A 54-year-old female with a past medical history of throat cancer presents for gastrostomy tube (G-tube) replacement. The initial G-tube was placed 3 years ago. Most recently, the patient had the G-tube changed 7 months ago. She presents to the Emergency Department because the G-tube is leaking from the tubing that is external to the skin. When you attempt to deflate the cuff, you are unsuccessful.
Patients who are tracheostomy and ventilator dependent are at increased risk for complications the longer they remain in this condition. One common complication is tracheomalacia. Progressive tracheomalacia can lead to air leaks around the tracheostomy cannula balloon. Initially, this can be managed by placing a longer tracheostomy cannula deeper into the trachea, however, these are often unavailable in the emergency department [1]. A second line strategy is to temporarily over-inflate the balloon, however, with chronic overinflation, eventually both the trachea and the neck stoma become too large, leading to an inability to maintain appropriate positive pressure (PEEP) and tidal volume necessary to ventilate the patient [2].
You are just starting out your mid-January evening shift, and you go to the room of an 8-month old male with nasal congestion. He is afebrile, and mildly tachycardic, but his lung exam is fairly benign and he’s breathing easily without retractions. You can clearly see he has congestion. You instruct the parents to use saline irrigation and then nasal suctioning to clear the congestion as needed, and they say, “How can we do this if our child struggles? Won’t we just end up with a wet, angry, and congested child?”
Skin tears are a common injury treated in the elderly in the emergency department (ED). Often the skin is paper thin, and the area involved can have a large flap. By the time the patient has arrived, the may blood have dried with a retracted and rolled-in skin flap. Often the surface area is too big and skin to thin to inject local anesthesia around the entire site.
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2019 literature update from this original 2012 Trick of the Trade post!“6 mg IV as a rapid IV push followed by a 20 mL saline flush; repeat if required as 12 mg IV push”
This recommendation remained in the 2015 iteration.
While most drugs are metabolized in the liver, adenosine doesn’t even make it that far, being metabolized in the erythrocytes and vascular endothelial cells. With this extremely short half-life (10 seconds), it is important to help it reach the heart before it’s metabolized and excreted without being effective.
You need to perform an ultrasound on your patient. You walk up to the ultrasound and upon grabbing the machine, you notice it’s stuck! You look down and realize the ultrasound probe cable (particularly the linear probe) is impeding the wheel from rolling. You push the machine back, pick the cable up off the floor and off you go to scan to find that the probe is not working. As you try to figure out why it’s not working, you realize that the cable is exposed after repeated damage from the countless times the wheels on the machine rolled over the cable. Let’s prevent this from happening!
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A 25-year-old medical student comes in with a muffled voice, sore throat and trismus. You look at the back of her throat and you see the uvula deviated to the right. You astutely diagnosed a peritonsillar abscess (PTA). You consider aspirating and want to check for tips on how to successfully do this.
Dr. Michelle Lin and Dr. Demian Szyld have created great guides for the common and important emergency medicine procedure of draining a PTA (laryngoscope lighting and spinal needle for aspiration; ultrasound localization and spinal needle guard; avoiding awkward one-handed needle aspiration). This update reviews these tricks as well as some additional techniques for optimal success in draining a PTA, while avoiding the ultimate feared complication of puncturing the carotid artery.