Cervical Myelopathy

Written and medically reviewed by Dr. Ronjon Paul, Orthopedic Spine Surgeon, Endeavor Health / Edward Hospital

Cervical Myelopathy: An Expert Guide to Evidence-Based Non-Surgical Treatment Options

Quick Overview

Condition

Cervical Myelopathy (Degenerative Cervical Myelopathy)

Definition

Compression of the spinal cord in the neck that can cause hand clumsiness, balance problems, or changes in walking.

Common Causes

Age-related disc degeneration, bone spurs (spondylosis), ligament thickening, disc herniation, or a congenitally narrow canal.

Key Symptoms

Difficulty with fine-motor tasks, unsteady gait, leg stiffness, numbness or tingling in the arms or hands, and neck stiffness.

Treatment Approach

Dr. Paul emphasizes evidence-based, non-surgical care whenever it is safe—physical therapy, activity modification, medication, and monitoring—while reserving surgery only for clearly defined neurologic decline.

Cervical Myelopathy

1. Introduction

Cervical myelopathy is one of the most common causes of spinal cord dysfunction in adults. It develops when age-related changes in the cervical spine—such as bone spurs, thickened ligaments, or herniated discs—narrow the spinal canal and compress the spinal cord.

In Dr. Paul’s experience, many patients are understandably concerned when they hear “spinal cord compression.” The reassuring news is that not all cases require surgery. With early recognition and careful management, many individuals can stabilize their symptoms and maintain quality of life through non-surgical treatment and close follow-up (1, 2).

This page provides an evidence-based overview of how cervical myelopathy is evaluated and treated, highlighting conservative care options and clearly outlining when surgery becomes medically appropriate.

Cervical Myelopathy

2. Diagnosis and Comprehensive Evaluation

A precise diagnosis is essential before deciding on any treatment path. Dr. Paul begins with a careful review of symptoms, neurologic function, and imaging studies to confirm whether spinal cord compression truly explains the patient’s findings.

[Illustration placeholder: Infographic showing cervical canal narrowing and spinal cord compression]

What to expect

Key Diagnostic Steps

Neurologic examination: Evaluates reflexes, coordination, balance, and hand dexterity.
MRI of the cervical spine: The gold standard for identifying spinal cord compression, disc herniations, and cord signal changes.
X-rays: Assess alignment, curvature, and bone spurs.
CT or CT myelogram: Used selectively for additional bony detail.
Electrodiagnostic testing: Helps differentiate cervical myelopathy from peripheral nerve conditions such as carpal tunnel syndrome.

Dr. Paul often collaborates with neuroradiologists, physiatrists, pain-management specialists, and physical therapists to ensure a thorough, multidisciplinary evaluation—an approach consistent with recommendations from the North American Spine Society (NASS) (3).

Cervical Myelopathy

3. Non-Surgical Management — The First and Preferred Step

For many patients with mild or slowly progressive cervical myelopathy, non-surgical management is safe and effective. Dr. Paul’s goal is to relieve discomfort, maintain function, and monitor the spine carefully for any changes that would alter treatment.

Physical Therapy and Targeted Exercise

A structured therapy program can improve posture, strengthen neck-supporting muscles, and enhance balance. Typical elements include:

Cervical stabilization and gentle range-of-motion work
Posture and ergonomic training
Core and scapular strengthening
Balance and gait exercises

High-velocity or twisting neck manipulations are avoided because they may worsen cord compression.

Medication Options

Short-term medication may help manage discomfort or nerve irritation:

Acetaminophen or NSAIDs for pain and inflammation (if medically appropriate)
Neuropathic agents such as gabapentin or pregabalin for nerve-related pain
Muscle relaxants for temporary spasm relief

Each plan is individualized based on age, medical history, and other medications.

Injections — A Selective Adjunct

Epidural steroid or nerve-root injections may relieve arm pain from a pinched nerve but do not correct spinal cord compression. Dr. Paul occasionally recommends them to clarify diagnosis or manage pain during non-surgical observation (4).

Lifestyle and Activity Modification

Everyday posture and activity adjustments can significantly reduce strain:
• Maintain a neutral neck position when reading or working on screens.
• Avoid heavy overhead lifting or impact sports.
• Engage in low-impact aerobic exercise such as walking or stationary cycling.
• Support bone health with proper nutrition, vitamin D, and smoking cessation.

