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Code Team Training: Demonstrating Adherence to AHA Guidelines During Pediatric Code Blue Activations
Claire Stewart1, Jamie Shoemaker2, Rachel Keller-Smith2
1From the Division of Critical Care, Nationwide Children's Hospital.
Insights
Training pediatric code teams using high-fidelity simulation improved adherence to some American Heart Association guidelines, but not all. Further research is needed to optimize pediatric resuscitation training and outcomes.
Area of Science:
- Pediatric Emergency Medicine
- Medical Simulation
- Cardiopulmonary Resuscitation Training
Background:
- Pediatric code blue events have high mortality.
- Effective training is crucial for adherence to American Heart Association (AHA) Resuscitation Guidelines.
- Skill decay necessitates ongoing training for pediatric resuscitation teams.
Purpose of the Study:
- To train a multidisciplinary code team using simulation.
- To assess team adherence to AHA guidelines during simulated pediatric resuscitations.
Main Methods:
- High-fidelity, in situ simulation sessions were conducted regularly.
- Sessions were filmed and reviewed for adherence to 5 AHA guidelines.
- Code team structure and training methods were modified after the initial study period.
Main Results:
- 31 simulation sessions were analyzed.
- Initially, only 1 session adhered to all AHA guidelines.
- Post-intervention, no sessions met all guidelines, but ventilation and chest compression rates improved.
Conclusions:
- A simulation-based training method for large, multidisciplinary code teams was developed.
- While some performance aspects improved, consistent adherence to all AHA guidelines was not achieved.
- Further refinement of pediatric resuscitation training is necessary.
Objective:
Pediatric code blue activations are infrequent events with a high mortality rate despite the best effort of code teams. The best method for training these code teams is debatable; however, it is clear that training is needed to assure adherence to American Heart Association (AHA) Resuscitation Guidelines and to prevent the decay that invariably occurs after Pediatric Advanced Life Support training. The objectives of this project were to train a multidisciplinary, multidepartmental code team and to measure this team's adherence to AHA guidelines during code simulation.
Methods:
Multidisciplinary code team training sessions were held using high-fidelity, in situ simulation. Sessions were held several times per month. Each session was filmed and reviewed for adherence to 5 AHA guidelines: chest compression rate, ventilation rate, chest compression fraction, use of a backboard, and use of a team leader. After the first study period, modifications were made to the code team including implementation of just-in-time training and alteration of the compression team.
Results:
Thirty-eight sessions were completed, with 31 eligible for video analysis. During the first study period, 1 session adhered to all AHA guidelines. During the second study period, after alteration of the code team and implementation of just-in-time training, no sessions adhered to all AHA guidelines; however, there was an improvement in percentage of sessions adhering to ventilation rate and chest compression rate and an improvement in median ventilation rate.
Conclusions:
We present a method for training a large code team drawn from multiple hospital departments and a method of assessing code team performance. Despite subjective improvement in code team positioning, communication, and role completion and some improvement in ventilation rate and chest compression rate, we failed to consistently demonstrate improvement in adherence to all guidelines.
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Cardiopulmonary Resuscitation III: AED Use
Cardiopulmonary Resuscitation IV: Pharmacological Management
Cardiopulmonary Resuscitation V: Advanced Airway Management Techniques

