Research Articles
Navigating the Genomic Universe: How Ontology Searching Revolutionizes Rat Research
Explore how the Rat Genome Database's ontology searching and browsing tools are transforming genetic research through enhanced data organization and retrieval.
The Symphony of Life: Listening to Thousands of Genes at Once with DNA Microarrays
Discover how DNA microarrays revolutionized biology by allowing scientists to analyze the expression of thousands of genes simultaneously, unlocking the secrets of cellular function and disease.
The Silent Manipulator: How Tuberculosis Hijacks Our Cellular Machinery
Discover how Mycobacterium tuberculosis protein Rv0009 manipulates host immune responses through sophisticated molecular mechanisms.
The Molecular Matchmaker: Finding Drugs Without a Blueprint
Discover how alignment-free, ultra-high-throughput comparison of protein binding sites is revolutionizing drug discovery by focusing on 3D shape over genetic sequence.
Unlocking Soybean's Clock: The Discovery of the E10 Maturity Gene
Discover how the identification of the E10 maturity gene revolutionizes soybean breeding by enabling adaptation to northern latitudes through precise genetic control of flowering time.
Unlocking Rotavirus Secrets: How Lamb Genomes Reveal Viral Evolution Across Species
Discover how whole genome sequencing of lamb rotaviruses reveals cross-species viral evolution and informs vaccine development for livestock and humans.
The Autophagy Sabotage: How a Viral Protein Fuels Liver Cancer
Discover how Hepatitis B virus HBx protein sabotages autophagy to promote liver cancer by impairing lysosomal maturation.
When Cellular Gossip Turns Deadly: How Tiny Mutations Hijack Our Body's Death Machinery to Fuel Cancer
Exploring how cancer mutations hijack apoptosis through kinetic changes in protein interactions, turning cell death mechanisms into survival advantages for tumors.
The Hidden Neighborhoods of Yeast Chromosomes: Unlocking the Secrets of Cellular Architecture
Exploring the functional domains of Saccharomyces cerevisiae chromosomes and their implications for understanding genome organization.
The Genomic Knife: How Functional Genomics is Transforming Surgery from the Inside Out
Exploring how functional genomics is revolutionizing surgical practice through precision medicine, liquid biopsies, and personalized cancer vaccines.