Open access emergency medicine : OAEM
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Open Access Emerg Med · Jan 2017
A multicenter prospective randomized study comparing the efficacy of escalating higher biphasic versus low biphasic energy defibrillations in patients presenting with cardiac arrest in the in-hospital environment.
Biphasic defibrillation has been practiced worldwide for >15 years. Yet, consensus does not exist on the best energy levels for optimal outcomes when used in patients with ventricular fibrillation (VF)/pulseless ventricular tachycardia (VT). ⋯ First-shock termination and ROSC rates were not significantly different between LE and HE biphasic defibrillation for cardiac arrest patients. Patients responded best at 150/200 J and at 360 J energy levels. For patients with VF/pulseless VT, consideration is needed to escalate quickly to HE shocks at 360 J if not successfully defibrillated with 150 or 200 J initially.
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Open Access Emerg Med · Jan 2017
A renal colic fast track pathway to improve waiting times and outcomes for patients presenting to the emergency department.
Renal colic is commonly encountered in the emergency department (ED). We validated a fast track renal colic (FTRC) initiative to decrease patient waiting times and streamline patient flow. ⋯ The FTRC pathway is a safe and efficacious method of reducing diagnostic delay and improving patient flow in the ED.
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Open Access Emerg Med · Jan 2017
Automated external defibrillation training on the left or the right side - a randomized simulation study.
Correct placement of the left automated external defibrillator (AED) electrode is rarely achieved. AED electrode placement is predominantly illustrated and trained with the rescuer sitting on the right side of the patient. Placement of the AED electrodes from the left side of the patient may result in a better overview of and access to the left lateral side of the thorax. This study aimed to investigate if training in automated external defibrillation on the left side compared to the right side of a manikin improves left AED electrode placement. ⋯ Training in automated external defibrillation on the left side of a manikin does not improve left AED electrode placement compared to training on the right side.