Research Articles
The Master Code: How Stem Cells Use Epigenetic Bookmarks to Choose Their Destiny
Explore how embryonic stem cells use chromatin and epigenetic rearrangements to determine cell fate through dynamic packaging of DNA.
Reprogramming Cancer: The Epigenetic Revolution in Cancer Therapy
Explore how epigenetic therapies are revolutionizing cancer treatment by reprogramming cancer cells rather than destroying them.
Fields of Genes: The Hidden Switches That Control Your DNA
Discover how epigenetics controls gene expression without altering DNA sequence. Learn about DNA methylation, histone modification, and the groundbreaking Agouti mouse experiment.
Unlocking Silenced Genes: The Epigenetic Battle Against Cancer
Explore how epigenetic modifications silence tumor suppressor genes in cancer and the revolutionary drugs that can reverse this process to fight cancer.
The Invisible Sabotage: How Chemicals Can Erase Your Cells' Memory
Discover how chemical carcinogens cause cancer by erasing epigenetic markers in DNA, leading to global hypomethylation and uncontrolled cell growth.
The Ghosts in Your Genes: How a Dual Signal Keeps Ancient Viruses in Check
Discover how epigenetic mechanisms use a dual histone modification system to silence ancient viral DNA in our genomes, preventing disease and maintaining genomic stability.
Cracking the Epigenetic Code: The Quest to Sequence 5-Methylcytosine
Explore the revolutionary methods scientists use to sequence 5-methylcytosine, the hidden epigenetic code that directs cellular development and influences disease.
The SUV4-20 Inhibitor A-196: How Epigenetics Became Our Genome's Guardian
Discover how the SUV4-20 inhibitor A-196 reveals the crucial role of epigenetics in maintaining genomic integrity and its potential therapeutic applications.
The Invisible Scars: How Everyday Chemicals Rewrite Our Genetic Legacy Without Changing a Single Letter
Discover how endocrine-disrupting chemicals cause transgenerational epigenetic changes without altering DNA sequences, revealed through groundbreaking stem cell research.
The Epigenetic Code: How Your Innate Immune System Becomes a Memory Keeper
Discover how epigenetic mechanisms enable innate immune cells to develop memory capabilities through chromatin dynamics and histone modifications.