The Beacons of Viral Education (aka the TWiVoners) reveal a cost of being a male mouse – the Y chromosome regulates their susceptibility to influenza virus infection. You can find TWiV #441 at microbe.tv/twiv, or listen below. Click arrow to play Download TWiV 441 (72 MB .mp3, 119 min) Subscribe (free): iTunes, RSS, email Become a patron of TWiV!
Disease and death caused by influenza virus are greater in human females than in males. But disease is more common in males from birth through age 15, after which more females are affected. In mice, genetic variation in the Y chromosome controls susceptibility to influenza virus infection (link to paper). Increased susceptibility does not correlate …
by David Tuller, DrPH Well, not in those words, of course. It was all very polite. But that was the message. Here’s what happened. On Monday, I posted an open letter to the members of the board of the CFS/ME Research Collaborative. The letter involved the false accusation of libel that the CMRC’s deputy chair, …
Trial By Error, Continued: CMRC to Virology Blog: F**k Off! Read More »
by David Tuller, DrPH To Members of the Board of the CMRC: Not long ago, at the annual conference of the British Renal Society, your deputy chair disseminated the false accusation that I had libeled her. As a corollary to that, she also disseminated the false accusation that Dr. Racaniello, the Columbia University microbiologist who …
No problem not being nice to Dickson in this episode, because he’s absent for a discussion of a new giant virus that replicates in the cytoplasm yet transiently accesses the nucleus to bootstrap infection. You can find TWiV #440 at microbe.tv/twiv, or listen below. Click arrow to play Download TWiV 440 (72 MB .mp3, 119 min) Subscribe …
Among the multitudes of eukaryotic viruses with DNA genomes, some replicate in the cell nucleus, while others avoid the nuclear bureaucracy and remain in the cytoplasm. But biology is not always so rigid: a new giant virus has been found that replicates in the cytoplasm, where it seems to recruit components of the nuclear transcription machinery …
