New science reveals how your first years—even months—of life silently steer your health, behavior, and resilience decades later.
Exploring the interplay between predictable cellular mechanisms and stochastic biological variability in modern research.
Exploring whether human cultural evolution is driven by incremental changes or disruptive innovations through archaeological and anthropological evidence.
The story of how Acta Genetica Sinica became China's genetic lifeline, bridging eras of suppression and innovation to engineer China's rise as a genetics powerhouse.
Discover how peanut worms (sipunculans) revolutionized our understanding of marine biology and evolutionary science through groundbreaking research presented at the Second International Symposium on the Biology of the Sipuncula.
Exploring how childhood trauma physically reshapes developing brains, reprogramming immune systems and embedding lifelong disease risks.
Exploring why childhood pain isn't just growing pains but a complex biopsychosocial phenomenon affecting 1 in 5 children worldwide.
Exploring how Turbanella mustela's size distribution affects its survival in tidal environments through Dr. Rick Hochberg's research.
Explore how divergent evolution and cladistics explain the incredible biodiversity of life, from Darwin's finches to modern genetic breakthroughs in fern evolution.
Discover how Bacillus rugosus, a wrinkled bacterium from rice paddies, could transform skincare, bioremediation, and agriculture through its unique biofilm architecture.