肿瘤细胞外区域的无定形/颗粒丝状基质灶。2. 富纤维连接蛋白基质组分的免疫组化和免疫金表征。

B Eyden, I Shore, J Moss, K Yamazaki, Y Ru, J H Shanks, S S Banerjee
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引用次数: 0

摘要

术语FEAM(细胞外无定形基质病灶)用于肿瘤细胞外基质中具有丝状/粒状亚结构的中等密度物质的离散轮廓区域。尽管它们广泛存在于间充质肿瘤中,而且数量丰富,但在结构、组成和起源方面却很少受到关注。大多数情况下,它们被认为是层(“基底膜材料”)的变体或产物。然而,它们也出现在细胞应该或确实缺乏层的肿瘤中,如巨细胞成纤维细胞瘤和孤立纤维瘤。本文描述了它们在多种间充质肿瘤中的精细结构,并利用光镜免疫染色和免疫金标记记录了它们的组成。光镜免疫染色在5个肿瘤中发现了少量的IV型胶原和层粘连蛋白,但在5个肿瘤中发现了少量的纤维连接蛋白。免疫电镜观察到强纤维连接蛋白染色。这些数据表明,FEAM代表了一种富含纤维连接蛋白的基质成分,它可能是层状或质下线性密度(局灶黏附)的外部成分的共同最终产物。光镜下很少有证据支持其与免疫复合物或冷球蛋白的关系。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Foci of amorphous/granulofilamentous matrix in the extracellular domain of tumours. 2. Immunohistochemical and immunogold characterization of a fibronectin-rich matrix component.

The term FEAM (foci of extracellular amorphous matrix) has been used for discretely outlined areas of moderately dense material having a filamentous/granular substructure located in the extracellular matrix of tumours. In spite of being widespread in mesenchymal tumours especially, and often abundant, they have received little attention in terms of structure, composition and origin. Mostly, they have been regarded as a variant or a product of lamina ('basement membrane material'). However, they also appear in tumours whose cells should and do lack a lamina, such as giant-cell fibroblastoma and solitary fibrous tumour. This paper describes their fine structure in a variety of predominantly mesenchymal tumours, and documents their composition using light microscope immunostaining and immunogold labelling. Small amounts of type IV collagen and laminin were found focally and inconsistently among the five tumours by light microscope immunostaining, but fibronectin was strongly and consistently identified. Strong fibronectin staining was also identified by immuno-electronmicroscopy. These data suggest that FEAM represent a fibronectin-rich matrix constituent, which might be a common final product of either lamina or the external component of the subplasmalemmal linear density (focal adhesion). There is little support light microscopically for a relationship to immune-complexes or cryoglobulins.

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