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.
Explore how genome mining is transforming medicine by unlocking nature's hidden chemical treasures encoded in microbial DNA, addressing antibiotic resistance and discovering new therapeutics.
Discover how Heinz Floss and Christopher Walsh pioneered natural product chemical biology, revealing nature's molecular secrets and transforming medicine.
Discover how the complete genome sequence of Actinomadura parvosata subsp. kistnae reveals a treasure trove of natural products with potential for medicine and biotechnology.
Explore how PLP-dependent enzymes create diverse lincosamide antibiotics through sophisticated molecular origami
Discover how nature creates the earthy scent of rain through the fascinating biosynthesis of geosmin by soil bacteria and its ecological significance.
Explore how hybrid approaches combining chemical synthesis and biosynthesis are revolutionizing natural product development for medicine and beyond.
Exploring the scientific breakthroughs in THC synthesis from plant extraction to yeast biosynthesis and its therapeutic potential.