Kyphoplasty Surgery in India & UAE
Kyphoplasty surgery in India from $3,000. Balloon-assisted cement injection to restore collapsed vertebrae from osteoporosis or trauma. Same-day or next-day discharge at Apollo, Fortis, and top UAE hospitals. Book a free consultation.
Estimated cost: $3,000 – $5,500 · Average stay: 1–2 days
Kyphoplasty is a minimally invasive spinal procedure that restores the height and stability of a vertebra that has collapsed due to an osteoporotic compression fracture, cancer metastasis, or traumatic injury. It uses a small balloon inflated inside the fractured vertebra to create a cavity and restore vertebral height, followed by injection of surgical bone cement (polymethylmethacrylate, or PMMA) to stabilise the bone and relieve the severe, often debilitating pain caused by the fracture.
Vertebral compression fractures (VCFs) are the most common fracture associated with osteoporosis — affecting approximately one in three women and one in five men over the age of 50 globally. In India and across Asia, where osteoporosis is prevalent but often under-diagnosed, VCFs represent a major cause of acute back pain in older adults. A single VCF causes severe localised back pain with tenderness over the affected vertebra, dramatically restricted mobility, and often a measurable loss of height from vertebral collapse. Multiple VCFs cause progressive kyphosis — the stooped, forward-bent posture of advanced spinal osteoporosis.
Conservative management of VCFs — bed rest, analgesics, bracing — can take 6–12 weeks to provide meaningful pain relief, during which the patient is often severely incapacitated. Kyphoplasty offers an alternative: by stabilising the fracture and restoring vertebral anatomy within a 45-minute procedure, it typically produces dramatic, often immediate, pain relief, restores some of the lost vertebral height, and allows rapid return to mobility.
India offers kyphoplasty at $3,000–$5,500 per vertebral level — typically 70–80% less than in the United States, where the same procedure costs $12,000–$20,000 per level. The same Medtronic Kyphon balloon kyphoplasty system used in the US and UK is available at leading Indian spinal surgery centres.
Kyphoplasty vs. Vertebroplasty: Understanding the Difference
Both kyphoplasty and vertebroplasty are percutaneous cement augmentation procedures for vertebral compression fractures — but they differ in one important step.
Vertebroplasty: bone cement is injected directly into the collapsed vertebra under fluoroscopic guidance to stabilise the fracture. It provides excellent pain relief (in approximately 85% of patients) but does not restore vertebral height — the vertebra remains in its collapsed configuration.
Kyphoplasty: before cement injection, a balloon tamp (inflatable bone tamp, IBT) is inserted into the collapsed vertebra and slowly inflated to create a cavity and restore as much vertebral height as possible. The balloon is then deflated and removed. Cement is injected under low pressure into the pre-created cavity — the cavity reduces cement leakage risk compared to direct vertebroplasty injection. Kyphoplasty restores 35–50% of lost vertebral height on average and reduces the kyphotic deformity more effectively than vertebroplasty.
The critical advantage of height restoration is not just cosmetic — a restored vertebral height reduces the kyphotic angle, which reduces the mechanical load on adjacent vertebrae and may reduce the risk of adjacent-level fractures. The low-pressure cavity-filling technique of kyphoplasty also has a lower cement leakage rate than vertebroplasty (3–10% vs 20–40% for vertebroplasty), making it the preferred technique at most experienced spinal surgery centres.
Both procedures are performed under local or general anaesthesia through two small punctures on either side of the spinous process, with the entire procedure guided by real-time fluoroscopy (X-ray imaging) or CT navigation.
Who Benefits from Kyphoplasty?
Kyphoplasty is most effective for acute and subacute vertebral compression fractures — those occurring within the past 6–8 weeks — when the bone has not yet consolidated in the collapsed position and height restoration is still achievable. The ideal candidate has: an osteoporotic or malignant VCF confirmed on MRI (which shows bone oedema indicating an acute fracture); severe pain localised to the affected level, uncontrolled with analgesics; significant mobility restriction; and no improvement after 3–6 weeks of conservative management (though earlier intervention is increasingly supported in patients with severe pain and functional impairment).
Patients with cancer metastases to the spine (breast cancer, prostate cancer, myeloma, lung cancer — all commonly spread to the vertebral bodies) are an important group for kyphoplasty. Stabilising a pathological fracture from metastatic disease prevents progressive collapse and provides durable pain relief, even when combined with concurrent radiotherapy.
Contraindications include: active infection (vertebral osteomyelitis); a fracture so severe that no trabecular bone remains to anchor the cement; severe posterior wall disruption with spinal canal compromise (where cement leakage into the canal would cause neurological injury); and coagulopathy that cannot be corrected prior to the procedure.
