… new epigenetic clocks has recently been published by Horvath et al.: The Skin & Blood clock
[1… Together, these new epigenetic clocks present valuable tools to investigate human aging, …

… the epigenetic clock. This review provides a comprehensive overview of the epigenetic clock
as … In this burgeoning scientific field, various kinds of epigenetic clocks continue to emerge, …

… Comparing the chronological age resulting from these epigenetic clocks yields an estimation
… In this review, we focus our attention on epigenetic clocks that by using specific algorithms …

… the so-called GrimAge clock [86]. An overview of all major epigenetic clocks in humans and
… Of note, data exploration applying several existing epigenetic clocks has been facilitated for …

… epigenetic changes and various age-related diseases and conditions, such as cancer and
87 cardiovascular disease. Epigenetic clocks are … the value of epigenetic clocks, proteomics, …

… Firstly, we assess the reliability of different epigenetic clocks in the RPE and blood. Secondly,
we analysed EAA in Normal and AMD affected RPE and whole blood. We also conducted …

… Horvath recently developed a refined epigenetic clock that … In this new epigenetic clock, 391
CpGs were selected to predict … the predicted age by the epigenetic clock is referred to as the …

… how old they officially are since there are many plausible approaches to the concepts of age
and ageing – one being biological age that can be estimated through our epigenetic clocks. …

… revealed ‘epigenetic clocks’ that are based on the temporal accumulation of DNA methylation
at specific genomic sites. Here, we validate the hypothesis of an epigenetic clock in NMRs …

… However, it remains unclear which neighborhood characteristics correlate with epigenetic
age and whether specific epigenetic clocks better predict age-related chronic health conditions…