Explore the fascinating world of naturally occurring diterpenoid dimers - complex molecular structures with remarkable medicinal properties against cancer and antibiotic-resistant bacteria.
How computers promised a new golden age of drug discovery, and why scientists had to go back to the lab.
Discover how nature builds complex molecules with isonitriles and alkynes through sophisticated biosynthetic pathways
Explore how chemical synthesis unravels the mysteries of peptidic natural products like surugamides and thioamycolamides, revealing nature's biosynthetic pathways.
Explore how oxidative cyclization transforms simple molecular chains into complex natural products with medicinal properties like antibiotics and cancer treatments.
Explore the fascinating world of guanidine natural products - from spider venoms to life-saving drugs. Discover the chemistry and biology behind these powerful molecules.
Explore how computational chemistry is revolutionizing our understanding of natural product biosynthesis and drug discovery.
Explore the remarkable world of polyketide biosynthesis - nature's molecular assembly lines that produce vital medicines including antibiotics, anticancer drugs, and cholesterol medications.
Discover how DeepRiPP uses AI and multiomics data to automate the discovery of novel ribosomally synthesized natural products with therapeutic potential.
Discover how microorganisms synthesize complex bipyridine compounds through an unusual hybrid PKS-NRPS biosynthetic pathway.