… age predictors utilising DNAm have been developed. These DNAm age predictors (more
commonly known as epigenetic … that have tractable changes with age. The majority of these …

… Here, we outline emerging areas of epigenetic aging research that prioritize biological …
progress in epigenetic clocks, which are beginning to predict not only chronological age but aging …

… age estimation. Although semen samples are often used in forensic DNA analysis, previous
epigenetic age prediction … DMSs moderately correlated with age. Validation of the ten most …

… levels with age at … epigenetic age predictions based on the binary sequel of methylated
and non-methylated sites in individual reads, which reflects heterogeneity in epigenetic …

… potential of estimated epigenetic age acceleration regarding … the revealed age-related
epigenetic changes, the recent age-… epigenetic age estimator (epigenetic age clock), epigenetic …

… We computed epigenetic age predictions in these MuSCs using three training models,
including muscle, blood and multi-tissue datasets. The muscle and multi-tissue clocks showed a …

… clocks for clinical medicine by examining the utility of 4 epigenetic AA indices—HorvathAA, …
as markers of age-related decline. We also examine the utility of epigenetic AA for predicting …

… Our study aimed to select a universal set of DMSs for epigenetic age prediction in various
somatic tissues, but since the pattern of DNA methylation change differed in various cell types …

… predict this and other important outcomes could be beneficial. … epigenetic clock delta age
estimate with frailty at baseline in separate models, adjusting for age and sex (model 1), or age, …

… Correlations of epigenetic age with morbidity, mortality and other factors suggest the potential
of epigenetic clocks for risk prediction and identification in the context of aging. In particular…