DNA Methylation: The Dynamic Software of the Genome That Shapes Human Disease
A new collection of studies shows how the dynamic epigenetic mark of DNA methylation drives and predicts diseases from rheumatoid ...
A new collection of studies shows how the dynamic epigenetic mark of DNA methylation drives and predicts diseases from rheumatoid ...
A transcriptomic reprogramming screen has identified the RNA splicing factor SRSF1 as a conserved regulator of aging that rejuvenates aged ...
A cross-species single-cell epigenome atlas shows that kidney disease accelerates epigenetic aging most dramatically in tubular epithelial cells, which lose ...
Direct conversion of human blood cells into neural stem cells erases nearly all epigenetic age over a protracted fifty-day process ...
Chinese researchers show that DNA methylation patterns in pulp-free teeth can estimate a person's age with a mean error of ...
A 16-year Scottish cohort study finds that while proteomic organ clocks predict mortality, epigenetic, brain imaging, cognitive and lung function ...
A new GeroScience study of beagles reveals that canine aging proceeds through distinct, stage-specific epigenetic phases in which DNA methylation ...
A sweeping review maps classical Chinese medicine formulas onto the fourteen hallmarks of aging, revealing multi-target molecular mechanisms and clinical ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine