Keywords
AR surgical navigation
trauma surgery
Abstract
Patient-specific AR surgical navigation depends on the integration of individualized imaging, biomechanical deformation modeling, trauma evidence, and vascular simulation. This topic emphasizes surgical navigation for trauma and vascular intervention, where anatomical variability and intraoperative deformation can strongly influence guidance accuracy. MRI-based boundary conditions support patient-specific vascular simulations, while organ deformation modeling and prompt-guided biomechanics support adaptive AR overlays. Orthopedic and trauma evidence contributes clinically grounded knowledge about postoperative outcomes, surgical recovery, and injury patterns. Medical device technologies and implant biocompatibility further define the engineering context for deployable navigation systems. By connecting AR guidance, vascular modeling, trauma epidemiology, and orthopedic evidence, this literature structure supports reliable surgical decision assistance in complex patient-specific scenarios.
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