Clinical White Paper

Tinnitus Beyond the Ear: The Jaw, Neck & Fascia Connection

A clinical examination of somatosensory tinnitus, brain–body input, and the question conventional tinnitus care often fails to ask.

If tinnitus changes when you move your jaw, turn your neck, alter your head position, or change the way you sleep, the signal may be carrying information that deserves a more complete assessment.

You are not imagining the change.

Tinnitus that changes with ordinary jaw, neck, muscular, or positional input is described in the literature as somatic or somatosensory tinnitus. It does not prove a diagnosis. It does change the clinical question.

The clinical reframe

What Is Somatic Tinnitus?

Tinnitus is the perception of sound without a corresponding external acoustic source. Hearing loss, noise exposure, blast exposure, medication effects, head injury, and other variables can be relevant. The auditory system is not, however, an isolated circuit.

Current literature describes tinnitus as heterogeneous. In some people, sensory input from the head, jaw, cervical region, muscles, or body position can alter the loudness, pitch, or character of the percept. This is known as somatosensory modulation. It is a documented clinical phenomenon—not a fringe theory—and it warrants precision rather than exaggerated conclusions. [1] [2]

The clinical question expands from “What happened to the ear?” to “What is influencing the nervous system that is processing the signal?”

A simple observational self-check

Have you noticed your tinnitus change with ordinary movement or position?

For example: turning your head, opening or clenching your jaw, changing your sleeping position, or noticing jaw or cervical symptoms alongside the sound. A change does not establish a diagnosis or prove a cause. It may, however, indicate that somatosensory input should be included in a comprehensive assessment.

Medical priority: Seek urgent medical assessment for new tinnitus after a head injury, sudden pulsatile tinnitus, sudden hearing loss, sudden focal neurological symptoms, or acute severe vertigo. Persistent one-sided or pulsatile tinnitus also warrants appropriate medical and audiological evaluation. This page does not replace that care. [3]

Evidence discipline

Three Levels of Evidence—Kept Separate on Purpose

Serious claims about tinnitus require serious precision about what kind of evidence is being cited. These categories are not interchangeable.

Published science

A documented sensory interaction

Auditory–somatosensory interaction, somatic modulation, neural plasticity, and associations with cervical or temporomandibular dysfunction are documented in peer-reviewed literature.

FTI clinical observations

A repeated clinical signal

Over more than three decades of clinical work, I’ve observed changes in tinnitus in 65+ individuals receiving DBH or the work from which it developed. These are clinical results.

Individual case observations

Hypothesis-generating, not proof

Individual presentations can identify questions worth studying. They cannot establish causation, predict response, or justify claims of cure.

Clinical observations

When the System Changes, the Percept May Change

Case observation · persistent tinnitus dating to 1982

Since 1982. No pause. No day off.

It started with shooting — repeated firearm exposure — and it never stopped. Decades of ringing, uninterrupted.

He didn’t come in for his ears. He came in for the whole system — jaw, neck, fascia, the physical and neurological load his nervous system had been carrying since 1982.

One Dynamic Brain Healing™ treatment.

Then: seven days of silence. The first break in decades.

Then he fell. A mild traumatic brain injury. The ringing came back.

Decades of noise. Seven days without it. Nobody has fully explained why yet — that’s exactly the point.

Any Change in Pain or Symptoms creates Hope that it is possible.

What changed : Seven days of silence. The first break in decades

Personal clinical history · post-head-injury auditory experience

After a sixth head injury in 2014, it began: 3:00 a.m., every night, the same sound — “Amazing Grace.”

Not a song stuck in my head. A song I could hear.

I checked. I deleted it from every phone in the house. I checked every device. I confirmed the electronics were off.

The music continued.

It moved when I moved — shifting with the position of my head, the way somatosensory tinnitus does. Night after night, for more than a year. No explanation. Deeply unsettling.

Then I implemented the Brain Reset Program. I developed the work that became Dynamic Brain Healing™.

It stopped.

Eight years later, it hasn’t come back.

I had to find a solution or quit. Quitting wasn’t an option

The Fortier framework

Support the System. Then Change the Input.

The model uses two complementary strategies. They address different parts of the system and should not be confused with one another.

Step one

Brain Reset Program

Supports the biological environment in which the brain and nervous system function: energy metabolism, membrane integrity, neurotransmitter synthesis, and nutritional substrates. It is not positioned as a stand-alone tinnitus cure.

Step two

Dynamic Brain Healing™

Investigates whether modifiable physical and somatosensory inputs are adding load to the system—including the cranium, jaw, cervical region, shoulders, thoracic region, and their fascial continuities. Each intervention is assessed, measured, and adapted to the individual response.

Why Fascia Belongs in the Research Conversation

Fascia is not simply passive wrapping. It is innervated connective tissue involved in force transmission, proprioception, and sensory signaling. DBH works within this physical and sensory environment.

Current evidence does not establish that fascial restriction causes tinnitus. That is not the claim. The working hypothesis is narrower: if mechanical conditions alter somatosensory afferent input from cranial, mandibular, or cervical regions—and somatosensory input can influence auditory processing—then interventions capable of changing those inputs warrant formal investigation in an appropriately selected subgroup. [4]

A testable brain–somatosensory model

  1. Auditory or traumatic input.
  2. Altered neural processing.
  3. Somatosensory input from jaw, cervical, cranial, or related systems.
  4. Perceived auditory output.

