Exploring John C. Avise's argument that the human genome provides evidence against intelligent design and supports evolution through its imperfections.
Discover how molecular biologists and biochemists uncovered messenger RNA, revolutionizing our understanding of genetic information flow and laying groundwork for modern biotechnology.
Discover how the IFIH1 gene polymorphism rs35667974 influences autoimmune diseases through molecular dynamics simulations and structural biology insights.
Exploring how GATA2 gene mutations can lead to both immunodeficiency and leukemia through loss-of-function and gain-of-function mechanisms.
Discover how genetic technologies are revealing Malaysia's incredible biodiversity through eDNA, genomics, and AI-powered analysis.
Discover how genetic analysis reveals the relationships between maize inbred lines and enables the creation of superior hybrid corn varieties through advanced breeding techniques.
Explore the fascinating history of cereal domestication, genetic research, and the future of our daily bread through Åsmund Bjørnstad's groundbreaking work.
Explore the fascinating discovery of DNA's double helix structure, the scientists behind it, and its revolutionary impact on modern biology.
Explore Dr. Elizabeth Henske's groundbreaking research on LAM, a rare lung disease primarily affecting women, and discover the genetic breakthroughs offering new hope for treatment.
Exploring how genetic and biological factors contribute to cardiovascular health disparities across different ethnic groups, based on findings from the 2003 Minority Health Summit.