CT Image-Based Segmentation, 3D Reconstruction and SLA Printing of Human Trachea

Ciprian Mateescu, N. Tanase, Corneliu Balan
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Abstract

Several recent studies have demonstrated the feasibility and utility of trachea CT 3D reconstruction, including its ability to enhance the accuracy and safety of surgical procedures. This paper tries to emphasize on the fabrication of the 3D model of the trachea and on a pioneer study that would put in the spotlight the utility of 3D printing and reconstruction of human respiratory airways. While the fabrication process represents an important step in creating such complex geometries, it is important to understand the post-production procedures and how to apply them to obtain a geometry that will later be used in imaging and experimental simulations.
基于CT图像的人体气管分割、三维重建与SLA打印
最近的几项研究已经证明了气管CT三维重建的可行性和实用性,包括它能够提高手术过程的准确性和安全性。本文试图着重于气管的3D模型的制作,以及一项开创性的研究,这将使3D打印和重建人类呼吸道的应用成为人们关注的焦点。虽然制造过程代表了创建这种复杂几何形状的重要一步,但重要的是要了解后期制作程序以及如何应用它们来获得稍后将用于成像和实验模拟的几何形状。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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