[眼球运动:高分辨率磁共振成像的初始动态方法]。

M H Carteret, J Maintenant, E A Cabanis, M T Iba-Zizen, A Lopez, M Thibierge, J Tamraz, C Stoffels
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引用次数: 0

摘要

新的MR软件允许动态显示不同的功能解剖区域。这项工作是首次尝试可视化眼球运动。一盘录像带构成了我们研究结果的支持。从技术上讲,这项工作是在Signa 1,5 T GE CGR系统上完成的。在每次MR采集过程中,受试者被要求将目光连续地固定在磁铁孔内的刻度上的每个点上。24张图像显示了地球仪的整个横向轨迹。考试时间大约是半个小时。视频显示激动肌和拮抗肌、眼球和视神经移位在轴向神经-眼平面(NOP)内的运动。讨论了这种新方法的不同临床应用(肌肉手术……)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
[Eye movements: initial dynamic approach in high resolution magnetic resonance imaging].

New MR softwares allow a dynamic display of different fonctionnal anatomical regions. This work is a first attempt to visualize the ocular movements. A video tape constitute the support of our results. Technically, the work is performed on a Signa 1,5 T GE CGR System. During each MR acquisition, the subject is asked to fix his gaze successively on each spot of a scale set inside the bore of the magnet. Twenty four images are performed to show the entire lateral course of the globes. The examination time is about half an hour. The video display show the movements of agonist and antagonist muscles, the eyeballs and the optic nerves displacements, in the axial neuro-ocular plane (NOP). Different clinical applications of this new method are discussed (muscular surgery...).

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