Spinal fractures can result from trauma such as falls, car accidents, or sports injuries, as well as from conditions like osteoporosis that weaken the bones. When a vertebra breaks, it can cause severe pain, deformity, and in serious cases, spinal cord compression that threatens neurological function.
Surgical treatment involves realigning the fractured vertebra (reduction) and securing it in the correct position (stabilization) using screws, rods, or other fixation devices. The goal is to restore spinal alignment, protect the spinal cord, and allow the fracture to heal properly.
How the Procedure Works
The surgical approach depends on the type, location, and severity of the fracture. Dr. Waldron uses intraoperative imaging and navigation to guide precise placement of stabilization hardware. In some cases, the fractured bone is augmented with cement to restore vertebral body height and strength.
- Fracture type and stability determine the surgical plan
- Intraoperative imaging ensures accurate hardware placement
- Cement augmentation may be used for compression fractures
- Decompression is performed if the spinal cord or nerves are compromised
What Recovery Looks Like
Recovery varies significantly depending on fracture severity. Simple compression fractures treated with cement augmentation may allow patients to go home the same day with immediate pain relief. More complex fractures requiring fusion typically involve a hospital stay of three to five days, with bracing for six to twelve weeks.