Explore how cultural evolutionary psychology bridges biology and culture, avoiding reductionism and determinism while explaining human diversity.
Exploring how Christopher J. Austin's new theory reconciles biological essentialism with evolutionary science through evo-devo and neo-Aristotelian metaphysics.
Explore Professor T.C. Tung's groundbreaking work on amphioxus embryology and its significance for understanding vertebrate evolution.
Exploring oxygen-sensing mechanisms across eukaryotic kingdoms and their crucial role in enabling complex multicellular life.
Explore the fascinating science of developmental plasticity and how early experiences shape our biology, health, and evolution through epigenetic mechanisms.
Explore how selfish genetic elements manipulate cellular machinery to ensure their own propagation, often at a cost to the organism itself.
Explore how comparative anatomy provides insights into evolutionary history, from homologous structures to groundbreaking complexity research.
Exploring how gene regulatory networks work with neuronal networks to orchestrate complex animal behaviors through evolutionary development.
Explore how philosophy is transforming biology by examining core concepts like evolution, life definitions, and purpose through scientific experiments.
Explore how the genome functions as a sophisticated regulatory computer controlling development and evolution through gene regulatory networks and 3D structure.