The problem
Cardiac Arrest is a common event occurring out-of-hospital. Approximately 350.000 people are affected in Europe annually1, with a grim survival rate of 8-10%2-3 and an even lower survival with a good neurological function. Survival is shown to decrease by 10% by every minute elapsing (ref). Therefore, prompt bypasser involvement is essential for improving the chances of survival. However, even in Denmark where the involvement and skill level of laypersons is high, the survival rate has plateaued for years.
This calls for a new tool in the resuscitation process.
Our solution
Recent data demonstrate that correctly providing air to the patient, is associated with improved survival rates4. However, the main available option for laypersons is mouth-to-mouth ventilation. This technique poses an intimacy barrier due to the direct contact with the patient, disencouraging laypersons to perform it. Additionally, it is a complex task, so even when performed the success rate is low.
Our innovative device addresses this problem, by eliminating the need for direct contact, simplifying the task and providing high quality of air. All the while not interfering with the essential tasks of chest compressions and shock via AEDs.