![]() ![]() Realising better outcomesĭata from electronics manufacturing services providers in Arizona and a university-based medical centre in California prove that high-quality CPR saves lives. Minimising factors that interrupt compressions helps to significantly improve this number. Studies show, however, that rescuers frequently lean on the patient's chest, impeding full recoil.įinally, the chest compression fraction (CCF) quantifies the percentage of time that chest compressions are actually being delivered during resuscitation. This maximises output with each compression. During CPR, the rescuer needs to 'come off' the chest so that the heart can refill with venous blood before the next compression. Similarly, if compressions are too shallow - less than 5cm (2in) - it won't be possible to generate the critical blood flow needed to deliver oxygenated blood to the heart and brain.Īnother key component is full chest recoil. If the rate is too slow, the heart will fill with blood, but won't be able to move it on to maintain effective circulation to the brain and other organs too fast and the heart will not fill sufficiently. The target rate is between 100 and 120 compressions a minute. Where systems have integrated new technology and focused on improving their CPR quality, in and out of hospital, survival rates from sudden cardiac arrest have doubled - or even tripled. Until recently, technology to help healthcare professionals administer CPR was virtually non-existent they were on their own when performing this critical skill under highly stressful circumstances.Īccording to the new AHA consensus statement, "monitoring of CPR quality is arguably one of the most significant advances in resuscitation practice in the past 20 years, and one that should be incorporated into every resuscitation and every professional rescuer programme". 'High quality' is defined as providing compressions:Īchieving these four parameters is undeniably difficult, and studies show that rescuers are often unable to deliver high-quality CPR. The recently published 2013 AHA consensus statement on CPR quality reinforces this message, focusing on the critical parameters of CPR that can be enhanced to help providers optimise their performance. The latest guidelines from the American Heart Association (AHA) and the European Resuscitation Council stress how crucial CPR quality is to patient survival. Healthcare providers at every level need assistance to perform more effective CPR, and ZOLL Medical Corporation is committed to providing technology that can help them do that. ![]()
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