Research Articles
When Chemistry Gets Colorful: The Electron Tug-of-War
Explore how acid-base adducts with electron-rich aromatics create vibrant colors and drive chemical reactions in this engaging scientific article.
Nature's Tiny Rings: The Enzymatic Magic Behind Cyclopropane, Epoxide, and Aziridine
Explore the fascinating enzymatic chemistry that builds cyclopropane, epoxide, and aziridine rings in nature, and how scientists are using these discoveries for medicine.
Nature's Medicine Cabinet: The Hidden Chemistry of Life
Explore the fascinating world of Natural Products Chemistry - how scientists unlock nature's molecular secrets to develop life-saving medicines from plants, fungi, and microbes.
Molecular Impersonators: How Charge-Deficient Spermine Analogues Are Revolutionizing Cellular Medicine
Explore how charge-deficient spermine analogues like SpmTrien are transforming cellular medicine through molecular impersonation of natural polyamines.
The Silent Revolution in Chemical Synthesis: Harnessing Light to Forge Disulfide Bonds
Discover how decatungstate photocatalysis enables direct C-H to C-SS bond conversion for unsymmetrical disulfide synthesis through radical chemistry.
Forging Molecular Frameworks: The Direct Approach to Alkynylated Heterocycles
Explore the revolutionary direct C-H alkynylation methods for synthesizing alkynylated heterocycles, key structures in pharmaceuticals and materials science.
The Green Pharmacist: Honoring a Pioneer in the Hunt for Nature's Medicines
Explore the groundbreaking work of Prof. Kurt Hostettmann in pharmacognosy and the discovery of medicines from natural sources.
The Twist That Kills: How Molecular Geometry in Nature's Macrocycles Is Revolutionizing Antibiotic Discovery
Exploring configurationally stable atropoenantiomers in macrocyclic natural products and the chrysophaentin family's potential in antibiotic discovery
Nature's Sweet Secret: The Hunt for Diabetes-Fighting Compounds in Plants
Exploring the scientific progress in discovering hypoglycemic compounds from natural products and their potential in diabetes management.
Molecular Matchmaking: How Lewis Acids Craft Precision Medicines
Discover how Lewis acids enable precise molecular assembly through Michael addition reactions, creating potential pharmaceutical compounds with unprecedented control.