Key result
Team-based virtual ECG competition boosts knowledge scores by ~53% among medical residents in Haiti.
Why the study?
Competence in ECG interpretation is imperative for internal medicine and emergency medicine specialists in low-resource settings, motivating an evaluation of a competition-based training approach to improve proficiency in rural central Haiti.
Does a team-based online ECG competition improve ECG interpretation knowledge and comfort among medical residents in Haiti?
Cohort (n=33)
No
Does a team-based online ECG competition improve ECG interpretation knowledge and comfort among medical residents in Haiti?
Absolute Event Rate: 41.7% vs 27.3%
p-value: p=0.004
A team-based, asynchronous online ECG competition significantly improved ECG interpretation knowledge and comfort among medical residents in a resource-limited setting.
May support low-cost virtual ECG training in resource-limited programs; leaves open comparative efficacy and clinical impact in controlled trials.
BACKGROUND: The electrocardiogram (ECG) is the most relied upon tool for cardiovascular diagnosis, especially in low-resource settings because of its low cost and straightforward usability. It is imperative that internal medicine (IM) and emergency medicine (EM) specialists are competent in ECG interpretation. Our study was designed to improve proficiency in ECG interpretation through a competition among IM and EM residents at a teaching hospital in rural central Haiti in which over 40% of all admissions are due to CVD. METHODOLOGY: The 33 participants included 17 EM residents and 16 IM residents from each residency year at the Hôpital Universitaire de Mirebalais (HUM). Residents were divided into 11 groups of 3 participants with a representative from each residency year and were given team-based online ECG quizzes to complete weekly. The format included 56 ECG cases distributed over 11 weeks, and each case had a pre-specified number of points based on abnormal findings and complexity. All ECG cases represented cardiovascular pathology in Haiti adapted from the Association of Program Directors in Internal Medicine evaluation list. The main intervention was sharing group performance and ECG solutions to all participants each week to promote competition and self-study without specific feedback or discussion by experts. To assess impact, pre- and post-intervention assessments measuring content knowledge and comfort for each participant were performed. RESULTS: Overall group participation was heterogeneous with groups participating a median of 54.5% of the weeks (range 0-100%). 22 residents completed the pre- and post-test assessments. The mean pre- and post-intervention assessment knowledge scores improved from 27.3% to 41.7% (p = 0.004). 70% of participants improved their test scores. The proportion of participants who reported comfort with ECG interpretation increased from 57.6% to 66.7% (p = 0.015). CONCLUSION: This study demonstrates improvement in ECG interpretation through a team-based, asynchronous ECG competition approach. This method is easily scalable and could help to fill gaps in ECG learning. This approach can be delivered to other hospitals both in and outside Haiti. Further adaptations are needed to improve weekly group participation.
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Calixte et al. (2022) conducted a cohort in Medical education (ECG interpretation) (n=33). Team-based, virtual ECG interpretation competition vs. Pre-intervention baseline was evaluated on Change in individual scores on the pre- and post-test knowledge assessments (p=0.004). A team-based, virtual ECG interpretation competition significantly improved mean ECG knowledge assessment scores from 27.3% to 41.7% among internal and emergency medicine residents in Haiti.
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