… However, the findings are consistent with epigenetic clocks that we applied to the larger
EPIC BeadChip datasets. (4) Last but not least, it is possible that additional unknown …

… the epigenetic age of the whole blood in COVID-19 patients … using the previously established
epigenetic clocks (Hannum, … clock was most significant among the five epigenetic clocks in …

… impact of mRNA COVID-19 vaccination upon epigenetic clocks by obtaining DNA methylation
profiles from blood of participants prior to and following mRNA COVID-19 vaccination. We …

… As research in this field progresses, more studies are required to assess the value of
epigenetic clocks as biomarkers or predictors of COVID-19 disease severity, ultimately advancing …

… association between COVID-19 subgroups and epigenetic age … effect of epigenetic clocks
on three COVID-19 subgroups (… effect of epigenetic clocks on three COVID-19 subgroups. …

… epigenetic modifications have been linked to perturbations to the epigenetic clock,
development of long COVID-19 … I reviewed the effects of COVID-19 on different molecular age …

… the surviving COVID-19 patients and compared it to their last recorded DNAmAge in the ICU
before recovery. Among the different epigenetic clocks used in our study, the Horvath clock (…

… at targeted genomic regions (epigenetic clock) in combination with telomere shortness
suggested possible non-invasive biomarkers for predicting risk of COVID-19-related severity and …

… of severe COVID-19. Epigenetic clock analyses revealed severe COVID-19 was associated
with … , further validating the epigenetic clock as a predictor of disease and mortality risk. Our …

… COVID-19, we conducted this bidirectional Mendelian randomization (MR) study. Epigenetic
clocks and … We analyze the reasons that severe COVID-19 may delay the epigenetic age …