Yeung, Joyce and Davies, Robin P and Gao, Fang and Perkins, Gavin D (2014) A randomised control trial of prompt and feedback devices and their impact on quality of chest compressions--a simulation study. Resuscitation, 85 (4). pp. 553-9. ISSN 1873-1570. This article is accessible to all HEFT staff and students via NHS Evidence www.evidence.nhs.uk by using their Athens login IDsFull text not available from this repository.
This study aims to compare the effect of three CPR prompt and feedback devices on quality of chest compressions amongst healthcare providers.
A single blinded, randomised controlled trial compared a pressure sensor/metronome device (CPREzy), an accelerometer device (Phillips Q-CPR) and simple metronome on the quality of chest compressions on a manikin by trained rescuers. The primary outcome was compression depth. Secondary outcomes were compression rate, proportion of chest compressions with inadequate depth, incomplete release and user satisfaction.
The pressure sensor device improved compression depth (37.24-43.64 mm, p=0.02), the accelerometer device decreased chest compression depth (37.38-33.19 mm, p=0.04) whilst the metronome had no effect (39.88 mm vs. 40.64 mm, p=0.802). Compression rate fell with all devices (pressure sensor device 114.68-98.84 min(-1), p=0.001, accelerometer 112.04-102.92 min(-1), p=0.072 and metronome 108.24 min(-1) vs. 99.36 min(-1), p=0.009). The pressure sensor feedback device reduced the proportion of compressions with inadequate depth (0.52 vs. 0.24, p=0.013) whilst the accelerometer device and metronome did not have a statistically significant effect. Incomplete release of compressions was common, but unaffected by the CPR feedback devices. Users preferred the accelerometer and metronome devices over the pressure sensor device. A post hoc study showed that de-activating the voice prompt on the accelerometer device prevented the deterioration in compression quality seen in the main study.
CPR feedback devices vary in their ability to improve performance. In this study the pressure sensor device improved compression depth, whilst the accelerometer device reduced it and metronome had no effect.
|Additional Information:||This article is accessible to all HEFT staff and students via NHS Evidence www.evidence.nhs.uk by using their Athens login IDs|
|Subjects:||WD Diseases and disorders of systemic, metabolic or environmental origin > WD400 Emergency medicine|
|Divisions:||Clinical Support > Anaesthetics
Clinical Support > Critical Care
|Depositing User:||Mrs Yolande Brookes|
|Date Deposited:||18 Aug 2014 14:49|
|Last Modified:||18 Aug 2014 14:49|
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