Vertebroplasty at Apollo Hospitals, Lucknow

Why Patients Choose Apollo Hospitals Lucknow for Vertebroplasty

• Part of the Apollo Hospitals group, founded in 1983 ? India's first corporate hospital chain, now with more than 70 hospitals and a group-wide legacy of over four decades in complex surgical care.
• Apollo Hospitals Lucknow is a multi-super-speciality tertiary care facility serving Uttar Pradesh and neighbouring states, with a bed strength in the several-hundred range and round-the-clock emergency and critical care support.
• A dedicated multidisciplinary spine team drawing on neurosurgery, orthopaedic spine surgery, interventional radiology, anaesthesia and pain medicine ? so a compression fracture is assessed by more than one discipline before any needle is placed.
• Senior consultants with decades of combined operative experience in minimally invasive spine procedures. The exact number of spine consultants on the active panel and their individual case volumes change over time; the current panel and each surgeon's credentials can be reviewed on the hospital's Lucknow doctor listing or confirmed at the appointments desk.
• Image-guided procedure suites with C-arm fluoroscopy and access to CT and MRI, which is essential for confirming that the fracture is recent and painful before treating it, and for watching cement flow in real time.
• In-house osteoporosis and metabolic bone workup ? DEXA bone density testing, vitamin D and calcium profiles, and endocrinology input, because in most Indian patients a vertebral fracture is the first visible sign of untreated osteoporosis.
• Oncology and haematology support on the same campus for fractures caused by metastasis or myeloma, where vertebroplasty is often combined with radiotherapy or systemic treatment.
• Structured rehabilitation for different age groups ? separate physiotherapy pathways for frail elderly patients, for working-age adults returning to desk or field jobs, and for sportspersons or physically active patients with traumatic fractures. Paediatric spine problems are managed by the paediatric and spine teams jointly; vertebroplasty itself is rarely appropriate in children.
• Insurance and TPA desk on site for cashless pre-authorisation, plus assistance for patients travelling in from outside Lucknow.
• NABH-accredited group standards for infection control, radiation safety and clinical audit.

Overview

Vertebroplasty is a minimally invasive procedure designed to treat vertebral compression fractures, most often caused by osteoporosis, and less commonly by trauma or by tumours involving the spine. At Apollo Hospitals Lucknow, care is built around careful patient selection, image guidance and honest counselling about what the procedure can and cannot achieve. Our team of spine specialists, interventional radiologists and pain physicians works together to decide whether vertebroplasty is genuinely the right answer for a given fracture, or whether bracing, medical management or a different procedure would serve the patient better.

The aim is straightforward: reduce fracture-related pain enough to allow movement, prevent the downstream complications of prolonged bed rest, and start treating the underlying bone disease so the next fracture does not follow.

Why Vertebroplasty Is Considered

Vertebroplasty is considered for patients with painful vertebral compression fractures where the pain is severe, clearly localised to the fractured level, and not settling with adequate medical treatment. The procedure involves injecting a specially prepared bone cement (polymethyl methacrylate) into the fractured vertebral body through a thin needle placed under X-ray guidance. The cement hardens within minutes and internally splints the fracture.

The clinical value lies in mechanical stabilisation of the fracture and, in appropriately selected patients, meaningful reduction in pain. This matters because uncontrolled pain in an older adult leads to immobility, and immobility in turn leads to pneumonia, pressure sores, clots, further bone loss and loss of independence. Breaking that cycle early is often the real benefit.

It is important to be candid here. The evidence base for vertebroplasty is genuinely mixed. Two well-known 2009 sham-controlled trials published in the New England Journal of Medicine found no significant advantage over a placebo procedure, while the 2010 VERTOS II trial and the 2016 VAPOUR trial ? which recruited patients with fractures less than six weeks old and severe pain ? did show benefit. The current reading of this literature is that vertebroplasty helps a specific group: acute or subacute fractures, severe pain, oedema or non-union confirmed on MRI, and failure of conservative care. It is not a routine treatment for every compression fracture seen on an X-ray. At Apollo Hospitals Lucknow the selection conversation is deliberately conservative for this reason.

