Research Articles
The Green Alchemists: Brewing a Precious Perfume in a Bacterial Vat
Discover how scientists are reprogramming E. coli bacteria to produce valuable (-)-α-bisabolol sustainably through metabolic engineering.
Green Factories: How Plant Metabolic Engineering is Revolutionizing Our World
Explore how plant metabolic engineering is transforming agriculture, medicine, and sustainability through advanced biotechnology.
Brewing Molecules: How Engineered Microbes are Revolutionizing Everything from Medicine to Fuel
Explore how metabolic engineering transforms microbes into cellular factories for sustainable chemical production, from medicines to biofuels.
Hacking E. Coli: How a Bee-Inspired Algorithm is Supercharging Bio-Factories
Discover how artificial bee colony algorithms and flux balance analysis are revolutionizing metabolic engineering in E. coli for sustainable chemical production.
Harnessing Escherichia coli: Engineering a Microbial Factory for Medicine Production
Explore how metabolic engineers transformed E. coli into a production platform for complex polyketide medicines through the methylmalonyl-CoA mutase-epimerase pathway.
The Sweet Branch of Metabolic Engineering: Cherry-Picking Nature's Sugary Fruits
Explore how metabolic engineering revolutionizes sugar-containing compound production for medicine, nutrition, and biotechnology.
The Microbial Factory: How Engineering Tiny Cells Creates a Sustainable Future
Explore how systems metabolic engineering transforms microorganisms into efficient factories for sustainable chemical production, from medicines to biofuels.
Omics for Metabolic Reconstruction Engineering: The Current Trend
Explore how multi-omics technologies are revolutionizing metabolic reconstruction engineering, enabling precise cellular modeling and sustainable biomanufacturing solutions.
The Cellular Kitchen: Why We Can't Just Cook Up Biofuels and Medicines One Ingredient at a Time
Explore how integrated approaches in metabolic engineering are revolutionizing biofuel and medicine production by treating cells as interconnected systems.
From Pollution to Solution: Engineering Bacteria to Eat CO₂
Discover how scientists are reprogramming bacteria to capture and utilize carbon dioxide, transforming greenhouse gas into valuable products.