Board-Certified Neurosurgeon

Medically reviewed on Aug 6, 2026

Medical Disclaimer: This content is for educational purposes only and does not constitute medical advice. Individual results may vary. Always consult with your healthcare provider about your specific condition and treatment options.

Key Points

✓ Cervical spinal stenosis (CSS) narrows the spinal canal in the neck, compressing the cord and nerve roots. ¹ ²

✓ Its most serious consequence, degenerative cervical myelopathy (DCM), is the leading cause of non-traumatic spinal cord dysfunction worldwide; estimated prevalence: ~2.3%. ³ ⁴ ⁵

✓ DCM diagnosis is typically delayed 1.5–2+ years; 20–62% of conservatively managed patients deteriorate within 3–6 years. ⁶ ⁷

✓ Symptoms range from arm numbness and hand clumsiness to gait instability and bowel/bladder dysfunction. ¹ ³ ⁸

✓ MRI is the gold standard, but cord compression appears in up to 59% of asymptomatic adults. Imaging must match the clinical picture. ⁹ ¹⁰

✓ Conservative care manages pain but cannot reverse structural narrowing. ⁶ ¹¹

✓ ACDF carries a 6.57% reoperation rate for adjacent segment disease (ASD), peaking at 8.12% in patients aged 30–39. ¹² ¹³

✓ A meta-analysis of 83 studies: 28.28% imaging ASD, 13.34% symptomatic ASD, 5.78% reoperation after ACDF. ¹⁴

✓ Deuk Laser Disc Repair®: treats disc-related cervical stenosis without fusion, hardware, or motion loss.

What Is Cervical Spinal Stenosis?

Spinal canal stenosis in the cervical vertebrae (CSS) refers to the condition where the spinal canal in the cervical spine gets constricted. ¹ The spinal canal is a protective bone structure made up of several vertebral columns, through which the spinal cord and the nerves coming from the brain and supplying the different parts of the body pass. With constriction of the spinal canal either due to aging or an injury, compression of the spinal cord and the nerves results, leading to neurologic manifestations.

The effect of CSS may be on the spinal cord itself, known as cervical myelopathy, or the individual nerve roots exiting through the spinal canal, referred to as cervical radiculopathy, or both at once. ² Categorically, it is important to note that myelopathy denotes a more severe type of the disease. The latest information obtained from StatPearls confirms that the cervical and lumbar spine are the most common locations for spinal stenosis in all age groups, and it is significantly correlated with the physiological aging process. ¹

The typical diameter of the mid-cervical canal in the sagittal plane is 17-18 mm. The criteria for absolute stenosis is considered to be less than 10 mm, whereas the criterion of relative stenosis is less than 13 mm. ⁸ The numbers stated above are of practical significance as patients with naturally narrow canals need less degenerative changes to get symptomatic.

How common is cervical spinal stenosis?

Degenerative cervical myelopathy (DCM), which represents the most clinically relevant presentation of CSS, is the leading cause of non-traumatic spinal cord disease in adults globally. ³ ⁴ ⁵ The estimated population prevalence of DCM was reported to be around 2.3% by a meta-analysis, although this value has been regarded as an underestimation owing to underdiagnoses of the disease, especially in the elderly. ⁵ ⁷

The incidence of hospitalized cases of cervical spinal canal stenosis in Germany showed an increase from 12,818 in 2014 to 16,590 in 2023, representing a statistically significant increase (p = 0.003). ¹⁵ This increase occurred especially in elderly patients after 2020, probably due to the susceptibility of this age group to less physical activity during the pandemic period. ¹⁵

The presence of spinal cord compression without myelopathy, which is anatomically preceding myelopathy, is very frequent. A study showed the existence of asymptomatic cervical cord compression in 24.2% of the normal population and 35.3% of the subjects aged above 60 years old. ⁹ Also, the rate of incidental cervical cord compression, identified by MRI, in randomly selected volunteers of age groups between 40 to 80 years was 59%, ranging from 31.6% in the fifth decade to 66.8% in the eighth decade. ⁹

Causes of Cervical Spinal Stenosis

CSS is primarily a degenerative condition, meaning it develops over time as the structures of the cervical spine gradually wear down. In most patients, multiple contributing factors are present simultaneously.

1. Age-Related Degeneration

Decay of the spine’s components in a slow process is the most common reason for CSS. With aging, the height of the intervertebral discs decreases, joints become arthritic, and ligaments calcify. In total, all these factors decrease the space in the spinal canal. ¹ ³ The prevalence significantly grows at an age over 50 years, and with an aging population of our planet, the amount of affected individuals is growing constantly. ¹⁵

2. Bone Spurs (Osteophytes)

With age and subsequent wear and tear of the cervical spine’s joints and disc spaces, there is a formation of new bone on the outer edges of the vertebrae. These new formations, also known as osteophytes or bone spurs, may actually interfere in the spinal canal and the neural foramen to compress the nerves and the spinal cord.

3. Bulging and Herniated Discs

The soft discs located between each vertebrae of the cervical spine can protrude or herniate due to damage to their protective outer layer (the annulus fibrosus). Protrusion of these discs limits the available space within the canal and results in compression of either the nerves or the spinal cord. Compression caused by discs is especially significant for young CSS patients. ¹ ²

4. Thickened Ligaments (Ligamentum Flavum Hypertrophy)

The ligamentum flavum that runs behind the spinal canal may enlarge and fold into the canal due to aging. It is one of the most common causes of posterior compression of the spinal cord in degenerative CSS. ³ Ossification of the posterior longitudinal ligament (OPLL) may result in anterior compression of the spinal cord and is relatively more common in some populations. ¹⁶

5. Facet Joint Arthritis

Osteoarthritis of the facet joints, the small paired joints at the back of each vertebra, causes bony enlargement and inflammation that can narrow the neural foramen and the central canal. ¹ ²

6. Congenital Narrowing

Some individuals are born with a naturally narrower cervical spinal canal than average. A congenitally narrow canal lowers the threshold at which even minor degenerative changes or trivial trauma can cause myelopathy. ⁸ ⁹ A 2025 study found that the prevalence of congenital cervical stenosis differs significantly by race, with Black and Asian patients demonstrating the highest rates, smallest sagittal canal diameters, and largest lamina-to-disc angles, potentially predisposing these populations to earlier development of cervical myelopathy. ¹⁷

Symptoms of Cervical Spinal Stenosis

The symptoms of CSS depend on whether the nerve roots, the spinal cord, or both are being compressed. Many patients present with a combination of findings, and the clinical picture can be more complex than a straightforward neck strain.

1. Cervical Radiculopathy: Nerve Root Compression

Cervical radiculopathy occurs when individual nerve roots are compressed as they emerge from the spinal canal. ² Symptoms vary depending upon which nerve root is involved:

• Sharp pain radiating from the neck to the shoulder, arm, and hand in a dermatomal pattern
• Pins and needles sensations or numbness in the arm or finger tips
• Numbness in the arm, hand, or fingers in a dermatomal distribution as defined by the particular nerve root
• Weakness in the muscles supplied by that particular nerve root; e.g., C5 radiculopathy gives rise to weakness in the deltoid muscles, C6 in biceps and extensor muscles, and C7 in triceps
• Aggravation of symptoms with neck extension and rotation towards the affected side (positive Spurling’s test)

2. Cervical Myelopathy: Spinal Cord Compression

• However, when there is compression of the spinal cord itself, this leads to cervical myelopathy, which is much more serious and even dangerous for health. ³ ⁴ According to scientific studies, symptoms of loss of motor and sensory functions in the hands, as well as changes in walking, are one of the most frequent clinical manifestations of myelopathy. ⁶ Symptoms of myelopathy include:
• Impaired fine motor skills in the form of problems fastening a button on a shirt, writing, picking up small things, using utensils. This symptom appears to be one of the first to appear and often gets referred to as aging by patients. ³ ⁴
• Gait disorders are associated with difficulties with balance, unstable gait, feeling of clumsiness or imbalance (ataxia). ³ ⁶
• Numbness and tingling of hands, arms, or legs, which are not limited to just one nerve distribution.
• Weakness of the hands and legs, which affects both arms and is not limited to one nerve root.
• Lhermitte sign (sensation of electric shocks through the spine or limbs when bending the neck).
• Bowel or bladder dysfunction including urinary urgency, frequency, or retention. While less common than motor symptoms, bladder dysfunction is the most common autonomic complaint in DCM ⁶
• Upper motor neuron signs including hyperreflexia, clonus, Hoffmann sign, and Babinski sign. Among clinical examination findings, the Tromner sign has demonstrated the highest diagnostic accuracy (sensitivity 93–97%) for myelopathy ⁶ ¹⁸

3. Combined Myeloradiculopathy

Many patients with CSS experience both myelopathy and radiculopathy simultaneously, producing a complex clinical picture in which cord-level dysfunction (balance problems, hand clumsiness, upper motor neuron signs) coexists with specific nerve root symptoms (radiating arm pain in a dermatomal pattern). ² ³ This combination is particularly common in multi-level stenosis.

4. “Silent” Progression

One of the most clinically important features of CSS is that chronic neck pain or stiffness may be relatively mild even when cord compression is significant. ³ ⁴ Many patients and clinicians attribute the gradual onset of hand clumsiness, balance changes, and reduced walking tolerance to normal aging, leading to substantial diagnostic delays. Research shows DCM diagnosis is often delayed by 1.5 to over 2 years from symptom onset. ⁶

Myelopathy symptoms in particular should prompt urgent evaluation. Research consistently demonstrates that patients who receive timely surgical treatment before significant neurological deterioration recover more fully than those who delay, and that neurological deterioration from untreated myelopathy can become permanent. ⁶ ⁷ ¹¹

Why Cervical Spinal Stenosis Is Often Misdiagnosed

Delayed and incorrect diagnosis is a well-documented problem with CSS, particularly when myelopathy is present. The literature consistently reports that DCM remains underdiagnosed, with most cases identified only after years of worsening symptoms. ⁶ ⁷ The reasons include:

1. Symptoms are attributed to normal aging

The gradual loss of hand dexterity, increasing clumsiness, and mild balance changes that characterize early myelopathy are frequently dismissed by patients and clinicians as age-related decline rather than recognized as signs of spinal cord compression. ⁴ ⁶

2. Neck pain may be minimal or absent

Unlike what many patients expect, cervical myelopathy can cause significant cord compression with relatively little neck pain. ³ The absence of severe neck pain may lead clinicians away from cervical spine imaging.

3. The condition mimics multiple other diagnoses

The CSS presents similar symptoms to carpal tunnel syndrome, peripheral neuropathy, multiple sclerosis, normal pressure hydrocephalus, Parkinson disease, among others, which make diagnosis difficult since the patient undergoes referral to various specializations before the spinal disease is actually diagnosed.

4. Incomplete imaging protocols

When MRI is ordered based on specific radicular complaints, imaging protocols may emphasize certain levels while underreporting pathology at others. Whole cervical spine MRI is necessary for comprehensive evaluation.

5. Low clinical suspicion in younger patients

While CSS is primarily a condition of patients over age 50, individuals with congenital cervical stenosis can develop symptomatic myelopathy at much younger ages. ⁸ ¹⁷ Clinicians may not consider CSS in younger patients presenting with hand clumsiness or balance changes.

The combination of bilateral hand clumsiness, gait changes, and upper motor neuron signs on examination should always prompt cervical spine MRI to evaluate for cord compression. ³ ⁶ ⁸

What Happens If Cervical Spinal Stenosis Is Left Untreated?

Because CSS is a progressive condition, the risks of delaying evaluation and treatment are significant. In terms of the natural history of DCM, 20–62% of patients with symptomatic myelopathy who undergo conservative treatment suffer from neurological impairment within 3–6 years. ⁹ With progression of the condition:

• Neurological deficits increase. Weakness, numbness, and tingling in the arms and hands become more severe and more difficult to reverse even with surgical intervention. ³ ⁷
• Myelopathy progresses. Spinal cord dysfunction leads to worsening balance problems, gait instability, falls, and difficulty with activities of daily living. ⁴ ⁶
• Permanent nerve damage accumulates. Prolonged compression of the spinal cord causes histological changes including demyelination and neuronal loss that do not fully recover even with delayed decompression. ⁴ ⁹
• Bladder and/or bowel dysfunction may occur. In severe cases, spinal cord compression impairs autonomic functions leading to urinary retention or incontinence and bowel dysfunction. ³ ⁶
• Increased risk of spinal cord injury due to trauma. The risk of traumatic spinal cord injury in individuals with cervical stenosis increases due to preexisting pathology in these individuals, even due to trivial trauma like a fall or minor road traffic accident. ⁹

A systematic review conducted in 2025 published in EFORT Open Reviews regarding timing of surgery for degenerative cervical myelopathy has proven that early surgery leads to better results, especially in those patients who have not reached the state of severe disability yet. Another systematic review carried out in 2024 published in the Journal of Spine Surgery about the DCM has proven that DCM is a progressive disease with increasing incidence rate due to aging population and that early surgery produces superior results than conservative treatment. ¹⁹

Diagnosing Cervical Spinal Stenosis

Diagnosis is the starting point for successful treatment. There will be no two patients of CSS presenting the same way, and their treatment plan depends only on the particular location, cause, and extent of the compression discovered.

The diagnostic sequence

1. History and neurologic examination in detail. The doctor evaluates reflexes, sensation, muscle power, fine finger movements, balance, coordination, and gait to determine the pattern and severity of any neurological deficit. Particular provocative tests, such as Spurling’s test (extension and lateral flexion of the neck toward the affected side), can aid in the diagnosis of nerve root compression. Upper motor neuron signs like Hoffman’s sign, Tromner’s sign, hyperreflexia, clonus, and Babinski’s sign need to be systematically evaluated. The Tromner sign has demonstrated the highest diagnostic accuracy for myelopathy, with sensitivity of 93–97%. ⁶ ¹⁸
2. MRI of the cervical spine: the gold standard. MRI provides high-resolution images of soft tissue structures, allowing clear visualization of disc herniations, thickened ligaments, the degree of cord compression, and whether intramedullary cord signal changes (T2 hyperintensity, an indicator of myelopathy severity) are present. ¹⁰ For most patients, MRI is both necessary and sufficient to confirm the diagnosis and guide treatment. Get a free virtual consultation with Dr. Deuk. Submit your MRI to pinpoint the cause of your neck pain and explore minimally invasive treatment options.
3. CT scan. CT scanning is particularly useful for visualizing bony structures, making it the preferred tool for identifying bone spurs and ossification of the posterior longitudinal ligament (OPLL). ¹⁶ CT is often used when MRI is contraindicated (patients with certain metallic implants or pacemakers) and is frequently combined with myelography (contrast injection into the spinal fluid) in complex diagnostic situations.
4. Electrodiagnostic studies. EMG and NCS are useful in distinguishing between cervical radiculopathy and peripheral nerve entrapment disorders like carpal tunnel syndrome, and for measuring the extent of nerve damage. These tests are especially useful when there is diagnostic confusion or where there are several possible causes.
5. Dynamic imaging when appropriate. Flexion-extension X-rays may be obtained to evaluate for cervical instability, particularly in patients with spondylolisthesis or suspected ligamentous laxity.

What the MRI doesn’t tell you

The prevalence of cervical cord compression is quite common even in asymptomatic cases. As per an MRI study done in randomly selected healthy individuals from the age group of 40 to 80 years, 59% were found to have cervical cord compression, and the incidence rose from 31.6% during the fifth decade to 66.8% in the eighth decade. ⁹ Non-myelopathic spinal cord compression was found in 24.2% of healthy people and 35.3% of people above 60 years of age. ⁹

This illustrates an important point that imaging findings should be correlated with the clinical picture before thinking about management. An MRI finding of cervical stenosis in a case where the symptomatology is somewhere else or even there are no neurologic symptoms at all doesn’t necessitate a management plan for the cervical spine.

