Research Articles
Engineering Yeast: The Tiny Cellular Factories Brewing Clean Fuel
Discover how genetic engineering of Saccharomyces cerevisiae creates efficient cytosolic isobutanol biosynthesis for sustainable biofuel production.
The Microbial Factory: Engineering Superbugs to Brew Biofuel
Discover how scientists are engineering specialized platform strains and pioneering new tools to transform organic waste into renewable biofuel through anaerobic bioprocessing.
Brewing Fuel from Waste: How Engineered E. Coli Turns Glycerol into Green Energy
Discover how metabolic engineers are transforming E. coli into microscopic factories that convert biodiesel waste into n-butanol, a superior biofuel.
The Cellulose Sleuth: Engineering a Bacterium to Craft Biofuel
Discover how scientists are engineering Clostridium thermocellum to transform plant waste into n-butanol, a superior biofuel.
Salinity Gradient: Unlocking Marine Algae's Power as a Supercharged Biofuel Source
Discover how marine microalgae Chlamydomonas sp. JSC4 can be optimized for biodiesel production using innovative salinity-gradient strategies and metabolic profiling.
The Thermophilic Microbe Revolution: Engineering Bacteria for Greener Fuel
How scientists are engineering heat-loving bacteria to produce sustainable biofuel alternatives like 1-butanol through metabolic engineering.
The Tiny Fungus That Could Revolutionize Biofuel: Producing Fatty Acid Esters from Microorganisms
Discover how scientists are engineering oleaginous fungi and bacteria to produce fatty acid alkyl esters - the molecules that constitute biodiesel - through advanced fermentation processes.
Green Gold: How Genetic Engineering is Unlocking Coccomyxa's Biofuel Potential
Explore how metabolic engineering and iterative self-cloning are revolutionizing biofuel production from Coccomyxa microalgae for sustainable energy solutions.
Engineering Superbugs: How Computers are Designing the Next Generation of Biofuel
Explore how computational models and in silico predictions are revolutionizing biofuel production by engineering E. coli for efficient 1-butanol synthesis.
Unlocking Yeast's Hidden Power: How Cofactor Balancing is Revolutionizing Biofuel Production
Discover how genome-scale modeling and cofactor balancing are transforming engineered yeast into efficient biofuel producers from plant waste materials.