Vancomycin Loading Doses in Pediatric Patients: A Missed Opportunity?

Pediatric Syringe Pump

In January 2014, ALiEM featured a must-read post by Bryan Hayes regarding proper dosing of vancomycin in the emergency department, including a special note related to the recommendations regarding consideration of loading doses of vancomycin ranging from 25 to 30 mg/kg in adult patients who are critically ill with a high suspicion for MRSA infection.

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AIR Series: GU/Renal Module 2015

Welcome to the eighth ALiEM Approved Instructional Resources (AIR) Module! In an effort to reward our residents for the reading and learning they are already doing online we have created an Individual Interactive Instruction (III) opportunity utilizing FOAM resources for U.S. Emergency Medicine residents. For each module, the AIR board curates and scores a list of blogs and podcasts. A quiz is available to complete after each module to obtain residency conference credit. Once completed, your name and institution will be logged into our private database, which participating residency program directors can access to provide proof of completion.

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Hyperkalemia Management: Preventing Hypoglycemia From Insulin

InsulinInsulin remains one of the cornerstones of early severe hyperkalemia management. Insulin works via a complex process to temporarily shift potassium intracellularly. Though insulin certainly lowers plasma potassium concentrations, we often underestimate the hypoglycemic potential of a 10 unit IV insulin dose in this setting. The purpose of this post is to highlight the need for proper supplemental glucose and blood glucose monitoring when treating hyperkalemia with insulin.

This is such an important medication safety issue, the Institute for Safe Medication Practices (ISMP) highlighted it in a February 2018 Safety Alert.

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Trick of the Trade: TRUST ultrasound confirmation of pediatric endotracheal tube placement

ultrasound confirmation of pediatric endotracheal tube placement

Following intubation the confirmation of endotracheal tube placement and depth is essential. While dynamic etCO2 monitoring has revolutionized the confirmation of endotracheal placement, there are still several circumstances in which this modality may be misleading (e.g. prolonged arrest, severe status asthmaticus/PE/pulmonary edema, etCO2 detector contamination with drugs/gastric contents). Additionally, EtCO2 detectors cannot confirm appropriate endotracheal tube depth, leading to delayed recognition of mainstem placement.

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By |2021-01-05T14:02:20-08:00Apr 21, 2015|Pediatrics, Ultrasound|

A cost-effective, two-layer wound closure task trainer

Buried SuturePerforming a two layer wound closure can be a challenging procedure in the Emergency Department for clinicians with limited wound care experience. Challenges include suture choice, suture placement, and the technique of burying the knot in the deep layer of the wound, and the availability of ready ‘volunteers’ with complex wounds willing to let novices practice on them. Commercially available suture models are expensive, and can be cumbersome to store, and difficult to obtain in a timely manner to provide the learner with opportunities to practice prior to wound repair on a patient in the department.

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