BACKGROUND: Current cardiopulmonary resuscitation (CPR) guidelines recommend airway management and ventilation whilst minimising interruptions to chest compressions. We have assessed i-gel™ use during CPR. METHODS: In an observational study of i-gel™ use during CPR we assessed the ease of i-gel™ insertion, adequacy of ventilation, the presence of a leak during ventilation, and whether ventilation was possible without interrupting chest compressions. RESULTS: We analysed i-gel™ insertion by paramedics (n=63) and emergency physicians (n=7) in 70 pre-hospital CPR attempts. There was a 90% first attempt insertion success rate, 7% on the second attempt, and 3% on the third attempt. Insertion was reported as easy in 80% (n=56), moderately difficult in 16% (n=11), and difficult in 4% (n=3). Providers reported no leak on ventilation in 80% (n=56), a moderate leak in 17% (n=12), and a major leak with no chest rise in 3% (n=2). There was a significant association between ease of insertion and the quality of the seal (r=0.99, p=0.02). The i-gel™ enabled continuous chest compressions without pauses for ventilation in 74% (n=52) of CPR attempts. There was no difference in the incidence of leaks on ventilation between patients having continuous chest compressions and patients who had pauses in chest compressions for ventilation (83% versus 72%, p=0.33, 95% CI [-0.1282, 0.4037]). Ventilation during CPR was adequate during 96% of all CPR attempts. CONCLUSIONS: The i-gel™ is an easy supraglottic airway device to insert and enables adequate ventilation during CPR.
BACKGROUND: Current cardiopulmonary resuscitation (CPR) guidelines recommend airway management and ventilation whilst minimising interruptions to chest compressions. We have assessed i-gel™ use during CPR. METHODS: In an observational study of i-gel™ use during CPR we assessed the ease of i-gel™ insertion, adequacy of ventilation, the presence of a leak during ventilation, and whether ventilation was possible without interrupting chest compressions. RESULTS: We analysed i-gel™ insertion by paramedics (n=63) and emergency physicians (n=7) in 70 pre-hospital CPR attempts. There was a 90% first attempt insertion success rate, 7% on the second attempt, and 3% on the third attempt. Insertion was reported as easy in 80% (n=56), moderately difficult in 16% (n=11), and difficult in 4% (n=3). Providers reported no leak on ventilation in 80% (n=56), a moderate leak in 17% (n=12), and a major leak with no chest rise in 3% (n=2). There was a significant association between ease of insertion and the quality of the seal (r=0.99, p=0.02). The i-gel™ enabled continuous chest compressions without pauses for ventilation in 74% (n=52) of CPR attempts. There was no difference in the incidence of leaks on ventilation between patients having continuous chest compressions and patients who had pauses in chest compressions for ventilation (83% versus 72%, p=0.33, 95% CI [-0.1282, 0.4037]). Ventilation during CPR was adequate during 96% of all CPR attempts. CONCLUSIONS: The i-gel™ is an easy supraglottic airway device to insert and enables adequate ventilation during CPR.
Authors: Jonathan R Benger; Kim Kirby; Sarah Black; Stephen J Brett; Madeleine Clout; Michelle J Lazaroo; Jerry P Nolan; Barnaby C Reeves; Maria Robinson; Lauren J Scott; Helena Smartt; Adrian South; Elizabeth A Stokes; Jodi Taylor; Matthew Thomas; Sarah Voss; Sarah Wordsworth; Chris A Rogers Journal: Health Technol Assess Date: 2022-04 Impact factor: 4.106
Authors: Sarah Voss; Megan Rhys; David Coates; Rosemary Greenwood; Jerry P Nolan; Matthew Thomas; Jonathan Benger Journal: Resuscitation Date: 2014-09-26 Impact factor: 5.262
Authors: Jonathan R Benger; Kim Kirby; Sarah Black; Stephen J Brett; Madeleine Clout; Michelle J Lazaroo; Jerry P Nolan; Barnaby C Reeves; Maria Robinson; Lauren J Scott; Helena Smartt; Adrian South; Elizabeth A Stokes; Jodi Taylor; Matthew Thomas; Sarah Voss; Sarah Wordsworth; Chris A Rogers Journal: JAMA Date: 2018-08-28 Impact factor: 56.272