Monitoring and Follow-Up

Patients treated non-surgically are followed at regular intervals for neurological exams and, when appropriate, repeat imaging. If symptoms worsen—such as increased hand clumsiness, gait changes, or new bladder issues—Dr. Paul reevaluates promptly.

Multiple studies confirm that carefully selected patients can remain stable under observation, provided they are monitored closely for progression (2, 4, 5).

Bleeding can be a serious complication since blood accumulation can compress the spinal cord or nerve roots. For that reason, we require discontinuing blood thinners, some anti-inflammatories and all herbal medications.

Spinal Leaks are a known complication in spine surgery but typically can be managed. They occur approximately 3 to 5% of the time They can be the result of adherent bone, disc, ligament or scar tissue to the dura and the membrane surrounding your nerves or spinal cord. They are far more associated with revision surgery, severe nerve compression and advanced age. If this occurs, we typically repair the leak during your operation. You may be required to lay flat for a short period of time afterwards. Late presenting or persisting spinal leaks can require additional surgery. Spinal leaks typically do not affect long term outcomes.

Neuropraxia & Nerve Injury - Nerves under pressure can react with pain or increased weakness after being decompressed. These issues are expected and usually resolve with treatment or time. The goal of fusion is to realign and improve the position of the spine which can cause some nerves to be stretched and also induce typically temporary changes. Rarely, these changes are permanent As a precaution, Dr. Paul utilizes a state-of-the-art nerve and spinal cord monitoring system to avoid neurologic problems.

Non-Union - Not all fusions heal. Some heal as early as three months, but many take longer. Some fusions require a year to heal. Dr. Paul’s team gets x-rays regularly during the first year and meets with you to make sure the fusion is successful. Some fusions will require revision surgery to fix the problem.

Medical Complications related to the heart, lung and kidneys and other organs are also a possibility. Although shorter less invasive procedures are associated with lower complication rates, they can still occur. We work closely with your primary care doctor and other specialists to make sure your medical conditions are optimized prior to surgery.

Thigh Weakness – The Procedure requires the surgeon to dilate and retract tissues in a muscle that allows you to raise your leg and flex your hip. It is not unusual to have some temporary weakness and numbness in this area. It can occasionally be more pronounced and last longer.

[Illustration placeholder: Infographic showing posture tips and safe home exercises]

Patient Guide – After Surgery

your guide to optimal recovery

The First Few Days After Surgery

The initial days following surgery are crucial. This section offers key details and helpful tips to ensure a smooth recovery process. Learn what to expect and how to stay on track towards effective healing.

How to Handle Postoperative Pain

Naturally, once anesthetics have worn off, pain will become increasingly evident in the areas involved in a surgical procedure. You may not have much incisional pain after surgery because local anesthesia is injected at the time of surgery. This will wear off in the evening. We recommend you use the pain medicine prescribed or muscle relaxant to avoid the potential for getting behind your pain.

Dr. Paul will prescribe painkillers, also known as analgesics, to reduce the discomfort of this post-surgical recovery period. Medications prescribed can range from over-the-counter NSAIDs (after the first five days) to potent prescription opioids, depending on the projected severity of pain. If you are or have undergone a fusion procedure, you should avoid NSAIDs for the first 6 weeks. Patients should take care to manage their dosing relative to the pain experienced. Opioids can usually be tapered off within the first two weeks of surgery. NSAIDs may be taken with protective measures for the gastrointestinal system, such as proton-pump inhibitors (PPIs) such as omeprazole, antacids such as TUMS, and bismuth salts such as Pepto Bismol to reduce the risk of ulcer formation.

practical advice for healing

Patient Guide – Long-Term Recovery

Staying Prepared and Confident in Your Recovery

Navigating the First 3 Months

2 – 6 Weeks After Lateral Interbody Fusion

We often talk to patients about the first two weeks being the most difficult after a lumbar fusion. The first 2 days are the hardest in that 2 weeks. Although lateral fusions may have less back pain than traditional fusions, people sometimes get some numbness and weakness in their thigh. The more generally active you are the more the muscle soreness improves. Please do not just lay in bed.

In the early weeks, gradually increase activities. Remain on your feet for more extended periods and improve your walking distances. You may return to a sedentary job in as little as 2-3 weeks but with no bending, twisting, or lifting more than 10 pounds. Sit only in chairs with good lumbar support.

You may start a regular aerobic activity such as vigorous walking, Stairmaster, or low impact aerobic exercise classes if allowed after the first follow up appointment. This is typically within 2-3 weeks. Once you are off any narcotic pain killers, you are free to drive from our standpoint.

