Interactive online clinicopathologic case simulations in coagulation disorders for pathology residency programs: A multi-institutional study

Learning coagulation disorders can be challenging to trainees given the rarity of these diseases and the differences in case volume among different training programs. In addition, the work-up is frequently done in a piecemeal fashion with multiple tests ordered before the involvement of trainees; this precludes independent judgment on work-up. To address these deficiencies, we evaluated the usefulness of an interactive online case-based coagulation module in four American College of Graduate Medical Education-accredited pathology training programs. Nine high-yield cases of coagulation disorders were uploaded into an online system (Pathology Playground). Fifty trainees were provided a link to work up the cases on their own several days before a discussion session, with three case sets and three discussion sessions in total (July-September 2024). In each session, cases were reviewed under the supervision of the pathology attending(s). Pre-assessment and post-assessment tests were administered, and a survey was distributed to trainees. The mean pre-assessment score was 62.5%, and the mean post-assessment score was 80.6%. In the survey, 85% of the participants found the module more useful than lectures/textbooks, 82% said they had a better understanding of working up cases, and 96% wanted more cases. The integration of the standardized module into the curriculum has been successful and improved the knowledge of our trainees.

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Publication Details

Journal
Academic Pathology
Published
2025-06-09
DOI
https://doi.org/10.1016/j.acpath.2025.100183
Primary Topic
Clinical Laboratory Practices and Quality Control
Type
article
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article

Interactive online clinicopathologic case simulations in coagulation disorders for pathology residency programs: A multi-institutional study

Maksim Agaronov, Afshan Idrees, Hagar Attia, Mohammad Barouqa et al.
Academic Pathology
Clinical Laboratory Practices and Quality Control
article

Interactive online clinicopathologic case simulations in coagulation disorders for pathology residency programs: A multi-institutional study

Maksim Agaronov, Afshan Idrees, Hagar Attia, Mohammad Barouqa, Agnes Aysola, Yanyun Wu, Brett Baskovich, Robert W. Allan, Ahmad Alkhasawneh, Arun Gopinath
article en

Abstract

Learning coagulation disorders can be challenging to trainees given the rarity of these diseases and the differences in case volume among different training programs. In addition, the work-up is frequently done in a piecemeal fashion with multiple tests ordered before the involvement of trainees; this precludes independent judgment on work-up. To address these deficiencies, we evaluated the usefulness of an interactive online case-based coagulation module in four American College of Graduate Medical Education-accredited pathology training programs. Nine high-yield cases of coagulation disorders were uploaded into an online system (Pathology Playground). Fifty trainees were provided a link to work up the cases on their own several days before a discussion session, with three case sets and three discussion sessions in total (July-September 2024). In each session, cases were reviewed under the supervision of the pathology attending(s). Pre-assessment and post-assessment tests were administered, and a survey was distributed to trainees. The mean pre-assessment score was 62.5%, and the mean post-assessment score was 80.6%. In the survey, 85% of the participants found the module more useful than lectures/textbooks, 82% said they had a better understanding of working up cases, and 96% wanted more cases. The integration of the standardized module into the curriculum has been successful and improved the knowledge of our trainees.

Academic PathologyVol. 12(3)
University of Miami (US), SUNY Downstate Health Sciences University (US), University of Florida Health (US), University of Florida (US), Jacksonville University (US), Mount Sinai Hospital (US), Malcom Randall VA Medical Center (US), Baptist Medical Center Jacksonville (US), University of South Alabama (US)
Openalex Percentile: Top 83%
Clinical Laboratory Practices and Quality Control
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