Explore the sophisticated chemical defense systems plants deploy against threats through secondary metabolites and their applications in medicine and agriculture.
Explore the fascinating role of polysialic acid in brain development, learning, memory, and immune system regulation through cutting-edge scientific research.
Discover how a simple orbital shake method revolutionizes microniche culture systems by dramatically improving cell viability and function.
Explore how engineered microorganisms are transforming the production of glycolic acid and ethylene glycol through sustainable biotechnology.
Exploring the scientific quest to redesign plant enzymes to function optimally in yeast for sustainable production of medicines, biofuels, and nutraceuticals.
Explore how metabolic engineering redirects carbon flux in Klebsiella pneumoniae to efficiently produce 2,3-butanediol, a valuable industrial chemical.
Scientists have reprogrammed Yarrowia lipolytica yeast to produce astaxanthin, nature's most powerful antioxidant, at unprecedented levels through metabolic engineering.
Explore the fascinating world of permafrost microbes, their adaptation strategies, and their critical role in climate change through cutting-edge research and data visualizations.
Explore recent developments in the synthetic biology toolkit for Clostridium engineering, including CRISPR systems, therapeutic applications, and future directions.
Discover how metabolite channeling transforms cellular processes and revolutionizes metabolic engineering for sustainable biomanufacturing.