Explore advances in metabolic engineering of methylotrophic yeasts for sustainable production of chemicals, fuels, and pharmaceuticals from methanol.
Discover how metabolic engineering is enhancing xanthophyll content in tomatoes to create vision-protecting superfoods with improved nutritional value.
Explore cutting-edge DNA assembly methods that are accelerating our ability to design living systems and transform biotechnology's future.
Discover how metabolic engineering of Corynebacterium glutamicum is revolutionizing L-leucine production through advanced biotechnology approaches.
Discover how scientists are rewiring the TCA cycle to transform microorganisms into microscopic factories for sustainable chemical production.
How scientists are turning a humble microbe into a tiny factory for the scents and flavors we love through combinatorial metabolic engineering.
Discover how scientists engineer Saccharomyces cerevisiae yeast to produce germacrene A, a precursor to the anticancer compound beta-elemene.
How scientists are reprogramming microbial factories to make our food both more delicious and better for us by reducing branched-chain fatty acids.
Explore Sang Yup Lee's pioneering work in metabolic engineering and its potential to revolutionize sustainable production through engineered biological systems.
How scientists are hacking the biology of our most important microscopic workhorses to make life-saving medicines faster and cheaper than ever before.