Research Articles
DeepRiPP: Automated Discovery of Novel Ribosomally Synthesized Natural Products
DeepRiPP integrates multiomics data to automate discovery of novel ribosomally synthesized natural products through advanced computational methods.
Nature's Chemical Treasure: Indonesia's Botanical Riches
Explore Indonesia's rich biodiversity and its potential for natural product chemistry, from forest to lab applications.
Molecular LEGO: How 'Click Chemistry' is Supercharging Nature's Medicine Cabinet
Discover how Nobel Prize-winning click chemistry is revolutionizing drug discovery by tuning natural products into more effective, safer medicines.
Nature's Hidden Blueprint: The Chemical Secrets of Life
Explore the fascinating world of natural products chemistry and discover how nature's molecules hold the promise of solving humanity's health challenges.
Nature's Blueprint: How Synthetic Chemistry is Revolutionizing Medicine
Exploring how synthetic chemistry and biology are transforming natural product discovery and drug development through innovative approaches like total synthesis and genetic engineering.
Nature's Blueprint: The Hunt for Parkinson's Treatments in the Wild
Exploring how natural products from plants and marine organisms provide vital clues for developing new Parkinson's disease treatments.
Molecular Assembly Line: How Chemists Build Complex Natural Compounds in One Pot
Explore the sophisticated world of tandem catalysis and how rhodium-catalyzed silylformylation-crotylsilylation-Tamao oxidation constructs complex polyketide fragments efficiently.
Nature's Secret Pharmacy: The Mighty Power of Flavonoids
Explore the fascinating world of flavonoids - nature's powerful plant compounds with remarkable pharmacological effects against cancer, inflammation and chronic diseases.
Nature's Ocean Guardians: How Sea Sponges and Corals Fight Bacteria
Discover how marine organisms like sea sponges and corals produce natural compounds that combat harmful Vibrio bacteria, offering potential solutions to antibiotic resistance.
The Molecular Jekyll and Hyde: How a Simple Chemical Tool Unlocks Nature's Complex Medicines
Explore how dithiane chemistry revolutionized natural product synthesis through polarity reversal and multicomponent couplings.