Research Articles
The Bean Blueprint: Rewriting Seeds to Brew a Healthier Future
Discover how metabolic engineering transforms ordinary seeds into isoflavone factories for human health benefits.
From Cellular Factories to Cures: How Metabolic Engineering is Revolutionizing Medicine
Explore how metabolic engineering tools are transforming medicine by uncovering new drugs and disease mechanisms through cellular pathway optimization.
From Waste to Fuel: Engineering Bacteria to Transform Glycerol into Renewable Ethanol
Discover how metabolic engineering transforms E. coli into efficient ethanol producers using biodiesel byproduct glycerol
Tiny Cellular Factories: Engineering E. coli to Brew a Greener Future
Discover how metabolic engineering transforms E. coli into sustainable factories for producing biofuels, medicines, and industrial chemicals.
Green Machines: Engineering Microbes to Power Our Planet
Discover how metabolic engineering transforms microbes into efficient biofuel factories, creating sustainable energy solutions for our planet.
The Sweet Science of Smart Microbes: Engineering Bacteria to Brew a Vital Molecule
Discover how metabolic engineering transforms microorganisms into efficient factories for producing L-phenylalanine, a vital molecule for food, pharmaceuticals, and more.
Nature's Medicine Cabinet, Rebooted: How Metabolic Engineering is Revolutionizing Drug Discovery
Discover how metabolic engineering is transforming natural drug discovery by reprogramming microorganisms to produce complex medicines sustainably.
The Left-Handed Molecule: Engineering E. coli to Brew a Plastic Precursor
Discover how scientists engineered E. coli to produce chiral 3-hydroxyvalerate from renewable sugars, paving the way for sustainable plastics and chemicals.
Brewing Plastics: Engineering Microbes for Sustainable Styrene
Discover how metabolic engineering enables sustainable styrene production using engineered microbes instead of petrochemical processes.
Tiny Cellular Factories: Engineering Microbes to Brew Life-Saving Molecules
Discover how metabolic engineering transforms microbes into factories for pyrimidine nucleosides, the backbone of antiviral and anticancer drugs.