Computer Integrated Surgical Robot System for Spinal Fusion
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초록
A new Computer Integrated Surgical Robot system is composed of a surgical robot, a surgical planning system, and an optical tracking system. The system plays roles of an assisting surgeon and taking the place of surgeons for inserting a pedicle screw in spinal fusion. Compared to pure surgical navigation systems as well as conventional methods for spinal fusion, it is able to achieve better accuracy through compensating for the portending movement of the surgical target area. Furthermore, the robot can position and guide needles, drills, and other surgical instruments or conducts drilling/screwing directly. Preoperatively, the desired entry point, orientation, and depth of surgical tools for pedicle screw insertion are determined by the surgical planning system based on CT/MR images. Intra-operatively, position information on surgical instruments and targeted surgical areas is obtained from the navigation system. Two exemplary experiments employing the developed image-guided surgical robot system are conducted.
Abstract
A new Computer Integrated Surgical Robot system is composed of a surgical robot, a surgical planning system, and an optical tracking system. The system plays roles of an assisting surgeon and taking the place of surgeons for inserting a pedicle screw in spinal fusion. Compared to pure surgical navigation systems as well as conventional methods for spinal fusion, it is able to achieve better accuracy through compensating for the portending movement of the surgical target area. Furthermore, the robot can position and guide needles, drills, and other surgical instruments or conducts drilling/screwing directly. Preoperatively, the desired entry point, orientation, and depth of surgical tools for pedicle screw insertion are determined by the surgical planning system based on CT/MR images. Intra-operatively, position information on surgical instruments and targeted surgical areas is obtained from the navigation system. Two exemplary experiments employing the developed image-guided surgical robot system are conducted.
참고문헌 (23)
- "State-of the Art in Surgical Robotics: Clinical Applications and Technology C", 6, pp.312~328 (2001)
- "Medical Robotics in Computer-Intergrated Surgery", 19(5), pp.765~781
- "Smart Surgical Tools and Augmenting Devices", 19(5), pp.783~792 (2003)
- "Technology Improvements for Image-guided and Minimally Invasive Spine Procedures", 6(4), pp.249~261 (2002)
- "Bone-Mounted Miniature Robot for Surgical Procedures: Concept and Clinical Applications"", 19(5), pp.893~901 (2003)
- "Development of a Spine Surgical Robotic System" (2004)
- "Image_Guided Surgery of the Spine", 42(1), pp.38~43 (1998)
- "CT Determination of Pedicle Canal Diameter", pp.491~ (1989)
- "Clinical Relevance of Accuracy of Pedicle Screw Placement: A Computed Tomographic-Supported Analysis", 23, pp.2215~2220 (1998)
- "Radiation Exposure During Fluoroscopically Assisted Pedicle Screw Insertion in the Lumbar Spine", 25(12), pp.1538~1541 (2000)
- "Clinical Evaluation and Computed Tomography Scan Analysis of Screw Tracts After Percutaneous Insertion of Pedicle Screws in the Lumbar Spine", 25(5), pp.615~621 (2000)
- "Pedicle Screw Placement", pp.481~486 (2004)
- "Accuracy of Pedicle Screw Placement in Lumbar Vertebrae", 21(11), pp.1320~1324 (1996)
- "Electromagnetic Field-Based Image-Guided Spine Surgery Part One: Reults of a Cadaveric Study Evaluating Lumbar Pedicle Screw Placement", 28(17), pp.2013~2018 (2003)
- "Navigation in Spinal Surgery Using Fluoroscopy", pp.487~494 (2004)
- "Computer-assisted Fluoroscopic Targeting system for Pedicle Screw Insertion", 47(4), pp.872~878 (2000)
- "An Interactive Mechatronic Assistance System to Support Surgical Interventions", pp.431~436 (2004)
- "Computer-Assisted Orthopedic Surgery with Individual Templates and Comparison Conventional Operation Method", 26, pp.365~370 (2001)
- "Computer Aided Surgery with Lumbar Vertebra Drill-Guides, Using Computer Aided Planning, Design and Visualization" (2001)
- "Evaluation of a Transpedicular Drill Guide for Pedicle Screw Placement in the Thoracic Spine", 12(5), pp.542~547 (2003)
- "Minimally Invasive Medical Technology (Series in Medical Physics)", pp.152~175 (2001), Institute of Physics Publishing
- "Advanced Techniques in Image-Guided Brain and Spine Surgery", pp.37~53 (2002)
- "Image-guided Surgery System Using the Stereo Matching Method", 24(4), pp.339~346 (2003)