Procedure · Vertebral Augmentation · Naples & Fort Myers FL
Kyphoplasty & Vertebroplasty —
profound pain relief from a spinal fracture
Vertebral compression fractures from osteoporosis are among the most painful conditions in spine care — described by many patients as more severe than any pain they have ever experienced. Kyphoplasty, vertebroplasty, and the Stryker SpineJack® stabilise the fractured vertebra, relieve pain rapidly, and in many cases restore lost vertebral height. Patients who arrive unable to walk frequently leave the same day. The transformation can be remarkable.
"I have had patients tell me their vertebral compression fracture hurt more than childbirth. That is not an exaggeration — these fractures are extraordinary in their severity. The transformation after kyphoplasty is one of the most immediate and dramatic things I see in spine surgery. A patient arrives unable to get out of a wheelchair from pain. They leave the same day walking. They sleep through the night. They can turn over in bed. They can get in and out of a car. The procedure is not always necessary — many fractures can be managed conservatively — but when the pain is severe and limiting, kyphoplasty is truly life-changing."
Dr. G. Katsevman, MD · Neurosurgeon & Spine SurgeonThe patient experience
What a vertebral compression fracture
actually does to a person
Vertebral compression fractures are not the kind of fracture most people imagine when they think of a broken bone. There is no dramatic trauma, no visible deformity, often no specific moment the patient can identify. The vertebra — weakened by osteoporosis — simply collapses under the ordinary forces of daily life: bending forward, lifting a grocery bag, stepping off a curb. The fracture is quiet. The pain is not.
Many patients describe a spinal compression fracture as the most severe pain of their lives — more acute than anything they have experienced, including childbirth. The pain is present at rest. It worsens with every movement. Getting out of bed becomes an ordeal that takes minutes. Getting in and out of a car may be nearly impossible. Turning over in bed at night wakes patients from sleep. Sitting upright is painful. Walking is painful. Simply existing is painful.
The consequence for daily life is severe. Patients become progressively more sedentary because movement produces pain. Deconditioning follows quickly. Fall risk increases. Depression is common. The cascade of consequences from a single vertebral fracture — reduced mobility, deconditioning, muscle loss, further fall risk, further fractures — is one of the most serious clinical trajectories in the elderly population.
What happens after kyphoplasty is one of the most striking things in spine surgery. A patient who arrives at the office unable to get out of their wheelchair from pain, who has been sleeping in a recliner because lying flat is too painful, who has stopped cooking, dressing independently, or leaving the house — that patient frequently leaves the surgery center walking the same day, sleeps through the night, and reports at follow-up that the pain they thought would define the rest of their life is simply gone.
Based on articles retrieved from PubMed, a review by Alsoof et al. published in The American Journal of Medicine reports that vertebral compression fractures are the most common complication of osteoporosis, with approximately 700,000 cases reported each year in the United States. More than two-thirds are not caused by a specific trauma — they occur during normal daily activities in bones weakened below the fracture threshold by osteoporosis. They are most common in postmenopausal women but occur in men and in patients on long-term corticosteroid therapy as well.
The fracture typically involves the anterior column of the vertebral body, which collapses under axial load. This produces a characteristic wedge deformity — the front of the vertebra is shorter than the back — which changes spinal alignment, increases kyphosis (forward curvature), and alters the load distribution on adjacent levels. Height loss from multiple compression fractures is what produces the characteristic forward-stooped posture seen in long-standing osteoporosis.
Most compression fractures eventually heal with conservative management over 6–12 weeks. Many do not require surgery. When pain is severe, persistent, and limiting daily function despite appropriate conservative management, vertebral augmentation — kyphoplasty, vertebroplasty, or SpineJack — provides pain relief that conservative measures cannot.
Not always from traumaMore than 2 in 3 vertebral compression fractures occur during ordinary activities — bending, lifting, reaching — without a fall or specific injury. Many patients do not know they have fractured a vertebra until they seek evaluation for new back pain.
