TL;DR: Evidence of R SDL's superior performance against vesicant and organophosphorus chemical warfare agents compared to water, bleach, and dry sorbents, suggests that RSDL may have a role in mass human exposure chemical decontamination in both the military and civilian arenas.
Abstract: Rapid decontamination of the skin is the single most important action to prevent dermal absorption of chemical contaminants in persons exposed to chemical warfare agents (CWA) and toxic industrial chemicals (TICs) as a result of accidental or intentional release. Chemicals on the skin may be removed by mechanical means through the use of dry sorbents or water. Recent interest in decontamination systems which both partition contaminants away from the skin and actively neutralize the chemical has led to the development of several reactive decontamination solutions. This article will review the recently FDA-approved Reactive Skin Decontamination Lotion (RSDL) and will summarize the toxicity and efficacy studies conducted to date. Evidence of RSDL's superior performance against vesicant and organophosphorus chemical warfare agents compared to water, bleach, and dry sorbents, suggests that RSDL may have a role in mass human exposure chemical decontamination in both the military and civilian arenas.
TL;DR: CeO2 nanoparticles are a promising material for skin decontamination of OP if formulated as a dispersion able to remove POX like CeO2-W and to degrade it as CeO 2 powder.
TL;DR: Assessment of two skin decontaminating systems against two extremely toxic chemical warfare agents showed that Fuller’s earth (FE) and Reactive Skin Decontamination Lotion (RSDL) were able to reduce blisters 3 days after SM exposure, however, RSDL was found to be more efficient than FE in reducing the necrosis of the epidermis and erosion.
Abstract: Using the hairless mouse screening model presented in the companion paper1 the aim of this study was to assess two skin decontaminating systems: Fuller’s earth (FE) and Reactive Skin Decontaminatio...
TL;DR: The results indicate that percutaneous poisoning with VX requires additional conventional treatment in addition to the current pretreatment regimen, and the delay in absorption presents a window of opportunity for decontamination and treatment.
TL;DR: Kinetic analysis of the obtained NMR data provided degradation half-lives proving that RSDL is also reasonably effective against organophosphorus pesticides, and unexpected observations of different R SDL degradation patterns are presented in view of its reported oximate-catalyzed mechanism of action.