Real-time Feedback for Cardiac Arrest

(VENT-SIM Trial)

This trial aims to determine if real-time visual feedback can help emergency responders enhance their rescue breathing skills during CPR. Researchers are testing whether immediate feedback improves the accuracy of air delivery by rescuers. They are also exploring whether different CPR methods, such as continuous versus interrupted chest compressions, affect the feedback's effectiveness. The trial seeks active EMS professionals to participate. As an unphased trial, it offers EMS professionals the chance to contribute to potentially life-saving advancements in CPR techniques.

The trial does not specify whether you need to stop taking your current medications.

Research shows that real-time feedback during CPR is safe and helpful. Studies have found that feedback systems, such as those on smartwatches, improve CPR quality by helping rescuers maintain the correct compression depth and speed. This enhances the effectiveness and accuracy of rescue efforts.

A review found that real-time feedback during CPR links to better patient outcomes. Feedback devices, especially those with sound and visuals, have been associated with improved results for people experiencing cardiac arrest.

Researchers are excited about this trial because it explores the impact of real-time feedback on CPR techniques during cardiac arrest. Real-time feedback offers immediate information on the quality of chest compressions, potentially improving the effectiveness of CPR by guiding adjustments in speed and depth. While traditional CPR relies on consistent technique and periodic checks without feedback, this trial seeks to find out if live adjustments can enhance patient outcomes. By examining both continuous and interrupted chest compressions with and without feedback, the trial could redefine CPR protocols, making life-saving efforts more effective.

Research shows that real-time feedback during CPR can enhance rescue efforts. In this trial, some participants will receive continuous chest compressions with feedback, while others will receive standard CPR with interrupted compressions and feedback. Studies have found that immediate feedback helps rescuers improve crucial CPR actions, such as the depth and speed of chest compressions. When rescuers receive instant information, they can adjust to be more effective. One study showed that this feedback improved outcomes for individuals who experienced cardiac arrests outside hospitals, aiding rescuers in delivering the correct amount of air during rescue breaths. Another study found that feedback tools, like those on smartwatches, improved CPR quality among healthcare workers. These findings suggest that real-time feedback could be a valuable tool for enhancing CPR during emergencies.¹²⁶⁷⁸