Multiple fractures are commonHaving one vertebral compression fracture increases the risk of subsequent fractures significantly. Each fracture alters alignment and increases mechanical stress at adjacent levels. This is why treating the underlying osteoporosis is as important as treating the fracture itself.
Neurological deficits are uncommon but require evaluationMost vertebral compression fractures do not produce nerve compression. If a patient has significant leg weakness, numbness, or bowel and bladder dysfunction, urgent evaluation is needed to rule out retropulsion of bone into the spinal canal.
MRI identifies the acute fractureDistinguishing an acute, painful fracture from an old, healed one on plain X-ray is not reliable. MRI with STIR sequences identifies bone marrow edema, confirming which fracture is acute — which is essential for surgical planning.
Conservative care first, surgery when it failsKyphoplasty and vertebroplasty are elective procedures — not emergencies and not always necessary. Rest, bracing, and pain management are appropriate first-line treatment for most fractures. Surgery is offered when pain remains severe and limiting despite adequate conservative management.
Recognising the fracture
Symptoms of a vertebral
compression fracture
These symptoms, particularly in a patient with known or suspected osteoporosis, should trigger spinal imaging to evaluate for compression fracture.
Abrupt onset of mid- or lower back pain, often without a specific injury. May be described as a sudden “snap” sensation, or may develop over hours without an identifiable moment. Disproportionately severe compared to what the patient expected from normal activity.
Extreme pain with getting in and out of bed, getting in and out of a car, standing from a seated position, rolling over at night. Pain is not limited to one position — it is present in all positions and worsens with any transition. Many patients find sleeping flat impossible and sleep in a recliner.
Unlike most mechanical back pain that improves with rest, an acute compression fracture may produce significant pain even lying still. Night pain that disrupts sleep is common in acute fractures. This “rest pain” pattern also warrants evaluation to rule out malignancy as a cause of the fracture.
Over months to years with multiple vertebral compression fractures, patients lose height and develop a progressively forward-stooped posture (hyperkyphosis). This is not reversible with conservative treatment — and is one reason vertebral height restoration with SpineJack or kyphoplasty is valuable when performed early.
Severe fracture pain severely limits walking distance and tolerance for being upright. Patients who were walking independently become wheelchair-dependent, not from neurological deficit but from pain alone. This deconditioning spiral accelerates quickly in elderly patients.
Focal tenderness to percussion or palpation directly over the fractured vertebral level is a reliable clinical sign. This mid-line bony tenderness, particularly in a patient with risk factors for osteoporosis, is a specific indicator for spinal imaging.
The procedures
Kyphoplasty, vertebroplasty,
and the Stryker SpineJack®
All three procedures are minimally invasive, performed through a small needle or cannula under fluoroscopic guidance, and typically completed as same-day procedures. The choice between them depends on the severity of the fracture, the degree of vertebral collapse, and the goals of treatment.
A small cannula is placed into the fractured vertebral body through a percutaneous approach under live fluoroscopy. A balloon tamp is inflated inside the vertebra to create a cavity and partially restore vertebral height. The balloon is then deflated and removed. Bone cement (PMMA) is injected into the cavity under low pressure, stabilising the fracture. The low-pressure injection into the pre-formed cavity significantly reduces cement leakage risk compared to vertebroplasty. Typically bilateral (both sides of the vertebra treated). Same-day discharge.
Bilateral · same-day discharge · height partially restoredBone cement is injected directly into the fractured vertebral body under fluoroscopic guidance without balloon pre-treatment. Faster and less expensive than kyphoplasty. Pain relief outcomes are similar to kyphoplasty. The cement is injected under higher pressure than kyphoplasty without a pre-formed cavity, which carries a marginally higher risk of cement leakage. Less height restoration than kyphoplasty or SpineJack. Appropriate when the primary goal is pain relief rather than height or alignment correction.
