Intraoperative CT & MRI
Intraoperative CT and MRI represent a revolutionary leap in surgical precision, integrating advanced diagnostic imaging directly into the operating room. This technology provides surgeons with high-resolution, real-time anatomical images of the patient during the procedure, overcoming the limitations of pre-operative scans which cannot account for changes that occur during surgery. By allowing surgeons to visualize complex anatomy, verify the placement of implants, and confirm the extent of tumor removal before the surgery is complete, intraoperative imaging fundamentally enhances patient safety, improves accuracy, and maximizes the effectiveness of the procedure.
Intraoperative imaging provides surgeons with real-time scans during surgery, which are often integrated with Surgical Navigation systems to act as a 'GPS' for the procedure. Intraoperative CT (iCT) is ideal for spine surgery, allowing surgeons to instantly verify the precise placement of screws and rods to ensure a strong and safe construct. In neurosurgery, Intraoperative MRI (iMRI) is used to visualize soft tissues and confirm the complete removal of a brain tumor in a single operation. This combination of real-time imaging and navigation allows for millimeter accuracy, significantly enhancing patient safety and maximizing surgical outcomes.
The foremost benefit of intraoperative imaging is a dramatic increase in precision and safety, as it provides immediate visual feedback for surgeons to confirm their actions and make corrections on the spot. This real-time verification helps maximize procedural success, ensuring optimal spinal hardware placement or the most complete tumor resection possible. By allowing any issues to be identified and corrected immediately, the technology significantly reduces the need for revision surgery, saving patients the physical and emotional burden of a second operation.
Intraoperative CT and MRI have transformed complex surgery from a "plan and execute" model to a dynamic "plan, execute, and verify" process. This technology empowers surgeons with real-time data to make more informed decisions, adapt their strategy as needed, and confirm the success of the procedure before leaving the operating room. This ultimately leads to safer, more effective surgeries, fewer complications, and better overall outcomes for patients.