Research Articles
Harnessing Bacterial Factories: How Engineered E. coli Produces a Versatile Biocompound
Explore how metabolic engineering transforms E. coli into efficient factories for producing 5-aminolevulinic acid (ALA), a versatile compound with applications in medicine and agriculture.
From Wood to Plastic: How Engineered Bacteria Turn Trees into Bioplastics
Discover how engineered E. coli bacteria transform lignocellulosic biomass into biodegradable plastics like P3HB and butyrate through synthetic biology.
Brewing Fuel from Waste: How Engineered E. Coli Turns Glycerol into Green Energy
Discover how metabolic engineers are transforming E. coli into microscopic factories that convert biodiesel waste into n-butanol, a superior biofuel.
Redesigning Nature's Factory: The Multiplex Quest for L-Homoserine
Explore how multiplex metabolic engineering transforms E. coli into efficient L-Homoserine producers through systematic genetic reprogramming.
Tiny Cellular Chefs: Engineering E. coli to Brew a Key Ingredient
Discover how scientists use homologous recombination to engineer E. coli W3110 for enhanced aspartic acid production, revolutionizing sustainable manufacturing.
Polysialic Acid: How E. Coli Became a Microscopic Factory
Explore how E. coli has been engineered to produce polysialic acid, a crucial sugar polymer with applications in brain development and medicine.
Brewing a Flu Fighter: Engineering E. coli to Produce Shikimic Acid
Discover how metabolic engineering transforms E. coli into microbial factories for producing shikimic acid, the key ingredient in Tamiflu®.
Harnessing Bacterial Factories: Dynamic Regulation Supercharges Biodiesel Production in E. coli
Discover how metabolic engineering and dynamic regulation systems are transforming E. coli into efficient biodiesel factories, revolutionizing sustainable fuel production.
Engineering a Microbial Factory: How Scientists Supercharge E. coli to Produce Coenzyme Q10
Explore how metabolic engineering transforms E. coli into efficient CoQ10 producers through genetic reprogramming and synthetic biology strategies.
Cracking the Cell's Code: How Mathematical Models Guide Us to Engineer Better Bacteria
Explore how Non-stationary Metabolic Control Analysis is revolutionizing E. coli metabolic engineering for sustainable biotechnology applications.