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通过一种新型单克隆抗体技术鉴定的位于基底的上皮细胞表面成分。

Basally located epithelial cell surface component identified by a novel monoclonal antibody technique.

作者信息

Aplin J D, Seif M W

出版信息

Exp Cell Res. 1985 Oct;160(2):550-5. doi: 10.1016/0014-4827(85)90202-2.

Abstract

Tubular aggregates of glandular epithelial cells (gland fragments) were isolated from human endometrium by collagenase digestion of surrounding stroma, thus exposing the basal surfaces of the cells. Using these aggregates as immunogen, monoclonal antibodies could be derived that recognized basally located antigens. One such antibody, G71, is described, that binds to a basal epithelial cell antigen present in a variety of human epithelia. Epitope-bearing molecules in the range Mr 60 000-180 000 are present in two of the tissues studied, amnion and endometrium. The epitope is associated with areas of epithelial cell-extracellular matrix contact.

摘要

通过对周围基质进行胶原酶消化,从人子宫内膜中分离出腺上皮细胞的管状聚集体(腺片段),从而暴露细胞的基底面。以这些聚集体作为免疫原,可以获得识别位于基底的抗原的单克隆抗体。本文描述了一种这样的抗体G71,它能与多种人类上皮中存在的基底上皮细胞抗原结合。在所研究的两种组织——羊膜和子宫内膜中,存在分子量在60000 - 180000范围内的携带表位的分子。该表位与上皮细胞 - 细胞外基质接触区域相关。

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