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腹股沟疝标本中的肌肉退化。

Muscle degeneration in inguinal hernia specimens.

机构信息

Department of General Surgery, Urgency, and Organ Transplantation, University of Palermo, via del Vespro 129, 90100, Palermo, Italy.

出版信息

Hernia. 2012 Jun;16(3):327-31. doi: 10.1007/s10029-011-0890-1. Epub 2011 Oct 21.

Abstract

BACKGROUND

There are few articles in the literature reporting the histological changes of groin structures affected by inguinal hernia. A deeper knowledge of this matter could represent an important step forward in the identification of the causes of hernia protrusion. This study aimed to recognise the pathological modifications of muscular structures in autopsy specimens excised from tissues surrounding the hernia orifice.

METHODS

Inguinal hernia was identified in 30 autopsied cadavers, which presented different varieties of hernia, including indirect, direct and mixed. Tissue specimens were resected for histological study from structures of the inguinal area surrounding the hernia opening, following a standardised procedure. The histological examination was focussed on the detection of structural changes in the muscle tissues. The results were compared with biopsy specimens resected from corresponding sites of the inguinal region in a control group of 15 fresh cadavers without hernia.

RESULTS

Significant modification of the muscular arrangement of the inguinal area was recognized. Pathological alterations such as atrophy, hyaline and fibrotic degeneration, as well as fatty dystrophy of the myocytes were detected. These findings were observed consistently in the context of multistructural damage also involving vessels and nerves. In cadavers with hernia these alterations were always present independent of hernia type. No comparable damage was found in control cadavers without hernia.

CONCLUSIONS

The high degree of degenerative changes in the muscle fibres in the inguinal area involved in hernia protrusion described in this report seems to be consistent with chronic compressive damage. These alterations could embody one important factor among the multifactorial sources of hernia genesis. Conjectures concerning its impact on the physiology and biodynamics of the inguinal region are made. The relationship between the depicted degenerative injuries and the genesis of inguinal hernia is also a focus of discussion in this article.

摘要

背景

文献中鲜有关于腹股沟疝影响的腹股沟结构的组织学变化的报道。对这一问题的更深入了解可能是确定疝突出原因的重要一步。本研究旨在识别疝口周围组织切除的尸体标本中肌肉结构的病理改变。

方法

在 30 例尸检中确定了腹股沟疝,这些疝具有不同的疝类型,包括间接疝、直接疝和混合疝。按照标准程序,从疝口周围的腹股沟区域结构中切除组织标本进行组织学研究。组织学检查重点是检测肌肉组织的结构变化。将结果与 15 例无疝的新鲜尸体腹股沟区域相应部位的活检标本进行比较。

结果

腹股沟区域的肌肉排列发生了显著变化。检测到肌肉组织的病理性改变,如萎缩、玻璃样和纤维变性,以及肌细胞的脂肪营养不良。这些发现与涉及血管和神经的多结构损伤一致。在疝患者中,无论疝的类型如何,这些改变总是存在的。在无疝的对照组尸体中未发现类似的损伤。

结论

本报告描述的疝突出部位腹股沟区域的肌纤维退行性改变程度很高,似乎与慢性压迫损伤一致。这些改变可能是疝发生的多因素来源之一。对其对腹股沟区域生理学和生物动力学的影响进行了推测。本文还讨论了所描述的退行性损伤与腹股沟疝发生之间的关系。

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