Author: Yingyun Cai; Shuiqing Yu; Rohit Jangra; Elena Postnikova; Jiro Wada; Robert Tesh; Sean Whelan; Michael Lauck; Michael Wiley; Courtney Finch; Sheli Radoshitzky; David O'Connor; Gustavo Palacios; Kartik Chandran; Charles Chiu; Jens Kuhn
Title: Human, Nonhuman Primate, and Bat Cells Are Broadly Susceptible to Tibrovirus Particle Cell Entry Document date: 2018_12_27
ID: dutcl3q8_6
Snippet: Tibrovirus cell entry 10 rVSIV-VSIV G control infected these cells least efficiently compared to all other viruses ( Figure 3B ). Together, these results indicate that tibroviruses may be able to broadly enter non-human 371 cell lines, but some cell lines (e.g., PESU-B5L and MyDauLu/47.1) may not be permissive to 372 VSIV replication after particle entry......
Document: Tibrovirus cell entry 10 rVSIV-VSIV G control infected these cells least efficiently compared to all other viruses ( Figure 3B ). Together, these results indicate that tibroviruses may be able to broadly enter non-human 371 cell lines, but some cell lines (e.g., PESU-B5L and MyDauLu/47.1) may not be permissive to 372 VSIV replication after particle entry.
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