Noise exposure, hearing loss, blast exposure, and head injury may initiate auditory-system change. At the same time, trigeminal, cervical, mandibular, and other sensory inputs may interact with auditory pathways. The research question is whether some of those inputs are modifiable and, if so, whether the percept changes in a measurable and reproducible way.

From signal to measurement

65+ Clinical Observations Demand Better Measurement—Not Bigger Claims.

A prospective DBH tinnitus study should characterize participants before intervention, use standardized measures, track outcomes at defined intervals, and identify the phenotypes most likely to respond to changes in neurofascial and somatosensory input.

Until then, evidence-based audiological and medical tinnitus care remains essential. Dynamic Brain Healing™ is not proposed as a replacement for that care. It is a structured, individualized clinical process for people whose presentation warrants an expanded systems assessment.

If your tinnitus changes with head, neck, jaw, or positional input, the next question is not “How do I suppress it?”

The next question is: what is influencing the system that is processing it?

Frequently asked questions

Somatic Tinnitus: What People Need to Know

Is tinnitus always caused by damage to the ear?

No. Hearing loss and acoustic trauma are important initiating factors in many cases, but tinnitus is a percept processed by the nervous system. In some individuals, non-auditory input from the head, jaw, and neck can influence the percept. That does not mean those inputs explain every case.

What is somatic or somatosensory tinnitus?

It describes tinnitus that can be modulated by non-auditory input, such as ordinary jaw or neck movement, muscular contraction, touch, or changes in head position. Modulation is clinically relevant, but it does not by itself establish diagnosis or cause.

Can jaw, TMJ, or cervical symptoms be relevant?

Research supports associations between tinnitus and temporomandibular or cervical dysfunction in a subgroup of patients. When tinnitus changes with jaw or neck movement, appropriately qualified medical, dental, audiological, or musculoskeletal assessment may be relevant. [4]

Does Dynamic Brain Healing™ cure tinnitus?

No cure claim is made. Dynamic Brain Healing™ and the Brain Reset Program have not been established through controlled clinical trials as tinnitus treatments or cures. The clinical observations described here represent a repeated signal worthy of formal investigation . Releasing fascial attachments on nerves can have delayed effects as nerves need time to calm down, results can occur weeks later, often within 4 to 5 days.

When should I seek medical care?

Seek urgent medical assessment for new tinnitus after head injury, sudden pulsatile tinnitus, sudden hearing loss, new focal neurological symptoms, or acute severe vertigo. Appropriate medical and audiological assessment remains important for persistent unilateral or pulsatile tinnitus. [3]

About the author

Simone Fortier

Founder of the Fascia Training Institute and creator of Dynamic Brain Healing™, Quantum NeuroFascial Release™, the Brain Reset Program, and the Brain Nutrition Program. For more than three decades, her clinical work has included professional and elite athletes, veterans, executives, practitioners, and individuals with complex presentations. Her clinical framework begins with a central principle: symptoms are outputs. The objective is to investigate the systems producing or influencing those outputs, change the variables that can be changed, and measure the response.

Medical and research disclaimer

Dynamic Brain Healing™ and the Brain Reset Program have not been established through controlled clinical trials as treatments or cures for tinnitus. The clinical experiences described on this page are observational and should not be interpreted as proof of efficacy or causation. Tinnitus has multiple potential causes, and appropriate medical and audiological assessment remains important. Dynamic Brain Healing™ is not intended to replace appropriate medical, audiological, neurological, or other professional care.

References

  1. Michiels S. Somatosensory tinnitus: recent developments in diagnosis and treatment. Journal of the Association for Research in Otolaryngology. 2023;24(5):465–472. https://doi.org/10.1007/s10162-023-00912-3
  2. Ralli M, Greco A, Turchetta R, et al. Somatosensory tinnitus: current evidence and future perspectives. Journal of International Medical Research. 2017;45(3):933–947. https://doi.org/10.1177/0300060517707673
  3. Ellis S, Wilson R, Dolan S. Tinnitus: systematic approach to primary care assessment and management. British Journal of General Practice. 2022;72(717):190–192. https://doi.org/10.3399/bjgp22X719057
  4. Bousema EJ, Koops EA, van Dijk P, Dijkstra PU. Association between subjective tinnitus and cervical spine or temporomandibular disorders: a systematic review. Trends in Hearing. 2018;22:2331216518800640. https://doi.org/10.1177/2331216518800640
  5. Marks KL, Martel DT, Wu C, et al. Auditory–somatosensory bimodal stimulation desynchronizes brain circuitry to reduce tinnitus in guinea pigs and humans. Science Translational Medicine. 2018;10(422):eaal3175. https://doi.org/10.1126/scitranslmed.aal3175
  6. Jones GR, Martel DT, Riffle TL, et al. Reversing synchronized brain circuits using targeted auditory–somatosensory stimulation to treat phantom percepts: a randomized clinical trial. JAMA Network Open. 2023;6(6):e2315914. https://doi.org/10.1001/jamanetworkopen.2023.15914
  7. Sherlock LP, Ballard-Hernandez J, Boudin-George A, et al. Clinical Practice Guideline for Management of Tinnitus: Recommendations From the US VA/DoD Clinical Practice Guideline Work Group. JAMA Otolaryngology–Head & Neck Surgery. 2025;151(5):513–520. https://doi.org/10.1001/jamaoto.2025.0052