The American journal of emergency medicine
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Multicenter Study
Does pain severity predict stone characteristics or outcomes in emergency department patients with acute renal colic?
After initial emergency department (ED) management of acute renal colic, recurrent or ongoing severe pain is the usual pathway to ED revisits, hospitalizations and rescue interventions. If index visit pain severity is associated with stone size or with subsequent failure of conservative management, then it might be useful in identifying patients who would benefit from early definitive imaging or intervention. Our objectives were to determine whether pain severity correlates with stone size, and to evaluate its utility in predicting important outcomes. ⋯ Pain severity is not helpful in predicting stone size or renal colic outcomes. More severe pain does not indicate a larger stone or a worse prognosis.
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Cricket is a popular spectator sport played all over the globe, including in the United States (US). However, most of the literature on cricket-related injuries is from outside the US. This study described cricket-related injuries treated at US emergency departments (EDs). ⋯ Cricket-related injuries treated at US EDs tended to involve patients who were adults, particularly age 20-39 years, male, and non-white. The majority of patients were treated or examined at the ED and then released.
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Detection of a pulse is crucial to decision-making in the care of patients who are in cardiac arrest, however, the current standard of manual pulse palpation is unreliable. An emerging alternative is the use of point-of-care ultrasound (POCUS) for direct assessment of the carotid pulse. The primary objective of this study is to determine the interobserver reliability for physician interpretation of pre-recorded point-of-care ultrasound pulse-check clips for patients who are in cardiac arrest. ⋯ Interpretation of the carotid pulse by POCUS showed high interobserver reliability. Further work must be done to determine the performance of POCUS pulse assessment in real-time for patients who are in cardiac arrest.