Vice Chairman and HOD, Neuro Surgery and Neuro Spine, BLK-Max Super Speciality Hospital, New Delhi, India
Part 11 of 17 in Recent Advances in Neurosurgery
Kyphoplasty for Osteoporotic Spinal Compression Fractures
August 6, 2026
Kyphoplasty treats painful osteoporotic compression fractures of the spine by injecting cement into the collapsed vertebra, relieving around 90 percent of pain and allowing the patient to be mobilised the very next day.
Why osteoporotic fractures are difficult to treat conservatively
Compression fractures of the vertebra, seen especially in osteoporotic or osteopenic bone, or secondary to other disease in older patients, are visible on both MRI and X-ray as a compressed vertebral body. These fractures are notoriously difficult to heal and are quite painful, and if the patient is allowed to walk normally, the fracture can compress further, risking pressure on the spinal cord and a resulting neurological deficit.
From bed rest to kyphoplasty
Osteoporotic compression fractures were traditionally treated with bed rest, calcium, vitamin D, and other conservative measures, along with medications such as PTH hormone and calcitonin to build bone. Because these fractures heal poorly and remain painful, a small procedure called kyphoplasty is now used, where cement is injected into the collapsed vertebra to stabilise it.
Why kyphoplasty works well
The two main advantages of kyphoplasty are that around 90 percent of the pain is relieved immediately, and the patient can be mobilised from the very next day to resume normal daily activities. This procedure is especially suitable for osteoporotic compression fractures where the posterior margin of the vertebra is intact and there is no compression on the spinal cord or nerve roots, making it a valuable option for elderly patients.
← When Does Disc Herniation Need Surgery? Red Flags and Treatment Decisions | Series index | Cervical Disc Replacement for Neck Pain and Arm Weakness →
This article is based on a Jivo Masterclass session conducted by Dr. Anil Kumar Kansal, Vice Chairman and HOD, Neurosurgery and Neuro Spine Department, BLK-Max Super Speciality Hospital, New Delhi. The article has been summarised with the assistance of an AI tool from the original masterclass recording. Watch the full Masterclass recording
This guide is based on a live Jivo Masterclass — Dr. Anil Kumar Kansal taught doctors across Africa on July 13, 2025.
FROM THE LIVE Q&A
Dr. Atanda Solomon (Lagos, Nigeria)
What is the success rate of the surgery, what are the financial implications, and are the screws inserted in robotic spine surgery absorbable or will they need to be removed post-op?
Dr. Anil Kumar Kansal
The screws used in spine surgery are not absorbable — they remain in place lifelong. Financially, robotic-assisted spine surgery costs about $1,000 to $2,000 extra on top of a normal spine surgery of around $7,000, but the advantage is that screw misplacement drops to less than 1%, which is significant because a single misplaced screw can undermine the whole surgery — so while it adds cost, it also adds real value to the outcome.
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Frequently Asked Questions
What are the success rates of these surgical procedures generally, and what are the absolute contraindications to surgery?▼
Absolute contraindications include cardiac problems, any bleeding or coagulation disorders, or severe infection in the body. If a patient — for example with trigeminal neuralgia — is responding well to medication at a controllable dose, we will not operate; surgery is offered when the patient's pain is not relieved despite medical management.
What complications are expected from trigeminal neuralgia surgery (microvascular decompression)?▼
There can be anaesthesia-related complications. On the surgical side, we can get a haematoma in the cerebellum, sometimes bleeding, sometimes infection, or damage to the nerves — though our infection rate is very low. One patient developed chemical meningitis leading to hydrocephalus and needed a shunt, but the rest did very well. Initially some patients complained of partial hearing loss from traction on the eighth nerve; now we use minimal traction, so results are good and complications are minimal.
What is the recurrence rate of the tumours (in cases treated with microvascular decompression / related skull-base surgery)?▼
Only about 5%, not more than that. In our setup we have done more than 100 surgeries and have not had to redo any; some patients may have mild symptoms that can be managed with medicine or reassurance, but otherwise the results are good.
Are there any recent advances in the management of paediatric congenital hydrocephalus?▼
We do endoscopic third ventriculostomy in paediatric congenital hydrocephalus, but success is slightly lower at a young age — around 70-80%. A programmable shunt has a 95% success rate, but shunt revision and infection are other factors to weigh; endoscopic third ventriculostomy is a better choice when it succeeds, since the chances of recurrence problems afterward are very low.
What is the time needed for full recovery, and what are the complications, for trigeminal neuralgia treatment (microvascular decompression)?▼
We keep the patient for three or four days; the pain is usually gone right after surgery. We continue medication for one month afterward and then stop it. We mobilise the patient to walk from the next day, and they generally do very well. We do a post-operative CT scan to check for any bleeding or collection, but results are close to perfect.
What does kyphoplasty treat?▼
Kyphoplasty treats painful osteoporotic or osteopenic compression fractures of the vertebra, including those seen in elderly patients, by injecting cement into the collapsed bone to stabilise it.
How much pain relief does kyphoplasty provide?▼
Around 90 percent of the pain is relieved immediately following the procedure.
How soon can a patient walk after kyphoplasty?▼
Patients can be mobilised from the very next day and resume normal daily activities.
Is kyphoplasty suitable for every compression fracture?▼
It is especially suitable when the posterior margin of the vertebra is intact and there is no compression on the spinal cord or nerve roots.
In This Series: Recent Advances in Neurosurgery
- 1.Recent Advances in Neurosurgery
- 2.Cervical Disc Replacement for Neck Pain and Arm Weakness
- 3.Cost of Neurosurgery Procedures in India
- 4.Deep Brain Stimulation for Parkinson's Disease
- 5.Diagnosing Disc Herniation: Symptoms and When to Get an MRI
- 6.When Does Disc Herniation Need Surgery? Red Flags and Treatment Decisions
- 7.Endoscopic Removal of Colloid Cysts
- 8.Endoscopic Third Ventriculostomy for Hydrocephalus
- 9.Gamma Knife Radiosurgery for Brain Tumours
- 10.Gliadel Wafer Chemotherapy for Recurrent Glioblastoma
- 11.Kyphoplasty for Osteoporotic Spinal Compression Fractures
- 12.Microvascular Decompression Surgery for Trigeminal Neuralgia
- 13.Minimally Invasive and Endoscopic Surgery for Lumbar Disc Herniation
- 14.Neuronavigation and Fluorescence-Guided Brain Tumour Surgery
- 15.Robotic Spine Surgery: Precision Screw Placement and Reduced Radiation
- 16.Stereotactic Brain Surgery for Deep-Seated Lesions
- 17.Trigeminal Neuralgia: Causes, Diagnosis and Treatment Options