… Existing DNA methylation clocks have been … novel epigenetic clock that performs optimally
in human cortex tissue and has the potential to identify phenotypes associated with biological …

… epigenetic clock is currently the best biological age predictor, as it correlates well with age …
Thus far, the most promising, new biological age predictor is the epigenetic clock; however its …

… First, we survey recent progress in epigenetic clocks, which are beginning to predict not …
to train epigenetic clocks more directly against biological aging outcomes or to integrate clocks …

… In this review, we will discuss the range of epigenetic clocks available, their strengths and
… increases, so too does our understanding of biological age. Depending on how these …

… ) biological age, respectively. These results support the potential of our targeted epigenetic
clock as a new marker of biological age … assessment of biological age in healthcare practice. …

… epigenetic clocks, especially as they relate to key theoretical and applied issues in human
biology… of the ways that epigenetic clocks can inform questions in human biology, and vice …

… This study indicates that the epigenetic clock can be improved by … attenuates with increased
prediction of chronological age. … biological age-associated CpGs in an improved epigenetic …

… age [(76.99±6.78) and (83.97±9.36) mmHg, respectively, ] (all P values<0.05). Conclusion:
The … epigenetic clock model can be used to evaluate and calibrate human biological age. …

… these two examples demonstrate that the epigenetic clock is not impervious to biology of
the body. Instead it is a more accurate indicator of biological age than chronological age. …

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