Cervical Instability · Craniocervical Ligament Laxity · Glastonbury, CT

Cervical Instability: When Neck Ligaments Can't Hold Your Head Steady

When the ligaments that stabilize the upper neck become lax or injured, the head no longer sits securely on the spine. Dr. Paul Tortland, DO, FAOASM, CAQSM, RMSK evaluates cervical instability with motion-based imaging, confirms the diagnosis with targeted diagnostic injections, and treats lax ligaments directly with prolotherapy and custom-concentrated PRP.

Diagnosed with digital motion X-ray, not a static MRI aloneLigament-directed treatment, not symptom-chasingPerformed by Dr. Tortland personally

Quick answer

Cervical instability means the ligaments holding the upper neck and skull together have become too lax to keep the head properly aligned over the spine. It is common in Ehlers-Danlos syndrome and other hypermobility disorders, and can also follow whiplash, concussion, or other head or neck trauma. Lax ligaments can irritate nearby nerves and the vagus nerve, and can crowd structures near the jaw and skull base, producing a wide symptom pattern: brain fog, dizziness, a rushing or pulsing sound in the ear, neck and shoulder pain, TMJ or jaw pain, migraines, light sensitivity, and a heavy, hard-to-hold-up head. Dr. Tortland confirms the diagnosis with digital motion X-ray (DMX) and diagnostic injections to the cervical facet ligaments, then treats lax ligaments directly with prolotherapy and custom-concentrated PRP, and treats entrapped or irritated nerves with hydrodissection.

Associated conditions

EDS, generalized hypermobility, nerve entrapment, vagus nerve compression, TMJ dysfunction, Eagle's syndrome

Diagnosis method

Digital motion X-ray (DMX) and diagnostic injections to the cervical facet ligaments

Interventional options

Diagnostic facet ligament injections, nerve hydrodissection

First visit

At least an hour, $500, ultrasound included

Physician

Paul Tortland, DO, FAOASM, CAQSM, RMSK

Who treats you

Dr. Tortland personally, every visit

Main treatments

Prolotherapy and custom-concentrated PRP to tighten and strengthen the lax ligaments

Insurance

Regenerative procedures not covered; HSA / FSA eligible

When to see a doctor

When should you consider cervical instability?

Consider an evaluation if you have unexplained brain fog, dizziness or vertigo, a rushing or pulsing sound in one or both ears, chronic neck or shoulder pain, TMJ or jaw pain, migraines, light sensitivity, or a head that feels heavy or hard to hold up, especially alongside joint hypermobility, a diagnosis of EDS, or a history of whiplash, concussion, or other head or neck trauma.

Seek emergency care right away, not an office visit, for sudden severe headache unlike any before, new weakness or numbness in an arm or leg, loss of coordination, difficulty swallowing or speaking, or neck pain after a significant fall or high-speed accident.

The challenge with cervical instability is that its symptoms overlap heavily with anxiety, vestibular disorders, and primary headache conditions, so it is frequently missed or misattributed. A standard cervical MRI or static X-ray usually looks normal because it captures the neck in one fixed position; instability by definition only shows itself with motion or stress on the ligaments, which is why the diagnostic approach matters as much as the treatment.

  • Symptoms assessed for instability, not treated as anxiety or a vestibular problem by default
  • Motion, not just a static picture, used to evaluate ligament competence
  • Diagnostic injections confirm the ligament as the symptom generator before treatment begins
  • Performed by Dr. Tortland personally, in office

Related conditions

Conditions linked to cervical instability

Cervical ligament laxity is frequently connected to, or mistaken for, the conditions below.

Ehlers-Danlos syndrome (EDS)Generalized joint hypermobilityCervical nerve entrapmentVagus nerve dysfunction / compressionTMJ dysfunctionEagle's syndromeNeck and head trauma (whiplash, concussion)Craniocervical junction instabilityAtlanto-axial instabilityOccipital neuralgiaPost-concussion syndromePost-whiplash syndromeCervicogenic dizzinessCervicogenic headacheUpper cervical ligament laxitySymptoms misattributed to anxiety or vestibular disorders

Diagnose · Confirm · Treat

How Dr. Tortland diagnoses and treats cervical instability

Diagnose the instability with motion, confirm the ligament as the source with an injection, then treat what is actually lax.

