… Using a two-stage structured life course modeling approach, we tested the hypothesis that
there are sensitive periods when adversity induces greater DNAm changes. We tested this …

… We identified potential sensitive periods, largely occurring in … (5) in showing that sensitive
periods in development play an … evidence in support of sensitive periods among this new set of …

… sensitive periods of development influence DNA methylation patterns of several genes.
These experience-induced DNA methylation … It is clear that there are periods during postnatal …

… that a sensitive period model best fits most DNA methylation … methylation. These findings
suggest that the timing of exposure may be the most relevant consideration for DNA methylation…

… DNA methylation of the exon 1 7 promoter of the Gr gene in the hippocampus Citation[18].
This not only confirmed that DNA methylation … the existence of a sensitive period for epigenetic …

… Recently, DNA methylation (DNAm) patterns at specific CpG sites have been proposed as
a promising measure of biological aging. These DNAm-based measures are referred to as “…

… DNA methylation of Nr3c1 in offspring of low- compared to high-LG rat dams (Weaver et al.,
2004). Group differences in DNA methylation … This differential DNA methylation is particularly …

… Methylation was different for GNASAS ( P = 1.1 × 10 −7 ) and, in men, LEP ( P = 0.017). Our
data indicate that persistent changes in DNA methylation may be a common consequence of …

… Sensitive periods in brain and biological development start in the prenatal period, reach
a peak in the first few years of life and continue at a declining rate throughout childhood and …

… This review focuses on how social and environmental signals shape DNA methylation, … of
origin inheritance, is based on the differential DNA methylation of genes present on paternal or …