O-allylhydroxylamine Threatens Bisulfite’s Gold Standard StatusSeptember 23, 2010Let’s get ready to rumble! A new reagent, O-allylhydroxylamine, has entered the ring to challenge bisulfite conversion as the undisputed champion of DNA methylation analysis. In the latest issue of Nucleic Acids Research, chemists from Ludwig-Maximillians University in Germany introduced a new chemical reagent that could be a game-changer for distinguishing between cytosine (C) and […]
Heterogeneous DNA Methylation and Biomarkers: It’s ComplicatedSeptember 23, 2010The state of the economy, global climate change, DNA methylation…These are all complicated issues. Well, we found one well-written review article by Thomas Mikeska, Ida Candiloro, and Alexander Dobrovic at the Peter MacCallum Cancer Centre and the University of Melbourne in Australia that tries to put one of those topics, DNA methylation in perspective, at […]
DNA Methylation Holds Steady in Body Mass IndexSeptember 17, 2010Mules are well known for being stubborn creatures, but they aren’t alone. It seems that resistance to change is something they may have in common with body weight and certain stretches of your epigenome. Andrew Feinberg and M. Daniele Fallin at Johns Hopkins University led several teams in a study that shows, for the first […]
Polymerase Furiosus Over Lack of Credit in Bisulfite SequencingSeptember 1, 2010At EpiGenie, we try to call attention not just to the big names in the field that nab most of the limelight, but also to the folks busting their pipettes day and night for new discoveries. So why not give a shout out to a workhorse in the most widely used method for methylation analysis, […]
Silencing of Ultraconserved ncRNAs Is Not So Golden in CancerAugust 31, 2010If you live near a construction site, are listening to one half of a cell-phone conversation in a movie theater, or stuck on an airliner next to a fussy infant, then for you silence may indeed be golden. But, for certain ultraconserved non-coding RNAs, transcriptional silencing can lead to a cellular uproar. A new article […]
