You’ve had the appointments. You’ve done the Epley maneuver — maybe multiple times. You’ve tried meclizine, or diazepam, or the low-sodium diet for Meniere’s. Some of those things helped for a while. Then the vertigo came back.
Or maybe you’ve been through all of that and nobody could ever really explain why it was happening in the first place. The imaging looked normal. The inner ear tests were inconclusive. You were told to give it time.
If that’s where you are, there’s something important you may not have been told — something that a significant portion of chronic vertigo patients carry for years without anyone identifying it.
Your neck may be the problem.
Not the only problem, necessarily. But a significant contributing factor that most vertigo workups never look for — and that standard vertigo treatment is not designed to address.
The Part of Balance Nobody Talks About
Balance is not an inner ear problem. Balance is a nervous system problem — or more precisely, a nervous system solution, one that requires three separate sensory systems to work in concert.
Your vestibular system, housed in the inner ear, detects head movement and the pull of gravity. Your visual system confirms where your head and body are in space. And your cervical spine — particularly the upper two vertebrae, the atlas (C1) and axis (C2) — provides continuous proprioceptive input to the brainstem: moment-to-moment information about where your head is, how fast it’s moving, and in which direction.
The brainstem integrates these three data streams and produces your sense of balance. When all three agree, balance is effortless and unconscious. When one of them sends inaccurate information, the brainstem receives a conflict — and that conflict is what you experience as dizziness, spinning, or the unsettling sense that the world isn’t behaving the way it should.
Most vertigo treatment focuses almost entirely on the first of those three systems: the inner ear. The Epley maneuver repositions displaced crystals. Vestibular suppressants quiet the inner ear’s signals. Vestibular rehabilitation exercises train the brain to compensate around inner ear dysfunction.
None of those interventions address the cervical spine.
And if the cervical spine is the source of the inaccurate signal — or even part of it — then no amount of inner ear treatment will fully resolve the problem.
What Cervicogenic Vertigo Actually Is
Cervicogenic vertigo is dizziness that originates from dysfunction in the upper cervical spine. It’s not a fringe concept — it’s documented in the peer-reviewed literature, recognized by vestibular specialists, and is one of the most consistently under-diagnosed causes of chronic dizziness.
The mechanism is proprioceptive. The upper cervical spine is the most densely proprioceptive region of the entire spine — it contains more sensory receptors per unit of tissue than anywhere else in the vertebral column. These receptors fire constantly, sending position and movement information to the brainstem.
When the atlas or axis is misaligned, those receptors are disrupted. They start sending inaccurate information — telling the brainstem that the head is in a position it isn’t, or moving at a speed it isn’t, or in a direction it isn’t. The inner ear says one thing. The eyes say another. The neck says something else. The brainstem tries to reconcile the conflict and can’t.
The result is vertigo.
This is not the same mechanism as BPPV, where displaced crystals in the inner ear create false movement signals. It’s not the same as Meniere’s disease, where excess endolymph fluid pressure drives episodic vestibular dysfunction. It’s a third mechanism — a proprioceptive one — that exists alongside or independently of inner ear pathology and that requires a completely different assessment and intervention to address.
Why It Gets Missed So Consistently
The reason cervicogenic vertigo goes undiagnosed so frequently comes down to what standard testing is and isn’t designed to find.
When a patient presents with vertigo, the standard workup looks for inner ear pathology — displaced crystals, endolymph pressure, vestibular nerve damage, and central causes like brainstem or cerebellar lesions. Those are the right things to rule out first. But once they’re ruled out, the standard workup is largely complete. The neck isn’t assessed because there’s no test in the standard ENT or neurology toolkit that measures cervical proprioceptive function.
X-rays show bone position, not sensory accuracy. MRI shows tissue structure, not how accurately the neck reports its own position to the brainstem. A standard neurological exam tests reflexes and gross motor function — not the fine proprioceptive precision of the upper cervical mechanoreceptors.
