Dizziness and Vertigo in North Liberty, Iowa: Finding Structural Relief Close to Home

You’re standing in the kitchen making breakfast when it hits — the room tilts, the floor seems to shift, and you reach for the counter to steady yourself. Or you’re sitting at your desk working and you look up quickly and the world spins. Or you wake up in the night to use the bathroom and the act of rolling over sets off thirty seconds of spinning that leaves your heart hammering.

Dizziness and vertigo affect an estimated 15 to 20 percent of adults each year, making them among the most common reasons people seek medical care. For North Liberty residents who work demanding jobs, raise families, and navigate a busy commute corridor between Iowa City and Cedar Rapids, dizziness is not just unpleasant — it is disruptive, frightening, and capable of making even simple daily activities feel precarious.

What frustrates most North Liberty vertigo and dizziness patients is not the lack of medical attention. It’s the lack of lasting answers. They go to their doctor. They’re evaluated, perhaps referred to an ENT or neurologist. They may receive an Epley maneuver for BPPV. They may be prescribed meclizine. Some improve for a while. Many find the dizziness returns — sometimes within weeks, sometimes in a slightly different form, sometimes worse than before.

The piece that is consistently missing from the North Liberty dizziness workup is a structural evaluation of the upper cervical spine. Specifically, the position of the atlas (C1) — the topmost vertebra in the cervical column — and its relationship to the balance system, the brainstem, and the neurological structures that keep the world from spinning.

What the Research Is Starting to Confirm
The connection between the upper cervical spine and dizziness is no longer a fringe hypothesis. A growing body of peer-reviewed research is documenting both the prevalence of cervical involvement in dizziness and the effectiveness of upper cervical intervention in resolving it.

A 2023 study published in Physiotherapy Practice and Research by Ullucci and Gibson evaluated patients referred for treatment of vertigo or dizziness and found that 72% had measurable cervical mobility restrictions — suggesting that cervical dysfunction is the rule, not the exception, among dizziness patients. Notably, cervical restrictions were found in 64% of BPPV patients and 90% of those referred following concussion. (Read the study)

A 2022 narrative review published in the Journal of Clinical Medicine titled “Proprioceptive Cervicogenic Dizziness: A Narrative Review of Pathogenesis, Diagnosis, and Treatment” concluded that basic science and clinical evidence support cervical spine disorders as a genuine source of dizziness through disruption of the proprioceptive system — and that upper cervical dysfunction is a primary mechanism. (Read the review)

A 2023 retrospective case series published in the Journal of Contemporary Chiropractic by Tyler Steward documented favorable outcomes in 8 patients with dizziness following upper cervical chiropractic intervention (Orthospinology technique) combined with vestibular rehabilitation — adding to the clinical evidence base for upper cervical care in dizziness management. (Read the case series)

Perhaps most compellingly, a 2025 systematic review and meta-analysis published in PMC/NCBI examining randomized controlled trials of manual therapy for cervical dizziness found statistically significant differences between upper cervical spine interventions and control/placebo groups for both the impact and intensity of dizziness — concluding that upper cervical manual therapy produces measurable improvement in cervical-related dizziness beyond placebo effect. (Read the meta-analysis)

And a 2021 ChiroUp COPS synopsis of 631,970 chiropractic diagnoses found that the combination of neck pain and vertigo is among the ten most responsive complaints to chiropractic care — a finding that carries significant weight given the scale of the data.

This is not anecdotal. The research base supporting upper cervical chiropractic for dizziness and vertigo is growing, and it points clearly toward the cervical spine — particularly the craniocervical junction — as a primary driver of the dizziness that standard medical care so frequently fails to resolve.

Why the Upper Cervical Spine Is Central to Balance
Balance is not a single sense. It is the brain’s continuous integration of three simultaneous streams of information:

‍The vestibular system — the inner ear’s semicircular canals and otolith organs detect rotational movement and gravitational acceleration, sending signals to the brainstem’s vestibular nuclei.

‍The visual system — the eyes provide spatial reference, helping the brain determine orientation relative to the environment.

‍The proprioceptive system — sensory receptors in muscles, joints, and connective tissue report body position and movement in real time. The upper cervical spine contains the highest density of proprioceptive mechanoreceptors in the entire body — making the atlas and axis the primary proprioceptive hub for balance signal generation.

The brainstem — specifically the vestibular nuclei in the medulla and pons — receives all three streams and integrates them into a coherent sense of orientation. When all three agree, you feel stable. When they conflict, you feel dizzy.

Atlas misalignment disrupts this integration through three simultaneous pathways:

‍Inaccurate proprioceptive signals. When the atlas is displaced, the mechanoreceptors in the surrounding soft tissues begin sending incorrect positional information to the brainstem. The brainstem receives conflicting data — what the inner ear reports, what the eyes see, and what the neck proprioceptors transmit no longer match. That mismatch is experienced as dizziness, vertigo, and spatial disorientation.

