Research Articles
Engineering Superbugs: How E. Coli Became a Threonine Production Powerhouse
Explore how metabolic engineering transforms E. coli into efficient threonine-producing factories through genetic modifications and pathway optimization.
Engineering Microbes: How Computer Models Are Revolutionizing Biotechnology
Explore how model-driven metabolic engineering is transforming E. coli into microscopic factories for sustainable production of fuels, medicines, and materials.
Harnessing Cellular Electricity: How E. coli Becomes a Green Chemical Factory
Learn how metabolic engineering of reducing equivalents in E. coli enables sustainable biochemical production through strategic electron flow management.
Brewing a Bio-Building Block: Engineering Microbes for a Greener Future
Discover how scientists engineer E. coli to produce α-aminoadipate through de novo biosynthesis, revolutionizing sustainable chemical production.
Microbial Metamorphosis: Engineering E. coli into a Threonine Factory
Discover how scientists genetically rewire E. coli bacteria to overproduce threonine, a crucial amino acid for animal feed and sustainable production.
The Digital Lab: How Computer Models Are Unlocking E. coli's Secrets
Explore how dynamic modeling is revolutionizing metabolic engineering by simulating E. coli cellular systems to produce valuable chemicals, medicines, and fuels.
Engineering Superbugs: How Algorithm-Enhanced Bacteria Could Revolutionize Green Manufacturing
Discover how hybrid algorithms are revolutionizing metabolic engineering in E. coli to enhance succinate and lactate production through strategic gene knockout strategies.
The Green Alchemists: How Engineered Bacteria Turn Sugar into Sustainable Succinate
Explore how metabolic engineering transforms E. coli into bio-succinate factories, replacing petroleum-derived chemicals with sustainable alternatives.