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

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

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Indexseizure-related brain damage and, 226Stubbs, Maj. Gen. MarshallSoviet chemical weapons threat comments, 56STX. See SaxitoxinSubstance abuse and dependencyscreening of chemical agent workers, 602–603US Army policies, 602–603Succinylcholinebutyrylcholinesterase and, 164pediatric population and, 666Sudecon Decontamination Wipesincapacitating agents and, 470Sulfur dioxidecommon sources of, 345Sulfur mustard. See Mustard agentSuper Bowl of 2001CDC Enhanced Surveillance Program data, 622Suschitzkey, H.dibenz[b,f]-1,4-oxazepine research, 467, 468Swanston, D.W.dibenz[b,f]-1,4-oxazepine research, 4681-chloroacetophenone research, 460SwitzerlandRussia’s elimination of chemical weapons and, 145“Symptomology, Pathology and General Treatment of Gas Cases”(Gilchrist), 91SyriaYom Kippur War and, 61Systoxblood cholinesterase inhibition and, 165T-2 mycotoxinCDC categorization as a category B threat agent, 616T-shells. See Xylyl bromideTabershaw, I.R.organophosphate insecticide exposure research, 320Tabunadvantages of as a chemical weapon, 47assays for, 699behavioral effects of exposure, 175capture of German facility for manufacturing, 50–51, 157chemical structure (figure), 694development of, 693German production of, 48, 119, 156, 693Iran-Iraq War and, 157, 195–196molecular model (figure), 166muscle necrosis and, 318properties of, 3pulmonary system effects, 174pyridostigmine bromide pretreatment, 199, 201Soviet Union production of, 156synthesis of, 156testing of, 47toxicity and lethality of, 47, 693toxicological studies, 322volatility of, 168Taniyama, S.palytoxin research, 620TDG. See ThiodiglycolTDG-sulfoxide. See Thiodiglycol sulfoxideTear gas. See Incapacitating agentsTeflon. See PolytetrafluoroethyleneTEN. See Toxic epidermal necrosisTerbutalinechlorine inhalation treatment, 353Termination examinations for chemical workersTchanges in duties and, 601–602timing of, 601Terrorist attacksadvantages of chemical agents for, 126–127Al Qaeda, 129“Alphabet Bomber,” 127Aum Shinrikyo, 4, 125, 127–128, 129, 158, 178, 181–182, 193,196–197, 223, 244, 316, 317, 321, 492, 518, 540, 657, 695–696,699, 754chemical terrorism incidents, 126–129The Covenant, the Sword, and the Arm of the Lord, 127cyanide plot against the US Embassy, Italy, 128“domestic terrorism” definition, 126fear of future chemical attacks, 560military installation protection, 126September 11, 2001, attacks, 65, 560“terrorism” definitions, 125–126“terrorist” definition, 125William Krar, 128–129Test-Mate kitfield-forward assay for organophosphorus exposure, 693, 702,704Tetraethyl pyrophosphatedevelopment of, 46–47synthesis of, 46, 156TetrahydroaminacridineAlzheimer’s disease treatment, 4263-quinuclidinyl benzilate intoxication treatment, 426Tetrodotoxinchemical structure (figure), 623clinical signs and symptoms of poisoning, 624–626laboratory findings, 626–627lethal dose, 623–624mechanism of action, 623monitoring, 627physical examination and, 626protection issues, 628signs and symptoms of intoxication, 628sodium channel effects, 617, 623sources of, 622stability, 627, 628surveillance, 628synthesis, 622–623toxicity, 623–624treatment, 627, 628Thiodiglycolanalysis methods for urine samples to measure thiodiglycol orthiodiglycol and thiodiglycol-sulfide (table), 710mustard agent exposure and, 707, 708–711, 713–718target analytes for analysis methods outlined in Table 22-7(table), 711Thiodiglycol sulfideanalysis methods for urine samples to measure thiodiglycol orthiodiglycol and thiodiglycol-sulfide (table), 710target analytes for analysis methods outlined in Table 22-7(table), 711Thiodiglycol sulfoxidemustard agent exposure and, 708, 710–711, 716–718Thiosulfate. See Sodium thiosulfateThirty Years Waruse of toxic smoke projectiles, 11Thomas, S.J.mustard agent exposure treatment, 2793,4-methylene-dioxymethylamphetaminedescription and effects of, 4183-quinuclidinyl benzilateanalytical methods for exposure to, 739lxi

