Cardiopulmonary Resuscitation (CPR) is a difficult skill to perfect, but with training, teamwork and feedback, first responders can sustain high-quality CPR for extended periods of time. Real-time feedback is especially important in guiding first responders’ movements and timing over long sessions of CPR – often leading to the best outcomes. Currently, there are a handful of devices on the market that can monitor CPR feedback in real-time, such as the Ambu Smartman.
A few notes:
- CPR was performed for 14:58 minutes
- During this time, the patient went without CPR for 46 seconds, attributed to rhythm interpretation
- Every two minutes, someone new performed CPR
- Time until first compression was 12 seconds
Guidelines state that a compression depth of at least 5 cm or 2 inches is optimal. Below we can see this “optimal zone” represented by the green bar. In this case, the average depth was 2.43 inches with 94.47 percent accuracy.
Guidelines state that a compression rate of at least 100/min is optimal. Again, the optimal rate is represented by the green bar. This feedback shows an average rate of 109 compressions per minute with 94.77 percent accuracy.
Minute by Minute Breakdown
It’s really amazing that multiple individuals (swapping every two minutes) were able to perform CPR with such precision. This feedback shows us that although accurate CPR can be difficult to achieve, with real-time feedback, first responders have the tools needed for the best possible outcomes – and yes, the case above had a positive outcome.