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Five vs. two initial rescue breaths during infant basic life support: A manikin study using bag-mask-ventilation

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FRONTIERS IN PEDIATRICS
卷 10, 期 -, 页码 -

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FRONTIERS MEDIA SA
DOI: 10.3389/fped.2022.1067971

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infant CPR; manikin study; initial rescue breaths; bag-mask ventilation; pediatric; BLS

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Children are more likely to experience cardiac arrest due to hypoxic-ischemic conditions. Early ventilation plays a vital role in pediatric cardiopulmonary resuscitation (CPR), and the European Resuscitation Council recommends five initial rescue breaths (IRB) for infants. This study aimed to verify this recommendation and found that performing five IRB attempts during infant CPR increased the success rate of delivering two effective ventilations.
Background and objectivesChildren are more likely to suffer a hypoxic-ischaemic cause for cardiac arrest. Early ventilation may provide an advantage in outcome during paediatric cardiopulmonary resuscitation [CPR]. European Resuscitation Council guidelines recommend five initial rescue breaths [IRB] in infants, stemming from the hypothesis that rescuers might need 5 attempts in order to deliver 2 effective ventilations. This study aimed to verify this hypothesis. MethodsParticipants (n = 112, convenience sample) were medical students from the Faculty of Medicine and Health Sciences Ghent University, Belgium. Students were divided into duos and received a 15 min just-in-time training regarding the full CPR-cycle using BMV. Participants then performed five cycles of 2-person CPR. The IRB were given by 1-person BMV, as opposed to a 2-persons technique during the further CPR-cycle. Correct ventilations for the infant were defined as tidal volumes measured (Laerdal (R) Q-CPR) between 20 and 60 ml, with n = 94 participants included in the analysis. The primary outcome consisted of the difference in the % of medical student duos providing at least 2 effective IRB between 2 and 5 attempts. ResultsOff all duos, 55,3% provided correct volumes during their first 2 initial ventilations. An increase up to 72,4% was noticed when allowing 5 ventilations. The proportional difference between 2 and 5 IRB allowed was thus significant [17,0%, 95% confidence interval (5.4; 28.0)]. ConclusionIn this manikin study, 5 IRB attempts during infant CPR with BMV increased the success rate in delivering 2 effective ventilations. Besides, students received training emphasizing the need for 5 initial rescue breaths. This study provides evidence supporting European Resuscitation Council guidelines.

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