Research Articles
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.
The Mouse ENCODE Project: Deciphering the Blueprint of Life
How the Mouse ENCODE Project is unlocking the secrets of our DNA through functional genomics research using mouse models.
Cracking the Rhizobial Code: How a Soil Bacterium's Blueprint Could Revolutionize Agriculture
Discover how whole-genome sequencing of Bradyrhizobium diazoefficiens reveals molecular insights into nitrogen fixation and sustainable agriculture.
Unlocking the Genome's Dark Matter: The Hidden Switches That Shape Life
Discover how noncoding DNA, once considered junk, contains crucial regulatory elements that control gene expression and shape biological complexity.
The Genomic Secret Behind a Nematode's Evolutionary Surprise
Discover how conserved noncoding elements drive dramatic evolutionary changes in Caenorhabditis inopinata, challenging our understanding of genetic evolution.
Cracking Nature's Code: How Common Sequences in Our DNA Could Revolutionize Complex Disease Treatment
Discover how identifying common DNA sequences across therapeutic targets could revolutionize treatment for complex diseases like cancer, diabetes, and Alzheimer's.