Exploring how replacing oxygen with sulfur in nucleosides creates compounds with remarkable therapeutic properties against cancer and viruses.
Discover how termite mounds act as biodiversity hotspots, nutrient factories, and climate change buffers in ecosystems worldwide.
Discover how USP42, a nuclear speckle protein, resolves R-loops to enable precise DNA repair and prevent genome instability.
Exploring how novel algorithms and AI are revolutionizing our understanding of non-coding RNA structures and their biological functions.
Exploring the tension between transformative hope and dangerous hype in scientific breakthroughs, and how to navigate them responsibly.
The story of how mRNA technology evolved from fundamental research to life-saving medical applications through scientific collaboration.
Exploring how analogies transform abstract scientific concepts into tangible understanding through cognitive bridges and real-world connections.
Exploring the rs35667974 polymorphism in IFIH1 gene that simultaneously protects against autoimmune disorders while increasing vulnerability to others.
Exploring the groundbreaking advances in nanobiotechnology that are transforming medicine, environmental science, and diagnostics at the molecular level.
How CRISPR-Cas technology evolved from bacterial defense to revolutionary gene-editing tool, transforming medicine and agriculture.