Upper Cervical Chiropractic for Multiple Sclerosis: What the Research Says and How Structural Care May Help

A multiple sclerosis diagnosis changes everything. It changes the way you plan your days, manage your energy, think about the future, and navigate a healthcare system that — for all its sophistication — still cannot offer a cure. Disease-modifying therapies can slow progression. Symptom management strategies can reduce the daily burden. But the honest reality of living with MS is that conventional medicine addresses the disease without being able to eliminate it, and many patients spend years searching for complementary approaches that can meaningfully improve their quality of life without adding to the pharmacological complexity of their care.

Upper cervical chiropractic is not a cure for multiple sclerosis. That needs to be stated clearly and honestly at the outset of this article. What it is — and what a growing body of case literature and anatomical research suggests — is a structural intervention that may meaningfully influence some of the neurological mechanisms most relevant to MS symptom severity, disease progression, and quality of life. For patients whose MS has a craniocervical component — and there is evidence suggesting that a meaningful subset do — upper cervical correction may be the most underutilized tool in their management toolkit.

This article examines that evidence carefully, explains the anatomical rationale, and describes what upper cervical care at Atlas Specific Chiropractic in Hiawatha, Iowa actually looks like for patients navigating life with multiple sclerosis.

What Multiple Sclerosis Actually Involves
Multiple sclerosis is a chronic autoimmune demyelinating disease of the central nervous system. The immune system attacks myelin — the protective sheath surrounding nerve fibers — disrupting the transmission of electrical signals along affected nerves. Over time, repeated episodes of demyelination can lead to axonal damage, scar tissue formation (sclerosis), and progressive neurological dysfunction.

MS manifests in a range of clinical patterns. Relapsing-remitting MS (RRMS) — the most common form — is characterized by discrete episodes of neurological worsening (relapses) followed by periods of partial or complete recovery (remission). Secondary progressive MS develops in many RRMS patients over time, with gradual neurological decline accumulating between or instead of distinct relapses. Primary progressive MS involves steady worsening from onset without distinct relapse-remission cycles.

Symptoms vary widely depending on which areas of the CNS are demyelinated, but commonly include fatigue, weakness, spasticity, balance and coordination problems, visual disturbances, cognitive impairment, pain, bladder and bowel dysfunction, and sensory disturbances including numbness, tingling, and the classic Lhermitte's sign — an electric shock-like sensation running down the spine with neck flexion.

What conventional medicine offers is significant: disease-modifying therapies (DMTs) can reduce relapse frequency and slow the accumulation of new CNS lesions. Symptomatic medications address specific complaints. Rehabilitation therapies help maintain function. These are genuine, evidence-based contributions to MS management that upper cervical care does not replace.

What conventional medicine does not systematically address is the structural state of the craniocervical junction — and the evidence that it matters in MS is more substantial than most neurologists realize.

The Craniocervical Junction and Multiple Sclerosis: What the Research Shows
The Ischfeld and Flanagan Hypothesis: Craniocervical Stenosis in MS
One of the most significant lines of research connecting the upper cervical spine to MS pathology comes from the work of Dr. Michael Flanagan, a chiropractic radiologist who has extensively published on the relationship between craniocervical junction abnormalities and central nervous system diseases including MS.

Flanagan's work argues that structural abnormalities at the craniocervical junction — including atlas misalignment — can impair the flow of cerebrospinal fluid (CSF) and venous blood through the region, creating conditions of intracranial hydrodynamic stress that may contribute to CNS demyelination. His model proposes that chronic CSF flow obstruction at the craniocervical junction can create pressure gradients that damage myelin, and that correcting the structural cause of that obstruction may reduce the mechanical burden on CNS tissue.

This is not a fringe hypothesis. It connects to a broader body of research on the role of CSF dynamics in neurological disease, including the work of Italian vascular surgeon Dr. Paolo Zamboni on chronic cerebrospinal venous insufficiency (CCSVI) in MS patients — a theory that sparked significant controversy but also drew attention to vascular and hydrodynamic mechanisms in MS that the purely immunological model had underemphasized.

