If you live with a constant ringing, buzzing, or whooshing sound in your ears, you already know how exhausting tinnitus can be. It doesn’t just affect your hearing — it can disrupt your sleep, your concentration, and your overall quality of life. And if you’ve been told there’s “nothing that can be done,” you may not have heard about the upper cervical connection to tinnitus yet.
At Desoto Upper Cervical in Southaven, MS, Dr. David Hall and Dr. Troy Reistroffer work with patients who are searching for answers beyond the standard “learn to live with it” approach. While upper cervical chiropractic care isn’t a cure for tinnitus, there’s a growing body of evidence — and a lot of patient experience — suggesting that the alignment of your atlas (C1) and axis (C2) vertebrae may play a meaningful role in why some people hear sounds that nobody else can.
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What Is Tinnitus, Exactly?
Tinnitus is the perception of sound when no external sound is actually present. Most people describe it as a ringing, but it can also sound like buzzing, hissing, clicking, roaring, or even a pulsing noise that matches your heartbeat. For some people it comes and goes. For others, it’s a constant companion — 24 hours a day, 7 days a week.
According to the National Institute on Deafness and Other Communication Disorders, roughly 15% of Americans experience some form of tinnitus, making it one of the most common health conditions in the country. Yet despite how widespread it is, conventional medicine often offers limited solutions — mostly focused on masking the sound rather than addressing why it’s happening in the first place.
The Upper Cervical Connection to Tinnitus
So what does the top of your spine have to do with ringing in your ears? More than most people realize.
Your atlas (C1) sits right at the base of your skull, just a few centimeters from several critical structures involved in hearing and sound processing. When the atlas or axis shifts out of its proper alignment — what chiropractors call a subluxation — it can create a chain reaction that affects the surrounding nerves, muscles, blood vessels, and even the inner ear.
Here are the main pathways through which an upper cervical misalignment may contribute to tinnitus:
1. Nerve Irritation Near the Auditory Pathway
The upper cervical spine is intimately connected to several cranial nerves, including the vestibulocochlear nerve (cranial nerve VIII), which is responsible for both hearing and balance. When the atlas or axis is misaligned, it can create irritation or compression along these nerve pathways. That irritation can translate into the phantom sounds that characterize tinnitus.
2. Restricted Blood Flow to the Inner Ear
The vertebral arteries run directly through the transverse foramina of the upper cervical vertebrae on their way to the brain. An atlas subluxation can compromise blood flow through these arteries, affecting the inner ear structures that depend on healthy circulation to function properly. The cochlea, which is the hearing organ of the inner ear, is particularly sensitive to changes in blood supply. Reduced circulation in this area is a well-recognized contributor to tinnitus.
3. Muscle Tension and the Temporomandibular Joint (TMJ)
Atlas misalignments frequently create compensatory tension in the muscles of the neck, jaw, and skull base. The muscles around your ear — particularly the tensor tympani and stapedius muscles — can become hyperactive when surrounding tissue is under stress. Overactivity in these tiny ear muscles can produce or amplify tinnitus sounds. This is also why tinnitus often overlaps with TMJ dysfunction, and why many TMJ sufferers report ear-related symptoms.
4. Eustachian Tube Dysfunction
The eustachian tube connects your middle ear to the back of your throat and is responsible for equalizing pressure in the ear. Its proper function depends in part on the normal tone of muscles that are influenced by the upper cervical spine and surrounding soft tissue. When the atlas is out of alignment, muscle imbalances in this region can affect how the eustachian tube opens and closes, potentially contributing to the pressure and sound disturbances that tinnitus sufferers experience.
5. Brainstem Interference
Perhaps the most significant connection of all: your brainstem sits right at the level of the atlas and axis vertebrae. The brainstem serves as the master relay station for virtually all sensory information traveling to and from your brain — including auditory signals. When the atlas subluxates, it can create mechanical pressure or irritation to the brainstem, which may alter how your brain processes and filters sound. Some researchers believe that “central tinnitus” — the type generated by the brain itself rather than the ear — may be influenced by exactly this kind of brainstem interference.
