Recent Posts
- Reading the Effect of Tea Leaves…and Beating Genetic Fatalism in Breast Cancer
- 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
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
Archives
- June 2013
- March 2013
- February 2013
- January 2013
- December 2012
- November 2012
- October 2012
- September 2012
- August 2012
- July 2012
- June 2012
- May 2012
- April 2012
- March 2012
- February 2012
- January 2012
- December 2011
- November 2011
- October 2011
- September 2011
- August 2011
- July 2011
- June 2011
- May 2011
- April 2011
- March 2011
Categories
- Applications (74)
- Animal Models (8)
- Cell Culture Models (3)
- chIP (7)
- Clinical Studies (7)
- Conformation Capture (2)
- DNA Extraction / Purification (2)
- Flow Cytometry (4)
- Gene Silencing (8)
- siRNA (4)
- Genomewide Methylation Profiling (24)
- Histone Modification Assay (1)
- Imaging (5)
- Mass Spec (5)
- Methyl-specific Antibodies (3)
- Methylated DNA Capture (4)
- Methylation Sensitive Restriction Enzymes (1)
- Methylation Specific PCR (2)
- Methyltransferases (6)
- Next Gen Sequencing (14)
- Real-time PCR (3)
- Sodium Bisulfite Sequencing (9)
- Transcriptome microarray (5)
- Twin studies (1)
- Behavioral Epigenetics (4)
- Bioinformatics (11)
- Biomarkers (19)
- Cellular Biology (9)
- Chromatin Structure (8)
- Chromosome conformation capture (1)
- Cistrome (1)
- Conferences (3)
- Developmental Biology (11)
- Divergent Transcription (5)
- DNA Methylation (50)
- Enzymology (13)
- Acetylation (4)
- Glycosylases (1)
- Methylation (5)
- Methyltransferases (4)
- Phosphorylation (1)
- Ubiquitination (2)
- Epigenome (4)
- Evolutionary Epigenetics (6)
- Forensic genetics (1)
- Gene Regulation (19)
- Genetics (7)
- Hematology (1)
- Histone Modifications (15)
- Histones (5)
- History & Trends (13)
- Hydroxymethylation (5)
- Immunology (6)
- Metabolism (3)
- Microarray (4)
- Microbial Epigenetics (5)
- Neuroscience (10)
- Autism (5)
- New Lab Methods (12)
- Non-coding RNA (8)
- microRNA (6)
- Nutrigenomics (4)
- O-GlcNAcylation (1)
- Oncology (23)
- Breast cancer (3)
- Leukemia (6)
- Oncogenes (2)
- Pathology (3)
- Pharmacogenomics (1)
- Pharmacology / Toxicology (2)
- Plant Epigenetics (3)
- Regenerative Medicine (4)
- Reproductive Biology (1)
- Stem Cells (7)
- Transcriptome (6)
- Translational Research (12)
- Diagnostics (6)
- Personalized Medicine (4)
- Uncategorized (1)
- Virology (4)
- Applications (74)
Tag Archives: tumor suppressor genes
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
To my mild shame, I watched a little of the Oscars the other night. We’re all familiar with many of these folks, but we don’t see them very often, so it’s especially striking as they age from svelte starlet to grand dame, or what have you. The stages seem to come in rapid succession. Ol’ Nick Nolte just turned 72! He was way more spry — but equally gruff — 30 years ago, in the 1982 hit 48 Hours. And how he’s changed since those hijinks of only 10 years ago. (See, it’s not always for the worse.) So what’s different about Nick Nolte’s epigenome now, versus when he played opposite wise-cracking trickster Eddie Murphy? Could you guess his age … Continue reading
Reader Della writes us on Twitter about two epigenetics tangents—diets for healthier gene expression and beliefs to hold (or “perceptions to gather,” I guess) for healthier gene expression. As it turns out, a few of us here at E3 were talking* about the epigenetics-diet connection too, so I’ll take a crack at the viewpoint in that Globe and Mail link above, which is based on this Clinical Epigenetics review by Syed Meeran and collegues at the University of Alabama. I’m sure we won’t neglect subject of epigenetics and beliefs for very long. The Globe and Mail article mentions the anti-cancer properties of broccoli, green tea, soy, grapes, tumeric, rosemary, and garlic. It also talks up the epigenetic benefits of a … Continue reading
