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Reconstruction of the 3D Geometry of the Ossicular Chain Based on Micro-CT Imaging

机译:基于微CT成像的听骨链3D几何重建

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摘要

Modelling of the sound transmission process from the external ear canal through the middle ear structures to the cochlea is often performed using the finite element method. This requires knowledge of the geometry of the object being modelled. The paper shows the results of reconstruction of the 3D geometry of the ossicular chain. The micro-CT images of a cadaver's temporal bone were used to carry out the reconstruction process. The obtained geometry may be used not only for modelling of the middle ear mechanics before and after ossicular replacement but also for production of anatomical middle ear prostheses, calculation of inertial properties of the ossicular bones or educating radiologist and otolaryngologist.
机译:通常使用有限元方法对从外耳道到中耳结构再到耳蜗的声音传输过程进行建模。这需要了解要建模的对象的几何形状。本文显示了听骨链的3D几何形状的重建结果。尸体颞骨的微CT图像用于执行重建过程。所获得的几何形状不仅可以用于在听小骨置换之前和之后进行中耳力学建模,而且还可以用于解剖学中耳假体的生产,听小骨的惯性特性的计算或对放射科医生和耳鼻喉科医生的教育。

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