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.
Exploring the potent anticancer compounds found in mangosteen stem bark and their molecular mechanisms against cancer cells.
Exploring how neuroimaging transforms the diagnosis of congenital metabolic disorders through advanced techniques and portable technologies.
Comprehensive study on the synthesis and characterization of Vanadium(II)-diamine complexes including UV-Vis, IR, thermogravimetry, and magnetochemistry analysis.
How scientists decoded nature's blueprint in Rhodomyrtus tomentosa to synthesize novel therapeutic compounds with antiviral and neuroprotective potential.
Explore how SpectraVue transforms wearable spectroscopy data into actionable health insights through advanced visualization and analysis.
Exploring the cutting-edge science behind calcium phosphate bioceramics and their role in bone regeneration through morphological, spectroscopic and crystallographic studies.
Breakthrough copper(II) thiolate Schiff base complexes show remarkable anticancer activity through DNA interaction and enhanced bioavailability.