Corpectomy Surgery in India & UAE
Corpectomy surgery in India from $6,000. Surgical removal of vertebral bodies to decompress the spinal cord in myelopathy, burst fractures, and spinal tumors. Expert neuro-spine surgeons at AIIMS, Apollo, and top UAE hospitals. Book a free consultation.
Estimated cost: $6,000 – $11,000 · Average stay: 7–10 days
Corpectomy — from the Latin corpus (body) and Greek ektome (excision) — is a spinal surgical procedure in which one or more vertebral bodies are surgically removed to achieve decompression of the spinal cord. It is the most radical anterior spinal decompression operation, used when the source of cord compression is within the vertebral body itself or when the posterior approach cannot adequately address the compression without risks that outweigh its benefits.
The indications for corpectomy span several spinal pathologies: multilevel cervical myelopathy where the compression arises from large anterior osteophytes and ossified posterior longitudinal ligament (OPLL) that cannot be adequately addressed by one or two level discectomies; burst fractures of the vertebral body where bone fragments have been driven posteriorly into the spinal canal; primary or metastatic spinal tumors within the vertebral body; and vertebral body infections (osteomyelitis with abscess formation causing cord compression).
After the vertebral body is removed, the resulting gap between the remaining vertebrae above and below must be reconstructed to restore anterior spinal column continuity and stability. This is accomplished with a cage — titanium, carbon fibre reinforced PEEK, or expandable — filled with bone graft or bone substitute, which provides the load-bearing function of the removed vertebra while fusion occurs. Posterior pedicle screw instrumentation is typically added to supplement anterior column reconstruction and provide circumferential stability.
Corpectomy is a complex and technically demanding procedure that requires spinal surgeons with extensive experience in both anterior cervical or thoracolumbar approaches and reconstruction techniques. India's leading neurosurgical and orthopaedic spine centres — AIIMS New Delhi, Apollo Hospitals, Fortis Memorial Research Institute, and Narayana Health — regularly perform cervical and thoracolumbar corpectomy with outcomes equivalent to leading Western centres, at a fraction of the cost.
Types of Corpectomy: Cervical, Thoracic, and Lumbar
Corpectomy can be performed at different spinal levels, each with specific technical approaches:
Cervical corpectomy (anterior cervical corpectomy and fusion — ACCF): the most commonly performed corpectomy. Used for multilevel cervical myelopathy (particularly when ossification of the posterior longitudinal ligament — OPLL — is present, causing extensive anterior cord compression over multiple levels that cannot be reached by individual disc-level discectomies). Through the same anterior cervical approach as ACDF (small incision at the front of the neck), one or two vertebral bodies are removed with a high-speed drill and Kerrison rongeurs. The spinal cord is fully decompressed anteriorly over the extent of the corpectomy. A titanium cage (strut graft) of the correct height is placed to reconstruct the anterior column, and an anterior cervical plate is secured to the vertebrae above and below.
Thoracic corpectomy: approached through the side of the chest (thoracotomy) or, increasingly, through a video-assisted thoracoscopic (VATS) or lateral thoracoscopic approach. Used for thoracic burst fractures, thoracic tumors, or severe OPLL at the thoracic level. Technically demanding due to the rib cage and great vessels in the operative field. The lung on the operative side is temporarily deflated during the procedure. Posterior instrumentation is typically added for stability.
Lumbar corpectomy: performed through an anterior (retroperitoneal) approach at L1–L5, or a posterior transvertebral approach at specific levels. Used for lumbar burst fractures, lumbar tumors, and in some revision situations. The vertebral body is removed and an expandable cage (which can be adjusted to the exact height required) is placed for reconstruction.
Expandable cage systems: modern corpectomy reconstruction uses expandable titanium or carbon fibre cages that can be inserted in a collapsed configuration (taking up less space for insertion) and expanded in situ to the precise height needed — reducing the risk of cage migration and improving endplate contact.
Who Needs Corpectomy Surgery?
Corpectomy is reserved for cases where the extent or location of spinal cord compression makes a less extensive procedure inadequate:
Cervical myelopathy with OPLL: ossified posterior longitudinal ligament — particularly the segmental or continuous type spanning multiple levels — creates extensive anterior compression that requires corpectomy of the entire involved segment for adequate cord decompression. Patients with cervical myelopathy from OPLL at 3+ levels who have preserved cervical lordosis and significant anterior compression are primary corpectomy candidates, rather than candidates for laminoplasty (which decompresses from behind) or multi-level ACDF.
Burst fractures with retropulsed fragments: high-energy spinal trauma (motor vehicle accident, fall from height) can shatter a vertebral body, driving bone fragments posteriorly into the spinal canal and directly compressing the spinal cord or cauda equina. When this fragment cannot be removed through a posterior approach, corpectomy allows direct removal of the retropulsed bone from the canal's anterior wall, followed by structural reconstruction with a cage.
Primary and metastatic tumors: when a tumor has destroyed the vertebral body extensively and causes cord compression, corpectomy removes the affected bone and tumor while reconstructing the anterior column. This approach is used for primary bone tumors (chordoma, giant cell tumor, metastases that extend across the full vertebral body).
