Eye movements
How the eyes hold a target, follow movement, and shift attention.
Dizziness and vertigo can feel similar, but they don't always come from the same place. At Leon Chiropractic in Stony Brook, Dr. Jared Leon uses a detailed brain, balance, eye-movement and vestibular evaluation to better understand what may be contributing to the problem and determine an appropriate path forward.
Dr. Jared Leon, DC, DACNB, FABVR, CCEP
Board-Certified Functional Neurologist Fellow of the American Board of Vestibular Rehabilitation
The Neural Stress Test™ is an educational screening and is not a diagnosis or a substitute for an in-person clinical evaluation.

Balance depends on the brain integrating vestibular information from the inner ear, vision, proprioceptive and somatosensory information, eye and head movement coordination, and central nervous system processing.
Think of balance like a three-way conversation between your eyes, inner ears and body. Your brain has to listen to all three, compare their information and create one stable picture of where you are in space.
A dizzy feeling does not automatically point to one cause. The purpose of a careful evaluation is to understand the pattern and identify contributing factors—not to make assumptions from a symptom alone.
Inner ear
Vision
Body
Positional vertigo can sometimes involve displaced particles within the inner ear and may respond to an appropriate repositioning maneuver. Other patterns can involve different vestibular, visual, migraine-associated, post-concussion, or central mechanisms and may require a different rehabilitation approach.
These examples are educational. A website cannot determine which pattern is present; an appropriate clinical evaluation is needed.
Large stores, patterned aisles, crowds, scrolling environments, and busy visual fields ask the eyes and balance system to process a tremendous amount of motion and spatial information. For someone who is visually sensitive, that mismatch can feel disorienting even when a quiet room feels comfortable.
Testing is selected according to the individual's history and presentation. The goal is to understand how the relevant systems are functioning together—not to run everyone through the same list of equipment.
How the eyes hold a target, follow movement, and shift attention.
How vision responds while the head is moving.
How stability changes when visual or surface information is altered.
How inner-ear motion information is used for orientation and stability.
How the system responds to patterns, crowds, screens, and moving scenes.
How accurately the body senses position and movement.
How timing, coordination, and sensory information are organized.
Considered when the neck or spine is clinically relevant to the presentation.
When useful, measurements may include computerized balance assessment or Motion Guidance® to examine stability, sensory integration, and movement control. Explore the related technology in the Functional Recovery Lab™.
A structured path for dizziness and balance rehabilitation at our Stony Brook practice, serving people throughout Long Island.
Understand what you're experiencing and when it occurs.
Evaluate the systems contributing to balance and spatial orientation.
Determine which findings appear most relevant to your functional presentation.
Create an individualized rehabilitation strategy when appropriate.
Track functional changes rather than relying only on how you feel that day.
Begin with a conversation and an evaluation selected around your dizziness, balance, and functional presentation.