A 24-year-old previously healthy male presents to the ED with absent vital signs. He is out for a trail run when he becomes trapped in waist deep cold water. When he is found by search and rescue, he is awake with altered mental status. He has a cardiac arrest on retrieval and is found to be severely hypothermic. CPR and ACLS is initiated and he is transferred to the nearest community ED. The resuscitation team is expected to perform ACLS specific to hypothermic arrest. The patient will require intubation, active rewarming, defibrillation and discussion with the ECMO physician on call for transport and ECMO assisted rewarming.
This case involves a 60-year-old male patient who arrives VSA in PEA after collapsing while eating dinner with family. The collateral history included that he was suspected to be intoxicated. The patient is difficult to bag with EMS. The learner will have to work through the can’t ventilate/can’t oxygenate scenario once they identify that BVM is ineffective.
This 50-year old woman presents with typical cardiac chest pain and high suspicion for COVID-19. Her ECG shows an anterior STEMI. The team will start performing the initial work-up and management of a patient with STEMI. While this is occurring, the patient suffers a VF arrest. The team will need to go through the ACLS algorithm while taking all precautions required in caring for a patient with suspected COVID.
A 62-year-old man presents to the ED with palpitations and general malaise. On initial assessment, the team finds out he had an LVAD placed within the last 1 month. The team will need to work through how to assess the patient’s vital signs appropriately and will discover the patient has a low MAP and a low-grade fever. On inspection, the patient’s drive line site will appear infected. The initial ECG will show features of hyperkalemia. After the initial assessment, the patient will progress to a PEA arrest requiring resuscitation by ACLS protocols. Labs will reveal an acute kidney injury and hyperkalemia. The patient will obtain ROSC when the hyperkalemia is treated.
A 55 year-old male is brought to the emergency department with absent vital signs. He collapsed at his office after complaining of feeling unwell. CPR was started by a colleague and continued by EMS. He received 3 shocks by an AED. His downtime is approximately 10 minutes. The team is expected to perform routine ACLS care. When the patient remains in VF despite ACLS management, the team will need to consider specific therapies, such as iv beta blockade or dual sequential shock, in order to abort the electrical storm.
A 63-year-old female is in the Emergency Department awaiting internal medicine consultation for a diagnosed pulmonary embolism. She suddenly becomes very short of breath while walking to the bathroom and the team is called to assess. The patent will then arrest, necessitating thrombolysis. After ROSC, she will stabilize briefly but then develop increasing vasopressor requirements. The team will need to work through the shock differential diagnosis and recognize free fluid in the abdomen as a complication of thrombolysis requiring surgical consultation and transfusion.
A 46 year old male with a cast on his left leg from a bad ankle fracture presents to the ED complaining of pleuritic chest pain and shortness of breath. The team will take a history and start workup when the patient will suddenly state he’s “not feeling well” and then arrest. The team will perform ACLS consistent with the PEA algorithm and should consider IV thrombolytics. If IV thrombolytics are administered, the patient will have ROSC.
A 52 year-old male with end-stage renal disease (requiring dialysis) is brought in by EMS feeling weak and dizzy. He missed dialysis for the first time over the weekend to attend his niece’s wedding. On presentation, his heart rate is 50 and his ECG demonstrates a wide complex rhythm with peaked T waves that EMS interprets as a STEMI. If the team recognizes the possibility of hyperkalemia and treats it appropriately, the patient’s QRS will narrow. If the hyperkalemia is not recognized, the patient will arrest.