizziness in patients with vestibular dysfunction. Participants will be recruited from patients who present at the Dizziness and Vertigo Institute of Los Angeles and for whom the Principal Investigators recommend a course of vestibular rehabilitation therapy. The OtoBand will be set at either a normal power (effective) or low power (lower than the power level thought to be effective, placebo device). Participants will not know if they are receiving receiving bone conducted stimulation 1) at a therapeutic level or 2) at a non therapeutic level.
This study seeks to determine if, in patients going to the Dizzy and Vertigo Institute of Los Angeles for vestibular rehabilitation therapy, objective measures of dizziness and vertigo are significantly changed by wearing the OtoBand.
Potential changes will be measured in the following tests:
In this current protocol, three conditions (sham, therapeutic and no device) will be tested within an hour in a randomized sequence, with the OtoBand remaining in place throughout (turned off in the "no device" condition).
The primary endpoint of the study is to determine the change(s) induced by the OtoBand in objective measures of vestibular symptoms.
The secondary endpoints of the study include:
Healthy volunteers accepted: No
Only the study team can determine whether someone qualifies for participation.
Inclusion criteria
Exclusion criteria
Participants with Dizziness and Vertigo will wear the Otoband set at normal power (effective) during vestibular test battery and outcome measurements will be recorded by the investigator during site visit.
Participants with Dizziness and Vertigo will wear the placebo device set at low power during vestibular test battery and outcome measurements will be recorded by the investigator during site visit.
Time frame: Within 60 minute trial period.
We measure the Gain of the Vestibular Ocular Reflex (VOR) associated with sinusoidal harmonic accelerations (SHAs) at multiple frequencies of rotation. The mean Gain across all frequencies will be computed for each three experimental conditions (OtoBand/sham/no device). The quantifiable outcome will be the deviation from nominal values of the Gain as a function of experimental condition.
Time frame: Within 60 minute trial period.
We measure the Phase of the Vestibular Ocular Reflex (VOR) associated with sinusoidal harmonic accelerations (SHAs) at multiple frequencies of rotation. The mean phase lag across all frequencies will be computed for each three experimental conditions (OtoBand/sham/no device). The quantifiable outcome will be the deviation from nominal values of the phase lag as a function of experimental condition.
Time frame: Within 60 minute trial period.
Compare participants' estimation of which device provided the most benefits, to the improvement in VOR gain measured during sinusoidal harmonic accelerations (SHAs).
Time frame: Within 60 minute trial period.
Measure statistically significant changes in VOR gain as measured from Sinusoidal Harmonic Accelerations (SHAs) and spontaneous nystagmus, as a function of the OtoBand's power level and as a function of the participant's condition (vestibular migraine vs vestibulopathy)
Time frame: Within 60 minute trial period.
Following sinusoidal harmonic accelerations (SHAs) in the rotary chair, we measure residual eye movements (nystagmus) for one minute at rest. The amplitude and frequency of these eye movements will be computed for each three experimental conditions (OtoBand/sham/no device). The quantifiable outcome will be the deviation from nominal values of the nystagmus as a function of experimental condition.
Otolith Labs
Industry
Quantification of the Effect of the OtoBand, a Non-invasive Vestibular Masker, on Objective Measures of Vertigo and Dizziness
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