Everything You Need To Know About Intraoperative Imaging

Intraoperative Imaging
Intraoperative Imaging

Minimally invasive procedures are used for the majority of spine surgeries to protect healthy tissues and muscles. Some type of Intraoperative Imaging is often employed to confirm surgical precision in order to achieve this as efficiently as feasible. The intraoperative images ensure that a tumour is successfully removed or that a spinal implant is positioned where it should be.

With intraoperative fluoroscopy, spine procedures are traditionally verified. The quantity of radiation exposure to the patient, the surgeon, and the operating room crew is a worry despite the fact that fluoroscopy provides trustworthy imaging.

The accuracy of traditional fluoroscopy-guided procedures has significantly decreased as a result of the development of in-room transportable computed tomography (CT) scanners, imaging improvements, and computer-based navigation, especially when setting pedicle screws. A transportable CT scanner's use improved patient safety and lowered radiation exposure for patients in one trial by reducing the frequency of screw repositioning.

The Intraoperative Imaging Market is anticipated to reach US$ 2,868.7 million in 2022 and grow at a 6.4% CAGR over the following five years.

The transportable CT scanner enables the surgeon to receive fast CT pictures after surgery while also offering superior imaging resolution and navigation to guide an operation. This enables quick intraoperative intervention before surgical closure, if necessary. There are systems that orient the patient with the surgical navigation system in slightly various ways. These optical surface matching approaches have some limitations, such as skin movement, incision size, and suitability for less invasive percutaneous procedures.

Most staff members leave the area or even the room before a mobile CT scan is performed, reducing radiation exposure Intraoperative Imaging. Once the image has been acquired, it is automatically matched to the patient scans in the navigation software, assisting the surgeon in ensuring that the implant has been properly positioned or the tumour has been removed as planned. The use of high-quality pictures plays a crucial role in spine surgery by providing valuable information, boosting surgeon confidence, and perhaps lowering the rate of re-operation.

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