Carolinas Pain Institute

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Kyphoplasty

Understanding Kyphoplasty as a Treatment for Vertebral Compression Fractures

A vertebral compression fracture can change your life quickly. The pain can be severe, sharp, and persistent — making it difficult to stand, walk, or carry out the simplest daily tasks. Many patients describe the discomfort as debilitating, often limiting their ability to work, sleep, or spend time with family. When conservative treatments like rest, medication, and physical therapy haven't provided adequate relief, a minimally invasive procedure called kyphoplasty may be worth exploring.

At Carolinas Pain Institute, our team of fellowship-trained pain specialists evaluates each patient thoroughly to determine which treatment approaches may be most appropriate for their condition. Kyphoplasty is one such procedure — designed to stabilize fractured vertebrae and help reduce the pain associated with compression fractures. This page provides an educational overview to help you understand what kyphoplasty involves, who may benefit from it, and what to expect throughout the process.

What Is Kyphoplasty?

Kyphoplasty is a minimally invasive spinal procedure used to treat painful vertebral compression fractures. During the procedure, a physician carefully inserts a small balloon into the collapsed or fractured vertebra. The balloon is gently inflated to create space within the vertebral body and, in some cases, help restore a portion of the vertebra's original height. Once the balloon is deflated and removed, medical-grade bone cement is injected into the cavity to stabilize the fracture.

The goal of kyphoplasty is to reinforce the damaged vertebra and reduce the pain and instability caused by the fracture. Unlike conservative care approaches — such as pain medications, bracing, or bed rest — kyphoplasty directly addresses the structural source of the problem. It is performed under imaging guidance to ensure precision and is typically completed on an outpatient basis.

Balloon kyphoplasty differs from a related procedure called vertebroplasty in that the balloon step is used to prepare the space before cement is introduced. This distinction may help reduce the risk of cement leakage in some cases, though both procedures share similar goals.

Conditions Treated With Kyphoplasty

Kyphoplasty is not appropriate for every type of back pain, but it may be considered for specific conditions involving vertebral fractures. Physicians may recommend the kyphoplasty procedure for patients experiencing:

  • Osteoporotic vertebral compression fractures — the most common indication, occurring when weakened bones collapse under normal stress
  • Fractures resulting from weakened or deteriorated bone structure
  • Certain spinal fractures associated with cancer, such as those caused by metastatic disease affecting the vertebrae
  • Painful vertebral compression fractures that have not responded adequately to conservative care

It is important to understand that not every spinal condition requires kyphoplasty. Many patients with back pain caused by muscle strain, degenerative disc disease, or other non-fracture-related conditions are better served by different treatments. A thorough evaluation — including imaging studies — is essential before any treatment decision is made.

How the Kyphoplasty Procedure Works

Understanding what happens during a kyphoplasty treatment can help reduce anxiety and set realistic expectations. The procedure generally follows these steps:

01

Initial evaluation and imaging

Your physician will review your medical history and order imaging studies, such as X-rays or MRI scans, to confirm the presence and extent of the compression fracture.

02

Preparation for the procedure

You will be positioned on the procedure table, and local anesthesia or sedation will be administered to keep you comfortable throughout.

03

Balloon placement

Using fluoroscopic (X-ray) guidance, the physician carefully inserts a small tube and balloon into the fractured vertebra through a minimally invasive approach.

04

Creation of space within the vertebral body

The balloon is gently inflated to expand the compressed area and create a cavity within the vertebra.

05

Injection of medical-grade bone cement

After the balloon is removed, bone cement is injected into the prepared cavity, filling and stabilizing the fracture.

06

Recovery and monitoring

You will be monitored for a period of time following the procedure before being discharged, typically the same day.

Most patients are able to return to light activity relatively quickly, though recovery varies by individual and should be guided by your care team.

Benefits of Kyphoplasty

Research on kyphoplasty suggests that many patients experience meaningful improvement following the procedure, though outcomes can vary from person to person. Potential benefits of kyphoplasty treatment may include:

  • Reduced pain from vertebral compression fractures
  • Improved mobility and ease of movement
  • Enhanced ability to perform daily activities such as walking, dressing, and household tasks
  • Stabilization of the affected vertebra to prevent further collapse
  • Improved quality of life, particularly for patients who have struggled with chronic fracture-related pain

It is important to approach these potential benefits with realistic expectations. Kyphoplasty may provide meaningful relief for the right patient, but individual outcomes depend on factors such as fracture age, bone quality, overall health, and the number of vertebrae involved.

