By Draper Spinal Care | Draper, Utah
Most migraine sufferers spend years managing their condition through medication: triptans for acute attacks, beta blockers or anticonvulsants for prevention, and over-the-counter pain relievers to fill the gaps. That approach works for some people. For many others, the medications blunt the worst of the pain without meaningfully changing how often the migraines come, how long they last, or why they keep happening. If that pattern sounds familiar, there is a structural explanation worth understanding. At Draper Spinal Care, a significant number of migraine patients come in after exhausting the pharmaceutical route, not because they have given up on getting better, but because they have started asking different questions.
The connection between the upper cervical spine and migraine headaches is not alternative medicine speculation. It is supported by a body of peer-reviewed research, a plausible neuroanatomical mechanism, and the clinical experience of practitioners who work with this population regularly. Understanding that connection is a reasonable starting point for anyone whose migraines have not responded the way they expected.
The Upper Cervical Spine and Migraine: What the Research Shows
Migraine is a neurological condition, not simply a headache. The mechanisms that produce a migraine attack involve the trigeminal nerve system, cortical spreading depression, and alterations in blood flow and neurochemical signaling in the brain. Medications that target migraines work primarily by interrupting those mechanisms at various points. What they do not address is whether something in the physical structure of the spine is amplifying the nervous system’s sensitivity in the first place.
The upper cervical spine, specifically the region where the skull meets C1 and C2, sits in immediate proximity to the brainstem. The brainstem is the processing hub for pain signals coming from the head and face through the trigeminal nerve. A misalignment at the atlas can create mechanical irritation of the surrounding neural tissue, alter the normal flow of cerebrospinal fluid, and affect blood vessel tone in the vertebral arteries that supply the posterior brain. Any one of these effects could plausibly lower the threshold at which a migraine is triggered.
Research published in the Journal of Upper Cervical Chiropractic Research and in broader headache medicine literature has documented reductions in migraine frequency and severity following upper cervical correction in cohorts of chronic migraine patients. A frequently cited study from the 1970s by Dr. Gert Nilsson, replicated in subsequent years, found meaningful improvement in headache frequency among patients who received upper cervical care compared to a control group. More recent case series examining NUCCA specifically have produced similar findings.
This does not mean upper cervical misalignment causes every migraine, or that spinal correction will eliminate migraines in every patient who has one. It does mean that for a subset of migraine sufferers, particularly those who also experience neck stiffness, base-of-skull tenderness, or notice that their headaches follow periods of postural strain, the cervical spine is worth investigating as a contributing factor.
Cervicogenic Headache vs. Migraine: An Important Distinction
There is a distinct headache classification called cervicogenic headache, in which the pain originates directly from the cervical spine and is referred to the head. These headaches tend to begin at the back of the skull and move forward, are often triggered or worsened by neck movement, and may be accompanied by limited range of motion in the cervical spine. They are not technically migraines, though they are frequently misdiagnosed as migraines because the pain presentation overlaps considerably.
Cervicogenic headaches are particularly well-suited to upper cervical care, and patients who have been told for years that they have migraines sometimes discover through a NUCCA evaluation that their headaches are in fact cervicogenic in origin. The treatment path is different, the prognosis is often better, and the response to spinal correction tends to be faster.
True migraines with confirmed neurological involvement require a different approach, but even in those cases, upper cervical correction can reduce the frequency of attacks by lowering the background level of neural irritation. The two conditions are not mutually exclusive, and some patients experience both simultaneously.
What Neck Stiffness Before a Migraine Is Actually Telling You
A large percentage of migraine patients report that neck tension or stiffness either precedes or accompanies their attacks. This is often interpreted as just another migraine symptom, something the migraine produces rather than something that contributes to it. The causal direction, however, may run both ways.
When the atlas is even slightly out of alignment, the paraspinal muscles at the base of the skull work overtime to compensate and keep the head balanced. That chronic muscular tension compresses the suboccipital region, restricts local circulation, and can aggravate the greater occipital nerve, which is a well-established contributor to headache pain. In this model, the neck tension is not just a symptom of the migraine; it is an active part of the trigger cycle.
Patients who have an atlas misalignment corrected through NUCCA sometimes describe a noticeable change in that pre-migraine neck stiffness pattern, either a reduction in how often it occurs or a shift in how tightly it precedes a headache. That change in the precursor pattern often shows up before the migraine frequency itself visibly improves, which is one of the earlier indicators that the structural intervention is having an effect.
What a NUCCA Evaluation Looks Like for Headache Patients
The evaluation process at Draper Spinal Care for patients presenting with migraines or chronic headaches begins with a detailed intake covering headache frequency, duration, location, associated symptoms, and what makes them better or worse. Questions about prior neck injuries, even old ones from car accidents or sports that may not seem relevant, are part of this conversation because atlas misalignments frequently trace back to trauma that happened years or decades earlier.
A postural analysis is performed to assess structural imbalance, followed by the specialized three-dimensional upper cervical X-rays that are specific to NUCCA practice. These images measure the exact position of the atlas relative to the skull and the axis below it, providing the data needed to determine whether a misalignment exists and precisely how the correction needs to be applied.
If a significant misalignment is present and upper cervical care is appropriate, the correction is delivered as a gentle, sustained pressure at the base of the skull. There is no high-velocity thrust, no rotation of the neck, and no audible pop. The technique is specifically designed to work without placing any mechanical stress on the cervical structures, which is important for headache patients who may be particularly sensitive to neck manipulation.
Patients are asked to track their headache frequency and intensity in the weeks following care, and follow-up appointments assess whether the correction is holding and whether the structural picture is changing over time. Some patients see a reduction in headache frequency within the first few weeks. Others see a more gradual shift over a longer course of care. Outcomes vary depending on how long the misalignment has been present, the degree of neurological sensitization, and the patient’s overall health picture.
What Upper Cervical Care Offers That Medication Cannot
Migraine medications work by modifying chemistry. Triptans constrict dilated blood vessels and affect serotonin receptors. Preventive medications reduce the general excitability of neurons. These are not trivial effects, and for many patients they are genuinely necessary. What they cannot do is change the structural environment that may be driving neural sensitization at the source.
Upper cervical correction addresses the structural variable. It does not replace medication in every case, and Dr. Stockwell does not ask patients to discontinue medications they are managing well with. The goal is to reduce the overall burden on the nervous system so that, over time, the threshold for triggering a migraine rises and the frequency of attacks decreases. For some patients that means eventually needing less medication. For others it means the medication works better because the underlying irritation has been reduced.
The two approaches are not in competition. They address different pieces of the same problem, and many patients find that combining structural care with their existing medical management produces results that neither approach achieved on its own.
Talk to Draper Spinal Care About Your Headache Pattern
Migraines are legitimately complex. There is no single cause and no single fix, and anyone who tells you otherwise is not giving you an honest picture. What upper cervical care offers is an evaluation of a contributing factor that most headache patients have never had anyone examine: the physical alignment of the skull on the spine and the neurological consequences when that relationship is off.
If your migraines come with neck involvement, if they started or worsened after a head or neck injury, or if they have simply not responded to treatment the way you hoped, it is worth finding out whether the upper cervical spine is part of the picture. Dr. Stockwell works with migraine patients at Draper Spinal Care serving the Draper, Sandy, and greater Salt Lake City area, and the evaluation is designed to give you a clear answer about whether NUCCA care is appropriate for your situation.
You do not need to arrive having decided anything. Come with your headache history and leave with a better understanding of what may be driving it.
