Robotic Kyphosis Surgery (O-Arm Navigation System + MAZOR X Robotic Spine System + MedTronic Implants) | Turan & Turan Clinic, Turkey

Kyphosis surgery corrects abnormal spinal curvature. If traditional treatments fail, robotic surgery may be recommended, particularly for severe or worsening deformities. Integrating advanced technologies like the O-Arm Navigation System, MAZOR X Robotic Spine System, and Medtronic implants ensures precise correction. Preparation involves thorough pre-operative assessments, including detailed imaging scans such as X-rays and MRIs. This approach allows surgeons to precisely understand the patient's spinal anatomy and plan the surgery accordingly. During the procedure, the patient is placed under general anesthesia to ensure comfort and immobility. Surgeons make a carefully planned incision along the spine to access affected vertebrae. The O-Arm provides real-time, high-resolution 3D imaging for precise visualization and planning. The MAZOR X Robotic Spine System guides surgeons with unmatched precision during corrective measures. Medtronic implants, tailored for the patient, provide stability and support. Crafted from durable materials like titanium, they ensure long-term efficacy. Once implants are securely placed, the incision is closed. Post-surgery, patients receive pain management and physical therapy for recovery and rehabilitation. Once the implants are securely in place, the incision is carefully closed. Post-surgery, patients receive comprehensive pain management and physical therapy to aid in recovery and rehabilitation. It is important to note that although these advanced technologies can improve the surgical process, kyphosis surgery is still a complex procedure with potential risks. By choosing our highly experienced team, the patient can be sure of achieving a long-lasting, high-quality result. In addition, statistically, our medical center has fewer complications or failures than other clinics. Untreated kyphosis can lead to worsening spinal curvature, severe back pain, limited mobility, breathing difficulties, nerve compression, spinal cord damage, and potential complications with heart and lung function. Additionally, untreated kyphosis can significantly impact the quality of life, affecting daily activities and overall well-being. Therefore, timely intervention is crucial to prevent these potential consequences and improve long-term outcomes.