So the patient gets a clean workup, is told nothing is structurally wrong, and is sent home with medication that manages the symptom without touching the cause. The vertigo returns. The cycle continues.
This isn’t a failure of the medical system — it’s a gap. The tools to measure cervical proprioception exist. They’re just not in the standard vertigo workup. At Keystone Chiropractic, they are.
The Assessment That Changes the Picture
When a patient with chronic vertigo comes in for an evaluation at Keystone Chiropractic, they don’t just get imaging and an adjustment. They get a functional assessment that measures things no other test in their workup has measured.
The NeckCare System is an FDA-listed assessment device that captures over 120 positional data points per second and runs three tests specifically designed to evaluate how the cervical spine is functioning — not how it looks.
Cervical Range of Motion
The first test measures how far the neck moves in all six directions: flexion, extension, left and right rotation, left and right lateral flexion. Not a visual estimate — precise degree measurements, compared against normative data for a healthy cervical spine.
Restricted range of motion, particularly in rotation, is common in patients with cervicogenic vertigo. The restriction is often asymmetric — worse on one side than the other — and correlates with the direction of their worst vertigo symptoms. Seeing that asymmetry in actual numbers is, for many patients, the first objective evidence that something is wrong with their neck’s mechanics.
The Joint Position Error Test — Proprioceptive Accuracy
This is the test that most directly measures the mechanism of cervicogenic vertigo.
You close your eyes. You move your head to a target position. Then you try to return precisely to neutral. The NeckCare device measures how far off you land — the gap between where you think neutral is and where it actually is. That gap is your proprioceptive error score, measured in degrees, compared against normative data from healthy individuals.
Patients with significant cervicogenic involvement typically show elevated error scores — sometimes dramatically so. They’ve been compensating for the inaccuracy unconsciously for so long that they’ve adapted their movement patterns around it. But the test reveals it clearly. And for a patient who has spent months being told that their tests are normal, seeing an objective proprioceptive error score that falls outside healthy range is often the moment the entire picture clicks into place.
The error is also often directionally specific — worse when returning from one side of rotation than the other, matching the atlas misalignment direction identified on CBCT imaging. That correspondence between the functional test and the structural finding is one of the most clinically satisfying things to show a patient who has never had their vertigo properly explained.
The Butterfly Test® — Sensorimotor Integration
The Butterfly Test evaluates sensorimotor control: the coordinated communication between the neck, the eyes, and the nervous system. You follow a moving visual target on a screen by moving your head in sync with it. The device tracks accuracy, smoothness, timing, and response.
This test directly evaluates the three-way balance system — specifically, how well the cervical input and the visual input are integrating in real time. When the neck’s proprioceptive signals are disrupted by an atlas misalignment, the integration breaks down. Patients track the target inaccurately, their movement is jerky rather than smooth, or they lag behind the target in a pattern that reflects neurological delay.
For vertigo patients — particularly those with post-concussion dizziness, Meniere’s disease, or vestibular migraines — the Butterfly Test frequently reveals sensorimotor deficits that explain the symptoms they’ve been describing but that no previous test has been able to quantify.
What Happens When the Structural Cause Is Corrected
The correction at Keystone Chiropractic is performed using the Blair Upper Cervical Technique — a gentle, low-force adjustment to the atlas and axis, calculated from the CBCT imaging findings and specific to the patient’s individual anatomy. No twisting. No cracking. No high-velocity manipulation.
The goal of the correction is a held alignment — a position that the spine maintains between visits rather than one that has to be repeatedly reset. After each adjustment, patients rest in zero gravity chairs for approximately 30 minutes to allow the correction to stabilize before returning to normal activity.
When the atlas holds its corrected position, something specific happens in the proprioceptive system: the mechanoreceptors in the upper cervical spine begin sending accurate signals again. The brainstem starts receiving consistent, congruent information from the neck, the inner ear, and the visual system. The conflict that was generating the vertigo is reduced.
