… To track longitudinal variation in risk profile, epigenetic clocks … High reliability is indicated
by consistent epigenetic age … With the expansion of longitudinal studies of epigenetic age, …

… to what extent epigenetic clocks are tracking a cell-autonomous or, conversely, a cell-ensemble
phenomenon 99 . Our data provide evidence that current epigenetic clocks represent a …

… to identify eligible studies reporting epigenetic clocks in several … the clinical utility of 11
epigenetic clocks (based on blood and … longitudinal population studies, due to multiple epigenetic …

… The specific epigenetic “clocks” chosen for use in this study were those derived by Horvath
(… We used linear mixed-effects regression to properly account for the longitudinal nature of the …

… epigenetic clock covering the whole lifetime of a person, inter-individual variability should be
also considered. Since epigenetics … In the present study, a common epigenetic clock for all …

… Second, to be able to make relevant comparisons with our longitudinal DNAm set in in
childhood, we (ii) only selected epigenetic clocks that have been based on human material and (iii…

… That being said, it is important to point out that nearly all of the applications of the
epigenetic clocks have been done in cross-sectional, rather than longitudinal data. Thus, the …

… We measured epigenetic age from blood DNAm, known as epigenetic clocks. We considered
4 epigenetic clock biomarkers, namely Horvath’s and Hannum’s DNAmAge, Levine’s …

… It is currently well established that epigenetic clocks, composed of … to systematically summarize
the epigenetic clocks in the … a longitudinal analysis measuring DNAm by Horvath clock in …

… We tested the performance of the vervet blood clock in longitudinal blood samples from 14
individuals collected at two different time points. In these samples, we correlated the changes …