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翼点的内外部解剖分析。

Anatomic Analysis of the Internal and External Aspects of the Pterion.

机构信息

Department of Anatomy, Ankara University School of Medicine, Morfoloji, Sihhiye, Ankara, Turkey; Department of Anatomy, Faculty of Science and Medicine, University of Fribourg, Fribourg, Switzerland; Department of Neuroscience, Ankara University Graduate School of Health Science, Ankara, Turkey.

Department of Anatomy, Ankara University School of Medicine, Morfoloji, Sihhiye, Ankara, Turkey.

出版信息

World Neurosurg. 2020 May;137:84-88. doi: 10.1016/j.wneu.2020.01.198. Epub 2020 Feb 3.

Abstract

OBJECTIVE

The pterion is an H-shaped suture complex. This study's goal was to determine the location of its external and internal surfaces and extension and emphasize and discuss its surgical importance.

METHODS

Fifty dried adult human skulls were obtained from the Department of Anatomy. A 2-mm drill bit was placed externally over the pterion, and the pterion was drilled through the bone perpendicular to the skull's surface.

RESULTS

The midpoint of the H shape in the pterion area was not at the same level on the skull's external and internal pterion surfaces. According to these measurements, the external pterion lay above the internal pterion when the skull was viewed externally. Furthermore, the internal pterion was on average longer than the external pterion. The internal and external pterions were schematized such that the skull was viewed from the outside. These areas were divided into 4 quadrants (anterior-superior, anterior-inferior, posterior-superior, and posterior-inferior) by a vertical and horizontal line. In 30 cases (60%), sulci of the middle meningeal artery's parietal branches entered the posterior-superior quadrant on the bone, whereas the artery's frontal branches were located in the anterior-superior and anterior-inferior quadrants, and the Sylvian fissure's origin was in the posterior-inferior quadrant.

CONCLUSIONS

By using a subdivision into 4 quadrants, and considering our anatomic findings, we determined the way surgical procedures can be performed more easily and reliably. Even with modern localization technologies, anatomic landmarks can be useful to the neurosurgeon.

摘要

目的

翼点是 H 形缝复合体。本研究的目的是确定其外表面和内表面的位置和延伸,并强调和讨论其手术重要性。

方法

从解剖学系获得 50 个干燥的成人颅骨。将 2 毫米的钻头放在翼点外部,然后垂直于颅骨表面穿过颅骨钻透翼点。

结果

翼点区域 H 形的中点不在颅骨外部和内部翼点表面的同一水平。根据这些测量值,当从外部观察颅骨时,外部翼点位于内部翼点上方。此外,内部翼点的长度平均比外部翼点长。内部和外部翼点被示意化,以便从外部观察颅骨。这些区域通过一条垂直线和一条水平线分为 4 个象限(前上、前下、后上和后下)。在 30 例(60%)中,脑膜中动脉顶支的脑回在骨头上进入后上象限,而动脉的额支位于前上和前下象限,Sylvian 裂的起源位于后下象限。

结论

通过使用 4 个象限的细分,并考虑到我们的解剖学发现,我们确定了可以更轻松、更可靠地进行手术程序的方法。即使使用现代定位技术,解剖学标志对神经外科医生也很有用。

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