Faster · similar pain relief · less height restorationThe SpineJack system uses two small titanium implants — one on each side of the vertebral body — that expand mechanically like a jack, restoring vertebral height before cement is injected. Compared to standard kyphoplasty and vertebroplasty, SpineJack produces superior vertebral body height restoration and greater correction of the local kyphotic angle. Offered here for moderate-to-severe fractures where significant collapse has occurred and height restoration is a treatment goal. Based on articles retrieved from PubMed, a multi-institutional study published in AJNR found SpineJack produced significantly better “worst pain” improvement and superior height restoration vs. both kyphoplasty and vertebroplasty.
Titanium implant · superior height restoration · severe fracturesBased on articles retrieved from PubMed, a multi-institutional study published in the American Journal of Neuroradiology (Li et al. 2023) compared SpineJack to balloon kyphoplasty and vertebroplasty across 344 vertebral augmentation procedures. All three procedures produced significant pain improvement. SpineJack produced significantly better improvement in “worst pain” scores compared to kyphoplasty and vertebroplasty (p < 0.001), along with superior vertebral body height restoration and greater correction of local kyphotic angle. The study specifically recommended SpineJack for patients with moderate-to-severe vertebral compression fractures where greater height restoration is a treatment goal. Adjacent level fracture rates were similar across all three procedures at approximately 6.7%.
When is SpineJack offered here? For fractures with significant vertebral body collapse where restoring height and correcting kyphosis are important goals — particularly in patients with progressive deformity, multiple prior fractures, or severe height loss that is affecting posture, breathing mechanics, or quality of life. Standard kyphoplasty remains the approach for most fractures. SpineJack is offered as a more powerful tool when the anatomy warrants it.
What the procedure involves
From evaluation to same-day
discharge — what to expect
Dr. Katsevman reviews your MRI, X-rays, and clinical history personally. MRI is essential — it identifies bone marrow edema, confirming the fracture is acute and painful rather than old and healed, and rules out malignancy as a cause. Standing X-rays assess the degree of vertebral collapse and kyphotic deformity. The consultation establishes whether conservative management should be continued, whether standard kyphoplasty is appropriate, or whether SpineJack is indicated for your degree of collapse.
Performed at an ambulatory surgery center or hospital, typically under IV sedation or general anaesthesia. You lie face down. Under continuous fluoroscopic guidance, a small cannula is placed through the skin and pedicle into the fractured vertebral body. For kyphoplasty: a balloon is inflated to create a cavity and partially restore height, then deflated; cement is injected into the cavity at low pressure. For SpineJack: titanium implants are placed and expanded mechanically before cement injection. For vertebroplasty: cement is injected directly. The procedure typically takes 30 to 60 minutes depending on the number of levels treated. Same-day discharge in most cases.
Most patients report significant pain relief within hours of the procedure as the cement cures and the fracture is stabilised. The transformation is often immediate and dramatic. Patients who arrived unable to stand from pain can frequently walk out of the surgery center. Activity is typically resumed as tolerated, with avoidance of heavy lifting and high-impact activity during initial healing. Follow-up imaging confirms cement placement. Osteoporosis workup begins at or following the procedure — because addressing the underlying bone loss is essential to preventing the next fracture.
A vertebral compression fracture is a fracture caused by a disease — osteoporosis — not just bad luck. Treating the fracture without treating the osteoporosis leaves the patient at high risk for the next fracture. Dr. Katsevman works up all appropriate patients for osteoporosis: DEXA scan to quantify bone mineral density, labs to evaluate secondary causes of bone loss (vitamin D, parathyroid, thyroid), and referral to endocrinology or primary care for pharmacological osteoporosis treatment (bisphosphonates, denosumab, teriparatide) when indicated. Calcium and vitamin D optimisation. The goal is to break the fracture cycle.
The clinical evidence
What the data shows —
rapid, effective, durable pain relief
Based on articles retrieved from PubMed, both kyphoplasty and vertebroplasty have been studied extensively. The consistent finding across the literature is that both procedures produce rapid, significant pain relief in appropriately selected patients, with complication rates that are low. SpineJack adds superior height restoration and kyphosis correction for more severe fractures.
