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LAYOUT skull with intracranial landmarks to investigate the possibility to combine the use of frameless stereotactic neuronavigation AND DEVICE EI Candela
LAYOUT skull with intracranial landmarks to investigate the possibility to combine the use of frameless stereotactic neuronavigation AND DEVICE EI Candela
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机译：颅骨与颅内界标的布局，以研究将无框立体定向神经导航与DEVICE EI Candela结合使用的可能性
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摘要
The invention relates to medical engineering and can be used to achieve maximum precision surgical access in the combined use of frameless stereotactic neuronavigation and E.I.Kandelya device. The technical result - achieving maximum precision surgical access to the source depth of small volume using a combined method. This is achieved in that the layout of the skull is a plastic skull burr hole superimposed and intracranial engineered benchmarks as subcortical nuclei of the thalamus, and cerebellar structures and is characterized in that the size, shape and localization of intracranial targets similar to the human brain structures. Layouts subcortical nuclei and thalamus rengennekontrastnom arranged in a bed established at a height of 4 mm from the upper backrest sella parallel orbitsphere meatalnoy line. Location burr holes on one side of the skull correspond to the intervals between the holes on the other half, which allows to evaluate the access to the entire surface of the skull. In order to visualize the immersion tool trajectory and location of its tip in intracranial space calvarial bones made removable. 3 ZP f ly-3-yl.
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机译：本发明涉及医学工程，并且可以在无框立体定向神经导航和E.I.Kandelya装置的组合使用中用于实现最大精度的外科手术。技术成果-通过组合方法实现了对小体积源深的最大外科手术通道。这是因为头骨的布局是一个塑料头骨毛刺孔，它是作为丘脑的皮层下核和小脑结构叠加的颅内工程基准，并且其特征是颅内靶标的大小，形状和位置类似于人脑结构。皮层下核和丘脑rengennekontrastnom的布局排列在离上靠背蝶鞍平行的轨道球面线4 mm高的床中。颅骨一侧的位置毛刺孔与另一半孔上的孔之间的间隔相对应，这可以评估对颅骨整个表面的访问。为了可视化浸没工具的轨迹和其在颅内空间的尖端位置，使颅骨可移动。 3 ZP f ly-3-yl。
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