Explore how transcriptional and epigenetic networks control immune cell development and function, including regulatory T cells and their role in autoimmune diseases and cancer.
Discover how HDAC inhibitors are rewiring pancreatic cancer at both nuclear and cytoplasmic levels, offering new hope for treatment.
Explore the fascinating research into KAT6A Syndrome, a rare genetic condition affecting development through epigenetic mechanisms.
Explore how DNA methylation visualization reveals prostate cancer disparities in African American men through cutting-edge epigenetic research.
Explore how epigenetics and transcriptomics are revolutionizing Alzheimer's disease research, revealing dynamic gene regulation and potential therapeutic approaches.
Explore how aberrant epigenetic grooming of miRNAs contributes to pancreatic cancer progression through a systems biology perspective.
Exploring how assisted reproductive technology may subtly influence DNA methylation patterns and genomic imprinting during early embryonic development.
Explore the fascinating phenomenon of genomic imprinting in plants and mammals - how genes remember their parental origin and its evolutionary significance.
Explore groundbreaking research on genetic and epigenetic approaches to scar management and prevention.
Discover how maternal exercise during pregnancy programs fetal biology for lifelong health benefits and chronic disease prevention.