Using High-Fidelity Simulation of a Crisis Event, CO2 Embolism, to Increase Confidence Levels in the CRNA

UNCG Author/Contributor (non-UNCG co-authors, if there are any, appear on document)

Emma Bly Beck Foster (Creator)

Institution

The University of North Carolina at Greensboro (UNCG )

Web Site: http://library.uncg.edu/

Advisor

Amber Vermeesch

Abstract: Background: Crisis events occur in the operating room and can impact patient survival if not managed appropriately, one being a carbon dioxide, CO2, embolism. There has been an increase in use of laparoscopic procedures by surgeons over the last decade with advancements in technology. CO2 embolisms are a rare, but potentially fatal event that can occur during these procedures. Simulation has been used to provide education for Certified Registered Nurse Anesthetists (CRNAs) to improve confidence levels in management of these crisis events.Purpose: This quality improvement project aims to determine whether simulation increases confidence levels in the CRNA’s ability to manage crisis events in the operating room.Methods: A mixed methods approach explored confidence levels towards management of crisis events in the operating room. This ranged from neurological, cardiac, respiratory, and hemodynamic instability. Data was collected through an anonymous online survey that was administered at the time of the simulation.Results: No significant changes in confidence levels pre and post simulation were found with the use of simulation in education for management of a crisis event in CRNAs.Recommendations and Conclusion: Simulation should be used as a guide for education. Confidence levels may be studied in students may show more significant change in confidence in management of a crisis event in the operating room.

Using High-Fidelity Simulation of a Crisis Event, CO2 Embolism, to Increase Confidence Levels in the CRNA
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Created on 6/25/2024
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Additional Information

Publication

Other

Language: English

Date: 2024

Keywords

Nurse Anesthesia, Simulation, High Fidelity Simulation, CO2 Embolism

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