Cardiac arrest in space: Research shows that automatic chest compressions are more effective for CPR
The median compression depth of the standard mechanical piston device was 53.0mm, which was considerably more than the other two automatic chest compression devices, which both had median depths of ...
High quality cardiopulmonary resuscitation (CPR) increases survival outcomes. Smaller rescuers have been found to be at risk of providing inadequate CPR, particularly relating to chest compression ...
New research has found that a type of automatic chest compression is more effective to carry out CPR in space than the ‘handstand method’ that is currently recommended in emergency protocols for ...
High-quality chest compressions (CC) are an important factor of neonatal resuscitation. Mechanical CC devices may provide superior CC delivery and improve resuscitation outcomes. We aimed to compare ...
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