If you're dealing with regular headaches — tension-type, migraines, or pressure at the base of your skull — the pain is in your head, but the cause is usually in your cervical spine. Dr. Nave identifies the structural source and builds a plan to correct it, not just manage it indefinitely.
Migraines, tension headaches, and cervicogenic headaches look different on the surface. In most chronic cases, the upper cervical spine is a primary driver of all three.
Head pain that is directly referred from the neck. Misalignment at C1 or C2 generates pain that tracks into the eye, forehead, or temple — frequently misdiagnosed as migraine. The distinguishing feature: it worsens with specific neck positions or sustained postures, is typically unilateral, and doesn't respond to migraine medications. The cervical spine is the primary source, not a contributing factor.
Key sign: neck movement reproduces the headache
The "pressure band" across the forehead or a tight clamp at the base of the skull. Tension headaches are almost always driven by Forward Head Posture — every inch your head drifts forward adds ~10 lbs of load to the suboccipital muscles. That chronic tension clamps down on the greater occipital nerve and surrounding vasculature. The headache is the symptom. The posture is the problem.
Key sign: bilateral, pressure-like, worsens with sustained screen time
Throbbing, often unilateral pain — sometimes with aura, photophobia, phonophobia, or nausea. Migraines involve a vascular and neurological cascade, but the trigger threshold is heavily influenced by baseline upper cervical dysfunction. Patients who've cycled through medications without lasting relief often haven't had C1–C3 evaluated as a sensitizing structural factor.
Key sign: cervical restriction on the same side as the headache
Most people are told chronic headaches are stress, hormones, or genetics. That explanation often misses what's happening anatomically at the top of the cervical spine.
The trigeminal nerve carries sensation from the entire face and head. Its descending nucleus extends into the brainstem and converges directly with afferent fibers from the upper cervical nerves — C1, C2, and C3. This convergence point is the trigeminocervical nucleus. It is the anatomical reason the neck and head share pain pathways.
When C1 (the atlas) or C2 (the axis) shifts out of optimal position, it generates chronic low-grade irritation of the surrounding joint receptors and soft tissue. This produces a constant stream of afferent signals into the TCN — raising its baseline sensitivity well above normal. The structure doesn't have to be severely damaged to produce significant referred pain.
The brain cannot reliably separate "neck signal" from "head signal" at the TCN level. When the cervical input is loud enough, it is perceived as pain in the forehead, eye, temple, or skull — the referred distribution of the trigeminal nerve. This is referred pain by the same mechanism that makes left arm pain a cardiac symptom. It's neurologically real, but the source is not where the pain is felt.
For migraine patients: the TCN's baseline sensitivity determines how easily a trigger fires a full episode. Stress, bright light, hormonal shifts, and diet don't cause migraines in everyone — they cause migraines in people whose neurological baseline is already elevated by structural dysfunction. Correcting the structural source lowers that baseline. The same triggers stop firing as reliably.
The ring-shaped vertebra that sits directly beneath the skull and accounts for roughly 50% of cervical rotation. Surrounded by the suboccipital muscle group — rectus capitis posterior major and minor, obliquus capitis superior and inferior — all of which refer pain into the back of the head and behind the eye. C1 subluxation is the most common structural driver of cervicogenic headache.
The pivot vertebra. The C2 nerve root — the greater occipital nerve — supplies sensation to the posterior scalp from the crown to the base of the skull. Irritation at C2 produces the classic "tight band" or "helmet" distribution. The C2-C3 facet joint is the most consistently identified pain generator in cervicogenic headache per International Headache Society diagnostic criteria.
The C3 nerve (lesser occipital and auricular branches) refers to the lateral skull, around the ear, and into the jaw — often misattributed to TMJ dysfunction or ear pathology. C3 irritation also contributes to the nausea and autonomic symptoms characteristic of migraine, since its afferents converge with vagal inputs at the nucleus tractus solitarius in the brainstem.
Most migraine management focuses on avoiding triggers. That's a workaround, not a fix. The real question is why you're sensitive to those triggers in the first place.
Common migraine triggers — bright lights, strong smells, red wine, hormonal shifts, weather changes, poor sleep — don't affect everyone the same way. They cause migraines in people whose trigeminovascular system is already sensitized above a critical threshold.
That background sensitization is largely structural. Ongoing upper cervical dysfunction maintains the TCN at an elevated baseline. The same trigger that would be uneventful for someone with healthy cervical mechanics fires a full migraine episode in someone with chronic C1–C3 dysfunction.
Medication manages the episode. Chiropractic care addresses the baseline. The two are not mutually exclusive — but many patients find that once the structural component is corrected, their triggers become less potent and episodes become less frequent and less severe.
The clinical question: If you've accurately identified your triggers and they're consistent, but you've never had the upper cervical spine evaluated as the underlying sensitizing factor — that's the missing piece most headache workups don't look for.
We don't treat the headache. We treat the structure generating it. The approach depends on what the evaluation finds, but follows a consistent and measurable progression.
Headache frequency, location, laterality, duration, associated symptoms, medication history, and what reliably makes it better or worse. Patterns matter more than single episodes.
Active and passive cervical range of motion with overpressure. Segmental palpation for joint restriction and tenderness at C1–C3. Muscle tension grading in the suboccipitals, upper trapezius, and SCM.