The bigger picture
Treating the fracture is step one —
treating the osteoporosis prevents the next one
A spinal compression fracture is often the first visible sign of osteoporosis that has been developing silently for years. Fixing the fracture without diagnosing and treating the underlying bone disease leaves the patient at high risk for the next fracture — at the same level, at an adjacent level, or elsewhere in the spine and skeleton. This practice takes a holistic approach.
Every patient with a vertebral compression fracture who has not had a recent osteoporosis evaluation is worked up as part of the fracture care. This is not a secondary consideration — it is part of the treatment plan.
- DEXA scan (Dual-Energy X-ray Absorptiometry) — ordered if not recently performed; quantifies bone mineral density at the spine and hip; T-score determines the degree of osteopenia or osteoporosis
- Laboratory evaluation — vitamin D 25-OH level, calcium, parathyroid hormone (PTH), thyroid function, and other markers to evaluate for secondary causes of bone loss that are addressable
- Referral to endocrinology or primary care for pharmacological treatment when osteoporosis is confirmed — bisphosphonates (alendronate, zoledronic acid), denosumab (Prolia), teriparatide (Forteo), or romosozumab depending on severity and history
- Calcium and vitamin D optimisation — foundational for bone health and required for pharmacological osteoporosis treatment to be effective
- Fall risk assessment — physical therapy referral for balance and strength training to reduce the risk of future falls and fractures
The goal is not just to relieve the pain of this fracture. It is to ensure this patient does not have another one.
Common questions
What patients ask
about kyphoplasty and vertebral compression fractures
Do I need kyphoplasty, or will my fracture heal on its own? +
Most vertebral compression fractures will eventually stabilise with conservative management over 6–12 weeks. Kyphoplasty is an elective procedure — it is not required in every case, and many patients with mild-to-moderate fracture pain can be managed successfully with rest, pain medication, and a back brace. The indications for kyphoplasty are: severe pain that is limiting daily function and not responding adequately to conservative management after a reasonable trial; pain severe enough that the patient cannot mobilise, is losing independence, or has become wheelchair-dependent purely from pain; and in some cases, progressive vertebral collapse with significant deformity that is affecting quality of life or alignment. The consultation establishes which category applies to you. For patients with severe, debilitating pain, the question is often not whether kyphoplasty is appropriate — it is why it hasn’t been done sooner.
What is the difference between kyphoplasty and vertebroplasty? +
Both procedures stabilise the fracture by injecting bone cement into the fractured vertebral body under fluoroscopic guidance. The key technical difference is that kyphoplasty first inflates a balloon inside the vertebra to create a cavity and partially restore vertebral height before cement is injected — the cement goes into the pre-formed cavity at low pressure, which reduces leakage risk. Vertebroplasty injects cement directly without the balloon step — it is faster and less expensive, but injects cement at higher pressure without a pre-formed cavity. Based on articles retrieved from PubMed, clinical studies have found that pain relief outcomes are similar between the two procedures; kyphoplasty produces more height restoration. The SpineJack produces the greatest height and alignment restoration of the three and is offered for more severe fractures.
What is the SpineJack and when is it used instead of standard kyphoplasty? +
The Stryker SpineJack® is an FDA-approved titanium implant system that uses two small expandable devices — one on each side of the vertebral body — to mechanically restore vertebral height before bone cement is injected. Unlike the balloon in standard kyphoplasty, which creates a cavity by compressing the cancellous bone, the SpineJack expands by an unfolding mechanism that more directly lifts the collapsed vertebral endplates. Based on articles retrieved from PubMed, a multi-institutional study published in AJNR found SpineJack produced significantly better worst-pain scores and superior height and alignment restoration compared to both kyphoplasty and vertebroplasty. It is offered here for patients with moderate-to-severe vertebral collapse where meaningful height and deformity correction is a treatment goal — particularly for fractures with more than 50% height loss, progressive kyphotic deformity, or significant wedge collapse.
