Robotic-assisted anterior and posterior cervical spine surgeries.

INTRODUCTION

Cervical spine surgeries pose unique challenges due to the proximity of critical structures and limited visualization with traditional techniques. Robotic assistance offers potential solutions by providing precise navigation and reducing radiation exposure. We present a series of 30 consecutive patients undergoing various cervical spine procedures utilizing the MazorX Stealth Edition (MXSE) robotic system with intraoperative imaging.

METHODS

Anterior and posterior surgeries were performed using the MXSE system. Surgical parameters, implant placement accuracy, and patient outcomes were assessed. Data analysis included anthropometric measurements, surgical times, blood loss, radiation exposure, and patient-reported outcomes.

RESULTS

Mean age was 52.43 years, with 43.33% females. Procedures included anterior cervical discectomy and fusion, corpectomy, disc replacement, and posterior decompression and fusion. Implant placements were accurate, with no neurological deficits or reoperations. Surgical parameters were comparable to standard techniques.

DISCUSSION

Robotic assistance offers accurate implant placement and reduced radiation exposure. Challenges such as vertebra segmentation and surgical approach were addressed. Further research and instrument development are needed for wider adoption.

CONCLUSION

Robotic navigation in cervical spine surgeries enhances precision and safety. Continued advancements in technology and technique are essential for broader implementation.