Research Articles
Hacking the Mosquito: A New Genetic Strategy to Halt Dengue
Scientists are turning the mosquito's own body into a virus-fighting factory using De Novo DNA synthesis to stop dengue viral replication.
Cracking a Viral Code: The Genetic Flaw That Tamed a Mouse Virus
Discover how scientists identified the single genetic mutation that crippled a temperature-sensitive mouse cytomegalovirus using advanced genome sequencing techniques.
The 17,000-Year-Old Cold Case: How Science Revealed a Stone Age Mystery
Discover how cutting-edge science solved an archaeological mystery by revealing that two ancient skeletons separated by nearly a thousand years were actually the same individual.
Cracking Cancer's Code: How Genetic Maps Are Paving the Way for Personalized Medicine
Explore how chemical-genetic interaction mapping is revolutionizing cancer treatment by linking tumor mutations to drug responses for personalized medicine.
Unlocking the Genetic Arms Race Against Malaria's Super Mosquitoes
Exploring the genetic mechanisms behind pyrethroid resistance in Anopheles gambiae mosquitoes and the implications for malaria control.
The Hidden World of Bacterial DNA Repeats: Nature's Genetic Toolkit
Explore how simple DNA repeats in bacteria drive evolution, enable adaptation, and challenge our fundamental understanding of genetics.
The Secret Code of E. coli: Deciphering the Genetic Diversity of Its O-Antigen
Explore the complete genetic blueprint of E. coli's O-antigen diversity and its implications for disease tracking and vaccine development.
Decoding Nature's Blueprints: How Computer Science is Fixing Genetic Typos
Explore how Hidden Markov Models are revolutionizing genetic research by correcting errors in Expressed Sequence Tags data.
The Clone Code: How Genetic Duplication Is Revolutionizing Environmental Health
Explore how mammalian cloning technology is transforming environmental health research and our understanding of gene-environment interactions.
Unlocking IBD's Genetic Code: The IL-4 Receptor Story
Exploring the scientific journey to understand the connection between IL-4 receptor gene variations and inflammatory bowel disease susceptibility.