Brown Bag Simulation to Improve Medication Management in Older Adults

Introduction Medical students must care for aging patients with growing medication lists and need training to address negative patient outcomes associated with polypharmacy. The literature shows that many trainees and practitioners are not confident in their abilities to care for this older populati...

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Autores principales: Chelsea E. Hawley, Laura K. Triantafylidis, Sarah C. Phillips, Andrea Wershof Schwartz
Formato: article
Lenguaje:EN
Publicado: Association of American Medical Colleges 2019
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Acceso en línea:https://doaj.org/article/cc599a8f800c4f60a1777512865163d9
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spelling oai:doaj.org-article:cc599a8f800c4f60a1777512865163d92021-11-22T13:58:44ZBrown Bag Simulation to Improve Medication Management in Older Adults10.15766/mep_2374-8265.108572374-8265https://doaj.org/article/cc599a8f800c4f60a1777512865163d92019-11-01T00:00:00Zhttp://www.mededportal.org/doi/10.15766/mep_2374-8265.10857https://doaj.org/toc/2374-8265Introduction Medical students must care for aging patients with growing medication lists and need training to address negative patient outcomes associated with polypharmacy. The literature shows that many trainees and practitioners are not confident in their abilities to care for this older population with complex medical conditions. We created an innovative simulation activity to teach safe, effective, and simplified medication management to second-year medical students. Methods We developed the brown bag medication reconciliation simulation to improve self-efficacy and knowledge for trainees working with older adults. The case example was an older patient who presented with his brown bag of medications and prefilled pillbox for a medication reconciliation with his provider. Teams of medical students identified his medication-management errors and determined strategies for resolution. We assessed learner self-efficacy, knowledge, and satisfaction. Results A class of 137 second-year medical students completed the simulation. The average number of learners confident about medication management in older adults increased overall by 41%, with a significant increase across all four self-efficacy domains (p < .001). The average percentage of correctly answered knowledge questions significantly increased from 85% on the presurvey to 92% on the delayed postsurvey (p = .009). Learner open-ended feedback indicated high satisfaction with the simulation. Discussion The brown bag medication reconciliation simulation increased medical student self-efficacy and knowledge related to medication reconciliation and management for older adults. Interactive simulations like this one may be considered for inclusion in health science curricula to improve skills in medication reconciliation and management.Chelsea E. HawleyLaura K. TriantafylidisSarah C. PhillipsAndrea Wershof SchwartzAssociation of American Medical CollegesarticlePolypharmacyOlder AdultsGeriatricsSimulationMedicine (General)R5-920EducationLENMedEdPORTAL, Vol 15 (2019)
institution DOAJ
collection DOAJ
language EN
topic Polypharmacy
Older Adults
Geriatrics
Simulation
Medicine (General)
R5-920
Education
L
spellingShingle Polypharmacy
Older Adults
Geriatrics
Simulation
Medicine (General)
R5-920
Education
L
Chelsea E. Hawley
Laura K. Triantafylidis
Sarah C. Phillips
Andrea Wershof Schwartz
Brown Bag Simulation to Improve Medication Management in Older Adults
description Introduction Medical students must care for aging patients with growing medication lists and need training to address negative patient outcomes associated with polypharmacy. The literature shows that many trainees and practitioners are not confident in their abilities to care for this older population with complex medical conditions. We created an innovative simulation activity to teach safe, effective, and simplified medication management to second-year medical students. Methods We developed the brown bag medication reconciliation simulation to improve self-efficacy and knowledge for trainees working with older adults. The case example was an older patient who presented with his brown bag of medications and prefilled pillbox for a medication reconciliation with his provider. Teams of medical students identified his medication-management errors and determined strategies for resolution. We assessed learner self-efficacy, knowledge, and satisfaction. Results A class of 137 second-year medical students completed the simulation. The average number of learners confident about medication management in older adults increased overall by 41%, with a significant increase across all four self-efficacy domains (p < .001). The average percentage of correctly answered knowledge questions significantly increased from 85% on the presurvey to 92% on the delayed postsurvey (p = .009). Learner open-ended feedback indicated high satisfaction with the simulation. Discussion The brown bag medication reconciliation simulation increased medical student self-efficacy and knowledge related to medication reconciliation and management for older adults. Interactive simulations like this one may be considered for inclusion in health science curricula to improve skills in medication reconciliation and management.
format article
author Chelsea E. Hawley
Laura K. Triantafylidis
Sarah C. Phillips
Andrea Wershof Schwartz
author_facet Chelsea E. Hawley
Laura K. Triantafylidis
Sarah C. Phillips
Andrea Wershof Schwartz
author_sort Chelsea E. Hawley
title Brown Bag Simulation to Improve Medication Management in Older Adults
title_short Brown Bag Simulation to Improve Medication Management in Older Adults
title_full Brown Bag Simulation to Improve Medication Management in Older Adults
title_fullStr Brown Bag Simulation to Improve Medication Management in Older Adults
title_full_unstemmed Brown Bag Simulation to Improve Medication Management in Older Adults
title_sort brown bag simulation to improve medication management in older adults
publisher Association of American Medical Colleges
publishDate 2019
url https://doaj.org/article/cc599a8f800c4f60a1777512865163d9
work_keys_str_mv AT chelseaehawley brownbagsimulationtoimprovemedicationmanagementinolderadults
AT lauraktriantafylidis brownbagsimulationtoimprovemedicationmanagementinolderadults
AT sarahcphillips brownbagsimulationtoimprovemedicationmanagementinolderadults
AT andreawershofschwartz brownbagsimulationtoimprovemedicationmanagementinolderadults
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