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晶状体中的膜联锁结构域。

Membrane interlocking domains in the lens.

作者信息

Kistler J, Gilbert K, Brooks H V, Jolly R D, Hopcroft D H, Bullivant S

出版信息

Invest Ophthalmol Vis Sci. 1986 Oct;27(10):1527-34.

PMID:3759369
Abstract

"Ball and socket"-like membrane processes interlock fiber cells in the sheep lens cortex, but appear reduced deeper in the lens. Wheat germ agglutinin (WGA) binds preferentially to these ball and socket structures, and more weakly to other membrane regions. On protein blots, 125I WGA binds to glycoproteins with 140,000 and 32,000 apparent molecular weight, the smaller protein also binding 125I fibronectin. In two animal cataract models, the intense WGA labeling of globular bodies replaces the spotty WGA staining pattern associated with the ball and sockets in the normal lens.

摘要

“球窝”样膜突相互嵌合绵羊晶状体皮质中的纤维细胞,但在晶状体较深处似乎减少。小麦胚凝集素(WGA)优先结合这些球窝结构,而与其他膜区域的结合较弱。在蛋白质印迹上,125I-WGA与表观分子量为140,000和32,000的糖蛋白结合,较小的蛋白质也结合125I-纤连蛋白。在两种动物白内障模型中,球状小体强烈的WGA标记取代了正常晶状体中与球窝相关的斑点状WGA染色模式。

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