Exploring how silsesquioxane-derived oxovanadium complexes reveal the hidden workings of industrial V2O5/SiO2 catalysts through molecular mimicry.
Discover how phosphotungstate polyoxometalates are revolutionizing green chemistry through eco-friendly synthesis and environmental applications.
Exploring the interaction between a binuclear ruthenium complex and glycyl-L-leucine dipeptide, revealing insights for next-generation anticancer drugs.
Exploring the extraordinary therapeutic potential of selaginellins from Selaginella tamariscina, the resurrection plant, in treating cancer, diabetes, and more.
Explore how nanoscale multilayer coatings enable Solar-C EUVST to capture extreme ultraviolet light and reveal the Sun's secrets
Discover the powerful anti-inflammatory compounds found in Gardenia jasminoides fruits, including two novel iridoid glycosides with significant medical potential.
Scientific exploration of triterpenes found in Thai Ziziphus mauritiana roots and their potential medical applications.
How computational chemistry and spectroscopy are revolutionizing our understanding of nifurtimox, a key drug against Chagas disease
Discover how the deep-sea fungus Penicillium cyclopium SD-413 produces unique antibacterial compounds that could combat drug-resistant bacteria.
Discover how scientists have tamed nitrogen's volatility to synthesize metastable allotropes with unprecedented energy density that could revolutionize energy storage and propulsion.