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Medical Aspects of Chemical Warfare (2008) - The Black Vault

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IndexZyklon B development, 15Cyanide poisoninganalytical methods, 377, 731–734analytical methods to identify cyanide and its metabolites inbiological fluids (table), 378–379antidotal treatment, 383, 518–519, 675–676antidotes useful in acute cyanide poisoning (table), 395biochemical basis, 374–377blood sampling issues, 377, 379–381, 382, 387cardiac toxicity, 391–393case synopses, 388–389change in the electrocardiogram caused by the presence <strong>of</strong>cyanide in the tissue (figure), 392clinical presentation and management <strong>of</strong> casualties, 381–386,518–519, 674, 731computational models <strong>of</strong> cardiac tissue, 392–393Cyanokit treatment, 676decontamination, 386–387detection <strong>of</strong> cyanide and cyanide metabolites, 377–381effect <strong>of</strong> cyanide on a ventricular cell (figure), 392electrocardiogram from a cyanide-intoxicated individual(figure), 392enzyme inhibition, 382–383fire victims and, 390–391, 731fundamentals <strong>of</strong> cyanide antidote therapy (figure), 385hemodialysis treatment, 383histopathologic changes in cardiac tissue, 391–392laboratory findings, 387, 674lethal dose, 383long-term effects, 387–389metabolic routes, 376, 731methemoglobin former treatment, 394–396mnemonic for recognition <strong>of</strong> cyanide toxicity (exhibit), 675mortality from, 322, 376, 381, 731mouth-to-mouth resuscitation and, 675multistage antidote kit treatment for managing unconscious,cyanide-exposed patients (table), 675neurological/psychological responses to cyanide and its countermeasures,393–394oxygen therapy, 385patient transport/evacuation, 387pediatric considerations, 389–390, 674–676plot against the US Embassy in Italy, 128polyintoxications, 390–391procedures for collecting and storing blood samples for delayedcyanide analysis (exhibit), 382protection <strong>of</strong> rescuers, 382schematic diagram <strong>of</strong> possible detoxification reaction for cyanidein a theoretical cell (figure), 375specific antidotes, 394–397supportive treatment, 323, 383, 674, 675survivability <strong>of</strong>, 381–382, 388–389symptoms <strong>of</strong> severe ingestions, 323therapy principles, 381–386thiocyanate and, 380treatment, 674–676triage considerations, 386, 518–519, 521, 522, 5232-aminothiazoline-4-carboxylic acid and, 376US approach to cyanide antidotes (table), 386variation <strong>of</strong> sodium nitrite and sodium thiosulfate dose withhemoglobin concentration (table), 676wound decontamination and, 538Cyanogen bromideintroduction <strong>of</strong>, 373Cyanogen chloridedelayed toxic effect, 373discovery <strong>of</strong>, 116introduction <strong>of</strong>, 18synthesis <strong>of</strong>, 116US troop training and, 53World War I use, 373Cyclohexylmethyl phosphon<strong>of</strong>luoridate. See CyclosarinCyclosarinaging time, 202chemical structure (figure), 694hydrolysis pathway <strong>of</strong> sarin, soman, and cyclosarin (figure),696Iraq’s production <strong>of</strong>, 202polyneuropathy and, 317synthesis <strong>of</strong>, 157toxicity and speed <strong>of</strong> action, 156, 168, 693treatment <strong>of</strong> exposure to, 202volatility <strong>of</strong>, 168Cysteinephosgene exposure and, 736Cytoxansimilarity <strong>of</strong> mustard agent to, 313DDA PAM 40-8. See Occupational Health Guidelines for the Evaluationand Control <strong>of</strong> Occupational Exposure to Nerve Agents GA, GB, GD,and VXDA PAM 40-173. See Occupational Health Guidelines for the Evaluationand Control <strong>of</strong> Occupational Exposure to Mustard Agents H,HD, and HTDA PAM 50-6. See <strong>Chemical</strong> Accident or Incident Response and AssistanceOperationsDA PAM 385-61. See Toxic <strong>Chemical</strong> Agent Safety StandardsDAET. See Diisopropyl aminoethanethiolDakin solutiontreatment <strong>of</strong> mustard agent injuries, 280–281, 671Dantrolenecombined with diazepam, 228dosage considerations, 227soman-induced seizure-related brain damage treatment,227–228Dark, Dr. Eric P.personal account <strong>of</strong> a chemical attack (exhibit), 102Daturause as an incapacitating agent, 413Davies, D.R.nerve agent research, 317Davy, Sir Humphrysynthesis <strong>of</strong> phosgene, 116Debridementenzymes and, 284–285lasers and, 284powered dermabrasion, 284treatment <strong>of</strong> mustard agent injuries, 280, 282, 283–285, 290,670–671wound decontamination and, 539Decontaminable littersdescription and uses, 588–589Decontamination equipmentequipment decontamination, 582–583joint service personnel skin decontamination system, 582M291 skin decontamination kits, 533, 536, 581methods in development, 583–584patient thorough decontamination, 543–546pediatric population and, 661, 678personnel decontamination, 581–582Decontamination <strong>of</strong> chemical casualtiesaction <strong>of</strong> chemical agents on the skin, 529–530air heaters and, 550xxxv

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