CSF Flow and the Craniocervical Junction
Cerebrospinal fluid serves multiple critical functions for CNS health: it cushions neural tissue, delivers nutrients to the brain and spinal cord, removes metabolic waste products through the glymphatic system, and maintains the intracranial pressure environment in which neural tissue operates. CSF is produced in the choroid plexus of the cerebral ventricles, circulates through the ventricular system and subarachnoid space, and drains through the arachnoid villi.

The craniocervical junction is the most critical anatomical checkpoint in CSF circulation. Any structural abnormality at this junction — including atlas misalignment — can partially obstruct CSF flow, creating intracranial pressure dynamics that stress periventricular white matter, the region where MS lesions most commonly develop.

Research using phase-contrast MRI to measure CSF flow has documented abnormal flow patterns at the craniocervical junction in MS patients compared to healthy controls. Whether these flow abnormalities are a cause, a consequence, or a contributing factor in MS progression is not yet definitively established — but the anatomical relationship is real, the measurement of flow abnormalities in MS patients is documented, and the craniocervical junction is where upper cervical chiropractic care intervenes most precisely.

The Published Case Studies
The most direct evidence for upper cervical chiropractic care in MS comes from published case studies documenting significant symptom improvement following atlas correction. The most widely cited is the case series published by Dr. Erin Elster, an upper cervical practitioner who documented 44 MS patients treated with upper cervical care over a five-year period.

In Elster's series, all 44 patients had a history of head or neck trauma preceding MS symptom onset. Following upper cervical correction, 40 of the 44 patients reported improvement in their MS symptoms. Notably, patients with RRMS reported reductions in relapse frequency; patients with progressive forms reported slowed progression. The case series is not a controlled trial — it cannot establish causation — but the consistency of the findings and the documented history of prior trauma in all subjects raises compelling questions about the craniocervical junction's role in at least a subset of MS patients.

A second significant case study documented a patient with clinically definite MS who underwent upper cervical correction following identification of atlas misalignment. Over a period of months, the patient's MRI showed stabilization of lesion burden and subjective neurological improvement — a finding that, while representing a single case, is clinically remarkable given the natural history of progressive MS.

Why Head and Neck Trauma May Be Relevant to MS
One of the most striking features of Elster's case series — all 44 patients had a history of prior head or neck trauma — connects to a broader clinical observation that has been noted in the MS literature without being fully integrated into the dominant etiological framework.

A number of epidemiological and clinical studies have noted an association between prior physical trauma — particularly to the head and neck — and subsequent MS onset. The mechanism proposed most commonly involves trauma-induced disruption of the blood-brain barrier, neuroinflammatory sensitization, and — relevant to the upper cervical hypothesis — craniocervical junction structural damage that compromises CSF circulation and creates chronic mechanical stress on periventricular tissue.

For patients who can identify a specific physical trauma — a car accident, a fall, a sports injury — that preceded their first MS symptoms by months or years, upper cervical evaluation is particularly warranted. The possibility that atlas misalignment from that trauma has been creating a structural neurological burden that compounds the immunological disease process is both anatomically plausible and clinically important to investigate.

What Atlas Misalignment Does That's Relevant to MS Symptoms
Even setting aside questions about MS causation and pathogenesis — areas where more research is clearly needed — upper cervical misalignment affects several neurological systems whose dysfunction directly contributes to MS symptom severity:

Brainstem Function and Symptom Amplification
The brainstem is one of the most commonly affected regions in MS. Brainstem lesions produce some of the most disabling MS symptoms: internuclear ophthalmoplegia, vertigo, facial numbness, dysarthria, dysphagia, and fatigue. The brainstem also houses the pain modulation systems whose compromise produces the central pain syndromes and heightened pain sensitivity many MS patients experience.