‍Brainstem mechanical stress. The atlas surrounds the brainstem at its most vulnerable point. Mechanical stress on the brainstem from atlas displacement directly impairs the vestibular nuclei — the very processing centers responsible for integrating balance information and producing coordinated spatial awareness.

‍Vertebral artery blood flow alteration. The vertebral arteries supply blood to the brainstem and cerebellum. Atlas misalignment can alter the mechanical environment around these vessels, reducing circulation to the posterior brain. The cerebellum — which coordinates movement, balance, and gaze stability — is particularly sensitive to reductions in blood supply, and cerebellar underperfusion is a documented cause of vertigo.

North Liberty’s Dizziness Risk Factors
North Liberty’s growing population has specific characteristics that increase exposure to the atlas-displacing events most commonly associated with cervicogenic dizziness.

Highway 965 and I-380 corridor traffic. The primary commute routes connecting North Liberty to Cedar Rapids and Iowa City are among the busiest in the Corridor. Rear-end and intersection collisions on these routes are common — and the whiplash forces they generate are the leading cause of atlas misalignment. Many North Liberty residents are living with the structural consequences of a fender-bender they thought was minor, while the atlas displacement from that event quietly produces the dizziness that followed months later.

‍University of Iowa athletic community. North Liberty is deeply connected to the University of Iowa sports ecosystem. Student athletes, youth sports participants, and recreational athletes in the Corridor community sustain the head and neck impacts — from football, wrestling, soccer, cycling, and trail running — that displace the atlas and initiate the proprioceptive disruption driving cervicogenic dizziness.

‍Screen and desk work culture. The North Liberty professional population includes a significant proportion of knowledge workers and remote workers spending eight or more hours per day at screens. Forward head posture — the habitual forward positioning of the head relative to the shoulders — creates chronic loading on the upper cervical spine that gradually displaces the atlas. The proprioceptive signal disruption that results contributes directly to dizziness and balance problems that develop without any identifiable traumatic event.

‍Proximity to University of Iowa medical resources. North Liberty residents are more likely than average to have pursued thorough medical evaluation for their dizziness — and to have been told their inner ear is normal. For this population, the gap between a normal vestibular evaluation and persistent dizziness is exactly where cervicogenic dizziness lives.

The Dizziness Presentations Most Connected to Atlas Misalignment
Cervicogenic Dizziness
Dizziness arising directly from the cervical spine — typically described as unsteadiness, spatial disorientation, or a floating or rocking sensation rather than the clear rotational spinning of BPPV. Frequently worsens with neck movement or sustained head positions. Often accompanied by neck pain, stiffness, or suboccipital tension. Does not respond to inner ear treatments because the inner ear is not the source.

This is the most directly atlas-related dizziness presentation and the one most consistently improved by upper cervical correction. The 2023 Ullucci and Gibson study found cervical dysfunction in 70% of patients referred for dizziness — and cervicogenic dizziness responds specifically to structural cervical correction.

Recurrent BPPV
BPPV — benign paroxysmal positional vertigo caused by displaced calcium crystals (otoconia) in the inner ear’s semicircular canals — is the most common identifiable cause of vertigo. The Epley maneuver can provide immediate relief by repositioning displaced otoconia. The problem is that a meaningful proportion of BPPV patients experience recurrence — sometimes multiple episodes per year — suggesting an underlying predisposition rather than a one-time mechanical event.

Atlas misalignment may be that predisposition. The abnormal vestibular processing environment created by brainstem mechanical stress from atlas displacement can increase the susceptibility of the inner ear to otoconia displacement. Upper cervical correction that stabilizes the craniocervical junction and reduces brainstem stress can meaningfully lengthen the interval between BPPV recurrences.

Post-Concussion Dizziness
Among the most debilitating manifestations of post-concussion syndrome — dizziness, spatial disorientation, visual instability, and balance problems that persist long after the expected recovery window. The Ullucci and Gibson study found cervical restrictions in 90% of patients referred following concussion — the highest prevalence of any dizziness category studied.

Standard concussion protocols do not evaluate or correct the atlas. For North Liberty athletes, students, and accident victims whose dizziness persists months after a concussion, the unaddressed atlas misalignment from the original traumatic event is almost certainly contributing.
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Dizziness With Neck Tension
If your dizziness reliably worsens when your neck is stiff, tighter at certain times of day, or after sustained screen use — and improves transiently when your neck loosens — you are observing the proprioceptive connection directly. This pattern is a reliable clinical indicator of cervicogenic dizziness with an atlas component.

What Upper Cervical Evaluation Offers North Liberty Dizziness Patients
Atlas Specific Chiropractic in Hiawatha — approximately 20 to 25 minutes from North Liberty via Highway 965 North to I-380 North — provides the precision upper cervical evaluation that the standard dizziness workup does not include.

