Discover how microwave spectroscopy reveals the equal partnership between C-H⋯O and O-H⋯π hydrogen bonds in the phenylacetylene-water complex.
Discover how scientists transformed a common polymer into multifunctional materials that combat antimicrobial resistance, inflammation, and oxidative stress simultaneously.
Discover how a revolutionary hybrid technique combining sol-gel coating with low-temperature hydrothermal treatment enables crystalline barium titanate films at just 200°C.
Discover how scientists use acridine orange dye to study glycosaminoglycans through spectroscopy and unlock secrets of human biology.
Discover how scientists use advanced technology to verify the origin and variety of peaches and nectarines, ensuring quality and fighting food fraud.
Discover how FTIR, Raman, and SERS spectroscopy are revolutionizing the detection and identification of biological threats like anthrax and viruses with incredible speed and precision.
Explore how spectroscopic techniques reveal the molecular structure and biological significance of 4-(3-Benzoylthioureido)benzoic acid, a promising thiourea derivative.
Exploring how molecular interactions at material interfaces determine the success or failure of technologies from batteries to medical implants.
Discover how fluorescence spectrometry and different digestion methods help scientists accurately measure selenium content in green tea.
Explore the discovery of cyclosporins E, F, G, H, and I - fungal compounds that revolutionized immunosuppressive medicine and organ transplantation.