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DecontaminationIsolationandRadiationProtection.pdf

Decontamination, Isolation and Radiation Protection Decontamination is a very simple concept. However, the logistics of decontamination are far more complex. It is important to understand what circumstance would prompt the need for decontamination. Decontamination is used for Hazardous Materials exposure when the contact is on the skin surfaces. Ingested Agents can be purged, but there is no need for decontamination. Inhaled agents do no requires decontamination.

The key to proper decontamination is early recognition of the contaminant and early decontamination procedures. In many past events, the need to decontaminate was not recognized early and the contamination was spread to other areas at the scene, in emergency response vehicles, and the worst case scenario spreading to the hospital. Once these mishaps occur, the event expands and complicates exponentially.

In the event of a mass exposure to a disease caused by a biological agent, the potential exists to produce a global pandemic. An important consideration in such a disease scenario, to control the spread of the illness and to treat the afflicted victims is the mass isolation area. Creation of such a unit is costly and requires routine maintenance. However, in the event of such a disease, it can be the only thing standing between containment of the disease and the rampant spread. Biological terrorism has been popular methodology because the ingredients are present in nature, and therefore, relatively readily available.

The key to survival from ionizing radiation is to limit the time spent in proximity to the source and to provide as much as distance between the source and the victim. We will discuss the three types of ionizing radiation. The alpha wave is the weakest of the three types and can be stopped b a sheet of paper. The beta wave is slightly stronger, requiring more shielding. However, water will prevent penetration. The gamma wave is the strongest and most deadly. It penetrates all substance except lead or thick concrete. However, the more barriers placed between the source of emission and the victim, the less potential for toxicity.

COVID-19 taught us many lessons related to isolation of patients. While stressful, these lessons can be replicated during a mass casualty event that may involve a contagious substance or disease.