Vertebroplasty Surgery in India & UAE
Vertebroplasty in India from $2,500. Percutaneous bone cement injection for vertebral compression fractures from osteoporosis or cancer. Same-day procedure at NABH-accredited hospitals. Book a free consultation with Gaf Healthcare.
Estimated cost: $2,500 – $4,500 · Average stay: 1–2 days
Vertebroplasty is a minimally invasive interventional procedure in which bone cement (polymethylmethacrylate, PMMA) is injected percutaneously — through the skin — into a fractured vertebra to stabilise it and relieve the acute pain caused by vertebral compression fractures (VCFs). It is performed through two small puncture wounds at the back, under fluoroscopic or CT guidance, typically taking 30–45 minutes per level, and produces rapid and often dramatic pain relief in patients who have been incapacitated by acute fracture pain.
Vertebral compression fractures affect an estimated 1.4 million people globally each year, most commonly as a consequence of osteoporosis. They are the most common fragility fracture type, occurring with minimal trauma — bending forward, coughing, or even spontaneously in advanced osteoporosis. Each VCF significantly reduces mobility, increases the risk of respiratory complications from thoracic cage restriction, and dramatically impairs quality of life. Bed rest — the traditional conservative approach — carries its own risks in elderly patients: deconditioning, pulmonary embolism, pneumonia, and accelerated bone loss.
Vertebroplasty offers an alternative that addresses the source of pain directly: the fractured vertebra is mechanically stabilised by the cement, its micro-motion ceases (which is thought to be the primary pain generator in acute VCFs), and the patient can usually bear weight and mobilise the same day as the procedure.
India is an excellent destination for vertebroplasty, offering the same fluoroscopy-guided procedure at a fraction of Western costs. Interventional radiologists and spinal surgeons at hospitals such as Apollo, Fortis, and Manipal perform vertebroplasty routinely, with the same PMMA cement products and fluoroscopy suites used in US and European centres.
How Vertebroplasty Works and How It Differs from Kyphoplasty
Vertebroplasty uses the structural properties of PMMA bone cement — the same material used in joint replacement surgery for over 50 years — to mechanically stabilise a fractured vertebra from within. The cement is injected as a viscous liquid and hardens within 10–15 minutes, creating an internal cast that rigidly stabilises the fracture fragments and eliminates the painful micromotion at the fracture site.
The mechanism of pain relief is believed to involve: elimination of fracture micromotion (the primary mechanism), a small but consistent thermal analgesic effect from the exothermic polymerisation reaction of the cement, and possibly a direct neurotoxic effect on pain nerve fibres at the fracture site from the cement monomer.
Vertebroplasty vs kyphoplasty: these two cement augmentation procedures differ in one important step. Vertebroplasty injects cement directly into the collapsed vertebra under moderate pressure without a prior balloon inflation step. Kyphoplasty first inflates a balloon to create a pre-formed cavity, then injects cement at lower pressure into that cavity. Kyphoplasty provides better vertebral height restoration (35–50% recovery of collapsed height) and has a lower cement leakage rate due to the low-pressure cavity-filling technique. Vertebroplasty is faster, slightly less expensive, and provides equivalent pain relief, but does not restore height.
In practice, the choice between them depends on the surgeon's training and preference, the degree of height loss (if significant height restoration is possible and desirable, kyphoplasty is preferred), and the consistency and hardness of the fractured bone (very soft, osteoporotic bone with extensive trabecular destruction may have limited residual architecture for cavity creation, in which case vertebroplasty may be more straightforward). Many surgeons offer kyphoplasty as the default where possible, with vertebroplasty as an effective alternative.
Who Is a Candidate for Vertebroplasty?
Vertebroplasty is indicated for acute and subacute vertebral compression fractures — those with MRI evidence of bone oedema (indicating an active fracture, typically less than 6–8 weeks old) — in patients with severe pain localised to the fractured level that has not responded adequately to analgesics and rest for 3–6 weeks. The primary eligibility criteria are: a confirmed acute or subacute VCF on MRI or bone scan; pain severity of 6/10 or greater on the visual analogue scale localised to the fracture level; and significant functional limitation from the fracture pain.
Patients with cancer-related vertebral fractures (from metastases — particularly breast cancer, myeloma, prostate cancer, lung cancer) are an important group for vertebroplasty. The cement stabilises the pathological fracture, prevents further collapse, and provides durable pain relief to support ongoing systemic cancer treatment. Vertebroplasty is often combined with local radiation therapy to the spinal level for malignant disease.
