Explore how advanced imaging technologies reveal the hidden world of hierarchically structured materials, from nature's blueprints to synthetic innovations.
Explore how silicon-boron exchange chemistry is creating revolutionary inorganic-organic hybrid materials with extraordinary properties for advanced applications.
Explore the structural mystery of C-phycocyanin, the brilliant blue pigment in cyanobacteria that bridges biology and technology through its unique apoprotein architecture.
Exploring how negative electrical charges drive tau protein transformation in Alzheimer's disease and the implications for therapeutic development.
Discover how infrared spectroscopy reveals Cα radical damage in beta peptides through a unique spectral marker, enabling new diagnostic tools for oxidative stress.
Discover the mosquito-fighting potential of Ageratum conyzoides, a common weed with extraordinary insecticidal properties that could revolutionize pest management.
Discover clavosines, potent marine compounds from Myriastra clavosa that inhibit protein phosphatases and show promise in cancer research and drug discovery.
Discover how t-SNE algorithm transforms complex vibrational spectroscopy data into clear visual patterns for food safety, environmental protection and pharmaceutical development.
Discover how bi-template synthesis creates superior manganese oxide nanostructures for efficient CO oxidation and cleaner air technology.
Explore how coupled and simultaneous thermal analysis techniques help pharmaceutical scientists understand drug stability, polymorphism, and decomposition mechanisms.