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一种使用三脚架进行脑室导管插入的简单且一致的技术。

A simple and consistent technique for ventricular catheter insertion using a tripod.

作者信息

Yamada Shoko Merrit, Yamada So, Goto Yoshiaki, Nakaguchi Hiroshi, Murakami Mineko, Hoya Katsumi, Matsuno Akira

机构信息

Department of Neurosurgery, Teikyo University Chiba Medical Center, 3426-3 Anesaki, Ichihara-city, Chiba-Prefecture 299-0111, Japan.

出版信息

Clin Neurol Neurosurg. 2012 Jul;114(6):622-6. doi: 10.1016/j.clineuro.2011.12.025. Epub 2012 Jan 11.

Abstract

OBJECTIVE

For long-term preservation of ventriculo-peritoneal (VP) shunt function, it is essential to place the ventricular catheter tip above the foramen of Monro. But the free-hand technique for ventricular catheter passage is not consistent.

METHODS

Supposing that a convex of skull matches to a sphere, in which the foramen of Monro is the center, a perpendicular direction from the surface of the sphere to inside always directs toward the center. The authors identified the range of skull where corresponded to the sphere by magnetic resonance imaging assessment and utilized tripod to achieve exactly perpendicular insertion of ventricular catheter. And an optimal length of catheter insertion was investigated by navigation system.

RESULTS

The anterior-posterior range of the spherical portion was from coronal suture to 20mm anterior, and the lateral range of it was between 15 and 35mm lateral from sagittal suture. The optimal catheter length for insertion was between 55 and 58mm from the brain surface. Ideal placement of a ventricular catheter tip was achieved in more than 90% of cases (31/34) with this technique.

CONCLUSION

Tripod-guided ventricular catheter insertion is a simple and reliable method for VP shunt at any angle of head-rotation.

摘要

目的

为长期维持脑室-腹腔(VP)分流功能,将脑室导管尖端置于室间孔上方至关重要。但徒手置入脑室导管的技术并不稳定。

方法

假设颅骨的凸面与一个以室间孔为中心的球体相匹配,从球体表面向内部的垂直方向始终指向中心。作者通过磁共振成像评估确定了与该球体相对应的颅骨范围,并利用三脚架实现脑室导管的精确垂直插入。并通过导航系统研究了导管插入的最佳长度。

结果

球形部分的前后范围从冠状缝到前方20mm,其横向范围在矢状缝外侧15至35mm之间。从脑表面插入的最佳导管长度在55至58mm之间。采用该技术,超过90%的病例(31/34)实现了脑室导管尖端的理想放置。

结论

三脚架引导下的脑室导管插入是一种在任何头部旋转角度下进行VP分流的简单可靠方法。

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