Research Articles
Spooky Action at a Distance: Unraveling the Quantum Bond That Baffled Einstein
Explore the fascinating world of quantum entanglement, the phenomenon Einstein called 'spooky action at a distance,' and how it's revolutionizing technology.
Nature's Little Spark Plug: How Understanding a Tiny Chemical Flip Could Revolutionize Medicine
Discover how detailed mechanistic knowledge of phosphate transfer in enzymes is paving the way for revolutionary drug design approaches in medicine.
The Enzyme Alchemist: How AsqJ Crafts Molecular Complexity with Oxygen
Discover how the AsqJ enzyme harnesses oxygen to create complex molecular structures through biocatalytic C-C bond formation, revolutionizing sustainable chemistry.
Shannon Stahl's Catalytic Revolution: Transforming Chemical Reactions for a Greener World
Explore Professor Shannon Stahl's groundbreaking work in catalytic science that earned him the 2020 ACS Catalysis Lectureship Award and is transforming chemical processes for a sustainable future.
Yeast Evolution: Engineering Microbial Superheroes for Green Manufacturing
Discover how evolutionary engineering creates stress-tolerant yeast strains for sustainable biomanufacturing applications.
Tiny Reactors, Giant Leaps: How Microreactor Technology is Revolutionizing Biotechnology
Exploring the revolutionary impact of microreactor technology on biotechnology as presented at the IMTB 2015 Conference.
BiotecVisions 2010: The Dawn of Synthetic Life
How a Single Groundbreaking Experiment Redefined the Possible in Biology. Explore the creation of the first synthetic cell in 2010 and its revolutionary impact.
The Silent Guardians of Space Exploration: How a Humble Grommet Patent Connects to Cosmic Discovery
Exploring how John P. Sanroma's low insertion force grommet patent enables precision astronomical instrumentation like the Roman Space Telescope.
The Plastic Puzzle: Can Enzymes Build Green Polymers from Plant Sugar?
Exploring how scientists use enzymes and plant sugar to create sustainable, biodegradable plastics through solvent-free enzymatic polycondensation.
Nature's Tiny Factories: How Trametes Fungi Revolutionize Biotechnology
Explore how oxidoreductase enzymes from Trametes fungi are transforming biotechnology with applications in pulp processing, food tech, environmental remediation, and medicine.