Exploring how emerging sciences are transforming our understanding of disease beyond the monogenomic paradigm
Explore how exosomes serve as cellular messengers that transfer genetic and epigenetic information between cancer cells, influencing tumor progression and metastasis.
Explore how epigenetic modifications and TLR8 signaling contribute to systemic sclerosis pathogenesis through ROS and profibrotic gene induction.
Discover how maternal BPA exposure induces epigenetic changes in offspring, increasing metabolic syndrome risk through DNA methylation and transgenerational inheritance.
Exploring how H3K27 trimethylation loss serves as a critical biomarker for predicting aggressive meningioma behavior and recurrence risk.
Explore the groundbreaking work of Paolo Sassone-Corsi on circadian rhythms and how his discoveries revolutionized our understanding of biological clocks in every cell.
Explore how 3D modeling and epigenetic research are transforming our understanding of multiple myeloma and developing new therapeutic approaches.
Explore how epigenetic mechanisms drive cancer development and the revolutionary therapies targeting gene regulation software.
Discover how histone methyltransferase DOT1L regulates brown adipocyte differentiation and thermogenesis, offering new approaches to combat obesity and metabolic diseases.
Explore how genetics and epigenetics are transforming surgical outcomes through personalized medicine approaches.