Research Articles
From Nature to Medicine: How Drug Fragments Could Revolutionize Healthcare
Discover how identifying enriched drug fragments combined with metabolic engineering is revolutionizing drug discovery and healthcare solutions.
Nature's Nano-Factories: How We Hacked Microbes to Build a Greener Future
Explore how scientists are reprogramming microbes through bioconversion and metabolic engineering to create sustainable solutions for medicine, energy, and materials.
Taming a Tiny Factory: How Genetic Muting is Supercharging a Bacterial Workhorse
Discover how CRISPR/dCpf1 technology is revolutionizing metabolic engineering in Gluconobacter oxydans, enabling precise gene control for industrial biotechnology.
Green Gold: Engineering Nature's Tiny Factories for a Hydrogen Future
Explore how metabolic pathway engineering is transforming microbes into efficient hydrogen factories for clean energy production.
Engineering Supercharged E. coli: The Tiny Factories Creating Biofuel from Plant Waste
Discover how genetically engineered E. coli bacteria are being transformed into efficient biofuel producers through metabolic engineering and adaptive evolution.
A Yeast's Second Wind: Engineering a Cleaner Path to Biofuel
Discover how scientists are engineering yeast to efficiently convert plant waste into biofuels by solving metabolic bottlenecks.
Unlocking Nature's Factory: How Promoter Technology Supercharges Amino Acid Production
Explore how PLMC technology revolutionizes threonine biosynthesis through promoter library optimization in metabolic engineering
Nature's Rainbow: How Engineered Bacteria are Brewing a Color Revolution
Discover how engineered E. coli bacteria are producing natural rainbow colorants as sustainable alternatives to synthetic dyes
Green Plastic Factories: How Tiny Diatoms Could Solve Our Big Plastic Problem
Discover how engineered diatoms produce biodegradable PHB plastic through metabolic engineering and multi-omics analysis
The Green Pharmacy's Tiny Factories: Engineering Nature's Most Potent Medicines
How scientists are reprogramming yeast and plants to produce life-saving drugs like parthenolide and artemisinin through sesquiterpene lactone engineering.