GyroStim is an FDA-cleared Breakthrough Medical Device for treating people with symptoms of balance disorders and vestibular dysfunction, supporting its clinical use across a wide range of conditions that benefit from vestibular rehabilitation therapy (VRT), including:
Concussion & Traumatic Brain Injury (TBI)
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Why: Concussions and TBIs often disrupt vestibular, visual, and cognitive processing.
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How GyroStim Helps: Provides controlled vestibular stimulation and integrated visual-cognitive exercises that retrain balance, coordination, gaze stability, reaction time, and executive function—accelerating recovery and reducing post-concussion symptoms.
Stroke Survivors
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Why: Stroke can impair balance, mobility, coordination, and cognitive function.
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How GyroStim Helps: Multimodal therapy engages multiple neural systems simultaneously, driving neuroplasticity to help restore motor control, coordination, and functional independence.
Vestibular & Balance Disorders (e.g., Vertigo, Vestibular Migraine, MdDS, BVH, PPPD, BPPV)
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Why: Most conditions stem from dysfunctional vestibular processing.
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How GyroStim Helps: Whole-body, multi-axis vestibular stimulation retrains balance and motion tolerance while strengthening vestibular-visual integration and overall vestibular processing.
Age-related Balance Dysfunction
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Why: Natural aging can weaken balance, increase fall risk, and impair mobility.
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How GyroStim Helps: Stimulates, exercises, and challenges vestibular and sensorimotor function, improves spatial awareness and reaction time, restoring confidence and independence while reducing fall risk.
Neurodegenerative Disorders (e.g., Parkinson’s, MS, ALS, Alzheimer's, Huntington's Disease)
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Why: These conditions progressively degrade motor function, balance, and coordination.
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How GyroStim Helps: Provides high-intensity, adaptive stimulation that strengthens sensorimotor networks, supports mobility, reduces fall risk, and helps maintain functional performance longer.
Developmental & Neurological Disorders (e.g., Cerebral Palsy, Autism Spectrum Disorder, ADHD, Down Syndrome)
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Why: These conditions often involve sensorimotor integration challenges, impaired coordination, and difficulties with attention and cognitive processing.
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How GyroStim Helps: Multisensory stimulation enhances sensorimotor integration, improves coordination, and strengthens cognitive flexibility in a fun, gamified, and engaging way.
Post-Illness Conditions (e.g., Long COVID, Lyme Disease)
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Why: COVID, Lyme disease and others often cause lingering dizziness, imbalance, and cognitive issues (“brain fog”).
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How GyroStim Helps: Combines vestibular stimulation with cognitive training to restore balance, reduce dizziness, and improve clarity.
Chemo-Related Balance Dysfunction & Brain Fog
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Why: Cancer treatments may impair vestibular function and cognitive clarity.
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How GyroStim Helps: Provides targeted stimulation that improves balance, coordination, and cognitive performance—helping restore day-to-day function.
Autonomic Nervous System Disorders (e.g., POTS, MSA, Dysautonomia)
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Why: Disrupted communication between the autonomic and vestibular systems can impair balance, destabilize heart rate, and trigger symptoms like dizziness, nausea, anxiety, and blood pressure fluctuations.
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How GyroStim Helps: By delivering precise vestibular stimulation through a multimodal approach, GyroStim retrains and stabilizes these interconnected networks—reducing symptoms and restoring balance.
Athletes & Performance Enhancement
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Why: Even without injury, athletes seek to sharpen reaction time, balance, coordination, situational awareness, and resilience against concussions.
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How GyroStim Helps: Delivers advanced visuomotor and cognitive challenges under dynamic conditions, improving performance and reducing injury risk.
In summary: GyroStim can benefit practically anyone with a condition that disrupts balance, coordination, cognitive function, or sensorimotor integration. Its power lies in engaging the brain’s innate ability to adapt and rewire—making it useful in both rehabilitation and performance optimization.