Who Is a Candidate for Kyphoplasty?

Determining candidacy for kyphoplasty requires a comprehensive evaluation by a qualified physician. Imaging studies play a critical role in assessing the fracture and surrounding structures.

Patients who may be candidates for kyphoplasty often include those who:

  • Have been diagnosed with one or more painful vertebral compression fractures
  • Have fractures related to osteoporosis or bone weakening
  • Have experienced inadequate pain relief from conservative treatments such as rest, pain medications, or bracing
  • Have fractures confirmed as relatively recent or still considered active on imaging
  • Are medically stable enough to undergo the procedure

Kyphoplasty may not be appropriate in situations where:

  • The fracture has been present for a long time and has fully healed
  • Infection is present in or near the spine
  • Spinal instability requires a more extensive surgical intervention
  • The spinal canal is significantly compromised by bone fragments
  • The patient has uncontrolled bleeding disorders or other contraindications

Every case is unique, and only a thorough physician evaluation combined with appropriate imaging can determine whether kyphoplasty is a suitable option for a given patient.

Recovery and Ongoing Care

Recovery from kyphoplasty is generally considered shorter than that of open spinal surgery, though patients should still follow their physician's guidance closely. Here is what patients may generally expect:

  • Immediately after the procedure, most patients are monitored briefly in a recovery area before returning home the same day
  • Activity recommendations typically involve avoiding strenuous exertion for a specified period, with gradual return to normal activity as tolerated
  • Follow-up appointments are scheduled to monitor healing and assess the patient's response to treatment
  • Long-term osteoporosis management may be recommended for patients with fractures related to bone density loss, including medications to strengthen bone and reduce future fracture risk
  • Continued monitoring of spinal health helps ensure that adjacent vertebrae and overall spinal function are assessed over time

Risks and Important Considerations

As with any medical procedure, kyphoplasty carries potential risks that patients should understand before proceeding. A candid conversation with your physician is an essential part of the informed consent process.

Possible risks and complications associated with the kyphoplasty procedure include:

  • Infection at the procedure site or within the spine
  • Bleeding related to needle or catheter placement
  • Bone cement leakage, which may occur if cement moves beyond the vertebral cavity, potentially affecting surrounding tissues or the spinal canal
  • Neurological complications, though uncommon, may occur if cement or instruments affect nerve structures
  • Adjacent vertebral fracture, as stabilizing one vertebra may alter stress distribution to neighboring levels

These risks underscore the importance of having the procedure performed by an experienced physician using advanced imaging guidance. Proper patient selection, thorough pre-procedure evaluation, and careful technique are all critical factors in minimizing risk.

Why Choose Carolinas Pain Institute for Kyphoplasty?

Choosing where to receive care for a spinal compression fracture is an important decision. Carolinas Pain Institute is committed to providing evidence-based, patient-centered pain management care delivered by fellowship-trained specialists with extensive experience in interventional pain treatments.

With offices in North Carolina, Carolinas Pain Institute serves patients throughout the region who are seeking advanced, evidence-based pain management care.

When you come to Carolinas Pain Institute for a kyphoplasty evaluation, you can expect:

  • Fellowship-trained pain specialists with advanced expertise in interventional procedures
  • Advanced diagnostic evaluations, including imaging review and comprehensive physical assessment
  • Personalized treatment plans that take your full medical history, lifestyle, and goals into account
  • Evidence-based care grounded in current research and best practices
  • A comprehensive pain management approach that addresses both immediate symptoms and long-term spinal health
  • Patient education to help you understand your condition, your options, and what to expect from treatment
  • A focus on improving function and quality of life, not just managing symptoms in isolation

Our team understands that living with compression fracture pain is exhausting and discouraging. We approach every patient with the care and attention their situation deserves.

Take the Next Step Toward Relief From Compression Fracture Pain

If you or someone you care about is living with pain from a vertebral compression fracture, you don't have to continue suffering without answers. A comprehensive evaluation can help determine whether kyphoplasty may be an appropriate treatment option for your specific situation.

The right treatment starts with the right conversation. Our team at Carolinas Pain Institute is here to listen, evaluate, and help guide you toward a care plan that reflects your needs and goals. Whether kyphoplasty is the right fit or another approach makes more sense for your condition, we are committed to helping you understand your options clearly.

Call our office today or request an appointment online to schedule your consultation. Take that first step toward understanding your condition and exploring whether the kyphoplasty procedure may help you regain comfort, mobility, and a better quality of life.