Current Guideline Position

Recommendations that guide practice in India include:

• Indian Society of Bone and Mineral Research (ISBMR), Osteoporosis Guidelines 2024?25 (updating the 2020 position statement) ? recommends that any adult with a fragility vertebral fracture be treated as having established osteoporosis and started on anti-osteoporosis pharmacotherapy irrespective of the DEXA T-score, with correction of vitamin D and calcium and assessment of secondary causes. This is the single most important point that competing pages omit: the cement treats the fracture, the drug treats the disease.
• Association of Spine Surgeons of India (ASSI) ? through its instructional courses and publications in the Indian Spine Journal, ASSI supports vertebroplasty and kyphoplasty as options for painful osteoporotic and pathological fractures where conservative management has failed, and stresses MRI confirmation of fracture activity before intervention.
• NICE (UK) technology appraisal TA279 ? recommends vertebroplasty and kyphoplasty only for severe ongoing pain after a recent unhealed vertebral fracture despite optimal pain management. A widely cited and pragmatic selection standard.
• American Academy of Orthopaedic Surgeons and several radiology society statements continue to describe the evidence as moderate and patient-selection-dependent rather than universally supportive.

The practical change over the last decade is a shift away from early, liberal use towards strict selection: recent fracture, severe pain, MRI-proven active fracture, failed conservative trial. Guidelines are updated periodically, and your treating consultant will apply the version current at the time of your consultation.

Risks of Delay

Delaying treatment when a patient genuinely meets the criteria can allow the situation to worsen. Untreated painful fractures may progress to further vertebral collapse, increasing kyphosis (forward stoop), and in some cases spinal deformity that alters balance and breathing capacity. Prolonged pain drives inactivity, which causes muscle wasting, deconditioning, accelerated bone loss and higher risk of falls ? and therefore of the next fracture.

There is also a technical consideration: cement fills a fracture cleft most effectively while the fracture is still fresh. Once a fracture has consolidated or fused into a healed but deformed position, vertebroplasty is far less likely to help pain, and the case is usually better managed with bracing, pain medicine and rehabilitation.

At the same time, delay is not always harmful. Many osteoporotic fractures settle with a few weeks of analgesia, a brace and gentle mobilisation, and never need a procedure. The honest position is that the decision is time-sensitive but not an emergency, unless there are neurological warning signs.

Benefits of Vertebroplasty

• Pain reduction: Many appropriately selected patients report substantial pain reduction within 24 to 72 hours. Some report relief within hours. A minority report little or no change, and this possibility is discussed before consent.
• Earlier mobilisation: Reducing pain allows the patient to sit, stand and walk sooner, which is the main protection against bed-rest complications in the elderly.
• Minimally invasive: Performed through one or two needle punctures rather than an open incision, usually under local anaesthesia with sedation, with minimal blood loss and no muscle stripping.
• Short hospital stay: Many patients are discharged the same day or the next day, subject to the anaesthetist's and surgeon's assessment.
• Reduced dependence on strong analgesics: Useful in older patients where opioids and NSAIDs carry their own risks of confusion, constipation, kidney injury and gastric bleeding.
• Quality of life: Being able to sleep, turn in bed, use the bathroom and walk within the home independently is, for most families, the outcome that matters most.

Vertebroplasty stabilises the fracture. It does not cure osteoporosis, does not reverse existing kyphosis to any great degree, and does not protect other vertebrae from fracturing later. Those require medical treatment and fall prevention.

Preparation and Recovery

Preparation tips

• Consultation: A detailed consultation to review your pain history, exact site of tenderness, walking ability, previous fractures, steroid use, thyroid and kidney status, and current medicines.
• Pre-procedure imaging and tests: X-rays of the spine, and an MRI in most cases to confirm the fracture is active and to identify which of several collapsed vertebrae is actually the pain generator. A CT scan may be added if the back wall of the vertebra is in question. Blood tests including haemoglobin, platelet count, clotting profile, sugar, creatinine, and screening tests as per hospital protocol. DEXA scan and vitamin D, calcium, phosphate, PTH levels for the osteoporosis workup.
• Medication review: Blood thinners such as aspirin, clopidogrel, warfarin, acenocoumarol or the newer oral anticoagulants may need to be stopped or bridged, strictly on your cardiologist's and surgeon's joint advice. Never stop a blood thinner on your own. Diabetes medicines, including metformin and insulin, need dose adjustment on the day of the procedure.
• Infection screening: Any active urinary infection, chest infection, dental infection or skin infection over the back must be treated first, because cement placed near an infection can seed a spinal infection.
• Fasting: Usually six hours for solids and two hours for clear fluids, as instructed.
• Positioning practice: The procedure is done lying face down (prone) for roughly 30 to 60 minutes. If you have breathing difficulty, heart failure or severe stiffness, tell the team in advance so anaesthesia can plan accordingly.
• Transportation and escort: Arrange for a family member to accompany you and to take you home, as sedation causes drowsiness.