Non-Surgical Treatment of Cervical Spinal Stenosis

Conservative care is usually the proper approach for those patients who suffer from mild or moderate symptoms but lack neurological deficit and deterioration. Nevertheless, patients need to realize that there is a limitation to the treatment options: while conservative measures help to manage pain and slow down progression of the disease’s functional consequences, they do not restore anatomical patency of the canal. ⁶ ¹¹

Physical therapy

Cervical-specific physical therapy is used to correct posture, increase the muscle strength of the neck area, increase mobility, and decrease mechanical loads on irritated nerves. ¹¹ It is important to note that general exercises for the neck are not enough for this purpose; patients require cervical-specific exercises such as deep cervical flexor strengthening, shoulder stabilization, and postural correction.

Medications

• Non-steroidal anti-inflammatory drugs (NSAIDs). Ibuprofen, naproxen, or celecoxib are first-line agents for inflammation and pain control.
• Neuropathic pain medications. Gabapentin or pregabalin may help manage radiating neuropathic pain, though side effects including drowsiness and cognitive slowing should be discussed.
• Muscle relaxants. Cyclobenzaprine or tizanidine may help with associated cervical muscle spasm on a short-term basis.
• Oral corticosteroids. A brief course (methylprednisolone dose pack) may be used for severe inflammatory flares.

Epidural steroid injections

Epidural steroid injections (ESIs) deliver corticosteroids directly to the epidural space near the compressed nerve root. They can provide temporary but significant reduction in inflammation and pain. ESIs are useful for short-term symptom management and for allowing patients to engage more effectively in physical therapy. Their effects are temporary and do not address the underlying structural narrowing. Importantly, cervical ESIs carry a small but real risk of serious complications including spinal cord injury, and should only be performed by experienced interventionalists under fluoroscopic guidance.

Activity modification

Avoiding activities and positions that worsen symptoms, particularly sustained neck extension, can reduce symptom intensity during flares. Ergonomic adjustments to workstations, monitor height, and sleep positioning are often helpful.

When conservative care is not enough

Non-surgical management should be reconsidered when:

• Symptoms persist or worsen after 6–12 weeks of appropriate conservative treatment
• Motor weakness is progressive (worsening grip strength, increasing hand clumsiness, or lower extremity weakness)
• Signs of myelopathy are present or progressing (gait instability, upper motor neuron signs, balance deterioration)
• Bowel or bladder dysfunction develops
• Pain is intractable despite multimodal conservative management
• MRI shows significant cord compression with intramedullary signal changes

Low-quality evidence exists that for patients with mild myelopathy (mJOA score ≥14), conservative and surgical treatment may have similar short-term outcomes. ¹¹ However, for moderate to severe myelopathy, surgical intervention yields superior outcomes, and delayed treatment consistently produces worse neurological recovery. ⁶ ⁷ ¹¹ ¹⁹

Surgical Treatment for Cervical Spinal Stenosis

Surgical treatment in CSS aims at decompression by making adequate room for the compressed spinal cord and nerves in order to relieve them from any pressure, halt their degeneration and help them heal. ²⁰ The type of procedure and the technique used will be based on the site and causes of the compression, number of levels, and general condition of the patient.

Traditional Anterior Cervical Discectomy and Fusion (ACDF)

Anterior Cervical Discectomy and Fusion is the most frequent cervical spine surgery performed in the US, with over 130,000 operations done each year. The procedure is carried out through the front of the neck; the herniated disc or bone spurs causing compression are removed and adjacent vertebrae are fused using bone graft and a metal plate.

ACDF can effectively relieve arm pain and neurological symptoms for appropriately selected patients. However, it permanently eliminates motion at the fused level, and this loss of motion transfers increased mechanical stress to the adjacent spinal segments. ¹² ¹³ ¹⁴

The long-term consequences of this stress transfer are well-documented:

• A 2025 review in Molecular Medicine Reports confirmed that cervical fusion consistently alters spinal biomechanics, increasing intradiscal pressure and range of motion at adjacent levels and accelerating degeneration. ¹³
• The overall reoperation rate for symptomatic ASD following cervical fusion is 6.57%, peaking at 8.12% in individuals aged 30–39 and decreasing with age. ¹²
• A meta-analysis of 83 studies found that the prevalence of imaging-detected ASD after ACDF was 28.28%, the prevalence of symptomatic ASD was 13.34%, and the reoperation rate for ASD was 5.78%. ¹⁴
• Those under age 50 have a higher likelihood of requiring ASD reoperation, making this risk particularly meaningful for younger patients. ¹² ¹³
• Rates of ASD requiring surgical treatment have been reported as approximately 2% per year, with projections that 22% of patients would need reoperation for ASD within 10 years. ²¹

Laminectomy and Laminoplasty

Laminectomy involves removal of the lamina (bony cover on the rear side of the vertebral body) from one or more cervical vertebrae to relieve pressure on the spinal cord from its posterior side. While laminoplasty involves widening of the spinal canal by forming a hinge joint from the lamina instead of removal. ²⁰ Both procedures are usually employed when multiple levels of spinal cord are compressed. Because posterior bone removal can create instability, laminectomy is frequently combined with instrumented fusion, which carries the same adjacent segment concerns as ACDF.

Deuk Laser Disc Repair®

In cases where cervical stenosis is the result of compression from discs such as herniation, disc bulge, bone spurs formed at the level of the disc, or annular tear, the DLDR® provides an alternative to fusion. ²²

What it is: Deuk Laser Disc Repair® is a minimally invasive and motion preserving technique done via a small incision, about the size of a pencil eraser (4 to 7mm), using high-definition endoscopic cameras and an FDA approved Holmium:YAG laser to remove the exact tissues responsible for the canal narrowing without fusing bones, major muscles cuts, or implantation of any devices. ²² 

How it works: Using live fluoroscopic imaging, a small tube is guided into the symptomatic disc. The endoscopic camera is inserted to visualize the area precisely. The laser then removes only the 5 to 10% of damaged disc tissue causing herniation and inflammation, and treats the annular tear that is the source of discogenic pain, leaving healthy disc structure completely intact. ²²

Key advantages over ACDF:

• No fusion. The cervical spine retains its full natural range of motion permanently. There is no adjacent segment disease risk because no fusion is performed. ²²
• No hardware. No screws, plates, or cages means no hardware complications, no hardware failure, and no need for future hardware removal surgery.
• No muscle cutting. The approach does not disrupt the major muscle groups of the neck, resulting in dramatically less postoperative pain and faster recovery.
• Outpatient procedure. No hospital stay is required. Most patients walk out of the surgical center within one hour.
• Rapid recovery. Most patients return to daily activities within two to three days and to desk work within a week. This contrasts sharply with the three to six month recovery typical of ACDF.
• No opioids required. Patients do not need narcotic pain medication after DLDR, unlike most traditional cervical spine procedures.
• Proven results. Over 20 years and more than 2,000 cervical procedures, DLDR has achieved a 99.6% success rate with zero complications on record. ²²

What DLDR treats:

• Disc-related cervical spinal stenosis
• Herniated and bulging cervical discs
• Annular tears
• Bone spur-related nerve compression at the disc level
• Cervical radiculopathy (pinched nerves in the neck)
• Degenerative disc disease
• Chronic neck and arm pain of discogenic origin

The appropriate surgical approach, whether DLDR or another technique, is always determined after a thorough review of diagnostic imaging, clinical examination, and an honest assessment of all available options. At Deuk Spine Institute, patients receive a free MRI review so that Dr. Deukmedjian can assess candidacy and provide a genuine, evidence-based recommendation.

Why a Second Opinion Can Change Your Outcome

The first and most critical step that a patient suffering from cervical spinal stenosis can take in order to avoid having surgery is getting a second opinion from a neurosurgeon skilled in traditional fusion surgery as well as minimally invasive motion preservation options.

ACDF surgery is the surgery of choice that many people suffering from cervical spinal stenosis due to disc issues get, only because it is the one their doctor does the most often.

 As documented in the research on adjacent segment disease, fusion carries meaningful long-term risks that compound over time, especially for younger patients. ¹² ¹³ ¹⁴ A surgeon whose practice includes advanced endoscopic and laser techniques can evaluate whether a motion-preserving approach addresses your specific compression pattern.

At Deuk Spine Institute, we offer a free virtual consultation and MRI review. Dr. Deukmedjian will personally review your imaging and provide an honest, independent assessment of whether Deuk Laser Disc Repair or another approach best fits your condition.

FAQs

What is the difference between cervical spinal stenosis and a cervical herniated disc?

Both conditions can produce similar symptoms including neck pain, radiating arm pain, numbness, and weakness, but they are distinct diagnoses. Cervical spinal stenosis is the narrowing of the spinal canal itself, typically caused by age-related changes including bone spurs, thickened ligaments, and degenerative disc changes. ¹ It often affects multiple levels and can compress the spinal cord (myelopathy) in addition to individual nerve roots. A cervical herniated disc is a single event in which the inner material of one disc pushes through a tear in the outer wall and directly compresses a nerve root or the cord. ² In practice, these conditions frequently occur together, as disc herniations are one of the most common causes of canal narrowing in cervical stenosis.

Can cervical spinal stenosis be treated without surgery?

Certainly, patients with mild cases without any significant or progressive neurologic deficit are usually started with conservative management consisting of physical therapy, anti-inflammatory drugs, and epidural steroid injections. ¹¹ However, this is not a definitive treatment for structural canal stenosis. Patients with mild myelopathy (mJOA ≥14) have been found to have similar outcomes when compared to those who were subjected to surgery. ¹¹ The outcome is definitely superior in patients with moderate-to-severe myelopathy with around 20%–62% of patients developing progressive neurologic deficit during the period of 3 to 6 years. ⁹ The 2025 review showed that early surgery was better for neurological outcomes. ¹¹

Is traditional cervical fusion (ACDF) the only surgical option for cervical spinal stenosis?

False. Although ACDF surgery is the most frequently performed type of cervical spine surgery in the U.S., there is more than one way of treating this condition. ¹² In cases where cervical stenosis is caused by disc degeneration, another type of surgery, called Deuk Laser Disc Repair, can be considered. ²² ACDF permanently removes the motion of the vertebrae at the fusion level and puts additional strain on the other vertebrae, which results in a reported overall revision rate for symptomatic ASD of 6.57%. ¹² Meta-analysis of 83 different studies revealed that the imaging prevalence rate of ASD after ACDF was 28.28%, while that of symptomatic ASD was 13.34%. ¹⁴ There are no risks involved in DLDR, as there is no fusion and implantation done.

What happens if cervical spinal stenosis is left untreated?

Because CSS is progressive, leaving it untreated carries significant risk. Research on the natural history of degenerative cervical myelopathy shows that 20–62% of conservatively managed patients deteriorate within 3–6 years. ⁹ Consequences include worsening weakness and numbness, progressive gait instability and falls, loss of hand dexterity, and in severe cases bowel or bladder dysfunction. ³ ⁶ Prolonged spinal cord compression causes histological changes that may not fully recover even with delayed surgery. ⁴ Additionally, patients with cervical stenosis are at heightened risk of acute spinal cord injury from even minor trauma. ⁹ For these reasons, timely evaluation and treatment are strongly recommended.

How is cervical spinal stenosis different from lumbar spinal stenosis?

Cervical stenosis affects the neck and can compress the spinal cord itself, potentially causing myelopathy with upper motor neuron signs, hand clumsiness, gait instability, and even bowel/bladder dysfunction. ³ Lumbar stenosis affects the lower back, where the spinal cord has typically already ended (around L1), so it compresses the cauda equina (nerve roots), causing neurogenic claudication, leg pain with walking, and lower extremity weakness. ¹ The key clinical difference is that cervical stenosis carries the risk of spinal cord injury and myelopathy, which makes it potentially more dangerous and more urgent to treat.

Can cervical spinal stenosis cause dizziness or headaches?

While CSS primarily causes arm and hand symptoms along with gait changes, some patients report dizziness, vertigo, and cervicogenic headaches, particularly when cervical stenosis is associated with significant spondylotic changes that affect vertebral artery flow or upper cervical nerve roots. These symptoms should be evaluated carefully to exclude other causes before attributing them to cervical stenosis.

What physical examination test is most accurate for detecting cervical myelopathy?

A systematic review of clinical signs found that the Tromner sign demonstrated the highest diagnostic accuracy for detecting myelopathy, with sensitivity of 93–97%. ⁶ ¹⁸ Other useful tests include the Hoffmann sign, the inverted radial reflex, tandem gait assessment, grip-and-release test (evaluating hand dexterity), and checking for hyperreflexia and clonus. No single test is definitive; a comprehensive neurological examination combining multiple tests provides the most reliable clinical assessment.

When should I get a second opinion?

If you have been told you need cervical fusion (ACDF), it is worth consulting a surgeon who also performs minimally invasive, motion-preserving procedures to determine whether your specific compression pattern could be treated without fusion. This is especially important if you are under 50, as younger patients face decades of elevated adjacent segment stress following fusion, with reoperation rates peaking at 8.12% in those aged 30–39. ¹² Similarly, if you have been managing symptoms conservatively but are noticing progressive hand clumsiness, worsening balance, or increasing difficulty walking, prompt specialist evaluation is warranted.

Sources

Disclaimer: This information is for educational purposes only and is not intended to replace the advice of a physician. Results may vary from person to person. Consult your doctor regarding your particular situation. 

Key Points

✓ Disc herniation from T1 to T2 is an uncommon pathology. And occurs in less than 1% of all surgical disc herniations. ¹ ²

✓ T1 nerve root compression causes grip weakness, medial forearm numbness. And loss of hand dexterity. ³ ⁴

✓ Horner syndrome (drooping eyelid, small pupil, facial dryness) is the signature finding at this level. ⁵ ⁶

✓ Diagnosis is frequently delayed because standard cervical MRI stops at C7-T1 and misses this level. ³ ⁵

✓ ~69% of T1-T2 herniations are posterolateral, compressing the nerve root rather than the cord. ⁷

✓ Central herniations can compress the spinal cord, causing myelopathy. ⁷ ⁸

✓ 11–37% of asymptomatic adults show thoracic disc herniations on MRI. Imaging alone does not justify surgery. ⁹

✓ Most patients improve with 6–12 weeks of conservative care; surgery is reserved for progressive deficits. ¹⁰

✓ Deuk Laser Disc Repair®: 99.6% success, 0.01% complication rate, 2,700+ procedures. Motion-preserving, outpatient.

What Is a T1-T2 Herniated Disc?

The T1-T2 disc sits at the junction between the base of the neck and the upper back, right where the cervical spine transitions into the thoracic spine. T1 is the first thoracic vertebra and T2 is the second. The disc between them cushions these two vertebrae and allows limited movement at this level.

Herniation of the disc between the T1-T2 segments is characterized by the displacement of the soft inner part of the disc (nucleus pulposus) through a tear of the outer hard covering of the disc (annulus fibrosus). In such a case, the displaced substance may put pressure on the T1 nerve roots, the spinal cord, or the sympathetic nerve chain responsible for controlling functions of the eye and face. ¹ ⁵

This level is anatomically unusual for two reasons. First of all, the thoracic vertebrae are supported by the rib cage, which decreases motion and, consequently, the mechanical stresses that result in herniated discs in cervical and lumbar vertebrae. ² Secondly, the T1-T2 vertebral level is situated in a transitional area of anatomy that is typical for both cervical and thoracic spines; that is the very reason why symptoms at this level tend to resemble those of cervical radiculopathy. ³

How rare is a T1-T2 herniated disc?

