Research Articles
The Golden Revolution: Engineering Yeast to Brew Vision-Saving Pigments
How metabolic engineering of Yarrowia lipolytica is revolutionizing zeaxanthin production for eye health and beyond.
The Invisible Stock Market: How Scientists Decode Microbes' Metabolic Deals
Discover how scientists use model-based quantification to decode the complex metabolic interactions in microbial communities, with applications in medicine, ecology, and biotechnology.
Green Alchemy: How Scientists Are Reprogramming Nature's Chemical Defenses for Healthier Crops
Exploring how metabolic engineering is being used to optimize glucosinolate profiles in crops for improved nutrition and plant defense.
The Green Plastic Revolution: Engineering Yeast to Power Our Sustainable Future
How engineered Yarrowia lipolytica yeast produces biodegradable mcl-PHAs from waste oils through metabolic engineering
Thirsty Vines: How Heritage Grapes Outsmart Drought
Discover how ancient grape varieties outperform global cultivars in drought conditions through biochemical adaptations and smart physiological responses.
Beyond Blood Sugar: How Math and AI Are Revolutionizing Diabetes Care
Discover how mathematical modeling and AI are transforming Type 2 Diabetes management through continuous glucose monitoring and personalized treatment approaches.
Illuminating the Metabolic Machine: Engineering Synthetic Microbes for a Sustainable Future
Exploring synthetic metabolism in microbial engineering for sustainable solutions in medicine, bioremediation, and bio-manufacturing.
The Respiratory Riddle: How a Fungus's Glucose Habits Could Revolutionize Biofuels
Discover how Trichoderma reesei's glucose metabolism could transform biofuel production through metabolic engineering.
The Sweet Science: How Engineered Bacteria Turn Glucose into Vitamin C
Exploring how metabolic engineering transforms E. coli into efficient vitamin C producers from glucose
The RNA Whisperers: How a Tiny Protein Unlocks Cancer-Fighting Compounds in the Madagascar Periwinkle
Discover how Pumilio RNA-binding proteins regulate terpenoid indole alkaloid biosynthesis in Catharanthus roseus, unlocking potential for enhanced cancer drug production.