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UCLA Health - Painful Spinal Compression Fractures:Indication for Percutaneous Cement Augmentation Procedures

Thumbnail of the video “UCLA Health - Painful Spinal Compression Fractures:Indication for Percutaneous Cement Augmentation Procedures”
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Author: UCLA Health
Categories: Health
Tags: health
Views: 2 · Last viewed: 2026-10-16 15:01 UTC

Short Summary

Main recommendation: Painful acute vertebral compression fractures should be treated promptly with percutaneous cement augmentation, namely vertebroplasty, kyphoplasty, or sacroplasty, chosen according to fracture location and type. The speaker stresses that these procedures are indicated for acute fractures, and that an MRI is used to confirm acuity and to rule out adjacent fractures.

Key Points

  • Untreated vertebral compression fractures can cause persistent pain that does not respond well to painkillers, limit mobility, reduce lung capacity, raise pneumonia risk, and affect spinal alignment long term.
  • Two fracture types are discussed: osteoporosis-related fractures, with the speaker citing about 700,000 spinal fractures per year in the country, and pathological fractures, common in metastatic cancer or multiple myeloma.
  • Cement placed into the fractured vertebral body is said to stabilize the bone and relieve pain, with the heat it generates reportedly burning the nerve endings that carry pain signals.
  • Cement augmentation works best for acute fractures; old, healed fractures are not expected to benefit, and pain from them may stem from misalignment.
  • Kyphoplasty adds balloon inflation to create a cavity and restore height in selected patients, and the balloon test can help distinguish acute from healed fractures.

Details Worth Noting

  • Concrete instructions: Make a diagnosis first. Get an MRI to confirm the fracture is acute (a bright white signal indicates acuity) and to check for adjacent fractures. Choose vertebroplasty, kyphoplasty, or sacroplasty based on fracture location and type. For vertebroplasty, place trocars into the affected vertebral body, confirm position, then inject cement. For kyphoplasty, insert a trocar, insert and inflate a balloon to create a cavity and regain height, then inject cement. If the balloon does not inflate even at about 200 psi, the speaker interprets this as a healed fracture, and cement is not expected to relieve pain. If the balloon inflates well, the speaker says this indicates the fracture is acute, and he expects cement injection to relieve the pain.
  • The speaker describes the procedure as simple for vertebroplasty, and says kyphoplasty balloon height restoration is used only for some patients.
  • The procedure room is a high-end biplane-type suite normally used for brain aneurysms and AVMs; the speaker says its 3D navigation helps visualize bony landmarks in osteoporotic bone and improves safety.
  • The speaker says the program is one of the few that uses this equipment for kyphoplasty, vertebroplasty, and sacroplasty.

Bottom Line

Prompt evaluation with MRI is key, because cement augmentation is aimed at acute fractures and is less likely to help chronic, healed ones.