This process isn’t instantaneous. The nervous system needs time to adapt to accurate signaling after months or years of receiving inaccurate information. But the NeckCare reassessments at progress milestones show the adaptation happening in objective numbers — proprioceptive error decreasing, sensorimotor coordination improving, range of motion expanding. The data tells the story of neurological change even during weeks when symptom experience is still variable.
For many patients, this is the first time they’ve had any way to confirm that something is actually improving — rather than just hoping they feel better tomorrow.
The Conditions Where This Matters Most
Cervicogenic vertigo can exist on its own or alongside other vestibular conditions. The upper cervical component is worth evaluating in virtually any case of chronic or recurrent dizziness — but it’s most clearly implicated in several specific presentations:
Recurring BPPV. If the Epley works but the crystals keep coming back, the cervical instability driving the recurrence hasn’t been addressed. Upper cervical correction often breaks the cycle.
Post-whiplash dizziness. Whiplash injuries disrupt the upper cervical proprioceptive system directly and can produce lasting cervicogenic vertigo that standard whiplash treatment doesn’t reach. If your dizziness began after a car accident, the connection is structural.
Post-concussion dizziness. Concussions almost always involve upper cervical trauma alongside the brain injury. The vestibular symptoms that persist months after a concussion frequently have a cervicogenic component that rehabilitation alone doesn’t resolve.
Meniere’s disease with a trauma history. A significant proportion of Meniere’s patients have a history of head or neck trauma preceding symptom onset. The upper cervical connection to endolymphatic drainage dysfunction is documented. For patients whose Meniere’s began after an injury, this is particularly worth exploring.
Vertigo with neck pain or headaches. If your dizziness comes with neck stiffness or pain, or with headaches, cervicogenic involvement is highly probable. These symptoms often share the same root cause.
Vertigo with normal imaging. If your MRI and CT came back clean but the vertigo persists, functional assessment is the logical next step. Structure is not the whole story. Proprioceptive accuracy and sensorimotor coordination are measurable functions that imaging doesn’t capture — and they’re often where the answer is found.
What to Expect at Your First Visit
An evaluation at Keystone Chiropractic for vertigo begins with a conversation — a thorough history of when your symptoms started, what triggers them, what you’ve already tried, and whether there’s been any head or neck trauma in your past. The pattern of your symptoms often tells the clinical story before a single test is run.
From there, the evaluation includes thermographic assessment, postural analysis, CBCT cone beam CT imaging when appropriate, and the full NeckCare System assessment. Dr. Schurger walks through every finding with you before any recommendation is made. You leave knowing what was found and what it means — whether or not upper cervical care turns out to be the right next step.
There’s no pressure. There are no long-term contracts sold on the first visit. If upper cervical care isn’t a fit for your specific situation, Dr. Schurger will tell you plainly and help you think through what might be a better direction.
Learn more about Dr. Schurger’s training and credentials →
The Question Worth Asking
If you’ve been dealing with vertigo that keeps coming back, the question worth asking isn’t “what medication should I try next?” or “how many more Epley maneuvers will it take?”
The question is: has anyone ever measured how accurately my neck senses its own position in space?
For most chronic vertigo patients, the answer is no. That measurement has never been taken. And in many cases, it’s exactly where the answer has been waiting.
Schedule your vertigo evaluation at Keystone Chiropractic →
Or call us directly: (217) 698-7900
Keystone Chiropractic | 450 S Durkin Drive, Ste B, Springfield, IL 62704 | (217) 698-7900
Dr. Frederick Schurger, DC, DCCJP — Blair Upper Cervical Chiropractor serving Springfield and Central Illinois since 2007.
Related Reading:
- Vertigo Chiropractor in Springfield, IL — The Keystone Approach
- The NeckCare System — Objective Cervical Spine Assessment
- Meniere’s Disease and Upper Cervical Chiropractic
- Post-Concussion Care at Keystone Chiropractic
- Whiplash and Auto Accident Injury Treatment
- Headaches and Migraines — Upper Cervical Care in Springfield, IL
- Blair Upper Cervical Chiropractic — How It Works
- New Patients — Schedule Your First Visit