Kyphoplasty does not treat the underlying osteoporosis — patients require concurrent bone-strengthening therapy (bisphosphonates, denosumab, or teriparatide) initiated or optimised around the time of the fracture to prevent future fractures.
The Kyphoplasty Procedure: Step by Step
Kyphoplasty is performed under local anaesthesia with sedation or general anaesthesia depending on patient preference and the treating centre's protocol. The patient lies prone on the fluoroscopy table. Two small skin incisions (5 mm each) are made bilaterally at the level of the fractured vertebra, guided by continuous fluoroscopy. Working cannulas are advanced through the skin and pedicles — the small bony bridges connecting the posterior spine to the vertebral body — into the collapsed vertebral body.
A drill or bone filler device creates a working channel inside the vertebra. The balloon tamp is inserted through each cannula and carefully inflated with contrast medium under continuous fluoroscopic visualisation. The balloon pressure and volume are monitored as it inflates — the balloon is advanced when resistance indicates adequate cavity creation or vertebral height restoration has plateaued. The cavity dimensions are documented. The balloon is deflated and withdrawn.
Low-viscosity bone cement (PMMA) is mixed to the consistency of toothpaste and injected under careful fluoroscopic monitoring into the pre-formed cavity. The cement is watched in real time as it fills the void — injection is stopped if any cement begins to approach the vertebral wall or posterior structures. The cement hardens within 10–15 minutes, providing immediate structural stability. The cannulas are removed and the skin punctures are closed with a single suture or Steri-Strip.
The total procedure time is 30–60 minutes per vertebral level. Most patients experience significant pain reduction within 24–48 hours of the procedure.
Procedure Steps
- Pre-procedure imaging review: MRI to confirm acute fracture (bone oedema), assess posterior wall integrity, and identify the target level; CT if MRI is unavailable or pedicle anatomy needs detailed assessment.
- Patient positioning and anaesthesia: prone positioning with bolsters supporting the chest and pelvis; local anaesthesia with IV sedation or general anaesthesia; C-arm fluoroscopy positioned for AP and lateral views.
- Bilateral transpedicular access: fluoroscopy-guided skin marking; two 5mm incisions; working cannulas introduced through the pedicles into the posterior vertebral body; position confirmed on AP and lateral views.
- Balloon inflation: balloon tamps inserted through cannulas; bilateral inflation under continuous fluoroscopy monitoring; height restoration and cavity creation documented; balloons deflated and withdrawn.
- Cement preparation and injection: PMMA cement mixed to correct viscosity; carefully injected under continuous fluoroscopic monitoring into the pre-formed cavity; injection stopped at any sign of extravasation.
- Cement polymerisation and cannula removal: 10–15 minutes for hardening; cannulas removed; skin punctures closed; patient turned supine for recovery room observation.
- Post-procedure monitoring: neurological assessment; vital signs; pain scoring; most patients mobilised to sitting within 1–2 hours and standing/walking by end of day.
Cost Comparison Worldwide
Country — Range — Savings
--- — --- — ---
India — $3,000 – $5,500 — 72–80% less than USA
UAE — $5,500 – $10,000 — 47–60% less than USA
United Kingdom — $8,000 – $14,000 — 33–45% less than USA
United States — $12,000 – $20,000 — Baseline
Kyphoplasty cost in India is per vertebral level. Most patients require 1–2 levels, so the total cost is typically $3,000–$9,000 for all treated levels combined. This includes the Medtronic Kyphon balloon system, cement, anaesthesia, and 1–2 nights of hospital stay. In the United States, a single-level kyphoplasty costs $12,000–$20,000 in facility and professional fees alone. The dramatic price differential reflects lower facility and professional fee rates in India, not any compromise in materials or technique.
Recovery & Follow-up
Kyphoplasty recovery is remarkably rapid compared to open spinal surgery. Most patients are mobilised to a chair or walking frame within 1–2 hours of the procedure. The majority are discharged the same day or the following morning. The treated level is structurally stable immediately — the hardened cement provides immediate load-bearing support.
Pain relief is typically dramatic — 70–90% of patients report significant reduction in fracture pain within 24–72 hours. The remaining improvement occurs over 1–2 weeks as peri-fracture inflammation resolves. Patients resume normal activities progressively — walking without restriction from day 1, light activities from day 3–5, and return to normal life within 2 weeks.
Osteoporosis treatment must be initiated or optimised as part of a comprehensive fracture prevention programme. Without this, new vertebral compression fractures at adjacent or remote levels are common.
Recovery Tips
- Walk gently from the first post-procedure day — the cement is fully hardened and the spine is structurally stable for immediate weight-bearing.
