We've long been interested in how the environment and epigenome tango. So, if you're looking for a handpicked list of some of the pioneering breakthroughs in the field, you've found the right review.
Dr. Patrick McGowan discusses how stresses early in life can potentially impact epigenetic mechanisms and disease susceptibility.
Dr. Michael Skinner lays down how environment exposures can impact epigenetics and generations to come. This short take was shot during a break at Keystone Symposia’s meeting on Environmental Epigenomics and Disease Susceptibility.
One of the first demonstrations that selection for epigenetic traits can have cumulative, heritable effects in mammals and suggests an alternative to the notion that natural selection acts on genetic variation alone.
Dr. Dana Dolinoy discusses how early life exposures to environmental exposures like bisphenol A can impact the epigenome.
Learn all about environmental epigenetics in this webcast from one of it's pioneers.
Researchers examining the Dutch Famine pile on even more evidence that the prenatal environment and your genes can affect DNA methylation independently and additively.
Vitamin C, also known as ascorbic acid, may have a role in epigenetic regulation, specifically 5-hmC regulation.
Recent research has shown that not only can binge drinking change your child’s epigenome, but so can drinking even moderate amounts every now and then.
Researchers are reporting that DNA methylation patterns of identical and fraternal twins change a lot in their first 18 months. The kicker is that even though people thought twins’ patterns would get more different from each other over time, some pairs’ DNA methylations actually became more similar.