01

History, exam and symptom mapping

An unrushed first visit maps your full symptom pattern, including brain fog, dizziness, ear rushing, neck and shoulder pain, TMJ or jaw pain, migraines, light sensitivity, and head heaviness, against your history of hypermobility, EDS, or prior head or neck trauma.

02

Digital motion X-ray (DMX)

DMX captures the cervical spine in flexion, extension and rotation to reveal instability that a static MRI or X-ray, taken in one fixed position, cannot show.

03

Diagnostic injections to the cervical facet ligaments

A small volume of anesthetic placed at the suspected lax ligament confirms it as the true source of your symptoms before treatment begins, the same validate-before-treat approach used throughout this practice.

04

Nerve hydrodissection

When lax ligaments are irritating or entrapping a nearby nerve, or contributing to vagus nerve compression, ultrasound-guided hydrodissection frees the nerve from surrounding tissue.

05

Prolotherapy

A dextrose solution is injected into the lax cervical ligaments to stimulate a localized healing and tightening response, the traditional first-line regenerative treatment for ligament laxity.

06

Custom-concentrated PRP

For ligaments that need a stronger biologic signal, PRP is custom-prepared on site to 12 to 15 times baseline platelet concentration and placed directly into the lax ligament under ultrasound guidance.

07

Follow-up and re-evaluate

Follow-up at six to ten weeks compares your symptoms against baseline; most patients need a short series of injections spaced several weeks apart as the ligament tightens.

Candidacy

Who this helps, and when it isn't the right fit

Good candidate
  • Brain fog, dizziness, ear rushing, or head heaviness with no clear cause on standard workup
  • Diagnosed or suspected EDS or generalized joint hypermobility
  • Chronic neck pain, TMJ pain, or migraines that began after whiplash, concussion, or other trauma
  • Symptoms confirmed by diagnostic injection to a specific cervical ligament
  • Patients who want to address the ligament directly rather than manage symptoms indefinitely
  • Patients who cannot take repeated cortisone
Not a candidate
  • Frank craniocervical instability with cord or brainstem compression, which needs neurosurgical evaluation
  • New neurologic deficit, such as arm or leg weakness or loss of coordination
  • Symptoms not confirmed by exam, DMX, or diagnostic injection
  • Active infection, local or systemic
  • Patients unwilling to follow the post-injection loading and activity plan
  • Active blood cancers or platelet disorders

Comparison

Cervical instability treatment options compared

Option
What it does
Duration of benefit
Effect on tissue
OptionCervical collar / physical therapy
What it doesSupports the neck and builds deep neck flexor strength to reduce load on lax ligaments
Duration of benefitOngoing; benefit depends on continued use and exercise
Effect on tissueNo direct ligament repair; foundational, not definitive
OptionDiagnostic facet ligament injection
What it doesAnesthetic placed at a specific cervical ligament to confirm it as the symptom source
Duration of benefitHours; diagnostic, not a treatment
Effect on tissueNo lasting tissue effect; confirms the diagnosis
OptionProlotherapy
What it doesDextrose solution injected into lax cervical ligaments to stimulate a localized tightening response
Duration of benefitCumulative over a short series of visits
Effect on tissueAims to tighten and strengthen ligament tissue
OptionCustom-concentrated PRP
What it doesDelivers a high concentration of growth factors directly into the lax ligament to stimulate repair
Duration of benefitCommonly building over months, per course
Effect on tissueAims to improve ligament quality and strength
OptionCervical fusion surgery
What it doesSurgically stabilizes the craniocervical junction or cervical spine
Duration of benefitLong-term, definitive for true structural instability
Effect on tissueStructural change with recovery cost; reserved for frank instability with neurologic compromise

Frequently asked

Cervical instability questions.

What is cervical instability?

Cervical instability means the ligaments that hold the upper neck and skull together, particularly around the craniocervical junction, have become too lax to keep the head properly aligned and stable over the spine. It is common in Ehlers-Danlos syndrome and other hypermobility disorders, and can also develop after whiplash, concussion, or other head or neck trauma.

Why do I have brain fog, dizziness, and ear rushing if this is a neck problem?

