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Cervical Laminoplasty

Cervical laminoplasty is a motion-preserving surgical procedure used to relieve spinal cord compression in the neck. It expands the spinal canal without removing the lamina entirely or requiring spinal fusion.

Am I a Candidate? Watch Video

Common Conditions Treated

  • Cervical myelopathy
  • Spinal cord compression
  • Multi-level cervical stenosis
  • Ossification of the posterior longitudinal ligament (OPLL)

Key Advantages

  • Preserves spinal motion
  • Avoids spinal fusion in many cases
  • Relieves spinal cord pressure
  • Effective for multi-level compression
Overview How It Works Laminoplasty vs Fusion Surgeon Expertise Video Candidacy Recovery Risks Related FAQ

What Is Cervical Laminoplasty?

Cervical laminoplasty is designed to decompress the spinal cord by creating more space within the spinal canal. Instead of removing bone entirely, the lamina is reshaped and repositioned to widen the canal.

This approach can maintain spinal motion while addressing spinal cord compression, making it an option for selected patients with multi-level cervical stenosis or myelopathy.

How the Procedure Works

During laminoplasty, the surgeon carefully opens one side of the lamina (the back part of the vertebra) and creates a hinge on the opposite side. This expands the spinal canal and relieves pressure on the spinal cord.

Small plates or spacers may be used to hold the expanded canal in position.

Goals of Surgery

  • Relieve spinal cord compression
  • Preserve cervical motion
  • Prevent progression of myelopathy
  • Improve balance, coordination, and hand function

Laminoplasty vs Cervical Fusion

Cervical Laminoplasty

  • Motion-preserving procedure
  • No fusion required in many cases
  • Ideal for multi-level cord compression
  • May reduce adjacent segment stress (selected cases)

Cervical Fusion (ACDF / Posterior Fusion)

  • Stabilizes spine by limiting motion at levels treated
  • Often used for instability or severe deformity
  • Can increase stress on adjacent levels
  • Indicated when stability correction is required
The right choice depends on your anatomy, alignment, symptoms, and imaging findings.

Surgeon Expertise Matters

Why Experience Is Critical

  • Precise decompression helps protect spinal cord function
  • Accurate hinge creation supports motion preservation
  • Careful patient selection determines success
  • Alignment planning reduces long-term issues

Dr. Yasmeh’s Approach

  • Comprehensive imaging review before surgery
  • Motion-preserving focus when appropriate
  • Patient-specific surgical planning
  • Clear recovery roadmap and follow-up care

Cervical Laminoplasty Video

Educational animation explaining cervical laminoplasty.

Who Is a Candidate?

You May Be a Candidate If

  • Multi-level cervical spinal cord compression
  • Progressive myelopathy symptoms
  • Preserved cervical alignment
  • No severe instability requiring fusion

Evaluation Includes

  • MRI and dynamic X-rays
  • Neurological examination
  • Assessment of symptom progression
  • Review of prior treatments
Seek urgent evaluation for worsening hand clumsiness, balance problems, progressive weakness, or new bowel/bladder changes.

Recovery

Immediately After Surgery

  • Hospital stay varies by case
  • Neck support may be used temporarily
  • Walking encouraged early

Rehabilitation

  • Gradual range of motion restoration
  • Strengthening and posture work
  • Balance and coordination therapy as needed

Long-Term Goals

  • Prevent neurologic progression
  • Restore function
  • Maintain cervical mobility

Risks and Considerations

General Surgical Risks

  • Infection
  • Bleeding
  • Anesthesia-related risks

Procedure-Specific Risks

  • Temporary nerve irritation
  • Neck stiffness or soreness
  • Incomplete symptom resolution