Supraglottic Airway for Resuscitation Trial

Each year, approximately 3.8 million infants are born in the United States, and up to 10% require resuscitation to establish breathing at birth. Positive pressure ventilation (PPV) is the most important intervention during neonatal resuscitation and is most often delivered via facemask. However, facemask ventilation can be technically challenging, and difficulties with mask seal, airway positioning, and obstruction frequently lead to ventilation failure. Such delays prolong life-threatening asphyxia and increase the risk of morbidity and mortality. The supraglottic airway (SA) is an FDA-approved, widely available, and evidence-based alternative airway device for delivering PPV. It is safe, easy to use, and recommended in international neonatal resuscitation guidelines as an option when facemask ventilation is ineffective or endotracheal intubation is unsuccessful or not feasible. Despite strong supporting evidence, uptake of SA use in neonatal resuscitation remains low. A recent national survey of more than 5,000 Neonatal Resuscitation Program (NRP) providers found that only 12% had ever used an SA. Reported barriers to adoption included limited clinical experience, insufficient training opportunities, preference for alternative approaches, lack of availability of SA devices in the delivery room, and limited awareness of supporting evidence. The Supraglottic Airway for Resuscitation (SUGAR) Trial is designed to address the critical evidence-to-practice gap by evaluating strategies to increase the use of supraglottic airways (SA) during neonatal resuscitation. This trial will assess the comparative effectiveness of two implementation strategies while examining the contextual factors that influence their success, with the goal of identifying barriers and facilitators to sustainable SA adoption across diverse clinical settings. By testing approaches to integrate SA use into routine neonatal resuscitation, the study aims to improve both implementation and clinical outcomes, ultimately reducing the risk of prolonged asphyxia and enhancing survival and health for newborns in the delivery room.