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[单克隆抗体D47在汗腺病理学研究中的贡献]

[Contribution of monoclonal antibody D 47 in the study of sweat gland pathology].

作者信息

Kanitakis J, Schmitt D, Thivolet J

出版信息

Ann Pathol. 1985;5(1):19-27.

PMID:2990499
Abstract

D 47 is a monoclonal antibody (IgG2) reacting with a surface antigen of cortical thymocytes. On normal human skin, D 47 was found to react with a cytoplasmic antigen of the cells of the secretory portion of eccrine sweat glands (ESG). No reactivity with D 47 is detected on the excretory part of ESG, on apocrine glands and all other cutaneous structures. In this work we studied through an indirect immunofluorescence method on frozen skin sections the reactivity pattern of D 47 on a group of epithelial skin tumours of certain or alleged glandular differentiation. These consisted of: eccrine spiradenoma (ES, 1 case); chondroid syringoma (CS, 1 case); syringomas of the eyelid (1 case); clear-cell hidradenocarcinoma (1 case); eccrine porocarcinoma (1 case); naevus sebaceus of Jadassohn (2 cases, one of which associated to a syringocystadenoma papilliferum); clear-cell acanthoma (1 case); extramammary Paget's disease (3 cases); basal-cell epithelioma (2 cases). D 47 yielded in a strong labelling of a significant proportion of cells in the cases of ES and CS, while on the remaining tumours, apart from normal ESG occasionally present in the peritumoral connective tissue, no reactivity was seen. From this study it becomes clear that D 47 represents an immunohistologic marker of eccrine-secretory differentiation and that it can be applied in the investigation of the differentiation and of the differential diagnosis of sweat-gland neoplasms.

摘要

D47是一种单克隆抗体(IgG2),可与皮质胸腺细胞的表面抗原发生反应。在正常人体皮肤上,发现D47可与小汗腺(ESG)分泌部细胞的胞质抗原发生反应。在ESG的排泄部、顶泌汗腺和所有其他皮肤结构上未检测到与D47的反应性。在这项工作中,我们通过间接免疫荧光法对冰冻皮肤切片进行研究,观察D47在一组具有一定或所谓腺性分化的上皮性皮肤肿瘤上的反应模式。这些肿瘤包括:小汗腺螺旋腺瘤(ES,1例);软骨样汗管瘤(CS,1例);眼睑汗管瘤(1例);透明细胞汗腺癌(1例);小汗腺汗孔癌(1例); Jadassohn皮脂腺痣(2例,其中1例与乳头状汗管囊腺瘤相关);透明细胞棘皮瘤(1例);乳房外佩吉特病(3例);基底细胞上皮瘤(2例)。在ES和CS病例中,D47在相当比例的细胞中产生强标记,而在其余肿瘤中,除了肿瘤周围结缔组织中偶尔出现的正常ESG外,未观察到反应性。从这项研究中可以清楚地看出,D47代表小汗腺分泌分化的免疫组织学标志物,可用于汗腺肿瘤的分化研究和鉴别诊断。

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