Archive for category: Critical Care

Can We Agree on Cardiac Standstill?

18 Sep
September 18, 2017

Background: Point of Care Ultrasound (POCUS) has gained wider use in resuscitation of patients presenting with cardiac arrest. POCUS can play an important role in determining the etiology of arrest as well as being used to determine the presence or absence of mechanical activity. The REASON study demonstrated that patients with PEA or asystole without […]

ATHOS-3: A New Vasopressor For Treatment of Vasodilatory Shock?

28 Aug
August 28, 2017

Background: As I walk to the bedside to re-examine my patient with refractory hypotension, I start thinking what else can I do? My patient came into the hospital with septic shock secondary community acquired pneumonia requiring me to intubate her due to impending respiratory failure. I subsequently placed a central venous catheter and an arterial line […]

The Utility of Amiodarone in Cardiac Arrest – Systematic Review and Meta-Analysis

14 Aug
August 14, 2017

Background: In 2016 the annual incidence of out-of-hospital cardiac arrest (OHCA) in the United States was roughly 360,000 and 209,000 for in-hospital cardiac arrest (IHCA) (Mozaffarian 2016). Though survival rates are relatively dismal, arrests in the setting of shock amenable rhythms – ventricular fibrillation (VF) and pulseless ventricular tachycardia (VT) – have an overall better […]

Balanced vs Unbalanced Fluids in Pediatric Severe Sepsis

27 Jul
July 27, 2017

Background: Fluid resuscitation with crystalloid is one of the most basic initial management approaches to adult and pediatric patients with severe sepsis and septic shock. However, which fluid should we be giving, and does it matter?  Should we give an unbalanced, chloride rich solution such as normal saline or a balanced, chloride restrictive fluid, such […]

Apneic Oxygenation (ApOx): A Review of the Evidence in Critical Care & Emergency Medicine

17 Jul
July 17, 2017

Background: Apneic oxygenation (ApOx) is the passive flow of oxygen into the alveoli during apnea.  This passive movement occurs due to the differential rate between alveolar oxygen absorption and carbon dioxide excretion producing a mass flow of gas from the upper respiratory tract into the lungs.  Another important component of this maneuver is maintaining a […]

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