Medical Aspects of Chemical WarfareChemical Corps research, 414, 422–424chemical structure (figure), 739clinical pharmacology, 422–423delirium features, 423–424description and incapacitating effects, 422, 427, 738development of, 3, 59duration of action, 738inhalation studies, 422–423, 427lethal dose, 738mechanism of action, 738–739molecular weight, 738parameter definitions, 423physostigmine treatment for intoxication by, 426, 523placidity and, 425routes of administration, 422safety of, 427stockpiles of, 739summary of BZ and fentanyl derivatives (table), 429tetrahydroaminacridine treatment for intoxication by, 426therapeutic ratio, 427use of by Iraq during the Persian Gulf War, 413weaponization of, 738ThucydidesHistory of the Peloponnesian War, 10, 78TICs. See Toxic industrial chemicalsTIM. See Toxic industrial materialTissue sample analysismustard agent, 726Tobacco use. See SmokingTobramycinmustard agent treatment, 672Tooele Army Depot, UTdemilitarization of chemical agents, 141–142, 143, 157Topical antibiotics. See also Antibioticstreatment of mustard agent exposure, 280, 672Torngren, S.individual protective equipment research, 543–544Torsade de pointesnerve agent exposure and, 179Total-body coolingneuroprotectant use, 232Toxic Chemical Agent Safety Standardsprotection levels for workers, 596Toxic epidermal necrosiscompared with skin injuries from mustard agent, 278, 279Toxic industrial chemicals. See also Toxic industrial material;specific agentscommon sources, 340definitions of airborne toxic material (table), 340description, 340forms of, 340history and use, 341–345inhalational injury from, 340–365mechanism of injury, 340, 355, 356–357mechanisms of toxicity, 345–353military uses, 341nonmilitary uses, 341–345potential for accidental or deliberate exposure, 341respiratory protection equipment, 563triage considerations, 519–520, 522, 523US Army Center for Health Promotion and Prevention Medicinetoxic industrial chemicals (table), 343–344Toxic industrial material. See also Toxic industrial chemicalsdetection and identification, 580–581individual protection, 580respiratory protection equipment, 563use in improvised explosive devices, 580Toxic smokescommon sources, 345early military use, 10–11, 78, 341pathophysiological effects, 350uses for, 134Toxicological studiesnerve agents, 322Toxins. See also specific agentsaccidental exposure, 616biotoxin threat, 616categories of, 614chemical warfare agent comparison, 616–617Chemical Weapons Convention definition, 614delivery methods and use of, 614, 616emergent threats, 617established threats, 616–617food and water supplies and, 616list of known toxins and their sources (table), 615–616nature of the threat from, 614storage capability and use of, 614terrorism and use of, 614, 633Transformational medical technologies initiativedescription, 647Treatment of Chemical Agent Casualties, 184Treatment of incapacitating agent exposure. See also Field managementof chemical casualties; specific agents and drugscardiovascular system, 472eyes, 471laboratory findings, 472respiratory tract, 471–472skin, 471Treatment of mustard agent exposure. See also Field managementof chemical casualties; specific agents and drugsairway injuries, 287–290antimicrobials, 280–281antioxidants, 282biologic dressings, 280bone marrow issues, 288–290, 672burn centers and, 278categories of casualties, 277changing of dressings, 280debridement, 280, 282, 283–285, 290, 670decontamination, 277, 312, 670deep injury treatment, 281, 283depth of injury assessment, 282–283dressings, 280, 282, 285eye injuries, 287fluid and electrolyte monitoring, 278, 279gastrointestinal tract issues, 288, 290goal of blister management, 670growth factors, 285–286hospitalization issues, 262, 277, 281indocyanine green fluorescence imaging, 283Laser Doppler perfusion imaging, 283long-term effects, 291nonsteroidal antiinflammatory drugs, 282off-gassing and, 282, 671pain control, 278, 279pediatric population and, 670–672return to duty guidelines, 290–291secondary infection risk, 281, 288–289skin injuries, 278–287, 670–672skin substitutes, 286–287supportive care, 278topical antibiotics, 280unroofing and cleansing of blisters, 279–280vacuum-assisted closure therapy, 287lxii