‍Upper Cervical Specific X-Rays
‍X-rays taken at precisely calibrated angles — including open-mouth and oblique views — reveal the exact three-dimensional position of the atlas: its lateral displacement, rotation, and vertical tilt relative to the skull and the C2 vertebra. This is not the imaging taken in an emergency room or a general medical office. It captures the one-to-three-millimeter positional variations that determine whether the brainstem and proprioceptive system are operating in an optimal structural environment. Every correction is calculated from the individual patient’s own imaging — not a standardized protocol.

‍Tytron C5000 Paraspinal Infrared Thermography
‍The neurological heat asymmetry scan maps where the nervous system is under mechanical stress before any correction. In dizziness patients, this scan consistently reveals upper cervical neurological stress patterns corresponding to the direction and side of atlas displacement — and it changes measurably as care progresses, providing objective evidence of neurological recalibration independent of day-to-day symptom variability.
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For North Liberty patients accustomed to evidence-based evaluation at University of Iowa facilities, the objective, measurable nature of thermography data is one of the most credible and reassuring aspects of the upper cervical evaluation process.

‍The Advanced HIO Knee Chest (AHKC) Correction
‍The correction is a low-force, precisely calculated contact to the atlas — no twisting, no cracking, no high-velocity thrust. For dizziness patients who are understandably apprehensive about neck intervention, the gentle specificity of the AHKC technique is both reassuring and appropriate. There is no sudden movement of the neck, no rotational force, and no adjustment that could provoke vestibular symptoms through mechanical stimulation of the inner ear.

As the atlas returns toward its optimal position, proprioceptive signals from the upper cervical region normalize, brainstem vestibular processing improves, and vertebral artery blood flow to the cerebellum stabilizes. Many North Liberty dizziness patients describe a qualitative shift in their spatial stability within the first weeks of care — a settling of the background unsteadiness that had become their new normal.

Getting to Atlas Specific Chiropractic from North Liberty
The office is located at 1350 Blairs Ferry Road, Suite B, Hiawatha, Iowa 52233. From North Liberty, take Highway 965 North to I-380 North and exit at Blairs Ferry Road — typically a 20-to-25-minute drive under normal conditions.

Office hours are Monday, Tuesday, and Thursday 9:00 AM to 6:00 PM, Wednesday 12:00 PM to 6:00 PM, and Friday 9:00 AM to 2:00 PM. To schedule a new patient consultation, call 319-343-8540 or book online at iowaatlasspecific.com.

Frequently Asked Questions
‍My vestibular evaluation was normal. Could my dizziness still be coming from my neck?
Yes — and this is one of the most common presentations at Atlas Specific Chiropractic. Vestibular testing evaluates inner ear function. It does not assess upper cervical proprioceptive signal quality or atlas alignment. The 2023 Ullucci and Gibson study found cervical dysfunction in 70% of patients referred for dizziness — many of whom likely had normal vestibular test results. A normal vestibular evaluation does not rule out a cervicogenic source.

‍I’ve had the Epley maneuver but my BPPV keeps coming back. Could the atlas be involved?
Very likely yes. The Epley repositions displaced otoconia but does not address the structural factor that may be predisposing them to repeated displacement. If your BPPV recurs frequently, an atlas misalignment creating abnormal vestibular processing may be the underlying predisposition. Upper cervical correction has helped many recurrent BPPV patients achieve significantly longer symptom-free intervals.

‍How far is Atlas Specific Chiropractic from North Liberty?
Approximately 20 to 25 minutes via Highway 965 North to I-380 North, then Blairs Ferry Road exit. The office is at 1350 Blairs Ferry Road, Suite B, Hiawatha, Iowa 52233.

‍Is the adjustment safe for someone with active vertigo episodes?
Yes. The AHKC technique involves no high-velocity thrust, no cervical rotation, and no sudden movements. It is specifically appropriate for vestibular-sensitive patients and has been used safely in patients with active vertigo. Some patients experience a brief change in their dizziness following the first correction as the nervous system recalibrates — this typically resolves within minutes to hours and is part of the normal neurological adjustment process.

‍How many visits before I notice improvement?
Most patients with atlas-driven dizziness begin to notice meaningful changes within the first four to eight weeks of consistent care. Background unsteadiness typically improves before acute episode frequency does. Progress is tracked objectively with thermography scans throughout, providing measurable data independent of day-to-day symptom variability.

‍What if my dizziness started after a car accident on Highway 965?
This is a strong indication for upper cervical evaluation. The whiplash forces in a rear-end or intersection collision are sufficient to displace the atlas even at relatively low speeds with minimal vehicle damage. If your dizziness began or significantly worsened following a motor vehicle accident — even one that seemed minor — atlas displacement is a probable contributing factor.

📞 Call (319) 343-8540 or schedule your first visit today!