Disc herniations of the thoracic spine constitute 0.25%-0.75% of all symptomatic spinal disc herniations. ¹¹ Disc herniations in the thoracic spine tend to occur mostly in the lower region, with T11-T12 being the most common level. ² Herniations in the upper thoracic spine, specifically those of T1-T2, make up the least common group. There were 39 total cases of disc herniation of the T1-T2 levels described in a literature review in JAAOS Global Research & Reviews. ⁵ 36 cases were documented in another review in Surgical Neurology International. ⁷

Herniated Disc from T1 to T2 Symptoms

The symptoms of a herniated disc from T1 to T2 can vary depending on which structure is compressed: the T1 nerve root, spinal cord, or the sympathetic chain. Many patients present with a combination.

1. T1 Radiculopathy: Pain and Weakness in the Arm and Hand

This particular nerve supplies the intrinsic muscles of the hand, which are the small muscles that spread fingers apart, clench and perform other delicate functions. ⁴ If the T1-T2 intervertebral disc is herniated, the following symptoms are exhibited by the patient:

• Medial arm and forearm pain. A deep, aching, or burning pain that radiates from the upper back or base of the neck down the inside (medial) aspect of the arm and forearm.
• Ring and little finger numbness and tingling. Dermatome of T1 extends to the medial part of the forearm and to the medial antecubital fossa (inner part of the elbow joint). Paresthesia (tingling sensation) is commonly experienced in the inner part of the forearm, the fourth, and fifth fingers. ³ ⁵
• Grip weakness and loss of hand dexterity. Because T1 innervates the hand intrinsic muscles via the ulnar nerve, patients lose the ability to spread their fingers apart (finger abduction), pinch forcefully, or perform fine motor tasks like buttoning a shirt. ⁴ ⁵
• Periscapular pain. Pain between or around the shoulder blades is one of the most commonly reported initial symptoms in published case reports. ³ ⁵ ⁷

In a review of 21 T1-T2 herniated disc cases in the literature, the most frequently reported signs and symptoms of T1 nerve root compression included hand weakness, medial arm/forearm pain and paresthesias, and grip deficits. ⁵

Why it mimics cervical radiculopathy

The overlap is significant. The C8 nerve root compressed by a C7-T1 disc herniation and the T1 nerve root produce nearly identical symptoms: ulnar-sided hand pain, intrinsic hand weakness, and medial forearm numbness. ³ This is why a patient with a T1-T2 herniated disc is often initially diagnosed with a cervical disc problem. The distinction is critical because cervical imaging alone will not reveal the T1-T2 level, and the wrong surgical target means no relief.

2. Horner Syndrome: The Signature Finding

Horner syndrome is the most distinctive and diagnostically important symptom of a T1-T2 herniated disc. It occurs because the sympathetic nerve pathway the nerves that control involuntary functions like pupil dilation and sweating. Originates in the hypothalamus and synapses in the spinal cord at the C8-T2 levels. A disc herniation at T1-T2 can directly disrupt this pathway. ⁵ ⁶

Horner syndrome presents as a triad of:

• Ptosis — drooping of the upper eyelid on the affected side
• Miosis — constriction (small size) of the pupil on the affected side
• Anhidrosis — decreased or absent sweating on the affected side of the face

Of the 39 T1-T2 disc herniation cases identified in one literature review, seven presented with Horner syndrome. ⁵ In a separate review of 36 cases, Horner syndrome was again identified as a distinguishing clinical feature of upper thoracic disc disease. ⁷

Horner syndrome combined with upper extremity radicular pain should always prompt imaging that includes the upper thoracic spine. ⁵ ⁶

3. Thoracic Myelopathy: Spinal Cord Compression

If a herniated disc of T1-T2 type is centralized, it may cause direct compression of the thoracic spinal cord because of the narrowness of the spinal canal at this level compared to the spinal canal at the cervical level. Symptoms of myelopathy include:

• Leg weakness and spasticity. Difficulty walking, feeling of heaviness or stiffness in the legs, frequent tripping.
• Gait instability and balance problems. A wide-based, unsteady gait. Patients may report feeling as though they are “walking on cotton.”
• Upper motor neuron signs. Hyperactive reflexes in the legs, clonus (rhythmic involuntary muscle contractions), and a positive Babinski sign (upgoing great toe when the sole of the foot is stroked).
• Bowel and bladder dysfunction. Urinary urgency, hesitancy, retention, or incontinence; constipation. These symptoms indicate significant cord compression and are considered a surgical emergency.
• Sensory level. A band-like area of numbness or altered sensation across the chest or upper abdomen that corresponds to the T1-T2 level.

In the Surgical Neurology International review, two of four patients presented with paraparesis (weakness in both legs) from central disc herniations compressing the spinal cord. ⁷

4. Neck Pain Without a Cervical Source

A counterintuitive but frequently reported symptom is neck pain. In a review of 36 T1-T2 disc herniation cases, 24 out of 36 patients (67%) presented with neck pain as a primary complaint. ⁷ This makes clinical sense when you consider that the T1-T2 level is anatomically adjacent to the cervicothoracic junction, and referred pain from upper thoracic pathology radiates upward into the neck and trapezius region. It is also the reason this condition is so often misdiagnosed as a cervical spine problem.

Why T1-T2 Herniated Discs Are So Often Misdiagnosed

Diagnosis of T1-T2 disc herniations is difficult indeed, and according to the scientific literature, delayed diagnosis is the rule rather than the exception. ³ ⁵ ⁷ The reasons for this include:

1. The MRI often stops too early

Standard cervical MRI protocols typically image from C1 to C7-T1. The T1-T2 disc space is at or just below the inferior margin of most cervical studies. If the radiologist or ordering physician does not specifically request upper thoracic imaging, the T1-T2 level may be partially visualized or missed entirely. ³ ⁵

2. Symptom overlap with cervical disc disease

As described above, T1 radiculopathy and C8 radiculopathy produce nearly identical symptoms. Without imaging that extends below C7-T1, the clinician will attribute hand weakness and medial arm pain to a cervical source, especially if age-related cervical degenerative changes are present on the MRI.

3. Symptom overlap with peripheral nerve entrapment

Intrinsic weakness of the hands and ulnar nerve entrapment symptoms include:

• Cubital tunnel syndrome
• Carpal tunnel syndrome
• Thoracic outlet syndrome

An electromyography (EMG) and nerve conduction study can help distinguish peripheral entrapment from a nerve root lesion, but only if the clinician suspects the correct level. ⁴

4. Rarity creates unfamiliarity

Since upper thoracic disc herniations are rare in occurrence, T1-T2 is often not even considered when developing a differential diagnosis for a patient. This tendency towards more frequent conditions such as cervical radiculopathy, carpal tunnel, and thoracic outlet syndrome is the biggest challenge to diagnosing T1-T2.

What Causes a T1-T2 Herniated Disc?

While the T1-T2 level is protected by the rib cage, which limits motion and reduces repetitive mechanical stress, herniation can still occur from:

1. Trauma. Motor vehicle accidents, falls, and heavy lifting are commonly reported causes in the case literature, particularly in younger patients. ³ ⁵
2. Degenerative disc disease. Age-related wear and tear weakens the annulus fibrosus over decades, and while less common at thoracic levels, it still occurs, particularly at the cervicothoracic junction.
3. Genetic predisposition. Research on twins demonstrates that 34–74% of disc degeneration may be genetically determined, regardless of spinal level. ¹²
4. Congenital anomalies. Cervical ribs, conjoined nerve roots, and other anatomic variants at the cervicothoracic junction have been reported in association with T1-T2 herniations. ⁵
5. Adjacent-level degeneration. Patients with pre-existing cervical disc disease or prior cervical fusion may develop accelerated degeneration at the T1-T2 level.

Diagnosing a T1-T2 Herniated Disc

The diagnostic sequence

1. Detailed history and physical examination. The combination of medial arm/forearm pain, intrinsic hand weakness, and when present Horner syndrome should raise suspicion for T1 radiculopathy.
2. MRI of the cervical AND upper thoracic spine. This is the single most important diagnostic step. A standard cervical MRI will miss the T1-T2 level. The ordering physician must explicitly request imaging that extends through T2-T3 at minimum. MRI is the imaging test of choice for soft-tissue pathology such as disc herniations and nerve root compression. ⁵ ⁷
3. CT scan or CT myelogram. Useful when the herniation is calcified (which is more common in thoracic discs) or when MRI is contraindicated. CT provides superior bony detail. ⁷
4. EMG and nerve conduction studies. Can localize the lesion to the T1 nerve root and exclude peripheral nerve entrapment (cubital tunnel, carpal tunnel, thoracic outlet). ⁴
5. Pharmacologic pupil testing. When Horner syndrome is suspected, topical cocaine or apraclonidine eye drops can confirm the diagnosis and help localize the level of sympathetic chain disruption.

The MRI Trap

Thoracic disc herniations are found incidentally on MRI in 11–37% of people who have no symptoms whatsoever. ⁹ In one study of 90 asymptomatic individuals, 74% had thoracic disc lesions visible on MRI, and 29% demonstrated spinal cord deformation, yet none had symptoms. ¹³ This means imaging findings must match the clinical presentation before any surgical intervention is considered.

Non-Surgical Management of Herniated Disc at T1-T2 Level

In those who do not have myelopathy, weakness, or red flags, an organized plan of conservative management is advisable and effective most of the time.

Physical therapy

For physical therapy for upper thoracic disc herniation, emphasis should be on the flexibility of the thoracic spine, scapular stability, posture correction, and neural mobilization. This is because T1-T2 pathology is frequently associated with stiffness of the cervicothoracic junction.

Medications

• Non-steroidal anti-inflammatory drugs (NSAIDS; ibuprofen, naproxen) are used initially for inflammation and pain relief.
• Oral short term corticosteroids (dose pack of methylprednisolone) will help in alleviating acute inflammation of nerve roots and radiculitis.
• Medicines for neuropathic pain (gabapentin, pregabalin) can be useful for treatment of constant numbness and tingling sensation despite of having side effects such as drowsiness and cognitive slowness. ¹⁰

Epidural steroid injections

Epidural or selective nerve root injection at T1-T2 level under fluoroscopic guidance will help in alleviating pain temporarily, but more importantly it will help in confirming T1-T2 as pain generator. ¹⁰

Activity modification

Ergonomic adjustments, avoidance of heavy overhead lifting, and postural awareness (particularly reducing prolonged forward-head posture) can reduce mechanical stress at the cervicothoracic junction.

When conservative care is not enough

Non-surgical management should be reconsidered when:

• Symptoms persist or worsen after 6–12 weeks of appropriate conservative treatment
• Motor weakness is progressive (worsening grip strength, increasing hand clumsiness)
• Myelopathic signs develop (gait instability, hyperreflexia, bowel/bladder changes)
• Horner syndrome is present and worsening

Surgical Treatment Options for T1-T2 Herniated Discs

When surgery is indicated, the choice of surgical approach depends on the location of the herniation posterolateral versus central.

Posterior approach

For posterolateral T1-T2 herniations compressing the T1 nerve root in the foramen, a posterior approach allows direct access to the compressed nerve root. This is the most commonly used approach for lateral T1-T2 herniations and involves removing a small window of bone (lamina) and widening the foramen to decompress the nerve. ⁵ ⁷

Anterior approach

For central T1-T2 herniations compressing the spinal cord, an anterior approach is often required because retracting the spinal cord from a posterior approach is dangerous and poorly tolerated. Anterior surgery at the cervicothoracic junction is technically demanding due to the sternum, clavicle, and great vessels. ⁷

Endoscopic and minimally invasive approaches

Full-endoscopic decompression techniques have advanced significantly for thoracic disc herniations. These procedures use small incisions, tubular retractors, and high-definition endoscopic visualization to decompress the nerve root or spinal cord with minimal tissue disruption, reduced blood loss, shorter hospital stays, and faster recovery compared to open surgery. ¹⁴ ¹⁵

Deuk Laser Disc Repair® the motion-preserving alternative

Deuk Laser Disc Repair® is an ultra-minimally-invasive endoscopic laser procedure that treats the inflamed annular tear. The actual pain generator rather than removing the entire disc or fusing the segment. Through a 4–7 mm incision, a side-firing holmium laser ablates only the inflamed tissue inside the annular tear under live endoscopic visualization. No bone is cut. No hardware is implanted. The disc, lamina, facets, and ligaments are preserved. ¹⁶

For thoracic herniations, this approach eliminates the risks of open thoracotomy or complex cervicothoracic anterior surgery while preserving full motion at the treated level. Patients walk out within an hour and typically return to desk work within a week.

Results: 99.6% success rate, 0.01% complication rate across 2,700+ procedures.

The presence of Horner syndrome with upper extremity radicular symptoms should always prompt upper thoracic imaging and should raise concern for Pancoast tumor, which must be excluded. ⁵ ⁶

FAQs

Is a T1-T2 herniated disc serious?

It depends on what the herniation compresses. A posterolateral T1-T2 herniation compressing only the T1 nerve root produces pain, numbness, and hand weakness. Uncomfortable and functionally limiting but not dangerous if treated appropriately. A central T1-T2 herniation compressing the spinal cord is serious and can cause progressive myelopathy with leg weakness, gait instability, and bladder dysfunction. Any myelopathic symptoms require urgent evaluation. ⁷ ⁸

Can a T1-T2 herniated disc heal on its own?

Many thoracic disc herniations stabilize or decrease in size over time. ⁹ Conservative treatment. Physical therapy, medications, and activity modification is effective for the majority of patients without neurological deficits. The inflamed annular tear that generates pain can heal when the inflammatory tissue is removed or subsides naturally. ¹⁰

Why was my T1-T2 herniated disc missed on my cervical MRI?

Standard cervical MRI protocols typically image from C1 through C7-T1. The T1-T2 disc space sits at or below the lower margin of most cervical studies. If the MRI was ordered as a standard cervical study without instructions to include the upper thoracic spine, T1-T2 was simply outside the field of view. ³ ⁵ If your symptoms suggest T1 radiculopathy, request imaging that extends through T3.

What does Horner syndrome look like with a T1-T2 herniated disc?

One eyelid droops slightly (ptosis), the pupil on that side appears smaller than the other (miosis), and sweating may be reduced on that side of the face (anhidrosis). These signs develop on the same side as the disc herniation and nerve compression. ⁵ ⁶

How is T1 radiculopathy different from C8 radiculopathy?

Both affect the hand and medial forearm, but T1 radiculopathy specifically weakens finger abduction (spreading the fingers apart) through the ulnar nerve, while C8 radiculopathy predominantly affects finger flexion (gripping). ⁴ The critical diagnostic difference is the location of the disc herniation on MRI: C7-T1 for C8, versus T1-T2 for T1.

Can Deuk Laser Disc Repair® treat a T1-T2 herniated disc?

Yes. Deuk Laser Disc Repair® is performed through the thoracic spine under endoscopic visualization. Because the procedure uses a 4–7 mm incision, no bone removal, and no hardware, it avoids the significant access-related morbidity of open thoracic surgery while preserving motion at the treated level.

When should I get a second opinion?

If you have been diagnosed with a cervical disc problem but treatment has not resolved your hand weakness, medial arm pain, or Horner syndrome, request an MRI that includes the upper thoracic spine and consider a second opinion from a spine specialist experienced with thoracic disc disease. If open thoracic surgery has been recommended, ask whether an endoscopic approach is appropriate for your specific herniation pattern.

Sources

Medically reviewed on Jul 14, 2026 

Medical Disclaimer: This content is for educational purposes only and does not constitute medical advice. Individual results may vary. Always consult with your healthcare provider about your specific condition and treatment options.

