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坐骨神经及其解剖变异:在解剖课上获得的深入理解

Sciatic Nerve and Its Anatomical Variations: In-Depth Understanding Acquired During Dissection Classes.

作者信息

Branca Jacopo Junio Valerio, Guarnieri Giulia, Morelli Annamaria, Benedini Carlo, Fagni Niccolò, Gulisano Massimo, Pacini Alessandra, Paternostro Ferdinando

机构信息

Experimental and Clinical Medicine, University of Firenze, Firenze, ITA.

Physical Medicine and Rehabilitation, ICLO Teaching and Research Center, Verona, ITA.

出版信息

Cureus. 2024 May 11;16(5):e60083. doi: 10.7759/cureus.60083. eCollection 2024 May.

Abstract

Knowledge of anatomical variability is extremely important in order to better understand the etiology of pain, if present, or to avoid iatrogenic consequences. Sometimes the anatomical "anomalies" have the same anamnesis but different causes. For example, sciatic neuralgia may be caused by a herniated disc or it may have a different origin. The sciatic nerve (SN), also known as the ischial nerve, is the widest in the human body. This huge peripheral nerve originates from the roots of the lumbosacral plexus (L4-S3) and passes through the great sciatic foramen, under the piriformis muscle (PM). However, there is much variability in the pattern of SNs about the muscle, which has been known since the first half of the 20th century. In the present study, we describe six different case reports of anatomical variations of the SN and its interplay with the PM. The observations were made during dissection classes at the ICLO Teaching and Research Centre (Verona, Italy), on both male and female cadavers aged between 58 and 84 years. The SN was reported as a single and divided nerve into the tibial nerve (TN) and the common peroneal nerve (CPN), passing alone above, below, or between the PM. However, the two parts of the SN may also interact with the PM in different ways, adding to the anatomical variability. A thorough knowledge of the anatomical variations in any part of the human body is extremely important. The various techniques used, from imaging to autopsy or surgery, are also useful in the SN pathway. Thus, the anatomical features and the understanding of each variation are useful for a correct approach that can lead to an effective and correct treatment with a favorable outcome.

摘要

了解解剖变异对于更好地理解疼痛的病因(如果存在疼痛的话)或避免医源性后果极为重要。有时解剖学上的“异常”具有相同的病史,但原因不同。例如,坐骨神经痛可能由椎间盘突出引起,也可能有不同的起源。坐骨神经(SN),也称为坐骨神经,是人体中最宽的神经。这条巨大的周围神经起源于腰骶丛(L4 - S3)的神经根,穿过坐骨大孔,位于梨状肌(PM)下方。然而,坐骨神经在梨状肌周围的走行模式存在很大变异,这自20世纪上半叶就已为人所知。在本研究中,我们描述了六个关于坐骨神经解剖变异及其与梨状肌相互作用的不同病例报告。这些观察是在意大利维罗纳ICLO教学与研究中心的解剖课上,对年龄在58至84岁之间的男性和女性尸体进行的。坐骨神经被报告为单条神经并分为胫神经(TN)和腓总神经(CPN),其单独走行于梨状肌上方、下方或之间。然而,坐骨神经的两部分也可能以不同方式与梨状肌相互作用,这增加了解剖学上的变异性。全面了解人体任何部位的解剖变异都极为重要。从成像到尸检或手术所使用的各种技术,在坐骨神经走行路径方面也很有用。因此,解剖特征以及对每种变异的理解对于正确的治疗方法很有用,这种方法可以带来有效且正确的治疗,并取得良好的效果。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/c065/11163462/fcb68b5cd4c6/cureus-0016-00000060083-i01.jpg

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