Scientists have isolated a remarkable hybrid molecule that combines organic and inorganic components while preserving aromatic character.
Explore the science behind highway noise protection barriers and how they use physics principles to reduce noise pollution in communities near roadways.
Explore how synthetic nucleic acid delivery systems are revolutionizing gene therapy with lipid nanoparticles, polymer-based polyplexes, and AI-driven design approaches.
Discover how hypervalent iodine is revolutionizing organic synthesis by replacing toxic metals with sustainable alternatives for greener molecular construction.
Explore how fluorine chemistry is revolutionizing pharmaceutical development through innovative nucleophilic fluorination methods.
Explore the fascinating world of eicosanoids - prostaglandins, thromboxanes, and leukotrienes - and their crucial roles in inflammation, healing, and disease regulation.
Explore how thiocarbamoyl chemistry enables synthesis of advanced cyanine dyes with applications in medicine, renewable energy and diagnostics.
Explore the fascinating journey of tRNA research from genetic code discovery to synthetic biology applications and therapeutic innovations.
Explore the revolutionary technique of late-stage C–H deuteration that allows chemists to swap hydrogen atoms with deuterium in complex molecules, transforming pharmaceutical development.
Explore the fascinating science behind GHB receptors, their discovery, and therapeutic potential in this comprehensive scientific overview.