Key Points 

✓ A C5-C6 bulging disc is a protrusion of the disc between the C5 and C6 vertebrae with the outer wall still intact. ¹

✓ C5-C6 is the most common level for cervical disc problems. ²

✓ It typically pinches the C6 nerve, causing pain from the neck into the shoulder, thumb, and index finger. ³

✓ Age-related degeneration not injury. Is the leading cause in adults over 40. ⁴

✓ MRI confirms the diagnosis, but 87% of pain-free adults also show disc bulges on MRI. ⁵

✓ 75–90% of patients improve within 6–12 weeks without surgery. ⁶ ⁷

✓ ACDF (fusion) permanently removes motion and raises the risk of adjacent-segment disease. ⁸

✓ Full-endoscopic decompression removes the bulge through a 7 mm incision: no fusion, no hardware. ⁹ ¹⁰

✓ Deuk Laser Disc Repair®: 99.6% success, 0.01% complication rate, 2,700+ procedures.

The Quick Answer 

In case your MRI results show you have C5-C6 disc bulge and your doctor recommends anterior cervical discectomy and fusion (ACDF), reconsider the advice and get another opinion because C5-C6 disc bulge implies that only your disc is affected but not the whole segment. In the vast majority of such cases, the disc herniation or protrusion can be removed via a 7mm incision in an endoscopic manner under local anesthesia in less than one hour without making any muscle cuts or bony resections or vertebra fusion. ⁹ ¹

What Is a Bulging Disc In The Neck?

The cervical spine has seven vertebral segments labeled as C1 to C7. There is an intervertebral disc located between every two adjacent segments. Which acts as a shock absorber, where the nucleus pulposus (gelatinous center) is surrounded by annulus fibrosus (outer ring). C5-C6 disc is the main load bearer of the mid-cervical spine. Every time you look down to your mobile phone, turn your head or extend your neck. You will feel pain in the neck.

Disc bulge refers to the process whereby there is weakening of the annulus leading to disc swelling beyond the normal boundary while maintaining integrity of the external wall. In the case of herniation of the disc, there is actually tearing of the annulus resulting in protrusion of the nucleus into the spinal canal or foramen. ¹

The involved discs are C5-C6 and the involved nerve root is C6. If the disc bulge affects the neural foramen or central canal, the patient presents with symptoms of “pinched nerve in the neck.”

C5-C6, along with C6-C7, accounts for the majority of symptomatic cervical disc disease. ² The reason is mechanical: this level sits at the pivot between the highly mobile upper cervical spine and the stiffer cervicothoracic junction. And it accumulates the most wear over a lifetime.

Symptoms of a Bulging Disc in C5-C6 

Symptoms fall into three categories depending on what the disc is pressing on. The disc itself (discogenic pain), the C6 nerve root (radiculopathy), or the spinal cord (myelopathy).

1. Axial neck pain (discogenic pain)

A deep, aching pain confined to the neck. Sometimes spreading into the shoulder blades is the earliest and most common symptom. It reflects irritation of nerve endings within the outer disc wall itself, not compression of a spinal nerve. ¹ Discogenic pain typically worsens with sustained flexion (looking down at a screen) and improves with lying flat.

2. C6 radiculopathy (arm symptoms)

When the bulge compresses the C6 nerve root. Symptoms follow the C6 nerves and are typically one-sided: ³

• Pain: travels from the neck into the shoulder. Down the outer arm and forearm, into the thumb and index finger
• Sensory changes: numbness or tingling in the thumb and radial forearm
• Motor weakness: weak biceps and wrist extensors (difficulty lifting a coffee cup or bringing the wrist backward against resistance)
• Reflex changes: diminished brachioradialis reflex

Symptoms characteristically worsen with neck extension and rotation toward the painful side and improve when the arm is placed overhead. The “shoulder abduction relief sign,” which is highly specific for cervical radiculopathy. ³

3. Stiffness and reduced range of motion

Muscle spasms caused by reflex guarding of the injured area create stiffness which is severe especially early in the morning or after periods of immobility. There may be difficulties with seeing out of the corners of the eyes when driving.

4. Cervical myelopathy

If a large central bulge compresses the spinal cord itself, the presentation changes and becomes urgent. Myelopathy is a surgical red flag and requires immediate evaluation: ¹¹

• Loss of fine motor control in the hands
• Being unbalanced when walking
• Hand clumsiness or dropping objects
• Hyperreflexia, positive Hoffman’s sign, or a positive Babinski
• Bowel or bladder changes

Any of these findings warrant urgent imaging and specialist referral.

Both conditions respond to the same non-operative care. And both are candidates for endoscopic decompression when surgery is needed.

What Causes a C5-C6 Disc to Bulge?

The dominant cause in adults over 40 is age-related degeneration, not injury. ⁴ Over years, the disc loses water content, the annulus develops microscopic fissures. And the disc’s height and shape change. Contributing factors include:

1. Cumulative mechanical load — forward-head posture, prolonged desk work, and “text neck” concentrate stress at C5-C6. ²
2. Genetics — twin studies show heritability accounts for 34–74% of disc degeneration. ¹²
3. Smoking — nicotine reduces disc nutrition and accelerates degeneration.
4. Trauma — motor vehicle accidents, sports impacts, and whiplash can acutely worsen or unmask an already degenerated disc, but pure traumatic bulges in a healthy disc are uncommon. ⁴
5. Occupational exposure — repetitive overhead work and heavy load-bearing on the shoulders.

Diagnosing A C5-C6 Bulging Disc

1. History and physical exam

A spine specialist will map the exact source of your pain. Through testing the C5-through-T1 strength and reflexes, and performing provocative maneuvers. The Spurling test (extension, rotation, and axial compression toward the symptomatic side) and the shoulder abduction relief sign. A textbook exam can often predict the affected level before any imaging is reviewed. ³

2. MRI

MRI is the imaging test of choice. It shows the disc, nerve roots, spinal cord, and ligaments in soft-tissue detail and is the only study that reliably distinguishes a bulge from a herniation and identifies cord compression. ⁵

3. CT and CT myelogram

CT scanning is more useful in terms of bone pathology including osteophytes, facet arthrosis, and the foramina. A CT myelogram is used in cases where MRI cannot be performed or when MRI is equivocal.

4. EMG / nerve conduction studies

If the level of the disease is not known, or if the radiographic findings do not correlate with the patient’s symptoms, then the electrophysiological examination will be able to pinpoint which nerve root is inflamed and also exclude peripheral entrapment syndromes (carpal and cubital tunnels).

The MRI only tell us so much

This is absolutely key in terms of taking care of the cervical spine. Population-based research has found that 87% of asymptomatic adults have a disc bulge on their cervical MRIs, which increases with age. ⁵ Having an MRI abnormality is not a diagnosis by itself. Symptomatology, physical examination, and imaging need to be consistent and confirm the same level and the same nerve root in order for any treatment plan, particularly surgical intervention, to be considered. Surgical procedures based only on MRI is a warning sign.

Non-Surgical Treatment of a C5-C6 Bulging Disc

For most patients, a symptomatic disc bulge between C5-C6 can be managed conservatively. Non-operative management of radiculopathy without any red flags according to North American Spine Society is recommended for 6 to 12 weeks based on prospective outcomes literature. ⁶ ⁷

Activity modification and posture correction

Relative rest, adjustment of the monitor height, and avoidance of prolonged forward head postures can minimize the load on the C5-C6 disc during acute periods of inflammation.

Physical therapy

Cervical disc disease treatment with physical therapy is focused on deep neck flexors strength training, shoulder blade stability training, and traction. Extensive exercise programs based on spinal extension are usually counterproductive and should be avoided.

Medication

NSAIDs are first-line. A short course of oral steroids (a Medrol dose pack, for example) is appropriate for acute severe radiculopathy. Opioids are not appropriate long-term treatment and do not address the underlying compression.

Cervical epidural steroid injection

In patients who still experience unresolved symptoms despite weeks of conservative management. Image guided cervical epidural or transforaminal steroid injection can provide relief by delivering an anti-inflammatory agent straight into the inflamed nerve root. It can provide meaningful relief. And importantly, helps confirm the pain generator before any surgery is considered. ⁷

When conservative care is not enough

Non-operative care fails when:

• Symptoms persist beyond 6–12 weeks of appropriate treatment
• Arm weakness is present or progressing
• Pain is severe enough to disable normal function
• Any myelopathy red flags emerge

At that point, decompression should be discussed. But the type of decompression matters.

Surgical Treatment: The Case Against Defaulting to Fusion

The conventional treatment for C5-C6 disc herniation with radiculopathy is an anterior cervical discectomy and fusion procedure (ACDF). In an ACDF operation the whole disc is surgically removed and the adjacent vertebrae are permanently fused by using a cage, plate, and screws. ACDF has been the gold standard cervical surgery procedure for many years because of its effectiveness. But it treats a focal disc problem with a whole-segment solution, and it has three durable costs:

1. Permanent loss of motion at the treated level.
2. Adjacent-segment disease. A landmark study by Hilibrand et al. found symptomatic adjacent-segment degeneration at a rate of approximately 2.9% per year after ACDF, with 25.6% of patients affected within 10 years. ⁸ The mechanical load a fused level cannot absorb is transferred to C4-C5 above and C6-C7 below.
3. Recovery. ACDF requires an inpatient stay, weeks of restricted activity, and a several-month bone-healing timeline.

However, CDR is motion-preserving with better adjacent-segment results compared to ACDF, although it requires complete removal of the intervertebral disc, use of metallic implants, and a lifetime commitment to a prosthesis. Not every disc herniation at the C5-C6 level needs such aggressive surgery.

Posterior cervical foraminotomy/discectomy avoids fusion but disrupts the paraspinal muscles and lamina, with a longer recovery and higher rate of persistent axial neck pain.

The critical question is whether your specific C5-C6 disc bulge actually requires any of these trades. In the absence of documented instability, cord compression with myelopathy, or multi-level severe pathology, the answer for most patients is no.

The Endoscopic Alternative: Full-Endoscopic Cervical Decompression

Full-endoscopic cervical decompression is the modern, ultra-minimally-invasive treatment for a C5-C6 disc bulge in appropriately selected patients. ⁹ ¹⁰

How it works

1. A 7 mm skin incision is made under fluoroscopic guidance.
2. A tubular dilator is passed between the paraspinal muscles. Muscles are spread, not cut.
3. An HD endoscope with a working channel is inserted into the disc area using saline irrigation continuously.
4. In magnified live viewing, the surgeon uses micro-instruments and a side-firing holmium laser to remove the precise problematic tissue from the disc.
5. The lamina, facet joints, and spinal ligaments are preserved. No implants are used.
6. The wound is closed with one suture or skin adhesive.

Because no bone is cut and no structural element is removed, the procedure is motion-preserving. There is no fusion, no hardware, and no biomechanical liability at the adjacent levels.

What the evidence shows

• Randomized and prospective studies of full-endoscopic cervical decompression report clinical success rates in the 85–95% range, with outcomes equivalent or superior to ACDF and significantly less blood loss, hospital stay, and recovery time. ⁹ ¹⁰
• Reported major complication rates are on the order of 1–3%, comparable to or lower than open cervical surgery. ¹⁰
• Most patients are discharged the same day, back to desk work within a week.

Deuk Laser Disc Repair® for C5-C6

Deuk Laser Disc Repair® is our proprietary endoscopic-laser decompression, refined by Dr. Deukmedjian over more than 15 years of dedicated endoscopic practice. For a symptomatic C5-C6 disc bulge, DLDR® uses a side-firing holmium laser through a 7 mm working channel to ablate the offending disc tissue and decompress the C6 nerve with local anesthesia, as an outpatient. Across more than 2,700 procedures the DLDR® has a 99.6% success rate. And 0.01% complication rate and the vast majority of patients return to normal activity within 72 hours.

Who Can The DLDR® Help?

Best-suited candidates:

• Symptomatic C5-C6 disc bulge with C6 radiculopathy
• Failure of 6–12 weeks of appropriate conservative care
• MRI-confirmed disc pathology matching clinical symptoms
• No radiographic instability or myelopathy

Less-appropriate candidates:

• Severe cord compression with myelopathy
• Documented cervical instability
• Multi-level severe degenerative disease
• Fracture, tumor, or infection

Patients in the second group may still require a more traditional decompression, artificial disc replacement, or fusion. An honest surgeon will tell you which category you fall into.

How to Choose the Right Surgeon for a C5-C6 Disc Bulge

Endoscopic cervical surgery is strongly surgeon-dependent, with a defined learning curve. Before consenting to any procedure, ask:

1. Are you board certified and fellowship trained in neurological surgery, orthopedic spine surgery, or through the American Board of Spine Surgery?
2. How many endoscopic cervical decompressions have you personally performed in the last 12 months? Recent volume matters more than lifetime totals.
3. What is your published success rate and complication rate? A high-volume endoscopic surgeon can quote their own outcome data.
4. Why do you recommend this procedure over the alternatives? The plan should be proportional to the pathology.
5. What will you not do? A surgeon who defaults to ACDF for every disc bulge is not the right surgeon for a focal disc problem.
6. Have you gotten a second opinion? If a fusion has been recommended, get one. A phone call can prevent an irreversible surgical decision.

FAQs

What does a C5-C6 bulging disc feel like?

Most patients describe a deep, aching neck pain that radiates into the shoulder, outer arm, and thumb, often with tingling or numbness in the thumb and index finger. Symptoms typically worsen with looking up or turning the head toward the painful side and improve when the arm is placed overhead. ³

Can a C5-C6 bulging disc heal on its own?

The disc itself does not “unbulge,” but the inflammatory process irritating the nerve usually settles. Approximately 75–90% of patients with cervical radiculopathy improve within 6–12 weeks of non-operative care. ⁶ ⁷ Asymptomatic bulges require no treatment.

Is a C5-C6 bulging disc serious?

For most patients, no. It is a treatable condition that responds to conservative care. It becomes serious when it produces progressive weakness, unrelenting pain, or signs of spinal cord compression (myelopathy), any of which warrant urgent evaluation. ¹¹

What’s the difference between a bulging disc and a herniated disc?

A bulging disc extends beyond its normal border with the outer wall intact; a herniated disc involves a tear in the outer wall that allows inner disc material to escape. ¹ Herniations are often more focal and cause more severe radiculopathy, but treatment principles are similar.

Do I need surgery for a C5-C6 bulging disc?

Most patients do not. NASS guidelines recommend an initial 6–12 week course of conservative care in the absence of red flags. ⁶ Surgery becomes appropriate when conservative care fails, weakness is progressing, pain is disabling, or myelopathy is present. Even then, surgery does not have to mean fusion.

Is fusion (ACDF) necessary for a C5-C6 bulging disc?

Almost never, unless there is documented instability, severe multi-level disease, or cord compression that cannot be addressed endoscopically. A focal disc problem calls for a focal decompression, not permanent hardware. Symptomatic adjacent-segment degeneration develops at approximately 2.9% per year after ACDF. ⁸ If fusion has been recommended for an isolated C5-C6 disc bulge, get a second opinion.

How successful is endoscopic surgery for a C5-C6 disc bulge?

Published outcomes for full-endoscopic cervical decompression report meaningful improvement in 85–95% of appropriately selected patients. Statistically equivalent to or better than ACDF, with less blood loss, shorter hospital stays, and faster return to work. ⁹ ¹⁰ Deuk Laser Disc Repair® reports a 99.6% success rate across more than 2,700 procedures.

How long is recovery after endoscopic C5-C6 decompression?

Most patients are discharged the same day, walking within hours, and back to desk work within 3–7 days. Return to full activity typically takes 4–6 weeks. ⁹

Does insurance cover endoscopic cervical decompression?

Most major U.S. insurance plans, Medicare, and workers’ compensation cover medically necessary endoscopic spine procedures, though coverage for specific advanced techniques varies by carrier. Deuk Spine Institute verifies benefits during a free MRI review.

Can I make a C5-C6 disc bulge worse?

