Research Articles
The Athletic Blueprint: How Genes, Environment, and Biology Create Elite Performance
Explore the molecular signatures of sprint, strength, and power performance through genetic, epigenetic, transcriptomic, and telomeric evidence.
The Gene That Can't Make Up Its Mind: How Cells Keep a Crucial Switch in Check
Discover how cells control bivalent genes like NR2F1 through a delicate balance of activation and silencing mechanisms during development.
The Social Mosaic: How Genetics and Society Co-Create Our Health
Exploring the revolutionary integration of genetics into medical sociology and how our biological inheritance and social worlds intertwine to shape health outcomes.
The Silent Symphony of Your Genes: How Genetics and Epigenetics Are Revolutionizing Surgery Outcomes
Explore how genetics and epigenetics are transforming surgical outcomes through personalized medicine approaches.
Great Is Their Sin: The Seductive and Dangerous Allure of Genetic Determinism
Exploring the rise, fall, and profound implications of genetic determinism, the misconception that our genes solely dictate our destiny.
Cracking the Body's Social Network: How Genetic Connections Reveal New Disease Treatments
Discover how genetic correlation mapping reveals hidden communication between organs and opens new possibilities for treating metabolic diseases.
The Keepers of Time: Unraveling Human History with Our Smallest Chromosomes
Explore the fascinating independent histories of the human Y chromosome and mitochondrial DNA, and how they reveal our ancestral past.
Unlocking the Code of Life: How a Monk and His Peas Changed Science Forever
Discover how Gregor Mendel's pea plant experiments revealed the fundamental principles of genetics and inheritance, laying the foundation for modern biology.
When Genetics Meets Environment: Breakthroughs at the SSIEM 2022 Symposium
Explore groundbreaking research from the SSIEM 2022 Symposium on the intersection of genetics, environment, and metabolic medicine.
Germs vs. Gems: The Clash of Theories That Shaped Modern Genetics
Explore the historical debate between Darwin's pangenesis and Weismann's germ-plasm theory that shaped modern genetics and inheritance understanding.