Contraindications include: fractures with significant posterior wall disruption and spinal canal compromise (cement leakage into the canal carries a significant risk of spinal cord injury); active vertebral osteomyelitis (infection — cement into an infected vertebra is dangerous); coagulopathy that cannot be corrected; and fractures without evidence of active bone oedema (chronic, healed VCFs are unlikely to benefit as the pain mechanism is resolved).
The Vertebroplasty Procedure
Vertebroplasty is typically performed under local anaesthesia with IV sedation, or under general anaesthesia depending on the patient's condition and the centre's protocol. The patient lies prone on the fluoroscopy table. Two small skin incisions (approximately 5mm) are made on either side of the spinous process, positioned under fluoroscopic guidance over the pedicles of the target vertebra.
Fluoroscopy is used in both AP and lateral projections to guide the introduction of working cannulas through the pedicles into the posterior portion of the vertebral body. The pedicle entry point and trajectory are meticulously planned on the pre-procedure CT or fluoroscopic images to ensure the cannula passes safely through the pedicle without breaching its cortex.
Cement is mixed to the correct consistency — more viscous than toothpaste, flowing slowly under pressure — and loaded into a cement delivery system with a pressure gauge. The cement is then carefully injected under continuous real-time fluoroscopic monitoring: the operator watches the cement flow into the vertebra on live fluoroscopy and stops injection immediately if cement approaches the posterior wall, vertebral veins, or disc space. Typically 2–5 ml of cement per vertebra is injected.
After cement polymerisation (10–15 minutes), the cannulas are removed with a final rotational motion (the cement "plug" at the cannula tip is broken off within the bone), and the skin incisions are closed with a single suture or adhesive strips. The patient is turned supine and typically sits up or stands within 30–60 minutes.
Procedure Steps
- Pre-procedure MRI review: confirmation of acute VCF (bone oedema on STIR or fat-suppressed T2 sequences); assessment of posterior wall integrity; identification of the target level(s); rule-out of infection and cord compression.
- Patient positioning and imaging: prone positioning; AP and lateral fluoroscopy established; bilateral entry points marked over the pedicles.
- Local anaesthesia: skin, subcutaneous, and pedicle periosteum infiltrated with local anaesthetic; IV sedation titrated for patient comfort.
- Bilateral transpedicular cannula insertion: stylet-tipped cannulas advanced through pedicles into the posterior vertebral body under continuous fluoroscopic guidance; bilateral or unilateral approach depending on vertebral anatomy and operator preference.
- Cement preparation: PMMA mixed to the correct viscosity; loaded into delivery syringe; tested for flow characteristics before injection.
- Cement injection: slow, controlled injection under continuous AP and lateral fluoroscopic monitoring; injection stopped at any sign of extravasation or cement approaching posterior structures.
- Polymerisation and cannula removal: 10–15 minutes for cement hardening; stylet advanced to disengage cement plug; cannulas removed; skin closure; patient repositioned supine for mobilisation.
Cost Comparison Worldwide
Country — Range — Savings
--- — --- — ---
India — $2,500 – $4,500 — 75–80% less than USA
UAE — $4,500 – $8,000 — 55–65% less than USA
United Kingdom — $6,000 – $12,000 — 40–50% less than USA
United States — $10,000 – $18,000 — Baseline
Vertebroplasty in India costs $2,500–$4,500 for one vertebral level, including anaesthesia, the procedure, and 1 night of observation. Multiple levels treated simultaneously are charged per level, with the total remaining well below comparable Western costs. The cement materials used are the same PMMA formulations available globally.
Recovery & Follow-up
Vertebroplasty has an excellent and rapid recovery profile. Most patients are mobilised to sitting within 1–2 hours of the procedure and standing or walking by end of day. The majority are discharged within 24 hours. The dramatic pain relief that vertebroplasty provides — reported by 70–90% of patients — typically becomes apparent within 24–48 hours as procedure-related discomfort subsides.
Patients are advised to maintain a course of analgesics for the first 3–5 days as some peri-procedure muscle soreness at the injection sites is expected. Full activity — walking, light daily tasks — resumes immediately. Heavier physical activity (lifting, bending) is introduced gradually over 4–6 weeks. Driving is possible at 2–5 days when comfortable. Osteoporosis treatment (bisphosphonates, denosumab, calcium, vitamin D) must be initiated or optimised concurrently to prevent future fractures.
Recovery Tips
- Walk the same day as the procedure — your doctor will guide you to standing within 1–2 hours post-procedure.
- Apply ice packs to the puncture sites for 15 minutes every few hours in the first 24 hours for soreness at the injection sites.
