Center for Sports Medicine & Orthopaedics specializes in cervical disc replacement to relieve neck pain and improve range of motion.
Spinal discs are cushion-like pads located between the vertebrae of the spine. These discs act as shock absorbers and allow you to twist, bend, and move comfortably. Over time, or due to injury, a disc may wear down, collapse, or degenerate, putting pressure on nearby nerves. This can cause pain, numbness, tingling, and a limited range of motion in the neck, arm, or hand. This makes daily activities like driving, working, or lifting objects difficult.
At CSMO, our highly skilled spine specialists are experts at cervical disc replacement (CDR) surgery, an orthopaedic procedure in which a damaged disc in the spine is replaced with an artificial (or prosthetic) disc. Artificial cervical discs are typically made of durable materials such as cobalt, titanium, and polyethylene, designed to maintain motion and stability in the neck while reducing pressure on the nerves. Compared to spinal fusion, this motion-preserving approach allows patients to maintain flexibility while relieving pain, potentially reducing stress on adjacent discs over time.
While it can take up to six months to fully recover from CDR surgery, most patients are able to return to the activities of daily living within two days of the operation. Light activities can be resumed within two to three weeks, and full activities (excluding contact sports) can be returned to by four to six weeks post surgery.
Potential Benefits of Disc Replacement Surgery
Cervical disc replacement offers patients a range of short- and long-term advantages. Potential benefits include:
- Relief of neck, arm, or hand symptoms including pain, numbness and weakness
- Improved neck mobility and range of motion
- Faster recovery and rehabilitation compared to traditional fusion surgery
- Ability to return to daily activities,work, and hobbies
- Long-term preservation of motion in the spine
By maintaining normal range of motion in the spine, cervical disc replacement may also reduce stress on adjacent vertebrae, potentially helping prevent degeneration in nearby discs. Patients often report an improved overall quality of life, substantial pain relief, and greater confidence in performing physical tasks after a disc replacement.
Is Cervical Disc Replacement Right for You?
If you experience pain, numbness, or weakness in your arm or neck that disrupts your daily life, cervical disc replacement may be an appropriate solution. This procedure is primarily recommended for patients with cervical degenerative disc disease who are experiencing pinched nerves or spinal cord compression. At CSMO, our highly skilled providers will conduct a thorough evaluation of your symptoms, lifestyle, and overall health to determine whether this motion-preserving procedure is the best approach for long-term relief.
Not all patients are considered good candidates for this orthopaedic surgery. Certain factors – such as having an active infection, being allergic to certain metals, and having osteoporosis – can affect surgical outcomes. At CSMO, our team of experts will take the time to discuss all available options so you can make an informed decision with confidence.
When to Consider Disc Replacement Surgery
When nonsurgical treatments, such as medications, injections, and physical therapy, haven’t worked to manage your symptoms, it may be time to consider cervical disc replacement, especially if neck or arm pain is limiting your daily activities, work, and hobbies. Patients who wish to maintain a more natural neck motion while alleviating pain often benefit from this procedure.
Turn Toward a Pain-Free Future
You don’t have to live with nerve pain. Contact Center for Sports Medicine & Orthopaedics today to schedule an appointment with one of our skilled joint replacement specialists. Our team will work with you to create a personalized treatment plan that restores movement, reduces discomfort, and helps you return to the activities you enjoy – comfortably, confidently, and without limitations.