… 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 …

… This process is associated with epigenetic modifications such as methylation changes at …
an Epigenetic-Aging-Signature which is applicable for many tissues to predict donor age. DNA-…

… Epigenetic clocks have proven themselves to be accurate at predicting chronological age
(chAge), which is commonly referred to as DNAm age or epigenetic age (eAge). When …

… The identification of specific epigenetic patterns highly correlated with age has the potential
to influence our understanding of ageing in health and disease. Specifically, it could lead to …

… On the other hand, Horvath’s age predictor outperformed our predictor in samples from
the brain. Their performance in other tissues (breast, liver, adipose, and muscle) was similar, …

… For this purpose, we use epigenetic surrogates (EpiScores) for 109 plasma proteins and the
… the current best epigenetic predictors of survival. We test this bAge predictor in four external …

… Moreover, the accuracy of our 65 CpG model even outperformed the accuracy of age-predictions
using the epigenetic aging signatures with 353 CpGs [19] or 71 CpGs [17], often …

… The aging process significantly affects most of the … an epigenetic model for age prediction
was validated in a sample of the Italian population. However, its applicability to advanced ages …

… the aging process in the DNAm landscape to show how epigenetic age clocks evolved from
a chronological age … including epigenetic age estimator (epigenetic age clock), epigenetic …

… the hypothesis that an epigenetic predictor for biological age might be trained on face-age
as a surrogate for biological age rather than on chronological age. Our data demonstrate that …