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- J Gen Intern Med
- v.36(10); 2021 Oct
- PMC8481443
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J Gen Intern Med. 2021 Oct; 36(10): 3273–3275.
Published online 2021 Jan 22. doi:10.1007/s11606-020-06419-4
PMCID: PMC8481443
PMID: 33483806
Eliana V. Hempel, MD,1,2 Jennifer L. Cooper, MD,1,2 Elizabeth Raoof, MEd,1 and Jed D. Gonzalo, MD MSc1,2
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Associated Data
- Data Availability Statement
INTRODUCTION
Internal Medicine (IM) residency programs have traditionally provided similar, generalized training for all residents. However, in recent decades, specialized training “tracks” have emerged within IM residencies. In response to national shortages and supported by funding from the Health Resources and Services Administration’s Primary Care Training and Enhancement: Residency Training in Primary Care Programs, primary care tracks (PCTs) were introduced in the 1970s to attract skilled primary care physicians.1, 2 In the 1990s, the field of “hospital medicine” was established, catalyzing the development of hospitalist tracks.3 Research tracks, clinician-educator tracks, and others soon followed.4, 5 Though PCTs have been characterized in the literature,6 a recent report on all available tracks is lacking. We investigated the prevalence and types of curricular tracks offered across all US Accreditation Council for Graduate Medical Education (ACGME)–accredited IM residency programs. Our goal was to better inform current and future discussions on iterative changes to residency curricula.
METHODS
We compiled a list of all US ACGME-accredited IM programs from the ACGME website (n = 539). From December 2019 to June 2020, we used a data abstraction tool to review each program for track offerings in two publicly available sources: (1) American Medical Association’s Fellowship and Residency Electronic Interactive Database Access System (FREIDATM), and (2) residency program websites. Understanding the potential for outdated information, we included all reported tracks from either source and did not directly contact programs for data clarification. In FREIDATM, we used the program search feature to identify IM programs with primary care, hospitalist, women’s health, and rural health tracks; we reviewed each program’s individual FREIDATM webpage for presence of research and “other” tracks. In program website reviews, we considered any listed “pathway,” “track,” “area of distinction,” or focused program offered within the residency to be a track. We collectively reviewed 10 program websites to revise our data abstraction tool and train reviewers. Three investigators (E.H., J.C., E.R.) independently reviewed the remaining programs, with regular adjudication sessions to reconcile challenges.
RESULTS
Of the 539 US IM residency programs, 529 (98%) had program websites for review, 435 (81%) had track information included on FREIDATM, 431 (80%) had information in both sources, and 6 (1%) had no data available for review. Of the 533 reviewed programs, 258 (48%) reported no tracks, 99 (19%) had 1 track, 85 (16%) had 2 tracks, 79 (15%) had 3–5 tracks, and 12 (2%) had 6 or more tracks. The most prevalent track types were primary care (n = 228, 43%), hospitalist (n = 115, 22%), and research (n = 82, 15%) (Table (Table1).1). Of programs with ≥ 1 track, 83% included a PCT, and 64% offered multiple track types. There was notable discordance between the data identified from program websites and FREIDATM (Fig. (Fig.1).1). Out of the 654 total distinct tracks identified, 192 (29%) were reported on both FREIDATM and program websites, 294 (45%) were reported only on FREIDATM, and 168 (26%) were reported only on program websites.