- Avoid heavy lifting (more than 5kg) for 6 weeks while the surrounding bone remodels around the cement.
- Begin prescribed osteoporosis medication promptly — kyphoplasty treats the fracture but the underlying bone fragility requires pharmacological treatment.
- Physiotherapy focused on gentle spinal extension exercises and core strengthening helps protect the spine from further fractures.
- Calcium (1,200mg/day) and vitamin D (1,000–2,000 IU/day) supplementation is important — discuss optimal doses with your treating physician.
- A bone density scan (DXA) is recommended 6 months post-procedure to assess baseline bone density and guide ongoing treatment intensity.
Risks & Complications
Kyphoplasty is a low-risk procedure with a favourable safety profile. Cement extravasation — leakage of bone cement outside the vertebral body — is the most significant potential complication. Cement can leak into the disc space (usually asymptomatic), paravertebral soft tissues, or — in the most concerning scenario — the spinal canal or neuroforamina, potentially causing nerve compression or spinal cord injury. The pre-formed cavity and low-pressure injection technique of kyphoplasty reduces extravasation risk significantly compared to vertebroplasty. Symptomatic cement leakage requiring surgical intervention is rare (less than 1%).
Pedicle fracture during cannula insertion can occur and is managed by adjusting the cannula trajectory. Infection is rare (less than 0.5%) but serious if it occurs in the cement — infected cement is extremely difficult to eradicate without removal. Pulmonary cement embolism — cement entering spinal epidural veins and travelling to the lungs — is an extremely rare but well-documented complication that can be fatal; it is more associated with vertebroplasty than kyphoplasty due to the lower injection pressure of the cavity-filling technique. New adjacent-level fractures occur in approximately 20% of patients over the following year — a reflection of underlying osteoporosis rather than a direct complication of the procedure.
Why GAF Healthcare
Kyphoplasty requires specific training in fluoroscopic technique, cement handling, and recognition of early extravasation. Gaf Healthcare identifies interventional spine surgeons and neuroradiologists with a high volume of cement augmentation procedures at NABH-accredited facilities with modern fluoroscopy or CT-guided suites. We arrange pre-travel MRI review to confirm fracture acuity and suitability, and we coordinate the osteoporosis treatment plan with the patient's home physician after the procedure.
Frequently Asked Questions
How quickly does kyphoplasty relieve pain?
Most patients experience significant pain relief within 24–72 hours of kyphoplasty. The immediate stabilisation of the fracture typically produces some relief within hours. Full benefit is usually apparent at 1–2 weeks when peri-fracture inflammation has resolved. Approximately 70–90% of patients with acute osteoporotic VCFs report substantial pain improvement after kyphoplasty. In patients with malignant vertebral fractures, the response is similarly good though it may take slightly longer.
Does kyphoplasty restore normal vertebral height?
Kyphoplasty restores 35–50% of lost vertebral height on average in acute fractures — meaning a vertebra that has lost 40% of its height may have 15–20% restored. Complete height restoration is rarely achievable, particularly in fractures that are more than a few weeks old (the bone has begun to consolidate in the collapsed position). However, even partial height restoration reduces the kyphotic angle and the mechanical load on adjacent levels. The primary goal is pain relief and stability, with height restoration as a beneficial secondary outcome.
Can kyphoplasty be performed on more than one vertebra at the same time?
Yes, multiple vertebral levels can be treated in a single session. Two or even three adjacent or non-adjacent levels are commonly treated simultaneously. The decision to treat all symptomatic levels in one session or stage them is based on procedure time, radiation exposure, and cement volume considerations. Most straightforward cases of 2–3 levels are treated in a single session of 1–2 hours.
Is kyphoplasty effective for spine fractures caused by cancer?
Yes, kyphoplasty is a well-established treatment for pathological vertebral fractures from spinal metastases — particularly from breast cancer, myeloma, prostate cancer, and lung cancer. It provides excellent pain relief and structural stabilisation in this setting. The cement creates a stable internal splint within the diseased vertebra. It is typically combined with radiotherapy delivered to the spinal level to control the underlying disease. In some metastatic cases, surgical decompression may be required first if there is significant spinal canal compromise.
What is the difference between kyphoplasty and vertebroplasty?
Both procedures involve injecting bone cement into a fractured vertebra. Kyphoplasty first inflates a balloon to create a cavity and restore vertebral height, then injects cement into the pre-formed cavity at low pressure. Vertebroplasty injects cement directly into the collapsed vertebra at higher pressure without the balloon step. Kyphoplasty offers better height restoration and a lower cement leakage rate due to the cavity and low-pressure filling technique. It is the preferred procedure at most specialist centres where the choice is available.