Discover how the epigenome and VEGFA signaling control blood vessel growth through dynamic H3K27ac signatures and EP300 activity.
Discover how DNA hydroxymethylation and TET enzymes regulate placental development and influence pregnancy outcomes through epigenetic mechanisms.
Explore how epigenetic research on PtROS1-RNAi in poplars reveals new possibilities for crop improvement and environmental adaptation.
Discover how zebularine, a DNA methyltransferase inhibitor, is revealing the secrets of epigenetic regulation in willow plants and their implications for bioenergy and environmental applications.
Discover how epigenetic regulation enables trained immunity in our innate immune system, rewriting immunology textbooks and opening new therapeutic frontiers.
Exploring how hydroxymethylation changes in bone marrow stem cells contribute to aging and potential therapeutic interventions.