Research Articles
Decoding Us: How DIVERGENOME is Unraveling the Secrets of Human Diversity
Discover how the DIVERGENOME bioinformatics platform is revolutionizing our understanding of human genetic diversity and personalized medicine.
Brain Blueprints: How AI Is Decoding the Genetic Roots of Brain Disorders
Explore how AI and imaging genetics are revolutionizing our understanding of brain disorders by connecting genetic variations to brain structure and function.
The Sweet Science of Coconuts: How Sugar Transport Genes Shape the Tree of Life
Discover how SWEET genes control sugar transport in coconut palms and their implications for crop improvement and food security.
The Circular RNA Revolution: How Tiny Circles Shape Our Muscles
Discover how circular RNAs (circRNAs) regulate muscle development and their potential in treating muscle diseases and improving meat quality in animals.
Rewriting Our Code: How Gene Editing is Revolutionizing Human Genetics
Explore how gene editing technologies like CRISPR-Cas9 are transforming human genetics, from treating diseases to ethical considerations.
Unlocking Nature's Secret: How Tropical Maize Survives Drought
Discover how gene expression analysis and polymorphism discovery are revealing the genetic mechanisms behind drought tolerance in tropical maize.
The Locust's Hidden Switch: Unlocking the Secrets of a Shape-Shifting Insect
Discover how the LmUBX2 gene controls the remarkable transformation of migratory locusts from solitary insects to swarming pests.
Unlocking Chicken Growth Secrets: The IGF2 Gene's Hidden Power
Explore how IGF2 gene polymorphisms influence growth, metabolism, and production traits in chickens through cutting-edge genetic research.
The Genetic Revolution in Rheumatoid Arthritis: Decoding Our Blueprint for Better Treatments
Exploring how genetic breakthroughs are transforming rheumatoid arthritis treatment through precision medicine and personalized therapies.
The Silent Loom: How Geneticists Are Unweaving Silkworm Secrets
Exploring the genetic breakthroughs in silkworm research that are revolutionizing silk production and biotechnology applications.