Purpose: Evaluation of the medical profession at all levels has exposed episodes of gender-based role misidentification whereby women physicians are disproportionately misidentified as nonphysicians. The authors of this study investigate this phenomenon and its repercussions, quantifying the frequency with which resident physicians experience role misidentification and the effect this has on their experience and behavior.
Method: In 2018, the authors conducted a cross-sectional survey study of internal medicine, surgical, and emergency medicine residents at a single, large, urban, tertiary academic medical center. The survey tool captured both the self-reported frequency and effect of professional misidentification. The authors used a t test and linear multivariate regression to analyze the results.
Results: Of the 260 residents who received the survey, 186 (72%) responded, and the authors analyzed the responses of 182. All 85 of the women respondents (100%) reported being misidentified as nonphysicians at least once in their professional experience by patients or staff members, compared with 49% of the 97 men respondents. Of those 182 residents, 35% of women were misidentified more than 8 times per month by patients compared with 1% of men. Of the 85 women physicians responding to the survey, 38% felt angry and 36% felt less satisfied with their jobs as a result of misidentification compared with, respectively, 7% and 9% of men. In response to role misidentification, 51% of women changed their manner of attire and 81% changed their manner of introduction, compared with, respectively, 7% and 37% of men.
Conclusions: These survey results demonstrate that women physicians are more likely than men physicians to be misidentified as nonphysicians and that role misidentification provokes gender-polarized psychological and behavioral responses that have potentially important professional ramifications.
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http://dx.doi.org/10.1097/ACM.0000000000004060 | DOI Listing |
Microbiol Spectr
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School of Life Sciences, Institute of Life Sciences and Green Development, Hebei University, Baoding, Hebei, China.
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Sydney Medical School, The University of Sydney, Sydney, New South Wales, Australia.
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Laboratorio de Macroalgas Marinas y Salobres, Departamento de Hidrobiología Universidad Autónoma Metropolitana Iztapalapa Mexico.
The genus (Euglenophyceae/Euglenozoa) comprises unicellular organisms known for their photosynthetic capacity and significant role in marine ecosystems. This review highlights the taxonomic, ecological, and biotechnological characteristics of species, emphasizing their morphological and genomic adaptations. species exhibit high phenotypic plasticity, enabling adaptation to various environmental conditions, from nutrient-rich waters to high-salinity conditions.
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