Trick-of-the-Trade: IV Compatibility Information at Your Fingertips
We often have less than optimal IV access to administer fluids, blood products, and medications in sick ED patients. If more than one medication needs to be infused in the same line, how do we know if they are compatible? The gold standard for checking IV compatibility is Trissel’s Stability of Compounded Formulations. 1 But a textbook doesn’t help us in critical situations. Is there a better way?
Febrile pediatric patients are ubiquitous in emergency departments (ED) around the country. Parents agonize over the presence, height, and persistence of fever, despite the energy we invest in attempting to reassure them and minimize ‘fever phobia’. But when should we, as providers, also be worried? Very often in pediatric patients we are trying to distinguish self-limited viral infections from potentially harmful bacterial ones. In ill-appearing patients, it’s easy. We treat the patient aggressively as if their symptoms were attributable to a bacterial infection. The proper approach is more opaque with the relatively well-appearing febrile child. How do we pick out the bacterial infections in these cases?
So much attention is appropriately focused on the anatomy and technique for intraosseous needle placement. In contrast, very little attention is paid to securing the needle. Often this involves a make-shift setup which involves gauze, wraps, and/or tape. This becomes especially important in the prehospital setting where these can be easily dislodged. The following trick stems from a 
You are working a shift in the emergency department, and you hear the ambulance sirens. EMS is bringing you two patients, friends from a nearby shelter. Per report, the two men were “smoking drugs” together outside of the shelter. Bystanders noted that the 29-year-old man became increasingly agitated, shouting, banging on the door, and threatening his other shelter mates, while the other, a 50-year-old man, laid down on the sidewalk. EMS also reports picking up these patients in an area known for high “K2” use.