Table 1
Results of US Internal Medicine Residency Track Type and Prevalence (2020)
Number of programs with track reported, n (% of programs) | |||
---|---|---|---|
Track type | Website review (n = 529 programs) | FREIDATM review (n = 435 programs) | Total distinct tracks (n = 533 programs)a |
Primary care | 104 (20) | 219 (50) | 228 (43) |
Hospitalist | 33 (6) | 107 (25) | 115 (22) |
Research | 61 (12) | 46 (11) | 82 (15) |
Clinician educator | 45 (9) | - | 45 (9) |
Global health | 42 (8) | - | 42 (8) |
Women’s health | 9 (2) | 23 (5) | 25 (5) |
Rural health | 2 (1) | 22 (5) | 22 (4) |
Quality improvement | 13 (2) | - | 13 (2) |
Leadership | 12 (2) | - | 12 (2) |
Urban health | 7 (1) | - | 7 (1) |
Human immunodeficiency virus (HIV) | 7 (1) | - | 7 (1) |
Geriatrics | 5 (1) | - | 5 (1) |
Subspecialty | 4 (1) | - | 4 (1) |
Equity/inclusion medicine | 4 (1) | - | 4 (1) |
Community health/social medicine | 3 (1) | - | 3 (1) |
Ethics | 2 (1) | - | 2 (1) |
Innovation and design | 2 (1) | - | 2 (1) |
Integrative medicine | 2 (1) | - | 2 (1) |
Critical care | 1 (1) | - | 1 (1) |
Osteopathic manipulative medicine | 1 (1) | - | 1 (1) |
Procedures | 1 (1) | - | 1 (1) |
Other | - | 69 (16) | 31 (6)b |
Total number of tracks | 360 | 486 | 654 |
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aWhen the same track type was reported on both website and FREIDATM reviews, a single track was counted in the “Total Distinct Tracks” column
bWhen the presence of an “other track” was listed on FREIDATM, these were assumed to correspond with tracks detailed on websites when possible (e.g., “other track” designated in FREIDATM, and a leadership track identified on the website). In 31 cases, there was an “other track” listed on FREIDATM without any clear corresponding track detailed on the website so these were unable to be classified further but were included in the total track count
Figure. 1
Distribution of reported track types from US Internal Medicine Residency Program websites and FREIDATM (2020). The figure depicts the distribution of reported tracks in US Internal Medicine Residency Programs as identified by review of program websites and the Fellowship and Residency Electronic Interactive Database Access System (FREIDA™) database. Track types are listed under each column (x-axis), and the number of tracks from each data source (e.g., FREIDATM, website, or both) is depicted within each column (y-axis). The total number of tracks identified of each type is reported as “n” atop each column.
DISCUSSION
Our findings highlight the individualization of US IM residency training, as greater than 50% of programs offered at least one track, and 21 different track types were reported. Most programs offering track(s) included one in primary care, suggesting that, with the Health Resources and Services Administration’s support, many IM residency programs are striving to fill primary care needs. Programs with any track were likely to have two or more tracks, which may reflect the start-up resources and experience necessary to create specialized curricular opportunities. Potential drivers for track development include diverse workforce needs, learner attraction, and funding support. Tracks may better prepare residents for their specific career goals, encourage trainees to fill workforce gaps, and attract residency and faculty candidates with particular areas of interest and expertise. The significant discrepancies in track reporting between the two sources present a challenge and highlight a limitation. Inaccurate or outdated material could not be reconciled without directly contacting each program. This presents an obstacle to student, resident, and faculty consumers of these resources as they explore training opportunities offered by residency programs. Despite its limitations, this study characterizes an evolving trend in US IM residency programs to further individualize training and prepare residents to meet the increasingly complex needs of patients and health systems.
Acknowledgments
The authors would like to thank the resident and faculty physicians in the Department of Medicine at the Penn State College of Medicine for their dedication to patient care and education.
Authors’ Contributions
Concept and design: Cooper, Gonzalo, Hempel
Acquisition, analysis, or interpretation of data: Cooper, Gonzalo, Hempel, Raoof
Drafting of the manuscript: Cooper, Gonzalo, Hempel, Raoof
Critical revision of the manuscript for important intellectual content: Cooper, Gonzalo, Hempel, Raoof
Data Availability
The dataset is available upon request.
Compliance with Ethical Standards
Conflict of Interest
The authors declare that they do not have a conflict of interest.
Ethical Approval
Reported as not applicable.
Disclaimers
The content of and views expressed in this paper reflect the views of the authors and do not necessarily represent the views of the AMA, Josiah Macy Jr. Foundation, or other participants in the Accelerating Change in Medical Education initiative.
Footnotes
Publisher’s Note
Springer Nature remains neutral with regard to jurisdictional claims in published maps and institutional affiliations.
References
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