Explore how TET proteins regulate B cell development, antibody production, and immune tolerance through epigenetic mechanisms
Discover how metabolism and epigenetics work together to control T-cell immunity and shape your immune response to diseases.
Explore how Comethyl's network-based approach reveals the complex interplay between DNA methylation patterns and disease through innovative multivariate analysis.
Discover how the CBX3 protein acts as a genetic dimmer switch and its impact on prenatal growth and metabolic health through groundbreaking research.
Explore how transcription factors and epigenetic modifications coordinate immune cell development and function, with implications for treating diseases like autoimmunity and cancer.
Discover how the loss of KAT6B, a crucial epigenetic gene, drives the aggressiveness of small cell lung cancer and potential therapeutic approaches.