PRC2 Complex Genetic Variants Leave a DNA Methylation Signature in Overgrowth SyndromeApril 13, 2020While epigenetic modifications can leave their signatures on our genome, our genome can also leave its signature on our epigenomes. Genetic variants in epigenetic regulatory genes often cause disorders characterized by abnormal growth and intellectual disability. The Polycomb repressive complex-2 (PRC2) complex is a core regulator of chromatin structure through methylation of H3K27. EZH2, EED, […]
Tet3 Acts Against Anxiety in Forebrain NeuronsMarch 27, 2020While there are a lot of reasons to anxious these days, thankfully our neurons are using epigenetics to respond and adapt to the barrage of new information in our environment. In fact, DNA cytosine hydroxymethylation (5hmC) might be necessary to keep cognition in check, and a new research suggests that one of the enzymes that […]
Compound Effects on DNA Methylation: Prenatal Alcohol Exposure and Early Life StressMarch 18, 2020While some compound effects, like interest, are desired, there are others we should avoid. While we know that stress and alcohol have adverse effects on pregnancy that can be reflected epigenetically, it turns out that the combination of the two can have distinct detrimental effects. Previously, the lab of Shiva Singh at Western University (Ontario, […]
ChromID Helps Us Understand How Epigenetic Pots Find Their Protein LidsMarch 16, 2020The old saying “every pot will find its lid” suggests that a match exists for everyone looking for love, you just have to get out there and find your perfect partner! Online-dating may help scientists to find their significant other from the bench side; however, current laboratory approaches for the identification of protein-binding partners for […]
dCas9-ROS1 Cuts Out the Methylation Middlemen in Targeted DNA DemethylationMarch 3, 2020As the saying goes, the shortest path from A to B is a straight line and if you’re studying DNA demethylation, you know just how complicated things can get along the road from methylated to unmethylated cytosines. Mammals use Ten-Eleven Translocation proteins (TET) to oxidize 5mC, but the process creates pit stops that may be […]
