Neuronavigation is a technology that has revolutionized modern neurosurgery and provides surgeons with high-precision guidance during surgery. This system makes it possible for surgeons to work safely and effectively within the complex structures of the brain.
What is Neuronavigation?
Neuronavigation is an advanced imaging and guidance technology that helps surgeons accurately identify and reach targeted areas in the brain. This system utilizes pre-acquired magnetic resonance imaging (MRI) or computed tomography (CT) data to deliver 3D images in real time during surgery.
Features of the Neuronavigation System
High Precision: The neuronavigation system works with millimeter accuracy, which allows the surgeon to reach the targeted tissue without damaging it. It plays a critical role in protecting sensitive structures in the brain.
Real-Time Imaging: During surgical procedures, it delivers real-time images integrated with pre-recorded MRI or CT data. This allows the surgeon to be guided instantaneously and the surgical procedure to be carried out safely.
3D Visualization: The neuronavigation system provides 3D images of the brain and lesions, allowing the surgeon to clearly see the location of tumors, aneurysms or other pathological structures during surgery.
Integrated Systems: Surgical microscopes integrate with intraoperative ultrasound and other imaging devices to provide the surgeon with comprehensive guidance and visual information.
Benefits of Neuronavigation
Surgical Safety and Efficacy: Neuronavigation provides surgeons with highly accurate guidance during surgery, which minimizes surgical complications and increases the success of the surgery.
Precise Surgical Intervention: In neurosurgery, it allows targeted areas to be reached with millimeter accuracy, which is especially advantageous in sensitive areas such as tumor surgery and functional neurosurgery.
Short Operating Time: By shortening the operation time, it reduces the time the patient spends on the operating table and the risk of anesthesia. This provides a more comfortable surgical experience for the patient.
Postoperative Recovery: Thanks to less invasive surgery, the patient's recovery time is shorter and the risk of complications is reduced. This helps patients return to their normal lives more quickly.
Uses of the Neuronavigation System
Brain Tumors It provides high precision in the removal of brain tumors. By determining the exact boundaries of the tumor, surgeons can operate without damaging healthy tissues.
Functional Neurosurgery: It is used in the treatment of neurological disorders such as Parkinson's disease. It provides great convenience in placing deep brain stimulation (DBS) in targeted brain areas.
Vascular Surgery: Used in the surgery of aneurysms and other vascular anomalies. Neuronavigation provides the surgeon with precise visualization of vascular structures.
Spinal Surgery: It is also used in spine surgery, helping to accurately align the spinal structures and perform the operation safely.