Chest compression fraction time
Item Description
Implementing recommended guideline
Linked Agent
Author: Seymour, Tanya
Thesis advisor: Weaver, Robin
Committee member: Varner, Christine
Committee member: Rogers, Doreen
Degree granting institution: Pennsylvania Western University
Degree name: Doctor of Nursing Practice
Department: Nursing
Date Created
2023
Date Issued
2023
Abstract
Cardiac arrest is a global issue. Research has been done over the years to create the golden standard within the American Heart Association (AHA) that chest compressions matter. The research now is advancing beyond just the quality aspect. The new knowledge of the quality has led more researchers into the specific timing which is known as the ratio of chest compression fraction (CCF) time. The initiative behind the implementation of this project was to address the problem that the institution did not have any means of measuring either the quality of manual compressions or the CCF. CCF is the time doing compressions divided by the overall time of the cardiopulmonary resuscitation event.
Education was provided to staff on ways to reduce interruption: pre-charge defibrillator, establish pulse prior to holding compression and hoover over the chest for next compressor on the opposite side of the patient. In addition to education on current protocols, a manual compression feedback device was used to monitor real-time feedback. Quality improvement implementation of the measurement of CCF. Data was collected by using a manual feedback device. Reviewing the quality % of compressions. Data was collected for baseline, then post-implementation of education regarding the importance of measuring CCF.
Data were compared for pre and post-intervention, by reviewing overall patient outcomes and looking at the 30-day post resuscitation mark. The post-intervention data included 10 patients. Six of the patients had CCF greater than 80%, Four events used the manual compression feedback device, and two with the mechanical compression device. Four patients had a return of spontaneous circulation at the time of the resuscitation event. However, there were zero survival patients at the 30-day post-resuscitation mark. The data had no difference between the pre and post-interventions for the 30-day survival rate.
Education was provided to staff on ways to reduce interruption: pre-charge defibrillator, establish pulse prior to holding compression and hoover over the chest for next compressor on the opposite side of the patient. In addition to education on current protocols, a manual compression feedback device was used to monitor real-time feedback. Quality improvement implementation of the measurement of CCF. Data was collected by using a manual feedback device. Reviewing the quality % of compressions. Data was collected for baseline, then post-implementation of education regarding the importance of measuring CCF.
Data were compared for pre and post-intervention, by reviewing overall patient outcomes and looking at the 30-day post resuscitation mark. The post-intervention data included 10 patients. Six of the patients had CCF greater than 80%, Four events used the manual compression feedback device, and two with the mechanical compression device. Four patients had a return of spontaneous circulation at the time of the resuscitation event. However, there were zero survival patients at the 30-day post-resuscitation mark. The data had no difference between the pre and post-interventions for the 30-day survival rate.
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Resource Type
Place Published
California, Pa.
Language
Extent
pdf
28 pages
466 KB
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Rights
Seymour, Tanya. (2023). Chest Compression Fraction Time: Implementing Recommended Guideline. Pennsylvania Western University. Access from Pennsylvania Western University Archives.
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