Rescuer FatigueĪdministering high-quality CPR at the proper compression rate and depth is tiring, even for the fittest of people. Straight arms help to drive body weight downwards with enough power to reach the proper compression depth with the least energy expelled. If arms are bent during chest compressions, the muscles must work much harder to administer the same force, and the first aider is likely to tire quickly. Keep your hands interlocked and in the center of the chest wall while avoiding leaning onto the victim. It occurs when the rescuer’s hands don’t remain in contact with the victim’s chest. Non-trained individuals should focus on compression-only CPR, and trained first aiders should stick to the 30:2 compression to breaths rule. Rescue breaths are considered secondary (and optional for lay responders). Now, much more emphasis is put on chest compressions. In recent years, the guidelines around rescue breaths during CPR have changed. Excessive ventilation when giving rescue breaths If a first aider leans on the victim’s chest, recoil and expansion are diminished, which could have fatal consequences. This recoiling action pulls lifesaving blood back into the heart. When performing high-quality CPR, the victim’s chest must be allowed to recoil and expand between each compression fully. Common CPR Mistakesīy pausing between compressions or delivering compressions at too slow a rate, the victim’s organs will become starved of oxygen and die.Īdministering 100 to 120 compressions per minute is much faster than many think, a little less than two every second. Healthcare providers studies show that the majority of cardiac arrest victims sustain at least one rib fracture. This is often unavoidable and you should not stop performing continuous chest compressions.Įnsure your hands are in the correct position and continue delivering high quality CPR until emergency medical services (EMS) take over. You may feel a victim’s ribs break when performing high-quality CPR.
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