- Start prescribed osteoporosis medications promptly — vertebroplasty treats the current fracture but not the underlying bone fragility.
- Physiotherapy for core strengthening and balance exercises begins 2–4 weeks after the procedure to reduce future fracture risk.
- Avoid heavy lifting (more than 5kg) for 6 weeks while the surrounding bone remodels.
- A follow-up MRI or X-ray at 3 months confirms fracture healing and helps monitor adjacent vertebrae for new fractures.
Risks & Complications
The main risk of vertebroplasty is cement extravasation — leakage of cement outside the vertebra. Cement leakage into the disc space occurs in 20–40% of procedures but is almost always clinically insignificant. Paravertebral cement leakage is less common and usually asymptomatic. Epidural or foraminal leakage — into the spinal canal or nerve root canal — is less common (3–5%) and can cause radicular pain or, rarely, neurological deficit requiring urgent surgical decompression. Cement leakage into the epidural veins can travel to the lungs (pulmonary cement embolism) — a rare but potentially serious complication.
The risk of cement extravasation is reduced by: using high-viscosity cement, injecting slowly under continuous fluoroscopic monitoring, and stopping at the first sign of extravasation. Experienced operators at high-volume centres have significantly lower leakage rates than those at low-volume facilities.
Infection of the cement (vertebral osteomyelitis) is rare (less than 0.5%) but difficult to treat when it occurs. Adjacent vertebral fractures — new fractures at the levels adjacent to the treated vertebra — occur in approximately 20% of patients over the following year, related to the transfer of load from the stiffened cemented vertebra to the adjacent, already-osteoporotic levels. This is managed by optimising osteoporosis treatment and considering prophylactic augmentation of clearly at-risk adjacent levels.
Why GAF Healthcare
Vertebroplasty outcomes depend on patient selection, level confirmation, and the operator's fluoroscopic technique and cement handling expertise. Gaf Healthcare refers vertebroplasty patients to interventional spine surgeons and radiologists with a high case volume of cement augmentation procedures, at centres with modern fluoroscopy or CT-guided suites. We arrange pre-travel MRI review to confirm fracture acuity, and we facilitate the osteoporosis treatment coordination with the patient's home physician post-procedure.
Frequently Asked Questions
How quickly does vertebroplasty relieve pain?
Approximately 70–90% of patients experience significant pain relief within 24–72 hours of vertebroplasty. Some patients report a near-immediate reduction in pain as the cement cures and fracture micromotion ceases. The majority feel the full benefit at 1 week when peri-procedure soreness has subsided. Patients who do not respond to vertebroplasty within 2 weeks should be reassessed — non-response may indicate that the treated vertebra was not the primary pain source, or that cement fill was incomplete.
Is vertebroplasty safe for elderly patients?
Yes — vertebroplasty is ideally suited for elderly osteoporotic patients, who are frequently not fit for open surgery but who are well able to tolerate a 30–45 minute local anaesthesia procedure. Age alone is not a contraindication. Cardiac and respiratory fitness for lying prone for 30–45 minutes is the primary physiological requirement. The procedure is regularly performed in patients in their 80s and 90s with excellent safety and pain relief outcomes.
Will vertebroplasty restore my height after a compression fracture?
Vertebroplasty alone does not restore vertebral height — it stabilises the vertebra in its collapsed position. Kyphoplasty, by inflating a balloon before cement injection, restores 35–50% of lost vertebral height in acute fractures. If vertebral height restoration is an important goal — particularly for patients with multiple VCFs and progressive kyphosis — kyphoplasty is the preferred procedure. For pain relief alone, both procedures are equally effective.
Can vertebroplasty be done for cancer-related spine fractures?
Yes, vertebroplasty is an established treatment for pathological fractures from spinal metastases — particularly myeloma, breast cancer, prostate cancer, and lung cancer. The cement stabilises the metastatic vertebra, prevents further collapse, and provides durable pain relief to support ongoing systemic treatment. It is often combined with local radiation therapy to the affected spinal level. In some cases of significant spinal cord compression from the tumor, surgical decompression must precede cement augmentation.
How many vertebrae can be treated in one vertebroplasty session?
Multiple vertebral levels can typically be treated in a single session. Two or three adjacent or non-adjacent levels are commonly treated together, adding approximately 20–30 minutes per additional level. The decision to treat multiple levels simultaneously is based on clinical correlation — treating all levels with clear MRI evidence of active fracture (bone oedema) that correlate with the patient's pain pattern. Treating clinically silent MRI findings that don't correlate with the pain pattern is generally avoided.