Discover how the online pyrophosphate assay transformed the study of adenylation domains in nonribosomal peptide synthetases, enabling faster antibiotic engineering.
How NASA's Genesis mission turned a crash landing into a scientific triumph by overcoming surface contamination challenges to study solar wind particles.
Discover how chemically modified orange juice residue can effectively remove radioactive strontium from water, offering an eco-friendly solution to nuclear contamination.
Discover how Angelica acutiloba's phthalides and furanocoumarins provide sustainable pest control against Drosophila melanogaster.
How scientists combine TRACE imaging and CDS spectroscopy to measure the sun's complex temperature structure and its applications to Earth climate science.
Exploring the antimicrobial potential of chemically modified isatin derivatives against drug-resistant superbugs through Schiff base and Mannich base synthesis.
Exploring how oxygen's dual personalities shape chemical reactions on silver catalysts for ethylene epoxidation
Discover how ammonia's high-energy molecular transitions help astronomers decode the chemical makeup of distant cosmic objects.
Explore the revolutionary 2D2CDR spectroscopy technique that reveals hidden molecular interactions with unprecedented clarity.
Discover the novel alkylated benzoquinone compound found in Iris kumaonensis rhizomes, its structural uniqueness, and potential therapeutic applications.