What the Research Suggests
The relationship between cervical spine function and tinnitus has been documented in medical literature for decades. Research published in medical journals has examined a condition called “somatic tinnitus” — tinnitus that can be modulated by movements or pressure on the neck and jaw. Studies have found that a significant percentage of tinnitus patients can temporarily alter the loudness or pitch of their tinnitus by moving their head or applying pressure to the cervical muscles, which strongly suggests a musculoskeletal component.
A landmark study often referenced in upper cervical chiropractic circles involved 56 patients who had suffered tinnitus following a whiplash injury. Many of these patients experienced significant improvement or complete resolution of their tinnitus after receiving upper cervical chiropractic care — a finding that points to the connection between atlas alignment and inner ear function.
It’s worth noting that not all tinnitus has an upper cervical origin. Tinnitus can also be caused by noise exposure, ototoxic medications, ear infections, and other conditions. But for patients whose tinnitus began after a head or neck injury, those who also experience neck pain or stiffness, and those whose tinnitus symptoms change with neck position — these are strong indicators that the upper cervical spine deserves a closer look.
How Atlas Orthogonal and Orthospinology Address the Problem
At Desoto Upper Cervical, Dr. Hall and Dr. Reistroffer use two of the most precise upper cervical techniques available: Atlas Orthogonal and Orthospinology. Both techniques are built on the same fundamental principle — that the atlas and axis must be in proper alignment for the nervous system to function without interference — but they approach that correction with remarkable gentleness and specificity.
Before any adjustment is ever made, the doctors take precise X-rays of the upper cervical spine. These images allow them to measure the exact direction and degree of any misalignment, down to fractions of a degree. That level of detail matters, because the atlas is a ring-shaped bone with no disc, no interlocking facets, and 360 degrees of potential movement. Getting the correction right requires more than guesswork.
The adjustments themselves are light-force corrections — no cracking, no twisting, no aggressive manipulation. Atlas Orthogonal uses a stylus instrument that delivers a precise percussive impulse to the atlas, while Orthospinology uses a specific hand contact and line of correction based on the same mathematical analysis. Most patients are surprised by how gentle the adjustment feels relative to the changes they notice afterward.
After each adjustment, patients rest briefly to allow the body to begin integrating the correction. Follow-up X-rays are taken at intervals to confirm that the alignment is holding and to guide ongoing care.
What Tinnitus Patients at Desoto Upper Cervical Can Expect
Every patient’s experience is different, and it’s important to be honest: upper cervical chiropractic care doesn’t eliminate tinnitus for everyone. What it does is remove a potential source of neurological interference that may be contributing to — or amplifying — the problem.
Patients who tend to respond most favorably to upper cervical care for tinnitus are typically those who:
- Notice that their tinnitus changes with head or neck position
- Have a history of head, neck, or whiplash injuries
- Experience tinnitus alongside neck pain, headaches, or dizziness
- Also deal with TMJ issues or jaw tension
- Have tinnitus in only one ear (often corresponding to the side of the subluxation)
- Have been told their tinnitus has no identifiable cause
Some patients notice a reduction in tinnitus loudness or frequency within their first few visits. Others find that improvement comes gradually over several weeks as the atlas holds its corrected position and the nervous system begins to reset. And some patients find that tinnitus-related symptoms like sleep disruption, anxiety, and concentration difficulties improve even before the tinnitus sound itself changes — because a calmer nervous system is a more resilient one.
Taking the Next Step in Southaven, MS
If you’ve been living with tinnitus and haven’t found answers, the upper cervical spine is worth investigating. The evaluation at Desoto Upper Cervical begins with a thorough consultation and, if appropriate, precise imaging of the upper cervical spine to determine whether a subluxation is present and contributing to your symptoms.
