Research Articles
Molecular Origami: The One-Pot Wonder Crafting Azonia's Elusive Pentacycles
Breakthrough one-pot synthesis of azonia aromatic heterocycles with 6-6-6-5-6 pentacyclic cores via intramolecular [4+2]-cycloaddition and oxidative aromatization.
The Hidden Trio: How Triple Gene Teams Rewrite Yeast's Survival Rules
Discover how trigenic interactions in yeast reveal complex genetic networks that could transform our understanding of human disease and evolution.
The Late Preterm Steroid Dilemma: Protecting Tiny Lungs at 34-36 Weeks
Exploring the benefits and controversies of antenatal corticosteroids for late preterm infants born at 34-36 weeks gestation.
The Invisible Switch: How a Tiny DNA Element Controls a Cancer Giant
Discover how the nuclease-hypersensitive element (NHE III₁) regulates the c-Myc oncogene through structural transitions between B-DNA, G-quadruplexes, and i-motifs.
The Living Blueprint: How Biology is Revolutionizing Tomorrow's Smart Materials
Exploring how biological principles are inspiring the next generation of active, adaptive and autonomous molecular systems for smart materials.
The Memory Masters: Engineering Living Computers Inside Cells
Explore how synthetic biologists engineer cells with memory and logic capabilities, creating living computers that remember their history for generations.
Earth's Secret Recipe: How Carbon, Nitrogen, and Water Dance in the Wild
Exploring the intricate coupling of carbon, nitrogen, and water cycles in terrestrial ecosystems and their biological regulation mechanisms.
The Symphony of Life: How Integrative Biology Is Revolutionizing Science
Explore how integrative biology breaks down traditional silos to provide holistic understanding of life from molecules to ecosystems, with real-world applications in conservation and medicine.
Harnessing Sunlight's Power: The Bright Future of Building Life-Saving Molecules
Discover how visible light-promoted synthesis is revolutionizing the creation of bioactive N,N-heterocycles for life-saving medicines through sustainable chemistry.
The Invisible Highway: Engineering Living Microvascular Networks in a Dish
Discover how scientists are engineering 3D microvascular networks in labs to revolutionize drug testing, disease modeling, and organ regeneration.