Discover how multicomponent nanostructures are transforming drug delivery and revolutionizing medicine through precision targeting at the cellular level.
Explore the fascinating dual role of nitric oxide in bacterial physiology - from toxin to essential signaling molecule governing microbial behavior and antibiotic resistance.
Explore how mRNA-LNP intrabodies are revolutionizing the treatment of intracellular rickettsial infections through targeted cellular antibody production.
Explore the fascinating world of organoelement chemistry, its promising growth areas in electronics, medicine, and sustainability, and the challenges shaping its future.
Discover how iron from European continental margins transforms and travels across ocean basins, supporting marine life and influencing global climate processes.
Explore the fascinating world of iron, ruthenium and osmium nanoparticles and their revolutionary applications in medicine, energy and technology.
Explore the crucial role of quinolinate synthetase, an iron-sulfur enzyme that creates the foundation for NAD+ biosynthesis and cellular energy production.
Exploring the unique redox properties of tetrapyrrole macrocycles, the molecular workhorses behind chlorophyll and heme, and their applications in medicine and energy.
Discover how ethylene uses hydrogen peroxide as a messenger to control stomatal closure in plants, revealing sophisticated molecular communication for survival.
Explore the science behind gastrointestinal spasms in Crohn's Disease and Ulcerative Colitis. Learn how inflammation triggers painful muscle contractions and the latest research findings.