Decompression
A corpectomy is a surgical procedure where part or all of a vertebral body and adjacent discs are removed to decompress the spinal cord and nerves. This is typically performed for severe stenosis, tumors, fractures, or deformities that cannot be treated with simpler procedures like laminectomy or discectomy. At Desert Spine and Pain, neurosurgeon Dr. David L. Greenwald, M.D., FAANS, FACS performs corpectomies using advanced techniques to relieve spinal cord pressure, reconstruct stability, and restore alignment.
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In simple terms: A corpectomy removes part of the spinal bone and discs above and below it to take pressure off the spinal cord and nerves. The area is then rebuilt with a cage and bone graft to stabilize the spine.
Scientifically: Corpectomy (vertebrectomy) involves en bloc removal of vertebral body segments and adjacent intervertebral discs, followed by reconstruction with titanium mesh cage, expandable cage, or allograft strut plus anterior/posterior instrumentation.
Severe spinal stenosis with cord compression
Cervical myelopathy or thoracic myelopathy
Vertebral body fractures from trauma or osteoporosis
Spinal tumors involving vertebral body
Kyphosis or deformity requiring correction
Failed prior surgeries with persistent compression
Anesthesia & positioning: You’re asleep under general anesthesia. Approach may be from the front (anterior) or back (posterior) depending on location.
Incision: Made in the neck, chest, abdomen, or back depending on spinal region.
Vertebral body removal: The diseased bone and adjacent discs are carefully removed.
Decompression: The spinal cord and nerves are freed from compression.
Reconstruction: A cage or graft filled with bone is inserted to restore height.
Stabilization: Plates, screws, or rods are placed to secure the spine.
Closure: Incision is closed; patients usually stay in the hospital a few days.
Exposure:
Cervical: Smith-Robinson anterior approach.
Thoracic: Transthoracic or lateral extracavitary.
Lumbar: Retroperitoneal or posterior transpedicular.
Decompression: Removal of vertebral body with drill/rongeurs; resection of PLL, osteophytes, tumor, or fragments compressing cord.
Reconstruction: Expandable cage or mesh cage packed with autograft/allograft; endplate preparation essential.
Fixation: Anterior plating or posterior pedicle screw/rod constructs for immediate stability.
Fusion biology: Autograft (iliac crest), allograft, BMP, or synthetic substitutes used.
Provides direct and wide decompression of the spinal cord
Corrects deformity and restores spinal alignment
Allows removal of tumors or fractures not manageable otherwise
When combined with fusion, provides strong long-term stability
More invasive than discectomy or laminectomy
Higher blood loss and longer operative time
Risks: infection, bleeding, CSF leak, graft/implant failure, non-union
Neurological complications possible given severity of disease
Longer recovery compared to smaller decompressions
Hospital stay: Typically 2–5 days depending on region/complexity
Weeks 1–2: Wound care, light walking; brace may be prescribed
Weeks 2–6: Gradual increase in activity; desk work possible
6–12 weeks: Begin structured physical therapy; restrictions eased gradually
3–6 months: Fusion consolidating; improved strength and stability
6–12 months: Full recovery with stable fusion on imaging
Expert neurosurgeon: Dr. Greenwald has decades of experience performing complex corpectomies safely
Advanced reconstruction tools: Expandable cages, navigation, and microsurgical techniques
Comprehensive care: From diagnosis to rehab, everything under one roof
Patient-centered approach: We guide you through the process, easing fears about such a major surgery
Corpectomy is chosen when compression extends beyond a single disc space, involves bone, or requires wider decompression.
It’s more invasive than standard decompression, but often the best or only way to fully relieve spinal cord compression.
Yes. Fusion and stabilization are always performed after vertebral body removal.
Most patients notice improved nerve function within weeks, but full recovery—including fusion—takes 6–12 months.
We use neurosurgical precision, advanced implants, and minimally invasive exposures whenever possible to maximize safety and recovery.
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Conditions ,Treatments Surgery &Wellness
October 06, 2025•0 min read
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