Dataset Information

Well-being and burnout: One size does not fit all.

ABSTRACT: Well-being and burnout are concepts that have become well described throughout emergency medicine. In the past, both well-being and burnout have been defined and addressed as a singular phenomenon, similar for all physicians, regardless of career stage. However, unique stressors may exist for physicians, as a function of their work environment and stage. In this concepts article we present clinician well-being as a dynamic and continuous process, subject to unique factors along the professional lifespan. Specific individual and system-level factors are discussed, ranging from demographic variables, to evolving administrative and professional responsibilities depending on the career stage of a clinician. This detailed description of stressors spanning an emergency physician's professional career may help create more targeted physician well-being and burnout interventions.

SUBMITTER: Castillo JL

PROVIDER: S-EPMC7280727 | biostudies-literature | 2020 May

REPOSITORIES: biostudies-literature

ACCESS DATA

Publications

Well-being and burnout: One size does not fit all.

Castillo Jenny L JL Chang Bernard P BP Manfredi Rita A RA Kaplan Jay J

Journal of the American College of Emergency Physicians open 20200522 5

Well-being and burnout are concepts that have become well described throughout emergency medicine. In the past, both well-being and burnout have been defined and addressed as a singular phenomenon, similar for all physicians, regardless of career stage. However, unique stressors may exist for physicians, as a function of their work environment and stage. In this concepts article we present clinician well-being as a dynamic and continuous process, subject to unique factors along the professional ...[more]

PMID: 32838372

Similar Datasets

Project description:PurposeMost of what is known about resident burnout and wellness comes from cross-sectional snapshot surveys. The purpose of this study was to elicit qualitative perspectives on wellness from a cohort of internal residents over time using ecological momentary assessment.MethodDrawing on principles of ecological momentary assessment, 13 different open-ended survey prompts were delivered between October and March during the 2019-2020 academic year. Participants were 88 randomly selected internal medicine residents from 4 internal medicine training programs in the Northeast.ResultsThe response rate was 95%. Three main themes regarding wellness were self, program/education environment, and medical/structural system. A fourth theme, the desire to provide quality patient care, cut across all other themes. The patient care theme repeatedly stressed residents' desire to spend more time with patients. The self theme primarily reflected messages about personal emotions and the need for work-life balance and wellness. The program/education environment theme reflected the value of learning, teamwork and community, and program culture. The medical/structural system theme showed that residents' experiences were shaped by the efficiency of their days and largely a product of their schedules and administrative support. Closing advice to future trainees was optimistic and reassuring.ConclusionsWhile findings support much of what has been learned via single-occasion survey snapshots, an ecological momentary assessment design allowed a deeper dive into contextual associations. The results affirm the primacy of patient care and also highlight the value of teamwork and culture. Peers and program leaders are heavily influential in setting the tone for the learning experience, whether for the day or with a more enduring message of respect and support. There is opportunity to maximize high- or higher-value learning experiences for residents and find solutions to reduce and reframe the perceived "low-value administrative work" that is part of care coordination.

Dataset Information

Well-being and burnout: One size does not fit all.

Publications

Well-being and burnout: One size does not fit all.

Similar Datasets

OmicsDI is part of the ELIXIR infrastructure

Tweets