Author: Wodrich, Harald; Henaff, Daniel; Jammart, Baptist; Segura-Morales, Carolina; Seelmeir, Sigrid; Coux, Olivier; Ruzsics, Zsolt; Wiethoff, Christopher M.; Kremer, Eric J.
Title: A Capsid-Encoded PPxY-Motif Facilitates Adenovirus Entry Document date: 2010_3_19
ID: 1mjmttec_11
Snippet: The fate of Ad particles immediately after internalization is only partially characterized. In the context of endosome escape of Ad5, very little is known about how this occurs and which, if any, cellular proteins are involved. From in vitro studies it was proposed that the internal capsid protein VI mediates Ad endosome escape [28] . Previous reports showed that protein VI dissociates from the Ad capsid very early after attachment [26, 27] ......
Document: The fate of Ad particles immediately after internalization is only partially characterized. In the context of endosome escape of Ad5, very little is known about how this occurs and which, if any, cellular proteins are involved. From in vitro studies it was proposed that the internal capsid protein VI mediates Ad endosome escape [28] . Previous reports showed that protein VI dissociates from the Ad capsid very early after attachment [26, 27] .
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