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Kyphoplasty: Candidacy, Procedure Steps, and Recovery Timeline

9 min read Published July 22, 2026
Doctor consulting with elderly patient in hospital corridor.
Quick answer

Kyphoplasty is designed for some painful vertebral compression fractures, especially when pain limits daily activities. The procedure uses a balloon-like device and bone cement to stabilize a fractured vertebra.

Key Takeaways

  • Kyphoplasty is designed for some painful vertebral compression fractures, especially when pain limits daily activities.
  • The procedure uses a balloon-like device and bone cement to stabilize a fractured vertebra.
  • Not every spine fracture is suitable for kyphoplasty; imaging and clinical assessment are essential.
  • Many people go home the same day or after a short hospital stay, with gradual recovery over days to weeks.
  • Benefits can include pain relief and improved mobility, but risks such as cement leakage and infection must be considered.

Medically reviewed by the Acıbadem International Medical Board — July 19, 2026

Dr. Bahadır Kaynarkaya, MD Dr. Şule Eren, MD

Kyphoplasty is a minimally invasive procedure used to treat selected vertebral compression fractures, most often related to osteoporosis or certain tumors. It may help reduce pain, stabilize the bone, and improve movement when symptoms do not improve enough with rest, bracing, and medication.

Overview: what kyphoplasty is and who it may help

Kyphoplasty is a minimally invasive spine procedure used to treat certain vertebral compression fractures. These fractures happen when one of the bones in the spine, called a vertebra, collapses or becomes compressed. The procedure is most often considered for fractures linked to osteoporosis, but it may also be used in selected cases involving spinal tumors or other conditions that weaken bone.

The goal of kyphoplasty is to stabilize the fractured vertebra and help relieve pain. During the procedure, a specialist places a small balloon into the affected vertebra, gently creates space, and then fills that space with medical bone cement. This can strengthen the bone and may help restore some lost height, although pain relief and stability are usually the main reasons for treatment.

Kyphoplasty is not the right choice for every back pain problem. It is intended for carefully selected compression fractures rather than general age-related back pain, muscle strain, or most disc conditions. For patients with a confirmed painful compression fracture who have not improved enough with conservative care, kyphoplasty treatment may be one option a spine specialist discusses.

How kyphoplasty works

How kyphoplasty works — kyphoplasty

A vertebral compression fracture can make the spine unstable and painful, especially when standing or walking. Kyphoplasty works by reinforcing the damaged vertebra from the inside. Once the cement hardens, it helps support the bone structure and can reduce the small movements within the fracture that trigger pain.

The procedure is sometimes called balloon kyphoplasty because a small balloon is used before the cement is placed. The balloon is inserted through a narrow tube and inflated carefully inside the fractured vertebra. This step can create a cavity for the cement and may recover a limited amount of vertebral height in some patients, though the amount of height restoration varies.

Kyphoplasty is related to vertebroplasty, another cement-based procedure, but the technique is different. In vertebroplasty, cement is injected directly without first creating a cavity with a balloon. The choice between procedures depends on the type of fracture, anatomy, symptoms, imaging findings, and the judgment of the treating specialist.

Candidacy: when doctors may recommend kyphoplasty

Doctor consulting with elderly patient in a medical office.

The best candidates for kyphoplasty usually have a recent or subacute vertebral compression fracture confirmed on imaging and pain that matches the fracture site. The pain is often significant enough to interfere with walking, sleep, dressing, or other daily activities. In many cases, doctors first try non-surgical treatment such as pain medication, limited rest, activity modification, bracing, and osteoporosis management.

Kyphoplasty may be considered when pain remains severe despite these measures or when prolonged immobility creates its own risks, especially in older adults. It can also be used in selected patients with fractures caused by cancer affecting the spine. A doctor will review symptoms, physical examination findings, X-rays, CT scans, or MRI results to decide whether the procedure is likely to help.

It is usually less suitable for old, fully healed fractures, fractures without clear correlation to symptoms, spinal instability requiring open surgery, or back pain from causes other than a compression fracture. Patients with certain infections, bleeding problems, severe nerve compression, or allergy to procedure materials may need different treatment. Because osteoporosis is a common underlying cause, doctors often evaluate for osteoporosis and discuss long-term bone health as part of the overall plan.

Procedure steps: what happens before, during, and after

Before kyphoplasty, the medical team reviews imaging, medications, allergies, and general health. Patients may be advised when to stop eating or drinking before the procedure and whether temporary medication adjustments are needed, especially for blood thinners. The procedure is usually done in a hospital or specialized interventional suite under local anesthesia with sedation or, in some cases, general anesthesia.

During the procedure, the patient lies face down. Using live imaging guidance, the doctor inserts a needle through the skin into the fractured vertebra. A small balloon is advanced into the bone and carefully inflated to create a space. The balloon is then removed, and bone cement is injected into the cavity. Imaging is used throughout to help confirm accurate placement.

After the cement is placed, it hardens relatively quickly. The instruments are removed, and the small skin entry site is covered. Patients are monitored as the sedation wears off and as the team checks pain control, strength, and mobility. If the fracture is related to a broader spine condition, a specialist may also evaluate for other problems such as spinal stenosis or additional vertebral fractures.

