Back pain can be debilitating, especially when it stems from spinal compression fractures caused by osteoporosis, trauma, or cancer. For patients struggling with chronic pain and a diminished quality of life, traditional treatments like bed rest, bracing, and medications often fall short. That’s where a minimally invasive procedure called kyphoplasty steps in—and according to pain management expert Dr. Jordan Sudberg, it’s changing the game.
“Kyphoplasty has been one of the most effective interventions we’ve seen for compression fractures in the last 20 years,” says Dr. Jordan Sudberg, a board-certified pain management specialist. “It doesn’t just relieve pain—it restores stability, improves posture, and can even help patients avoid long-term disability.”
In this blog post, we’ll explore what kyphoplasty is, how it works, who it’s for, and why Jordan Sudberg believes it’s a powerful option for the right candidates.
What Is Kyphoplasty?
Kyphoplasty is a minimally invasive surgical procedure designed to treat vertebral compression fractures (VCFs)—small breaks in the spinal bones (vertebrae) that can lead to chronic pain, reduced mobility, and spinal deformity.
Most commonly caused by osteoporosis, these fractures can occur during everyday activities such as lifting, bending, or even sneezing. Other causes include traumatic injury and metastatic cancer affecting the spine.
In a kyphoplasty procedure, a doctor inserts a balloon-like device into the collapsed vertebra, inflates it to create space, and then fills that space with a medical-grade cement to stabilize the bone and potentially restore height.
“It’s a combination of mechanical support and structural restoration,” Dr. Sudberg explains. “By reversing the collapse and solidifying the vertebra, we can address both the pain and the risk of further spinal damage.”
How Kyphoplasty Works: Step-by-Step
Dr. Jordan Sudberg walks us through the kyphoplasty procedure in detail:
1. Diagnosis and Imaging
Before considering kyphoplasty, a detailed diagnosis is essential. This typically involves:
- X-rays
- MRI scans
- CT imaging
These tools help determine the location, severity, and age of the fracture.
“Accurate imaging is the cornerstone of kyphoplasty,” says Sudberg. “We need to confirm that the fracture is acute or subacute and that it aligns with the patient’s symptoms.”
2. Preparation and Anesthesia
Kyphoplasty is usually performed in an outpatient setting and typically takes under an hour per vertebra.
Patients are given local anesthesia with sedation or general anesthesia, depending on the case and their health status.
3. Balloon Insertion (Balloon Kyphoplasty)
Using fluoroscopy (real-time X-ray guidance), the physician makes a small incision and inserts a narrow tube into the fractured vertebra. Through this tube, a balloon is inserted and carefully inflated.
“This step is where the magic happens,” Dr. Sudberg explains. “The balloon creates a cavity and may restore lost vertebral height, which can correct deformity and relieve pressure on surrounding structures.”
4. Bone Cement Injection
Once the balloon is removed, the cavity is filled with a special PMMA (polymethylmethacrylate) bone cement. The cement hardens rapidly—usually within minutes—stabilizing the bone and preventing further collapse.
“We’re essentially internal casting the vertebra,” says Sudberg. “It gives the bone the structural support it needs to heal and function.”
5. Post-Procedure Recovery
Most patients are observed briefly and then discharged the same day. Many report significant pain relief within 24–48 hours.
Recovery instructions typically include:
- Light activity for a few days
- Avoiding heavy lifting or strenuous movement
- Gradual return to normal function
Who Is a Good Candidate for Kyphoplasty?
Dr. Jordan Sudberg emphasizes that not all spinal fractures require surgical intervention, and kyphoplasty is reserved for specific scenarios:
Ideal candidates include:
- Patients with painful vertebral compression fractures
- Fractures caused by osteoporosis or cancer
- Individuals with limited response to conservative care
- Patients with progressive spinal deformity or loss of height
Not ideal for:
- Chronic, long-healed fractures
- Asymptomatic compression fractures
- Infections or bleeding disorders
- Fractures with spinal cord involvement requiring more complex surgery
“Kyphoplasty is not a blanket solution,” Sudberg notes. “But for the right patient, it can be life-changing.”
The Benefits of Kyphoplasty
According to clinical studies and Sudberg’s own experience, kyphoplasty offers several important benefits:
Rapid Pain Relief
Most patients experience immediate or near-immediate pain reduction, often within 48 hours.
Restored Mobility
Reduced pain leads to increased movement, which is essential for preventing further bone loss and muscle atrophy.
Postural Improvement
Kyphoplasty can partially correct kyphosis (forward curvature), improving balance and reducing fall risk.
Outpatient Convenience
The procedure is fast, minimally invasive, and typically requires no overnight hospital stay.
Reduced Risk of Future Fractures
By stabilizing a weakened vertebra, kyphoplasty may prevent further collapse and reduce the domino effect of additional fractures.
“Pain relief is just the beginning,” says Dr. Sudberg. “We’re also giving patients back their independence and confidence.”
Risks and Considerations
As with any procedure, kyphoplasty carries potential risks:
- Infection
- Bleeding
- Allergic reaction to cement
- Cement leakage, which can occasionally cause nerve irritation
- Adjacent level fractures (due to altered spinal load dynamics)
However, Dr. Sudberg points out that these risks are low when the procedure is performed by experienced specialists and when patient selection is carefully managed.
“Proper technique and proper indications are everything,” he says. “That’s how we minimize risk and maximize benefit.”
What Does the Research Say?
Multiple studies have shown that kyphoplasty is effective at reducing pain, improving mobility, and restoring spinal height. Compared to vertebroplasty (a related procedure that involves cement injection without balloon inflation), kyphoplasty often results in better spinal alignment and reduced cement leakage.
“Science supports what we see in practice every day,” Dr. Sudberg says. “Kyphoplasty works—and the data backs it up.”
Final Thoughts: Kyphoplasty as Part of a Comprehensive Plan
While kyphoplasty can offer remarkable relief, Dr. Jordan Sudberg emphasizes that it should be part of a comprehensive care plan, including:
- Osteoporosis treatment (like bisphosphonates or hormone therapy)
- Physical therapy
- Lifestyle modifications
- Fall prevention strategies
“Fixing the fracture is just one piece of the puzzle,” he says. “Our goal is long-term spinal health, not just short-term relief.”