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数字断层合成在颞骨放射诊断中的应用:正常受试者的可视化研究

[Application of digital tomosynthesis to radiographic diagnosis of the temporal bone: studies on visualization in normal subjects].

作者信息

Kawai T

机构信息

Department of Radiology, Shinshu University, School of Medicine.

出版信息

Nihon Igaku Hoshasen Gakkai Zasshi. 1995 Apr;55(5):312-21.

PMID:7784152
Abstract

To examine the usefulness of digital tomosynthesis for conducting radiographic diagnosis of the temporal bone, visualization of various aural structures such as the semicircular canals, cochlea, vestibular apparatus, ossicles of the ear and facial nerve canal was examined in 18 volunteers. The visualization of temporal bone specimens by digital tomosynthesis and CT images (slice thickness: 1.5 mm) was compared. The results showed that this system (Digital Tomosynthesis) produced clear images of bony labyrinthine structures such as the semicircular canals, cochlea, and vestibular apparatus. Visualization of the ossicles was also clear, and their continuity could be comprehended better than on CT images. This system also provided good visualization of the labyrinthine and tympanic parts of the facial nerve canal, although CT images had greater sharpness. Visualization of the lower half of the mastoid part was poor with this system.

摘要

为了检验数字断层合成技术在颞骨X线诊断中的实用性,对18名志愿者的各种耳部结构进行了观察,这些结构包括半规管、耳蜗、前庭装置、耳小骨和面神经管。比较了数字断层合成技术和CT图像(层厚:1.5mm)对颞骨标本的成像效果。结果显示,该系统(数字断层合成技术)能清晰显示半规管、耳蜗和前庭装置等骨迷路结构的图像。耳小骨的成像也很清晰,与CT图像相比,其连续性更易于理解。尽管CT图像的清晰度更高,但该系统也能很好地显示面神经管的迷路段和鼓室段。该系统对乳突部下半部分的成像效果较差。

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