  • Pre-procedure review of imaging and medications
  • Positioning and anesthesia or sedation
  • Needle placement into the affected vertebra under imaging guidance
  • Balloon inflation to create a cavity
  • Injection of bone cement for stabilization
  • Recovery monitoring before discharge

Benefits, limits, and possible risks

The main potential benefits of kyphoplasty are pain relief, improved mobility, and stabilization of the fractured vertebra. Some patients notice improvement within days, while others recover more gradually. Earlier movement can be especially valuable in older adults because it may reduce the complications of prolonged bed rest, such as muscle weakness and loss of independence.

Kyphoplasty does have limits. It does not cure osteoporosis, reverse every spinal deformity, or treat all causes of back pain. If a patient has multiple pain sources, the procedure may only address part of the problem. Long-term outcomes also depend on managing the underlying cause of the fracture, including treatment to reduce the risk of future fractures.

As with any procedure, there are possible risks. These can include infection, bleeding, increased pain, allergic reaction, cement leakage, or injury to nearby structures. Rarely, leakage of cement can affect nerves or blood vessels. Some patients may later develop new compression fractures at other levels, especially if bone fragility remains untreated. In selected situations, other spine procedures such as spinal fusion surgery may be more appropriate than kyphoplasty.

Recovery timeline and self-care after kyphoplasty

Recovery after kyphoplasty is often quicker than recovery after open spine surgery because the procedure is minimally invasive. Many patients go home the same day, while others stay overnight for observation depending on age, overall health, pain level, and the number of vertebrae treated. Mild soreness at the needle site can occur for a few days.

In the first 24 to 48 hours, patients are usually encouraged to walk gently and resume light daily activities as tolerated. Doctors often advise avoiding heavy lifting, strenuous bending, or twisting for a period of time. The exact restrictions vary, so it is important to follow the instructions of the treating team.

Over the following days to weeks, mobility often improves as pain settles. Some patients feel meaningful relief very quickly, while others notice gradual progress. Long-term recovery should also include treatment of the underlying bone problem. This may involve calcium and vitamin D guidance, weight-bearing exercise when appropriate, fall prevention, and medical treatment for low bone density. If rehabilitation is needed, a doctor may recommend physical therapy and rehabilitation to rebuild strength, posture, and confidence with movement.

  • Same-day discharge or short hospital stay is common
  • Light walking usually starts early
  • Temporary limits on heavy lifting and twisting are typical
  • Follow-up visits help assess pain relief and healing
  • Bone health treatment remains essential after the procedure

When to seek medical care

Medical care is important for new back pain after a fall, sudden pain with minimal strain in an older adult, or back pain that makes standing and walking difficult. A vertebral compression fracture can be missed if symptoms are assumed to be routine back strain, especially in people with osteoporosis. Prompt evaluation can help confirm the cause and guide the right treatment.

Urgent assessment is especially important if back pain occurs with weakness, numbness, trouble walking, fever, bowel or bladder changes, or a history of cancer. These symptoms do not always mean a compression fracture, but they can signal a more serious spinal problem that needs fast attention.

Patients who are considering kyphoplasty should speak with a qualified spine, neurosurgery, orthopedics, or interventional specialist who can review imaging and explain the options clearly. Near the end of the care journey, some international patients choose Acibadem International, where multidisciplinary specialists at JCI-accredited hospitals diagnose and treat spine conditions with individualized planning.

Frequently asked questions

How long does kyphoplasty take?

Kyphoplasty often takes about one to two hours, depending on how many vertebrae are treated and the complexity of the case. Time is also needed before and after the procedure for preparation, anesthesia, and recovery monitoring.

Is kyphoplasty a major surgery?

Kyphoplasty is generally considered a minimally invasive procedure rather than major open surgery. It uses small skin entry points and imaging guidance, which usually means a shorter recovery than traditional spine operations.

Who is a good candidate for kyphoplasty?

A good candidate usually has a confirmed painful vertebral compression fracture that matches the symptoms and has not improved enough with conservative treatment. A specialist also considers the age of the fracture, imaging findings, overall health, and whether another spinal problem is causing the pain.

How soon can normal activities resume after kyphoplasty?

Many people return to light daily activities within a day or two, but heavier tasks often need to wait longer. The exact timeline depends on the person's health, pain level, and the doctor's instructions.

Does kyphoplasty cure osteoporosis?

No, kyphoplasty treats the fracture itself, not the underlying bone weakness. Ongoing osteoporosis care is important to help reduce the chance of future fractures.

What are the risks of kyphoplasty?

Possible risks include infection, bleeding, cement leakage, allergic reaction, and injury to nearby nerves or tissues. Serious complications are uncommon, but they are important to discuss before the procedure.

References

  • National Institute of Arthritis and Musculoskeletal and Skin Diseases
  • North American Spine Society
  • American Academy of Orthopaedic Surgeons
  • Radiological Society of North America
  • International Osteoporosis Foundation

This article is for general information only and is not a substitute for professional medical advice. Please consult a qualified doctor about your individual situation.

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Serkan Şahin
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