Recovery tips

• Immediate rest, then early movement: Typically two to four hours lying flat after the injection while the cement fully cures, then supervised sitting and walking. Prolonged bed rest is discouraged.
• Pain management: Puncture-site soreness for a few days is normal. Take analgesics as prescribed; do not add over-the-counter NSAIDs without asking, particularly if you have kidney disease, hypertension or gastritis.
• Physiotherapy: Back extensor strengthening, posture training, balance work and fall-prevention advice, started once pain allows.
• Osteoporosis medication: Start or continue the prescribed bisphosphonate, denosumab, teriparatide or other agent along with calcium and vitamin D. This is not optional; it is the part that reduces your next fracture risk.
• Follow-up: Review at around two weeks, then at six weeks and three months, with repeat imaging only if clinically needed.

Timing of the Procedure and the Pre-Procedure Phase

Most osteoporotic vertebral fractures are first managed conservatively for two to six weeks with analgesia, a spinal brace, calcium and vitamin D, and graded mobilisation. Vertebroplasty is generally discussed when severe pain persists beyond that trial, or earlier if the pain is so intense that the patient simply cannot get out of bed, cannot be nursed at home, or is developing complications of immobility.

Timing bands used in practice:

• Within 0 to 6 weeks of fracture: the window where the strongest positive evidence sits, particularly for severe pain with MRI-confirmed marrow oedema.
• 6 weeks to 3 months: still often useful if MRI shows an unhealed, active fracture.
• Beyond 3 to 6 months with a healed fracture: unlikely to help pain; conservative and rehabilitative care is preferred.
• Tumour-related fractures: timing is driven by the oncology plan and may be expedited, and is frequently coordinated with radiotherapy.
• Any new weakness, numbness, bladder or bowel disturbance: urgent assessment, not elective planning. Vertebroplasty is not the treatment for spinal cord compression.

The pre-procedure phase typically takes a few days to a couple of weeks, largely determined by how long it takes to safely hold blood thinners, clear infections and complete cardiac fitness assessment in elderly patients.

Alternatives and Technique Options Compared

Which option is offered depends on fracture age, MRI findings, integrity of the posterior vertebral wall, number of levels involved, bone density and overall fitness. This is discussed openly, including the option of doing nothing invasive.

Procedures Sometimes Performed at the Same Time

• Bone biopsy through the same needle track ? routine when tumour, infection or myeloma is suspected, and often the reason the procedure is scheduled at all.
• Multi-level augmentation ? two or occasionally three adjacent painful vertebrae treated in one sitting, if fitness and radiation exposure allow.
• Intravenous zoledronic acid infusion ? sometimes given during the same admission once vitamin D and calcium are corrected and dental clearance is satisfactory.
• Nerve or facet block ? added when part of the pain is clearly arising from adjacent degenerative joints.
• Limited decompression or short-segment fixation ? planned in advance if imaging suggests the vertebra alone will not be enough.

Phase-by-Phase Recovery

These are typical ranges only. Frail patients, multi-level fractures and tumour-related cases progress differently.

Criteria for Returning to Normal Activity, Work and Sport

Return is judged by ability, not by the calendar. Common criteria used:

• Walking 15 to 20 minutes indoors without needing rescue painkillers.
• Able to get in and out of bed and to use the toilet unaided.
• Pain controlled on simple oral analgesia only.
• No new numbness, weakness or bladder or bowel change.
• Physiotherapist satisfied with back extensor strength and single-leg balance.

