Prehospital emergency care : official journal of the National Association of EMS Physicians and the National Association of State EMS Directors
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Although death education is a standard component in most medical schools and nursing programs, few include instruction on dealing with sudden death. Typically, death education courses overlook instruction in areas germane to emergency medicine, e.g., making death notifications, interacting with survivors during the immediate grief period, and reducing professional stress innate to working with newly bereaved persons. ⋯ Topics include death perspectives and awareness, death typology, cultural and religious considerations, communicating with bereaved persons, making death notifications, and dealing with initial grief reactions. Units of instruction are outlined, including educational goals, descriptions of units, teaching strategies, and supplemental readings.
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Immobilizing a child presents a unique challenge for emergency medical services (EMS) personnel in addition to those challenges faced when immobilizing an adult. Most equipment commonly carried by EMS personnel is sized for adult use and as a result does not routinely provide adequate static or dynamic immobilization of a child. ⋯ An ideal pediatric immobilization device would be one that uses an existing piece of equipment, is of limited additional cost, is routinely used by EMS providers, could be easily modified to immobilize a child, could easily be taught to EMS providers, and provides excellent static and dynamic immobilization. The Kendrick extrication device (KED) used as the authors describe meets these goals of an ideal pediatric immobilization device.
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The need for valid and reliable emergency medical services (EMS) data has long been recognized. EMS data are useful for monitoring resources and operations, documenting patient care and outcome, and evaluating injury prevention strategies. The goal of this project was to develop a computerized data set with the capability to generate a patient care record (PCR) to overcome some of the current EMS data limitations. ⋯ This computerized approach overcomes many limitations inherent with using paper-based systems for research. Linked with emergency department, hospital discharge, and mortality data, EMS data can be used in systems analyses related to patient outcome.
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The authors have successfully implemented automated external defibrillation (AED) training in police departments that function as first responders. The initial elements are to think the project through, and to develop clear policies and procedures for the police as they relate to dispatching so there is timeliness of notification, because response time is such a critical element. ⋯ A system to evaluate training, compliance with protocol, and efficacy must be developed and closely monitored. While this is a tremendous amount of work and a large time investment, the result can be a dramatic increase in patient survival.
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The United States Pharmacopoeia (USP) recommends that medication storage temperatures should be maintained between 15 degrees C and 30 degrees C (59 degrees F to 86 degrees F). Concerns have been raised that storage temperatures in EMS may deviate from this optimal range, predisposing drugs to degradation. This study was conducted to determine whether temperatures inside the drug box carried by paramedics aboard a helicopter remained within the range. ⋯ Medications stored aboard an EMS helicopter are exposed to extremes of temperature, even inside a drug bag. Measures are needed to attenuate storage temperature fluctuations aboard aeromedical helicopters.