Tan Li-Wen, Zhang Shao-Xiang, Song Lin, Liu Zheng-Jin, Qiu Ming-Guo, Li Qi-Yu, Li Kai, Wang Yu-Su, Tang Ze-Sheng
Department of Anatomy, Third Military Medical University, Chongqing 400038, China.
Zhonghua Er Bi Yan Hou Ke Za Zhi. 2004 Jun;39(6):368-70.
To establish digitized visible model of the laryngeal cartilages of the visible human, providing morphological data for image diagnosis and laryngectomy.
Cross-sectional images of fresh tissues from the Chinese visible human data set were reviewed, and the laryngeal cartilages structures data were used, the data was on a section-by-section basis. Three-dimensional computer reconstructions of the laryngeal cartilages were generated from these data by surface rendering on a SGI workstation.
The digital images from the visible human offer unique insights into the complex anatomy and ossification of the laryngeal cartilages, the quality of the computerized 3D-reconstructed images was distinct and perfect.
The visible human data set can provide complete and accurate data The digitized model of the laryngeal cartilages offer unique insights into the laryngeal anatomy, could be used for resident education, rehearsal of an unfamiliar surgery and for developing a new surgical approach.
建立可视化人体喉软骨的数字化可视模型，为影像诊断和喉切除术提供形态学数据。
回顾中国可视化人体数据集新鲜组织的横断面图像，采用逐节段的喉软骨结构数据。通过在SGI工作站上进行表面渲染，从这些数据生成喉软骨的三维计算机重建图像。
可视化人体的数字图像为喉软骨的复杂解剖结构和骨化提供了独特的见解，计算机三维重建图像质量清晰完美。
可视化人体数据集可提供完整准确的数据。喉软骨数字化模型为喉解剖学提供了独特见解，可用于住院医师教育、不熟悉手术的预演以及开发新的手术方法。
