Research Articles
Tiny Cellular Factories: How Baker's Yeast is Brewing the Medicines of Tomorrow
Discover how engineered yeast is revolutionizing biopharmaceutical production, creating life-saving protein therapies faster and more efficiently.
The Bean Blueprint: Rewriting Seeds to Brew a Healthier Future
Discover how metabolic engineering transforms ordinary seeds into isoflavone factories for human health benefits.
The Hidden Science of Strength: How Engineers Measure Human Muscle Power
Explore how engineers assess human muscle strength through cutting-edge technology, from dynamometers to machine learning algorithms.
From Cellular Factories to Cures: How Metabolic Engineering is Revolutionizing Medicine
Explore how metabolic engineering tools are transforming medicine by uncovering new drugs and disease mechanisms through cellular pathway optimization.
Tiny Droplets, Massive Potential: Printing the Future of Microfluidics
Discover how computational fluid dynamics and 3D printing are revolutionizing microfluidic droplet generators for accelerated scientific discovery.
The Lungs' Unlikely Ally: How a Common Bacterium Could Revolutionize Cystic Fibrosis Care
Discover how Rothia mucilaginosa, a common oral bacterium, could transform cystic fibrosis treatment through genome-scale metabolic modeling and innovative therapeutic approaches.
The Ginsenoside Code: How Science Is Unlocking the Secrets of Ginseng's Healing Power
Discover how scientists are decoding the biochemical secrets behind ginseng's medicinal properties through ginsenoside research.
From Waste to Fuel: Engineering Bacteria to Transform Glycerol into Renewable Ethanol
Discover how metabolic engineering transforms E. coli into efficient ethanol producers using biodiesel byproduct glycerol
The Evolution Machine: Shuffling DNA Like a Deck of Cards
How scientists are harnessing a bacterial superpower to engineer life faster using synthetic integrons and DNA cassette shuffling.
Tiny Cellular Factories: Engineering E. coli to Brew a Greener Future
Discover how metabolic engineering transforms E. coli into sustainable factories for producing biofuels, medicines, and industrial chemicals.