Pediatric emergency care
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Pediatric emergency care · Feb 2025
Assessment of Facility Readiness for Pediatric Emergency and Critical Care Utilizing a 2-Phase Survey Conducted in Six Hospitals in Uganda and Cameroon: A Quality Improvement Study.
Each year, 5.3 million children under 5 years of age die in low-resource settings, often due to delayed recognition of disease severity, inadequate treatment, or a lack of supplies. We describe the use of a comprehensive digital facility-readiness survey tool, recently developed by the Pediatric Sepsis Data CoLaboratory, which aims to identify target areas for quality improvement related to pediatric emergency and critical care. ⋯ These pilot findings indicate that facilities are partially equipped and ready to provide pediatric emergency and critical care. This facility-readiness tool can be utilized in low-resource settings to assist hospital administrators and policymakers to determine priority areas to improve quality of care for the critically ill child.
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Pediatric emergency care · Feb 2025
Simulation-Based Training in Clinical Event Debriefing Improves Leadership Performance.
Clinical event debriefing (CED) improves healthcare team performance and patient outcomes. Most pediatric emergency medicine (PEM) physicians do not receive formal training in leading CED. Our objectives were to develop a CED curriculum and evaluate its effect on performance, knowledge, comfort, and clinical practice. ⋯ A hybrid simulation-based curriculum in leading CED for PEM physicians was associated with improvement in CED leadership performance, knowledge, and comfort. PEM physicians incorporated training into their clinical practice.
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Pediatric emergency care · Feb 2025
ReviewCurrent Evidence on the Care of Young Infants With Hypothermia in the Emergency Department.
The presence of hypothermia among young infants in the emergency department may be a sign of serious or invasive bacterial infections, or invasive herpes simplex viral infection. However, hypothermia may also occur due to a variety of other infectious and noninfectious conditions or environmental exposure. In some settings, hypothermia may represent a protective, energy-conserving response to illness. ⋯ Risk factors for serious bacterial infections in infants with hypothermia, as identified in single-center and multicenter retrospective studies, include lower temperatures, older age, and abnormalities in blood and urine testing. Given the absence of clear guidelines, management of infants with hypothermia relies heavily on clinician judgment and shared decision making, guided by individual patient assessments and risk factors. This review article summarizes existing evidence and identifies gaps in the management of infants (<90 days) with hypothermia in the emergency department.