Discover how scientists are enhancing matrine, a natural compound from Sophora flavescens, to create powerful eco-friendly insecticides against agricultural pests.
Discover how advanced electron microscopy reveals the atomic-level processes in lithium iron phosphate batteries, enabling next-generation energy storage solutions.
Discover how scientists created a synthetic Molybdenum-Pterin complex that mimics crucial enzymatic reactions, unlocking secrets of oxygen atom transfer in biological systems.
Discover how alkaline agents in everyday cleaning products can cause significant damage to tooth enamel through scientific analysis of surface and chemical changes.
Breakthrough research on 7-(trifluoromethyl)indolizine derivatives shows remarkable effectiveness against malaria-carrying mosquito larvae with promising safety profiles.
Discover the extraordinary medical potential of eburneolins A and B, novel withanolide glucosides isolated from Tricholepis eburnea, and their significance in drug development.
Exploring phosphoramidates - versatile compounds shaping medicine, agriculture, and technology through their unique phosphorus-nitrogen bonds.
Explore how solid-state IR-LD spectroscopy reveals the 3D molecular architecture of L-tryptophan-containing dipeptides and their biological significance.
Discover how lanostane triterpenoids from Stereum fungus show promising anti-cancer properties and represent nature's blueprint for future medicines.
Discover how flavonoids from Brownea ariza plant show promising cytotoxic and anti-cancer properties in scientific research.