Spinal fusion procedures sometimes require the use of specialized implants like cages, coupled with plates and screws, to stabilize the vertebral segments. Intraoperative imaging, facilitated by a C-arm fluoroscope, allows surgeons to precisely position these implants, ensuring optimal anatomical alignment and promoting successful fusion. This image-guided technique enhances the accuracy and safety of the surgical process.
Precise placement of spinal implants is crucial for achieving successful fusion and minimizing complications. The use of a mobile fluoroscopic imaging system like a C-arm provides real-time visualization during the procedure, allowing for adjustments and verification of implant positioning. This level of precision contributes to improved patient outcomes, reduced recovery times, and greater long-term stability. Historically, such procedures relied on pre-operative planning and less precise intraoperative guidance, potentially increasing the risk of misalignment and revision surgeries. This technique represents a significant advancement in spinal surgery.