Vertebral osteomyelitis with abscess: when a vertebral body infection has caused extensive bone destruction and epidural abscess compressing the spinal cord, corpectomy debrides the infected bone, drains the abscess, and reconstructs the anterior column with an appropriate cage after the infection is controlled.
Contraindications include patients who are not surgically fit for prolonged general anaesthesia, have severe osteoporosis compromising cage fixation, or have conditions making the specific approach (thoracotomy, retroperitoneal) unsafe.
How Corpectomy Surgery Is Performed
For cervical corpectomy (ACCF): general anaesthesia, supine positioning, intraoperative neurophysiological monitoring (SSEP and MEP). A horizontal incision at the appropriate cervical level is made in the neck crease. The anterior cervical spine is exposed through the standard tissue planes used for ACDF.
The surgical level is confirmed by fluoroscopy. The discs above and below the vertebra to be removed are excised. A high-speed drill removes the anterior portion of the vertebral body, creating progressively deeper troughs bilaterally toward the posterior cortex. The posterior cortex — the wall of the vertebral body immediately in front of the dural sac — is the most critical step. The bone here is carefully thinned with the drill and then removed piecemeal with fine Kerrison rongeurs under microscopic visualisation. The posterior longitudinal ligament is removed to fully expose and decompress the dural sac and spinal cord.
The width of the decompression must equal the width of the dural sac — confirmed with neural hooks passing freely above, below, and lateral to the cord. Epidural bleeding is controlled with bipolar cautery and haemostatic agents.
Reconstruction: the cage (size confirmed by trial sizers) is placed in the corpectomy defect, filled with morselised bone graft, and expanded to restore disc height and lock it between the vertebral endplates. An anterior cervical plate is fixed to the vertebral body above and the vertebral body below with locking screws. The plate spans the entire reconstruction, providing immediate stability. In cases with significant reconstruction length or in osteoporotic patients, posterior pedicle screw fixation is added as supplementary instrumentation at the same or at a staged second operation.
Procedure Steps
- Pre-operative planning: MRI and CT of the entire cervical spine; OPLL classification (continuous, segmental, mixed); Cobb angle measurement; alignment assessment; anaesthetic assessment; IONM plan.
- Anaesthesia and IONM: general anaesthesia; intubation with care to avoid neck hyperextension; baseline SSEP and MEP before positioning.
- Anterior cervical exposure: horizontal incision; standard anterior cervical tissue plane dissection; self-retaining retractor placement; level confirmation.
- Adjacent discectomies: disc spaces above and below the target vertebra opened; posterior annulus released.
- Vertebral body removal: sequential drilling from anterior to posterior cortex; posterior cortex removal with Kerrison rongeurs under microscopic visualisation; OPLL removal where present; full dural decompression confirmed.
- Cage sizing and placement: trial sizers to determine correct height; permanent cage filled with bone graft; positioned centrally and expanded to appropriate height.
- Plate fixation: anterior cervical plate spanning the reconstruction secured with locking screws; fluoroscopic confirmation of all implant positions.
- Posterior supplementary fixation (if required): repositioning to prone; posterior pedicle screw and rod instrumentation spanning the corpectomy levels; wound closure.
Cost Comparison Worldwide
Country — Range — Savings
--- — --- — ---
India — $6,000 – $11,000 — 75–80% less than USA
UAE — $12,000 – $22,000 — 55–65% less than USA
United Kingdom — $18,000 – $32,000 — 40–50% less than USA
United States — $30,000 – $70,000+ — Baseline
Single-level cervical corpectomy in India costs $6,000–$8,000, including the expandable cage, anterior plate, anaesthesia, and 3–5 nights of hospital stay. Two-level corpectomy (two vertebral bodies removed, a more complex reconstruction) costs $8,000–$11,000. Combined anterior-posterior corpectomy cases cost $10,000–$15,000. In the United States, single-level cervical corpectomy with cage and plate has a total cost of $30,000–$70,000 or more in combined surgeon, anaesthesia, and facility fees.
Recovery & Follow-up
Corpectomy recovery is more demanding than ACDF or disc replacement due to the larger reconstruction and the underlying pathology that required it. Hospital stay is 4–7 days for cervical corpectomy, longer for thoracic or combined cases. A rigid cervical collar is worn for 6–12 weeks, protecting the cage-plate reconstruction while fusion begins. Most patients are sitting upright on post-operative day 1 and walking with assistance by day 2.
Return to light activity occurs at 6–8 weeks. Driving and desk work resume at 4–6 weeks (cervical) with surgeon clearance. Physical work and sport return at 3–6 months once fusion is radiographically confirmed. Myelopathic symptoms improve over a 6–24 month period after cord decompression — hand coordination and gait recover progressively; the degree of ultimate neurological recovery depends on the severity and duration of pre-operative myelopathy.
Fusion is confirmed by CT scan at 3 and 6 months. Once solid fusion is confirmed, the collar is discontinued and full activity is resumed progressively.
Recovery Tips
- Wear your cervical collar at all times except personal hygiene for the full prescribed period — the cage-plate reconstruction must fuse before collar discontinuation.
