… We studied 11 measures in total: telomere-length and erosion, 3 epigenetic-clocks and their
… The 71–cytosine-phosphate-guanine epigenetic clock and biomarker composites were …

… “epigenetic clocks” (also referred to as “epigenetic age”) have been developed to estimate
aging rates in tissues and cells. Using one of the original epigenetic clocks … epigenetic clocks, …

… Prior to the COVID-19 pandemic we conducted … epigenetic age, accelerated aging, and
immune dysregulation in healthy, asymptomatic, older adults with CMV. Because the COVID-19 …

… , and accuracy of Epi-Clock with the true validation sets as … histones and protamines involved
in epigenetic regulation, we … improved the containment of COVID-19 but also contributed to …

… Second, we combined different epigenetic clocks into a single composite score and
confirmed its association with telomere length, a well-established marker of aging [24]. Third, we …

… Next, the predictive validity of such type of epigenetic clock is tested in additional DNA
methylation datasets drawn from cohorts that are independent from the training set. In terms of …

… worse overall survival compared with CMS2 colorectal cancer (19). Taken together, our data
support epigenetic age acceleration as a promising prognostic factor for colorectal cancer. …

… on epigenetic plasticity has revealed a system that is highly dynamic and reversible. In this
Opinion, I propose an epigenetic clock … The hypothesis proposed is that an epigenetic clock …

… in ageing biomarkers, such as epigenetic clocks, … DNA methylation-based biomarkers and
the epigenetic clock … DNA methylation-based biomarkers and the epigenetic clock theory of …

… upon COVID-19 infection. However, an association between COVID19 infection and reduce
expression of epigenetic … and epigenetic clocks prior to and following test-confirmed COVID-…