Research reveals how COVID-19 lockdowns in Makkah led to a dramatic surge in childhood poisoning cases, with pharmaceuticals causing 72% of incidents.
Comprehensive review of DOC (4-Chloro-2,5-dimethoxyamphetamine), its neuropharmacology, effects, risks, and legal status.
Discover the blueprint for a comprehensive forensic science curriculum that blends fundamental science with specialized forensic applications to train the next generation of crime scene solvers.
Discover how high-accuracy Orbitrap tandem mass spectrometry reveals hidden complexities in rhodamine dye fragmentation, with applications in forensics, art conservation, and environmental science.
Explore how forensic genotyping transforms genetics education by turning classrooms into crime labs where students solve mysteries using DNA analysis techniques.
Discover how scientists developed and validated an HPLC RP method to precisely measure theophylline levels in blood plasma, ensuring safe asthma treatment.
Discover how UHPLC technology is revolutionizing forensic science by decoding soil's chemical cycles to solve crimes with unprecedented precision.
From test tubes to terabytes, how trace evidence analysis revolutionized Canadian justice through 75 years of RCMP forensic chemistry.
Exploring how advanced harbor research is transforming global trade through optimization models, AI, and sustainability initiatives.
Discover how Near-Infrared Spectroscopy (NIRS) is revolutionizing rice authentication with rapid, eco-friendly forensic technology to combat global rice fraud.