Integration of a respiratory function monitor into newborn positive pressure ventilation training; development of a standardised training intervention

Objective: One in twenty newborns require resuscitation with positive pressure ventilation (PPV) at birth. Newborn face mask ventilation is often poorly performed. To address this, the potential role of respiratory function monitors (RFM) in newborn resuscitation training has been highlighted. The objective of this study was to develop a standardised training intervention on newborn PPV using an RFM with a simple visual display to identify and correct suboptimal ventilations.

Methods: We adapted the framework from a simulation development guideline to create a hands-on intervention on newborn PPV using an RFM with simple visual feedback (Monivent NeoTraining). We enrolled a group of healthcare professionals to a manikin-based pilot study as part of this process, conducting a series of teaching sessions to refine the intervention. Suggested changes were gathered from participants and instructors. Our main objective was to develop a standardised, reproducible training intervention.

Results: A standardised training intervention on newborn PPV was systematically developed. Twenty-six healthcare professionals working in tertiary neonatal care participated in a pilot study, consisting of eight training sessions. Each iteration of the intervention was informed by the previous session. Instructions for the delivery of teaching were standardised and a training algorithm was developed.

Conclusion: RFM's have been shown to be effective tools in research settings, addressing poor technique and face mask leak. They are not routinely used in newborn resuscitation training. To address this, we developed a standardised training intervention on newborn PPV using an RFM with simple visual feedback.