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Journal of Toxicology: Clinical Toxicology Volume 36, 1998 - Issue 6
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Research Article

Personal Decontamination After Exposure to Simulated Liquid Phase Contaminants: Functional Assessment of a New Unit

Staffan Törngren Disaster and Emergency Medical Center, Stockholm Söder Hospital, (ST, ÅL, ES), Stockholm; Department of NBC Defense, Defense Research Establishment, (S-ÅP, TB, MN, LH, LR), JJmei; National NBC Defense School, Umed (KS), SwedenCorrespondence[email protected]
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Sven-Áke Persson Disaster and Emergency Medical Center, Stockholm Söder Hospital, (ST, ÅL, ES), Stockholm; Department of NBC Defense, Defense Research Establishment, (S-ÅP, TB, MN, LH, LR), JJmei; National NBC Defense School, Umed (KS), Sweden
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Ása Ljungquist Disaster and Emergency Medical Center, Stockholm Söder Hospital, (ST, ÅL, ES), Stockholm; Department of NBC Defense, Defense Research Establishment, (S-ÅP, TB, MN, LH, LR), JJmei; National NBC Defense School, Umed (KS), Sweden
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Tage Berglund Disaster and Emergency Medical Center, Stockholm Söder Hospital, (ST, ÅL, ES), Stockholm; Department of NBC Defense, Defense Research Establishment, (S-ÅP, TB, MN, LH, LR), JJmei; National NBC Defense School, Umed (KS), Sweden
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Melker Nordstrand Disaster and Emergency Medical Center, Stockholm Söder Hospital, (ST, ÅL, ES), Stockholm; Department of NBC Defense, Defense Research Establishment, (S-ÅP, TB, MN, LH, LR), JJmei; National NBC Defense School, Umed (KS), Sweden
,
Lars Hagglund Disaster and Emergency Medical Center, Stockholm Söder Hospital, (ST, ÅL, ES), Stockholm; Department of NBC Defense, Defense Research Establishment, (S-ÅP, TB, MN, LH, LR), JJmei; National NBC Defense School, Umed (KS), Sweden
,
Lars Rittfeldt Disaster and Emergency Medical Center, Stockholm Söder Hospital, (ST, ÅL, ES), Stockholm; Department of NBC Defense, Defense Research Establishment, (S-ÅP, TB, MN, LH, LR), JJmei; National NBC Defense School, Umed (KS), Sweden
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Kjell Sandgren Disaster and Emergency Medical Center, Stockholm Söder Hospital, (ST, ÅL, ES), Stockholm; Department of NBC Defense, Defense Research Establishment, (S-ÅP, TB, MN, LH, LR), JJmei; National NBC Defense School, Umed (KS), Sweden
&
Eva Soderman Disaster and Emergency Medical Center, Stockholm Söder Hospital, (ST, ÅL, ES), Stockholm; Department of NBC Defense, Defense Research Establishment, (S-ÅP, TB, MN, LH, LR), JJmei; National NBC Defense School, Umed (KS), Sweden
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Pages 567-573 | Published online: 25 Sep 2008

Citations (15)

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Read on this site (2)

Jeffrey Brent. (2013) Water-based solutions are the best decontaminating fluids for dermal corrosive exposures: A mini review. Clinical Toxicology 51:8, pages 731-736.
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Jan Misik, Petr Jost, Ruzena Pavlikova, Eva Vodakova, Jiri Cabal & Kamil Kuca. (2013) A comparison of decontamination effects of commercially available detergents in rats pre-exposed to topical sulphur mustard. Cutaneous and Ocular Toxicology 32:2, pages 135-139.
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Articles from other publishers (13)

Thomas James, Samuel Collins & Tim Marczylo. (2021) Identification of Novel Simulants for Toxic Industrial Chemicals and Chemical Warfare Agents for Human Decontamination Studies: A Systematic Review and Categorisation of Physicochemical Characteristics. International Journal of Environmental Research and Public Health 18:16, pages 8681.
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Greta Camilla Magnano, Francesca Rui & Francesca Larese Filon. (2021) Skin decontamination procedures against potential hazards substances exposure. Chemico-Biological Interactions 344, pages 109481.
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Thomas James, Samuel Collins, Richard Amlôt & Tim Marczylo. (2019) GC–MS/MS quantification of benzyl salicylate on skin and hair: A novel chemical simulant for human decontamination studies. Journal of Chromatography B 1129, pages 121818.
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Thomas James, Samuel Collins, Richard Amlôt & Tim Marczylo. (2019) Optimisation and validation of a GC–MS/MS method for the analysis of methyl salicylate in hair and skin samples for use in human-volunteer decontamination studies. Journal of Chromatography B 1109, pages 84-89.
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Rolf Nieder, Dinesh K. Benbi & Franz X. ReichlRolf Nieder, Dinesh K. Benbi & Franz X. Reichl. 2018. Soil Components and Human Health. Soil Components and Human Health 451 501 .
Adam D. Leary, Michael D. Schwartz, Mark A. Kirk, Joselito S. Ignacio, Elaine B. Wencil & Susan M. Cibulsky. (2014) Evidence-Based Patient Decontamination: An Integral Component of Mass Exposure Chemical Incident Planning and Response. Disaster Medicine and Public Health Preparedness 8:3, pages 260-266.
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Pascale Ribordy, David Rocksén, Uno Dellgar, Sven-Åke Persson, Kristina Arnoldsson, Hans Ekåsen, Sune Häggbom, Ola Nerf, Åsa Ljungqvist, Dan Gryth & Ola Claesson. (2012) Mobile Decontamination Units—Room for Improvement?. Prehospital and Disaster Medicine 27:5, pages 425-431.
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Dennis Heon & George L. Foltin. (2009) Principles of Pediatric Decontamination. Clinical Pediatric Emergency Medicine 10:3, pages 186-194.
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Joseph H. McIsaacIIIIII. 2006. Hospital Preparation for Bioterror. Hospital Preparation for Bioterror 89 117 .
Marc Houston & Robert G. Hendrickson. (2005) Decontamination. Critical Care Clinics 21:4, pages 653-672.
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Panos G. Georgopoulos, Paul Fedele, Pamela Shade, Paul J. Lioy, Michael Hodgson, Atkinson Longmire, Melody Sands & Mark A. Brown. (2004) Hospital response to chemical terrorism: Personal protective equipment, training, and operations planning. American Journal of Industrial Medicine 46:5, pages 432-445.
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Joshua S Rotenberg, Thomas R Burklow & Joel S Selanikio. (2003) Weapons of Mass Destruction: The Decontamination of Children. Pediatric Annals 32:4, pages 260-267.
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Martin K Johnson, Dag Jacobsen, Tim J Meredith, Peter Eyer, Andrew J Heath, David A Ligtenstein, Tim C Marrs, Ladislaus Szinicz, J Allister Vale & John A Haines. (2001) Evaluation of antidotes for poisoning by organophosphorus pesticides. Emergency Medicine 12:1, pages 22-37.
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