Explore how 3D-printed electrochemical sensors are transforming forensic chemistry with portable, cost-effective detection of fentanyl and other substances.
Discover how gas chromatography helps solve arson crimes through chemical fingerprint analysis in organic chemistry labs.
Explore how Ion Mobility Spectrometry (IMS) is transforming forensic chemistry and toxicology through rapid chemical analysis of biological matrices.
Explore how paper electrophoresis helps forensic scientists detect and identify chemical compounds like galanthamine and securinine in criminal investigations.
Explore how mass spectrometry revolutionizes forensic chemistry by analyzing trace evidence to solve crimes with molecular precision.
Explore how forensic chemistry and art conservation reveal the secrets of medieval manuscript creation through pigment analysis and material science.
Explore how High-Performance Liquid Chromatography (HPLC) revolutionizes forensic chemistry by solving crimes through molecular analysis.
Discover how chemometrics is transforming forensic chemistry through data-driven analysis of chemical evidence in crime investigations.
Explore how generative learning strategies and prelecture assignments transform forensic chemistry education through the flipped classroom model.
Explore how forensic chemists use GC-MS analysis to identify organic compounds in MDMA tablets and protect public health.