Research Articles
Brewing Blood: How Baker's Yeast is Engineered to Make the "Molecule of Life"
Discover how scientists are reprogramming baker's yeast to produce heme, the iron-rich molecule that gives meat its flavor, enabling sustainable plant-based alternatives.
Engineering Microbes: The Tiny Factors Powering Our Sustainable Future
Explore how metabolic engineering transforms microorganisms into living factories for next-generation biofuel production.
Harnessing Microbial Factories: The Revolutionary Science of Metabolic Engineering
Explore how metabolic engineering transforms microbes into sustainable factories for producing medicines, fuels, and chemicals through cutting-edge biotechnology.
Harnessing a Tiny Fungal Factory: Engineering Yarrowia lipolytica for Precious Isoprenoids
Explore how metabolic engineering transforms Yarrowia lipolytica into efficient biofactories for sustainable isoprenoid production.
Green Factories: Engineering Nature's Chemical Pathways
Explore how metabolic engineering of the phenylpropanoid pathway is creating sustainable solutions for medicine, agriculture, and industry.
The Engine Within: How Systems Metabolic Engineering Builds Living Factories
Discover how systems metabolic engineering is creating sustainable microbial factories for producing biofuels, medicines, and materials.
Green Factories: Engineering E. coli to Brew Renewable Alpha-Pinene
Explore how scientists engineer E. coli to produce renewable alpha-pinene through metabolic engineering for sustainable biofuels and chemicals.
Engineering Super Bacteria: How Science is Transforming Common Microbes into Nutrient Powerhouses
Discover how metabolic engineering transforms lactic acid bacteria into tiny factories producing health-promoting nutrients and nutraceuticals.
Brewing Bioplastics: Teaching E. coli to Craft Green Chemicals
Discover how metabolic engineering transforms E. coli into microscopic factories for sustainable citramalic acid production
Green Gold Revolution: How Metabolic Engineering is Creating Healthier Plant Oils
Exploring how metabolic engineering transforms plant oils into nutrient-rich, sustainable food sources through advanced genetic modification techniques.