Environmental exposures may be a larger contributing factor to epigenetic age acceleration than genes in older twins. However, leisure-time physical activity doesn't affect DNA methylation in either younger or older twins. https://t.co/xftLbdoArb
Our latest pub on the genetic and environmental predictors of DNA methylation age in twins. ➡️ Non-shared env factors explained a larger amount of variance in DNAm age acceleration in old than young individuals. ➡️PA in adulthood has only a minor effect
It would be interesting to rerun the methylation sequence data using Horvath's 2018 GrimAge clock. Not surprising his original 2013 clock didn't pick up these changes. #aging #epigenetics https://t.co/nbqKDJWwvv
Leisure-time physical activity and DNA methylation age-a twin study. #amchelsinki #tutkimus https://t.co/SO9bIfIVLZ
Pubmed: Leisure-time physical activity and DNA methylation age-a twin study. https://t.co/RXautkbbbv
RT @EpigeneticsIns: Are you interested on the effect of physical activity in mortality? Leisure-time physical activity and DNA methylation age—a twin study #epigenetic clock #DNAmethylation #aging https://t.co/oCQvh2U3jV https://t.co/FmpGerjTFk