cyanide - World Health Organization
... Cyanides can be found in some foods, particularly in some developing countries, and they are occasionally found in drinking-water, but usually only at very low concentrations. However, there are occasions on which large spills of cyanide, associated with industry, occur, and these can give rise to v ...
... Cyanides can be found in some foods, particularly in some developing countries, and they are occasionally found in drinking-water, but usually only at very low concentrations. However, there are occasions on which large spills of cyanide, associated with industry, occur, and these can give rise to v ...
`The potent poison quite o`ercrows my spirit`
... well as for its psychoactive properties in "magic brews." These psychoactive properties include visual hallucinations and a sensation of flight. Its usage was originally in continental Europe, Asia and the Arabic world, though it did spread to England in the Middle Ages. The use of Henbane by the an ...
... well as for its psychoactive properties in "magic brews." These psychoactive properties include visual hallucinations and a sensation of flight. Its usage was originally in continental Europe, Asia and the Arabic world, though it did spread to England in the Middle Ages. The use of Henbane by the an ...
Pharmacological Basis of Poisoning
... molecules (metals, electrolytes, highly ionised acids and alkali, and alcohol). The main contraindications are similar for all the ingested decominators; perforation or obstuction, decreased GCS without definitive airway, uncooperative concious patient and significant risk of GI bleed. Specific cont ...
... molecules (metals, electrolytes, highly ionised acids and alkali, and alcohol). The main contraindications are similar for all the ingested decominators; perforation or obstuction, decreased GCS without definitive airway, uncooperative concious patient and significant risk of GI bleed. Specific cont ...
C h e m g u i d e ... ALDEHYDES AND KETONES: SIMPLE ADDITION REACTIONS
... make valine. (Don’t be scared by this fairly complicated structure, bits of which may not be very familiar to you. You should be able to do this just by comparison with the sort of structures you wrote in part (b).) (ii) Write the structure of the aldehyde or ketone which you would have to react wit ...
... make valine. (Don’t be scared by this fairly complicated structure, bits of which may not be very familiar to you. You should be able to do this just by comparison with the sort of structures you wrote in part (b).) (ii) Write the structure of the aldehyde or ketone which you would have to react wit ...
Washtenaw/Livingston MCA HEMS Hazardous Materials Medical
... Adult: 12.5 gm (50 cc of 25 % solution) IV push over 10-20 minutes or as an infusion in 100ml D5W. Child: 1.6 to 1.8 ml/kg of 25% solution IV push Monitor Blood Pressure during administration of both. 3. Repeat antidote at 50% of initial dose if symptoms persist after 20 minutes. If symptoms worsen ...
... Adult: 12.5 gm (50 cc of 25 % solution) IV push over 10-20 minutes or as an infusion in 100ml D5W. Child: 1.6 to 1.8 ml/kg of 25% solution IV push Monitor Blood Pressure during administration of both. 3. Repeat antidote at 50% of initial dose if symptoms persist after 20 minutes. If symptoms worsen ...
Zyklon B
Zyklon B (German pronunciation: [tsykloːn ˈbeː]; anglicized /ˈzaɪklɒn ˈbiː/ or translated Cyclone B) was the trade name of a cyanide-based pesticide invented in Germany in the early 1920s. It consisted of hydrogen cyanide (prussic acid), a warning eye irritant, and one of several adsorbents such as diatomaceous earth. The product is infamous for its use by Nazi Germany during the Holocaust to murder a million people in gas chambers installed at Auschwitz-Birkenau, Majdanek, and other extermination camps.Hydrogen cyanide, a poisonous gas that interferes with cellular respiration, was first used as a pesticide in California in the 1880s. Research at Degesch of Germany led to the development of Zyklon (later known as Zyklon A), a pesticide which released hydrogen cyanide upon exposure to water and heat. It was banned after a similar product was used by Germany as a chemical weapon in World War I. In 1922, Degesch was purchased by Degussa, where a team of chemists that included Walter Heerdt and Bruno Tesch developed a method of packaging hydrogen cyanide in sealed canisters along with a warning irritant and adsorbent stabilizers. The new product was also named Zyklon, but it became known as Zyklon B to distinguish it from the earlier version. Uses included delousing clothing and disinfecting ships, warehouses, and trains.In early 1942, Zyklon B emerged as the preferred killing tool of Nazi Germany for use in extermination camps during the Holocaust. Around a million people were killed using this method, mostly at Auschwitz. Tesch was executed in 1946 for knowingly selling the product to the SS for use on humans. Hydrogen cyanide is now rarely used as a pesticide, but still has industrial applications. Firms in several countries produce it, including Detia-Degesch, the successor to Degesch, whose brand name changed in 1974 to Cyanosil.