[Case Study] Improvement of Hyperacusis, Facial and Ear Pain, and Dizziness in a Woman in Her 60s through Upper Cervical, TMJ, and Myofascial Integration Care
by Son PMR(Physical medicine & Rehabilitation ) & Chiropractic Clinic in Seoul
A woman in her early 60s presented to our clinic with the following symptoms:
Hyperacusis (sound sensitivity)
Persistent facial pain and inner ear discomfort
Dizziness triggered by neck and shoulder muscle tension
Tightness and pressure in the temporomandibular (TMJ) region
Despite prior evaluation by ENT and neurology specialists, no structural abnormalities were found on imaging studies. Medication had limited effect. Given the complexity of her symptoms, we performed a functional assessment of the upper cervical spine, TMJ region, and cervical myofascial chains, and applied a multi-modal, non-invasive approach.
Treatment Overview
Upper Cervical Manual Integration (C0–C2)
Assessment tools: posture analysis, prone leg check, head rotation test
Applied gentle and specific upper cervical correction techniques to reduce craniocervical tension and improve neural input
Myofascial Treatment around the TMJ
Focused on releasing tension in the masseter, temporalis, and lateral pterygoid muscles
Targeted to relieve facial pressure, ear discomfort, and related autonomic symptoms
Intramuscular Stimulation (IMS) of Cervical and Shoulder Girdle Muscles
Triggered relaxation of levator scapulae, sternocleidomastoid, upper trapezius, and deep paraspinals
Enhanced proprioceptive input and reduced autonomic overactivation contributing to dizziness
Outcomes After 5 Sessions
Hyperacusis: Dramatically reduced sensitivity to ordinary environmental sounds
Facial and Ear Pain: 70–80% reduction in discomfort and pressure
Dizziness: Significantly diminished, no longer triggered by neck tension
TMJ and cervical tightness: Markedly improved, enhancing quality of daily life
Neuroanatomical and Functional Basis
Trigemino-Cervical Convergence
The trigeminal spinal nucleus caudalis extends into the upper cervical spinal cord (C1–C3), explaining how cervical dysfunction can refer pain to the face and ears.
→ Bogduk N. Cervical headache: anatomic basis and pathophysiologic mechanisms. Curr Pain Headache Rep. 2001.
Cervico-Vestibular Interaction
Proprioceptive input from deep neck muscles influences balance and spatial orientation via the vestibular and cerebellar pathways.
→ Brandt T. Vertigo: Its Multisensory Syndromes. Springer, 2003.
TMJ–Cervical Fascial Connection
Fascial and muscular tension in the TMJ can alter the biomechanics of the upper cervical spine and cranial base.
→ Cooper BC, Kleinberg I. Biomechanics of occlusion—implications for the TMJ. Cranio. 2007.
Intramuscular Stimulation (IMS) and Neuroregulation
IMS has been shown to decrease nociceptive input, improve muscle function, and normalize autonomic tone through stimulation of deep paraspinal structures.
→ Gunn CC. The Gunn Approach to the Treatment of Chronic Pain. Churchill Livingstone, 1996.
Disclaimer: This case is anonymized and reconstructed with the patient's consent for educational purposes. The intention is not to advertise specific procedures, but to raise awareness of the interplay between cervical spine function, TMJ tension, and sensory symptoms like hyperacusis or dizziness.
👍Consultation and Appointment Information
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