Discover how a surprisingly small number of genes creates the incredible complexity of human thought, consciousness, and cognition through sophisticated genetic regulation.
Explore the genetic basis of facial diversity in Han Chinese populations, including key genes, SNPs, and regional variations that shape unique facial features.
Explore how family-based quasi-experimental designs are revolutionizing our understanding of genetics and behavior through sibling and twin studies.
Explore the remarkable story of Iosif Rapoport, the Soviet scientist who pioneered chemical mutagenesis while battling political oppression and wartime adversity.
Explore how selfish genetic elements manipulate cellular machinery to ensure their own propagation, often at a cost to the organism itself.
Exploring how gene regulatory networks work with neuronal networks to orchestrate complex animal behaviors through evolutionary development.
Explore how molecular-based strategies are revolutionizing genetic improvement in agriculture and livestock through advanced DNA analysis and editing techniques.
Discover how a 1982 workshop in Ratzeburg revolutionized genetics using laboratory mice as models for human disease research.
Discover how evolutionary changes in promoter and enhancer activity during human corticogenesis shaped the unique human brain.
Exploring the dynamic interplay between genetics and environment in shaping human biology and behavior.