Research Articles
The Epigenetic Revolution: How DNA and Histone Methylation are Shaping Cancer's Future
Explore how DNA and histone methylation are revolutionizing cancer diagnosis and treatment through epigenetic mechanisms.
The Hidden Switch: How Epigenetics Shapes the Flowers We Love
Explore how epigenetic mechanisms regulate floral hub genes and their potential for manipulation in creating novel flower traits.
The Epigenetic Revolution: How Your Choices Shape Your Genes and Health
Discover how epigenetic proaction empowers you to shape your genetic expression through lifestyle choices, diet, exercise, and mindfulness practices.
Beyond DNA: How Racist Environments Get Under Our Skin
Exploring how epigenetic science reveals the molecular footprints of racism and structural injustice in our biology
Epigenetic Memory: How Your Gut Never Forgets Inflammation
Discover how epigenetic memory in intestinal cells explains IBD inflammation recurrence and new treatment possibilities.
Unlocking Our Genetic Code: How Small Molecules are Revolutionizing Epigenetic Medicine
Explore how small-molecule modulators are transforming epigenetic medicine by targeting DNA methylation, histone modifications, and chromatin remodeling for cancer treatment and beyond.
The Invisible Code: How Cellular Programming Shapes Cancer Fate
Explore how DNA methyltransferases link to epigenetic marks and nucleosome structure in cancer cells, revealing new approaches for diagnosis and treatment.
Can Epigenetics Solve a Century-Old Biological Mystery? The Case of the Midwife Toad
Exploring whether modern epigenetics can explain Paul Kammerer's controversial midwife toad experiments from the early 20th century.
Therapeutic Approaches to Histone Reprogramming in Retinal Degeneration
Explore how epigenetic reprogramming and histone modifications could reverse vision loss in retinal degeneration through HDAC inhibitors and cellular reprogramming.
The Hidden Switch: How Epigenetics Controls Cancer's Shape-Shifting Abilities
Explore how epigenetic mechanisms serve as master mediators of cancer cell plasticity and the promising new therapeutic approaches targeting cancer's adaptability.