Indicative guidance, to be individualised:

• Light desk or seated work: often within one to two weeks.
• Driving: once off sedating medication, able to turn the head and body comfortably and perform an emergency stop ? commonly two to four weeks; two-wheeler riding on poor roads is best deferred longer because of jarring.
• Household work including cooking and light cleaning: two to six weeks, avoiding bending and lifting.
• Field work, farming, construction, carrying loads on the head or shoulder: usually not before three months, and only after a strength assessment; some patients with severe osteoporosis are advised permanent load restriction.
• Swimming, stationary cycling, brisk walking, yoga with extension-based and isometric postures: often from six to twelve weeks.
• Contact sport, gym deadlifts and squats, running, and forward-flexion yoga such as deep paschimottanasana or halasana: avoid or clear individually; forward-flexion loading is a known risk for further osteoporotic fractures.

Squatting, Floor Sitting and Indian Household Realities

These details matter far more than most pages acknowledge:

• Indian-style squat toilets: deep squatting loads the spine in flexion and is difficult with a healing fracture. Use a Western commode or fit a commode chair or raised seat over the existing toilet, with a grab bar on the wall. Many families arrange this before discharge.
• Sitting cross-legged on the floor: avoid for at least six weeks. Sitting on the floor for prayer, meals or family gatherings should be replaced with a firm chair; a low stool with back support is a reasonable compromise.
• Sleeping on the floor: the problem is not the firmness but getting down and up. If floor sleeping is preferred, use a firm mattress on a low cot instead until the physiotherapist clears floor transfers.
• Bathing: wet bathroom floors are the single commonest cause of the next fracture. Use a plastic stool, anti-skid mat and grab rail, and keep bathing to bucket-and-mug seated rather than standing and bending.
• Household chores: mopping (pochha) bent double, grinding, and lifting water buckets or gas cylinders are all forward-flexion loading tasks. Delegate these; use a long-handled mop when you resume.
• Joint family caregiving: identify one primary attendant plus one backup before admission. The attendant needs to know the medicine list, warning signs, physiotherapy exercises and the follow-up date. Rotating attendants without a handover is a frequent cause of missed medication.
• Diet: milk, curd, paneer, ragi, sesame (til), amaranth, drumstick leaves and small fish with bones are practical calcium sources. Discuss protein intake, especially in vegetarian and elderly patients, as low protein intake worsens bone and muscle loss. Excessive tea and tobacco use should be reduced.
• Sun exposure: vitamin D deficiency is very common in India despite abundant sunlight, particularly in women who are largely indoors or fully covered. Supplementation, not sunlight alone, is usually needed.

Preventing the Next Fracture

After one osteoporotic vertebral fracture, the risk of another rises substantially, and the risk is highest in the first year. Vertebroplasty does not reduce that risk. Prevention rests on:

• Anti-osteoporosis pharmacotherapy started and continued as prescribed, with review of duration and drug holiday timing by your physician.
• Calcium roughly 1000 to 1200 mg daily from diet plus supplement if needed, and vitamin D repletion with maintenance dosing, as advised.
• Adequate protein and treatment of anaemia and malnutrition.
• Treating secondary causes ? hyperthyroidism, hyperparathyroidism, coeliac disease, chronic kidney disease, long-term steroid use, and hypogonadism.
• Home fall-proofing: lighting on stairs and corridors, removal of loose rugs and trailing wires, anti-skid bathroom flooring, footwear with grip instead of loose slippers, night light for bathroom trips.
• Review of medicines that cause dizziness or drowsiness ? sedatives, some antihypertensives, some diabetes drugs.
• Vision and hearing checks, and cataract correction where relevant.
• Progressive weight-bearing exercise and balance training, continued indefinitely.
• Stopping tobacco and limiting alcohol.

Considerations for Older Adults, Children and Special Situations

Older and frail patients

Most vertebroplasty patients in India are women over 60. The main issues are prone positioning tolerance, cardiac and pulmonary fitness, sedation risk, delirium after sedation, kidney function limiting analgesic choice, and polypharmacy. Local anaesthesia with light sedation is often preferred over general anaesthesia. A pre-anaesthetic clinic review is standard.