You don’t have to keep guessing. If there’s a structural reason your ears won’t stop ringing, Dr. Hall and Dr. Reistroffer can find it — and address it with precision care that’s unlike anything most people have tried before.
Ready to find out if your tinnitus has an upper cervical connection? Call Desoto Upper Cervical today at (662) 393-4848 to schedule your consultation. We’re located at 1134 Church Rd W, Southaven, MS 38671. You can also learn more about what to expect from your first visit at desotouppercervical.com.
Frequently Asked Questions About Tinnitus and Upper Cervical Chiropractic Care
Can upper cervical chiropractic care cure tinnitus?
Upper cervical chiropractic isn’t a cure for tinnitus, and no honest practitioner will promise that. What it does is correct misalignments of the atlas and axis vertebrae that may be creating nerve interference, restricting blood flow to the inner ear, or creating muscle tension that contributes to tinnitus. When those mechanical factors are addressed, many patients experience meaningful reductions in tinnitus symptoms. The degree of improvement depends on the individual’s underlying cause.
How do I know if my tinnitus might be related to my neck?
There are a few strong clues. If your tinnitus changes — gets louder, softer, or shifts in pitch — when you move your head or neck, that’s a significant indicator of a somatic (musculoskeletal) component. Tinnitus that developed after a car accident, fall, or other head or neck injury is also strongly associated with upper cervical involvement. Additionally, if your tinnitus occurs alongside neck pain, headaches, dizziness, or jaw tension, the upper cervical spine is worth evaluating.
What is somatic tinnitus?
Somatic tinnitus refers to tinnitus that can be influenced by sensory or movement signals from the body — particularly from the neck, jaw, and head. Unlike purely auditory tinnitus caused by cochlear damage, somatic tinnitus involves central nervous system pathways that process both sound and body movement. Because of this, musculoskeletal corrections — like upper cervical adjustments — can sometimes directly influence the tinnitus signal in ways that hearing-focused treatments cannot.
Is there research supporting upper cervical care for tinnitus?
Yes, though the research is still developing. Studies on cervicogenic tinnitus — tinnitus with a cervical spine origin — have found that a meaningful subset of tinnitus patients have a musculoskeletal component that responds to manual and chiropractic therapies. Research on upper cervical care specifically has documented cases of tinnitus improvement or resolution following atlas correction, particularly in patients with post-whiplash tinnitus. The connection between atlas alignment, brainstem function, and auditory processing is well-supported in anatomy and neurophysiology.
What makes Atlas Orthogonal and Orthospinology different from regular chiropractic?
Both techniques focus exclusively on the top two vertebrae of the spine — the atlas (C1) and axis (C2). Unlike general chiropractic adjustments, they don’t involve twisting, cracking, or high-force manipulation. Instead, the correction is based on precise X-ray measurements and is delivered with very light force at a specific angle. This precision matters especially for conditions like tinnitus, where the brainstem, cranial nerves, and vertebral arteries are all closely involved.
How long does it take to see results for tinnitus with upper cervical care?
This varies from patient to patient. Some people notice a change in their tinnitus within the first few visits as the nervous system begins to respond to the corrected atlas position. Others experience gradual improvement over several weeks or months as the alignment stabilizes and the surrounding soft tissue adapts. The patients who tend to see the fastest results are those whose tinnitus has a clear neck-related component and who haven’t had the problem for decades.
Do I need a referral to be seen at Desoto Upper Cervical for tinnitus?
No referral is needed. You can call Desoto Upper Cervical directly at (662) 393-4848 to schedule a consultation. During that visit, Dr. Hall or Dr. Reistroffer will review your health history, discuss your tinnitus symptoms, and determine whether imaging of the upper cervical spine is appropriate. If an atlas subluxation is found, they’ll walk you through exactly what was found and what a care plan would look like for your specific situation.
