Modern optical imaging technology called Intraoperative Imaging is used during surgical procedures. This imaging device has helped surgeons understand the anatomy of their patients during operations. The intraoperative imaging process uses a display system and specialised cameras to provide a detailed image of the operating area. Although the system's original purpose was to treat brain tumours, since then its range of use has increased. The usage of a hybrid operating room with 3D sensors, as well as CT and MRI scanners, is required for intraoperative imaging.
The usage of Intraoperative Imaging systems during procedures on intricate organs like the brain and sinuses will be what drives the for this devices. Intraoperative imaging refers to the use of image-guided technology by medical professionals during surgery, therapy administration, procedure status confirmation, and decision-making. By maximising the targeting of diseased areas, image-guided therapy assists surgeons in altering treatments, leading to better surgical outcomes. Popular intraoperative imaging methods include computed tomography (CT), positron emission tomography (PET), and magnetic resonance imaging (MRI) (CT)
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