Explore how cutting-edge genetic science is revolutionizing aquaculture by breeding healthier, more resilient invertebrates like shrimp and oysters through genomic selection and advanced technologies.
Exploring how lifestyle and genetic makeup intertwine to trigger autoimmune disease, focusing on lupus risk in Japanese populations.
Explore how genetic mutations create perfectly round ascospores in fungi, reshaping our understanding of developmental biology and evolutionary adaptation.
Explore fifty years of breakthroughs in plant evolution, from Darwin's insights to modern molecular discoveries and their applications in medicine and agriculture.
Explore the groundbreaking research of Inna Golubovskaya, who discovered over 50 meiotic genes in maize while surviving tumultuous historical events.
Explore how twin studies help scientists understand the complex interplay between genetics and environment in shaping human traits and behaviors.
Exploring how CARD15/NOD2 gene polymorphisms influence Crohn's disease susceptibility, progression, and treatment response across global populations.
Discover how the 2009 discovery of X-Y chromosome communication revolutionized our understanding of genetics and challenged long-held beliefs about the Y chromosome.
Explore how the Drosophila melanogaster genome sequence transformed genetic research and continues to drive scientific discovery in human disease and evolution.
Explore how genetic research reveals orangutan evolution, unique reproductive strategies, and informs conservation efforts for these critically endangered primates.