<strong>Medical</strong> <strong>Aspects</strong> <strong>of</strong> <strong>Chemical</strong> <strong>Warfare</strong><strong>Chemical</strong> Corps research, 414, 422–424chemical structure (figure), 739clinical pharmacology, 422–423delirium features, 423–424description and incapacitating effects, 422, 427, 738development <strong>of</strong>, 3, 59duration <strong>of</strong> action, 738inhalation studies, 422–423, 427lethal dose, 738mechanism <strong>of</strong> action, 738–739molecular weight, 738parameter definitions, 423physostigmine treatment for intoxication by, 426, 523placidity and, 425routes <strong>of</strong> administration, 422safety <strong>of</strong>, 427stockpiles <strong>of</strong>, 739summary <strong>of</strong> BZ and fentanyl derivatives (table), 429tetrahydroaminacridine treatment for intoxication by, 426therapeutic ratio, 427use <strong>of</strong> by Iraq during the Persian Gulf War, 413weaponization <strong>of</strong>, 738ThucydidesHistory <strong>of</strong> the Peloponnesian War, 10, 78TICs. See Toxic industrial chemicalsTIM. See Toxic industrial materialTissue sample analysismustard agent, 726Tobacco use. See SmokingTobramycinmustard agent treatment, 672Tooele Army Depot, UTdemilitarization <strong>of</strong> chemical agents, 141–142, 143, 157Topical antibiotics. See also Antibioticstreatment <strong>of</strong> mustard agent exposure, 280, 672Torngren, S.individual protective equipment research, 543–544Torsade de pointesnerve agent exposure and, 179Total-body coolingneuroprotectant use, 232Toxic <strong>Chemical</strong> Agent Safety Standardsprotection levels for workers, 596Toxic epidermal necrosiscompared with skin injuries from mustard agent, 278, 279Toxic industrial chemicals. See also Toxic industrial material;specific agentscommon sources, 340definitions <strong>of</strong> airborne toxic material (table), 340description, 340forms <strong>of</strong>, 340history and use, 341–345inhalational injury from, 340–365mechanism <strong>of</strong> injury, 340, 355, 356–357mechanisms <strong>of</strong> toxicity, 345–353military uses, 341nonmilitary uses, 341–345potential for accidental or deliberate exposure, 341respiratory protection equipment, 563triage considerations, 519–520, 522, 523US Army Center for Health Promotion and Prevention Medicinetoxic industrial chemicals (table), 343–344Toxic industrial material. See also Toxic industrial chemicalsdetection and identification, 580–581individual protection, 580respiratory protection equipment, 563use in improvised explosive devices, 580Toxic smokescommon sources, 345early military use, 10–11, 78, 341pathophysiological effects, 350uses for, 134Toxicological studiesnerve agents, 322Toxins. See also specific agentsaccidental exposure, 616biotoxin threat, 616categories <strong>of</strong>, 614chemical warfare agent comparison, 616–617<strong>Chemical</strong> Weapons Convention definition, 614delivery methods and use <strong>of</strong>, 614, 616emergent threats, 617established threats, 616–617food and water supplies and, 616list <strong>of</strong> known toxins and their sources (table), 615–616nature <strong>of</strong> the threat from, 614storage capability and use <strong>of</strong>, 614terrorism and use <strong>of</strong>, 614, 633Transformational medical technologies initiativedescription, 647Treatment <strong>of</strong> <strong>Chemical</strong> Agent Casualties, 184Treatment <strong>of</strong> incapacitating agent exposure. See also Field management<strong>of</strong> chemical casualties; specific agents and drugscardiovascular system, 472eyes, 471laboratory findings, 472respiratory tract, 471–472skin, 471Treatment <strong>of</strong> mustard agent exposure. See also Field management<strong>of</strong> chemical casualties; specific agents and drugsairway injuries, 287–290antimicrobials, 280–281antioxidants, 282biologic dressings, 280bone marrow issues, 288–290, 672burn centers and, 278categories <strong>of</strong> casualties, 277changing <strong>of</strong> dressings, 280debridement, 280, 282, 283–285, 290, 670decontamination, 277, 312, 670deep injury treatment, 281, 283depth <strong>of</strong> injury assessment, 282–283dressings, 280, 282, 285eye injuries, 287fluid and electrolyte monitoring, 278, 279gastrointestinal tract issues, 288, 290goal <strong>of</strong> blister management, 670growth factors, 285–286hospitalization issues, 262, 277, 281indocyanine green fluorescence imaging, 283Laser Doppler perfusion imaging, 283long-term effects, 291nonsteroidal antiinflammatory drugs, 282<strong>of</strong>f-gassing and, 282, 671pain control, 278, 279pediatric population and, 670–672return to duty guidelines, 290–291secondary infection risk, 281, 288–289skin injuries, 278–287, 670–672skin substitutes, 286–287supportive care, 278topical antibiotics, 280unro<strong>of</strong>ing and cleansing <strong>of</strong> blisters, 279–280vacuum-assisted closure therapy, 287lxii

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