Explore how forensic chemistry is unmasking the hidden impacts of urban effluent on river ecosystems and providing scientific evidence to hold polluters accountable.
An in-depth analysis of childhood poisoning patterns in 1980s Prague from the Institute of Toxicology and Forensic Chemistry at Charles University Medical School.
Explore the science behind luminol, the remarkable chemical that reveals hidden bloodstains through chemiluminescence and revolutionizes forensic investigations.
Explore how forensic chemistry transforms tiny physical evidence into powerful crime-solving tools through DNA analysis, chemical testing, and advanced instrumentation.
Explore the electromagnetic theory behind Surface-Enhanced Raman Scattering (SERS) and how it enables single-molecule detection using plasmonic nanostructures.
Explore how environmental DNA (eDNA) and detection limits of PCR assays are revolutionizing species tracking and conservation efforts.
Discover how direct STR typing with infrared technology is transforming forensic DNA analysis by eliminating DNA extraction and speeding up identification.
Explore how chiral analysis and stable isotope analysis help forensic chemists identify novel psychoactive substances and track their origins.
Discover how scientists use GC-MS analysis to find bioactive compounds in toxic plant seeds that could lead to new medicines and treatments.
Explore how nuclear forensic scientists use ICP-MS technology to analyze atomic fingerprints in nuclear materials for global security.