A 38 year-old man (Ethiopian refugee) with untreated HIV and past history of TB, presents to the emergency department (ED) with anterior chest pain, shortness of breath and hypotension. He was seen 3 days prior by a walk-in clinic and referred to the ED with chest pain and ECG showing pericarditis, but did not attend the ED until symptoms were severe. In the ED, patient quickly progresses to profound shock and has a PEA arrest. POCUS will show a large pericardial effusion and tamponade. Team members are to initiate CPR, manage the arrest and treat the effusion using bedside pericardiocentesis in order to obtain return of spontaneous circulation (ROSC).
A femoral nerve block has just been performed on a 65-year-old male who sustained a right femoral neck fracture. The patient also sustained a laceration to the scalp which was repaired by the medical student. The patient is now complaining of blurry vision, paresthesias, and “twitchiness”. The patient progresses on to seizure followed by cardiac arrest and will need high quality ACLS care along with lipid emulsion therapy.
This week's post is a bit different. It's not a sim case but rather a chance to delve into some of the amazing academic work that has been done in the simulation world over the years as a foundation to how and why we sim. I recently found myself wondering, what would be the top … Continue reading Simulation Literature
Physical distancing restrictions during the COVID-19 pandemic have dramatically impacted medical education, challenging educators around the world to create interesting, novel ways to engage learners remotely. Virtual alternatives to in-person simulation sessions have been of particular interest. From discussion with other educators, it seems like many programs have shifted to a model of sim that involves talking through challenging cases. This strategy is excellent for medical content review but misses the hands-on, interactive, nervous energy of simulation that makes it so valuable. This is why we set out to create the Virtual Resus Room.
A 70 year old man who had an unwitnessed cardiac arrest is brought to the ED via EMS from his local Tennis Club. Despite multiple rounds of appropriate resuscitative measures, the patient does not gain return of spontaneous circulation (ROSC). Learners will need to discuss the termination of resuscitation with team members and communicate with the patient’s wife.
The patient is found by a friend unresponsive after a 7 day history of cough and shortness of breath. He immediately receives bystander CPR. An advanced care paramedic crew attends the scene and manages a ventricular fibrillation arrest prior to transporting to hospital. The patient goes into cardiac arrest again shortly before arriving in the emergency department. The team will need to prepare for the patient's arrival and then manage a cardiac arrest using appropriate precautions for suspected COVID-19.
This case involves an 8 year-old boy with upper airway obstruction from sausage. When indirect treatment fails, removal with Magill forceps under direct visualization is required. The patient slowly recovers after removal of foreign body but will require admission for monitoring.
This case was designed during the January 2020 COVID-19 outbreak in order to assess and improve team preparedness for safely and effectively caring for a critically ill coronavirus patient from triage through to intubation.
The team receives advance notification from EMS about a 30 year-old female who is visibly pregnant and was in a car accident. Upon arrival to the ED the patient loses pulses and CPR begins. The team must begin ACLS/ATLS and proceed to resuscitative hysterotomy. After delivery they should begin neonatal resuscitation and continue management of the mother. Early consultation should be made to trauma surgery, NICU, and OB.
This case involves the diagnosis and management of hyperkalemia. If not treated appropriately the patient will progress to ventricular fibrillation arrest.