Young Athletes With Heart Conditions Need Personalized Emergency Plans on File
New JACC research reveals gaps in emergency action plan documentation for young athletes with cardiovascular conditions at risk for sudden cardiac arrest.
Summary
Sudden cardiac arrest is a leading cause of death in young athletes, yet many with known cardiovascular conditions lack a documented, individualized emergency action plan. This study from the ORCCA research network examined how consistently these personalized plans are created and recorded in clinical practice. Researchers found significant gaps in documentation, raising concerns about preparedness at sporting events. An individualized emergency action plan outlines specific steps — including AED location, CPR protocols, and emergency contacts — tailored to an athlete's particular condition. The findings suggest that even when a cardiovascular risk is identified, the critical step of formalizing a response plan is often missed. Improving documentation practices could be a straightforward, life-saving intervention for sports medicine and cardiology teams caring for this vulnerable population.
Detailed Summary
Sudden cardiac arrest in young athletes, though rare, is one of the most devastating and preventable tragedies in sports medicine. When it occurs, survival depends almost entirely on how quickly and effectively bystanders and medical staff respond. For athletes already known to have cardiovascular conditions, having a pre-established, individualized emergency action plan should be standard practice — yet evidence suggests this critical step is frequently overlooked.
This study, conducted by investigators from the ORCCA (Outcomes Registry for Cardiac Conditions in Athletes) network, examined the clinical documentation of individualized emergency action plans among young athletes diagnosed with cardiovascular conditions that place them at elevated risk for sudden cardiac arrest. The research draws on a multi-institutional registry spanning major sports cardiology programs across the United States and Canada.
The findings highlight a concerning gap between identifying cardiovascular risk and completing the documentation needed to act on it. Despite athletes receiving formal diagnoses and ongoing cardiology care, individualized emergency action plans were not consistently recorded in clinical files. This means that coaches, athletic trainers, and school staff may be unaware of what to do if a specific athlete collapses during practice or competition.
The clinical implications are significant. Sports medicine physicians, cardiologists, and team medical staff should treat emergency action plan documentation as a mandatory component of care for any athlete with a known cardiac condition — not an optional add-on. Standardized workflows and electronic health record prompts could help close this gap.
Important caveats apply. This summary is based on the abstract only, as the full text is not open access. The specific prevalence rates, athlete demographics, and condition types studied are not available for detailed review. The registry-based design may also reflect documentation practices at specialized sports cardiology centers, which may not generalize to community or school-based settings.
Key Findings
- Young athletes with known cardiovascular conditions often lack a documented individualized emergency action plan despite active cardiology care.
- Gaps in emergency plan documentation leave coaches and athletic trainers unprepared to respond to sudden cardiac arrest.
- The ORCCA registry study spans multiple elite sports cardiology programs across the US and Canada.
- Standardizing emergency action plan documentation could be a low-cost, high-impact patient safety intervention.
- Survival from sudden cardiac arrest depends on rapid, rehearsed response — making pre-event planning essential.
Methodology
This study used data from the ORCCA (Outcomes Registry for Cardiac Conditions in Athletes) multi-institutional registry, examining clinical documentation practices across major sports cardiology programs in the US and Canada. The design is observational and registry-based. Full methodological details, including sample size and inclusion criteria, are not available from the abstract alone.
Study Limitations
This summary is based on the abstract only, as the full paper is not open access; specific data, effect sizes, and detailed methodology cannot be reviewed. The registry-based design may reflect documentation practices at specialized sports cardiology centers, limiting generalizability to community or school-based settings. Potential conflicts of interest exist, as several authors receive compensation from professional sports organizations.
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