Research Articles
Twist and Build: The Secret Life of Charged Polymers Crafting Super Helices
Discover how partially charged diblock copolymers self-assemble into super helices, revolutionizing nanotechnology with applications in drug delivery, sensors, and smart materials.
Unfolding the Future: How Scientists Are Printing Proteins One Helix at a Time
Breakthrough in α-helical peptide arrays using soft-landing ion beams for drug design and biomedical research.
The Deadly Dance: How a Cancer-Killing Protein Hijacks Cellular Messengers to Control Our Genes
Discover how TNF converts sphingomyelin into ceramide to activate NF-κB, revealing critical pathways in cancer, viral infections, and inflammation.
Unlocking Cellular Control: How Yeast's Master Switch Revolutionized Genetic Engineering in Bacteria
Explore how the yeast transcription factor Gal4 was adapted for use in E. coli, revolutionizing synthetic biology with precise gene expression control.
Click & Capture: How Molecular Velcro Targets DNA's Elusive Four-Strangled Knots
Exploring how click chemistry revolutionizes G-quadruplex research for cancer and aging treatments
Life's Leaky Laboratory: How Shattering Biochemistry's Rules Rewrites Life's Origins
Exploring how the breakdown of biochemistry's central dogma is revolutionizing our understanding of life's origins through alternative genetic systems and synthetic biology.
Cross-Pollinating Fields: How Bees and Ideas Fertilize Our World
Exploring the biological and intellectual cross-pollination that drives biodiversity, food security, and human innovation.
Sculpting Life: How Chemists Forged a Superior Blood Hormone from Scratch
The groundbreaking chemical synthesis of SEP (Synthetic Erythropoiesis Protein), a bioengineered version of erythropoietin with enhanced therapeutic properties.
Raindrops Revolution: How Rainwater is Brewing Better Medicines
Discover how rainwater is revolutionizing quinoxaline synthesis, offering a greener, cheaper alternative to traditional drug discovery methods.
The Redox Revolution: How Chemists Are Taming Protein Synthesis with Molecular Switches
Discover how redox-controlled chemical protein synthesis is revolutionizing protein creation through sulfur and selenium chemistry, enabling precise drug development and materials science.