Discover how phase tagging revolutionizes forensic chemistry by providing precise validation of chemical analysis methods for crime scene investigation.
Explore how temperature shapes biology from molecular reactions to ecosystem patterns, featuring research on bee thermoregulation and climate change impacts.
Explore how 3D-printed electrochemical sensors are transforming forensic chemistry with portable, cost-effective detection of fentanyl and other substances.
Discover how scientists are chemically tethering motile bacteria to silicon surfaces to create revolutionary biosensors, biofuel cells, and living material systems.
Explore the breakthroughs in forensic toxicology from the 48th TIAFT meeting, where scientists are uncovering truths through cutting-edge molecular analysis.
Explore how adding a single fluorine atom transforms alprazolam into the dangerous designer drug flualprazolam, creating potent and unregulated substances.
Discover how plant suspension cultures and L-phenylalanine optimization are revolutionizing ephedrine and pseudoephedrine production in Ephedra procera.
Explore the fascinating world of forensic chemistry and discover how chemical evidence helps solve crimes through scientific analysis.
Discover how scientists use advanced molecular fishing techniques to detect drugs of abuse in urine samples with incredible precision.
Discover how LA-ICP-MS technology revolutionizes forensic glass analysis by revealing unique chemical fingerprints in crime scene evidence.