Academic emergency medicine : official journal of the Society for Academic Emergency Medicine
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To describe the epidemiology and outcomes of serious pediatric submersion injuries and to identify factors associated with an increased risk of death or chronic disability. ⋯ After serious pediatric submersion injuries, the overall outcome appears largely bimodal, with children primarily discharged home or dying. The observations that better outcomes occurred among younger age groups, females, and Hispanic children, with worse outcomes in African American children, suggest that injury prevention for submersion injuries should consider differences in age, gender, and race/ethnicity.
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Randomized Controlled Trial Comparative Study
The decision to use topical anesthetic for intravenous insertion in the pediatric emergency department.
Topical anesthetic creams to reduce the pain of intravenous (IV) placement may be more effectively used in the emergency setting if they are applied by nurses in the triage area of the emergency department or soon after the patient is placed into a room. This strategy requires accurate prediction of which patients will require IV placement. The objective of this study was to compare triage nurse judgment regarding IV placement in pediatric patients with a triage prediction rule using chief complaint, referral status, and high-risk medical history. A secondary objective was to evaluate whether the presence of the anesthetic cream placed in triage influenced the subsequent decision to place an IV and thus invalidate the prediction strategy. ⋯ Triage nurse judgment to predict eventual IV placement had greater sensitivity and similar predictive value compared with a prediction model based on medical history and chief complaint. The triage placement of topical anesthetic in pediatric patients did not change the eventual rate of IV placement.
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Comparative Study
The validity of using multiple imputation for missing out-of-hospital data in a state trauma registry.
To assess 1) the agreement of multiply imputed out-of-hospital values previously missing in a state trauma registry compared with known ambulance values and 2) the potential impact of using multiple imputation versus a commonly used method for handling missing data (i.e., complete case analysis) in a typical multivariable injury analysis. ⋯ Multiply imputed out-of-hospital values for intubation attempt, Glasgow Coma Scale score, systolic blood pressure, and respiratory rate have fair to good agreement with known ambulance values. Multiple imputation also increased precision and reduced bias compared with complete case analysis in a typical multivariable injury model, and it should be considered for studies using out-of-hospital data from a trauma registry, particularly when substantial portions of data are missing.
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Emergency department (ED) triage prioritizes patients based on urgency of care. This study compared agreement between two blinded, independent users of a Web-based triage tool (eTRIAGE) and examined the effects of ED crowding on triage reliability. ⋯ This study demonstrated different agreement depending on the method used to calculate interrater reliability. Using the standard methods, it found good agreement between two independent users of a computerized triage tool. The level of agreement was not affected by various measures of ED crowding.
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The current standard for cardiopulmonary resuscitation (CPR) and automated external defibrillator (AED) retraining for laypersons is a four-hour course every two years. Others have documented substantial skill deterioration during this time period. ⋯ Among PAD Trial volunteer laypersons participating in a simulated resuscitation, the proportions of volunteers judged by instructors to have adequate CPR and AED skills demonstrated small declines associated with longer intervals between initial training and subsequent testing. However, based on instructors' judgment, large majorities of volunteers still retained both CPR and AED core skills through 17 months after initial training. Furthermore, individual testing and retraining for CPR and AED skills were usually accomplished in less than 10 minutes per volunteer. Additional research is essential to identify training and evaluation techniques that predict adequate CPR and AED skill performance of laypersons when applied to an actual cardiac arrest.