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Showing posts with the label digital human anatomy in 3D

The Importance of 3D Visualization in Surgical Procedures

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In the realm of minimally invasive orthopedic surgeries, techniques of increased reality (AR) play an essential role. AR can enhance hand-eye coordination by giving doctors with a combined surgical scene to make surgery easier. Medical image processing and 3D Visualization Tool & Surgical Procedures presentation of essential anatomical components are necessary to display the navigation information on the AR scene. Inclusive videography (IV) as a potential 3D display technology may generate the full-parallax and continuous viewpoints auto stereoscope image. In addition, an intuitive scene is suggested for the IV-based digital human anatomy in 3D , and it was implemented in orthopedics, including oral surgery and spina operation. Precise registration of the patient picture and real-time target tracking may be obtained for surgical instrument and patient. This article examines the infrastructure needed for effective implementation of IV-based methods, addresses the obstacles for IV-b