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Reduction in pediatric identification band errors: a quality collaborative
Shannon Connor Phillips1, Michele Saysana, Sarah Worley
1Cleveland Clinic Children’s Hospital, Cleveland, Ohio 44195, USA. phillis@ccf.org
Patient identification band errors were significantly reduced by 77% across six children's hospitals. This collaborative quality improvement initiative demonstrates scalable safety interventions for pediatric patient identification.
Area of Science:
- Healthcare Quality Improvement
- Patient Safety
- Pediatric Healthcare
Background:
- Accurate patient identification is crucial for preventing medical errors.
- Previous interventions to improve patient ID bands have lacked scalability.
- Multicenter collaboratives are needed to disseminate successful safety strategies.
Purpose of the Study:
- To reduce the pediatric patient identification (ID) band error rate by 50% within one year.
- To assess the scalability of a previously successful single-site intervention in a multicenter setting.
- To improve patient safety through enhanced identification practices in pediatric hospitals.
Main Methods:
- A 6-site collaborative was formed, building upon a successful single-site intervention.
- The collaborative involved preparatory work, employee surveys, and data collection on ID band failure rates.
- Interventions were data-driven and focused on collaborative learning to accelerate change.
Main Results:
- The patient identification band failure rate decreased from 17% to 4.1%, a 77% relative reduction.
- Over 11,000 patients were audited across six pediatric institutions.
- Key interventions included staff education, softer ID band materials, and family/patient engagement.
Conclusions:
- A collaborative quality improvement effort significantly reduced patient identification band errors in pediatric institutions.
- This initiative demonstrates that safety improvements can be successfully disseminated across multiple sites.
- The findings support the scalability of tested interventions for improving pediatric patient safety.
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