Yes. Prolonged forward-head posture, high-impact sports during the acute phase, heavy overhead lifting, and smoking all accelerate disc degeneration or delay recovery. Posture correction and load management are essential.

References

I’ve evaluated thousands of patients with C5-C6 disc herniations over more than 30 years in spine surgery. This level causes more cervical radiculopathy than any other disc in the neck. It is, without question, the most commonly treated cervical disc at Deuk Spine Institute – and yet it’s also one of the most misunderstood. Patients come in having been told they need a fusion, that their arm pain will only get worse, or that they’ll have to live with it if they want to avoid a major operation. Most of the time, none of that is accurate.

In this article, I’ll walk you through exactly what a C5-C6 herniation is, how to recognize whether the C6 nerve root is involved, what distinguishes your neck pain from your arm symptoms, how we diagnose the true source, and why the Deuk Laser Disc Repair® offers a motion-preserving alternative to ACDF fusion that most spine patients have never been offered.

No cost · No obligation

Learn How You Can
Live Pain Free

Upload your MRI for a free expert review by Dr. Ara Deukmedjian, M.D. — board-certified neurosurgeon. Ten minutes can change your life.

Submit My MRI — It’s Free

2,750+ Deuk Laser Disc Repair procedures

0 complications

99.6% pain relief

What Is a Herniated Disc at C5-C6?

Your cervical spine contains seven vertebrae, stacked from the base of your skull down to your shoulders. Between each vertebra sits a disc – a tough outer ring called the annulus fibrosus wrapped around a softer interior called the nucleus pulposus. These discs act as shock absorbers and allow your neck to move in multiple directions.

A herniation at C5-C6 means the disc between the fifth and sixth cervical vertebrae has been damaged. The outer annulus has developed a tear – typically in the posterior (back-facing) portion of the disc – and the nucleus pulposus has pushed through or bulged into that tear. This puts pressure on nearby structures and, critically, triggers a chemical inflammatory response inside the tear itself. That inflammation is the primary driver of pain, both locally in the neck and referred down the arm.

C5-C6 sits at one of the most mechanically loaded segments in the neck. It handles enormous flexion and extension forces every day, which is why it degenerates and herniates more frequently than the levels above it. Whether you developed this injury gradually over years of desk work or suddenly after a traumatic event, the underlying mechanism is the same: structural damage to the disc leading to inflammation that your body cannot resolve on its own.

How C5-C6 Herniations Affect the C6 Nerve Root

The C6 nerve root exits the spinal canal through a small opening between C5 and C6. When a herniation occurs at this level, the displaced or inflamed disc material can impinge on or chemically irritate that nerve root. This produces what’s called cervical radiculopathy – a set of symptoms that travel along the specific path the C6 nerve supplies.

The C6 dermatome runs from the neck down through the shoulder, into the bicep, along the forearm, and into the thumb and index finger. When that nerve is affected, patients describe several recognizable patterns:

• Numbness or tingling in the thumb and index finger, often waking patients at night
• Shooting or electric pain that runs from the neck down the arm, often triggered by specific neck positions
• Bicep weakness that makes it difficult to lift or carry objects
• Reduced grip strength in the hand, particularly for fine motor tasks
• Wrist extension weakness that affects everyday activities like typing or pouring

These radicular arm symptoms are driven primarily by chemical inflammation of the C6 nerve – not simply by physical compression. This distinction matters enormously when it comes to treatment. A surgery that removes the inflammatory source at the disc addresses the actual mechanism of pain. A surgery that cuts out bone and fuses the vertebrae addresses none of it directly.

Axial Neck Pain vs. Radicular Arm Symptoms: Two Separate Problems

One of the most important things I tell patients is this: your neck pain and your arm pain are likely coming from two different sources within the same disc injury. Conflating them leads to misdiagnosis, unnecessary fusion surgeries, and patients who come out of ACDF still dealing with one or both types of pain.

Axial neck pain is localized. It stays in the neck and upper trapezius region, sometimes referring to the base of the skull or the shoulder blade. It tends to be a deep, aching pressure – worse with prolonged sitting, computer work, or positions that load the disc. This pain originates from the disc itself, specifically from the inflammation inside the posterior annular tear. The outer disc wall and the posterior longitudinal ligament are richly innervated with pain-sensitive fibers. When they’re exposed to the sustained chemical environment of a herniation, they signal pain continuously.

Radicular arm pain is a different signal entirely. It is typically sharper, more electric, more position-dependent, and it follows the dermatomal distribution of the affected nerve root. Patients describe it as shooting, burning, or like a bolt from the neck to the hand. This symptom tells you the C6 nerve root is involved.

What this means clinically is that a patient with a C5-C6 herniation may have:

• Axial neck pain only (disc inflammation, no significant nerve involvement)
• Radicular arm symptoms only (nerve compression with minimal disc-origin neck pain)
• Both together (the most common presentation)

Accurate diagnosis requires separating these two components. The treatment for the disc-origin pain – debridement and removal of the inflammatory tissue at the annular tear – is different from what addresses nerve root irritation. A surgeon who doesn’t distinguish between these is operating on the wrong problem.

Diagnosing a C5-C6 Herniation Accurately

Most spine patients arrive having had an MRI. That’s a good starting point, but it’s not sufficient on its own. Jensen et al. in the New England Journal of Medicine found that 64% of 98 asymptomatic adults had disc abnormalities on lumbar MRI with no pain, a finding later reinforced by a systematic review and meta-analysis by Brinjikji et al. showing disc degeneration findings are common in people without symptoms. An MRI image of a herniation tells you the disc is damaged. It does not confirm that disc is the source of your specific pain. That determination requires clinical judgment.

The Deuk Spine Exam® combines three elements that most standard consultations leave incomplete:

• Diagnostic imaging review – Careful analysis of MRI findings with specific attention to posterior annular tear morphology, degree of herniation, and any foraminal narrowing affecting C6
• Detailed neurological examination – Dermatomal sensory testing, myotomal strength grading, and reflex assessment to confirm or rule out C6 nerve root involvement
• Symptom history correlation – Mapping the patient’s pain pattern, aggravating positions, and symptom distribution against the anatomical findings

When these three elements are integrated correctly, we achieve 99% diagnostic accuracy in identifying the true structural source of pain. That matters because a surgery that targets the right level, for the right reason, produces dramatically better outcomes than one chosen based on imaging alone.

We’ve also found that identifying whether C5-C6 is producing axial disc pain, radicular C6 nerve symptoms, or both allows us to select the exact procedure that addresses what’s actually wrong – rather than defaulting to the most aggressive option available.

ACDF: What the Conventional Recommendation Looks Like

If you’ve seen a traditional spine surgeon about your C5-C6 herniation, you’ve likely been told about anterior cervical discectomy and fusion, or ACDF. This is the standard surgical approach for cervical disc disease in most hospital systems, and it’s been performed for decades. Understanding what it actually involves is important before agreeing to it.

In an ACDF procedure, the surgeon approaches the disc from the front of the neck, removes the herniated disc material, and fills the empty disc space with bone graft material – either from the patient’s own pelvis, a cadaver donor, or a synthetic cage. Metal plates and screws are then used to fuse the C5 and C6 vertebrae permanently together.

The consequences of fusion at this level are worth understanding clearly:

• Loss of motion at C5-C6 – Once fused, this segment no longer moves. For patients who are active or value full cervical range of motion, this is a permanent change.
• Adjacent segment disease – Fusing one level transfers mechanical stress to the discs above and below, increasing their risk of degeneration over time. This is a well-documented phenomenon in the spine literature.
• Hardware and implant risks – Plates, screws, and bone cages introduce permanent foreign material into your spine that carries its own long-term considerations.
• Recovery timeline – Full recovery from ACDF typically requires several months, with restrictions on driving, lifting, and activity during healing.

None of this means ACDF is never appropriate. For patients with severe instability, multilevel disease, or significant spinal cord compression, it may be the right choice. But for the majority of patients with a single-level C5-C6 disc herniation causing neck and arm symptoms, there is a less invasive option that eliminates the pain without eliminating motion.

Deuk Laser Disc Repair®: Motion-Preserving Surgery at C5-C6

The Deuk Laser Disc Repair® was developed specifically to treat the actual source of disc pain – the inflamed annular tear – without removing the disc, without fusion, and without drilling into bone. I’ve performed over 2,700 of these procedures with a 0.01% complication rate and zero infections. Patients report an average of 99% pain relief for the treated pain source.

Here’s what the procedure involves:

A 4mm incision – smaller than a dime – is all that’s required. Using endoscopic visualization, I access the C5-C6 disc and perform a precise debridement of the annular tear. The inflamed and damaged tissue inside the tear is removed. The herniated nucleus pulposus material that has been driving chemical irritation of the C6 nerve root is addressed at the same time. No bone is drilled. No vertebrae are fused. No hardware goes into your spine.

The procedure takes approximately 20 minutes per disc level. It is performed as an outpatient procedure – you do not stay overnight. Most patients walk out of the surgical center within a few hours of the procedure. There are no opioids required post-operatively. There is no lengthy immobilization or physical therapy regimen before you can return to normal life.

Because the disc is preserved rather than removed, C5-C6 continues to function as a motion segment after surgery. The adjacent levels above and below are not subjected to increased stress. The structural architecture of your cervical spine remains intact.

What heals after the procedure is the annular tear itself. Without the ongoing inflammatory environment inside the tear – which the debridement eliminates – the body can finally begin to repair the damaged tissue naturally over the following nine to twelve months. The pain, however, resolves far sooner. The inflammatory source is gone. The nerve root can recover.

Who Is a Candidate for Deuk Laser Disc Repair® at C5-C6?

Most patients with a single-level C5-C6 herniation causing neck pain, C6 radiculopathy, or both are potential candidates. This includes patients who have:

• Failed conservative treatment including physical therapy, injections, or pain management for six months or more
• Been told fusion is their only surgical option and want to know if that’s accurate
• Significant functional limitations – arm weakness, hand numbness, inability to work or exercise – from the C6 nerve involvement
• MRI findings consistent with C5-C6 disc pathology that correlates with their clinical presentation

The most important first step is an accurate diagnosis. That’s why we offer free MRI reviews – because understanding whether your imaging matches your symptoms, and whether a disc-targeted procedure addresses your specific anatomy, changes everything about the conversation. A patient who has been quoted a fusion surgery based on imaging alone may have a very different path forward once the full clinical picture is evaluated.

Patients who have severe spinal cord compression, significant instability at C5-C6, or multilevel disease may require a different approach. But that determination should be made through a thorough evaluation – not assumed based on the presence of a herniation on an MRI.

What Patients With C5-C6 Herniations Should Know Before Deciding

Cervical spine surgery is a high-stakes decision. The neck houses your spinal cord, your C6 nerve root, your carotid arteries, and every neural pathway that controls your arms and hands. Getting it right the first time matters more here than almost anywhere in the spine.

Before agreeing to any surgical intervention at C5-C6, ask your surgeon these questions directly:

• Is the recommended surgery treating the annular tear itself, or just removing disc material and stabilizing the segment?
• What happens to adjacent levels over the next ten to fifteen years if this level is fused?
• Is there a motion-preserving alternative, and if not, why not?
• What is your complication rate, and what complications have you seen at this level specifically?

You deserve a surgeon who can answer those questions with specific data, not generalities. Over 30 years and more than 2,700 cervical procedures, my answers have stayed consistent because the outcomes data backs them up.

C5-C6 disc herniation is treatable. The neck pain can go away. The arm symptoms can resolve. The numbness in your thumb and fingers can improve. The question is whether that resolution requires sacrificing motion and accepting hardware in your spine – or whether a 4mm incision and twenty minutes of targeted surgery can restore what you’ve lost without taking anything more.

Take the Next Step

If you have an MRI showing a C5-C6 disc herniation and you’re weighing your surgical options, I invite you to submit your scans for a free MRI review. Our team will evaluate your imaging, correlate it with your reported symptoms, and give you an honest assessment of whether the Deuk Laser Disc Repair® is an appropriate option for your specific anatomy. There is no obligation, and no sales pitch – just clinical analysis from a surgeon who has spent three decades treating this exact condition.

Contact Deuk Spine Institute to schedule your free MRI review or a virtual consultation. You don’t have to choose between fusion and living with pain. There is a third option.

---

Diagnosis. Answers. Relief.

FREE Virtual Consultation + MRI Review

Submit your MRI for a free expert review by Dr. Ara Deukmedjian, M.D. —
board-certified neurosurgeon. No obligation. Real answers.

Schedule Yours Today

2,750+ Deuk Laser Disc Repair procedures

0 complications

99.6% pain relief

Board-Certified Neurosurgeon, Deuk Spine Institute  

Medically reviewed on April 23, 2026

Medical Disclaimer: This content is for educational purposes only and does not constitute medical advice. Individual results may vary. Always consult with your healthcare provider about your specific condition and treatment options.

Key Points

✓ Deuk Laser Disc Repair® is a minimally invasive procedure that uses a surgical laser through a 4mm to 7mm incision to treat damaged spinal discs.

✓ It is most effective for herniated discs, bulging discs, annular tears, sciatica, and discogenic back or neck pain.

✓ Peer-reviewed outcomes for endoscopic laser disc repair show success rates between 94% and 99% in properly selected patients.¹ ²

✓ Recovery is typically measured in days rather than months, with no hospital stay, no hardware, and no opioid narcotics required.

✓ Not every clinic advertising “laser spine surgery” actually uses a laser inside the disc. Asking the right questions protects patients from marketing claims.

What Is Laser Spine Surgery?

A spinal disc works like a jelly-filled pastry between two vertebrae. The tough outer ring is called the annulus fibrosus, and the gel-like center is the nucleus pulposus. When the outer ring tears and the inner gel pushes outward, the result is a painful disc herniation.

Laser spine surgery uses a surgical-grade laser, delivered through an endoscope, to treat that damaged disc from the inside. Instead of cutting muscle and removing bone, the surgeon works through a small incision and uses the laser to vaporize inflamed tissue, remove herniated material, and debride the annular tear so it can heal naturally.

Types of Laser Spine Surgery

• Percutaneous Laser Disc Decompression (PLDD): FDA-approved since 1991. Uses a needle to deliver laser energy into the disc, reducing internal pressure. Best for contained herniations with an intact outer wall.⁴
• Endoscopic Laser Disc Repair: Combines full endoscopic visualization with laser ablation. Allows direct visualization of the annular tear and precise debridement of the pain source.¹
• Laser-Assisted Open Surgery: A laser is used only to make the skin incision, while the rest of the procedure is performed as standard open surgery. The laser does not enter the disc.

Conditions Laser Spine Surgery Treats

• Herniated discs causing back, neck, arm, or leg pain
• Bulging discs with contained displacement of disc material
• Annular tears producing chronic discogenic pain
• Sciatica and cervical radiculopathy from nerve root compression
• Degenerative disc disease with discogenic pain as the primary symptom

Laser spine surgery does not treat facet joint arthritis, sacroiliac joint pain, piriformis syndrome, or pure spinal stenosis without a disc component. However, the Deuk Plasma Rhizotomy® does treat facet pain permanently.

How the Deuk Laser Disc Repair® Works

• Performed in an outpatient surgery center under local anesthesia with light sedation
• Small incision(4mm – 7mm) is made, less than a quarter inch long
• A dilator separates the paraspinal muscles rather than cutting them
• A tubular retractor is positioned at the painful disc using imaging guidance
• An endoscope and Holmium:YAG laser are introduced through the tube
• The laser vaporizes inflamed tissue, removes herniated nucleus pulposus, and debrides the annular tear
• Total time: approximately 20 minutes per disc
• No bone drilling, no muscle cutting, no hardware implantation

What Is the Success Rate of Laser Spine Surgery?

Success rates depend on the specific procedure, the patient, and the diagnosis.

