Testing · Approach
What functional neurology testing measures (in plain language)
“Functional neurology testing” can sound mysterious. It should not. In a brain-based rehabilitation clinic, testing means measuring how specific nervous-system functions perform — especially the ones that affect dizziness, concussion recovery, autonomic symptoms, visual comfort and thinking under load — then using those measures to build and check a program. It is not a crystal ball, and it does not replace medical diagnosis.
Why measure at all?
Symptoms matter. They are why you seek care. But symptoms alone are a blurry map. Two people with “dizziness” can have very different drivers. Objective measures help answer: which systems are inefficient, how hard they work under demand, and whether training is changing anything. Re-testing turns rehabilitation from a hopeful routine into a feedback loop.
Eye movements
Video-based eye tracking can show how smoothly your eyes pursue a target, how accurately they jump between points, how well they converge for near work and how stable they stay when your head moves. These skills underpin reading, screens, driving and busy environments. Inefficiency here often correlates with strain, fog and motion sensitivity.
Inner ear and vestibular function
Clinical vestibular testing looks at how your balance organs and brain respond to head and body movement, including positional testing when indicated. Combined with history, it helps distinguish peripheral inner-ear patterns, central processing issues, migraine-related vestibular symptoms and chronic functional dizziness patterns such as PPPD.
Balance and posture
Computerized or structured balance testing challenges standing control under changing visual and surface conditions — and sometimes while you perform a thinking task at the same time. Dual-task testing matters because real life rarely lets you “just balance.”
Autonomic response
Simple orthostatic measures — heart rate and blood pressure lying and standing — and, when appropriate, graded exertion observations help characterize dysautonomia-related patterns. These measures guide pacing and inform conversations with your medical team. They do not replace a formal medical work-up for POTS or related conditions.
Cognitive and visual processing under load
Reaction time, attention and processing speed can be tested alone and combined with movement or visual demand. Many people perform adequately in a quiet room and fall apart when the world gets busy. Testing that gap helps explain daily life better than a single quiet-office score.
The hands-on neurological exam
Reflexes, coordination, sensation, cranial nerves and gait still matter. Technology does not replace a careful clinician. The exam screens for findings that need medical urgency or a different type of care entirely — and honesty about fit is part of good practice.
What testing is not
- Not a substitute for imaging decisions, medication management or medical diagnosis by your physicians
- Not a promise of a particular outcome
- Not an excuse to dismiss symptoms that do not “show up” on one device
Neuroplasticity research supports the idea that well-designed, repeated practice can change nervous-system performance. Testing is how we choose the practice and how we know whether to continue, adjust or stop.
When we open, we will confirm specific equipment and publish clearer visit-day expectations. Until then, this is the philosophy: measure what matters, explain it in plain language, train what is trainable and re-measure.
A visit paced for sensitive nervous systems
Good testing is not a gauntlet. People with concussion, POTS, migraine or chronic dizziness often need rest breaks, dimmer lights and permission to stop a task that is escalating symptoms too quickly. A clinic that treats intolerance as inconvenient is the wrong clinic. A clinic that designs the day around tolerance is practicing accordingly.
You should leave with a plain-language explanation: what was measured, what looked inefficient, what that might mean for symptoms, what is recommended next and what is uncertain. Uncertainty is allowed. Performance theater is not.
How findings become a program
If eye movements are imprecise, training may emphasize oculomotor control and gaze stability. If balance fails when vision is removed, practice may rebuild vestibular and proprioceptive trust. If orthostatic heart-rate changes are prominent, pacing and graded upright work are coordinated with medical advice. If dual-task performance collapses, cognitive-motor integration becomes a focus. Most people need a blend. The art is sequencing and dosing; the science is re-checking.
Principles of experience-dependent plasticity remind clinicians that practice must be specific, repeated, sufficiently challenging and meaningful. Random exercises copied from a handout rarely meet that standard.
Transparency while we prepare to open
We are not open yet, so we will not invent equipment lists or outcome statistics. What we can promise is the standard we are building toward: measure, explain, train, re-measure, and stay in our lane beside your physicians. If that standard matches what you want from care, the waitlist is how you hear first when evaluations begin.
Children and adults need different pacing — same principles
Younger patients may need shorter blocks, more breaks and school-aware scheduling. Adults may need workplace-relevant dual tasks. The measurement philosophy does not change: find the limiting systems, train them specifically, and prove change with repeatable measures rather than vibes alone.