When atlas misalignment creates additional mechanical stress on the brainstem — layered on top of the inflammatory and demyelinative disease process — it amplifies brainstem symptom burden. Correcting the atlas removes that mechanical layer, potentially reducing the severity of brainstem-related symptoms even when the underlying disease process cannot be reversed.

Cerebrospinal Fluid Dynamics
As discussed above, CSF flow through the craniocervical junction is directly influenced by atlas position. In MS patients, optimizing CSF flow through atlas correction may reduce the hydrodynamic stress on periventricular white matter, support more efficient glymphatic waste clearance from the brain, and improve the chemical environment in which already-stressed neural tissue must function.

Autonomic Nervous System Dysregulation
Autonomic dysfunction is a common and frequently underrecognized feature of MS. Heart rate variability is reduced. Orthostatic intolerance is common. Bladder and bowel dysfunction often have significant autonomic components. Fatigue — the most prevalent and often most disabling MS symptom — is closely linked to autonomic dysfunction and parasympathetic insufficiency.

The brainstem is the primary regulator of autonomic function. Atlas misalignment that compounds brainstem stress in an already-compromised MS nervous system can worsen the autonomic dysfunction that drives fatigue, orthostatic intolerance, and visceral symptoms. Upper cervical correction that reduces brainstem mechanical stress and restores vagal tone may produce meaningful improvements in these dimensions of MS symptom burden — not by treating MS itself, but by removing structural interference from an already-taxed system.

Spasticity and Postural Compensation
Spasticity — increased muscle tone and resistance to passive movement — is one of the most common and functionally limiting MS symptoms. It is driven by disruption of descending corticospinal and reticulospinal pathways from the brain to the spinal cord, reducing the normal inhibitory tone on spinal motor circuits.

Atlas misalignment creates asymmetrical postural compensation throughout the spine — uneven weight distribution, muscular imbalances, and altered joint mechanics from the base of the skull to the sacrum. For MS patients whose spasticity is already creating postural challenges, the additional mechanical burden of atlas-driven compensatory patterns compounds the functional difficulty. Correcting the atlas can reduce this mechanical layer, sometimes producing improvements in postural symmetry and spasticity management that physical therapy alone cannot achieve.

What Upper Cervical Care at Atlas Specific Chiropractic Offers MS Patients
Dr. Isaac Reis approaches MS patients at Atlas Specific Chiropractic with the same precision methodology applied to every complex neurological presentation — and with the clear understanding that upper cervical care is a complement to, not a replacement for, the neurological management these patients are receiving.

‍Thorough Health History and Trauma Investigation
‍The initial consultation includes a detailed review of MS history — diagnosis date, disease course, current medications, recent MRI findings, and current symptom pattern — alongside a careful investigation of prior physical trauma. For many MS patients, the conversation about a car accident in their twenties or a significant fall that preceded their first relapse by months is the first time that history has been treated as potentially clinically relevant.

‍Upper Cervical Specific X-Rays
‍Imaging is taken at precisely calibrated angles to reveal the three-dimensional position of the atlas — its lateral displacement, rotation, and tilt relative to the skull and axis. For MS patients, this imaging often reveals atlas displacement patterns that correlate anatomically with the CSF flow disruption and brainstem stress relevant to their neurological presentation.

‍Tytron C5000 Paraspinal Infrared Thermography
‍The neurological heat asymmetry scan provides an objective, non-invasive map of where the nervous system is under the most mechanical stress — independent of subjective symptom reporting. In MS patients, who often have complex, fluctuating symptom patterns, the objective nature of thermography is particularly valuable: it shows what is structurally driven versus what is varying with disease activity.

‍Advanced HIO Knee Chest (AHKC) Correction
‍The correction itself is low-force, precisely calculated, and customized to the individual patient's anatomy and misalignment pattern. There is no twisting, no cracking, no high-velocity thrust. For MS patients who may have increased neurological sensitivity, spasticity, or prior cervical instability concerns, the gentleness of the AHKC technique is clinically appropriate and specifically reassuring.

