Explore the fascinating world of forensic toxicology - the science of detecting and interpreting toxins in biological systems for legal investigations.
Explore the life and work of Alfred Swaine Taylor, the father of British forensic medicine, whose pioneering work in toxicology transformed criminal investigation in Victorian England.
Explore how forensic scientists detect alpha-naphthylthiourea (ANTU), a deadly rat poison, using advanced techniques and microscopic analysis.
Discover how LC-MS/MS technology is revolutionizing antipsychotic monitoring through precise blood analysis, with insights from three years of forensic data.
Explore how forensic chemists use Thin-Layer Chromatography to detect pyrethroid insecticides in gastric samples for criminal investigations.
Explore how forensic entomotoxicology uses insects to detect drugs and toxins in decomposed bodies when traditional evidence is unavailable.
Exploring the science, symptoms, and treatments of tricyclic antidepressant poisoning, a leading cause of fatal medication overdoses worldwide.
Explore how improved organization and coordination in forensic medicine and chemistry are revolutionizing crime scene investigation and toxicology analysis.
A medical detective story where a patient's symptoms mimicked acid poisoning but hid a far more deadly truth: acute arsenic toxicity.
Explore how forensic chemistry unlocks the secrets of evidence through atomic and molecular analysis. Learn about core principles, landmark experiments, and modern techniques.