Upper extremity reflexes, dermatomal sensation, and grip strength to rule out nerve root involvement. Cranial nerve assessment if autonomic symptoms — nausea, visual changes, ear pressure — are part of the presentation.
Specific, controlled correction at C1 and C2 to restore alignment and reduce irritation at the trigeminocervical nucleus. The level, direction, and force are based on your exam findings — not a generic manipulation protocol applied to everyone.
Instrument-assisted soft tissue work on the rectus capitis posterior and obliquus capitis muscles. These short muscles become fibrotic under chronic tension and are a direct mechanical compressor on the greater occipital nerve. Releasing them is often what finally breaks a headache cycle that's persisted for years.
The longus colli and longus capitis — the deep cervical stabilizers — are inhibited in virtually all chronic headache patients with a postural component. Retraining them restores the muscular support that keeps C1–C3 properly loaded and reduces the rate of relapse after manipulation.
The upper thoracic spine (T1–T4) directly influences cervical mechanics through fascial and muscular continuity. Stiffness at this level forces compensatory hypermobility in the lower cervical segments, loading the C1–C3 structures that generate the headache. Mobilizing the thoracic spine reduces mechanical demand on the primary pain generators.
For patients with a strong migraine or vascular pattern: magnesium glycinate and riboflavin (B2) protocols have solid research support for reducing migraine frequency and severity. Available through our in-office dispensary as part of a structured plan — not an open-ended supplement stack.
Forward Head Posture is the most modifiable driver of tension and cervicogenic headaches. We quantify your postural offset and provide a structured correction protocol — workspace modifications, specific exercises, and re-education targeted at the suboccipital-to-thoracic chain.
Every patient starts with a proper evaluation. We don't guess at the cause — we assess posture, cervical range of motion, neurological signs, and relevant history before any treatment begins.
Structured intake covering headache history, frequency, location, and triggers — combined with a physical assessment of cervical alignment, posture, and muscle tension patterns. We identify whether the cervical spine is contributing and to what degree. If the presentation suggests a primarily non-structural cause — hormonal, metabolic, intracranial — we'll tell you that and point you toward the right specialist.
We present exactly what we found, what we believe is causing the headaches, and what a structured correction plan looks like — including timeline, visit frequency, and what measurable progress looks like at defined checkpoints. No vague prognosis. No open-ended "maintenance" commitments before you've even started care.
Most patients with tension or cervicogenic headaches notice a meaningful reduction in frequency within 4–8 weeks of consistent care. We track progress at defined checkpoints and adjust the plan as needed. Chronic migraines with significant postural involvement typically take longer, but the pattern of improvement — fewer episodes, shorter duration, lower severity — is measurable and trackable throughout.
For migraines with a cervical component — yes, often significantly. The upper cervical spine directly influences the trigeminocervical nucleus, which plays a central role in migraine pathophysiology. Patients who've had limited success with medication alone frequently have an unaddressed structural issue in C1–C3 that's maintaining the neurological baseline at an elevated level. The evaluation tells us whether that's the case for you. Not every migraine is cervicogenic — and we'll tell you honestly if chiropractic care is unlikely to be the primary solution.
It depends on how long the problem has been there and how much structural change is involved. Most patients with tension or cervicogenic headaches notice a meaningful reduction in frequency within 4–6 weeks of consistent care. Chronic migraines with significant postural involvement typically take longer. We set clear expectations after the evaluation and track your progress at defined checkpoints — not open-ended care with no finish line in sight.
Chronic, treatment-resistant headaches are often the ones with the clearest structural component — because everything else has been tried and ruled out. If your history includes failed medication trials, inconclusive imaging, or vague diagnoses like "stress headaches" or "hormonal headaches," it's worth having the upper cervical spine properly evaluated. The structural contribution is the piece most commonly skipped in conventional headache workups.
The structural approach is similar — correcting cervical alignment and releasing suboccipital tension. For patients with a strong migraine pattern, we add a metabolic layer: magnesium glycinate and riboflavin (B2) protocols with solid research support for reducing migraine frequency and severity. The plan is built around your specific presentation and what the evaluation finds — not a one-size category assigned at intake.
No. We build plans with defined endpoints. Active care runs until cervical alignment and muscle function are stable and headache frequency has measurably decreased. At that point we reassess — some patients do well with periodic check-ins, others are fully discharged. We don't build in open-ended "wellness" visits by default. The goal is to fix the problem, not manage it indefinitely.
Headaches that originate in the cervical spine often coincide with neck pain and postural problems. To understand the full picture of care, see our chiropractic care overview for Overland Park or explore the complete list of conditions we treat at QLC.
An anonymized case study showing the full arc of migraine and headache care — evaluation findings, cervical source identification, phased treatment, and outcomes.
Case Study
Migraine & Cervicogenic Headache →
From evaluation to discharge — what structured headache care actually looks like
Your Provider
Dr. Nave is a Doctor of Chiropractic practicing in Overland Park, KS. He focuses on identifying the structural source of pain and building evidence-informed, time-bound care plans — not open-ended adjustments.
View Dr. Nave's background →At Quality Life Chiropractic in Overland Park, we focus on identifying the root issue and building a structured plan to fix it.
Book a Headache Evaluation →7102 College Blvd, Overland Park, KS 66210 · (913) 488-3233