[耳蜗微结构的计算机三维重建]
[Computerized three-dimensional reconstruction of cochlear microstructures].
作者信息
Liu Hongjian, Wang Guangke, Ma Song, Dong Mingmin
机构信息
Department Otolaryngology, Henan Province People's Hospital, Zhengzhou, 450003, China.
出版信息
Lin Chuang Er Bi Yan Hou Tou Jing Wai Ke Za Zhi. 2011 Jul;25(13):608-9, 614.
OBJECTIVE
To explore an useful and practical method for three-dimensional reconstruction of cochlear microstructure.
METHOD
A digital image dataset of magnified forty times of human cochlear tissue can be get from the serial sections of transverse cedukol images of male cadavers temporal bone. Photoshop 6.0 and Amira 3.0 software were used to deal with the digital image dataset, such as image-connecting and image inner-location and three-dimensional reconstruction of cochlear and scala media.
RESULT
The result of three-dimensional reconstruction of the cedukol images represents the anatomy of human cochlear and scala media transparently and objectively.
CONCLUSION
The three-dimensional reconstruction technique used in the study is practical for three-dimensional of inner ear microstructure.
目的
探索一种实用的耳蜗微结构三维重建方法。
方法
从男性尸体颞骨横断苏木精-伊红染色图像的连续切片中获取放大40倍的人耳蜗组织数字图像数据集。使用Photoshop 6.0和Amira 3.0软件处理该数字图像数据集，如图像拼接、图像内部定位以及耳蜗和中阶的三维重建。
结果
苏木精-伊红染色图像的三维重建结果清晰、客观地呈现了人耳蜗和中阶的解剖结构。
结论
本研究中使用的三维重建技术对于内耳微结构的三维重建是实用的。
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