Improving breaking bad news communication skills through stress arousal reappraisal and worked examples

Introduction Breaking bad news (BBN) is a distressing yet essential task in medicine, imposing emotional strain on both physicians and patients. Crucially, effective BBN relies on both verbal and nonverbal communication, which can be impaired by elevated stress associated with the task. Efficient te...

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Published inMedical education Vol. 59; no. 8; pp. 853 - 861
Main Authors Bosshard, Michel, Guttormsen, Sissel, Nater, Urs Markus, Schmitz, Felix, Gomez, Patrick, Berendonk, Christoph
Format Journal Article
LanguageEnglish
Published England Wiley Subscription Services, Inc 01.08.2025
John Wiley and Sons Inc
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Online AccessGet full text
ISSN0308-0110
1365-2923
1365-2923
DOI10.1111/medu.15658

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Abstract Introduction Breaking bad news (BBN) is a distressing yet essential task in medicine, imposing emotional strain on both physicians and patients. Crucially, effective BBN relies on both verbal and nonverbal communication, which can be impaired by elevated stress associated with the task. Efficient teaching of communication skills continues to present a challenge, and the role of stress management in BBN encounters remains largely overlooked. In this study, we investigated the effects of stress arousal reappraisal (SAR; positive reframing of stress arousal) and worked example (WE; step‐by‐step demonstration of BBN) interventions on medical students' communication performance. Methods This pre‐registered randomised controlled trial employed a 2 × 2 between‐subjects design to evaluate the individual and combined effects of SAR and WE interventions on the verbal and nonverbal communication performance of 221 third‐year medical students. To do so, students completed a 40‐min web‐based learning module before disclosing bad news to a simulated patient within a 12‐min consultation. Performances were videorecorded and assessed by three independent raters. Results The WE intervention significantly improved both verbal and nonverbal communication performance, whereas the SAR intervention enhanced nonverbal communication only. Combining SAR with WE did not yield additional improvements in nonverbal communication beyond those achieved by either intervention alone. Discussion These findings highlight the potential of both SAR and WE interventions to optimise resource‐intensive simulated BBN training. By demonstrating the efficacy of WE in improving both verbal and nonverbal communication, this study advances the literature on the application of WEs in the BBN context. Furthermore, this study is among the first to demonstrate the importance of stress coping in delivering bad news effectively. Given their low threshold, both SAR and WE interventions represent promising tools for equipping medical students with essential BBN communication skills and are well‐suited for integration into already time‐constrained medical curricula. Breaking bad news is challenging; stress makes it harder. This research shows the value of stress arousal training and worked examples for helping to teach essential verbal and nonverbal communication skills.
AbstractList Introduction Breaking bad news (BBN) is a distressing yet essential task in medicine, imposing emotional strain on both physicians and patients. Crucially, effective BBN relies on both verbal and nonverbal communication, which can be impaired by elevated stress associated with the task. Efficient teaching of communication skills continues to present a challenge, and the role of stress management in BBN encounters remains largely overlooked. In this study, we investigated the effects of stress arousal reappraisal (SAR; positive reframing of stress arousal) and worked example (WE; step‐by‐step demonstration of BBN) interventions on medical students' communication performance. Methods This pre‐registered randomised controlled trial employed a 2 × 2 between‐subjects design to evaluate the individual and combined effects of SAR and WE interventions on the verbal and nonverbal communication performance of 221 third‐year medical students. To do so, students completed a 40‐min web‐based learning module before disclosing bad news to a simulated patient within a 12‐min consultation. Performances were videorecorded and assessed by three independent raters. Results The WE intervention significantly improved both verbal and nonverbal communication performance, whereas the SAR intervention enhanced nonverbal communication only. Combining SAR with WE did not yield additional improvements in nonverbal communication beyond those achieved by either intervention alone. Discussion These findings highlight the potential of both SAR and WE interventions to optimise resource‐intensive simulated BBN training. By demonstrating the efficacy of WE in improving both verbal and nonverbal communication, this study advances the literature on the application of WEs in the BBN context. Furthermore, this study is among the first to demonstrate the importance of stress coping in delivering bad news effectively. Given their low threshold, both SAR and WE interventions represent promising tools for equipping medical students with essential BBN communication skills and are well‐suited for integration into already time‐constrained medical curricula.
Breaking bad news is challenging; stress makes it harder. This research shows the value of stress arousal training and worked examples for helping to teach essential verbal and nonverbal communication skills.
