Research Articles
From Science to Industry: Engineering Yeast to Transform Agricultural Waste into Green Fuel
Discover how metabolic and evolutionary engineering transforms Saccharomyces cerevisiae into efficient biofuel producers from agricultural waste
Green Microbes, Bright Future: Engineering Cyanobacteria to Power Our World
Discover how metabolic engineering of cyanobacteria is revolutionizing biofuel production through sustainable, photosynthetic processes.
Engineering Life: Building Synthetic Metabolons to Revolutionize Science
Explore how synthetic metabolons are revolutionizing biology, from medicine to sustainable energy, through cutting-edge engineering of cellular processes.
Blueprint for a Bio-Based Future: When Genomics Met Metabolic Engineering
Exploring the convergence of genomics and metabolic engineering for clean energy, environmental cleanup, and carbon sequestration solutions.
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.
The Cotton Conundrum: Engineering a Safer Seed
How scientists are turning a toxic cotton plant into a nutritious food source through metabolic engineering of gossypol.
The Genetic Gold Rush: Finding Bio-Fortune Without the Guesswork
How Design of Experiments is revolutionizing the creation of living factories for sustainable production
The Cotton Paradox: Engineering a Poison Out of Our Most Important Fiber
Discover how metabolic engineering is creating gossypol-free cotton seeds, transforming a toxic byproduct into a nutritious food source while preserving the plant's natural defenses.
Brewing Bioplastics: How Computer-Designed Yeast is Building a Greener Future
Discover how computer-designed yeast strains are revolutionizing sustainable production of TCA cycle compounds for bioplastics and green chemicals.
Taming the Cellular Traffic Jam: The Rise of Metabolite Valves
How scientists are learning to re-route a cell's inner workings to build microscopic factories using metabolite valves.