Research Articles
The Molecular Puzzle: How to Select for Super-Cells with One Simple Antibiotic
Discover how split inteins enable selection of cells with two plasmids using a single antibiotic, revolutionizing genetic engineering methods.
Seeing the Unseeable: How Carbon Nanotube Biosensors are Revolutionizing Eye Disease Detection
A new ultrasensitive biosensor can detect trace amounts of eye disease biomarkers in tears, potentially revolutionizing early diagnosis and treatment.
Engineering Precision: How Scientists Are Rewiring Lipases to Create Single-Handed Molecules
Discover how protein engineering transforms lipases into precision tools for creating enantioselective molecules in pharmaceuticals and industry.
Unlocking DNA's Secrets: How Stable Isotopes Are Revolutionizing NMR Spectroscopy
Explore how stable isotopes and multidimensional NMR spectroscopy are revolutionizing DNA structural analysis, enabling unprecedented insights into nucleic acid architecture.
The Secret World of Self-Folding Amyloid Nanofibrils: From Brain Disease to Nanotechnology
Explore the fascinating world of amyloid nanofibrils - their dual role in neurodegenerative diseases and revolutionary applications in nanotechnology, materials science, and medicine.
Unlocking Nature's Superheroes: How AI Is Decoding Extremophile Proteins
Discover how machine learning is revolutionizing the classification of extremophile proteins, enabling breakthroughs in biotechnology and industrial applications.
The Silent Messengers: How Tiny Exosomal RNAs Revolutionize Colorectal Cancer Detection
Discover how exosomal microRNAs are transforming colorectal cancer detection through non-invasive liquid biopsies and advanced biomarker research.
Cracking the Protein's Secret Code: A Real-Time Molecular Detective Story
Discover how real-time second-derivative spectral analysis is revolutionizing protein quality control in biopharmaceutical research.
The Master Switch: How a Single Gene Can Remodel Our Cells
Discover how the Atoh1 gene acts as a master switch, transforming esophageal cells into intestinal-like cells with profound implications for disease treatment.
Harnessing Nature's Genetic Switch: How a Mouse Virus Revolutionizes Protein Production
Explore how the mouse CMV IE2 promoter/enhancer revolutionizes therapeutic protein production through advanced genetic engineering techniques.