Exploring how pink-pigmented Methylobacteria are revolutionizing sustainable agriculture and green technology through plant symbiosis and lignin conversion.
Explore how metabolic engineering of the phenylpropanoid pathway is creating sustainable solutions for medicine, agriculture, and industry.
Discover how engineered yeast cells consume their own medicinal products and the scientific breakthroughs preventing this biological betrayal.
Discover how systems metabolic engineering is creating sustainable microbial factories for producing biofuels, medicines, and materials.
Discover how plant cell culture technology is transforming pharmaceutical manufacturing, creating sustainable medicines from plant cells.
Exploring how metabolic engineering transforms plant oils into nutrient-rich, sustainable food sources through advanced genetic modification techniques.
Explore the fascinating central carbon metabolism of Pichia pastoris and how this yeast is revolutionizing biotechnology through metabolic engineering.
Explore the structure-function analysis of CYP102 enzymes, nature's efficient molecular machines with biotechnological applications in medicine, industry, and environmental remediation.
Explore Sang Yup Lee's pioneering work in metabolic engineering and its potential to revolutionize sustainable production through engineered biological systems.
Exploring the cutting-edge field of metabolic engineering of animal cells to produce life-saving medicines, sustainable biofuels, and revolutionary materials.