Research Articles
The Redox Revolution: Genome-Wide Analysis for D-Lactate Overproduction in E. coli
Explore how genome-wide analysis of redox reactions is revolutionizing metabolic engineering for D-lactate production in E. coli through systematic gene knockout studies.
The Sweet Science of Yeast Factories: Engineering Microbes to Produce Aromatic Compounds
Discover how scientists are reprogramming yeast's cellular machinery to produce valuable aromatic compounds like trans-cinnamic acid and hydrocinnamyl alcohol.
Microbial Superheroes: Engineering Tiny Factories for a Sustainable Future
Explore how scientists are engineering microorganisms for consolidated bioprocessing to create sustainable manufacturing solutions through synthetic biology and metabolic engineering.
From Trash to Treasure: Engineering Microbes to Spin Plastic from Waste
How scientists are reprogramming bacteria to turn agricultural leftovers into biodegradable plastics, offering a glimmer of hope for our polluted planet.
Engineering Yeast: The Tiny Factories Revolutionizing Fuel and Chemical Production
Discover how synthetic biology and metabolic engineering are transforming yeast into powerful cell factories for sustainable fuel and chemical production.
Navigating the Cellular Control Room: The Promise and Limitations of Bayesian Metabolic Control Analysis
Exploring the capabilities and limitations of Bayesian Metabolic Control Analysis in understanding and engineering cellular metabolism.
The Xylose Puzzle: How Scientists Taught Baker's Yeast to Thrive on Plant Waste
Discover how genetic engineering and evolutionary adaptation transformed baker's yeast into an efficient xylose-consuming microbe for biofuel production.
The Silent Conductors: How Bacterial Small RNAs Are Revolutionizing Metabolic Engineering
Exploring how bacterial small RNAs are transforming metabolic engineering with their precise gene regulation capabilities.
The Microbial Alchemists: How Engineered Bacteria Transform Sugar into Sustainable L-Cysteine
Discover how metabolic engineering of Corynebacterium glutamicum is revolutionizing L-cysteine production, replacing unethical hair hydrolysis with sustainable fermentation.
The Silent Killer in Our Soil & How Scientists Taught a Bacterium to Fight Back
How scientists engineered Sphingobium chlorophenolicum to degrade the persistent pollutant hexachlorobenzene (HCB) through metabolic engineering.