Explore the revolutionary impact of Justus von Liebig on chemistry, agriculture, and modern science. Discover how his work transformed our world.
How scientists are using mass spectrometers as molecular detectives to understand the complex chemical composition of atmospheric aerosols and their impact on health and climate.
Explore how scientists are overcoming the 'yuk factor' to develop innovative solutions in medicine, sustainable agriculture, and alternative food sources.
Discover how dextranase enzyme activity enables plant growth in Avena coleoptiles through auxin-induced cell expansion mechanisms.
Discover how silver-catalyzed intermolecular cycloaddition with aryldiazonium salts enables efficient tetrazole diversification of amino acids and peptides, opening new possibilities in drug discovery and materials science.
Discover how the combination of plasma and photocatalysis creates a powerful synergy for removing volatile organic compounds (VOCs) from air, with higher efficiency and fewer byproducts.
Discover how Integrated Nutrient Management (INM) is revolutionizing cowpea cultivation while improving soil health through organic, inorganic, and biological approaches.
Explore the hidden world of Supporting Information in scientific research - the detailed data, methods, and evidence behind published studies that drive transparency and discovery.
Scientists are using nano-scale frameworks to turn brilliant but fragile catalysts into durable powerhouses for generating clean fuel.
Exploring the composition and impact of atmospheric aerosols in subarctic regions and their crucial role in climate and ecosystems.