… as biomarkers of disease. We only display diseases/conditions where epigenetic age
acceleration … The focus of this review is on methylation-based biomarkers therefore we will mainly …

… biomarkers is not how well they predict chronological time, but rather how well they predict
aging outcomes, above and beyond age itself. … age, do those with higher epigenetic age look …

… GrimAge is a composite predictor of lifespan modelled on seven DNA methylation-based …
, all of blood-based epigenetic clock epidemiological studies we identified have reported at …

… DNA methylation-based biomarkers to be the most promising biomarker for aging. Herein we
… methylation, also known as epigenetic age or more precisely DNA methylation age, reflects …

… in this review including epigenetic age estimator (epigenetic age clock), epigenetic age (DNA
methylation age), phenotypic age, and epigenetic age acceleration are defined as follows. …

… The reduced precision of DNAm clocks in cell cultures was solved by a recently developed
DNAm clock that accurately measures the epigenetic age of fibroblasts, keratinocytes, as well …

… overview of the epigenetic clock as a biomarker of aging and a useful tool to manage
healthy aging. In this … The Hannum’s epigenetic clock, a single-tissue DNA methylation-based …

… This paper presents a new DNA methylation- based biomarker of aging: DunedinPACE.
This biomarker is an … For each epigenetic clock, we calculated the measure referred to as …

… applications of DNA methylation–based measures of biological aging to … in healthy aging.
Early studies applying these new … DNA methylation-based biomarkers and the epigenetic clock …

… Epigenetic age does not only estimate chronological age but can also predict the risk of
chronic diseases and mortality. Epigenetic age is … metrics of biological age. Initial evidence has …