How quickly will I feel pain relief after kyphoplasty? +
Pain relief after kyphoplasty is often immediate and dramatic. Many patients notice significant improvement within hours of the procedure, as the cement cures and stabilises the fractured vertebra. This is one of the most striking aspects of kyphoplasty — the rapidity and magnitude of relief relative to the minimally invasive nature of the procedure. Patients who were unable to stand from pain without assistance can frequently walk out of the surgery center the same day. Not every patient has a complete response — some have residual pain from muscle spasm, adjacent fractures, or other sources — but the improvement in fracture pain specifically is typically profound. Based on a systematic review of 930 patients published in Pain Physician, most patients with symptomatic fractures achieved rapid and effective pain relief after percutaneous kyphoplasty.
Will I need to be treated for osteoporosis after my fracture? +
Almost certainly yes, if you have not already been evaluated. A vertebral compression fracture is the most common clinical presentation of osteoporosis — it means your bone density has crossed the fracture threshold. Having one compression fracture significantly increases your risk of additional fractures. Dr. Katsevman orders a DEXA scan if one has not been recently performed, evaluates for secondary causes of bone loss with laboratory testing, and refers to endocrinology or your primary care physician for pharmacological treatment when indicated. Pharmacological osteoporosis treatment — bisphosphonates, denosumab, or anabolic agents — reduces the risk of future fractures significantly. Treating the fracture without treating the osteoporosis is an incomplete plan.
Is kyphoplasty covered by insurance? +
Yes — kyphoplasty and vertebroplasty are covered by Medicare and most major commercial insurers for acute, painful vertebral compression fractures in patients who have failed conservative management and meet imaging criteria for an acute fracture. Prior authorisation is typically required. The practice manages insurance coordination for all patients. SpineJack coverage varies by insurer — it has FDA approval and is covered by Medicare and many commercial plans, with prior authorisation required. Specific coverage requirements are reviewed at the time of consultation and prior authorisation.
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"Kyphoplasty is one of the procedures I am most proud to offer — not because it is technically complex, but because of what it does for the patient. I have had patients arrive in a wheelchair, unable to walk even short distances from pain, who had been sleeping in a recliner for weeks because lying flat was unbearable. After the procedure they sleep through the night. They can turn over in bed. They can get in and out of a car. They can live again. And then we work on the underlying osteoporosis together — because the goal is never just this fracture. The goal is no more fractures."
Gennadiy (Gene) A. Katsevman, MD
Neurosurgeon & Minimally Invasive Spine Surgeon · Naples & Fort Myers FL
★★★★★ Hundreds of five-star reviews — Google, Healthgrades, WebMD
Naples Top Doctor — Neurosurgery 2024, 2025, 2026
Balloon kyphoplasty · Vertebroplasty · Stryker SpineJack®
Osteoporosis workup · DEXA scan · Endocrinology referral when indicated
TOPS™ · Disc replacement · Barricaid® · MIS laminectomy · MIS SI joint fusion
PRP & BMAC biologics — optional intraoperative enhancements
Robotic navigation · EOS imaging · Intraoperative CT
No residents · No fellows · Every surgery performed personally
Fellowship — Barrow Neurological Institute under Dr. Juan Uribe
30+ peer-reviewed publications
Naples: 6101 Pine Ridge Road #101 · (239) 649-1662
Fort Myers: 8380 Riverwalk Park Blvd #320 · (239) 437-1121
Kyphoplasty · SpineJack® · Naples & Fort Myers FL · Same-Day Discharge
Severe fracture pain that isn’t getting better
may not have to be lived with.
Upload your MRI and X-rays before the consultation. Dr. Katsevman reviews all imaging personally and determines whether standard kyphoplasty, SpineJack, or vertebroplasty is appropriate — or whether conservative management remains the right path. Osteoporosis workup is part of the conversation.
6101 Pine Ridge Road #101, Naples, FL 34119
Fort Myers, FL 33919
Upload MRI and X-rays before your appointment