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[特发性肺纤维化结局中蜂窝肺鳞状上皮的非典型腺瘤样增生和发育异常]

[Atypical adenomatous hyperplasia and dysplasia in squamous epithelium of the honeycomb lung in outcome of idiopathic fibrosing alveolitis].

作者信息

Kogan E A, Manuĭlova T Iu, Kraeva V V, Popova E N

机构信息

I.M. Sechenov Moscow Medical Academy, 119881, Moscow.

出版信息

Arkh Patol. 2003 Sep-Oct;65(5):35-40.

Abstract

Relationships between sclerosis and carcinogenesis in the honeycomb lung were studied in the outcome of two variants of idiopathic fibrosing alveolitis (IFA)-common interstitial pneumonia (CIP) and desquamative interstitial pneumonia (DIP) which may be a background for lung carcinoma development. The material was obtained from 43 patients with the diagnosis of IFA. Immunohistochemically were studied: TNF-alpha (DAKO, Denmark, 1:100), pancytokeratines (Immunotech, Germany, concentration 1:100), Ki67 (DAKO, Denmark, 1:40), TGF-beta (Biosource international, USA, 1:100), CD34 (Novocastra, Great Britain, 1:100), EMA (DAKO, Denmark, 1:100). Differences in morphogenesis of CIP and DIP were found. CIP is characterised by primary pronounced lung interstitium damage with stroma vascularisation already at early stages with secondary involvement of the epithelium with development of adenomatous hyperplasia with or without atypia which is usually observed at the stage of lung honeycomb. Pronounced primary damage of alveolar epithelium as a result of action of activated alveolar macrophages with subsequent proliferation, desquamation and squamous epithelium metaplasia were more typical for DIP. The presence of squamous meta- and dysplasia of the epithelium is characteristic for DIP outcome in the honeycomb lung.

摘要

在两种特发性纤维性肺泡炎(IFA)变体——普通间质性肺炎(CIP)和脱屑性间质性肺炎(DIP)的转归中,研究了蜂窝肺中硬化与致癌作用之间的关系,这两种变体可能是肺癌发生的背景。材料取自43例诊断为IFA的患者。进行了免疫组织化学研究:肿瘤坏死因子-α(DAKO,丹麦,1:100)、全细胞角蛋白(Immunotech,德国,浓度1:100)、Ki67(DAKO,丹麦,1:40)、转化生长因子-β(Biosource international,美国,1:100)、CD34(Novocastra,英国,1:100)、上皮膜抗原(DAKO,丹麦,1:100)。发现了CIP和DIP在形态发生上的差异。CIP的特征是早期肺间质就有明显的原发性损伤,伴有基质血管化,随后上皮继发性受累,出现腺瘤样增生,有或无异型性,这通常在肺蜂窝阶段观察到。由于活化的肺泡巨噬细胞作用导致肺泡上皮明显原发性损伤,随后出现增殖、脱屑和鳞状上皮化生,这在DIP中更为典型。上皮鳞状化生和发育异常的存在是蜂窝肺中DIP转归的特征。

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