… density maps in standardized space and used to predict individuals' brain age. In brief, the
predictor uses a model that predicts chronological age based on the weighted sum of whole …

… The resulting “epigenetic clock” is a multivariate predictor of age (or alternatively mortality
risk) based on a multivariate regression model that incorporates methylation values of …

… key epigenetic age changes and developed a novel rat epigenetic clock, which we show
tracks age … By applying elastic net regression to the training set, we built an age predictor that …

… of epigenetic age with time, where the epigenetic age increased at … predict that epigenetic
ageing is faster during the active season and slower during hibernation. We test this prediction …

… The new clock is capable of predicting the epigenetic age of reduced representation bisulfite
… (r ≥ 0.8) in age prediction of test samples and were sensitive to age-related conditions and …

… Epigenetic modifications are closely linked with aging, but … in epigenetic aging, we explored
sex-specific associations of 3 DNA methylation (DNAm)–based measures of epigenetic age …

… age of each sample and assessed for epigenetic age acceleration in the samples by regressing
the estimated biological age on the individual’s chronological age… predict a variety of age…

… Epigenetic clocks are mathematically derived age estimators that are based on … change
with age at specific CpGs in the genome. These clocks are widely used to measure the age of …

… DNAmAA was able to predict impairment in the analyzed … epigenetic age estimates, DNA
methylation age (DNAm age) and particularly its deviation from chronological age, DNAm age …

… CpG sites are predictive of age [7]. These studies have constructed what is often referred
to as epigenetic clocks and can be used to predict chronological or biological age [8–11]. …