Author: Dawson, Wayne K; Lazniewski, Michal; Plewczynski, Dariusz
Title: RNA structure interactions and ribonucleoprotein processes of the influenza A virus Document date: 2017_10_10
ID: 3opbf2cp_18
Snippet: After membrane fusion, the virion remains ensconced within the endosome until the acidification process further dissociates the viral membrane from the vRNPs. Before the endosomes transport the contents to lysosomes for recycling, the acidification process opens the endosome resulting in dissociation of M1 from the vRNPs and releasing the vRNP into the cytosol. After dissociation of M1 and release of the viral RNPs, the vRNPs appears to remain in.....
Document: After membrane fusion, the virion remains ensconced within the endosome until the acidification process further dissociates the viral membrane from the vRNPs. Before the endosomes transport the contents to lysosomes for recycling, the acidification process opens the endosome resulting in dissociation of M1 from the vRNPs and releasing the vRNP into the cytosol. After dissociation of M1 and release of the viral RNPs, the vRNPs appears to remain in a single cluster of eight vRNPs (the abovementioned '7 þ 1' structure) and enters the nucleus through the nuclear pores still as a clustered unit. This behavior was observed, regardless of whether the virion entered the cell via endocytosis or macropinocytosis. The path to the nucleus appears to be diffusion driven [72] .
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