Introduction Breaking bad news (BBN) is a distressing yet essential task in medicine, imposing emotional strain on both physicians and patients. Crucially, effective BBN relies on both verbal and nonverbal communication, which can be impaired by elevated stress associated with the task. Efficient teaching of communication skills continues to present a challenge, and the role of stress management in BBN encounters remains largely overlooked. In this study, we investigated the effects of stress arousal reappraisal (SAR; positive reframing of stress arousal) and worked example (WE; step‐by‐step demonstration of BBN) interventions on medical students' communication performance. Methods This pre‐registered randomised controlled trial employed a 2 × 2 between‐subjects design to evaluate the individual and combined effects of SAR and WE interventions on the verbal and nonverbal communication performance of 221 third‐year medical students. To do so, students completed a 40‐min web‐based learning module before disclosing bad news to a simulated patient within a 12‐min consultation. Performances were videorecorded and assessed by three independent raters. Results The WE intervention significantly improved both verbal and nonverbal communication performance, whereas the SAR intervention enhanced nonverbal communication only. Combining SAR with WE did not yield additional improvements in nonverbal communication beyond those achieved by either intervention alone. Discussion These findings highlight the potential of both SAR and WE interventions to optimise resource‐intensive simulated BBN training. By demonstrating the efficacy of WE in improving both verbal and nonverbal communication, this study advances the literature on the application of WEs in the BBN context. Furthermore, this study is among the first to demonstrate the importance of stress coping in delivering bad news effectively. Given their low threshold, both SAR and WE interventions represent promising tools for equipping medical students with essential BBN communication skills and are well‐suited for integration into already time‐constrained medical curricula. Breaking bad news is challenging; stress makes it harder. This research shows the value of stress arousal training and worked examples for helping to teach essential verbal and nonverbal communication skills.
Breaking bad news (BBN) is a distressing yet essential task in medicine, imposing emotional strain on both physicians and patients. Crucially, effective BBN relies on both verbal and nonverbal communication, which can be impaired by elevated stress associated with the task. Efficient teaching of communication skills continues to present a challenge, and the role of stress management in BBN encounters remains largely overlooked. In this study, we investigated the effects of stress arousal reappraisal (SAR; positive reframing of stress arousal) and worked example (WE; step-by-step demonstration of BBN) interventions on medical students' communication performance. This pre-registered randomised controlled trial employed a 2 × 2 between-subjects design to evaluate the individual and combined effects of SAR and WE interventions on the verbal and nonverbal communication performance of 221 third-year medical students. To do so, students completed a 40-min web-based learning module before disclosing bad news to a simulated patient within a 12-min consultation. Performances were videorecorded and assessed by three independent raters. The WE intervention significantly improved both verbal and nonverbal communication performance, whereas the SAR intervention enhanced nonverbal communication only. Combining SAR with WE did not yield additional improvements in nonverbal communication beyond those achieved by either intervention alone. These findings highlight the potential of both SAR and WE interventions to optimise resource-intensive simulated BBN training. By demonstrating the efficacy of WE in improving both verbal and nonverbal communication, this study advances the literature on the application of WEs in the BBN context. Furthermore, this study is among the first to demonstrate the importance of stress coping in delivering bad news effectively. Given their low threshold, both SAR and WE interventions represent promising tools for equipping medical students with essential BBN communication skills and are well-suited for integration into already time-constrained medical curricula.
