Research Articles
The Force of Life: How Flow Shapes Our Health
Exploring Professor Shu Chien's groundbreaking research on how blood flow patterns influence cardiovascular health and disease prevention.
Rebooting the Immune System: How a Single Drug Revives Exhausted Cancer-Fighting Cells
Discover how PD-1 blockade therapy reprograms exhausted T cells at the epigenetic level to fight cancer more effectively.
The Nucleosome Code: How Your DNA's Spool Manages a Genetic Library
Explore how histone modifications, internucleosome dynamics, and DNA stresses cooperate to functionalize nucleosomes and control gene expression.
The Hidden Messengers in Our Fat: How Tiny RNAs Predict Obesity and Its Complications
Discover how adipose-derived miRNAs serve as biomarkers for predicting obesity and its complications through systematic review and bioinformatic analysis.
The Social Genome: How Your Experiences Become Biologically Embedded
Explore how epigenetics reveals the biological embedding of social experiences through DNA methylation and biomarkers in social science research.
The Symphony of Life: How Epigenetics Sculpts Our Health and Destiny
Discover how epigenetics, the conductor of your DNA, influences health and disease through environmental interactions and molecular mechanisms.
The Dance of Discovery: How Science and Society Shape Each Other
Explore the dynamic relationship between scientific discovery, innovation, and society through historical experiments and modern communication strategies.
A Cellular Librarian: How an Experimental Drug is Reordering Pancreatic Cancer's Chaos
Discover how HDAC inhibitors are rewiring pancreatic cancer at both nuclear and cytoplasmic levels, offering new hope for treatment.
Negotiating Novelty: How Epigenetics is Rewriting Scientific Narratives
Exploring how epigenetics represents a paradigm shift in understanding genetic regulation and scientific novelty
A Broken Window in the Womb: How Animal Models Are Unlocking the Secrets of a Birth Defect
Exploring Congenital Diaphragmatic Hernia and the crucial role of animal models in understanding this complex birth defect