Discover how photochemical surface modification is creating safer, longer-lasting medical implants through light-activated technology.
Discover how simvastatin, a common cholesterol drug, reduces inflammation and protects the heart after myocardial infarction by down-regulating CD68 macrophages in rat models.
Exploring supramolecular systems containing B-N frustrated Lewis pairs as revolutionary metal-free catalysts for sustainable chemistry
Explore the cutting-edge science of lateral nanoarchitectonics - building functional materials atom by atom in two dimensions, inspired by biological systems.
Explore the molecular architecture of starch through first principles thinking, revealing how sugar chains shape our food at the atomic level.
Explore how scientists use edge metric dimension to map complex chemical networks and navigate molecular structures with mathematical precision.
Explore how environmental chemicals affect our brains through neurotoxicology, featuring case studies, key concepts, and research methods.
Explore how laser radiation revolutionizes material design by altering rheological properties of gelatin and synthetic polymers for advanced applications.
Explore the discovery of the Raman Effect by C.V. Raman and its revolutionary applications in modern chemistry through Raman spectroscopy.
Explore the revolutionary technology of polymer brushes - dense forests of polymer chains creating dynamic, responsive coatings that transform material behavior for medical, technological, and environmental applications.