• A 2024 systematic review in the European Spine Journal found that full-endoscopic discectomy produced outcomes comparable to or better than traditional open microdiscectomy, with significantly less tissue trauma.¹
• A prospective study of Deuk Laser Disc Repair® in cervical disc disease reported a 94.6% success rate with no perioperative complications.²
• Current outcomes across more than 2,700 Deuk Laser Disc Repair® procedures document a 99% pain elimination rate, 0.01% complication rate, and 0% infection rate.

Accurate diagnosis matters more than surgical technique. A technically perfect procedure on the wrong structure produces zero benefit.³ That’s why it’s important to speak with a neurosurgeon who specializes in minimally invasive laser surgery. Dr. Ara Deukmedjian is one of the leading specialist in the US when it comes to laser spine procedures.

Why Laser Spine Surgery For Bulging Disc?

Most patients assume pain from a bulging disc comes from the bulge pressing on nerves. In reality, much of the pain comes from inflamed tissue inside the annular tear.

Laser spine surgery for a bulging disc:

• Vaporizes inflamed tissue inside the tear
• Removes displaced disc material pressing on nerves
• Debrides damaged annular fibers so the tear can heal
• Preserves healthy disc tissue, disc height, and spinal motion

What Is Thoracic Laser Spine Surgery?

Thoracic laser spine surgery treats disc problems in the middle twelve vertebrae between the neck and lower back. Traditional thoracic surgery is particularly invasive because of the rib cage and proximity to the spinal cord. The endoscopic laser approach:

• Uses a small portal instead of a large open incision
• Avoids rib removal
• Allows direct visualization of the disc and surrounding structures
• Significantly reduces surgical trauma for properly selected patients

What Is the Cost of Laser Spine Surgery?

Cost depends on the facility, geographic location, and insurance coverage. In general:

• Traditional lumbar fusion in the United States: $80,000 to $150,000
• Laser spine surgery is typically a fraction of that amount
• Outpatient procedure (no hospital stay)
• No implanted hardware (no screws, rods, or cages)
• No extended rehabilitation or prolonged disability

Insurance coverage varies by procedure code and insurer. Deuk Spine Institute offers free MRI reviews so patients can understand costs before making any decision.

Recovery Timeline

Endoscopic laser spine surgery at Deuk Spine Institute:

• Within 1 hour: Patients walk
• Within 2 to 3 hours: Discharged home
• Same day: Showering resumes; walking encouraged
• Within 3 days: Return to desk-based work with lifting restrictions
• Weeks: Low-impact activities (swimming, cycling, walking)
• Several months: High-impact activities (running, jumping, contact sports)
• 9 to 12 months: Annular tear completes natural healing

Pain is managed with over-the-counter ibuprofen or acetaminophen. No opioid narcotics are prescribed because there is minimal internal trauma.

Compare that to traditional surgery:

• Laminectomy with fusion: 3-inch incision, 3 to 5 day hospital stay, mandatory opioid prescriptions, 6 to 12 months restricted recovery
• Microdiscectomy: Muscle stripping, partial bone removal, weeks to months of recovery, permanent alteration of spinal mechanics

Finding A Laser Spine Surgery Near You

“Laser spine surgery near me” is one of the most common patient searches, and also where the most marketing confusion exists. Many clinics advertise the term but do not actually use a laser to repair the disc.

Before scheduling, ask:

• Does the laser actually enter the disc? If it only makes the skin incision, it is not laser disc repair.
• What is the actual incision size? True endoscopic laser surgery uses a 4mm to 7mm incision.
• How many of this specific procedure has the surgeon performed? Thousands of cases prove that the surgeon is an experienced laser spine surgeon.
• Is there peer-reviewed outcome data? Real procedures with real results get published.
• What are the documented complication and infection rates? Accept specific numbers, not ranges.

When to Seek Medical Attention

See a spine specialist if you experience:

• Back or neck pain radiating into arms or legs
• Numbness, tingling, or muscle weakness
• Symptoms that have not improved after several weeks of conservative care

Seek emergency care immediately for:

• Sudden loss of bladder or bowel control
• Saddle anesthesia (numbness in the groin or inner thighs)
• Rapidly progressive weakness in both legs

These are signs of cauda equina syndrome, a surgical emergency.

If you have been dealing with chronic back or neck pain. Submit your MRI for a free virtual consultation with Dr. Deukmedjian. Where he’ll go over your MRI and give you the best minimally invasive surgery options.

Frequently Asked Questions

What is laser spine surgery?

A minimally invasive endoscopic procedure that uses a surgical laser inside the disc to vaporize herniated material and debride the inflamed annular tear. The incision is typically 4mm to 7mm, and no bone, muscle, or hardware is removed or implanted.

What is the success rate of laser spine surgery?

Peer-reviewed data on Deuk Laser Disc Repair® shows a 94.6% success rate in cervical disc disease, and current outcomes across more than 2,700 procedures show a 99% pain elimination rate with a 0.01% complication rate.² Results depend heavily on accurate diagnosis.³

What is the cost of laser spine surgery?

Cost varies by facility, region, and insurance, but is typically a fraction of traditional open spine surgery, which can range from $80,000 to $150,000 for lumbar fusion. Free MRI reviews are available to help patients understand their specific options.

What is laser spine surgery for a bulging disc?

For bulging discs, the laser is used to vaporize inflamed tissue inside the annular tear, remove displaced disc material, and debride damaged fibers. Healthy disc tissue is preserved, maintaining disc height and motion.

What is thoracic laser spine surgery?

An endoscopic laser procedure performed in the middle twelve vertebrae of the spine. It avoids the large incisions, rib removal, and lengthy recovery associated with traditional open thoracic surgery.

Is laser spine surgery safe?

When performed by an experienced surgeon on a properly selected patient, endoscopic laser spine surgery has very low complication rates.¹ Deuk Laser Disc Repair® documents a 0.01% complication rate and 0% infection rate, compared to 1% to 4% infection rates reported for traditional spine surgery.²

Sources

1. Full-endoscopic versus microscopic lumbar discectomy for lumbar disc herniation: a systematic review and meta-analysis. European Spine Journal. 2024.
2. Deukmedjian AR, et al. Deuk Laser Disc Repair® for cervical disc disease: a prospective clinical study. Peer-reviewed publication, Deuk Spine Institute.
3. A systematic review of treatment guidelines for lumbar disc herniation. Neurospine. 2025;22(2):389-402.
4. Percutaneous laser disc decompression: long-term outcomes and patient selection criteria. Journal of Neurosurgery: Spine. 2024.

There was a decision.

To stop accepting old standards. To ask whether the way things had always been done was actually the best way. To build something new, not because it was profitable, but because patients deserved better. And Dr. Ara J. Deukmedjian wants the world to have one less person experiencing back pain.

That decision became a career. That career became his mission.

This is the story of what happened after Ara graduated from medical school and officially became a medical doctor.

The Beginning: Kennedy Space Center

Before the operating room. Before the patents. There was a launchpad.

During his neurosurgery residency at the University of Florida, Dr. Deukmedjian was selected for something most physicians never experience helping astronauts.

He joined the NASA Spaceflight Medical Team at Kennedy Space Center.

Between 2001 and 2004, he served on the ground medical crew for four Space Shuttle missions: STS-97, STS-105, STS-107, and STS-108. These were not routine assignments. STS-97 delivered the first solar arrays to the International Space Station. STS-107 ended in the tragic loss of Space Shuttle Columbia and her seven-person crew on February 1, 2003. One of the most tragic events in American space history.

Even after the space shuttle Columbia’s mission ended with seven people not coming home. Dr. Deuk continued to help NASA as best as he could. However, he had a stark reminder that some things can’t be fixed; only endured. He displayed compassion and leadership in one of NASA’s darkest moments.

NASA only works with the best and brightest. And also those who can handle the excitement and sadness of what can happen as man goes where he’s ever gone before.

Building From Zero

In 2004, residency complete, Dr. Deukmedjian arrived in Titusville, Florida.

No patient list. No reputation in the community. No guarantee of anything.

He had been recruited by Parrish Medical Center to fill the area’s need for a neurosurgeon. His wife, Sun Deukmedjian, PA, managed the office.

It was his father’s story, one generation later. Obstacles are not limits. They are problems waiting to be solved.

He built a practice from the ground up. And then he built something larger.

Dr. Ara Deukmedjian, MD, Sun Deukmedjian, PA, Arias Deukmedjian, and Arianna Deukmedjian founded Deuk Spine Institute in 2004, just after completing his neurological surgery residency and fellowship training at Shands Hospital at the University of Florida.

The institute that would eventually redefine spine surgery worldwide began as a single office, a short distance from a rocket launchpad.

The Question That Changed Everything

Most spine surgeons, when presented with a herniated disc, reach for a well-worn set of answers.

Remove the disc. Fuse the vertebrae. Insert hardware. Stabilize. Done.

It is a standard approach. It has been the only option for decades.

Dr. Ara Deukmedjian, MD, asked a different question.

Is fusion actually necessary? Or are we causing more damage than we are solving? ¹

The Hardy Boys taught him: the obvious answer is often wrong. Sherlock Holmes confirmed it: the truth is usually deeper. And twenty years of training in pathology, neuroanatomy, and neurosurgery gave him the tools to look deeper than anyone had before.

In 2006, Dr. Ara Deukmedjian, MD, made a discovery about annular tears and has treated them since then, publishing his results in scientific journals.

What he found was not just a new technique. It was a new understanding.

The problem was being misdiagnosed all this time.

The Procedure That Didn’t Exist Yet

Traditional spine surgery for a herniated cervical disc meant one thing: anterior cervical discectomy and fusion (ACDF). ² Remove the disc. Fuse the bones. Immobilize the segment. Accept the risks: hardware failure, adjacent segment disease, long recovery, and the permanent loss of that level’s natural motion.

Dr. Deukmedjian, MD, rejected the premise.

In 2005, he pioneered a different approach. One that entered the disc endoscopically, removed only the herniated fragment causing the problem, repaired the damaged tissue with laser energy, and left the disc’s structure and the spine’s natural movement intact.

Deuk Laser Disc Repair® is a novel, full-endoscopic, anterior cervical, trans-discal, motion-preserving, laser-assisted, non-fusion, outpatient surgical procedure to safely treat symptomatic cervical disc diseases, including herniation, spondylosis, stenosis, and annular tears.

No fusion. No hardware. No hospital admission. Patients went home the same day.

The results were not theoretical. They were documented, peer-reviewed, and published.

A prospective cohort of 66 consecutive patients underwent cervical Deuk Laser Disc Repair® and were evaluated postoperatively for resolution of headache, neck pain, arm pain, and radicular symptoms. ³ All patients had significant improvement in preoperative symptoms with an average symptom resolution of 94.6%. Fifty percent had 100% resolution of all preoperative cervicogenic symptoms.

94.6% success rate. No complications.

That is not incremental progress. That is a redefinition of what spine surgery can achieve.

Three Patents. One Mission.

What began with Deuk Laser Disc Repair® did not stop there.

The same diagnostic instinct that identified the root cause of disc disease turned to every other category of spine and joint pain that was being mismanaged, overtreated, or inadequately addressed by the medical mainstream.

The Deuk Spine Institute has three patents for the Deuk Plasma Rhizotomy® and Deuk Piriformis Release®. ⁴ These treatments, plus the Deuk Laser Disc Repair®, encompass 99.6% of all back and neck pain.

Each patent represents a problem that the existing system failed to solve. Each solution was developed not in a corporate R&D lab, but inside an operating room. By a surgeon who kept asking why the standard answer was not good enough.

Since 2004, over 2,750 Deuk Laser Disc Repair® procedures have been performed with an extraordinary 0.01% complication rate, compared to traditional spine surgery’s 5–50% complication rates.

Numbers like that do not happen by accident. They happen when a mind trained to find root causes in pathology labs, in neuroanatomy competitions, in NIH research grants, is turned loose on a problem that the medical community has stopped questioning.

Leadership That Matched the Science

Surgical innovation alone does not define a career.

Leadership does.

Inside the hospital system, Ara J. Deukmedjian, MD, rose through every layer of institutional leadership at Parrish Medical Center: Chair of the Department of Surgery, then Chief of Staff, then Vice President of the Medical Staff, then President-Elect of the Medical Staff. Each role requires a different kind of trust. Each is earned through merit and problem-solving.

At the county level, he served the Brevard County Medical Society across every elected position: Board Member, Secretary/Treasurer, Vice President, President-Elect, and ultimately President in 2012.

In the community that trusted him with its health, he engaged with the Florida Medical Association, sat on its Council on Legislation, and served as a delegate. He knew that policy shapes patient outcomes just as much as surgical technique.

And he did not stop at the operating room or the boardroom.

He was appointed Volunteer Assistant Professor of Neurosurgery at UCF School of Medicine in 2007 and was later elevated to Associate Professor of Neurosurgery in 2022.  Training the next generation of surgeons with the same exactness that once won him the Retzius Neuroanatomy Competition.

The Results Speak for themselves

There is a version of this story that could be told in accolades.

Voted America’s Top Surgeon by Consumer Research Council from 2009 to 2013. Also, Most Compassionate Physician by Vitals.com in  2011, 2012 & 2013. And in 2011 & 2012, awarded the Patient Choice Award by Vitals.com.

Those recognitions matter. But they are not the story.

The story is in the operating room results.

Patients report an average of 99.6% pain relief from discogenic sources, permanently, in just one treatment.

The story is in the peer-reviewed publications that were presented at the American Association of Neurological Surgeons annual meeting. Papers published in Surgical Neurology International and other journals. Work that can be scrutinized, replicated, and challenged by the broader scientific community. Work that holds up under that scrutiny means something… It’s proven to work.

The story is about the patients who came to Melbourne, Florida, from across the country and around the world. To get back pain relief from Dr. Deuk’s surgeries that can’t be found anywhere else.

What This Career Is Really About

The boy who noticed suffering before he could explain why. Decided to look closer and end back pain for good.

The valedictorian, who also led his soccer team. The medical student who finished first in his class of 170 and then stayed to teach. The resident who stood on the tarmac at Kennedy Space Center and watched rockets ascend. The surgeon who asked why spinal fusion was being treated as the only answer when it often wasn’t even the right question.

None of this was accidental.

It was the product of a mind that learned early from books, from competition, from nature, from his father’s example that obstacles are not limits. The standard answer is not always the correct one. That the real cause of suffering can be found, if you look hard enough and think clearly enough.

Dr. Ara J. Deukmedjian found it.

And then he built the tools, the patents, the institute, and the proof to do something about it.

That is not his career. This is his mission. Twenty years of focusing on one thing, making the lives of people better by ending back pain for countless people. Those who feel pain from everyday simple activities. If you are someone battling chronic back pain.
Submit your MRI for a free virtual consultation with Dr. Deuk now.

Sources

1. https://www.mayoclinic.org/tests-procedures/spinal-fusion/about/pac-20384523
2. https://my.clevelandclinic.org/health/procedures/acdf-surgery
3. https://pubmed.ncbi.nlm.nih.gov/23776754/
4. https://patents.google.com/patent/US12290301B1/en

If you have ever tried to get help for serious back pain, you already know the frustration. You call your doctor, and the earliest appointment is weeks away. ^4,5 When you finally get in, you are told you have to try physical therapy for six weeks before anyone will consider anything else. Then, another six weeks before surgery can even be scheduled. ^6,7 By the time you are on an operating table, you have been suffering for four to five months.

That is the standard of care in the United States for patients with spine conditions. And it is completely unnecessary.

At Deuk Spine Institute in Melbourne, Florida, Dr. Ara Deukmedjian, M.D. has built a practice around one core belief: patients in pain deserve fast answers and fast relief. Not in four months. Not in six weeks. This week.

