Genome Architecture of Single Cells May Shape Reprogramming to TotipotencyApril 5, 2017The soaring Eiffel Tower in Paris, the tumultuous Guggenheim in Bilbao, or the intricate genome structure of a single cell; which architectural marvel impresses you the most? For the labs of Leonid A. Mirny and Kikuë Tachibana-Konwalski, the latter looms above any such extravagant edifice, but the available analytical tools lacked the resolution required for […]
CLEVER Technique Maps the 5-Formylcytosine Landscape during DNA DemethyationMarch 31, 2017Mapping an undulating, dynamic, and partially hidden landscape represents a vexing problem to say the least, especially when the landmarks of interest are rare DNA demethylation by-products in a single cell! This is the task faced by those intrepid explorers hoping to map the genome-wide location of 5-formylcytosine (5fC), a fleetingly rare oxidized form of […]
GAM SLICEs Through Enhancer ThreesomesMarch 24, 2017While chromosome conformation capture (3C) methods like single-cell Hi-C focus on coupled pairs of chromosome contacts, and even their promiscuous regions, candid snapshots of chromosomal threesomes have remained an intimate secret … until now. The genomic architects in the labs of Ana Pombo and Mario Nicodemi developed a new method and accompanying statistical model to […]
CAGE Releases an Accurate Atlas of lncRNA Origin and FunctionMarch 21, 2017Don’t you just hate when you’re trying to get from A to B and google maps can’t even figure out where you’re starting from? Well, just like your last trip to that hot new sushi place, the precise location of lncRNA origins has only been plotted with blurry lines. Thankfully, to aid the start of […]
Gene Body DNA Methylation Keeps Cells Fit and HealthyMarch 9, 2017Boots, check! Helmet, check! DNA Methylation, check? Any active individual will tell you that protecting your body is an integral part of keeping fit and healthy while enjoying your sport of choice. In the über-competitive world of DNA, a study from the teams of Francesco Neri and Salvatore Oliviero has proposed that DNA methylation on […]
Single and Ready to Mingle: Single-Cell Bisulfite Sequencing Gives Up Its Intimate SecretsMarch 9, 2017Ever fancy a go with a new technique only to find that the methods section of the paper is holding out on the most intimate details? While single-cell bisulfite sequencing (scBs-seq) has been lusted after by many a researcher, mingling with those single cells has proved a bit more challenging. But fear not, the labs […]
Optogenetic Epigenetic Editing of DNA Methylation Puts You in Control of Stem Cell FateFebruary 16, 2017In Greek mythology, the fates forge the strings of life that control our lives and choose the moment of its end. We mere mortals yearn for such powers and we are now one step closer to the light thanks to an optogenetic epigenome editing system that lets you write and erase DNA methylation to control […]
Histone Modification Imaging Pr-EDICTS Stem Cell FateJanuary 27, 2017Will it rain? Will my team win? Will I get that grant? There are instances where a glance into a fortune-teller’s crystal ball could definitely give you the upper hand. Although the crystal ball is a myth, researchers from the lab of Prabhas V. Moghe (Rutgers University, New Jersey, USA) have recently developed a means […]
Mapping mRNA Methylation in the Mouse: From ESCs to the BrainJanuary 23, 2017As Ptolemy and other noteworthy cartographers will tell you, a detailed and up-to-date map is always useful. This navigational tool has guided many intrepid explorers from familiar regions towards the unknown with the promise of discovery and adventure! In the linear world of ribonucleic acid (RNA), intrepid researchers have mapped the locations of the N6-methyladenosine […]
RICC-seq Uses Gamma Rays to Smash out Nucleosome-Nucleosome InteractionsJanuary 17, 2017Gamma rays can give super powers to scientific insight, whether it be PET scans, the Epigenetic Hulk, or nucleosome-nucleosome interactions. While we’ve seen a lot about the primary structure of single nucleosomes and the tertiary structure of large chromatin loops, it seems that the 1–3 nucleosome (50–500 bp) architecture known as secondary structure has been […]