In a stereotactic navigation accuracy test, the maximum and minimum error of the sCPI was 2.9 and 0.3 mm, and the mean error was 1.5 mm. Results: The resolution test showed that the resolution of the sCPI was 1.3 mm. Finally, we demonstrated the potential clinical application of sCPI through a clinical trial. In benchtop validation, the navigation accuracy of the sCPI and the BrainLab Kick Navigation Station was compared using a skull phantom with 8 intracranial targets. The stereotactic navigation accuracy of the sCPI was measured using a calibration panel with a 7×7 circle array pattern. The resolution of the sCPI was tested with a USAF1951 resolution test chart. The performance characteristics of the sCPI system, including projection resolution and navigation accuracy, were quantitatively verified. Methods: We developed an integrated dexterous stereotactic co-axial projection imaging (sCPI) system featuring orthotopic image projection for augmented reality (AR) neurosurgical navigation. Policy of Dealing with Allegations of Research Misconductīackground: Lack of intuitiveness and poor hand-eye coordination present a major technical challenge in neurosurgical navigation.Policy of Screening for Plagiarism Process.
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