罗兰氏裂隙和瓦格纳桥的形态测量

Q4 Medicine
A. Shinde, Dinesh K. Patel
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引用次数: 0

摘要

背景罗伯特-瓦格纳(Robert Wagner)在数学家 C.H.富赫(C.H. Fuch)的右脑半球中发现了一种罕见的前中央沟与后中央沟之间的沟通。他还记录了右侧中央后回与后回之间的连接桥。这两座桥都被认为是瓦格纳桥。本研究的目的是发现瓦格纳桥的发生率和不对称性,并确定 Rolandic 裂隙的形态测量。研究方法:这是一项描述性研究,从 25 具福尔马林防腐尸体中提取 50 个半球,用于常规本科课程,以确定 Rolandic 裂隙和瓦格纳桥的形态测量。结果:发现左侧的 Rolandic 裂隙长度较长(10.49 厘米)。男性半球的 Rolandic 裂隙深度更大(1.52 厘米)。可见中断的前中央沟和后中央沟,以及连接回与相邻回的瓦格纳桥。结论中央沟的形态测量结果不对称。从中央前回和中央后回到相邻回的前后均可见瓦格纳桥。形态测量和瓦格纳桥的知识将在手术过程中为神经外科医生提供指导。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Morphometry of rolandic fissure and bridge of wagner
Background: Robert Wagner found a rare communication between precentral and postcentral sulcus in the right hemisphere of the brain of mathematician C.H. Fuch. He also documented right postcentral gyrus showing a bridge connecting it to posterior gyrus. Both these bridges are considered as bridge of Wagner. The aim of this study is to find the incidence and asymmetry of Wagner's bridge and to also determine morphometry of Rolandic fissure. Methodology: This is a descriptive study of 50 hemispheres from 25 formalin embalmed cadavers used for regular undergraduate classes to determine morphometry of Rolandic fissure and bridge of Wagner. Results: The length of Rolandic fissure was found more on the left side (10.49 cm). The depth of Rolandic fissure was found more in male hemispheres (1.52 cm). Interrupted precentral and postcentral sulcus was seen and a bridge of Wagner connecting the gyrus with adjacent gyrus was noted. Conclusion: Asymmetry was seen in the morphometry of the Central sulcus. A bridge of Wagner from pre and postcentral gyrus to adjacent gyrus anteriorly and posteriorly was seen. Knowledge of morphometry and bridge of Wagner will guide neurosurgeons during operative procedures.
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来源期刊
CiteScore
0.30
自引率
0.00%
发文量
2
审稿时长
16 weeks
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