Hosts: Vincent Racaniello, Michael Katze, Michael Gale, Deborah Fuller, and Shawn Iadonato Episode #121 of the podcast This Week in Virology is a conversation about careers in virology, systems biology, innate immunity, and antiviral research recorded at the University of Washington in Seattle. [powerpress url=”http://traffic.libsyn.com/twiv/TWiV121.mp3″] Click the arrow above to play, or right-click to download …
During a discussion about blogging on the Coast to Coast Bio Podcast, it was suggested that science professors should spend more time writing about their research – by explaining what problems they are trying to solve, how they approach them, and why they are interesting. My goal here at virology blog is mainly to teach …
Viruses are known to evade the early, or innate, host defenses by interfering with the sensing of infection, production of IFN, and synthesis and activity of ISGs. Today we’ll examine the evidence that the function of one or more ISGs is blocked in poliovirus-infected cells. When IFN is added to the medium of cultured cells, hundreds of …
Now that we have discussed influenza pathogenesis in humans and the innate immune defenses, we can tackle the conclusion that type I IFN mediates the development of secondary bacterial pneumonia in mice. Secondary bacterial pneumonia occurs after the patient has begun to recover from influenza infection, and often influenza virus can no longer be isolated. …
Interferons and secondary pneumonia after influenza Read More »
The fact that viruses routinely and frequently cause disease shows that our defense mechanisms are imperfect. This occurs in large part because nearly every viral genome encodes one or more countermeasures to modulate host defenses. Influenza virus is no exception. One of the viral proteins, called NS1, is particularly adept at impairing the synthesis of …
How influenza virus inhibits early antiviral responses Read More »