From a mechanical perspective, you lose some motion with any fusion. The question becomes how your remaining levels and hip joints compensate to retain your function and everyday lifestyle. Dr. Paul’s team rarely relies on braces and extensive immobilization. The instrumentation and current spinal techniques generally create enough stability to allow the bones to fuse. As a result, we allow people to move sooner after surgery. This also helps to maintain strength and flexibility in the remaining portions of your core and spine. If necessary, we typically order physical therapy after your two-week visit with Kevin. Exceptions would include fusions involving four or more levels and people with osteopenia.

6 – 12 Weeks After Lateral Interbody Fusion

After the first six weeks, we typically decrease restrictions. If you were given a brace, it is typically no longer required, and we allow for more bending or twisting as required for normal everyday activities. After the first six weeks, we typically decrease restrictions. This time period varies greatly based on how many levels have been fused.

We will often raise the lifting restriction to 20 to 30 pounds. You may return to light duty or physical labor if pain-free and allowed by your surgeon—with minimal bending or twisting. We do not recommend returning to work if you commute more than one hour each way. You may swim after six weeks. Continue your physical therapy exercise program. You may be shown specific therapeutic exercises at your 6-week visit.

The most dramatic changes will take place in the first 8 weeks post-op. Even if you experience some of your pre-op pain during this time you should not be too concerned. We follow our patients for a year post-op knowing the nerves may take a long time to heal. Most feel significantly better after the first week or two.

Travel and Transportation

You may travel by car for more than 3 hours in 2-3 weeks, but with frequent breaks. You may travel by plane in 4-weeks for trips less than 4 hours. After 6 weeks, you can resume all travel. Discuss international travel with Dr. Paul’s team. You may drive as soon as you are off narcotic painkillers.

How Do Patients Function Long Term After Lateral Interbody Fusion?

With proper post-operative activity, therapy and positive mindset, people lose minimal function with a short lumbar fusion. The goal is for improved overall function with surgery. The degree to which people notice a loss of motion is very subjective and individual. From a mechanical perspective, you lose some motion with any fusion. The question becomes how your remaining levels and joints compensate to retain your function and everyday lifestyle. Dr. Paul’s team rarely relies on braces and extensive immobilization. The instrumentation and current spinal techniques generally create enough stability to allow the bones to fuse. As a result, we allow people to move sooner after surgery. This also helps to maintain strength and flexibility in the remaining portions of your core and spine. If necessary, we typically order physical therapy after your 2-week visit with Kevin. Exceptions would include fusions involving four or more levels and people with osteopenia.

It’s especially essential to maintain or improve motion through your hips, knees, and upper back after a lumbar fusion. Flexibility, core strengthening, and an emphasis on function during the postoperative course helps to optimize your motion.

Dr. Paul typically does not have long term restrictions for his patients once they have successfully healed.

Will the Fusion Affect the Health of the Rest of My Spine?

This is a complex discussion. A fusion can place some stress on other levels of your spine. However, how and why it does this can be controversial and depends on your individual situation and predispositions. Your surgery was done for a degenerative condition that may affect other parts of your spine in the future. If you have had surgery at one level in your spine, it is possible that the degenerative process could take place at another level. Since the spine has 36 levels, this is not unusual over a lifetime. Most people handle degenerative difficulties with self-care and non-operative care. That being said, Dr. Paul and his team go to great lengths to minimize the chances of needing additional care for your spine. That includes careful surgical planning, intraoperative decision making, and post-operative care.

Physical Therapy

Athletic Rehab

Bone Stimulators

Bracing

When to Call Our Office

After Hours

Increasing drainage from a surgical wound or fevers greater than 101 degrees
Significant throat swelling (after neck surgery)
Loss of control of bowel or bladder
Potential need to postpone scheduled surgery for the next business day

During Business Hours

To make an appointment
Discuss or obtain test results
Medication refills
Inquiries regarding insurance, billing, or disability paperwork

We strongly recommend implementing the use of myChart to contact the office. Our staff monitors the messages during business hours.

Lateral Interbody Fusion

Would you like more information? Download these guides.

Patient Procedure Guide

Patient Perioperative Guide

Cervical Myelopathy

Written and medically reviewed by Dr. Ronjon Paul, Orthopedic Spine Surgeon, Endeavor Health / Edward Hospital