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http://dx.doi.org/10.7746/jkros.2022.17.1.008

The Method of Virtual Reality-based Surgical Navigation to Reproduce the Surgical Plan in Spinal Fusion Surgery  

Song, Chanho (DGMIF)
Son, Jaebum (DGMIF)
Jung, Euisung (DGMIF)
Lee, Hoyul (DGMIF)
Park, Young-Sang (DGMIF)
Jeong, Yoosoo (DGMIF)
Publication Information
The Journal of Korea Robotics Society / v.17, no.1, 2022 , pp. 8-15 More about this Journal
Abstract
In this paper, we proposed the method of virtual reality-based surgical navigation to reproduce the pre-planned position and angle of the pedicle screw in spinal fusion surgery. The goal of the proposed method is to quantitatively save the surgical plan by applying a virtual guide coordinate system and reproduce it in the surgical process through virtual reality. In the surgical planning step, the insertion position and angle of the pedicle screw are planned and stored based on the virtual guide coordinate system. To implement the virtual reality-based surgical navigation, a vision tracking system is applied to set the patient coordinate system and paired point-based patient-to-image registration is performed. In the surgical navigation step, the surgical plan is reproduced by quantitatively visualizing the pre-planned insertion position and angle of the pedicle screw using a virtual guide coordinate system. We conducted phantom experiment to verify the error between the surgical plan and the surgical navigation, the experimental result showed that target registration error was average 1.47 ± 0.64 mm when using the proposed method. We believe that our method can be used to accurately reproduce a pre-established surgical plan in spinal fusion surgery.
Keywords
Surgical Planner; Surgical Navigation; Virtual Reality (VR);
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