Articles: emergency-department.
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Pediatric emergency care · Sep 2023
Observational StudyPediatric Croup Due to Omicron Infection Is More Severe Than Non-COVID Croup.
Croup due to infection with the omicron variant of COVID is an emerging clinical entity, but distinguishing features of omicron croup have not yet been characterized. We designed a study to compare the clinical features of croup patients presenting to the pediatric emergency department pre-COVID pandemic with COVID-positive croup patients who presented during the initial omicron surge. ⋯ Pediatric patients with omicron croup develop more severe disease than do children with classic croup. They are more likely to require additional emergency department treatments and hospital admission than patients with croup before the COVID pandemic.
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Pediatric emergency care · Sep 2023
Pediatric Dance-Related Injuries Treated in Emergency Departments in the United States, 2000-2020.
This study investigated the characteristics and trends of children aged 3 to 19 years treated in US emergency departments for dance-related injuries. ⋯ The rate of pediatric dance-related injuries treated in US emergency departments is increasing. Unstructured dance activity was an important source of dance-related injury, especially among children aged 3 to 5 years. The injury diagnosis and body region injured varied by child age and type of dance. Additional targeted prevention efforts should be implemented that address the injury characteristics of dancer subgroups.
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Many patients are initially diagnosed with a new suspected cancer through the emergency department (ED). The objective of this systematic review was to compare stage of cancer and survival of patients diagnosed with cancer through the ED to patients diagnosed elsewhere. ⋯ Patients with an ED diagnosis of cancer had more advanced/late stage of cancer at diagnosis and worse survival compared to patients diagnosed elsewhere. Future research examining patients diagnosed with cancer through the ED is required.
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Some patients with acute pulmonary embolism (PE) will suffer adverse clinical outcomes despite being low risk by clinical decision rules. Emergency physician decisionmaking processes regarding which low-risk patients require hospitalization are unclear. Higher heart rate (HR) or embolic burden may increase short-term mortality risk, and we hypothesized that these variables would be associated with an increased likelihood of hospitalization for patients designated as low risk by the PE Severity Index. ⋯ Most patients were hospitalized, often with recognizable high-risk characteristics not accounted for by the PE Severity Index. Highest ED HR of ≥90 beats/min and bilateral PE were associated with a physician's decision for hospitalization.
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Emergency departments (EDs) are dynamic, complex, and demanding environments. Introducing changes that lead to improvements in EDs can be challenging owing to the high staff turnover and mix, high patient volume with different needs, and being the front door to the hospital for the sickest patients. ⋯ Introducing the changes needed to transform the system in this way is seldom straightforward with the risk of "not seeing the forest for the trees" when attempting to change the system. In this article, we demonstrate how the functional resonance analysis method can be used to capture the experiences and perceptions of frontline staff to identify the key functions in the system (the trees), to understand the interactions and dependencies between them to make up the ED ecosystem ("the forest") and to support quality improvement planning, identifying priorities and patient safety risks.