J Emerg Med
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Case Reports
Ultrasound-Guided Superior Laryngeal Nerve Block Facilitates Anesthesia Management in Bariatric Surgery.
Patients with obesity usually have a narrow pharyngeal cavity. They are prone to exposure difficulties and intubation failure during endotracheal intubation, and even face mask oxygen supply difficulties and hypoxemia in severe cases. We described the successful completion of conscious endotracheal intubation with superior laryngeal nerve internal branch block (SLNi) in a patient with pathologic obesity. ⋯ A 29-year-old, nondiabetic man with severe obesity (weight 211 kg, height 186 cm, and body mass index [BMI] 60.99 kg/m2) was scheduled for a laparoscopic sleeve gastrectomy. The superior laryngeal nerve internal branch was blocked under ultrasound guidance to eliminate the cough induced by fiberscope during awake endotracheal intubation. Why Should an Emergency Physician Be Aware of This? The cough caused by fiberscope was completely suppressed and the awake endotracheal intubation was completed successfully.
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Emergency Medical Services (EMS) provide patients with out-of-hospital care, but not all patients are transported to the hospital. Non-transport represents an often undefined yet potentially significant risk for poor clinical outcomes. Few North American studies have quantified this risk. ⋯ This study provides an estimate of prevalence of non-transports and 48-h adverse event in a provincial mixed rural-urban EMS system. The results of this study describe the scope of non-transport and present several characteristics associated with non-transport. Future study should examine the appropriateness of EMS responses and methods to mitigate risk of adverse event after non-transport.
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Pediatric musculoskeletal (pMSK) radiograph interpretations are common, but the specific radiograph features at risk of incorrect diagnosis are relatively unknown. ⋯ We identified actionable learning opportunities in pMSK radiograph interpretation for EPs.
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Variability exists in emergency physician (EP) resource utilization as measured by ordering practices, rate of consultation, and propensity to admit patients. ⋯ At our academic tertiary center, 3 distinct subgroups of EP ordering practices exist based on consultation rates, advanced imaging use, and propensity to admit a patient. These data validate previous work showing that resource utilization and admission rates are related, while demonstrating that more nuanced patterns of EP ordering practices exist. Further investigation is needed to understand the impact of EP characteristics and behavior on throughput and quality of care. © 2022 Elsevier Inc.
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Artificial intelligence (AI) can be described as the use of computers to perform tasks that formerly required human cognition. The American Medical Association prefers the term 'augmented intelligence' over 'artificial intelligence' to emphasize the assistive role of computers in enhancing physician skills as opposed to replacing them. The integration of AI into emergency medicine, and clinical practice at large, has increased in recent years, and that trend is likely to continue. ⋯ EPs must learn to partner with, not capitulate to, AI. AI has proven to be superior to, or on a par with, certain physician skills, such as interpreting radiographs and making diagnoses based on visual cues, such as skin cancer. AI can provide cognitive assistance, but EPs must interpret AI results within the clinical context of individual patients. They must also advocate for patient confidentiality, professional liability coverage, and the essential role of specialty-trained EPs.