3D reconstruction of caudate nucleus and its clinical signification
Lou Jiaqing
Abstract
Lou Jiaqing
Abstract
Objective: Caudate nucleus was reconstructed on computer to gain its anatomic data and provide guidance for the stereotactic neurosurgery. Methods: whole brain from a cadaver of 20 year old's man without gross pathologic changes was cut by milling machine and took a series of pictures. Caudate nucleus were segmented from these brain images and reconstructed with computer. Results: The 3D model of caudate nucleus was built and the data about extent, position, volume and surface area of caudate nucleus was obtained from the computer images. Conclusions: The computerized three-dimensional reconstruction of caudate nucleus and stereotactic anatomic research on it can be helpful to the functional and stereotactic neurosurgery.
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Objective: Caudate nucleus was reconstructed on computer to gain its anatomic data and provide guidance for the stereotactic neurosurgery. Methods: whole brain from a cadaver of 20 year old's man without gross pathologic changes was cut by milling machine and took a series of pictures. Caudate nucleus were segmented from these brain images and reconstructed with computer. Results: The 3D model of caudate nucleus was built and the data about extent, position, volume and surface area of caudate nucleus was obtained from the computer images. Conclusions: The computerized three-dimensional reconstruction of caudate nucleus and stereotactic anatomic research on it can be helpful to the functional and stereotactic neurosurgery.
Key concepts: Caudate nucleus, Nucleus, Neurosurgery, Anatomy, Neuroscience, Medicine, Biology, Radiology