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关于聚乙二醇诱导细胞融合的电子显微镜及电生理学研究。

Electronmicroscopical and electrophysiological investigations on polyethylene glycol induced cell fusion.

作者信息

Krähling H, Schinkewitz U, Barker A, Hülser D F

出版信息

Cytobiologie. 1978 Jun;17(1):51-61.

PMID:689255
Abstract

Cells of monolayer cultures are fused by high concentrations of polyethylene glycol (PEG) with a molecular weight of approximately 1500. This process is independent of extracellular ca++ions. PEG changes transiently the surface membrane and leads to fusion only after replacing it by normal medium. Before the final fusion of two cells, the onset of ionic coupling via longer lasting pseudopodial contact can be measured. Only cells that are synchronous in the secretory and pseudopodial response to PEG may fuse with each other.

摘要

单层培养的细胞可被高浓度的分子量约为1500的聚乙二醇(PEG)融合。此过程不依赖细胞外钙离子。PEG会短暂改变细胞膜表面,且只有在用正常培养基替换后才会导致融合。在两个细胞最终融合之前,可以测量通过持续时间更长的伪足接触引发的离子偶联。只有在对PEG的分泌和伪足反应中同步的细胞才可能相互融合。

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