 18 Weeks Is 18 Weeks Too Long

From Your Couch to the Operating Room in Days

The Deuk Spine process was designed from the ground up to remove every unnecessary barrier between a suffering patient and real relief. No mandatory waiting periods. No being passed from one provider to the next before anyone actually treats you. ^8,9

Here is exactly how it works:

Step 1: Free MRI Review. Upload your existing MRI online to Dr. Deuk’s team. And schedule your free virtual consultation.

Step 2: Virtual Consultation with Dr. Deuk. Speak directly with Dr. Ara Deukmedjian via a telehealth consultation from anywhere in the world. No travel required. Dr. Deuk reviews your imaging, listens to your symptoms, and gives you a clear diagnosis with the Deuk Spine ExamⓇ and a personalized treatment plan.

Step 3: Surgery Scheduled This Week. If you are a candidate for one of Dr. Deuk’s minimally invasive procedures, surgery can often be scheduled within the same week as your consultation. Not in six weeks. Not after mandatory physical therapy. This week.

Step 4: Walk Out Pain-Free the Same Day. Deuk Spine’s procedures are performed on an outpatient basis. No hospital admission. No general anesthesia. Most patients are on their feet and experiencing relief within an hour of the procedure ending.

The 18-Week System vs. the Deuk Way

The contrast between the traditional path and the Deuk Spine approach is stark. Here is how they compare:

The Typical System

The Deuk Spine Way

WEEKS 1–6

First Appointment

Wait up to six weeks just to see a doctor for the first time. While pain disrupts your sleep, work, and daily life.

DAY 1

Free Virtual MRI Review

Upload your MRI online and schedule a free review from Dr. Deuk. No waiting room, no travel required.

WEEKS 7–12

Mandatory Conservative Care

Six forced weeks of physical therapy or injections that treat symptoms, often not the source of your pain.

DAY 1–3

Virtual Consultation with Dr. Deuk

Speak directly with Dr. Deuk via a virtual consultation. Get a real diagnosis and a real treatment plan; fast.

WEEKS 13–18

Surgery Finally Scheduled

After 12 weeks of waiting, another six-week delay just to get surgery on the calendar.

SAME WEEK

Laser Spine Surgery Performed

If you are a surgical candidate, your procedure can be scheduled and completed often within the same week as your consultation.

MONTHS LATER

Long Recovery Begins

Traditional open-spine surgery means hospital admission, general anesthesia, and months of painful rehabilitation.

SAME DAY

Walk Out Pain-Free

Minimally invasive outpatient procedure. No hospital stay. No general anesthesia. Most patients are on their feet within an hour.

Deuk Laser Disc RepairⓇ has patients back on their feet within an hour, feeling zero pain. While other practices take 18 weeks to reach surgery, our patients can go from a virtual consultation to walking out of the procedure center in the same week. The difference is like driving a car with four flat tires. Versus an Andy 500 race car. The competition doesn’t stand a chance against Deuk Spine Institutes patented procedures.

The Technology Behind Same-Week Relief

The speed of the Deuk Spine process is made possible by three proprietary minimally invasive procedures developed by Dr. Deukmedjian. Each one is designed to treat the root cause of pain not mask it.

Unlike traditional open spine surgery, none of these procedures require a hospital stay, general anesthesia, or weeks of post-operative rehabilitation. The incisions are 4mm – 7mm. The recovery begins the same afternoon. And the relief, for most patients, is immediate.

Every Week in Pain Has a Cost

It is easy to think of delayed treatment as merely inconvenient. But for people suffering from herniated discs, facet joint degeneration, or piriformis syndrome, every week without relief carries real costs. Lost workdays. Missed family moments. Dependency on pain medications. ¹⁰ Worsening mental health. Physical deconditioning that makes recovery harder.

The medical system’s insistence on 18 weeks before surgery is not timely care for spine patients. It is a byproduct of how insurance, liability, and scheduling have shaped the standard of care. Dr. Deuk built his practice to cut through all of that.

When the right diagnosis is made quickly, and the right minimally invasive procedure is performed, patients recover faster, take fewer pain medications, and return to their lives sooner. Speed is not a luxury in spine care. It is medicine done right.

Back Pain Relief Could Be Days Away

If you have been living with chronic back or neck pain. Whether it is a herniated disc, pinched nerve, facet arthritis, or undiagnosed sciatica. You do not have to wait four months to find out if you can be helped.

Submit your MRI for a free review today. Schedule a virtual consultation with Dr. Ara Deuk this week. And if you are a candidate for treatment, you could be walking out of Deuk Spine Institute pain-free before the week is over.

The 18-week system was never built for you. Deuk Spine Institute will take you across the finish line to a pain-free life today!

Sources

1. Lucas JW, et al. Back, lower limb, and upper limb pain among U.S. adults, 2019. NCHS Data Brief No. 415. CDC, July 2021.
2. Dahlhamer J, et al. Prevalence of chronic pain among adults — U.S., 2016. MMWR. 2018;67(36):1001–1006.
3. Hoy D, et al. Global burden of low back pain, 1990–2020. GBD Study 2021. PMC10234592.
4. Consumer Choice Center/Statista. Average waiting times for a doctor’s appointment, 2023. Sept 2024.
5. Deyo RA, Mirza SK. Back pain in the U.S.: variation in surgical care. NCBI Bookshelf. NBK586768.
6. Ghaly RF, et al. Conservative management duration prior to surgery for cervical/lumbar radiculopathy. J Neurosurg Spine. 2014. PMC4229372.
7. Aetna Clinical Policy Bulletins. Spinal surgery: laminectomy and fusion — conservative treatment requirements.
8. Fisher CG, et al. Wait time for lumbar spinal stenosis surgery and patient outcomes. CMAJ Open. 2016;4(2):E185–E191.
9. Bond M, et al. Wait time influence on elective lumbar spine surgical outcomes. Global Spine J. 2024. PMID 39322408.
10. Turk DC, et al. Economic costs of pain in the U.S. Relieving Pain in America, IOM. NBK92521.

✓ Patent US12239362B2 refines the wanding technique — rather than holding the probe in a fixed position, the surgeon moves it through the treatment zone to achieve more complete nerve disruption and reduce the likelihood of pain returning.

✓ Deuk Plasma Rhizotomy® targets the source of pain directly — plasma energy is used to permanently disrupt the sensory nerves transmitting pain signals, rather than masking symptoms with injections or medications.

✓ The procedure is minimally invasive and image-guided — a small incision and real-time imaging allow for precise targeting of affected nerves while protecting surrounding tissue, muscle, and bone.

✓ Patients can have their pain treated across multiple areas of the body — facet joints in the cervical, thoracic, and lumbar spine, as well as knees and other arthritic joints, can all be addressed using this patented approach.

✓ Recovery is measured in hours, not weeks — the outpatient procedure is designed for same-day discharge, with most patients returning to normal activity quickly and without reliance on opioid medications.

✓ Dr. Ara Deukmedjian’s innovation addresses a critical gap in care — with back pain affecting nearly 39% of U.S. adults and chronic pain rates climbing sharply with age, this refined technique offers a durable, patient-centered alternative to traditional surgery.

Chronic joint and spine pain affects millions of people. According to the CDC’s National Health Interview Survey, nearly 39% of U.S. adults reported back pain in a recent three-month period, yet many treatments only provide temporary relief. ¹ Dr. Ara Deukmedjian being a spine specialist understands the gap in effective care for back pain became the driving force behind continuous innovation. His second patent, US12239362B2, represents a major improvement in minimally invasive spine surgery and nerve pain treatment.

This refined approach to Deuk Plasma Rhizotomy® improves precision, consistency, and long-term outcomes by enhancing how pain-causing nerves are treated at their source.

Deuk Plasma Rhizotomy® is a minimally invasive procedure designed to eliminate chronic pain by targeting sensory nerves responsible for transmitting pain signals. Unlike traditional spine treatments such as spinal fusion, steroid injections, or long-term medication use, this procedure focuses on directly treating the source of pain. By using plasma energy to disrupt pain-transmitting nerves, the procedure offers a more targeted and efficient alternative for patients seeking relief from back pain, neck pain, and joint pain, which are conditions that radiofrequency-based approaches have long sought to address. ² The Deuk Plasma Rhizotomy® stops signals from pain nerves.

The Second Patent US12239362B2

The second patent, US12239362B2, introduces an important technical refinement that enhances the effectiveness of the DPR®.

This patent focuses on improving how energy is delivered to the nerve through a technique known as wanding. Instead of keeping the probe in a fixed position, the surgeon moves the probe tip within the treatment area to ensure more complete nerve disruption.

Key Features of the Patent

• Controlled probe movement within the treatment zone
• Image guided precision targeting of affected nerves
• Enhanced disruption of pain transmitting pathways
• Minimally invasive approach with improved consistency

These features are described within the patent documentation and represent a refinement of earlier rhizotomy techniques.

Why the Wanding Technique Improves Pain Relief

Traditional nerve ablation procedures may leave portions of a nerve untreated, and often the nerve will eventually regenerate. In some cases, joint pain can return as a result of static or incomplete probe positioning. ³ The wanding technique described in the Deuk Plasma Rhizotomy patent improves treatment coverage by allowing movement of the probe across the nerve pathway. This method enhances precision, improves consistency, and reduces the likelihood of incomplete nerve disruption.

Benefits of Deuk Plasma Rhizotomy for Patients

With the refinements introduced in Dr. Ara Deumedjian’s patent. Patients can experience several benefits supported by minimally invasive spine research.

• Long lasting pain relief
• Faster recovery compared to traditional surgery
• Reduced reliance on pain medications
• Lower complication rates
• Treats pain in the Facet joints in the neck, back & knees

Minimally invasive spine procedures are widely associated with shorter recovery times, less post-surgical pain due to limited muscle and tissue damage, and reduced risk of infection compared to open surgery. ⁴

Conclusion

Through the development of US12239362B2, Ara Deukmedjian, MD has refined the technique to improve precision, consistency, and long-term effectiveness. As chronic pain disproportionately affects older populations, with rates rising from 12.3% among those aged 18 to 29 to 36% among those 65 and older, innovations like this continue to shape the future of spine care for patients seeking minimally invasive solutions. ⁵ submit your MRI for a free virtual consultation with Dr. Deuk. And discover minimally invasive options to end your back or neck pain for good.

Frequently Asked Questions

Sources

1. https://www.cdc.gov/nchs/products/databriefs/db415.htm
2. https://mayfieldclinic.com/pe-rf_ablation.htm
3. https://www.ucsfhealth.org/care/treatments/radiofrequency-ablation
4. https://my.clevelandclinic.org/health/treatments/17235-minimally-invasive-spine-surgery
5. https://www.cdc.gov/nchs/products/databriefs/db518.htm

Board-Certified Neurosurgeon, Deuk Spine Institute  

Medically reviewed on April 8, 2026 

Medical Disclaimer: This content is for educational purposes only and does not constitute medical advice. Individual results may vary. Always consult with your healthcare provider about your specific condition and treatment options.

Key Points

✓ Deuk Plasma Rhizotomy® is a minimally invasive, outpatient procedure that permanently eliminates chronic joint pain by targeting and disrupting the sensory nerves responsible for transmitting pain signals.

✓ The procedure is backed by US Patent US11937869B1, which outlines a specialized multi-directional wanding technique that allows for more complete nerve disruption than traditional fixed-point treatments.

✓ Unlike joint replacement or spinal fusion, Deuk Plasma Rhizotomy® preserves the natural structure and full range of motion of the joint while still delivering long-term relief.

✓ Most procedures are completed in under 30 minutes, with patients returning home the same day and resuming normal activities within 24 hours.

✓ The procedure can treat pain in multiple areas of the body, including the spine, knee, hip, shoulder, and ankle making it a versatile alternative for patients who have not found lasting relief through conservative treatments.

✓ Traditional approaches such as steroid injections, radiofrequency ablation, and pain medications often fail to deliver permanent results because nerves regenerate. Deuk Plasma Rhizotomy® is designed to break that cycle.

Chronic joint pain affects millions of people, limiting mobility, reducing quality of life, and often leading to invasive procedures that don’t provide lasting relief. For Dr. Ara Deukmedjian, this ongoing problem sparked a breakthrough innovation.

His first patented technology, documented under US11937869B1, introduced a new way to treat pain at its source. This innovation became the foundation for Deuk Plasma Rhizotomy®, a minimally invasive procedure designed to permanently eliminate joint pain without removing or replacing the joint.

What Is Deuk Plasma Rhizotomy®

Deuk Plasma Rhizotomy® (DPR) is an advanced, minimally invasive procedure that targets and eliminates the sensory nerves responsible for chronic joint pain. ¹

Unlike traditional treatments that focus on managing symptoms, this procedure addresses the root cause by stopping pain signals before they reach the brain.

Key Features

• Minimally invasive outpatient procedure
• Targets sensory nerves causing pain
• No implants or hardware required
• Preserves natural joint structure and motion
• Fast recovery with minimal downtime

Understanding the Patent US11937869B1

The patent behind Deuk Plasma Rhizotomy® outlines a specialized method for performing a rhizotomy using a controlled energy delivery system.

Core Innovation

According to the patent, the procedure involves:

• Inserting a probe through a small incision
• Positioning the probe adjacent to a target nerve
• Delivering controlled energy to disrupt the nerve
• Moving the probe in multiple directions to fully treat the nerve pathway

This “multi-directional wanding technique” is a critical advancement. It allows for more complete nerve disruption compared to traditional fixed-point treatments.

Why This Matters for Patients

• More precise targeting of pain-causing nerves
• Greater likelihood of long-term pain relief
• Reduced chance of incomplete treatment

Why Traditional Treatments Fall Short

Before innovations like Deuk Plasma Rhizotomy®, patients relied on treatments such as:

• Pain medications
• Steroid injections
• Physical therapy
• Radiofrequency ablation
• Spinal fusion or joint replacement

These approaches often fail to deliver permanent results. In many cases, nerves regenerate, and pain returns.

Deuk Plasma Rhizotomy® was designed to break that cycle.

Benefits of Deuk Plasma Rhizotomy®

Long Lasting Pain Relief

By directly targeting and eliminating sensory nerves, the procedure aims to provide sustained relief rather than temporary improvement.

Precision Technology

The use of advanced energy delivery allows for controlled, targeted treatment with minimal impact on surrounding tissue.

Motion Preservation

Unlike joint replacement or spinal fusion, the natural joint remains intact and functional. ²

Fast Recovery

Most procedures are completed in under 30 minutes, with patients returning home the same day and resuming normal activities quickly.

Conditions Treated

Deuk Plasma Rhizotomy® can be used to treat pain in multiple areas of the body, including:

• Spine facet joint pain
• Knee arthritis
• Hip joint pain
• Shoulder pain
• Ankle joint pain

This versatility makes it a valuable option for patients seeking alternatives to surgery.

How This Innovation Is Changing Spine and Joint Care

The development of US11937869B1 represents a major shift in how chronic pain is treated.

Instead of altering the structure of the body, this approach focuses on the nervous system. By eliminating the pathway that transmits pain, patients can maintain normal function without discomfort. Watch a testimonial from a patient that has gone through the Deuk Plasma Rhizotomy® and is now pain free.

This shift from structural intervention to nerve-based treatment is redefining modern spine and joint care.

Conclusion

Innovation in medicine happens when someone challenges the status quo. For Dr. Ara Deukmedjian, that challenge led to the development of a solution that is transforming how chronic joint pain is treated. ³

Deuk Plasma Rhizotomy®, built on the foundation of US11937869B1, offers a new path forward. One that focuses on precision, preservation, and long-term relief.

