… epigenetic clocks. The goal of this review is to highlight some of the ways that epigenetic
clocks can inform questions in human biology, and vice versa, and to provide human biologists …

… to biological age, epigenetic clocks are … at biological age using epigenetic clocks. The most
widely used method is to look at deviations around the regression line in the epigenetic clock …

… We aimed to develop a novel epigenetic clock that performs optimally in human cortex …
with biological ageing in the brain. We generated an extensive dataset of human cortex DNA …

… This study indicates that the epigenetic clock can be improved by increasing the training
sample size and that its association with mortality attenuates with increased prediction of …

… human epigenetic clocks … epigenetic clocks. Subsequently, we created an extensive dataset
of over 1300 study findings in which epigenetic clocks were utilized in blood tissue of human …

… A recent review of six types of potential biological age estimators — epigenetic clocks, …
concluded that the epigenetic clock is the most promising molecular estimator of biological age 15 …

… biology of the bodies of women, their epigenetic clocks were acutely in tune with their
biology. … Another route by which human biology can be greatly affected is through infection. …

… the epigenetic clock from a longitudinal perspective by analysing data from five prospective
cohorts with repeated sampling. We showed that epigenetic … on the epigenetic clock in other …

… by observations that higher epigenetic age acceleration is … of epigenetic age acceleration,
linked to telomerase biology, is … epigenetic age acceleration and broke down the epigenetic …

… of human skeletal muscle DNA methylation profiles, we can develop a muscle-specific epigenetic
clock that outperforms the pan-tissue clock … data to estimate epigenetic age in a total of …