POTS & Dysautonomia

Postural Orthostatic Tachycardia Syndrome and other forms of dysautonomia involve dysfunction of the autonomic nervous system. Standard treatment focuses on blood volume — but that's only one of several possible mechanisms.

We test for the actual cause of your autonomic dysfunction:

Neurovascular function via transcranial Doppler
Vestibular and cerebellar contributions to autonomic control
Structural issues affecting blood flow or nerve signaling

Once we identify your specific mechanism, we can target treatment appropriately — not just manage symptoms.

Learn more about our POTS approach

Post-Concussion Syndrome

Concussion symptoms that persist beyond the expected recovery window indicate that something in the brain isn't healing correctly. Standard advice to "rest and wait" doesn't address the underlying dysfunction.

We assess:

Oculomotor function and eye movement control
Vestibular processing and balance systems
Cerebellar timing and coordination
Cervical spine contribution to symptoms

Targeted neurological rehabilitation can restore function that rest alone cannot.

Vestibular Disorders

Dizziness, vertigo, and imbalance often stem from vestibular system dysfunction — but "vestibular disorder" is a broad category with many possible causes.

We use comprehensive vestibular testing including:

Videonystagmography (VNG)
Rotary chair testing
Computerized dynamic posturography
Oculomotor and gaze stability assessment

This allows us to identify exactly which component of your vestibular system is affected and design targeted rehabilitation.

Migraines & Chronic Headaches

Migraines are often treated purely as a pain management problem. But migraine is a neurological event — and understanding the neurological triggers can open new treatment pathways.

We evaluate:

Brainstem and trigeminal nucleus function
Cervical spine contribution to headache patterns
Visual processing and photosensitivity
Autonomic and vascular components

Many patients who have failed medication management find relief through neurological rehabilitation approaches.

Movement Disorders

Tremor, dystonia, and other movement disorders involve dysfunction in the motor control circuits of the brain. While we can't cure degenerative conditions, we can often improve function through targeted rehabilitation.

Our approach focuses on:

Cerebellar function and timing
Basal ganglia contributions
Proprioceptive and sensory integration
Compensatory strategies and motor learning

Neurodevelopmental Disorders

Children with developmental delays, learning difficulties, ADHD, and sensory processing challenges often have underlying neurological inefficiencies that can be addressed through targeted intervention.