epigenetic clock long long life aging longevity transhumanism genetics dna 4

epigenetic clock long long life aging longevity transhumanism genetics dna 4

In his latest publication[1], Steve Horvath refers to his epigenetic clock as the most powerful currently available. In addition to estimating chronological age with great accuracy, Horvath's epigenetic clock is also the only one that can be applied to different tissues. Indeed, it is the first to accurately measure the epigenetic age of our cells, tissues and/or organs in a distinct and specific way[1,3]. This specificity is one of the most important characteristics of Horvath's epigenetic clock, and makes it the most widely used estimator in anti-aging research[1]. In addition to this, the Horvath clock offers a panel of 353 CpG sites whose methylation profiles have been identified and classified: 193 hypomethylated CpG sites and 160 hypomethylated CpG sites with age. Epigenetic clock and age-related diseases
epigenetic clock long long life aging longevity transhumanism genetics dna 2

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