Exploring how plant alkaloid biosynthesis is being engineered for sustainable drug discovery and production through biotechnology.
Explore the fascinating journey of celastrol, from traditional Chinese medicine to modern drug development, including biosynthesis, mechanisms, and therapeutic potential.
Discover how Burkholderia rhizoxina's gene cluster produces rhizoxin, challenging long-held beliefs about fungal natural products
Discover how nanomaterial scaffolding is revolutionizing enzyme cascades for efficient chemical production in this engaging scientific exploration.
Explore the fascinating world of natural product chemistry and how plants create sophisticated defense compounds that have protected them for millennia and healed humans for centuries.
Discover how gibberellins and the early-13-hydroxylation pathway control plant growth and development in this comprehensive scientific exploration.
Explore the fascinating world of natural products chemistry and discover how plants create complex chemical compounds for defense, communication, and survival.
Discover how FAD-dependent enzymes catalyze intermolecular [4+2] cycloadditions to create complex natural products like antibiotics and anti-cancer drugs.
Discover the secret world of secondary metabolites—the molecules that give us coffee, cure diseases, and color our world.
Discover how scientists decoded the molecular masterpiece of bicyclomycin biosynthesis, a unique antibiotic effective against drug-resistant bacteria.