- Sleep on your back with the collar in place for the first 6 weeks — the collar protects the reconstruction during sleep movement.
- A soft diet for 3–7 days after cervical corpectomy manages swallowing discomfort from anterior neck retraction.
- Hand and arm physiotherapy exercises begin early — even with the collar on — to maintain neural recovery momentum.
- Bone-building nutrition is critical for cage fusion: adequate protein (80g/day), calcium (1,200mg/day), vitamin D (1,000–2,000 IU/day), and abstinence from smoking (which dramatically impairs spinal fusion).
- CT scan follow-up at 3 and 6 months confirms cage position and fusion progress — do not miss these important imaging appointments.
Risks & Complications
Corpectomy carries risks proportional to its surgical extent. Spinal cord injury — worsening of pre-existing myelopathy or new-onset cord injury — is the most serious risk, occurring in 1–3% of cases in experienced centres. Continuous IONM is mandatory to detect early cord compromise before it becomes permanent. Cage dislodgement or migration is a specific complication of corpectomy reconstruction — the cage can displace anteriorly or posteriorly if not well-seated or if the patient is osteoporotic. Posterior instrumentation is added in high-risk cases precisely to prevent this. Pseudarthrosis (failure of the cage to fuse with adjacent vertebrae) occurs in 5–10% and may require revision.
For cervical corpectomy specifically: hoarseness and dysphagia from recurrent laryngeal nerve or oesophageal retraction (usually transient — resolves in 1–4 weeks); Horner's syndrome (ptosis, miosis) from sympathetic chain injury (usually temporary); C5 palsy (shoulder abduction weakness) from nerve root traction after cord decompression (4–8%, usually resolving). For thoracic corpectomy: pneumothorax, chylothorax (injury to the thoracic duct), and spinal cord ischaemia from disruption of the anterior spinal artery's blood supply are specific risks requiring vascular surgical backup and careful technique.
Why GAF Healthcare
Corpectomy is among the most technically demanding spinal operations — requiring surgeons who regularly perform anterior spinal reconstruction, not those who perform it occasionally as a last resort. Gaf Healthcare refers corpectomy patients exclusively to neuro-spine surgeons at specialist centres with proven experience in anterior spinal reconstruction, access to advanced implant systems (expandable cages, anterior plates, navigation), intraoperative neurophysiological monitoring, and the intensive care infrastructure for complex spine patients. We review pre-operative imaging to confirm the correct surgical indication and approach, and we coordinate all post-operative care and fusion imaging follow-up.
Frequently Asked Questions
What conditions require corpectomy rather than a standard discectomy?
Corpectomy is required when the compression of the spinal cord arises within the vertebral body itself, rather than just at the disc level. The key situations are: ossification of the posterior longitudinal ligament (OPLL) spanning the entire height of a vertebral body; burst fractures where bone fragments from the vertebral body have been driven into the spinal canal; tumors involving the vertebral body; and vertebral osteomyelitis with spinal cord compression. Standard discectomy only removes the disc and immediately adjacent bone — when the compression is within the vertebral body, the body itself must be removed for adequate cord decompression.
How is the spine reconstructed after a vertebral body is removed?
After the vertebral body is removed, a cage — typically made of titanium or carbon fibre reinforced PEEK — filled with bone graft is placed in the defect. Modern expandable cages can be inserted in a compressed configuration and expanded in situ to the precise height needed, providing immediate structural support. An anterior plate is then secured to the vertebrae above and below. Over the following months, bone grows through and around the cage, fusing the adjacent vertebrae together and creating a permanent, stable reconstruction. Posterior instrumentation is frequently added for additional stability.
How long is recovery from cervical corpectomy?
Most patients are discharged 4–7 days after cervical corpectomy. A rigid cervical collar is worn for 6–12 weeks. Return to light desk work occurs at 4–6 weeks; driving at 4–6 weeks with surgeon clearance; physical work and sport at 3–6 months once fusion is confirmed by CT scan. Myelopathic symptoms (hand clumsiness, gait unsteadiness) continue to improve for up to 24 months after cord decompression, so neurological recovery should not be assessed before this time has elapsed.
Is corpectomy safe, and what is the risk of paralysis?
Corpectomy performed by experienced surgeons using continuous intraoperative neurophysiological monitoring (IONM) is safe, with a neurological worsening rate of 1–3% at specialist centres. The risk of permanent paralysis is less than 1% in experienced hands. The risk must be weighed against the natural history of the untreated condition — cervical myelopathy from OPLL or burst fractures causing cord compression will progress to permanent disability if not surgically addressed. The risk of surgical complications must always be compared to the risk of non-surgical management.
Can adjacent levels be treated at the same time as the corpectomy?
Yes, corpectomy is frequently combined with adjacent level ACDF in the same operation for conditions such as multilevel cervical myelopathy where both a corpectomy and a single-level discectomy are needed. Combined anterior procedures are longer (4–6 hours) but avoid the need for staged surgery. Some surgeons prefer to stage long constructs — performing the anterior reconstruction first and the posterior supplementary instrumentation as a separate operation on the same hospital admission or 1–2 weeks later — to reduce operative time and anaesthetic exposure.