Recent Posts
- Tet1 Enzyme Based Enrichment Method for Methylome Sequencing: TamC-Seq
- Introducing Aba-seq for Enzyme Based High-Res Mapping of Mammalian Hydroxymethylomes
- Methylome Data in Lethal Prostate Cancer Supports Personalized Medicine
- New Years Resolution, Reflection on Cancer Research
- Did Epigenetics Make Us Smart?
Recent Comments
- Bill Graham on Sirtuin3 Reprograms Mitochondrial Epigenetic Pathways: How Diet Affects Age
- Doug on Will the Long History of Breast Cancer Research Culminate with Epigenetics Based Personalized Medicine?
- Canada Joins the International Human Epigenome Consortium – Q&A with Tomi Pastinen of Génome Québec | Epigenetics Experts Blog on Q&A with BLUEPRINT’s Henk Stunnenberg on the New Leukemia, Blood Epigenome Project
- Doug on Oxidative Bisulfite Sequencing (oxBS-Seq) A Brilliant Advance for Epigenetics
- The Epigenetics of Real-Life Stress and Serotonin | Epigenetics Experts Blog on Situational Stress Makes Short-Term Epigenetic Changes
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Monthly Archives: June 2012
Adenovirus’s epigenetic power to reprogram cells goes beyond its ability to cause tumorous replication — G.J. Fonseca and colleagues at the Western University of Ontario report in the new Cell Host & Microbe that it’s also able to sabotage the interferon response, which usually functions as a first line of defense in infected cells. In an April post, I interviewed Roberto Ferrari about adenovirus research and its ability to push cells back into active tumor-like replication, so I thought this bit of news was an interesting incremental step in overall knowledge of how invaders — particularly adenovirus — use epigenetics against us. What a bunch of jerks! In particular, Fonseca and colleagues used a yeast two-hybrid screen to find out … Continue reading
Remember that song, “John Jacob Jingleheimerschmitt, his name is my name too”? Yes, histones have a similar problem to the guy in a song I first learned from a Shmoo cartoon in the early ’80s. Specifically, variant histones—those non-allelic, alternate versions of the classic DNA-spooling protein—get all kinds of wacky names from the scientists who first identify them. And sometimes those names are nearly the same for two different types of histone variants—in totally different organisms. These are key molecules with important roles in controlling gene expression, and for anyone studying epigenetics, the current naming scheme is confusing and unnecessarily complex—and downright unseemly. Fred Hutchinson Cancer Center researchers Paul Talbert and Steve Henikoff—along with about 40 co-authors and an enthusiastic … Continue reading
