Research Articles
Unlocking Life's Blueprint: The Monk Who Cracked the Code of Heredity
Explore Gregor Mendel's revolutionary theory of heredity through his pea plant experiments that laid the foundation for modern genetics.
The Recipe for Humanity: How Your Genes and Your Culture Created Each Other
Explore gene-culture coevolution - the revolutionary science revealing how our cultures actively shaped our biology through evolutionary processes.
Why Evolution Holds the Key to Our Health: Unraveling the Mystery of Modern Diseases
Exploring how evolutionary medicine explains modern health disparities through concepts like evolutionary mismatch and genetic trade-offs.
The Silent Dialogue: How Lab Creatures Are Shaping Biology
Explore how model organisms in laboratories are revolutionizing our understanding of biology, from Mendel's peas to modern genetic research.
Unraveling Our Blueprint: How the Genomic Era is Rewriting Human History and Health
Explore how the genomic revolution is transforming medicine, ancestry research, and conservation through cutting-edge genetic technologies.
Jumping Genes: How Nature's Mutators Supercharge Evolution
Explore how jumping genes act as natural mutators that accelerate evolutionary processes and enable revolutionary genetic technologies.
The New Heredity: How Your Lifestyle Can Rewrite Your Genetic Destiny
Discover how epigenetics reveals that your lifestyle choices can influence gene expression and potentially impact future generations without changing your DNA sequence.
The Ripple Effect: How You, a Single Individual, Shape the Flow of Evolution
Explore how individual actions influence biological and cultural evolution through scientific experiments and dual inheritance theory.
You Are Not Just Your Genes: The Dance of Nature and Nurture
Discover how your experiences shape your biology through the fascinating science of embodiment and epigenesis.
Evolutionary Puzzles: Unraveling the Genetic Secrets of Hispaniola's Palm-Tanagers
Explore the fascinating evolutionary story of Hispaniola's palm-tanagers, their genetic variation, and speciation through heterochrony