Children and adolescents

Vertebroplasty is very rarely appropriate in a growing spine. Vertebral collapse in a child usually points to a different diagnosis ? Langerhans cell histiocytosis, infection including tuberculosis, leukaemia, or a congenital or metabolic bone disorder ? and needs a diagnosis-first approach with paediatric and orthopaedic oncology input. Bracing and treating the underlying cause is the norm.

Tuberculosis of the spine

Spinal TB remains common in India and can mimic an osteoporotic collapse on plain X-ray. Cement must never be injected into active infection. If there is any doubt, biopsy and culture come first. This is a genuinely important India-specific caution.

Cancer-related fractures

In myeloma and metastatic disease, augmentation is one part of a plan that includes radiotherapy, systemic therapy and bone-protective agents. Posterior wall integrity and epidural tumour extension change the risk profile considerably.

Steroid-induced and post-menopausal osteoporosis

Patients on long-term steroids for asthma, arthritis or kidney disease need bone protection alongside the procedure, and their steroid dose reviewed by the prescribing specialist.

If You Choose Not to Have the Procedure

Declining vertebroplasty is a legitimate choice, and for many fractures it is the right one. What typically follows:

• A structured conservative programme: regular analgesia rather than on-demand dosing, a thoracolumbosacral brace for comfort during walking, and early gentle mobilisation.
• Pain in most osteoporotic fractures improves substantially over six to twelve weeks as the fracture consolidates.
• Some patients are left with residual mechanical back pain, a degree of permanent height loss and a forward stoop.
• Risks of a purely bed-rest approach include chest infection, urinary infection, pressure sores, clots, constipation, further bone loss and loss of independence ? which is why sitting and walking are encouraged even without a procedure.
• Osteoporosis medication must still be started; this is independent of the surgical decision.
• You may return to reconsider the procedure if pain remains severe and MRI still shows an unhealed fracture. The option does narrow with time.

Factors That Change the Cost

Apollo Hospitals Lucknow does not publish a fixed price for vertebroplasty, because the total depends on several clinical variables. Please obtain a written estimate from the billing or admissions desk after your consultation. The factors below drive the estimate.

Insurance, Cashless Treatment and TPA Process in India

• Cashless versus reimbursement: If your insurer or TPA is empanelled with the hospital, the insurance desk can raise a pre-authorisation request. Otherwise you pay and claim reimbursement later. Ask the desk to confirm empanelment before admission.
• Planned admission: Submit ID, policy copy, e-card, doctor's advice note and investigation reports to the insurance desk at least three to five working days ahead. Pre-authorisation approval commonly takes 24 to 72 hours, sometimes longer if the insurer asks queries.
• Accident versus planned cover: A vertebral fracture from a road accident or fall is usually treated as an accidental claim, and many policies allow emergency admission without prior approval, with intimation within 24 hours. A fracture arising from osteoporosis without trauma is generally a planned illness claim and is subject to waiting periods and pre-existing disease clauses.
• Waiting periods: Most indemnity policies have an initial 30-day waiting period, and 24 to 48 months for pre-existing diseases and for certain listed conditions. Osteoporosis diagnosed before policy purchase may fall under the pre-existing clause. Check your specific policy wording.
• Common exclusions and deductions: non-medical consumables, some implant categories, dietary supplements, attendant charges, room rent above the eligible category, and proportionate deductions when you upgrade rooms. Ask for a written list of likely non-payable items.
• Government and employer schemes: Ayushman Bharat PM-JAY, CGHS, ECHS, state schemes, ESIC and PSU or corporate panels have their own package rates, referral requirements and empanelment status. Confirm current applicability at the insurance desk, since empanelment lists change.
• Documents to keep: discharge summary, all bills and receipts, implant sticker and invoice, imaging reports and pathology reports. These are needed for reimbursement and for any future claim.
• Second-level tip: ask specifically whether the cement or balloon system you are being offered is covered under your plan's implant clause, as this is a frequent point of dispute.

Planning the Admission and What to Bring

• All previous X-rays, MRI and CT films and reports, DEXA report, and earlier discharge summaries.
• A written list of every medicine with doses, including ayurvedic, homeopathic and over-the-counter