Lax upper cervical ligaments can irritate nearby nerves and put pressure on the vagus nerve and surrounding vascular and neural structures, producing symptoms that feel far removed from the neck: brain fog, dizziness or vertigo, a rushing or pulsing sound in the ear, migraines, light sensitivity, and a head that feels heavy or hard to hold up.

How is cervical instability diagnosed if my MRI looks normal?

A standard MRI or X-ray captures the neck in one fixed position, and ligament laxity by definition shows itself with motion, not at rest. Dr. Tortland uses digital motion X-ray (DMX), which images the neck in flexion, extension and rotation, and confirms the specific ligament involved with a diagnostic injection before recommending treatment.

What is a digital motion X-ray (DMX)?

DMX is a fluoroscopic X-ray technique that captures the cervical spine moving through flexion, extension and rotation, revealing abnormal motion between vertebrae that a static image cannot show.

Is cervical instability connected to EDS and hypermobility?

Yes. Ehlers-Danlos syndrome and other connective tissue and hypermobility disorders make ligaments throughout the body, including the upper cervical spine, more prone to laxity, which is why cervical instability is seen frequently in these patients.

What is nerve hydrodissection, and why would I need it for a neck problem?

Hydrodissection is an ultrasound-guided injection of fluid around an irritated or entrapped nerve to free it from surrounding tissue. It is used when lax cervical ligaments are irritating a nearby nerve or contributing to vagus nerve compression.

What is prolotherapy, and how is it different from PRP?

Prolotherapy is an injection of a dextrose solution intended to stimulate a mild, localized tightening response in a lax ligament. PRP delivers a much higher concentration of the patient's own growth factors to the same target. Both are used for lax cervical ligaments, often in sequence, tailored to the severity of the laxity.

Is cervical instability treatment covered by insurance?

Regenerative treatments such as PRP and prolotherapy are not currently covered by most U.S. insurers and are paid out of pocket; HSA and FSA funds can be used. Every new patient starts with a comprehensive initial evaluation ($500) that includes a full history, exam, and live musculoskeletal ultrasound in the same visit.

Who performs my cervical injections?

Dr. Tortland performs every cervical evaluation and procedure himself with image guidance. He has used musculoskeletal ultrasound clinically since 2008 and was the first physician in the world certified in regenerative medicine.

Sources

References & further reading.

01

Mulvaney SW, Tortland PD, Shiple B, Curtis K. Regenerative medicine options for chronic musculoskeletal conditions: a review of the literature. Endurance and Sports Medicine. 2018.

02

Henderson FC Sr, Austin C, Benzel E, et al. Neurological and spinal manifestations of the Ehlers-Danlos syndromes. Am J Med Genet C Semin Med Genet. 2017;175(1):195-211.

03

Dagenais S, Yelland MJ, Del Mar C, Schoene ML. Prolotherapy injections for chronic low-back pain. Cochrane Database Syst Rev. 2007;(2):CD004059.

05

Maniquis-Smigel L, Reeves KD, et al. Short term analgesic effects of 5% dextrose epidural injections for chronic low back pain: a randomized controlled trial. Anesth Pain Med. 2016;7(1):e42550.

**Medical Disclaimer:** Information on this page is provided for educational purposes and does not constitute medical advice, diagnosis, or treatment, guarantee a particular outcome, or establish a physician-patient relationship. Treatment suitability and expected results vary by patient and depend on individual clinical circumstances and the available scientific evidence. The inclusion of a procedure, treatment, or therapy on this website does not mean that it is appropriate for every patient, effective for every condition, superior to other treatment options, or guaranteed to produce a particular result. Orthobiologic procedures discussed on this website are medical procedures performed under the practice of medicine. The FDA regulatory status of any particular product, device, or use may vary, and FDA approval or clearance should not be inferred unless specifically stated. Dr. Tortland reports no financial interest in the products or devices described on this page. Individual results vary, and treatment decisions require an appropriate clinical evaluation, including an in-person examination when indicated.

Find out if lax cervical ligaments are behind your symptoms.

Candidacy is determined by exam, DMX and diagnostic injection, not over the phone. Bring your imaging and history of hypermobility or trauma, and get a clear diagnosis in one visit.