Research Articles
Cereal Genomics: Engineering the Future of Food
Explore how cereal genomics is revolutionizing agriculture and addressing global food security challenges through cutting-edge genetic research.
Unlocking a Microscopic Treasure Chest: The Genomic Secrets of a Soil Bacterium
Discover how genomic analysis of Streptomyces sp. IICT-RPP475 reveals potential new antibiotics to combat the antibiotic resistance crisis.
Unlocking Nature's Light Language: The Tiny Alchemists in Every Leaf
Discover how functional genomic analysis reveals the secrets of HY2 bilin reductases, the molecular alchemists creating the colors of photosynthetic life.
The Worm's Tale: How a Tiny Nematode is Unlocking the Secrets of Our Genes
Explore how functional genomics in C. elegans is revolutionizing our understanding of human development, disease, and aging through systematic gene analysis.
Cracking the Genome's Library: How AI is Organizing Life's Blueprint
Discover how Hierarchical Multi-Label Classification is revolutionizing functional annotation of orthologous groups in genomics
Cracking the Genetic Code: A New Era for Diagnosing Vitamin B12 Defects
Discover how genomic analysis, functional and structural assessment are revolutionizing the diagnosis of cobalamin and related genetic defects.
Cracking the Bone Code: How Your DNA's Hidden Switches Influence Fracture Risk
Discover how integrative genomic analysis reveals DNA's hidden switches that control bone mineral density and fracture risk.
The Perfect Landing Spot: Curing Diseases by Editing Stem Cell Safe Harbors
Explore how scientists are using genomic safe harbors and iPSC technology to develop revolutionary treatments for genetic diseases.
Genomics: The Medical Revolution in Your DNA
Explore how genomics is revolutionizing medicine through CRISPR, AI, and personalized therapies. Learn about breakthroughs, technologies, and future directions.
Unlocking Nature's Secret Recipes: The Genomic Goldmines Behind Plant Diversity
Discover how specialized genomic regions called Biosynthetic Gene Clusters create the incredible chemical diversity in plants, from spicy peppers to medicinal compounds.