Comparison of chest compression interruption times across 2 automated devices: a randomized, crossover simulation...

Area of Science:

• Emergency Medicine
• Cardiopulmonary Resuscitation
• Medical Device Technology

Background:

• Minimizing chest compression interruptions is critical during cardiopulmonary resuscitation (CPR).
• Automated chest compression (ACC) devices aim to maintain continuous compressions.
• Comparing the efficiency of different ACC devices is essential for optimizing resuscitation protocols.

Purpose of the Study:

• To compare chest compression interruption times for applying, adjusting, and removing two distinct ACC devices.
• To evaluate the performance of AutoPulse and LUCAS 2 under standardized resuscitation conditions.

Main Methods:

• Twenty-nine healthcare professionals participated in simulated cardiac arrest scenarios.
• Participants used both AutoPulse and LUCAS 2 devices on a manikin, with randomized device presentation.
• Chest compression interruption times were measured for device application, adjustment, and removal.

Main Results:

• AutoPulse demonstrated significantly shorter mean interruption times for device application (31.6s vs 39.1s) and removal (6.5s vs 10.1s) compared to LUCAS 2.
• No significant difference was found in interruption times for device adjustment between the two devices.
• Both devices required longer interruption times for application than recommended by the American Heart Association.

Conclusions:

• The AutoPulse device trended favorably in reducing chest compression interruption times during application and removal compared to LUCAS 2.
• Application interruption times for both ACC devices exceeded the maximum recommended by the American Heart Association.
• Further research may be needed to optimize ACC device integration into CPR protocols to minimize all interruptions.