Forensic toxicology

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The detection of poisons through color tests is a fundamental aspect of forensic and analytical chemistry. These tests rely on the unique chemical reactions between toxic substances and specific reagents, resulting in characteristic color changes.  https://forensicfield.blog/detection-of-poison-by-colour-tests/  ------- #poison #toxicology #toxins #ForensicScience #forensicknowldege #forensicfield #criminology #Criminalistics #crimescene #crimesceneinvestigation #Investigations Forensic Chemistry Project, Forensic Chemistry, Forensic Toxicology, Copper Sulphate, Analytical Chemistry, Physics Questions, Chemistry Projects, Forensic Anthropology, Book Vibes

Contents Introduction Colour Tests Ammonium Molybdate Test Cobalt Thiocyanate Test Copper Sulphate – Pyridine Test Dille – Koppayani Test Duquenois Levine Test Ferric Chloride Ferricyanide Test Fujiwara Test FPN Test Fuchsine Test Gerrard’s Test Gunzberg’s Test Gutzeit Test Liebermann’s Test Prussian Blue Test Mandelin’s Test Marsh’s Test Marquis Reagent Test McNally’s Test Mecke Test Reinsch

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Cyanide Poison, Forensic Toxicology, Fast Heartbeat, Develop Pictures, Kill Bugs, Hyperbaric Oxygen Therapy, Contaminated Food, How To Clean Metal, Forensic

Introduction Cyanide is a poisonous, fast-acting chemical which may come in many forms. Cyanide can exist in the form of a colourless gas, such as hydrogen cyanide (HCN) or cyanogen chloride (CNCl), or as a crystal, such as sodium cyanide (NaCN) or potassium cyanide (KCN). It is also known as AC (hydrogen cyanide) and CK

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