Care frequency and scheduling are individualized based on objective thermography response — not a predetermined protocol. For MS patients whose neurological status fluctuates with disease activity, this flexibility is particularly important.

What MS Patients Realistically Might Experience
Expectations matter — and honesty about what upper cervical care can and cannot offer MS patients is essential.

Upper cervical correction will not reverse demyelination. It will not eliminate lesions visible on MRI. It will not replace disease-modifying therapy. What it may do — for MS patients whose symptom burden has a significant structural component — is reduce the mechanical layer of neurological stress that compounds the immunological disease process. The result, for patients in whom this structural component is significant, may be:

-Reduction in fatigue severity — particularly the autonomic and brainstem-driven component
-Improved balance and coordination — as brainstem mechanical stress is reduced and CSF flow normalizes
-Reduction in headache frequency and severity
-Improved sleep quality and restoration
-Greater stability of autonomic function — reduced orthostatic symptoms, improved bladder regulation
-Slowed accumulation of functional decline — not through disease modification but through removal of a compounding structural burden

For patients who have a history of prior neck or head trauma preceding MS onset, the possibility of more significant response — including reduction in relapse frequency — is suggested by the existing case literature, though it remains to be established in controlled research.

Serving Eastern Iowa's MS Community
Atlas Specific Chiropractic serves MS patients from Cedar Rapids, Hiawatha, Marion, North Liberty, Iowa City, Coralville, and throughout Eastern Iowa. Dr. Isaac Reis welcomes coordination with patients' existing neurological care teams and is happy to share evaluation findings with treating neurologists.

To schedule a consultation, call 319-343-8540 or visit iowaatlasspecific.com. The office is located at 1350 Blairs Ferry Road, Suite B, Hiawatha, Iowa 52233.

Frequently Asked Questions
‍Can upper cervical chiropractic cure multiple sclerosis?
No. MS is an autoimmune demyelinating disease for which there is no known cure. Upper cervical chiropractic care addresses structural interference at the atlas that may be compounding neurological symptom burden — it does not alter the immunological disease process. It is best understood as a complementary structural intervention, not a disease treatment.

‍Should I tell my neurologist I'm pursuing upper cervical care?
Yes — transparency with your neurology team is important. Upper cervical care does not interfere with disease-modifying therapy, and Dr. Reis welcomes communication with treating neurologists. Sharing evaluation findings — particularly imaging and thermography results — can provide useful structural context for your neurological care team.

‍I have significant spasticity and mobility limitations. Is the adjustment safe?
Yes. The Advanced HIO Knee Chest technique is a low-force, gentle correction that does not involve neck twisting or high-velocity thrust. It is appropriate for neurologically sensitive patients, including those with spasticity, prior injury, or cervical instability concerns. Dr. Reis reviews each patient's full neurological history before recommending care.

‍My MS predates any neck injury I can remember. Could upper cervical care still help?
Potentially, yes. Not all atlas misalignment is trauma-driven — postural loading, birth trauma, and cumulative stress can all displace the atlas. Even without a documented injury history, structural evaluation can determine whether atlas misalignment is creating a compounding neurological burden relevant to your MS symptom pattern.

‍How long before I might notice changes?
This varies significantly. Some MS patients notice improvements in fatigue, sleep, or headache frequency within the first four to eight weeks of consistent care. For others, the changes are subtler and develop over months. Progress is tracked objectively with thermography to guide care decisions regardless of symptom fluctuation.

‍Is there published research specifically on upper cervical care and MS?
Yes — primarily in the form of case studies and case series, most notably Dr. Erin Elster's published series of 44 MS patients. Controlled clinical trials specifically examining upper cervical chiropractic in MS do not yet exist. The evidence base is preliminary but anatomically grounded and clinically promising, particularly for patients with a history of prior cervical trauma.

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