For patients seeking alternatives to invasive surgery, this innovation represents more than a procedure. It represents a shift toward truly solving pain at its source. ⁴

Frequently Asked Questions

Sources

1. https://www.ncbi.nlm.nih.gov/books/NBK539846
2. https://my.clevelandclinic.org/health/treatments/21649-arthroplasty-joint-replacement
3. https://my.clevelandclinic.org/health/symptoms/17752-joint-pain
4. https://pmc.ncbi.nlm.nih.gov/articles/PMC6678000/

Neck pain is one of the most common musculoskeletal complaints in the world. According to a landmark 2024 analysis published in The Lancet Rheumatology, neck pain affected approximately 203 million people globally in 2020, and case numbers are projected to continue rising through 2050 as populations age. ¹ In the United States alone, between one-third and half of all adults experience neck discomfort every year.

Neck pain can range from a mild stiffness that resolves in a few days to a persistent, debilitating condition that interferes with work, sleep, and daily life. The good news is that effective neck pain management and treatments exist at every stage, from simple home remedies to advanced minimally invasive procedures. This guide covers everything you need to know about neck pain: what causes it, how it is diagnosed, and the full spectrum of treatments available today.

Key Points

✓ Neck pain affects over 203 million people worldwide and is one of the top causes of disability globally.

✓ It can be acute (under 6 weeks) or chronic (over 3 months), and the root cause is often disc-related inflammation.

✓ Most cases resolve with conservative care such as physical therapy, medications, and targeted exercises.

✓ Imaging such as MRI, X-ray, and CT scan helps identify the underlying structural cause.

✓ When conservative treatment fails, minimally invasive procedures like Deuk Laser Disc Repair ® offer a surgery-day discharge with no metal hardware.

✓ Seek immediate medical care if you experience progressive weakness, numbness, loss of bladder/bowel control, or severe neck pain after trauma.

What Is Neck Pain?

Neck pain is discomfort in or around the cervical spine, the seven vertebrae (C1-C7) that support the weight of your head and protect the spinal cord as it travels from your brain toward your body. The neck has a remarkable range of motion, but that mobility also makes it vulnerable to injury and degeneration.

Neck pain is generally classified by how long it lasts:

• Acute neck pain lasts from a few days up to six weeks and is often triggered by a specific incident such as poor sleeping position, muscle strain, or a minor injury.
• Subacute neck pain persists for six weeks to three months.
• Chronic neck pain lasts longer than three months and frequently signals an underlying structural problem in the cervical spine, such as disc degeneration, a herniated disc, or nerve compression.

Left unaddressed, chronic neck pain can reduce your quality of life, limit your range of motion, and even lead to disability. Understanding the source of your pain is the first step toward lasting relief.

What Causes Neck Pain?

Neck pain rarely has a single cause. In most cases, it results from a combination of structural, biomechanical, and lifestyle factors. The most common underlying mechanisms include:

Disc Herniation and Annular Tears

The intervertebral discs act as shock absorbers between the vertebrae. When a disc sustains stress or trauma, a tear can form in the tough outer ring (annulus fibrosus). Pressure on the disc causes the soft inner material (nucleus pulposus) to push through the tear, a process called herniation. The resulting inflammatory tissue generates persistent pain signals and, if it presses on nearby nerve roots, can cause radiating pain, tingling, or weakness in the arm.

Degenerative Disc Disease

With age, the cervical discs naturally lose height and water content. This degeneration can cause the space between vertebrae to narrow, placing increased stress on surrounding structures and contributing to chronic neck pain and stiffness.

Facet Joint Arthritis

The facet joints are the small stabilizing joints at the back of each vertebra. Arthritis in these joints produces inflammation, sharp pain with movement, and reduced range of motion.

Bone Spurs (Osteophytes)

As discs degenerate, the body sometimes attempts to stabilize the affected spinal segment by forming extra bone. These bone spurs can narrow the spinal canal or the openings where nerve roots exit the spine (neural foramina), compressing nerves and producing radiating arm symptoms.

Muscle Strain and Poor Posture

Prolonged screen use, forward head posture, and repetitive motions can overload the neck muscles and ligaments. Muscle tension from chronic stress is another contributor, particularly for people who carry tension in the neck and shoulders.

Trauma

Car accidents, sports collisions, and falls can cause whiplash, disc injuries, and fractures. Even minor trauma can create annular tears that persist long after the acute pain subsides.

Spinal Stenosis

Narrowing of the spinal canal in the neck, known as cervical spinal stenosis, compresses the spinal cord or nerve roots, producing a range of symptoms including neck pain, arm pain, numbness, weakness, and in advanced cases, difficulty with balance or coordination.

Symptoms of Neck Pain

Neck pain can present in many ways depending on the underlying cause. Common symptoms include:

• Aching, stiffness, or tightness in the neck or upper shoulders
• Sharp pain that worsens with specific movements
• Headaches originating at the base of the skull
• Radiating pain, tingling, or numbness traveling from the neck into the shoulder, arm, or hand (radiculopathy)
• Muscle weakness in the arm or hand
• Reduced range of motion or difficulty turning the head

Seek immediate medical attention if your neck pain is accompanied by progressive arm weakness, loss of coordination, difficulty walking, or any change in bowel or bladder function, as these symptoms may indicate spinal cord compression requiring urgent care.

How Is Neck Pain Diagnosed?

An accurate diagnosis is essential for guiding treatment. Your physician will begin with a thorough medical history and physical examination, including an assessment of your range of motion, reflexes, muscle strength, and sensation. In many cases, imaging studies are ordered to identify the structural cause of your symptoms.

X-Ray

An X-ray provides rapid images of the bony structures of the cervical spine. It can reveal narrowed disc spaces, fractures, bone spurs, and changes consistent with osteoarthritis. X-rays do not show soft tissue structures like discs or nerves.

MRI (Magnetic Resonance Imaging)

MRI is considered the gold standard for evaluating neck pain. It provides detailed images of the discs, spinal cord, nerve roots, and surrounding soft tissues, making it the best tool for identifying herniated discs, spinal stenosis, nerve compression, and early signs of cord injury. A thorough understanding of your MRI findings is critical for determining the most appropriate and definitive treatment approach.

CT Scan

A computed tomography (CT) scan excels at visualizing bone structures and is particularly useful for identifying bone spurs and the precise extent of bony narrowing. It provides a 360-degree view and is often used when an MRI is not possible, such as in patients with certain metallic implants or pacemakers.

Electrodiagnostic Studies

Electromyography (EMG) and nerve conduction studies may be ordered when nerve compression is suspected, helping to confirm the location and severity of nerve involvement.

Conservative (Non-Surgical) Treatment Options

The vast majority of neck pain episodes respond well to conservative management. Most physicians recommend trying non-surgical treatments for at least six to twelve weeks before considering more interventional approaches. Conservative strategies are designed primarily to manage symptoms, reduce inflammation, and support natural healing.

Physical Therapy

Physical therapy is among the most widely recommended and evidence-supported treatments for neck pain. A 2025 network meta-analysis published in BMJ Open confirmed that musculoskeletal manual therapy, including mobilization and manipulation, is a recommended first-line approach for neck pain in clinical practice guidelines, valued for being non-invasive and cost-effective. ²

Physical therapy for neck pain typically includes two components:

• Passive physical therapy: Treatments applied by the therapist, such as heat or cold therapy, ultrasound, electrical stimulation, and manual cervical traction. A 2025 systematic review and network meta-analysis found that manual therapy alone should be considered the first-line conservative treatment for cervical radiculopathy, while the additional benefit of adding traction remains under investigation. ³
• Active physical therapy: Therapeutic exercises you perform yourself, including targeted strengthening of the deep neck flexors and scapular stabilizers, flexibility training, and postural correction. Regular exercise builds muscular support around the cervical spine, reducing mechanical stress on the discs and joints.

Mind-body exercise modalities are also gaining research support. A 2024 systematic review comparing mindfulness-based exercises for chronic neck pain found that yoga, Pilates, Tai Chi, and Qi Gong all reduced pain and disability compared to no exercise, with yoga combined with heat therapy showing the greatest impact across pain, disability, and cervical mobility outcomes. ⁴

Additionally, a 2025 randomized controlled trial published in Frontiers in Pain Research demonstrated that Tai Chi combined with intermediate frequency therapy produced significant improvements in chronic non-specific neck pain, adding to the evidence base for integrative movement-based approaches. ⁵

Medications

A range of medications may be used to manage neck pain and reduce inflammation:

• Non-steroidal anti-inflammatory drugs (NSAIDs) such as ibuprofen or naproxen reduce both pain and swelling.
• Acetaminophen can relieve pain without anti-inflammatory effects.
• Muscle relaxants may help reduce spasm and allow better participation in physical therapy.
• Neuropathic pain medications such as gabapentin or pregabalin are sometimes prescribed when nerve-related symptoms such as tingling or burning are prominent.
• Short-term oral corticosteroids may be used for severe flare-ups of inflammation.

Medications address symptoms but do not repair underlying structural damage such as annular tears or disc herniations.

Cervical Epidural Steroid Injections

A cervical epidural steroid injection delivers anti-inflammatory corticosteroid medication directly into the epidural space surrounding the spinal cord in the neck. This targeted approach can significantly reduce pain, tingling, and numbness caused by inflamed nerve roots. While injections are not a permanent cure, they can provide meaningful relief that allows you to participate more effectively in physical therapy or, in some cases, postpone surgery.

Facet Block Injections and Rhizotomy

When neck pain originates primarily from the facet joints rather than the discs, facet block injections can confirm the diagnosis and provide temporary relief by delivering corticosteroid medication directly into or near the affected joints. For more durable relief, Deuk Plasma Rhizotomy® (DPR) is a minimally invasive outpatient procedure that uses plasma energy to precisely deactivate the small nerve fibers carrying pain signals from the arthritic facet joints, providing long-term pain reduction without metal hardware or post-operative narcotics.

Platelet-Rich Plasma (PRP) and BMAC Therapy

Advanced pain management also includes biologic treatments. Platelet-rich plasma (PRP) therapy concentrates healing growth factors from a patient’s own blood and injects them into the affected area to promote tissue regeneration and reduce pain. Bone marrow aspirate concentrate (BMAC) therapy uses stem cells harvested from the patient’s own bone marrow to stimulate cell regeneration in damaged tissue. These regenerative approaches are most appropriate for carefully selected patients and are best discussed with a specialist.

Home Care and Lifestyle Modifications

Several practical strategies can support recovery and help prevent recurrence:

• Heat and cold therapy: Ice packs reduce acute inflammation, while heat loosens stiff muscles.
• Neck exercises and stretches: Gentle range-of-motion and strengthening exercises help maintain flexibility and reduce recurrence risk. Always perform exercises within a pain-free range.
• Ergonomic adjustments: Set up your workstation so your monitor is at eye level, and ensure your chair provides adequate lumbar and cervical support.
• Sleep position: A supportive pillow that maintains neutral cervical alignment reduces overnight strain.
• Stress reduction: Techniques such as diaphragmatic breathing, mindfulness meditation, and gentle yoga can reduce the muscle tension that amplifies cervical pain.

When to Consider Surgery for Neck Pain

Surgery is rarely the first line of treatment for neck pain. Most physicians recommend exhausting conservative options for at least three to six months before considering an operative approach. However, certain clinical situations warrant earlier surgical evaluation:

• Progressive weakness in the arms or hands despite conservative care
• Persistent numbness or tingling that does not respond to treatment
• Documented spinal cord compression (myelopathy) with balance or coordination problems
• Chronic, disabling pain that significantly limits daily activities after three to six months of comprehensive non-surgical management
• Neurological deficits that are worsening rather than improving
• Evidence of severe disc herniation or stenosis on imaging that correlates with your symptoms

If you are experiencing any of the above, it is important to consult with a board-certified spine specialist who can review your imaging, correlate it with your clinical examination, and discuss all available options.

Surgical Treatment Options for Neck Pain

When non-surgical management does not provide adequate relief, several surgical options are available. The right procedure depends on the specific structural problem causing your pain.

Deuk Laser Disc Repair (DLDR)

Deuk Laser Disc Repair® is the most advanced minimally invasive procedure for treating discogenic neck pain, meaning pain arising from a damaged or herniated cervical disc. Developed by Dr. Ara Deukmedjian, a world-renowned neuro-spine surgeon and founder of Deuk Spine Institute, DLDR uses a 4-millimeter incision through the front of the neck and a high-powered laser to precisely remove the herniated disc material causing nerve inflammation and pain. Because no metal hardware is placed in your body and the soft tissue disruption is minimal, the procedure is performed on an outpatient basis, allowing patients to go home the same day. Most patients require no post-operative narcotic medications. Dr. Deukmedjian has reported an average of 99% pain relief in treated pain sources across more than 2,700 procedures, with a complication rate of 0.01%.

DLDR preserves the natural motion of the cervical spine and avoids the significant limitations and long-term risks associated with fusion surgery.

Traditional Fusion Surgery (ACDF)

Anterior cervical discectomy and fusion (ACDF) has been the standard surgical treatment for cervical disc herniation for decades. The procedure involves removing the damaged disc, relieving pressure on the affected nerve or spinal cord, and then permanently fusing the adjacent vertebrae using bone graft and metal hardware. While effective for many patients, fusion permanently limits the neck’s natural range of motion and transfers mechanical stress to adjacent spinal levels. Research has shown that adjacent segment disease requiring reoperation affects approximately 11% of fusion patients, and radiographic degeneration at adjacent levels develops in up to 30%.

Laminectomy

A laminectomy involves removing portions of the lamina (the bony arch on the back of the vertebrae) that are compressing the spinal cord or nerve roots. It is most commonly performed for cervical spinal stenosis and is frequently combined with fusion to maintain spinal stability.

Foraminotomy

A foraminotomy enlarges the opening (foramen) through which a nerve root exits the spinal canal, relieving compression caused by bone spurs, thickened ligaments, or disc material. It can be performed from the front or back of the neck and is often done alongside other procedures.

Minimally Invasive Endoscopic Surgery

Modern endoscopic techniques have dramatically reduced the invasiveness of cervical spine surgery. A comprehensive systematic review published in early 2023 evaluated full-endoscopic cervical spine surgery and concluded that it is a safe and effective option associated with substantial pain relief, functional improvement, and high patient satisfaction. ⁶ The review found that conditions previously considered unsuitable for endoscopic approaches, including severe central stenosis and multilevel pathology, can now be treated with these advanced techniques. Endoscopic patients also show significantly lower 30-day readmission rates than those undergoing traditional open surgery.

Neck Pain Management Starts With an Accurate Diagnosis

Neck pain management without an accurate diagnosis is guesswork. Medications reduce inflammation temporarily, physical therapy helps when structural damage is minor, but neither repairs a torn annular wall or a damaged cervical disc. The right treatment depends entirely on knowing the actual source of your pain.

If you have been managing neck pain for months without lasting relief, a thorough evaluation is the next step.

Frequently Asked Questions

Sources

1. GBD 2021 Neck Pain Collaborators. “Global, regional, and national burden of neck pain, 1990-2020, and projections to 2050.” The Lancet Rheumatology, March 2024.
2. BMJ Open (2025). “Effectiveness of musculoskeletal manipulations in patients with neck pain: a systematic review and network meta-analysis.” PMC12519666
3. Dove Medical Press (2025). “Manual Therapy for Cervical Radiculopathy: Effects on Neck Disability and Pain.” PMC12008560
4. Conquer Chiari Research Update (June 2025). “Comparing Types of Exercise for Reducing Neck Pain” (summarizing 2024 systematic review on mindfulness-based exercises). conquerchiari.org
5. Frontiers in Pain Research (2025). “Effects of Tai Chi combined with intermediate frequency therapy on patients with chronic nonspecific neck pain.” doi:10.3389/fpain.2025.1700212
6. World Neurosurgery (2023). “Full Endoscopic Spine Surgery for Cervical Spondylotic Myelopathy: A Systematic Review.” PubMed PMID 37169077;