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Role of a Transbilayer pH Gradient in the Membrane Fusion Activity of the Influenza Virus Hemagglutinin: Use of the R18 Assay to Monitor Membrane Merging

机译:Transbilayer pH梯度在流感病毒血凝素的膜融合活性中的作用:R18分析监测膜合并的使用。

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摘要

It had been suggested that influenza virus-mediated membrane fusion might be dependent on a pH gradient across a target membrane. We have designed experiments in which this issue could be addressed. Two populations of liposomes were prepared, both simulating the plasma membrane of target cells, but with the pH of the internal aqueous medium buffered either at pH 7.4 (physiological cytosol pH) or at pH 5.0 (endosomal pH at which influenza virus displays maximal fusion activity). By monitoring fusion using the R18 assay, we found that the internal pH of the target liposomes did not influence membrane merging as mediated by the influenza virus hemagglutinin, thus demonstrating that a transmembrane pH gradient is not required in this fusion process
机译:已经提出,流感病毒介导的膜融合可能取决于跨靶膜的pH梯度。我们设计了可以解决此问题的实验。制备了两个脂质体种群,它们都模拟靶细胞的质膜,但内部水介质的pH缓冲在pH 7.4(生理性细胞溶胶pH)或pH 5.0(流感病毒显示最大融合活性的内体pH)下)。通过使用R18分析监测融合,我们发现目标脂质体的内部pH值不影响流感病毒血凝素介导的膜融合,因此表明在此融合过程中不需要跨膜pH梯度

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