Rebecca E Cantone1, Nicole M Deiorio2, Alex Polston3, Benjamin Schneider1. 1. Department of Family Medicine, Oregon Health & Science University, Portland, OR. 2. Virginia Commonwealth University School of Medicine, Richmond, VA. 3. Alaska Family Medicine Residency, Anchorage, AK.
Abstract
INTRODUCTION: The medical education community is piloting early entry to residency as a potential outcome to competency-based education and as a way to more quickly train future physicians in specialties of need. However, there is limited knowledge of which specialties may be best suited to this streamlined training. Student career desires may change over the course of their undergraduate training. We aimed to understand which specialties have stable student interest from matriculation to residency match in an effort to highlight which fields may be reasonable to consider for such accelerated programs. METHODS: Medical students at one school of medicine who matriculated in the years 2009-2013 were surveyed upon entry regarding the medical specialty they were most interested in pursuing. Six hundred fifty-four students were eligible for inclusion and 535 of the records met all requirements. On completion of medical school, final specialty choice for students obtaining a residency position was recorded. The data were analyzed to assess specialties with the highest versus the lowest rates of retention. RESULTS: Of 535 included students, the top specialties with retention of interest (no change in specialty choice for that student) from matriculation to match were physical medicine and rehabilitation, (100%, n=3 retention/3 initial), psychiatry (57.1%, 4/7), internal medicine (48.5%, 47/97), and family medicine (47.7%, 41/86). The specialties with the lowest retention were pathology (0%, 0/2), preventive medicine (0%, 0/4), dermatology (12%, 1/8), neurology (16.7%, 3/18) and radiation oncology (16.7%, 1/6). DISCUSSION: Some specialties that attract student interest before matriculation may be more likely to maintain interest compared to others. This suggests a need for further research to determine if residency entry can begin earlier than traditionally thought, with certain fields better suited for accelerated training.
INTRODUCTION: The medical education community is piloting early entry to residency as a potential outcome to competency-based education and as a way to more quickly train future physicians in specialties of need. However, there is limited knowledge of which specialties may be best suited to this streamlined training. Student career desires may change over the course of their undergraduate training. We aimed to understand which specialties have stable student interest from matriculation to residency match in an effort to highlight which fields may be reasonable to consider for such accelerated programs. METHODS: Medical students at one school of medicine who matriculated in the years 2009-2013 were surveyed upon entry regarding the medical specialty they were most interested in pursuing. Six hundred fifty-four students were eligible for inclusion and 535 of the records met all requirements. On completion of medical school, final specialty choice for students obtaining a residency position was recorded. The data were analyzed to assess specialties with the highest versus the lowest rates of retention. RESULTS: Of 535 included students, the top specialties with retention of interest (no change in specialty choice for that student) from matriculation to match were physical medicine and rehabilitation, (100%, n=3 retention/3 initial), psychiatry (57.1%, 4/7), internal medicine (48.5%, 47/97), and family medicine (47.7%, 41/86). The specialties with the lowest retention were pathology (0%, 0/2), preventive medicine (0%, 0/4), dermatology (12%, 1/8), neurology (16.7%, 3/18) and radiation oncology (16.7%, 1/6). DISCUSSION: Some specialties that attract student interest before matriculation may be more likely to maintain interest compared to others. This suggests a need for further research to determine if residency entry can begin earlier than traditionally thought, with certain fields better suited for accelerated training.
Authors: Steven B Abramson; Dianna Jacob; Melvin Rosenfeld; Lynn Buckvar-Keltz; Victoria Harnik; Fritz Francois; Rafael Rivera; Mary Ann Hopkins; Marc Triola; Robert I Grossman Journal: N Engl J Med Date: 2013-09-19 Impact factor: 91.245
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