This system is an innovative surgical navigation platform that integrates virtual reality (VR) and artificial intelligence (AI), specifically designed to enhance surgical precision and safety. It converts preoperative imaging data (MRI, CT) into real-time 3D anatomical reconstructions, allowing surgeons to immerse themselves in the patient’s anatomy and pathology through the operative microscope’s primary view, both preoperatively and intraoperatively. This immersive visualization significantly improves the efficiency of surgical planning and the accuracy of execution.

The system is particularly suitable for high-precision brain tumor surgeries in neurosurgery. By enhancing anatomical visualization and providing real-time navigational assistance, it helps reduce intraoperative errors and complications, ultimately improving patient outcomes.

Journal Article

• Virtual Reality-assisted Neurosurgery: Clinical Applications and Workflow Optimization
• Immersive VR Navigation Improves Tumor Margin Accuracy in Skull Base Surgery

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Department of Neurosurgery 018914@tool.caaumed.org.tw