Academic emergency medicine : official journal of the Society for Academic Emergency Medicine
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Most multisource feedback (MSF) evaluations are performed asynchronously, with raters reflecting on the subject's behavior. Numerous studies have demonstrated poor inter-rater reliability of MSF. This may be due to cognitive biases that are inherent in such a process. We sought to determine if within- and between-rater group reliability is increased when evaluations are gathered synchronously and relate to a specific patient interaction. ⋯ Synchronous collection of MSF did not provide clinically different EM-HS scores within rater groups and did not result in improved correlations. Our small, single-center study supports asynchronous collection of MSF.
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Randomized Controlled Trial
A randomized trial of computer kiosk-expedited management of cystitis in the emergency department.
The objective was to assess the efficiency and safety of an interactive computer kiosk module for the management of uncomplicated urinary tract infections (UTI) in emergency departments (EDs). ⋯ An interactive computer kiosk accurately, efficiently, and safely expedited the management of women with uncomplicated UTI in a busy, urban ED. Expanding the use of this technology to other conditions could help to improve ED patient flow.
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Comparative Study
Anterior versus lateral needle decompression of tension pneumothorax: comparison by computed tomography chest wall measurement.
Recent research describes failed needle decompression in the anterior position. It has been hypothesized that a lateral approach may be more successful. The aim of this study was to identify the optimal site for needle decompression. ⋯ With commonly available angiocatheters, the lateral approach is less likely to be successful than the anterior approach. The anterior approach may fail in many patients as well. Longer angiocatheters may increase the chances of decompression, but would also carry a higher risk of damage to surrounding vital structures.
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Diagnosing diabetic ketoacidosis (DKA) has traditionally required a venous blood gas (VBG) to obtain serum pH and a serum chemistry panel to obtain electrolyte values. Because newer blood gas analyzers have the ability to report electrolyte values and glucose in addition to pH, this diagnostic process could theoretically be condensed. However, neither the diagnostic accuracy of the VBG for DKA nor the agreement between the VBG electrolytes and the serum chemistry electrolytes, including sodium, chloride, and bicarbonate, has been evaluated in the context of acute hyperglycemia. The purpose of this study was to assess the accuracy of VBG electrolytes for diagnosing DKA using serum chemistry electrolytes measures as the criterion standard and to describe the correlation between VBG and serum chemistry electrolytes in a sample of hyperglycemic patients seen in the emergency department (ED). ⋯ The VBG electrolytes were 97.8% sensitive and 100% specific for the diagnosis of DKA in hyperglycemic patients. These preliminary findings support the use of VBG electrolytes in lieu of VBG along with serum chemistry analysis to rule in or rule out DKA.
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In this hypothesis-generating study, we observe, identify, and analyze how emergency clinicians seek to manage work pressure to maximize patient flow in an environment characterized by delayed patient admissions (access block) and emergency department (ED) crowding. ⋯ To redress the linearity of most literature on patient flow, this study adopts a systems perspective and ethnographic methods to bring to light the dynamic role that individuals play, interacting with their work contexts, to maintain patient flow. The study provides an empirical foundation, uniquely discernible through qualitative research, about aspects of ED work that previously have been the subject only of discussion or commentary articles. This study provides empirical documentation of the moment-to-moment responses of emergency clinicians to work pressure brought about by factors outside much of their control, establishing the relationship between patient flow and work pressure. We conceptualize the ED as a dynamic system, combining socioprofessional influences to reduce and control work pressure in the ED. Interventions in education, practice, policy, and organizational performance evaluations will be supported by this systematic documentation of the complexity of emergency clinical work. Future research involves testing the five findings using systems dynamic modeling techniques.