Motion preservation surgery

What Is Motion-Preservation Spine Surgery?

Motion-preservation spine surgery aims to treat spinal issues while maintaining the spine’s natural movement. Instead of restricting motion through fusion, these techniques focus on relieving nerve pressure, stabilizing affected areas, and protecting the long-term health of surrounding discs and joints.

Conditions such as herniated discs, degenerative disc disease, and facet joint problems can benefit from motion-preserving approaches, especially when flexibility is crucial for the patient’s lifestyle or overall spinal alignment.

Types of Motion-Preservation Spine Surgery

Standard motion-preserving procedures include:

1. Artificial Disc Replacement: This involves removing a damaged disc and replacing it with an artificial disc that mimics the function of a natural disc, allowing for bending and rotation.
2. Dynamic Stabilization Systems: These flexible implants support the spine without eliminating movement, helping to reduce stress on adjacent spinal levels.
3. Minimally Invasive Decompression: This technique targets the removal of bone or tissue that is pressing on nerves while preserving most of the natural anatomy and spinal function.

These procedures are often recommended when nonsurgical treatments such as physical therapy, structured exercise, or bracing have not provided adequate relief.

Who Can Benefit from Motion-Preservation Surgery?

Motion-preservation spine surgery may be ideal for individuals who experience:

• Persistent neck or back pain due to disc damage
• Numbness, tingling, or weakness caused by nerve compression
• Reduced range of motion
• Early stages of degenerative disc disease
• Conditions where preserving movement is preferred over fusion
• Active lifestyles that require flexibility and mobility

Our specialists carefully evaluate each patient to determine if a motion-preserving approach is safe, effective, and appropriate for their specific spinal condition.

Why Choose University Spine Center for Motion-Preservation Surgery?

At the University Spine Center, we are dedicated to providing advanced, patient-centered treatments designed to keep you moving comfortably. Here’s what sets us apart:

• Expert Surgeons: Our spine surgeons possess extensive training and experience in advanced motion-preserving techniques.
• Customized Treatment Plans: Each patient receives a personalized plan based on their condition, goals, and long-term spinal health.
• State-of-the-Art Technology: We utilize modern imaging, surgical navigation, and minimally invasive tools to enhance precision and support recovery.
• Comprehensive Care: From the initial consultation to postoperative rehabilitation, our team is with you every step of the way.
• Focus on Mobility: We aim to alleviate pain while preserving natural movement, allowing you to return to daily activities safely and confidently.

Preparing for Motion-Preservation Surgery

Before the surgery, our team conducts detailed imaging, physical evaluations, and thorough discussions to help you understand the procedure, expected results, and recovery process. Your safety, comfort, and personal goals guide every aspect of your care.

Recovery and Rehabilitation

Recovery times vary depending on the specific procedure and your individual health needs. University Spine Center offers tailored rehabilitation programs, including physical therapy and home-care guidance, to help you rebuild strength, regain mobility, and return to an active lifestyle.

Finding a Motion-Preservation Spine Surgeon Near You

If you are seeking a spine surgeon or exploring advanced alternatives to spinal fusion, University Spine Center provides expert care and innovative motion-preserving solutions. Our mission is to help patients live pain-free, active lives while ensuring long-term spinal wellness.

Learn More About Motion-Preservation Spine Surgery

University Spine Center is here to guide you through your treatment options and help you choose the best path for your spinal health. Contact us today to schedule a consultation and take the first step toward improved mobility and lasting relief.