Breaking bad news (BBN) is a distressing yet essential task in medicine, imposing emotional strain on both physicians and patients. Crucially, effective BBN relies on both verbal and nonverbal communication, which can be impaired by elevated stress associated with the task. Efficient teaching of communication skills continues to present a challenge, and the role of stress management in BBN encounters remains largely overlooked. In this study, we investigated the effects of stress arousal reappraisal (SAR; positive reframing of stress arousal) and worked example (WE; step-by-step demonstration of BBN) interventions on medical students' communication performance.INTRODUCTIONBreaking bad news (BBN) is a distressing yet essential task in medicine, imposing emotional strain on both physicians and patients. Crucially, effective BBN relies on both verbal and nonverbal communication, which can be impaired by elevated stress associated with the task. Efficient teaching of communication skills continues to present a challenge, and the role of stress management in BBN encounters remains largely overlooked. In this study, we investigated the effects of stress arousal reappraisal (SAR; positive reframing of stress arousal) and worked example (WE; step-by-step demonstration of BBN) interventions on medical students' communication performance.This pre-registered randomised controlled trial employed a 2 × 2 between-subjects design to evaluate the individual and combined effects of SAR and WE interventions on the verbal and nonverbal communication performance of 221 third-year medical students. To do so, students completed a 40-min web-based learning module before disclosing bad news to a simulated patient within a 12-min consultation. Performances were videorecorded and assessed by three independent raters.METHODSThis pre-registered randomised controlled trial employed a 2 × 2 between-subjects design to evaluate the individual and combined effects of SAR and WE interventions on the verbal and nonverbal communication performance of 221 third-year medical students. To do so, students completed a 40-min web-based learning module before disclosing bad news to a simulated patient within a 12-min consultation. Performances were videorecorded and assessed by three independent raters.The WE intervention significantly improved both verbal and nonverbal communication performance, whereas the SAR intervention enhanced nonverbal communication only. Combining SAR with WE did not yield additional improvements in nonverbal communication beyond those achieved by either intervention alone.RESULTSThe WE intervention significantly improved both verbal and nonverbal communication performance, whereas the SAR intervention enhanced nonverbal communication only. Combining SAR with WE did not yield additional improvements in nonverbal communication beyond those achieved by either intervention alone.These findings highlight the potential of both SAR and WE interventions to optimise resource-intensive simulated BBN training. By demonstrating the efficacy of WE in improving both verbal and nonverbal communication, this study advances the literature on the application of WEs in the BBN context. Furthermore, this study is among the first to demonstrate the importance of stress coping in delivering bad news effectively. Given their low threshold, both SAR and WE interventions represent promising tools for equipping medical students with essential BBN communication skills and are well-suited for integration into already time-constrained medical curricula.DISCUSSIONThese findings highlight the potential of both SAR and WE interventions to optimise resource-intensive simulated BBN training. By demonstrating the efficacy of WE in improving both verbal and nonverbal communication, this study advances the literature on the application of WEs in the BBN context. Furthermore, this study is among the first to demonstrate the importance of stress coping in delivering bad news effectively. Given their low threshold, both SAR and WE interventions represent promising tools for equipping medical students with essential BBN communication skills and are well-suited for integration into already time-constrained medical curricula.
Author Bosshard, Michel
Nater, Urs Markus
Schmitz, Felix
Berendonk, Christoph
Guttormsen, Sissel
Gomez, Patrick
AuthorAffiliation 1 Institute for Medical Education University of Bern Bern Switzerland
3 Department of Clinical and Health Psychology University of Vienna Vienna Austria
5 Department of Occupational and Environmental Health Unisanté, Center for Primary Care and Public Health & University of Lausanne Lausanne Switzerland
4 University Research Platform “Stress of life (SOLE) – Processes and Mechanisms underlying everyday Life Stress” University of Vienna Vienna Austria
2 Graduate School for Health Sciences University of Bern Bern Switzerland
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Felix Schmitz, Patrick Gomez and Christoph Berendonk share last authorship.
This work was funded by the Swiss National Science Foundation (grant number 100019_200831).
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Snippet Introduction Breaking bad news (BBN) is a distressing yet essential task in medicine, imposing emotional strain on both physicians and patients. Crucially,...
Breaking bad news is challenging; stress makes it harder. This research shows the value of stress arousal training and worked examples for helping to teach...
Breaking bad news (BBN) is a distressing yet essential task in medicine, imposing emotional strain on both physicians and patients. Crucially, effective BBN...
Introduction Breaking bad news (BBN) is a distressing yet essential task in medicine, imposing emotional strain on both physicians and patients. Crucially,...
SourceID pubmedcentral
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wiley
SourceType Open Access Repository
Aggregation Database
Index Database
Publisher
StartPage 853
SubjectTerms Adult
Arousal
Clinical Competence
Communication
Education, Medical, Undergraduate - methods
Female
Humans
Intervention
Male
Medical students
Nonverbal communication
Nonverbal Communication - psychology
Patient Simulation
Physician-Patient Relations
Stress, Psychological - prevention & control
Stress, Psychological - psychology
Students, Medical - psychology
Truth Disclosure
Title Improving breaking bad news communication skills through stress arousal reappraisal and worked examples
URI https://onlinelibrary.wiley.com/doi/abs/10.1111%2Fmedu.15658
https://www.ncbi.nlm.nih.gov/pubmed/40074561
https://www.proquest.com/docview/3229053657
https://www.proquest.com/docview/3176682529
https://pubmed.ncbi.nlm.nih.gov/PMC12242891
Volume 59
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