What is the compression-to-breath ratio for CPR performed by a single rescuer on an infant?

What is the compression-to-breath ratio for CPR performed by a single rescuer on an infant?

• A. 15:1
• B. 30:2
• C. 15:2
• D. 10:1

Answer: (C)

The compression-to-breath ratio for CPR performed by a single rescuer on an infant is 15:2. This means that for every 15 chest compressions, the rescuer should provide 2 breaths. This specific ratio reflects the importance of both maintaining effective blood circulation and providing adequate oxygenation to an infant during a cardiac arrest scenario. The rationale behind using a higher number of compressions to breaths is derived from the physiological needs of infants, who can suffer from complications characterized by inadequate blood flow and oxygen supply. Ensuring a proper balance minimizes the risks associated with prolonged interrupted circulation and inadequate ventilation. In the context of CPR for infants, the 15:2 ratio is crucial for maximizing outcomes and aligning with the latest guidelines, which emphasize the importance of rapid intervention. This balance helps maintain circulation while also ensuring that the respiration process is adequately addressed, making it essential for effective lifesaving measures.

The compression-to-breath ratio for CPR performed by a single rescuer on an infant is 15:2. This means that for every 15 chest compressions, the rescuer should provide 2 breaths. This specific ratio reflects the importance of both maintaining effective blood circulation and providing adequate oxygenation to an infant during a cardiac arrest scenario.

The rationale behind using a higher number of compressions to breaths is derived from the physiological needs of infants, who can suffer from complications characterized by inadequate blood flow and oxygen supply. Ensuring a proper balance minimizes the risks associated with prolonged interrupted circulation and inadequate ventilation.

In the context of CPR for infants, the 15:2 ratio is crucial for maximizing outcomes and aligning with the latest guidelines, which emphasize the importance of rapid intervention. This balance helps maintain circulation while also ensuring that the respiration process is adequately addressed, making it essential for effective lifesaving measures.