Explore the scientific parameters that determine the therapeutic quality of thermal muds used in spa therapy, from mineral composition to microbial activity.
Explore the fascinating science of asymmetric catalysis - how chiral catalysts create specific molecular structures essential for pharmaceuticals, materials, and life itself.
Explore how the Mixed Solvency Approach solves the poor solubility of Diclofenac Sodium, enhancing drug bioavailability and effectiveness.
Explore how scientists decode the glow that powers our world through inorganic excited state spectroscopy.
Explore how topological indices and atom-bond connectivity indices are revolutionizing COVID-19 drug discovery through mathematical analysis of molecular structures.
Discover how micronutrient availability alters Candida albicans growth and farnesol accumulation, challenging decades of lab research using RPMI-1640 medium.
Strategic fusion of classic pharmacophores to develop powerful new candidates against diseases from cancer to parasitic infections.
Explore the fascinating process of hydrodistillation to extract essential oil from cherry laurel leaves, revealing its chemical composition and aromatic properties.
Explore how polymers and AI-driven robotics are revolutionizing material science, from drug delivery to sustainable technologies.
Discover how scientists uncovered the hidden interaction between cancer drug Lapatinib and DNA using spectroscopic techniques and molecular docking.